CN114431591A - a cleaning machine - Google Patents

Abstract

The cleaning machine provided by the present invention includes a base, a cleaning assembly and a liquid storage box arranged on the base, and a shell assembly wrapping the cleaning assembly, and the cleaning assembly includes a cleaning tank, a liquid pump, a cleaning liquid extraction pipe, and a cleaning liquid conveying pipe; The liquid storage box includes a cleaning liquid storage bin; the liquid suction pump extracts the cleaning liquid in the cleaning liquid storage bin through the cleaning liquid extraction pipe, and inputs it into the cleaning tank through the cleaning liquid delivery pipe, and cleans the electric clippers put into the cleaning tank . The cleaning machine provided by the invention can automatically clean the electric clippers, thereby greatly improving the convenience of cleaning the electric clippers.

Description

a cleaning machine

technical field

The invention relates to cleaning equipment, in particular to a cleaning machine.

Background technique

Hairdressing appliances are commonly used in daily life as haircutting and hairdressing tools. During use, hair clippers are prone to contamination of hair and require frequent washing to keep them clean. Taking the electric clipper as an example, the electric clipper mainly includes the electric clipper body and the electric clipper head. When in use, the hair clipper head will have residual hair and sebum and oil stains that need to be cleaned, otherwise it will affect the use and life of the clipper. However, at present, when cleaning haircutting appliances, it is generally done by manually using a brush or directly with water, and there is a lack of professional haircutting appliance cleaning equipment, which makes it inconvenient to clean the haircutting appliances and cannot properly maintain the cutting head of the haircutting appliance. .

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a cleaning machine that can automatically clean the hair cutting utensils in view of the inconvenience of cleaning the hair cutting utensils.

The purpose of the present invention can be achieved through the following technical measures:

The present invention is a cleaning machine, comprising: a base, a cleaning assembly and a liquid storage box arranged on the base, and a shell assembly wrapping the cleaning assembly, the cleaning assembly includes a cleaning tank, a liquid pump, a cleaning liquid extraction pipe, and a cleaning liquid conveying pipe ; The liquid storage box includes a cleaning liquid storage bin; the liquid suction pump extracts the cleaning liquid in the cleaning liquid storage bin through the cleaning liquid extraction pipe, and enters it into the cleaning tank through the cleaning liquid delivery pipe, and cleans the hairdressing utensils placed in the cleaning tank .

Further, a cleaning liquid return conduit is arranged at the bottom of the cleaning tank; the liquid storage box further includes a cleaning liquid filter bin; the cleaning liquid return conduit is connected to the cleaning liquid filter bin.

Further, the cleaning assembly also includes a maintenance tank and a driving fan arranged on the maintenance tank; the driving fan is used to accelerate the air flow in the maintenance tank and evaporate the cleaning liquid remaining on the hair clipper placed in the maintenance tank.

Further, the cleaning assembly further includes an air pump, an atomizing fuel injection nozzle assembly, an air delivery pipe and a lubricating oil delivery pipe; the liquid storage box further includes a lubricating oil storage bin; one end of the air delivery pipe is connected to the air pump, and one end is connected to the atomized fuel injection nozzle assembly; One end of the lubricating oil delivery pipe is connected with the atomizing fuel injection nozzle assembly, and the other end is connected to the lubricating oil storage bin; the fuel injection nozzle assembly is driven by the air pump, and the sucked lubricating oil in the lubricating oil storage bin forms a lubricating oil spray and sprays out. Spread over the head of the hair clipper placed in the service slot.

Further, the bottom of the maintenance tank is provided with a lubricating oil return conduit; the lubricating oil return conduit is connected to the lubricating oil storage bin through the base.

Further, the cleaning assembly further includes an ultraviolet lamp bead disposed on the cleaning tank, which is used to perform light disinfection on the cutter head of the hair clipper placed in the maintenance tank.

Further, it also includes a controller PCBA, and the cleaning assembly also includes an infrared sensor for detecting whether a hair clipper is placed in the maintenance slot; the controller PCBA controls the driving fan and the ultraviolet lamp beads to start according to the feedback signal of the infrared sensor. Work.

Further, the longitudinal sections of the cleaning tank and the maintenance tank are in the shape of a parallelogram, and one side and the bottom are at 65° to 80°.

Further, the cleaning tank includes a cleaning tank lining board for supporting and fixing the hair clipper, and the maintenance tank includes a maintenance tank lining board for supporting and fixing the hair clipper; a filter mesh is sleeved on the nozzle of the cleaning liquid return conduit at the bottom of the cleaning tank. .

Further, the cleaning tank is provided with a liquid level detection guide post for detecting the liquid level in the cleaning tank; the controller PCBA controls the pump to stop working or sends an alarm according to the feedback signal of the liquid level detection guide post, reminding to replace the filter mesh. .

Further, the housing assembly includes a left baffle and a right baffle respectively disposed on the left and right sides of the cleaning assembly, and a top cover disposed above the cleaning assembly; the top cover is provided with a sliding door, which is slotted for the cleaning tank and the maintenance tank. The mouth is opened and closed.

Further, the housing assembly is also provided with a Hall sensor for detecting whether the openings of the cleaning tank and the maintenance tank are opened or closed by the sliding door; when the openings of the cleaning tank and the maintenance tank are opened by the sliding door, the control According to the feedback signal of the Hall sensor, the controller PCBA controls the cleaning machine to start working, and controls the suction pump to start working; when the openings of the cleaning tank and the maintenance tank are closed by the sliding door, the controller PCBA will start the operation according to the Hall sensor. The feedback signal from the device controls the washing machine to go to sleep.

The cleaning machine provided by the present invention includes a base, a cleaning assembly and a liquid storage box arranged on the base, and a shell assembly wrapping the cleaning assembly, and the cleaning assembly includes a cleaning tank, a liquid pump, a cleaning liquid extraction pipe, and a cleaning liquid conveying pipe; The liquid storage box includes a cleaning liquid storage bin; the liquid suction pump extracts the cleaning liquid in the cleaning liquid storage bin through the cleaning liquid extraction pipe, and inputs it into the cleaning tank through the cleaning liquid delivery pipe, and cleans the hair clipper placed in the cleaning tank. By using the cleaning machine provided by the present invention, the hair-cutting appliance can be cleaned automatically, thereby greatly improving the convenience of cleaning the hair-cutting appliance.

Description of drawings

1 is a schematic structural diagram of the overall cleaning machine at a certain angle of the first embodiment;

2 is a schematic structural diagram of the overall cleaning machine from another angle of the first embodiment;

3 is a schematic structural diagram of the overall cleaning machine from another angle of the first embodiment;

4 is a schematic structural diagram of the overall cleaning machine from another angle of the first embodiment;

5 is a schematic structural diagram of the main body of the cleaning assembly in the first embodiment;

6 is a schematic cross-sectional view of the main body and the bottom cover of the cleaning element in the first embodiment;

FIG. 7 is a schematic structural diagram of the base and the liquid storage box in the first embodiment.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention, but not to limit the present invention.

In order to make the description of the present disclosure more detailed and complete, the following provides an illustrative description of the embodiments and specific embodiments of the present invention; but this is not the only form of implementing or using the specific embodiments of the present invention. The features of various specific embodiments as well as method steps and sequences for constructing and operating these specific embodiments are encompassed in the detailed description. However, other embodiments may also be utilized to achieve the same or equivalent function and sequence of steps.

The invention provides a cleaning machine, comprising a base, a cleaning assembly and a liquid storage box arranged on the base, and a casing assembly including the cleaning assembly. The cleaning component includes a cleaning tank, a liquid suction pump, a cleaning liquid extraction pipe, and a cleaning liquid delivery pipe; the liquid storage box includes a cleaning liquid storage bin. When it is necessary to clean the hair clipper, put the hair clipper into the cleaning tank, start the pump, and the pump will extract the cleaning liquid in the cleaning liquid storage bin through the cleaning liquid extraction pipe, and input it into the cleaning tank through the cleaning liquid delivery pipe. , wash the hair clipper placed in the washing tank. The liquid storage box can be movably installed on the base to facilitate the replacement of the liquid storage box.

By using the cleaning machine provided by the present invention, the hair-cutting appliance can be cleaned automatically, thereby greatly improving the convenience of cleaning the hair-cutting appliance.

In order to simplify the description, the following describes the solution by taking the electric clipper in the hair clipper as an example.

Further, a cleaning liquid return conduit is arranged at the bottom of the cleaning tank; the liquid storage box further includes a cleaning liquid filter compartment connected with the cleaning fluid storage compartment; the cleaning fluid return conduit is connected to the cleaning fluid filter compartment. The electric clipper is put into the cleaning tank, and after cleaning the electric clipper, the cleaning liquid flows back to the cleaning liquid filter bin in the liquid storage box to realize the recovery of the cleaning liquid. Optimized, the cleaning fluid filter bin is communicated with the cleaning fluid storage bin, and a filter disc is provided at the connection, and the backflowing cleaning fluid is filtered through the filter disc and then flows back to the cleaning fluid storage bin again to realize the recycling of the cleaning fluid, which is environmentally friendly and environmentally friendly. economy.

Further, the cleaning component includes a maintenance tank and a driving fan arranged on the maintenance tank; when the electric clipper is cleaned in the cleaning tank, put it into the maintenance tank to start the driving fan; after the driving fan works, the maintenance is accelerated. Air flows in the tank, so that the residual cleaning liquid on the clipper evaporates quickly. The setting of the maintenance slot and the driving fan allows the clipper to quickly evaporate the residual cleaning solution after cleaning, without manual wiping, which improves the convenience of cleaning and allows the clipper to be put into use quickly after cleaning.

Further, the cleaning component also includes an ultraviolet lamp bead arranged on the maintenance tank, which is used to sterilize the cutting head of the electric clipper placed in the maintenance tank, so that the electric clipper can be reused in a more hygienic and harmless manner. .

Further, the cleaning assembly further includes an air pump, an atomizing fuel injection nozzle assembly, an air delivery pipe and a lubricating oil delivery pipe; the liquid storage box further includes a lubricating oil storage bin; one end of the air delivery pipe is connected to the air pump, and one end is connected to the atomized fuel injection nozzle assembly; One end of the lubricating oil delivery pipe is connected with the atomizing fuel injection nozzle assembly, and the other end is connected to the lubricating oil storage bin; the fuel injection nozzle assembly is driven by the air pump, and the sucked lubricating oil in the lubricating oil storage bin forms a lubricating oil spray and sprays out. The cloth is placed on the cutting head of the clipper placed in the maintenance slot. After the electric clipper dries the residual cleaning liquid in the maintenance tank, the lubricating oil in the lubricating oil storage bin in the liquid storage box is extracted through the air pump and the atomizing nozzle assembly, and oil mist is applied to the cutting head of the electric clipper. cloth. The setting of the air pump and atomizing nozzle assembly allows the electric clipper to be easily maintained after cleaning, thereby effectively improving the service life of the electric clipper head.

Further, the longitudinal sections of the cleaning tank and the maintenance tank are in the shape of a parallelogram, and one side and the bottom are at 65° to 80°. At this angle, the electric clipper can fit more closely with the tank wall in the cleaning tank and the maintenance tank, and the cleaning and maintenance are more sufficient. Preferably, when one side and bottom of the longitudinal section of the cleaning tank and the maintenance tank form a parallelogram with a 75° angle, the electric clipper fits best with the tank wall in the cleaning tank and the maintenance tank, and the effect of cleaning and maintenance is better. better.

Further, the cleaning tank includes a cleaning tank lining board that supports and fixes the electric clipper, and the maintenance tank includes a maintenance tank lining board that supports and fixes the electric clipper; the cleaning liquid return conduit pipe at the bottom of the cleaning tank is covered with a filter. mesh. A cleaning tank lining board is set in the cleaning tank, and a maintenance tank lining board is set in the maintenance tank to support and fix the electric clippers placed in the cleaning tank or maintenance tank, which is convenient for cleaning and maintenance. At the same time, the nozzle of the cleaning liquid return conduit at the bottom of the cleaning tank is covered with a filter mesh, which can filter the hair remaining on the cutter head on the electric clipper.

Further, the cleaning tank is provided with a liquid level detection guide post for detecting the liquid level in the cleaning tank; the controller PCBA controls the pump to stop working or sends an alarm according to the feedback signal of the liquid level detection guide post, reminding to replace the filter mesh. . When the liquid level in the cleaning tank reaches the preset high level, according to the feedback signal from the liquid level detection guide post, the controller PCBA controls the pump to stop working according to the feedback signal from the liquid level detection guide post; when the liquid level in the cleaning tank continues to be at When the preset high level, it indicates that the filter screen on the nozzle of the cleaning liquid return conduit at the bottom of the cleaning tank has been blocked by the hair cleaned from the head of the electric push scissors. Alarm, reminding to replace the filter screen in the cleaning tank.

Further, the housing assembly includes a left baffle and a right baffle respectively disposed on the left and right sides of the cleaning assembly, and a top cover disposed above the cleaning assembly; the top cover is provided with a sliding door, which provides access to the cleaning tank and the maintenance tank. Slots open and close. The sliding door opens and closes the slotted openings of the cleaning tank and the maintenance tank, which can have a dust-proof effect on the cleaning tank and the maintenance tank.

Further, the housing assembly is also provided with a Hall sensor for detecting whether the openings of the cleaning tank and the maintenance tank are opened or closed by the sliding door; when the openings of the cleaning tank and the maintenance tank are opened by the sliding door, the control According to the feedback signal of the Hall sensor, the controller PCBA controls the cleaning machine to start working, and controls the suction pump to start working; when the openings of the cleaning tank and the maintenance tank are closed by the sliding door, the controller PCBA will start the operation according to the Hall sensor. The feedback signal from the device controls the washing machine to go to sleep. When the openings of the cleaning tank and the maintenance tank are opened or closed by the sliding door, according to the feedback signal of the Hall sensor, the controller PCBA controls the cleaning machine to start work or go to sleep. At the same time, when the slot of the cleaning tank is opened by the sliding door, the controller PCBA controls the pump to start working according to the signal fed back by the Hall sensor, and inputs the cleaning liquid to the cleaning tank.

Please refer to FIG. 1 , FIG. 2 , FIG. 3 , FIG. 4 , FIG. 5 , FIG. 6 and FIG. 7 , for the convenience of explanation, each drawing shows the main components according to their respective emphasis, and some components are not shown.

A cleaning machine provided in this embodiment includes a casing assembly, a cleaning assembly, a liquid storage box, a base 3 and a controller PCBA5.

The housing assembly includes a top cover including a top cover housing 11 and a sliding door 12 , a left bezel including a left trim panel 13 and a left bracket plate 14 , and a left bezel including a right trim panel 15 and a right bracket plate 16 . The left decorative panel 13 and the right decorative panel 15 are respectively bonded to the sides of the left bracket plate 14 and the right bracket plate 16; the top cover shell 11 is fixed on the left and right bezels, and the sliding door 12 is slidably installed on the top cover on the outer cover 11.

The cleaning assembly includes a cleaning assembly main body 21, a liquid suction pump 22, a cleaning liquid suction pipe 23, a cleaning liquid delivery pipe 24, a driving fan 25, an air pump 26, and an atomizing fuel injection nozzle assembly, which is formed by a cleaning tank 211 and a maintenance tank 212 side by side. 27. Air delivery pipe 28, lubricating oil delivery pipe 29.

The liquid storage box includes a liquid storage box top cover 41 and a liquid storage box body 42 , and the liquid storage box body 42 includes a cleaning liquid storage bin 421 , a cleaning liquid filter bin 422 and a lubricating oil storage bin 423 . The liquid storage box top cover 41 and the liquid storage box body 42 are tightly pressed together by ultrasonic technology, and the pressed liquid storage box is buckled on the base 3 .

In this embodiment, the left baffle and the right baffle are in the shape of a semicircle, the top cover is in the shape of an arc surface, and the upper end opening of the cleaning assembly main body 21 formed by the notches of the cleaning tank 211 and the maintenance tank 212 is in the shape of an arc surface, and the whole is parallel. Hexahedron. The left bracket plate 14 in the left baffle plate and the right bracket plate 16 in the right baffle plate are respectively fixed on the left side and the right side of the cleaning assembly main body 21 by bolts. The left support plate 14 and the right support plate 16 play a supporting and fixing role for both; the top cover covers the front and rear sides and the upper opening of the cleaning assembly main body 21, wherein the sliding door 12 on the top cover The back and forth sliding on the cover case 11 opens and closes the notches of the cleaning tank 211 and the maintenance tank 212 . Specifically, the front and rear positions of the sliding door 12 are respectively provided with a front positioning hole of the elastic glass bead and a rear positioning hole of the elastic glass bead, and the front end of the upper end opening of the cleaning assembly main body 21 is provided with a glass bead. The sliding switch between the front positioning hole of the glass bead and the rear positioning hole of the elastic glass bead realizes the closing and opening of the slots of the washing tank 211 and the maintenance tank 212 .

The liquid suction pump 22 in the cleaning assembly is fixed on the base 3 by bolts, one end of the cleaning liquid suction pipe 23 is connected to the liquid suction pump 22, and the other end is connected to the cleaning liquid storage bin 421; one end of the cleaning liquid delivery pipe 24 is connected to the liquid suction pump 22 is connected, and the other end is connected to the cleaning tank 211. Specifically, the top cover 41 of the liquid storage box is provided with a top cover cleaning liquid extraction port 411, the base 3 is provided with a base cleaning liquid extraction port 31, and one end of the cleaning liquid extraction pipe 23 first passes through the base cleaning liquid extraction port 31, and then passes through The top cover cleaning liquid extraction port 411 enters the cleaning liquid storage bin 421; the cleaning tank 211 has a cleaning liquid input port, and one end of the cleaning liquid delivery pipe 24 is connected to the cleaning liquid input port. The number of cleaning liquid input ports can be set to one or more as required. In this embodiment, the number of cleaning liquid input ports is set to two.

Put the electric clipper into the cleaning tank 211, the pump 22 starts to work, and the extracted cleaning liquid flows out from the cleaning liquid input port of the cleaning tank 211 to rinse the cutting head of the electric clipper. The waste liquid generated during the flushing process will flow back to the cleaning liquid filter chamber 422, and both the clean cleaning liquid and the waste cleaning liquid will be in and out simultaneously, so that cleaning is more clean and efficient. Specifically, the bottom of the cleaning tank 211 is provided with a cleaning liquid return conduit, the base 3 is provided with a base cleaning liquid return port 32, the top cover 41 of the liquid storage box is provided with a top cover cleaning liquid return port 412, and the waste liquid in the cleaning tank 211 Through the cleaning liquid return conduit, it is successively returned to the cleaning liquid filter chamber 422 through the base cleaning liquid return port 32 and the top cover cleaning liquid return port 412 . The cleaning fluid filter compartment 422 is in communication with the cleaning fluid storage compartment 421, and a filter compartment filter mesh 4221 is provided at the communication port. The waste liquid in the cleaning liquid filter chamber 422 is filtered by the filter chamber filter mesh 4221 and then flows back into the cleaning liquid storage chamber 421, thereby realizing the repeated use of the cleaning liquid, which is economical and environmentally friendly. In addition, the connection between the cleaning liquid return conduit and the cleaning liquid return port 32 of the base also plays a role of fixing the main body 21 of the cleaning assembly on the base 3 .

Further, the cleaning tank 211 is provided with a cleaning tank lining plate 2111 for supporting and fixing the electric clipper, and a silicone inner liner 2112 closely adhering to the inner wall of the cleaning tank. The silicone bushing 2112 prevents the electric clipper from colliding with the inner wall and causing damage when cleaning in the cleaning tank 211 . The silicone inner liner 2112 contains a cleaning tank filter screen 2113 , and the cleaning tank filter screen 2113 is arranged on the nozzle of the cleaning liquid return conduit at the bottom of the cleaning tank 211 . The cleaning tank lining plate 2111 plays the role of supporting and fixing the electric clipper, and it has a certain height from the bottom of the cleaning tank 211. Just in front of or near the cleaning fluid inlet. In this way, not only the cutting head of the electric clipper can be washed with strong agitation when the cleaning liquid is input, which has a better automatic flushing effect, but also due to the height difference formed by the lining plate 2111 of the cleaning tank, the cleaning liquid will be agitated and carried out. The hair debris remaining on the head of the electric push scissors falls on the filter screen 2113 of the bottom cleaning tank.

Further, the cleaning tank 211 is also provided with a liquid level detection guide post 2114, which is controlled by the controller PCBA5 to detect the liquid level in the cleaning tank 211 and feed back the detection status to the controller PCBA5. . Specifically, during the cleaning process, when the liquid level of the cleaning liquid in the cleaning tank 211 reaches a preset high level, the high level height can be set as the resistance of the liquid level detection guide post 2114 when the electric pusher scissors head is just in the middle of the liquid level. After the corresponding change of the value is fed back to the controller PCBA5, the controller PCBA5 controls the pump 22 to stop supplying liquid to the cleaning tank 211; The cleaning tank filter screen 2113 on the nozzle of the cleaning liquid return conduit has been blocked by the hair cleaned from the head of the electric push scissors. At this time, the controller PCBA5 issues an alarm according to the feedback signal from the liquid level detection guide post 2114, reminding to replace the cleaning tank filter inside. The alarm mode is light and/or sound, and in this embodiment, the alarm mode is voice.

After the electric clipper is cleaned in the cleaning tank 211 for a preset time, the pump 22 stops working, and the cleaning ends. Put the clipper into the maintenance slot 212. A driving fan 25 is installed on the front side of the maintenance slot 212. When the electric clipper is placed in the maintenance slot 212, the driving fan 25 works, thereby accelerating the air flow in the maintenance slot 212, so that the cleaning residue on the head of the electric clipper is cleaned. Liquid can evaporate quickly. It can be understood that, the driving fan 25 can also be installed on other sides of the maintenance slot 212, and the number is not limited to one.

Further, the maintenance slot 212 is also provided with a purple light lamp bead. When the electric clipper is put into the 212, the purple light lamp bead sterilizes the cutting head of the electric clipper. The purple light bulbs can be arranged on the left and right sides of the maintenance groove 212 respectively.

When the driving fan 25 and the purple light bulbs work for a preset time, they stop working. The air pump 26 starts to work. The air pump 26 is fixed on the base 3 by bolts. The air pump 26 is connected with an air delivery pipe 28 , and the other end of the gas delivery pipe 28 is connected with the atomizing fuel injection nozzle assembly 27 . The atomizing fuel injection nozzle assembly 27 is inserted into the maintenance groove 212 from the front side of the maintenance groove 212 . The atomizing fuel injection nozzle assembly 27 is also connected with a lubricating oil delivery pipe 29 . The other end of the lubricating oil delivery pipe 29 is connected to the lubricating oil storage bin 423 . Specifically, the liquid storage box 41 is provided with a top cover lubricating oil extraction port 413, the base 3 is provided with a base lubricating oil extraction port 33, and one end of the lubrication conveying pipe 29 first passes through the base lubricating oil extraction port 33, and then lubricates through the top cover. The oil extraction port 413 enters the lubricating oil storage bin 423 . When the air pump 26 starts to work, the fuel injection nozzle assembly 27 is driven by the air pump 26, and the lubricating oil sucked in the lubricating oil storage tank 423 forms a lubricating oil spray and sprays out, and coats the knife of the electric clipper put into the maintenance tank 212. on the head. After the electric clipper dries the remaining cleaning liquid in the maintenance tank 212 and sterilized by light, the air pump 26 and the atomizing fuel injection nozzle assembly 27 are used to extract the lubricating oil in the lubricating oil storage bin 423 in the liquid storage box. The cutting head of the scissors is coated with oil mist, so that the electric clipper can be easily maintained after cleaning, thereby effectively improving the service life of the electric push scissors head.

Further, the bottom of the maintenance tank 212 is provided with a lubricating oil return conduit, the base 3 is provided with a base lubricating oil return port 34, and the top cover 41 of the liquid storage box is provided with a top cover lubricating oil return port 414. When the scissors are sprayed with oil mist, the lubricating oil that is scattered by the scissors is returned to the lubricating oil storage bin 423 through the lubricating oil return conduit, through the base lubricating oil return port 34 and the top cover lubricating oil return port 414, so as to realize the protection of the lubricating oil. Reusable, economical and environmentally friendly. In addition, the connection between the lubricating oil return conduit and the lubricating oil return port 34 of the base also plays a role of fixing the main body 21 of the cleaning assembly on the base 3 .

Further, the maintenance groove 212 is provided with a maintenance groove lining plate 2121 for supporting and fixing the electric clipper. The maintenance groove lining plate 2121 plays the role of supporting and fixing the electric clipper, and has a certain height from the bottom of the maintenance groove 212. It can be set so that when the electric clipper is placed on the lining plate 2121 of the maintenance tank, the cutting head of the electric clipper is just facing or close to the oil mist nozzle of the driving fan 25, the purple lamp beads and the atomizing fuel injection nozzle assembly 27, so as to start the operation. for better maintenance.

Further, the longitudinal sections of the cleaning tank 211 and the maintenance tank 212 are inclined parallelograms, and the one side and the bottom side are at 65° to 80°. Under this angle, the electric clipper can be more closely fitted with the tank wall in the cleaning tank 211 and the maintenance tank 212, and the cleaning and maintenance are more sufficient. Optimized, when one side of the longitudinal section of the cleaning tank 211 and the maintenance tank 212 is a parallelogram with a bottom edge of 75°, the electric clipper fits best with the tank wall in the cleaning tank and the maintenance tank. Maintenance is better.

Further, the cleaning assembly further includes an infrared sensor for detecting whether the electric clipper is placed in the maintenance slot 212 , and when detecting that there is equipment placed in the slot, a feedback signal is sent to the controller PCBA5. The controller PCBA5 controls the driving fan 25 and the ultraviolet lamp beads to start work according to the signal fed back by the infrared sensor. Specifically, after cleaning, put the electric clipper into the maintenance tank 212, the infrared sensor detects that there is equipment in the maintenance tank 212, and the feedback signal is sent to the controller PCBA, and the controller PCBA controls the driving fan 25 and the ultraviolet lamp beads to start. , quickly dry the cleaning solution left on the cutting head of the electric clipper, and sterilize the cutting head with light. When the drying and disinfection reach the set time, the driving fan 25 and the ultraviolet lamp beads stop working. Through the cooperation of infrared sensor and controller PCBA5, the maintenance of electric clippers is made more intelligent and automatic.

It can be understood that the infrared sensing device can be controlled by the controller PCBA, or can be set to be controlled by a separate infrared sensing PCBA. In this embodiment, the infrared sensing device includes infrared signal transmitters and receivers arranged on the sliding door 12 , and infrared lenses respectively arranged on the left and right sides of the cleaning assembly main body 21 , and the infrared sensing device is controlled by being fixed on the cleaning assembly main body 21 . IR sensing PCBA on.

Further, the cleaning assembly further includes a carrier plate disposed on the same side as the cleaning tank 211 , the carrier plate is used to fix the controller PCBA 5 , and the power button, LED light and speaker installed on the surface of the controller PCBA.

Further, the housing assembly is also provided with a Hall sensor for detecting whether the openings of the cleaning tank 211 and the maintenance tank 212 are opened or closed by the sliding door 12; when the openings of the cleaning tank and the maintenance tank are opened by the sliding door At the time, the controller PCBA controls the cleaning machine to start working according to the feedback signal of the Hall sensor, and controls the suction pump to start working; when the openings of the cleaning tank and the maintenance tank are closed by the sliding door, the controller PCBA according to the Hall sensor The feedback signal from the sensor controls the washing machine to go to sleep.

In this embodiment, a magnet is installed on the sliding door 12, a Hall switch circuit is connected to the controller PCBA, and the sliding door 12 slides. According to the feedback signal from the Hall sensor, the cleaning machine is controlled to start working, and the pump 22 is controlled to start working, and the cleaning liquid is input into the cleaning tank 211; when the openings of the cleaning tank 211 and the maintenance tank 212 are closed by the sliding door 12 , the controller PCBA5 controls the cleaning machine to enter sleep according to the signal fed back by the Hall sensor.

The above descriptions are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention shall be included in the protection of the present invention. within the range.

Claims (12)

1. A cleaning machine comprises a base, a cleaning component and a liquid storage box which are arranged on the base, and a shell component wrapping the cleaning component, and is characterized in that the cleaning component comprises a cleaning tank, a liquid pump, a cleaning liquid extracting pipe and a cleaning liquid conveying pipe; the liquid storage box comprises a cleaning liquid storage bin;

the liquid pump extracts the cleaning liquid in the cleaning liquid storage bin through the cleaning liquid extracting pipe, and the cleaning liquid is input into the cleaning groove through the cleaning liquid conveying pipe to clean the hair clipper placed in the cleaning groove.

2. The cleaning machine of claim 1 wherein the cleaning tank bottom is provided with a cleaning solution return conduit; the liquid storage box also comprises a cleaning liquid filtering bin; and the cleaning liquid backflow guide pipe is connected into the cleaning liquid filtering bin.

3. The cleaning machine of claim 2 wherein the cleaning assembly further comprises a service tank and a drive fan disposed on the service tank; the driving fan is used for accelerating the air flow in the maintaining groove and evaporating the residual cleaning liquid on the hairdressing tool placed in the maintaining groove.

4. The cleaning machine of claim 3 wherein the cleaning assembly further comprises an air pump, an atomized oil spray nozzle assembly, an air delivery pipe and a lubricant delivery pipe; the liquid storage box also comprises a lubricating oil storage bin; one end of the gas pipe is connected with the air pump, and the other end of the gas pipe is connected with the atomized oil nozzle assembly; one end of the lubricating oil conveying pipe is connected with the atomized oil nozzle assembly, and the other end of the lubricating oil conveying pipe is connected into the lubricating oil storage bin;

the oil nozzle component is driven by the air pump, and the lubricating oil sucked in the lubricating oil storage bin forms lubricating oil spray to be sprayed out and coated on a cutter head of the hairdressing apparatus placed in the maintenance groove.

5. The cleaning machine of claim 4 wherein the maintenance tank is provided with a lubricant return conduit at the bottom thereof; the lubricating oil return pipe is connected into the lubricating oil storage bin through the base.

6. The cleaning machine of claim 3 or 5 wherein the cleaning assembly further comprises a uv light bulb disposed on the cleaning tank for illuminating and disinfecting the cutting head of the hair clipper placed in the maintenance tank.

7. The cleaning machine of claim 6 further comprising a controller PCBA, the cleaning assembly further comprising an infrared sensor for detecting whether a hair cutting implement is placed in the service bay;

and the controller PCBA controls the driving fan and the ultraviolet lamp bead to start according to the signal fed back by the infrared inductor.

8. The cleaning machine of claim 3 wherein the longitudinal cross-sections of the cleaning tank and the maintenance tank are parallelograms with one side edge being 65 ° to 80 ° from the bottom edge.

9. The cleaning machine as defined in claim 3, wherein said cleaning tank includes a cleaning tank lining plate for supporting and holding a hair clipper therein, and said service tank includes a service tank lining plate for supporting and holding a hair clipper therein;

and a filter mesh is sleeved on the pipe orifice of the cleaning liquid backflow guide pipe at the bottom of the cleaning tank.

10. The cleaning machine as claimed in claim 9, wherein a liquid level detecting guide post for detecting a liquid level in the cleaning tank is provided in the cleaning tank;

and the PCBA controls the liquid pump to stop working or give an alarm according to a signal fed back by the liquid level detection guide pillar to remind the user of replacing the filter screen in the cleaning tank.

11. The washing machine of claim 7 wherein the housing assembly includes left and right baffles disposed on left and right sides of the washing assembly, respectively, and a top cover disposed over the washing assembly; the top cover is provided with a sliding door for opening and closing the grooving openings of the cleaning tank and the maintenance tank.

12. The washing machine as claimed in claim 11, wherein the housing assembly is further provided with a hall sensor for detecting whether the slotted openings of the washing and maintenance tanks are opened or closed by the sliding door;

when the grooving openings of the cleaning tank and the maintenance tank are opened by the sliding door, the PCBA controls the cleaning machine to start to work and controls the liquid pump to start to work according to a signal fed back by the Hall sensor;

when the slotted openings of the cleaning tank and the maintenance tank are closed by the sliding door, the PCBA controls the cleaning machine to enter the dormancy state according to the signal fed back by the Hall sensor.

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