KR102823209B1 - wheelchair device lifting upper body for a transfer of patient - Google Patents

Abstract

The present invention relates to a technology that enables a caregiver, guardian, etc. (hereinafter referred to as a "caregiver") to respond quickly and without effort when alternately lifting up and moving an elderly person, a disabled person, a patient, etc. (hereinafter referred to as a "patient") who has difficulty getting up and moving by himself/herself, and then sitting the patient back down, and relates to a technology that stably fixes the upper body of a patient so that the fixed upper body of the patient is maintained even when the patient stands up or sits down. In particular, the technology relates to an upper body lift wheelchair device that can unfold or extend a chair on which the patient is sitting while the upper body of the patient is fixed, and can also unfold or extend the footrest of the patient while the upper body of the patient is fixed. According to the present invention, since a chair member having a foldable pattern is provided, there is an advantage in that the motion of moving the patient from the seat of a toilet vehicle can be performed quickly and stably.

Description

{wheelchair device lifting upper body for a transfer of patient}

The present invention relates to a technology that enables a caregiver, guardian, etc. (hereinafter referred to as a “caregiver”) to respond quickly and without effort when alternately lifting up and moving an elderly person, a disabled person, a patient, etc. (hereinafter referred to as a “patient”) who has difficulty getting up and moving by himself/herself, and then sitting the patient back down.

More specifically, the present invention relates to a technology for stably fixing a patient's upper body so that the upper body of the patient is maintained fixed even when the patient stands up or sits down.

In particular, the technology relates to an upper body lift wheelchair device that can unfold or extend a chair on which a patient is sitting while the patient's upper body is fixed, and can also unfold or extend the patient's footrest while the patient's upper body is fixed.

In general, patients have difficulty moving to another place on their own and require the help of a caregiver. In order for the caregiver to move the patient to another place, the caregiver must exert a lot of force, such as lifting and carrying the patient. In this process, the patient may feel pain in the part of the patient's body where the caregiver's force is concentrated. In this process, dangerous situations such as the patient or the caregiver falling may occur.

And, in cases where the caregiver lacked strength, it was nearly impossible to lift the patient up, place the patient in a wheelchair, or move the patient while seated.

Meanwhile, when a situation arises where a patient must be quickly moved to another location, the patient must be able to be loaded onto a lift or wheelchair as quickly as possible, and the patient must be able to be quickly unloaded at the destination.

For example, when a patient feels the need to defecate and needs to be moved quickly to the toilet, there are times when the patient needs to be moved safely without using much force, and the whole process needs to be completed quickly.

In relation to moving a patient as described above, there have been inventions in the past, such as using a lifting device that suspends the patient from above, or inserting a fork that acts as a chair to support the patient's weight under the buttocks and spreading it out to seat the patient and move them.

However, there is a challenge to be solved by simultaneously satisfying the conditions of moving the patient from one location to another quickly and moving the patient stably.

Meanwhile, Patent Registration No. 10-1345273, "Mobile Patient Lift Device", is a lift that lifts a patient by hanging them from above. It is configured to insert a textile structure called a sling under the body of a sitting patient, wrap around the entire body, and connect this to a ring of a lift located above the head to hang and move the patient.

In this way, it takes a lot of time because it requires the process of putting the patient down in the moved location, releasing the hook again, and removing the fiber structure. In addition, there is the problem that it can only be used as a lift and cannot be used as a wheelchair.

In addition, Patent Registration No. 10-2232222, "Patient Lift", is a lift that lifts the patient by inserting the fork of the lift under the buttocks. However, if there is a textile structure such as a mattress or blanket where the patient is sitting, there is a problem of the tissues becoming tangled or being inserted together, and when sitting on the fork, the area where the patient's weight is applied is limited, so there is a problem of the patient feeling pain.

Because of this, there is a problem that it cannot be used for normal wheelchair purposes, such as being able to sit comfortably while moving.

In the case of the technique of lifting the lower body of the patient as in the above two conventional techniques, it may be useful for moving the patient to the toilet and sitting him/her on the toilet, but since there is no function to lift the patient's body weight while already sitting on the toilet, there is a problem that it is very difficult to take off the patient's lower body for defecation or to put the patient's lower body on after defecation is completed.

On the other hand, Patent Registration No. 10-0960094 "Elevating chair with hinged elevating drive module" can help to some extent in raising and lowering the wheelchair seat to facilitate moving between beds or chairs, but unless the patient has the strength to move from the wheelchair to another device by his or her own power, there is a problem in that the caregiver must sit or drag the patient in a position where only the height is adjusted to move the patient.

This technique also has the problem that it is very difficult to remove the patient's lower body for defecation in the toilet or to put the patient's lower body on after defecation.

And, Patent Registration No. 10-1954506, "Electric transfer lift for supporting the upper body of a patient for a caregiver", is a technology that supports the upper body weight of a patient sitting on a seating device by passing under both armpits of the patient, and rotates by an actuator to slightly lift the upper body of the patient, slightly raise it from the seating device, and then move it to the front of the wheelchair so that the patient can sit on the wheelchair. However, since it is not integrated with the wheelchair, it must be moved to the wheelchair separately, which is cumbersome and time-consuming, and therefore, there is a problem when a person needs to have an urgent bowel movement.

Here, since the upper body is only supported by the mechanism that passes under both armpits, there is a risk that the patient will fall down when being lifted from the seating device and moved to the wheelchair. This structure is very dangerous because the patient may show symptoms of weakness or sudden loss of strength unlike a normal person.

This technique also requires the patient to be turned while hanging in order to get up from the toilet and transfer to a wheelchair, which may not be possible in a narrow bathroom.

1. Patent registration No. 10-1345273 “Mobile patient lift device” 2. Patent registration No. 10-2232222 “Patient Lift” 3. Patent registration No. 10-0960094 “Elevator chair with hinged elevator drive module” 4. Patent Registration No. 10-1954506 “Electric transfer lift for supporting the patient’s upper body for caregivers”

The present invention has been proposed in consideration of the above points, and an object of the present invention is to provide an upper body lift wheelchair device for transferring a patient, which can prevent a patient from falling or other dangerous situations while allowing the person receiving the lift to move the patient quickly without using much force.

In addition, it is an object of the present invention to provide an upper body lift wheelchair device for transferring a patient, which can quickly move a patient from one seating device on which the patient is sitting to another seating device located in a different location without applying great force to the patient.

In order to achieve the above object, the upper body lift wheelchair device for transferring a patient according to the present invention is configured to include: a movable member (100); a pillar frame member (200) having a pattern that is arranged in a vertical direction while connected to the movable member and is movable through the movable member; and a suspension member (300) whose body is supported at one end toward the pillar frame member so as to be able to fix the upper body of a patient positioned along the longitudinal direction of the pillar frame member and whose other end is horizontally extended away from the pillar frame member to fix and support the upper body of the patient.

And, it may be configured to further include a lifting member (400) that is arranged to be able to slide up and down along the length direction of the column frame member together with the suspension member while being connected to one end of the suspension member adjacent to the column frame member.

In addition, the chair member (500) may be configured to further include a chair member having a pattern that can be folded up and down so that one end of the body is connected to a lifting member corresponding to the lower part of the suspension member and the other end of the body is horizontally extended away from the pillar frame member, thereby supporting the buttocks of a patient whose upper body is fixed to the suspension member and allowing the patient whose upper body is fixed to the suspension member to maintain a standing state from the floor surface.

In addition, the device may further include a lower frame member (600) having one end of its body connected to a pillar frame member corresponding to the lower portion of the chair member and the other end of its body extending horizontally parallel to the chair member; a foot support member (700) connected to the lower frame member so as to be able to be unfolded and folded from the lower frame member, and supporting the feet of a patient whose upper body is fixed to the suspension member when it is unfolded horizontally from the lower frame member and allowing the patient whose upper body is fixed to the suspension member to step on the ground when it is folded vertically from the lower frame member.

Meanwhile, the suspension member (300) may include a harness member (310) having a pattern that wraps around the patient's chest when its body is folded or is released from the patient's body when its body is expanded from the folded state; a first horizontal frame member (320) in which one end of its body is arranged on one side of the harness member and the other end of its body is connected to the elevating member to maintain a horizontal state; and a second horizontal frame member (330) in which one end of its body is arranged on the other side of the harness member and the other end of its body is connected to the elevating member to maintain a horizontal state in parallel with the first horizontal frame member.

