CN204864248U

CN204864248U - High -efficient cardiovascular drainage device for internal medicine

Info

Publication number: CN204864248U
Application number: CN201520612743.4U
Authority: CN
Inventors: 李晓彤
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-08-14
Filing date: 2015-08-14
Publication date: 2015-12-16
Anticipated expiration: 2025-08-14

Abstract

The utility model discloses a high -efficient cardiovascular drainage device for internal medicine relates to cardiovascular internal medicine medical equipment modified technical field. Including two gasbags, the stiff end of every gasbag is installed respectively in a backup pad, connects with the help of at least two bracing pieces between two backup pads, the expansion end installation of two gasbags is fixed respectively at the both sides of division board face, install the working beam on the division board, the A check valve that switches on to the gasbag is installed outward on the upper portion of every gasbag, and the lower part of every gasbag is through the B check valve to switching on in the gasbag and a branch road honeycomb duct intercommunication, two branch road honeycomb ducts all communicate with the main line honeycomb duct. The beneficial effects of the utility model are that: remove the division board through coming and going, the gasbag that constantly stretches out and draws back, the A check valve constantly exhausts, the continuous imbibition of B check valve, the efficient carries out the drainage continually, has improved the efficiency of drainage greatly, has shortened the therapeutical time, alleviates the misery of disease, improves treatment.

Description

Efficient Vasculocardiology Deparment drainage system

Technical field

This utility model relates to the technical field that Vasculocardiology Deparment armarium improves.

Background technology

Cardiovascular drainage system is equipment conventional in medical procedures, generally negative pressure drainage vessel is adopted in the process of operation, for the hematocele in drain patient or hydrops, but negative pressure drainage vessel operation is comparatively complicated, for Post operation, need in body the hematocele of drain or hydrops less, because negative pressure drainage device uses trouble, cost is higher, therefore, generally adopt disposable drainage ball, but drainage ball adopts flexible material to make, volume is little, the negative pressure produced is lower, suction is poor, the drain power produced is less, drainage effect is bad, affect therapeutic effect, therefore, in postoperative patient body, the drain equipment of hematocele or hydrops is the place of being badly in need of improving.

Utility model content

Technical problem to be solved in the utility model is the technical deficiency for above-mentioned existence, provides a kind of efficient Vasculocardiology Deparment drainage system.It is by reciprocating demarcation strip, continuous extension airbag, the continuous aerofluxus of A check valve, the continuous imbibition of B check valve, can carry out drain efficiently continuously, substantially increase the efficiency of drain, shorten treatment time, alleviate the misery of sufferer, improve therapeutic effect.

The technical solution adopted in the utility model is: provide a kind of efficient Vasculocardiology Deparment drainage system to include two air bags, the stiff end of each air bag is arranged in a gripper shoe respectively, connects between two gripper shoes by least two support bars; The movable end of two air bags installs the two sides being separately fixed at demarcation strip; Demarcation strip is provided with working beam; The top of each air bag is provided with the A check valve of conducting outside air bag, and the bottom of each air bag is communicated with a branch road mozzle by the B check valve to conducting in air bag; Two branch road mozzles are all communicated with main line mozzle.

Further optimization the technical program, is provided with spring in each air bag of efficient Vasculocardiology Deparment drainage system.

Further optimization the technical program, the main line mozzle end of efficient Vasculocardiology Deparment drainage system is provided with imbibition bulb, and imbibition bulb is spherical hollow shell structure, and the outer surface of imbibition bulb is evenly distributed with through hole.

Utility model is compared with traditional drainage device, its beneficial effect is: 1, by reciprocating demarcation strip, continuous extension airbag, the continuous aerofluxus of A check valve, the continuous imbibition of B check valve, drain can be carried out efficiently continuously, substantially increase the efficiency of drain, shorten treatment time, alleviate the misery of sufferer, improve therapeutic effect, because air bag is divided into two by demarcation strip, by the working beam on moving partition, two air bags do respectively and stretch, contractive action, drain is made to be interrupted like this, and can not backflow phenomenon be there is, guarantee that device work is more stable, more improve the efficiency of drain.2, the spring in air bag can improve the suction of drain greatly, avoids the halfway phenomenon of drain to occur, avoids carrying out secondary drainage, indirectly improve treatment time.3, the through hole on imbibition bulb improves drain area greatly, and avoids sucking organizational structure, blocking branch road mozzle and main line mozzle, improves drainage system stability and efficiency.

Accompanying drawing explanation

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

In Fig. 1,1, gripper shoe; 2, A check valve; 3, spring; 4, air bag; 5, working beam; 6, B check valve; 7, support bar; 8, branch road mozzle; 9, imbibition bulb; 10, through hole; 11, demarcation strip; 12 main line mozzles; 13, stiff end; 14, movable end.

Detailed description of the invention

Below in conjunction with accompanying drawing and tool, body embodiment is described in further detail this utility model.

As shown in Figure 1, new and effective Vasculocardiology Deparment drainage system, includes two air bags 4, and the stiff end 13 of each air bag 4 is arranged in a gripper shoe 1 respectively, connects between two gripper shoes 1 by least two support bars 7; The movable end 14 of two air bags 4 installs the two sides being separately fixed at demarcation strip 11; Demarcation strip 11 is provided with working beam 5; The top of each air bag 4 is provided with the A check valve 2 to the outer conducting of air bag 4, and the bottom of each air bag 4 is communicated with a branch road mozzle 8 by the B check valve 6 to conducting in air bag 4; Two branch road mozzles 8 are all communicated with main line mozzle 12.In each air bag 4, spring 3 is installed.Main line mozzle 12 end is provided with imbibition bulb 9; Imbibition bulb 9 is spherical hollow shell structure, and the outer surface of imbibition bulb 9 is evenly distributed with through hole 10.

Drain relies on captivation or gravity from the behavior of a body cavity or wound extracting liquid, process and way; Drain itself is foreign body, and standing time is long in vivo, has the possibility occurring to infect around drain; Because thoracic cavity and abdominal cavity are in negative pressure state under normal circumstances, when there is the situations such as pleural effusions and ascites, pneumatosis, infection suppurates, the outer sepage of operation, negative pressure drainage is often taked to treat, subnormal ambient in drainage system is created in the effect of negative pressure drainage exactly, its negative pressure value should be greater than splanchnocoel negative pressure value, could the liquid drain in splanchnocoel to external.

The present embodiment, when coming into operation, when patients after surgery needs drain, can use this product, first guarantees that this device is in guarantee date, and packaging is without damaged.Manually working beam 5, under the guarantee of A check valve 2 and B check valve 6, imbibition bulb 9 can constantly imbibition, and is stored in air bag 4, and the gas in air bag 4 is discharged in air by B check valve 6, and such drainage system just can ceaselessly work; When filling liquid in air bag 4, drainage system can not work, and at this moment needs fluid removal by B check valve 6.This product effectively can solve the problem that negative pressure is little, volume is little and drainage effect is bad that existing postoperative drainage equipment produces.

Claims

1. a new and effective Vasculocardiology Deparment drainage system, it is characterized in that: include two air bags (4), the stiff end (13) of each air bag (4) is arranged on a gripper shoe (1) respectively, connects between two gripper shoes (1) by least two support bars (7); The movable end (14) of two air bags (4) installs the two sides being separately fixed at demarcation strip (11); Demarcation strip (11) is provided with working beam (5); The top of each air bag (4) is provided with the A check valve (2) to air bag (4) outer conducting, and the bottom of each air bag (4) is communicated with a branch road mozzle (8) by the B check valve (6) to air bag (4) interior conducting; Two branch road mozzles (8) are all communicated with main line mozzle (12).

2. new and effective Vasculocardiology Deparment drainage system according to claim 1, is characterized in that: be provided with spring (3) in each air bag (4).

3. new and effective Vasculocardiology Deparment drainage system according to claim 1, is characterized in that: main line mozzle (12) end is provided with imbibition bulb (9); Imbibition bulb (9) is spherical hollow shell structure, and the outer surface of imbibition bulb (9) is evenly distributed with through hole (10).