CN203343107U - Full-automatic fast disinfection cleaning machine for porous plate - Google Patents
Full-automatic fast disinfection cleaning machine for porous plate Download PDFInfo
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- CN203343107U CN203343107U CN 201320429471 CN201320429471U CN203343107U CN 203343107 U CN203343107 U CN 203343107U CN 201320429471 CN201320429471 CN 201320429471 CN 201320429471 U CN201320429471 U CN 201320429471U CN 203343107 U CN203343107 U CN 203343107U
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- microwell plate
- service sink
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Abstract
The utility model relates to a full-automatic fast disinfection cleaning machine for a porous plate. The full-automatic fast disinfection cleaning machine comprises a cleaning tank, a porous plate fixing frame and a sprayer component are sequentially arranged in the cleaning tank, the sprayer component is fixed onto a spray header moving mechanism and comprises a sprayer, the cleaning tank is respectively connected with a disinfectant supply device, a washing liquid supply device, a drying device, a water intake device and a drainage device, the water intake device is further communicated with the sprayer of the sprayer component, and the sprayer component, the spray header moving mechanism, the disinfectant supply device, the washing liquid supply device, the drying device, the water intake device and the drainage device are respectively connected with a microcomputer console and controlled to act by the microcomputer console. By the aid of microcomputer control, the disinfecting, cleaning and drying process of the gradient porous plate is completed once, the full-automatic fast disinfection cleaning machine is high in efficiency and reliability, and biological safety standards are met.
Description
Technical field
The utility model relates to medicine equipment, specifically a kind of full-automatic microwell plate Quick disinfection cleaning machine.
Background technology
Blood Center must carry out abo blood group to gathered blood every day, the Rh blood group, and the detections such as abnormal antibodies screening, the detecting instrument that current many Blood Centers are purchased uses a kind of special gradient microporous plate to carry out above-mentioned detection.This gradient microporous plate is done manual work accurate, expensive, need to reuse, and therefore after completing detection, needs the gradient microporous plate is carried out disinfection and cleans and drying.
There is no in the market to meet the specialty sterilization cleaning equipment of Blood Center, therefore all adopt manual cleaning gradient microporous plate.But there is following shortcoming in manual cleaning: clean not thoroughly, affect testing result; The gradient microporous plate easily damages, and reduces service life; Consume great lot of water resources, unfavorable environmental protection; Labour intensity is large, does not meet the bio-safety standard.
Summary of the invention
The utility model, for the problems referred to above, provides a kind of full-automatic microwell plate Quick disinfection cleaning machine, but this cleaning machine whole-course automation complete sterilization, cleaning and the drying work of microwell plate, guarantee bio-safety.
According to the technical solution of the utility model: a kind of full-automatic microwell plate Quick disinfection cleaning machine, comprise service sink, be respectively arranged with microwell plate fixed mount and nozzle component in described service sink, described nozzle component is fixed in spray head travel mechanism, and described nozzle component comprises fountain head; Described service sink is connected with antiseptic solution feeding device, cleaning solution feedway, drying unit, water feed apparatus and drainage arrangement respectively, and described water feed apparatus also is connected with the fountain head of described nozzle component; Described nozzle component, described spray head travel mechanism, described antiseptic solution feeding device, described cleaning solution feedway, described drying unit, described water feed apparatus and described drainage arrangement are connected with microcomputer control respectively, by described microcomputer control control action.
Described fountain head comprises the sparge pipe of closed at both ends, and described sparge pipe is connected with water inlet pipe, is furnished with a plurality of hole for water sprayings on the tube wall of described sparge pipe.
Described nozzle component also comprises jet thrust, and described jet thrust is connected with air blast.
Described spray head travel mechanism comprises servomotor, synchronizing wheel, synchronous belt and the slide block and the slide rail that mutually are slidably matched, described synchronous belt is looped around outside described servomotor and described synchronizing wheel, described nozzle component is fixed on described slide block, and described slide block is fixed on described synchronous belt.
Described antiseptic solution feeding device comprises antiseptic solution bottle and fluid filling pump, and described fluid filling pump is communicated with respectively described antiseptic solution bottle and described service sink by pipeline.
