CN205557089U - Ultrasonic cleaning equipment - Google Patents
Ultrasonic cleaning equipment Download PDFInfo
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- CN205557089U CN205557089U CN201620275745.3U CN201620275745U CN205557089U CN 205557089 U CN205557089 U CN 205557089U CN 201620275745 U CN201620275745 U CN 201620275745U CN 205557089 U CN205557089 U CN 205557089U
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- ultrasonic cleaning
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Abstract
The utility model relates to an ultrasonic cleaning equipment, the utility model discloses an ultrasonic cleaning equipment, it includes: support, controlling means, ultrasonic cleaning device, washing liquid spray set, wastewater collecting device, drying -machine and turbofan, controlling means, ultrasonic cleaning device, washing liquid spray set, wastewater collecting device, drying -machine and turbofan be solid the dress on the support respectively, admittedly, the operation panel is equipped with on the support, the operation panel top corresponds the mesa and is equipped with ultrasonic cleaning device, washing liquid spray set and drying -machine respectively, operation panel, wastewater collecting device and turbofan connect gradually through the pipeline, ultrasonic cleaning device, washing liquid spray set, drying -machine and turbofan are connected with controlling means respectively. The utility model discloses wash the dress material more totally thoroughly, and it is clean more convenient, still can local accuracy wash, can not cause secondary pollution to the dress material.
Description
Technical field
This utility model relates to ultrasonic waves for cleaning field, is specially a kind of ultrasonic cleaning apparatus.
Background technology
In the middle of fabric processing industry, due to popularizing of sophisticated equipment, plant equipment instead of original artificial weaving, substantially increase production efficiency, but simultaneously, also corresponding problem is brought, such as, artificial owing to replacing with machinery, inevitably by spot during production, oil stains etc. are infected with on the cloth weaved, and, due to spot, the dirt such as oil stain Dou Shi spot contamination is on the cloth of weaving, so local cleaning up is difficult to clean up and dry, and the sewage cleaned, it is also easy to clean position to polluting, identity is inconvenient, if all cleaning, waste time and energy again, therefore, the quickest, it is prior art urgent problem that weaving cloth is cleaned in accurate local.
Ultrasound wave is a kind of frequency sound wave higher than 20000 hertz, its good directionality, penetration capacity is strong, it is easily obtained the acoustic energy relatively concentrated, remote in water transmission distance, ultrasonic waves for cleaning is the cavitation utilizing ultrasound wave in a liquid, the pollutant such as scavenger surface greasy dirt granule are produced vibration, peel off, crud layer is made to be disperseed, emulsifying, stir and reach to clean purpose, make that dress material cleans is more thorough, therefore, inventor concentrates on studies, work out a kind of ultrasonic cleaning apparatus, by the ultrasound wave effect to stain molecules, make cleaning more thorough, and degree of freedom is high, local can be realized clean, and flash baking, clothes will not be produced secondary pollution.
Utility model content
A kind of ultrasonic cleaning apparatus, it includes: support, operating board, waste water collection device, control device, ultrasonic cleaning equipment, cleanout fluid spray equipment, dehydrator and turbofan, described operating board is packed on support, operating board is funnel-form, surface is provided with drainage screen, bottom is connected with turbofan by pipeline, described it is arranged on waste water collection device on the pipeline connected with operating board, described ultrasonic cleaning equipment, cleanout fluid spray equipment and dehydrator are separately mounted on support and operating board surface opposite position, described ultrasonic cleaning equipment, dehydrator and turbofan are connected with control device respectively.
Further, described support includes column, first support arm, second support arm and base, described column is arranged on base, described first support arm and the second support arm are U-shape structure, its base is arranged on column from top to bottom, and it is perpendicular with column, described operating board is divided into the first operating board and the second operating board, described first operating board and the second operating board are packed in the two ends of the second support arm respectively, described ultrasonic cleaning equipment and cleanout fluid spray equipment are arranged on first support arm one end, it is mounted opposite with the first operating board, described dehydrator is arranged on the other end of the first support arm, it is mounted opposite with the second operating board.
