CN205457572U - Baby's supporting structure with wave baby's support - Google Patents

Abstract

Baby's supporting structure with wave baby's support, baby's supporting structure includes frame set spare, what be connected to frame set spare portablely attaches the component of connecing, support the part with the baby who is connected to the frame, but frame set spare is connected to the second framing component of first framing component with including first framing component and pivot, in first framing component and the second framing component each is including be configured as the floorbar that waves on the stayed surface, this support part is prescribed a limit to at the bracket that wherein can place the baby, the supporting part divides including first end, the second end opposite with first end, first side, with the second side opposite with first side, this first side is connected to a frame part, this second side is connected to the 2nd frame part, it has the minimum to support the part, the minimum is fixed a position apart from the second end than nearer apart from first end.

Description

Support for baby structure and shake Support for baby

Cross-Reference to Related Applications

This application claims filing date on March 21st, 2013, acting on behalf of Reference Number is 0621.1490CIP, the U.S. Non-provisional Patent application the 13/848th of entitled " Collapsible Infant Support ", the priority of No. 331 and rights and interests, this U.S. Non-provisional Patent application requires filing date December in 2009 22, acting on behalf of Reference Number is 0621.1490C, the U.S. Non-provisional Patent application the 12/644th of entitled " Collapsible Infant Support ", the rights and interests of No. 311, combine the entire disclosure as reference at this.In addition, the application combines 5 days October calendar year 2001 of filing date at this, U.S.'s non-provisional application the 09/971st of entitled " Infant Support with Entertainment Device ", No. 003, and relevant filing date on October 6th, 2005, the disclosure of the U.S. Reissue Patent application the 11/244th, 408 of entitled " Infant Support with Entertainment Device " is as reference.

Technical field

This utility model relates to Support for baby, and more particularly to can be folded to the shake Support for baby of folded configuration from expansion configuration.

Background technology

The Support for baby device that the head of a family can be commercially available has a lot.Such as, mat for baby or physical-therapy rack are portable and provide comfortable, the recreating facility of health for baby.Although mat for baby can easily wrap to car or diaper bag, but this support can not shake or otherwise operate to pacify and soothing infants.Additionally, sleeping basket and shaking table are generally not capable of easily folding and for storing or transporting.But conventional sleeping basket is firm can not be shaken, and it is typically costliness, is especially considering that it mostly just uses at the earlier month of baby.As a result, generally use handbarrow as interim infanette at whilst on tour.Although a lot of handbarrows can fold rapidly and be stored in luggage case or back seat, but generally it is not recommended that portable infanette or shaking table are used for the least baby, this is sufficiently to support owing to its seat part can not provide for the back of baby and cervical region.

Accordingly, it is desirable to provide a kind of portable, the Support for baby of baby can be fixedly supported, and utilize soft shake action to produce and loosen and hypnotic effect.

Utility model content

This utility model relates to the Support for baby device including framework and baby seat.This framework includes the first framing component being as pivotally connected to the second framing component via hub assembly.In one embodiment, framework includes two hub assemblies.The bottom girder of this framing component is shaking along stayed surface with permission framework of bending.This seat includes the inclined wall part forming offset bracket.By this configuration, place child on the seat and supported on the seat safely, and be oriented at intended support angle.This Support for baby device optionally can be reconstructed into folding/storage configuration from expansion configuration, and vice versa.

According to an aspect of the present utility model, it is provided that a kind of Support for baby structure, including:

Frame assembly, comprising:

First framing component, and

Each being as pivotally connected in the second framing component of described first framing component, described first framing component and described second framing component includes the bottom girder being configured to shake on a support surface；

It is connected to the removable attachment members of described frame assembly；With

It is connected to the baby support part of described framework, this support section is limited to wherein can the bracket of placing baby, described support section includes the first end and contrary the second end, the first side and second side contrary with described first side of the first end, this first side is connected to described first frame part, this second side is connected to described second frame part, described support section has minimum point, described minimum point be oriented to away from described second end than away from described first end closer to.

Alternatively, the first end and second end of described support section is positioned at relative to the differing heights of stayed surface.

Alternatively, described removable attachment members is awning.

Alternatively, described awning also includes: the first pivotable arcual component and the second pivotable arcual component, and the described first pivotable arcual component is configured to rotate independently about identical axis with the described second pivotable arcual component.

Alternatively, described awning also includes: fabric portions, and fabric portions is connected to the described first pivotable arcual component and the described second pivotable arcual component.

Alternatively, described removable attachment members is to have the first end and the support arm of the second end, and described second end is connected to described frame assembly and is configured to rotate about generally vertical axis.

Alternatively, movable object is connected to the first end of described support arm.

Alternatively, described support section includes the first side part, the second side part and body part, and this body part extends to described second end from described first end and is connected to described first side part and described second side part.

Alternatively, described Support for baby structure also includes: insert member, and insert member is configured to be disposed proximate to described body part, and described insert member keeps described first side part and described second side part spaced apart when baby is placed in described bracket.

According to an aspect of the present utility model, it is provided that a kind of Support for baby structure, including:

Framework, it includes at least one the shake part being configured to engage with stayed surface；

It is connected to the removable attachment members of described framework；With

It is connected to the receiving unit of described framework, described receiving unit is limited to wherein can the bracket of placing baby, this receiving unit includes flexible supporting member, described flexible supporting member has trunk portion and the foot part being connected to rear section, described trunk portion and described foot part are configured to be at an angle with respect to each, described trunk portion includes that elastic support, described elastic support are configured to direction and the position keeping being placed on the baby in described bracket.

Alternatively, described removable attachment members is awning.

Alternatively, described awning also includes: pivotably arcual component；With there is the first end and the fabric portions of the second end, described first end is connected to described pivotable arcual component and described second end is fixedly connected to described receiving unit.

Alternatively, described removable attachment members is suspension assembly, and described suspension assembly is configured at described receiving unit overhung activity object.

Alternatively, described suspension assembly also includes: be connected to the installation support of described framework；With there is the first end and the support arm of the second end, described second end is rotationally attached to described installation support and is configured to rotate about generally vertical axis.

Alternatively, described suspension assembly includes support arm, and movable object is connected to the first end of described support arm.

According to an aspect of the present utility model, it is provided that a kind of shake Support for baby, it is characterised in that including:

Frame assembly, comprising:

First framing component, comprising:

The operable bottom girder bar to shake along stayed surface, and

It is positioned to the back timber bar in spaced apart relation with described bottom girder bar, and

Second framing component, comprising:

The operable bottom girder bar to shake along stayed surface, and

It is positioned to the back timber bar in spaced apart relation with described bottom girder bar；

It is connected to the removable attachment members of described frame assembly；With

The flexible seat-assembly hung from described frame assembly, described flexible seat includes operable to support the flexible wall of baby, and wherein said wall includes the trunk portion being connected to foot part, and described trunk portion is oriented to be divided into acute angle relative to described foot.

Alternatively, shake Support for baby also includes: the support of the substantially rigid being contained in the flexible wall of described seat-assembly.

Alternatively, described removable attachment members is awning.

Alternatively, described awning also includes: the first pivotable arcual component；Second pivotable arcual component, the described first pivotable arcual component is configured to rotate independently about identical axis with the described second pivotable arcual component；And fabric portions, it is connected to the described first pivotable arcual component and the described second pivotable arcual component.

Alternatively, described removable attachment members is suspension assembly, and described suspension assembly includes: be connected to the installing rack of described framework；With there is the first end and the support arm of the second end, described second end is rotationally attached to described installing rack and is configured to rotate about generally vertical axis.

Accompanying drawing explanation

Fig. 1 shows the perspective view of the shaken Support for baby according to embodiment of the present utility model.

Fig. 2 shows the perspective view of the Support for baby of Fig. 1, is the most for the sake of clarity removed by seat.

Fig. 3 shows the zoomed-in view of the stop dog component according to embodiment of the present utility model.

Fig. 4 A and 4B shows the view of the hub according to embodiment of the present utility model.Specifically, Fig. 4 A shows the enlarged perspective of front hub, and Fig. 4 B shows the decomposition view of front hub.

Fig. 5 shows the planar elevation view of the framework shown in Fig. 2.

Fig. 6 A and 6B shows the Support for baby being positioned at storage configuration.Specifically, Fig. 6 A shows that the framework of Fig. 5 is positioned at its storage configuration, and Fig. 6 B shows the planar side view of the framework shown in Fig. 6 A.

Fig. 7 A and 7B shows the seat according to embodiment of the present utility model.Specifically, Fig. 7 A shows top planar view, and Fig. 7 B shows planar side view.

Fig. 8 A shows the top view of the seat support according to embodiment of the present utility model.

Fig. 8 B shows the top view of the seat support according to another embodiment of the present utility model.

Fig. 8 C shows the seat support of Fig. 8 B, and it is fixed in the seat of Fig. 7 A.

Fig. 9 shows the perspective view that the device shown in Fig. 1 is positioned in its storage configuration.

Figure 10 shows the side perspective view of the Support for baby shown in Fig. 1.

Figure 11 shows the enlarged perspective of the installing component of the Support for baby shown in Figure 10.

Figure 12 shows another enlarged perspective of the installing component shown in Figure 11.

Figure 13 shows the end-view of the installing component shown in Figure 11.

Figure 14 shows the side view of a part for the seat of the installing component shown in Figure 11 and Support for baby.

Figure 15 shows the installing component of the assembling shown in Figure 14 and the zoomed-in view of seat portion.

Figure 16 shows the perspective view of another embodiment that can shake Support for baby.

Figure 17 shows the side view of the Support for baby shown in Figure 16.

Figure 18 shows the parts end perspective view from unilateral observation of the Support for baby shown in Figure 16.

Figure 19 shows another end perspective view that the parts of the Support for baby shown in Figure 18 are observed from opposite side.

Figure 20 shows the perspective view of the Support for baby shown in Fig. 1, wherein has other canopy attachments.

Figure 21 shows the perspective view of the Support for baby shown in Fig. 1, wherein has other moveable attachment.

Figure 21 a shows the expansion view installing support of the rear section of Figure 21.

The most similar reference is used for representing similar element.

Detailed description of the invention

Term " support ", " holder device ", and " supporting structure " is for referring to any framework or the support being configured to provide support to target.Term " Support for baby ", " Support for baby device ", and " Support for baby structure " is for referring to can be used in a position-stable manner or move mode supports any framework of baby or support.Some exemplary Support for baby structures are swing, cradle, play yard, infanette, device of jumping, trampoline, dining chair, rocking chair, hammock etc..Here, term " child " and " baby " are interchangeably used.Here, term " trunk " and " trunk " are interchangeably used.

With reference to Fig. 1, including frame assembly 110 according to Support for baby 100 of the present utility model, baby seat assembly or bracket (receptacle) 120 (also referred to as baby support part) are supported on above stayed surface by it.Frame assembly 110 include installing component textile to be connected to frame assembly 110, as hereinafter will be described in closer detail.In FIG, illustrate only installing component 1010 and 1020.

As shown in Figure 2, frame assembly 110 includes the first framing component 210 and the second framing component 215.First framing component 210 limits general rectangular structure, and it includes rear Cross slat 220A, it is positioned as opening at interval with front Cross slat 225A, the relation of general parallel orientation.Similarly, upper Cross slat or back timber (header) 230A be positioned as opening at interval with lower Cross slat or bottom girder (footer) 235A, the relation of general parallel orientation.Specifically, back timber 230A extends adjacent to its upper extremity between Cross slat 220A, 225A, and bottom girder 235A extends at its lower end neighbouring between Cross slat 220A, 225A.In this embodiment, back timber 230A has contrary end or end 230C and 230D, and it has identical length and extends identical distance from the major part of back timber 230A.

Second framing component 215 has similar structure, it has rear Cross slat 220B, and upper Cross slat or back timber 230B, wherein this rear Cross slat 220B be oriented to open at interval with front Cross slat 225B, the relation of general parallel orientation, and on this Cross slat or back timber 230B be oriented to open at interval with lower Cross slat or bottom girder 235B, the relation of general parallel orientation.Specifically, back timber 230B extends adjacent to its upper extremity between Cross slat 220B, 225B, and bottom girder 235B extends at its lower end neighbouring between Cross slat.In this embodiment, back timber 230B has contrary end or end portion 230E and 230F, and it has identical length and extends identical distance from the major part of back timber 230B.As described hereinafter, in various embodiments, the length of the end portion of back timber can change.

Back timber 230A, 230B support baby seat 120 (explanation more detail below).Bottom girder 235A, 235B contact stayed surface, such as ground.In this embodiment, this back timber 230A, 230B and/or bottom girder 235A, 235B can have substantially arcuate in shape, and it has predetermined bending radius.Preferably, bottom girder 235A, 235B have arcuate in shape, and it limits a curved surface, and frame assembly 110 can be shaken along this curved surface.By this configuration, frame assembly 110 longitudinally shakes (before and after the axis limited by hub (hub), as hereinafter will be described in closer detail), and the baby supported to seat provides soothing effect.

The framing component 210,215 of frame assembly 110 can apply to any shape and size of its described purpose.In the embodiment of Fig. 2, the first framing component 210 has a height (measuring between back timber and bottom girder) and width (measuring between Cross slat), its height being substantially equal to the second framing component 215 and width.

With reference to Fig. 2, by swaged (swaged) or tapered end and spring-loaded button (such as valco button) etc., the parts of framing component 210 are linked together.Specifically, end or end 230C and 230D of back timber 230A are processed by swaged, thus it can be inserted in the upper end of Cross slat 220A and 225A.Similarly, the end of bottom girder 235A is processed by swaged thus it can be inserted in the lower end of Cross slat 220A and 225A.Valco button or teat (tab) are inserted in the end of Cross slat 220A and 225A, and including projection (projection 231 and 233 in such as Fig. 2), this projection extends through the opening in Cross slat 220A and 225A and corresponding back timber 230A or bottom girder 235A, particular elements to be linked together.Similarly, the parts of framing component 215 are configured and assembled in a similar manner.

Frame assembly 110 may also include one or more stopper element 240, and it is arranged on the pre-position along framing component 210,215.In the embodiment shown, the first framing component 210 includes two stopper elements 240, and it is each configured to close to the longitudinal end of its relevant bottom girder 235A and substantially aligns with corresponding Cross slat 220A or 225A.Similarly, the second framing component 215 includes two stopper elements 240, and it is each configured to the longitudinal end close to its bottom girder 235B, and substantially aligns with corresponding Cross slat 220B or 225B.

Stopper element 240 is configured to be selectively engaged with stayed surface, to prevent the excessive rotation of Support for baby 100 along stayed surface when longitudinally shaking.Fig. 3 is the zoomed-in view of the stopper element 240 according to embodiment of the present utility model.As it can be seen, stopper element 240 includes top surface 310 and basal surface 320.The turning curvature that top surface 310 is shaped to framing component 210,215 associated therewith by general outline is consistent.On the contrary, basal surface 320 can be generally planar；As a result, stopper element 240 has the structure of substantial inclination, and the height of its inner 330 is less than the height of outer end 340.In operation, when Support for baby 100 is shaken on a support surface/rotates, basal surface 320 contacts with stayed surface, prevents frame assembly 110 in the excessive rotation in direction forward or backward.

Framing component 210,215 is connected to each other via hub assembly.Referring again to Fig. 2, Support for baby device 100 includes the first or front hub assembly 250 and the second or rear hub assembly 255.In one embodiment, front hub 250 can be the most coaxial with back hub 255 along basic horizontal axis.In an optional embodiment, front hub 250 can offset vertically from back hub 255.Hub assembly 250,255 fixed frame component 210,215 so that framing component intersects.With reference to Fig. 2, hub assembly 250,255 is connected to framing component 210,215 so that the framing component 210,215 of basic simlarity ground configuration can fold close to each other.As it can be seen, Cross slat 225A is maintained at outside Cross slat 225B by hub assembly 250, and Cross slat 220A is maintained at outside Cross slat 220B by hub assembly 255.This offset configuration allows framework 210,215 to be folded into the profile reduced and the frame part of the support frame offer overlap for device 100.

Fig. 4 A and 4B shows the structure of the front hub 250 according to an embodiment of the present utility model.Front hub 250 includes the first or outer sub-component 405 and the second or interior sub-component 410.Outer sub-component 405 includes outer or ring cover 415, and it coordinates the front Cross slat 225A keeping the first framing component 210 with first or shell body 420.Second sub-component 410 also includes second or inner housing 425, and it coordinates the front Cross slat 225B keeping the second framing component 215 with interior or Guan Bi lid 430.Therefore, front Cross slat 225A, 225B are arranged along substantially parallel plane is spaced apart relation.These substantially parallel planes are vertically oriented.Back hub 255 includes the structure similar to front hub 250, the relation location rear Cross slat 220A, 220B opened with parallel interval.

As it has been described above, hub 250,255 can positioning framework component 210,215 so that framing component offsets (with reference to Fig. 6 B) longitudinally with each other.It is to say, the rear Cross slat 220A of the first framing component 210 is maintained in the interior sub-component 410 of back hub 255, and the front Cross slat 225A of the first framing component 210 is maintained in the outer sub-component 405 of front hub 250.On the contrary, the rear Cross slat 220B of the second framing component 215 is maintained in the outer sub-component 405 of back hub 255, and the front Cross slat 225B of the second framing component 215 is maintained in the interior sub-component 410 of front hub 250.

First sub-component 405 can be rotationally connected to the second sub-component 410 (or vice versa as the same) to allow each framing component 210,215 relative to each other to rotate.Specifically, the first sub-component 405 rotates around hub axle line so that it can be relative to the second sub-component 410 displacement rotatably (or vice versa as the same).Therefore, framing component 210,215 can be pivoted to be redirected to fold or storage configuration from expansion or extended configuration by Support for baby 100.

Additionally, one or two in hub 250,255 can also include locking mechanism, sub-component 405,410 is the most optionally fixed by it, prevents it from rotating and framing component 210,215 is fixed on predetermined direction.With reference to Fig. 4 B, it is shown that the parts of the embodiment of hub assembly 250.Hub assembly 255 has the parts similar to hub assembly 250.

With reference to Fig. 4 B, hub assembly 250 includes axially displaceable gear 440 and the biasing member 445 (such as, spring) being maintained between shell body 420 and inner housing 425.This shell body 420 is internally formed with key (keyed) so that it receives the gear at predetermined rotational positions.As example, gear 440 (it is substantially coaxial with hub 250) can include along gear at the multiple grooves being angularly spaced by.Additionally, this shell body 420 can include the multiple at the tooth being angularly spaced by or rib of multiple inner surface extension from housing.The groove of gear 440 is configured to when aliging with the rib of shell body 420 receive this rib.By this configuration, when gear 440 is oriented at predetermined rotational positions, this groove and rib alignment so that gear 440 engages joint with shell body 420.

On the contrary, the inner space of inner housing 425 allows the rotation of gear 440 when gear 440 is arranged on wherein.Therefore, when gear 440 is directed in inner housing 425, it is allowed to the rotation between sub-component 405,410.

Gear 440 is biased to engage with shell body 420 by biasing member 445.Ring cover 415 includes can be by hydraulic actuator 435, and it is operable so that gear is axially moved to its disengaged position (that is, being positioned at inner housing 425) from its routine, bonding station (engaging with shell body 420).In operation, engage actuator 435 and gear 440 from shell body 420 displacement and is entered inner housing 425.This so release the first sub-component 405, it is allowed to it rotates around hub axle line relative to the second sub-component 410.Once rib and groove alignment, then gear is driven back to engage with shell body by biasing member 445, by sub-component 405,410 spin locking.

With reference to Fig. 4 B, inner cap 430 includes edge 431, and it limits the recess 433 of Cross slat 225B before receiving.Inner housing 425 includes edge 427, and it limits the recess 429 of Cross slat 225B before receiving.Therefore, front Cross slat 225B is maintained between inner cap 430 and inner housing 425.Similarly, ring cover 415 has edge 417, and it limits the recess 419 of Cross slat 225A before receiving, and shell body 420 has edge 421, and it limits the recess 423 of Cross slat 225A before receiving.Therefore, front Cross slat 225A is maintained between ring cover 415 and shell body 420.

By above-mentioned configuration, frame assembly 110 optionally can rotate between storage configuration launching to configure.As shown in Figure 5, launching configuration, the upper part (that is, the part above hub assembly 250 and 255) of framing component 210,215 is disposed relative to each other in predetermined expanded angle A (such as, 45 °) by sub-component 405,410.Engage or make this lock release to discharge the sub-component 405,410 of hub assembly 250,255 by hydraulic actuator 435, it is allowed to the first framing component 210 and/or rotation of the second framing component 215.

Specifically, power (along the direction of arrow R) is provided to be rotated towards the second framing component 215 by the first framing component 210 to back timber 230A, 230B.Framing component 210,215 is rotated up arriving storage configuration, configuration as shown in Figure 6A and 6B.With reference to Fig. 6 A and 6B, it is end-view and side view, and framing component 210,215 is provided in this folding or storage configuration closer to each other.

Seat or seat-assembly 120 receive wherein and support baby.Seat 120 can have generally oblong shape, and it shapes to keep baby when Support for baby 100 is in expansion configuration.This seat 120 dangles from frame assembly 110.Specifically, seat 120 is supported by back timber 230A, 230B of each frame assembly 210 and 215, thus the longitudinal axis of seat 120 is oriented substantially parallel with the longitudinal axis of frame assembly 110.That is, the longitudinal axis of seat 120 is oriented with to shake axis substantially parallel, thus is arranged in bracket and will rock back and forth in the way of rocking chair towards front child.

With reference to Fig. 7 A, seat 120 includes the first longitudinal direction or sidewall 710 and second longitudinal direction relative with the first side wall 710 or sidewall 715.As it can be seen, the first side wall 710 is connected to the back timber 230A of the first framing component 210, and the second sidewall 715 is connected to the back timber 230B of the second framing component 215.Sidewall 710,715 is connected to diapire or body 720.Specifically, the first side wall 710 remotely extends (downwards) from the back timber 230A of the first framing component 210, and is connected to the first longitudinal edge 725 (such as, by sewing up) of diapire 720.Similarly, the second sidewall 715 extends away from from the back timber 230B of the second framing component 215, and is connected to the second longitudinal edge 730 of diapire 720.Each sidewall 710 and 715 can include some mesh materials.

Diapire 720 is limited by the first or front transverse end 735 and the contrary second or rear transverse end 740, extends between this first or front transverse end 735 and each comfortable longitudinal edge 725,730 of the second or rear transverse end 740.Diapire 720 by first or trunk portion or torso portion 745 and second or foot part 750 formed, this first trunk portion or torso portion 745 operable to support the trunk of baby or trunk, this is second or the operable lower limb to support baby of foot part 750 and/or foot years old.

Seat 120 is shaped to baby's sling (suspend) at predetermined direction.In one embodiment, seat 120 has L-shaped suspender belt (sling) structure (when viewed from the side), and wherein trunk or torso portion 745 are oriented and acutangulate relative to foot part 750.In other embodiments, the angle between trunk or torso portion 745 and foot part 750 can change.

As shown in fig.7b, along with the diapire 720 of seat 120 is longitudinally extended (from back to front) along frame assembly 110, the diapire 720 of seat 120 is downward-sloping (away from back timber 230A, 230B).Specifically, the trunk portion 745 downward-sloping preset distance h1 of diapire 720 is at minimum point 755.As example, trunk portion 745 can have the inclination of about 25 °-35 ° (e.g., about 30 °).The foot part 750 of diapire 720 is from putting distance h2 (towards back timber 230A, 230B) being inclined upwardly predetermined at 755 so that at the height that the first of diapire 720/front transverse end 735 is roughly the same by being positioned at the second/rear transverse end 740 with diapire.

This trunk portion 745 has the length longer length (longitudinal size) than foot part 750.By the configuration of this explanation, diapire 720 has the minimum point 755 along seat vertical misalignment.It is to say, with compared with second/rear transverse end 740, minimum point 755 is oriented to closer to first/front transverse end 735 (and therefore, close to front hub 250).This trunk being distinguished as baby in length or trunk provide bigger Area of bearing, and provide less Area of bearing for the lower limb of baby, and lower limb is being had a rest or is being typically bending in bed.

With reference to Fig. 7 B, device 100 includes fabric portions 960 and 970, and it is connected to framing component 210 and 215.Fabric portions 960 has two sleeve parts, and it is configured to receive Cross slat 225A and 225B.When frame assembly 110 is in its expansion configuration, fabric portions 960 covers the region between Cross slat 225A and 225B, thus prevents any object or body part from inserting this region and reduce clamping or block the probability of this object or body part.Similarly, fabric portions 970 includes two sleeve parts, and it is configured to receive Cross slat 220A and 220B.When frame assembly 110 is in its expansion configuration, this fabric portions 970 covers the region between Cross slat 220A and 220B.

Seat 120 can be configured to launch/open to configure (Fig. 1) at frame assembly from it and is reset to fold or folding when it folds/store configuration.In a preferred embodiment, this is by being formed the wall 710,715,720 of seat 120 separately or together by flexible/pliable and tough textile material (e.g., naturally occurring or synthetic fabric) and completed.As example, seat 120 can be formed by fabric and/or mesh thin slice, wherein sidewall 710,715 around back timber 230A, 230B fold and by releasable securing member (as, snap-fittings) and it is releasably secured on it or is permanently fixed on it (e.g., by sewing up).By this configuration, seat 120 is dangled from back timber 230A, 230B, it is provided that hammock or suspender belt effect.

Seat 120 may also include substantially rigid or the support of elasticity or insert member, and it is configured to when baby is placed in seat 120, provides support for baby and/or sidewall 710,715 is remained spaced apart relation.Support 800 can have any shape and size being applicable to its described purpose (e.g., in order to keep being placed on direction and the position of the baby in seat 120).As example, support 800 can have general oval or elliptical shape, and can be by general outline molding to coordinate the inclination of the rear wall section 745 of diapire 720.Support 800 can have the width the most equal with the width of rear wall section 745.In other words, the lateral dimension of support can be substantially equal to the lateral dimension (between longitudinal edge 725,730 measure) of trunk portion 745 of diapire 720.Similarly, the longitudinal size of support 800 can be substantially equal to the longitudinal size of rear wall 745, extends to minimum point 755 from second/rear transverse edge 740.

With reference to Fig. 8 A, support 800 can be the form of the ring (band) of the inward flange 820 with outward flange 810 and restriction middle opening 830.This ring framework of the trunk portion 745 acting on diapire 720, during wherein baby is placed on opening 830.In one embodiment, when viewed from the side, support 800 can have bending configuration.In another embodiment, support 800 can be substantially flat.

With reference to Fig. 8 B, support 800 can be generally continuous, profile flat member, it includes central plate 850 and the horizontal diapire 870 that is inclined upwardly, this central plate 850 is connected with (bending) sidewall 860A, the 860B that be inclined upwardly extended lengthwise along plate, and this horizontal diapire 870 front transverse end extension along plate that is inclined upwardly.Central plate 850 can include that the aperture 880 below one or more aperture 880, its trunk being configured to be positioned at baby or trunk provides air-flow.By this configuration, support 800 is the firm support that the baby being placed on seat 120 provides into given shape.

This support 800 can be fixed to seat 120 via the interior acceptance division (receptacle) formed by multiple fabric pieces in diapire 720.As example, the trunk portion 745 of diapire 720 can limit bag or the set receiving support 800.That is, trunk portion 745 can include the first component of the fabric and the second component of the fabric, and the second component of the fabric is connected to the first component of the fabric, thus limits chamber betwixt.This chamber has the size (e.g., chamber can have the size slightly slightly larger dimensions than support) that be enough to receive support 800.With reference to Fig. 8 C, the shown support 800 position in seat 120.

Support 800 can be permanently secured in acceptance division.In one embodiment, acceptance division can be sewn Guan Bi to be remained at by support 800.In another embodiment, support 800 can be attached directly to fabric by suture or some other mechanisms or technology.Alternatively, support 800 can be releasably secured in acceptance division, to allow it be selectively inserted into seat 120 and remove from seat 120.Such as, the trunk portion 745 of diapire 720 can include the opening optionally fixed via buckle, button and/or slide fastener.

The foot part 750 of diapire 720 does not the most include support 800.However, it should be understood that foot part 750 can be provided with support, it has the structure similar to above-mentioned support.

In operation, during baby is placed on seat so that the back of the body of baby rests on and (is supported by) in the trunk portion 745 of diapire 720, and foot is positioned in the foot part 750 of diapire.In this position, baby is in and takes one's seat, but obliquity, towards front hub 250.Owing to baby can be occurred injured, so setting of not recommending to face down baby, or the trunk of baby is arranged in the foot part of diapire.

The folding of reference Fig. 1 and 9 pairs of devices illustrates.First, Support for baby 100 is from the beginning of it launches configuration (Fig. 1).The actuator 435 of each hub assembly 250,255 is engaged, and is discharged by the sub-component 405,410 of hub assembly 250,255, and allows framing component 210,215 to rotate against as above.Back timber 230A, 230B inwardly rotate, until framing component 210,215 is positioned in its storage configuration (e.g., when back timber 230A, 230B orient with being generally parallel to one another).In this position, locking mechanism is engaged, and framing component 210,215 is fixed on its storage position as mentioned above.

Support 800 can be made up of elastic or substantially rigid material.As example, support can be made up of plastics.Additionally, support 800 can have (continuous print/single-piece) structure of one or can be linked together by more than one piece and be formed.

With reference to Fig. 7 A, seat 120 can include band assembly (as shown in the figure) and other constraint mechanism, baby to be fixed in seat.In this embodiment, band assembly 1100 can include the band portion 1110,1112,1114 and 1116 linked together by bracelet 1120 and 1122, and has the main band portion 1130 of coupling part 1132.Opening that this band portion 1110,1112,1114,1116 and 1130 is insertable through in yarn fabric or by such as sewing up or suture or other method of attachment or technology etc. are connectable to the upper surface of yarn fabric.In alternative embodiments, only two band portions are used in seat 120.

With reference to Figure 10-15, it is shown that the installation of the textile portions of the frame assembly 110 of device 100 or connection.This yarn fabric can be used for providing the layer of extra support for baby.With reference to Figure 10, yarn fabric or liner part 900 are removably coupled frame assembly 110.Therefore, yarn fabric 900 easily can be removed and be washed from frame assembly 110 and be cleaned.In this embodiment, yarn fabric 900 has several coupling part 910,920,930 and 940, and it is disposed around the spaced apart position of yarn fabric 900.Each coupling part 910,920,930 and 940 is similarly arranged and therefore explanation below in relation to coupling part 910 can be applicable to other coupling part 920,930 and 940.

Coupling part 910 includes the edge 912 being formed in the body 902 of yarn fabric 900.Edge 912 limits the opening 914 extending through body 902.The combination of fabric 914 or layer (seeing Figure 15) are sewed up around edge 912 to prevent edge 912 from scattering.Yarn fabric 900 includes coupling part 920,930 and 940, and it likewise is provided with opening 924,934 and 944 respectively.

Frame assembly 110 includes mounting assembly 1000, and it includes some installing components 1010,1020,1030 and 1040 (as shown in fig. 10-15).This installing component 1010,1020,1030 and 1040 is arranged on back timber 230A, 230B, in the corresponding position, coupling part 910,920,930 and 940 with yarn fabric 900.Specifically, installing component 1010,1020,1030 and 1040 aligns with coupling part 910,920,930 and 940 respectively.

With reference to Figure 11, it is shown that installing component 1010 and the zoomed-in view of back timber 230A.Seat 120 includes fabric portions 948, and it is connected to back timber 230A, 230B.In the both sides of fabric portions 948, have and limit passage 952 and at end 954, be connected to the sleeve 950 of fabric portions 948.On that this sleeve 950 is configured to slide in back timber 230A, 230B.This installing component 1010 is configured to close to sleeve 950 and is then used by adapter and is connected to back timber 230A.Other installing component 1020,1030 and 1040 is similarly connected to corresponding back timber 230A, 230B via adapter.

With reference to Figure 12 and 13, respectively illustrate perspective view and the end-view of installing component 1010.In this embodiment, installing component 1010 is molded plastics, and includes having end 1052 and 1054 and the body part 1050 of sidepiece 1053 and 1055.This body part 1050 has bending configuration, the structure matching of its frame part being connected with mounting portion 1010.It is integrally formed with projection 1060 and 1062 with body part 1050.Projection 1060 and 1062 is respectively provided with end 1064 and 1066, and extends the most in a reverse direction.In another embodiment, projection 1060 and 1062 can from the sidepiece 1053 of body part 1050 and 1055 rather than end 1052 and 1054 and extend.

Body part 1050 includes the boss 1056 limiting opening 1058, and adapter 1059 (such as screw) is inserted through this opening 1058 so that installing component 1050 is connected to frame assembly 110.Body part 1050 has inner surface 1070, and it limits acceptance division 1072 and being placed in and contacts with back timber 230A or the fabric (such as sleeve 950) that is arranged on back timber 230A.Body part 1050 also has outer surface 1074, and it can be by the part joint of yarn fabric 900.

With reference to Figure 14, in this embodiment, projection 1060 and 1062 limits region or position 1067 and 1068 respectively.In order to be maintained on installing component 1010 by yarn fabric 900, the length (distance " d2 ") of opening 914 is less than the length (distance " d1 ") measured from the end 1064 and 1066 of projection 1060 and 1062 of installing component 1010.When yarn fabric or fabric portions 900 are moved, thus coupling part 910 is when aliging with installing component 1010, opening 914 is operated thus projection 1060 and 1062 extends through from which and edge 912 is positioned at below projection 1060 and 1062 and at region 1067 and 1068.With reference to Figure 15, the projection 1082 and 1084 extended from the body part 1080 of installing component 1020 extends across joint portion (binding) 916, thus yarn fabric 900 is connected to installing component 1020 and frame assembly 110.

Mounting assembly 1000 contributes to yarn fabric 900 and the connection of frame assembly 110 and untiing from frame assembly 110.In multiple embodiments, the installing component quantity for specific frame can change.Such as, in one embodiment, an installing component can only be included at each sidepiece of framework.In another embodiment, installing component can be equally spaced relatively about substantially round framework.In another embodiment, each installing component can include three or four projections extended from body part.Therefore, the mounting assembly including installing component can be used for being connected or mounted to yarn fabric or fabric portions having any shape or configuration and be used for the framework of any kind of Support for baby structure.

Referring to figs. 16 and 17, it is shown that Support for baby device or the optional embodiment of structure.In this embodiment, device or structure 1200 include the frame assembly 1210 with baby seat assembly or bracket 1220, and it can be baby's head backstop (head stop) or liner part 1222 of providing extra support and/or buffering that this baby seat assembly or bracket 1220 have.In this embodiment, frame assembly 1210 includes the first framing component 1230 and the second framing component 1235.Framing component 1230,1235 links together via hub or hub assembly 1260 and 1270, and this hub or hub assembly 1260 and 1270 contribute to framing component 1230,1235 movement relative to each other or pivot, thus allow frame assembly 1210 to be expanded or collapsed.Framing component 1230,1235 and said frame component 210,215 basic simlarity, except upper horizontal stripe or back timber 1240 and 1250.

As it has been described above, back timber 230A and 230B of frame assembly 110 is respectively provided with end portion 230C, 230D and 230E, 230F, it has identical length.Back timber 1240 has the end portion 1242 and 1244 of different length.Similarly, back timber 1250 has the end portion 1252 and 1254 of different length.Preferably, the length of end portion 1242 and 1252 is identical or essentially identical, and the length of end portion 1244 and 1254 is identical or essentially identical.Longer end part 1244 and 1254 makes the upper rear corner 1243 and 1253 of back timber 1240 and 1250 distance away from hub assembly 1270 bigger than the upper front hook 1241 and 1251 of back timber 1240 and 1250 distance away from hub assembly 1260.

With reference to Figure 17, upper front hook 1241 and 1251 is from hub assembly 1260 " d5 " spaced apart, and upper rear corner 1243 and 1253 is from hub assembly 1270 " d6 " spaced apart.Distance " d6 " is bigger than distance " d5 ", and frame assembly 1210 has front portion 1213 tapered or inclined of rear portion 1211 to frame assembly 1210 from frame assembly 1210.This is inclined make 1213 higher than anterior relative to stayed surface rear portion 1211, and seat portion 1220 has higher upper end, it provides the angle of inclination of extra bearing length and the trunk increasing seat portion 1220 or torso portion so that baby to be placed on more upright orientation for baby.

Seat portion 1220 with baby seat 120 basic simlarity as above, and can have the liner part 1222 of increase.Therefore, bracket 1220 is hung from back timber 1240 and 1250, it is provided that hammock or suspender belt effect.Textile portions can be similar to shown in the above and Figure 15 to installation or the connection of frame assembly 1210.This yarn fabric can be used for providing the extra layer supporting baby.

With reference to Figure 18 and 19, yarn fabric or liner part 1900 are removably coupled frame assembly 1210.Therefore, yarn fabric 1900 easily can be dismantled and washed from frame assembly 1210 and cleaned.Yarn fabric 1900 includes some coupling parts 1910,1920,1930 and 1940, and it is set the spaced apart position being located around yarn fabric 1900.In one embodiment, coupling part 1920 and 1930 can be essentially identical with coupling part 920 and 930, and coupling part 1910 and 1940 can be configured to another type of fastener member.Such as, coupling part 1910 and 1940 can be configured to sidepiece release buckle parts, cam or spring bracelet, buckle, hook and loop fastener material, or some other retention mechanism.

Frame assembly 1210 includes mounting assembly, and it includes being positioned on back timber 1240 and 1250 at the installing component with position corresponding to coupling part 1920 and 1930.Such as, back timber 1240 and 1250 can include installing component 1280,1285 respectively, such as Figure 16, as shown in 18 and 19.Each installing component 1280,1285 has and the configuration of installing component 1010 basic simlarity as above.Therefore, can align with installing component 1280,1285 and be releasably attached respectively in coupling part 1930,1920.

Seat portion 1220 can include the installing component alignd with coupling part 1910 and 1940.Such as, as shown in figs. 18 and 19, when yarn fabric 1900 is arranged in seat portion 1220, installing component 1290,1295 can stretch out from downside 1220a and align with coupling part 1910,1940.Such as, installing component 1290,1295 can be configured to corresponding sidepiece release buckle component, and it is via ribbon, or is releasably secured to cam or spring bracelet or the ribbon of relevant hook and loop fastener material etc. and is connected to seat portion 1220.

Mounting assembly contributes to the connection of yarn fabric 1900 and frame assembly 1210 and separates.In numerous embodiments, the quantity for the coupling part of specific frame and relevant installing component can change.Additionally, all of installing component can be configured identically, or there is different configurations.Therefore, the mounting assembly including installing component can be used for being connected or mounted to yarn fabric or fabric portions having any shape or configuration and be used for the framework of any kind of Support for baby structure.

In alternative embodiments, the length of the Cross slat in one end (such as rear end) of frame assembly is longer than the length of the Cross slat of the other end (such as front end) at frame assembly.Difference in length can allow the end portion of back timber have identical length, but the upper corner that back timber is at the rear portion of frame assembly is more farther than away from front hub assembly away from rear hub assembly, thus allows back timber and frame assembly have from rear to front inclination or tapered configuration.

With reference to Figure 20 and 21, Support for baby assembly 100 can include that extra feature is with amusement or baby soothing.In fig. 20 it is shown that include the Support for baby assembly 100 of deployable awning (canopy) 2000.As it can be seen, awning 2000 is removably coupled the back timber 230A and the back timber 230B of the second framing component 230B of the first framing component 210 via connector 2100A, 2100B.Connector 2100A, 2100B can be the c-type adnexaes being clipped to back timber 230A, 230B.According to this embodiment, even if connector 2100A, 2100B are configured to when yarn fabric liner part 900 is connected to frame assembly 110 also detain to back timber 230A, 230B.Other attachment means includes connector 2100A, 2100B are seamed to back timber 230A, 230B, the lock tabs in the aperture locked on back timber 230A, 230B on connector 2100A, 2100B, or other similar attachment means.In this embodiment, awning 2000 includes the first arcual component 2200 and the second arcual component 2300 being pivotally connected to connector 2100A, 2100B.Each connector 2100A, 2100B include that rotary connector 2110A, 2110B, the end of arcual component 2200,2300 are pivotally connected to this rotary connector 2110A, 2110B.Additionally, yarn fabric component of the fabric 2400 is connected to the first arcual component 2200 and is connected to the second arcual component 2300.This yarn fabric weaving component 2400 can be sewn on each arcual component 2200,2300.In other embodiments, yarn fabric component of the fabric 2400 can be removably attached to each arcual component 2200,2300 via hook with ring fastener, buckle, button or other similar bindiny mechanism.

Adapter 2110A, 2110B allow each arcual component 2200,2300 to pivot between two kinds of configurations about axis E.Launching configuration (as shown in Figure 20), second arcual component 2300 pivots about axis E to be positioned at rear lateral ends 740 adjacent with baby seat 120, and the first arcual component 2200 pivots about axis E and pivots away from being supported at least in part above the trunk of baby seat 120 or torso portion 745 from the second arcual component 2300.In this expansion configures, yarn fabric component of the fabric 2400 stretches between arcual component 2200,2300, and the above-head of the baby in being positioned at baby seat 120 forms awning or shield structure to block light.In storage configuration, the first arcual component 2200 and the second arcual component 2300 pivot about axis E with adjacent one another are, are preferably located in rear lateral ends 740 adjacent with baby seat 120.First arcual component 2200 and the second arcual component 2300 rotate the most independently.Additionally, be connected to yarn fabric component of the fabric 2400 can be joyful and/or pacify the object 2500 of the baby being positioned in seat.When arcual component 2200,2300 is configured to launch configuration, object 2500 is configured to hang over the sight line of the baby being positioned in seat 120.

Another embodiment of canopy attachments 2000 can only include the arcual component 2200 being rotatably connected to adapter 2110A, 2110B.Additionally, in this embodiment, yarn fabric component of the fabric 2400 can be connected to the rear lateral ends 740 of baby seat 120.Yarn fabric component of the fabric 2400 can be permanently attached to baby seat 120 (e.g., by sewing up) or can be removably coupled baby seat 120 (such as, by hook and ring fastener, button, buckle, slide fastener etc.).Similar to the embodiment of aforesaid canopy attachments 2000, when the arcual component 2200 of this embodiment is switched to expanded position about axis E, yarn fabric component of the fabric 2400 forms awning or shield structure.In still another embodiment, adapter 2110A, 2110B can be directly connected (such as by sewing up) and to the outside of yarn fabric liner part 900 rather than be connected to frame assembly 110.

Turn to Figure 21, it is shown that be connected to the suspension assembly 3000 of the second framing component 215 of frame assembly 110.This suspension assembly 3000 includes support arm 3100, installing rack 3110, and entertainment device 3200.Suspension assembly 3000 can be connected in the first framing component 210 of frame assembly 110 or a pair opposite side of the second framing component 215.Suspension assembly 3200 includes support or installing rack 3110 and is pivotally connected to the support arm 3100 of support 3110, and this support or installing rack 3110 are connectable to one in back timber 230A, 230B of frame assembly 110.Most preferably as shown in Figure 21 a, support 3110 includes the first side 3112 and the second side 3114, and it is collectively form the passage 3116 (although it can be mounted to any part of frame assembly 110) of back timber 230B of the second framing component 215 for receiving frame assembly 110.First and second sides of installing rack 3110 include opening 3118, and it receives nuts and bolt 3130, to keep the support 3110 position in support frame 110.Similarly, the back timber 230A (not shown) of frame assembly 110 and 230B include opening 232A, 232B respectively, and this opening 232A, 232B align with opening 3118 when baby support assembly 100 is in assembled configuration.Should be understood that nuts and bolt 3130 to can be used for the upper and lower part of frame assembly 110 to fix, regardless of whether be connected to installing rack 3110.Other suitable securing member any can be used for connecting the upper and lower part of frame assembly 110 and/or installing rack 3110 being connected to back timber 230A, 230B, such as about the c-type clip adapter illustrated by awning 2000.

This suspension assembly 3000 can move between the first position and the second position relative to installing rack 3110, it is arranged on above the baby on baby seat 120 at first position entertainment device 3200, (as shown in Figure 21), and at second position entertainment device 3200 it is configured to leave (and receiving beyond around device baby) from baby.

Most preferably as shown in Figure 21 a, installing rack 3110 includes body 3110A, and it extends from frame assembly 110 and terminates at the socket 3120 receiving support arm 3100.This installing rack 3110 includes face 3122, and its face 3104 with support arm 3100 when being in assembled configuration is adjacent.Support arm 3100 includes post 3102, and it coordinates with socket 3120 support arm 3100 is maintained at upright configuration.As shown in Figure 21, post 3102 can rotate in socket 3120, allows support arm 3100 rotate about axis F.

In the embodiment shown, installing rack 3110 is disposed adjacently on the back timber 230B of the second framing component 215 of frame assembly 110 with baby seat 120.Should be understood that installing rack 3110 may be disposed at the upper back timber 230B of the second framing component 215 along frame assembly 110 or any position of back timber 230A of the second framing component 210 along frame assembly 110.Alternatively, installing rack 3110 can be connected to end portion 230C, 230D, 230E and 230F.In another embodiment, installing rack 3110 can be connected to bottom girder 235A, 235B, and Cross slat 220A, 220B, 225A and 225B.

Additionally, in the embodiment shown, support arm 3100 is pivotally connected to installing rack 3110 about axis F, and is configured at an angle relative to the upper part of the framework being connected with adapter 3110.Therefore, support arm 3100 upwardly extends on the direction be basically perpendicular to stayed surface, is in the position most preferably observed by the baby in baby seat 120.