Described cleaning solution feedway comprises concentrated cleaning solution bottle and fluid filling pump, and described fluid filling pump is communicated with respectively described concentrated cleaning solution bottle and described service sink by pipeline.
Described antiseptic solution feeding device and described cleaning solution feedway share a described fluid filling pump, and described fluid filling pump is connected with described antiseptic solution bottle and described concentrated cleaning solution bottle respectively by transfer valve.
Described drying unit comprises air-heater, and described service sink is provided with air inlet, and described air inlet communicates with described air-heater.
Described water feed apparatus comprises the first high-pressure hydraulic pump, the import of described the first high-pressure hydraulic pump is connected with running water and pure water tank by the first magnetic valve and the second magnetic valve respectively, and described the first water under high pressure delivery side of pump communicates with described nozzle component and described service sink by the 3rd magnetic valve and the 4th magnetic valve respectively.
The branch road that described the first high-pressure hydraulic pump communicates with described nozzle component communicates with described service sink by the second high-pressure hydraulic pump.
Technique effect of the present utility model is: the utility model adopts microcomputerized control, and the sterilization of gradient microporous plate, cleaning and dry run are disposable to be completed, and whole-course automation is controlled, and efficiency is high, and reliability is strong; The utility model running parameter arranges intellectuality, without manual intervention, has reduced hand labor intensity, has reached the bio-safety standard.
The accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
The structural representation that Fig. 2 is the fountain head in the utility model.
Fig. 3 is nozzle component in the utility model and the structural representation of gradient microporous plate relative position.
The specific embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present utility model is further described.
In Fig. 1-Fig. 3, comprise service sink 1, microwell plate fixed mount 2, cover plate 3, nozzle component 4, cover plate closing switch 5, temperature inductor 6, service sink liquid level inductor 7, air-heater 8, servomotor 9, slide rail 10, synchronous belt 11, synchronizing wheel 12, antiseptic solution bottle 13, concentrated cleaning solution bottle 14, pure water tank 15, antiseptic solution bottle liquid level inductor 16, concentrated cleaning solution bottle liquid level inductor 17, the first high-pressure hydraulic pump 18, the second magnetic valve 19, the second high-pressure hydraulic pump 20, fluid filling pump 21, draining pump 22, the 3rd magnetic valve 23, the 4th magnetic valve 24, the 5th magnetic valve 25, transfer valve 26, the first magnetic valve 27, pure water tank liquid level inductor 28, microcomputer control 29, color touch screen 30, slide block 31, jet thrust 32, fountain head 33, air blast 34, gradient microporous plate 35, water inlet pipe 36, sparge pipe 37, hole for water spraying 38 etc.
As shown in Figure 1, the utility model is a kind of full-automatic microwell plate Quick disinfection cleaning machine, comprises service sink 1, and cover plate 3 is installed on service sink 1, and cover plate closing switch 5 is installed on cover plate 3.The effect of cover plate 3 is to facilitate picking and placeing of gradient microporous plate 35, in sterilization, effectively prevents harmful spittle and gases affect laboratory environment in cleaning process, guarantees the stable of temperature between dry period simultaneously.
Be provided with microwell plate fixed mount 2 in service sink 1, for fixing gradient microwell plate 35, microwell plate fixed mount 2 can be dismantled easily.Gradient microporous plate 35 is lined up multiple row on microwell plate fixed mount 2, as shown in Figure 3.Also be provided with nozzle component 4 in service sink 1, nozzle component 4 comprises the jet thrust 32 and fountain head 33 be arranged in juxtaposition.As shown in Figure 2, fountain head 33 comprises the sparge pipe 37 of closed at both ends, and the upper end of sparge pipe 37 is connected with water inlet pipe 36, and water inlet pipe 36 stretches into the inside of sparge pipe 37, is furnished with a plurality of hole for water sprayings 38 on the tube wall of sparge pipe 37.Water inlet pipe 36 all adopts stainless steel to make with sparge pipe 37, can prevent corrosion.Jet thrust 32 is connected with air blast 34, for blowing away fast the liquid in micropore on microwell plate 35.
