JP2020168308A - Transfer device - Google Patents

Abstract

To provide a transfer device which facilitates exertion of a force in a rotary operation arm by operating the rotary operation arm to stand up a care needed person.SOLUTION: A transfer device 10 is for transferring a care needed person M. The device is equipped with: a rotary operation arm 18 which is rotatably operated by a caregiver N for the purpose of standing up the care needed person M in a state of holding the care needed person M with a body holder 1; and a foot pad part 30 to which at least a part of the knee or the shin of the caregiver N is applied when the care needed person M is made to stand up by using the rotary operation arm 18. Also, the foot pad part 10 has a lower part projecting closer to the caregiver N side than an upper part in the side view.SELECTED DRAWING: Figure 5

Description

The present invention relates to a transfer device for transferring a sick person, an injured person, an elderly vulnerable person, etc. (hereinafter referred to as a person requiring long-term care) while holding the person with a body-holding orthosis. The present invention relates to a transfer device used when transferring between a device of 1 and another device such as a wheelchair.

Some conventional transfer devices allow a person requiring care wearing a body-holding orthosis to stand up by operating a rotation operation arm to perform the transfer (see, for example, Patent Document 1).

Japanese Patent No. 6087405

However, since the conventional transfer device is not provided with a foot pad for pressing the knee of the caregiver, it is difficult for a caregiver with weak strength such as a woman to apply force to the rotation operation arm.

The present invention has been made in view of the above, and an object of the present invention is to provide a transfer device that makes it easy to apply force to the rotation operation arm when the rotation operation arm is operated to erect a person requiring care.

(1) In order to solve the above problems, the present invention is a transfer device for transferring a person requiring long-term care, and is rotated by the caregiver to stand up while holding the person requiring long-term care with a body-holding orthosis. It is provided with a rotation operation arm to be operated and a foot pad portion for pressing at least a part of the knee or shin of the care recipient when the care recipient is to stand up using the rotation operation arm. It is a feature.

According to the present invention, since the rotation operation arm can be rotated while at least a part of the knee or shin is pressed against the foot pad, even a caregiver with weak strength such as a woman can apply force to the rotation operation arm. It is easy to put in and the person requiring long-term care can easily stand up from the seat.

(2) In a preferred embodiment of the present invention, the foot pad portion has a lower portion protruding toward the caregiver side rather than an upper portion in a lateral view.

According to the above embodiment, in the case of a small caregiver, the knee position is lower than that of a large caregiver, but since the lower part of the foot pad protrudes toward the caregiver, the petite caregiver You can easily put your knees on your feet. Also, for caregivers who can place their knees above
When operating the rotation operation arm, the portion below the knee can be easily along the foot pad.

(3) In a preferred embodiment of the present invention, the foot pad portion is made of an elastic material.

According to the above embodiment, it is possible to make it difficult for the caregiver to feel pain when the knee or shin is applied to the foot pad.

(4) In a preferred embodiment of the present invention, the rotation operation arm includes a grip portion that the caregiver grips for rotation operation, and the tip of the grip portion is spherical.

According to the above embodiment, by gripping the grip portion of the rotation operation arm by gripping the tip portion of the grip portion, it becomes easy to apply force to the rotation operation arm.

According to the present invention, since the care recipient is provided with a foot pad that presses at least a part of the knee or shin of the caregiver when standing up, the caregiver presses the knee or shin against the foot pad. The rotation operation arm can be rotated in this state, so that even a caregiver with weak strength, such as a woman, can easily apply force to the rotation operation arm and can easily stand up from the seating surface.

(A) is a front view of the body holding device used in the transfer device according to the embodiment of the present invention, and (b) is an enlarged perspective view of a broken line A portion in FIG. 1 (a). Rear view of the body holding brace. An exploded perspective view of the body holding orthosis. The figure which shows the wearing state to the care-requiring person of the body holding brace. The figure which shows the state which the care-requiring person who put on the body-holding orthosis stood up by the transfer device. The rear perspective view of the transfer device which concerns on embodiment of this invention. Enlarged view of the main part near the rotation operation arm of the transfer device. Enlarged view of the main part near the rotation operation arm of the transfer device. The side view of the state where the rotation operation arm of the transfer device is in the initial position. (A) is an enlarged view of the main part of the rotation operation arm initial position, (b) is an enlarged view of the main part of the rotation operation arm lock position, and (c) is an enlarged view of the main part of the rotation operation arm lock release position. Side sectional view of a main part of the transfer device. A front view of the transfer device when the seat surface is laid down with the foot pad made transparent. (A) to (c) are diagrams showing each step of the transfer method using the transfer device. (A) to (c) are diagrams showing each step of the transfer method using the transfer device. (A) to (c) are diagrams showing each step of the transfer method using the transfer device.

