Spraying and hot drying integrated shoe washing machine

Abstract

The utility model discloses a spraying and hot drying integrated shoe washing machine, which relates to the technical field of shoe washing machines, and comprises a box shell, an upper spraying arm, a water pipe frame, an air pipe frame, a lower spraying arm, a heater, a funnel groove and a shoe rack, shoes are obliquely placed on the shoe rack, the upper spraying arm and the lower spraying arm are used for spraying and washing the outer surfaces of the shoes at high pressure, and the heater is arranged on the box shell. A pipeline is conducted through a water way vertical pipe for water supply, high-pressure water output by a water way spray head is sprayed to the inner surface of an inner groove of a shoe for spraying and cleaning, and the effect that the shoe washing operation of the shoe washing machine comprehensively conducts homogeneous high-pressure spraying and washing on the interior and the exterior of the shoe is achieved, and the outer surface of the shoe is heated and dried through an air valve port; meanwhile, the inner surfaces of the inner grooves of the shoes are synchronously heated and dried through the air path spray heads, the effect that the interior and the exterior of the shoes are integrally, uniformly and thoroughly dried through the heating and drying operation after the shoes are washed by the shoe washing machine is achieved, the operation of replacing a drawer type shoe washing machine is a flip type shoe washing machine structure, a side opening door is commonly pushed into the shoe bodies front and back, but the flip type is more convenient for the action gesture of manually lifting the shoes.

Description

TECHNICAL FIELD

[0001] The utility model relates to shoe washing machine technical field, concretely is a kind of spray and hot drying integrated shoe washing machine. BACKGROUND

[0002] Shoe washing machine is a kind of spray and hot drying integrated shoe washing machine using the principle of mechanical energy conversion to clean the equipment of shoes.Currently, the push-pull spray type shoe washing machine generally has the problem of large water consumption and water waste. The spray type shoe washing machine refers to the way of spraying water flow to the surface of shoes to clean the shoes.

[0003] However, spraying water flow to the surface of shoes can only clean the surface of shoes, and the inner cavity of shoes cannot be cleaned. In addition, most of the shoe washing machines in the prior art use hot air to be introduced into the cleaning cavity of shoes, which only has a good drying effect on the surface of shoes, and it is difficult to dry the inside of shoes. UTILITY MODEL CONTENT

[0004] In view of the deficiencies of the prior art, the utility model provides a kind of spray and hot drying integrated shoe washing machine to solve the problem that however water flow is sprayed to the surface of shoes, only the surface of shoes can be cleaned, the inner cavity of shoes cannot be cleaned, in addition, most of the shoe washing machines in the prior art use hot air to be introduced into the cleaning cavity of shoes, which only has a good drying effect on the surface of shoes, and it is difficult to dry the inside of shoes.

[0005] To achieve the above purpose, the utility model is realized by the following technical scheme: a kind of spray and hot drying integrated shoe washing machine, including box shell, upper spray arm, water pipe frame, gas pipe frame, lower spray arm, heater, funnel groove, shoe rack, the shoe rack is inclined and placed with shoes, the shoe rack is placed with shoes in the inside of box shell, the water pipe frame and gas pipe frame are installed in the inside of the inside of box shell upside down, the heater is tightly attached to the right side of the inside of box shell, the upper spray arm and lower spray arm are installed on the upper and lower sides of box shell respectively, the upper spray arm and lower spray arm spray and wash shoes in the middle shoe rack, the water pipe frame can clean the inside of shoes, and the heater can heat and dry the inside of shoes through the gas pipe frame.

[0006] The first step of shoe washing machine is to spray and wash the shoes and shoe rack inside and outside by the upper spray arm and lower spray arm, and then the second step is to heat and dry the inside and outside of shoes by the heater through the gas pipe frame, so that the two steps of shoe washing machine can quickly wash and dry shoes, and the comprehensive function and detailed performance of shoe washing machine are improved.

[0007] Preferably, the upper spray arm is provided with an axle seat, an upper arm seat, a valve core, a spray head upper arm frame, the upper arm seat and the spray head upper arm frame are provided with the valve core, the upper arm seat and the spray head upper arm frame are buckled together, the axle seat is nested on the top of the valve core and the top of the middle section of the upper arm seat, and the valve core is communicated with the pipeline waterway in the box shell through the inner pipe of the axle seat.

[0008] The axle seat can drive the valve core to communicate with the water flow to the spray head upper arm frame to produce the inclined spray head centrifugal rotary spray effect of high-pressure water outlet.

[0009] Preferably, the lower spray arm is provided with a spray head lower arm frame, a lower arm seat, and a water inlet valve seat, the spray head lower arm frame and the lower arm seat are provided with the water inlet valve seat, the spray head lower arm frame and the lower arm seat are buckled together, and the water inlet valve seat is communicated with the pipeline waterway in the box shell.

