JP3177704U - Rickshaw assist device - Google Patents

Abstract

[PROBLEMS] To provide a rickshaw assisting device capable of guiding a person with a disability in a wheelchair together with a wheelchair to a footrest portion of a rickshaw, thereby reducing the heavy labor of an assistant.
A rickshaw auxiliary device 11 is capable of placing a wheelchair at substantially the same height as the footrest portion 3 of the rickshaw 1, and one side 12a is located substantially on the footrest portion 3 side of the rickshaw 1. It has a horizontal base plate 12 and an inclined plate 13 that is connected to the other side 12 b of the base plate 12 and guides the wheelchair from the ground to the base plate 12.
[Selection] Figure 1

Description

  The present invention relates to a rickshaw assist device that can move a wheelchair to the height of a footrest portion of the rickshaw, and that makes it easy for a wheelchair user to ride the rickshaw.

  Conventionally, as shown in FIG. 18, the rickshaw 1 is disposed on both sides of a seat portion 2, armrest portions 2 a and 2 b provided on both sides of the seat portion 2, a footrest portion 3, and armrest portions 2 a and 2 b. A pair of wheels 4, 5, a hood 6, a pair of scissors 7 and 8, and a branch 9 that connects the tips of the scissors 7 and 8 (for example, Patent Document 1). When a person rides on the rickshaw 1, it straddles the clubs 7 and 8 or the branches 9 having a height of about 10 to 20 cm, and a footrest portion 3 having a height of about 50 cm from a stepping platform having a height of about 25 cm (not shown). Riding on the armrests 2a and 2b, changing the direction of the body in the footrest 3 and sitting on the seat 2 completes the ride.

JP 2004-25975 A

  The conventional rickshaw 1 can be easily placed for a healthy person, but it is extremely difficult for an elderly person with weak legs and a wheelchair user who has difficulty in walking. Elderly people with weak legs are struggling even to straddle the clubs 7 and 8 or the supporting tree 9 having a height of about 10 to 20 cm. Standing once on a 25 cm step and being pushed up by the footrest 3 while being supported by a helper with both hands, the footrest 3 may be inclined, However, it was difficult to change the direction alone, and it took a lot of effort to sit on the seat part 2. In addition, the caregiver is a senior person who straddles the clubs 7 and 8 or the branch 9, stands on the stepping platform, pushes it up on the footrest 3, and sits on the inclined footrest 3. It was a problem that the work such as changing the direction had to be performed from a position about 50 cm lower, which was a heavy labor.

  In addition, when a person with a disability in a wheelchair (hereinafter referred to as a person being assisted) rides on the rickshaw 1, the wheelchair cannot get over the clubs 7, 8 or the branch 9, so that the person being assisted Suspend the person from the wheelchair and straddle it, and once stand on a platform with a height of about 25 cm. The caregiver lifts the person being assisted on the footrest 3 having a height of about 50 cm one by one, and then moves the person being assisted on the inclined footrest 3. The caregiver standing on the ground changes the direction of the body of the caregiver on the tilted footrest 3 and is seated on the seat 2. In this way, the assistant standing on the ground causes the person to be assisted to rise to the footrest portion 3 having a height of about 25 cm and an inclined footrest portion 3 having a height of about 50 cm. It is very hard work to change the direction of the person's body by assistance from a position about 50 cm lower, and to make the person in the footrest 3 sit on the seat 2 by assistance from about 50 cm lower There is a problem that it is extremely difficult to put a caregiver on a rickshaw.

  The present invention has been devised in view of the above problems, and can guide elderly people with weak legs to the rickshaw footrest, straddle a stick or a branch, stand on a stepping platform, and tilt the footrest. A rickshaw that can reduce the labor of a series of work that sits on the seat and change the direction of the body on the footrest and reduce the heavy labor of the assistant who helps the elderly It is a first object to provide an auxiliary device.

  The present invention has been devised in view of the above-mentioned problems, and can guide a disabled person in a wheelchair together with the wheelchair to the footrest, overcoming a club or a branch tree, It is a second object of the present invention to provide a rickshaw assisting device that can reduce the heavy labor of a caregiver who wakes up from a wheelchair and lifts it to a footrest and then changes the direction of the body and sits on the seat.

  A rickshaw auxiliary device according to claim 1 of the present application is an auxiliary device that guides a rickshaw footrest part to achieve the first object, and is approximately the same height as the rickshaw footrest part, one side being a rickshaw. It has the substantially horizontal base plate located in the footrest part side, and the inclination board connected with the other side of the base plate and guiding from the ground to the base plate.