Nozzle component 4 is positioned at a side of microwell plate fixed mount 2 and is fixed in spray head travel mechanism.Nozzle component 4 is done left and right and is moved back and forth under the drive of spray head travel mechanism, and the microwell plate 35 be fixed on microwell plate fixed mount 2 is carried out FR spray and blows a cold wind over.
Spray head travel mechanism comprises servomotor 9, synchronizing wheel 12, synchronous belt 11 and the slide block 31 and slide rail 10 that mutually are slidably matched, synchronous belt 11 is looped around outside servomotor 9 and synchronizing wheel 12, nozzle component 4 is fixed on slide block 31, and slide block 31 is fixed on synchronous belt 11.Servomotor 9 drives synchronous belts 11 motions, and and then drives the nozzle component 4 be fixed on slide block 31 and slide along slide rail 10.
Be provided with thimerosal import, cleaning solution import, air inlet, water inlet and discharge outlet on service sink 1, with antiseptic solution feeding device, cleaning solution feedway, drying unit, water feed apparatus and drainage arrangement, be connected respectively, water feed apparatus also is connected with nozzle component 4.
Antiseptic solution feeding device comprises antiseptic solution bottle 13 and fluid filling pump 21, and fluid filling pump 21 is communicated with respectively the thimerosal import of antiseptic solution bottle 13 and service sink 1 by pipeline.
The cleaning solution feedway comprises concentrated cleaning solution bottle 14 and fluid filling pump 21, and fluid filling pump 21 is communicated with respectively the cleaning solution import of concentrated cleaning solution bottle 14 and service sink 1 by pipeline.
Antiseptic solution feeding device and cleaning solution feedway can share a fluid filling pump 21, and now, thimerosal import and cleaning solution import are merged into an opening, and fluid filling pump 21 is connected with antiseptic solution bottle 13 and concentrated cleaning solution bottle 14 respectively by transfer valve 26.
Drying unit comprises air-heater 8, air-heater 8 and air inlet on service sink 1 with communicate.
Water feed apparatus comprises the first high-pressure hydraulic pump 18, the import of the first high-pressure hydraulic pump 18 is connected with running water and pure water tank 15 by the first magnetic valve 27 and the second magnetic valve 19 respectively, and the outlet of the first high-pressure hydraulic pump 18 communicates with nozzle component 4 and service sink 1 by the 3rd magnetic valve 23 and the 4th magnetic valve 24 respectively.The branch road that the first high-pressure hydraulic pump 18 communicates with nozzle component 4 also communicates with service sink 1 by the second high-pressure hydraulic pump 20.
Drainage arrangement comprises draining pump 22 and the 5th magnetic valve 25 on the drainage pipeline that is arranged on service sink 1 discharge outlet.
Also offer overfall on service sink 1, overfall leads to sewer by overflow pipe.When the water level abnormality in service sink 1 raises, can pass through the overfall overflow, thereby effectively prevent liquid from diffusing out service sink 1 and the damage cleaning machine.
Nozzle component 4, spray head travel mechanism, antiseptic solution feeding device, cleaning solution feedway, drying unit, water feed apparatus and drainage arrangement are connected with microcomputer control 29 respectively, by microcomputer control 29 control actions.Microcomputer control 29 has been installed a color touch screen 30 as showing and operation interface.Complete machine can be according to the standardization program operation of gradient microporous plate 35 sterilization cleaning-dryings, and color touch screen 30 can be known demonstration operation progress, running status.
Temperature inductor 6 is installed in service sink 1, and microcomputer control 29 is controlled hot blast temperature with this, guarantees the stable of dry run temperature.
Be separately installed with service sink liquid level inductor 7, antiseptic solution bottle liquid level inductor 16, concentrated cleaning solution bottle liquid level inductor 17 and pure water tank liquid level inductor 28 in service sink 1, antiseptic solution bottle 13, concentrated cleaning solution bottle 14, pure water tank 15, microcomputer control 29 is excessive or not enough according to the condition prompting of each liquid level inductor or warning cleaning fluid, thimerosal, cleaning solution or pure water.
The course of work of the present utility model is as follows: start, switch on power, and microcomputer control 29 working procedures, whole system is initialized, in initialization procedure, can be detected pure water tank liquid level inductor 28 signals in pure water tank 15, if pure water tank 15 liquid levels are discontented, open water purification machine.Detect liquid level inductor 16 signals in antiseptic solution bottle 13, detect concentrated cleaning solution bottle liquid level inductor 17 signals in concentrated cleaning solution bottle 14, if liquid level is discontented, the 30 prompting user of service filling of color touch screen.Whether temperature inductor 6 states that detect in service sink 1 are normal, if temperature goes beyond the scope, system is sent the alarm sound and carried not at color touch screen 30.
When system completes initialization, after above-mentioned terms and conditions meets the requirements, the first magnetic valve 27 that connects water supply pipe is opened, the 3rd magnetic valve 23 that connects nozzle component 4 is opened, and the first high-pressure hydraulic pump 18 starts, and the fountain head 33 of the running water of high-pressure injection in nozzle component 4 is ejected on microwell plate 35, reactant is cleaned out from micropore, servomotor 9 work simultaneously, spray head travel mechanism drives nozzle component 4 left and right and moves back and forth, and repeatedly cleans each row gradient microporous plate 35.In the process of cleaning at spray, the 5th magnetic valve 25 on drainage pipeline is opened, and draining pump 22 starts, and the waste water that spray is produced enters sewer in time.This spray process is traditionally arranged to be 5 minutes.
Close the 3rd magnetic valve 23, open the 4th magnetic valve 24, close the 5th magnetic valve 25, close down draining pump 22, running water enters service sink 1 by the water inlet of service sink 1, and when liquid level reaches stage casing, transfer valve 26 is switched to the position that fluid filling pump 21 and antiseptic solution bottle 13 communicate, fluid filling pump 21 starts, and in service sink, injects thimerosal.The second high-pressure hydraulic pump 20 startups simultaneously, the liquid extracted in service sink 1 sprays from the fountain head 33 of nozzle component 4, on the one hand microwell plate 35 is sprayed to sterilization, has played again on the other hand and has diluted the operation that mixes thimerosal.When the thimerosal injected reaches the program setting amount, close down fluid filling pump 21.
When the interior liquid level of service sink 1 attains to a high place, after completing two circulations of nozzle component 4 left and right reciprocating motions, the stop position stop motion is got back to by spray head travel mechanism.Close down the second high-pressure hydraulic pump 20 simultaneously, close the 4th magnetic valve 24 and the first magnetic valve 27, close down the first high-pressure hydraulic pump 18, this purpose is the bubble that may be attached in micropore in order to discharge.
Static immersion microwell plate 60 minutes, open the 5th magnetic valve 25 after 60 minutes, start draining pump 22 waste water in service sink 1 is emptying, open the first magnetic valve 27 and the 3rd magnetic valve 23 after emptying, start the first high-pressure hydraulic pump 18, start spray head travel mechanism, again microwell plate 35 is sprayed to cleaning, scavenging period is traditionally arranged to be 2 minutes.
Close the 3rd magnetic valve 23, open the 4th magnetic valve 24, close the 5th magnetic valve 25, close down draining pump 22, running water enters service sink 1 by the water inlet of service sink 1, and when liquid level reaches stage casing, transfer valve 26 is switched to the position that fluid filling pump 21 and concentrated cleaning solution bottle 14 communicate, fluid filling pump 21 starts, to the interior injection concentrated cleaning solution of service sink 1.The second high-pressure hydraulic pump 20 startups simultaneously, the liquid extracted in service sink 1 sprays from the fountain head 33 of nozzle component 4, on the one hand microwell plate 35 is sprayed to cleaning, has played again on the other hand the effect that mixes cleaning solution of diluting.When the concentrated cleaning solution injected reaches the program setting amount, close down fluid filling pump 21.
When the interior liquid level of service sink 1 attains to a high place, after completing two circulations of nozzle component 4 left and right reciprocating motions, the stop position stop motion is got back to by spray head travel mechanism.Close down the second high-pressure hydraulic pump 20 simultaneously, close the 4th magnetic valve 24 and the first magnetic valve 27, close down the first high-pressure hydraulic pump 18, this purpose is the bubble that may be attached in micropore in order to discharge.
Static immersion microwell plate 60 minutes, open the 5th magnetic valve 25 after 60 minutes, start draining pump 22 waste water in service sink 1 is emptying, open the second magnetic valve 19 and the 3rd magnetic valve 23 after emptying, start the first high-pressure hydraulic pump 18, start spray head travel mechanism, use High Pressure Pure Water to spray cleaning to microwell plate 35, scavenging period is traditionally arranged to be 5 minutes.
After completing cleaning, close the second magnetic valve 19 and the 3rd magnetic valve 23, close down the first high-pressure hydraulic pump 18, spray head travel mechanism gets back to position of rest and stops, and closes the 5th magnetic valve 25, closes down draining pump 22.
Then start drying procedure or dry up program.
Drying procedure is: start air-heater 8, in service sink 1, be blown into hot blast, close down air-heater 8 after 30 minutes.
The program of drying up is: start air blast 34, gases at high pressure, from jet thrust 32 ejections, make to remain in microwell plate 35 water and are blown.
Can certainly start drying procedure simultaneously and dry up program: start air-heater 8 when starting air blast 34, in service sink 1, be blown into hot blast, close down air-heater 8 after 30 minutes, close air blast 34, shower nozzle travel mechanism gets back to position of rest and stops.
So far, oneself completes sterilization, cleaning, the drying program of microwell plate 35, and color touch is shielded 30 prompting work and completed, and system enters holding state.
The utility model adopts microcomputerized control, and the sterilization of gradient microporous plate 35, cleaning and dry run are interior disposable the completing of service sink 1, and whole-course automation is controlled, and efficiency is high, and reliability is strong; The utility model running parameter arranges intellectuality, without manual intervention, has reduced hand labor intensity, has reached the bio-safety standard.The utility model is simple to operate, can facilitate parameters according to the proportioning ratio of different concentrated cleaning solutions.
Claims (10)
1. a full-automatic microwell plate Quick disinfection cleaning machine, comprise service sink (1), it is characterized in that: be respectively arranged with microwell plate fixed mount (2) and nozzle component (4) in described service sink (1), described nozzle component (4) is fixed in spray head travel mechanism, and described nozzle component (4) comprises fountain head (33); Described service sink (1) is connected with antiseptic solution feeding device, cleaning solution feedway, drying unit, water feed apparatus and drainage arrangement respectively, and described water feed apparatus also is connected with the fountain head (33) of described nozzle component (4); Described nozzle component (4), described spray head travel mechanism, described antiseptic solution feeding device, described cleaning solution feedway, described drying unit, described water feed apparatus and described drainage arrangement are connected with microcomputer control (29) respectively, by described microcomputer control (29) control action.
2. according to full-automatic microwell plate Quick disinfection cleaning machine claimed in claim 1, it is characterized in that: described fountain head (33) comprises the sparge pipe (37) of closed at both ends, described sparge pipe (37) is connected with water inlet pipe (36), is furnished with a plurality of hole for water sprayings (38) on the tube wall of described sparge pipe (37).
3. according to full-automatic microwell plate Quick disinfection cleaning machine claimed in claim 1, it is characterized in that: described nozzle component (4) also comprises jet thrust (32), and described jet thrust (32) is connected with air blast (34).
4. according to full-automatic microwell plate Quick disinfection cleaning machine claimed in claim 1, it is characterized in that: slide block (31) and slide rail (10) that described spray head travel mechanism comprises servomotor (9), synchronizing wheel (12), synchronous belt (11) and mutually is slidably matched, described synchronous belt (11) is looped around outside described servomotor (9) and described synchronizing wheel (12), it is upper that described nozzle component (4) is fixed on described slide block (31), and described slide block is fixed on described synchronous belt (11).
5. according to full-automatic microwell plate Quick disinfection cleaning machine claimed in claim 1, it is characterized in that: described antiseptic solution feeding device comprises antiseptic solution bottle (13) and fluid filling pump (21), and described fluid filling pump (21) is communicated with respectively described antiseptic solution bottle (13) and described service sink (1) by pipeline.
6. according to full-automatic microwell plate Quick disinfection cleaning machine claimed in claim 1, it is characterized in that: described cleaning solution feedway comprises concentrated cleaning solution bottle (14) and fluid filling pump (21), and described fluid filling pump (21) is communicated with respectively described concentrated cleaning solution bottle (14) and described service sink (1) by pipeline.
7. according to the described full-automatic microwell plate Quick disinfection cleaning machine of claim 5 or 6, it is characterized in that: described antiseptic solution feeding device and described cleaning solution feedway share a described fluid filling pump (21), and described fluid filling pump (21) is connected with described antiseptic solution bottle (13) and described concentrated cleaning solution bottle (14) respectively by transfer valve (26).
8. according to full-automatic microwell plate Quick disinfection cleaning machine claimed in claim 1, it is characterized in that: described drying unit comprises air-heater (8), and described service sink (1) is provided with air inlet, and described air inlet communicates with described air-heater (8).
9. according to full-automatic microwell plate Quick disinfection cleaning machine claimed in claim 1, it is characterized in that: described water feed apparatus comprises the first high-pressure hydraulic pump (18), the import of described the first high-pressure hydraulic pump (18) is connected with running water and pure water tank (15) by the first magnetic valve (27) and the second magnetic valve (19) respectively, and the outlet of described the first high-pressure hydraulic pump (18) communicates with described nozzle component (4) and described service sink (1) by the 3rd magnetic valve (23) and the 4th magnetic valve (24) respectively.
10. according to full-automatic microwell plate Quick disinfection cleaning machine claimed in claim 9, it is characterized in that: the branch road that described the first high-pressure hydraulic pump (18) communicates with described nozzle component (4) communicates with described service sink (1) by the second high-pressure hydraulic pump (20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320429471 CN203343107U (en) | 2013-07-19 | 2013-07-19 | Full-automatic fast disinfection cleaning machine for porous plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320429471 CN203343107U (en) | 2013-07-19 | 2013-07-19 | Full-automatic fast disinfection cleaning machine for porous plate |
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| CN203343107U true CN203343107U (en) | 2013-12-18 |
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| CN 201320429471 Expired - Fee Related CN203343107U (en) | 2013-07-19 | 2013-07-19 | Full-automatic fast disinfection cleaning machine for porous plate |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106093297A (en) * | 2016-05-27 | 2016-11-09 | 李传慧 | A kind of crops Rapid pesticide residue detection device of networking control monitoring screening |
| CN106269630A (en) * | 2016-08-02 | 2017-01-04 | 徐海慧 | A kind of wallboard cleans bracing frame |
| CN107470225A (en) * | 2017-08-28 | 2017-12-15 | 广州沃安实业有限公司 | A kind of cleaning machine |
| CN109481706A (en) * | 2019-01-11 | 2019-03-19 | 郭美芳 | A kind of tumour sampling instrument decontaminating apparatus |
| CN109967463A (en) * | 2019-05-05 | 2019-07-05 | 金华市中心医院 | Hemo system pipette cleaning sterilizing device and method |
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2013
- 2013-07-19 CN CN 201320429471 patent/CN203343107U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106093297A (en) * | 2016-05-27 | 2016-11-09 | 李传慧 | A kind of crops Rapid pesticide residue detection device of networking control monitoring screening |
| CN106269630A (en) * | 2016-08-02 | 2017-01-04 | 徐海慧 | A kind of wallboard cleans bracing frame |
| CN107470225A (en) * | 2017-08-28 | 2017-12-15 | 广州沃安实业有限公司 | A kind of cleaning machine |
| CN109481706A (en) * | 2019-01-11 | 2019-03-19 | 郭美芳 | A kind of tumour sampling instrument decontaminating apparatus |
| CN109481706B (en) * | 2019-01-11 | 2020-10-27 | 郭美芳 | Tumour sampling instrument degassing unit |
| CN109967463A (en) * | 2019-05-05 | 2019-07-05 | 金华市中心医院 | Hemo system pipette cleaning sterilizing device and method |
| CN109967463B (en) * | 2019-05-05 | 2023-11-17 | 金华市中心医院 | Device and method for cleaning and sterilizing pipette of hemodialysis machine |
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| 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: 20131218 Termination date: 20180719 |
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| CF01 | Termination of patent right due to non-payment of annual fee |