A kind of shoes cleaning system
Technical field
The present invention relates to a kind of systems, and in particular to a kind of shoes cleaning system.
Background technology
Society's rapid development, people’s lives level increasingly improve now, and people more focus on the appearance dress of oneself.
Totally comfortable shoes both embody the appearance of dignity and one kind of foot's comfort and health to a pair of for social people
Ensure.Shoes are inevitably infected with many dust during walking, and in daily life, people usually clean by hand
Shoes clean shoes Shortcomings by hand:First, cumbersome and time consuming.Second is that also comparing water wasting, also it is more troublesome.Third, washed
Shoes can just be worn through drying after a period of time, it is very inconvenient.Fourth, the sewage direct emission of cleaning shoes is fallen, it is dissolved in
Dust in sewage can cause environmental pollution.
Invention content
The purpose of the present invention is to provide a kind of shoes cleaning systems, to overcome cleaning shoes by hand existing in the prior art
Son is not only wasted water, and the problem of cannot dry at once.
The present invention adopts the following technical scheme that:A kind of shoes cleaning system, it is characterised in that:Including being used for transmission shoes
Shoes transmission rail, for water storage reservoir chamber, for shoes hydroblasting water injector, for collect rinse after dirt
The sewage collector of water, the drying unit for drying shoes, the grease heater for heating grease, the drum for blowing out wind
Wind apparatus, the condenser for condensing the water vapour come out by drying unit and the control for controlling shoes rinse-system running
Device processed, the shoes transmission rail is through the inside of the water injector, the drying unit, the reservoir chamber and the water spray
Device connects, and the sewage collector is connected to the lower section of water injector, and the drying unit includes drying room and is installed in institute
The indoor baking barrel body of drying is stated, the baking barrel body is equipped with by madial wall to middle part and is passed through for being passed through the grease of grease successively
Chamber, for being passed through, the air of air is passed through chamber and for the drying shoes chamber of drying shoes, the grease is passed through the top of chamber
It is connect by first pipe with the oil outlet end of the grease heater, the first pipe is equipped with third and takes out pump, the grease
The lower part for being passed through chamber is connect with the oil inlet end of the grease heater by second pipe, and the second pipe is equipped with first and takes out
Pump, the air are passed through chamber and are connect by the tenth pipeline with the blower device, and the air is passed through chamber and the drying shoes
Chamber is connected to by a plurality of stomatas;The reservoir chamber is connect with the water injector, the water injector and the sewage collecting
Room connects, and the sewage collector is connect with the drying room by third pipeline, and the third pipeline is equipped with second and takes out pump,
The top of the drying room is equipped with nozzle, and the nozzle connect with the third pipeline, and the spray orifice of the nozzle is towards the baking
Dry staving is connected between the top of the drying room and the condenser by the 4th pipeline, the condenser and the water storage
It is connected by the 5th pipeline between room, and the 5th pipeline is tilted down setting;The drying unit, grease heater, air blast
Device, condenser, first take out pump, the second pumping pump, third and take out pump and connect respectively with the controller.
Preferably, the water injector includes spray chamber, the upper spray tube that is installed on the upside of the spray chamber and is installed in
Lower spray tube on the downside of the spray chamber, the upper spray tube are equipped with the first hole for water spraying directed downwardly, and the lower spray tube is equipped with court
On the second hole for water spraying, the upper spray tube connect with the reservoir chamber by the 6th pipeline, the lower spray tube and the storage
Hydroecium is connected by the 7th pipeline.
Preferably, the water injector further includes the preceding spray tube being installed on front side of the spray chamber and is installed in the spray
Rear spray tube on rear side of hydroecium, the preceding spray tube are equipped with third hole for water spraying backwards, it is described after spray tube be equipped with facing forward the
Four hole for water sprayings, the preceding spray tube are connect with the reservoir chamber by the 8th pipeline, and the rear spray tube and the reservoir chamber are logical
Cross the connection of the 9th pipeline.
Preferably, the shoes transmission rail includes motor, two parallel sliding tracks, threaded rod and transmission holder, the spiral shell
Rasp bar is fixedly connected with the output shaft of the motor, and the transmission holder is equipped at least two fillers for supportting shoes, described
The both ends of holder are transmitted equipped with the idler wheel for being slided on sliding rail, the threaded rod passes through the transmission holder, and the spiral shell
Rasp bar is connected through a screw thread with the transmission holder;The motor is connect with the controller.
Preferably, the top of the baking barrel body is equipped with the first cylinder and the first pushing block, first pushing block and described the
One cylinder connects, and the lower surface of first pushing block is in arc compatible with the baking barrel body outer surface, first gas
Cylinder is connect with the controller.
Preferably, the bottom of the drying room, which is equipped with surface, has the slope block of gradient, and the bottom end of the slope block is equipped with
The surface of dust discharge port, the slope block is equipped with the second cylinder and the second pushing block, second pushing block and second cylinder
Connection, second cylinder are connect with the controller.
Preferably, the lower end of the reservoir chamber is equipped with solenoid valve, and the solenoid valve is connect with the controller.The present invention's
Advantageous effect is:First, the system of the present invention can save the time of cleaning shoes, and save the manual labor of cleaning shoes.
Second, the system of the present invention can carry out drying shoes at once, it is more convenient.Third, the water of the present invention is Ke Xunhuanliyong, save significantly
Save water resource.Fourth, the drying unit of the present invention both can be as the heat energy of sewage evaporation, or dry shoes
Wind provides thermal energy, ingenious in design.Fifth, the drying unit of the present invention can also recycle dust, the dust of recycling can carry out profit again
With for growing flowers or plant, turning waste into wealth, realize making full use of for resource, while being conducive to environmental protection.Sixth, of the invention
Water injector shoes are rinsed from upper and lower, front and rear direction, rinse it is more thorough.Seventh, baking barrel body of the present invention
Top is equipped with the first cylinder and the first pushing block, so as to scrape the dust being deposited at the top of baking barrel body.Eighth, of the invention
On slope, the surface of block is equipped with the second cylinder and the second pushing block, so as to scrape the dust on the block of slope on dust discharge port.
Description of the drawings
Fig. 1 is the structural schematic diagram of the system of the present invention.
Fig. 2 is the structural schematic diagram of the shoes transmission rail of the present invention,
Fig. 3 is the structural schematic diagram of the first cylinder and the first pushing block.
Fig. 4 is the enlarged structure schematic diagram of A in Fig. 1.
Specific implementation mode
Illustrate the specific implementation mode of the present invention with reference to the accompanying drawings.
With reference to figure 1, a kind of shoes cleaning system, including it is used for transmission the shoes transmission rail 10 of shoes, for water storage
Reservoir chamber 11, for shoes hydroblasting water injector 12, for collect rinse after sewage sewage collector 13, use
In drying shoes drying unit 14, the grease heater 15 for heating grease, the blower device 16 for blowing out wind, be used for
Condense the condenser 9 of the water vapour come out by drying unit 14 and the controller (figure for controlling shoes rinse-system running
In be not shown).
With reference to figure 1 and Fig. 4, the shoes transmission rail 10 through the water injector 12, the drying unit 14 it is interior
Portion.The reservoir chamber 11 is connect with the water injector 12.The sewage collector 13 is connected to the lower section of water injector 12.Institute
It states drying unit 14 and includes drying room 141 and the baking barrel body 142 being installed in the drying room 141.Baking barrel body 142 is iron
Or the Heat Conduction Materials such as copper are made, baking barrel body 142 is in barrel-shaped.The baking barrel body 142 is set successively by madial wall to middle part
The grease for being useful for being passed through grease is passed through chamber 17, is passed through chamber 18 and for the shoes of drying shoes for being passed through the air of air
Sub- drying cavity 19.The grease is passed through the top of chamber 17 and the oil outlet end of the grease heater 15 is connected by first pipe 20
It connects, the first pipe 20 is equipped with third and takes out pump 46.The grease is passed through lower part and the grease heater 15 of chamber 17
Oil inlet end is connected by second pipe 21.The second pipe 21 is equipped with first and takes out pump 22.The air is passed through chamber 18 and institute
Blower device 16 is stated to connect by the tenth pipeline 23.The air is passed through chamber 18 with the drying shoes chamber 19 by a plurality of gas
Hole 24 is connected to.The reservoir chamber 11 is connect with the water injector 12, and the water injector 12 connects with the sewage collecting room 13
It connects.The sewage collector 13 is connect with the drying room 141 by third pipeline 25.The third pipeline 25 is equipped with second
Take out pump 26.The top of the drying room 141 is equipped with nozzle 27.The nozzle 27 is connect with the third pipeline 25.The nozzle
25 spray orifice is towards the baking barrel body 142.Pass through the 4th pipeline between the top of the drying room 141 and the condenser 9
28 connections.It is connected by the 5th pipeline 29 between the condenser 9 and the reservoir chamber 11.And the 5th pipeline 29 be tilted down
Setting.The drying unit 14, grease heater 15, blower device 16, condenser 9, first take out pump 22, second and take out pump 26, the
Three take out pump 46 connect with the controller respectively.
With reference to figure 1, the water injector 12 includes spray chamber 30, is installed in the upper spray tube 31 of 30 upside of the spray chamber
With the lower spray tube 32 for being installed in 30 downside of the spray chamber.The upper spray tube 31 is equipped with the first hole for water spraying 310 directed downwardly.Institute
Lower spray tube 32 is stated equipped with the second hole for water spraying 320 upward.The upper spray tube 31 passes through the 6th pipeline with the reservoir chamber 11
33 connections.The lower spray tube 32 is connect with the reservoir chamber 11 by the 7th pipeline 34.
With reference to figure 1, the water injector 12 further includes that the preceding spray tube being installed on front side of the spray chamber 30 (does not show in figure
Go out) and it is installed in the rear spray tube 36 of the rear side of the spray chamber 30.The preceding spray tube 35 is equipped with third hole for water spraying (figure backwards
In be not shown), it is described after spray tube 36 be equipped with the 4th hole for water spraying 37 facing forward.The preceding spray tube passes through with the reservoir chamber 11
8th pipeline 38 connects, and the rear spray tube 36 is connect with the reservoir chamber 11 by the 9th pipeline 39.
With reference to figure 1 and Fig. 2, the shoes transmission rail 10 includes motor 101, two parallel sliding tracks 102, threaded rods 103
With transmission holder 104.The threaded rod 103 is fixedly connected with the output shaft of the motor 101.It is set on the transmission holder 104
There is at least two fillers 105 for supportting shoes.The both ends of the transmission holder 104 are equipped with the rolling for being slided on sliding rail 102
Wheel 106.The threaded rod 103 passes through the transmission holder 104.And the threaded rod 103 passes through spiral shell with the transmission holder 104
Line connects.The motor 101 is connect with the controller.
With reference to figure 1, Fig. 3 and Fig. 4, the top of the baking barrel body 142 is equipped with the first cylinder 40 and the first pushing block 41, described
First pushing block 41 is connect with first cylinder 40.The lower surface of first pushing block 41 is in and 142 appearance of the baking barrel body
The compatible arc in face.First cylinder 40 is connect with the controller.
With reference to figure 1 and Fig. 4, the bottom of the drying room 141, which is equipped with surface, has the slope block 47 of gradient.The slope block
47 bottom end is equipped with dust discharge port 42.The surface of the slope block 47 is equipped with the second cylinder 43 and the second pushing block 44.Described
Two pushing blocks 44 are connect with second cylinder 43.Second cylinder 43 is connect with the controller.
With reference to figure 1, the lower end of the reservoir chamber 11 is equipped with solenoid valve 45, and the solenoid valve 45 is connect with the controller.
With reference to figure 1, Fig. 2 and Fig. 4, specific work process of the invention is as follows:Shoes are placed on fillers 105, controller
It controls motor 101 to rotate, motor 101 drives threaded rod 103 to rotate, and threaded rod 103 drives transmission holder 104 to move right, and rolls
Wheel 106 slides on sliding rail 102.When shoes are run in spray chamber 30, controller control motor 101 stops operating and opens
Solenoid valve 45, upper spray tube 31, lower spray tube 32, preceding spray tube, rear spray tube 36 in spray chamber 30 spray flow pair simultaneously
Shoes are rinsed, and are rinsed after a certain period of time, and controller control motor 101 restarts and closes solenoid valve 45.When transmission branch
Frame 104 is run in drying unit 14, and controller control motor 101 stops operating, and controller controls third and takes out pump 46 by grease
The grease of heated deep fat injection baking barrel body 142 is passed through chamber 17 in heater 15, and first takes out pump 22 is passed through chamber 17 by grease
The grease that lower part cools is pumped into grease heater 15 and reheats.Blower device 16 will blow wind into air and be passed through chamber 18, oil
The oil that water is passed through in chamber 17 transfers heat to the air that air is passed through in chamber 18, and the hot-air that air is passed through in chamber 18 passes through gas
Hole 24 is blown into drying shoes chamber 19, to be dried to the shoes in drying shoes chamber 19.After drying the stipulated time, motor
Shoes are sent out drying shoes chamber 19 by 101 restartings, to complete drying shoes work.
With reference to figure 1, Fig. 3 and Fig. 4, spray chamber 30 flows in sewage collector 13 sewage after shoes hydro-peening, and sewage is received
Sewage in storage 13 is taken out by second pumps 26 nozzles 27 being extracted into drying room 141, and sewage is sprayed onto drying bucket by nozzle 27
The surface of body 142, baking barrel body 142 heat up fever under the action of oil temperature, baking barrel body 142 by the moisture evaporation in sewage,
Dust stays in 142 surface of baking barrel body.Water vapour enters condenser 9 by the 4th pipeline 28, by 9 condensed water of condenser
Reservoir chamber 11 is flowed by the 5th pipeline 29, so as to be re-used to water.The dust on 142 surface of baking barrel body passes through
One cylinder 40 and the first pushing block 41 scrape 141 bottom of drying room, and the second cylinder 43 and the second pushing block 44 will be on slope blocks 47
Dust is pushed to dust discharge port 42, and dust is discharged by dust discharge port 42.
With reference to figure 1, system of the invention can save the time of cleaning shoes, and save the manual labor of cleaning shoes.
The system of the present invention can carry out drying shoes at once, more convenient.The water of the present invention is Ke Xunhuanliyong, greatlys save water resource.
The drying unit 14 of the present invention both can be as the heat energy of sewage evaporation, or and the wind for drying shoes provides thermal energy,
It is ingenious in design.The drying unit 14 of the present invention can also recycle dust, and the dust of recycling can be recycled, for growing flowers or planting
Object is turned waste into wealth, and realizes making full use of for resource, while being conducive to environmental protection.The water injector 12 of the present invention from it is upper and lower,
Front and rear direction is rinsed shoes, rinses more thorough.
Example the above is only the implementation of the present invention is not intended to limit the scope of the invention, every to utilize this hair
Equivalent structure or equivalent flow shift made by bright specification and accompanying drawing content is applied directly or indirectly in other relevant skills
Art field is included in the scope of patent protection of the present invention.