Further, described ultrasonic cleaning equipment includes supersonic generator, ultrasonic-wave cleaning pen and water storage device, described supersonic generator and water storage device are packed on column respectively, described ultrasonic-wave cleaning pen is mounted on one end of corresponding first operating board on the first support arm, and supersonic generator connects ultrasonic-wave cleaning pen, water storage device and control device respectively.
Further, described cleaning solution spray equipment includes cleaning solution airbrush and cleaning solution box, described cleaning solution airbrush is packed in one end of corresponding first operating board on the first support arm, described cleaning solution box is packed on column, cleaning solution airbrush is provided with two interfaces, wherein an interface is connected with cleaning solution box, and another interface is connected with controlling device.
Further, described first support arm and the first operating board are relative to being fixed with laser positioning probe and probe switch on position, described laser positioning probe is connected with probe switch, and described probe switch is connected with controlling device.
Further, described first support arm both sides are mounted on illuminator and fan switch, and described illuminator and fan switch are connected with control device respectively.
Further, described control device includes air switch, power supply indicator, 12V DC source, 24V DC source, first pedal switch, second pedal switch, 3rd pedal switch, first electromagnetic relay, second electromagnetic relay and electromagnetic valve, described air switch one end is connected with 220V power supply, the other end connects 12V DC source respectively, 24V DC source and power supply indicator, described 24V DC source is also respectively connected with the first pedal switch and the second pedal switch, described first pedal switch connects the first electromagnetic relay, described second pedal switch connects the second electromagnetic relay, described electromagnetic valve is controlled loop and is connected with air switch by the second electromagnetic relay, described 12V DC source is also connected with the 3rd pedal switch.
Further, described air switch is connected with dehydrator by the first electromagnetic relay, and described 3rd pedal switch connects supersonic generator.
Further, described 12V DC source connects probe switch and illuminator respectively, and described 24V DC source connects turbofan.
Further, described electromagnetic valve connects cleaning solution airbrush and source of the gas respectively.
This utility model passes through ultrasound wave to the vibration of stain molecules on dress material, stain molecules is made to be easier to separate with dress material, add the effect of cleaning solution, make that dress material cleans more clean and thoroughly, and cleaning can be made more quick and easy and safety, also can realize local to clean, clean more accurate, do not result in the secondary pollution to dress material.
Accompanying drawing explanation
The front view of Fig. 1 this utility model structural representation；
The left view of Fig. 2 this utility model structural representation；
The right view of Fig. 3 this utility model structural representation；
Fig. 4 utility model works functional-block diagram.
nullLegend: 1. support，11. columns，12. first support arms，121. fix bar，122. locating rack，123. mounting seat，13. second support arms，14. bases，15. operating board，151. first operating board，152. second operating board，153. drainage screen，2. control device，21. air switches，22.12V DC source，23.24V DC source，24. dry control device，241. first pedal switch，242. first electromagnetic relays，25. spray control devices，251. second pedal switch，252. second electromagnetic relays，253. electromagnetic valve，26. ultrasound wave control device，261. the 3rd pedal switch，27. power supply indicators，3. ultrasonic cleaning equipment，31. ultrasonic generators，311. adjusting knob，32. ultrasonic-wave cleaning pens，33. water storage devices，4. cleanout fluid spray equipment，41. cleaning solution airbrush，42. cleaning solution boxes，421. funnel，5. waste water collection device，51. drain pipies，6. dehydrator，7. turbofan，71. fan switch，8. illuminator，81. light switches，9. laser positioning probe，91. probe switches，10. pipeline.
Detailed description of the invention
Below in conjunction with embodiment, this utility model is described further, but the content being not limited in description.