On the other hand, the chair member (500) may include a first chair frame member (510) that extends in a horizontal direction away from the column frame member while one end of its body is connected to the lifting member and maintains a horizontal state; a second chair frame member (520) that extends in a horizontal direction away from the column frame member while one end of its body is connected to the lifting member and maintains a horizontal state parallel to the first chair frame member; a first chair member (530) that has one end of its body connected and fixed to the first chair frame member so as to support the hip of a patient in a sitting posture as a plank-shaped plate and can be folded upward or downward about the first chair frame member as a rotation axis; a second chair member (540) that has one end of its body connected and fixed to the second chair frame member so as to support the hip of a patient in a sitting posture in cooperation with the first chair member as a plank-shaped plate and can be folded upward or downward about the second chair frame member as a rotation axis.

And, the lower frame member (600) may include a first foot support frame member (610) that extends in a horizontal direction away from the column frame member while one end of its body is connected to the column frame member and maintains a horizontal state; a second foot support frame member (620) that extends in a horizontal direction away from the column frame member while one end of its body is connected to the column frame member and maintains a horizontal state parallel to the first foot support frame member.

At this time, the foot support member (700) may include a first foot support member (710) that is a plank-shaped plate, has one side of its body connected and fixed to a first foot support frame member so as to be able to support the foot of a patient in a sitting position, and can be folded upward or downward about the first foot support frame member as a rotation axis; a second foot support member (720) that is a plank-shaped plate, has one side of its body connected and fixed to a second foot support frame member so as to be able to support the foot of a patient in a sitting position in cooperation with the first foot support member, and can be folded upward or downward about the second foot support frame member as a rotation axis.

The present invention has an advantage in that a patient can be safely moved without the caregiver exerting great force when moving the patient, as it has a movable member, a pillar frame member, and a suspension member.

In addition, the present invention has an advantage in that it can quickly raise or seat a patient without the caregiver or the patient having to exert much force, as it is equipped with a lifting member.

In addition, the present invention has an advantage in that the movement of transferring a patient from a toilet to a vehicle seat can be performed quickly and stably by providing a foldable pattern chair member.

In addition, the present invention has an advantage in that a patient with difficulty in walking can be quickly moved to a desired location after being carried without much effort by the caregiver and the patient, as it has a foot support member with a foldable pattern.

[Figure 1] is a diagram showing the state of use of the upper body lift wheelchair device for patient transport according to the present invention.
[Figure 2] is a drawing of [Figure 1] viewed from a different angle.
[Figure 3] is a diagram showing the state of use of the upper body lift wheelchair device for patient transport according to the present invention 2.
[Figure 4] is a diagram showing the state of use of the upper body lift wheelchair device for patient transport according to the present invention 3.
[Figure 5] is a diagram showing the state of use of the upper body lift wheelchair device for patient transport according to the present invention.
[Figure 6] is a drawing illustrating a patient transport upper body lift wheelchair device according to the present invention.
[Figure 7] is a drawing of a part of the configuration in [Figure 6] folded.

Hereinafter, the present invention will be described in detail with reference to the drawings.

[Figure 1] is a diagram showing the usage state 1 of a patient transport upper body lift wheelchair device according to the present invention, [Figure 2] is a diagram showing [Figure 1] viewed from a different angle, [Figure 3] is a diagram showing the usage state 2 of a patient transport upper body lift wheelchair device according to the present invention, [Figure 4] is a diagram showing the usage state 3 of a patient transport upper body lift wheelchair device according to the present invention, [Figure 5] is a diagram showing the usage state 4 of a patient transport upper body lift wheelchair device according to the present invention, [Figure 6] is a diagram showing a patient transport upper body lift wheelchair device according to the present invention, and [Figure 7] is a diagram showing a state in which some of the components are folded in [Figure 6].

Referring to [Figure 1] to [Figure 7], the upper body lift wheelchair device for patient transport according to the present invention may be configured to include a moving member (100), a pillar frame member (200), a suspension member (300), an elevating member (400), a chair member (500), a lower frame member (600), and a foot support member (700).

The movable member (100) can be adopted as, for example, a wheel as in [Fig. 1] to [Fig. 7]. When the upper body lift wheelchair device of the present invention is to be tilted and moved by the user (the person who is in charge) manipulation, the movable member (100) can be moved to a target location by the user holding the guardian handle (10) and pulling or pushing the upper body lift wheelchair device while tilting it in the direction of the guardian handle (10).

Referring to [FIGS. 1] to [FIGS. 7], the pillar frame member (200) is arranged in a vertical direction while connected to the movable member (100) and can be configured to be movable through the movable member (100).

To this end, the pillar frame member (200) may preferably be formed in the form of two rows of vertical bars. In addition, the pillar frame member (200) may be provided with a separate 'lower horizontal bar' that horizontally connects two rows of its own bodies at the lower part of its own body, as shown in [Fig. 1] to [Fig. 7], for structural stability.

In addition, the pillar frame member (200) may be provided with a separate 'upper horizontal bar' that horizontally connects two rows of its own bodies at the upper part of its own body together with a 'lower horizontal bar' as shown in [Fig. 1] to [Fig. 7] for structural stability.

As a result, the pillar frame member (200) can be formed as a square frame structure with a 'lower horizontal bar' and an 'upper horizontal bar' in the horizontal direction for two rows of 'vertical bars' in the vertical direction as in [Fig. 1] to [Fig. 7].

The suspension member (300) is basically formed to wrap around the patient's upper body, so it supports the patient's upper body even if the patient loses consciousness for a moment.

That is, the suspension member (300) is positioned along the longitudinal direction of the column frame member (200) as shown in [FIGS. 1] to [FIGS. 7] so that one end of its body is supported toward the column frame member (200), preferably by the lifting member (400), and the other end of its body is extended in a horizontal direction away from the column frame member (200) to fix and support the patient's upper body.

To this end, the suspension member (300) may be provided with a harness member (310), a first horizontal frame member (320), and a second horizontal frame member (330).

The harness member (310) can be configured to wrap around the patient's torso around the chest as its own body folds, as shown in [Fig. 1] to [Fig. 7]. As a result, the patient's upper body is gripped even in an environment where the patient loses attention and is about to fall.

The harness member (310) may be configured in a pattern such that it is released from the patient's torso as it expands from its folded state by manipulation by the patient or caregiver.

The harness member (310) may be configured to wrap or release its body around the patient's chest depending on, for example, the tightening and releasing movements of a buckle connected to its body.

The first horizontal frame member (320) may be configured such that one end of its body is placed on one side of the harness member (310) as in [Fig. 1] to [Fig. 7] and the other end of its body is connected to the lifting member (400) to maintain a horizontal state as in [Fig. 1] to [Fig. 7].

The second horizontal frame member (330) may be configured such that one end of its body is placed on the other side of the harness member (310) as in [Fig. 1] to [Fig. 7] and the other end of its body is connected to the lifting member (400) so as to maintain a horizontal state in parallel with the first horizontal frame member (320) as in [Fig. 1] to [Fig. 7].

Here, the first and second horizontal frame members (320, 330) may be configured to fold in a direction parallel to each pillar frame member (200) with the portion connected to the lifting member (400) as the rotation axis.

In this way, the case where the first and second horizontal frame members (320, 330) are folded to the first and second guide members (410, 420) of each lifting member (400) corresponds to the case where the upper body lift wheelchair device of the present invention needs to be stored.

Meanwhile, the first and second horizontal frame members (320, 330) may be configured so that each of their own bodies can slide and extend in the horizontal direction away from the lifting member (400) as shown in [Fig. 5].

As a result, a patient who is secured to the chest area by a harness member (310) as in [Fig. 5] can safely sit on a seat inside a vehicle, for example, while maintaining support by the harness member (310).

The lifting member (400) refers to a configuration that assists the up-and-down movement of a patient whose upper body is fixed to the suspension member (300) when the patient tries to stand up or sit down.

That is, referring to [FIGS. 1] to [FIGS. 7], the lifting member (400) may be configured to be able to slide up and down together with the suspension member (300) along the length direction of the column frame member (200) while being connected to one end of the suspension member (300) adjacent to the column frame member (200).