Hereinafter, the transfer device according to the embodiment of the present invention will be described with reference to the attached drawings.

The body holding orthosis used in the transfer device according to the embodiment of the present invention will be described with reference to FIGS. 1 to 3. The body-holding orthosis shown in these figures is used to assist a person requiring long-term care when transferring between a vehicle such as a wheelchair or a transport vehicle and a transfer device, or between a transfer device and a bathing device.

The body-holding orthosis 1 is wrapped around the abdomen, back and waist of the care recipient to support the care recipient, and is detachably provided on the support member 2 and wound around the care recipient from above the support member 2. A belt-shaped fixing member 3 that is attached and fixed, and a string-shaped engagement that is detachably provided on the support member 2 from above the fixing member 3 and locks the body holding device 1 to the locked metal fitting of the transfer device. It includes a stop member 4. The locking member 4 is provided with locking metal fittings 5 as locking tools that can be locked to the rotation operation arm 18 (described later) of the transfer device at both ends thereof.

The support member 2 is made of a flexible, water-resistant or water-repellent sponge-like member having a length that can be wound from the back to the waist side of the care recipient, and is wound from the back to the waist side of the care recipient. It has a wide central portion 2a to be formed, and narrow ends 2b1 and 2b2 extending from both sides of the central portion 2a to the left and right and wound around the abdomen side of the care recipient. The central portion 2a has a pair of upper side and a pair of lower side diagonal slits 2c facing in parallel, a pair of upper side and a pair of lower side diagonal slits 2d facing in parallel, and a pair of vertically elongated slits 2e. As shown in FIG. 1, the left diagonal slits 2c are formed side by side from the top to the left diagonally downward direction (for example, a direction forming 30 ° with respect to the vertical direction), and the longitudinal direction of each slit (long hole) is right. It is tilted diagonally downward. The right diagonal slits 2d are formed side by side in the diagonally downward right direction (for example, 30 ° with respect to the vertical direction) from the top, and the longitudinal direction of each slit (slot hole) is inclined diagonally downward to the left. There is. That is, the left diagonal slit 2c and the right diagonal slit 2d are formed to be inclined. Further, as shown in FIG. 1, the left end portion 2b1 of the central portion 2a has a pair of vertically elongated slits 2f.

The fixing member 3 is made of a water-resistant or water-repellent member that can be attached to and detached from the support member 2, and has buckle portions 3a that can be fastened to each other at both ends. Both ends of the fixing member 3 are inserted into the vertically long slits 2e and 2f of the support member 2 from above the support member 2 and fastened by the buckle portion 3a.

The locking member 4 is a water-resistant or water-repellent member that can be attached to and detached from the support member 2 and has a width narrower than that of the fixing member 3 to lock and fix the body holding device 1 to the transfer device.

The locking member 4 has a bifurcated main body locking portions 4a1, 4a2 that face each other in the vertical direction, and a pair of diagonally crossing locking portions 4b1, 4b2 that diagonally intersect between the main body locking portions 4a1, 4a2. The locking member 4 is also inserted through a pair of upper left diagonal slits 2c and a string-shaped upper left diagonal locking portion 4d having a buckle portion 4c at the end, and a lower pair of left diagonal slits 2c and an end portion. A string-shaped diagonal locking portion 4f on the lower left side having a buckle portion 4e, and a string-shaped diagonal locking portion 4h on the upper right side having a buckle portion 4g at the end portion inserted through a pair of upper right diagonal slits 2d, and a lower side. It is inserted into a pair of right diagonal slits 2d and has a string-shaped lower right diagonal locking portion 4j having a buckle portion 4i at the end. The main body locking portions 4a1 and 4a2 are separated in parallel at substantially regular intervals on the central side, approach each other as they approach both ends, and are connected at both ends, and locking metal fittings (locking tools) 5 as locking tools at both ends. Is installed. The locking metal fitting 5 is a metal fitting that is locked to the rotation operation arm 18, and has a plurality of holes, two insertion holes 5a and 5b and one keyhole-shaped locking hole 5c in this embodiment.

