JP3247100U - Mobile lift for nursing care - Google Patents

Abstract

[Problem] To provide a mobile nursing lift that reduces the burden on a caregiver during nursing work. [Solution] A mobile nursing lift 100 has a beam member 130 that can rotate on a support 134 and extends laterally, and an electric hoist 104 attached to the beam member. It also has a cross member 304 and a support member 306 that is attached to one end of the cross member and extends perpendicular to the cross member. It also has a transfer sheet 410 on which a care recipient is placed, a first belt 440 that is fastened to a hanging part 414 attached to a side part of the transfer sheet near the head, a string means 422 that can be fastened to both sides near the foot part of the transfer sheet, and a second belt 430 whose middle part is placed on the underside of the foot part of the transfer sheet. The cross member is provided with a hook locking part 302 to which a hook of an electric hoist can be locked, and a pair of belt locking means 308 to which the end of the string means and each end of the second belt can be locked are provided on each belt and string means. [Selected Figure] Figure 1

Description

Application for application of Article 30, Paragraph 2 of the Patent Act, as applied mutatis mutandis under Article 11 of the Utility Model Act, has been filed. Available at home from January 9, 2024.

This invention relates to a mobile care lift used to transport care recipients who require care, and in particular to a mobile care lift suitable for use when bathing a care recipient.

When providing care for a person who requires a high level of care, moving the care recipient requires a great deal of effort, and so there is a desire to reduce the amount of labor required. In particular, when moving the care recipient from the bed in which they normally sleep to a wheelchair and then to the bathroom in the wheelchair to take a bath, the care recipient must first be moved upwards from the wheelchair to move into the bathtub, which is recessed, and then lowered into the bathtub. Furthermore, when the bath is finished and the care recipient is to move out of the bathtub, the reverse action must be taken. As a result, the caregiver must manually lift the care recipient several times, which requires a great deal of energy and causes fatigue. At the same time, various burdens are placed on the care recipient, and in the worst cases, this can cause anxiety and discomfort.

An example of improving such problems associated with manual labor in caregiving is described in Patent Document 1. This publication proposes a simple transfer lift that is small, inexpensive, and easy to use manually to transfer a care recipient between a bed and a wheelchair, a frequent part of caregiving work. Specifically, a support shaft is fixed horizontally to the left and right identical supports, and a U-shaped lift section is supported on this support shaft. The lift section is an integrated unit with two short, parallel lift bars at the tip from the support point and a U-shaped handle at the rear, and a sheet with hooks at the four corners is hung between the two lift bars. Furthermore, a U-shaped guide is supported on the support shaft at both ends, and a fixture is provided to secure the handle to a reinforcing material that reinforces the lower part between the supports.

Patent Document 2 also discloses a transfer lift device as a transfer aid used by people with disabilities in the lower body to transfer between a car seat and a wheelchair. The transfer lift device described in this publication is installed on the roof of a regular car, and can be easily removed and stored, to eliminate the heavy work of storing and removing the transfer lift device before and after a transfer by a caregiver who is not strong enough, even in special cars such as those with a rotating passenger seat that makes transfers easier. This allows for easy transfer even in regular cars, reduces the heavy work of storing and removing the transfer lift device from the car, and solves the problem of storage space for the transfer lift device.

In Patent Document 3, in order to realize a transfer lift that allows the care recipient to transfer easily and quickly, the material of the sling is such that the sling can be easily attached to the body of the care recipient at all times, and the sling position is under the armpit to make the transfer lift compact. The lifting arm that suspends the care recipient is equipped with cushioning material to reduce shocks from steps when transferring and also serves as an elbow rest. Furthermore, the carriage to which the lifting arm is attached is lifted by a spring or the like, making it easy for the caregiver to operate.

JP 2004-313450 A JP 2001-37811 A JP 2019-181103 A

on line, Morito Co., Ltd. Nursing lift "Tsurube F1/F2R set" (for bath and toilet), searched on February 16, 2024 on line, amazon co,jp (brand name: VICHE CATT, product name: transfer sheet), searched on February 13, 2024

Patent Document 1 discloses a simple transfer lift used when transferring from a bed to a wheelchair and from a wheelchair to a bed during care work. In this publication, the care recipient sits up in bed, then sits down on the edge of the bed to transfer to the simple lift, so the care recipient transfers with their body bent at approximately 90 degrees near the waist. As a result, the care recipient rarely feels uneasy when transferring, as they only need to move sideways around their waists, and the caregiver does not expend a lot of energy when transferring, as they only need to move the care recipient sideways.

