TWI627924B - Steam hair styler and method of using said steam hair styler - Google Patents

Abstract

The invention provides a steam hairdresser for heating and finishing hair, comprising an upper handle, the upper handle comprising: a steam generator, a liquid container and a pump. The steam generator generates steam by heating to moisten the hair placed on the handle. The liquid container holds a liquid for moisturizing the hair. The pump controllably draws the liquid in the liquid container into the steam generator. A steam generator, a liquid container, and a pump are all disposed on the handle. The steam hairdresser can moisturize the hair while straightening the hair, making it easy to use.

Description

How to use steam hairdresser and steam hairdresser

The present invention relates to a hairdressing device, and more particularly to a method of using a steam hairdresser and a steam hairdresser.

The hair straightener can be used to shape the hair by straightening the hair, so that the hair can be straightened and smoothed. Therefore, the hair straightener has become a hairdressing device that is loved by the majority of women.

At present, the hair straightener on the market includes a hair straightener with upper and lower handles, which is heated and straightened by setting two PTC heaters (Positive Temperature Coefficient Thermistors) on the two handles. However, in the process of straightening the hair by straightening the hair straightener, since the hair straightener has a high temperature, if the hair is very dry, it is easy to damage the hair, and the hair is burnt and strained, causing the hair to burn. Therefore, it is necessary to develop a hair straightener that can straighten the hair while keeping the hair moist.

In addition, the upper and lower handles of the hair straightener on the market are flat, in The hair is not straightened during the process of straightening the hair. If the knotted hair is directly blanched, the hair will be shaped according to the knotted state. Therefore, it is necessary to develop a hair straightener that can straighten the hair while combing the hair.

In view of this, the present invention provides a steam hairdresser and a method of using the steam hairdresser.

SUMMARY OF THE INVENTION One solution to the technical problem of the present invention is to provide a steam hairdresser for heating hair, including an upper handle. The upper handle includes a steam generator, a liquid container, and a pump. The steam generator generates steam by heating to moisten the hair placed on the handle. The liquid container holds a liquid for moisturizing the hair. The pump controllably draws the liquid in the liquid container into the steam generator. A steam generator, a liquid container, and a pump are all disposed on the handle.

In one embodiment, one side of the upper handle generates a steam ejecting area, and the opposite side is provided with a steam generator, a liquid container and a pump, and the three are connected in a line.

In one embodiment, the pump is connected to the steam generator and the liquid container.

In one embodiment, the steam hairdresser further includes a lower handle, and the lower handle and the upper handle are opened and closed by a connecting shaft.

In one embodiment, a plurality of tooth combs are disposed on a surface of the upper handle opposite to the lower handle, and a plurality of tooth combs are also disposed on a surface of the lower handle opposite to the upper handle. The tooth combs of the two handles are misaligned.

In an embodiment, a water absorption channel is formed between the pump and the liquid container, and a water outlet channel is formed between the pump and the steam generator, and the water absorption and water discharge actions of the pump alternately and intermittently.

In an embodiment, a trigger is disposed in the upper handle, and a sensor is disposed in the lower handle. After the trigger triggers the sensor, the pump starts to run.

In one embodiment, the steam hairdresser further includes a lower handle, the lower handle and the upper handle are connected by the connecting shaft, and can be rotated around the connecting shaft to open and close the lower handle and the upper handle. One side of the upper handle produces a steam ejecting zone, and the opposite side is provided with a steam generator, a liquid container and a pump. The steam generator is disposed at a front portion of the upper handle, the liquid container is disposed at a rear portion of the upper handle, and the pump is disposed at a middle portion of the upper handle. The pump is connected to the steam generator and the liquid container through the water pipe at the same time, and the pump is controlled to rotate by the Hall switch during the process of closing the lower handle and the upper handle.

In an embodiment, a sealing strip is disposed on the edge of the upper handle and/or the lower handle, and the sealing strip is made of heat insulating material.

Another solution to the technical problem of another aspect of the present invention is to provide a method of using a steam hairdresser comprising steps S1 to S1. In step S1, a steam hairdresser as described in the previous aspect is provided. In step S2, the hair is placed between the combs of the upper handle. In step S3, the steam generator begins to spray steam on the hair on the upper handle.

In one embodiment, one side of the upper handle produces a steam ejecting zone, and the opposite side is provided with a steam generator, a liquid container and a pump. The pump is simultaneously connected to the steam generator and the liquid container. Step S3 includes steps S31 to S33. In step S31, the pump draws liquid from the liquid container. At step S32, the pump delivers the liquid to the steam generator. In step S33, the steam generator sprays the liquid into a state of water vapor to the hair.

In an embodiment, a steaming device is provided with a switching device and an IC circuit, and the two are electrically connected. The state of the switch is set without steam, large steam and small steam, IC power The road can pre-determine the running time of the pump. When the running time is long, large steam is formed. When the running time is short, small steam is formed, and if it is not running, the steam is not.

In one embodiment, before the steam hairdresser is used, one of the large steam, the small steam, and the no steam is selected on the switch device, and when the sensor of the steam hairdresser senses that the upper handle and the lower handle are about to close together, Then, the pump is started to start running, and the steam time and steam size are determined according to different choices of the user.

Compared with the prior art, the steam hairdresser of the embodiment of the present invention is provided with a handle, and a steam generator and a water tank are disposed on the lower handle, a water pump is disposed between the steam generator and the water tank, and the three are integrally connected to the lower handle. In the middle, the water in the water tank can be sent to the steam generator to generate water vapor through the water pump according to actual needs, so that the steam hairdresser can replenish the hair when heating and straightening the hair, and prevent the hair from being too dry during the heating process. Causes hair to burn, strain and burn.

In the embodiment of the present invention, by providing a connecting shaft, the tail portions of the upper handle and the lower handle are moved around the connecting shaft, so that the front portions of the two are switched between the pasting and the separating state.

In the embodiment of the present invention, by arranging two handles (upper handle and lower handle) and respectively providing PTC heaters therein, the hair can be sandwiched between the two handles to heat and straighten. By placing the upper comb on the upper handle and the lower comb on the lower handle, and the upper comb and the lower comb are arranged inwardly oppositely, the steam hairdresser places the hair on the upper comb and under the hot hair straightening process. Between the combs, not only the hair is combed to prevent the hair from tying, but also the function of squeezing the hair. By providing a thermally conductive upper plate comb on the upper comb and a thermally conductive lower plate comb on the lower comb, the heated area of the hair is increased when the hair is placed between the upper and lower combs. By providing a ring of protective teeth around the upper plate comb and a ring of lower protective teeth around the lower plate comb, and a ring of upper protective teeth around the upper plate comb and a ring of lower protective teeth around the lower plate comb, The upper protective teeth and the lower protective teeth are non-thermally conductive materials, so as to prevent the user from being exposed to the skin and causing burns when using the steam hairdresser to heat the hair. By setting the distance between each adjacent two upper teeth to be larger than the maximum size of the bottom thereof, the distance between each adjacent two lower teeth is set to be larger than the maximum size of the bottom thereof, on each adjacent two The distance between the protection teeth is greater than the maximum size of the bottom portion, and the distance between each adjacent two lower protection teeth is greater than the maximum size of the bottom portion thereof, so that the upper and lower teeth can be vertically crossed, and the upper protection teeth are The lower protective teeth are simultaneously meshed up and down, so that the upper and lower combs are more fully pressed against the hair when they are engaged with each other, and the heating area is increased to make the heating effect better, when the hair is located on the upper comb and the lower When the teeth are combed, the upper and lower teeth push the hair to the side to make the hair more close to the heated surface. When the steam hairdresser moves relative to the hair, the resistance makes it possible to simultaneously burn more hair, so that Straightening hair is more efficient.

