CN205643105U - Multi -functional composite testing case - Google Patents
Multi -functional composite testing case Download PDFInfo
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- CN205643105U CN205643105U CN201620175790.1U CN201620175790U CN205643105U CN 205643105 U CN205643105 U CN 205643105U CN 201620175790 U CN201620175790 U CN 201620175790U CN 205643105 U CN205643105 U CN 205643105U
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Abstract
The utility model discloses a multi -functional composite testing case, including the proof box, be equipped with temperature regulating system, salt fog analog system, fluid pollution analog system, solar radiation analog system in this proof box. Adopt the utility model discloses a multi -functional composite testing case's the effect that is showing is to set up temperature regulating system, salt fog analog system, fluid pollution analog system, solar radiation analog system in the proof box simultaneously, an environment can be simulated alone, multiple environment can be simulated as required simultaneously again, each system architecture is simpler, and the overall arrangement is more reasonable.
Description
Technical field
This utility model relates to a kind of testing equipment, particularly to a kind of multi-functional composite testing case.
Background technology
When electrician, electronics, electromechanical equipment etc. normally use, it is in different working environments, making of equipment
Can be along with light radiation in environment with the life-span, salt water contamination, the pollutant such as cleanout fluid, greasy dirt soak, high temperature,
The change of the conditions such as low temperature and change.In prior art, the various simulated testing systems of many employings carry out simulator
Use environment, test its stability in use and life-span.But, current various analog systems function singlenesses,
Structure is more complicated, is only capable of simulating a kind of condition, it is impossible to simulate multiple use condition simultaneously；The most existing respectively
Plant analog systems.
Utility model content
For solving above technical problem, this utility model provides a kind of multi-functional composite testing case.
Technical scheme is as follows:
A kind of multi-functional composite testing case, it it is critical only that: includes proof box, is provided with homoiothermic in this proof box
System, salt fog analog systems, fluid contamination analog systems, solar radiation analogue system.
The remarkable result using above technical scheme is to arrange thermoregulating system, salt fog mould in proof box simultaneously
Plan system, fluid contamination analog systems, solar radiation analogue system；Can individually simulate a kind of environment, again
Multiple environment can be simulated the most simultaneously.
Above-mentioned thermoregulating system includes air channel, and the two ends in this air channel are internal with described proof box respectively to be connected, at this
Being provided with heater, vaporizer and blower fan in air channel, described vaporizer connects refrigeration machine.Use above technology
Scheme, heater is used for heating, and vaporizer is used for freezing, and blower fan is for by empty to the high temperature in air channel or low temperature
Air-blowing enters proof box, so arranges and simplifies mechanism, saves space.
Being provided with gutter bottom above-mentioned simulating chamber, this gutter connects after passing described proof box cesspool,
This cesspool is connected by pipeline oil-water separator.Use above technical scheme, the draining bottom proof box
Various waste water during test can be discharged by ditch, collects in cesspool, and oil-water separation function is by the oil in waste water
Dirty separation.
Above-mentioned proof box includes simulating chamber and liquid holding cavity, is provided with air inlet on arbitrary sidewall of described simulating chamber
And air outlet, wherein air inlet is positioned at immediately below air outlet, described air inlet and air outlet respectively with described wind
The two ends connection in road.Using above technical scheme, the cold heat wind of air channel blowout is in simulation indoor circulation, homoiothermic
Effective, simple in construction.
Above-mentioned salt fog analog systems includes the saline atomizer being arranged on described simulating chamber internal upper part, this saline
The air inlet of atomizer is connected by air inlet pipe high-pressure air source, and the inlet of this saline atomizer passes through
Saline feed tube connects has saline feed mechanism, described air inlet pipe and saline feed tube to be fixed by clip for pipe
On the inwall of described simulating chamber；
Described saline feed mechanism is positioned at described liquid holding cavity, and described saline feed mechanism includes saline dilution water
Case and strong brine case, wherein saline dilution water tank is connected with saline feed tube by saline dilution tube, described dense
Brine tank is connected with saline feed tube, on described saline dilution tube and saline dope pipe by saline dope pipe
Be respectively equipped with electromagnetic valve, described saline feed tube be provided with saline dosing pump, described saline atomizer and
Connecting on saline feed tube between saline dosing pump and have saline liquid discharging tube, this saline liquid discharging tube is provided with electromagnetism
Valve.
Using above technical scheme, salt fog analog systems simple in construction, service life is long.
Above-mentioned fluid contamination analog systems includes the pollutant nozzle being arranged on described simulating chamber internal upper part, this dirt
Dye thing nozzle is connected by pollutant feed tube pollutant feed mechanism；
Described pollutant feed mechanism is positioned at described liquid holding cavity, and described pollutant feed mechanism includes pollutant
Dilution water tank and pollutant dope case, wherein pollutant dilution water tank is by pollutant dilution pipe and described pollution
Thing feed tube is connected, and pollutant dope case is connected with described pollutant feed tube by pollutant dope pipe,
It is respectively equipped with electromagnetic valve, on described pollutant feed tube on described pollutant dilution pipe and pollutant dope pipe
It is provided with pollutant dosing pump, on the described pollutant feed tube between this pollutant dosing pump and pollutant nozzle
Connecting and have pollutant liquid discharging tube, this pollutant liquid discharging tube is provided with electromagnetic valve.
Using above technical scheme, fluid contamination analog systems simple in construction, service life is long.
Above-mentioned solar radiation analogue system includes the lamp bracket being connected with described simulating chamber roof, and this lamp bracket is provided with
Two horizontal support bars being parallel to each other, two described horizontal support bars are linked with multiple irradiation lamp assembly,
Described irradiation lamp assembly is positioned at below described saline atomizer and pollutant nozzle；
Described irradiation lamp assembly includes irradiation lamp body, and this irradiation lamp body is provided with hitch bar, this hitch bar
Be respectively arranged at two ends with limiting card, the two ends of described hitch bar are overlapped on two described horizontal support bars respectively,
Described limiting card is positioned at outside the described horizontal support bar of correspondence, and described irradiation lamp body is connected by wire to be had
Aviation socket.
Use above technical scheme, as required, irradiation lamp assembly detachable, it is to avoid irradiation lamp body
By unnecessary loss, solar radiation analogue system mechanism is simple, light.
Being equipped with transport track in above-mentioned simulating chamber, the sidewall of described simulating chamber is provided with chamber door, this transport rail
Road passes the chamber door mouth of described simulating chamber, is provided with transport carriage, on this transport track outside described simulating chamber
Being provided with two dolly rack winches, two described dolly rack winches are respectively close to described transport track
Two ends, the drag-line of described dolly rack winch all can stretch into described simulating chamber and be connected with transport carriage.Use
Above technical scheme, simulating chamber is drawn in/gone out to transport carriage by two dolly rack winches respectively.
Being provided with cleaning pipe network on above-mentioned simulating chamber top, be provided with cleaning shower nozzle on this cleaning pipe network, this is clear
Wash shower nozzle ejection rinse water simulating chamber inside is carried out.Use above technical scheme, clean pipe network to whole
Individual simulating chamber is carried out.
Just to being provided with two flow guiding inclined plates in described simulating chamber, the top edge of two flow guiding inclined plates respectively with institute
The roof stating simulating chamber connects, and the lower limb of two described flow guiding inclined plates is respectively with two of described simulating chamber just
To inwall connect, the lower limb of one of them flow guiding inclined plate is positioned at the surface of described air inlet and air outlet.
Using this technical scheme, the cold heat wind of air channel blowout is through flow guiding inclined plate, and circulating effect is more preferable.
Beneficial effect: use multi-functional composite testing case of the present utility model, tune is set in proof box simultaneously
Temperature system, salt fog analog systems, fluid contamination analog systems, solar radiation analogue system；Can independent mould
Intend a kind of environment, multiple environment can be simulated again the most simultaneously；Each system structure is simpler, and layout is more
Add rationally.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the A-A sectional view of Fig. 1；
Fig. 3 is the B-B sectional view of Fig. 1；
Fig. 4 is the piping diagram of salt fog analog systems 3；
Fig. 5 is the piping diagram of fluid contamination analog systems 4；
Fig. 6 is the structural representation of solar radiation analogue system 5；
Fig. 7 is the structural representation of irradiation lamp assembly.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail.
As shown in Fig. 1 to Fig. 7, a kind of multi-functional composite testing case, including proof box 1, in this proof box 1
It is provided with thermoregulating system 2, salt fog analog systems 3, fluid contamination analog systems 4, solar radiation analogue system 5.
Described proof box 1 includes simulating chamber 1a and liquid holding cavity 1b, on arbitrary sidewall of described simulating chamber 1a
Being provided with air inlet and air outlet, wherein air inlet is positioned at immediately below air outlet, and described air inlet and air outlet divide
Not connecting with the two ends of described air channel s, described thermoregulating system 2 includes air channel s, is provided with and adds in the s of this air channel
Hot device 21, vaporizer 22 and blower fan 23, described vaporizer 22 connects refrigeration machine 24.At described simulating chamber
Being provided with gutter 7 bottom 1a, this gutter 7 connects after passing described proof box 1 cesspool 8, this sewage
Pond 8 is connected by pipeline oil-water separator 9, is provided with cleaning pipe network x on described simulating chamber 1a top,
Being provided with cleaning shower nozzle on this cleaning pipe network x, this cleaning shower nozzle ejection rinse water is carried out inside simulating chamber 1a
Clean.Just to being provided with two flow guiding inclined plates 10, the top of two flow guiding inclined plates 10 in described simulating chamber 1a
Edge roof with described simulating chamber 1a respectively is connected, the lower limb of two described flow guiding inclined plates 10 respectively with institute
State two of simulating chamber 1a just to inwall connect, the lower limb of one of them flow guiding inclined plate 10 is positioned at described
Air inlet and the surface of air outlet.
Described salt fog analog systems 3 includes the saline atomizer 31 being arranged on described simulating chamber 1a internal upper part,
Being respectively arranged below with salt fog pipe at two flow guiding inclined plates 10, this salt fog pipe includes air inlet pipe 32 and saline feed liquor
Pipe 33, described air inlet pipe 32 and saline feed tube 33 are fixed on described simulating chamber 1a by clip for pipe respectively
Medial wall on, described air inlet pipe 32 and saline feed tube 33 are each parallel to described air inlet and air outlet institute
Sidewall, and be horizontally disposed with, the length direction along described air inlet pipe 32 and saline feed tube 33 is provided with many
Individual described saline atomizer 31, the air inlet of described saline atomizer 31 is connected by air inlet pipe 32 to be had
High-pressure air source, the inlet of this saline atomizer 31 is connected by saline feed tube 33 has saline to supply machine
Structure,；
Described saline feed mechanism is positioned at described liquid holding cavity 1b, and described saline feed mechanism includes that saline dilutes
Water tank 34 and strong brine case 35, wherein saline dilution water tank 34 is by saline dilution tube 36 and saline feed tube
33 connect, and described strong brine case 35 is connected with saline feed tube 33, at described salt by saline dope pipe 37
It is respectively equipped with electromagnetic valve on water dilution tube 36 and saline dope pipe 37, described saline feed tube 33 is provided with
Saline dosing pump 38, on the saline feed tube 33 between described saline atomizer 31 and saline dosing pump 38
Connecting and have saline liquid discharging tube 39, this saline liquid discharging tube 39 is provided with electromagnetic valve.
Described fluid contamination analog systems 4 includes the pollutant nozzle being arranged on described simulating chamber 1a internal upper part
41, this pollutant nozzle 41 is connected by pollutant feed tube 42 pollutant feed mechanism, described pollution
Thing feed tube 42 between described air inlet pipe 32 and saline feed tube 33, described pollutant feed tube 42
It is parallel to described air inlet pipe 32 and saline feed tube 33；
Described pollutant feed mechanism is positioned at described liquid holding cavity 1b, and described pollutant feed mechanism includes polluting
Thing dilution water tank 43 and pollutant dope case 44, wherein pollutant dilution water tank 43 is by pollutant dilution pipe
45 connect with described pollutant feed tube 42, and pollutant dope case 44 passes through pollutant dope pipe 46 with described
Pollutant feed tube 42 is connected, and is respectively equipped with on described pollutant dilution pipe 45 and pollutant dope pipe 46
Electromagnetic valve, is provided with pollutant dosing pump 47 on described pollutant feed tube 42, this pollutant dosing pump 47
With connection has pollutant liquid discharging tube 48 on the described pollutant feed tube 42 between pollutant nozzle 41, this dirt
Dye thing liquid discharging tube 48 is provided with electromagnetic valve.
Described solar radiation analogue system 5 includes the lamp bracket being connected with described simulating chamber 1a roof, this lamp bracket position
Between two described flow guiding inclined plates 10, described pollutant feed tube 42 is fixing with this lamp bracket to be connected, this lamp
Frame is provided with two horizontal support bars being parallel to each other 51, and two described horizontal support bars 51 are positioned at described pollution
Below thing feed tube 42, two described horizontal support bars 51 are all parallel with described pollutant feed tube 42, and two
Multiple irradiation lamp assembly, described irradiation lamp assembly it is linked with along its length on individual described horizontal support bar 51
It is positioned at below described saline atomizer 31 and pollutant nozzle 41；
Described irradiation lamp assembly includes irradiation lamp body 52, and this irradiation lamp body 52 is provided with hitch bar 53,
This hitch bar 53 is square tube, this hitch bar 53 be respectively arranged at two ends with limiting card 54, described hitch bar 53
Two ends are overlapped on two described horizontal support bars 51 respectively, and described limiting card 54 is positioned at the described water of correspondence
Outside flat support bar 51, described irradiation lamp body 52 is connected by wire aviation socket；
Described limiting card 54 includes that horizontal plate and vertical plate, the upper surface of described horizontal plate are welded with hitch bar 53
Connecing, described vertical plate is connected with the outward flange of top edge with described horizontal plate, the medial surface of described vertical plate with
Corresponding described horizontal support bar 51 is adjacent to.
Being equipped with transport track 11 in described simulating chamber 1a, the sidewall of described simulating chamber 1a is provided with chamber door,
This transport track 11 passes the chamber door mouth of described simulating chamber 1a, is provided with transport carriage on this transport track 11
12, it is externally provided with two dolly rack winches 6, two described dolly rack winches at described simulating chamber 1a
6 respectively close to the two ends of described transport track 11, and the drag-line of described dolly rack winch 6 all can stretch into institute
State simulating chamber 1a to be connected with transport carriage 12.
Described cleaning pipe network x includes two cleanout fluid pipes, pollutant feed tube described in two cleanout fluid Guan Junyu
42 is parallel, and two described cleanout fluid pipes are positioned at above described pollutant feed tube 42, two described cleanout fluid pipes
It is fixed on two described flow guiding inclined plates 10 by clamp respectively.
The sidewall of described simulating chamber 1a is provided with observation window.
Last it should be noted that foregoing description is only preferred embodiment of the present utility model, this area
Those of ordinary skill is under enlightenment of the present utility model, without prejudice to this utility model objective and claim
Under premise, representing as can making multiple types, such conversion each falls within protection domain of the present utility model
Within.
Claims (9)
1. a multi-functional composite testing case, it is characterized in that: include proof box (1), in this proof box (1), be provided with thermoregulating system (2), salt fog analog systems (3), fluid contamination analog systems (4), solar radiation analogue system (5)；
Described thermoregulating system (2) includes air channel (s), the two ends in this air channel (s) are internal with described proof box (1) respectively to be connected, being provided with heater (21), vaporizer (22) and blower fan (23) in this air channel (s), described vaporizer (22) connects refrigeration machine (24).
Multi-functional composite testing case the most according to claim 1, it is characterized in that: described proof box (1) includes simulating chamber (1a) and liquid holding cavity (1b), it is provided with gutter (7) in described simulating chamber (1a) bottom, this gutter (7) passes described proof box (1) and connects afterwards and have cesspool (8), and this cesspool (8) is connected by pipeline oil-water separator (9).
Multi-functional composite testing case the most according to claim 2, it is characterized in that: described proof box (1) includes simulating chamber (1a) and liquid holding cavity (1b), arbitrary sidewall of described simulating chamber (1a) is provided with air inlet and air outlet, wherein air inlet is positioned at immediately below air outlet, described air inlet with air outlet respectively two ends with described air channel (s) connect.
Multi-functional composite testing case the most according to claim 3, it is characterized in that: described salt fog analog systems (3) includes being arranged on the saline atomizer (31) of described simulating chamber (1a) internal upper part, the air inlet of this saline atomizer (31) is connected by air inlet pipe (32) high-pressure air source, the inlet of this saline atomizer (31) is connected by saline feed tube (33) saline feed mechanism, described air inlet pipe (32) and saline feed tube (33) are fixed on the inwall of described simulating chamber (1a) by clip for pipe；
Described saline feed mechanism is positioned at described liquid holding cavity (1b), described saline feed mechanism includes saline dilution water tank (34) and strong brine case (35), wherein saline dilution water tank (34) is connected with saline feed tube (33) by saline dilution tube (36), described strong brine case (35) is connected with saline feed tube (33) by saline dope pipe (37), described saline dilution tube (36) and saline dope pipe (37) are respectively equipped with electromagnetic valve, described saline feed tube (33) is provided with saline dosing pump (38), the upper connection of saline feed tube (33) between described saline atomizer (31) and saline dosing pump (38) has saline liquid discharging tube (39), this saline liquid discharging tube (39) is provided with electromagnetic valve.
Multi-functional composite testing case the most according to claim 4, it is characterized in that: described fluid contamination analog systems (4) includes being arranged on the pollutant nozzle (41) of described simulating chamber (1a) internal upper part, this pollutant nozzle (41) is connected by pollutant feed tube (42) pollutant feed mechanism；
nullDescribed pollutant feed mechanism is positioned at described liquid holding cavity (1b)，Described pollutant feed mechanism includes pollutant dilution water tank (43) and pollutant dope case (44)，Wherein pollutant dilution water tank (43) is connected with described pollutant feed tube (42) by pollutant dilution pipe (45)，Pollutant dope case (44) are connected with described pollutant feed tube (42) by pollutant dope pipe (46)，Described pollutant dilution pipe (45) and pollutant dope pipe (46) are respectively equipped with electromagnetic valve，Described pollutant feed tube (42) is provided with pollutant dosing pump (47)，The upper connection of described pollutant feed tube (42) between this pollutant dosing pump (47) and pollutant nozzle (41) has pollutant liquid discharging tube (48)，This pollutant liquid discharging tube (48) is provided with electromagnetic valve.
Multi-functional composite testing case the most according to claim 5, it is characterized in that: described solar radiation analogue system (5) includes the lamp bracket being connected with described simulating chamber (1a) roof, this lamp bracket is provided with two horizontal support bars being parallel to each other (51), being linked with multiple irradiation lamp assembly on two described horizontal support bars (51), described irradiation lamp assembly is positioned at described saline atomizer (31) and pollutant nozzle (41) lower section；
Described irradiation lamp assembly includes irradiation lamp body (52), this irradiation lamp body (52) is provided with hitch bar (53), this hitch bar (53) be respectively arranged at two ends with limiting card (54), the two ends of described hitch bar (53) are overlapped on two described horizontal support bars (51) respectively, described limiting card (54) is positioned at described horizontal support bar (51) outside of correspondence, and described irradiation lamp body (52) is connected by wire aviation socket.
Multi-functional composite testing case the most according to claim 4, it is characterized in that: in described simulating chamber (1a), be equipped with transport track (11), the sidewall of described simulating chamber (1a) is provided with chamber door, this transport track (11) passes the chamber door mouth of described simulating chamber (1a), this transport track (11) is provided with transport carriage (12), it is externally provided with two dolly rack winches (6) at described simulating chamber (1a), two described dolly rack winches (6) are respectively close to the two ends of described transport track (11), the drag-line of described dolly rack winch (6) all can stretch into described simulating chamber (1a) and be connected with transport carriage (12).
Multi-functional composite testing case the most according to claim 4, it is characterized in that: be provided with cleaning pipe network (x) on described simulating chamber (1a) top, being provided with cleaning shower nozzle in this cleaning pipe network (x), this cleaning shower nozzle ejection rinse water is carried out simulating chamber (1a) is internal.
Multi-functional composite testing case the most according to claim 4, it is characterized in that: just to being provided with two flow guiding inclined plates (10) in described simulating chamber (1a), the top edge of two flow guiding inclined plates (10) roof with described simulating chamber (1a) respectively is connected, the lower limb of two described flow guiding inclined plates (10) respectively with two of described simulating chamber (1a) just to inwall be connected, the lower limb of one of them flow guiding inclined plate (10) is positioned at the surface of described air inlet and air outlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620175790.1U CN205643105U (en) | 2016-03-09 | 2016-03-09 | Multi -functional composite testing case |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620175790.1U CN205643105U (en) | 2016-03-09 | 2016-03-09 | Multi -functional composite testing case |
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| CN205643105U true CN205643105U (en) | 2016-10-12 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105606525A (en) * | 2016-03-09 | 2016-05-25 | 重庆哈丁科技有限公司 | Multifunctional compound test chamber |
| CN107991222A (en) * | 2017-10-31 | 2018-05-04 | 丰业迪睦斯（芜湖）汽车部件有限公司 | Door hinge corrosion resistance detection device |
| CN109030332A (en) * | 2018-08-27 | 2018-12-18 | 湖州德海新型建材有限公司 | It lays bricks corrosion resistance detection device |
| CN108287130B (en) * | 2017-01-10 | 2020-10-02 | 上海热策电子科技有限公司 | Accelerated corrosion test cabin system for body-in-white |
-
2016
- 2016-03-09 CN CN201620175790.1U patent/CN205643105U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105606525A (en) * | 2016-03-09 | 2016-05-25 | 重庆哈丁科技有限公司 | Multifunctional compound test chamber |
| CN108287130B (en) * | 2017-01-10 | 2020-10-02 | 上海热策电子科技有限公司 | Accelerated corrosion test cabin system for body-in-white |
| CN107991222A (en) * | 2017-10-31 | 2018-05-04 | 丰业迪睦斯（芜湖）汽车部件有限公司 | Door hinge corrosion resistance detection device |
| CN109030332A (en) * | 2018-08-27 | 2018-12-18 | 湖州德海新型建材有限公司 | It lays bricks corrosion resistance detection device |
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Effective date of registration: 20180907 Address after: 401533 front road 9, Tu Chang town, Hechuan District, Chongqing Patentee after: Chongqing Hardin environmental test technology Limited by Share Ltd Address before: 400036 Chongqing Shapingba District Geleshan town song Le Village Huang Garden Industrial Area Patentee before: Chongqing Hardy Technology Co., Ltd. |