  A rickshaw auxiliary device according to claim 2 of the present application is an auxiliary device for guiding a wheelchair to a rickshaw footrest portion in order to achieve the second object, wherein the wheelchair is approximately the same height as the rickshaw footrest portion. It can be placed, one side has a substantially horizontal base plate positioned on the rickshaw footrest side, and an inclined plate that is connected to the other side of the base plate and guides the wheelchair from the ground to the base plate It is characterized by that.

  In order to achieve the second object, the rickshaw auxiliary device according to claim 3 of the present application is characterized in that handrail members having substantially the same height as the armrest portions of the rickshaw are provided on both sides of the base plate.

  In the rickshaw auxiliary device according to claim 4 of the present application, in order to achieve the second object, the base plate can be attached to and detached from a main structure assembled by a plurality of main vertical aggregates and a plurality of main horizontal aggregates. Characterized by being fixed.

  In order to achieve the second object, the rickshaw auxiliary device according to claim 5 of the present application has an insertion frame for inserting a club of a rickshaw in the main structure, and the insertion frame moves downward of the club. It is characterized by having a lower regulating aggregate that regulates the upper limit and an upper regulating aggregate that regulates the upward movement of the club.

  In order to achieve the second object, the rickshaw auxiliary device according to claim 6 of the present application is characterized in that the lower restriction aggregate or the upper restriction aggregate is provided with a connector for connecting a club.

  In the rickshaw auxiliary device according to claim 7 of the present application, in order to achieve the second object, the handrail member includes a grip portion and a connecting shaft integral with the grip portion, and the main structure includes a handrail member. It is characterized by comprising an insertion aggregate capable of detachably inserting the connecting shaft.

  In order to achieve the second object, the rickshaw assist device according to claim 8 of the present application is characterized in that an assist plate on which an assistant can be placed is provided on both sides of the base plate.

  In the rickshaw auxiliary device according to claim 9 of the present application, in order to achieve the second object, the auxiliary plate can be attached to and detached from an auxiliary structure assembled by a plurality of auxiliary vertical aggregates and a plurality of auxiliary horizontal aggregates. Characterized by being fixed.

  In order to achieve the second object, the rickshaw auxiliary device according to claim 10 of the present invention is characterized in that a guide groove for guiding a wheel of a wheelchair is formed in the base plate and the inclined plate. .

  In order to achieve the second object, the rickshaw assisting device according to claim 11 of the present application is characterized in that a protrusion serving as a wheel stopper for a wheelchair is formed in the guide groove of the base plate.

  A rickshaw auxiliary device according to the present invention is an auxiliary device that guides to a rickshaw footrest, which is substantially the same height as the rickshaw footrest and one side is located on the rickshaw footrest side. A plate and an inclined plate that is connected to the other side of the base plate and guides from the ground to the base plate. The rickshaw assist device according to the present invention allows an elderly person with weak legs to walk on the inclined board from the ground and move to the footrest part of the rickshaw, and after changing the body direction on the base plate, the seat It is very difficult for elderly people to sit on the seat, straddling a stick or a branch, standing on a footrest, riding on a tilted footrest, and changing the direction of the body on the footrest Thus, there is no need to perform a series of work, and it is possible to reduce the heavy labor of a caregiver who assists the difficult series of elderly people.

  The rickshaw assist device according to the present invention is an assist device that guides a wheelchair to a rickshaw footrest, and is capable of placing the wheelchair at substantially the same height as the rickshaw footrest, one side being a rickshaw A substantially horizontal base plate located on the side of the footrest and an inclined plate that is connected to the other side of the base plate and guides the wheelchair from the ground to the base plate. The rickshaw assist device according to the present invention can guide a handicapped person who is on a wheelchair along with a wheelchair on an inclined plate from the ground to the footrest part, and is substantially the same as the footrest part. Since the helper can change the direction of the body of a handicapped person on the same height plate and then move it as it is, it can be seated on the seat, so that the handicapped person can be hung up from the wheelchair. Thus, it is possible to reduce the heavy labor of the assistant who gets over the club or the branch, lifts it to the footrest, and then changes the direction of the body and sits on the seat.

  In the rickshaw auxiliary device according to the present invention, handrail members having substantially the same height as the armrests of the rickshaw are provided on both sides of the base plate. People with limited mobility can stabilize their body by grasping the handrail member, and since the armrest and handrail member are approximately the same height, the movement from the base plate to the seat portion of the rickshaw is smooth. There is an effect that can be performed.

  In the rickshaw auxiliary device according to the present invention, since the base plate is detachably fixed to a main structure assembled by a plurality of main vertical aggregates and a plurality of main horizontal aggregates, disassembly and assembly are easy. In addition, by disassembling and downsizing, it is convenient to carry and store, and there is an effect that it can be assembled and installed at a required place.