[0010] The water inlet valve seat pours water flow upward to the spray head lower arm frame to produce high-pressure spray rotation, forming the inclined spray head centrifugal rotary spray effect of high-pressure water outlet of the spray head lower arm frame corresponding to the spray head upper arm frame.

[0011] Preferably, the water pipe frame is provided with a waterway spray head, a waterway vertical pipe, a waterway horizontal pipe, and a rib frame, the waterway spray head is nested on the top of the waterway vertical pipe, the right end of the waterway horizontal pipe is in interference fit with the rib frame, the waterway vertical pipe is provided with two and is vertically inserted into the top of the waterway horizontal pipe, and the waterway horizontal pipe is communicated with the pipeline waterway in the box shell.

[0012] The waterway horizontal pipe introduces water to the waterway vertical pipe to the waterway spray head, which is simple and convenient for pressurized cleaning operation, and can realize eight-way circulation flushing and cleaning in the shoes, and solves the problem of internal cleaning of the shoes through a bracket pipeline.

[0013] Preferably, the heater is provided with a hot air machine, a heating fin seat, and an air valve port, the hot air machine is fixed on the top of the heating fin seat, the air valve port is nested on the bottom of the heating fin seat, and the air pipe frame is communicated with the gas path of the heating fin seat through the box shell.

[0014] The hot air machine and the heating fin seat are combined to produce hot air and continuously heated hot air constant temperature adjustment operation effect, so that the air valve port and the air pipe frame are communicated with hot air to assist hot shoe drying.

[0015] Preferably, the air pipe frame is provided with a gas path spray head, a gas path vertical pipe, a gas path horizontal pipe, and an air valve cover, the gas path spray head is nested on the top of the gas path vertical pipe, the right end of the gas path horizontal pipe is fixed with the air valve cover, the gas path vertical pipe is provided with two and is vertically inserted into the top of the gas path horizontal pipe, and the gas path horizontal pipe is communicated with the gas path of the heater through the air valve cover.

[0016] Through the air path horizontal pipe and the air valve cover ventilation to the air path vertical pipe to the air path nozzle, the shoe is heated and pressurized, which is simple and convenient, and the eight sides of the shoe are circulated, heated and ventilated, and the shoe internal drying problem is solved through a support pipeline.

[0017] Preferably, the funnel groove is provided with a frame opening, an inclined filter plate, a hand rod, a leakage opening, a drainage channel, a drainage opening, and a screen surface groove. The hand rod is horizontally welded together in the middle of the frame opening. The frame opening is nested on the top of the screen surface groove. The inclined filter plate is obliquely inserted into the inside of the screen surface groove. The drainage channel is welded at the bottom of the screen surface groove. The drainage opening is fixed on the right side of the drainage channel and the lower right corner of the screen surface groove. The leakage opening is fixed on the left side of the inclined filter plate. The screen surface groove is installed in the inside of the base.

[0018] The soap solution and wastewater are discharged into the inclined filter plate and the screen surface groove in the frame opening, and are discharged through the leakage opening to the drainage channel and the drainage opening. Finally, the drainage opening is connected to the drainage opening through the pipeline to discharge the wastewater and soap solution. The multi-level stable filtration and cleaning of impurities prevent the pipeline and the drainage opening from being blocked, and the large particle impurities can be conveniently removed by periodically lifting the funnel groove through the hand rod.

[0019] Preferably, the shoe rack is provided with a shoelace groove frame, a shoe supporting bracket, and a basket frame. The shoe supporting bracket is provided with two and is respectively welded on the top of the inner groove of the basket frame. The two shoe supporting brackets are welded with the shoelace groove frame on the top of the center of the basket frame. The shoes can be inverted and inclinedly arranged on the shoe supporting bracket. The basket frame can be placed in the inside of the box shell.

[0020] The shoelace groove frame can place the shoelace to cooperate with the spray cleaning and heat drying of the shoelace. The shoe supporting bracket can place the shoes to cooperate with the spray cleaning and heat drying of the inside and outside of the shoes. The basket frame facilitates the whole rack to be taken out of the box shell and placed into the box shell.

[0021] Preferably, the top of the box shell is provided with a glass flip cover plate and a hinge shaft frame. The box shell is connected with the glass flip cover plate through the hinge shaft frame. The bottom of the box shell is fixedly provided with a base. The inside of the base is fixedly provided with a water inlet, a drainage opening, a controller, an electromagnetic valve, a funnel groove, a first water pump, a three-way valve, a second water pump, and a pipeline. The water inlet and the drainage opening are inserted into the left side of the base. The controller and the electromagnetic valve are electrically connected. The first water pump and the second water pump are connected through the three-way valve. The funnel groove is installed between the first water pump and the three-way valve. The pipeline is connected with the first water pump. The water inlet is connected with the first water pump, the three-way valve, and the second water pump in series through the drainage opening to form a circulating water path in the base. The pipeline can be separated from the first water pump to extract water flow to the upper spray arm of the glass flip cover plate. The magnet at the front end of the glass flip cover plate and the magnet at the front end of the box shell are connected through magnetic attraction interlocking. The magnetic attraction interlocking is connected with a signal receiver and a Bluetooth receiver through a relay.

