CN215540621U - Medical chlorine-containing disinfectant preparation barrel - Google Patents
Medical chlorine-containing disinfectant preparation barrel Download PDFInfo
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- CN215540621U CN215540621U CN202122128335.XU CN202122128335U CN215540621U CN 215540621 U CN215540621 U CN 215540621U CN 202122128335 U CN202122128335 U CN 202122128335U CN 215540621 U CN215540621 U CN 215540621U
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Abstract
A medical chloric disinfectant preparation barrel, the technical field of disinfectant preparation, it discloses that the outside of the upper edge of the barrel wall directly produces the square tube of annular outer edge, divide into several layers of stock solution metering tubes in the square tube of annular outer edge, wherein the bottom layer, namely the first layer of stock solution metering tube, regards bottom wall of the square tube of annular outer edge as the lower annular wall, set up the upper annular wall in addition; meanwhile, the upper ring wall of the first layer of raw liquid measuring pipe is used as the lower ring wall of the second layer of raw liquid measuring pipe, and so on, finally the upper ring wall of the (n-1) th layer of raw liquid measuring pipe is used as the lower ring wall of the nth layer of raw liquid measuring pipe, and the top wall of the annular outer edge square pipe is used as the upper ring wall of the nth layer of raw liquid measuring pipe; then digging liquid injection holes with the same specification and on the same straight line on the upper ring wall of each layer, and additionally arranging a liquid sealing funnel, wherein the tube barrel of the liquid sealing funnel is movably inserted into the liquid injection holes; the disinfectant liquid metering device has the advantages that disinfectant liquid can be accurately metered and rapidly prepared, and working efficiency can be effectively improved.
Description
Technical Field
The utility model relates to the technical field of disinfectant preparation, in particular to a medical chlorine-containing disinfectant preparation barrel.
Background
The chlorine-containing disinfectant is a disinfectant commonly used in hospitals, is mainly used for disinfecting general diagnosis and treatment articles and mop rags, is widely used in clinic, and currently, a disinfection container and a disinfection process use a common water bucket, a certain amount of clear water and disinfection stock solution are poured into the water bucket, 500mg/L chlorine-containing disinfection liquid is prepared conventionally, and medical articles to be disinfected are soaked in the disinfection liquid.
The existing method is very inconvenient, firstly, no scale mark exists, the quantity of the disinfection stock solution and the clear water is basically preliminarily estimated by medical personnel, and the accuracy is not enough, so that the detection is sometimes required for many times; medical personnel are often required to manually mark scale marks on the barrel wall; in order to ensure the effective chlorine concentration, concentration test paper is generally used for testing the concentration after the preparation, and the operation is too complicated and difficult to be accurate.
SUMMERY OF THE UTILITY MODEL
The utility model aims to solve the technical problem of providing a preparation barrel capable of accurately preparing a disinfection stock solution and clear water so as to ensure that the preparation concentration is accurate, no test is required, and the working efficiency is improved.