As shown in FIG. 1 (b), which is an enlarged view of the broken line A in FIG. 1 (a), the main body locking portions 4a1 and 4a2 are inserted into the insertion holes 5a of the locking metal fitting 5, and then the main body locking portions 4a1. , 4a2 are formed in an endless shape in which both ends are connected. The main body locking portions 4a1 and 4a2 form a first locking member, and a branch member 4a3 as a second locking member branched from the first locking member and folded back and connected to the insertion hole 5b and the insertion hole 5a. Have. The seam 4a5 is a seam at a portion where the end portion of the branch member 4a3 folded back through the locking holes 5a and 5b is sewn to the branch member 4a3, and the seam 4a6 is the branch member 4a3 and the main body locking portion. This is the seam of the portion where 4a1 is sewn together. With the first locking member and the second locking member, the transfer device 10 (described later) is a branched second locking member even if the first locking member is cut during the transfer operation of the care recipient. Since the connection with is not released, safety can be improved. Further, the branch member 4a3 is provided in a loose state so that tension is not applied to the branch member 4a3 when connected to the rotation operation arm (described later) of the transfer device 10.

In the above body holding orthosis 1, as shown in FIGS. 4 and 5, the support member 2 is wound around the back and waist of the care recipient M from the abdomen, and the fixing member 3 is provided on the support member 2 from above. It is inserted into the vertically long slits 2e and 2f, and the buckle portions 3a at both ends thereof are fastened, whereby the fixing member 3 is wound around the support member M from above the support member 2 and the support member 2 is fixed to the care recipient M. To. By this winding fixing, the support member 2 is prevented from being displaced from the required positions of the back and waist of the care recipient M.

As shown in FIG. 5, the locking metal fittings 5 at both ends of the main body locking portions 4a1 and 4a2 of the locking member 4 rotate the transfer device 10 from the state where the body holding device 1 is attached to the care recipient M. It is locked to any of the three locked metal fittings 40a to 40c (locked portion) provided on the arm 18.

As shown in FIG. 5, when the rotation operation arm 18 of the transfer device 10 is rotated in the clockwise direction, the locking metal fitting 5 on the body holding device 1 side becomes the locked metal fitting 40a to 40c on the transfer device 10 side. Since it is hooked on any of the above, the person requiring care M who is seated on the seat surface portion 20 has a predetermined angle forward and upward with respect to the horizontal indicated by the arrow B by the main body locking portions 4a1 and 4a2 of the body holding device 1. For example, it can be lifted at 30 °. When the care recipient M is lifted, tension is applied to the lower main body locking portion 4a2 among the main body locking portions 4a1 and 4a2. Here, the upper left diagonal locking portion 4d of the locking member 4 is inserted into the upper pair of left diagonal slits 2c, the lower left diagonal locking portion 4f is inserted into the lower pair of left diagonal slits 2c, and the buckles of each other. It is fastened by the portions 4c and 4e, and the upper right diagonal locking portion 4h is inserted into the upper pair of right diagonal slits 2d, and the lower right diagonal locking portion 4j is inserted into the lower pair of right diagonal slits 2d. They are fastened with each other's buckle portions 4g and 4i.

As a result, the oblique locking portions 4d, 4f; 4h, 4j are inclined at a predetermined forward angle in the vertical direction C, for example, 30 °, and the left oblique slit 2c and the right oblique slit 2d are formed correspondingly. Therefore, the tension applied to the main body locking portion 4a2 when the care-requiring person M is lifted acts in the longitudinal direction of the elongated holes of the left diagonal slit 2c and the right diagonal slit 2d. Therefore, in particular, the connecting portion (a part of the support member 2) 2c1 between the pair of lower left diagonal slits 2c, the supporting member 2 near the left diagonal slit 2c, and the connecting portion between the lower pair of right diagonal slits 2d. (A part of the support member 2) It is possible to prevent the support member 2 in the vicinity of 2d1 and its right diagonal slit 2d from being deformed and damaged. In this way, the lifting force in the direction of deforming the support member 2 is less likely to act on the support member 2. The predetermined angle is preferably around 30 ° to 30 °, but is not limited to this.

According to the above body holding orthosis 1, since the support member 2 does not deviate from the predetermined positions of the back and waist of the care recipient M, the upper limbs of the care recipient M may be wet or the posture may be changed on the transfer device 10 described later. Even if it changes, the seating surface portion 20 of the transfer device 10 can stably stand up and sit down. For example, since the body holding orthosis 1 attached to the waist does not shift, the standing state can be maintained when standing up from the seat surface 20 of the transfer device 10, and the buttocks and the like can be washed, and clothes and undressing can be performed. It will be easy. Further, when the support member 2, the fixing member 3, and the locking member 4 are individually damaged or deteriorated, they can be easily replaced, and it is not necessary to replace the entire body holding orthosis 1, which is excellent in cost merit. Further, as will be described later, even if the body holding device 1 is lifted by the rotation operation of the rotation operation arm 18, the locking member 4 is not twisted, so that the sponge support member 2 is deformed. Damage can be suppressed. Further, even if it is used for the transfer operation of the care-requiring person M whose body is wet after taking a bath with the bathing device described later, it is possible to prevent the generation of mold and the like.

The transfer device 10 will be described with reference to FIGS. 6 to 12, including FIG. In the transfer device 10, each direction of front, back, left and right is set as shown in FIG. As shown in FIG. 5, each of these directions is a front-back, left-right direction when viewed from the care-requiring person M transferred by the transfer device 10.

With reference to these figures, the transfer device 10 has a carriage 11 and a device body 12. The bogie 11 has a pair of left and right bogie frames 14 having wheels 13 in the front and rear, a connecting frame 15 that connects both bogie frames 14 in the left-right direction, and a footrest plate 16.

The device main body 12 is integrally assembled with the carriage 11. The device main body 12 includes a pair of left and right grip levers 17, a pair of left and right rotation operation arms 18, a seat surface operation lever 19, a pair of left and right seat surface portions 20, a foot pad portion 21 for the care recipient M, and a caregiver N. It has a foot pad portion 30, a lock cover 26, a plurality of frames 22, and the like.

The caregiver N (see FIG. 5) controls the movement / stop of the transfer device 10 by using the grip lever 17, assists the care recipient M by using the rotation operation arm 18, and the seat surface operation lever. 19 can be used to control the standing / lodging behavior of the seating surface portion 20. In addition, the person requiring long-term care M can sit on the seat surface portion 20 or put his knees or shins on the foot pad portion 21. When the care-requiring person M seated on the seat surface 20 stands up, the foot pad 21 makes it easier to stand by the action of a so-called lever because at least a part of the knee or the shin hits the foot pad 21.

Further, the caregiver N can also rotate the rotation operation arm 18 from the front with at least a part of the knee or the shin touching the foot pad portion 30 for the caregiver N from the front of the transfer device 10. Therefore, even the caregiver N, who has weak strength such as a woman, can easily perform the rotation operation by applying force to the rotation operation arm 18, and the care recipient M can be easily erected from the seat surface portion 20.

As shown in FIG. 5, the foot pad portion 30 has a lower portion 30a in a lateral view protruding forward from the upper portion 30b when viewed from the caregiver N side. Therefore, in the case of a small caregiver, the knee position is lower than that of a large caregiver, but since the lower portion 30a of the foot pad portion 30 protrudes toward the caregiver, the petite caregiver has a foot pad. You can easily put your knees on the part 30. Further, in the case of a caregiver who can place the knee on the upper portion 30b, the rotation operation arm 18 can be operated in a posture in which the knee is bent with the portion below the knee along the front surface of the foot pad portion 30. it can. The foot pad portion 30 is made of an elastic material, preferably made of silicon rubber or molded by heat compression. As a result, the caregiver N can make it difficult to feel pain when the knee or shin is applied to the foot pad portion 30.

The rotation operation arm 18 is bent in the middle to serve as a rotation fulcrum, and one end side 181 is an operation end operated by the caregiver N, while the body holding device 1 is locked along the other end side 182. A plurality of locked metal fittings 40a to 40c capable of being locked are sequentially arranged. In FIG. 5, as shown in the enlarged view E2 of the portion where the dotted line portion E1 of the other end side 182 of the rotation operation arm 18 is viewed from the front, the plurality of locked metal fittings 40a to 40c are the rotation operation arm 18. The distance from the end of the other end side 182 increases as the distance increases. That is, at the initial position of the rotation operation arm 18 (see FIG. 9 described later), the locked metal fittings 40a to 40c become longer as the distance from the care recipient M increases.

Therefore, the locking metal fitting 5 of the body holding orthosis 1 is rotated according to the size of the physique of the care recipient M so that the main body locking portions 4a1 and 4a2 of the locking member 4 do not loosen in the middle. It can be easily and surely locked to any of the locked metal fittings 40a to 40c. That is, the larger the care-requiring person M is, the more the locking metal fitting 5 is attached to the locked metal fitting 40a on the front side (closer to the care-requiring person M). This is because the length of the body holding orthosis 1 does not change, so in the case of a large and well-worn care-requiring person M, the distance from the abdomen to the locked metal fittings 40a to 40c becomes short, and the position where the locking metal fitting 5 is attached This is because it becomes difficult to attach the locked metal fittings 40a to 40c unless the above is changed. Further, the lengths of the locked metal fittings 40a to 40c are changed, and this is related to the locked metal fitting 40c on the back side (the one away from the long-term care recipient M) with respect to the small long-term care recipient M. This is to prevent the locked metal fittings 40a and 40b in the foreground from getting in the way when the stopper metal 5 is attached.

The rotation operation arm 18 includes a grip portion 183 that the caregiver N grips for the rotation operation, and the tip 183a of the grip portion 183 is formed in a spherical shape. Therefore, the caregiver N can easily grip the rotation operation arm 18 and perform the rotation operation with force.

The device main body 12 is bent downward in a U shape and extends substantially vertically upward from the carriage 11, a pair of front left and right first main body frames 22 and a pair of rear left and right second main body frames 23 extending vertically upward from the connecting frame 15. A first connecting frame 24 that connects both first main body frames 22 to the left and right on the upper side, and a pair of upper and lower second and third connecting frames that connect the first and second main body frames 22 and 23 back and forth. It has frames 25a and 25b. The foot mounting plate 16 is provided over the lower portion of the first main body frame 22 and the connecting frame 15.

A pair of left and right rotation operating arms 18 will be further described with reference to FIGS. 7 and 8. In these figures, only a part of the rotation operation arm 18 on one side (left side in FIG. 6) is shown, but the same applies to the rotation operation arm 18 on the other side. Both rotation operation arms 18 are connected in parallel by a pair of connecting frames 18a and 18b (see FIG. 6 for the connecting frame 18b). In addition. The connecting frame 18b is a grip portion held by the care recipient M (see FIG. 5).

The rotation operation arm 18 has an arm plate 18c fixed to the lower end of the bend. Arm bolts 18d and 18e are fixed to the arm plate 18c, and the rotation operation arm 18 is pivotally attached to the frame plate 33 by the arm shaft 18f via the arm plate 18c. A tooth portion 18g is formed on the lower end side of the arm plate 18c.

A frame plate 33 is fixed to the first connecting frame 24. In the frame plate 33, the upper end side thereof is located between the arm bolts 18d and 18e, and the support shaft 33b of the ratchet claw portion 33a is pivotally supported by the frame plate 33. The ratchet claw portion 33a is urged by a tension coil spring 33c in a direction in which it meshes with the tooth portion 18g of the arm plate 18c of the rotation operation arm 18.

The tooth portion 18g provided on the arm plate 18c of the rotation operation arm 18 and the ratchet claw portion 33a that mesh with the tooth portion 18g are at predetermined positions where the rotation operation arm 18 is rotated from the initial position described later. Configure a locking mechanism to lock. A protective cover 26 (see FIG. 5) is provided to cover a portion constituting the lock mechanism.

Locking and unlocking of the rotation operation arm 18 in the lock mechanism will be described with reference to FIGS. 9 and 10. 10 (a) to 10 (c) are views of main parts corresponding to the initial position, the lock position, and the unlock position of the rotation operation arm 18 shown in FIG. That is, FIG. 10A is a view of a main part of FIG. 9 when the rotation operation arm 18 is in the initial position, and FIG. 10B is a view of FIG. 9 when the rotation operation arm 18 is in the locked position. 10 (c) is a view of the main part of FIG. 9 when the rotation operation arm 18 is in the unlocked position.

When the rotation operation arm 18 is in the position shown by the solid line in FIG. 9, that is, in the initial position in FIG. 10A, the arm bolt 18e is in contact with the frame plate 33, so that the rotation operation arm 18 is in contact with the frame plate 33. The clockwise rotation due to its own weight is suppressed, and the initial position of the rotation operation arm 18 is maintained. When the rotation operation arm 18 is rotated in the arrow F direction from this initial position to the position of the first virtual line 18'in FIG. 9, as shown in FIG. 10B, the tooth portion 18g of the arm plate 18c The ratchet claw portion 33a of the frame plate 33 is engaged with the ratchet claw portion 33a, and the rotation operation arm 18 is locked. At this time, the ratchet claw portion 33a abuts on the arm plate 18c and is pushed by the rotation of the rotation operation arm 18, and is rotated clockwise from the state shown in FIG. 10A, and is left by the tension coil spring 33c. The urging force in the clockwise direction is working. That is, in the initial position of the rotation operation arm 18, the ratchet claw portion 33a is urged in a direction of rotating so as to mesh with the tooth portion 18g. When the rotation operation arm 18 is rotated from the lock position of the first virtual line 18 ″ in FIG. 9 to the position of the second virtual line 18 ″ in the arrow F direction, as shown in FIG. 10 (c). , The ratchet claw portion 33a of the frame plate 33 is disengaged from the tooth portion 18g of the arm plate 18c, and the lock is released. At this time, the ratchet claw portion 33a abuts on the arm plate 18c as the rotation operation arm 18 rotates and is pushed in the clockwise direction, and then when it does not abut on the arm plate 18c, it is attached by the tension coil spring 33c. It rotates counterclockwise depending on the force and becomes the state shown in FIG. 10 (c).

With the lock mechanism, it is possible to reduce the risk that the rotation operation arm 18 is pulled by the weight of the care recipient M when the care recipient M is supporting the standing motion. Further, since the caregiver N can lock the rotation operation arm 18 at a predetermined position without performing a special lock operation on the rotation operation arm 18, safety can be enhanced.

With reference to FIGS. 11 and 12, synchronous standing / tilting control of the pair of seat surface portions 20 by operating the seat surface operation lever 19 will be described. The seat arm 27 is inserted inside the third connecting frame 25b, and the rear end side of the seat arm 27 projects rearward from the third connecting frame 25b. The seat surface portion 20 is fixed to the rear end of the protruding seat surface arm 27. A rotating shaft 29 is fixed to the front end side of the seat arm 27, and protruding ends 29a and 29b project around the rotating shaft 29. A seat surface operating lever 19 for operating the standing / tilting of the seat surface portion 20 is fixed to one of the rotating shafts 29 (the rotating shaft provided with the protruding end 29b).

A foot pad 21 on which the knee or shin of the care recipient M is applied is installed between the pair of front left and right first body frames 22. On the front side of the foot pad portion 21, a foot pad portion 30 on which the knee or shin of the caregiver N is applied is installed. A link mechanism 31 is built in the foot pad portion 30. The link mechanism 31 synchronizes the pair of left and right seat surface portions 20 by rotating the seat surface operation lever 19 to stand up and lie down. The link mechanism 31 includes a pair of left and right first and second link pieces 31a and 31b. One end sides of the pair of left and right first and second link pieces 31a and 31b are connected to each other, and the other end side of each is connected to the left and right protruding ends 29a and 29b. Both ends of the tension coil spring 32 are fixed between one end side of the second link piece 31b and a frame plate (not shown) provided between the first main body frame 22.

When the seat surface operating lever 19 is in the operation position diagonally to the upper left shown in FIG. 12, the left protruding end 29a protrudes diagonally to the lower left, the right protruding end 29b protrudes diagonally to the upper left, and both the left and right seat surfaces 20 are in the horizontal posture. is there. Then, when the seat surface operating lever 19 is rotated clockwise to the position indicated by the virtual line 19'in the clockwise direction indicated by the arrow G in FIG. 12, the left protruding end 29a is counterclockwise by the tension coil spring 32 and the link mechanism 31. As a result of rotating clockwise to the position indicated by the virtual line 29a'and the right protruding end 29b rotating clockwise to the position indicated by the virtual line 29b', the left and right seating surfaces 20 have the virtual line 20'. Stand up as shown by. When the left and right seat surface portions 20 are upright, the tension coil spring 32 urges the second link piece 31b in the direction of maintaining the upright state of the seat surface portion 20. The link piece of the link mechanism 31 may be composed of one link piece instead of two link pieces.

Since the above seat surface operation lever 19 is arranged on the front right side opposite to the seating side of the care recipient M, the caregiver N does not need to stand up and lie down the pair of left and right seat surface portions 20 separately, and care is provided. The number of assisting work steps of person N can be reduced. In addition, the seat surface portion 20 can be erected and laid down on the spot where the care recipient M is erected. Further, when the caregiver N rotates the rotation operation arm 18, a foot pad portion 30 against which the knees and shins of the caregiver N are pressed is provided on the front side, and the link mechanism 31 is provided with a foot pad portion. It is covered by 30. Therefore, it is possible to avoid the risk that the lower limbs of the caregiver N come into contact with the link mechanism 31 and are injured.

When the seat surface portion 20 of the transfer device 10 is in the upright posture, the transfer device 10 has a space behind it. Then, using this space, a series of assistance / assistance such as entry / exit of a part of the wheelchair by the caregiver N inside and outside the space, and standing / sitting behavior of the care recipient M becomes possible.

In the transfer device 10, the facing distance between the pair of bogie frames 14 is gradually increased as it becomes rearward, so that the space when the seat surface portion 20 stands up expands on the rear side, and the seat surface portion 20 Wheelchairs can easily enter and exit when standing up (see Fig. 6).

According to the above transfer device 10, since the body holding device 1 attached to the waist of the care recipient M does not shift, when the care recipient M stands up from the seat surface, the buttocks and the like of the care recipient M can be washed. , Clothes and undressing work becomes easy. Further, since the rotation operation arm 18 can be locked at a predetermined position, there is a risk that the rotation operation arm will be pulled by the weight of the care recipient M when supporting the standing motion from the seat surface portion of the care recipient M. It can be reduced. Further, since a plurality of locked metal fittings 40a to 40c capable of locking the body holding device 1 are provided, the mounting position of the body holding device 1 can be adjusted according to the physique and the like of the care recipient M. Further, in the case of a small care-requiring person M having a physique in which the unused locking member 4 does not easily get in the way when changing the mounting position of the body holding device 1, a long dimension forward from the care-requiring person M By hanging the locking member 4 on the locking portion of the above, it is possible to preferably support the standing and sitting movements.

Hereinafter, a transfer method using the transfer device 10 will be described with reference to FIGS. 13 to 15. Here, the device to be transferred using the transfer device 10 and other devices will be described as the wheelchair 50 and the bathing wheelchair 51. The description of the caregiver is omitted in FIGS. 13 to 15.

First, as shown in FIG. 13A, after taking off clothes such as the jacket of the care recipient M to the extent possible at the dressing room, the body holding orthosis 1 is attached. A part of the wheelchair 50 on which the care-requiring person M held by the body holding device 1 is placed is made to enter the space S of the transfer device 10 in which the seat surface portion 20 is raised, and the locking metal fitting of the body holding device 1 is inserted. 5 is locked to any of the locked metal fittings 40a to 40c of the rotation operation arm 18 according to the height and physique of the person requiring long-term care.

Next, as shown in FIG. 13B, the caregiver rotates the rotation operation arm 18 forward to lift the care recipient M, and locks the rotation operation arm 18 to lock the care recipient M. The posture in which the buttocks are lifted from the seating surface of the wheelchair 50 (mid-waist posture) is set. After the wheelchair 50 is removed from the space S, the caregiver maintains this mid-waist posture and lowers the undressed underwear and trousers to the care-requiring person M to below or near the knee.

Next, as shown in FIG. 13C, the seat surface operation lever 19 is operated to bring the seat surface portion 20 into a horizontal posture, and the rotation operation arm 18 is returned to the initial position to move the care recipient M to the seat surface portion 20. Sit down and completely remove the underwear and trousers from the care recipient M. Although not shown, the caregiver then moves the transfer device 10 on which the care recipient M is seated to the bathroom.

Next, in the bathroom, the caregiver cleans the washable part such as the chest of the care recipient M seated on the seat surface 20 of the transfer device 10, and then turns the caregiver as shown in FIG. 14A. The dynamic operation arm 18 is rotated forward to erect the care recipient M in a mid-waist position, and the seat surface operation lever 19 is operated to bring the seat surface portion 20 into an upright state. In this state, the caregiver cleans the buttocks, the back side of the thigh, the back, and the like of the care recipient M.

