CN104889126B - Experiment appliance wash mill - Google Patents
Experiment appliance wash mill Download PDFInfo
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- CN104889126B CN104889126B CN201510293221.7A CN201510293221A CN104889126B CN 104889126 B CN104889126 B CN 104889126B CN 201510293221 A CN201510293221 A CN 201510293221A CN 104889126 B CN104889126 B CN 104889126B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B9/00—Cleaning hollow articles by methods or apparatus specially adapted thereto
- B08B9/08—Cleaning containers, e.g. tanks
- B08B9/093—Cleaning containers, e.g. tanks by the force of jets or sprays
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B2209/00—Details of machines or methods for cleaning hollow articles
- B08B2209/08—Details of machines or methods for cleaning containers, e.g. tanks
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Cleaning By Liquid Or Steam (AREA)
Abstract
The present invention relates to a kind of experiment appliance wash mill, including air compressor (1), gas-liquid mixed storehouse (3), sink (8) and at least one detergent tank (11), connected and be provided with valve and pump by pipeline, sluicing pipe (10) is provided with washing nozzle (9), described washing nozzle (9) is arranged at sink (8) top upward and forms washing nozzle (9) array, described washing nozzle (9) comprises nozzle (91) and blast tube (96), blast tube (96) is externally provided with sleeve pipe (92), make the described washing nozzle (9) the cannula-like body in an interlayer, sleeve pipe (92) is provided with a sealing plug (94) ringwise.Compared with prior art, valve of the present invention and the control of pump also coordinate the work of air compressor, are effectively realized to suck different organic solution, detergent or abluent successively and are carried out, and can be blown into cold wind or hot blast drying test tools after cleaning, efficiency is high, and cleaning performance is good.
Description
Technical field
The present invention relates to a kind of experiment appliance wash mill.
Background technology
At present, laboratory commonly uses commercially available dishware washing apparatus, and one is ultrasonic waves for cleaning mode, and another kind is by water pump under program, pumps into different wash solution such as hot water, distilled water, weak acid solution etc., and utilizes pump pressure hydro-peening to reach the purpose of cleaning.
But, existing washing facility cannot meet the washing requirement of experiment appliance in test chamber, and the most special experiment appliance, such as Organic Experiment device, the cleaning of amount apparatus.For unconventional centrifuge tube with a scale, test pour point utensil etc. cannot wash；And cleaning mixture uses the mode that once washing is the most in line, the cleaning mixture after different tests is cleaned can not be reused or reclaim, and tests residue easy occluding device leakage fluid dram, easily causes the realistic problem that cleaning mixture waste is high with energy consumption.It addition, commonly used volatile and organic solvent that flash-point is low is as abluent, cleaning solvent is expensive, and partial corrosion lotion can not use etc. and to limit, thus there is the limitation on using.
Particularly with needing multiple organic detergent repeatedly to rinse or special experimental apparatus that expensive detergent is carried out, clean with conventional laundry process or washing facility, the most very inconvenient be difficult to be suitable for.
Summary of the invention
It is an object of the invention to provide a kind of can clean in batches, experiment appliance wash mill that cleaning performance is good, a kind of can use multiple different cleaning mixture repeated washing the experiment appliance wash mill being dried.
The technical solution adopted for the present invention to solve the technical problems is: include air compressor (1), gas-liquid mixed storehouse (3), sink (8) (8), devil liquor recovery tank (6) and at least one detergent tank (11).
It is connected and is provided with valve and pump between detergent tank (11) with gas-liquid mixed storehouse (3) by pipeline.
It is connected by pipeline between air compressor (1) with gas-liquid mixed storehouse (3) and is provided with valve.
It is equipped with valve and pump on two liquid-transport pipe-lines, and two liquid-transport pipe-lines between described sink (8) and gas-liquid mixed storehouse (3).
The top leading to sink (8) as sluicing pipe (10) in described two liquid-transport pipe-lines, the end of this liquid-transport pipe-line is provided with multiple washing nozzle (9), and described washing nozzle (9) is arranged at sink (8) top upward and forms washing nozzle (9) array.
Described washing nozzle (9) comprises nozzle (91) and blast tube (96), blast tube (96) is externally provided with sleeve pipe (92), making the described washing nozzle (9) the cannula-like body in an interlayer, sleeve pipe (92) is provided with a sealing plug (94) ringwise.
Article two, another in liquid-transport pipe-line leads to the bottom of sink (8) as cleaning mixture circulating line (4).
Further, described blast tube (96) being preferably provided with stop valve (95), this stop valve (95) is provided with touch type on & off switch (93).
Yet further, the key lever of described touch type on & off switch (93) is preferably the extrusome of an elasticity.
Yet further, described nozzle (91) is preferably more than one micro-shape spray orifice (97) of blast tube (96) end.
Yet further, described sink (8) bottom is preferably provided with drainage screen (7), sink (8) is separated into inside groove and water jacket two parts by this drainage screen (7), described cleaning mixture circulating line (4) connects with inside groove, and described devil liquor recovery tank (6) is then connected with water jacket by pipeline.
Yet further, it is arranged over the cover body (16) corresponding with washing nozzle (9) array at sink (8), this cover body (16) is provided with downward jet array, is provided with valve in the transfer pipeline of jet array front end.
Yet further, it is preferably provided with heating cabinet between described air compressor (1) and gas-liquid mixed storehouse (3), this heating cabinet is provided with heater (15).
Yet further, the sealing plug (94) of described sleeve pipe (92) annular is preferably made up of the component of elastomeric material more than two-layer.
Yet further, it is provided with electronic-controlled installation, this electronic-controlled installation comprises central controller (12), central controller (12) is provided with input and outfan, input is at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, the valve of the pipeline between described detergent tank (11) and gas-liquid mixed storehouse (3), the valve of pipeline between air compressor (1) and gas-liquid mixed storehouse (3), valve on sluicing pipe (10) is electromagnetic valve, the described end that controls then controls the work of described electromagnetic valve, the described end that controls the most also controls described pump and the work of air compressor (1).
Compared with prior art, the present invention passes through valve and carries different detergents with the control of pump and coordinate the work of air compressor, it is effectively realized to suck different organic solution, detergent or abluent successively and is carried out, cold wind or hot blast drying test tools can be blown into after cleaning, efficiency is high, and cleaning performance is good.Especially for needing the special experimental apparatus that multiple organic detergent rinses repeatedly or expensive detergent is carried out, can on the premise of not increasing dosage of scour cyclic washing, therefore cleaning solvent consumption can be substantially reduced, reducing energy consumption and discharging of waste liquid amount, cleaning performance can reach tester, the cleanliness factor of amount apparatus standard-required used by the projects such as conventional, physics organic with rigorous analysis and chemistry.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of the present invention 1.
Fig. 2 is the structural representation of the embodiment of the present invention 1 shower nozzle.
Fig. 3 is the structural representation of the embodiment of the present invention 2 shower nozzle.
Fig. 4 is the structural representation of the embodiment of the present invention 3.
Fig. 5 is the structural representation of the embodiment of the present invention 4 shower nozzle.
Fig. 6 is the structural representation of the embodiment of the present invention 5 shower nozzle.
Shown in figure: 1 is air compressor, 2 is valve, and 3 is gas-liquid mixed storehouse, and 4 is pipeline, and 5 is pump, 6 is devil liquor recovery tank, and 7 is water jacket, and 8 is inside groove, and 9 is washing nozzle, 91 is nozzle, and 92 is sleeve pipe, and 93 is touch type on & off switch, and 94 is sealing plug, 95 is stop valve, and 96 is blast tube, and 97 is micro-shape spray orifice, 10 are, 11 is detergent tank, and 12 is central controller, and 13 is input keyboard, 14 is display, and 15 is test test tool, and 16 is cover body, and 17 is heater.
Detailed description of the invention
nullEmbodiment 1: with reference to Fig. 1-2，The embodiment of an irrigation system it is applied to for the present invention，Including air compressor 1、Gas-liquid mixed storehouse 3、Sink 88、Devil liquor recovery tank 6 and 3 detergent tanks 11，It is connected and is provided with valve and pump between 3 detergent tanks 11 and gas-liquid mixed storehouse 3 by pipeline，It is connected by pipeline between air compressor 1 with gas-liquid mixed storehouse 3 and is provided with valve，Two liquid-transport pipe-lines between described sink 8 and gas-liquid mixed storehouse 3，And it is equipped with valve and pump on two liquid-transport pipe-lines，The top leading to sink 8 as sluicing pipe 10 in described two liquid-transport pipe-lines，The end of this liquid-transport pipe-line is provided with multiple washing nozzle 9，Described washing nozzle 9 is arranged at above sink 8 and is formed washing nozzle 9 array upward，Described washing nozzle 9 comprises nozzle 91 and blast tube 96，Blast tube 96 is externally provided with sleeve pipe 92，Make the described washing nozzle 9 cannula-like body in an interlayer，Sleeve pipe 92 is provided with a sealing plug 94 ringwise，Article two, another in liquid-transport pipe-line leads to the bottom of sink 8 as circulation washing channel as cleaning mixture circulating line 4，Described blast tube 96 is provided with stop valve 95，This stop valve 95 is provided with touch type on & off switch 93，When testing test tool 15 and being placed on shower nozzle 9，Test test tool touches this touch type on & off switch 93，This shower nozzle 9 can hydrojet work，Otherwise this shower nozzle 9 does not works，It is provided with drainage screen 7 bottom described sink 8，This inclined shape of drainage screen 7 is arranged at sink 8 bottom，Sink 8 is separated into inside groove and water jacket two parts，Described cleaning mixture circulating line 4 connects with inside groove，Described devil liquor recovery tank 6 is then connected with water jacket by pipeline，The connecting pipe that devil liquor recovery tank 6 connects with sink 8 is provided with valve，It is simultaneously provided with electronic-controlled installation，This electronic-controlled installation comprises central controller 12，Central controller 12 is provided with input and outfan，Input is at least provided with input keyboard 13，Outfan is then at least provided with display 14 and control end，Described valve is electromagnetic valve，The end that controls of described central controller 12 then controls described electromagnetic valve、Pump and the work of air compressor 1.
Work process of the present invention is as follows: be respectively charged into different detergents in 3 detergent tanks 11, is first set working procedure according to different test test tools 15.nullDuring work，Test test tool 15 to be cleaned is placed on washing nozzle 9 one by one，Program can be started，Central controller 12 is then according to setting startup air compressor 1，3 detergent tanks 11 then open or close corresponding valve and pump according to program setting timesharing respectively，Export a certain amount of detergent from gas-liquid mixed storehouse 3、Washing nozzle 9 sprays，Test test tool 15 is carried out，Recurrent state is then entered after exporting certain detergent，Detergent after filter screen 7 filters then is delivered back in gas-liquid mixed storehouse 3 again spraying from washing nozzle 9 by cleaning mixture circulating line 4，Test test tool 15 is carried out，This cleaning process terminates，Detergent is transported in devil liquor recovery tank 6 by the valve opened in the connecting pipe of devil liquor recovery tank 6，Close cleaning mixture circulating line 4，It is blown into air blown out by the cleaning mixture of pipeline neutralization test test tool 15 or dry up simultaneously.
The washing process of lower one cleaning mixture can be started afterwards, so repeat, then can realize the cleaning carrying out different abluent with a collection of test test tool 15.
Embodiment 2: referring to the drawings 3, structural representation for the embodiment of the present invention 2, compared with Example 1, the difference of the present embodiment is: described more than one micro-shape spray orifice 97 that nozzle 91 is blast tube 96 end, and the sealing plug 94 of described sleeve pipe 92 annular is made up of the component of two-layer elastomeric material.
Embodiment 3: referring to the drawings 4, structural representation for the embodiment of the present invention 3, compared with embodiment before, the difference of the present embodiment is: be arranged over the cover body 16 corresponding with washing nozzle 9 array at sink 8, this cover body 16 is provided with downward jet array, the transfer pipeline of jet array front end is provided with valve and is connected with sluicing pipe 10, it is provided with heating cabinet between described air compressor 1 and gas-liquid mixed storehouse 3, this heating cabinet is provided with heater 15, described heater 15 is electric heater, hot-air can be blown out after each cleaning process dried by the cleaning mixture of pipeline neutralization test test tool 15.
