CN2832152Y - Full-automatic quick hypothermia sterilization equipment - Google Patents
Full-automatic quick hypothermia sterilization equipment Download PDFInfo
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- CN2832152Y CN2832152Y CN 200520044316 CN200520044316U CN2832152Y CN 2832152 Y CN2832152 Y CN 2832152Y CN 200520044316 CN200520044316 CN 200520044316 CN 200520044316 U CN200520044316 U CN 200520044316U CN 2832152 Y CN2832152 Y CN 2832152Y
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Abstract
The utility model relates to a full-automatic quick hypothermia sterilization device. A sterilizing chamber is formed in the utility model; through a water inlet module and a pipeline, water flow can go into the sterilizing chamber and pass through the pipeline after being filtered through a sterile water filter, and is mixed with the sterilizing agent in the sterilizing chamber to form sterilization solution which can sustain sufficient sterilization time in the sterilizing chamber to carry out sterilization for objects contained and waiting to be in the sterilizing chamber. From the pipeline in the sterilizing chamber to the water outlet module, the sterilization solution can be exhausted; the water filtered by the asepsis water filter is led into the sterilizing chamber to wash the sterilized objects, and then is exhausted. After the processes of washing is carried out for a plurality of times, the sterilizing chamber can be opened and the sterilized objects can be taken out. The utility model provides a full-automatic quick hypothermia sterilization device, with convenient operation and quick operation.
Description
Technical field
This utility model refers to a kind of equipment that can finish the high efficient cryogenic sterilization automatically and use sterilization of liquids especially about a kind of sterilizing installation.
Background technology
Be successfully applied to clinically from Minimally Invasive Surgery, various endoscopy are popularized in hospital day by day, and the thorough sterilization of operation that brings thus and examination apparatus is the problem that patient, clinical medical and nursing personnel and hospital administrators are very paid close attention to always.
Generally, various endoscopies are sterilized with high steam.Many armarium are to be constituted or had complicated lens system (as firm or softish endoscope) by plastics.High pressure steam sterilization may damage this armarium or shortened dramatically their service life.For solving the damage problem of high pressure steam sterilization to armarium, also the someone adopts the mode of glutaraldehyde immersion to come armarium is sterilized, though soaking the sterilization method heat, greatly reduces glutaraldehyde than steam sterilization, but soak time is longer relatively, and normal step institute must also want three and a half hours the time.Also the someone adopts the mode of epoxyethane fumigation to come armarium is sterilized in addition, but because oxirane is a kind of unsettled toxic gas, safety problem to the operator also will greatly be paid close attention to, and also is problem for the processing of oxirane after the sterilization treatment.
Summary of the invention
The full-automatic main purpose of cold sterilization sterilizing installation fast of this utility model is: provide a kind of sterilizing installation can be to medical apparatus and instruments low temperature quick sterilization, avoided causing damage to object subject to sterilization by heat, improve the utilization rate of medical apparatus and instruments, solved the existing existing problem of sterilizing installation.
Another purpose of the present utility model is: handling safety, and reasonable price, and increased pot-life of object subject to sterilization.
For reaching aforementioned purpose, the technological means that this utility model used is to provide a kind of full-automatic cold sterilization sterilizing installation fast, comprising: a sterile chamber, include a water pond, and a top cover is provided with outlet and water inlet in the water pond bottom surface; One liquid-supplying system includes a water inlet module, a water outlet module, and a sterilized water filter; This water inlet module in the aforementioned liquid-supplying system is connected with this sterilized water filter with pipeline, and this sterilized water filter is connected with this sterile chamber with pipeline, and this sterile chamber is connected with this water outlet module with pipeline.
Should full-automatic cold sterilization sterilizing installation fast, further be improved to: this top cover, be arranged at the end face of sterilizing installation, a sealing strip is installed in top cover bottom surface periphery; This water pond is installed on the top of this sterilizing installation inside, and the water inlet that is provided with in the water pond bottom surface comprises a circulation water inlet and a high pressure intake.
Should full-automatic cold sterilization sterilizing installation fast, a step is improved to again: a sterilization storehouse, the top of this inside, sterile chamber is installed; One room is formed at a side of this inside, sterilization storehouse; One groove is formed at a side in sterilization storehouse and connects by a slit and room; The bottom in this sterilization storehouse be formed with respectively with water pond on corresponding water inlet of circulation water inlet, high pressure intake and outlet and outlet.
Be somebody's turn to do full-automatic cold sterilization sterilizing installation fast, further be improved to: this sterilizing installation is provided with an air supply system, and this air supply system comprises:
One air pump is installed in below the inside of sterilizing installation;
One Pneumatic module is installed in below the inside of sterilizing installation, and is connected with air pump with an air inlet pipe, is connected with a sealing ring check valve on Pneumatic module;
One sealing ring is around the upper surface periphery that is installed in water pond, and the sealing circle is the tubular structure of an inflatable, and connects Pneumatic module sealing ring check valve and sealing ring with a pipeline.
Be somebody's turn to do full-automatic cold sterilization sterilizing installation fast, further be improved to: this liquid-supplying system includes a circulating pump in addition, and this circulating pump is communicated with the circulation water inlet and the outlet of sterile chamber respectively with pipeline.
Be somebody's turn to do full-automatic cold sterilization sterilizing installation fast, further be improved to: this liquid-supplying system includes a circulating pump and a circulation diaphragm valve in addition; One circulation is installed on this Pneumatic module in addition clamps electromagnetic valve, this circulation clamps electromagnetic valve and connects the aforesaid circulation diaphragm valve of control with pipeline; This circulating pump is communicated with the outlet and the circulation diaphragm valve of sterile chamber respectively with pipeline, and the circulation diaphragm valve connects the end in addition of circulating pump connects the sterile chamber with pipeline circulation water inlet.
Be somebody's turn to do full-automatic cold sterilization sterilizing installation fast, further be improved to: this liquid-supplying system includes a circulating pump and a draining diaphragm valve in addition; One draining is installed on this Pneumatic module in addition clamps electromagnetic valve, this draining clamps electromagnetic valve and connects the aforesaid draining diaphragm valve of control with pipeline; This circulating pump is communicated with the outlet and the draining diaphragm valve of sterile chamber respectively with pipeline, and the draining diaphragm valve connects the end in addition of circulating pump with pipeline connection water outlet module.
Be somebody's turn to do full-automatic cold sterilization sterilizing installation fast, further be improved to: this liquid-supplying system comprises a high-pressure pump in addition, and this high-pressure pump is communicated with the high pressure intake and the circulation water inlet of sterile chamber respectively with pipeline.
Be somebody's turn to do full-automatic cold sterilization sterilizing installation fast, further be improved to: this liquid-supplying system comprises a heater in addition, and this heater is connected between the outlet and circulating pump of sterile chamber with pipeline.
Should full-automatic cold sterilization sterilizing installation fast, further be improved to: a buoyancy aid switch is arranged on a side of sterilizing installation inside; One opening be installed in the top cover inner peripheral and the position in the inside of sterile chamber, this opening is communicated with the buoyancy aid switch with pipeline.
Should full-automatic cold sterilization sterilizing installation fast, further be improved to: an air intake vent, be installed in the inside of sterilizing installation, be connected with this opening via an air filter.
Be somebody's turn to do full-automatic cold sterilization sterilizing installation fast, further be improved to: be provided with one first entering water electromagnetic valve and one second entering water electromagnetic valve in this water inlet module, wherein first entering water electromagnetic valve links to each other with above-mentioned water outlet module by a pipeline, second entering water electromagnetic valve links to each other by a pipeline with above-mentioned sterilized water filter, and this sterilized water filter links to each other with Pneumatic module and water outlet module respectively with pipeline by behind the air water electromagnetic valve again.
Should full-automatic cold sterilization sterilizing installation fast, further be improved to: a discharge outlet is arranged on water pond with between the gas-tight silo, by a pipeline that is provided with a check valve, is connected with drain module.
Be somebody's turn to do full-automatic cold sterilization sterilizing installation fast, further be improved to: a manual gas bleeder valve is arranged on the pipeline that connects between sealing ring and Pneumatic module.
Therefore, this utility model, promptly a kind of full-automatic cold sterilization sterilizing installation fast can be to medical apparatus and instruments low temperature quick sterilization, has avoided causing damage to object subject to sterilization by heat, has improved the utilization rate of medical apparatus and instruments.Simultaneously, handling safety, reasonable price, and increased pot-life of object subject to sterilization.
The accompanying drawing summary
Fig. 1 is a preferred embodiment schematic appearance of the present utility model.