However, when transferring to a wheelchair and then entering or exiting the bathtub in the bathroom, the care recipient's posture changes from a bent position to a nearly horizontal position and then from a horizontal position to a bent position, and the care recipient must be moved above the height of the edge of the bathtub. This requires the caregiver to lift the care recipient manually. As this involves a change in the care recipient's posture, it places a burden on the care recipient, and the transfer cannot necessarily be made comfortably.

Patent Document 2 discloses that a person with a lower body disability can transfer to a vehicle. When using the vehicle-mounted transfer lift device described in this publication, the posture of the person being cared for remains almost constant and the person is only shifted sideways, so little human energy is consumed. However, since this is a device solely for transferring to a vehicle, no consideration is given to the situation in which the posture of the person being cared for changes significantly when transferring. Therefore, this vehicle-mounted transfer lift device cannot be used as is when the person being cared for changes their posture significantly during bathing.

Patent Document 3 discloses that a chair-type sling with two sides is clamped under the armpits of the care recipient, and the care recipient is moved to a required location such as a toilet while both sides are lifted by a transfer lift. Even with the transfer lift described in this publication, the posture of the care recipient remains almost constant during the transfer period. In other words, this transfer lift, which does not require a change in posture, cannot be used for bathing or other activities that involve a change in posture from lying down to sitting up.

Non-Patent Document 1 lists examples of commercially available nursing lifts. The ones listed in this catalog boast a proven track record in nursing care and are certainly very convenient, but because they use a hammock-shaped care recipient holder, when the care recipient is lifted up to move, the lifting part moves upwards locally, creating a feeling of pressure on the care recipient. There is a desire to eliminate this feeling of pressure.

The present invention was developed in consideration of the above-mentioned shortcomings of the conventional technology, and its purpose is to realize a mobile care lift that reduces the burden on caregivers when moving a care recipient while bathing. Another purpose of the present invention is to realize a mobile care lift that, in addition to the above-mentioned objectives, can reduce the anxiety of care recipients regarding bathing.

The aspect of the present invention for achieving the above object is a lifting section having a vertically extending support, a beam member rotatably attached to the support and extending laterally, and an electric hoist provided on the end side opposite the rotating end of the beam member, a support section having a horizontal member extending laterally and a support member provided at least at one end of the axial direction of the horizontal member and extending perpendicular to the horizontal member, a transfer sheet on which a care recipient can be placed, and a first belt that can be fastened to the lifting section provided on both sides of the width direction near the head of the transfer sheet. The transfer section has a hoist, first and second string means that can be fastened to the hanging parts provided on both sides of the width of the transfer sheet near the lower limbs, and a second belt whose middle part is placed on the underside of the foot part of the transfer sheet, the cross member has a hook locking part in the middle part in the longitudinal direction to which a hook of the electric hoist can be locked, and the support member has a pair of belt locking means spaced apart in the longitudinal direction of the support member to which the ends of the first and second string means and the ends of the second belt can be locked.

In this feature, it is preferable that the support is fixed to a wall surface inside the room, and that a reinforcing member that connects the support and the beam member is provided so that the support, the beam member, and the reinforcing member form a triangle. It is also preferable that carabiners are provided at both ends of the first and second belts, and it is preferable that the first and second belts are either nylon belts or cloth belts. Furthermore, it is preferable that the longitudinal middle portion of the cross member has an upwardly convex shape.

According to this invention, the support part of the mobile lift is configured to support the head side of the transfer seat used for transferring to a car at one point and the side side at two points, so that the posture of the care recipient needs to change less when moving to take a bath, reducing the burden on the caregiver. At the same time, it is possible to reduce the anxiety of the care recipient about taking a bath.

1 is a schematic perspective view of an embodiment of a bathroom equipped with a mobile lift for care according to the present invention; FIG. FIG. 2 is a schematic perspective view of a lifting section of the mobile nursing lift shown in FIG. 1 . 3(a) and 3(b) are a front view and a side view, respectively, of another embodiment of the support part of the mobile lift for nursing care according to the present invention. FIG. 2 is a perspective view of a transfer section of the mobile nursing lift shown in FIG. 1 . FIG. 2 is a perspective view illustrating a state in which the first and second belts and the first and second strings are mounted; FIG. 6(a) is a front view of a metal fitting for a PP belt used in the present invention, and FIG. 6(b) is a perspective view of a pad eye.

