CN204649512U - A kind of organization embedding pre-treatment intelligent wash device - Google Patents
A kind of organization embedding pre-treatment intelligent wash device Download PDFInfo
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- CN204649512U CN204649512U CN201520184852.0U CN201520184852U CN204649512U CN 204649512 U CN204649512 U CN 204649512U CN 201520184852 U CN201520184852 U CN 201520184852U CN 204649512 U CN204649512 U CN 204649512U
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Abstract
The utility model relates to the device, particularly a kind of organization embedding pre-treatment intelligent wash device of process pathological tissue.In order to solve pathological tissue in the pretreatment process of paraffin embedding, the flushing especially after decalcification, the waste water resource of existence or rinse problem that is uneven and labor intensive, the utility model provides a kind of organization embedding pre-treatment intelligent wash device.This device comprises sample container, base, controller, water inlet pipe, rising pipe; Described sample container is placed on base, and the upper end of described sample container is connected with water inlet pipe, and bottom is connected with rising pipe; Described water inlet pipe is provided with inlet valve, described rising pipe is provided with flowing water Valve; Described controller comprises control panel, control module and power supply, and described control module is connected with control panel, power supply, inlet valve, flowing water Valve respectively.The intelligent wash device that the utility model provides is for rinsing sample, i.e. saving water resource, can also guarantee sample developing result, save manpower again.
Description
Technical field
The utility model relates to the device, particularly a kind of organization embedding pre-treatment intelligent wash device of process pathological tissue.
Background technology
In pathological analysis, the handling procedure of pathological tissue generally include fixing, repair the steps such as block, embedding, section, dyeing, mounting.Wherein, pathological tissue (especially the tissue of rich calcium) before by paraffin embedding, to be fixed through formaldehyde, decalcification, running water, gradient alcohol dehydration, dimethylbenzene are transparent etc. process usually.Embedding pre-treatment mentioned by the utility model comprises These steps.In embedding pretreatment process, especially after decalcification, need to use running water pathological tissue.That is: pathological tissue (or sample this) is put into a container, with the water continuous flushing 4 hours of flowing, this backwashing manner compares waste water resource undoubtedly; Or sample is put into the beaker of 1L, topped up with water in beaker, change a water every 1 hour, add 4 water altogether, this backwashing manner compares water-saving, but does not flow due to water, thus rinse uneven, developing result is poor, and whole process cannot complete automatically, labor intensive.
Summary of the invention
In order to solve pathological tissue in the pretreatment process of paraffin embedding, the flushing especially after decalcification, the waste water resource of existence or rinse problem that is uneven and labor intensive, the invention provides a kind of organization embedding pre-treatment intelligent wash device.Intelligent wash device provided by the invention is for rinsing sample, i.e. saving water resource, can also guarantee sample developing result, can save manpower again.
In order to achieve the above object, the present invention adopts following technical proposals:
The invention provides a kind of organization embedding pre-treatment intelligent wash device, described device comprises sample container, base, controller, water inlet pipe, rising pipe; Described sample container is placed on base, and the upper end of described sample container is connected with water inlet pipe, and bottom is connected with rising pipe; Described water inlet pipe is provided with inlet valve, described rising pipe is provided with flowing water Valve; Described controller comprises control panel, control module and power supply, and described control module is connected with control panel, power supply, inlet valve, flowing water Valve respectively; Described control panel is for inputting instruction.
Further, sample in use, is put into sample container, water inlet pipe and running water pipe is linked together, open running water pipe by described organization embedding pre-treatment intelligent wash device; The endpiece of rising pipe is communicated with waste water collection device or sewer; Control panel is utilized to input instruction, control module controls the water inlet of sample container according to the instruction of input, soak, change water (comprise water outlet and add water), and change waterside number, after this intelligent wash device starts, can according to the program of setting, open inlet valve, tap water flows into sample container by water inlet pipe, soaks sample after water inlet end; In immersion process, water outlet (flowing out a part of water by rising pipe) at regular time and quantity and add water (being supplemented into a part of water by water inlet pipe) in sample container; Sample container, according to the time interval of setting, has and changes water (water outlet and add water) in multiple times, and change after waterside counts up to into, the water in sample container is not first discharged, and sample maintenance is immersed in water.Until operating personnel press the stop button on control panel, the water in sample container is all flowed out by rising pipe, rinses and terminates.
Above-mentioned intelligent wash is arranged in flushing process, be not the water in sample container is all discharged after to intake again immersion, but only discharge a part of water, add a part of water, soak afterwards, after soaking a period of time, discharge a part of water again, add a part of water, imitate the process of running water.
Further, in described organization embedding pre-treatment intelligent wash device, the inside surface of the upper end of described sample container is provided with water level sensor, described water level sensor is connected with control module, when water level arrives the position of water level sensor, water level sensor sends signal to control module, and control module closes inlet valve after receiving the signal of water level sensor.
Further, in described organization embedding pre-treatment intelligent wash device, described controller also comprises pronunciation device, described pronunciation device is connected with control module, after cleaning procedure terminates, control module sends signal to pronunciation device, and pronunciation device sends prompt tone.
Further, in described organization embedding pre-treatment intelligent wash device, described control panel is arranged on the surface of base, and described control module is arranged in base, and described power supply is arranged on the side of base.
Further, described power supply is battery or attaching plug.
Described battery can be rechargeable battery, utilizes power lead to be connected with power supply and realizes charging.
Further, in described organization embedding pre-treatment intelligent wash device, described control panel comprises input instruction button, and described input instruction button can control sample container water inlet, initial inflow, soak time, water outlet, quantity of exchanged water, changes water spacer, changes waterside number.
Described quantity of exchanged water comprises water discharge and amount of water, and sample container first discharges a certain amount of water by rising pipe according to setting, is added the water of same quantity afterwards again by water inlet pipe, and draining and adding water once is called changes water once.
Above-mentioned amount of water is identical with aquifer yield.
Further, described control panel comprises input instruction button and programmed control panel, and described input instruction button comprises beginning, stopping, interpolation, delete program, upper and lower, left and right options button; Instruction loading routine comprises: water inlet, initial inflow, soak time, water outlet, and quantity of exchanged water, changes water spacer, changes waterside number, and end maintains eventually.Aforesaid end eventually maintains and refers to, terminate when changing water, after sample has rinsed, water in sample container is not first discharged, sample maintains and is immersed in water after cleaning procedure terminates, until after operating personnel press stop button, the water in sample container just can all be discharged, operating personnel take out sample, are for further processing.
In use, sample is put into sample container, water inlet pipe and running water pipe are linked together, opens running water pipe; The endpiece of rising pipe is communicated with waste water collection device or sewer; Utilize control panel to input instruction, control module controls the opening time of inlet valve according to the instruction of input, initial inflow, the soak time of sample, the opening time of flowing water Valve, quantity of exchanged water (aquifer yield and amount of water), change water spacer, change waterside number.After this intelligent wash device starts, can according to the program of setting, first fill water by sample container, behind certain hour interval, open flowing water Valve and discharge a certain amount of water, open the water that inlet valve adds respective amount afterwards, soak sample afterwards, behind certain hour interval, open flowing water Valve again discharge a certain amount of water, open the water that inlet valve adds respective amount afterwards, after EOP (end of program), water in sample container is not first discharged, sample maintains and is immersed in water, until operating personnel press stop button, water in sample container is all flowed out by rising pipe, inlet valve is closed, no longer intake, rush Xian's process to terminate.
Further, above-mentioned sample container can be the container of 300ml, changes water (comprising into water and water outlet) 150ml at every turn, 10 points of kinds change a water, carry out 4 hours altogether, so only used 3900ml water just to complete the flushing of sample, and developing result is good.Compared with running water 4 hours, save great lot of water resources.
Further, in described organization embedding pre-treatment intelligent wash device, described water inlet pipe comprises main water inlet tube and branch's water inlet pipe, described main water inlet tube comprises inlet end and endpiece, described inlet end is used for being connected with running water pipe, described endpiece is communicated with multiple branches water inlet pipe, and described branch water inlet pipe is provided with inlet valve; Described base is provided with multiple sample container, and the upper end of described sample container is connected from different branch's water inlet pipes respectively.
Above-mentioned base can be arranged 2-10 sample container, accordingly, described water inlet pipe comprises a main water inlet tube and 2-10 branch's water inlet pipe, and the quantity of branch's water inlet pipe is identical with the quantity of sample container.
Above-mentioned intelligent wash device can rinse the sample in multiple sample container simultaneously.
Further, in described organization embedding pre-treatment intelligent wash device, described base is provided with multiple sample container, and described controller controls different sample container and intakes independently of each other, soaks, changes water.
Above-mentioned intelligent wash device can carry out independently handling procedure respectively for the sample of each container.
Further, in described organization embedding pre-treatment intelligent wash device, described controller can control multiple sample container and intake independently at the same time or separately, soaks, changes water, carries out independently at the same time or separately and completes cleaning procedure.
Further, in described organization embedding pre-treatment intelligent wash device, the upper end outer setting of described sample container has circular inlet water tank, and the upper end of described inlet water tank is connected with water inlet pipe; Described inlet water tank is looped around the outside surface on the top of sample container, and the wall between inlet water tank and sample container is provided with multiple through hole; Water flows into inlet water tank by water inlet pipe, is injected in sample container afterwards by multiple through hole, to reach even water inlet, and then evenly rinses sample.
Compared with prior art, intelligent wash device provided by the invention is for rinsing sample, i.e. saving water resource, can also guarantee sample developing result; And achieve auto-flushing, save manpower, simplify manual steps, the embedding pretreatment process of sample can be widely used in, improve operating efficiency, be i.e. economy but also facilitate.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of organization embedding pre-treatment intelligent wash device provided by the invention;
Fig. 2 is a kind of water inlet pipe of organization embedding pre-treatment intelligent wash device provided by the invention and the structural representation of sample container;
Fig. 3 is a kind of sample container of organization embedding pre-treatment intelligent wash device provided by the invention and the structural representation of inlet water tank.
Embodiment
Below, in conjunction with specification drawings and specific embodiments, technical scheme provided by the invention is further described.
Embodiment 1
As shown in Figure 1, the invention provides a kind of organization embedding pre-treatment intelligent wash device, described device comprises sample container 1, base 2, controller 3, water inlet pipe 4, rising pipe 5; Described sample container 1 is placed on base 2, and the upper end of described sample container 1 is connected with water inlet pipe 4, and bottom is connected with rising pipe 5; Described water inlet pipe 4 is provided with inlet valve 41, described rising pipe 5 is provided with flowing water Valve 51; Described controller 3 comprises control panel 31, control module 32 and power supply 33, and described control module 32 is connected with control panel 31, power supply 33, inlet valve 41, flowing water Valve 51 respectively.
Sample in use, is put into sample container, water inlet pipe and running water pipe is linked together, open running water pipe by described organization embedding pre-treatment intelligent wash device; The endpiece of rising pipe is communicated with waste water collection device or sewer; Control panel is utilized to input instruction, control module controls the water inlet of sample container according to the instruction of input, soak, change water (comprise water outlet and add water), and change waterside number, after this intelligent wash device starts, can according to the program of setting, open inlet valve, tap water flows into sample container by water inlet pipe, soaks sample after water inlet end; In immersion process, water outlet (flowing out a part of water by rising pipe) at regular time and quantity and add water (being supplemented into a part of water by water inlet pipe) in sample container; Sample container, according to the time interval of setting, has and changes water (water outlet and add water) in multiple times, after sample flushing terminates, water in sample container is not first discharged, sample maintains and is immersed in water, until operating personnel press stop button, the water in sample container is all flowed out by rising pipe.
Above-mentioned intelligent wash is arranged in flushing process, be not the water in sample container is all discharged after to intake again immersion, but only discharge a part of water, add a part of water, soak afterwards, after soaking a period of time, discharge a part of water again, add a part of water, imitate the process of running water.
Embodiment 2
As shown in Figure 1, as the organization embedding pre-treatment intelligent wash device that embodiment 1 provides, wherein, the inside surface of the upper end of described sample container is provided with water level sensor 11, described water level sensor is connected with control module, when water level arrives the position of water level sensor, water level sensor sends signal to control module, and control module closes inlet valve after receiving the signal of water level sensor.
Described controller also comprises pronunciation device 34, and described pronunciation device 34 is connected with control module 32, and after cleaning procedure terminates, control module sends signal to pronunciation device, and pronunciation device 34 sends prompt tone.
Described control panel 31 is arranged on the surface of base 2, and described control module 32 is arranged in base 2, and described power supply 33 is arranged on the side of base 2.
Described power supply is rechargeable battery, utilizes power lead to be connected with power supply and realizes charging.
Described control panel comprises input instruction button, described input instruction button comprises: the opening time of inlet valve, initial inflow, the soak time of sample, the opening time of flowing water Valve, quantity of exchanged water (i.e. aquifer yield and amount of water), changes water (comprise water outlet and add water) number of times.
Above-mentioned amount of water is identical with aquifer yield.
In use, sample is put into sample container, water inlet pipe and running water pipe are linked together, opens running water pipe; The endpiece of rising pipe is communicated with waste water collection device or sewer; Utilize control panel to input instruction, control module controls the opening time of inlet valve according to the instruction of input, and initial inflow, the soak time of sample, the opening time of flowing water Valve, quantity of exchanged water (aquifer yield and amount of water), changes waterside number.After this intelligent wash device starts, can according to the program of setting, first fill water by sample container, behind certain hour interval, open flowing water Valve and discharge a certain amount of water, open the water that inlet valve adds respective amount afterwards, soak sample afterwards, behind certain hour interval, open flowing water Valve again discharge a certain amount of water, open the water that inlet valve adds respective amount afterwards, what set changes water (water outlet, add water) after number of times completes, water in sample container is not first discharged, sample maintains and is immersed in water, until operating personnel press stop button, water in sample container is all flowed out by rising pipe, flowing water Valve is closed, inlet valve is also in closed condition, no longer intake, rush Xian's process to terminate.
Above-mentioned sample container 1 is the container of 300ml, changes water (comprising into water and water outlet) 150ml at every turn, and 10 points of kinds change a water, carry out 4 hours altogether, so only used 3900ml water just to complete the flushing of sample, and developing result are good.Compared with running water 4 hours, save great lot of water resources.
Embodiment 3
As depicted in figs. 1 and 2, as the organization embedding pre-treatment intelligent wash device that embodiment 1 provides, wherein, described water inlet pipe 4 comprises main water inlet tube 401 and branch's water inlet pipe 402, described main water inlet tube comprises inlet end and endpiece, described inlet end is used for being connected with running water pipe, and described endpiece is communicated with multiple branches water inlet pipe, and described branch water inlet pipe is provided with inlet valve 41; Described base is provided with 2 sample container, the upper end of described sample container is connected from different branch's water inlet pipes respectively.
Above-mentioned base is arranged 2 sample container, accordingly, described water inlet pipe comprises a main water inlet tube 401 and 2 branch's water inlet pipes 402, and the quantity of branch's water inlet pipe is identical with the quantity of sample container.
Above-mentioned intelligent wash device can rinse 2 samples with water simultaneously.
Embodiment 4
As the organization embedding pre-treatment intelligent wash device that embodiment 1 provides, wherein, the upper end outer setting of described sample container has circular inlet water tank 101, and the upper end of described inlet water tank is connected with water inlet pipe 4; Described inlet water tank is looped around the outside surface on the top of sample container, the wall between inlet water tank and sample container is provided with multiple through hole 102; Water flows into inlet water tank by water inlet pipe, is injected in sample container afterwards by multiple through hole, to reach even water inlet, and then evenly rinses sample.
The above, be only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.Every equalization done according to content of the present invention changes and modifies, and is all encompassed in the scope of the claims of the present invention.
Claims (7)
1. an organization embedding pre-treatment intelligent wash device, is characterized in that, described device comprises sample container, base, controller, water inlet pipe, rising pipe; Described sample container is placed on base, and the upper end of described sample container is connected with water inlet pipe, and bottom is connected with rising pipe; Described water inlet pipe is provided with inlet valve, described rising pipe is provided with flowing water Valve; Described controller comprises control panel, control module and power supply, and described control module is connected with control panel, power supply, inlet valve, flowing water Valve respectively; Described control panel is for inputting instruction.
2. organization embedding pre-treatment intelligent wash device according to claim 1, it is characterized in that, the inside surface of the upper end of described sample container is provided with water level sensor, described water level sensor is connected with control module, when water level arrives the position of water level sensor, water level sensor sends signal to control module, and control module closes inlet valve after receiving the signal of water level sensor.
3. organization embedding pre-treatment intelligent wash device according to claim 1, it is characterized in that, described controller also comprises pronunciation device, described pronunciation device is connected with control module, after cleaning procedure terminates, control module sends signal to pronunciation device, and pronunciation device sends prompt tone.
4. organization embedding pre-treatment intelligent wash device according to claim 1, it is characterized in that, described control panel is arranged on the surface of base, and described control module is arranged in base, and described power supply is arranged on the side of base.
5. organization embedding pre-treatment intelligent wash device according to claim 1, it is characterized in that, described water inlet pipe comprises main water inlet tube and branch's water inlet pipe, described main water inlet tube comprises inlet end and endpiece, described inlet end is used for being connected with running water pipe, described endpiece is communicated with multiple branches water inlet pipe, and described branch water inlet pipe is provided with inlet valve; Described base is provided with multiple sample container, and the upper end of described sample container is connected from different branch's water inlet pipes respectively.
6. organization embedding pre-treatment intelligent wash device according to claim 1, it is characterized in that, described base is provided with multiple sample container, described controller controls each sample container and intakes independently, soaks, changes water.
7. organization embedding pre-treatment intelligent wash device according to claim 1, it is characterized in that, the upper end outer setting of described sample container has circular inlet water tank, and the upper end of described inlet water tank is connected with water inlet pipe; Described inlet water tank is looped around the outside surface on the top of sample container, and the wall between inlet water tank and sample container is provided with multiple through hole; Water flows into inlet water tank by water inlet pipe, is injected in sample container afterwards by multiple through hole, to reach even water inlet, and then evenly rinses sample.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520184852.0U CN204649512U (en) | 2015-03-30 | 2015-03-30 | A kind of organization embedding pre-treatment intelligent wash device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520184852.0U CN204649512U (en) | 2015-03-30 | 2015-03-30 | A kind of organization embedding pre-treatment intelligent wash device |
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| CN204649512U true CN204649512U (en) | 2015-09-16 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110243650A (en) * | 2019-05-20 | 2019-09-17 | 苏州出入境检验检疫局检验检疫综合技术中心 | A kind of pretreating device of multi-functional water distribution pipeline material sanitary index test |
| CN110865018A (en) * | 2019-08-08 | 2020-03-06 | 上海交通大学医学院附属新华医院 | Sample post-processing system, device and method |
| CN112284500A (en) * | 2020-10-19 | 2021-01-29 | 德阳市人民医院 | Detection device for pathological examination specimen |
-
2015
- 2015-03-30 CN CN201520184852.0U patent/CN204649512U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110243650A (en) * | 2019-05-20 | 2019-09-17 | 苏州出入境检验检疫局检验检疫综合技术中心 | A kind of pretreating device of multi-functional water distribution pipeline material sanitary index test |
| CN110865018A (en) * | 2019-08-08 | 2020-03-06 | 上海交通大学医学院附属新华医院 | Sample post-processing system, device and method |
| CN110865018B (en) * | 2019-08-08 | 2023-03-28 | 上海交通大学医学院附属新华医院 | Sample post-processing system, device and method |
| CN112284500A (en) * | 2020-10-19 | 2021-01-29 | 德阳市人民医院 | Detection device for pathological examination specimen |
| CN112284500B (en) * | 2020-10-19 | 2022-03-22 | 德阳市人民医院 | Detection device for pathological examination specimen |
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