To this end, the lifting member (400) may be provided with a first moving guide member (410), a second moving guide member (420), a joint member (430), and an expansion folding rod member (440) with reference to [FIG. 1] to [FIG. 7].

The first moving guide member (410) may be configured to be moved along the longitudinal direction of the 'vertical bar', which is one of the pillar frame members (200), while being connected to the 'vertical bar' as shown in [Fig. 1] to [Fig. 7].

The second moving guide member (420) may also be configured to be moved along the longitudinal direction of the 'vertical bar', which is one of the pillar frame members (200), as shown in [Fig. 1] to [Fig. 7].

And, the movement of the first and second moving guide members (410, 420) along the longitudinal direction of the 'vertical bar' can be achieved, for example, through the vertical direction expansion movement and folding movement of the expansion folding rod member (440).

For this purpose, a hydraulic pump, a linear actuator, a ratchet gear that moves in only one direction, etc. can be adopted as the expansion folding rod member (440).

The joint member (430) can be arranged between the first and second moving guide members (410, 420) to horizontally connect the first and second moving guide members (410, 420) with reference to [FIG. 1] to [FIG. 7].

The expansion folding rod member (440) can be connected to the lower part of the joint member (430) with reference to [FIGS. 1] to [FIG. 7]. The expansion folding rod member (440) can be configured to expand as in [FIG. 4] or fold as in [FIG. 3] depending on a user operation to move the first and second moving guide members (410, 420) in the up and down direction.

Referring to [Fig. 1] to [Fig. 7], the chair member (500) may have one end of its body connected to the lifting member (400) corresponding to the lower portion of the suspension member (300), and the other end of its body may be extended in a horizontal direction away from the pillar frame member (200).

The chair member (500) can be configured to support the hips of a patient whose upper body is fixed to the suspension member (300) as in [Fig. 1] and [Fig. 2].

The chair member (500) may be configured to be foldable in an up-down direction so that a patient whose upper body is fixed to the suspension member (300) can maintain a standing state from the floor surface, as shown in [Fig. 4].

The chair member (500) may be configured to be foldable, as in [Fig. 3], so that a patient whose upper body is fixed to the suspension member (300) can perform, for example, a motion of sitting on a toilet or maintain a state of sitting on a toilet.

To this end, the chair member (500) may include a first chair frame member (510), a second chair frame member (520), a first chair member (530), and a second chair member (540).

The first chair frame member (510) can maintain a horizontal state by extending in a horizontal direction away from the pillar frame member (200) with one end of its body connected to the lifting member (400) as shown in [Fig. 1] to [Fig. 7].

The second chair frame member (520) can also extend in a horizontal direction away from the pillar frame member (200) with one end of its body connected to the lifting member (400) as shown in [FIG. 1] to [FIG. 7], so as to maintain a horizontal state parallel to the first chair frame member (510).

The first chair member (530) is a plank-shaped plate, and one side of its body can be connected and fixed to the first chair frame member (510) so as to support the hip of a patient in a sitting position, as shown in [Fig. 1] and [Fig. 2].

The first chair member (530) can be configured to be foldable upward or downward with the first chair frame member (510) as the rotation axis, as shown in [Fig. 3] and [Fig. 4].

The second chair member (540) is also a plank-shaped plate, and as shown in [Fig. 1] and [Fig. 2], one side of its body can be connected and fixed to the second chair frame member (520) so as to support the hip of a patient in a sitting posture in cooperation with the first chair member (500).

The second chair member (540) can also be configured to be foldable upward or downward with the second chair frame member (520) as the rotation axis, as in [Fig. 3] and [Fig. 4].

Meanwhile, the first chair frame member (510) and the second chair frame member (520) may be configured to be folded in a direction parallel to the first and second movement guide members (410, 420) according to a user's operation, with the connection portion serving as a rotation axis while being connected to the first and second movement guide members (410, 420) of the lifting member (400).

Here, the case where the first chair frame member (510) and the second chair frame member (520) are folded in a direction parallel to each 'vertical bar' may be when storing the upper body lift wheelchair device.

Referring to [FIGS. 1] to [FIGS. 7], the lower frame member (600) has one end of its body connected to a pillar frame member (200) corresponding to the lower portion of the chair member (500), and the other end of its body can be horizontally extended and arranged parallel to the chair member (500).

To this end, the lower frame member (600) may have a first foot support frame member (610) and a second foot support frame member (620).

Referring to [FIGS. 1] to [FIGS. 7], the first foot support frame member (610) can maintain a horizontal state by extending in a horizontal direction away from the pillar frame member (200) while having one end of its body connected to the pillar frame member (200).

Referring to [FIGS. 1] to 7], the second foot support frame member (620) can be extended in a horizontal direction away from the pillar frame member (200) with one end of its body connected to the pillar frame member (200) to maintain a horizontal state parallel to the first foot support frame member (610).

The first foot support frame member (610) and the second foot support frame member (620) may be configured to be folded in a direction parallel to each 'vertical bar' according to user manipulation, with the connection portion with each 'vertical bar' as the rotation axis while being connected to each 'vertical bar', which is a pillar frame member (200).

Here, the first foot support frame member (610) and the second foot support frame member (620) may be folded in a direction parallel to each 'vertical bar' when storing the upper body lift wheelchair device.

The foot support member (700) can be connected to the lower frame member (600) so as to be able to unfold and fold from the lower frame member (600) as shown in FIG. 1 to FIG. 7.

The foot support member (700) can support the foot of a patient whose upper body is fixed to the suspension member (300) when it is horizontally extended from the lower frame member (600) as shown in [FIG. 1] and [FIG. 2].

The foot support member (700) allows a patient whose upper body is fixed to the suspension member (300) to step on the ground when it is folded vertically from the lower frame member (600) as shown in [Fig. 3] and [Fig. 4].

For this purpose, the foot support member (700) may be provided with a first foot support member (710) and a second foot support member (720).

The first foot support member (710) is a plank-shaped plate, as shown in [Fig. 1] and [Fig. 2], and one side of its body can be connected and fixed to the first foot support frame member (610) to support the feet of a patient in a sitting position.

The first foot support member (710) can be configured to be foldable downward or upward as in [Fig. 3] and [Fig. 4] with the first foot support frame member (610) as the rotation axis.

The second foot support member (720) is a plank-shaped plate as shown in [Fig. 1] and [Fig. 2], and one side of its body can be connected and fixed to the second foot support frame member (620) so as to support the feet of a patient in a sitting position in cooperation with the first foot support member (710).

The second foot support member (720) can be configured to be foldable downward or upward as in [FIG. 3] and [FIG. 4] with the second foot support frame member (620) as the rotation axis.

Meanwhile, the suspension member (300) may further include a first connecting member (360), a second connecting member (370), a first handle member (380), and a second handle member (390) as shown in FIG. 1 to FIG. 7.

The first connecting member (360) keeps the harness member (310) connected to the first horizontal frame member (320) as shown in [FIG. 1] to [FIG. 7].

Here, the first connecting member (360) can be arranged in a form that surrounds the first horizontal frame member (320).

The second connecting member (370) keeps the harness member (310) connected to the second horizontal frame member (330) as shown in [FIGS. 1] to [FIG. 7].

Here, the second connecting member (370) can be arranged in a form that surrounds the second horizontal frame member (330).

As a result, as shown in [Fig. 5], when the first and second horizontal frame members (320, 330) extend in a direction away from the elevating member (400), the first and second connecting members (360, 370) also move in a direction away from the elevating member (400) together with the first and second horizontal frame members (320, 330).

On the other hand, the first handle member (380) can serve as a support so that a patient with his or her upper body fixed to the harness member (310) can grip with his or her right arm while hanging his or her right arm on the first horizontal frame member (320) as shown in FIG. 1 to FIG. 7.

The second handle member (390) can serve as a support for a patient whose upper body is fixed to the harness member (310) to grip with his/her left arm while hanging his/her left arm on the second horizontal frame member (330) as shown in FIG. 1 to FIG. 7.

10: Guardian handle
100 : Absence of movement
200 : Column frame member
300 : Absence of suspension
310: Absence of harness
320: First horizontal frame member
330: Second horizontal frame member
360 : First link absence
370: Second connection absence
380: Absence of first handle
390: Absence of second handle
400 : Absence of lift
410: Absence of the first moving guide
420: Absence of 2nd moving guide
430 : Joint Absence
440: Extension folding load absence
500 : Absence of chair
510: 1st chair frame member
520: Second chair frame absence
530: Absence of Chair 1
540: Absence of the 2nd chair
600 : Lower frame member
610: 1st foot support frame member
620: Second foot support frame member
700 : Foot support absence
710: 1st foot support absence
720: Second foot support absence

Claims (6)

Absence of movement (100);
A pillar frame member (200) of a pattern that is arranged vertically while connected to the above-mentioned movable member and is movable through the above-mentioned movable member;
A suspension member (300) that supports the upper body of a patient by horizontally extending away from the pillar frame member while one end of the body is supported toward the pillar frame member so as to fix the upper body of the patient positioned along the longitudinal direction of the pillar frame member;
A lifting member (400) arranged so as to be able to slide up and down along the length direction of the column frame member together with the suspension member while being connected to one end of the suspension member adjacent to the column frame member;
A chair member (500) having a pattern that can be folded up and down so that one end of its body is connected to the lifting member corresponding to the lower part of the above-mentioned suspension member and the other end of its body is horizontally extended away from the pillar frame member, thereby supporting the buttocks of a patient whose upper body is fixed to the above-mentioned suspension member and allowing the patient whose upper body is fixed to the above-mentioned suspension member to maintain a standing state from the floor surface;
A lower frame member (600) having one end of its body connected to the pillar frame member corresponding to the lower part of the chair member and the other end of its body extending horizontally parallel to the chair member; and
A foot support member (700) that is connected to the lower frame member so as to be able to unfold and fold from the lower frame member, supports the feet of a patient whose upper body is fixed to the suspension member when it is unfolded horizontally from the lower frame member, and allows a patient whose upper body is fixed to the suspension member to step on the ground when it is folded vertically from the lower frame member;
A patient transport upper body lift wheelchair device comprising:
delete delete delete In claim 1,
The above suspension member (300) is
A harness member (310) patterned to wrap around the patient's torso around the patient's chest as the body folds or to be released from the patient's torso as the body expands from the folded state;
A first horizontal frame member (320) having one end of its body disposed on one side of the harness member and the other end of its body connected to the lifting member to maintain a horizontal state;
A second horizontal frame member (330) having one end of its body disposed on the other side of the harness member and the other end of its body connected to the lifting member to maintain a horizontal state in parallel with the first horizontal frame member;
A patient transport upper body lift wheelchair device characterized by having a .
In claim 5,
The above chair absence (500) is,
A first chair frame member (510) having one end of its body connected to the lifting member and extending in a horizontal direction away from the pillar frame member to maintain a horizontal state;
A second chair frame member (520) that extends horizontally away from the pillar frame member while one end of its body is connected to the lifting member and maintains a horizontal state parallel to the first chair frame member;
A first chair member (530) having one side of its body connected and fixed to the first chair frame member so as to support the hip of a patient in a sitting position as a plank-shaped plate and capable of folding upward or downward about the first chair frame member as a rotational axis;
A second chair member (540) having one side of its body connected and fixed to the second chair frame member so as to support the hips of a patient in a sitting posture in cooperation with the first chair member as a plank-shaped plate, and capable of folding upward or downward about the second chair frame member as a rotational axis;
Equipped with,
The above lower frame member (600) is
A first foot support frame member (610) having one end of its body connected to the pillar frame member and extending in a horizontal direction away from the pillar frame member to maintain a horizontal state;
A second foot support frame member (620) having one end of its body connected to the pillar frame member and extending in a horizontal direction away from the pillar frame member so as to be maintained in a horizontal state parallel to the first foot support frame member;
Equipped with,
The above foot support member (700) is
A first foot support member (710) having one side of its body connected and fixed to the first foot support frame member so as to support the feet of a patient in a sitting position as a plank-shaped plate, and capable of folding upward or downward about the first foot support frame member as a rotational axis;
A second foot support member (720) having one side of its body connected and fixed to the second foot support frame member so as to support the feet of a patient in a sitting position in cooperation with the first foot support member as a plank-shaped plate, and capable of folding upward or downward about the second foot support frame member as a rotational axis;
A patient transport upper body lift wheelchair device characterized by having a .