The open a kind of ultrasonic cleaning apparatus of this utility model, as it is shown in figure 1, comprising: support 1, control device 2, ultrasonic cleaning equipment 3, cleanout fluid spray equipment 4, waste water collection device 5, dehydrator 6, turbofan 7, illuminating lamp 8 and laser positioning 9.Described control device 2, ultrasonic cleaning equipment 3, cleanout fluid spray equipment 4, waste water collection device 5, dehydrator 6, turbofan 7, illuminating lamp 8 and laser positioning 9 are arranged on support 1, and control device 2 connects ultrasonic cleaning equipment 3, cleanout fluid spray equipment 4, dehydrator 6, turbofan 7, illuminating lamp 8, laser positioning 9, power supply and source of the gas respectively and connects.
nullAs shown in Figures 2 and 3，Described support 1 includes: column 11、First support arm 12、Second support arm 13、Base 14 and operating board 15，Described column 11 is vertically installed on base 14，First support arm 12 and the second support arm 13 are U-shaped structure，The base of the first support arm 12 and the second support arm 13 is vertically mounted on column 11 the most successively，First support arm 12 one end is provided with fixing bar 121、Locating rack 122 and mounting seat 123，Described fixing bar 121 is vertically mounted on the first support arm 12，Fixing bar 121 top is affixed with first support arm 12 one end，Bottom fixing bar 121, locating rack 122 is installed，Described locating rack 122 one end is connected with mounting seat 123，Fixing bar 121 elongatedness direction offers groove 124，Described locating rack 122 is provided with the projection 125 matched with groove 124，Described protruding 125 are inlaid in groove 124，And groove 124 can be prolonged slidably reciprocate，By location screw 126, position is fixed；Described second support arm 13 two ends are fixed with operating board 15 respectively, described operating board 15 includes the first operating board 151 and the second operating board 152, described first operating board 151 is corresponding with mounting seat 123 position, second operating board 152 is corresponding with the first support arm 12 other end position, first operating board 151 and the second operating board 152 are funnel-form, it is internally installed drainage screen 153, bottom is connected with pipeline 10, described base 14 is provided with cant beam, and it is affixed with column 11, form triangular structure, make support 1 more firm.
nullAs shown in Figure 4，Described control device 2 includes: air switch 21、12V DC source 22、24V DC source 23、Dry and control device 24、Spray control device 25、Ultrasound wave device 26 and power supply indicator 27，Described air switch 21 one end connects power supply，The other end connects 12V DC source 22 respectively、24V DC source 23 and power supply indicator 27，Described 12V power supply 22 connects ultrasound wave and controls device 26，Described 24V DC source 23 connects drying respectively and controls device 24 and spray control device 25，Described ultrasound wave controls device 26 and is provided with the 3rd pedal switch 261，Described 3rd pedal switch 261 is arranged on base 14 side of corresponding cleaning solution spray equipment 4，And be connected with 12V DC source 22，Such that it is able to step on switch by foot，Start ultrasonic cleaning equipment，Described control device 24 of drying includes: the first pedal switch 241 and the first electromagnetic relay 242，Described first pedal switch 241 one end connects 24V DC source 23，The other end connects the control loop of the first electromagnetic relay 242，First pedal switch 241 is arranged on the side of the corresponding dehydrator 6 of base 14，When stepping on the first pedal switch 241，The control loop power supply of the first electromagnetic relay 242 given by 24V DC source 23，So that the switch Guan Bi of the first electromagnetic relay 242，Switch ends is made to connect，Described spray control device 25 includes: the second pedal switch 251、Second electromagnetic relay 252 and electromagnetic valve 253，Described second pedal switch 251 one end connects 24V DC source 23，The other end connects the control loop of the second electromagnetic relay 252，The loop that controls of described electromagnetic valve 253 is connected with air switch 21 by the switch sections of the second electromagnetic relay 252，Described second pedal switch 251 is arranged on base 14 one end near the first pedal 241，When stepping on the second pedal switch 251，The control loop power supply of the second electromagnetic relay 252 given by 24V DC source 23，The switch sections on the second electromagnetic relay 252 is made to close，Thus allow the control part of electromagnetic valve 253 connect with between air switch 21，Described power supply indicator 27 is arranged on the column 11 above the first support arm 12.
Described ultrasonic cleaning equipment 3 includes: supersonic generator 31, ultrasonic-wave cleaning pen 32 and water storage device 33, described supersonic generator 31 respectively with water storage device 33, ultrasonic waves for cleaning 32 and the 3rd pedal 261 connect, described water storage device 33 is arranged on column 11 top, supersonic generator 31 is installed on the column 11 between water storage device 33 and the first support arm 12, which is provided with regulation flow rate of water flow and the adjusting knob 311 of ultrasonic intensity, described ultrasonic-wave cleaning pen 32 is mounted on fixing bar 121 side, during use, switch by stepping on the 3rd pedal 261, circuit ON, 12V DC source 22 powers to supersonic generator 31, produce ultrasound wave, vibrate out by the stain molecules in dress material by ultrasound wave, it is the more thorough of dress material cleaning.
Described cleanout fluid spray equipment 4 includes: cleaning solution airbrush 41 and cleaning solution box 42, described cleaning solution airbrush 41 is connected with cleaning solution box 42 and electromagnetic valve 253 respectively, cleaning solution airbrush 41 is arranged on locating rack 122 by mounting seat 123, two interfaces it are provided with side by side on cleaning solution airbrush 41, one of them interface is connected by pipeline 10 with cleaning solution box 42, and another interface is connected with source of the gas by electromagnetic valve 253；Described cleaning solution box 42 is arranged on the column 11 between the first support arm 12 and the second support arm 13, which is provided with the convenient funnel 421 adding cleaning solution, when stepping on the second pedal switch 251, second electromagnetic relay 252 controls its switch sections of circuit controls Guan Bi, electromagnetic valve 253 is made to control loop and power on, thus open valve, the gas making source of the gas provide sprays from cleaning solution airbrush 41, owing to gas flow rate is fast, airbrush air pressure inside declines, make the cleaning solution in cleaning solution box 42 flow in cleaning solution airbrush 41, and be sprayed on dress material to be cleaned with gas.
Described waste water collection device 5 is cuboid, and its top is packed on the second support arm 13, and two sides have the opening of connecting line 10, is bucket-shaped, and connects drain pipe 51 bottom waste water collection device 5.
Described dehydrator 6 axle is connected on one end of corresponding second operating board 152 of the first support arm 12, it is connected with air switch 21 by the switch sections of the first electromagnetic relay 242, when stepping on the first pedal switch 241, first electromagnetic relay 242 controls loop and is closed by switch sections, make circuit communication between air switch 21 and dehydrator 6, dehydrator 6 is made to start, by clothes drying.
Described turbofan 7 is provided with fan switch 71, and described turbofan 7 is two, and is separately mounted to the both sides bottom column 11, and described fan switch 71 is separately mounted to the both sides of the first support arm 12, and it connects 24V DC source 23 and turbofan 7 respectively.
Described illuminator 8 is arranged on the both sides of the first support arm 12, and illuminator 8 is provided with light switch 81, and described light switch 81 also connects illuminator 8 and 12V DC source respectively.
Described laser positioning probe 9 is arranged on the first support arm 12 near the side of cleanout fluid airbrush 41, described laser positioning probe 9 is provided with probe switch 91, described probe 91 switchs and connects office's positioning probe 9 and 12V DC source 22 respectively, and the path of laser locating apparatus 9 laser intersects at same point on the first operating board 151 with the path of cleanout fluid airbrush 41 hydrojet.