  A rickshaw assisting device according to the present invention has an insertion frame for inserting a rickshaw club in the main structure, and the insertion frame is disposed above the lower bar and a lower regulation aggregate for regulating the lower movement of the club. It has an upper restriction aggregate that restricts movement. The rickshaw auxiliary device according to the present invention has an effect that the rickshaw can be stably attached by guiding the club of the rickshaw with the lower restriction aggregate and the upper restriction aggregate of the main structure.

  The rickshaw auxiliary device according to the present invention has an effect that the rickshaw can be stably fixed because the connecting member for connecting the club to the lower restriction aggregate or the upper restriction aggregate is provided.

  In the rickshaw auxiliary device of the present invention, the handrail member includes a gripping portion and a connecting shaft integral with the gripping portion, and an insertion bone in which the connecting shaft of the handrail member can be detachably attached to the main structure. It has materials. The rickshaw auxiliary device according to the present invention has an effect that the handrail member can be attached to or detached from both sides of the base plate as necessary because the handrail member is detachably attached to the insertion aggregate of the main structure. .

  Since the rickshaw assisting device according to the present invention is provided with an assisting plate on which the assistant can be placed on both sides of the base plate, in order to move a disabled person on a wheelchair to the seat, There is an effect that an assistant who is placed on an auxiliary plate provided on both sides of the base plate can stably and surely support both sides of a person with reduced mobility.

  In the rickshaw auxiliary device according to the present invention, since the auxiliary plate is detachably fixed to an auxiliary structure assembled by a plurality of auxiliary vertical aggregates and a plurality of auxiliary horizontal aggregates, disassembly and assembly are easy. In addition, by disassembling and downsizing, it is convenient to carry and store, and there is an effect that it can be assembled and installed at a required place.

  In the rickshaw auxiliary device according to the present invention, since the guide plate and the inclined plate are formed with guide grooves for guiding the wheel of the wheelchair, the wheelchair can be reliably guided to the seat portion of the rickshaw. effective.

  In the rickshaw auxiliary device according to the present invention, since the projection that serves as a wheel stopper for the wheelchair is formed in the guide groove of the base plate, the movement of the wheelchair can be reliably stopped together with the wheelchair brake. There is an effect that the wheelchair is not accidentally dropped from the inclined plate when moving the handicapped person on the wheelchair to the seat.

It is a whole explanatory view showing an embodiment of a rickshaw auxiliary device according to the present invention. It is the whole side view which removed the handrail member of the rickshaw auxiliary apparatus of FIG. It is the whole side view which attached the handrail member of the rickshaw auxiliary apparatus of FIG. It is the whole top view which removed the handrail member of the rickshaw auxiliary apparatus of FIG. It is the whole top view which removed the baseplate, auxiliary plate, and inclination board of the rickshaw auxiliary apparatus of FIG. It is a front view of the rickshaw auxiliary apparatus of FIG. 2, Comprising: (a) is a X arrow view, (b) is a Y arrow view, (c) is a Y arrow view which removed some horizontal aggregates. It is the whole top view which removed the base plate of the rickshaw auxiliary device of FIG. 4, and a partial auxiliary plate. It is the whole top view which removed the partial horizontal aggregate of the rickshaw auxiliary apparatus of FIG. It is the principal part top view which has arrange | positioned the rickshaw in the rickshaw auxiliary apparatus of FIG. It is a whole top view which shows other embodiment of the rickshaw auxiliary device which concerns on this invention. It is a whole perspective view substitute photograph of the rickshaw auxiliary device of FIG. It is explanatory drawing substitute photograph explaining the use condition of the rickshaw auxiliary apparatus of FIG. It is a principal part expansion explanatory drawing substitute photograph explaining the use condition of the rickshaw auxiliary apparatus of FIG. It is an explanatory perspective view substitute photograph explaining the framework structure of the rickshaw auxiliary device of FIG. It is an explanatory drawing substitute photograph explaining attachment of the rickshaw auxiliary apparatus and rickshaw of FIG. It is explanatory drawing substitute photograph explaining the assembly of the rickshaw auxiliary apparatus and rickshaw of FIG. It is explanatory drawing substitute photograph explaining the usage pattern of the rickshaw auxiliary apparatus of FIG. 1, and a rickshaw. It is an explanatory drawing substitute photograph of a rickshaw.

