CN203695513U - CIP-SIP system for bottle-washing machine - Google Patents
CIP-SIP system for bottle-washing machine Download PDFInfo
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- CN203695513U CN203695513U CN201420003411.1U CN201420003411U CN203695513U CN 203695513 U CN203695513 U CN 203695513U CN 201420003411 U CN201420003411 U CN 201420003411U CN 203695513 U CN203695513 U CN 203695513U
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- pipeline
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Abstract
The utility model provides a CIP-SIP system for a bottle-washing machine, and the system is characterized in that the system comprises an injection-water cleaning process pipe, a purified-water cleaning process pipe, a clean-air air-blowing process pipe, a steam-sterilizing cleaning process pipe, a circulating-water cleaning process pipe, and a supersonic pre-injection process pipe. The system provided by the utility model irons out the defects in the prior art, avoids the potential risks caused by the dismounting of pipes, and carries out on-line cleaning and disinfecting operations. All the operations are controlled by a PLC, are simple, and accord with the standard of the pharmaceutical industry.
Description
Technical field
The utility model relates to a kind of CIP-SIP for bottle washing machine (on-line cleaning and online sterilizing) system, refers in particular to a kind of bottle washing machine in filling train line, belongs to the packing technique fields such as medicine, food.
Background technology
In the packaging fields such as medicine, food, bottle washing machine major function is the automation equipment of utilizing multiple cleansing medium respectively the inside and outside wall of container bottle to be cleaned.In traditional bottle washing machine, general use four kinds of cleansing mediums: ordinary cycle water, pure water, water for injection, clean compressed air, the accessories such as the pipeline by separately and filter, valve carry out wash bottle through inner wall washing nozzle needle and outer wall washing nozzle to container bottle.But, in use for some time, need to clean accessories such as each pipeline and filter, valves, sterilization operation, thereby wherein reduce to prevent that impurity is residual the cleanliness factor that bottle cleans.The accessories such as existing each pipeline and filter, valve cleaning, when sterilization, be generally that the accessories such as each pipeline and filter, valve are pulled down and gone respectively to clean and sterilization.But above-mentioned cleaning way cleans and sterilizes because will take apart, works loaded down with trivial details, troublesome poeration, easily produces secondary pollution; Moreover CIP-SIP (on-line cleaning and online sterilizing) technique more meets pharmaceutical industry requirement.
Summary of the invention
Technical problem to be solved in the utility model is to provide a kind of simple to operately effectively raise the efficiency, and more meets the CIP-SIP system for bottle washing machine process pipe of pharmaceutical industry standard.
In order to solve the problems of the technologies described above, the utility model provides a kind of CIP-SIP system for bottle washing machine, it is characterized in that, comprise injection water cleaning pipeline, pure water cleaning pipeline, pure air air-blowing process pipe, steam sterilizing process pipe, the pre-water injection technology pipeline of recirculated water cleaning pipeline and ultrasonic wave, steam sterilizing process pipe connects respectively injection water cleaning pipeline, the pre-water injection technology pipeline of recirculated water cleaning pipeline and ultrasonic wave, pure air air-blowing process pipe connects respectively injection water cleaning pipeline, pure water cleaning pipeline and steam sterilizing process pipe, injection water cleaning pipeline, pure water cleaning pipeline, pure air air-blowing process pipe, steam sterilizing process pipe, the import department of the pre-water injection technology pipeline of recirculated water cleaning pipeline and ultrasonic wave is all provided with switch Control Component, steam sterilizing process pipe and injection water cleaning pipeline, on connecting line between the pre-water injection technology pipeline of recirculated water cleaning pipeline and ultrasonic wave, be all provided with switch Control Component, pure air air-blowing process pipe and injection water cleaning pipeline, on connecting line between pure water cleaning pipeline and steam sterilizing process pipe, be all provided with switch Control Component.
Preferably, described injection water cleaning pipeline comprises injection water cleaning assembly and injection water pipeline-cleaning switch Control Component, injection water cleaning assembly connects steam sterilizing process pipe by pipeline, and injection water pipeline-cleaning switch Control Component is located on the pipeline being connected between injection water cleaning assembly and steam sterilizing process pipe.
Preferably, described pure air air-blowing process pipe comprises pure air air-blowing assembly and pure air pipeline gas-blast switch Control Component, pure air air-blowing assembly respectively by pipeline connect injection water cleaning pipeline, pure water cleaning pipeline is connected with steam sterilizing process pipe, pure air pipeline gas-blast switch Control Component has three, is located at respectively on the connecting line of pure air air-blowing assembly between being connected with injection water cleaning pipeline, pure water cleaning pipeline and steam sterilizing process pipe.