In the embodiment of the present invention, a water outlet channel is formed between the water pump and the water tank, and a water outlet channel is formed between the water pump and the steam straightener, and the water absorption and the water discharge action of the water pump alternately and intermittently, thereby causing the water pump to comb the steam straight hair comb. The water speed is slow, avoiding excessive steam from the steam hairdresser and gathering into the stream.

In the embodiment of the present invention, a Hall switch and a magnet are respectively disposed inside the upper handle and the lower handle, and when the upper handle and the lower handle are attached, the Hall switch induces a change in the magnetic field to draw water into the steam generator, and the upper handle and the When the lower handle is closed, the water pump flows under the control of the IC circuit, and the water flows from the water tank into the steam generator to generate water vapor, so that the design is more user-friendly.

In the embodiment of the invention, the first duckbill check valve and the second duckbill check valve are arranged in the water pump, so that the water pump can pump and transport from the water tank through two independent pipes that do not interfere with each other. To the steam generator. By providing a telescopic body, the internal accommodating chamber can store the water drawn in from the water tank, and realize pumping when it is stretched, and realize water when it is compressed, so that the water pump can continuously deliver water in the water tank to the steam. Generator. By connecting the reduction motor to the eccentric in the water pump, the expansion body can be switched between the stretched and compressed states. By providing an inner ring on the connecting member and providing an small hole in the inner ring, water in the telescopic body can flow out through the small hole.

In the embodiment of the invention, a water passage is arranged on the lower cover of the steam generator, the water passage is connected with the first water inlet, and the side surfaces of the water passage are respectively provided with a plurality of side passages communicating with the water passage, so that the water pump is sent to the steam generator. The water can be dispersed into a plurality of water streams, and further, a water absorbing cotton is further disposed on the steam generator, the water in the water pump is input from the first water inlet to the water passage, and the water is transported to the absorbent cotton through the side channel along the side. Dispersing at the same time and heating at a high temperature to generate water vapor, the water absorbing cotton causes the water to disperse and then heats, thereby playing a buffering role, preventing the water from instantaneously exploding into a gas state due to high temperature heating when the water drops into the heating plate in the form of water droplets.

In the embodiment of the present invention, a hose and a water suction end are connected at a joint interface of the water tank, and the hose is set as a soft material such as silicone rubber, and the water suction end is set to a material having a relatively high density such as metal. When a steam hairdresser is used, the water will be As the steam hairdresser is placed at different angles and sway in the water tank, the water is always at the lowest point in the water tank due to gravity, and the water suction end located therein moves with the water swaying, and the hose is a soft material, so the hose is soft. The hose can be deformed as the suction end moves, and the suction end is a relatively heavy component, and the suction end will match the water flow in the water to find the lowest position in the water tank that is favorable for water absorption. By arranging the water tank to be detachably mounted on the lower handle, the water tank is more convenient when water is injected.

1‧‧‧Steamer

3‧‧‧Steam hairdresser

4‧‧‧Steam hairdresser

5‧‧‧Steam hairdresser

10‧‧‧Water pump

11‧‧‧ Lower handle

13‧‧‧Connected shaft

15‧‧‧Upper handle

20‧‧‧ hair

51‧‧‧ Lower handle

101‧‧‧Speed motor

102‧‧‧Eccentric wheel

103‧‧‧ bearing

104‧‧‧Flexing body

105‧‧‧Clamps

106‧‧‧First duckbill check valve

107‧‧‧Connecting parts

108‧‧‧First seal

109‧‧‧Circulating parts

110‧‧‧ under the direct hair

112‧‧‧ Lower plate comb

113‧‧‧lower comb

114‧‧‧ lower protective teeth

115‧‧‧ steam generator

116‧‧‧Steam hole

117‧‧‧ water pipes

118‧‧‧Under the cover

119‧‧ ‧ water tank

120‧‧‧Washers

121‧‧‧Second duckbill check valve

122‧‧‧Connector

150‧‧‧Upper straight hair

151‧‧‧Upper comb

152‧‧‧Upper board comb

154‧‧‧Upper protection teeth

155‧‧‧Main PCB board

157‧‧‧Switching device

159‧‧‧ display screen

160‧‧‧Upper seal

180‧‧‧lower seal

350‧‧‧Upper straight hair

410‧‧‧ under the direct hair

416‧‧‧Steam hole

511‧‧‧ switch group

1011‧‧‧ Output shaft

1021‧‧‧ coarse wheel

1022‧‧‧nine wheel

1041‧‧‧Connector

1042‧‧‧ convex ring body

1043‧‧‧Connecting seat

1051‧‧‧ round hole

1061‧‧‧First mouth

1062‧‧‧First bottom ring

1071‧‧‧Act

1072‧‧‧Base

1073‧‧‧ Inner Ring

1074‧‧‧Small hole

1076‧‧‧ hollow

1091‧‧‧Connector

1093‧‧‧ ring cover

1094‧‧‧Seal ring

1095‧‧‧Water absorption channel

1097‧‧‧Water passage

1111‧‧‧ Magnet

1112‧‧‧ Adapter

1121‧‧‧ Lower floor

1122‧‧‧ lower teeth

1152‧‧‧ first water inlet

1153‧‧‧absorbent cotton

1154‧‧‧Upper cover

1155‧‧‧Under the cover

1156‧‧‧Water absorption tank

1191‧‧‧ Cover

1192‧‧‧ inner cover

1193‧‧‧Hose

1194‧‧‧Water absorption end

1195‧‧‧ check valve

1196‧‧‧Female buckle

1211‧‧‧ second mouth

1212‧‧‧ second bottom ring

1222‧‧‧ water outlet

1521‧‧‧Upper floor

1522‧‧‧ upper teeth

1551‧‧‧Hall switch

10911‧‧‧ water suction port

10912‧‧‧ water end

10921‧‧‧Water injection hole

10922‧‧‧Water outlet

11541‧‧‧ Hole

11551‧‧‧Water channel

11552‧‧‧ side channel

11911‧‧‧Interface

11921‧‧‧Sink sink

11922‧‧‧ Sealing cover

11923‧‧‧Water inlet

11924‧‧‧One-way hole

11925‧‧‧ air outlet

S1‧‧‧ steps

S2‧‧‧ steps

S3‧‧‧ steps

S4‧‧‧ steps

S5‧‧ steps

S31‧‧‧Steps

S32‧‧‧ steps

S33‧‧‧ steps

S34‧‧‧ steps

S35‧‧ steps

In order to make the above and other features, advantages and embodiments of the present invention more apparent, the description of the drawings is as follows: FIG. 1 is a three-dimensional structure of the upper and lower handles of the steamer in the first embodiment of the present invention. schematic diagram.