[0022] The magnet at the front end of the glass flip cover plate and the magnet at the front end of the box shell are interlocked by magnetic attraction, the magnetic attraction interlocking with a relay can be externally connected with a signaler and a Bluetooth receiver, and the magnetic attraction lock can be circuit-integrated with a Bluetooth setting mobile phone remote unlocking and shoe washing payment background, so that the shoe washing machine can be placed in public places for theft prevention.

[0023] The utility model provides a kind of spray and hot baking integrated shoe washing machine, with following beneficial effects:

[0024] The shoe washing machine, the equipment is placed in shoebox and shoe rack on base, and can start to spray shoe washing operation, the shoe that is inclined and upside down is supported by the waterway standpipe of the water pipe frame in the middle of upper spray arm and lower spray arm through the waterway standpipe, and the controller controls the first water pump and the second water pump to be connected to the valve core between upper arm seat and spray head upper arm frame, and the pipeline also supplies water to the water inlet valve seat between spray head lower arm frame and lower arm seat, so that upper spray arm and lower spray arm can spray and clean the outer surface of shoe, and the water in the pipeline standpipe is supplied to the waterway nozzle, so that the water in the waterway nozzle is sprayed and cleaned in the inner groove of shoe, achieving the effect of washing shoe in and out of shoe washing machine.

[0025] The shoe washing machine, the equipment is placed in shoebox and shoe rack on base, and can start to spray shoe washing operation, the shoe that is inclined and upside down is supported by the waterway standpipe of the water pipe frame in the middle of upper spray arm and lower spray arm through the waterway standpipe, and the controller controls the first water pump and the second water pump to be connected to the valve core between upper arm seat and spray head upper arm frame, and the pipeline also supplies water to the water inlet valve seat between spray head lower arm frame and lower arm seat, so that upper spray arm and lower spray arm can spray and clean the outer surface of shoe, and the water in the pipeline standpipe is supplied to the waterway nozzle, so that the water in the waterway nozzle is sprayed and cleaned in the inner groove of shoe, achieving the effect of washing shoe in and out of shoe washing machine.

[0026] The shoe washing machine, the equipment is placed in shoebox and shoe rack on base, and can start to spray shoe washing operation, the shoe that is inclined and upside down is supported by the waterway standpipe of the water pipe frame in the middle of upper spray arm and lower spray arm through the waterway standpipe, and the controller controls the first water pump and the second water pump to be connected to the valve core between upper arm seat and spray head upper arm frame, and the pipeline also supplies water to the water inlet valve seat between spray head lower arm frame and lower arm seat, so that upper spray arm and lower spray arm can spray and clean the outer surface of shoe, and the water in the pipeline standpipe is supplied to the waterway nozzle, so that the water in the waterway nozzle is sprayed and cleaned in the inner groove of shoe, achieving the effect of washing shoe in and out of shoe washing machine. BRIEF DESCRIPTION OF DRAWINGS

[0027] Figure 1 It is a top view and a perspective view of the utility model of a kind of spray and hot baking integrated shoe washing machine;

[0028] Figure 2 It is the inner view three-dimensional structure schematic view of the spray and hot drying integrated shoe washing machine of the utility model;

[0029] Figure 3 It is the three-dimensional structure schematic view of each component of the spray and hot drying integrated shoe washing machine of the utility model;

[0030] Figure 4 It is the inner view three-dimensional structure schematic view of the shoe rack of the spray and hot drying integrated shoe washing machine of the utility model;

[0031] Figure 5 It is the whole three-dimensional explosion structure schematic view of the spray and hot drying integrated shoe washing machine of the utility model;

[0032] Figure 6 It is the three-dimensional explosion structure schematic view of each component of the spray and hot drying integrated shoe washing machine of the utility model;

[0033] Figure 7 It is the detailed three-dimensional structure schematic view of the water pipe frame and the gas pipe frame of the utility model;

[0034] Figure 8 It is the detailed three-dimensional disassembly structure schematic view of the funnel groove of the utility model;

[0035] Figure 9 It is the detailed three-dimensional structure schematic view of the shoe rack of the utility model.