In order to solve the technical problem, the technical scheme adopted by the utility model is that the medical chlorine-containing disinfectant preparation barrel comprises a barrel body, the barrel body comprises a barrel wall, an annular outer edge square pipe is directly generated or installed on the outer side of the upper edge of the barrel wall, the ring-shaped outer edge square tube is divided into a plurality of layers of stock solution metering tubes, the structure of the stock solution metering tube is a tube body which is formed by sequentially and vertically connecting a lower annular wall, an outer annular wall, an upper annular wall and an inner annular wall and has a square section and a ring shape as a whole, wherein the bottommost layer is called a first layer of stock solution measuring pipe, the bottommost layer is called a second layer of stock solution measuring pipe … … nth layer of stock solution measuring pipe in sequence from bottom to top, each layer of stock solution measuring pipe takes the inner wall of the annular outer edge square pipe as an inner annular wall, the outer wall of the annular outer edge square pipe as an outer annular wall, the bottom wall of the annular outer edge square tube is used as a lower annular wall of the first layer of raw liquid metering tube, and an upper annular wall is arranged to form an integral first layer of raw liquid metering tube; meanwhile, the upper ring wall of the first layer of raw liquid measuring pipe is used as the lower ring wall of the second layer of raw liquid measuring pipe, and so on, finally the upper ring wall of the (n-1) th layer of raw liquid measuring pipe is used as the lower ring wall of the nth layer of raw liquid measuring pipe, and the top wall of the annular outer edge square pipe is used as the upper ring wall of the nth layer of raw liquid measuring pipe; then, digging liquid injection holes with the same specification and on the same straight line on the upper ring wall of the first layer of the stock solution measuring pipe to the upper ring wall of the nth layer of the stock solution measuring pipe, and arranging a liquid discharging hole pipe on the inner ring wall of the first layer of the stock solution measuring pipe, namely the barrel wall, wherein a valve is arranged on the liquid discharging hole pipe; the liquid sealing funnel is also provided with a trumpet hopper and a pipe barrel which are directly connected, the outer diameter of the pipe barrel is equal to the inner diameter of the liquid injection hole, and the pipe barrel is movably inserted into the liquid injection hole.
Furthermore, the volume of each layer of the stock solution metering pipe is set to be a common fixed dosage unit, so that the operation is convenient; if the volume of each layer of stock solution metering tube is set to be 25ml, the two layers are 50 ml, the n layer is 25n ml, and because the section of the stock solution metering tube is small, a small amount of disinfection stock solution is easily spread after being filled in the stock solution metering tube, the dosage in the stock solution can be easily and accurately identified; meanwhile, dose scale marks are arranged on the inner wall of the barrel body, if the long scale is set to be 500ml, and the short scale is set to be 100ml, according to the concentration requirement, when the disinfection stock solution only needs 25ml, only a first layer of stock solution metering pipe needs to be filled, at the moment, the bottom end of the pipe barrel of the liquid sealing funnel pipe is inserted into the first layer of stock solution metering pipe, and then the liquid level of the disinfection stock solution is filled into the liquid sealing funnel pipe, so that the basically accurate disinfection stock solution dose can be judged to be filled; then, pouring clear water with required dosage into the barrel, and opening the liquid discharging hole pipe to put the disinfection stock solution into the clear water; when 75ml of disinfection stoste is needed, the liquid-sealing funnel is lifted, the bottom end of the tube barrel is inserted into the stoste metering tube on the third layer, then the disinfection stoste is poured, the liquid level of the disinfection stoste is lifted into the liquid-sealing funnel, so that the basically accurate disinfection stoste dosage can be judged, at the moment, the disinfection stoste in the liquid-sealing funnel can not be poured into the stoste metering tube on the fourth layer or other layers of stoste metering tubes above the fourth layer of stoste metering tube, and other layers of stoste metering tubes are sealed by the liquid-sealing funnel.
Furthermore, the edge of the liquid injection hole is provided with a sealing ring for sealing with the outer wall of the liquid sealing funnel pipe.
Furthermore, the tube barrel of the liquid sealing funnel tube is provided with tube layer scales which are the same as the height of each layer of the stock solution metering tube, so that the lower end of the tube barrel can be conveniently and accurately inserted into the determined stock solution metering tube.
Furthermore, transparent observation windows are arranged on the outer walls of the barrel wall and the annular outer edge square tube.
Furthermore, the transparent observation window on the barrel wall is arranged at the opposite position of the scale marks on the barrel wall, so that the scales on the liquid level can be seen through the transparent observation window to be accurate scales.
Furthermore, a liquid discharge pipe is arranged on the position, close to the barrel bottom, on the barrel wall, so that liquid can be discharged or separated without turning over the barrel body.
Furthermore, the section of the stock solution metering pipe can also be circular or oval.
The utility model has the advantages that the outer edge of the upper part of the barrel wall is provided with a plurality of layers of stock solution metering pipes, so that the sterilizing stock solution can be directly put into the barrel body after being metered; the caliber of the metering tube is small, so that the disinfection stock solution with small dosage can be accurately metered in the metering tube; because each layer of the stock solution metering pipe is set as a common fixed metering unit, and the metering scale marks are also arranged on the barrel wall, the required concentration of the disinfectant can be accurately proportioned; the liquid sealing funnel pipe is arranged, so that the disinfection stock solution can be conveniently injected into the set stock solution metering pipe without being poured into other metering pipes, the total quantity can be accurately metered and the quick preparation can be realized, and the working efficiency is effectively improved.
Drawings
FIG. 1 is a schematic view of the overall structure of the medical chlorine-containing disinfectant preparation barrel of the present invention.
FIG. 2 is a schematic perspective view of a square tube with an annular outer edge in the medical chlorine-containing disinfectant preparing barrel according to the present invention.
FIG. 3 is an enlarged schematic view of the liquid inlet and the metering tubes of the stock solutions at different layers in the block A of FIG. 2.
FIG. 4 is an enlarged schematic view of the liquid-sealing funnel of the present invention.
Fig. 5 is a perspective view of the bottom end of the liquid-sealing funnel tube inserted into the first layer of the stock solution metering tube in the embodiment.
FIG. 6 is a perspective view of the bottom end of the liquid-sealing funnel tube inserted into the third layer of the stock solution metering tube in the embodiment.
In the figure: 1. the liquid level measuring device comprises a barrel body, 2 barrel walls, 3 annular outer edge square pipes, 4 stock solution measuring pipes, 41 lower annular walls, 42 outer annular walls, 43 upper annular walls, 44 inner annular walls, 45 first layer stock solution measuring pipes, 46 second layer stock solution measuring pipes, 47 nth layer stock solution measuring pipes, 5 liquid injection holes, 6 liquid discharge hole pipes, 7 liquid sealing hopper pipes, 71 trumpet hoppers, 72 pipe barrels, 21 dosage scale lines, 48 sealing rings, 73 pipe layer scales, 22 transparent observation windows and 23 liquid discharge pipes.
Detailed Description
The present invention will be further described with reference to the following examples.
As shown in the figure, a medical chlorine-containing disinfectant preparation barrel is manufactured, namely, the preparation barrel is manufactured on the basis of the existing common preparation barrel, a barrel body 1 of the existing preparation barrel comprises a barrel wall 2, an annular outer edge square pipe 3 is installed on the outer side of the upper edge of the barrel wall 2, and the annular outer edge square pipe 3 can be directly generated on the outer side of the upper edge of the barrel wall 2 during factory production; the annular outer edge square pipe 3 is divided into a plurality of layers of raw liquid metering pipes 4, the raw liquid metering pipes 4 are respectively a pipe body which is formed by sequentially and vertically connecting a lower annular wall 41, an outer annular wall 42, an upper annular wall 43 and an inner annular wall 44 and has a square cross section and is integrally annular, wherein the bottom layer of annular pipe body is called a first layer of raw liquid metering pipe 45 and is sequentially called a second layer of raw liquid metering pipe 46 … … and an nth layer of raw liquid metering pipe 47 from bottom to top; each layer of stock solution metering pipe 4 takes the inner wall of the annular outer edge square pipe 3 as an inner annular wall 44, takes the outer wall of the annular outer edge square pipe 3 as an outer annular wall 42, wherein the first layer of stock solution metering pipe 45 takes the bottom wall of the annular outer edge square pipe 3 as a lower annular wall 41, and is additionally provided with an upper annular wall 43 to form a first layer of stock solution metering pipe 45 which is integrally in a circular square pipe shape; meanwhile, the upper ring wall 43 of the first layer of raw liquid measuring pipe 45 is used as the lower ring wall 41 of the second layer of raw liquid measuring pipe 46, and so on, and finally the upper ring wall 43 of the n-1 layer of raw liquid measuring pipe is used as the lower ring wall 41 of the nth layer of raw liquid measuring pipe 47, and the top wall of the annular outer edge square pipe 3 is used as the upper ring wall 43 of the nth layer of raw liquid measuring pipe 47; then, the liquid injection holes 5 with the same specification and on the same straight line are dug on the upper ring wall 43 of the first layer of the stock solution measuring pipe 45 to the upper ring wall 43 of the nth layer of the stock solution measuring pipe 47; a liquid discharging hole pipe 6 is arranged on the inner annular wall 44 of the first layer of the stock solution metering pipe 45, namely the barrel wall 2, and a valve is arranged on the liquid discharging hole pipe 6; transparent observation windows 22 are arranged on the outer walls of the barrel wall 2 and the annular outer edge square tube 3, the transparent observation windows 22 on the barrel wall 2 are arranged at opposite positions of the dosage scale marks 21 on the barrel wall 2, and thus, the scales on the liquid level are the accurate scales when the transparent observation windows 22 are seen; in addition, a liquid discharge pipe 23 is arranged on the position of the barrel wall 2 close to the barrel bottom.