Fig. 2 is a perspective view showing the three-dimensional structure of the upper and lower handles of the steamer according to the first embodiment of the present invention.

Fig. 3 is a perspective view showing the structure of the handle of the steamer according to the first embodiment of the present invention.

Fig. 4 is a perspective view showing the three-dimensional structure of the handle on the steamer of the first embodiment of the present invention.

Fig. 5 is a perspective view showing the structure of the lower handle of the steamer according to the first embodiment of the present invention.

Fig. 6 is a side cross-sectional structural view showing the handle and the lower handle of the steam hair dryer according to the first embodiment of the present invention when closed.

Fig. 7 is a cross-sectional structural view showing a portion of the steam hairdresser of the first embodiment of the present invention when the handle and the lower handle are closed.

Fig. 8 is a perspective view showing the three-dimensional structure of the handle of the steamer under the first embodiment of the present invention.

Figure 9 is a top plan view showing the lower cover of the steamer under the first embodiment of the present invention with the lower cover removed.

Fig. 10 is a schematic view showing the exploded structure of the lower handle of the steamer according to the first embodiment of the present invention.

Figure 11 is a perspective view showing the structure of a steamer water tank according to a first embodiment of the present invention.

Figure 12 is a schematic view showing the explosion structure of the steamer water tank of the first embodiment of the present invention.

Figure 13 is a perspective view showing the three-dimensional structure of the water pump in the steam hairdresser of the first embodiment of the present invention.

Figure 14 is a schematic view showing the explosion structure of the water pump in the steam hairdresser of the first embodiment of the present invention.

Figure 15 is a schematic cross-sectional view of the water pump.

Figure 16 is a schematic plan view of the connecting member of the water pump.

Figure 17 is a perspective view showing the structure of a steam generator in a steam hair dryer according to a first embodiment of the present invention.

Figure 18 is a schematic view of the explosion structure of the steam generator.

Figure 19 is a flow chart showing the use of the steam hairdresser of the second embodiment of the present invention.

Figure 20 is a flow chart showing the operation of step S3 in the method of using the steamer according to the second embodiment of the present invention.

Figure 21 is a schematic view showing the state of use of the steam hairdresser.

Figure 22 is a perspective view showing the structure of a steam hairdresser according to a third embodiment of the present invention.

Figure 23 is a perspective view showing the three-dimensional structure of the steam hairdressing device of the fourth embodiment of the present invention.

Figure 24 is a perspective view showing the three-dimensional structure of the steam hairdressing device of the fifth embodiment of the present invention.

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to Figures 1 and 2, a first embodiment of the present invention is used for straightening hair, which comprises an upper handle 15 and a lower handle 11, the upper handle 15 and the lower handle 11 being disposed up and down and both The ends are pivotally connected by a connecting shaft 13 with a compression spring (in all embodiments, the upper, lower, left, right, inner, outer, etc. position qualifiers are limited to the relative positions on the specified view, and The non-absolute position), the tail portions of the upper handle 15 and the lower handle 11 move around the connecting shaft 13 so that the front portions of the two are switched between the fitted and disengaged states. The front sections of the upper handle 15 and the lower handle 11 are respectively an upper straight hair portion 150 and a lower straight hair portion 110, and the upper straight hair portion 150 and the lower straight hair portion 110 are respectively provided with PTC heaters, which are respectively used for heating the hair to the hair. The straightening process is performed, and at the same time, NTC (Negative Temperature Coeffi Cient) is disposed inside the upper straight hair portion 150. When the temperature is raised, the resistance of the NTC is reduced, so the NTC is mainly used for preventing temperature. Overheated and it can control different set temperatures. The upper straight hair portion 150 and the lower straight hair portion 110 are respectively disposed with an upper tooth comb 151 and a lower tooth comb 113, and the upper tooth comb 151 and the lower tooth comb 113 are oppositely disposed (ie, facing the inner side) and when the two are attached Cross each other. An upper sealing strip 160 is disposed on the edge of the upper handle 15, and a lower sealing strip 180 is disposed on the edge of the lower handle 11. The upper sealing strip 160 and the lower sealing strip 180 are heat insulating materials such as rubber, which are not only used for decoration, but also It can prevent external water from entering the internal structure through the gap of the edge of the handle, which acts as a waterproof and moisture-proof. In addition, since it is a non-thermal material, it can avoid accidentally touching the upper handle 15 and the lower part during use. The handle 11 causes burns. As a variation of an embodiment, the position of the sealing strip may also be provided with a ring seal at the edge of one of the upper handle 15 and the lower handle 11, that is, the edge of the upper handle 15 and/or the lower handle 11, which is set according to actual production requirements. . As a variation of an embodiment, the position of the connecting shaft 13 is not limited. It may also be disposed in the middle of the upper handle 15 and the lower handle 11. The connecting shaft 13 may also be provided with a spring or the like to make the upper handle 15 and the lower handle. 11 Convert between the fitted and separated states. As another variation of the embodiment, the upper straight hair portion 150 and the lower straight hair portion 110 may be provided with a PTC heater at the same time, or the PTC heater may be disposed in any one of the upper straight hair portion 150 and the lower straight hair portion 110. . As a variation of an embodiment, the PTC heater may also be an MCH (Metal Ceramics Heater) or other heat-generating component, which is not limited herein. set.

Please refer to FIG. 3 again. The upper handle 15 is internally provided with a main PCB board 155, and an IC circuit is disposed thereon. The IC circuit is provided with a Hall switch 1551 corresponding to the Hall switch 1551. A magnet 1111 is disposed at a position. When the upper straight hair portion 150 and the lower straight hair portion 110 are attached and detached from each other, the Hall switch 1551 can sense a change in the magnetic field by the height of the magnet 1111. In addition, an adapter 1112 is provided on the main PCB board 155, which can convert a voltage of 100-240 V into a DC voltage required for the IC and the reduction motor on the water pump. The upper handle 15 is externally provided with a switch device 157 and a display screen 159 electrically connected to the IC circuit. The switch device 157 controls the opening and closing of the PTC heater through the main PCB board 155, and the display screen 159 is used to display an operation command. And other information. As a variation of an embodiment, the Hall switch 1551 can be any sensor having an inductive function, and the magnet 1111 is any trigger having a trigger function.

Referring to FIG. 4, the upper comb 151 includes an upper plate comb 152 and an upper guard tooth 154. The upper guard tooth 154 is located around the upper plate comb 152. The upper plate comb 152 is located at an intermediate portion of the upper straight hair portion 150, and includes An upper upper bottom plate 1521 is provided with a plurality of upper teeth 1522. The plurality of upper teeth 1522 are arranged at a certain distance from each other, and the plurality of upper teeth 1522 are integrally formed with the upper bottom plate 1521. The upper plate comb 152 is entirely of a thermally conductive material that is thermally conductive to the PTC heater, which allows the hair to be uniformly heated as it is positioned between the plurality of upper teeth 1522. The upper pinch 1522 is a thin columnar portion with a thicker tip at the bottom, that is, the size of the bottom portion is larger than the size of the tip end. Such a design is more in line with the tooth shape design of the comb. A plurality of upper protection teeth 154 are annularly wound around the edge of the upper plate comb 152, and each of the upper protection teeth 154 has a convex column shape. The plurality of upper protection teeth 154 are non-conductive and hard materials, and are mainly used for the hair. Smoothing and splitting into multiple strands serves to position and guide the hair, while also preventing the upper panel comb 152 from accidentally contacting the skin to cause burns during use. In this In the embodiment, the shape of the upper bottom plate 1521 is not limited, and may be elliptical or other shapes, and is set according to actual production requirements. As a variation of an embodiment, the upper comb 151 can only be provided with the upper plate comb 152, and whether or not the upper guard teeth 154 are provided can be selected according to actual production needs. As another variation of the embodiment, the shape of the upper pin 1522 of the upper plate comb 152 is not limited, and it may also be a same thick boss.

Referring to FIG. 5, the lower tooth comb 113 includes a lower plate comb 112 and a lower protection tooth 114. The lower protection tooth 114 is located around the lower plate comb 112. The lower plate comb 112 is located at an intermediate portion of the lower straight hair portion 110, and includes An elliptical lower bottom plate 1121 is disposed on the lower bottom plate 1121. The plurality of lower teeth 1122 are arranged at a distance from each other, and the plurality of lower teeth 1122 are integrally formed with the lower bottom plate 1121. The lower plate comb 112 is entirely of a thermally conductive material that is thermally conductive to the PTC heater, which allows the hair to be uniformly heated as it is positioned within the plurality of lower teeth 1122. The lower pinch 1122 is a thin columnar portion with a thicker tip at the bottom, that is, the size of the bottom portion is larger than the size of the tip end. Such a design is more in line with the tooth shape design of the comb. The plurality of lower protection teeth 114 are annularly wound around the edge of the lower plate comb 112, and each of the lower protection teeth 114 has a convex column shape, and the distance between each adjacent two lower protection teeth 114 is greater than the upper protection teeth 154 corresponding thereto. The size of each of the two upper guard teeth 154 is greater than the size of the corresponding lower guard teeth 114. The plurality of lower guard teeth 114 are non-thermally conductive and hard materials, and are mainly used for hair care. It is evenly divided into a plurality of strands to function to position and guide the hair, and it also prevents the upper panel comb 152 from accidentally contacting the skin to cause burns during use. In this embodiment, the shape of the lower bottom plate 1121 is not limited, and may be elliptical or other shapes, and is set according to actual production requirements. As a variation of an embodiment, the lower-tooth comb 113 can only be provided with the lower plate comb 112, and whether or not the lower guard teeth 114 are provided can be selected according to actual production needs. As a variation of another embodiment, the shape of the lower pin 1122 of the lower plate comb 112 is not limited, and it may be the same as the upper and lower sides. Equal thick studs.

Referring to FIGS. 6 and 7 , when the upper handle 15 and the lower handle 11 are closed, the upper and lower teeth 1522 and 1122 are displaced from each other, that is, the upper teeth 1522 are inserted into the gap between the lower teeth 1122. The lower teeth 1122 are inserted into the gap between the upper teeth 1522; the upper guard teeth 154 and the lower guard teeth 114 are displaced from each other, that is, the upper guard teeth 154 are inserted into the gap between the lower guard teeth 114 while the lower guard teeth 114 are inserted into the upper guard teeth. The gap between 154. At this time, it is ensured that the distance between the adjacent two lower teeth 1122 is larger than the size of the upper teeth 1522 around (ie corresponding thereto), and the distance between each adjacent two upper teeth 1522 is greater than the circumference thereof. (ie, corresponding thereto) the size of the lower pin 1122; the distance between the two lower guard teeth 114 is greater than the size of the upper guard teeth 154 around it (ie, corresponding thereto), between the two upper guard teeth 154 The distance is greater than the size of the lower protective tooth 114 around it (ie, corresponding thereto). In addition to this, the height of the upper guard teeth 154 is not higher than the height of the upper pin gears 1522, and the height of the lower guard teeth 114 is not higher than the height of the lower pin teeth 1122. As a variation of an embodiment, the steam hairdresser 1 can be arranged such that when the upper handle 15 and the lower handle 11 are attached, the upper tooth comb 151 and the lower tooth comb 113 do not cross each other, and the upper teeth 1522 and the lower clamp The tips of the teeth 1122 are flush with each other. When the hair is located between the upper tooth comb 151 and the lower tooth comb 113, the upper pinch 1522 and the lower pinch 1122 push the hair to the side to make the hair more closely adhere to the heated surface. When the steam hairdresser 1 moves relative to the hair, Resistance makes it possible to burn more hair at the same time, making it more efficient to straighten hair.

Referring to FIG. 8, the outside of the lower handle 11 is provided with a cover 118 and a water tank 119. The lower cover 118 covers the front and middle sections of the lower handle 11. The water tank 119 is a liquid container for containing various spray hairs. The liquid is located at the end of the lower handle 11.

Referring to FIG. 9 and FIG. 10, a steam generator 115 is disposed inside the front portion of the lower handle 11, and the steam generator 115 is located outside the second PTC heater, and the middle portion is internally provided. A water pump 10 is provided for pumping water in the water tank 119 into the steam generator 115 to generate water vapor, and the Hall switch 1551 exclusively controls the opening and closing of the water pump 10. A plurality of steam holes 116 are disposed beside the lower comb 113, and the plurality of steam holes 116 communicate with the steam generator 115 and discharge the water vapor generated therefrom. The steam hole 116 is made of a soft heat insulating material such as rubber. Therefore, when water vapor is ejected from the steam hole 116, part of the water vapor is liquefied into water droplets in the air, and the steam hole 116 is a soft material to function as a seal. To prevent the water droplets from flowing back. The steam generator 115 includes a first water inlet 1152 that is connected to the water pump 10 in the middle section through a water pipe 117. As another variation of the embodiment, the position of the steam hole 116 is not limited. The steam hole 116 is a steam ejecting area, and the steam ejecting area may be disposed on one side, two sides or multiple sides of the lower comb 113, which is also Other locations on the lower straight hair location 110 can be provided.

Further, referring to FIG. 11 and FIG. 12, the water tank 119 is detachably disposed at the tail section, and includes an outer cover 1191 and an inner cover 1192. The inner cover 1192 is externally provided with a water tank 11921, and the water tank 11921 is disposed. A water inlet 11923 is used for water injection, and an air outlet 11925 is provided. When the water tank 119 is filled with water, gas is discharged from the air outlet 11925 in order to maintain the internal air pressure balance. A sealing cover 11922 is disposed on the upper surface of the water tank 11921 to seal the water tank 119. The sealing cover 11922 is made of silicone material, which can prevent the water tank 119 from leaking water. A one-way hole 11924 is further disposed on the inner cover 1192. The one-way valve 1195 is provided with a one-way valve 1195. The one-way valve 1195 is made of silicone material. When the water pump 10 pumps water out of the water tank 119, the water tank 119 is internally. The pressure is reduced. If the pumping is continued, the pumping force of the water pump 10 is increased. Therefore, it is necessary to balance the pressure in the water tank 110. Therefore, the check valve 1195 is provided, and the air can enter the water tank from the one-way hole 11924. 119 inside, but the gas can only circulate in one direction, but will not be discharged from the inside of the water tank 119 to the outside, and the water will not flow out from here. The one-way valve 1195 and the one-way hole 11924 balance Pressure inside and outside the water tank 119 And it can be automatically sealed on the inner cover 1192. A female buckle 1196 is further disposed on the inner cover 1192, and is connected to a sub-clip at a corresponding position on the lower handle 11 for fixing the water tank 119 to the lower handle 11. A cover 11911 is disposed on the outer cover 1191. The interface 11911 is connected to a hose 1193 and a suction end 1194. The hose 1193 and the suction end 1194 are located inside the water tank 119 and the two are integrally connected. The hose 1193 is made of a soft material such as silicone. The water absorption end 1194 is a material having a relatively high density such as metal. When the steam hairdresser 1 is used, the water is shaken in the water tank 119 as the steam hairdresser 1 is placed at different angles, and the water is always located in the water tank 119 due to gravity. At the lowest point in the inner part, the suction end 1194 located therein moves with the shaking of the water, and the hose 1193 is made of a soft material, so the hose 1193 can be deformed as the suction end 1194 moves, and the suction end 1194 is opposite. The heavy component, the water suction end 1194, will match the fluidity of the water in the water to find the lowest position in the water tank 119 that is advantageous for water absorption. As a variation of an embodiment, the water tank 119 can also be mounted in the lower handle 11, the specific position of which is set according to actual production needs. As a variation of an embodiment, the water tank 119 can also be fixed to the lower handle 11 instead of being detachable, and is provided according to actual production needs. As a variation of the embodiment, the manner in which the water tank 119 is detachably mounted on the lower handle 11 by the snap structure is not limited thereto. The water tank 119 can also be detachably mounted by other means, and the setting is selected according to actual conditions.

Referring to FIGS. 13 , 14 , 15 , and 16 , the water pump 10 includes a speed reduction motor 101 for powering the water pump 10 . The speed motor 101 is used in the present embodiment because of the speed reduction motor. The 101 can control the flow, making the flow and speed relatively slow. The right side of the reduction motor 101 is an output shaft 1011. The output shaft 1011 is connected to an eccentric wheel 102. The eccentric wheel 102 includes a coarse wheel 1021 and a thin wheel 1022, and the two are integrally connected. The thin wheel 1022 and the coarse wheel 1021 are connected. The center of the circle deviates. The coarse wheel 1021 is fixedly connected to the output shaft 1011, and the power of the reduction motor 101 is transmitted to the eccentric wheel 102 through the output shaft 1011. When the eccentric wheel 102 rotates, the thin wheel 1022 is reduced. The shaft of the speed motor 101 rotates in a circular path. The water pump 10 further includes a telescopic body 104, which is perpendicular to the thin wheel 1022, and includes two convex ring bodies 1042 connected in series. The inside of the expansion body 104 is a receiving cavity, and the expansion body 104 is soft such as rubber. The material can be enlarged and reduced by stretching. The upper end of the expansion body 104 is provided with a connector 1041. The connector 1041 is provided with a bearing 103 fixedly connected therein, and the thin wheel 1022 is inserted into the bearing 103 for rotation. Reduced frictional resistance. The bottom of the expansion body 104 is provided with a connecting seat 1043. The water pump 10 further includes a pressing block 105. The middle portion of the water pump 10 is a circular hole 1051. The connecting seat 1043 of the elastic body 104 is disposed in the circular hole 1051 and is fixedly connected to the pressing block 105. The action of the compacting body 104 is obtained. In this embodiment, the number of the convex ring bodies 1042 on the elastic body 104 is not limited, and may be any number, which is set according to actual production requirements, and as a variation of an embodiment, the outer portion of the elastic body 104 may not be convex. The ring body 1042 is only required to be vertically stretchable. Therefore, the expandable body 104 is a stretched member having an arbitrary shape, and can be a stretch member made of any other elastic material and capable of accommodating water and a telescopic function.

The water pump 10 further includes a connecting member 107. The connecting member 107 includes a base 1072. The base 1072 has a size corresponding to the pressing block 105. The base 1072 is provided with a ring body 1071. The ring body 1071 is a convex circle. The outer ring is sized and shaped to correspond to the size of the circular hole 1051 of the pressure block 105 such that the pressure block 105 fits over the ring body 1071 such that the pressure block 105 and the connecting member 107 are inlaid with each other. An inner ring 1073 is disposed inside the ring body 1071. The inner ring 1073 is a ring and is integrally connected with the connecting member 107. The inner ring 1073 is provided with a small hole 1074. The hollow hole 1074 between the small hole 1074 and the inner ring 1073 is There is no conduction between the small holes 1074 and the hollow 1076 in the middle of the inner ring 1073. The water pump 10 further includes a first seal ring 108 that is placed under the connecting member 107 to prevent leakage of water.

A flow-through member 109 is disposed under the connecting member 107. The flow-through member 109 includes a connecting body 1091 and two ring covers 1093 which are arranged on the left side thereof and are sequentially arranged. The upper surface of the connecting body 1091 is planar, and the connecting member 107 is sized and connected. Match. A water outlet 10922 extends from the left side of the two ring covers 1093 of the flow-through member 109, and a water suction port 10911 is disposed on the right side. The water suction port 10911 is connected to the hose 1193 of the water tank 119. A water-passing end 10912 is disposed on the upper surface of the connecting body 1091. The water-passing end 10912 communicates with the water-absorbing port 10911 through a water-absorbing passage 1095 inside the flow-through member 109. A water-filling hole 10921 is disposed beside the water-passing end 10912. The water-filling hole 10921 is provided. The water outlet 10922 communicates with the water outlet 1097 through a water outlet passage 1097. The water outlet passage 1097 and the water suction passage 1095 are two mutually non-intersecting passages.