The following describes an embodiment of the mobile nursing lift according to the present invention with reference to the drawings. Figure 1 is a schematic perspective view of a bathroom 50 equipped with a mobile nursing lift 100 according to the present invention. A nursing bathtub 52 is attached adjacent to a wall 54 on one side of the bathroom. A cylindrical support 134 extends vertically along the wall 54 at a distance from the nursing bathtub 52 and is fixed in place with a U-shaped bolt 140.

The U-shaped bolts 140 are located in at least two places, near the top and bottom ends, and in this embodiment, are fixed with nuts to the wall of the adjacent room, the toilet. As will be described in detail later, a beam member 130 to which a hoist 104 is attached is attached to the top end of the support 134. These constitute the lifting unit 200. The lifting unit 200 provides power to lift a care recipient (not shown) from a seated position in a wheelchair or chair and move them to the bathtub, and vice versa.

The support part 300 is hung from the hook 106 of the hoist 104. The support part supports the lifting belt when hoisting the care recipient, and its main components are a cross member 304 and support members 306 provided at both longitudinal ends of the cross member 304. The support part 300 is configured symmetrically about a pad eye 302 that engages with the hook 106 of the hoist 104. This is to ensure balance when the support part 300 is lifted, and to allow either the left or right side to become the head belt mounting part and the side belt mounting part when the support part 300 rotates about the pad eye 302.

A chair 60 is placed facing the nursing bathtub 52 near the wall surface perpendicular to the wall surface 54 to which the support 134 is attached. The chair 60 is provided so that the cared person can transfer from the wheelchair to the nursing mobile lift 100 when the cared person arrives at the bathroom together with the carer in the wheelchair, and a transfer sheet 410 is placed on the chair 60 in advance according to the posture of the cared person. The transfer sheet 410 is, for example, the one described in Non-Patent Document 2. The transfer sheet 410 described in Non-Patent Document 2 is sold for use when transferring from a wheelchair to a vehicle, but the posture of the cared person is not necessarily limited to a seated posture in the chair 60, and can be modified so that a posture of lying down in the nursing bathtub 52 is also possible.

The lifting section 200, support section 300 (310), and transfer section 400 of the nursing care mobile lift 100 will be described in detail with reference to Figures 2 to 4. Figure 2 shows a front view of the lifting section 200. As mentioned above, the support pillar 134 extends vertically to the wall surface 54 of the bathroom 50 and is fixed with a U-shaped bolt 140. The upper end 4 of the support pillar 134 extends high, almost to the ceiling surface, and the lower end extends almost to the floor surface.

The support 134 has a circular pipe structure, and a rotating support 138 with an outer diameter smaller than the inner diameter of the support 134 is inserted into the upper end. One end of the beam member 130 is fixed by welding or the like to one or more points on the outer periphery of the rotating support 138. The beam member 130 is a beam that extends horizontally and has a U-shaped or rectangular cross section, and the hoist 104 is attached to its tip.

The hoist 104 comprises a winch unit 112, a wire 110 wound around the winch unit 112, and a motor 120 that rotates and drives the winch unit 112. A push button switch 124 that operates the hoist 104 is connected to the motor 120 via a cable 122. The tip of the wire 110 is provided with a hook 106 that can be engaged with an eye bolt or pad eye 302 (312) provided on the support unit 300 (310).

A stopper 114 is disposed in the middle of the wire 110, spaced from the hook 106. When the stopper 114 comes into contact with a loop-shaped limit switch 108 provided at the bottom of the outer periphery of the motor 120, the motor 120 stops rotating. The wire 110 moves up and down within the loop of the loop-shaped limit switch 108.

Beam member 130 has a cantilever structure relative to support column 134, so there is a risk of it bending downwards when a heavy hoist 104 is attached to the tip. To eliminate this problem, a rotation means 136 that can rotate relative to support column 134 is provided at the vertical middle part of support column 134, and this rotation means is connected to the longitudinal middle part of beam member 130 by reinforcing member 132. This forms a triangle with beam member 130, support column 134, and reinforcing member 132, preventing bending of beam member 130.

The beam member 130 and the reinforcing member 132 can be rotated around the axis of the support 134 via the rotating support 138 and the rotating means 136. Therefore, in FIG. 1, the care recipient seated on the transfer sheet 410 on the chair 60 can be moved together with the transfer sheet 410 to approximately the position of the care bathtub 52. Although not shown, a string extends downward from the tip of the beam member 130, i.e., the tip side of the winch unit 112, in order to rotate the beam member 130 by hand.

Figure 3 shows details of another embodiment of the support part. Figure 3(a) is a front view of the support part 310, and Figure 3(b) is a side view of the same. In the embodiment shown in Figure 1, the support member 306 that constitutes the support part 300 is formed linearly in the longitudinal direction, but in the support part 310 of this embodiment, the cross member 314 is curved in the longitudinal direction.

In other words, the cross member 314 has an upward convex shape with the eyebolt or pad eye 312 that engages with the hook 106 of the hoist 104 at its highest position. This is to prevent the head of the care recipient placed on the transfer sheet 410 from hitting the cross member 314 when the care recipient is lifted up. Because the cross member 314 is deformed from a straight line in this way, it is preferable to use metal or plastic, which are easy to process, as the material for the cross member 314 and to have a tube structure to reduce weight. However, it goes without saying that wood may also be used.

Furthermore, a protective cover 322 is provided at the attachment portion of the eye bolt or pad eye 312 of the cross member 314 to prevent the bolt or the like from hitting the person being assisted and to reinforce the attachment strength of the eye bolt or pad eye 312. The protective cover 322 is particularly effective when the cross member 314 is made of materials other than steel, such as plastic, wood, or aluminum pipe, which have low fastening strength.

Support members 316 are attached to both ends of the cross member 314, extending an equal distance from the cross member 314 perpendicular to the cross member 314. An eyebolt 318 is attached to the underside of the support member 316 near the longitudinal end of the support member 316 using a nut 320. The eyebolt 318 is positioned approximately 30 cm from the cross member 314.

The eye bolt 318 is removably engaged with a carabiner 434 of the PP (polypropylene) belt 430 on the lower leg side, which will be described later, and a carabiner 424 of the string 422. The PP belt 440 on the head side is attached so as to wrap around the cross member 314 without being attached to the eye bolt 318. When the transfer sheet 410 is lifted, the attached PP belt 440 slides on the cross member 314 and moves in the longitudinal direction of the cross member 314, which prevents the transfer sheet 410 from being in an unfavorable position. To prevent this, the cross member 314 has a horizontal portion that is not curved for a predetermined length on the end side where the support member 316 is attached. Note that a curve or recess in the opposite direction (downward convex) may be provided to actively prevent the PP belt 440 from slipping.

The longitudinal length of the cross member 314 is approximately the height of the person, not exceeding 180 cm. As described above, in order to facilitate the support part 300 to rotate before the transfer sheet 410 is attached and to maintain balance, the support part 300 is symmetrical about the attachment position of the eye bolt or pad eye 312.

Figure 4 shows a schematic perspective view of the transfer section 400 including the transfer sheet 410 on which the care recipient is placed. The transfer sheet 410 is a sheet used for transferring from a wheelchair to a vehicle, as shown in Non-Patent Document 2. The transfer sheet 410 has a ring-shaped suspending section 414 formed on both sides on the head side. A PP belt 440 is arranged so that it can be hooked to the suspending section 414. Carabiners 444 are attached to both ends of the PP belt 440, and the length is adjusted by a PP belt dedicated metal fitting 442, and the PP belt 440 is prevented from falling off the carabiner 444. The length of the PP belt 440 on the head side is adjusted to about twice the distance from the care recipient to the support section 300 when lifted.

A loop-shaped hanging part 412 is also formed on the side of the lower leg part 404 of the transfer sheet 410. A string 422 with a carabiner 424 attached to one end is attached by tying to the hanging part 412. The string 422 is a safety means and prevents the transfer sheet 410 from unexpectedly detaching from the support parts 300, 310.

