Quick hair dryer with anti-blocking dredging structure and use method of quick hair dryer

Abstract

The invention discloses a quick hair dryer with an anti-blocking dredging structure and a using method of the quick hair dryer. The quick hair dryer comprises a comb tooth assembly, a shell, an internal support assembly, a high-speed fan motor, an electric heating device, a water-gas dual-purpose pump, a control panel with a push-pull gear switch, the anti-blocking dredging structure, a push button and an internal water storage tank. According to the anti-blocking dredging structure of the quick hair dryer, the anti-blocking dredging structure is innovatively introduced for pumping and blowing air into hair, dredging of a water suction channel of the quick hair dryer is achieved through linkage with a gear switch, and a user does not need to clean and maintain the blocked hair dryer by himself / herself; and meanwhile, a structure for temporarily storing water pumped out when the quick hair dryer works into an internal water storage tank is introduced, so that the water is prevented from being shunted back to hair, wetting the ground and even being re-sucked into the quick hair dryer to influence the hair drying effect. Therefore, the quick hair dryer has the advantages of energy conservation, quick hair drying and no maintenance.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of hair dryers, in particular to a quick hair dryer with anti-blocking dredging structure and a use method thereof. BACKGROUND

[0002] Traditional hair dryers (electric hair dryers) dry hair by means of hot convection, but hot air blown on the surface of wet hair can only dry the surface water of the hair, and most of the water is attached to the inside of the wet hair and the surface of the scalp. The hot air below the boiling point of water cannot quickly remove this part of the water, and the hair drying efficiency is low. In addition, traditional high-power high-wind hair dryers generally require 1000 to 2000 watts of power, and use hot convection and thermal radiation to dry hair. Only a small part of the energy is used for drying hair, and most of the energy is dissipated in the surrounding air, which consumes a lot of energy. In addition, high-speed hair dryers need to be equipped with filters. When used for a long time, the filter is easy to block, causing air intake to be not smooth, the hair dryer to be easy to heat and burn, and other problems. Therefore, the filter needs to be disassembled and cleaned, which is complicated to operate.

[0003] Therefore, how to improve the hair drying efficiency of the hair dryer, reduce energy consumption, and make the hair dryer easy to clean is a problem to be solved at present. SUMMARY

[0004] In view of the defects of the prior art, the present application provides a quick hair dryer with anti-blocking dredging structure and a use method thereof, which can effectively solve the above problems.

[0005] The technical scheme adopted by the present application is as follows:

[0006] The present application provides a quick hair dryer with anti-blocking dredging structure, which comprises a comb tooth assembly (100), an outer shell (200), an internal support assembly (300), a high-speed fan motor (400), an electric heating device (420), a water and gas dual-purpose pump (440), a control panel (500) with a push-pull gear switch, an anti-blocking dredging structure (600), a push button (615) and an internal water storage tank (700).

[0007] The internal support assembly (300) is fixedly arranged inside the outer shell (200); one side of the outer shell (200) forms a handle part, and the other side is fixedly provided with the comb tooth assembly (100) at the lower part; the comb tooth assembly (100) comprises a comb tooth bottom plate (120) and a plurality of horizontally and spaced comb teeth (110); each comb tooth (110) is provided with a vertical water suction channel (111) and a vertical air blowing channel (112) which are isolated from each other.

[0008] When the push button (615) moves to the position in the direction of the handle, it simultaneously triggers the following operations: it drives the anti-blocking and unblocking structure (600) to move, opening the vertical water suction channel (111); it drives the water tank sealing plug (613) of the internal water tank (700) to move, blocking the water tank drain outlet (740) of the internal water tank (700); it acts on the control board (500) with the push-pull gear switch to power on the hair dryer, thereby simultaneously starting the high-speed fan motor (400), the electric heating device (420) and the water-air dual-purpose pump (440). The airflow output by the high-speed fan motor (400) is heated by the electric heating device (420) and blown onto the hair through the vertical air blowing channel (112). The water-air dual-purpose pump (440) pumps water out of the hair through the vertical water suction channel (111) and temporarily stores it in the internal water tank (700).

[0009] When the push button (615) moves to its position away from the handle, it simultaneously triggers the following operations: it acts on the control board (500) with the push-pull gear switch to cut off the power to the hair dryer, thereby simultaneously shutting off the high-speed fan motor (400), the electric heating element (420), and the water-air dual-purpose pump (440); it drives the anti-clogging and unblocking structure (600) to move in the opposite direction to clean the vertical water suction channel (111); it drives the water tank sealing plug (613) of the internal water tank (700) to move in the opposite direction to open the water tank drain port (740) of the internal water tank (700), so that the water stored in the internal water tank (700) is discharged from the water tank drain port (740).

[0010] Furthermore, the internal support assembly (300) includes a fan motor and electric heating device support (310) and a water-gas dual-purpose pump and control board support (320); the fan motor and electric heating device support (310) and the water-gas dual-purpose pump and control board support (320) are installed in series.

[0011] Furthermore, the high-speed fan motor (400) and the electric heating device (420) are fixedly mounted on the fan motor and electric heating device bracket (310); the water-gas dual-purpose pump (440) and the control board (500) with push-pull gear switch are fixedly mounted on the water-gas dual-purpose pump and control board bracket (320).

[0012] Furthermore, it also includes a vibration motor (460) and a battery (490).

[0013] Multiple batteries (490) are provided and are mounted on the internal support assembly (300); the vibration motor (460) is fixedly mounted on the water-air dual-purpose pump and control board bracket (320) and is located above the comb assembly (100).

[0014] Furthermore, a vertical water absorption channel (111) is provided at the center of each of the comb teeth (110), and vertical air blowing channels (112) are symmetrically arranged on both sides of the vertical water absorption channel (111); the bottom end of the vertical water absorption channel (111) is a vertical water absorption hole; the bottom of each vertical air blowing channel (112) forms an air blowing port towards the hair.

[0015] Furthermore, the top center of the comb base plate (120) has a horizontal water absorption channel (121); the horizontal water absorption channel (121) is connected to the top of each of the vertical water absorption channels (111);

[0016] One side of the horizontal water suction channel (121) is connected to one side of the vertical water suction channel (311) inside the water-air dual-purpose pump and control panel bracket (320); the other side of the vertical water suction channel (311) is connected to the water inlet (441) of the water-air dual-purpose pump (440); the water outlet (442) of the water-air dual-purpose pump (440) is connected to the water inlet (710) of the internal water storage tank (700).

[0017] The space between the internal support assembly (300) and the outer shell (200) is the internal water storage tank (700); the internal water storage tank (700) has a main water tank (730); the main water tank (730) is located on the side near the handle; the water tank drain outlet (740) of the internal water storage tank (700) is located on the rear end face of the outer shell (200) and communicates with the main water tank (730);

[0018] The water inlet (710) of the water storage tank is located on the side away from the handle. A labyrinthine water-air separation channel (715) is provided between the water inlet (710) of the water storage tank and the water inlet of the main water tank (730). A baffle plate (732) is provided inside the main water tank (730) and near its water inlet. An exhaust channel (750) is provided side by side above the labyrinthine water-air separation channel (715). One end of the exhaust channel (750) is connected to the main water tank (730), and the other end extends to a position near the water inlet (710) of the water storage tank and is provided with a water storage tank exhaust port (720). The water storage tank exhaust port (720) is located on the top surface of the outer shell (200) with the outlet facing upward.

[0019] The water-air pump (440) pumps water from the hair, which is discharged from the outlet (442) through the water inlet (710) into the internal water storage tank (700). The water-air mixture is in a state of water-air mixture. After passing through the labyrinth-type water-air separation channel (715), the water-air mixture enters the main water tank (730). Under the action of the baffle plate (732), the water is stored in the main water tank (730). After the air passes around the baffle plate (732), it is discharged in the opposite direction from the inlet side of the main water tank (730), and is discharged from the water storage tank exhaust port (720) through the exhaust channel (750).

[0020] Furthermore, the fan motor and electric heating device bracket (310) and the water-air dual-purpose pump and control board bracket (320) are provided with a through horizontal air blowing channel (312); the side of the horizontal air blowing channel (312) away from the handle is connected to the vertical air blowing channel (112) of each of the comb teeth (110); the side of the horizontal air blowing channel (312) located at the handle is connected to the air inlet filter (313) located at the tail end face of the housing (200);

[0021] The high-speed fan motor (400) and the electric heating device (420) are sequentially installed on one side of the horizontal air blowing channel (312) located on the handle.

[0022] The horizontal water suction channel (121) and the vertical air blowing channel (112) in the comb base plate (120) are isolated from each other by the water-air dual-purpose pump and control board bracket (320).

[0023] Furthermore, the surface of the control board (500) with the push-pull gear switch is provided with a push-pull gear switch (510); the push-pull gear switch (510) has a gear lever (511); when the gear lever (511) is activated, the push-pull gear switch (510) controls the control board (500) with the push-pull gear switch to be powered on or off.

[0024] The anti-blocking and unblocking structure (600) includes a push plate bracket (610), an inclined slot (611), a sealing cover bracket (620), a sealing ring (621), a horizontal optical axis (630), a vertical optical axis (640), a horizontal bracket (650), and an unblocking blade or unblocking pin (660).

[0025] The number of the unclogging blades or unclogging pins (660) is multiple, and each unclogging blade or unclogging pin (660) is inserted into the interior of the vertical water suction channel (111) of the comb teeth (110); the horizontal bracket (650) is fixedly installed on the top of each unclogging blade or unclogging pin (660); the horizontal bracket (650) is located in the horizontal water suction channel (121);

[0026] The push plate bracket (610) is fastened to the top of the gear lever (511); the push plate bracket (610) is equipped with the push button (615); when the push button (615) is activated, it drives the push plate bracket (610) to move.

[0027] The push plate bracket (610) has symmetrical inclined slots (611) on both sides; the two ends of the horizontal optical axis (630) are respectively inserted into the inclined slots (611);

[0028] The vertical optical axis sleeve (321) is fixedly installed inside the water-air dual-purpose pump and control board bracket (320); the sealing cover bracket (620) is installed on the upper part of the vertical optical axis sleeve (321); the vertical optical axis (640) passes through the sealing cover bracket (620) and the vertical optical axis sleeve (321) in sequence, with its top end fixed to the center of the horizontal optical axis (630) and its bottom end fixed to the center of the horizontal bracket (650); wherein, a sealing ring (621) is provided between the sealing cover bracket (620) and the vertical optical axis sleeve (321).

[0029] When the push plate bracket (610) moves toward or away from the handle, the horizontal optical axis (630) is driven to move up and down by the pushing or pulling force of the inclined slot (611), and then the horizontal bracket (650) is driven to move up and down by the vertical optical axis (640), and finally the unclogging blade or unclogging pin (660) is driven to move up and down. When the unclogging blade or unclogging pin (660) descends, it pushes out the dirt inside the vertical water suction channel (111), thereby achieving a cleaning effect on the vertical water suction channel (111).

[0030] Furthermore, a water tank drain hole sealing plug optical shaft (612) is fixedly installed on one side of the push plate bracket (610); the end of the water tank drain hole sealing plug optical shaft (612) has a water tank sealing plug (613); the water tank sealing plug (613) is disposed at the water tank drain port (740) of the internal water tank (700).

[0031] To ensure proper drainage when the quick hair dryer (10) is upright, the bottom of the outer casing (200) is serrated.

[0032] Support structure (299).

[0033] The present invention also provides a method of using the aforementioned anti-clogging and unblocking structure for quick-drying hair, comprising:

[0034] When the push button (615) moves to the handle, it triggers the following operations: it moves the anti-blocking and unblocking structure (600) to open the vertical water suction channel (111); it moves the water tank sealing plug (613) of the internal water tank (700) to block the water tank drain outlet (740) of the internal water tank (700); it acts on the control board (500) with the push-pull gear switch to power on the hair dryer, and then simultaneously starts the high-speed fan motor (400), the heating element (420) and the water-air pump (440). The airflow output by the high-speed fan motor (400) is heated by the heating element (420) and blown onto the hair through the vertical air blowing channel (112). The water-air pump (440) pumps water out of the hair through the vertical water suction channel (111) and temporarily stores it in the internal water tank (700).

[0035] When the push button (615) moves to the position away from the handle, it triggers the following operations: it acts on the control board (500) with the push-pull gear switch to cut off the power to the hair dryer, thereby simultaneously shutting off the high-speed fan motor (400), the heating element (420) and the water-air pump (440); it drives the anti-clogging and unblocking structure (600) to move in the opposite direction to clean the vertical water suction channel (111); it drives the water tank sealing plug (613) of the internal water tank (700) to move in the opposite direction to open the water tank drain (740) of the internal water tank (700), so that the water stored in the internal water tank (700) is discharged from the water tank drain (740).

[0036] The fast hair dryer with an anti-clogging and unblocking structure and its usage method provided by this invention have the following advantages:

[0037] This invention provides a fast hair dryer with an anti-clogging and unblocking structure and its usage method. It innovatively introduces an anti-clogging and unblocking structure for the pump suction and internal airflow of the hair in a fast hair dryer. Through linkage with a speed switch, the water suction channel of the fast hair dryer is unblocked, eliminating the need for users to clean and maintain clogged dryers. Simultaneously, it introduces a structure that temporarily stores the water pumped out by the fast hair dryer during operation in an internal water tank, preventing water from flowing back into the hair, wetting the ground, or being re-inhaled into the fast hair dryer, thus affecting the drying effect. Therefore, this invention's fast hair dryer combines the advantages of energy saving, rapid drying, and maintenance-free operation. Attached Figure Description

[0038] To more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on these drawings without creative effort.

[0039] Figure 1 External structural diagram of the fast hair dryer with anti-clogging and unblocking structure provided by the present invention;

[0040] Figure 2 Internal structure diagram of the quick-drying hair dryer with anti-clogging and unblocking structure provided by the present invention;

[0041] Figure 3 A cross-sectional view of the quick-drying hair dryer with an anti-clogging and unblocking structure provided by the present invention;

[0042] Figure 4 Exploded view of the quick-drying hair dryer with anti-clogging and unblocking structure provided by the present invention;

[0043] Figure 5 Structural diagram of the outer shell and internal support assembly of the quick-drying hair dryer with the anti-clogging and unblocking structure provided by the present invention;

[0044] Figure 6 A structural diagram of the main components of the fast hair dryer with the anti-clogging and unblocking structure provided by the present invention;

[0045] Figure 7 A side view of the comb assembly provided by the present invention;

[0046] Figure 8 A top view of the comb assembly provided by the present invention;

[0047] Figure 9 A side view of the comb assembly provided by the present invention;

[0048] Figure 10 A top view of the quick-drying hair dryer with the anti-clogging and unblocking structure provided by the present invention in the powered-on state;

[0049] Figure 11 A cross-sectional view of the quick-drying hair dryer with the anti-clogging and unblocking structure provided by the present invention in the power-on state;

[0050] Figure 12 A top view of the quick-drying hair dryer with the anti-clogging and unblocking structure provided by the present invention in the off state;

[0051] Figure 13 A cross-sectional view of the fast hair dryer with the anti-clogging and unblocking structure provided by the present invention in the off state.

[0052] The components include: 10 Quick Hair Dryer; 100 Comb Tooth Assembly; 110 Comb Teeth; 111 Vertical Water Intake Channel; 112 Vertical Air Blowing Channel; 120 Comb Tooth Base Plate; 121 Horizontal Water Intake Channel; 200 Outer Shell; 299 Serrated Support Structure; 300 Internal Support Assembly; 310 Fan Motor / Heating Component Support; 311 Vertical Water Intake Channel; 312 Horizontal Air Blowing Channel; 313 Air Inlet Filter; 320 Water / Air Dual-Purpose Pump / Control Board Support; 321 Vertical Optical Shaft Sleeve; 400 High-Speed ​​Fan Motor; 420 Heating Component; 440 Water / Air Dual-Purpose Pump; 441 Water Inlet; 442 Water Outlet; 460 Vibration Motor; 480 Negative Ion Generator; 490 Battery; 500 Control board with push-pull gear switch; 510 Push-pull gear switch; 511 Gear lever; 600 Anti-clogging and unblocking structure; 610 Push plate bracket; 611 Inclined slot; 612 Water tank drain hole sealing plug optical axis; 613 Water tank sealing plug; 615 Push button; 620 Sealing cover bracket; 621 Sealing ring; 630 Horizontal optical axis; 640 Vertical optical axis; 650 Horizontal bracket; 660 Unblocking blade or unblocking pin; 700 Internal water tank; 710 Water tank inlet; 715 Labyrinth-type water-air separation channel; 720 Water tank vent; 730 Main water tank; 732 Water baffle; 740 Water tank drain; 750 Vent channel. Detailed Implementation

[0053] To make the technical problems solved, the technical solutions, and the beneficial effects of this invention clearer, the invention 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 merely illustrative and are not intended to limit the invention.

[0054] This invention provides a fast hair dryer with an anti-clogging and unblocking structure and its usage method. It innovatively introduces an anti-clogging and unblocking structure for the pump suction and internal airflow of the hair in a fast hair dryer. Through linkage with a speed switch, the water suction channel of the fast hair dryer is unblocked, eliminating the need for users to clean and maintain clogged dryers. Simultaneously, it introduces a structure that temporarily stores the water pumped out by the fast hair dryer during operation in an internal water tank, preventing water from flowing back into the hair, wetting the ground, or being re-inhaled into the fast hair dryer, thus affecting the drying effect. Therefore, this invention's fast hair dryer combines the advantages of energy saving, rapid drying, and maintenance-free operation.

[0055] See Figures 1-13 The present invention provides a quick hair dryer with an anti-clogging and unblocking structure, including a comb assembly 100, a shell 200, an internal support assembly 300, a high-speed fan motor 400, an electric heating element 420, a water and air dual-purpose pump 440, a control board 500 with a push-pull gear switch, an anti-clogging and unblocking structure 600, a push button 615, and an internal water storage tank 700.

[0056] An internal support assembly 300 is fixedly installed inside the outer casing 200; a handle is formed on one side of the outer casing 200, and a comb tooth assembly 100 is fixedly installed on the lower side of the other side; the comb tooth assembly 100 includes a comb tooth base plate 120 and a plurality of horizontally spaced comb teeth 110; each comb tooth 110 is provided with a vertical water absorption channel 111 and a vertical air blowing channel 112 that are isolated from each other.

[0057] When the push button 615 moves to the handle, it simultaneously triggers the following operations: it moves the anti-blocking and unblocking structure 600 to open the vertical water suction channel 111; it moves the water tank sealing plug 613 of the internal water tank 700 to block the water tank drain outlet 740 of the internal water tank 700; it acts on the control board 500 with the push-pull gear switch to power on the hair dryer, and then simultaneously starts the high-speed fan motor 400, the electric heating element 420 and the water-air dual-purpose pump 440. The airflow output by the high-speed fan motor 400 is heated by the electric heating element 420 and blown onto the hair through the vertical air blowing channel 112. The water-air dual-purpose pump 440 pumps water out of the hair through the vertical water suction channel 111 and temporarily stores it in the internal water tank 700.

[0058] When the push button 615 moves to its position away from the handle, it simultaneously triggers the following operations: it acts on the control board 500 with the push-pull gear switch to cut off the power to the hair dryer, thereby simultaneously shutting off the high-speed fan motor 400, the heating element 420, and the water-air dual-purpose pump 440; it drives the anti-clogging and unblocking structure 600 to move in the opposite direction to clean the vertical water suction channel 111; it drives the water tank sealing plug 613 of the internal water tank 700 to move in the opposite direction to open the water tank drain outlet 740 of the internal water tank 700, allowing the water stored in the internal water tank 700 to be discharged from the water tank drain outlet 740.

[0059] As a specific implementation structure, the internal support assembly 300 includes a fan motor / heating device support 310 and a water / air dual-purpose pump / control board support 320; the fan motor / heating device support 310 and the water / air dual-purpose pump / control board support 320 are installed in series. The high-speed fan motor 400 and the heating device 420 are fixedly mounted on the fan motor / heating device support 310; the water / air dual-purpose pump 440 and the control board 500 with a push-pull position switch are fixedly mounted on the water / air dual-purpose pump / control board support 320.

[0060] To improve the comfort of using the hair dryer, a vibration motor 460 is also included. The vibration motor 460 is fixedly mounted on the water and air pump control board bracket 320, located above the comb assembly 100.

[0061] To ensure portability, the quick-drying hair dryer is equipped with multiple batteries 490, which are mounted on the internal support assembly 300. Additionally, a negative ion generator 480 can be installed at the rear of the high-speed fan motor 400, allowing the hair dryer to output negative ions during operation.

[0062] In this invention, see Figures 7-9 Each comb tooth 110 has a vertical water absorption channel 111 at its center, and vertical air blowing channels 112 are symmetrically arranged on both sides of the vertical water absorption channel 111. The bottom of the vertical water absorption channel 111 is a vertical water absorption hole. The bottom of each vertical air blowing channel 112 forms an air blowing port that blows towards the hair.

[0063] In this invention, a specific structure for pumping water out of the hair and temporarily storing it in the internal water tank 700 is as follows:

[0064] The top center of the comb base plate 120 has a horizontal water suction channel 121; the horizontal water suction channel 121 is connected to the top of each vertical water suction channel 111.

[0065] One side of the horizontal water suction channel 121 is connected to one side of the vertical water suction channel 311 inside the water-air dual-purpose pump and control panel bracket 320; the other side of the vertical water suction channel 311 is connected to the water inlet 441 of the water-air dual-purpose pump 440; the water outlet 442 of the water-air dual-purpose pump 440 is connected to the water inlet 710 of the internal water storage tank 700.

[0066] The space between the internal support assembly 300 and the outer shell 200 is an internal water storage tank 700; the internal water storage tank 700 has a main water tank 730; the main water tank 730 is located on the side near the handle; the water storage tank drain outlet 740 of the internal water storage tank 700 is located on the rear end face of the outer shell 200 and communicates with the main water tank 730.

[0067] The water inlet 710 of the water storage tank is located on the side away from the handle. A labyrinthine water-air separation channel 715 is provided between the water inlet 710 of the water storage tank and the water inlet of the main water tank 730. A baffle 732 is provided inside the main water tank 730 and near its water inlet. An exhaust channel 750 is provided side by side above the labyrinthine water-air separation channel 715. One end of the exhaust channel 750 is connected to the main water tank 730, and the other end extends to a position near the water inlet 710 of the water storage tank and is provided with a water storage tank exhaust port 720. The water storage tank exhaust port 720 is located on the top surface of the outer shell 200 and the outlet faces upward.

[0068] The water-air dual-purpose pump 440 pumps water from the hair, which is discharged from the outlet 442 through the water inlet 710 into the internal water storage tank 700, forming a water-air mixture. This mixture then passes through the labyrinthine water-air separation channel 715 and enters the main water tank 730. Under the action of the baffle plate 732, the water is stored in the main water tank 730, while the air, after bypassing the baffle plate 732, is discharged in the opposite direction from the inlet side of the main water tank 730, and then discharged from the exhaust port 720 of the water storage tank after passing through the exhaust channel 750. The baffle plate 732 also serves to prevent water backflow.

[0069] Therefore, in order to prevent the water-air mixture pumped out by the water-air dual-purpose pump 440 from spraying onto the hair or the ground, or even being sucked back into the quick dryer when the device is turned on, the present invention is equipped with an internal water storage tank 700.

[0070] In this invention, a specific structure for blowing hot air onto hair is as follows:

[0071] The fan motor and electric heating element bracket 310 and the water-air dual-purpose pump and control board bracket 320 are provided with a through horizontal air blowing channel 312; the side of the horizontal air blowing channel 312 away from the handle is connected to the vertical air blowing channel 112 of each comb tooth 110; the side of the horizontal air blowing channel 312 located at the handle is connected to the air inlet filter 313 located at the tail end face of the housing 200.

[0072] A high-speed fan motor 400 and an electric heating element 420 are sequentially installed in the horizontal air blowing channel 312 on one side of the handle.

[0073] The horizontal water suction channel 121 and the vertical air blowing channel 112 in the comb base plate 120 are isolated from each other by the water-air dual-purpose pump and control board bracket 320.

[0074] In this invention, a specific structure for achieving joint control of various functions is as follows:

[0075] A push-pull gear switch 510 is provided on the surface of a control board 500 with a push-pull gear switch; the push-pull gear switch 510 has a gear lever 511; when the gear lever 511 is activated, the push-pull gear switch 510 controls the control board 500 with the push-pull gear switch to be powered on or off.

[0076] The anti-blocking and unblocking structure 600 includes a push plate bracket 610, an inclined slot 611, a sealing cover bracket 620, a sealing ring 621, a horizontal optical axis 630, a vertical optical axis 640, a horizontal bracket 650, and an unblocking blade or unblocking pin 660.

[0077] Multiple unclogging blades or unclogging pins 660 are provided, and each unclogging blade or unclogging pin 660 is inserted into the vertical water suction channel 111 of the comb teeth 110; a horizontal bracket 650 is fixedly installed on the top of each unclogging blade or unclogging pin 660; the horizontal bracket 650 is located in the horizontal water suction channel 121.

[0078] The push plate bracket 610 is fastened to the top of the gear lever 511; the push plate bracket 610 is equipped with a push button 615; when the push button 615 is activated, it drives the push plate bracket 610 to move.

[0079] The push plate bracket 610 has symmetrical inclined slots 611 on both sides; the two ends of the horizontal optical axis 630 are respectively inserted into the inclined slots 611.

[0080] A vertical optical axis sleeve 321 is fixedly installed inside the water-air dual-purpose pump and control board bracket 320; a sealing cover bracket 620 is installed on the upper part of the vertical optical axis sleeve 321; the vertical optical axis 640 passes through the sealing cover bracket 620 and the vertical optical axis sleeve 321 in sequence, and its top end is fixed to the center of the horizontal optical axis 630, and its bottom end is fixed to the center of the horizontal bracket 650; a sealing ring 621 is provided between the sealing cover bracket 620 and the vertical optical axis sleeve 321.

[0081] When the push plate bracket 610 moves toward or away from the handle, the horizontal optical axis 630 is driven to move up and down by the pushing or pulling force of the inclined slot 611. In turn, the vertical optical axis 640 drives the horizontal bracket 650 to move up and down, and finally drives the unclogging blade or unclogging pin 660 to move up and down. When the unclogging blade or unclogging pin 660 descends, it pushes out the dirt inside the vertical water suction channel 111, thus achieving a cleaning effect on the vertical water suction channel 111.

[0082] A water tank drain hole sealing plug optical shaft 612 is fixedly installed on one side of the push plate bracket 610; the end of the water tank drain hole sealing plug optical shaft 612 has a water tank sealing plug 613; the water tank sealing plug 613 is located at the water tank drain port 740 of the internal water tank 700.

[0083] To ensure proper drainage when the quick hair dryer 10 is standing upright, the bottom of the outer casing 200 is serrated.

[0084] Support structure 299.

[0085] This invention also provides a method of using a quick-drying hair dryer with an anti-clogging and unblocking structure, comprising:

[0086] like Figure 10 and Figure 11When the button 615 is moved to the handle position, the following operations are triggered: the anti-clogging and unblocking structure 600 moves, the unblocking blade or unblocking pin 660 rises, and the vertical water suction channel 111 inside the comb teeth 110 is opened; the water tank sealing plug 613 of the internal water tank 700 moves, blocking the water tank drain outlet 740 of the internal water tank 700; the control board 500 with the push-pull gear switch is activated, and the high-speed fan motor 400, the heating element 420 and the water-air dual-purpose pump 440 are started at the same time. The airflow output by the high-speed fan motor 400 is heated by the heating element 420 and blown onto the hair through the vertical air blowing channel 112. The water-air dual-purpose pump 440 pumps water out of the hair through the vertical water suction channel 111 and temporarily stores it in the internal water tank 700.

[0087] like Figure 12 and Figure 13 In the off state shown: When the push button 615 moves away from the handle, the following operations are triggered simultaneously: the control board 500 with the push-pull gear switch is activated, causing the power supply of the hair dryer to be cut off, thereby simultaneously shutting off the high-speed fan motor 400, the heating element 420 and the water-air dual-purpose pump 440; the anti-clogging and unblocking structure 600 is driven to move in the opposite direction, and the unblocking blade or unblocking pin 660 descends, with its top end extending beyond the top of the water suction groove of the comb teeth (110), cleaning the vertical water suction channel 111, pushing out the dirt inside the vertical water suction channel 111, preventing the vertical water suction channel 111 from being blocked by dirt such as oil and dandruff on the hair and scalp, which would affect the water suction effect; the water storage tank sealing plug 613 of the internal water storage tank 700 is driven to move in the opposite direction, opening the water storage tank drain port 740 of the internal water storage tank 700, so that the water stored in the internal water storage tank 700 is discharged from the water storage tank drain port 740. To ensure smooth drainage when the quick hair dryer 10 is upright, the bottom of the outer shell 200 has a serrated support structure 299, and the water inside the internal water tank 700 will be discharged along the gaps in the serrated support structure 299.

[0088] This invention innovatively introduces an anti-clogging and unblocking structure linked to a gear switch for self-cleaning and unblocking maintenance, and an internal water tank linked to the gear switch for drainage, preventing pumped water from flowing back into the hair. Because it combines energy saving, rapid drying, and maintenance-free operation, this invention has significant social benefits.

[0089] The above description is only a preferred embodiment of the present invention. It should be noted that for those skilled in the art, several improvements and modifications can be made without departing from the principle of the present invention, and these improvements and modifications should also be considered within the scope of protection of the present invention.

Claims

1. A fast hair dryer with an anti-clogging and unblocking structure, characterized in that, It includes a comb assembly (100), a housing (200), an internal support assembly (300), a high-speed fan motor (400), an electric heating element (420), a water-air dual-purpose pump (440), a control board (500) with a push-pull gear switch, an anti-clogging and unblocking structure (600), a push button (615), and an internal water storage tank (700). The internal support assembly (300) is fixedly installed inside the outer casing (200); a handle portion is formed on one side of the outer casing (200), and the comb tooth assembly (100) is fixedly installed below the other side; the comb tooth assembly (100) includes a comb tooth base plate (120) and a plurality of horizontally spaced comb teeth (110); each comb tooth (110) is provided with a vertical water absorption channel (111) and a vertical air blowing channel (112) that are isolated from each other. When the push button (615) moves to the position in the direction of the handle, it simultaneously triggers the following operations: it drives the anti-blocking and unblocking structure (600) to move, opening the vertical water suction channel (111); it drives the water tank sealing plug (613) of the internal water tank (700) to move, blocking the water tank drain outlet (740) of the internal water tank (700); it acts on the control board (500) with the push-pull gear switch to power on the hair dryer, thereby simultaneously starting the high-speed fan motor (400), the electric heating device (420) and the water-air dual-purpose pump (440). The airflow output by the high-speed fan motor (400) is heated by the electric heating device (420) and blown onto the hair through the vertical air blowing channel (112). The water-air dual-purpose pump (440) pumps water out of the hair through the vertical water suction channel (111) and temporarily stores it in the internal water tank (700). When the push button (615) moves to its position away from the handle, it simultaneously triggers the following operations: it acts on the control board (500) with the push-pull gear switch to cut off the power to the hair dryer, thereby simultaneously shutting off the high-speed fan motor (400), the electric heating element (420), and the water-air dual-purpose pump (440); it drives the anti-clogging and unblocking structure (600) to move in the opposite direction to clean the vertical water suction channel (111); it drives the water tank sealing plug (613) of the internal water tank (700) to move in the opposite direction to open the water tank drain port (740) of the internal water tank (700), so that the water stored in the internal water tank (700) is discharged from the water tank drain port (740).

2. The quick-drying hair dryer with an anti-clogging and unblocking structure according to claim 1, characterized in that, The internal support assembly (300) includes a fan motor and electric heating device support (310) and a water-gas dual-purpose pump and control board support (320); the fan motor and electric heating device support (310) and the water-gas dual-purpose pump and control board support (320) are installed in series.

3. A quick-drying hair dryer with an anti-clogging and unblocking structure according to claim 2, characterized in that, The high-speed fan motor (400) and the electric heating device (420) are fixedly mounted on the fan motor and electric heating device bracket (310); the water-gas dual-purpose pump (440) and the control board (500) with push-pull gear switch are fixedly mounted on the water-gas dual-purpose pump and control board bracket (320).

4. A quick-drying hair dryer with an anti-clogging and unblocking structure according to claim 2, characterized in that, It also includes a vibration motor (460) and a battery (490). Multiple batteries (490) are provided and are mounted on the internal support assembly (300); the vibration motor (460) is fixedly mounted on the water-air dual-purpose pump and control board bracket (320) and is located above the comb assembly (100).

5. A quick-drying hair dryer with an anti-clogging and unblocking structure according to claim 2, characterized in that, Each of the comb teeth (110) has a vertical water absorption channel (111) at its center, and vertical air blowing channels (112) are symmetrically arranged on both sides of the vertical water absorption channel (111); the bottom end of the vertical water absorption channel (111) is a vertical water absorption hole; the bottom of each vertical air blowing channel (112) forms an air blowing port that blows towards the hair.

6. A quick-drying hair dryer with an anti-clogging and unblocking structure according to claim 5, characterized in that, The top center of the comb base plate (120) has a horizontal water absorption channel (121); the horizontal water absorption channel (121) is connected to the top of each of the vertical water absorption channels (111); One side of the horizontal water suction channel (121) is connected to one side of the vertical water suction channel (311) inside the water-air dual-purpose pump and control panel bracket (320); the other side of the vertical water suction channel (311) is connected to the water inlet (441) of the water-air dual-purpose pump (440); the water outlet (442) of the water-air dual-purpose pump (440) is connected to the water inlet (710) of the internal water storage tank (700). The space between the internal support assembly (300) and the outer shell (200) is the internal water storage tank (700); the internal water storage tank (700) has a main water tank (730); the main water tank (730) is located on the side near the handle; the water tank drain outlet (740) of the internal water storage tank (700) is located on the rear end face of the outer shell (200) and communicates with the main water tank (730); The water inlet (710) of the water storage tank is located on the side away from the handle. A labyrinthine water-air separation channel (715) is provided between the water inlet (710) of the water storage tank and the water inlet of the main water tank (730). A baffle plate (732) is provided inside the main water tank (730) and near its water inlet. An exhaust channel (750) is provided side by side above the labyrinthine water-air separation channel (715). One end of the exhaust channel (750) is connected to the main water tank (730), and the other end extends to a position near the water inlet (710) of the water storage tank and is provided with a water storage tank exhaust port (720). The water storage tank exhaust port (720) is located on the top surface of the outer shell (200) with the outlet facing upward. The water-air pump (440) pumps water from the hair, which is discharged from the outlet (442) through the water inlet (710) into the internal water storage tank (700). The water-air mixture is in a state of water-air mixture. After passing through the labyrinth-type water-air separation channel (715), the water-air mixture enters the main water tank (730). Under the action of the baffle plate (732), the water is stored in the main water tank (730). After the air passes around the baffle plate (732), it is discharged in the opposite direction from the inlet side of the main water tank (730), and is discharged from the water storage tank exhaust port (720) through the exhaust channel (750).

7. A quick-drying hair dryer with an anti-clogging and unblocking structure according to claim 6, characterized in that, The fan motor and heating element bracket (310) and the water-air dual-purpose pump and control board bracket (320) are provided with a through horizontal air blowing channel (312); the side of the horizontal air blowing channel (312) away from the handle is connected to the vertical air blowing channel (112) of each of the comb teeth (110); the side of the horizontal air blowing channel (312) located at the handle is connected to the air inlet filter (313) located at the tail end face of the housing (200); The high-speed fan motor (400) and the electric heating device (420) are sequentially installed on one side of the horizontal air blowing channel (312) located on the handle. The horizontal water suction channel (121) and the vertical air blowing channel (112) in the comb base plate (120) are isolated from each other by the water-air dual-purpose pump and control board bracket (320).

8. A quick-drying hair dryer with an anti-clogging and unblocking structure according to claim 6, characterized in that, The surface of the control board (500) with the push-pull gear switch is provided with a push-pull gear switch (510); the push-pull gear switch (510) has a gear lever (511); when the gear lever (511) is activated, the push-pull gear switch (510) controls the control board (500) with the push-pull gear switch to be powered on or off. The anti-blocking and unblocking structure (600) includes a push plate bracket (610), an inclined slot (611), a sealing cover bracket (620), a sealing ring (621), a horizontal optical axis (630), a vertical optical axis (640), a horizontal bracket (650), and an unblocking blade or unblocking pin (660). The number of the unclogging blades or unclogging pins (660) is multiple, and each unclogging blade or unclogging pin (660) is inserted into the interior of the vertical water suction channel (111) of the comb teeth (110); the horizontal bracket (650) is fixedly installed on the top of each unclogging blade or unclogging pin (660); the horizontal bracket (650) is located in the horizontal water suction channel (121); The push plate bracket (610) is fastened to the top of the gear lever (511); the push plate bracket (610) is equipped with the push button (615); when the push button (615) is activated, it drives the push plate bracket (610) to move. The push plate bracket (610) has symmetrical inclined slots (611) on both sides; the two ends of the horizontal optical axis (630) are respectively inserted into the inclined slots (611); The vertical optical axis sleeve (321) is fixedly installed inside the water-air dual-purpose pump and control board bracket (320); the sealing cover bracket (620) is installed on the upper part of the vertical optical axis sleeve (321); the vertical optical axis (640) passes through the sealing cover bracket (620) and the vertical optical axis sleeve (321) in sequence, with its top end fixed to the center of the horizontal optical axis (630) and its bottom end fixed to the center of the horizontal bracket (650); wherein, a sealing ring (621) is provided between the sealing cover bracket (620) and the vertical optical axis sleeve (321). When the push plate bracket (610) moves toward or away from the handle, the horizontal optical axis (630) is driven to move up and down by the pushing or pulling force of the inclined slot (611), and then the horizontal bracket (650) is driven to move up and down by the vertical optical axis (640), and finally the unclogging blade or unclogging pin (660) is driven to move up and down. When the unclogging blade or unclogging pin (660) descends, it pushes out the dirt inside the vertical water suction channel (111), thereby achieving a cleaning effect on the vertical water suction channel (111).

9. A quick-drying hair dryer with an anti-clogging and unblocking structure according to claim 8, characterized in that, A water tank drain hole sealing plug optical shaft (612) is fixedly installed on one side of the push plate bracket (610); the end of the water tank drain hole sealing plug optical shaft (612) has a water tank sealing plug (613); the water tank sealing plug (613) is located at the water tank drain port (740) of the internal water tank (700). To ensure proper drainage when the quick hair dryer (10) is upright, the bottom of the outer casing (200) is serrated. Support structure (299).

10. A method of using a quick-drying hair dryer with an anti-clogging and unblocking structure as described in any one of claims 1-9, characterized in that, include: When the push button (615) moves to the handle, it triggers the following operations: it moves the anti-blocking and unblocking structure (600) to open the vertical water suction channel (111); it moves the water tank sealing plug (613) of the internal water tank (700) to block the water tank drain outlet (740) of the internal water tank (700); it acts on the control board (500) with the push-pull gear switch to power on the hair dryer, and then simultaneously starts the high-speed fan motor (400), the heating element (420) and the water-air pump (440). The airflow output by the high-speed fan motor (400) is heated by the heating element (420) and blown onto the hair through the vertical air blowing channel (112). The water-air pump (440) pumps water out of the hair through the vertical water suction channel (111) and temporarily stores it in the internal water tank (700). When the push button (615) moves to the position away from the handle, it triggers the following operations: it acts on the control board (500) with the push-pull gear switch to cut off the power to the hair dryer, thereby simultaneously shutting off the high-speed fan motor (400), the heating element (420) and the water-air pump (440); it drives the anti-clogging and unblocking structure (600) to move in the opposite direction to clean the vertical water suction channel (111); it drives the water tank sealing plug (613) of the internal water tank (700) to move in the opposite direction to open the water tank drain (740) of the internal water tank (700), so that the water stored in the internal water tank (700) is discharged from the water tank drain (740).

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