CN106468296B - Sliding fastening structure and sliding fastening structure assembly - Google Patents

Sliding fastening structure and sliding fastening structure assembly Download PDF

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Publication number
CN106468296B
CN106468296B CN201610136062.4A CN201610136062A CN106468296B CN 106468296 B CN106468296 B CN 106468296B CN 201610136062 A CN201610136062 A CN 201610136062A CN 106468296 B CN106468296 B CN 106468296B
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fastener
handle
rod part
sliding
buckle
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CN106468296A (en
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王鼎瑞
廖家庆
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Fivetech Technology Inc
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Fivetech Technology Inc
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16B—DEVICES FOR FASTENING OR SECURING CONSTRUCTIONAL ELEMENTS OR MACHINE PARTS TOGETHER, e.g. NAILS, BOLTS, CIRCLIPS, CLAMPS, CLIPS OR WEDGES; JOINTS OR JOINTING
    • F16B2/00—Friction-grip releasable fastenings

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Purses, Travelling Bags, Baskets, Or Suitcases (AREA)
  • Slide Fasteners (AREA)
  • Connection Of Plates (AREA)

Abstract

本发明为一种滑动扣接结构，用于快速扣接与分离第一物体及第二物体，第二物体的壁面设有扣接件，滑动扣接结构包含：把手，通过固定部枢接于第一物体的壁面；扣接件容置槽，设于把手的端面，容置扣接件；分离导引部，设于扣接件容置槽的一端；及扣接导引部，设于扣接件容置槽的另一端；旋转把手时，扣接导引部勾住扣接件，使扣接件滑动至扣接件容置槽；反向旋转把手时，分离导引部推开扣接件，使扣接件分离扣接件容置槽。因此，滑动扣接结构能快速扣接与分离第一物体及第二物体。

The invention is a sliding fastening structure for quickly fastening and separating a first object and a second object. The wall of the second object is provided with a fastening part. The sliding fastening structure includes: a handle, which is pivoted to a fixed part through a fixing part. The wall surface of the first object; the fastener accommodating groove is provided on the end surface of the handle to accommodate the fastener; the separation guide part is provided at one end of the fastener accommodating groove; and the fastener guide part is provided on The other end of the fastener accommodating groove; when the handle is rotated, the fastener guide hooks the fastener, causing the fastener to slide to the fastener accommodating groove; when the handle is rotated in the opposite direction, the separation guide is pushed away The fastener is separated from the fastener receiving groove. Therefore, the sliding fastening structure can quickly fasten and separate the first object and the second object.

Description

Slide fastening structure and sliding fastening structure sub-assembly
Technical field
The present invention relates to a kind of sliding fastening structure more particularly to a kind of Quick fastenings and the sliding snapping that separates two articles Structure and sliding fastening structure sub-assembly.
Background technique
It is to be connected with each other by screw and fixed currently, when an object is placed in another object, to by two articles It is separated from each other, then must use additional tool, it is real to belong to inconvenient.
In addition, screw is used to be connected with each other and the part of fixed two articles, it is necessary to remain exposed, could allow additional tool It is operated；In other words, the occasion used is restricted.
Therefore, how to invent a kind of structure, can not be limited by occasion, come Quick fastening with separate two articles, will be The present invention is intended to actively disclose place.
Summary of the invention
The purpose of the present invention is to provide a kind of sliding fastening structures, can not be limited by occasion, carry out Quick fastening and divide From the first object and the second object.
For the above-mentioned purpose and other purposes, the present invention propose a kind of sliding fastening structure, for Quick fastening with separate The wall surface of first object and the second object, second object is equipped with fastener, which includes: handle, by solid Determine the wall surface that portion is articulated in first object；Fastener accommodation groove is set to the end face of the handle, to accommodate second object Fastener；Guidance part is separated, one end of the fastener accommodation groove is set to；And snapping guidance part, it is set to fastener accommodating The other end of slot；Wherein, when rotating the handle, which catches on the fastener, so that the fastener slides into this Fastener accommodation groove, first object are buckled in second object；When reversely rotating the handle, which pushes this open Fastener, so that the fastener is located away from the fastener accommodation groove, which is located away from second object.
