CN209303376U - A kind of cleaning pipe-line system of sterilizing endoscope machine - Google Patents
A kind of cleaning pipe-line system of sterilizing endoscope machine Download PDFInfo
- Publication number
- CN209303376U CN209303376U CN201822193785.5U CN201822193785U CN209303376U CN 209303376 U CN209303376 U CN 209303376U CN 201822193785 U CN201822193785 U CN 201822193785U CN 209303376 U CN209303376 U CN 209303376U
- Authority
- CN
- China
- Prior art keywords
- pipeline
- water inlet
- rinse bath
- valve
- enzyme solution
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Apparatus For Disinfection Or Sterilisation (AREA)
Abstract
The utility model discloses a kind of cleaning pipe-line system of sterilizing endoscope machine, including the first water inlet line, interior wash cycles pipeline, disinfection conveyance conduit, enzyme solution conveyance conduit and drain header；The interior wash cycles pipeline includes first circulation pipeline and second circulation pipeline；The head end of first water inlet line is connected to cleaning water source, and end is connected to the head end of second circulation pipeline；One end of first circulation pipeline is connected to the first water inlet line, and the other end is connected to rinse bath；First water inlet line is equipped with water inlet motor-driven valve, and water inlet motor-driven valve is located between the connectivity points of first circulation pipeline and cleaning water source；Second circulation pipe end is connected to the flushing connector in rinse bath；Disinfection conveyance conduit one end is connected to thimerosal case, and the other end is connected to rinse bath；Enzyme solution conveyance conduit one end is connected to enzyme solution bottle, and the other end is connected on second circulation pipeline.The system internal mirror tube can be cleaned and be sterilized automatically, and had many advantages, such as high-efficient and cleaned thorough.
Description
Technical field
The utility model relates to medical instrument cleaning equipments, and in particular to a kind of cleaning pipe-line system of sterilizing endoscope machine.
Background technique
In gastroenterology, scope is using a kind of more frequent medical apparatus, in scope in use, intracorporal shank
It is directly contacted with tissue, a large amount of mucus, blood and tissue debris etc. can be adhered to, therefore scope has to pass through sternly after
The cleaning and disinfection of lattice can just be used further to other people inspection, otherwise be easy to cause other people cross infections etc. to endanger, so scope
Cleaning and disinfection be also medical care in an important job.
However, existing cleaning is completed by manually mostly, the work of medical staff can be not only greatly increased in this way
Amount expends the time, and easily generates secondary pollution in artificial disinfecting process, it is difficult to which scope is thoroughly cleaned and disappeared
Poison.
Utility model content
The purpose of the utility model is to overcome above-mentioned problems, provide a kind of cleaning pipeline system of sterilizing endoscope machine
System, the pipe-line system internal mirror tube can be cleaned and be sterilized automatically, and had many advantages, such as high-efficient and cleaned thorough.
The purpose of this utility model is achieved through the following technical solutions:
A kind of cleaning pipe-line system of sterilizing endoscope machine, including the first water inlet pipe for being passed through ejected wash water in rinse bath
Road, the disinfection conveyance conduit for thimerosal to be delivered in rinse bath, the enzyme solution that is used to for enzyme solution being delivered in rinse bath are defeated
Send pipeline, the interior wash cycles pipeline for cleaning the inner cavity of internal mirror tube and the draining for being used to empty rinse bath
Supervisor；
Wherein, the interior wash cycles pipeline includes first circulation pipeline and second circulation pipeline；First water inlet pipe
The head end in road is connected to the water source of ejected wash water, and end is connected to the head end of second circulation pipeline；The one of the first circulation pipeline
End is connected to the first water inlet line, and the other end is connected to rinse bath；First water inlet line is equipped with water inlet booster pump and water inlet
Motor-driven valve；The second circulation pipeline is equipped with interior circulating valve and internal circulation pump, the flushing connector in end and rinse bath
Connection；
The disinfection conveyance conduit is equipped with thimerosal suction pump and disinfection valve, and one end is connected to thimerosal case, separately
One end is connected to rinse bath；The end of the drain header be equipped with three-way electric valve, the three-way electric valve respectively with lead to disinfection
The restoring pipeline of liquid case is connected to the drainage pipeline towards discharge outlet；
The enzyme solution conveyance conduit is equipped with enzyme solution check valve and enzyme solution suction pump, one end are connected to enzyme solution bottle, another
End connection is on second circulation pipeline；The interior circulating valve position is in the connectivity points of enzyme solution conveyance conduit and the company of the first water inlet line
Between logical point.