Fig. 2 is the front view of air supply system of the present utility model.
Fig. 3 is the front view of liquid-supplying system of the present utility model.
The specific embodiment
See also shown in Figure 1, it is the full-automatic preferred embodiment schematic appearance of cold sterilization sterilizing installation 10 fast of this utility model, be provided with one in the end face of sterilizing installation 10 and can raise or cover the top cover 12 of locking, in the top of these sterilizing installation 10 inside one water pond 14 is installed, after top cover 12 covers locking, between top cover 12 and water pond 14, promptly form a sterile chamber 15, that is this sterile chamber 15 is the tops that are arranged at these sterilizing installation 10 inside, one sealing ring 140 is used for sealing sterile chamber 15 around the upper surface periphery that is installed in water pond 14, sealing circle 140 is the tubular structure of an inflatable, is provided with a circulation water inlet 142 on water pond 14, one high pressure intake 144 and an outlet 146; Also be provided with the sealing strip 121 that is used for sealing sterile chamber 15 at top cover 12 bottom surface peripheries in addition, sealing bar 121 can be made by rubber material or similar material.
In Fig. 1, can see in addition, in the sterile chamber 15 of the top of these sterilizing installation 10 inside, can settle a discous sterilization storehouse 20, these sterilization storehouse 20 inner sides are formed with a room 22, and this room 22 can be used to place the container (not shown) that holds medical apparatus and instruments or other object subject to sterilization.One groove 24 is formed at a side in sterilization storehouse 20 and connects by a slit 26 and room 22, and this groove 24 can be used to place biocide.The bottom in this sterilization storehouse 20 be formed with respectively with water pond 14 on circulation water inlet 142, high pressure intake 144 and outlet 146 corresponding water inlet 220 and outlets 240.
Cooperate Fig. 2,3, the below of sterilizing installation of the present utility model 10 inside is formed with an internal chamber 16, the pipeline that is used to place air supply system, liquid-supplying system and connects sterilizing installation.
By Fig. 2, in internal chamber 16, be provided with air supply system, this air supply system comprises:
One air pump 30 is installed in the internal chamber 16 of sterilizing installation 10;
One Pneumatic module 32 is installed in the internal chamber 16 of sterilizing installation 10, and is connected with air pump 30 with an air inlet pipe 300, is provided with a breather check valve 301 on this air inlet pipe 300; Be provided with a pressure-control valve (not shown) in this Pneumatic module 32, in order to the switching of control air pump 30; On Pneumatic module 32, be connected with a sealing ring check valve 320, draining clamping electromagnetic valve 323, a circulation clamping electromagnetic valve 325 and an aseptic filtration check-valves 327;
Aforesaid sealing ring check valve 320 is connected Pneumatic module 32 by a pipeline 321 with sealing ring 140, air pump 30 can be inflated in sealing ring 140 via Pneumatic module 32 uniaxiallies;
Aforesaid draining clamps electromagnetic valve 323 and a circulation clamps electromagnetic valve 325 respectively via pipeline 324,326 connection one draining diaphragm valve 43 and circulation diaphragm valves 44, by the variation of air pressure, controls the operation of draining diaphragm valve 43 and circulation diaphragm valve 44 respectively.
Aforesaid aseptic filtration check-valves 327 is connected with sterilized water filter 50 with pipeline 328.
When air pump 30 operations, air enters Pneumatic module 32 via air inlet pipe 300 by breather check valve 301, inflate to sealing ring 140 via pipeline 321 by sealing ring check valve 320 again, after being expanded, sealing ring 140 is affixed to top cover 12 bottom surfaces of covered locking as shown in Figure 1, the inside and the extraneous air of sterile chamber 15 are isolated, form air-tight state; If be mounted with sterilization storehouse 20 as shown in fig. 1 in the sterile chamber 15, then air pump 30 operations are when sealing ring 140 inflations, after being expanded, sealing ring 140 upwards holds up sterilization storehouse 20, thereby after being expanded, sealing ring 140 is affixed to the periphery bottom surface in sterilization storehouse 20, and the periphery end face that makes sterilization storehouse 20 tightly suppresses the sealing strip 121 of top cover 12 bottom surface peripheries, thereby the inside and the extraneous air in sterile chamber 15 and sterilization storehouse 20 are isolated, form air-tight state.
When the gas pressure in the sealing ring 140 reaches rated value, make air pump 30 stop inflation.Sealing ring 140 has a pressure-head switch (not shown) and an electromagnetic valve (not shown), when the pressure overrate in the sealing ring 140, cuts off the control signal of air pump 30, makes it stop inflation in sealing ring 140.After sterilization process finished, the air in the sealing ring 140 discharged by electromagnetic valve, and can open top cover 12 this moment, took out the medical apparatus and instruments of having been sterilized from sterilization storehouse 20.
One manual gas bleeder valve 322 is arranged on the pipeline 321 that connects 32 of sealing ring 140 and Pneumatic modules, solenoid valve failure in sealing ring 140 is difficult to do the time spent, open this manual gas bleeder valve 322, the air in Pneumatic module 32 and the sealing ring 140 is discharged, can open top cover.
See also shown in Figure 3, it is the full-automatic front view of the liquid-supplying system of cold sterilization sterilizing installation 10 fast of this utility model, by seeing among the figure in the lower inner chamber 16 that this liquid-supplying system is arranged on sterilizing installation 10 inside, be provided with a water inlet module 40 and a water outlet module 49 in these internal chamber 16 1 sides, between water inlet module 40 and water outlet module 49, be connected with a sterilized water filter 50, a draining diaphragm valve 43, a circulation diaphragm valve 44, a circulating pump 61, a high-pressure pump 62 and a heater 63, be communicated with sterile chamber 15 with pipeline simultaneously with pipeline;
Be provided with one first entering water electromagnetic valve 41 and one second entering water electromagnetic valve 42 in this water inlet module 40, wherein first entering water electromagnetic valve 41 links to each other with above-mentioned water outlet module 49 by a pipeline 410, second entering water electromagnetic valve 42 links to each other by a pipeline 420 with the above-mentioned sterilized water filter 50 that is installed in the internal chamber 16, and this sterilized water filter 50 links to each other with Pneumatic module 32 and water outlet module 49 respectively with pipeline 328,520 by an air water electromagnetic valve 52 backs again.
This water outlet module 49 via above-mentioned pipeline 410 after, be connected with draining diaphragm valve 43 by a pipeline 430 again.
This sterilized water filter 50 is connected with high-pressure pump 62 through a pipeline 54, telling a pipeline 55 simultaneously is connected with circulation water inlet 142, this sterilized water filter 50 is connected with circulation diaphragm valve 44 through a pipeline 56 again, tells a pipeline 57 again by pipeline 56 simultaneously and is connected with circulation water inlet 142.
This draining diaphragm valve 43 is connected with circulating pump 61 and circulation diaphragm valve 44 respectively by a pipeline 431.
These circulating pump 61 1 ends link to each other with heater 63, and this high-pressure pump 62 links to each other with high pressure intake 144 by a pipeline 621 that a pressure switch 620 is installed.
This heater 63 is connected with outlet 146 by a pipeline 630.
One buoyancy aid switch 70 is arranged on lower inner chamber 16 1 sides of sterilizing installation 10 inside, an opening 71 be installed in top cover inner peripheral and position in the sterile chamber 15 inside, this opening 71 is communicated with buoyancy aid switch 70 with pipeline 710, the water level in the detection sterile chamber 15.
One discharge outlet 72 is installed in water pond 14 1 sides, and this discharge outlet 72 is connected with drain module 49 by a pipeline 721 that a check valve 720 is installed.
One air intake vent 73 is installed in the internal chamber 16 of sterilizing installation 10, is connected with above-mentioned opening 71 via an air filter 730.