[0036] In the drawing: glass flip cover plate 1, hinge shaft frame 2, box shell 3, base 4, water inlet 5, drainage outlet 6, upper spray arm 7, water pipe frame 8, gas pipe frame 9, lower spray arm 10, heater 11, controller 12, electromagnetic valve 13, funnel groove 14, first water pump 15, three-way valve 16, second water pump 17, pipeline 18, shoe rack 19, shaft seat 7A, upper arm seat 7B, valve core 7C, spray head upper arm frame 7D, waterway spray head 8A, waterway vertical pipe 8B, waterway horizontal pipe 8C, rib frame 8D, gasway spray head 9A, gasway vertical pipe 9B, gasway horizontal pipe 9C, air valve cover 9D, spray head lower arm frame 10A, lower arm seat 10B, water inlet valve seat 10C, hot air blower 11A, heating fin seat 11B, air valve port 11C, frame port 14A, inclined filter plate 14B, hand carrying rod 14C, leakage port 14D, drainage channel 14E, discharge port 14F, screen surface groove 14G, shoelace groove frame 19A, shoe supporting bracket 19B, basket frame 19C. DETAILED DESCRIPTION

[0037] With reference to the drawings of the embodiments of the present application, the technical solutions in the embodiments of the present application will be clearly and completely described. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all the embodiments. Based on the embodiments of the present application, all other embodiments obtained by those skilled in the art without creative efforts fall within the scope of the present application. Embodiment 1

[0038] Please refer to Figures 1-9 The present application provides a spray and hot drying integrated shoe washing machine, which comprises a box shell 3, an upper spray arm 7, a water pipe rack 8, an air pipe rack 9, a lower spray arm 10, a heater 11, a funnel groove 14 and a shoe rack 19. The shoe rack 19 is inclined to place shoes. The shoe rack 19 with shoes is placed in the inside of the box shell 3. The water pipe rack 8 and the air pipe rack 9 are installed in the inside of the box shell 3 in an up-down staggered manner. The heater 11 is tightly attached to the right side of the inside of the box shell 3. The upper spray arm 7 and the lower spray arm 10 are respectively installed on the upper and lower sides of the box shell 3. The upper spray arm 7 and the lower spray arm 10 spray and clean the shoes on the shoe rack 19 in the middle. The water pipe rack 8 can clean the inside of the shoes.

[0039] The water flow is sprayed on the surface of the shoes, which can only clean the surface of the shoes and cannot clean the inner cavity of the shoes.

[0040] It should be noted that the first step of the shoe washing machine is to spray and clean the shoes and the shoe rack 19 inside and outside the shoes in the middle by the upper spray arm 7 and the lower spray arm 10. The second step is to heat and dry the shoes inside and outside the shoes by the heater 11 through the air pipe rack 9. The two steps of the shoe washing machine can quickly wash and dry the shoes, which improves the comprehensive function and detailed performance of the shoe washing machine.

[0041] The upper spray arm 7 is provided with a shaft seat 7A, an upper arm seat 7B, a valve core 7C and a spray head upper arm rack 7D. The valve core 7C is arranged between the upper arm seat 7B and the spray head upper arm rack 7D. The upper arm seat 7B and the spray head upper arm rack 7D are buckled together. The shaft seat 7A is nested on the top of the valve core 7C and the top of the middle section of the upper arm seat 7B. The valve core 7C is in communication with the waterway of the pipeline 18 in the box shell 3 through the inner pipe of the shaft seat 7A.

[0042] It should be noted that the shaft seat 7A can drive the valve core 7C to conduct water flow to the spray head upper arm rack 7D to generate a high-pressure water outlet inclined spray head centrifugal rotary spray effect.

[0043] The lower spray arm 10 is provided with a spray head lower arm frame 10A, a lower arm seat 10B, and a water inlet valve seat 10C. The water inlet valve seat 10C is arranged between the spray head lower arm frame 10A and the lower arm seat 10B. The spray head lower arm frame 10A and the lower arm seat 10B are buckled together. The water inlet valve seat 10C is in communication with the waterway of the pipeline 18 in the box shell 3.

[0044] It should be noted that the upward gushing water flow through the water inlet valve seat 10C gives the spray head lower arm frame 10A high-pressure spray rotation, forming a corresponding spray head lower arm frame 10A high-pressure water outlet inclined spray head centrifugal rotary spray effect.

[0045] The water pipe frame 8 is provided with a waterway spray head 8A, a waterway vertical pipe 8B, a waterway horizontal pipe 8C, and a rib frame 8D. The waterway spray head 8A is nested on the top of the waterway vertical pipe 8B. The right end of the waterway horizontal pipe 8C is in interference fit with the rib frame 8D. The waterway vertical pipe 8B is provided with two and is vertically inserted and embedded on the top of the waterway horizontal pipe 8C. The waterway horizontal pipe 8C is in communication with the waterway of the pipeline 18 in the box shell 3.

