CN206548892U

CN206548892U - A kind of cardiothoracic surgery drainage system

Info

Publication number: CN206548892U
Application number: CN201621322401.XU
Authority: CN
Inventors: 张特; 樊晓娥; 韩娥娥
Original assignee: First Affiliated Hospital of Medical College of Xian Jiaotong University
Current assignee: First Affiliated Hospital of Medical College of Xian Jiaotong University
Priority date: 2016-12-05
Filing date: 2016-12-05
Publication date: 2017-10-13
Anticipated expiration: 2026-12-05

Abstract

The utility model discloses a kind of cardiothoracic surgery drainage system, including holder, switch, store cavity, temperature sensor, negative pressure drainage vessel, semiconductor cooler, arc cutting ferrule, rotate door, deep-slotted chip breaker, drainage tube, protective cover, adhesive tape, the cardiothoracic surgery drainage system, clever structure, it is powerful, pass through shirtsleeve operation, patient ambition drain site can not only be effectively protected, extraneous germ is avoided to invade, effective cooling can also be carried out to negative pressure drainage vessel, so as to avoid hydrops in negative pressure drainage vessel from growing germ, greatly improve the security of patient's treatment.

Description

A kind of cardiothoracic surgery drainage system

Technical field

The utility model is related to a kind of medicine equipment, more particularly to a kind of cardiothoracic surgery drainage system.

Background technology

Current clinic ambition drainage patient, when carrying out drainage treatment, not only drain site can not obtain effective sterile Sealing protection, and when drainage for a period of time after, the hydrops in negative pressure drainage vessel can change because of ambient temperature, such as in inflammation Under thermal environment, the hydrops in negative pressure drainage vessel just easily grows germ, and patient's bacteria infection is easily caused calmly, gives patient's treatment Hidden trouble is brought, in view of disadvantages described above, is necessary to design a kind of cardiothoracic surgery drainage system in fact.

Utility model content

Technical problem to be solved in the utility model is：A kind of cardiothoracic surgery drainage system is provided, to solve at present Traditional cardiothoracic surgery drainage system, the problem of easily causing patient's bacteria infection.

In order to solve the above technical problems, the technical solution of the utility model is：A kind of cardiothoracic surgery drainage system, including put Put box, switch, store cavity, temperature sensor, negative pressure drainage vessel, semiconductor cooler, arc cutting ferrule, rotate door, deep-slotted chip breaker, Drainage tube, protective cover, adhesive tape, described switch are located at holder top right side front end, described switch and holder screw thread phase Even, described containing cavities body is located at holder inside left upper end, and described storage cavity is integrally connected with holder, described Temperature sensor, which is located at, stores lower end on the right side of inside cavity, and described temperature sensor is connected with holder screw thread, and described is negative Press drainage bottle to be located at and store inside cavity, described negative pressure drainage vessel is movably connected with holder, described semiconductor cooler Positioned at holder inner right side, described semiconductor cooler is connected with holder screw thread, and described arc cutting ferrule, which is located at, to be placed Box top left hand, described arc cutting ferrule is connected with holder glue, and described rotation door is located at front end on the left of holder, described Rotation door be rotatedly connected with holder, described deep-slotted chip breaker, which is located at, rotates door top, and described deep-slotted chip breaker is groove, described Drainage tube runs through between arc cutting ferrule and deep-slotted chip breaker, and described drainage tube is connected with negative pressure drainage vessel close-fitting, described protective cover At drainage tube end port, described protective cover is connected with drainage tube glue, and described adhesive tape is located at protective cover rear end four Week, described adhesive tape is connected with protective cover glue.

Further, described holder inner right side is additionally provided with a number of passage, and described passage is circle Through hole.

Further, described holder middle-end is additionally provided with connecting hole, and described connecting hole is manhole.

Further, described holder inside left lower end is additionally provided with battery, described battery and holder screw thread It is connected.

Further, described rotation is held in front of the door is additionally provided with access panel, and described access panel is connected with rotating door glue.

Further, described rotation holds right side to be additionally provided with handle in front of the door, and described handle is connected with rotating door screw thread.

Further, described rotation door right side middle-end is additionally provided with mechanical lock, and described mechanical lock is connected with rotating door screw thread.

Compared with prior art, the cardiothoracic surgery drainage system, in use, medical personnel personnel are first turned on mechanical lock, Handle is held again, door rotating opening to the left will be rotated, that is, is realized and stored exposing for cavity, then negative pressure drainage vessel is put into storage Cavity, then drainage tube is passed through into arc cutting ferrule, handle then just can be held, door will be rotated and turned right closing, and lock machinery Lock, now because of the cooperation of arc cutting ferrule and deep-slotted chip breaker, effective fixation is carried out to drainage tube, then medical personnel just can be by drainage Patient chest drain site is inserted in pipe end port, then by adhesive tape protective cover is fixedly connected with patient chest skin, this When because of the effect of protective cover, it is to avoid extraneous germ invades patient chest drain site, and then patient just can carry out normal drainage and control Treat, meanwhile, when patient is in drainage process, medical personnel can first open switch, open temperature sensor, i.e. temperature sensor Temperature detection is carried out to negative pressure drainage vessel outer wall, when negative pressure drainage vessel outside wall temperature exceedes temperature sensor setting value, passed through The effect of temperature sensor, opens semiconductor cooler, i.e., semiconductor cooler is entered by connecting hole to storing inside cavity Row heat absorption, and heat is discharged to external world by passage, it is achieved thereby that storing the cooling-down effect of inside cavity, it is to avoid negative pressure At hydrops in drainage bottle in high temperature environments, courses of infection patient is grown, the effect of being effectively protected is played to patient, works as temperature When sensor detects negative pressure drainage vessel outside wall temperature less than setting value, by the effect of temperature sensor, make semiconductor refrigerating Device is stopped, it is to avoid semiconductor cooler continuous firing, influence patient, the cardiothoracic surgery drainage system, clever structure, It is powerful, by shirtsleeve operation, patient ambition drain site can not only be effectively protected, it is to avoid extraneous germ Invasion, additionally it is possible to effective cooling is carried out to negative pressure drainage vessel, so as to avoid hydrops in negative pressure drainage vessel from growing germ, greatly The security of patient's treatment is improved, meanwhile, because access panel material is transparent PVC, medical personnel can be seen clearly negative by access panel The hydrops drainage situation in flow diverter is pressed, battery is supplied to provide energy to temperature sensor and semiconductor cooler Should, the device, also can normal work without extraneous power supply.

Brief description of the drawings

Fig. 1 is cardiothoracic surgery drainage system front view；

Fig. 2 is cardiothoracic surgery drainage system top view；

Fig. 3 is holder position sectional view；

Fig. 4 is adhesive tape, protective cover, drainage tube and negative pressure drainage vessel top view；

Fig. 5 is to rotate door open mode top view.

Holder 1, switch 2, storage cavity 3, temperature sensor 4, negative pressure drainage vessel 5, semiconductor cooler 6, arc card Set 7, rotation door 8, deep-slotted chip breaker 9, drainage tube 10, protective cover 11, adhesive tape 12, passage 101, connecting hole 102, battery 103, sight Examine plate 801, handle 802, mechanical lock 803.

Following embodiment will be further illustrated with reference to above-mentioned accompanying drawing.

Embodiment

Hereinafter, a variety of specific details are elaborated, to provide the saturating of the concept to constituting described embodiment basis It is thorough to understand, however, it will be apparent to those skilled in the art that described embodiment can be in these no specific details In it is some or all in the case of put into practice, in other cases, do not specifically describe well-known process step.

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, a kind of cardiothoracic surgery drainage system, including holder 1, switch 2, storage Cavity 3, temperature sensor 4, negative pressure drainage vessel 5, semiconductor cooler 6, arc cutting ferrule 7, rotation door 8, deep-slotted chip breaker 9, drainage tube 10th, protective cover 11, adhesive tape 12, described switch 2 are located at the top right side front end of holder 1, described switch 2 and the spiral shell of holder 1 Line is connected, and described storage cavity 3 is located at the inside left upper end of holder 1, described storage cavity 3 and the body phase of holder 1 one Even, described temperature sensor 4, which is located at, stores the inner right side lower end of cavity 3, described temperature sensor 4 and the screw thread of holder 1 It is connected, described negative pressure drainage vessel 5, which is located at, to be stored inside cavity 3, and described negative pressure drainage vessel 5 is movably connected with holder 1, institute The semiconductor cooler 6 stated is located at the inner right side of holder 1, and described semiconductor cooler 6 is connected with the screw thread of holder 1, institute The arc cutting ferrule 7 stated is located at the top left hand of holder 1, and described arc cutting ferrule 7 is connected with the glue of holder 1, described rotation Door 8 is located at the left side front end of holder 1, and described rotation door 8 is rotatedly connected with holder 1, and described deep-slotted chip breaker 9, which is located at, rotates door 8 tops, described deep-slotted chip breaker 9 is groove, and described drainage tube 10 runs through between arc cutting ferrule 7 and deep-slotted chip breaker 9, described drainage Pipe 10 is connected with the close-fitting of negative pressure drainage vessel 5, and described protective cover 11 is at the end port of drainage tube 10, described protective cover 11 It is connected with the glue of drainage tube 10, described adhesive tape 12 is located at the rear end surrounding of protective cover 11, described adhesive tape 12 and the glue of protective cover 11 Aqueous phase connects, and the described inner right side of holder 1 is additionally provided with a number of passage 101, and described passage 101 is circular logical Hole, the described middle-end of holder 1 is additionally provided with connecting hole 102, and described connecting hole 102 is in manhole, described holder 1 Lower end is additionally provided with battery 103 on the left of portion, and described battery 103 is connected with the screw thread of holder 1, described 8 front ends of rotation door Access panel 801 is additionally provided with, described access panel 801 is connected with rotating the glue of door 8, is additionally provided with the right side of described 8 front ends of rotation door Handle 802, described handle 802 is connected with rotating the screw thread of door 8, and described rotation 8 right side middle-ends of door are additionally provided with mechanical lock 803, Described mechanical lock 803 is connected with rotating the screw thread of door 8.