A liquid sealing funnel pipe 7 is also arranged, the liquid sealing funnel pipe 7 comprises a horn funnel 71 and a pipe barrel 72 which are directly connected, the outer diameter of the pipe barrel 72 is equal to the inner diameter of the liquid injection hole 5, and the pipe barrel 72 is movably inserted into the liquid injection holes 5 on each layer of the stock solution metering pipe 4; in addition, the edge of the liquid injection hole 5 is provided with a sealing ring 48, so that the outer wall of the pipe barrel 72 of the liquid sealing funnel 7 and the liquid injection hole 5 can be better sealed; meanwhile, the outer wall of the tube 72 of the liquid-sealing funnel tube 7 is provided with tube layer scales 73 with the same height as that of each layer of the stock solution metering tube 4, so that the lower end of the tube 72 can be accurately inserted into the determined stock solution metering tube 4 in use.
On the basis, the volume of each layer of the stock solution metering pipe 4 can be set to be a common fixed dosage unit according to the daily preparation habit, so that the operation is convenient; if the volume of each layer of the stock solution metering tube 4 is set to be 25ml, the two layers are 50 ml, and the n layer is 25n ml, so that the section of the stock solution metering tube 4 is small, and a small amount of disinfection stock solution is easily filled in the stock solution metering tube 4 to form a relatively long span, so that the dose in the stock solution can be relatively easily and accurately identified; meanwhile, the inner wall of the barrel body 1 is provided with dosage scale marks 21, if the long scale marks are arranged at the position of 500ml, the short scale marks are arranged at the position of 100ml, and thus, the preparation can be rapidly and accurately carried out according to the concentration requirement.
If the disinfection original liquid only needs 25ml, only the first layer of original liquid metering pipe 45 needs to be filled, at the moment, the bottom end of the pipe barrel 72 of the liquid sealing funnel pipe 7 is inserted into the first layer of original liquid metering pipe 45, then the liquid level of the disinfection original liquid is filled to lift into the liquid sealing funnel pipe, and the basically accurate disinfection original liquid dosage can be judged to be filled, at the moment, the disinfection original liquid in the liquid sealing funnel pipe 7 cannot be filled into the second layer of original liquid metering pipe 46 or other layers of original liquid metering pipes above the second layer of original liquid metering pipe 46, and the other layers of original liquid metering pipes 4 are sealed by the liquid sealing funnel pipe 7; then, pouring clear water with required dosage into the barrel, and opening the liquid discharging hole pipe 6 to put the disinfection stock solution into the clear water;
if when 75ml disinfection stoste is needed, the liquid-sealing funnel pipe 7 is lifted, the bottom end of the pipe barrel 72 is inserted into the third layer stoste metering pipe, then the disinfection stoste is poured, the liquid level of the disinfection stoste is lifted into the liquid-sealing funnel pipe 7, and the basically accurate disinfection stoste dosage can be judged to be poured, at the moment, the disinfection stoste in the liquid-sealing funnel pipe 7 can not be poured into the fourth layer stoste metering pipe or other layers of stoste metering pipes above the fourth layer stoste metering pipe, and the liquid-sealing funnel pipe 7 seals other layers of stoste metering pipes 4.
Claims (7)
1. A medical chlorine-containing disinfectant preparation barrel comprises a barrel body, the barrel body comprises a barrel wall, and is characterized in that an annular outer edge square tube is directly formed outside the upper edge of the barrel wall, the ring-shaped outer edge square tube is divided into a plurality of layers of stock solution metering tubes, the structure of the stock solution metering tube is a tube body which is formed by sequentially and vertically connecting a lower annular wall, an outer annular wall, an upper annular wall and an inner annular wall and has a square section and a ring shape as a whole, wherein the bottommost layer is called a first layer of stock solution measuring pipe, the bottommost layer is called a second layer of stock solution measuring pipe … … nth layer of stock solution measuring pipe in sequence from bottom to top, each layer of stock solution measuring pipe takes the inner wall of the annular outer edge square pipe as an inner annular wall, the outer wall of the annular outer edge square pipe as an outer annular wall, the bottom wall of the annular outer edge square tube is used as a lower annular wall of the first layer of raw liquid metering tube, and an upper annular wall is arranged to form an integral first layer of raw liquid metering tube; meanwhile, the upper ring wall of the first layer of raw liquid measuring pipe is used as the lower ring wall of the second layer of raw liquid measuring pipe, and so on, finally the upper ring wall of the (n-1) th layer of raw liquid measuring pipe is used as the lower ring wall of the nth layer of raw liquid measuring pipe, and the top wall of the annular outer edge square pipe is used as the upper ring wall of the nth layer of raw liquid measuring pipe; then, digging liquid injection holes with the same specification and on the same straight line on the upper ring wall of the first layer of the stock solution measuring pipe to the upper ring wall of the nth layer of the stock solution measuring pipe, and arranging a liquid discharging hole pipe on the inner ring wall of the first layer of the stock solution measuring pipe, namely the barrel wall, wherein a valve is arranged on the liquid discharging hole pipe; the liquid sealing funnel is also provided with a trumpet hopper and a pipe barrel which are directly connected, the outer diameter of the pipe barrel is equal to the inner diameter of the liquid injection hole, and the pipe barrel is movably inserted into the liquid injection hole.
2. The barrel according to claim 1, wherein the volume of each layer of raw liquid metering tube is set to a fixed dosage unit; meanwhile, the inner wall of the barrel body is provided with dosage scale marks.
3. The barrel for preparing a medical chlorine-containing disinfectant as claimed in claim 2, wherein a sealing ring is disposed on the edge of the liquid injection hole.
4. The barrel of claim 3, wherein the tube of the sealing funnel has a layer of scales equal to the height of each layer of the stock solution measuring tube.
5. The barrel for preparing medical chlorine-containing disinfectant as claimed in claim 4, wherein the barrel wall and the outer wall of the annular outer edge square tube are provided with transparent observation windows.
6. The barrel of claim 5, wherein the transparent window is disposed on the barrel wall at a position opposite to the graduation marks.
7. The barrel for preparing a medical chlorine-containing disinfectant as claimed in claim 6, wherein a drainage tube is disposed on the wall of the barrel and clings to the bottom of the barrel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122128335.XU CN215540621U (en) | 2021-09-06 | 2021-09-06 | Medical chlorine-containing disinfectant preparation barrel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122128335.XU CN215540621U (en) | 2021-09-06 | 2021-09-06 | Medical chlorine-containing disinfectant preparation barrel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN215540621U true CN215540621U (en) | 2022-01-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122128335.XU Active CN215540621U (en) | 2021-09-06 | 2021-09-06 | Medical chlorine-containing disinfectant preparation barrel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN215540621U (en) |
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2021
- 2021-09-06 CN CN202122128335.XU patent/CN215540621U/en active Active
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