[0046] It should be noted that the waterway horizontal pipe 8C guides water to the waterway vertical pipe 8B to the waterway spray head 8A, which is simple and convenient for pressurized cleaning operation in the shoe. The eight surfaces in the shoe circulate and wash, and the internal cleaning problem of the shoe is solved by one bracket pipeline.

[0047] The funnel groove 14 is provided with a frame opening 14A, an inclined filter plate 14B, a carrying rod 14C, a drain opening 14D, a drainage channel 14E, a discharge opening 14F, and a screen surface groove 14G. The carrying rod 14C is transversely welded together in the middle of the frame opening 14A. The frame opening 14A is nested on the top of the screen surface groove 14G. The inclined filter plate 14B is obliquely inserted and embedded in the inside of the screen surface groove 14G. The drainage channel 14E is welded at the bottom of the screen surface groove 14G. The discharge opening 14F is fixed to the right side of the drainage channel 14E and the right lower corner of the screen surface groove 14G. The drain opening 14D is fixed to the left side of the inclined filter plate 14B. The screen surface groove 14G is installed in the inside of the base 4.

[0048] It should be noted that the soap liquid and wastewater are discharged into the inclined filter plate 14B and the screen surface groove 14G in the frame opening 14A, and are discharged through the drain opening 14D to the drainage channel 14E, which is in communication with the discharge opening 14F. Finally, the discharge opening 14F discharges wastewater and soap liquid through the pipeline 18 to the drain opening 6, which is stable in multiple layers of impurity filtering and cleaning, prevents the pipeline 18 and the drain opening 6 from being blocked, and conveniently removes large-particle impurities by periodically lifting the funnel groove 14 through the carrying rod 14C.

[0049] The shoe rack 19 is provided with a shoelace slot frame 19A, a shoe supporting bracket 19B, and a basket frame 19C. The shoe supporting bracket 19B is provided with two and is welded on the top of the inner groove of the basket frame 19C. The two shoe supporting brackets 19B are welded with the shoelace slot frame 19A on the top of the center of the basket frame 19C. The shoes can be placed on the shoe supporting bracket 19B in an inverted and inclined manner. The basket frame 19C can be placed in the inside of the box shell 3.

[0050] It should be noted that the shoelace slot frame 19A can be used to place the shoelace to cooperate with the spray cleaning of the shoelace and the hot drying of the shoelace. The shoe supporting bracket 19B can be used to place the shoes to cooperate with the spray cleaning of the inside and outside of the shoes and the hot drying of the inside and outside of the shoes. The basket frame 19C facilitates the taking out of the entire rack from the box shell 3 and the placing into the box shell 3.

[0051] The equipment can start the spray shoe cleaning operation through the shoes placed in the box shell 3 and the shoe rack 19 on the base 4. The upper spray arm 7 and the lower spray arm 10 support the shoes in an inverted and inclined manner through the waterway stand pipe 8B of the water pipe frame 8 in the middle of the upper and lower positions to spray. The controller 12 controls the first water pump 15 and the second water pump 17 to conduct the water flow in the pipeline 18 to the valve core 7C between the upper arm seat 7B and the spray head upper arm frame 7D. The pipeline 18 also supplies water to the water inlet valve seat 10C between the spray head lower arm frame 10A and the lower arm seat 10B. The upper spray arm 7 and the lower spray arm 10 spray the outer surface of the shoes in a high-pressure manner. The waterway spray head 8A sprays the inside surface of the inner groove of the shoes in a high-pressure manner through the pipeline 18 to achieve the effect of the shoe cleaning machine on the shoes. Embodiment 2

[0052] Please refer to Figures 1-9 The utility model provides a spray and hot drying integrated shoe cleaning machine, including box shell 3, upper spray arm 7, water pipe frame 8, gas pipe frame 9, lower spray arm 10, heater 11, funnel groove 14, shoe rack 19, the shoe rack 19 is placed with shoes in the inclination, the shoe rack 19 is placed with shoes in the inside of box shell 3, water pipe frame 8 and gas pipe frame 9 are installed in the inside of the inside of box shell 3 in the upper and lower dislocation, heater 11 is closely attached to the right side in the inside of box shell 3, upper spray arm 7 and lower spray arm 10 are installed respectively in the upper and lower two sides of box shell 3, upper spray arm 7 and lower spray arm 10 spray and wash shoes to the shoe rack 19 in the middle, heater 11 can hot drying inside shoes to shoes through gas pipe frame 9.

[0053] Most shoe cleaning machines use hot air to be introduced into the cleaning cavity of the shoes, which only has a good drying effect on the surface of the shoes and is difficult to dry the inside of the shoes.

[0054] It needs to be explained that the first step of the shoe washing machine is to center the middle shoe and shoe rack 19 with the upper and lower spray arms 7 and 10, and then the second step of the heater 11 through the air pipe frame 9 to heat the inside and outside of the shoe, which can realize the two-step operation of the shoe washing machine to quickly wash and dry the shoes, and improve the comprehensive function and detailed performance of the shoe washing machine.

[0055] The heater 11 is provided with a hot air blower 11A, a heating fin seat 11B, and a wind valve port 11C. The hot air blower 11A is fixed on the top of the heating fin seat 11B, and the wind valve port 11C is nested at the bottom of the heating fin seat 11B. The air pipe frame 9 is in gas communication with the heating fin seat 11B through the box shell 3.

[0056] It needs to be explained that the combination of the hot air blower 11A and the heating fin seat 11B produces hot air and continuously increases the temperature of the hot air for constant temperature adjustment, which helps the wind valve port 11C and the air pipe frame 9 to conduct hot air to assist in heating the shoes stably.

[0057] The air pipe frame 9 is provided with a gas path nozzle 9A, a gas path vertical pipe 9B, a gas path horizontal pipe 9C, and a wind valve cover 9D. The gas path nozzle 9A is nested on the top of the gas path vertical pipe 9B, and the right end of the gas path horizontal pipe 9C is fixed with the wind valve cover 9D. The gas path vertical pipe 9B is provided with two and is vertically inserted into the top of the gas path horizontal pipe 9C. The gas path horizontal pipe 9C is in gas communication with the heater 11 through the wind valve cover 9D.

[0058] It needs to be explained that the gas path horizontal pipe 9C and the wind valve cover 9D are in air communication with the gas path vertical pipe 9B to the gas path nozzle 9A, which is simple and convenient for pressurized heating and temperature rising operation in the shoe, and allows the eight sides of the shoe to circulate hot air, which solves the problem of drying the inside of the shoe through a bracket pipe.

[0059] The shoe rack 19 is provided with a shoelace slot frame 19A, a shoe supporting bracket 19B, and a basket frame 19C. The shoe supporting bracket 19B is provided with two and is welded on the top of the inner groove of the basket frame 19C. The two shoe supporting brackets 19B are welded with the shoelace slot frame 19A on the top of the center of the basket frame 19C. The shoes can be inverted and inclined on the shoe supporting bracket 19B. The basket frame 19C can be placed inside the box shell 3.

[0060] It needs to be explained that the shoelace slot frame 19A can place shoelaces to cooperate with the spray cleaning of the shoelaces and the heat drying of the shoelaces. The shoe supporting bracket 19B can place shoes to cooperate with the spray cleaning of the inside and outside of the shoes and the heat drying of the inside and outside of the shoes. The basket frame 19C facilitates the whole frame to be taken out of the box shell 3 and placed into the box shell 3.

[0061] The device is arranged through the air pipe frame 9 of the box shell 3 and the heater 11, the shoes are placed on the shoe rack 19 in the box shell 3, the opening of the shoes is inserted through the air path nozzle 9A and the air path stand pipe 9B, the air path cross pipe 9C and the air valve cover 9D are connected through the box shell 3 and the heating fin seat 11B at the bottom of the hot air machine 11A, when the hot air machine 11A blows hot air, the heating fin seat 11B continuously heats the hot air to the air valve port 11C and the air valve cover 9D, so that the air valve port 11C performs hot drying on the outer surface of the shoes, and the air path nozzle 9A synchronously performs hot drying on the inner surface of the inner groove of the shoes, so that the hot drying operation after the shoe washing machine washes the shoes achieves the effect of completely drying the shoes in an integrated and homogeneous manner. Embodiment 3

[0062] Please refer to Figures 1-9 The utility model provides a spray and hot drying integrated shoe washing machine, including box shell 3, upper spray arm 7, water pipe frame 8, air pipe frame 9, lower spray arm 10, heater 11, funnel groove 14, shoe rack 19, the shoe rack 19 is placed with shoes on the inclination, the shoe rack 19 is placed with shoes in the inside of box shell 3, water pipe frame 8 and air pipe frame 9 are installed in the inside of the inside of box shell 3 in upside and downside dislocation, the heater 11 is closely attached to the right side in the inside of box shell 3, upper spray arm 7 and lower spray arm 10 are installed respectively in the upper and lower sides of box shell 3, upper spray arm 7 and lower spray arm 10 spray and wash shoes to the shoe rack 19 in the middle, water pipe frame 8 can wash shoes inside, the heater 11 can hot dry shoes inside through air pipe frame 9.

[0063] Since the shoe washing machine is mostly drawer type to pull and put shoes and take shoes, the increased drawer structure fills and thickens the internal space of the shoe washing machine, so that the spray arm and the shoe rack of the shoe washing machine are difficult to adapt to the operation of spraying, hot drying and the like.

[0064] It should be noted that the first step of the shoe washing machine is to spray and wash the shoes and the shoe rack 19 inside and outside the middle shoes through the upper spray arm 7 and the lower spray arm 10, and then the second step is to hot dry the shoes inside and outside through the heater 11 and the air pipe frame 9, so that the two steps of the shoe washing machine can realize fast shoe washing and drying operation, and improve the comprehensive function and detailed performance of the shoe washing machine.

[0065] The box shell 3 top is provided with a glass flip cover 1 and a hinge shaft bracket 2, the box shell 3 is connected with the glass flip cover 1 through the hinge shaft bracket 2, the bottom of the box shell 3 is fixedly provided with a base 4, the inside of the base 4 is fixedly provided with a water inlet 5, a drain 6, a controller 12, a solenoid valve 13, a funnel groove 14, a first water pump 15, a three-way valve 16, a second water pump 17, a pipeline 18, the water inlet 5 and the drain 6 are inserted into the left side of the base 4, the controller 12 is electrically connected with the solenoid valve 13, the first water pump 15 is penetrated with the second water pump 17 through the three-way valve 16, the funnel groove 14 is installed between the first water pump 15 and the three-way valve 16, the pipeline 18 is penetrated with the first water pump 15, the water inlet 5 is connected with the first water pump 15, the three-way valve 16 and the second water pump 17 are connected in series, the drain 6 can circulate in the base 4, the pipeline 18 can separate the first water pump 15 waterway to extract water flow to the upper spray arm 7 of the glass flip cover 1, the magnet at the front end of the glass flip cover 1 is locked with the magnet at the front end of the box shell 3 through magnetic attraction, the magnetic attraction with relay can be externally connected with a signaler and a Bluetooth receiver.

[0066] It should be noted that the magnet at the front end of the glass flip cover 1 is locked with the magnet at the front end of the box shell 3 through magnetic attraction, the magnetic attraction with relay can be externally connected with a signaler and a Bluetooth receiver, and the magnetic lock can be circuit integrated with a Bluetooth setting mobile phone remote unlocking and a shoe washing payment background, so that the shoe washing machine can be placed in a public place for theft prevention.

[0067] The spray and hot drying integrated shoe washing machine replaces the drawer type shoe washing machine with a flip cover type shoe washing machine structure, and the side opening door is commonly pushed into the shoe body from front to back, but the flip cover type is more convenient for manual shoe lifting gestures. The hinge shaft bracket 2 of the flip cover type is provided with built-in detergent and shoe washing agent to generate foam mixing flow for cleaning. The glass flip cover 1 is arranged on the box shell 3 and the base 4 to form a magnetic lock operation of the glass flip cover 1 arranged with a magnet. The shoes on the shoe rack 19 can be opened to put the shoes on the shoe rack 19 into the box shell 3 for spray and hot drying shoe washing automation operation effect, which expands the space in the box shell 3 to increase the action amplitude of the upper spray arm 7 and the lower spray arm 10, and the magnetic lock can be circuit integrated with a Bluetooth setting mobile phone remote unlocking and a shoe washing payment background, so that the shoe washing machine can be placed in a public place for theft prevention and internal mechanical component damage prevention.

[0068] The above is only a specific embodiment of the present application, but the protection scope of the present application is not limited thereto, and any person skilled in the art can easily think of changes or replacements within the technical scope disclosed in the present application, which should be covered within the protection scope of the present application.

Claims

1. A shoe washing machine with integrated spraying and heat drying, characterized in that: It includes box shell (3), upper spray arm (7), water pipe rack (8), gas pipe rack (9), lower spray arm (10), heater (11), funnel groove (14), shoe rack (19), the shoe rack (19) is inclined to place shoes, the shoe rack (19) is put into the inside of the box shell (3) with shoes, the water pipe rack (8) and gas pipe rack (9) are vertically installed in the inside of the inside of the box shell (3), the heater (11) is close to the right side of the inside of the box shell (3), the upper spray arm (7) and lower spray arm (10) are installed in the upper and lower sides of the box shell (3) respectively, the upper spray arm (7) and lower spray arm (10) spray and clean shoes in the middle shoe rack (19), the water pipe rack (8) can clean the inside of shoes, the heater (11) can heat the inside of shoes through the gas pipe rack (9).

2. The shoe washing machine of claim 1, wherein: The upper spray arm (7) is provided with shaft seat (7A), upper arm seat (7B), valve core (7C), spray head upper arm rack (7D), the upper arm seat (7B) and the spray head upper arm rack (7D) are provided with valve core (7C), the upper arm seat (7B) and the spray head upper arm rack (7D) are buckled together, the shaft seat (7A) is nested on the top of the valve core (7C) and the top of the middle section of the upper arm seat (7B), the valve core (7C) is communicated with the pipeline (18) in the box shell (3) through the inner tube of the shaft seat (7A).

3. The shoe washing machine of claim 1, wherein the shoe washing machine further comprises a heating unit installed in the shoe washing chamber. The lower spray arm (10) is provided with spray head lower arm rack (10A), lower arm seat (10B), water inlet valve seat (10C), the spray head lower arm rack (10A) and the lower arm seat (10B) are provided with water inlet valve seat (10C), the spray head lower arm rack (10A) and the lower arm seat (10B) are buckled together, the water inlet valve seat (10C) is communicated with the pipeline (18) in the box shell (3).

4. The shoe washing machine of claim 1, wherein the shoe washing machine further comprises a heater. The water pipe rack (8) is provided with water route spray head (8A), water route vertical pipe (8B), water route horizontal pipe (8C), rib rack (8D), the water route spray head (8A) is nested on the top of the water route vertical pipe (8B), the right end of the water route horizontal pipe (8C) is matched with the rib rack (8D), the water route vertical pipe (8B) is provided with two and is vertically inserted into the top of the water route horizontal pipe (8C), the water route horizontal pipe (8C) is communicated with the pipeline (18) in the box shell (3).

5. The shoe washing machine of claim 1, wherein the shoe washing machine further comprises a heater installed in the shoe washing chamber. The heater (11) is provided with hot air blower (11A), heating fin seat (11B), air valve port (11C), the hot air blower (11A) is fixed on the top of the heating fin seat (11B), the air valve port (11C) is nested in the bottom of the heating fin seat (11B), the gas pipe rack (9) is communicated with the heating fin seat (11B) through the box shell (3).

6. The shoe washing machine of claim 1, wherein the shoe washing machine further comprises a heater. The air duct frame (9) is provided with air path spray head (9A), air path vertical pipe (9B), air path horizontal pipe (9C), air valve cover (9D), the air path spray head (9A) is nested on the top of air path vertical pipe (9B), the right end of air path horizontal pipe (9C) is fixed with air valve cover (9D), air path vertical pipe (9B) is provided with two and is vertically inserted in the top of air path horizontal pipe (9C), air path horizontal pipe (9C) is through air valve cover (9D) and heater (11) air path interpenetration.

7. The shoe washing machine of claim 1, wherein the shoe washing machine further comprises a heater. The funnel groove (14) is provided with frame opening (14A), inclined filter plate (14B), hand bar (14C), leak opening (14D), drainage channel (14E), discharge port (14F), screen surface groove (14G), the hand bar (14C) is transversely welded together in the middle of frame opening (14A), the frame opening (14A) is nested on the top of screen surface groove (14G), the inclined filter plate (14B) is obliquely inserted in the inside of screen surface groove (14G), the drainage channel (14E) is welded at the bottom of screen surface groove (14G), the discharge port (14F) is fixed at the right side of drainage channel (14E) and the right lower corner of screen surface groove (14G), the leak opening (14D) is fixed at the left side of inclined filter plate (14B), the screen surface groove (14G) is installed in the inside of base (4).

8. The shoe washing machine of claim 1, wherein the shoe washing machine further comprises a heater. The shoe rack (19) is provided with shoelace groove frame (19A), shoe supporting bracket (19B), basket frame (19C), the shoe supporting bracket (19B) is provided with two and is welded on the top of inner groove of basket frame (19C) respectively, the two shoe supporting brackets (19B) are welded with shoelace groove frame (19A) on the top of the center of basket frame (19C), the shoes can be inverted and inclinedly arranged on shoe supporting bracket (19B), the basket frame (19C) can be placed in the inside of box shell (3).

9. The shoe washing machine of claim 1, wherein the shoe washing machine further comprises a heater. The box shell (3) top is equipped with glass flip cover (1) and hinge shaft frame (2), the box shell (3) is connected with glass flip cover (1) through hinge shaft frame (2), the box shell (3) bottom is fixed with base (4), the base (4) inside is fixed with water inlet (5), drain (6), controller (12), electromagnetic valve (13), funnel groove (14), first water pump (15), three-way valve (16), second water pump (17), pipeline (18), the water inlet (5) and drain (6) are inserted in the left side in the base (4), the controller (12) and electromagnetic valve (13) are electrically connected, the first water pump (15) is through three-way valve (16) and second water pump (17) interpenetration, the funnel groove (14) is installed between first water pump (15) and three-way valve (16), the pipeline (18) and first water pump (15) interpenetration, the water inlet (5) is connected first water pump (15) conduction three-way valve (16) and second water pump (17) series drain (6) can be in the base (4) circulating waterway, the pipeline (18) can separate first water pump (15) waterway extraction water flow to glass flip cover (1) upper spray arm (7) interpenetration, the magnet of glass flip cover (1) front end and the magnet of box shell (3) front end are locked through magnetic attraction, the magnetic attraction interlocking with relay can be externally connected signaler and bluetooth receiver.

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