The head 402 of the transfer sheet 410 is more rigid than the other parts (406, 408, 404) and is configured to be less likely to deform in the left-right direction. Therefore, when the care recipient sits on this transfer sheet 410 and is lifted up, even if a force acts inward in the left-right direction from the PP belt 440 on the head side, the force does not cause the care recipient to feel pain or discomfort. On the other hand, the lower limbs 404 and crotch 408 of the transfer sheet 410 are in close contact with the care recipient so that the care recipient does not dance in the transfer sheet 410 and do not change their posture when lifted up. Therefore, the transfer sheet 410 is allowed to deform. Due to the characteristics of the transfer sheet 410, the head side of the care recipient is allowed to generate an inward force when lifted up, and the transfer sheet 410 is lifted up at one point so that the force does not dissipate. On the other hand, the lower limbs are seated on the transfer sheet 410 in a comfortable position with the lower limbs somewhat open, reducing the sense of anxiety of the care recipient when lifted up. Therefore, to avoid concentrating the lifting positions at one point, the left and right feet are lifted at separate lifting positions. However, since there is a risk of the posture changing if the left and right feet are lifted completely separately, both ends of a single PP belt 430 are attached to separate lifting positions (eye bolts or pad eyes 308, 318).

The characteristic feature of this invention is that a single PP belt 430 is placed near the position of the lower leg where the cord 422 is placed, more specifically on the back side of where the knees of the care recipient are located, and both ends of this single PP belt 430 are hooked onto different eye bolts or pad eyes 308, 318 attached to the support member 306. The distance between the different eye bolts or pad eyes 308, 318 is about 60 cm, which is the leg width that allows the care recipient to be lifted up in a relaxed manner.

The reason why the backs of the knees are lifted with a single PP belt 430 is as follows: the care recipient feels uneasy about being lifted. If a care recipient who feels this way is lifted by tying them in a bag, as in cargo handling at a port, their uneasiness will increase further, hindering the smooth lifting operation. In particular, lifting with the legs extended, i.e., with the legs extended almost horizontally, will cause anxiety that the feet will not be able to touch the ground if the lifting is not successful.

In contrast, if the care recipient bends their legs from the knees so that the soles of their feet face the ground, the sense of anxiety felt by the care recipient during the lifting operation is significantly reduced. Therefore, by lifting the knees of the care recipient together with the transfer sheet 410 from the rear side, the care recipient is lifted with their legs bent, completing the transfer operation smoothly and eliminating any sense of anxiety. The length of the PP belt 430 is adjusted and maintained by the PP belt dedicated fittings 432.

Figure 5 shows the state of the support part 300 and the transfer part 400 when lifted up in a schematic perspective view, excluding the care recipient. The middle part of the PP belt 440 on the head side is wound around the cross member 304 of the support part 300 near one end of the cross member 304. Both ends of the PP belt 440 are hooked to the hanging part 414 of the transfer sheet 410 with carabiners 444. On the other hand, the PP belt 430 on the lower limb side passes through the back side of the transfer sheet 410 and is hooked with a carabiner 434 to the eye bolt or pad eye 308 of the support member 306 provided at the end of the cross member 304 on the opposite side to the position where the PP belt 440 is wound. Here, the string 422 is also hooked to the same eye bolt or pad eye 308, preventing the PP belt 430 from slipping off the back of the transfer sheet 410.

After the length of the PP belt 430 and the PP belt 440 are adjusted to determine the posture of the care recipient, the push button switch 124 shown in FIG. 1 is pressed to operate the hoist 104, and the motor 120 is driven to rewind the wire 110 with the winch unit 112. After the transfer sheet 410 is lifted to a predetermined height, the beam member 130 is manually rotated with a string (not shown) to position the transfer sheet 410 above the nursing bathtub 52. The transfer sheet 410 is then suspended and the person takes a bath. After the person has finished bathing, the transfer sheet 410 is moved to the chair 60 by performing the reverse operation. During this operation, if the winch unit 112 attempts to rewind the wire 110 beyond the predetermined height, the stopper 114 comes into contact with the limit switch 108 and the lifting operation is stopped. The wheelchair in which the care recipient has been riding is located near the chair 60, so the person is moved to the wheelchair after changing clothes, etc.

Figure 6 shows an example of a fastener used in this embodiment. Figure 6 (a) is a front view of an example of a PP belt dedicated metal fitting 510 (432, 442). The PP belt dedicated metal fitting 510 comprises a square ring material 502 formed in a closed loop shape and a moving member 504 movably fitted into the square ring material 502. The square ring material 502 is made from a round bar and is a square-shaped ring with rounded corners. The moving member 504 is round bar-shaped and has two holes in the axial direction through which the square ring material 502 can pass, formed perpendicular to the axial direction.

Figure 6(b) is a perspective view showing an example of a pad eye 520 (320, 308). In the pad eye 520, a hanging part 524 forming a hanging ring is fixed to a rectangular base plate 522 by welding or the like. A fastening hole 526 is opened on the end side of the base plate 522 across the hanging part 524, and the base plate 522 is attached to the support members 306, 316 or the cross members 304, 314 by a bolt or the like. Note that commercially available carabiners and eye bolts can be used.

According to this invention, when transferring the care recipient to the transfer sheet, the PP belt that suspends the head is wound around the crossbar means, and both ends of the PP belt that suspends the backs of the knees are suspended from the support means at two locations spaced apart, reducing the care recipient's sense of anxiety when suspending, and enabling safe and stable suspension. This reduces the burden on both the care recipient and the caregiver when the care recipient is bathing.

In the above embodiment, a PP belt is used to lift the transfer sheet, but the belt is not limited to a PP belt, and a nylon belt or a cloth belt can also be used. When using such a belt, it is better to use a fastening device such as a commercially available buckle or a load-tightening device instead of a PP belt dedicated metal fitting to adjust the length at the belt end. In addition, a PP belt dedicated metal fitting is used to fasten the carabiners at both ends of the belt, but it is also possible to form one end of the belt into a loop by sewing, pass a carabiner through the loop, and use a PP belt dedicated metal fitting at the other end of the belt to adjust the belt length. In this case, one of the PP belt dedicated metal fittings can be omitted.

50...bathroom, 52...bathtub, 54...wall, 60...chair, 100...mobile nursing lift, 104...hoist, 106...hook, 108...limit switch, 110...wire, 112...winch section, 114...stopper, 120...motor, 122...cable, 124...(push button) switch, 130...beam member, 132...reinforcing member, 134...support, 136...rotating means, 138...rotating support, 140...U-shaped bolt, 200...hoisting section, 300, 310...support section, 302, 312...eyebolt or pad eye (hook locking section), 304, 314...cross member, 306, 316...support member, 308, 318...eyebolt or pad eye A (belt fastening means), 320...nut, 322...protective cover, 400...transfer section, 402...head, 404...lower limb section, 406...torso section, 408...crotch section, 410...transfer sheet, 412...(lower limb) hanging section, 414...(head) hanging section, 422...(hanging) cord (means), 424...carabiner, 430...(PP)belt (second belt), 432...PP belt dedicated metal fitting, 434...carabiner, 440...(PP)belt (first belt), 442...PP belt dedicated metal fitting, 444...carabiner, 510...PP belt dedicated metal fitting, 502...square ring material, 504...moving member, 520...pad eye, 522...base plate, 524...hanging section, 526...fastening hole

Claims (6)

A lifting unit including a vertically extending support column, a beam member rotatably attached to the support column and extending in the horizontal direction, and an electric hoist provided at an end side of the beam member opposite to the rotating end;
A support portion including a cross member extending laterally and a support member provided at at least one end of the cross member in an axial direction and extending in a direction perpendicular to the cross member;
a transfer section having a transfer sheet on which a care recipient can be placed, a first belt that can be fastened to hanging parts provided on both sides in the width direction near the head of the transfer sheet, first and second string means that can be fastened to each of the hanging parts provided on both sides in the width direction on the lower limb side of the transfer sheet, and a second belt whose intermediate part is placed on the underside of the foot of the transfer sheet,
A mobile lift for nursing care, characterized in that the cross member has a hook locking portion in the middle of its longitudinal direction to which a hook of the electric hoist can be locked, and the support member has a pair of belt locking means spaced apart in the longitudinal direction of the support member to which the ends of the first and second string means and each end of the second belt can be locked. The mobile nursing lift according to claim 1, characterized in that the support pillar is fixed to a wall surface inside the room. The mobile nursing lift according to claim 1, characterized in that the reinforcing members connecting the support columns and the beam members are provided so that the support columns, the beam members, and the reinforcing members form a triangle. The mobile nursing lift according to claim 1, characterized in that carabiners are provided at both ends of the first and second belts. The nursing mobility lift according to claim 1, characterized in that the first and second belts are either nylon belts, polypropylene (PP) belts or cloth belts. The mobile nursing lift according to claim 1, characterized in that the longitudinal middle portion of the cross member has an upwardly convex shape.

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