The working principle of above-mentioned pipe-line system is:
When work, first interior mirror tube is put into rinse bath, and by the flushing connector in one end and rinse bath of interior mirror tube
Connection, closes interior circulating valve, then opens water inlet motor-driven valve and water inlet booster pump, so that ejected wash water is (used when sterilizing machine cleaning
Ejected wash water, be pure water be not general tap water) flow through the first water inlet line from water source and first circulation pipeline enter it is clear
In washing trough；After the ejected wash water in rinse bath is filled with, water inlet motor-driven valve and water inlet booster pump are closed, and circulating valve and interior in opening
Circulating pump, so that the ejected wash water in rinse bath is evacuated in second circulation pipeline from first circulation pipeline, then ejected wash water from
The inner cavity rinsed connector and enter interior mirror tube in rinse bath, and then internally the inner cavity of mirror tube is cleaned, the cleaning after cleaning
Water flows out in rinse bath.Generally, ejected wash water cyclically along first circulation pipeline, second circulation pipeline and can rinse connection
Head internally the inner cavity of mirror tube is cleaned, until the inner cavity of interior mirror tube is rinsed well, then by ejected wash water from drain header, draining
Pipeline discharge.
Then, open enzyme solution suction pump, close in circulating valve so that enzyme solution from enzyme solution bottle by enzyme solution conveyance conduit into
Enter in second circulation pipeline and scope, by after a certain period of time, closing enzyme solution suction pump, opens water inlet motor-driven valve and water inlet pressurization
Pump, ejected wash water is passed through into rinse bath；After the ejected wash water in rinse bath is filled with, water inlet motor-driven valve and water inlet booster pump are closed,
And circulating valve and internal circulation pump in opening, so that the ejected wash water in rinse bath passes through first circulation pipeline and second circulation pipeline stream
In interior mirror tube into rinse bath, it is mixed into enzyme cleaning solution with enzyme solution, so that internally the inner cavity of mirror tube is cleaned, after cleaning
Ejected wash water flows out in rinse bath, then cyclically internal along first circulation pipeline, second circulation pipeline and flushing connector
The inner cavity of mirror tube is cleaned, until the inner cavity of interior mirror tube is rinsed well, then enzyme cleaning solution is discharged from drainage pipeline.
Then, interior circulating valve is turned off, water inlet motor-driven valve and water inlet booster pump is opened, water is added into rinse bath, and carry out
Interior circulation rinses the remaining enzyme solution in the inner cavity of pipeline and scope well.
Then, thimerosal suction pump and disinfection valve are opened, the thimerosal in thimerosal case is extracted into rinse bath, until
Thimerosal fills rinse bath, is then shut off thimerosal suction pump and disinfection valve, interior circulating valve and internal circulation pump is opened, so that disappearing
Venom cyclically flows in first circulation pipeline, second circulation pipeline, flushing connector and interior mirror tube, thus persistently to scope
The inner cavity of pipe carries out disinfection.After sanitized, thimerosal is discharged into thimerosal case from restoring pipeline and is stored, to make again
With.
Finally, being passed through ejected wash water into rinse bath again, and interior circulation is carried out, it will be remaining in the inner cavity of pipeline and scope
Thimerosal is rinsed well.
In above process, full automatic flushing and disinfection are realized, the labour of medical staff can be not only liberated
Power, moreover it is possible to improve the efficiency of cleaning, and secondary pollution can be effectively prevent.
One preferred embodiment of the utility model, wherein further include the outer cleaning pipe for the ejecting liquid into rinse bath
The one end in road, the outer cleaning pipeline is connected to drain header, and connectivity points are between rinse bath and three-way electric valve, the other end
It is connected to rinse bath, and the inner wall of its communication port and rinse bath is tangent；The outer cleaning pipeline is pumped equipped with outer circulation.By upper
Structure is stated, after filling ejected wash water or thimerosal in rinse bath, outer circulation pump is opened, by the ejected wash water or thimerosal in rinse bath
Towards in outer circulation pipeline, then the communication port of the inner wall from rinse bath is led into rinse bath, wherein due to the communication port and cleaning
The inner wall of slot is tangent, and ejected wash water or thimerosal can quickly be flowed along the inner wall of rinse bath, to accelerate the entirety in rinse bath
The speed of water flow, and flowed in the form of turbulent flow, so as to which more thoroughly internally the outer wall of mirror tube is cleaned.
One preferred embodiment of the utility model, wherein one end of the disinfection conveyance conduit is connected on drain header,
The other end is connected in the bottom of thimerosal case.When work, thimerosal is up poured into rinse bath from drain header by discharge outlet,
Since discharge outlet is covered by thimerosal, it can greatly avoid thimerosal from contacting with the air in rinse bath, prevent secondary
Pollution.
One preferred embodiment of the utility model, wherein the liquid for the water level in detection slot is equipped in the rinse bath
Level sensor can learn the water level conditions in rinse bath by the liquid level sensor, to carry out relevant operation, avoid water
Situations such as position is too low or water overflows.
One preferred embodiment of the utility model, wherein first water inlet line is equipped with for carrying out to ejected wash water
The filter of filtering, the filtering before being rinsed in this way to ejected wash water can further assure that the clean degree of ejected wash water.
Preferably, the filter is equipped with the filter pipe for ejected wash water therein or thimerosal to be discharged, the mistake
Chimney filter road is equipped with filtering discharge pump and discharge motor-driven valve.It, can will be in filter by above structure after cleaning
Ejected wash water discharge prevents from generating the harmful substances such as bacterium after standing.
One preferred embodiment of the utility model, wherein be equipped with itself between the thimerosal case and the first water inlet line
Decontamination duct, the self-disinfection pipeline are equipped with self-disinfection motor-driven valve；
First water inlet line is equipped with water feeding one-way valve, along the water (flow) direction of ejected wash water, water feeding one-way valve, itself
Decontamination duct and connectivity points, water inlet booster pump, water inlet motor-driven valve and the first water inlet line of the first water inlet line are followed with first
The connectivity points in endless tube road are sequentially distributed.By above structure, thimerosal suction pump and self-disinfection motor-driven valve are opened, can will be sterilized
Thimerosal in liquid case leads in self-disinfection pipeline, then along the first water inlet line and first circulation pipeline pump into rinse bath
In, after rinse bath is filled, internal circulation pump and interior circulating valve are opened, so that the thimerosal in rinse bath is along first circulation pipe
Road, second circulation pipeline, flushing connector return in rinse bath, follow respectively to the first water inlet line, first circulation pipeline, second
Endless tube road and rinse bath carry out disinfection, and prevent the nuisances such as bacterium from breeding.In actual application, when the disinfection of thimerosal is imitated
When fruit is failed fastly, the thimerosal in thimerosal case can successively be led into each cleaning pipe by this preferred self-disinfection pipeline
Road, thus carry out disinfection to devices such as each flushing pipe, booster pump, valve and filters, after completing cleaning and sterilizing, then will be fast
The thimerosal of failure is discharged by drain header, drainage pipeline.
Preferably, it is equipped with heating tube in the thimerosal case, the thimerosal in disinfect box is heated by heating tube,
To improve the effect of disinfection.
One preferred embodiment of the utility model, wherein the second circulation pipeline is by ventilation shaft and for pipe
The drying that road is dried pumps connection, and the ventilation shaft is equipped with intake valve, and ventilation shaft is filled equipped with 0.2um air filtration
It sets.After cleaning, intake valve is opened, and drying pump starts to work, and is blown into pipeline, to accelerate to do in pipeline
It is dry.Wherein, 0.2um air filter is used to guarantee the purity of the air of drying pump blowout.
One preferred embodiment of the utility model, wherein the second circulation pipeline passes through alcohol delivery pipe road and alcohol
Bottle connection, the alcohol delivery pipe road are equipped with alcohol check valve and alcohol suction pump.It is intended that past using drying pump
When carrying out blow dried in pipeline, since the volatility of alcohol is good, convenient for the residual liquid in pipeline is dried up rapidly；Work
When, first open alcohol suction pump, the alcohol in vial is led in the second branch water pipe and scope, subsequent start-up drying pump to
Second branch water pipe and scope are blown, so that the residual liquid in the second branch water pipe and scope quickly be dried up.
Preferably, connect again with second circulation pipeline after one end Correspondent in the enzyme solution conveyance conduit and alcohol delivery pipe road
It connects.
One preferred embodiment of the utility model, wherein the enzyme solution conveyance conduit is equipped with for detecting in enzyme solution bottle
The enzyme solution detector whether enzyme solution is finished, the enzyme solution detector include enzyme solution memory and are located at enzyme solution memory outer bottom
Contactless liquid detection sensor, the enzyme solution memory are serially connected on enzyme solution conveyance conduit；The alcohol delivery pipe road
Be equipped with the alcohol detector that whether is finished for detecting the alcohol of vial, the alcohol detector include alcohol memory and
It is located at the contactless liquid detection sensor of alcohol memory bottom, the alcohol memory is serially connected in alcohol delivery pipe road
On.The working principle of above-mentioned enzyme solution detector and alcohol detector is: the solution in enzyme solution memory and alcohol memory
When capacity is little or no, that is, show that the solution of enzyme solution bottle and vial has been evacuated, so as to prompt to need to add solution
Into bottle, to guarantee normal cleaning；Moreover, using (such as the ultrasonic solution physical examination of non-contacting liquid detection sensor
Survey sensor) solution in pipeline is detected, solution can be polluted to avoid sensor.