Next, as shown in FIG. 14B, a part of the bathing wheelchair 51 is made to enter the space of the transfer device 10, and the rotation operation arm 18 is rotated backward to use the care recipient M for bathing. It is seated on the seating surface of the wheelchair 51. The caregiver removes the locking metal fitting 5 from the locked metal fitting of the rotation operation arm 18, causes the bathing wheelchair 51 to exit the space S, and then removes the body holding device 1 from the care recipient M.

Next, as shown in FIG. 14C, the bathing wheelchair 51 is inserted into the dedicated bathtub 52 to take a bath. When the bathing is completed, the bathing wheelchair 51 is taken out from the dedicated bathtub 52 and moved to the vicinity of the transfer device 10. After wiping the body parts such as the chest and abdomen of the person requiring long-term care M, the body holding device 1 is worn. The bathing wheelchair 51 is inserted into the space of the transfer device 10, the locking metal fitting 5 of the body holding device 1 is locked to any of the locked metal fittings 40a to 40c of the rotating operation arm 18, and the rotating operation arm 18 is used. Is rotated to make the care recipient M stand up in a mid-waisted posture. As shown in FIG. 15A, the seat surface operating lever 19 is operated to level the seat surface portion 20 and seat the care recipient M on the seat surface portion 20. Although not shown, the caregiver then moves the transfer device 10 on which the care recipient M is seated from the bathroom to the dressing room.

Next, as shown in FIG. 15B, the rotation operation arm 18 was rotated forward to erect the care recipient M, and the seat surface operation lever 19 was operated to put the seat surface portion 20 into the upright posture. After that, after wiping the buttocks, the back side of the thigh, and the back of the person requiring long-term care M, the work of putting on underwear and trousers is performed.

Finally, as shown in FIG. 15C, the wheelchair 50 is inserted into the space of the transfer device 10, and the care recipient M is seated in the wheelchair 50 that has entered. Then, by removing the locking metal fitting 5 of the body holding device 1 from the rotation operation arm 18 and separating the transfer device 10 from the wheelchair 50, the wheelchair 50 is retracted out of the transfer device 10. The body holding device 1 is removed from the care recipient M, and the care recipient M is dressed in a jacket to complete the transfer.

The transfer device 10 was moved from the bathroom to the dressing room during the bathing in FIG. 14C, and after the bathing was completed, the person requiring care M was seated in the bath without going through the step in FIG. 15A. The wheelchair 51 may be moved to the dressing room as it is so that the step in FIG. 15B can be performed.

The present invention is not limited to the above-described embodiment, and can be appropriately modified without departing from the spirit of the present invention. In the above transfer method, an example in which the device and other devices are the wheelchair 50 and the bathing wheelchair 51 has been described, but the present invention is not limited to this, and for example, the device and other devices are used as beds and wheelchairs, or beds and toilets. It is also possible to.

1 Body holding orthosis 2 Support member 3 Fixing member 4 Locking member 5 Locking bracket 10 Transfer device 11 Bogie 12 Device body 13 Wheel 14 Bogie frame 15 Connecting frame 16 Foot mounting plate 17 Grip lever 18 Rotation operation arm 18c Arm plate 18d, 18e Arm bolt 18g Tooth part 19 Seat surface operation lever 20 Seat surface part 21 Foot pad (for care recipient)
27 Seat arm 29 Rotating shaft 30 Foot pad (for caregivers)
31 Link mechanism 31a, 31b Link piece 32 Tension coil spring 33 Frame plate 33a Ratchet claw 40a, 40b, 40c Locked metal fittings 50 Wheelchair 51 Bathing wheelchair 52 Dedicated bathtub

Claims (4)

It is a transfer device for transferring people requiring long-term care.
A rotation operation arm that is rotated by the caregiver to stand up while the care recipient is held by the body holding orthosis.
A foot pad that presses at least a part of the care recipient's knee or shin when the care recipient is to stand up using the rotation operation arm.
A transfer device characterized by being equipped with. The transfer device according to claim 1, wherein the foot pad portion projects from the lower side toward the caregiver side rather than from the upper side in a lateral view. The transfer device according to claim 1 or 2, wherein the foot pad is made of an elastic material. The transfer device according to any one of claims 1 to 3, wherein the rotation operation arm includes a grip portion that the caregiver grips for rotation operation, and the tip of the grip portion is spherical.

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