CN205144642U

CN205144642U - Gasbag haemostat

Info

Publication number: CN205144642U
Application number: CN201520860391.4U
Authority: CN
Inventors: 李上
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-10-30
Filing date: 2015-10-30
Publication date: 2016-04-13
Anticipated expiration: 2025-10-30

Abstract

The utility model relates to a gasbag haemostat, pressure device, air duct is included and the elasticity gasbag of gassing can be filled, the one end of air duct with pressure device sealing connection, its other end with gasbag sealing connection, the gasbag includes a plurality of cavities. The beneficial effects of the utility model are that: compare and use traditional gauze to clog the hemostasis, can make internal organs through the gasbag oppression in the each point atress more even, difficultly the oppression appears and omit the position, improve the hemostasis by compression success rate, simultaneously, the use is simple and convenient, operating speed is fast, avoids loaded down with trivial details step, can effectively reduce patient's volume of losing blood, reducible consumptive material to avoid appearing the gauze and omit the medium risk of abdomen, each other do not feed through between the cavity, fill the gassing and all can go on alone, be favorable to judging the position of stopping blooding and failing, accessible time locate to go the further operation of stopping blooding in this.

Description

Air-sac hemostat

Technical field

This utility model belongs to medical instruments field, is specifically related to a kind of air-sac hemostat.

Background technology

In operation, Hemostasis generally comprises hemostasis by compression, electric coagulation hemostasis, hemostasis by ligation.Wherein oozing of blood is applicable to using pressure hemostasis, and little angiorrhexis is applicable to coagulation or hemostasis by ligation method, is applicable to hemostasis by ligation method for large angiorrbagia.Being operating as of hemostasis by compression uses external force by isobaric for gauze under the pressure of hemorrhage local, to make tiny blood vessels obliteration, thus reaches haemostatic effect.Have report during this year, due to medical worker's operate miss, forgotten by hemostatic gauze in patient body, harm patient body is healthy, causes doctor-patient dispute.

Utility model content

In order to solve prior art Problems existing, this utility model provides a kind of air-sac hemostat, its have structure simple, easy to operate, avoid the features such as iatrogenic injury.

The technical scheme that this utility model adopts is:

A kind of air-sac hemostat, comprise pressue device, airway and can the elastic bag of inflation/deflation, one end and the described pressue device of described airway are tightly connected, and its other end is connected with described air sac sealing; The interior separation of described air bag has multiple chamber.Air bag is placed in the internal organs that need stop blooding, utilizes pressue device to airbag aeration, after airbag aeration moral integrity, can hemostasis by compression be carried out.Compare and use traditional gauze hemostasis with packs, each point in internal organs can be made stressed more even by balloon tamponade, not easily occur that position is omitted in compressing, improves hemostasis by compression success rate; Meanwhile, easy to use, speed of operation is fast, avoids tedious steps, can effectively reduce patient's blood loss; Can consumptive material be reduced, and avoid occurring that abdomen medium risk omitted by gauze.

Optionally, also comprise gas-distributing pipe, the equal correspondence of each described chamber is communicated with a gas-distributing pipe, and described airway is by described gas-distributing pipe and described chamber.

Optionally, each described gas-distributing pipe is all provided with a gas valve.Use pressue device can separately to an air bag chamber inflation/deflation, after hemostasis by compression terminates, by chamber venting mode aerofluxus one by one, if state of an illness hemostasis by compression failure, venting chamber position just there will be oozing of blood, therefore, can in venting decompression process in Timeliness coverage active hemorrhage, also can in time in the further hemostasis operation of this place's row.

Optionally, the quantity of described chamber is four, and four described chambers are not communicated with mutually; Four described pneumatophores are that two row two row are evenly arranged.Four chamber arrangements are even, are applicable to the hollow internal organs of the regular shape such as uterus; , be not communicated with mutually between chamber, inflation/deflation all can carry out separately meanwhile, is conducive to the position judging that hemostasis is failed.

Optionally, in order to easy, easy to operate, described pressue device is pressure ball.

Optionally, described air bag be externally coated with hemorrhage bisque.Styptic powder can arrive deep tissue, can strengthen styptic powder haemostatic effect.

Optionally, the outside of described air bag is coated with hemostatic gauze, and the outside of described hemostatic gauze is coated with guard.After gasbag hemostatic, utilize outside coated gauze to absorb the blood flowed out, be conducive to the plot of carrying out wound surface, save operating time, surgical field of view can be allowed clear.

The beneficial effects of the utility model are: compare and use traditional gauze hemostasis with packs, each point in internal organs can be made stressed more even, not easily occur that position is omitted in compressing, improves hemostasis by compression success rate by balloon tamponade; Meanwhile, easy to use, speed of operation is fast, avoids tedious steps, can effectively reduce patient's blood loss; Can consumptive material be reduced, and avoid occurring that abdomen medium risk omitted by gauze; Be not communicated with mutually between chamber, inflation/deflation all can carry out separately, is conducive to the position judging that hemostasis is failed, can in time in the further hemostasis operation of this place's row.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

In figure: 1, pressue device; 2, airway; 3, air bag; 4, gas-distributing pipe; 5, gas valve.

Detailed description of the invention

As shown in Figure 1, this utility model provides a kind of air-sac hemostat, and comprise pressue device 1, airway 2 and can the elastic bag 3 of inflation/deflation, one end and the described pressue device 1 of described airway 2 are tightly connected, and its other end and described air bag 3 are tightly connected.Wherein, pressue device 1 can select clinically conventional pressurizing ball, convenient, volume is little.Or adopt air pump as pressue device, connect electronic display etc. simultaneously, not only can realize pressurization, and intuitively can also read force value.

The interior separation of described air bag 3 has multiple chamber.Can be communicated with between multiple chamber, or not be communicated with.When chamber, can directly rinse to whole chambers by airway 2, inflation be convenient and speed is fast.When chamber is not communicated with, also need to install gas-distributing pipe 4 additional on equipment, the equal correspondence of each described chamber is communicated with a gas-distributing pipe 4, and described airway 2 is by described gas-distributing pipe 4 and described chamber.Meanwhile, each described gas-distributing pipe 4 is all provided with a gas valve 5, and each gas valve is arranged on nearly inducing QI pipe end, the object of inflate respectively to reach, exitting.So each independently chamber, helps doctor to judge hemostasis failed point in the process that can effectively exit one by one at chamber.

This utility model is applicable to clinically to the hemostasis of hollow organ, as stomach, uterus etc.For uterus, the quantity of described chamber is set to four, and four described pneumatophores are that two row two row are evenly arranged, to adapt to the shape in uterus.Concrete operational approach is: 1. transvaginal: make patient keep calculi position position, air bag transvaginal is probeed into intrauterine, keeps four breather lines to be in open state, use pressurizing ball to the appropriate inflating pressure of air bag, make airbag wall be close to Uterus wall, reach hemostasis object; 2. through abdominal incision: air bag is probeed into intrauterine by abdominal incision, keep all breather lines open, use pressurizing ball to the appropriate inflating pressure of air bag, make airbag wall be close to Uterus wall.Observe without after active hemorrhage, now folder closes wherein three breather lines, open air bleeding valve, discharge the pressure of one of them air bag, observe after earth pressure release, if find, active hemorrhage occurs, then can quick position petechia, multidigit in this air bag place, and in time in the further hemostasis operation of this place's row; If there is no active hemorrhage, then open a breather line again, by that analogy, until four gasbag pressures all discharge.If now hemostasis completes, then extract air bag out, operation terminates.

In order to reach better haemostatic effect, described air bag be externally coated with hemorrhage bisque.Another kind of scheme is that the outside of described air bag is coated with hemostatic gauze, and the outside of described hemostatic gauze is coated with guard.

This utility model is not limited to above-mentioned preferred forms; anyone can draw other various forms of products under enlightenment of the present utility model; no matter but any change is done in its shape or structure; every have identical with the application or akin technical scheme, all drops within protection domain of the present utility model.

Claims

1. an air-sac hemostat, is characterized in that: comprise pressue device, airway and can the elastic bag of inflation/deflation, one end and the described pressue device of described airway are tightly connected, and its other end is connected with described air sac sealing; The interior separation of described air bag has multiple chamber.

2. air-sac hemostat according to claim 1, is characterized in that: also comprise gas-distributing pipe, and the equal correspondence of each described chamber is communicated with a gas-distributing pipe, and described airway is by described gas-distributing pipe and described chamber.

3. air-sac hemostat according to claim 2, is characterized in that: each described gas-distributing pipe is all provided with a gas valve.

4. air-sac hemostat according to claim 3, is characterized in that: the quantity of described chamber is four, and four described chambers are not communicated with mutually; Four described pneumatophores are that two row two row are evenly arranged.

5. air-sac hemostat according to claim 1, is characterized in that: described pressue device is pressure ball.

6. the air-sac hemostat according to any one of Claims 1 to 5, is characterized in that: described air bag be externally coated with hemorrhage bisque.

7. the air-sac hemostat according to any one of Claims 1 to 5, is characterized in that: the outside of described air bag is coated with hemostatic gauze, and the outside of described hemostatic gauze is coated with guard.