  The rickshaw auxiliary device 11 is an auxiliary device that guides to the footrest 3 of the rickshaw 1 as shown in FIG. The rickshaw auxiliary device 11 is substantially the same height as the footrest portion 3 of the rickshaw 1 and one side 12a is located on the footrest portion 3 side of the rickshaw 1, and the other side 12b of the baseplate 12. And an inclined plate 13 that guides from the ground to the base plate 12. The rickshaw assisting device 11 allows an elderly person with weak legs to walk on the inclined plate 13 from the ground and move to the footrest portion 3 of the rickshaw 1 and changes the body direction on the base plate 12. Since it can sit on the seat part 2, it straddles the clubs 7 and 8, or the support tree 9, stands on a stepping foot, gets on the inclined footrest part 3, and changes the direction of the body on the footrest part 3 Therefore, it is not necessary to perform a series of very difficult tasks for the elderly sitting in 2 and it is possible to reduce the heavy labor of the assistants who assist the series of tasks for the difficult elderly.

  The rickshaw auxiliary device 11 is an auxiliary device that guides the wheelchair A to the footrest 3 of the rickshaw 1 (see FIG. 12). As shown in FIG. 1, the rickshaw auxiliary device 11 can place the wheelchair A at substantially the same height as the footrest portion 3 of the rickshaw 1, and one side 12 a is on the footrest portion 3 side of the rickshaw 1. And a substantially horizontal base plate 12, and an inclined plate 13 that is connected to the other side 12 b of the base plate 12 and guides the wheelchair A from the ground to the base plate 12. The rickshaw assisting device 11 can guide a handicapped person who is on the wheelchair A along the wheelchair A along the inclined plate 13 to guide the footrest 3 from the ground. Since the helper can change the direction of the body of the handicapped person on the base plate 12 that is approximately the same height as that of the person who is handicapped, it can be seated on the seat part 2 as it is translated. Is lifted from the wheelchair A, climbs over the clubs 7 and 8 or the branch 9 and lifts to the footrest 3 and then changes the direction of the body and reduces the heavy labor of the assistant who sits on the seat 2. it can.

  In the rickshaw auxiliary device 11, handrail members 50 having substantially the same height as the armrest portions 2 a and 2 b of the rickshaw 1 are provided on both sides of the base plate 12. A person with a disability can grasp the handrail member 50 to stabilize his / her body, and the armrests 2a, 2b and the handrail member 50 are substantially the same height. The movement to the seat part 2 can be performed smoothly.

  The rickshaw auxiliary device 11 is easy to disassemble and assemble because the base plate 12 is detachably fixed to a main structure 21 assembled by a plurality of main vertical aggregates and a plurality of main horizontal aggregates. By disassembling and downsizing, it is convenient to carry and store, and can be assembled and installed at a required place.

  As shown in FIG. 1, the rickshaw auxiliary device 11 has an insertion frame 30 into which the clubs 7 and 8 of the rickshaw 1 are inserted into the main structure 21. The insertion frame 30 includes a lower regulating aggregate 27 that regulates the downward movement of the clubs 7 and 8 and an upper regulating aggregate 28 that regulates the upward movement of the clubs 7 and 8. The rickshaw auxiliary device 11 can stably attach the rickshaw 1 by guiding the clubs 7 and 8 of the rickshaw 1 with the lower restriction aggregate 27 and the upper restriction aggregate 28 of the main structure 21. The rickshaw auxiliary device 11 can stably fix the rickshaw 1 because the lower restriction aggregate 27 or the upper restriction aggregate 28 is provided with a connector for connecting the clubs 7 and 8.

  The handrail member 50 includes a grip 51 and a connecting shaft 52 integral with the grip 51. The main structure 21 includes insertion bones 24 and 25 into which the connecting shaft 52 of the handrail member 50 can be removably inserted. Since the handrail member 50 is detachably attached to the insertion aggregates 24 and 25 of the main structure 21, the rickshaw auxiliary device 11 can be attached to or detached from both sides of the base plate 12 as necessary. it can.

  Since the rickshaw auxiliary device 11 is provided with auxiliary plates 61 and 62 on which both sides of the base plate 12 can place an assistant, the disabled person on the wheelchair A is moved to the seat 2. In addition, the assistants placed on the auxiliary plates 61 and 62 provided on both sides of the base plate 12 can stably and reliably support both sides of a person with reduced mobility. In the rickshaw auxiliary device 11, the auxiliary plates 61 and 62 are detachably fixed to auxiliary structures 63 and 64 assembled by a plurality of auxiliary vertical aggregates and a plurality of auxiliary horizontal aggregates. It is easy to carry and store by disassembling and downsizing, and can be assembled and installed where necessary.

