CN213045409U - Warm shoulder pad of protection in art - Google Patents

Abstract

The utility model provides an intraoperative warming shoulder protector, which comprises a shoulder protector body, a left shoulder protector, a right shoulder protector, a left arm protector and a right arm protector; the left shoulder pad and the right shoulder pad can be respectively bonded with each other at the positions of the chest and the shoulder neck, the upper ends of the left shoulder pad and the right shoulder pad after bonding form a hole for the head to pass through, the lower ends of the left shoulder pad and the right shoulder pad are provided with openings and extend to cuffs, and the cuffs of the left shoulder pad and the right shoulder pad are respectively fixed at the upper ends of the arms through fixing belts; long holes for pipelines to pass through are respectively arranged in front of the left shoulder pad and the right shoulder pad, and the lower ends of the long holes are provided with slits which penetrate through the long holes and the lower end of the shoulder pad body; the shoulder parts and the chest parts of the left shoulder protector and the right shoulder protector are respectively provided with adjusting parts for adjusting the width and the length of the shoulder protector; the shoulder neck part and the lower ends of the left arm and the right arm of the shoulder protector body are provided with pressure reduction components. The utility model is convenient to put on and take off; the utilization rate is higher; the pipeline that can avoid the patient to carry contacts with skin, makes shoulder pad body and skin more laminate, and the patient is more comfortable, and cold-proof effect is better. The pressure of the arms, the shoulders and the neck of the patient is reduced, and the postoperative recovery of the patient is facilitated.

Description

Warm shoulder pad of protection in art

Technical Field

The utility model relates to the field of medical auxiliary equipment, concretely relates to shoulder pad warms up in art.

Background

At present, general anesthesia surgery time is more than 3 hours, even as long as 12 hours, before surgery, doctors often require patients to take off the jacket, so that the left shoulder, the right shoulder, the left arm and the right arm of the patients are exposed, and in addition, the patients are easy to have hypothermia due to reasons of stress, anxiety, input of a large amount of liquid, exposure of surgery visual fields and the like, the infection rate of wounds is increased, the blood coagulation function is influenced, the body metabolism is influenced, cardiovascular complications are increased, and postoperative recovery is delayed, so the shoulder protector with warm keeping function becomes an indispensable medical auxiliary product in surgery.

Various warm-keeping shoulder pads have appeared in the prior art, which basically function to keep the shoulders and arms of the patient warm, but in practical applications there are still some problems, such as: firstly, a patient may have a catheter or a lead of a medical apparatus, such as a CVC catheter on a shoulder, an electrocardiogram lead on a chest and the like, and an upper arm may have a transfusion tube, while the position of the pipelines is not considered in the conventional shoulder protector, and the positions of the pipelines of patients with different body types are not considered to be different, so that the pipelines are pressed between the shoulder protector and the human body, the shoulder protector cannot be attached to the human body, and the heat preservation effect is poor; secondly, because the operation time is long, the operation table is relatively hard, the contact area between the human body and the operation table is small, the pressure of the contact parts of the shoulder, the neck, the arms and the operation table is increased, the limb numbness and the ache are easily caused for a long time, the pain is caused to the patient, and the postoperative recovery of the patient is not facilitated.

In view of the foregoing, there is a need for an intraoperative warming shoulder pad that overcomes the above-mentioned problems.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a medical pipeline does not contact with the human body, laminate the human body and keep warm effectual, can alleviate the intraoperative warm shoulder protector of shoulder arm pressure.

In order to realize the purpose, the utility model discloses a technical scheme is: an intraoperative warming shoulder protector comprises a shoulder protector body, wherein the shoulder protector body consists of a left shoulder protector, a right shoulder protector, a left arm protector and a right arm protector;

the left arm protector and the right arm protector are respectively movably connected with the left shoulder protector and the right shoulder protector, the left shoulder protector and the right shoulder protector can be respectively bonded with each other at the positions of the chest and the shoulder neck, the upper ends of the left arm protector and the right shoulder protector after bonding form a hole for the head to pass through, the lower ends of the left arm protector and the right shoulder protector are opened and extend to cuffs, and the cuffs of the left arm protector and the right shoulder protector are respectively fixed at the upper ends of the arms through fixing belts;

long holes for pipelines to pass through are respectively arranged in front of the left shoulder pad and the right shoulder pad, and the lower ends of the long holes are provided with slits which penetrate through the long holes and the lower end of the shoulder pad body;

the shoulder parts and the chest parts of the left shoulder protector and the right shoulder protector are respectively provided with adjusting parts for adjusting the width and the length of the shoulder protector;

the shoulder neck and the lower ends of the left arm and the right arm of the shoulder protector body are provided with pressure reduction components.

The purpose of the utility model and the technical problem thereof can be further realized by adopting the following technical measures.

Further, the adjusting part comprises elastic cloth which is integrally connected with the shoulder protecting body and is positioned on the shoulder and pleated cloth which is positioned on the chest;

and the pleated cloth of the left shoulder pad and the right shoulder pad is respectively provided with a pulling rope.

Furthermore, the upper end of the long hole is provided with a turnover cover capable of covering the long hole, and the lower end of the turnover cover is bonded with the shoulder pad body.

Further, the pressure reduction assembly comprises a first air bag positioned on the neck and the shoulder and a second air bag respectively positioned in the interlayers of the left and right armguards;

cotton cloth is bonded on one surface of the air bag, one end of the cotton cloth is sewn on the left shoulder pad, and the other end of the cotton cloth is bonded on the right shoulder pad by bypassing the neck and shoulder;

the first air bag is connected with a first ventilating pump through an inflation pipe, and the second air bag is connected with a second air pump through a second inflation pipe.

Further, the lower ends of the left protective arm and the right protective arm extend to the hand to form a hand protection pad;

the second air bag extends into the hand protection pad.

Further, the first air pump is placed in the first pocket at the shoulder part of the left shoulder guard, and the second air pump is placed in the second pockets at the outer sides of the left arm guard and the right arm guard respectively.

Further, left armguard with right armguard is the slice respectively, and it encircles respectively on the arm and through the head-to-tail adhesion of magic subsides.

Furthermore, transparent protective covers are respectively arranged on the upper surfaces of the left protective arm and the right protective arm.

Compared with the prior art, the beneficial effects of the utility model are that:

1. the utility model discloses a warm shoulder pad in art, its shoulder pad body comprises left shoulder pad, right shoulder pad, left armguard and right armguard, and four parts swing joint respectively, makes things convenient for the nurse to wear to take off labour saving and time saving for the patient.

2. The utility model discloses a warm-keeping shoulder pad in art, the chest of its left shoulder pad and right shoulder pad is equipped with the slot hole that can supply the pipeline to pass respectively, and the lower extreme of slot hole is seted up and is slotted, and if the patient has electrocardio wire, can make the pipeline pass and get into the slot hole in unsealing, and the flip of slot hole upper end can fix the pipeline, and the slot hole can match the position of the electrocardio wire that the patient of different shoulder widths carried, avoids the wire to buckle, influences monitoring effect and makes the patient uncomfortable; the pipeline of patient's shoulder can be followed the shoulder arm junction and worn out, and the pipeline on the patient's arm can be followed the bonding department of armguard self and worn out, avoids the pipeline and the skin contact that the patient carried, makes shoulder protector body and skin laminate more, and the patient is more comfortable, and cold-proof effect is better.

3. The utility model discloses a warm shoulder pad in art, the shoulder of its shoulder pad body and chest are equipped with the elastic cloth and the pleated cloth of adjustable shoulder pad width and length respectively, because the fat thin difference of every patient, the size of required shoulder pad is different, and the elastic cloth can be stretched, and then the fixed band that is equipped with in the cuff department of left shoulder pad and right shoulder pad can make the width of whole shoulder pad body grow, is fit for different size patients and uses, and the rate of utilization is higher; although the pleated cloth is inelastic, the width of the pleated cloth is adjustable, if the position of the electrocardio lead of a patient is positioned on the long hole, the pleated cloth can be widened through the pulling rope, so that the position of the electrocardio lead is just positioned in the long hole, the bending is avoided, and the shoulder protector body has better warm-keeping effect.

4. The utility model discloses a shoulder pad warms up in art, the shoulder neck of its shoulder pad body is equipped with pressure reducing assembly with controlling the arm lower extreme, and its form that adopts the gasbag makes the area of contact increase of patient's arm and shoulder neck and operating table to alleviate the pressure of patient's arm and shoulder neck, alleviate the blood circulation that causes for a long time slow, limbs ache, more be favorable to patient's postoperative to resume.

Drawings

Fig. 1 is a schematic view of the overall structure of the intraoperative heating shoulder protector provided by the present invention;

FIG. 2 is a schematic view of a rear view of a part of the intraoperative warming shoulder protector provided by the present invention;

FIG. 3 is a schematic cross-sectional view of a first airbag according to an embodiment of the present invention;

FIG. 4 is a schematic cross-sectional view of the left arm guard of the embodiment of the present invention;

description of reference numerals:

1. a shoulder pad body;

2. a left shoulder protector; 21. an aperture; 22. fixing belts; 23. a long hole; 231. a cover is turned; 24. slotting; 25. an adjustment section; 251. an elastic cloth; 252. pleated cloth; 253. pulling a rope; 26. a first pocket;

3. a right shoulder protector;

4. a left guard arm; 41. a second pocket; 42. a transparent protective cover;

5. a right arm guard;

6. a pressure relief assembly; 61. a first air bag; 611. a first inflation tube; 612. an air pump; 62. a second air bag; 621. a second air inflation tube; 622. a second air pump;

7. hand protection pad.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to fig. 1 to 4, the shoulder pad comprises a shoulder pad body 1, wherein the shoulder pad body 1 is composed of a left shoulder pad 2, a right shoulder pad 3, a left arm pad 4 and a right arm pad 5;

the left arm guard 4 and the right arm guard 5 are respectively movably connected with the left shoulder guard 2 and the right shoulder guard 3, the left shoulder guard 2 and the right shoulder guard 3 can be respectively bonded at the positions of the chest and the shoulder neck, the upper ends of the bonded left arm guard and the bonded right arm guard form a hole 21 for the head to pass through, the lower ends of the left arm guard and the bonded right arm guard are provided with openings and extend to cuffs, and the cuffs of the left arm guard and the bonded right arm guard are respectively fixed at the upper ends of the arms through fixing bands 22;

long holes 23 through which pipelines can pass are respectively arranged in the front of the left shoulder pad 2 and the right shoulder pad 3, and the lower ends of the long holes 23 are provided with slits 24 which penetrate through the long holes 23 and the lower end of the shoulder pad body 1;

the shoulder parts and the chest parts of the left shoulder pad 2 and the right shoulder pad 3 are respectively provided with an adjusting part 25 for adjusting the width and the length of the shoulder pad;

the shoulder neck and the lower ends of the left arm and the right arm of the shoulder protection body 1 are provided with pressure reduction components 6.

In the utility model, the shoulder pad body 1 is composed of a left shoulder pad 2, a right shoulder pad 3, a left arm pad 4 and a right arm pad 5, and four components are respectively movably connected, when a nurse wears the shoulder pad for a patient, firstly, the left and right shoulder pads are respectively buckled on the left and right shoulders of the patient, then, the chest and the shoulder and neck parts of the left and right shoulder pads are respectively adhered through magic tapes on the surfaces of the left and right shoulder pads, then, a fixing belt 22 is encircled at the upper end of the arm of the patient and is fixed with cuffs, if the shoulder of the patient is wider, the width of the shoulder pad body 1 can be adjusted through an adjusting part 25 of the shoulder, so that the shoulder pad is more suitable for the shoulder width; if the patient has a pipeline on the shoulder, the pipeline can pass through the cuff or the hole 21, and then the cuff is fixed by the fixing belt 22; if the chest of the patient is provided with the electrocardio lead, the electrocardio lead can be inserted into the long hole 23 from the slit 24 at the lower end of the shoulder protector body 1, if the starting end of the electrocardio lead is not positioned in the long hole 23, the position of the long hole 23 relative to the starting end of the electrocardio lead can be adjusted by the adjusting part 25 at the chest, so that the starting end of the electrocardio lead is positioned in the long hole 23, the electrocardio lead is prevented from being bent between the shoulder protector and the skin of the patient, the shoulder protector body 1 is more attached to the skin of the patient, and the heat; because general operating table is harder, and the operation time is longer, be equipped with pressure-reducing components 6 at shoulder neck portion and the left and right arms lower extreme of shoulder pad body 1, it can play the effect of supporting patient's shoulder neck and arm to alleviate the pressure of patient's arm and shoulder neck, alleviate the blood circulation that causes for a long time slow, limbs ache etc. more be favorable to patient's postoperative to resume.

Preferably, the adjusting part 25 comprises an elastic cloth 251 positioned on the shoulder and a pleated cloth 252 positioned on the front of the chest, which are integrally connected with the shoulder pad body 1;

the pleated cloth 252 of the left shoulder pad 2 and the right shoulder pad 3 are respectively provided with a pulling rope 253.

In this embodiment, the shoulder and chest of the shoulder pad body 1 are respectively provided with an elastic cloth 251 and a pleated cloth 252 which can adjust the width and length of the shoulder pad, the elastic cloth 251 is respectively vertically arranged on the left shoulder pad 2 and the right shoulder pad 3, and can be stretched left and right, and the material is softer, such as the material of silk stockings, because the weight and the thinness of each patient are different, the required shoulder pad has different sizes, the elastic cloth 251 can be stretched, and then the fixing bands 22 arranged at the cuffs of the left shoulder pad 2 and the right shoulder pad 3 can enlarge the width of the whole shoulder pad body 1, so that the shoulder pad is suitable for patients of different body types, and the utilization rate is higher; although the pleated cloth 252 is inelastic, the width thereof is adjustable, if the position of the electrocardiograph lead of the patient is not in the long hole 23, the pleated cloth 252 can be widened or narrowed by pulling the pull rope 253, so that the position of the electrocardiograph lead is just in the long hole 23, bending is avoided, and the shoulder protector body has better heat preservation effect.

In order to better fix the pipeline at the chest, the upper end of the long hole 23 is provided with a flip 231 which can cover the long hole 23, and the lower end of the flip 231 is adhered with the shoulder protection body 1.

Preferably, the decompression assembly 6 comprises a first airbag 61 positioned at the neck and shoulder part and a second airbag 62 respectively positioned in the interlayer of the left and right guard arms 4 and 5;

cotton cloth is bonded on the surface of the first air bag 61, one end of the cotton cloth is sewn on the left shoulder pad 2, and the other end of the cotton cloth is bonded on the right shoulder pad 3 by bypassing the neck and shoulder parts;

the first air bag 61 is communicated with the first air pump 612 through the first air inflation tube 611, and the second air bag 62 is communicated with the second air pump 622 through the second air inflation tube 621.

In this embodiment, as shown in fig. 3, the first airbag 61 of the neck and shoulder portion is an arc shape with a convex middle part after being inflated, which conforms to the curve of the neck and shoulder portion in ergonomics, and can play a role in supporting the neck and shoulder portion to reduce the pressure of the neck and shoulder portion; as shown in fig. 4, the second air bag 62 is arc-shaped, and can just support the lower end of the arm, so that the contact area between the arm and the operating table is increased, the pressure of the arm is reduced, the body of the patient feels more comfortable, the phenomena of limb numbness and soreness caused during the operation are reduced, and the purpose of pressure reduction is achieved. When the air bag is used, the first air pump 612 is used for inflating the first air bag 61, the condition of the neck and the shoulder of a patient is observed, and the air bag is inflated to a proper height, so that the head of the patient is naturally rested on an operating table; inflating the second air bag 62 by using a second air pump 622 respectively, observing the arms of the patient, and ensuring that the arm protectors at the upper ends of the arms are not tight; it should be noted that the back surfaces (surfaces not in contact with the skin of the patient) of the first air bag 61 and the second air bag 62 are respectively provided with vent holes.

Preferably, the lower ends of the left and right protection arms 4 and 5 extend to the hand to form a hand protection pad 7;

the second air bag 62 extends into the hand protection pad 7.

Preferably, the first air pump 612 is placed in the first pocket 26 on the shoulder of the left shoulder pad 2, and the second air pump 622 is placed in the second pockets 41 on the outer sides of the left arm pad 4 and the right arm pad 5.

The arm of the operation patient may be provided with an infusion tube, so that the left arm protector 4 and the right arm protector 5 are respectively in a sheet shape and are respectively surrounded on the arm and are adhered end to end through magic tapes in order to facilitate putting on and taking off. The infusion tube can penetrate out from the head and the tail adhesion parts, thereby fixing and protecting the infusion tube.

Preferably, the upper surfaces of the left and right guard arms 4 and 5 are respectively provided with a transparent shield 42.

In this embodiment, the transparent protective cover 42 can protect the infusion puncture, avoid needle roller, and facilitate the doctor to check the specific situation of the puncture position at any time.

The present invention has been further described with reference to the embodiments, but the present invention is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present invention within the knowledge of those skilled in the art.

Claims (8)

1. The utility model provides a warm shoulder pad in art, includes shoulder pad body (1), its characterized in that:

the shoulder pad body (1) consists of a left shoulder pad (2), a right shoulder pad (3), a left arm pad (4) and a right arm pad (5);

the left arm protector (4) and the right arm protector (5) are respectively movably connected with the left shoulder protector (2) and the right shoulder protector (3), the left shoulder protector (2) and the right shoulder protector (3) can be respectively bonded with each other at the chest part and the shoulder neck part, after bonding, the upper ends of the left and right shoulder protectors and the shoulder neck parts form a hole (21) for the head part to pass through, the lower end of the hole is opened and extends to the cuff, and the cuffs of the left and right shoulder protectors and the cuff are respectively fixed at the upper end of the arm part through fixing belts (22);

long holes (23) through which pipelines can pass are respectively formed in the front of the left shoulder protector (2) and the right shoulder protector (3), and a slot (24) penetrating through the long holes (23) and the lower end of the shoulder protector body (1) is formed in the lower end of each long hole (23);

the shoulder parts and the chest parts of the left shoulder protector (2) and the right shoulder protector (3) are respectively provided with an adjusting part (25) for adjusting the width and the length of the shoulder protector;

the shoulder neck and the lower ends of the left and right arms of the shoulder protection body (1) are provided with pressure reduction components (6).

2. The intraoperative warm shoulder protector according to claim 1, wherein:

the adjusting part (25) comprises an elastic cloth (251) which is integrally connected with the shoulder pad body (1) and is positioned on the shoulder and a pleated cloth (252) which is positioned in front of the chest;

the pleated cloth (252) of the left shoulder pad (2) and the right shoulder pad (3) is respectively provided with a pulling rope (253).

3. An intraoperative warm shoulder protector according to claim 1, characterized in that the upper end of the long hole (23) is provided with a flip (231) which can cover the long hole (23), and the lower end of the flip (231) is adhered to the shoulder protector body (1).

4. The intraoperative warm shoulder protector according to claim 1, wherein:

the decompression assembly (6) comprises a first air bag (61) positioned on the neck and the shoulder and a second air bag (62) respectively positioned in the interlayer of the left protective arm (4) and the right protective arm (5);

cotton cloth is bonded on the surface of the first air bag (61), one end of the cotton cloth is sewn on the left shoulder pad (2), and the other end of the cotton cloth is bonded on the right shoulder pad (3) by bypassing the neck shoulder;

the first air bag (61) is communicated with the first air pump (612) through the first air inflation tube (611), and the second air bag (62) is communicated with the second air pump (622) through the second air inflation tube (621).

5. An intraoperative warm shoulder protector according to claim 4, wherein:

the lower ends of the left protective arm (4) and the right protective arm (5) extend to the hand to form a hand protection pad (7);

the second airbag (62) extends into the hand protection pad (7).

6. An intraoperative warm shoulder protector according to claim 4, characterized in that the first air pump (612) is placed in a first pocket (26) on the shoulder of the left shoulder protector (2), and the second air pump (622) is placed in a second pocket (41) on the outer side of the left arm protector (4) and the right arm protector (5).

7. The warm shoulder protector in operation of claim 1, characterized in that, the left arm protector (4) and the right arm protector (5) are respectively in the shape of a sheet, which are respectively wound on the arms and are adhered end to end by magic tapes.

8. An intra-operative warm shoulder protector according to claim 1, characterized in that the upper surfaces of the left and right arms (4, 5) are respectively provided with a transparent shield (42).

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