After hermetic seal was finished, full-automatic cold sterilization sterilizing installation 10 fast entered hull-borne.Open first entering water electromagnetic valve 41, close second entering water electromagnetic valve 42 and draining diaphragm valve 43 simultaneously, make water directly flow to water outlet module 49 via pipeline 410 from water inlet module 40, one is installed in the temperature sensor (not shown) of water outlet module 49, whether too high or too low, discharge as undesirable then the continuation if detecting the current temperature.When water temperature meets the requirements, close first entering water electromagnetic valve 41, open second entering water electromagnetic valve 42 simultaneously, water inlet flows into sterilized water filter 50 via pipeline 420, filtered by the current of 50 pairs of water inlets of sterilized water filter.Subsequently, the current that are filtered are leaded up to pipeline 56 and 57 and are flowed to circulation water inlet 142, another road flows to circulation water inlet 142 by pipeline 54 and 55, cross filterable water thereby in sterile chamber 15, inject through sterilized water filter 50, intake then be placed in sterile chamber 15 in biocide mixes the formation sterile solution.When being filled sterile solution in the sterile chamber 15, sterile solution overflows from opening 71, flows to buoyancy aid switch 70 via pipeline 710 and makes its action, produces signal second entering water electromagnetic valve 42 is closed, and stops into water.But if open check valve 720 when being mounted with as shown in fig. 1 sterilization storehouse 20 in the sterile chamber 15, whereby, when water pond 14 exceeds discharge outlet 72 with the sterile solution water level between gas-tight silo 20 bottom surfaces, it can directly flow to discharge outlet 72, directly arrange to drain module 49 by pipeline 721, thereby flow to the outside of bactericidal unit 10.
After being full of by sterile solution in the sterile chamber 15, open circulation diaphragm valve 44, start circulating pump 61 simultaneously and start working, carry out the cleaning of object subject to sterilization outside.Be in recurrent state by sterile solution in the sterile chamber 15 this moment, promptly flowed through behind the heater 63 by pipeline 630 via outlet 146 by sterile solution, flow into circulating pump 61, after flowing to circulation diaphragm valve 44 via pipeline 431 again, from circulation water inlet 142, flow out in the sterile chamber 15 again by pipeline 57 at last, go round and begin again, do not stop circulation.
If be mounted with sterilization storehouse 20 as shown in Figure 1 on the water pond 14, then the sterilize water inlet 220 in storehouse 20 and outlet 240 can be connected with circulation water inlet 142, high pressure intake 144 and the outlet 146 on the water pond 14, allow sterile solution in sterilization storehouse 20, circulate, and can the object subject to sterilization that be contained in the sterilization storehouse 20 be cleaned.
In this utility model, circulating pump 61 is started working through after 30 seconds, and heater 63 can be to heating through wherein sterile solution.One temperature sensor (not shown) is installed in an end of heater 63, to detect the temperature after sterile solution is heated, when sterile solution is heated to design temperature, close heater 63 and circulating pump 61, allow sterile chamber 15 or the bubble of sterilization in the storehouse 20 rise, then open second entering water electromagnetic valve 42, replenish water inlet, detect sterile chamber 15 by buoyancy aid switch set in the sterile chamber 15 70 and whether be full of once more.Being provided with a temperature switch (not shown) in this utility model is used for protecting heater 63 in addition.This heater 63 includes a temperature control assembly (not shown), when the temperature that detects solution when this temperature sensor surpasses ceiling temperature, closes heater 63 by force.When the temperature that detects sterile solution when this temperature sensor was lower than lower limit temperature, heater 63 is task again.
After sterile chamber 15 is full of sterile solution once more, close second entering water electromagnetic valve 42, open circulating pump 61 once more.Start high-pressure pump 62 simultaneously in this and start working, be used for the flushing and the sterilization of interior of articles subject to sterilization.Be that sterile solution is in the circulation while, part sterile solution flows into sterile chamber 15 from circulation water inlet 142, another part sterile solution via pipeline 55, flow to pipeline 143, thereby after entering high-pressure pump 62 superchargings, from high pressure intake 144, flow to interior of articles subject to sterilization via pipeline 621.When if sterilization storehouse 20 as shown in Figure 1 is placed on the inside of sterile chamber 15, this high pressure intake 144 connects a pipeline (not shown) that is installed in 20 slits of sterilization storehouse, via the inside of this pipeline flow-direction object subject to sterilization.After 20 seconds, heater 63 is started working, and the sterile solution that will pass through is heated to the design temperature scope.Two conductivity sensor probe (not shown) are monitored the concentration of sterile solution respectively.When sterile solution concentration maintained appropriate value and temperature maintenance in the design temperature scope, this sterilising cycle continued 12 minutes.
After 12 minutes sterilising cycles finish, close heater 63 and circulation diaphragm valve 44 and open draining diaphragm valve 43.At this moment, circulating pump 61 and high-pressure pump 62 are still in work, make sterilizing installation 10 be in hull-borne, be that sterile solution passes through outlet 146, via pipeline 630 flow through heater 63 and circulating pump 61, by the pipeline 431 draining diaphragm valve 43 of flowing through, again by pipeline 430 and 410 to water outlet module 49, be discharged to the outside of sterile chamber 15.Meanwhile, thus air enters sterile chamber 15 from flowing to opening 71 air intake vent 73 is filtered into filtrated air via air filter 730 after, quickens draining.
Subsequently, close draining diaphragm valve 43, open second entering water electromagnetic valve 42, enter sterile chamber 15 once more after making current by sterilized water filter 50.When the buoyancy aid switch 70 in the water pond 14 detects wherein water level and has expired, close second entering water electromagnetic valve 42, open circulation diaphragm valve 44 and start circulating pump 61 and high-pressure pump 62, enter 10 minutes wash cycles cycle, the action of above-mentioned water inlet, wash cycles is all identical with the action of aforementioned sterile solution in sterile chamber 15.After finishing in this cleaning frequency, close circulation diaphragm valve 44 and open draining diaphragm valve 43.At this moment, circulating pump 61 and high-pressure pump 62 still in work, make sterilizing installation 10 be in hull-borne, and promptly rinse water is discharged to water outlet module 49 from outlet 146, and this action is also identical with the action of aforementioned row's sterile solution.Carry out 4 cleaning frequencies altogether, so that will thoroughly clean up in the medical apparatus and instruments.
After 4 cleaning frequencies all finish, close draining diaphragm valve 43, open the electromagnetic valve that connects sealing ring 140, the compressed air in the sealing ring 140 is discharged into the atmosphere.At this moment, whole sterilization flow process is finished fully, can open top cover 12 as shown in Figure 1, and the medical apparatus and instruments that takes out after sterilizing comes into operation.
Please consult shown in Figure 2 once more, when compressed air enters this sterilized water filter 50 via air water electromagnetic valve 52, within a certain period of time, measure the variation of gas pressure rate that sees through the filter membrane that is installed in sterilized water filter 50 inside by a pressure transducer (not shown), can draw the transmitance of filter membrane, judge with this whether filter membrane lost efficacy, and need to change.When sterilized water filter 50 needs draining, also can directly water be directed to drain module 49 and discharge again by air water electromagnetic valve 52 by pipeline 520.
Claims (14)
1, a kind of full-automatic cold sterilization sterilizing installation fast is characterized in that comprising:
One sterile chamber includes a water pond, and a top cover is provided with outlet and water inlet in the water pond bottom surface;
One liquid-supplying system includes a water inlet module, a water outlet module, and a sterilized water filter;
This water inlet module in the aforementioned liquid-supplying system is connected with this sterilized water filter with pipeline, and this sterilized water filter is connected with this sterile chamber with pipeline, and this sterile chamber is connected with this water outlet module with pipeline.
2, full-automatic cold sterilization sterilizing installation fast as claimed in claim 1 is characterized in that: this top cover, be arranged at the end face of sterilizing installation, and a sealing strip is installed in top cover bottom surface periphery; This water pond is installed on the top of this sterilizing installation inside, and the water inlet that is provided with in the water pond bottom surface comprises a circulation water inlet and a high pressure intake.
3, full-automatic cold sterilization sterilizing installation fast as claimed in claim 2 is characterized in that
Other comprises:
One sterilization storehouse is installed on the top of this inside, sterile chamber;
One room is formed at a side of this inside, sterilization storehouse;
One groove is formed at a side in sterilization storehouse and connects by a slit and room;
The bottom in this sterilization storehouse be formed with respectively with water pond on corresponding water inlet of circulation water inlet, high pressure intake and outlet and outlet.
4, full-automatic cold sterilization sterilizing installation fast as claimed in claim 1, it is characterized in that: this sterilizing installation is provided with an air supply system, and this air supply system comprises:
One air pump is installed in below the inside of sterilizing installation;
One Pneumatic module is installed in below the inside of sterilizing installation, and is connected with air pump with an air inlet pipe, is connected with a sealing ring check valve on Pneumatic module;
One sealing ring is around the upper surface periphery that is installed in water pond, and the sealing circle is the tubular structure of an inflatable, and connects Pneumatic module sealing ring check valve and sealing ring with a pipeline.
5, full-automatic cold sterilization sterilizing installation fast as claimed in claim 1, it is characterized in that: this liquid-supplying system includes a circulating pump in addition, and this circulating pump is communicated with the circulation water inlet and the outlet of sterile chamber respectively with pipeline.
6, full-automatic cold sterilization sterilizing installation fast as claimed in claim 4, it is characterized in that: this liquid-supplying system includes a circulating pump and a circulation diaphragm valve in addition;
One circulation is installed on this Pneumatic module in addition clamps electromagnetic valve, this circulation clamps electromagnetic valve and connects the aforesaid circulation diaphragm valve of control with pipeline;
This circulating pump is communicated with the outlet and the circulation diaphragm valve of sterile chamber respectively with pipeline, and the circulation diaphragm valve connects the end in addition of circulating pump connects the sterile chamber with pipeline circulation water inlet.
7, full-automatic cold sterilization sterilizing installation fast as claimed in claim 4, it is characterized in that: this liquid-supplying system includes a circulating pump and a draining diaphragm valve in addition;
One draining is installed on this Pneumatic module in addition clamps electromagnetic valve, this draining clamps electromagnetic valve and connects the aforesaid draining diaphragm valve of control with pipeline;
This circulating pump is communicated with the outlet and the draining diaphragm valve of sterile chamber respectively with pipeline, and the draining diaphragm valve connects the end in addition of circulating pump with pipeline connection water outlet module.
8, full-automatic cold sterilization sterilizing installation fast as claimed in claim 2, it is characterized in that: this liquid-supplying system comprises a high-pressure pump in addition, this high-pressure pump is communicated with the high pressure intake and the circulation water inlet of sterile chamber respectively with pipeline.
9, as claim 5 or 6 described full-automatic cold sterilization sterilizing installations fast, it is characterized in that:
This liquid-supplying system comprises a heater in addition, and this heater is connected between the outlet and circulating pump of sterile chamber with pipeline.
10, full-automatic cold sterilization sterilizing installation fast as claimed in claim 2 is characterized in that comprising:
One buoyancy aid switch is arranged on a side of sterilizing installation inside;
One opening be installed in the top cover inner peripheral and the position in the inside of sterile chamber, this opening is communicated with the buoyancy aid switch with pipeline.
11, full-automatic cold sterilization sterilizing installation fast as claimed in claim 8 is characterized in that: an air intake vent, be installed in the inside of sterilizing installation, and be connected with this opening via an air filter.
12, full-automatic cold sterilization sterilizing installation fast as claimed in claim 4, it is characterized in that: be provided with one first entering water electromagnetic valve and one second entering water electromagnetic valve in this water inlet module, wherein first entering water electromagnetic valve links to each other with above-mentioned water outlet module by a pipeline, second entering water electromagnetic valve links to each other by a pipeline with above-mentioned sterilized water filter, and this sterilized water filter links to each other with Pneumatic module and water outlet module respectively with pipeline by behind the air water electromagnetic valve again.
13, full-automatic cold sterilization sterilizing installation fast as claimed in claim 3, it is characterized in that: a discharge outlet is arranged on water pond with between the gas-tight silo, by a pipeline that is provided with a check valve, is connected with drain module.
14, full-automatic cold sterilization sterilizing installation fast as claimed in claim 4, it is characterized in that: a manual gas bleeder valve is arranged on the pipeline that connects between sealing ring and Pneumatic module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520044316 CN2832152Y (en) | 2005-08-16 | 2005-08-16 | Full-automatic quick hypothermia sterilization equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520044316 CN2832152Y (en) | 2005-08-16 | 2005-08-16 | Full-automatic quick hypothermia sterilization equipment |
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| Publication Number | Publication Date |
|---|---|
| CN2832152Y true CN2832152Y (en) | 2006-11-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520044316 Expired - Lifetime CN2832152Y (en) | 2005-08-16 | 2005-08-16 | Full-automatic quick hypothermia sterilization equipment |
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| CN (1) | CN2832152Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101795618B (en) * | 2007-08-29 | 2012-01-11 | 伊西康公司 | Automated endoscope reprocessor |
-
2005
- 2005-08-16 CN CN 200520044316 patent/CN2832152Y/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101795618B (en) * | 2007-08-29 | 2012-01-11 | 伊西康公司 | Automated endoscope reprocessor |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Expiration termination date: 20150816 Granted publication date: 20061101 |
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| EXPY | Termination of patent right or utility model |