  As shown in FIG. 10, the rickshaw auxiliary device 11 may form guide concave grooves 85 and 86 for guiding the wheels 4 and 5 of the wheelchair A on the base plate 12 and the inclined plate 13. The wheelchair A can be reliably guided to the seat portion 2 of the rickshaw 1 by the guide grooves 85 and 86. In addition, protrusions 87 and 88 serving as wheel stoppers for the wheelchair A may be formed in the guide concave grooves 85 and 86 on the base plate 12 side. The protrusions 87 and 88 can reliably stop the movement of the wheelchair A together with the brake of the wheelchair A, and move a handicapped person on the wheelchair A to the seat portion 2 on the base plate 12. In this case, the wheelchair A is not accidentally dropped from the inclined plate 13.

  Further, the rickshaw auxiliary device will be described in detail. As shown in FIG. 1, the rickshaw auxiliary device 11 guides the wheelchair A to the footrest 3 of the rickshaw 1. The rickshaw auxiliary device 11 includes a base plate 12 on which the wheelchair A can be placed at substantially the same height as the footrest portion 3 of the rickshaw 1, and an inclined plate 13 that guides the wheelchair A from the ground to the base plate 12. (See FIG. 12).

  As shown in FIGS. 5, 6, and 8, the base plate 12 is detachably fixed to a main structure 21 assembled by a plurality of main vertical aggregates and a plurality of main horizontal aggregates. That is, the main structure 21 includes a front right main vertical aggregate 22, a front left main vertical aggregate 23, a rear right main vertical aggregate (inserted aggregate) 24, and a rear left main vertical aggregate (inserted). Aggregate) 25. The aggregate is formed in a rectangular pipe shape.

  The front right main vertical aggregate 22 and the front left main vertical aggregate 23 are connected at the lower part by a front lower main horizontal aggregate 26 and at the middle part by a front intermediate main horizontal aggregate (lower regulation aggregate) 27. The upper part is connected by a front upper main horizontal aggregate (upper regulating aggregate) 28. The front middle main horizontal aggregate (lower regulation aggregate) 27 and the front upper main horizontal aggregate (upper regulation aggregate) 28 constitute an insertion frame 30 into which the clubs 7 and 8 of the rickshaw 1 are inserted. The front middle main horizontal aggregate (lower regulation aggregate) 27 regulates the downward movement of the club. The front upper main horizontal aggregate (upper regulation aggregate) 28 regulates the upward movement of the clubs 7 and 8.

  The rear right main vertical aggregate 24 and the rear left main vertical aggregate 25 are connected at the lower part by a rear lower main horizontal aggregate 31 and at the middle part by a trapezoidal trapezoidal aggregate 32 having a substantially trapezoidal shape. Yes. In the front right main vertical aggregate 22 and the rear right main vertical aggregate 24, the lower part is connected by the lower right main horizontal aggregate 33, the middle part is connected by the right middle main horizontal aggregate 34, and the upper part is the upper right main part. The horizontal aggregate 35 is detachably connected. In the front left main vertical aggregate 23 and the rear left main vertical aggregate 25, the lower part is connected by the lower left main horizontal aggregate 36, the middle part is connected by the left middle main horizontal aggregate 37, and the upper part is the upper left main part. The horizontal aggregate 38 is detachably connected. Further, an intermediate upper main horizontal aggregate 39 is detachably connected to a substantially middle portion between the upper right main horizontal aggregate 35 and the left upper main horizontal aggregate 38.

  The base plate 12 is formed in a rectangular shape and has a strength that can sufficiently withstand the weight of the wheelchair A on which a person rides. The base plate 12 is placed on the front upper main horizontal aggregate (upper restriction aggregate) 28, the trapezoid aggregate 32, the upper right main horizontal aggregate 35, the left upper main horizontal aggregate 38, and the middle upper main horizontal aggregate 39. Fixed. The fixing can be performed by adopting various techniques such as screwing, engagement / disengagement of the pin and the pin hole, and is not particularly limited, but must be detachable. The base plate 12 has substantially the same width as the footrest portion 3 of the rickshaw 1 and is attached to the main structure 21 so as to be substantially the same height as the footrest portion 3 of the rickshaw 1.

  The rear right main vertical aggregate (insertion aggregate) 24 and the rear left main vertical aggregate (insertion aggregate) 25 are opened at the upper ends, and the handrail member 50 is detachably attached. As shown in FIG. 2, the handrail member 50 includes a circular shaft-shaped grip portion 51 and a rectangular shaft-shaped connection shaft 52 that is connected to the grip portion 51 at a substantially right angle. A reinforcing plate 53 is connected to the grip portion 51 and the connecting shaft 52. The handrail members 50, 50 are removably attached to the rear right main vertical aggregate (inserted aggregate) 24 and the rear left main vertical aggregate (inserted aggregate) 25, and screws etc. It is fixed by the fixing means. While the handrail members 50 and 50 are adjusted so that the gripping portions 51 and 51 are substantially the same height as the armrest portions 2a and 2b of the rickshaw 1, the connecting shafts 52 and 52 have the rear right main vertical aggregate (inserted aggregate). 24 and the rear left main vertical aggregate (inserted aggregate) 25 are inserted and fixed.

  The inclined plate 13 includes a front inclined plate 13A and a rear inclined plate 13B formed in a rectangular plate shape. The inclined plate 13 is detachably fixed to the inclined structure 41. As shown in FIGS. 2 and 5, the inclined structure 41 includes a right rear inclined aggregate 42, a right front inclined aggregate 43, a left rear inclined aggregate 45, and a left front inclined aggregate 46. The right rear inclined aggregate 42 is detachably connected to the front upper main horizontal aggregate (upper restriction aggregate) 28 at the rear, and a grounding leg 42a is provided at the front. The right front inclined aggregate 43 is detachably connected to the ground leg 42a at the rear, and the front is grounded. The rear left inclined aggregate 45 is detachably connected to the front upper main horizontal aggregate (upper regulating aggregate) 28, and a grounding leg 45a is provided at the front. The left front inclined aggregate 46 is detachably connected to the ground leg 45a at the rear part, and the front part is grounded. The right front inclined aggregate 43 and the left front inclined aggregate 46 are connected by a horizontal reinforcing aggregate 47.

  The front inclined plate 13A is placed and fixed on the right front inclined aggregate 43 and the left front inclined aggregate 46. The rear inclined plate 13B is placed and fixed on the right rear inclined aggregate 42 and the left rear inclined aggregate 45. The front inclined plate 13 </ b> A and the rear inclined plate 13 </ b> B have sufficient strength to withstand the weight of the wheelchair A on which a person rides. The fixing can be performed by adopting various techniques such as screwing, engagement / disengagement of the pin and the pin hole, and is not particularly limited, but must be detachable.

  On the left and right sides of the base plate 12, a right auxiliary plate 61 and a left auxiliary plate 62 on which an assistant can be placed are provided. The right auxiliary plate 61 and the left auxiliary plate 62 are detachably fixed to a right auxiliary structure 63 and a left auxiliary structure 64 assembled by a plurality of auxiliary vertical aggregates and a plurality of auxiliary horizontal aggregates.

  The right auxiliary structure 63 has a right front rectangular frame 65 and right front auxiliary connecting aggregates 66 and 67 for detachably connecting the right front rectangular frame 65 to the front right main vertical aggregate 22. Further, the right auxiliary structure 63 includes a right rear cubic frame 70 and right rear auxiliary connecting aggregates 71 and 72 for detachably connecting and fixing the right rear cubic frame 70 to the rear right main vertical aggregate 24. The left auxiliary structure 64 includes a left front auxiliary rectangular frame 75 and left front auxiliary connecting aggregates 76 and 77 that detachably connect the left front rectangular frame 75 to the front left main vertical aggregate 23. The left auxiliary structure 64 further includes a left rear cubic frame 80 and right rear auxiliary connecting aggregates 81 and 82 for detachably connecting the left rear cubic frame 80 to the rear left main vertical aggregate 25.

  The right auxiliary plate 61 includes a main right auxiliary portion 61a arranged on the right side surface of the base plate 12 and a right side portion 61b extending to the side of the wheel 5 of the rickshaw 1, and the main right auxiliary portion 61a is a right front rectangular frame. The right side portion 61b is placed and fixed on the right rear cubic frame 70. Similarly, the left auxiliary plate 62 includes a main left auxiliary portion 62a disposed on the left side surface of the base plate 12, and a left side portion 62b extending to the side of the wheel 4 of the rickshaw 1, and the main left auxiliary portion 62a is The left front rectangular frame 75 and the left upper main horizontal aggregate 38 are placed and fixed, and the left side portion 62b is placed and fixed to the left rear cubic frame 80. The fixing can be performed by adopting various techniques such as screwing, engagement / disengagement of the pin and the pin hole, and is not particularly limited, but must be detachable.

  The rickshaw auxiliary device 11 has the above configuration, and removes the right auxiliary plate 61 and the base plate 12 from the state shown in FIG. As shown in FIG. 7, the middle upper main horizontal aggregate 39, the upper right main horizontal aggregate 35, and the trapezoidal aggregate 32 are removed. As shown in FIG. 8, the occupant passes between the right auxiliary structure 63 and the left auxiliary structure 64, pulls the rickshaw 1 from the position where the trapezoidal aggregate 32 is removed, and, as shown in FIG. 1, the club 7 , 8 are inserted into the insertion frame 30 of the main structure 21. The clubs 7 and 8 are brought into contact with the front intermediate main horizontal aggregate (lower regulation aggregate) 27, and the clubs 7 and 8 are connected to the front middle main horizontal aggregate (lower with a band, belt, string, wire, etc.) It is connected and fixed to (regulated aggregate) 27.

  As shown in FIG. 8, the vehicle owner comes out from between the right front rectangular frame 65 and the right rear cubic frame 70 of the main structure 21, and as shown in FIG. 7, the trapezoidal aggregate 32 and the upper right main horizontal aggregate. 35 and an intermediate upper main horizontal aggregate 39 are attached, and the right auxiliary plate 61 and the base plate 12 are placed and fixed as shown in FIG. The right auxiliary plate 61 and the left auxiliary plate 62 are substantially the same height as the base plate 12. The base plate 12 has substantially the same height as the footrest portion 3 of the rickshaw 1, and one side (front portion) 12 a is connected to the footrest portion 3. As shown in FIG. 1, the connecting shaft 52 and the rear right main vertical aggregate 24 and the rear are arranged so that the grip 51 of the handrail member 50 is approximately the same height as the armrests 2 a and 2 b of the rickshaw 1. It is inserted into the left main vertical aggregate 25 and screwed.

  An elderly person with weak legs and feet can move to the base plate 12 by walking on the inclined plate 13 from the ground together with the assistant. An elderly person with weak legs has a handrail member 50, so he can adjust his posture while grasping the handrail member 50, and can move to the footrest 3 of the rickshaw 1. Moreover, it is possible to sit on the seat portion 2 while changing the direction of the body while grasping the handrail member 50. As described above, the elderly person straddled the sticks 7 and 8 or the branch tree 9, which has been a very difficult task until now, stands on the stepping platform, rides on the inclined footrest 3, and on the footrest 3. It is no longer necessary to change the direction of the body and sit on the seat part 2, so that it is possible to ride the rickshaw with peace of mind. Furthermore, the rickshaw assisting device 11 can reduce the heavy labor of a caregiver who assists a series of operations of the elderly.

  As shown in FIG. 12, the rickshaw assisting device 11 can guide a handicapped person who is on a wheelchair A along the wheelchair A to the footrest 3 by moving on the inclined plate 13 together with the wheelchair A. . Moreover, the assistant can change the direction of the body of the handicapped person on the base plate 12 which is substantially the same height as the footrest part 3 and then can be seated on the seat part 2 so as to be translated as it is. . In this way, the rickshaw assisting device 11 lifts a person with a disability from the wheelchair A, climbs over the clubs 7, 8 or the branch 9, lifts it to the footrest 3, changes the direction of the body, This can reduce the heavy labor of helpers such as sitting in the second place.

  The rickshaw auxiliary device 11 is provided with auxiliary plates 61 and 62 that can place an assistant on both sides of the base plate 12. Therefore, the assistant puts on the auxiliary plates 61 and 62 provided on both sides of the base plate 12 to move a person with a disability on the wheelchair A to the seat portion 2 of the rickshaw 1, Both sides of the handicapped person can be supported stably and reliably, and a sense of security can be given to the person being assisted.

  After a person gets on the rickshaw 1, the right auxiliary plate 61 and the base plate 12 are removed from the state shown in FIG. As shown in FIG. 7, the middle upper main horizontal aggregate 39, the upper right main horizontal aggregate 35, and the trapezoidal aggregate 32 are removed. As shown in FIG. 8, the vehicle operator enters between the right front rectangular frame 65 and the right rear cubic frame 70 of the main structure 21, removes the connecting tool, and connects the clubs 7 and 8 to the front intermediate main horizontal aggregate ( Separate from the lower control aggregate 27). The driver can pull out the rickshaw 1 through between the right auxiliary structure 63 and the left auxiliary structure 64. It is also possible to remove the left auxiliary plate 62 and the base plate 12 and enter the driver from the left side. The rickshaw auxiliary device 11 is provided with a height adjusting screw 85 below the main structure 21, the inclined structure 41, and the auxiliary structures 63 and 64, and the base plate 12, the inclined plate 13 and the auxiliary in accordance with the inclination and unevenness of the ground. The height of the plates 61 and 62 may be adjusted.

  Since the rickshaw assisting device 11 can always assist a helper by approaching the same height as a handicapped person in a wheelchair, the helper standing on the ground can be supported from a position approximately 50 cm lower than before. Unlike assisting a caregiver, it can give a sense of security to the person being assisted and can reduce the heavy labor of the caregiver.

  The present invention can be applied to a rickshaw assisting device that allows an elderly person and a wheelchair user who has difficulty in walking to ride on a rickshaw.

A Wheelchair 1 Rickshaw 2 Seat part 2a Armrest part 2b Armrest part 3 Footrest part 4 Wheel 5 Wheel 6 Top 7 Scaffle 8 Scissor 9 Supporter 11 Rickshaw auxiliary device 12 Base plate 12a One side 12b Other side 13 Inclined plate 13A Front inclined plate 13B Rear inclined plate 21 Main structure 22 Front right main vertical aggregate 23 Front left main vertical aggregate 24 Rear right main vertical aggregate (inserted aggregate)
25 Rear left main vertical aggregate (inserted aggregate)
26 Front lower main horizontal aggregate 27 Front middle main horizontal aggregate (under-regulated aggregate)
28 Front upper main horizontal aggregate (upper regulated aggregate)
30 Insertion frame 31 Rear lower main horizontal aggregate 32 Trapezoid aggregate 33 Lower right main horizontal aggregate 34 Right middle main horizontal aggregate 35 Upper right main horizontal aggregate 36 Left lower main horizontal aggregate 37 Left middle main horizontal bone Material 38 Upper left main horizontal aggregate 39 Middle upper main horizontal aggregate 41 Inclined structure 42 Right rear inclined aggregate 42a Grounding leg 43 Right front inclined aggregate 45 Left rear inclined aggregate 45a Ground leg 46 Left front inclined aggregate 47 Horizontal reinforcement Aggregate 50 Handrail member 51 Holding portion 52 Connecting shaft 53 Reinforcement plate 61 Right auxiliary plate 61a Main right auxiliary portion 61b Right side portion 62 Left auxiliary plate 62a Main left auxiliary portion 62b Left side portion 63 Right auxiliary structure 64 Left auxiliary structure 65 Right front rectangular frame 66 Right front auxiliary connecting aggregate 70 Right rear cubic frame 71 Right rear auxiliary connecting aggregate 72 Right rear auxiliary connecting aggregate 75 Left front rectangular frame 76 Left front auxiliary connecting aggregate 77 Left front auxiliary connecting aggregate 80 Left rear Square frame 81 right after secondary connection aggregate 82 right after secondary connection aggregate 85 guide groove 86 guide grooves 87 protrusions 88 protruding

Claims (11)

An auxiliary device that guides the rickshaw footrest,
A substantially horizontal base plate that is substantially the same height as the rickshaw footrest and one side is located on the rickshaw footrest side;
A rickshaw auxiliary device comprising: an inclined plate provided continuously on the other side of the base plate and guiding from the ground to the base plate. An auxiliary device for guiding a wheelchair to a rickshaw footrest,
A wheelchair can be placed at substantially the same height as the rickshaw footrest, and one side is positioned on the rickshaw footrest side, a substantially horizontal base plate,
A rickshaw assisting device comprising an inclined plate that is connected to the other side of the base plate and guides the wheelchair from the ground to the base plate.   The rickshaw auxiliary device according to claim 2, wherein handrail members having substantially the same height as armrest portions of the rickshaw are provided on both sides of the base plate.   The rickshaw auxiliary device according to claim 2 or 3, wherein the base plate is detachably fixed to a main structure assembled by a plurality of main vertical aggregates and a plurality of main horizontal aggregates. The main structure has an insertion frame for inserting a club of a rickshaw,
The rickshaw assisting device according to claim 4, wherein the insertion frame includes a lower regulating aggregate that regulates the downward movement of the club and an upper regulating aggregate that regulates the upward movement of the club.   6. The rickshaw assisting device according to claim 5, wherein the lower restriction aggregate or the upper restriction aggregate is provided with a connecting tool for connecting a club. The handrail member comprises a gripping part and a connecting shaft integral with the gripping part,
The rickshaw auxiliary device according to any one of claims 3 to 6, wherein the main structure includes an insertion aggregate capable of detachably inserting a connection shaft of a handrail member.   The rickshaw assisting device according to any one of claims 2 to 7, wherein an assisting plate on which an assistant can be placed is provided on both sides of the base plate.   The rickshaw auxiliary device according to claim 8, wherein the auxiliary plate is detachably fixed to an auxiliary structure assembled by a plurality of auxiliary vertical aggregates and a plurality of auxiliary horizontal aggregates.   The rickshaw assisting device according to any one of claims 2 to 9, wherein a guide groove for guiding a wheel of a wheelchair is formed in the base plate and the inclined plate.   The rickshaw assisting device according to claim 10, wherein a protrusion serving as a wheel stop for a wheelchair is formed in the guide groove of the base plate.