CN205031319U - Intelligent arteria femoralis shorts for hemostasis by compression - Google Patents

Abstract

The utility model discloses an intelligent shorts for femoral artery compression and hemostasis, which comprises a shorts body. The inner surface is provided with a plurality of uniformly arranged small airbags; the airbag belt body is also provided with a micro air pump, a storage battery and a pressure sensor, and the micro air pumps are respectively connected to the small airbags through a control valve; the storage battery is electrically connected to the micro an air pump; the pressure sensor is arranged on the inner surface of the airbag body; the controller communicates wirelessly with the compression and hemostasis device through a wireless transmission device; the controller includes a display device, an input device, a processor and power supply unit. The purpose of the utility model is to provide an intelligent shorts for femoral artery compression and hemostasis, which realizes the purpose of local pressurization or decompression by intelligently controlling the airbags in different parts.

Description

An intelligent femoral artery compression hemostasis shorts

technical field

The utility model relates to the field of medical technology, in particular to an intelligent shorts for femoral artery compression and hemostasis.

Background technique

At present, for patients with femoral artery puncture or catheterization, hemostasis must be performed at the puncture site after surgery to prevent bleeding or after the catheter is removed. While achieving the purpose of hemostasis at the puncture point, the local blood pressure of the blood vessel can maintain the blood flow to the maximum extent without affecting the blood supply to the distal limbs.

At present, the conventional hemostasis is to use gauze, elastic bandage for pressure bandage or manual air bag pressure, but this method of compression hemostasis has the following problems:

1. Insufficient compression, the puncture point is easy to bleed, ooze, and even form a local hematoma;

2. Excessive pressure may cause ischemic symptoms at the distal end of the limb, and even induce thromboembolism at the distal end of the punctured vessel, and compress local skin necrosis;

3. If the elastic bandage is used for pressure bandaging for a long time, the comfort of the patient is extremely low, and there is a risk of skin damage;

4. If the manual airbag pressurization method is used, it is often necessary to continuously pressurize the airbag. Clinically, it is necessary to accompany the person to operate the airbag by hand all the time, which limits the freedom of the patient and family members and increases the risk of bleeding at the puncture site. Work also brings trouble;

5. Due to the inconsistency of the parts that need to stop bleeding, the existing ones need to manually move the airbag to achieve the purpose of compression and hemostasis at different parts; however, the airbag in the tourniquet is difficult to move accurately or is not easy to move, so the compression position is not easy to determine and difficult to change It can also cause a certain degree of local skin necrosis or hematoma.

Utility model content

The purpose of the utility model is to provide a kind of intelligent femoral artery compression hemostasis shorts, which realizes the purpose of local pressurization or decompression by intelligently controlling the airbags in different parts.

In order to achieve the above purpose, the technical solution adopted by the utility model is: a kind of intelligent shorts for femoral artery compression and hemostasis, including the shorts body,

The shorts body is provided with a compression hemostatic device and a controller, and the compression hemostatic device is arranged on the shorts body near the groin of the human body; the compression hemostatic device is looped around the human body's groin for one week; located at the waistband of the shorts body;

The compression hemostasis device comprises an air bag belt body, the inner surface of the air bag belt body is provided with a plurality of uniformly arranged small air bags; the air bag belt body is also provided with a micro air pump, a storage battery and a pressure sensor, and the micro air pump passes through the A control valve is connected with the small air bag; the battery is electrically connected with the micro air pump; the pressure sensor is arranged on the inner surface of the air bag body;

The controller communicates wirelessly with the compression hemostasis device through a wireless transmission device;

The controller includes a display device, an input device, a processor and a power supply device; the pressure sensor transmits data to the processor in the controller through a wireless transmission device for analysis and processing; if the pressure is too large or too small, The processor adjusts the size of the corresponding control valve in the compression hemostatic device through the wireless transmission device.

A kind of intelligent femoral artery compression hemostatic shorts as described above, wherein, the inner surface of the airbag belt is provided with six small airbags, and the six small airbags are arranged in a matrix of 2*3; each small airbag is in the shape of a rectangle , each small airbag is tightly connected, and the pressure area can be integrated after inflation;

The number of the pressure sensors is six, which are respectively arranged on the side of each small air bag.

A kind of intelligent femoral artery compression hemostatic shorts as described above, wherein, the controller is also provided with two air pressure control buttons, which are respectively an increase button and a decrease button; To control the control valve so as to realize the adjustment of the pressure.

A kind of intelligent femoral artery compression hemostatic shorts as described above, which also includes an alarm device, the alarm device is arranged on the top of the outer shell of the controller, and the alarm device is connected to the microprocessor;

The alarm device is a sound and light alarm.

The smart shorts for femoral artery compression and hemostasis as described above, wherein the wireless transmission device is a signal transceiving device, and the signal transceiving device is respectively arranged in the controller and the compression hemostasis device.

The smart shorts for femoral artery compression and hemostasis as described above, wherein, the display device is a display; the input device is a keyboard; and the power supply device is a storage battery.

A kind of smart shorts for femoral artery compression and hemostasis as mentioned above, wherein, the shorts body is boxer pants, the crotch is designed with an open crotch, and the front crotch and the back stop are provided with crotch protection pieces, so The crotch protector is arranged on the front crotch part and the rear stop part through the hook and loop fastener.

The smart shorts for femoral artery compression and hemostasis as described above, wherein the shorts body is made of pure cotton; the airbag belt is made of low-elastic cloth;

An adjustable buckle is provided at the waist of the trousers.

Compared with the prior art, the beneficial effects produced by the utility model are mainly reflected in:

1. A kind of intelligent shorts for femoral artery compression hemostasis of the present invention, by combining the femoral artery compression hemostasis device with a controller, realizes the intelligent control of multiple airbags at the same time, which is convenient for selecting different ones according to the specific conditions of patients. Airbags for pressurization management;

2. A kind of intelligent shorts for femoral artery compression and hemostasis of the utility model, which has the characteristics of convenient adjustment, comfortable wearing, safety and reliability;

3. A kind of intelligent femoral artery compression hemostasis shorts of the utility model can realize remote control and real-time monitoring of the pressure at each airbag, so that it is convenient for the user to control the pressure adjustment of the airbag by using the controller;

Description of drawings

Fig. 1 is the structural representation of a kind of intelligent femoral artery compression hemostasis shorts of the present utility model;

Fig. 2 is the structural representation of the controller of a kind of intelligent femoral artery compression hemostasis shorts of the present utility model;

Fig. 3 is a functional block diagram of an intelligent femoral artery compression hemostasis shorts of the present invention.

Explanation of reference signs:

1. Pants body 2. Compression hemostasis device 3. Controller

111, trouser waist 18, adjustment buckle 4, air bag belt body

5. Small air bag 6. Micro air pump 7. Battery

8. Pressure sensor 9, control valve 10, wireless transmission device

11. Display device 12, input device 13, processor

14. Power supply device 15, alarm device 16, increase button

17. Decrease button 18. Crotch protector

detailed description

In order to facilitate the understanding of the purpose, technical solutions and effects of the utility model, the utility model will be further described in detail in combination with embodiments.

As shown in Fig. 1, Fig. 2 and Fig. 3, a kind of intelligent shorts for femoral artery compression and hemostasis of the present utility model includes a shorts body 1, and a compression hemostasis device 2 and a controller 3 are arranged on the shorts body 1. The compression hemostatic device 2 is set at the position of the shorts body 1 close to the groin of the human body; the compression hemostatic device 2 is looped around the human body's groin for one week; the controller 3 is hung at the waist 111 of the shorts body 1 The compression hemostatic device 2 includes an airbag belt body 4, the inner surface of the airbag belt body 4 is provided with a plurality of evenly arranged small airbags 5; the airbag belt body 4 is also provided with a micro air pump 6, a storage battery 7 and Pressure sensor 8, described miniature air pump 6 is connected with small air bag 5 through a control valve 9 respectively; Described storage battery 7 is electrically connected described micro air pump 6; The controller 3 communicates wirelessly with the compression hemostatic device 2 through a wireless transmission device 10; the controller 3 includes a display device 11, an input device 12, a processor 13 and a power supply device 14; The transmission device 10 transmits the data to the processor 13 in the controller 3 for analysis and processing; if the pressure is too large or too small, the processor 13 will transmit the data to the corresponding pressure in the compression hemostasis device 2 through the wireless transmission device 10. The control valve 9 is used to adjust the size.

An intelligent shorts for femoral artery compression and hemostasis of the utility model, by combining the femoral artery compression hemostasis device 2 with the controller 3, realizes the intelligent control of multiple airbags at the same time, which is convenient for selecting different ones according to the specific conditions of the patient. The airbag is used for pressurization management; no need for the patient's family members or medical staff to operate the whole process, which is not only safer, but also improves the work efficiency of the medical staff.

A kind of intelligent femoral artery compression hemostasis shorts of the present utility model, its working process is as follows:

A kind of intelligent femoral artery compression hemostasis shorts of the utility model, the medical staff puts on the shorts for the patient, puts the compression hemostasis device 2 on the affected part, and then judges the required airbag according to the specific hemostasis part of the patient; The airbag and the corresponding control valve 9 are set to be opened on the controller 3; of course, several airbags can also be opened at the same time for compression and hemostasis; during the working process of the airbag, the pressure signal detected by the pressure sensor 8 passes through the signal The transceiver device transmits the air pressure signal to the processor 13 in the controller 3, the signal transmitted by the pressure sensor 8 is connected to the processor 13 through the A\D converter, and the processor 13 receives the signal Carry out analysis and processing, compare it with its preset value, if it exceeds the preset value, the processor 13 will connect the control valve 9, temporarily close the control valve 9, and stop the inflation; otherwise, continue to inflate; medical staff can also according to actual needs The air pressure is adjusted by the increase/decrease button 17; when the preset time arrives, the alarm device 15 gives a warning, and the patient adjusts the air pressure according to the reminder.

As shown in Fig. 1, Fig. 2 and Fig. 3, a kind of intelligent femoral artery compression hemostasis shorts of the present utility model, the inner surface of the airbag belt body 4 is provided with six small airbags 5, and the six small airbags 5 are in the form of Arranged in a 2*3 matrix; each small airbag 5 is closely connected; the small airbag 5 is rectangular; the number of the pressure sensors 8 is six, which are respectively arranged next to each small airbag 5 .

A kind of intelligent femoral artery compression hemostasis shorts of the utility model, the small air bag 5 is in the shape of a rectangle, when the adjacent small air bag 5 is inflated, it can realize seamless connection, and better achieve the purpose of compression and hemostasis; The four small airbags 5 are arranged in a matrix, which is convenient for the medical staff to select different small airbags 5 to adjust the pressure location and range according to the specific conditions of the patient.

As shown in Fig. 1, Fig. 2 and Fig. 3, a kind of intelligent femoral artery compression hemostasis shorts of the present utility model is also provided with two air pressure control buttons on the controller 3, which are respectively the increase button 16 and the decrease button. Small button 17; the air pressure control button controls the control valve 9 through the processor 13 so as to realize the adjustment of the pressure.

An intelligent femoral artery compression hemostasis shorts of the utility model is provided with an increase button 16 and a decrease button 17, so that medical staff or patients can manually adjust the pressure.

As shown in Figure 1, Figure 2 and Figure 3, a kind of intelligent femoral artery compression hemostasis shorts of the present utility model also includes an alarm device 15, and the alarm device 15 is arranged on the top of the outer shell of the controller 3 , the alarm device 15 is connected to the microprocessor 13; the alarm device 15 is an audible and visual alarm.

A kind of intelligent femoral artery compression hemostasis shorts of the utility model can set a certain time for compression hemostasis, if the time is reached, the alarm device 15 will send out an alarm signal, and the patient will turn off the switch according to the reminder to stop the hemostasis operation .

As shown in Fig. 1, Fig. 2 and Fig. 3, a kind of intelligent femoral artery compression hemostasis shorts of the present utility model, described wireless transmission device 10 is signal transceiving device, and described signal transceiving device is respectively arranged at described controller 3 and compress the hemostatic device 2.

As shown in Figure 1, Figure 2 and Figure 3, a kind of intelligent femoral artery compression hemostasis shorts of the present utility model, described display device 11 is a monitor; Described input device 12 is a keyboard; Described power supply device 14 is a storage battery 7.

As shown in Fig. 1, Fig. 2 and Fig. 3, a kind of intelligent femoral artery compression hemostasis shorts of the present utility model, described shorts body is boxer pants, and its crotch part adopts crotch-opening design, and its front crotch part and rear stop The crotch protector 18 is arranged on the upper part, and the crotch protector 18 is arranged on the front crotch part and the rear stop part by hook and loop.

The utility model relates to an intelligent femoral artery compression hemostasis shorts. The crotch part of the shorts body adopts an open crotch design, which is convenient for bedridden patients to urinate and defecate.

As shown in Figure 1, Figure 2 and Figure 3, a kind of intelligent femoral artery compression hemostasis shorts of the present utility model, described shorts body 1 adopts pure cotton material; Described airbag belt body 4 adopts the cloth of low elasticity; An adjustable buckle 18 is provided at the waistband 111 of the trousers.

The utility model has been further described above in conjunction with the embodiments, but the utility model is not limited to the above-mentioned embodiment, within the scope of knowledge possessed by those of ordinary skill in the art, it can also be used without departing from the purpose of the utility model. Make various changes.

Claims (8)

1. an intelligent femoral artery compressing hemostasis medicated underpants, comprises medicated underpants body, it is characterized in that:

Described medicated underpants body is provided with compression hemostasis device and controller, and described compression hemostasis device is located at the inguinal position of close human body of medicated underpants body; Described compression hemostasis device around human body groin position one week in the form of a ring; Described controller is hung on the waistband of described medicated underpants body;

Described compression hemostasis device comprises air bag belt body, and the inner surface of described air bag belt body is provided with multiple evenly distributed ballonet; Also be provided with micro air pump, accumulator and pressure transducer in described air bag belt body, described micro air pump is connected with ballonet respectively by a control valve; Described storage battery connects described micro air pump; Described pressure transducer is located on the inner surface of described airbag body;

Described controller carries out wireless telecommunications by radio transmitting device and described compression hemostasis device and is connected;

Described controller comprises display device, input equipment, processor and supply unit; The processor that described pressure transducer is transferred data in described controller by radio transmitting device carries out analyzing and processing; If display pressure is excessive or too small, described processor carries out adjusting size by radio transmitting device to the corresponding control valve in described compression hemostasis device.

2. one according to claim 1 intelligent femoral artery compressing hemostasis medicated underpants, is characterized in that:

The inner surface of described air bag belt body is provided with six ballonets, and six ballonets are the arrangement of 2*3 matrix; The rectangular shape of described ballonet, compact siro spinning technology between each ballonet, after inflation, pressure area can merge one;

The quantity of described pressure transducer is six, and it is located at the side of each ballonet respectively.

3. one according to claim 2 intelligent femoral artery compressing hemostasis medicated underpants, is characterized in that:

Described controller is also provided with two air pressure control knobs, is respectively increasing button and reduces button; Described air pressure control knob controls described control valve by microprocessor thus realizes the adjustment of pressure size.

4. one according to claim 3 intelligent femoral artery compressing hemostasis medicated underpants, is characterized in that:

Also comprise alarm device, the top of the shell body of described controller is located at by described alarm device, and described alarm device is connected with described microprocessor;

Described alarm device is an audible-visual annunciator.

5. one according to claim 4 intelligent femoral artery compressing hemostasis medicated underpants, is characterized in that:

Described radio transmitting device is signal receiving/transmission device, and described signal receiving/transmission device is located in described controller and compression hemostasis device respectively.

6. one according to claim 5 intelligent femoral artery compressing hemostasis medicated underpants, is characterized in that:

Described display device is display; Described input equipment is keyboard; Described supply unit is accumulator.

7. one according to claim 6 intelligent femoral artery compressing hemostasis medicated underpants, is characterized in that:

Described medicated underpants body is straight angle trousers, and its crotch adopts opens crotch design, and its front crotch and rear shelves portion are equipped with supporter sheet, and described supporter sheet is located in described front crotch and rear shelves portion by thread gluing.

8. one according to claim 7 intelligent femoral artery compressing hemostasis medicated underpants, is characterized in that:

Described medicated underpants body adopts textile material; Described air bag belt body adopts the cloth of low elastic force;

Described waistband arranges the adjusting button of adjustable size.