One preferred embodiment of the utility model, wherein be equipped on the enzyme solution conveyance conduit and alcohol delivery pipe road
Pinch valve.
One preferred embodiment of the utility model, wherein connecting pipe of leaking hunting, the connection of leaking hunting are equipped in the rinse bath
Pipeline is connected to by leaking hunting ventilation pipe with the pump that leaks hunting, and the ventilation pipe that leaks hunting is equipped with leak detection valve and vent valve.By upper
Structure is stated, before cleaning starts, the connecting pipe that can will leak hunting is connected to interior mirror tube, then opens vent valve, start the pump that leaks hunting, from
And it can detecte the airtight performance of interior mirror tube.
The utility model has the advantages that compared with prior art
In the pipe-line system of the utility model, doctor can be not only liberated to full automatic flushing and disinfection is realized
The labour of shield personnel, moreover it is possible to improve the efficiency of cleaning, and secondary pollution can be effectively prevent.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the pipe-line system in the endoscope cleaning equipment in the utility model.
Specific embodiment
In order to make those skilled in the art better understand the technical solution of the utility model, below with reference to embodiment and
Attached drawing is further described the utility model, but the embodiments of the present invention is not limited only to this.
Referring to Fig. 1, the cleaning pipe-line system of the sterilizing endoscope machine in the present embodiment, including for ejected wash water to be passed through cleaning
The first water inlet line 2 in slot 1, the interior wash cycles pipeline for cleaning the inner cavity of internal mirror tube are used to sterilize
Liquid be delivered to the disinfection conveyance conduit 3 in rinse bath 1, the enzyme solution conveyance conduit 4 for being delivered to enzyme solution in rinse bath 1 and
Drain header 5 for emptying rinse bath 1；Wherein, the interior wash cycles pipeline includes that first circulation pipeline 6 and second follow
Endless tube road 7；The head end of first water inlet line 2 is connected to the water source of ejected wash water, and the head end of end and second circulation pipeline 7 connects
It is logical；One end of the first circulation pipeline 6 is connected to the first water inlet line 2, and the other end is connected to rinse bath 1；Described first into
Waterpipe 2 be equipped with water inlet booster pump 8 and water inlet motor-driven valve 9, the water inlet motor-driven valve 9 be located at first circulation pipeline 6 and first into
Between the connectivity points of waterpipe 2 and the water source of ejected wash water；The second circulation pipeline 7 is equipped with interior circulating valve 11 and internal circulation pump
10, end is connected to the flushing connector in rinse bath 1；The disinfection conveyance conduit 3 is equipped with 12 He of thimerosal suction pump
Valve 13 is sterilized, one end is connected to thimerosal case 14, and the other end is connected to rinse bath 1；The end of the drain header 5 is equipped with
Three-way electric valve 15, the three-way electric valve 15 is respectively with the restoring pipeline 42 for leading to thimerosal case 14 and towards the draining of discharge outlet
Pipeline 43 is connected to, and the drainage pipeline 43 is equipped with draining pump 44；The enzyme solution conveyance conduit 4 is equipped with enzyme solution check valve 16
With enzyme solution suction pump 17, one end is connected to enzyme solution bottle 18, and the other end is connected on second circulation pipeline 7；The interior circulating valve
11 are located between the connectivity points of enzyme solution conveyance conduit 4 and the connectivity points of the first water inlet line 2.
Referring to Fig. 1, this pipe-line system further includes the outer cleaning pipeline 19 for the ejecting liquid into rinse bath 1, this is outer clear
The one end for washing pipeline 19 is connected to drain header 5, connectivity points between rinse bath 1 and three-way electric valve 15, the other end with
Rinse bath 1 is connected to, and its communication port and the inner wall of rinse bath 1 are tangent；The outer cleaning pipeline 19 is equipped with outer circulation pump 20.It is logical
Above structure is crossed, after filling ejected wash water or thimerosal in rinse bath 1, outer circulation pump 20 is opened, by the ejected wash water in rinse bath 1
Or thimerosal leads in outer circulation pipeline, then the communication port of the inner wall from rinse bath 1 is led into rinse bath 1, wherein due to the company
The inner wall of port and rinse bath 1 is tangent, and ejected wash water or thimerosal can quickly be flowed along the inner wall of rinse bath 1, to accelerate clear
The speed of whole water flow in washing trough 1, and flowed in the form of turbulent flow, so as to which more thoroughly internally the outer wall of mirror tube carries out
Cleaning.
The liquid level sensor for the water level in detection slot is equipped in the rinse bath 1, it, can be with by the liquid level sensor
Water level conditions in immediate reaction rinse bath 1, avoid water level too low or water overflow situations such as.