Entertainment device 3200 can be supported on above the baby on baby seat 120 by support arm 3100.As shown in the most in figure 21, entertainment device 3200 is rotationally attached to the top of support arm 3100, and is configured to rotate about axis G.In the embodiment shown, when the second framing component 215 of frame assembly 110 moves relative to stayed surface, entertainment device 3200 is configured to movable object (mobile), and it rotates about axis G.Movable object 3200 includes the tether 3202A supporting mobile bar component 3204 and object 3500.As indicated, movable object bar element 3204 can support extra object 3208 via extra tether 3202B, 3202C.This object 3500 and 3208 is joyful and/or pacifies the baby being positioned in seat 120.

Although this utility model being illustrated with reference to detailed description of the invention, but it will be understood by those skilled in the art that and it can be made various changes and modifications without departing from spirit and scope of the present utility model.Such as, Support for baby can be formed by any suitable material.Each hub 250,255 can include locking mechanism, and it is configured to selectively lock sub-component.Alternatively, only one hub 250,255 can include locking mechanism.This locking mechanism can be formed with key, only launches and store configuration to be locked in by hub 250,255.Alternatively, locking mechanism can be formed with key, to allow hub is locked in the direction launching between storage configuration.Can use to provide to framework and rotate and other mechanism of locking.

Therefore, this utility model is intended to cover the modifications and changes in the range of claims and equivalent claim thereof of the present utility model.Should be understood that this example used as "left", "right", " top ", " end ", "front", "rear", " side ", " highly ", " length ", " width ", " on ", D score, " internal ", " outside ", " interior ", the term such as " outward " be merely to illustrate reference point and this utility model be not limited to any concrete orientation or configuration.

Claims (20)

1. a Support for baby structure, it is characterised in that including:

Frame assembly, comprising:

First framing component, and

Each being as pivotally connected in the second framing component of described first framing component, described first framing component and described second framing component includes the bottom girder being configured to shake on a support surface；

It is connected to the removable attachment members of described frame assembly；With

It is connected to the baby support part of described framework, this support section is limited to wherein can the bracket of placing baby, described support section includes the first end and contrary the second end, the first side and second side contrary with described first side of the first end, this first side is connected to described first frame part, this second side is connected to described second frame part, described support section has minimum point, described minimum point be oriented to away from described second end than away from described first end closer to.

2. Support for baby structure as claimed in claim 1, it is characterised in that the first end and second end of described support section are positioned at relative to the differing heights of stayed surface.

3. Support for baby structure as claimed in claim 1, it is characterised in that described removable attachment members is awning.

4. Support for baby structure as claimed in claim 3, it is characterised in that described awning also includes:

First pivotable arcual component, and

Second pivotable arcual component, the described first pivotable arcual component is configured to rotate independently about identical axis with the described second pivotable arcual component.

5. Support for baby structure as claimed in claim 4, it is characterised in that described awning also includes:

Fabric portions, it is connected to the described first pivotable arcual component and the described second pivotable arcual component.

6. Support for baby structure as claimed in claim 1, it is characterised in that described removable attachment members is to have the first end and the support arm of the second end, described second end is connected to described frame assembly and is configured to rotate about generally vertical axis.

7. Support for baby structure as claimed in claim 6, it is characterised in that movable object is connected to the first end of described support arm.

8. Support for baby structure as claimed in claim 1, it is characterized in that described support section includes the first side part, second side part and body part, this body part extends to described second end from described first end and is connected to described first side part and described second side part.

9. Support for baby structure as claimed in claim 8, it is characterised in that also include:

Insert member, it is configured to be disposed proximate to described body part, and described insert member keeps described first side part and described second side part spaced apart when baby is placed in described bracket.

10. a Support for baby structure, it is characterised in that including:

Framework, it includes at least one the shake part being configured to engage with stayed surface；

It is connected to the removable attachment members of described framework；With

It is connected to the receiving unit of described framework, described receiving unit is limited to wherein can the bracket of placing baby, this receiving unit includes flexible supporting member, described flexible supporting member has trunk portion and the foot part being connected to rear section, described trunk portion and described foot part are configured to be at an angle with respect to each, described trunk portion includes that elastic support, described elastic support are configured to direction and the position keeping being placed on the baby in described bracket.

11. Support for baby structures as claimed in claim 10, it is characterised in that described removable attachment members is awning.

12. Support for baby structures as claimed in claim 11, it is characterised in that described awning also includes:

Pivotably arcual component；With

Having the first end and the fabric portions of the second end, described first end is connected to described pivotable arcual component and described second end is fixedly connected to described receiving unit.

13. Support for baby structures as claimed in claim 10, it is characterised in that described removable attachment members is suspension assembly, described suspension assembly is configured at described receiving unit overhung activity object.

14. Support for baby structures as claimed in claim 13, it is characterised in that described suspension assembly also includes:

It is connected to the installation support of described framework, and

Having the first end and the support arm of the second end, described second end is rotationally attached to described installation support and is configured to rotate about generally vertical axis.

15. Support for baby structures as claimed in claim 13, it is characterised in that described suspension assembly includes support arm, and movable object is connected to the first end of described support arm.

16. 1 kinds of shake Support for baby, it is characterised in that including:

Frame assembly, comprising:

First framing component, comprising:

The operable bottom girder bar to shake along stayed surface, and

It is positioned to the back timber bar in spaced apart relation with described bottom girder bar, and

Second framing component, comprising:

The operable bottom girder bar to shake along stayed surface, and

It is positioned to the back timber bar in spaced apart relation with described bottom girder bar；

It is connected to the removable attachment members of described frame assembly；With

The flexible seat-assembly hung from described frame assembly, described flexible seat includes operable to support the flexible wall of baby, and wherein said wall includes the trunk portion being connected to foot part, and described trunk portion is oriented to be divided into acute angle relative to described foot.

17. shake Support for baby as claimed in claim 16, it is characterised in that also include:

The support of the substantially rigid being contained in the flexible wall of described seat-assembly.

18. shake Support for baby as claimed in claim 16, it is characterised in that described removable attachment members is awning.

19. shake Support for baby as claimed in claim 18, it is characterised in that described awning also includes:

First pivotable arcual component,

Second pivotable arcual component, the described first pivotable arcual component is configured to rotate independently about identical axis with the described second pivotable arcual component, and

Fabric portions, it is connected to the described first pivotable arcual component and the described second pivotable arcual component.

20. shake Support for baby as claimed in claim 16, it is characterised in that described removable attachment members is suspension assembly, and described suspension assembly includes:

It is connected to the installing rack of described framework, and

Having the first end and the support arm of the second end, described second end is rotationally attached to described installing rack and is configured to rotate about generally vertical axis.