CN207785470U - Simple air wave pressure therapy device - Google Patents

Abstract

The utility model discloses a simple air wave pressure treatment device, which belongs to the field of medical equipment and has simple structure, low cost and convenient carrying, and comprises a limb sleeve, wherein the limb sleeve comprises a tip air bag and a plurality of arm air bags which are connected in sequence, and a limb placing cavity is formed in the tip air bag and the plurality of arm air bags together; the end part air bag is positioned at one end of the limb sleeve, the other end of the limb sleeve is a limb release end, the end part air bag further comprises a plurality of pressurizing balls, and each pressurizing ball is provided with an air release valve; the end portion air bags are communicated with a pressurizing ball through hoses, a pressurizing ball is arranged corresponding to each arm portion air bag, and each arm portion air bag is communicated with the corresponding pressurizing ball through a hose. The air wave pressure treatment device of the utility model has the advantages of simple structure, low cost, convenient carrying and the like, and can be widely popularized and used.

Description

Simple air wave pressure therapy device

technical field

The utility model relates to the field of medical equipment, in particular to a simple air wave pressure treatment device.

Background technique

The air wave pressure therapy instrument is used to treat limb deep vein thrombosis. For patients with hemiplegia, paraplegia, paralysis, and long-term bed rest, patients who are prone to limb deep vein thrombosis due to slow blood flow and no muscle contractility have great good therapeutic effect.

Existing air wave pressure therapy instruments are usually composed of limb sleeves and corresponding pressure instruments, which are then connected through corresponding air hoses, and the pressure instruments are used to inflate and deflate the air bags in the limb sleeves, so as to realize the treatment of patients. limbs for pressure therapy purposes. However, because the existing pressure instruments are generally bulky and complex in structure, it is very inconvenient to carry the entire air wave pressure therapy instrument, which greatly limits the scope of use of the air wave pressure therapy equipment; It is not easy to be widely used.

Utility model content

The technical problem solved by the utility model is: the existing air wave pressure therapy instrument has problems such as complicated structure, high cost and inconvenient carrying.

The technical scheme adopted by the utility model to solve the technical problem is: a simple air wave pressure treatment device, including a limb cover, the limb cover includes an end airbag and a plurality of arm airbags connected in sequence, and the end airbag and multiple arm airbags are connected in sequence. A limb placement cavity is jointly formed in the two arm airbags; the end airbag is located at one end of the limb cover, and the other end of the limb cover is the limb insertion end, and also includes a plurality of pressurized balls, each pressurized ball has a Deflation valve; the end airbag communicates with a pressurized ball through a flexible pipe, and a pressurized ball is correspondingly arranged with each arm airbag, and each arm airbag is respectively connected with a corresponding pressurized ball through a flexible pipe. The ball connects.

Further, a zipper is arranged on the plurality of arm airbags along the axial direction of the limb cover, one end of the zipper runs through to the end of the limb insertion, and the other end of the zipper extends to the vicinity of the end airbag.

Further: it also includes a tightening part, the tightening part includes a belt buckle and a drawstring that are mated and connected with each other; the drawstring buckle and the drawstring in the same set of tightening parts are arranged on the same arm airbag, and the drawstring The buckle is on one side of the zipper and the drawstring is on the other side of the zipper.

Further, at least one set of tightening parts is provided on the arm airbag closest to the end of the limb insertion.

Further, a set of tightening parts is provided corresponding to each arm airbag.

Further, there are three arm airbags.

The beneficial effects of the utility model are: the simple air wave pressure treatment device described in the utility model does not need to be equipped with corresponding pressure instruments, and at the same time, the inflation and deflation operations of each airbag are respectively realized through a plurality of pressurized balls, so it can be extremely Great convenience for carrying the entire air wave pressure therapy device, and the air wave pressure therapy device described in the utility model does not need to use electric energy when used, and can be completely realized by manually squeezing the pressurized ball, so it can be used outdoors, improving The scope of use of the air wave pressure therapy device is defined. In addition, the air wave pressure therapy device described in the utility model has the advantages of simple structure, low cost and convenient portability, so it can be widely popularized and used.

Description of drawings

Fig. 1 is a structural example diagram of a simple air wave pressure therapy device suitable for the arm;

Fig. 2 is a structural example diagram of a simple air wave pressure therapy device suitable for the leg;

The marks in the figure are: end airbag 1, arm airbag 2, limb placement cavity 3, limb insertion end 4, pressurized ball 5, deflation valve 6, hose 7, zipper 8, drawstring buckle 9, drawstring 10.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment the utility model is further described.

As shown in accompanying drawing 1 or accompanying drawing 2, the simple type air wave pressure therapy device described in the utility model comprises limb cover, and described limb cover comprises end airbag 1 and a plurality of arm airbags 2 connected in sequence, In the end airbag 1 and a plurality of arm airbags 2, a limb placement cavity 3 is jointly formed; the end airbag 1 is located at one end of the limb cover, and the other end of the limb cover is the limb insertion end 4; described in the utility model The simple air wave pressure therapy device of the present invention also includes a plurality of pressurized balls 5, and a deflation valve 6 is arranged on each pressurized ball 5; Each arm airbag 2 is correspondingly provided with a pressurized ball 5 , and each arm airbag 2 communicates with the corresponding pressurized ball 5 through a hose 7 .

Wherein, the limb placement cavity 3 is a cavity for the patient to place the corresponding limb, such as the patient's arm or foot and other limb parts that need to be treated. In addition, the main function of the end airbag 1 is to place the palm or the sole of the patient's limbs accordingly. Therefore, according to the different limbs of the patient that the air wave pressure therapy device is suitable for, the end airbag 1 is usually set in different shapes, for example With reference to the example diagram shown in accompanying drawing 1, its end air bag 1 is arranged in the shape of a palm, so this air wave pressure therapy device can be suitable for carrying out supporting treatment to patient's arm; And referring to the example diagram shown in accompanying drawing 2, its The air bag 1 at the end is set in the shape of the sole of the foot, so the air wave pressure therapy device can be suitable for supporting the treatment of the patient's foot.

The arm airbags 2 described in the utility model are used to wrap around the corresponding limbs of the patient, and realize the wrapping of the entire limbs of the patient through a plurality of successively connected arm airbags 2, and then through the end airbags 1 and A plurality of arm airbags 2 are inflated and deflated sequentially to achieve the purpose of air wave pressure therapy on the limbs. Theoretically, there is no strict limit to the number of arm airbags 2 in the limb cover in the present invention; in order to facilitate operation, and in combination with the actual situation, three arm airbags 2 are preferably provided in the present invention, as shown in accompanying drawing 1 and accompanying drawing shown in 2.

In addition, the pressurized ball 5 described in the present utility model is an operating component for filling and discharging gas into the corresponding airbags (the end airbag 1 and the arm airbag 2). For example, when it is necessary to fill a certain airbag with gas, it is only necessary to manually squeeze the corresponding pressurized ball 5; After the air release valve 6, carry out decompression and air release to get final product. Of course, theoretically, each airbag should be matched with one filling balloon 5 respectively, and communicated through an independent hose 7; the independent inflation and deflation control of multiple airbags can be realized through multiple filling balloons 5 .

In addition, when the limb sleeve described in the present invention needs to be placed on the corresponding limb of the patient, the patient's limb needs to be extended from the limb insertion end 4 of the limb sleeve into the limb placement cavity 3 . In order to extend the patient's limbs into the limb placement cavity 3 more conveniently, as shown in the accompanying drawings, the utility model is further provided with a slide fastener 8 on a plurality of arm airbags 2 along the axial direction of the limb cover, and one end of the slide fastener 8 Through to the limb insertion end 4, the other end of the zipper 8 extends to the vicinity of the end airbag 1. In this way, after pulling the zipper 8, the limb placement chamber 3 can be opened from the limb insertion end 4 along the direction of the slide fastener 8, so that the patient's limb is put into the limb placement chamber 3 more conveniently; After the limb is placed in the cavity 3, the zipper 8 needs to be tightened so that the limb cover can be effectively wrapped on the patient's limb.

More specifically, in the above case where the zipper 8 is provided, it is considered that the tightening effect of the zipper 8 is often poor when the airbag is inflated, so in order to avoid causing the tightened zipper 8 to be stretched, this In the utility model, a tightening part is further provided, and the tightening part includes a belt buckle 9 and a drawstring 10 that are connected to each other; , and the drawstring buckle 9 is located on one side of the slide fastener 8, and the drawstring 10 is located on the other side of the slide fastener 8. In this way, by connecting and matching the strap 10 of the tightening member with the belt buckle 9, the arm airbags 2 on both sides of the zipper 8 can be tightened by the tightening member, thereby avoiding the situation that the zipper 8 is stretched. Specifically, the specific structure and installation method of the tightening member can refer to those shown in the accompanying drawings.

Without loss of generality, the installation position and quantity of the tightening parts in the present utility model can be determined according to the actual situation. Alternatively, a set of tightening members may be provided corresponding to each arm airbag 2 . As shown in the example figure with reference to accompanying drawing 2, its limb cover is provided with three arm airbags 2, and on the arm airbag 2 in the middle and the arm airbag 2 closest to the limb insertion end 4 respectively A set of tie-downs is provided.

Claims (6)

1. Simple air wave pressure therapy device, comprising limb cover, described limb cover comprises end airbag (1) and a plurality of arm airbags (2) that are connected successively, in end airbag (1) and a plurality of arm airbags The airbag (2) forms a limb placement cavity (3) together; the end airbag (1) is located at one end of the limb cover, and the other end of the limb cover is the limb insertion end (4), which is characterized in that: it also includes multiple A pressurized ball (5) has a deflation valve (6) on each pressurized ball (5); the end air bag (1) is communicated with a pressurized ball (5) by a flexible pipe (7), A pressurized ball (5) is arranged corresponding to each arm airbag (2), and each arm airbag (2) communicates with the corresponding pressurized ball (5) through a hose (7). 2. The simple air wave pressure treatment device as claimed in claim 1, characterized in that: on a plurality of arm airbags (2), a slide fastener (8) is arranged along the axial direction of the limb cover, and the slide fastener (8) One end runs through to the limb insertion end (4), and the other end of the zipper (8) extends to the vicinity of the end airbag (1). 3. The simple air wave pressure treatment device as claimed in claim 2, characterized in that: it also includes a tightening part, and the tightening part includes a strap buckle (9) and a strap (10) that are mated and connected to each other; the same The belt buckle (9) and the belt (10) in the sleeve tightening part are arranged on the same arm airbag (2), and the belt buckle (9) is located on one side of the zipper (8), and the belt (10 ) is located on the other side of the zipper (8). 4. The simple air wave pressure therapy device according to claim 3, characterized in that: at least a set of tightening parts is provided on the arm airbag (2) closest to the limb insertion end (4). 5. The simple air wave pressure therapy device according to claim 3, characterized in that: each arm airbag (2) is provided with a set of tightening parts. 6. The simple air wave pressure therapy device according to any one of claims 1 to 5, characterized in that there are three arm airbags (2).