Referring to Fig. 1, one end of the disinfection conveyance conduit 3 is connected on drain header 5, and the other end is connected in thimerosal case
14 bottom.When work, thimerosal is up poured into rinse bath 1 from drain header 5 by discharge outlet, since discharge outlet is disappeared
Venom covering, can greatly avoid thimerosal from contacting with the air in rinse bath 1, prevent secondary pollution in this way.
Referring to Fig. 1, first water inlet line 2 is equipped with the filter 21 for being filtered to ejected wash water, right in this way
Ejected wash water be rinsed before filtering, can further assure that the clean degree of ejected wash water.The filter 21 is equipped with and is used for
The filter pipe 22 that ejected wash water therein or thimerosal are discharged, the filter pipe 22 are equipped with filtering discharge pump 23 and row
Motor-driven valve 24 out.After cleaning, by above structure, the ejected wash water in filter 21 can be discharged, prevent from producing after standing
The harmful substances such as endophytic bacteria.
Referring to Fig. 1, self-disinfection pipeline 25 is equipped between the thimerosal case 14 and the first water inlet line 2, this itself disappears
Malicious pipeline 25 is equipped with self-disinfection motor-driven valve 26；First water inlet line 2 is equipped with inlet valve 45 and water feeding one-way valve 27,
Along the water (flow) direction of ejected wash water, the inlet valve 45, water feeding one-way valve 27, self-disinfection pipeline 25 and the first water inlet line 2
Connectivity points, water inlet booster pump 8, water inlet motor-driven valve 9 and the first water inlet line 2 and first circulation pipeline 6 connectivity points successively
Distribution.By above structure, thimerosal suction pump 12 and self-disinfection motor-driven valve 26 are opened, it can be by the disinfection in thimerosal case 14
Liquid leads in self-disinfection pipeline 25, pumps then along the first water inlet line 2 and first circulation pipeline 6 into rinse bath 1, when clear
After washing trough 1 is filled, internal circulation pump 10 and interior circulating valve 11 are opened, so that the thimerosal in rinse bath 1 is along first circulation pipeline
6, second circulation pipeline 7, rinse connector and return in rinse bath 1, respectively to the first water inlet line 2, first circulation pipeline 6, the
Two circulating lines 7 and rinse bath 1 carry out disinfection, and prevent the nuisances such as bacterium from breeding.In actual application, when thimerosal
When Disinfection Effect fails fastly, the thimerosal in thimerosal case 14 can successively be led to respectively by this preferred self-disinfection pipeline 25
A cleaning pipeline completes cleaning and disappears to carry out disinfection to devices such as each flushing pipe, booster pump, valve and filters 21
After poison, then by the thimerosal to fail fastly by drain header, drainage pipeline be discharged.Whether thimerosal fails is obtained by test paper test
Know, specifically, the setting test pipeline 46 in thimerosal storage bin 14, and the setting test delivery pump 47 on test pipeline 46,
The thimerosal in thimerosal storage bin 14 is sent out from test pipeline 46 using test delivery pump 47, is manually being tested using test paper
Thimerosal is received in 46 end of pipeline, tests the validity of thimerosal.
It is equipped with heating tube 48 in the thimerosal case 14, the thimerosal in disinfect box is heated by heating tube 48,
So that thimerosal is in temperature constant state always, to improve the effect of disinfection.
Referring to Fig. 1, the second circulation pipeline 7 passes through ventilation shaft 28 and the drying pump 29 for pipeline to be dried
Connection, the ventilation shaft 28 are equipped with intake valve 30, and ventilation shaft is equipped with 0.2um air filter.Work as cleaning
After, intake valve 30 is opened, and drying pump 29 starts to work, and is blown into pipeline, dry in pipeline to accelerate.Wherein,
0.2um air filter is used to guarantee the purity of the air of drying pump blowout.
Referring to Fig. 1, the second circulation pipeline 7 is connected to by alcohol delivery pipe road 31 with vial 32, and the alcohol is defeated
Pipeline 31 is sent to be equipped with alcohol check valve 33 and alcohol suction pump 34.It is intended that using drying pump 29 into pipeline into
When row blow dried, since the volatility of alcohol is good, convenient for the residual liquid in pipeline is dried up rapidly；When work, first open
Alcohol suction pump 34 leads to the alcohol in vial 32 in second branch water pipe 7 and scope, subsequent start-up drying pump 29 to the
Two branch water pipes 7 and scope are blown, so that the residual liquid in the second branch water pipe 7 and scope quickly be dried up.
It is connect again with second circulation pipeline 7 after one end Correspondent in the enzyme solution conveyance conduit 4 and alcohol delivery pipe road 31.
Referring to Fig. 1, the enzyme solution conveyance conduit 4 is equipped with the enzyme solution inspection for detecting whether enzyme solution is finished in enzyme solution bottle 18
Device 35 is surveyed, which includes enzyme solution memory and the contactless liquid inspection for being located at enzyme solution memory outer bottom
Sensor 36 is surveyed, the enzyme solution memory is serially connected on enzyme solution conveyance conduit 4；The alcohol delivery pipe road 31 is equipped with for examining
Survey the alcohol detector that whether is finished of alcohol of vial 32, which includes alcohol memory and be located at alcohol and deposit
The contactless liquid detection sensor of reservoir bottom, the alcohol memory are serially connected on alcohol delivery pipe road 31.It is above-mentioned
The working principle of enzyme solution detector 35 and alcohol detector 36 is: when the capacity of the solution in enzyme solution memory and alcohol memory
When little or no, that is, show that enzyme solution bottle 18 and the solution of vial 32 have been evacuated, so as to prompt to need to add solution
Into bottle, to guarantee normal cleaning；Moreover, using (such as the ultrasonic solution physical examination of non-contacting liquid detection sensor
Survey sensor) solution in pipeline is detected, solution can be polluted to avoid sensor.The enzyme solution conveyance conduit
4 and alcohol delivery pipe road 31 on be equipped with pinch valve 37.
Referring to Fig. 1, connecting pipe of leaking hunting is equipped in the rinse bath 1, which passes through the ventilation pipe that leaks hunting
38 are connected to the pump 39 that leaks hunting, and the ventilation pipe 38 that leaks hunting is equipped with leak detection valve 40 and vent valve 41.By above structure,
Before cleaning starts, the connecting pipe that can will leak hunting is connected to interior mirror tube, then opens vent valve 41, starts the pump 39 that leaks hunting, so as to
To detect the airtight performance of interior mirror tube.
Referring to Fig. 1, the working principle of above-mentioned pipe-line system is:
When work, first interior mirror tube is put into rinse bath 1, and one end of interior mirror tube is connect with the flushing in rinse bath 1
Head connection, closes interior circulating valve 11, then opens water inlet motor-driven valve 9 and water inlet booster pump 8, so that (sterilizing machine cleans ejected wash water
It is not general tap water that the ejected wash water of Shi Suoyong, which is pure water) the first water inlet line 2 and first circulation pipeline are flowed through from water source
6 enter in rinse bath 1；After the ejected wash water in rinse bath 1 is filled with, water inlet motor-driven valve 9 and water inlet booster pump 8 are closed, and open
Interior circulating valve 11 and internal circulation pump 10, so that the ejected wash water in rinse bath 1 is evacuated to second circulation pipe from first circulation pipeline 6
In road 7, then ejected wash water from rinse bath 1 rinse connector enter interior mirror tube inner cavity, and then internally mirror tube inner cavity into
Row cleaning, the ejected wash water after cleaning flow out in rinse bath 1.Generally, ejected wash water can cyclically along first circulation pipeline 6,
Second circulation pipeline 7 and the inner cavity for rinsing the internal mirror tube of connector are cleaned, until the inner cavity of interior mirror tube is rinsed well, then
Ejected wash water is discharged from drain header 5, drainage pipeline 43.
Then, enzyme solution suction pump 17 is opened, interior circulating valve 11 is closed, so that enzyme solution is conveyed from enzyme solution bottle 18 by enzyme solution
Pipeline 4 enters in second circulation pipeline 7 and scope, by after a certain period of time, closing enzyme solution suction pump 17, opens water inlet motor-driven valve
9 and water inlet booster pump 8, be passed through ejected wash water into rinse bath 1；After the ejected wash water in rinse bath 1 is filled with, water inlet motor-driven valve is closed
9 and water inlet booster pump 8, and circulating valve 11 and internal circulation pump 10 in opening, so that the ejected wash water in rinse bath 1 passes through first circulation
Pipeline 6 and second circulation pipeline 7 flow in the interior mirror tube in rinse bath 1, enzyme cleaning solution are mixed to form with enzyme solution, thus to scope
The inner cavity of pipe is cleaned, and the ejected wash water after cleaning flows out in rinse bath 1, then cyclically along first circulation pipeline 6,
Two circulating lines 7 and the inner cavity for rinsing the internal mirror tube of connector are cleaned, until the inner cavity of interior mirror tube is rinsed well, then will
Enzyme cleaning solution is discharged from drainage pipeline 43.
Then, interior circulating valve 11 is turned off, water inlet motor-driven valve 9 and water inlet booster pump 8 is opened, water is added into rinse bath 1,
And circulation in carrying out, the remaining enzyme solution in the inner cavity of pipeline and scope is rinsed well.
Then, thimerosal suction pump 12 and disinfection valve 13 are opened, the thimerosal in thimerosal case 14 is extracted into rinse bath 1
In, until thimerosal fills rinse bath 1, it is then shut off thimerosal suction pump 12 and disinfection valve 13, opens 11 He of interior circulating valve
Internal circulation pump 10 so that thimerosal in first circulation pipeline 6, second circulation pipeline 7, rinse in connector and interior mirror tube cyclically
Flowing, so that the inner cavity for continuing internal mirror tube carries out disinfection.After sanitized, thimerosal is discharged into thimerosal from pipeline 42 is restored
Case 14 is stored, to reuse.
Finally, being passed through ejected wash water into rinse bath 1 again, and interior circulation is carried out, by the residual in the inner cavity of pipeline and scope
Thimerosal rinse well.
In above process, full automatic flushing and disinfection are realized, the labour of medical staff can be not only liberated
Power, moreover it is possible to improve the efficiency of cleaning, and secondary pollution can be effectively prevent.
Above-mentioned is the preferable embodiment of the utility model, but the embodiments of the present invention is not by above content
It limits, change, modification, substitution, combination, the letter made under other any spiritual essence and principles without departing from the utility model
Change, should be equivalent substitute mode, be included within the protection scope of the utility model.
Claims (10)
1. a kind of cleaning pipe-line system of sterilizing endoscope machine, which is characterized in that including for ejected wash water to be passed through in rinse bath
First water inlet line, is used to for thimerosal being delivered to the interior wash cycles pipeline for cleaning the inner cavity of internal mirror tube
It disinfection conveyance conduit in rinse bath, the enzyme solution conveyance conduit for enzyme solution to be delivered in rinse bath and is used for rinse bath
The drain header of emptying；
Wherein, the interior wash cycles pipeline includes first circulation pipeline and second circulation pipeline；First water inlet line
Head end is connected to the water source of ejected wash water, and end is connected to the head end of second circulation pipeline；One end of the first circulation pipeline with
The connection of first water inlet line, the other end are connected to rinse bath；First water inlet line is equipped with water inlet booster pump and intakes electronic
Valve；The second circulation pipeline is equipped with interior circulating valve and internal circulation pump, and end is connected to the flushing connector in rinse bath；
The disinfection conveyance conduit is equipped with thimerosal suction pump and disinfection valve, and one end is connected to thimerosal case, the other end
It is connected to rinse bath；The end of the drain header be equipped with three-way electric valve, the three-way electric valve respectively with lead to thimerosal case
Restoring pipeline be connected to the drainage pipeline towards discharge outlet；
The enzyme solution conveyance conduit is equipped with enzyme solution check valve and enzyme solution suction pump, one end are connected to enzyme solution bottle, and the other end connects
Lead on second circulation pipeline；The interior circulating valve position is in the connectivity points of enzyme solution conveyance conduit and the connectivity points of the first water inlet line
Between.
2. the cleaning pipe-line system of sterilizing endoscope machine according to claim 1, which is characterized in that further include for cleaning
One end of the outer cleaning pipeline of ejecting liquid in slot, the outer cleaning pipeline is connected to drain header, and connectivity points are located at rinse bath
Between three-way electric valve, the other end is connected to rinse bath, and the inner wall of its communication port and rinse bath is tangent；The outer cleaning pipe
Road is pumped equipped with outer circulation.
3. the cleaning pipe-line system of sterilizing endoscope machine according to claim 1, which is characterized in that the disinfection conveyance conduit
One end be connected on drain header, the other end be connected in the bottom of thimerosal case.
4. the cleaning pipe-line system of sterilizing endoscope machine according to claim 1, which is characterized in that first water inlet line
It is equipped with filter for being filtered to ejected wash water, the filter is equipped with for by ejected wash water therein or thimerosal
The filter pipe of discharge, the filter pipe are equipped with filtering discharge pump and discharge motor-driven valve.
5. the cleaning pipe-line system of sterilizing endoscope machine according to claim 1 or 4, which is characterized in that the thimerosal case
Self-disinfection pipeline is equipped between the first water inlet line, which is equipped with self-disinfection motor-driven valve；
First water inlet line is equipped with water feeding one-way valve, along the water (flow) direction of ejected wash water, water feeding one-way valve, self-disinfection
The connectivity points of pipeline and the first water inlet line, water inlet booster pump, water inlet motor-driven valve and the first water inlet line and first circulation pipe
The connectivity points in road are sequentially distributed.
6. the cleaning pipe-line system of sterilizing endoscope machine according to claim 5, which is characterized in that the second circulation pipeline
It is connected to by ventilation shaft with the drying pump for pipeline to be dried, the ventilation shaft is equipped with intake valve and air mistake
Filter device.
7. the cleaning pipe-line system of sterilizing endoscope machine according to claim 6, which is characterized in that the second circulation pipeline
It is connected to by alcohol delivery pipe road with vial, the alcohol delivery pipe road is equipped with alcohol check valve and alcohol suction pump.
8. the cleaning pipe-line system of sterilizing endoscope machine according to claim 1, which is characterized in that the enzyme solution conveyance conduit
It is connect again with second circulation pipeline with after one end Correspondent in alcohol delivery pipe road.
9. the cleaning pipe-line system of sterilizing endoscope machine according to claim 7, which is characterized in that the enzyme solution conveyance conduit
It is equipped with the enzyme solution detector for detecting the capacity of enzyme solution in pipeline, the alcohol delivery pipe road is equipped with for detecting pipeline
The alcohol detector of the capacity of middle alcohol.
10. the cleaning pipe-line system of sterilizing endoscope machine according to claim 1, which is characterized in that set in the rinse bath
It leaks hunting connecting pipe, which is connected to by leaking hunting ventilation pipe with the pump that leaks hunting, described to leak hunting on ventilation pipe
Equipped with leak detection valve and vent valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822193785.5U CN209303376U (en) | 2018-12-25 | 2018-12-25 | A kind of cleaning pipe-line system of sterilizing endoscope machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822193785.5U CN209303376U (en) | 2018-12-25 | 2018-12-25 | A kind of cleaning pipe-line system of sterilizing endoscope machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209303376U true CN209303376U (en) | 2019-08-27 |
Family
ID=67678821
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822193785.5U Active CN209303376U (en) | 2018-12-25 | 2018-12-25 | A kind of cleaning pipe-line system of sterilizing endoscope machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209303376U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112756331A (en) * | 2021-01-29 | 2021-05-07 | 何武 | Ultrasonic cleaning device for endoscope |
| CN112891592A (en) * | 2021-02-24 | 2021-06-04 | 浙江大学 | Alarm system and method for manual cleaning and perfusion of soft endoscope |
-
2018
- 2018-12-25 CN CN201822193785.5U patent/CN209303376U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112756331A (en) * | 2021-01-29 | 2021-05-07 | 何武 | Ultrasonic cleaning device for endoscope |
| CN112891592A (en) * | 2021-02-24 | 2021-06-04 | 浙江大学 | Alarm system and method for manual cleaning and perfusion of soft endoscope |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JP6965022B2 (en) | Equipment and methods for reprocessing medical devices | |
| CN109433715B (en) | Cleaning method of full-immersion endoscope cleaning machine | |
| US5882589A (en) | Sealed endoscope decontamination, disinfection and drying device | |
| JP4633640B2 (en) | Endoscope duct water removal method and endoscope cleaning / disinfecting apparatus | |
| CN204147303U (en) | A kind of cleaning and sterilizing device for endoscope | |
| CN209303376U (en) | A kind of cleaning pipe-line system of sterilizing endoscope machine | |
| BRPI0603523B1 (en) | Endoscope Processor and Method for Measuring a Property of a Solution to Be Applied to the Endoscope | |
| CN108746046A (en) | A kind of pipe-line system and its working method of endoscope cleaner | |
| MXPA06003584A (en) | Automated endoscope reprocessor connection integrity testing via liquid suction. | |
| CN101332306B (en) | Endoscope cleaner | |
| CN104815813A (en) | Through-connection box for full-automatic soft type endoscope cleaning machine | |
| CN103721279A (en) | Vertical full-automatic endoscope cleaning and disinfection appliance | |
| CN203539733U (en) | Rapid sterilization device of B ultrasonic probe | |
| CN107952086A (en) | A kind of Medical appliance decontaminating apparatus | |
| CN110448708B (en) | Circulating pipeline system for medical cleaning and disinfecting machine and using method thereof | |
| CN209065493U (en) | Department of stomatology sewage disposal device | |
| CN209303333U (en) | A kind of complete immersion formula endoscope cleaning machine | |
| CN212693336U (en) | Seawater collection system | |
| CN116328056A (en) | Full-automatic sputum collection device | |
| CN114306681B (en) | Automatic pipeline disinfection system and method | |
| CN206687937U (en) | A kind of water for dialysis processing system pipeline and the online decontamination system of haemodialysis control unit | |
| CN201394555Y (en) | Soft-and-hard disinfection and sterilization machine used for cleaning endoscope continuously | |
| CN213219748U (en) | Automatic aspirator for hepatobiliary surgery | |
| JP3045560B2 (en) | Endoscope cleaning and disinfecting equipment | |
| CN213707841U (en) | ICU integration medical waste liquid collects preprocessing device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |