CN204363034U - Adding pressure type operation shoulder heat-preserving clothes - Google Patents

Abstract

A kind of adding pressure type operation shoulder heat-preserving clothes, it is characterized in that comprising the scapular be made up of anter and rear panel, this scapular outer surface is coat layer, inner surface is heat-insulation layer, pressure level is provided with between coat layer and heat-insulation layer, and being respectively equipped with front air bag and rear gasbag in the pressure level of anter and rear panel, this front air bag is connected with respective pressurization balloon respectively by a gas tube with rear gasbag.The anter of above-mentioned scapular is flexibly connected by binding buckle at shoulder place, side and oxter place with rear panel.The utility model structure is simple, easy to operate, result of use is good, economy and durability, use safety, solve the problem that in operation, Perioperative Patients body temperature is low, the patient also solving different building shape wears the problem of heat-preserving clothes heat-insulation layer and skin close contact, makes the operation heat insulation effect that patient reaches effectively comfortable, be respectively equipped with the design of front air bag and rear gasbag in the pressure level of wherein anter and rear panel, effectively meet the problem of the lower warm patients of different position operation.

Description

Compression Surgical Shoulder Warming Gown

technical field

The utility model relates to a medical auxiliary device, in particular to a pressurized surgical shoulder heat preservation garment.

Background technique

Hypothermia in perioperative patients refers to the core temperature of the human body <36°C. Some studies suggest that 50-70% of surgical patients experience hypothermia during surgery. Perioperative hypothermia will cause many adverse effects on patients, such as prolonging hospital stay by 40%, increasing the risk of postoperative infection by 64%, delaying recovery from anesthesia, increasing bleeding tendency and promoting thrombosis, etc. There are two types of intraoperative warming for surgical patients: active and passive. Active heat preservation includes the application of temperature-changing blankets, inflatable heat preservation blankets, liquid heating and other measures. The heat preservation effect is certain, but the equipment and consumables that need to be purchased are expensive, and it is not widely used in most hospitals at present; passive heat preservation refers to maintenance by covering, covering dressings, etc. The body temperature of the patient is constant, and the cost required for active heat preservation is relatively low, so it is easy to popularize and use. Even so, the method used in clinical passive heat preservation is too simple, there are gaps between the covering accessories and the patient's skin, and the heat preservation effect is not good; and the operation is often interrupted due to the falling of the covering, and the covering accessories are replaced.

Therefore, solving the problem of covering and keeping warm by the skin of non-surgical parts during the operation of patients with surgery has become the main problem currently specially aimed at the improvement of warm dressings for patients with surgery.

Contents of the invention

The purpose of this utility model is to provide a kind of pressurized surgical shoulder insulation clothing to overcome the deficiencies in the prior art.

A pressurized surgical shoulder insulation garment, characterized in that it includes a shoulder garment composed of a front panel and a rear panel, the outer surface of the shoulder garment is an outer layer, the inner surface is an insulating layer, and a pressurized layer, and the pressurized layers of the front sheet and the back sheet are respectively provided with a front airbag and a rear airbag, and the front airbag and the rear airbag are respectively connected with respective pressurized balloons through an inflatable tube.

The front piece and the back piece of the above-mentioned shoulder garment are movably connected at one side of the shoulder and under the armpit by bonding buttons.

The utility model has the advantages of simple structure, convenient operation, good use effect, economical durability, and safe use, which solves the problem of low body temperature of patients in the perioperative period during the operation, and the design of the pressurized layer can effectively make the insulation layer tight. In contact with the patient's skin, it avoids the problem of poor thermal insulation effect due to the gap between the thermal insulation material and the skin, and also solves the problem of close contact between the thermal insulation layer and the skin of patients of different sizes, so that the patient can achieve an effective and comfortable surgical thermal insulation effect. The pressure layer of the front panel and the rear panel are respectively equipped with the design of front airbag and rear airbag, which effectively meets the problem of keeping warm for patients under operation in different positions.

Description of drawings

Fig. 1 is a schematic diagram of the front structure of the utility model.

Fig. 2 is a schematic diagram of the fabric structure of the present utility model.

Fig. 3 is a schematic diagram of the back structure of the utility model.

Among them, 1. Shoulder jacket, 2. Front piece, 3. Back piece, 4. Outerwear layer, 5. Insulation layer, 6. Pressure layer, 7. Front airbag, 8. Rear airbag, 9. Inflatable tube, 10. Plus Press balloon, 11, adhesive buckle.

Detailed ways

As shown in Fig. 1, Fig. 2 and Fig. 3, a pressurized surgical shoulder insulation garment is characterized in that it includes a shoulder garment 1 composed of a front panel 2 and a rear panel 3, and the outer surface of the shoulder garment 1 is an outer garment layer 4, The inner surface is a thermal insulation layer 5, and a pressurized layer 6 is arranged between the outer garment layer 4 and the thermal insulation layer 5. The design of the pressurized layer can effectively make the thermal insulation layer closely contact with the patient's skin, avoiding the gap between the thermal insulation auxiliary material and the skin. The problem of poor thermal insulation effect of the gap also solves the problem of close contact between the thermal insulation layer and the skin of patients of different body types. A front airbag 7 and a rear airbag 8 are respectively arranged in the pressurized layer 6 of the rear sheet 3, and the front airbag 7 and the rear airbag 8 are respectively connected to respective pressurized balloons 10 through an inflation tube 9 in consideration of convenient control.

As shown in Figure 1, considering that patients of different body types wear thermal insulation clothes more fit, the front panel 2 and the rear panel 3 of the above-mentioned shoulder garment 1 are movably connected at one side of the shoulder and under the armpit by adhesive buttons 11 for fixing After being adjusted and worn by different patients, it fits better and ensures the effect of being pressed tightly against the skin after pressurization.

When using the utility model, when the patient goes to the operating bed, he will put on the thermal insulation clothing, adjust the shoulder clothing 1, arrange and fix the shoulder clothing 1 shoulder piece and the underarm piece through the adhesive button 11, when performing an operation on a patient in the supine position, And the front airbag 7 is inflated and pressurized by the pressurized balloon 10, so that the pressurized layer 6 is gradually inflated, and the thermal insulation layer 5 can be effectively in close contact with the patient's skin, thus achieving the effect of thermal insulation. When performing an operation on a patient in the prone position, the rear air bag 8 is inflated and pressurized by the pressurized balloon 10, so that the pressurized layer 6 is gradually inflated, and the heat insulating layer 5 can be effectively in close contact with the patient's skin, thereby achieving the effect of heat preservation. Effect. The length of the shoulder garment is designed to reach the level of adult breasts, so as to avoid affecting the disinfection and operation of abdominal surgery. In order to avoid cross-infection, the shoulder quilt adopts the principle of patient-use-clean-disinfection.

Claims (2)

1. an adding pressure type operation shoulder heat-preserving clothes, it is characterized in that comprising the scapular (1) be made up of anter (2) and rear panel (3), this scapular (1) outer surface is coat layer (4), inner surface is heat-insulation layer (5), pressure level (6) is provided with between coat layer (4) and heat-insulation layer (5), and be respectively equipped with front air bag (7) and rear gasbag (8) in anter (2) and the pressure level (6) of rear panel (3), this front air bag (7) is connected with respective pressurization balloon (10) respectively by a gas tube (9) with rear gasbag (8).

2. adding pressure type operation shoulder heat-preserving clothes as claimed in claim 1, is characterized in that the anter (2) of above-mentioned scapular (1) is flexibly connected by binding buckle (11) at shoulder place, side and oxter place with rear panel (3).