Embodiment 4: referring to the drawings 5, for the structural representation of the embodiment of the present invention 4, compared with embodiment before, the difference of the present embodiment is: the extrusome that key lever is an elasticity of described touch type on & off switch 93.
Embodiment 5: referring to the drawings 6, for the structural representation of the embodiment of the present invention 5, compared with embodiment before, the difference of the present embodiment is: the key lever of described touch type on & off switch 93 is a leverage.
It should be noted that above is only the preferred embodiment of the present invention, being not construed as limitation of the present invention, protection scope of the present invention should be as the criterion with claim limited range.For those skilled in the art, without departing from the spirit and scope of the present invention, it is also possible to make some improvements and modifications and also should be regarded as protection scope of the present invention.
Claims (66)
1. an experiment appliance wash mill, including air compressor (1), gas-liquid mixed storehouse (3), sink (8),
Devil liquor recovery tank (6) and at least one detergent tank (11), it is characterised in that:
It is connected and is provided with valve and pump between detergent tank (11) with gas-liquid mixed storehouse (3) by pipeline；
It is connected by pipeline between air compressor (1) with gas-liquid mixed storehouse (3) and is provided with valve；
Between described sink (8) and gas-liquid mixed storehouse (3) on two liquid-transport pipe-lines, and two liquid-transport pipe-lines all
It is provided with valve and pump；
The top leading to sink (8) as sluicing pipe (10) in described two liquid-transport pipe-lines, this transfusion
The end of pipeline is provided with multiple washing nozzle (9), and described washing nozzle (9) is arranged at sink (8) top upward
And form washing nozzle (9) array；
Described washing nozzle (9) comprises nozzle (91) and blast tube (96), and blast tube (96) is externally provided with sleeve pipe (92),
Making the described washing nozzle (9) the cannula-like body in an interlayer, sleeve pipe (92) is provided with a sealing plug (94) ringwise；
Article two, another in liquid-transport pipe-line leads to the bottom of sink (8) as cleaning mixture circulating line (4).
Experiment appliance wash mill the most according to claim 1, it is characterised in that: described blast tube (96)
Being provided with stop valve (95), this stop valve (95) is provided with touch type on & off switch (93).
Experiment appliance wash mill the most according to claim 2, it is characterised in that: yet further, described
The extrusome that key lever is an elasticity of touch type on & off switch (93).
4. according to the experiment appliance wash mill described in any one of claim 1-3, it is characterised in that: described nozzle
(91) it is more than one micro-shape spray orifice (97) of blast tube (96) end.
5. according to the experiment appliance wash mill described in any one of claim 1-3, it is characterised in that: described washing
Groove (8) bottom is provided with drainage screen (7), and sink (8) is separated into inside groove and water jacket two by this drainage screen (7)
Point, described cleaning mixture circulating line (4) connects with inside groove, and described devil liquor recovery tank (6) then passes through pipeline with outer
Groove is connected.
Experiment appliance wash mill the most according to claim 4, it is characterised in that: described sink (8)
Bottom is provided with drainage screen (7), and sink (8) is separated into inside groove and water jacket two parts by this drainage screen (7), described
Cleaning mixture circulating line (4) connect with inside groove, described devil liquor recovery tank (6) is then connected with water jacket by pipeline.
7. according to the experiment appliance wash mill described in any one of claim 1-3, it is characterised in that: described washing
Shower nozzle (9) is in array-like arrangement in the top of sink (8), is arranged over cover body (16) at sink (8) simultaneously,
This cover body (16) is provided with downward jet array, is provided with valve in the liquid-transport pipe-line of this downward jet array front end.
Experiment appliance wash mill the most according to claim 4, it is characterised in that: described washing nozzle (9)
It is in array-like arrangement in the top of sink (8), is arranged over cover body (16), this cover at sink (8) simultaneously
Body (16) is provided with downward jet array, is provided with valve in the liquid-transport pipe-line of this downward jet array front end.
Experiment appliance wash mill the most according to claim 5, it is characterised in that: described washing nozzle (9)
It is in array-like arrangement in the top of sink (8), is arranged over cover body (16), this cover at sink (8) simultaneously
Body (16) is provided with downward jet array, is provided with valve in the liquid-transport pipe-line of this downward jet array front end.
Experiment appliance wash mill the most according to claim 6, it is characterised in that: described washing nozzle (9)
It is in array-like arrangement in the top of sink (8), is arranged over cover body (16), this cover at sink (8) simultaneously
Body (16) is provided with downward jet array, is provided with valve in the liquid-transport pipe-line of this downward jet array front end.
11. according to the experiment appliance wash mill described in any one of claim 1-3, it is characterised in that: described sky
It is provided with heating cabinet between air compressor (1) and gas-liquid mixed storehouse (3), this heating cabinet is provided with heater (15).
12. experiment appliance wash mills according to claim 4, it is characterised in that: described air compressor
(1) and it is provided with heating cabinet between gas-liquid mixed storehouse (3), this heating cabinet is provided with heater (15).
13. experiment appliance wash mills according to claim 5, it is characterised in that: described air compressor
(1) and it is provided with heating cabinet between gas-liquid mixed storehouse (3), this heating cabinet is provided with heater (15).
14. experiment appliance wash mills according to claim 6, it is characterised in that: described air compressor
(1) and it is provided with heating cabinet between gas-liquid mixed storehouse (3), this heating cabinet is provided with heater (15).
15. experiment appliance wash mills according to claim 7, it is characterised in that: described air compressor
(1) and it is provided with heating cabinet between gas-liquid mixed storehouse (3), this heating cabinet is provided with heater (15).
16. experiment appliance wash mills according to claim 8, it is characterised in that: described air compressor
(1) and it is provided with heating cabinet between gas-liquid mixed storehouse (3), this heating cabinet is provided with heater (15).
17. experiment appliance wash mills according to claim 9, it is characterised in that: described air compressor
(1) and it is provided with heating cabinet between gas-liquid mixed storehouse (3), this heating cabinet is provided with heater (15).
18. experiment appliance wash mills according to claim 10, it is characterised in that: described air compressor
(1) and it is provided with heating cabinet between gas-liquid mixed storehouse (3), this heating cabinet is provided with heater (15).
19. according to the experiment appliance wash mill described in any one of claim 1-3, it is characterised in that: described set
The sealing plug (94) of pipe (92) annular is made up of the component of elastomeric material more than two-layer.
20. experiment appliance wash mills according to claim 4, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
21. experiment appliance wash mills according to claim 5, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
22. experiment appliance wash mills according to claim 6, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
23. experiment appliance wash mills according to claim 7, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
24. experiment appliance wash mills according to claim 8, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
25. experiment appliance wash mills according to claim 9, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
26. experiment appliance wash mills according to claim 10, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
27. experiment appliance wash mills according to claim 11, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
28. experiment appliance wash mills according to claim 12, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
29. experiment appliance wash mills according to claim 13, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
30. experiment appliance wash mills according to claim 14, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
31. experiment appliance wash mills according to claim 15, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
32. experiment appliance wash mills according to claim 16, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
33. experiment appliance wash mills according to claim 17, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
34. experiment appliance wash mills according to claim 18, it is characterised in that: described sleeve pipe (92)
The sealing plug (94) of annular is made up of the component of elastomeric material more than two-layer.
35. according to the experiment appliance wash mill described in any one of claim 1-3, it is characterised in that: it is provided with electronics
Control device, this electronic-controlled installation comprises central controller (12), central controller (12) be provided with input and
Outfan, input at least provided with input keyboard (13), outfan then at least provided with display (14) and control end,
The valve of pipeline, air compressor (1) and gas-liquid between described detergent tank (11) and gas-liquid mixed storehouse (3)
Between mixing bunker (3), the valve on the valve of pipeline, sluicing pipe (10) is electromagnetic valve, and described control end is then
The work of the electromagnetic valve described in control, the described end that controls the most also controls described pump and air compressor (1)
Work.
36. experiment appliance wash mills according to claim 4, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
37. experiment appliance wash mills according to claim 5, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
38. experiment appliance wash mills according to claim 6, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
39. experiment appliance wash mills according to claim 7, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
40. experiment appliance wash mills according to claim 8, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
41. experiment appliance wash mills according to claim 9, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
42. experiment appliance wash mills according to claim 10, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
43. experiment appliance wash mills according to claim 11, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
44. experiment appliance wash mills according to claim 12, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
45. experiment appliance wash mills according to claim 13, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
46. experiment appliance wash mills according to claim 14, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
47. experiment appliance wash mills according to claim 15, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
48. experiment appliance wash mills according to claim 16, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
49. experiment appliance wash mills according to claim 17, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
50. experiment appliance wash mills according to claim 18, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
51. experiment appliance wash mills according to claim 19, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
52. experiment appliance wash mills according to claim 20, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
53. experiment appliance wash mills according to claim 21, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
54. experiment appliance wash mills according to claim 22, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
55. experiment appliance wash mills according to claim 23, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
56. experiment appliance wash mills according to claim 24, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
57. experiment appliance wash mills according to claim 25, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
58. experiment appliance wash mills according to claim 26, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
59. experiment appliance wash mills according to claim 27, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
60. experiment appliance wash mills according to claim 28, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
61. experiment appliance wash mills according to claim 29, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
62. experiment appliance wash mills according to claim 30, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
63. experiment appliance wash mills according to claim 31, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
64. experiment appliance wash mills according to claim 32, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
65. experiment appliance wash mills according to claim 33, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
66. experiment appliance wash mills according to claim 34, it is characterised in that: it is provided with electronic-controlled installation,
This electronic-controlled installation comprises central controller (12), and central controller (12) is provided with input and outfan, defeated
Entering to hold at least provided with input keyboard (13), outfan is then at least provided with display (14) and control end, described washing
The valve of pipeline, air compressor (1) and gas-liquid mixed storehouse (3) between agent tank (11) and gas-liquid mixed storehouse (3)
Between valve on the valve of pipeline, sluicing pipe (10) be electromagnetic valve, the described end that controls then controls described electricity
The work of magnet valve, the described end that controls the most also controls described pump and the work of air compressor (1).
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| CN201510293221.7A CN104889126B (en) | 2015-06-01 | 2015-06-01 | Experiment appliance wash mill |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510293221.7A CN104889126B (en) | 2015-06-01 | 2015-06-01 | Experiment appliance wash mill |
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| CN104889126B true CN104889126B (en) | 2016-10-05 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US10864560B2 (en) | 2015-12-09 | 2020-12-15 | Amerlab Scientific Llc | Acid steam cleaning apparatus and acid steam cleaning method |
| CN105344683B (en) * | 2015-12-09 | 2018-08-31 | 艾默莱科技（北京）有限公司 | Acid steams washer and acid steams cleaning method |
| CN109277385A (en) * | 2017-07-20 | 2019-01-29 | 江苏骆驼环保科技有限公司 | A kind of ammonia nitrogen water quality detection measuring chamber automatic flushing device |
| CN109261062B (en) * | 2018-11-19 | 2021-09-03 | 广东智环盛发环保科技有限公司 | Paint mixing bucket jar belt cleaning device |
| CN114778872B (en) * | 2022-06-13 | 2022-11-29 | 深圳市帝迈生物技术有限公司 | Sample analyzer and control method of sample analyzer |
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| CN204672658U (en) * | 2015-06-01 | 2015-09-30 | 阿拉山口出入境检验检疫局综合技术服务中心 | Experiment appliance wash mill |
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| US4820351A (en) * | 1985-12-05 | 1989-04-11 | Labconco Corporation | Flask washer with vacuum dry |
| CN202263751U (en) * | 2011-08-23 | 2012-06-06 | 广汽本田汽车有限公司 | Rotary cup cleaning machine |
| CN202224413U (en) * | 2011-09-05 | 2012-05-23 | 上海宝钢工业检测公司 | Device for cleaning pipe for absorbing pollutant solution from ambient air and waste gas |
| CN202655308U (en) * | 2012-05-12 | 2013-01-09 | 山东电力集团公司济南供电公司 | Full-automatic glass ware cleaning machine |
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