The cardiothoracic surgery drainage system, in use, medical personnel personnel are first turned on mechanical lock 803, then holds handle 802, the rotating opening to the left of door 8 will be rotated, that is, realizes and stores exposing for cavity 3, then negative pressure drainage vessel 5 is put into storage cavity 3, then drainage tube 10 is passed through into arc cutting ferrule 7, handle 802 then just can be held, door 8 will be rotated and turned right closing, and locked Mechanical lock 803, now because of the cooperation of arc cutting ferrule 7 and deep-slotted chip breaker 9, effective fixation is carried out to drainage tube 10, then medical care people Member just can insert the end port of drainage tube 10 patient chest drain site, then cause protective cover 11 and patient's chest by adhesive tape 12 Portion's skin is fixedly connected, now because of the effect of protective cover 11, it is to avoid extraneous germ invades patient chest drain site, then patient Just normal drainage treatment can be carried out, meanwhile, when patient is in drainage process, medical personnel can first open switch 2, make TEMP Device 4 is opened, i.e., temperature sensor 4 carries out temperature detection to the outer wall of negative pressure drainage vessel 5, when the outside wall temperature of negative pressure drainage vessel 5 exceedes During 4 setting value of temperature sensor, by the effect of temperature sensor 4, open semiconductor cooler 6, i.e. semiconductor cooler 6 Absorbed heat by 102 pairs of inside of storage cavity 3 of connecting hole, and heat is discharged to external world by passage 101, so as to realize Store the cooling-down effect inside cavity 3, it is to avoid at the hydrops in negative pressure drainage vessel 5 in high temperature environments, growth courses of infection Patient, the effect of being effectively protected is played to patient, when temperature sensor 4 detects the outside wall temperature of negative pressure drainage vessel 5 less than setting During value, by the effect of temperature sensor 4, semiconductor cooler 6 is set to be stopped, it is to avoid the continuous firing of semiconductor cooler 6, Patient is influenceed, meanwhile, because the material of access panel 801 is transparent PVC, medical personnel can see negative pressure clearly by access panel 801 and draw The hydrops drainage situation in device 5 is flowed, battery 103 is supplied to provide energy to temperature sensor 4 and semiconductor cooler 6 Should, the device, also can normal work without extraneous power supply.

The utility model is not limited to above-mentioned specific embodiment, and one of ordinary skill in the art visualizes from above-mentioned Hair, without performing creative labour, a variety of conversion made are all fallen within protection domain of the present utility model.

Claims

1. a kind of cardiothoracic surgery drainage system, its feature is drawn including holder, switch, storage cavity, temperature sensor, negative pressure Bottle, semiconductor cooler, arc cutting ferrule, rotation door, deep-slotted chip breaker, drainage tube, protective cover, adhesive tape are flowed, described switch, which is located at, to be put Box top right side front end is put, described switch is connected with holder screw thread, described containing cavities body is located at holder inside left Upper end, described storage cavity is integrally connected with holder, and described temperature sensor, which is located at, stores lower end on the right side of inside cavity, Described temperature sensor is connected with holder screw thread, and described negative pressure drainage vessel, which is located at, stores inside cavity, described negative pressure Drainage bottle is movably connected with holder, and described semiconductor cooler is located at holder inner right side, described semiconductor refrigerating Device is connected with holder screw thread, and described arc cutting ferrule is located at holder top left hand, described arc cutting ferrule and holder glue Aqueous phase connects, and described rotation door is located at front end on the left of holder, and described rotation door is rotatedly connected with holder, described arc Groove, which is located at, rotates door top, and described deep-slotted chip breaker is groove, and described drainage tube runs through between arc cutting ferrule and deep-slotted chip breaker, described Drainage tube be connected with negative pressure drainage vessel close-fitting, described protective cover at drainage tube end port, described protective cover with Drainage tube glue is connected, and described adhesive tape is located at protective cover rear end surrounding, and described adhesive tape is connected with protective cover glue.

2. a kind of cardiothoracic surgery drainage system as claimed in claim 1, it is characterised in that described holder inner right side is also Provided with a number of passage, described passage is manhole.

3. a kind of cardiothoracic surgery drainage system as claimed in claim 2, it is characterised in that described holder middle-end is additionally provided with Connecting hole, described connecting hole is manhole.

4. a kind of cardiothoracic surgery drainage system as claimed in claim 3, it is characterised in that under described holder inside left End is additionally provided with battery, and described battery is connected with holder screw thread.

5. a kind of cardiothoracic surgery drainage system as claimed in claim 4, it is characterised in that described rotation is held in front of the door to be additionally provided with Access panel, described access panel is connected with rotating door glue.

6. a kind of cardiothoracic surgery drainage system as claimed in claim 5, it is characterised in that described rotation holds right side also in front of the door Provided with handle, described handle is connected with rotating door screw thread.

7. a kind of cardiothoracic surgery drainage system as claimed in claim 6, it is characterised in that described rotation door right side middle-end is also Provided with mechanical lock, described mechanical lock is connected with rotating door screw thread.