In sliding fastening structure of the invention, also there is fastener, be set to the handle, by the handle be fixed on this One object.
In sliding fastening structure of the invention, wherein the fastener is hand twist lock firmware.
In sliding fastening structure of the invention, wherein the fastener is threaded body, convex buckle body, recessed button, snap-on body, column Body, fastener body or cramp.
In sliding fastening structure of the invention, also there is elastic parts, the fixed part is set to, to provide elastic force in this Handle.
In sliding fastening structure of the invention, wherein the fastener be cylinder, contour body, cylindrical body, the body of rod, convex body, Concave volume or sheet body.
In sliding fastening structure of the invention, wherein the fastener is convexly equipped in the wall surface of second object.
In sliding fastening structure of the invention, wherein the fixed part is fixed on first object.
In sliding fastening structure of the invention, wherein the fixed part is connect by riveted, expansion, is sealed, welded, is fastened on First object.In addition, the fixed part can also be integrally formed with first object.
In sliding fastening structure of the invention, wherein the one end of the handle far from the fixed part more axis is equipped with manipulation button The handle is fixed on first object or second object by part.
In sliding fastening structure of the invention, wherein the manipulation fastener has buckle and manipulation portion.
In sliding fastening structure of the invention, wherein also there is elastic parts, be set to the handle and the manipulation fastener Connected axle center, to provide elastic force in the manipulation fastener.
In sliding fastening structure of the invention, wherein the wall surface of the fastener and second object is integrally formed.
In sliding fastening structure of the invention, wherein the handle also includes the first bar portion, passes through the first fixed part pivot It is connected to the wall surface of first object；Second bar portion is articulated in the wall surface of first object, and the fastener by the second fixed part Accommodation groove is set to the end face of second bar portion；And third bar portion, both ends are articulated in first bar portion and second bar portion, with Interlock first bar portion and second bar portion；When rotating first bar portion or reversely rotating first bar portion, second bar Portion is interlocked by the drive of the third bar portion.
In sliding fastening structure of the invention, wherein the separation guidance part has guiding cambered surface.
In sliding fastening structure of the invention, wherein the snapping guidance part has guide ramp.
In addition, the present invention also provides another kind slide fastening structure, for Quick fastening with separate the first object and second Object, which includes: handle is articulated in the wall surface of first object by fixed part；Fastener is set to this The wall surface of second object；Fastener accommodation groove is set to the end face of the handle, to accommodate the fastener of second object；Separation Guidance part is set to one end of the fastener accommodation groove；And snapping guidance part, it is set to the other end of the fastener accommodation groove； Wherein, when rotating the handle, which catches on the fastener, so that the fastener slides into fastener accommodating Slot, first object are buckled in second object；When reversely rotating the handle, which pushes the fastener open, with The fastener is set to be located away from the fastener accommodation groove, which is located away from second object.
In sliding fastening structure of the invention, also there is fastener, be set to the handle, by the handle be fixed on this One object.
In sliding fastening structure of the invention, wherein the fastener is hand twist lock firmware.
In sliding fastening structure of the invention, wherein the fastener is threaded body, convex buckle body, recessed button, snap-on body, column Body, fastener body or cramp.
In sliding fastening structure of the invention, also there is elastic parts, the fixed part is set to, to provide elastic force in this Handle.
In sliding fastening structure of the invention, wherein the fastener be cylinder, contour body, cylindrical body, the body of rod, convex body, Concave volume or sheet body.
In sliding fastening structure of the invention, wherein the fastener is convexly equipped in the wall surface of second object.
In sliding fastening structure of the invention, wherein the fixed part is fixed on first object.
In sliding fastening structure of the invention, wherein the fixed part is connect by riveted, expansion, is sealed, welded, is fastened on First object.In addition, the fixed part can also be integrally formed with first object.
In sliding fastening structure of the invention, wherein the one end of the handle far from the fixed part also axis is equipped with manipulation button The handle is fixed on first object or second object by part.
In sliding fastening structure of the invention, wherein the manipulation fastener has buckle and manipulation portion.
In sliding fastening structure of the invention, wherein also there is elastic parts, be set to the handle and the manipulation fastener Connected axle center, to provide elastic force in the manipulation fastener.
In sliding fastening structure of the invention, wherein the wall surface of the fastener and second object is integrally formed.
In sliding fastening structure of the invention, wherein the handle also includes the first bar portion, passes through the first fixed part pivot It is connected to the wall surface of first object；Second bar portion is articulated in the wall surface of first object, and the fastener by the second fixed part Accommodation groove is set to the end face of second bar portion；And third bar portion, both ends are articulated in first bar portion and second bar portion, with Interlock first bar portion and second bar portion；When rotating first bar portion or reversely rotating first bar portion, second bar Portion is interlocked by the drive of the third bar portion.
In sliding fastening structure of the invention, wherein the separation guidance part has guiding cambered surface.
In sliding fastening structure of the invention, wherein the snapping guidance part has guide ramp.
Furthermore the present invention also provides a kind of sliding fastening structure sub-assembly, tool is above-mentioned there are two fastening structure is slided Sliding fastening structure, respectively the fastener is respectively arranged at the relative wall of second object, respectively the handle of the sliding fastening structure Hand passes through the relative wall that the respectively fixed part is articulated in first object respectively, and respectively the handle is connected with each other.
In conclusion the present invention slides fastening structure and sliding fastening structure sub-assembly through the above configuration, it can not be by field The limitation of conjunction, come Quick fastening with separate first object and second object.
Detailed description of the invention
Fig. 1 is the exploded view of present invention sliding fastening structure, the first object and the second object；
Fig. 2A is the schematic diagram that first object is buckled in second object by present invention sliding fastening structure；
Fig. 2 B is the side view of Fig. 2A；
Fig. 3 A is the schematic diagram that first object is buckled in second object by present invention sliding fastening structure；
Fig. 3 B is the side view of Fig. 3 A；
Fig. 4 is the schematic diagram that first object is buckled in second object by present invention sliding fastening structure；
Fig. 5 A is the schematic diagram that first object is located away from second object by present invention sliding fastening structure；
Fig. 5 B is the side view of Fig. 5 A；
Fig. 6 A is the schematic diagram that first object is located away from second object by present invention sliding fastening structure；
Fig. 6 B is the side view of Fig. 6 A；
Fig. 7 is the schematic diagram that first object is located away from second object by present invention sliding fastening structure；
Fig. 8 is the exploded view of the first bar portion of present invention sliding fastening structure, the second bar portion and third bar portion；
Fig. 9 is that present invention sliding fastening structure passes through the first bar portion, the second bar portion and third bar portion for the first object button It is connected to the side view of second object；
Figure 10 be the present invention sliding fastening structure by first bar portion, second bar portion and the third bar portion by this first Object is located away from the side view of second object；
Figure 11 is the exploded view of present invention sliding fastening structure sub-assembly, the first object and the second object；
Figure 12 is the schematic diagram one of the elastic parts of present invention sliding fastening structure sub-assembly；
Figure 13 is the schematic diagram two of the elastic parts of present invention sliding fastening structure sub-assembly；
Figure 14 is the schematic diagram three of the elastic parts of present invention sliding fastening structure sub-assembly；
Figure 15 is the schematic diagram that present invention sliding fastening structure drives the handle by manipulation fastener；
Figure 16 is that the present invention slides fastening structure by manipulation fastener to drive the handle, which is buckled in The side view of second object；
Figure 17 is that the present invention slides fastening structure by manipulation fastener to drive the handle, which is located away from The side view of second object.
[symbol description]
10 handles
The first bar portion of 10a
The second bar portion of 10b
10c third bar portion
11 fixed parts
11a fixed part
11b fixed part
20 fastener accommodation grooves
30 separation guidance parts
31 guiding cambered surfaces
40 snapping guidance parts
41 guide ramps
50 fasteners
60 elastic parts
70 manipulation fasteners
71 buckles
72 manipulation portions
100 sliding fastening structures
100 ' sliding fastening structures
100 " sliding fastening structures
200 sliding fastening structure sub-assemblies
1000 first objects
1100 outer walls
1110 engaging portion
2000 second objects
2100 wall surfaces
2200 fasteners
Specific embodiment
To fully understand the purpose of the present invention, feature and effect, now by following specific embodiments, and cooperate attached drawing, The present invention is described in further details, is described as follows:
Firstly, referring to Fig.1, being shown as present invention sliding fastening structure 100, the first object 1000 and the second object 2000 Exploded view.The sliding fastening structure 100 for Quick fastening with separate first object 1000 and second object 2000, this One object 1000 is placed in second object 2000, and the wall surface 2100 of second object 2000 is convexly equipped with fastener 2200, the cunning Dynamic fastening structure 100 includes handle 10, fastener accommodation groove 20, separation guidance part 30 and snapping guidance part 40.Wherein, the snapping Part 2200 can be cylinder, contour body, cylindrical body, the body of rod, convex body, concave volume or sheet body；In addition, the fastener 2200 can with this second The wall surface of object 2000 is integrally formed.
One end of the handle 10 is articulated in the wall surface 1100 of first object 1000 by fixed part 11, the handle 10 it is another One end is free end, so that the handle 10 is rotated relative to first object 1000；The fastener accommodation groove 20 is set to this The end face of hand 10, to accommodate the fastener 2200 of second object 2000；The separation guidance part 30 is set to fastener accommodating One end of slot 20；The snapping guidance part 40 is set to the other end of the fastener accommodation groove 20.Wherein, which is fixed on First object 1000；More specifically, although not showing in figure, which can be connect by riveted, expansion, sealed, welding, be detained Together in first object 1000；In addition, the fixed part 11 can also be integrally formed with first object 1000.
In addition, the separation guidance part 30 has guiding cambered surface 31, in favor of accommodating the fastener 2200 from the fastener Slot 20 separates；The snapping guidance part 40 has guide ramp 41, in favor of the fastener 2200 is slid into fastener accommodating Slot 20.
Then, described below with Fig. 2A to Fig. 4, come illustrate the sliding fastening structure 100 how Quick fastening this One object 1000 and second object 2000.
As shown in Figure 2 A and 2 B, after first object 1000 is inserted into second object 2000, the sliding is rotated The handle 10 of fastening structure 100, so that the snapping guidance part 40 catches on the fastener 2200；Then, as shown in Fig. 3 A and Fig. 3 B, While the fastener 2200 slides into the fastener accommodation groove 20 along the guide ramp 41, first object 1000 gradually into Enter to second object 2000；It then, should as shown in figure 4, after the fastener 2200 is placed in the fastener accommodation groove 20 First object 1000 is buckled in second object 2000.
Then, described below with Fig. 5 A to Fig. 7, come illustrate the sliding fastening structure 100 how quick separating this One object 1000 and second object 2000.
As shown in Fig. 5 A and Fig. 5 B, when first object 1000 is located away from second object 2000, reversely rotate The handle 10 of the sliding fastening structure 100, so that the separation guidance part 30 pushes the fastener 2200 open；Then, such as Fig. 6 A and figure Shown in 6B, while which is located away from the fastener accommodation groove 20 along the guiding cambered surface 31, first object 1000 are gradually detached from out of this second object 2000；Then, as shown in fig. 7, when the fastener 2200 is located away from fastener appearance After setting slot 20, which is located away from second object 2000.
Although 2200 projection of fastener is second object 2000, which can also be the sliding snapping A part of structure 100.
In conclusion the present invention slides fastening structure by rotating the handle, and cooperate the separation guidance part and the snapping Guidance part, can Quick fastening with separate first object and second object；Further, since above-mentioned setting, works as Quick fastening When with separating first object and second object, the limitation of occasion not will receive, not needing using additional tool yet.
In addition, as shown in Figures 1 to 7, which also has fastener 50, it is set to the handle 10；Its In, which is hand twist lock firmware, but not limited to this, it can also be threaded body, convex buckle body, recessed button, snap-on body, cylinder, hook Button or cramp.When first object 1000 is buckled in second object 2000, the handle 10 is locked by the fastener 50 It is fixed in first object 1000, makes first object to avoid the handle 10 for accidentally rotating the sliding fastening structure 100 1000 are located away from second object 2000.
