阅读说明：本技术 一种软式内镜的清洗支架 (Cleaning support of soft endoscope ) 是由 王礼柱 张小山 于 2019-09-29 设计创作，主要内容包括：本发明公开了一种软式内镜清洗支架,包括一级支架管道、二级支架管道、三级支架管道、竖向连接管道、第一小孔、第二小孔、第三小孔、宝塔接口；所述一级支架管道、二级支架管道、三级支架管道通过竖向连接管道固定连接,所述一级支架管道的内侧设有水平向下倾斜30°、直径为3mm的第一小孔,所述二级支架管道和三级支架管道正上方设有直径为3mm的第二小孔,每个竖向连接管道沿竖直方向上设有3个直径为3mm的第三小孔,所述以及支架管道上分布宝塔接口。该支架实现软式内镜清洗消毒过程中对内镜外表面的自动干燥及彻底的清洗、消毒或灭菌,同时有效解决软式内镜功能槽在清洗过程的排污。(The invention discloses a soft endoscope cleaning support which comprises a primary support pipeline, a secondary support pipeline, a tertiary support pipeline, a vertical connecting pipeline, a first small hole, a second small hole, a third small hole and a pagoda interface, wherein the primary support pipeline is connected with the secondary support pipeline through a pipeline; the support structure comprises a first-stage support pipeline, a second-stage support pipeline and a third-stage support pipeline, wherein the first-stage support pipeline, the second-stage support pipeline and the third-stage support pipeline are fixedly connected through vertical connecting pipelines, a first small hole with the diameter of 3mm is arranged on the inner side of the first-stage support pipeline and inclines downwards by 30 degrees, a second small hole with the diameter of 3mm is arranged right above the second-stage support pipeline and the third-stage support pipeline, 3 third small holes with the diameter of 3mm are arranged in the vertical direction of each vertical connecting pipeline, and pagoda interfaces are distributed on. The bracket realizes automatic drying and thorough cleaning, disinfection or sterilization of the outer surface of the endoscope in the cleaning and disinfection process of the soft endoscope, and effectively solves the problem of pollution discharge of the functional groove of the soft endoscope in the cleaning process.)

1. A cleaning support of a soft endoscope is characterized by comprising a primary support pipeline (1), a secondary support pipeline (2), a tertiary support pipeline (3), a vertical connecting pipeline (4), a first small hole (5), a second small hole (6), a third small hole (7) and a pagoda interface (8); one-level support pipeline (1), second grade support pipeline (2), tertiary support pipeline (3) are through vertical connecting tube (4) fixed connection, the inboard of one-level support pipeline (1) is equipped with level down slope 30 °, first aperture (5) that the diameter is 3mm, be equipped with second aperture (6) that the diameter is 3mm directly over second grade support pipeline (2) and tertiary support pipeline (3), be equipped with 3 diameters third aperture (7) that are 3mm in every vertical connecting tube (4) along vertical direction, and support pipeline (1) go up distribution pagoda interface (8).

2. The washing rack according to claim 1, characterized in that the level of the primary rack pipe (1) is higher than the level of the secondary rack pipe (2), and the level of the secondary rack pipe (2) is higher than the level of the tertiary rack pipe (3).

3. The washing rack according to claim 1, characterized in that the primary rack pipe (1), the secondary rack pipe (2), the tertiary rack pipe (3) and the vertical connecting pipe (4) are all hollow metal pipes or hollow plastic pipes.

Technical Field

The invention relates to a medical cleaning, disinfecting or drying device, in particular to a cleaning, disinfecting or drying bracket for a soft endoscope.

Background

The endoscope cleaning method comprises two cleaning modes according to new standard requirements, wherein one mode is a 'pure manual' cleaning flow mode: (leak detection →) cleaning → rinsing → soaking → end cleaning → drying, and the other mode is 'manual + endoscope cleaning and disinfecting machine': (leak detection →) cleaning → rinsing → endoscope cleaning and disinfecting machine. In any mode, the soft endoscope to be cleaned needs to be moved manually and cleaned, disinfected or dried, and the inner and outer surfaces of the soft endoscope need to be treated by water, cleaning solution, disinfectant or clean air. The treatment of the inner surface is directly connected with a perfusion interface of an endoscope for perfusion without any difficulty. The outer surface treatment of the soft endoscope does not have a more ideal solution all the time, the treatment is basically carried out by hand, the soft endoscope is directly and simply put in cleaning liquid and disinfectant to carry out static soaking when the outer surface of the inner endoscope is treated by the cleaning liquid and the disinfectant, the direct contact part of the soft endoscope and a functional groove body is a dead angle, and the static soaking effect is not ideal. In addition, the soft endoscope is directly coiled and placed in the functional groove for cleaning, if no special overhead structure design exists in the functional groove, the discharge of cleaned dirt is blocked, and the cleaning effect of the soft endoscope is not ideal. Moreover, the endoscope moves from one functional groove to another functional groove, a special bracket is not needed, the endoscope is directly taken by hand, and the working efficiency is low.

Disclosure of Invention

The invention aims to provide a cleaning bracket of a soft endoscope aiming at the defects of the existing work, which can clean, disinfect or dry the outer surface of the soft endoscope and solve the problems of dead angles and pollution discharge during cleaning, disinfection and drying, and can move the soft endoscope smoothly, conveniently and efficiently.

The purpose of the invention is realized by the following technical scheme: a cleaning support for a soft endoscope comprises a primary support pipeline, a secondary support pipeline, a tertiary support pipeline, a vertical connecting pipeline, a first small hole, a second small hole, a third small hole and a pagoda interface; the support structure comprises a first-stage support pipeline, a second-stage support pipeline and a third-stage support pipeline, wherein the first-stage support pipeline, the second-stage support pipeline and the third-stage support pipeline are fixedly connected through vertical connecting pipelines, a first small hole with the diameter of 3mm is arranged on the inner side of the first-stage support pipeline and inclines downwards by 30 degrees, a second small hole with the diameter of 3mm is arranged right above the second-stage support pipeline and the third-stage support pipeline, 3 third small holes with the diameter of 3mm are arranged in the vertical direction of each vertical connecting pipeline, and pagoda interfaces are distributed on.

Furthermore, the height of the horizontal plane where the first-stage support pipeline is located is higher than that of the horizontal plane where the second-stage support pipeline is located, and the height of the horizontal plane where the second-stage support pipeline is located is higher than that of the horizontal plane where the third-stage support pipeline is located.

Further, the first-stage support pipeline, the second-stage support pipeline, the third-stage support pipeline and the vertical connecting pipeline are all hollow metal pipes or hollow plastic pipes.

Compared with the prior art, the invention has the advantages that firstly, the three-level height design is adopted, so that the cleaning support has the function of moving and transporting the support, the repeated inventory of the endoscopes is reduced, the sufficient time is saved, the labor intensity is reduced, and the turnover rate of the endoscopes is improved. When the endoscope liquid saving tank is matched with a liquid saving tank structure for use, 1/2-2/3 of cleaning liquid or disinfectant can be saved (the specific liquid saving amount is determined according to the condition of the liquid saving tank structure of the endoscope). Secondly, the arrangement of the first small hole can realize the cleaning or drying of the upper surface of the soft endoscope, the arrangement of the second small hole can realize the cleaning or drying of the lower surface of the soft endoscope, and the arrangement of the third small hole can realize the cleaning or drying of the side surface of the soft endoscope. In addition, the flexible endoscope cleaning device is convenient to transport in the cleaning process of the flexible endoscope, improves the working efficiency, reduces the agility intensity and more effectively protects the safety of the endoscope.

Drawings

FIG. 1 is a schematic structural view of the present invention;

in the figure, 1-a first-stage support pipeline, 2-a second-stage support pipeline, 3-a third-stage support pipeline, 4-a vertical connecting pipeline and 5-a first small hole; 6-second small hole, 7-third small hole and 8-pagoda interface.

Detailed Description

The invention carries out special inventory mode design on the cleaning of the soft endoscope, carries out fixed inventory on the soft endoscope according to the inventory mode when the soft endoscope leaves a factory, lifts the soft endoscope away from the bottom surface of the functional groove, and adopts special grid mode design on the cleaning bracket. As shown in fig. 1, the structural schematic diagram of the cleaning support for the soft endoscope of the present invention includes a first-stage support pipeline 1, a second-stage support pipeline 2, a third-stage support pipeline 3, a vertical connecting pipeline 4, a first small hole 5, a second small hole 6, a third small hole 7, and a pagoda interface 8. The technical personnel in the field only need simply will one-level support pipeline 1, second grade support pipeline 2, tertiary support pipeline 3 pass through vertical connecting tube 4 fixed connection, and will one-level support pipeline 1's inboard sets up the level and descends to incline 30 °, the diameter is 3 mm's first aperture 5, and the angle of inclination of 30 can guarantee to pass through aperture spun liquid, water, gaseous medium, can be abundant with the soft scope surface contact of this department and form corresponding impact force, reach the effect of washing or disinfection, rinsing, dry soft scope surface. Second aperture 6 that the diameter is 3mm is equipped with directly over second grade support pipeline 2 and tertiary support pipeline 3, and every vertical connecting tube 4 is equipped with 3 third apertures 7 that the diameter is 3mm along vertical direction, and support pipeline 1 goes up distribution pagoda interface 8. First aperture 5, second aperture 6, third aperture 7 and pagoda interface 8 set up the number and can set up according to actual demand, the setting of first aperture is used for realizing wasing or drying the upper surface of soft scope, the setting of second aperture is used for realizing wasing or drying the lower surface of soft scope, the setting of third aperture is used for realizing wasing or drying the side surface of soft scope, pagoda interface 8 is used for connecting water, washing liquid, antiseptic solution or clean air's perfusion access port, the realization washs the soft scope, disinfection or drying.

The horizontal plane height of the first-stage support pipeline 1 is higher than that of the second-stage support pipeline 2, and the horizontal plane height of the second-stage support pipeline 2 is higher than that of the third-stage support pipeline 3. The invention adopts a three-level height design, so that the cleaning bracket has the function of moving and transporting the bracket, the repeated inventory of the endoscopes is reduced, the sufficient time is saved, the labor intensity is reduced, and the turnover rate of the endoscopes is improved. When the cleaning agent is used in cooperation with the liquid saving groove structure, 1/2-2/3 cleaning liquid or disinfectant can be saved

The technical personnel in the field only need to simply set that the first-stage support pipeline 1, the second-stage support pipeline 2, the third-stage support pipeline 3 and the vertical connecting pipeline 4 are all hollow metal pipes or hollow plastic pipes.

The working process of the invention is as follows:

(1) put into the washing tank together with soft scope washing support main part and automatic perfusion ware connecting line with soft scope, connect the automatic perfusion ware interface, start automatic perfusion ware and wash support main part upper pagoda interface 8 injection washing liquid to soft scope, the washing liquid flows to one-level support pipeline 1 by pagoda interface 8, second grade support pipeline 2, tertiary support pipeline 3 and vertical connecting tube 4, by first aperture 5, second aperture 6, third aperture 7 flows out, the realization is washd the endoscope surface.

(2) After the washing, put into the potcher together with soft scope washing support main part and automatic perfusion ware connecting line with soft scope, connect automatic perfusion ware interface, start automatic perfusion ware and wash pagoda interface 8 in the support main part to soft scope, inject into purified water or sterile water in proper order, pure air, purified water or sterile water, pure air flows to one-level support pipeline 1 by pagoda interface 8, second grade support pipeline 2, tertiary support pipeline 3 and vertical connecting tube 4, by first aperture 5, second aperture 6, third aperture 7 flows out, the realization is washed and is dried the endoscope surface.

(3) After rinsing, the soft endoscope cleaning support main body and the automatic perfusion device connecting pipeline are placed into a soaking tank together, an automatic perfusion device interface is connected, an automatic perfusion device is started to sequentially inject disinfectant and pure air into a pagoda interface 8 on the soft endoscope cleaning support main body, the disinfectant and the pure air flow from the pagoda interface 8 to a first-stage support pipeline 1, a second-stage support pipeline 2, a third-stage support pipeline 3 and a vertical connecting pipeline 4 and flow out from a first small hole 5, a second small hole 6 and a third small hole 7, so that the outer surface of the soft endoscope is disinfected and dried; or after rinsing, putting the soft endoscope, the soft endoscope cleaning support main body and the automatic perfusion device connecting pipeline into a full-automatic soft endoscope cleaning and disinfecting machine together, connecting an automatic perfusion device interface, starting the full-automatic soft endoscope cleaning and disinfecting machine, and performing automatic stage cleaning, disinfecting, final cleaning and drying on the endoscope.

(4) After soaking, put into last washtrough soft scope together with soft scope washing support main part and automatic perfusion ware connecting line, connect automatic perfusion ware interface, start automatic perfusion ware and pour into purified water or sterile water into in proper order to soft scope washing support main part pagoda interface 8, pure air, purified water or sterile water, pure air flows to one-level support pipeline 1 by pagoda interface 8, second grade support pipeline 2, tertiary support pipeline 3 and vertical connecting tube 4, by first aperture 5, second aperture 6, third aperture 7 flows out, the realization is washed and is dried the endoscope surface.

(5) After the end is washed, put into dry groove (platform) together with soft scope washing support main part and automatic perfusion ware connecting line with soft scope, connect automatic perfusion ware interface, start automatic perfusion ware and wash support main part and go up pagoda interface 8 and pour into ethanol or isopropanol into in proper order to soft scope, pure air, ethanol or isopropanol, pure air flows to one-level support pipeline 1 by pagoda interface 8, second grade support pipeline 2, tertiary support pipeline 3 and vertical connecting tube 4, by first aperture 5, second aperture 6, third aperture 7 flows out, the realization is dried to the endoscope surface.