Patent ID: 12239215

NUMERICAL REFERENCE IDENTIFICATION

1, hairdressing tool cleaner;2, cleaning device;3, sterilizing device;4, control device;5, hairdressing tool;21, first housing;22, support feet;23, cleaning mechanism;24, collection box;25, driving assembly;26, first bin cover;27, telescopic assembly;31, second housing;32, steam device;33, liquid tank;34, drainage device;35, second bin cover;211, cleaning bin;212, drainage part;231, cleaning element;232, driving shaft;241, handle part;251, motor;252, gear set;253, fastener;261, second opening;271, telescopic end;272, fixed end;311, sterilization bin;312, accommodating space;321, water pump;322, heater;331, through cover;351, fourth opening;2111, first opening;2112, accommodating part;2113, collecting part;2321, clamping groove;2322, connector clip;2323, cutting guide wire cavity;2324, connecting hole;3111, third opening;3112, storage tray.

DETAILED DESCRIPTION OF THE INVENTION

In order to make the objectives, technical solutions and advantages of the present disclosure clearer, the present disclosure will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain rather than limit the present disclosure.

It should be noted that when an element is referred to as being “fixed to” another element, the element can be directly on the other element or intervening elements may also exist. When an element is referred to as being “connected” to another element, the element can be directly connected to the other element or intervening elements may also exist. The terms “vertical”, “horizontal”, “left”, “right” and similar expressions are used herein for illustration only.

In the present disclosure, the orientation or positional relationship indicated by the terms “on”, “below”, “left”, “right”, “front”, “rear”, “top”, “bottom”, “in”, “out”, “middle”, “vertical”, “horizontal”, “horizontal”, “longitudinal”, etc. is based on the orientation or positional relationship shown in the drawings. These terms are primarily used to better describe the disclosure and the embodiments thereof but are not intended to limit the fact that the indicated device, element or component must have a particular orientation, or be constructed and operated in a particular orientation.

In addition, some of the above-mentioned terms may be used to express other meanings besides orientation or positional relationship. For example, the term “on” may also be used to express a certain attachment or connection relationship in some cases. For those of ordinary skill in the art, the specific meanings of these terms in the present disclosure can be understood according to specific situations.

Furthermore, the terms “install”, “dispose”, “provide”, “connect”, etc. should be construed broadly. For example, it may be a fixed connection, a detachable connection, or a unitary structure; it may be a mechanical connection or an electrical connection; it may be a direct connection, or an indirect connection through an intermediary, or an internal communication between two devices, elements or components. For those of ordinary skill in the art, the specific meanings of the above terms in the present disclosure can be understood according to specific situations.

Please refer toFIG.1andFIG.2. A first embodiment of the present disclosure provides a hairdressing tool cleaner1, which includes a sterilizing device3and a cleaning device2sequentially arranged along the gravitational direction. A sterilization bin311is formed inside the sterilizing device3, and a cleaning bin211is formed inside the cleaning device2, and the sterilization bin311is isolated from the cleaning bin211.

Understandably, the sterilizing device3and the cleaning device2are sequentially arranged along the gravitational direction, that is, the sterilizing device3is located above the cleaning device2, and a surface of the cleaning device2away from the sterilizing device3can be defined as a support surface. The sterilizing device3and the cleaning device2can be fixedly connected, thereby the sterilizing device3and the cleaning device2can be integrated into a unified entity to form the hairdressing tool clean1, such that the hairdressing tool cleaner1can not only facilitate the removal of hair and debris of the hairdressing tool5through the cleaning bin211, but also achieve the sterilization function of the hairdressing tool5through the sterilization bin311. Consequently, the hairdressing tool5can be thoroughly and efficiently cleaned. Moreover, the sterilization bin311of the sterilizing device3and the cleaning bin211of the cleaning device2are isolated from each other. After the hair debris is cleaned in the cleaning bin211, the hairdressing tool can directly enter the sterilization bin311for sterilization without using an extra sterilization tool, such that the rapid and seamless connection of cleaning debris such as hair debris on the hairdressing tools5and sterilization is realized, the cleaning speed of the hairdressing tools5is improved, and the cleaning operation is more continuous and simpler. In addition, the sterilization bin311of the sterilizing device3and the cleaning bin211of the cleaning device2are in an isolated state, such that the cleaning of hair and debris in the cleaning bin211and the sterilization work of the sterilization bin311do not interfere with each other, and at the same time, the isolated state also avoids the problem that the hair and debris are mixed with the liquid during sterilization when only a single bin is used for both cleaning and sterilization functions at the same time, thus realizing effective cleaning of the hairdressing tool5. In addition, the sterilization bin311and the cleaning bin211work independently, such that the hairdressing tool cleaner1can remove hair debris from a hairdressing tool5through the cleaning bin211and can also sterilize another hairdressing tool5at the same time, which is beneficial to the seamless connection of cleaning of a plurality of hairdressing tools5, and is more conducive to improving the rapid cleaning of the plurality of hairdressing tools5.

Please refer toFIGS.1and2. Further, the cleaning device2includes a first housing21connected with the sterilizing device3. The cleaning bin211with a first opening2111is formed in the first housing21, and a detachable cleaning mechanism23is arranged in the cleaning bin211.

Understandably, the cleaning device2can be fixedly connected with the sterilizing device3through the first housing21. Specifically, the side of the first housing21close to the sterilizing device3can be shaped to match the shape of the sterilizing device3, such that the sterilizing device3can be embedded and fixed on the second housing31, thereby improving the connection effect between the sterilizing device3and the cleaning device2. The first housing21can be made of silica gel, and the first housing21made of silica gel material has high temperature resistance, strong stability and easy cleaning. The cleaning bin211with the first opening2111can be formed in the first housing21, and the cleaning bin211is isolated from the sterilization bin311, so as to avoid the mutual influence between the sterilization work of the sterilization bin311and the cleaning work of the cleaning bin211. When the hairdressing tool5enters into the accommodating part2112from the first opening2111, the hair, debris and the like on the hairdressing tool5can be removed by the cleaning mechanism23. At the same time, because the cleaning mechanism23is detachably connected to the cleaning bin211, the cleaning mechanism23can be disassembled before and after the cleaning process, which is beneficial to the clean of hair and debris of the cleaning mechanism23. In addition, it is more conducive to replacing or repairing the cleaning mechanism23, prolonging the service life of the cleaning mechanism23and prolonging the service life of the hairdressing tool cleaner1.

Please refer toFIG.1andFIG.2. Further, the cleaning mechanism23defines the interior of the cleaning bin211as an accommodating part2112and a collecting part2113sequentially arranged along the gravitational direction. The first opening2111communicates with the accommodating part2112, and the cleaning mechanism23rotates when working.

Understandably, the cleaning bin211can be defined by the cleaning mechanism23to form an accommodating part2112and a collecting part2113, and the accommodating part2112communicates with the collecting part2113. The accommodating part2112, the cleaning mechanism23and the collecting part2113are sequentially arranged along the gravitational direction, such that the accommodating part2112and the cleaning mechanism23are located above the collecting part2113. Thus, when the hairdressing tool5enters into the accommodating part2111from the first opening and the cleaning mechanism23rotates, the hair of the hairdressing tool5can be transferred to the cleaning mechanism23in a rotating way, and at the same time, the debris of the hairdressing tool5can be swept away, such that the hair and debris not wound on the cleaning mechanism23leave the hairdressing tool5and fall into the collecting part2113located below the cleaning mechanism23under the action of gravity, such that the cleared hair and debris can be collected by the collecting part2113, which can prevent the debris such as hair and debris from splashing around, improve the user's experience, but also avoid the secondary pollution caused by debris such as hair and debris.

Referring toFIG.2, further, the cleaning device2includes a collection box24, and the collection box24may be pulled into and out of the collecting part2113through the first opening2111.

Understandably, the size of the drawable collection box24matches the size of the collecting part2113, such that the collection box24can collect all debris such as hair and debris falling into the collecting part2113. The first opening2111communicates with the collecting part2113, and the collection box24can be provided with a handle part241. The collection box24is pulled out through the handle part241, such that the collection box24can be pulled out from the first opening2111and separated from the collecting part2113. The handle part241can be formed by the box body of the collection box24being depressed inward or protruding outward, or by arranging a handle on the collection box24, the shape and size of the handle are not limited, so long as the collection box24can be pulled in the collecting part2113through the handle. After the collection box24has collected the sundries such as hair and debris, the stylist and other users can pull out the collection box24through the handle part241, such that the collection box24can be separated from the collecting part2113, and the collected sundries such as hair and debris in the collection box24can be uniformly treated.

Referring toFIG.3, the cleaning device2further includes a driving assembly25, which is connected with the cleaning mechanism23and drives the cleaning mechanism23to rotate.

Understandably, the cleaning mechanism23in the cleaning device2can be driven by the driving assembly25, that is, the driving assembly25is a power device that provides power for the cleaning mechanism23. Therefore, the cleaning mechanism23needs to be detachably connected with the driving assembly25, so as to drive the cleaning mechanism23to rotate through the driving assembly25to remove hair and debris from the hairdressing tool5.

Referring toFIG.1, further, the cleaning mechanism23includes a cleaning element231and a driving shaft232connected to the cleaning element231. The driving shaft232is detachably connected to the driving assembly25, and the driving assembly25drives the driving shaft232to rotate to drive the cleaning element231to rotate.

Understandably, the cleaning element231is arranged on the driving shaft232, and the driving shaft232is detachably connected to the driving assembly25, such that the driving assembly25can drive the driving shaft232to rotate to drive the cleaning element231located on the driving shaft232to rotate, such that debris such as hair debris on the hairdressing tool5can be transferred to the cleaning mechanism23through the rotation of the cleaning element231, that is, the cleaning mechanism23can be controlled to rotate through the driving assembly25to remove debris such as hair debris on the hairdressing tool5.

Please refer toFIG.4. Further, the driving assembly25includes a motor251and a gear set252. Both ends of the gear set252are respectively connected with the motor251and the driving shaft232. The rotation of the motor251drives the gear set252to rotate, and the rotation of the gear set252drives the driving shaft232to rotate, so as to drive the cleaning element231to rotate.

Understandably, the driving assembly25includes a motor251and a gear set252, and both ends of the gear set252are respectively connected with the motor251and the driving shaft232. When the driving shaft232is connected with the cleaning element231, the motor251rotates to drive the gear set252to rotate, the gear set252rotates to drive the driving shaft232to rotate, the driving shaft232rotates to drive the cleaning element231to rotate, and the cleaning element231can transfer the hair debris and other impurities on the hairdressing tool5, that is, the rotation of the cleaning mechanism23can be controlled by controlling the rotation of the motor251, so as to remove debris such as hair chips from the hairdressing tool5. The motor251drives the gear set252to rotate, which can reduce the inertia of the transmission system and improve the stability of transmission, so as to accurately control the rotating speed of the cleaning mechanism23and improve the precision and efficiency of the cleaning process.

Please refer toFIGS.3-5, further, the driving assembly25also includes a fastener253connected with the gear set252. A retractable telescopic assembly27is arranged at the position opposite to the fastener253in the cleaning bin211. A clamping groove2321and a connector clip2322are respectively arranged at one end of the driving shaft232corresponding to the fastener253and the telescopic assembly27, and the driving shaft232is engaged with the fastener253through the clamping groove2321, and is inserted into the telescopic assembly27through the connector clip2322.

Understandably, the end of the telescopic assembly27close to the driving shaft232can be telescopically inserted into the end of the telescopic assembly27away from the driving shaft232, that is, the telescopic assembly27includes a telescopic end271and a fixed end272, and the telescopic end271is telescopically inserted into the fixed end272. The telescopic end271can be provided with an insertion groove, and when the cleaning mechanism23is loaded in the cleaning bin211, one end of the driving shaft232is inserted into the insertion groove on the telescopic end271of the telescopic assembly27through the connector clip2322and abuts against the groove wall of the insertion groove, and the other end of the driving shaft232is engaged with the fastener253through the clamping groove2321, that is, the fastener253is clamped in the clamping groove2321, thus completing the cleaning mechanism232. When the cleaning mechanism23needs to be detached from the cleaning bin211, a force in the same direction as the retraction direction of the telescopic assembly27can be applied to the driving shaft232, such that the telescopic assembly27can be retracted, that is, the telescopic end271of the telescopic assembly27is retracted into the fixed end272, and the fastener253is disengaged from the clamping groove2321, such that the driving shaft232can be detached, that is, by pressing the driving shaft232in the same direction as the retraction direction of the telescopic assembly27, the detachable connection of the driving shaft232can be realized, which facilitates the replacement and maintenance of the driving shaft232and prolongs the service life of the hairdressing tool cleaner1.

Optionally, the shape of the fastener253is matched with that of the clamping groove2321, and both are non-circular, so as to prevent the fastener253from rotating in the clamping groove2321, thereby affecting the stability of the fastening connection between the fastener253and the clamping groove2321. In this embodiment, it is preferable that the shapes of the fastener253and the clamping groove2321are triangular, so as to further prevent the fastener253from moving in the clamping groove2321, thereby improving the clamping effect of the fastener253and the clamping groove2321, and further improving the stability of the connection state between the driving shaft232and the driving assembly25.

Referring toFIG.4, further, the driving shaft232is hollow, and the outer surface of the driving shaft232is also provided with a cutting guide wire cavity2323communicating with the inside of the driving shaft232, and the cutting guide wire cavity2323is parallel to the central axis of the driving shaft232.

Understandably, the outer surface of the driving shaft232is also provided with a cutting guide wire cavity2323communicating with the inside of the driving shaft232, and the cutting guide wire cavity2323is parallel to the central axis of the driving shaft232and can be set according to a preset length. In this embodiment, the length of the cutting guide wire cavity2323can be greater than the distance between the cleaning elements231arranged at the boundary positions of the driving shaft232according to the boundary positions of the cleaning elements231arranged at the two ends of the driving shaft232. A cutting guide device can be installed on the cutting guide wire cavity2323, and the cutting guide device can move on the cutting guide wire cavity2323, such that after the cleaning mechanism23is used for a period of time, the cutting guide device can be controlled to move to cut the hair wound on the cleaning element231.

Understandably, the cutting guide device may include a cutter. After the debris such as hair chips on the hairdressing tool5is removed, the user can push the cutting guide device to move in the cutting guide line cavity2323to drive the cutter to move and cut and remove the debris such as hair wound on the cleaning element231, thus realizing the reuse of the cleaning mechanism23and prolonging the service life of the cleaning mechanism23. Understandably, the cutting guide device can also be set to move in the cutting guide wire cavity2323in an electrically driven manner, so as to cut the hair wound on the cleaning element231.

Referring toFIG.2, the cleaning device2further includes a first bin cover26movably connected with the first housing21. The first bin cover26covers the first opening2111of the first housing21and covers the collecting part2113. The first bin cover26is provided with a second opening261communicating with the cleaning bin211and corresponding to the position of the accommodating part2112of the cleaning bin211.

Understandably, the shape and size of the second opening261of the first bin cover26are not limited, and manufacturers can customize it according to customers' needs and set it according to the hairdressing tools5on the market, as long as the position of the second opening261of the first bin cover26corresponds to the position of the accommodating part2112, and the hairdressing tools can directly enter the accommodating part2112through the first opening2111from the second opening261. In addition, the cover of the first bin cover26can fix the collection box24located in the collecting part2113at the current position thereof, and prevent the hair and debris located in the collection box24from leaving the collecting part2113when the cleaning mechanism23cleans the hairdressing tool5, thus affecting the collection of hair and debris.

Further, the cleaning elements231include, but are not limited to, cleaning elements231such as bristles, teeth, tendrils, scrubbers, wipers, etc. Different kinds of cleaning elements231can be used in combination, and a single kind of cleaning elements231can be used in combination by setting different sizes to completely remove impurities such as hair and debris from the hairdressing tool5.

Referring toFIG.4, further, the driving shaft232is provided with a plurality of connecting holes2324, each connecting hole2324is correspondingly connected with a cleaning element231, and the plurality of connecting holes2324are uniformly arranged according to a preset array or staggered in any two adjacent columns according to a preset array.

Understandably, in this embodiment, it is preferable that the cleaning element231includes a plurality of brushes. The driving shaft232is provided with a plurality of connecting holes2324, which are arranged according to the array positions preset by the manufacturers to present a preset array arrangement, such that after the plurality of brushes are connected to the driving shaft232through the connecting holes2324, the plurality of brushes are also arranged in a preset array. The plurality of brushes can be arranged in different ways through different preset arrays. In this embodiment, when the cleaning elements231are brushes, uniform arrangement or staggered arrangement of any two adjacent columns can be realized according to the preset array.

Specifically, the uniform arrangement of a plurality of cleaning elements231can be realized through the uniform arrangement of a plurality of connecting holes2324, and the cleaning speed of hair and debris on the hairdressing tool5can be improved through the uniform arrangement of a plurality of brushes. Alternatively, the staggered arrangement of any two adjacent columns of the plurality of cleaning elements231can be realized through the staggered arrangement of the plurality of connecting holes2324, such that the hair and debris on the hairdressing tool5can be easily wound on the brush, and the cleaning efficiency of the cleaning elements231can be further improved. In addition, fewer brushes are required in staggered arrangement, and the cost is lower under the condition of achieving the same or better cleaning effect.

Please refer toFIG.5. Further, the surface of the cleaning device2far away from the sterilizing device3is provided with a plurality of support feet22, and the plurality of support feet22are symmetrically distributed along the central axis of the cleaning device2.

Understandably, the side of the first housing21near the collecting part2113is provided with a plurality of support feet22in the direction away from the first housing21, and the support feet22support the cleaning device2. The shape, height and number of the support feet22are not limited, which can be set according to the shape and size of the supporting surface of the cleaning device2, as long as the cleaning device2can be supported. The support feet22can improve the supporting effect of the cleaning device2and avoid the direct contact between the cleaning device2and the placing surface on which the cleaning device2is placed. In this embodiment, it is preferable that a plurality of support feet22are set to be symmetrically distributed by taking the central axis of the cleaning device2as an axis of symmetry, such that the stress on the support feet22is more uniform, thereby improving the supporting effect. More preferably, four support feet22can be provided, which are respectively arranged on the four boundary corners of the supporting surface of the cleaning device2, and are symmetrically distributed by taking the central axis of the cleaning device2as an axis of symmetry, such that the most stable support can be achieved with the least support feet22.

Please refer toFIG.1andFIG.2. Further, the sterilizing device3includes a second housing31, which is arranged at one end of the first housing21away from the collecting part2113, and the sterilization bin311isolated from the cleaning bin211is formed in the second housing31.

Understandably, the second housing31can be made of silica gel, and the second housing31made of silica gel material has high temperature resistance, strong stability and easy cleaning. The end of the first housing21away from the collecting part2113can form a groove matched with the shape of the second housing31, such that the second housing31can be embedded in the groove of the first housing21, and the sterilization bin311is isolated from the cleaning bin211, such that the cleaning work of the cleaning device2and the sterilization work of the sterilizing device3on the hairdressing tool5can be independently carried out without interference. Therefore, after cleaning the hair and debris on the hairdressing tool5by setting the cleaning device2, the user can put the hairdressing tool5into the sterilization bin311of the sterilizing device3, and gas can be released in the sterilization bin311to disinfect the hairdressing tool, thus realizing the rapid and seamless connection of cleaning the hair and debris on the hairdressing tool5and sterilization, and improving the cleaning speed of the hairdressing tool5. In addition, at the same time, the service life of the hairdressing tool5is prolonged, and at the same time, customers' concerns about hygiene problems are eliminated, thus improving the user experience.

Referring toFIG.3, the hairdressing tool cleaner1further includes a steam device32and a liquid tank33, where the liquid tank33is arranged on the side of the second housing31away from the third opening3111, and is used for containing liquid; and the steam device32is connected with the sterilization bin311and the liquid tank33respectively, and is used for evaporating the liquid in the liquid tank33into gas and conveying it to the sterilization bin311.

Understandably, the steam device32is connected with the sterilization bin311and the liquid tank33respectively, such that the steam device32can receive the liquid in the liquid tank33, evaporate the liquid to form high-temperature gas, and deliver the high-temperature gas to the sterilization bin311, such that the hairdressing tools can be sterilized at high temperature by the high-temperature gas.

Understandably, the liquid tank33also includes a through hole and a through cover331covered with the through hole. Users such as hairdressers can add liquid to and discharge liquid from the liquid tank33through the through hole. The position, shape and size of the through hole are not limited, so long as the users can add liquid to and discharge liquid from the liquid tank33through the through hole. In this embodiment, it is preferable that the through hole is located at the side of the liquid tank33away from the cleaning bin211and at the center of this side, which is more convenient for users to add to and discharge liquid from the liquid tank33, and at the same time, it is convenient to add more liquid.

Please refer toFIG.3andFIG.6. Further, an accommodating space312is formed in the second housing31, which is isolated from both the cleaning bin211and the sterilization bin311, and the accommodating space312accommodates the steam device32.

Understandably, an accommodating space312is also formed in the second housing31at a position avoiding the cleaning bin211, the accommodating space312is isolated from both the cleaning bin211and the sterilization bin311, such that the steam device32can be accommodated therein, thus avoiding direct contact of the steam device32with the cleaning bin211and the sterilization bin311in a large area, so as to avoid the influence on the cleaning work of the cleaning mechanism23in the cleaning bin211and the sterilization work of the sterilization bin311when the steam device32works.

Please refer toFIG.3andFIG.6, further, the steam device32includes a water pump321and a heater322. Both ends of the water pump321are connected with the liquid tank33and the heater322respectively, and the heater322is connected with the sterilization bin311. The heater322heats the liquid delivered from the liquid tank33by the water pump321to form gas, and delivers the gas to the sterilization bin311.

Understandably, the steam device32includes a water pump321and a heater322. Both ends of the water pump321are connected with the liquid tank33and the heater322respectively, and the heater322is connected with the sterilization bin311. The water pump321can convey the liquid in the liquid tank33to the heater322, which heats the liquid to form high-temperature gas at high temperature, and conveys the high-temperature gas to the sterilization bin311, such that the hairdressing tools can be sterilized at high temperature by the high-temperature gas.

Please refer toFIG.6andFIG.7, further, the side of the outer surface of the first housing21away from the sterilizing device3is provided with a drainage part212, and a drainage device34is arranged in the drainage part212, the drainage device34is communicated with the sterilization bin311and can be pulled into and out of the drainage part212.

Understandably, the drainage part212can accommodate the drainage device34. Specifically, the drainage part212can be arranged on the side of the outer surface of the first housing21away from the second housing31, that is, the drainage part212is arranged on the side of the outer surface of the first housing21close to the placing surface where the hairdressing tool cleaner1is placed, such that the drainage device34is located below the sterilization bin311. Therefore, after the hairdressing tool is disinfected, the liquid formed by the cooling and condensation of the gas in the sterilization bin311can enter the drainage device34under the action of gravity. After sterilization is completed, the drainage device34can be pulled out and separated from the drainage part212by pulling, so as to clean the liquid in the drainage device34and prevent the accumulation of liquid formed by gas cooling and condensation in the sterilization bin311from affecting the sterilization effect.

It should be noted that the drainage part212is arranged on the side of the outer surface of the first housing21away from the second housing31, which is the same side of the first housing as the collecting part2113and the collection box24, such that the integration effect of the cleaning device2and the sterilizing device3can be improved, and it is convenient to complete the integration of the two in a minimum space.

Please refer toFIG.5. Further, the sterilizing device3further includes at least one storage tray3112, which is arranged at one side of the sterilization bin311close to the cleaning bin211.

Understandably, the number and shape of the storage trays3112are not limited, and one storage tray3112, two storage trays3112, three storage trays3112or more storage trays3112can be arranged, so as to meet the requirement that the storage trays3112support the hairdressing tool entering the sterilization bin311and avoid the tooth brushes on the hairdressing tool from being squeezed and deformed. In this embodiment, preferably, two storage trays3112can be arranged in the sterilization bin311, so as to avoid that when only one storage tray3112is arranged, one end of the hairdressing tool is lifted and the other end thereof is still in direct contact with the bin wall of the sterilization bin311. Also, it avoids the problem that when there are more than two storage trays3112that are in contact with the hairdressing tool5too much, the contact area does not achieve the due sterilization effect. The two storage trays3112are located at one side of the sterilization bin311close to the cleaning bin211, and are respectively arranged at one end of the sterilization bin311close to the liquid tank33and one end thereof close to the second bin cover35, so as to improve the supporting effect of the toothed hairdressing tool.

Please refer toFIG.1andFIG.2. Further, the sterilizing device3includes a second bin cover35, which covers the third opening3111of the second housing31. The second bin cover35is provided with a fourth opening351communicating with the sterilization bin311, and the position of the fourth opening351corresponds to the position of the third opening3111.

Understandably, the shape and size of the second bin cover35are not limited, so long as the second bin cover35covers the second housing31. When the position of the fourth opening351of the second bin cover35corresponds to the position of the third opening3111on the sterilization bin311, the hairdressing tool can directly enter the sterilization bin311from the fourth opening351through the third opening3111, which is more convenient for users to use; moreover, the second housing31is covered by the second cover35, such that the exposed part of the second housing31is reduced, ensuring that a large amount of gas released in the sterilization bin311can be prevented from overflowing, and the disinfection effect on the hairdressing tool can be improved.

Please refer toFIG.1. Further, the hairdressing tool cleaner1is also provided with a control device4, which is connected with the cleaning device2and the sterilizing device3respectively, and controls the startup and shutdown of the cleaning device2and the sterilizing device3respectively.

Understandably, the hairdressing tool cleaner1is also provided with a control device4, which is electrically connected with the cleaning device2and the sterilizing device3respectively, and users such as hairdressers can control the start and close of the cleaning device2and the sterilizing device3through the control device4. Specifically, the control device4may include a plurality of keys, which are respectively connected with the cleaning device2and the sterilizing device3, and can respectively control the startup and shutdown of the cleaning device2and the sterilizing device3, that is, the startup and shutdown of the motor251in the cleaning device2and the sterilization of the hairdressing tool5by the sterilizing device3can be respectively controlled through the plurality of keys.

Optionally, the control device4can also include only a key, which is connected with the cleaning device2and the sterilizing device3. By pressing the key for different key durations or different consecutive times, the startup and shutdown of the motor251in the cleaning device2and the sterilization of the hairdressing tool5by the sterilizing device3can be controlled respectively.

Compared with the prior art, the hairdressing tool cleaner of the embodiment of the present disclosure has the following advantages:

The cleaning device for hairdressing tools in the embodiment of the present disclosure includes a sterilizing device and a cleaning device which are sequentially arranged along the gravitational direction, where a sterilization bin is formed in the sterilizing device, and a cleaning bin is formed in the cleaning device, and the sterilization bin is isolated from the cleaning bin. The cleaning device with the function of removing impurities such as hair and debris and the sterilizing device with the sterilization function are integrated into a whole, thus forming a hairdressing tool cleaner, such that the hairdressing tool cleaner can not only complete the cleaning function of hair and debris of the hairdressing tool, but also complete the sterilization function of the hairdressing tool, that is, the hairdressing tool can be cleaned in various aspects, such that after cleaning the hair debris, the hairdressing tool can directly enter the sterilization bin for sterilization without using an extra sterilization tool, such that the cleaning operation is more continuous and the operation is also convenient. And the sterilization bin of the sterilizing device and the cleaning bin of the cleaning device are in a mutually isolated state, such that the cleaning of hair and debris in the cleaning bin and the sterilization work of the sterilization bin do not interfere with each other, and the problem that the hair and debris are mixed with the liquid during sterilization when only one bin is used to complete the cleaning and sterilization functions at the same time is avoided, thereby realizing effective cleaning of hairdressing tools.

The cleaning mechanism in the embodiment of the present disclosure defines the interior of the cleaning bin as an accommodating part and a collecting part which are sequentially arranged along the gravitational direction, the first opening is communicated with the accommodating part, and the cleaning mechanism rotates when working. By defining the cleaning bin of the cleaning device as the accommodating part and the collecting part which are sequentially arranged along the gravitational direction, when the hairdressing tool enters into the accommodating part from the position of the first opening and the cleaning mechanism rotates, the hair and debris on the hairdressing tool can be removed, such that the hair and debris can leave the hairdressing tool and fall into the collecting part below the cleaning mechanism under the action of gravity, such that hair and debris can be collected through the collecting part, so as to prevent the hair and debris from splashing around, improve the user's experience and avoid secondary pollution caused by hair and debris at the same time.

The cleaning device in the embodiment of the present disclosure further includes a collection box, and the collection box is drawn into and out of the collecting part through the first opening. By arranging the drawable collection box in the collecting part, the removed hair, debris and other sundries can fall into the collection box under the action of gravity, and after the collection box is separated from the collecting part by drawing, the collected hair, debris and other sundries in the collection box can be uniformly treated, which is more convenient for users to use.

The cleaning mechanism in the embodiment of the present disclosure includes a cleaning element and a driving shaft, where the driving shaft is connected with the cleaning element, and the driving shaft is detachably connected with the driving assembly, and the driving assembly drives the driving shaft to rotate to drive the cleaning element to rotate. When the driving assembly and the cleaning element are connected through the driving shaft, the driving assembly rotates to drive the driving shaft to rotate, and the driving shaft rotates to drive the cleaning element to rotate, such that hair debris and other impurities on the hairdressing tool can be transferred to remove the hair debris and other impurities on the hairdressing tool.

The driving assembly in the embodiment of the present disclosure further includes a fastener connected with the gear set, a retractable telescopic assembly is arranged in the position opposite to the fastener in the cleaning bin, and a clamping groove and a connector clip are respectively arranged at both ends of the driving shaft corresponding to the fastener and the telescopic assembly, and the driving shaft is connected with the fastener through the clamping groove and inserted into the telescopic assembly through the connector clip. When a force in the same direction as the retraction direction of the telescopic assembly is applied to the driving shaft, the telescopic assembly can be extended and retracted, such that the fastening piece can be separated from the clamping groove, and thus the disassembly of the driving shaft can be realized, that is, the detachable connection of the driving shaft can be realized by pressing the driving shaft in the same direction as the retraction direction of the telescopic assembly, which facilitates the replacement and maintenance of the driving shaft and prolongs the service life of the hairdressing tool cleaner.

In the embodiment of the present disclosure, the driving shaft is hollow, and the outer surface of the driving shaft is also provided with a cutting guide wire cavity communicating with the inside of the driving shaft, and the cutting guide wire cavity is parallel to the central axis of the driving shaft. A movable cutting guide device can be arranged in the cutting guide wire cavity to cut the hair wound on the cleaning element, such that the cleaning mechanism can be reused and the service life of the cleaning mechanism can be prolonged.

The cleaning device in the embodiment of the present disclosure further includes a first bin cover movably connected with the first housing, which covers the first opening of the first housing and covers the collecting part, and is provided with a second opening which is communicated with the cleaning bin and corresponds to the position of the accommodating part of the cleaning bin. By arranging the cleaning device to clean the hair and debris on the hairdressing tool, after cleaning the hair and debris, the hairdressing tool can enter the sterilization bin through the third opening, and the sterilizing device sterilizes the hairdressing tool, thus realizing rapid and seamless connection of cleaning the hair and debris on the hairdressing tool and sterilization, and improving the cleaning speed of the hairdressing tool. In addition, at the same time, the service life of hairdressing tools is prolonged, and at the same time, customers' concerns about hygiene problems are eliminated and the user experience is improved.

In the embodiment of the present disclosure, the driving shaft is provided with a plurality of connecting holes, each connecting hole is correspondingly connected with a cleaning element, and the connecting holes are uniformly arranged according to a preset array or staggered in any two adjacent columns according to the preset array. The uniform arrangement of a plurality of cleaning elements is realized through the uniform arrangement of a plurality of connection holes, so as to improve the cleaning speed of hair and debris on hairdressing tools. Alternatively, the staggered arrangement of a plurality of cleaning elements can be realized through the staggered arrangement of a plurality of connecting holes, such that the hair and debris on the hairdressing tool can be easily wound on the brush, thereby improving the cleaning efficiency of the cleaning elements.

The hairdressing tool cleaner in the embodiment of the present disclosure further includes a steam device and a liquid tank, wherein the liquid tank is arranged at one side of the second housing away from the third opening, and is used for containing liquid; and the steam device is respectively connected with the sterilization bin and the liquid tank, and used for evaporating the liquid in the liquid tank into gas and conveying it to the sterilization bin. The steam device is respectively connected with the sterilization bin and the liquid tank, such that the steam device can receive the liquid in the liquid tank, evaporate the liquid to form high-temperature gas, and deliver the high-temperature gas to the sterilization bin, and the hairdressing tools are sterilized at high temperature by the high-temperature gas.

In the embodiment of the present disclosure, a drainage part is arranged on one side of the outer surface of the first housing away from the sterilizing device; and a drainage device is arranged in the drainage part, and the drainage device is communicated with the sterilization bin and can be pulled into and out of the drainage part. The drainage device is connected with the sterilization bin, such that the liquid formed by the gas cooling and condensation in the sterilization bin can enter the drainage device under the action of gravity, and the accumulation of the liquid formed by the gas cooling and condensation in the sterilization bin is prevented from affecting the sterilization effect.

The sterilizing device in the embodiment of the present disclosure further includes at least one storage tray, and the storage tray is arranged at one side of the sterilization bin close to the sterilization bin. The storage tray is arranged to support the hairdressing tool that enters the sterilization bin, such that the tooth brush on the hairdressing tool is prevented from being extrude and deformed, and the sterilization effect is affected.

In the embodiment of the present disclosure, the hairdressing tool cleaner is further provided with a control device, which is connected with the cleaning device and the sterilizing device respectively, and the control device controls the startup and shutdown of the cleaning device and the sterilizing device respectively. The cleaning device and the sterilizing device are respectively connected through the control device, such that the operation of the two devices can be independently controlled, and the damage of one device will not affect the work of the other device.

The above is only the preferred embodiment of the present disclosure, and it is not used to limit the present disclosure. Any modification, equivalent substitution and improvement made within the principle of the present disclosure should be included in the protection scope of the present disclosure.