nullDuring use，It is first turned on air switch 21，Power supply indicator 27 lights，The dress material needing cleaning is placed on the first operating board 151，And spot is directed at the luminous point of laser positioning probe 9 injection，Open fan switch 71 and start turbofan 7，Step on the second pedal switch 252 again，Cleaning solution is sprayed in spot，Then ultrasonic waves for cleaning 32 is directed at spot，Step on the 3rd pedal switch，Supersonic generator 31 sends ultrasound wave，Under the effect that cleaning solution and ultrasound wave are common，Stain molecules is vibrated out，And rinsed well by the water of ultrasonic waves for cleaning 32 ejection，Waste water with spot，Flow to waste water collection device 5 through drainage screen 153 and discharged by drain pipe，After rinsing a period of time，Dress material is placed on the second operating board 151，Open control switch 71 this side turbofan 7 of startup，And step on the first pedal switch 241，Dehydrator 6 starts，Dress material is dried，Complete to clean；If need to continue to clean, the most individual repeat the above steps, till satisfied, if in the case of insufficient light, illuminator 8 can be opened, can make cleaning process is clearly observed the cleaning situation of spot.
This utility model passes through ultrasound wave to the vibration of stain molecules on dress material, stain molecules is made to be easier to separate with dress material, add the effect of cleaning solution, make that dress material cleans more clean and thoroughly, moreover, drying by dehydrator 6, cleaning process is made to add fast, owing to using pedal switch, operating process is convenient, electromagnetic relay is used to realize the mode of vulnerabilities scan forceful electric power, during use, the safest, owing to being not provided with rinse bath, during cleaning, dress material can be realized local by cleaning solution airbrush 41 and ultrasonic waves for cleaning 31 to clean, and laser positioning probe 9 can make cleaning more accurate, and, the spot cleaned directly flows in waste water collection device 5 by operating board 151, therefore, do not result in the secondary pollution to dress material.
Obviously, above-mentioned embodiment of the present utility model is only for clearly demonstrating this utility model example, and is not the restriction to embodiment of the present utility model.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here cannot all of embodiment be given exhaustive.Every belong to obvious change that the technical solution of the utility model extended out or the variation row still in protection domain of the present utility model.
Claims (10)
- null1. a ultrasonic cleaning apparatus，It is characterized in that: it includes: support (1)、Operating board (15)、Waste water collection device (5)、Control device (2)、Ultrasonic cleaning equipment (3)、Cleanout fluid spray equipment (4)、Dehydrator (6) and turbofan (7)，Described operating board (15) is packed on support (1)，Operating board is funnel-form，Surface is provided with drainage screen (153)，Bottom is connected with turbofan (7) by pipeline (10)，Described waste water collection device (5) is arranged on the pipeline (10) connected with operating board (15)，Described ultrasonic cleaning equipment (3)、Cleanout fluid spray equipment (4) and dehydrator (6) are separately mounted on support (1) and operating board (15) surface opposite position，Described ultrasonic cleaning equipment (3)、Dehydrator (6) and turbofan (7) are connected with control device (2) respectively.
- nullUltrasonic cleaning apparatus the most according to claim 1，It is characterized in that: described support (1) includes column (11)、First support arm (12)、Second support arm (13) and base (14)，Described column (11) is arranged on base (14)，Described first support arm (12) and the second support arm (13) are U-shape structure，Its base is arranged on column (11) from top to bottom，And it is perpendicular with column (11)，Described operating board (15) is divided into the first operating board (151) and the second operating board (152)，Described first operating board (151) and the second operating board (152) are packed in the two ends of the second support arm (13) respectively，Described ultrasonic cleaning equipment (3) and cleanout fluid spray equipment (4) are arranged on the first support arm (12) one end，It is mounted opposite with the first operating board (151)，Described dehydrator (6) is arranged on the other end of the first support arm (12)，It is mounted opposite with the second operating board (152).
- Ultrasonic cleaning apparatus the most according to claim 2, it is characterized in that: described ultrasonic cleaning equipment (3) includes supersonic generator (31), ultrasonic-wave cleaning pen (32) and water storage device (33), described supersonic generator (31) and water storage device (33) are packed on column (11) respectively, described ultrasonic-wave cleaning pen (32) is mounted on one end of upper corresponding first operating board (151) of the first support arm (12), and supersonic generator (31) connects ultrasonic-wave cleaning pen (32), water storage device (33) respectively and controls device (2).
- Ultrasonic cleaning apparatus the most according to claim 2, it is characterized in that: described cleanout fluid spray equipment (4) includes cleanout fluid airbrush (41) and cleanout fluid box (42), described cleanout fluid airbrush (41) is packed in one end of upper corresponding first operating board (151) of the first support arm (12), described cleanout fluid box (42) is packed on column (11), cleanout fluid airbrush (41) is provided with two interfaces, wherein an interface is connected with cleanout fluid box (42), and another interface is connected with controlling device (2).
- Ultrasonic cleaning apparatus the most according to claim 2, it is characterized in that: described first support arm (12) be fixed with on the first operating board (151) relative position laser positioning probe (9) and probe switch (91), described laser positioning probe (9) is connected with probe switch (91), and described probe switch (91) is connected with controlling device (2).
- Ultrasonic cleaning apparatus the most according to claim 2, it is characterized in that: described first support arm (12) both sides are mounted on illuminator (8) and fan switch (71), described illuminator (8) and fan switch (71) and are connected with control device (2) respectively.
- null7. according to the ultrasonic cleaning apparatus according to any one of claim 1-6，It is characterized in that: described control device (2) includes air switch (21)、Power supply indicator (27)、12V DC source (22)、24V DC source (23)、First pedal switch (241)、Second pedal switch (251)、3rd pedal switch (261)、First electromagnetic relay (241)、Second electromagnetic relay (252) and electromagnetic valve (253)，Described air switch (21) one end is connected with 220V power supply，The other end connects 12V DC source (22) respectively、24V DC source (23) and power supply indicator (27)，Described 24V DC source (23) is also respectively connected with the first pedal switch (241) and the second pedal switch (251)，Described first pedal switch (241) connects the first electromagnetic relay (242)，Described second pedal switch (251) connects the second electromagnetic relay (252)，Described electromagnetic valve (253) is connected with air switch (21) by the second electromagnetic relay (252)，Described 12V DC source (22) is also connected with the 3rd pedal switch (261).
- Ultrasonic cleaning apparatus the most according to claim 7, it is characterised in that: described air switch (21) is connected with dehydrator (6) by the first electromagnetic relay (241), and described 3rd pedal switch (261) connects supersonic generator (31).
- Ultrasonic cleaning apparatus the most according to claim 7, it is characterised in that: described 12V DC source (22) connects probe switch (91) and illuminator (8) respectively, and described 24V DC source (23) connects turbofan (7).
- Ultrasonic cleaning apparatus the most according to claim 7, it is characterised in that: described electromagnetic valve (253) connects cleanout fluid airbrush (41) and source of the gas respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620275745.3U CN205557089U (en) | 2016-04-06 | 2016-04-06 | Ultrasonic cleaning equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620275745.3U CN205557089U (en) | 2016-04-06 | 2016-04-06 | Ultrasonic cleaning equipment |
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| Publication Number | Publication Date |
|---|---|
| CN205557089U true CN205557089U (en) | 2016-09-07 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620275745.3U Active CN205557089U (en) | 2016-04-06 | 2016-04-06 | Ultrasonic cleaning equipment |
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| CN (1) | CN205557089U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107313206A (en) * | 2017-05-22 | 2017-11-03 | 广东工业大学 | Ultrasonic wave hangs clothing formula and washes dry integrated device |
-
2016
- 2016-04-06 CN CN201620275745.3U patent/CN205557089U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107313206A (en) * | 2017-05-22 | 2017-11-03 | 广东工业大学 | Ultrasonic wave hangs clothing formula and washes dry integrated device |
| CN107313206B (en) * | 2017-05-22 | 2019-04-02 | 广东工业大学 | Ultrasonic wave hangs clothing formula and washes dry integrated device |
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