Preferably, described recirculated water cleaning pipeline comprises recirculated water cleaning assembly and circulating water line cleaning switch Control Component, recirculated water cleaning assembly connects steam sterilizing process pipe by pipeline, and circulating water line cleaning switch Control Component is located on the pipeline being connected between recirculated water cleaning assembly and steam sterilizing process pipe.
Preferably, the pre-water injection technology pipeline of described ultrasonic wave comprises the pre-water filling assembly of ultrasonic wave and the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component, the pre-water filling assembly of ultrasonic wave connects steam sterilizing process pipe by pipeline, and the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component is located on the pre-water filling assembly of ultrasonic wave and the steam sterilizing process pipe connecting line between being connected.
Preferably, described each switch Control Component is all pneumatic diaphragm valve, and all connects the magnetic valve that PLC controls.
Compared with prior art, the beneficial effects of the utility model are:
The process system that the utility model provides, has overcome the deficiencies in the prior art, evades the potential risk that detaching pipelines causes, and implements online washing and sterilizing operation; All operations is controlled by PLC, simple to operate, more meets pharmaceutical industry standard.
Accompanying drawing explanation
Fig. 1 is the CIP-SIP system process schematic diagram for bottle washing machine;
Description of reference numerals: 1, injection water cleaning pipeline; 2, pure water cleaning pipeline; 3, pure air air-blowing process pipe; 4, steam sterilizing process pipe; 5, recirculated water cleaning pipeline; 6, the pre-water injection technology pipeline of ultrasonic wave; 11, injection water pipeline-cleaning switch Control Component; 12, injection water cleaning assembly; 31, pure air pipeline gas-blast switch Control Component; 32, pure air air-blowing assembly; 51, circulating water line cleaning switch Control Component; 52, recirculated water cleaning assembly; 61, the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component; 62, the pre-water filling assembly of ultrasonic wave.
The specific embodiment
For the utility model is become apparent, hereby with a preferred embodiment, and coordinate accompanying drawing to be described in detail below.
Embodiment
As shown in Figure 1, for the CIP-SIP system process schematic diagram for bottle washing machine, the described CIP-SIP system for bottle washing machine comprises injection water cleaning pipeline 1, pure water cleaning pipeline 2, pure air air-blowing process pipe 3, steam sterilizing process pipe 4, recirculated water cleaning pipeline 5 and the pre-water injection technology pipeline 6 of ultrasonic wave.Container bottle is successively through the first transport assembly 71, the second transport assembly 72 and the 3rd transport assembly 73, at least a portion the first transport assembly 71 is located in the first water tank 81, the second transport assembly 72 is located between the first transport assembly 71 and the 3rd transport assembly 73, in the time that container bottle is on the first transport assembly 71, the pre-water injection technology pipeline 6 of ultrasonic wave carries out pre-water filling to container bottle, container bottle is on the 3rd transport assembly 73 time, injection water cleaning pipeline 1, pure water cleaning pipeline 2, pure air air-blowing process pipe 3, steam sterilizing process pipe 4, recirculated water cleaning pipeline 5 cleans container bottle, pure water cleaning pipeline 2 is connected the second water tank 82 with the pre-water injection technology pipeline 6 of ultrasonic wave, recirculated water cleaning pipeline 5 connects three-tank 83.
Described injection water cleaning pipeline 1 comprises injection water cleaning assembly 12 and injection water pipeline-cleaning switch Control Component 11, injection water cleaning assembly 12 connects steam sterilizing process pipe 4 by pipeline, and injection water pipeline-cleaning switch Control Component 11 is located on the pipeline being connected between injection water cleaning assembly 12 and steam sterilizing process pipe 4.
Described pure air air-blowing process pipe 3 comprises pure air air-blowing assembly 32 and pure air pipeline gas-blast switch Control Component 31, pure air air-blowing assembly 32 respectively by pipeline connect injection water cleaning pipeline 1, pure water cleaning pipeline 2 is connected 4 with steam sterilizing process pipe, pure air pipeline gas-blast switch Control Component 31 has three, is located at respectively on the connecting line that pure air air-blowing assembly 32 is connected between 4 with injection water cleaning pipeline 1, pure water cleaning pipeline 2 and steam sterilizing process pipe.
Described recirculated water cleaning pipeline 5 comprises recirculated water cleaning assembly 52 and circulating water line cleaning switch Control Component 51, recirculated water cleaning assembly 52 connects steam sterilizing process pipe 4 by pipeline, and circulating water line cleaning switch Control Component 51 is located on the pipeline being connected between recirculated water cleaning assembly 52 and steam sterilizing process pipe 4.
The pre-water injection technology pipeline 6 of described ultrasonic wave comprises the pre-water filling assembly 62 of ultrasonic wave and the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component 61, the pre-water filling assembly 62 of ultrasonic wave connects steam sterilizing process pipe 4 by pipeline, and the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component 61 is located on the connecting line that the pre-water filling assembly 62 of ultrasonic wave and steam sterilizing process pipe be connected between 4.
Injection water cleaning pipeline 1, pure water cleaning pipeline 2, pure air air-blowing process pipe 3, steam sterilizing process pipe 4, recirculated water cleaning pipeline 5, the pre-water injection technology pipeline of ultrasonic wave 6 import departments are all provided with and control the switch Control Component opening and closing.
While carrying out CIP-SIP, the switch Control Component of the import department of steam sterilizing process pipe 4 is closed, and steam sterilizing process pipe 4 is the common line of cleaning, air-blowing.
Each switch Control Component is all pneumatic diaphragm valve, and all connects the magnetic valve that PLC controls, and all controls with the magnetic valve that PLC controls.
By the switching of each switch Control Component, control staying of each aqueous vapor and always complete CIP-SIP.When CIP, first open the inlet switch Control Component of pure air air-blowing process pipe 3, pure air pipeline gas-blast switch Control Component 31, circulating water line cleaning switch Control Component 51, the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component 61 and injection water pipeline-cleaning switch Control Component 11, close injection water cleaning pipeline 1, pure water cleaning pipeline 2, steam sterilizing process pipe 4, the inlet switch Control Component of recirculated water cleaning pipeline 5 and the pre-water injection technology pipeline 6 of ultrasonic wave, pure air air-blowing process pipe 3 is to injection water cleaning pipeline 1, pure water cleaning pipeline 2, steam sterilizing process pipe 4, recirculated water cleaning pipeline 5, pre-water injection technology pipeline 6 residual water of ultrasonic wave are carried out air-blowing 3-10min, secondly, open the inlet switch Control Component of injection water cleaning pipeline 1, close pure water cleaning pipeline 2, pure air air-blowing process pipe 3, steam sterilizing process pipe 4, the inlet switch Control Component of recirculated water cleaning pipeline 5 and the pre-water injection technology pipeline 6 of ultrasonic wave, open pure air pipeline gas-blast switch Control Component 31, circulating water line cleaning switch Control Component 51, the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component 61 and injection water pipeline-cleaning switch Control Component 11, injection water cleaning pipeline 1 is to pure water cleaning pipeline 2, recirculated water cleaning pipeline 5, the pre-water injection technology pipeline 6 of ultrasonic wave cleans 3-10min, water for injection temperature is 70-85 ℃, complete CIP.
When SIP, open the inlet switch Control Component of steam sterilizing process pipe 4, close injection water cleaning pipeline 1, pure water cleaning pipeline 2, pure air air-blowing process pipe 3, the inlet switch Control Component of recirculated water cleaning pipeline 5 and the pre-water injection technology pipeline 6 of ultrasonic wave, open pure air pipeline gas-blast switch Control Component 31, circulating water line cleaning switch Control Component 51, the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component 61 and injection water pipeline-cleaning switch Control Component 11, first pass through steam sterilizing process pipe 4 to injection water cleaning pipeline 1, pure water cleaning pipeline 2, recirculated water cleaning pipeline 5, the pre-water injection technology pipeline 6 of ultrasonic wave, the logical steam of pure air air-blowing process pipe 3, retention time 15-25min, vapor (steam) temperature is more than 121 ℃, finally open the inlet switch Control Component of pure air air-blowing process pipe 3, close injection water cleaning pipeline 1, pure water cleaning pipeline 2, steam sterilizing process pipe 4, the inlet switch Control Component of recirculated water cleaning pipeline 5 and the pre-water injection technology pipeline 6 of ultrasonic wave, open pure air pipeline gas-blast switch Control Component 31, circulating water line cleaning switch Control Component 51, the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component 61 and injection water pipeline-cleaning switch Control Component 11, use pure air air-blowing process pipe 3 to dry up all process pipes, air-blowing 3-10min, complete SIP.
Below be only preferred embodiment of the present utility model, protection domain of the present utility model is also not only confined to above-described embodiment, and all technical schemes belonging under the utility model thinking all belong to protection domain of the present utility model.It should be pointed out that in the some improvements and modifications that do not depart under the utility model principle prerequisite, should be considered as protection domain of the present utility model.
Claims (6)
1. the CIP-SIP system for bottle washing machine, it is characterized in that, comprise injection water cleaning pipe (1), pure water cleaning pipeline (2), pure air air-blowing process pipe (3), steam sterilizing process pipe (4), the pre-water injection technology pipeline of recirculated water cleaning pipeline (5) and ultrasonic wave (6), steam sterilizing process pipe (4) connects respectively injection water cleaning pipeline (1), the pre-water injection technology pipeline of recirculated water cleaning pipeline (5) and ultrasonic wave (6), pure air air-blowing process pipe (3) connects respectively injection water cleaning pipeline (1), pure water cleaning pipeline (2) and steam sterilizing process pipe (4), injection water cleaning pipeline (1), pure water cleaning pipeline (2), pure air air-blowing process pipe (3), steam sterilizing process pipe (4), the import department of the pre-water injection technology pipeline of recirculated water cleaning pipeline (5) and ultrasonic wave (6) is all provided with switch Control Component, steam sterilizing process pipe (4) and injection water cleaning pipeline (1), on connecting line between the pre-water injection technology pipeline of recirculated water cleaning pipeline (5) and ultrasonic wave (6), be all provided with switch Control Component, pure air air-blowing process pipe (3) and injection water cleaning pipeline (1), on connecting line between pure water cleaning pipeline (2) and steam sterilizing process pipe (4), be all provided with switch Control Component.
2. the CIP-SIP system for bottle washing machine as claimed in claim 1, it is characterized in that, described injection water cleaning pipeline (1) comprises injection water cleaning assembly (12) and injection water pipeline-cleaning switch Control Component (11), injection water cleaning assembly (12) connects steam sterilizing process pipe (4) by pipeline, and injection water pipeline-cleaning switch Control Component (11) is located on the pipeline being connected between injection water cleaning assembly (12) and steam sterilizing process pipe (4).
3. the CIP-SIP system for bottle washing machine as claimed in claim 1, it is characterized in that, described pure air air-blowing process pipe (3) comprises pure air air-blowing assembly (32) and pure air pipeline gas-blast switch Control Component (31), pure air air-blowing assembly (32) connects injection water cleaning pipeline (1) by pipeline respectively, pure water cleaning pipeline (2) be connected with steam sterilizing process pipe (4), pure air pipeline gas-blast switch Control Component (31) has three, be located at respectively pure air air-blowing assembly (32) and injection water cleaning pipeline (1), on connecting line between pure water cleaning pipeline (2) and steam sterilizing process pipe (4).
4. the CIP-SIP system for bottle washing machine as claimed in claim 1, it is characterized in that, described recirculated water cleaning pipeline (5) comprises recirculated water cleaning assembly (52) and circulating water line cleaning switch Control Component (51), recirculated water cleaning assembly (52) connects steam sterilizing process pipe (4) by pipeline, and circulating water line cleaning switch Control Component (51) is located on the pipeline being connected between recirculated water cleaning group (52) and steam sterilizing process pipe (4).
5. the CIP-SIP system for bottle washing machine as claimed in claim 1, it is characterized in that, the pre-water injection technology pipeline of described ultrasonic wave (6) comprises the pre-water filling assembly of ultrasonic wave (62) and the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component (61), the pre-water filling assembly of ultrasonic wave (62) connects steam sterilizing process pipe (4) by pipeline, and the pre-water injecting pipeline cleaning switch of ultrasonic wave Control Component (61) is located on the connecting line that the pre-water filling assembly of ultrasonic wave (62) and steam sterilizing process pipe be connected between (4).
6. the CIP-SIP system for bottle washing machine as claimed in claim 1, is characterized in that, described each switch Control Component is all pneumatic diaphragm valve, and all connects the magnetic valve that PLC controls.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420003411.1U CN203695513U (en) | 2014-01-03 | 2014-01-03 | CIP-SIP system for bottle-washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420003411.1U CN203695513U (en) | 2014-01-03 | 2014-01-03 | CIP-SIP system for bottle-washing machine |
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| Publication Number | Publication Date |
|---|---|
| CN203695513U true CN203695513U (en) | 2014-07-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420003411.1U Expired - Fee Related CN203695513U (en) | 2014-01-03 | 2014-01-03 | CIP-SIP system for bottle-washing machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN203695513U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103752555A (en) * | 2014-01-03 | 2014-04-30 | 上海东富龙科技股份有限公司 | CIP-SIP (cleaning in place-sterilizing in place) system for bottle cleaning machine |
-
2014
- 2014-01-03 CN CN201420003411.1U patent/CN203695513U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103752555A (en) * | 2014-01-03 | 2014-04-30 | 上海东富龙科技股份有限公司 | CIP-SIP (cleaning in place-sterilizing in place) system for bottle cleaning machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140709 Termination date: 20200103 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |