CN207263594U - Salt mist experiment case with automatic water filling device - Google Patents
Salt mist experiment case with automatic water filling device Download PDFInfo
- Publication number
- CN207263594U CN207263594U CN201721273248.0U CN201721273248U CN207263594U CN 207263594 U CN207263594 U CN 207263594U CN 201721273248 U CN201721273248 U CN 201721273248U CN 207263594 U CN207263594 U CN 207263594U
- Authority
- CN
- China
- Prior art keywords
- salt
- switching valve
- electric switching
- room
- filling device
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Testing Resistance To Weather, Investigating Materials By Mechanical Methods (AREA)
Abstract
The utility model discloses the salt mist experiment case with automatic water filling device.The salt mist experiment case with automatic water filling device includes experimental box, water tank, store up salt room, saturated air room and brine tank, water tank is equipped with water inlet pipe connection water source, water tank is equipped with the first outlet pipe connection saturated air room, water tank is equipped with the second outlet pipe connection brine tank, storage salt room connects brine tank by salt transporting tube, water inlet pipe is equipped with the first electric switching valve, first outlet pipe is equipped with the second electric switching valve, second outlet pipe is equipped with the 3rd electric switching valve, salt transporting tube is equipped with the 4th electric switching valve, first electric switching valve, second electric switching valve, 3rd electric switching valve and the 4th electric switching valve are electrically connected control unit.The utility model has the Unmanned operation that automatic water filling adds salt, saves manpower, no human factor error, the high effect of experimental precision.
Description
Technical field
It the utility model is related to test equipment, the salt mist experiment case more particularly to automatic water filling device.
Background technology
Salt spray test chamber is usually used in manual simulation's salt mist environmental test, and it is resistance to product progress that manual method forms salt mist environment
Salt fog mode performance is tested, and brine configuration at present uses human configuration, i.e., salt and water is manually added in salt fog cabinet, it is asked
Topic is：First, salt mist experiment is typically a long period process, brine is often prepared, comparatively laborious, heavy workload；Second, salt
Water needs to keep filling in time, if experimenter's carelessness or it is interim it is busy can not inject brine, can cause to stop in experiment, influence
Experiment effect；Third, manually preparing brine, the ratio of salt and water needs long-term holding requirement of experiment numerical value, if proportioning is not right,
Influence experimental result；Fourth, the water of delivery air chamber is also required to periodically add, it is also desirable to which people keeps long-term concern.
Utility model content
One or more to solve the above-mentioned problems, the utility model provide a kind of salt with automatic water filling device
Mist experimental box,
One side according to the present utility model, the salt mist experiment case should with automatic water filling device include experimental box, storage
Water tank, storage salt room, saturated air room and brine tank, water tank are equipped with water inlet pipe connection water source, and water tank is equipped with the first water outlet
Pipe connection saturated air room, water tank are equipped with the second outlet pipe connection brine tank, and storage salt room connects brine tank by salt transporting tube, into
Water pipe is equipped with the first electric switching valve, and the first outlet pipe is equipped with the second electric switching valve, and the second outlet pipe is equipped with the 3rd
Electric switching valve, salt transporting tube are equipped with the 4th electric switching valve, the first electric switching valve, the second electric switching valve, the 3rd electronic
Switch valve and the 4th electric switching valve are electrically connected control unit,
Experimental box includes the first babinet and lid being flexibly connected, and the first babinet and lid are uncovered structure, the first babinet
Liner is inside cased with, specimen holder, spraying device and collection mist device, spraying device connection brine tank and saturation are fixed with liner
Air chamber.
The salt mist experiment case with automatic water filling device carries out the filling of water and salt using control unit, and first, root
Need according to the experiment, laboratory technician sets the brine ratio of control unit and other correlation values, and control unit control first is electronic
Switch valve fills water tank, and people adds enough salt and enters storage salt room；Second, control unit controls the injection of the second electric switching valve
Suitable quantity of water enters saturated air room, and control unit controls the 3rd electric switching valve injection suitable quantity of water to enter brine tank, control unit
The 4th electric switching valve additional proportion salt is controlled, brine tank forms the brine that experiment needs；3rd, brine and saturated air enter
Spraying device, uniformly sprays salt fog；4th, when brine tank brine liquid level shows deficiency, feedback signal to control unit, control list
Member control the 3rd electric switching valve injection suitable quantity of water enters brine tank, and the 4th electric switching valve additional proportion salt, persistently supplies salt
Water；When saturated air room, liquid level, which is shown, tells somebody what one's real intentions are, feedback signal to control unit, and control unit controls the injection of the second electric switching valve
Suitable quantity of water enters saturated air room, forms lasting saturated air supply；5th, when reservoir chamber aqueous position shows deficiency, feedback
Signal to control unit, control unit controls the first electric switching valve to fill water tank, and when storage salt room, the display of water salt amount is insufficient, instead
Feedback signal is to control unit, control unit control salt storehouse input salt, or manually adds salt；3rd to the 5th step cycle, until real
Test end.The functions such as the salt fog cabinet has tested the automation injection of water, the local automation of salt adds, the automatic mixing of brine,
Its advantage is：The nitty-gritty details for adding salt to add water are simplified, save manpower, reduce human factor error, experimental precision is high；Its
Two, salt spray test Unmanned operation is realized, reduces and stops in experiment caused by nobody adds salt, influence experiment effect.
In some embodiments, the first fluid level controller is equipped with water tank, the second liquid level is equipped with saturated air room
Controller, brine tank is interior to be equipped with the 3rd fluid level controller, and storage salt room is equipped with salt quantity sensor, the first fluid level controller, the second liquid
Level controller, the 3rd fluid level controller and salt quantity sensor are electrically connected to control unit.Its advantage is：Fluid level controller
With sensor Real-time Feedback signal to control unit, control unit judges whether live signal and preset signals are equal, to carry out
Control plus salt, Jia Shui, automation mechanized operation, experimental precision are high.
In some embodiments, the first fluid level controller, the second fluid level controller, the 3rd fluid level controller are floating ball liquid
Level controller, salt quantity sensor are weighing sensor.Its advantage is：Ball float level controller and weighing sensor sensitivity
Height, signal feedback is timely, further improves experimental precision.
In some embodiments, overflow port is equipped with the downside of liner, heat-conducting layer, heat conduction is full of between the first babinet and liner
Primary heater is disposed with layer, primary heater is electrically connected to control unit.
In some embodiments, spraying device includes spraying pinnacle of a pagoda, glass atomizer and spray tower, spray tower connection salt
Water tank and saturated air room, collection mist device include collection funnel and jigger, collection funnel connection jigger.
In some embodiments, saturated air outside is connected with intake valve, and saturated air room lower part is equipped with second and adds
Hot device, is equipped with temperature sensor in saturated air room, and saturated air room connects spraying device by tracheae, intake valve, second plus
Hot device and temperature sensor are electrically connected to control unit.
In some embodiments, blender, the connection power pump inlet of brine tank side, power are fixed among brine tank
Pump discharge connects main Brine Pipe, and main Brine Pipe is in charge of by three-way connection connection first and is in charge of with second, and first is in charge of and the
Two are in charge of connection spraying device, and blender, kinetic pump are electrically connected to control unit.Its advantage is：Set blender can
Accelerate the dissolving of salt, accelerate the formation of brine, kinetic pump provides power for the injection of brine.
In some embodiments, water inlet pipe is equipped with intake pump, and intake pump is electrically connected to control unit.Its advantage
It is：Intake pump extracts water level to water tank automatically, and when insufficient water ensures water supply.
In some embodiments, store up salt room and be equipped with and add salt mouth.Add salt mouth directly to connect salt storehouse, ensure the complete of salt
Automation enters, and can also add the salt needed for experiment every time, and Jia Yankou is sealed with lid.Its advantage is：Automation adds
Salt, reduces the actuating quantity of people, and human factor error.
In some embodiments, control unit is equipped with control panel, button and voice prompting device.Its advantage
It is：Control unit can use touch-screen to control, and voice, which provides it, can prompt experimenter's experiment progress, and send corresponding police
Show.
Brief description of the drawings
Fig. 1 is the schematic diagram of the salt mist experiment case with automatic water filling device of one embodiment of the utility model；
Fig. 2 is the close-up schematic view of the salt mist experiment case with automatic water filling device shown in Fig. 1；
Fig. 3 is saturated air room automatic water filling schematic diagram shown in Fig. 2；
Fig. 4 is brine tank automatic water filling schematic diagram shown in Fig. 2.
Experimental box 1, the first babinet 101, lid 102, heat-conducting layer 103, collection mist device 11, collection funnel 111, jigger
112, liner 12, overflow port 121, specimen holder 13, spraying device 14, pinnacle of a pagoda 141 of spraying, glass atomizer 142, spray tower 143, the
One heater 15, water tank 2, water inlet pipe 201, the first outlet pipe 202, the second outlet pipe 203, the first electric switching valve 21, the
Two electric switching valves 22, the 3rd electric switching valve 23, the first fluid level controller 24, storage salt room 3 add salt mouth 301, salt transporting tube 302,
4th electric switching valve 31, salt quantity sensor 32, saturated air room 4, tracheae 401, intake valve 41, temperature sensor 42, second
Fluid level controller 43, secondary heater 44, brine tank 5, main Brine Pipe 501, first is in charge of 502, and second is in charge of 503, and three connect
First 504, blender 51, the 3rd fluid level controller 52, control unit 6, control panel 601, button 602, voice prompting device 603,
Kinetic pump 7, intake pump 8.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
What Fig. 1 to Fig. 4 schematically showed a kind of embodiment according to the present utility model has automatic water filling device
Salt mist experiment case.As shown in the figure, the salt mist experiment case should with automatic water filling device includes experimental box 1, water tank 2, storage salt
Room 3, saturated air room 4 and brine tank 5, water tank 2 are equipped with water inlet pipe 201 and connect water source, and water tank 2 is equipped with the first outlet pipe
202 connection saturated air rooms 4, water tank 2 are equipped with the second outlet pipe 203 connection brine tank 5, and storage salt room 3 is connected by salt transporting tube 302
Logical brine tank 5, water inlet pipe 201 are equipped with the first electric switching valve 21, and the first outlet pipe 202 is equipped with the second electric switching valve
22, the second outlet pipe 203 is equipped with the 3rd electric switching valve 23, and salt transporting tube 302 is equipped with the 4th electric switching valve 31, the first electricity
It is single that dynamic switch valve 21, the second electric switching valve 22, the 3rd electric switching valve 23 and the 4th electric switching valve 31 are electrically connected control
Member 6,
Experimental box 1 includes the first babinet 101 and lid 102 being flexibly connected, and the first babinet 101 and lid 102 are opening
Structure, is cased with liner 12 in the first babinet 101, and specimen holder 13, spraying device 14 and collection mist device 11 are fixed with liner 12,
Spraying device 14 connects brine tank 5 and saturated air room 4.
The salt mist experiment case with automatic water filling device carries out the filling of water and salt using control unit 6, and first, root
Need according to the experiment, laboratory technician sets the brine ratio of control unit 6 and other correlation values, first electricity of the control of control unit 6
Dynamic switch valve 21 fills water tank 2, and people adds enough salt and enters storage salt room 3；Second, control unit 6 controls the second driven opening
Close the injection of valve 22 suitable quantity of water and enter saturated air room 4, control unit 6 controls the 3rd electric switching valve 23 injection suitable quantity of water to enter salt
Water tank 5, control unit 6 control 31 additional proportion salt of the 4th electric switching valve, and brine tank 5 forms the brine that experiment needs；3rd,
Brine and saturated air enter spraying device 14, uniformly spray salt fog；4th, when 5 brine liquid level of brine tank shows deficiency, feedback
For signal to control unit 6, control unit 6 controls the 3rd electric switching valve 23 injection suitable quantity of water to enter brine tank 5, the 4th driven opening
31 additional proportion salt of valve is closed, persistently supplies brine；When saturated air room, 4 liquid level, which is shown, tells somebody what one's real intentions are, feedback signal to control unit 6,
Control unit 6 controls the second electric switching valve 22 injection suitable quantity of water to enter saturated air room 4, forms lasting saturated air and supplies
Should；5th, when 2 aqueous position of reservoir chamber shows deficiency, feedback signal to control unit 6, control unit 6 controls the first motor switch
Valve 21 fills water tank 2, when 3 water salt amount display deficiency of storage salt room, feedback signal to control unit, control unit 6 control salt storehouse
Salt is inputted, or manually adds salt；3rd to the 5th step cycle, until experiment terminates.The salt fog cabinet has tested the automation note of water
Enter, the addition of the local automation of salt, function, its advantage such as automatic mixing of brine are：Simplify plus salt adds the cumbersome of water
Details, saves manpower, reduces human factor error, and experimental precision is high；Second, realizing salt spray test Unmanned operation, reduce
Stop in experiment caused by nobody adds salt, influence experiment effect.
Preferably, the first fluid level controller 24 is equipped with water tank 2, the second fluid level controller is equipped with saturated air room 4
43, the 3rd fluid level controller 52 is equipped with brine tank 5, salt room 3 is stored up and is equipped with salt quantity sensor 32, the first fluid level controller 24, the
Two fluid level controllers 43, the 3rd fluid level controller 52 and salt quantity sensor 32 are electrically connected to control unit 6.Fluid level controller and
Sensor Real-time Feedback signal is to control unit 6, and control unit 6 judges whether live signal and preset signals are equal, to carry out
Control plus salt, Jia Shui, automation mechanized operation, experimental precision are high.
Preferably, the first fluid level controller 24, the second fluid level controller 43, the 3rd fluid level controller 52 are Floating Ball Liquid Level control
Device processed, salt quantity sensor 32 are weighing sensor.Ball float level controller and load cell signal high sensitivity, signal feedback
In time, experimental precision is further increased.
Preferably, the downside of liner 12 is equipped with overflow port 121, and heat-conducting layer 103 is full of between the first babinet 101 and liner 12,
Primary heater 15 is disposed with heat-conducting layer 103, primary heater 15 is electrically connected to control unit 6.
Preferably, spraying device 14 connects including spraying pinnacle of a pagoda 141, glass atomizer 142 and spray tower 143, spray tower 143
Logical brine tank 5 and saturated air room 4, collection mist device 11 include collection funnel 111 and jigger 112, and collection funnel 111 connects
Jigger 112.
Preferably, the outside of saturated air room 4 is connected with intake valve 41, and 4 lower part of saturated air room is equipped with secondary heater 44,
Be equipped with temperature sensor 42 in saturated air room 4, saturated air room 4 by the connection spraying device 14 of tracheae 401, intake valve 41,
Secondary heater 44 and temperature sensor 42 are electrically connected to control unit 6.
Preferably, blender 51, connection 7 import of kinetic pump of 5 side of brine tank are fixed among brine tank 5, kinetic pump 7 goes out
Mouth connects main Brine Pipe 501, and main Brine Pipe 501 is in charge of 502 and second by the connection of three-way connection 504 first and is in charge of 503, first
It is in charge of 502 and second is in charge of 503 connection spraying devices 14, blender 51, kinetic pump 7 is electrically connected to control unit 6.Setting is stirred
The dissolving that device 51 can speed up salt is mixed, accelerates the formation of brine, kinetic pump 7 provides power for the injection of brine.
Preferably, water inlet pipe 201 is equipped with intake pump 8, and intake pump 8 is electrically connected to control unit 6.Intake pump 8 is taken out automatically
Position fetch water to water tank 2, during insufficient water, ensures the supply of water.
Preferably, store up salt room 3 and be equipped with and add salt mouth 301.Add salt mouth 301 directly to connect salt storehouse, ensure salt it is complete from
Dynamicization enters, and can also add the salt needed for experiment every time, add salt mouth 301 to be sealed with lid.Automation plus salt, reduce the dynamic of people
Measure, and human factor error.
Preferably, control unit 6 is equipped with control panel 601, button 602 and voice prompting device 603.Control unit 601
Touch-screen can be used to control, voice, which provides it, 603 can prompt experimenter's experiment progress, and send corresponding warning.
Above-described is only some embodiments of the utility model.For those of ordinary skill in the art,
On the premise of not departing from the utility model and creating design, various modifications and improvements can be made, these belong to this practicality
New protection domain.
Claims (10)
1. the salt mist experiment case with automatic water filling device, it is characterised in that including experimental box (1), water tank (2), storage salt room
(3), saturated air room (4) and brine tank (5), the water tank (2) are equipped with water inlet pipe (201) connection water source, the water storage
Case (2) is equipped with the first outlet pipe (202) and connects the saturated air room (4), and the water tank (2) is equipped with the second outlet pipe
(203) brine tank (5) is connected, storage salt room (3) connects the brine tank (5), the water inlet by salt transporting tube (302)
Pipe (201) is equipped with the first electric switching valve (21), and first outlet pipe (202) is equipped with the second electric switching valve (22),
Second outlet pipe (203) is equipped with the 3rd electric switching valve (23), and the salt transporting tube (302) is equipped with the 4th motor switch
Valve (31), first electric switching valve (21), second electric switching valve (22), the 3rd electric switching valve (23) with
And the 4th electric switching valve (31) is electrically connected control unit (6),
The experimental box (1) includes the first babinet (101) and lid (102) being flexibly connected, first babinet (101) and institute
It is uncovered structure to state lid (102), and liner (12) is cased with first babinet (101), sample is fixed with the liner (12)
Product frame (13), spraying device (14) and collection mist device (11), the spraying device (14) connect the brine tank (5) and institute
State saturated air room (4).
2. the salt mist experiment case according to claim 1 with automatic water filling device, it is characterised in that the water tank
(2) the first fluid level controller (24) is equipped with, the second fluid level controller (43), the salt are equipped with the saturated air room (4)
The 3rd fluid level controller (52) is equipped with water tank (5), storage salt room (3) is equipped with salt quantity sensor (32), first liquid level
Controller (24), second fluid level controller (43), the 3rd fluid level controller (52) and the salt quantity sensor
(32) it is electrically connected to described control unit (6).
3. the salt mist experiment case according to claim 2 with automatic water filling device, it is characterised in that first liquid level
Controller (24), second fluid level controller (43), the 3rd fluid level controller (52) are ball float level controller, described
Salt quantity sensor (32) is weighing sensor.
4. the salt mist experiment case according to claim 1 with automatic water filling device, it is characterised in that the liner (12)
Downside is equipped with overflow port (121), and heat-conducting layer (103) is full of between first babinet (101) and the liner (12), described to lead
Primary heater (15) is disposed with thermosphere (103), the primary heater (15) is electrically connected to described control unit (6).
5. the salt mist experiment case according to claim 1 with automatic water filling device, it is characterised in that the spraying device
(14) spraying pinnacle of a pagoda (141), glass atomizer (142) and spray tower (143) are included, the spray tower (143) connects the salt
Water tank (5) and the saturated air room (4), the collection mist device (11) include collection funnel (111) and jigger (112),
The collection funnel (111) connects the jigger (112).
6. the salt mist experiment case according to claim 1 with automatic water filling device, it is characterised in that the saturated air
Intake valve (41) is connected with the outside of room (4), saturated air room (4) lower part is equipped with secondary heater (44), and the saturation is empty
Temperature sensor (42) is equipped with gas chamber (4), the saturated air room (4) connects the spraying device by tracheae (401)
(14), the intake valve (41), the secondary heater (44) and the temperature sensor (42) are electrically connected to the control
Unit (6).
7. the salt mist experiment case according to claim 1 with automatic water filling device, it is characterised in that the brine tank
(5) blender (51) is fixed among, brine tank (5) side connects kinetic pump (7) import, kinetic pump (7) outlet
Main Brine Pipe (501) is connected, the main Brine Pipe (501) is in charge of (502) and second point by three-way connection (504) connection first
Manage (503), described first is in charge of (502) and described second is in charge of (503) and connects the spraying device (14), the blender
(51), the kinetic pump (7) is electrically connected to described control unit (6).
8. the salt mist experiment case according to claim 1 with automatic water filling device, it is characterised in that the water inlet pipe
(201) intake pump (8) is equipped with, the intake pump (8) is electrically connected to described control unit (6).
9. the salt mist experiment case according to claim 1 with automatic water filling device, it is characterised in that the storage salt room
(3) it is equipped with and adds salt mouth (301).
10. the salt mist experiment case according to claim 1 with automatic water filling device, it is characterised in that the control is single
First (6) are equipped with control panel (601), button (602) and voice prompting device (603).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721273248.0U CN207263594U (en) | 2017-09-29 | 2017-09-29 | Salt mist experiment case with automatic water filling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721273248.0U CN207263594U (en) | 2017-09-29 | 2017-09-29 | Salt mist experiment case with automatic water filling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207263594U true CN207263594U (en) | 2018-04-20 |
Family
ID=61919993
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721273248.0U Active CN207263594U (en) | 2017-09-29 | 2017-09-29 | Salt mist experiment case with automatic water filling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207263594U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110044801A (en) * | 2019-03-20 | 2019-07-23 | 深圳市诺亚创盟家具有限公司 | A kind of salt mist experiment case convenient for placing sample to be tested |
-
2017
- 2017-09-29 CN CN201721273248.0U patent/CN207263594U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110044801A (en) * | 2019-03-20 | 2019-07-23 | 深圳市诺亚创盟家具有限公司 | A kind of salt mist experiment case convenient for placing sample to be tested |
| CN110044801B (en) * | 2019-03-20 | 2021-12-10 | 深圳市诺亚创盟家具有限公司 | Salt fog experimental box convenient for placing samples to be tested |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108551832A (en) | Full-automatic accurate fertilizing machine, control system | |
| CN207263594U (en) | Salt mist experiment case with automatic water filling device | |
| CN202957322U (en) | Battery liquid injection system | |
| CN204904113U (en) | Intelligent insulator decocting device automatic control system | |
| CN206410984U (en) | A kind of salt spray test salting liquid automatically configures device | |
| CN104297023A (en) | A cell analyzer, a mixing device thereof and a mixing method | |
| CN109297782B (en) | Soil sample humidifying and dehumidifying device | |
| CN208746253U (en) | A kind of wide width flusher of unmanned aerial vehicle onboard pesticide | |
| CN102053146A (en) | Automatic leaching method for soil column simulation test | |
| CN201732012U (en) | Sprinkler head function testing device | |
| CN203435352U (en) | Full-automatic proportional fertilization device | |
| CN207862331U (en) | A kind of culture solution quantifies continuous injecting | |
| CN107764601A (en) | A kind of monitoring device of water quality of river Full automatic timing sampling | |
| CN209247683U (en) | A kind of automatic control oxygen consumption rate detection device | |
| CN205042426U (en) | Machine is blent to intelligence liquid | |
| CN202169234U (en) | Adhesive dispensing system | |
| CN201950718U (en) | Standard curing constant temperature and humidity device for construction engineering test | |
| CN209940457U (en) | Wine jar capable of automatically metering and discharging wine | |
| CN106482328B (en) | Quick-heating water heater and control method thereof | |
| CN202194186U (en) | Water supply device of full-automatic biochemical analyzer | |
| CN206572689U (en) | A kind of solar energy type self-starting humidification device | |
| CN206199303U (en) | For the water charging system of high-low temperature test chamber humidifier | |
| CN205891747U (en) | A device for saving water -reducing agent | |
| CN216024944U (en) | Test tube culture medium processingequipment | |
| CN216816406U (en) | Constant temperature and humidity machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |