CN215875136U

CN215875136U - Hold in palm gloves and hold in palm hand rack subassembly

Info

Publication number: CN215875136U
Application number: CN202121710396.0U
Authority: CN
Inventors: 何春梅
Original assignee: West China Hospital of Sichuan University
Current assignee: West China Hospital of Sichuan University
Priority date: 2021-07-26
Filing date: 2021-07-26
Publication date: 2022-02-22
Anticipated expiration: 2031-07-26

Abstract

The utility model relates to a nursing tool, in particular to a hand supporting sleeve and a hand supporting frame assembly, wherein the hand supporting sleeve comprises a sleeving part sleeved on a rod piece and a supporting part used for wrapping the arm of a human body; the support part and the sleeving part are of an integrated structure, the support part comprises a silica gel pad and a binding band arranged on the silica gel pad, and the binding band is arranged on the silica gel pad to suspend the silica gel pad when the binding band is abutted or connected with the sleeving part. Through setting up foretell support gloves, can be with the swift assembly of suit portion on the operation headstock, it is more convenient to compare in the mode that adopts the bandage winding. Through the arrangement of the supporting gloves, the sleeving part can be directly sleeved on the operation head frame clinically, if the operation of thoracoscope mediastinum surgery is performed at 45 ℃ of lateral lying, the arm is upwards pulled towards the head, the forearm is completely wrapped in the silica gel pad by the drooping supporting part, and the forearm is properly fixed on the head frame. Compared with the prior art that the forearm is wrapped by the cotton pad for clinical use, the gauze bandage is more convenient and faster to wind and fix.

Description

Hold in palm gloves and hold in palm hand rack subassembly

Technical Field

The utility model relates to a nursing tool, in particular to a glove support and a glove support frame assembly.

Background

In medical care, when an arm or a hand is damaged (such as fracture or trauma), the arm needs to be fixed and maintained in order to avoid collision between the arm and other parts or objects. What mainly adopt at present is that modes such as bandage winding, gypsum are fixed fix carry out fixed maintenance, and the dismouting is all comparatively troublesome when this mode is implemented, needs a maintenance that can ensure that the patient can be safe now, and the dismouting is comparatively convenient and still comparatively comfortable maintenance of equipment simultaneously.

On the other hand, the operative position of a patient determines whether the operative site is exposed in place, and the effective position protector used for placing the operative position is one of measures for preventing pressure sores and complications in the operation. In the clinical practice of VATS mediastinal tumor resection, the forearm of the affected arm is wrapped by a cotton pad and fixed by a gauze bandage when the affected arm needs to be placed in a lateral decubitus position at 15-30 ℃, which is complicated in steps. There is a need for a simple, quick and effective tool for supporting the forearm of the affected side, which is convenient to assemble and disassemble, environmentally friendly and reduces the cost of the patient.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a glove holder convenient to install.

In order to achieve the purpose, the technical scheme adopted by the application is that the glove comprises a sleeving part sleeved on a rod piece and a supporting part used for wrapping the arm of a human body; the support part and the sleeving part are of an integrated structure, the support part comprises a silica gel pad and a binding band arranged on the silica gel pad, and the binding band is arranged on the silica gel pad to suspend the silica gel pad when the binding band is abutted or connected with the sleeving part.

Through the arrangement of the supporting gloves, the sleeving part can be directly sleeved on the operation head frame clinically, if the operation of thoracoscope mediastinum surgery is performed at 45 ℃ of lateral lying, the arm is upwards pulled towards the head, the forearm is completely wrapped in the silica gel pad by the drooping supporting part, and the forearm is properly fixed on the head frame. Compared with the prior art that the forearm is wrapped by the cotton pad for clinical use, the gauze bandage is more convenient and faster to wind and fix.

Specifically, a separating part is arranged between the supporting part and the sleeving part and is used for separating the sleeving part and the supporting part.

Specifically, a pipe body sleeved on the rod piece is formed between the separating part and the sleeving part; a cavity for supporting the arm is formed between the separating part and the supporting part.

The pair of supporting gloves is composed of two halves, the two halves form a hinge structure, and the two halves form the pipe body and the cavity when being folded.

Specifically, the transverse axis of the bottom end of the support part is the rotation axis of the hinge structure.

Specifically, the supporting sleeve is a silica gel piece.

Specifically, the glove holder is provided with a binding band.

Specifically, the both ends of bandage are connected through the magic subsides, the downside of support portion is provided with the lower through groove that is used for the bandage to wear to establish.

The utility model also provides a hand support frame assembly which is more convenient to disassemble and assemble and is more comfortable, the hand support frame assembly comprises a main support and the hand support sleeve, and the main support is provided with a cross rod; the sleeving part of the supporting sleeve is matched with the cross rod.

Preferably, the main support still contains and supports in subaerial support frame, this horizontal pole for set up the cantilever beam on the support frame, perhaps, the main support still contains and supports in subaerial support frame, and this support frame is used for setting up respectively in patient both sides, and detachable setting is on the support frame respectively at this horizontal pole both ends.

In the above-mentioned scaffold assembly, support portion one side and suit portion fixed connection are as an organic whole, support portion contains the silica gel pad and sets up the bandage on this silica gel pad, the bandage is arranged on this silica gel pad, suspends the silica gel pad in midair when making bandage and suit portion butt or be connected.

Through setting up foretell support gloves, can be with the swift assembly of suit portion on the horizontal pole of operation headstock, fix the forearm on operation headstock horizontal pole through holding in the palm the portion parcel, adopted this suit portion back great improvement to the installation effectiveness of the support of suspending in midair of patient's arm, it is more convenient to compare in the mode that adopts the bandage winding. Compared with the prior art that the forearm is wrapped by a clinical cotton pad, the gauze bandage is more convenient and faster to wind and fix after the suit part is adopted.

The support part naturally droops and is used for wrapping forearms.

The support part comprises a silica gel pad, the binding band is arranged on the silica gel pad, and the binding band is arranged at the far end of the silica gel pad, namely, is positioned on the outer side of the support part.

Specifically, the both ends of bandage are connected through the magic subsides, the downside of silica gel pad is provided with the lower through groove that is used for the bandage to wear to establish, and the purpose part that the groove was led to down to this place sets up is in order to fix a position the position of bandage, and the arm is placed back on the silica gel pad simultaneously for the weight extrusion of arm, both sides are extruded about leading to the groove under making, and this pressure makes the cell wall that leads to the groove under and the friction of bandage improve greatly.

One surface of the magic tape is arranged at the far end of the bandage, and the other surface of the magic tape is arranged at the near end of the silica gel pad. The front arm and the palm are completely wrapped by the silica gel pad, and the binding band is fixed, so that the arm is prevented from slipping and contacting with metal substances.

The utility model is further described with reference to the following figures and detailed description. Additional aspects and advantages of the utility model will be set forth in part in the description which follows and, in part, will be obvious from the description. Or may be learned by practice of the utility model.

Drawings

The accompanying drawings, which are incorporated in and constitute a part of this specification, are included to assist in understanding the utility model, and are included to explain the utility model and their equivalents and not limit it unduly. In the drawings:

fig. 1 is a schematic structural view of a glove holding sleeve in the present embodiment;

FIG. 2 is a side view of the closed glove support according to the present embodiment;

FIG. 3 is a side view of the glove support according to the present embodiment;

fig. 4 is a schematic structural diagram of a hand rest assembly according to the first embodiment;

fig. 5 is a schematic structural diagram of a hand rest assembly according to a second embodiment;

labeled as: the hand support comprises a main support 1, a cross bar 110, a support bar 120, a hand support sleeve 2, a sleeving part 210, an upper through groove 211, a support part 220, a separating part 230, a silica gel pad 221, a binding band 222 and a lower through groove 223.

Detailed Description

The utility model will be described more fully hereinafter with reference to the accompanying drawings. Those skilled in the art will be able to implement the utility model based on these teachings. Before the present invention is described in detail with reference to the accompanying drawings, it is to be noted that:

the technical solutions and features provided in the present invention in the respective sections including the following description may be combined with each other without conflict.

Referring to fig. 1 to 3, the present embodiment employs a pair of glove holders, including a fitting portion 210 for fitting over a bar member and a holder portion 220 for wrapping a human arm; the support portion 220 and the sleeving portion 210 are of an integral structure, the support portion 220 comprises a silicone pad 221 and a binding band 222 arranged on the silicone pad, and the binding band 222 is arranged on the silicone pad to suspend the silicone pad 221 when the binding band 222 is abutted or connected with the sleeving portion 210.

A partition 230 is disposed between the supporting portion 220 and the sheathing portion 210, and the partition 230 is used to partition the sheathing portion 210 and the supporting portion 220.

A tube body sleeved on the rod is formed between the separating part 230 and the sleeving part 210; a cavity for supporting the arm is formed between the separating part and the supporting part.

The glove support is composed of a half part and a half part, the half part and the half part form a hinge structure, and the half part form the tube body and the cavity when being folded.

And the transverse axis of the bottom end of the support part is the rotation axis of the hinge structure.

The supporting sleeve is a silica gel piece.

The silica gel pad 221 of the support part 220 can be designed to have the same amplitude as the arm in the front third of the elbow and the upper arm of the human body. Clinically, when the arm is lifted upwards, the elbow and the front third of the upper arm have amplitude, so that the end, close to the upper arm, of the silica gel pad 221 is designed according to the amplitude of natural formation of the lifting of the arm of the human body, and the risk of pressure sore formation can be reduced.

As shown in fig. 4, in the first embodiment: a scaffold assembly comprising:

a main stand 1, the main stand 1 being provided with a cross bar 110;

the glove support 2 comprises a sleeving part 210 sleeved on the cross bar 110 and a supporting part 220 used for wrapping the arm of a human body;

one side of the supporting part 220 is fixedly connected with the sleeving part 210, and the other side is detachably connected with the sleeving part 210 or one side of the supporting part 220, or both opposite sides of the supporting part 220 are detachably connected with the sleeving part 210, or both opposite sides of the supporting part 220 are detachably connected and the supporting part 220 is suspended on the sleeving part 210.

Through setting up foretell main support 1 and support gloves 2, can be with the swift assembly of suit portion 210 on horizontal pole 110, live the back with the arm through support portion 220 and fix on main support 1, also can install support gloves 2 in advance and fix this support gloves 2 on main support 1 together with the arm after on the arm again, adopted great improvement behind this suit portion 210 to the installation effectiveness of the support that suspends in midair of patient's arm, it is more convenient to compare in the mode that adopts the bandage winding.

The sheathing part 210 is a flexible hollow tube, an inner hole of the hollow tube is tightly matched with the cross bar 110, and the tight matching mode is adopted to ensure that the cross bar 110 and the sheathing part 210 are not easy to slide or rotate.

The hollow tube is a silicone tube made of silicone, so that the sleeving part 210 and the cross rod 110 have good friction force.

The support portion 220 includes a silicone pad 221 and a binding band 222 disposed on the silicone pad 221, the binding band 222 is disposed on the silicone pad 221 to suspend the silicone pad 221 when the binding band 222 abuts against or is connected to the sheathing portion 210, and the silicone pad 221 can be conveniently suspended on the sheathing portion 210 sheathed on the crossbar 110 by the disposition of the binding band 222.

The both ends of bandage 222 are connected through the magic subsides, the downside of silica gel pad 221 is provided with the lower through groove 223 that is used for bandage 222 to wear to establish, the purpose part that sets up through groove 223 down here is in order to fix a position bandage 222, the back is placed on silica gel pad 221 simultaneously to the arm, be used for the weight extrusion of arm, both sides are extruded about making through groove 223 down, this pressure makes the cell wall that leads to groove 223 down and bandage 222's friction improve greatly, bandage 222 can not be flexible around sliding when also having ensured silica gel pad 221 to use, with bandage 222 can be comparatively smooth and easy flexible twitch before using, in the time of the use, it is limited to twitch around the guarantee bandage 222, comparatively firm guarantee arm stews.

The sleeving part 210 is provided with an upper through groove 211 for the strap 222 to penetrate through, the upper through groove 211 can serve as a connecting structure of one end of the strap 222, namely, one end of the strap 222 penetrates through the upper through groove 211 to be fixed through bonding, binding, magic tape and the like, then the other end of the strap 222 is connected with one end, and the upper through groove 211 is arranged to facilitate the detachable separation of the strap 222 and the sleeving part 210.

The main stand 1 further includes a support frame 120 supported on the ground, and the cross bar 110 is a cantilever beam provided on the support frame 120, so that the sheathing part 210 can be easily and rapidly assembled.

Referring to fig. 5, embodiment two: different from the first embodiment, in addition to the cantilever manner, the main support 1 may further include a support frame 120 supported on the ground, the support frames 120 are respectively disposed on two sides of the patient, and two ends of the cross bar 110 are respectively detachably disposed on the support frames 120.

Claims

1. A pair of supporting gloves is characterized by comprising a sleeving part sleeved on a rod piece and a supporting part used for wrapping the arms of a human body; the support part and the sleeving part are of an integrated structure, the support part comprises a silica gel pad and a binding band arranged on the silica gel pad, and the binding band is arranged on the silica gel pad to suspend the silica gel pad when the binding band is abutted or connected with the sleeving part.

2. A glove according to claim 1, wherein a partition is provided between the receptacle and the encasement portion to separate the encasement portion and the receptacle.

3. The corset sleeve as claimed in claim 2, wherein a tube for sleeving the rod is formed between the separating part and the sleeving part; a cavity for supporting the arm is formed between the separating part and the supporting part.

4. A glove as defined in claim 3, wherein said glove is formed of two halves which form a hinge structure, said halves when closed forming said tubular body and said cavity.

5. A glove according to claim 4, wherein the transverse axis of the base end of the receptacle is the axis of rotation of the hinge structure.

6. A glove according to claim 1, wherein the glove is a silicone element.

7. A glove as defined in claim 1, wherein the glove is provided with a strap.

8. The glove as claimed in claim 6, wherein the two ends of the binding band are connected by a hook and loop fastener, and the lower side of the support portion is provided with a through groove for the binding band to pass through.

9. A glove support assembly comprising a primary support and a glove as claimed in any one of claims 1 to 8, said primary support being provided with a cross bar; the sleeving part of the supporting sleeve is matched with the cross rod.

10. The hand rest assembly of claim 9, wherein the main support further comprises a support frame supported on the ground, the cross bar is a cantilever beam disposed on the support frame,

alternatively, the first and second electrodes may be,

the main support also comprises a support frame supported on the ground, the support frame is respectively arranged on two sides of a patient, and two ends of the cross rod are respectively arranged on the support frame in a detachable mode.