Then, as shown in figure 8, it is shown as present invention sliding fastening structure 100 ', the first object 1000 and the second object 2000 exploded view.The composition of the sliding fastening structure 100 ' is roughly the same with the composition of the sliding fastening structure 100, wherein The handle 10 also has the first bar portion 10a, the second bar portion 10b and third bar portion 10c, forms link mechanism；First bar portion 10a The wall surface 1100 of first object 1000 is articulated in by the first fixed part 11a；The second bar portion 10b passes through the second fixed part 11b is articulated in the wall surface 1100 of first object 1000, and the fastener accommodation groove 20 is set to the end of second bar portion 10b Face, to accommodate the fastener 2200 of second object 2000；The both ends of third bar portion 10c be articulated in the first bar portion 10a and Second bar portion 10b, so that the first bar portion 10a and the second bar portion 10b is interlocked；Than that described above, the sliding fastening structure 100 ' separation guidance part 30 and snapping guidance part 40 composition with the separation guidance part 30 of the sliding fastening structure 100 and button The composition for connecing guidance part 40 is identical.
As shown in FIG. 9 and 10, when rotating the first bar portion 10a or reversely rotating first bar portion 10a, second bar Portion 10b is interlocked by the drive of third bar portion 10c.Therefore, by 1000 snapping of the first object or it is located away from second object Body 2000.It will be understood that the sliding fastening structure 100 ' passes through first bar portion 10a, the second bar portion 10b and the third bar portion The configuration of 10c can apply to the first object 1000 of different structure.
Then, as shown in figure 11, it is shown as present invention sliding fastening structure sub-assembly 200, first object 1000 and is somebody's turn to do The exploded view of second object 2000.There are two slide fastening structure 100, the sliding for the sliding fastening structure sub-assembly 200 tool Fastening structure 100 is above-mentioned sliding fastening structure 100.In the sliding fastening structure sub-assembly 200, there are two snappings for tool Part 2200 is respectively arranged at the relative wall 2100 of second object 2000；In addition, each handle of the sliding fastening structure 100 10 are articulated in the opposite outer walls 1100 of first object 1000 by the respectively fixed part 11 respectively, and respectively 10 phase of handle interconnects It connects；Therefore, it is conducive to hold and contribute.
Then, referring to Fig.1 1 to Figure 14, the sliding fastening structure 100 of the sliding fastening structure sub-assembly 200 any one Also there is elastic parts 60, the fixed part 11 is set to, to provide elastic force in the handle 10；Wherein, which is bullet Spring, torsional spring, elastic slice, elastic cylinder or other flexible components.
As shown in figure 12, when first object 1000 is buckled in second object 2000, the fastener 50 is by the handle 10 It hooks in first object 1000, is located away from second object 2000 to avoid first object 1000.
As shown in figure 13, after pressing fastener 50, the handle 10 is no longer fixed relative to first object 1000；Together When, as shown in figure 14, elastic force provided by the elastic parts 60 allows the handle 10 to flick relative to first object 1000, and The separation guidance part 30 is assisted to push the fastener 2200 open；Therefore, it allows user effortlessly to reversely rotate the handle 10, can incite somebody to action First object 1000 is located away from second object 2000.
Then, as shown in figure 15, it is shown as present invention sliding fastening structure 100 " and this is driven by manipulation fastener 70 The schematic diagram of hand 10.The composition of the sliding fastening structure 100 " is roughly the same with the composition of the sliding fastening structure 100, wherein The one end of handle 10 far from the fixed part 10 also axis is equipped with manipulation fastener 70, in favor of manipulating the handle 10 rotation, and is conducive to The handle 10 is allowed to be fixed on the engaging portion 1110 of the outer wall 1100 of first object 1000, so that the handle 10 be avoided to shake；It should Sliding fastening structure 100 " also has elastic parts 60, the axle center that the handle 10 is connected with the manipulation fastener 70 is set to, to mention For elastic force in the manipulation fastener 70, which is spring, torsional spring, elastic slice, elastic cylinder or other flexible group Part；Than that described above, the sliding fastening structure 100 " separation guidance part 30 and snapping guidance part 40 composition with the sliding The separation guidance part 30 of fastening structure 100 and the composition of snapping guidance part 40 are identical.In addition, the manipulation fastener 70 has buckle 71 And manipulation portion 72, corresponding engaging portion 1110 of the buckle 71, the handle 10 to be fixed on to the outer wall of first object 1000 1100 engaging portion 1110, the manipulation portion 72 are conducive to that user is allowed to exert a force.
As shown in figure 16, when first object 1000 is inserted into second object 2000, the manipulation fastener 70 Manipulation portion 72 first supports the handle 10, and rotates the handle 10, so that the snapping guidance part 40 be allowed to catch on the fastener 2200 Afterwards, while which slides into the fastener accommodation groove 20 along the guide ramp 41, first object 1000 by It gradually enters in second object 2000；When the fastener 2200 is placed in the fastener accommodation groove 20, make first object After 1000 are buckled in second object 2000, which is rotated relative to the handle 10, makes the button of the manipulation fastener 70 Portion 71 catches on the engaging portion 1110, so that the handle 10 is fixed, to avoid the handle for accidentally rotating the sliding fastening structure 100 " Hand 10 and so that first object 1000 is located away from second object 2000.Wherein, it should be appreciated that, provided by the elastic parts 60 Elastic force rotates convenient for the manipulation fastener 70 relative to the handle 10, automatically to allow user effortlessly by the manipulation fastener 70 Buckle 71 catch on the engaging portion 1110.
As shown in figure 17, when first object 1000 is located away from second object 2000, by the manipulation fastener 70 It is rotated relative to the handle 10, the buckle 71 of the manipulation fastener 70 is made to leave the engaging portion 1110；Then, the behaviour of the manipulation fastener 70 Control portion 72 supports the handle 10, and reversely rotates the handle 10, so that the separation guidance part 30 be allowed to push the fastener 2200 open Afterwards, while which is located away from the fastener accommodation groove 20 along the guiding cambered surface 31, first object 1000 by Gradually it is detached from out of this second object 2000；After the fastener 2200 is located away from the fastener accommodation groove 20, first object 1000 are located away from second object 2000.
Although not showing in figure, the buckle 71 of the manipulation fastener 70 can also correspond to the button of the wall surface 2100 of second object 2000 Socket part, the engaging portion of the wall surface 2100 handle 10 to be fixed on to second object 1000 should to avoid accidentally rotation It slides the handle 10 of fastening structure 100 " and first object 1000 is made to be located away from second object 2000.
It in conclusion the present invention slides fastening structure sub-assembly through the above configuration, can not be limited, be come quick by occasion Snapping with separate first object and second object.
Further, it should be understood that arriving, the direction of above-mentioned " rotation " and " reverse rotation " meaning is not limited to Fig. 2A to Fig. 3 B, figure The direction of the rotation arrows meaning of 5A to Fig. 6 B can also be opposite direction.
The present invention hereinbefore by preferred embodiment disclose, however be familiar with it will be understood by those skilled in the art that The embodiment is only used for describing the present invention, and is not construed as limiting the scope of the invention.It should be noted that all and implementation Example equivalent variation and displacement, should all be set as being covered by scope of the invention.Therefore, protection scope of the present invention should be with power Subject to the range that sharp claim is defined.

Claims (13)

1.一种滑动扣接结构，用于快速扣接与分离第一物体及第二物体，其特征在于，该第二物体的壁面设有扣接件，该滑动扣接结构包含：1. A sliding buckle structure for fast buckle and separation of a first object and a second object, characterized in that the wall surface of the second object is provided with a buckle, and the sliding buckle structure comprises: 把手，通过固定部枢接于该第一物体的壁面，该把手远离该固定部的一端还轴设有操控扣件，以将该把手固定于该第一物体或该第二物体；The handle is pivotally connected to the wall surface of the first object through the fixing portion, and the end of the handle away from the fixing portion is also provided with a control fastener to fix the handle to the first object or the second object; 扣接件容置槽，设置于该把手的端面，以容置该第二物体的扣接件；a fastener accommodating groove, which is arranged on the end face of the handle to accommodate the fastener of the second object; 分离导引部，设置于该扣接件容置槽的一端；The separation guide portion is arranged at one end of the accommodating groove of the fastener; 扣接导引部，设置于该扣接件容置槽的另一端；及a buckling guide portion disposed at the other end of the accommodating slot for the buckling element; and 弹性组件，设置于该把手与该操控扣件或该把手与该操控扣件相连的轴心，以提供弹力于该操控扣件；an elastic component, which is arranged on the shaft center of the handle and the control fastener or the handle and the control fastener, so as to provide elastic force to the control fastener; 其中，当旋转该把手时，该扣接导引部勾住该扣接件，以使该扣接件滑动至该扣接件容置槽，该第一物体扣接于该第二物体；当反向旋转该把手时，该分离导引部推开该扣接件，以使该扣接件分离于该扣接件容置槽，该第一物体分离于该第二物体。Wherein, when the handle is rotated, the buckle guide portion hooks the buckle, so that the buckle slides to the buckle accommodating groove, and the first object is buckled to the second object; When the handle is reversely rotated, the separating guide portion pushes the fastener away, so that the fastener is separated from the fastener accommodating groove, and the first object is separated from the second object. 2.如权利要求1所述的滑动扣接结构，其特征在于，该扣接件为柱体、弧面体、凸体、凹体或片体。2 . The sliding fastener structure according to claim 1 , wherein the fastener is a cylindrical body, a cambered body, a convex body, a concave body or a sheet body. 3 . 3.如权利要求1所述的滑动扣接结构，其特征在于，该扣接件凸设于该第二物体的壁面。3 . The sliding fastener structure of claim 1 , wherein the fastener element is protruded from the wall surface of the second object. 4 . 4.如权利要求1所述的滑动扣接结构，其特征在于，该固定部固定于该第一物体。4 . The sliding buckle structure of claim 1 , wherein the fixing portion is fixed to the first object. 5 . 5.如权利要求4所述的滑动扣接结构，其特征在于，该固定部与该第一物体为一体成型。5 . The sliding buckle structure of claim 4 , wherein the fixing portion and the first object are integrally formed. 6 . 6.如权利要求1所述的滑动扣接结构，其特征在于，该操控扣件具有扣部或操控部。6 . The sliding buckle structure of claim 1 , wherein the manipulation buckle has a buckle portion or a manipulation portion. 7 . 7.如权利要求1至6中任一项所述的滑动扣接结构，其特征在于，该扣接件与该第二物体的壁面为一体成型。7 . The sliding fastener structure according to claim 1 , wherein the fastener is integrally formed with the wall surface of the second object. 8 . 8.如权利要求1至6中任一项所述的滑动扣接结构，其特征在于，该分离导引部具有导引弧面。8 . The sliding buckle structure according to claim 1 , wherein the separating guide portion has a guide arc surface. 9 . 9.如权利要求8所述的滑动扣接结构，其特征在于，该把手还具有：9. The sliding buckle structure according to claim 8, wherein the handle further has: 第一杆部，通过第一固定部枢接于该第一物体的壁面；the first rod part is pivotally connected to the wall surface of the first object through the first fixing part; 第二杆部，通过第二固定部枢接于该第一物体的壁面，且该扣接件容置槽设置于该第二杆部的端面；及The second rod portion is pivotally connected to the wall surface of the first object through the second fixing portion, and the fastener accommodating groove is disposed on the end surface of the second rod portion; and 第三杆部，其两端枢接于该第一杆部及该第二杆部，以使该第一杆部及该第二杆部连动；a third rod part, two ends of which are pivotally connected to the first rod part and the second rod part, so that the first rod part and the second rod part are linked; 当旋转该第一杆部或反向旋转该第一杆部时，该第二杆部通过该第三杆部的带动而连动。When the first rod part is rotated or reversely rotated, the second rod part is linked by the driving of the third rod part. 10.如权利要求1至6中任一项所述的滑动扣接结构，其特征在于，该扣接导引部具有导引斜面。10 . The sliding buckle structure according to claim 1 , wherein the buckle guide portion has a guiding slope. 11 . 11.如权利要求10所述的滑动扣接结构，其特征在于，该把手还具有：11. The sliding buckle structure according to claim 10, wherein the handle further has: 第一杆部，通过第一固定部枢接于该第一物体的壁面；the first rod part is pivotally connected to the wall surface of the first object through the first fixing part; 第二杆部，通过第二固定部枢接于该第一物体的壁面，且该扣接件容置槽设置于该第二杆部的端面；及The second rod portion is pivotally connected to the wall surface of the first object through the second fixing portion, and the fastener accommodating groove is disposed on the end surface of the second rod portion; and 第三杆部，其两端枢接于该第一杆部及该第二杆部，以使该第一杆部及该第二杆部连动；a third rod part, two ends of which are pivotally connected to the first rod part and the second rod part, so that the first rod part and the second rod part are linked; 当旋转该第一杆部或反向旋转该第一杆部时，该第二杆部通过该第三杆部的带动而连动。When the first rod part is rotated or reversely rotated, the second rod part is linked by the driving of the third rod part. 12.一种滑动扣接结构，用于快速扣接与分离第一物体及第二物体，其特征在于，该第二物体的壁面设有扣接件，该滑动扣接结构包含：12. A sliding buckle structure for quickly buckled and separated a first object and a second object, characterized in that a wall surface of the second object is provided with a buckle, and the sliding buckle structure comprises: 把手，通过固定部枢接于该第一物体的壁面，该把手还具有：The handle is pivotally connected to the wall surface of the first object through the fixing part, and the handle also has: 第一杆部，通过第一固定部枢接于该第一物体的壁面；the first rod part is pivotally connected to the wall surface of the first object through the first fixing part; 第二杆部，通过第二固定部枢接于该第一物体的壁面，且该扣接件容置槽设置于该第二杆部的端面；及The second rod portion is pivotally connected to the wall surface of the first object through the second fixing portion, and the fastener accommodating groove is disposed on the end surface of the second rod portion; and 第三杆部，其两端枢接于该第一杆部及该第二杆部，以使该第一杆部及该第二杆部连动；a third rod part, two ends of which are pivotally connected to the first rod part and the second rod part, so that the first rod part and the second rod part are linked; 当旋转该第一杆部或反向旋转该第一杆部时，该第二杆部通过该第三杆部的带动而连动；When rotating the first rod part or reversely rotating the first rod part, the second rod part is linked by the driving of the third rod part; 扣接件容置槽，设置于该把手的端面，以容置该第二物体的扣接件；a fastener accommodating groove, which is arranged on the end face of the handle to accommodate the fastener of the second object; 分离导引部，设置于该扣接件容置槽的一端；及a separation guide part, disposed at one end of the accommodating groove of the fastener; and 扣接导引部，设置于该扣接件容置槽的另一端；the buckle guide part is arranged at the other end of the accommodating groove of the buckle; 其中，当旋转该把手时，该扣接导引部勾住该扣接件，以使该扣接件滑动至该扣接件容置槽，该第一物体扣接于该第二物体；当反向旋转该把手时，该分离导引部推开该扣接件，以使该扣接件分离于该扣接件容置槽，该第一物体分离于该第二物体。Wherein, when the handle is rotated, the buckle guide portion hooks the buckle, so that the buckle slides to the buckle accommodating groove, and the first object is buckled to the second object; When the handle is reversely rotated, the separating guide portion pushes the fastener away, so that the fastener is separated from the fastener accommodating groove, and the first object is separated from the second object. 13.一种滑动扣接结构组合件，其特征在于，具有两个滑动扣接结构，如权利要求1至12中任一项所述的滑动扣接结构，各该扣接件分别设置于该第二物体的相对壁面，各该滑动扣接结构的把手分别通过各该固定部枢接于该第一物体的相对壁面，且各该把手相互连接。13 . A sliding-buckling structure assembly, characterized in that it has two sliding-buckling structures, the sliding-buckling structure according to any one of claims 1 to 12 , and each of the buckles is respectively disposed in the On the opposite wall of the second object, the handles of each of the sliding and buckled structures are pivotally connected to the opposite wall of the first object through each of the fixing portions, and the handles are connected to each other.
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