The water pump 10 further includes a first duckbill check valve 106. The first duckbill check valve 106 includes a first mouth 1061 and a first bottom ring 1062. The first bottom ring 1062 is a ring body, and the first mouth 1061 is With the one-way valve, the water flow and the air flow can only flow from the first bottom ring 1062 to the first mouth 1061 and cannot flow back. The first bottom ring 1062 of the first duckbill check valve 106 communicates with the water-passing end 10912 of the flow-through member 109, and the first mouth portion 1061 extends through the connecting member 1177 into the expandable body 104. When the connecting member 107, the first duckbill check valve 106 and the flow-through member 109 are assembled, the first bottom ring 1062 is just embedded in the edge of the inner ring 1073 of the connecting member 107, so that the two are closely connected without a gap, and at the same time The water-passing end 10912 extends through the first bottom ring 1062 into the first duckbill check valve 106 and the water-passing end 10912 is tightly connected to the first duckbill check valve 106, and at the same time, the connecting member 107 The small hole 1074 communicates with the water injection hole 10921 on the flow-through member 109, the small hole 1074 is adhered to the water injection hole 10921, and the water injection hole 10921 is located in the edge of the small hole 1074, that is, the hole diameter of the water injection hole 10921 is smaller than that of the small hole 1074. The aperture (the so-called aperture refers to the shape and size of the object channel). At this time, the portion of the aperture 1074 that is larger than the water injection hole 10921 falls on the connector. The position of the hole above the 1091 is such that the water flowing out of the small hole 1074 flows into the water injection hole 10921 and does not leak to another place.

The water pump 10 further includes a second duckbill check valve 121, the second duckbill check valve 121 includes a second mouth portion 1211 and a second bottom ring 1212, the second bottom ring 1212 is a ring body, and the second mouth portion 1211 is a single To the valve, the water flow and the air flow can only flow from the second bottom ring 1212 to the second mouth portion 1211 and cannot flow back. The water outlet 10922 of the flow-through member 109 passes through a gasket 120 and extends through the second bottom ring 1212 into the second duckbill check valve 121 and the water outlet 10922 is tightly connected to the second duckbill check valve 121. The washer 120 is used to compress the second bottom ring 1212 to prevent it from spreading at the water outlet passage 1097 while functioning as a seal. The water pump 10 further includes a connector 122. The connector 122 is a barrel-shaped receiving cavity. The left end of the water pump 10 is provided with a water outlet end 1222. The aperture at the right end thereof is matched with the size of the two ring covers 10931 of the flow-through member 109. The two ring covers 1093 are provided. A sealing ring 1094 is provided between them to prevent water leakage, which serves to seal and compact. The water outlet end 1222 of the connector 122 is connected to the first water inlet 1152 of the steam generator 115 via a water pipe. As a variation of one embodiment, the first sealing ring 108 and the gasket 120 may be sealed and pressed by other means such as waterproof glue, depending on actual production conditions.

In the water pump 10, as a variation of an embodiment, the flow-through member 109 can be omitted, that is, two water-dissipating passages and a water outlet passage which are not connected to each other are disposed directly at the position of the flow-through member 109, and one end of the suction passage is unidirectional with the first duckbill. The first bottom ring 1062 of the valve 106 is tightly coupled and the other end is intimately coupled to the hose 1193 of the water tank 119. One end of the water outlet passage is connected to the small hole 1074 on the connecting member 107 and corresponds to the aperture thereof, and the other end thereof is tightly connected to the second bottom ring 1212 of the second duckbill check valve 121. At the same time, the water absorbing passage and the water outlet passage are fixed, and a flat device is provided to fix the underside of the base 1072 of the connecting member 107. As a variation of another embodiment, the compact 105, the connecting member 107, the sealing ring 108 and the flow-through member 109 are omitted, one end of the water absorption passage communicates with the first bottom ring 1062, one end of the water outlet passage communicates with the second bottom ring 1212 and the other end thereof extends into the telescopic body 104, the other One end and the first mouth portion 1061 extend into the expandable body 104, and the underside of the expandable body 104 is sealed except for the other end and the first bottom ring 1062. As a variation of one embodiment, the connector 1041 on the expansion body 104 can be connected to other electric devices that extend up and down, that is, the combination of the reduction motor 101 and the eccentric 102 can achieve the same function in other ways. As a variation of an embodiment, the first duckbill check valve 106 and/or the second duckbill check valve 121 can be any one-way valve that can carry a fluid medium such as a gas or a liquid, and the fluid can be from one direction. The inlet of the valve flows to the outlet but does not flow in the opposite direction.

Referring to FIGS. 17 and 18, the steam generator 115 includes an upper cover 1154 and a lower cover 1155. The two are disposed one above another. The lower cover 1155 is provided with a suction groove 1156. The upper cover is provided with a hole 11541 and sucked. The sink 1156 is shaped to match. The lower cover 1155 includes a water passage 11551. The water passage 11551 is in communication with the first water inlet 1152. The side surfaces of the water passage 11551 are respectively provided with a plurality of side passages 11552, and the plurality of side passages 11552 are in communication with the water passage 11551. The steam generator 115 further comprises a water absorbing cotton 1153 which is a high temperature cotton or other water absorbing material. When the upper cover 1154 and the lower cover 1155 are integrated, the absorbent cotton 1153 is embedded in the water absorbing groove 1156. The size of the cotton 1153 is exactly matched with the hole 11541 of the upper cover 1154 and the suction groove 1156, so that the absorbent cotton 1153 is in close contact with the plurality of side channels 11552. When the steam generator 115 is in operation, water in the water pump 10 is input from the first water inlet 1152 to the water passage 11551, and water is transported to the absorbent cotton 1153 through the side channel 11552 on the side thereof while being heated to generate water vapor at a high temperature. The absorbent cotton 1153 allows the water to be dispersed and heated, thereby buffering the water, preventing the water from being heated in a trickle-like high temperature and instantaneously exploding into a gas.

The switching device 157 is controlled by the main PCB board 155. The switching device 157 is provided with a state selection of no steam, large steam and small steam, and the IC circuit can predetermine the running time of the speed reducing motor 101 in advance, and when the running time is long, a large steam is formed. When the operation time is short, a small steam is formed, and if it is not operated, the steam is not in a steam state, and the time when the water pump 10 is stopped is controlled by a program of the main PCB board. In addition to controlling the amount of steam and the function of switching steam, the main PCB board can adjust and control the temperature of the upper plate comb 152 and the lower plate comb 112, and can control the temperature of the steam generator 115, which is also the total power supply of the switch, and controls the opening of the PTC heater. With off.

Referring to FIG. 19, FIG. 20 and FIG. 21, a second embodiment of the present invention provides a flow of a method for using a steam hairdresser 1. (The mechanical structure mentioned in the following process is referred to the first embodiment of the present invention. The view and number of the steam hairdresser 1 includes the following steps:

Step S1: The water tank 119 is filled with water and attached to the lower handle 11.

The sealing cover 11922 is removed, and water is injected through the water inlet 11923. At this time, the gas in the water tank 119 is discharged from the air outlet 11925. After the water tank 119 is about to be filled, the sealing cover 11922 is placed in the water tank 11921 to be sealed. The interface 11911 of the water tank 119 is connected to the water suction port 10911 of the water pump 10, and the female buckle 1196 is fixedly coupled to the child buckle on the lower handle 11.

Step S2: The hair 20 is formed into a plurality of strands between the lower combs 113.

When the steam hairdressing device 1 is not in use, the upper straight hair portion 150 and the lower straight hair portion 110 are in a separated state, the hair 20 is placed on the lower straight hair portion 110, and the lower protective tooth 114 divides the hair 20 into a plurality of strands.

Step S3: The upper handle 15 and the lower handle 11 are closed.

The PTC heater is activated by the switch device 157 and the upper handle 15 is attached to the lower handle 11. At this time, since the upper plate comb 152 and the lower plate comb 112 are heat conductive materials, the upper plate comb 152 and the lower plate When the comb 112 is cross-combined, the hair 20 is squeezed, and the hair 20 is placed between the upper plate comb 152 and the lower plate comb 112 to be intimately attached to the side heating portion, so that the effect of the hot hair 20 is better.

In this step, the workflow between the components of the steam hairdresser 1 is divided into the following steps:

Step S31: The Hall switch 1551 is activated.

When the upper handle 15 and the lower handle 11 are closed, the Hall switch 1551 starts to start after the change of the magnetic field is sensed by the magnet 1111 on the lower handle 11.

Step S32: The reduction motor 101 of the water pump 10 is started.

The Hall switch 1551 triggers the deceleration motor 101 to start working, the deceleration motor 101 starts, and the output shaft 1011 starts to rotate to drive the eccentric wheel 102 connected thereto to rotate, and the coarse wheel 1021 rotates around its own central axis (ie, the rotation axis), due to the thin wheel 1022 The center of the circle is offset from the center of the coarse wheel 1021, so the thin wheel 1022 moves in a circular trajectory around the axis of rotation of the coarse wheel 1021. Since the bearing 103 is fixed in the connecting head 1041 of the telescopic body 104, the thin wheel 1022 is matched with the bearing 103 and the thin wheel 1022 can be rotated in the bearing 103. The rotation of the thin wheel 1022 drives the telescopic body 104 to move up and down, that is, the telescopic body 104 Switch between stretched and contracted states. Therefore, when the upper handle 15 and the lower handle 11 are closed, the water pump 10 is controlled by the IC circuit, and the water flows from the water tank 119 into the steam generator 115 to generate a water vapor state and is sprayed toward the hair 20.

Step S33: The water pump 10 draws water from the water tank 119.

When the expandable body 104 is stretched, the volume of the internal accommodating cavity is increased, and the expansion body 104 starts to inhale through the water outlet passage and the water absorbing passage. Therefore, the first duckbill check valve 106 is opened at this time, and the second duckbill is unidirectional. When the valve 121 is closed, water and/or gas in the water outlet passage is not sucked into the expandable body 104, and water in the water tank 119 is sucked into the accommodating chamber of the expandable body 104 through the water absorbing passage.

Step S34: The water pump 10 delivers water to the steam generator 115.

When the expansion body 104 is compressed, the volume of the internal accommodation chamber is reduced and the pressure is increased. At this time, the force from the accommodation chamber of the expansion body 104 to the flow-through member 109 causes the first duckbill check valve 106 to be closed and the second duckbill. The check valve 121 is in an open state, at which time the water in the accommodating chamber is transferred to the second duckbill check valve 121 through the water outlet passage through the small hole 1074, and is further transmitted to the water outlet end 1222 of the connector 122, and passes through the first water inlet. 1152 is delivered to steam generator 115.

Step S35: The steam generator 35 generates water in a steaming state.

The water in the water pump 10 is input from the first water inlet 1152 to the water passage 11551, and the water is conveyed to the absorbent cotton 1153 through the side channel 11552 on the side thereof while being heated to generate water vapor at a high temperature, and the water vapor is passed through the steam hole 116. It is sprayed in a vapor form to moisturize the hair 20.

Step S4: The hair 20 is heated and steam is sprayed.

Each of the upper teeth 1522 and the upper bottom plate 1521 of the upper plate comb 152 simultaneously heats and heats the hair 20, and each of the lower teeth 1122 and the lower bottom plate 1121 of the lower plate comb 112 simultaneously heats and heats the hair 20. The steam generator 115 ejects water vapor from the steam holes 116 to wet the hair 20.

Step S5: Pull the steam hairdresser 1.

When the upper straight hair portion 150 and the lower straight hair portion 110 are fitted together, the hair is pulled on the hair 20, and the steam hairdresser 1 is slowly dragged along the hair 20 from the hair root to the hair tail to straighten the hair 20, and the hair is pulled along the hair. The hair 20 is pulled in one direction. The hair 20 is effectively blanched between the upper plate comb 152 and the lower plate comb 112. The user pulls the steam hairdresser 1 in the direction of the hair 20 to straighten the hair 20, and when the hair 20 is straightened and ready to change another hair 20, the upper straight hair portion 150 and the lower straight hair portion are placed. 110 is separated, then another hair 20 is straightened in the same manner, and so on, the steam hairdresser 1 repeats the above steps while straightening each hair 20 .

In this embodiment, step S5 may be omitted according to actual conditions. In addition, before the steam hairdresser 1 is used, one of the large steam, the small steam, and the no steam can be selected on the switch device 157, then when the hall switch 1551 senses that the upper handle 15 and the lower handle 11 are about to close. At the time of the operation, the deceleration motor 101 is started to start the operation of the water pump 10, and the time of the steam and the size of the steam are determined according to different choices of the user.

Referring to FIG. 22, in the third embodiment of the present invention, the inner side of the upper straight hair portion 350 of the steam hairdresser 3 is a heat conductive flat plate, that is, no upper comb is disposed on the upper straight hair portion 350. Besides, the other structure and function of the steam hair dryer 3 of the third embodiment of the present invention are the same as those in the first embodiment.

Referring to FIG. 23, in the fourth embodiment of the present invention, the inner side of the lower straight hair portion 410 of the steam hairdresser 4 is a heat conductive flat plate, and a plurality of steam holes 416 are disposed on the flat plate, and the position is set on the edge of the flat plate. , can also be set anywhere in the middle. Besides, the other structure and function of the steam hair dryer 4 of the fourth embodiment of the present invention are the same as those in the first embodiment.

Referring to FIG. 24, in the fifth embodiment of the present invention, the steam hairdresser 5 includes only a lower handle 51, and a handle set 511 is disposed at the handle of the lower handle 51, and the switch group 511 controls the internal PTC heater thereof. Heating and opening and closing of the water pump and the internal steam generator, the position of the switch group 511 is not limited, and it may be disposed at other positions on the steam hairdresser 5, according to actual production needs, in addition, the lower handle The structure and function of 51 are the same as those of the lower handle 11 in the first embodiment.

Compared with the prior art, the first embodiment of the present invention is provided by the steam hairdresser 1 The handle 11 is next, and a steam generator 115 and a water tank 119 are disposed in the lower handle 11, a water pump 10 is disposed between the steam generator 115 and the water tank 119, and the three are integrally connected to the lower handle 11 to make the water in the water tank 119 The steam generator 10 can be sent to the steam generator 115 to generate water vapor according to actual needs, so that the steam hairdresser 1 can replenish moisture when the hair is heated and straightened, and prevent the hair from being burnt when the hair is heated during the process of moisturizing the hair. , strain and burns.

By providing a connecting shaft 13, the tail portions of the upper handle 15 and the lower handle 11 are moved around the connecting shaft 13, so that the front portions of the two are switched between the fitted and separated states.

By providing two handles (upper handle 15 and lower handle 11) and separately providing PTC heaters therein, the hair 20 can be heated and scalded between the two handles. The steam hairdresser 1 is placed in the process of ironing the hair 20 by providing the upper tooth comb 151 on the upper handle 15 and the lower tooth comb 113 on the lower handle 11, and the upper tooth comb 151 and the lower tooth comb 113 are disposed inwardly opposite each other. The hair 20 is placed between the upper comb 151 and the lower comb 113 to not only comb the hair 20 to prevent the hair from tying, but also to perform a squeeze massage on the hair. By providing a thermally conductive upper plate comb 152 on the upper comb 151 and a thermally conductive lower plate comb 112 on the lower comb 113, the heated area of the hair when the hair 20 is placed between the upper comb 152 and the lower comb 112 Increase. By providing a ring of protection teeth 154 around the upper plate comb 152 and a ring of lower protection teeth 114 around the lower plate comb 112, the upper protection teeth 154 and the lower protection teeth 114 are non-thermally conductive materials, thereby avoiding the user's Use the steam hairdresser 1 to heat the hair and contact the skin to cause burns. By setting the distance between each adjacent two upper teeth 1522 to be larger than the maximum size of the bottom thereof, the distance between each adjacent two lower teeth 1122 is set to be larger than the maximum size of the bottom thereof, each adjacent two The distance between the upper protection teeth 154 is greater than the maximum size of the bottom portion, and the distance between each adjacent two lower protection teeth 114 is greater than the maximum size of the bottom portion thereof, so that the upper and lower teeth 1122 can be vertically engaged. Upper and lower protection teeth 154 and lower protection teeth 114 are simultaneously moved up and down Cross-engagement, so that the upper-toothed comb 151 and the lower-toothed comb 113 are more squeezing to the hair when they are engaged with each other, and the heating area is increased to make the heating effect better, when the hair is located on the upper-tooth comb 151 and the lower-toothed comb Between 113, the upper pinch 1522 and the lower pinch 1122 push the hair to the side to make the hair more closely close to the heated surface. When the steam hairdresser 1 moves relative to the hair, the resistance makes it possible to simultaneously burn more hair. It makes the straightening of the hair more efficient.

By forming a water suction passage 1095 between the water pump 10 and the water tank 119, a water outlet passage 1097 is formed between the water pump 10 and the steam generator 115, and the water absorption and discharge operations of the water pump 10 are alternately intermittently performed, thereby causing the water pump 10 to generate steam. The water delivery speed of the device 115 is slow, and the water vapor sprayed from the steam hairdressing device 1 is prevented from being excessively aggregated and integrated into the flow.

By providing the Hall switch 1551 and the magnet 1111 inside the upper handle 15 and the lower handle 11, respectively, when the upper handle 15 and the lower handle 11 are attached, the Hall switch 1551 draws water into the steam generator 115 when the magnetic field changes. When the upper handle 15 and the lower handle 11 are closed, the water flows from the water tank 119 into the steam generator 115 to generate a water vapor state, so that the design is more user-friendly.

By providing the first duckbill check valve 106 and the second duckbill check valve 121 in the water pump 10, the water pump 10 is pumped from the water tank 119 and delivered to the steam generator 115 through two separate channels that do not interfere with each other. By providing a telescopic body 104, the internal accommodating chamber can store the water drawn in from the water tank 119, and realize pumping when it is stretched, and realize water discharge when it is compressed, so that the water pump 10 can continuously feed the water tank 119. The water is delivered to the steam generator 115. By connecting the reduction motor 101 to the eccentric wheel 102 in the water pump 10, the expansion body 104 can achieve a transition between the stretched and compressed states. By providing the inner ring 1073 on the connecting member 107 and the small hole 1074 in the inner ring 1073, water in the expandable body 104 can flow out through the small hole 1074. By using the reduction motor 101, it is possible to control the flow rate so that the flow rate and speed are relatively slow.

The water passage 11551 is disposed on the lower cover 1155 of the steam generator 115, and the water passage 11551 is in communication with the first water inlet 1152. The side surfaces of the water passage 11551 are respectively provided with a plurality of side passages 11552 communicating with the water passage 11551, so that the water pump 10 is transported. The water in the steam generator 115 can be dispersed into a plurality of water streams. Further, by further arranging a water absorbing cotton 1153 on the steam generator 115, the water in the water pump 10 is input from the first water inlet 1152 to the water passage 11551, and passes through the side. The side channel 11552 transports water to the absorbent cotton 1153 and spreads thereon while heating at high temperature to generate water vapor. The absorbent cotton 1153 allows the water to be dispersed and heated, thereby buffering the water to prevent the water from dripping into the heating plate. It is heated at a high temperature and instantly explodes into a gas.

The hose 1193 is provided as a soft material such as silicone rubber by connecting a hose 1193 and a water suction end 1194 at the interface 11911 of the water tank 119, and the water suction end 1194 is set to a material having a relatively high density such as metal. When the steam hairdresser 1 is used, At the same time, the water will sway in the water tank 119 as the steam hairdresser 1 is placed at different angles. Due to gravity, the water is always at the lowest point in the water tank 119, and the water suction end 1194 located therein moves with the water swaying. The hose 1193 is made of a soft material, so the hose 1193 can be deformed as the suction end 1194 moves, and the suction end 1194 is a relatively heavy component, and the suction end 1194 can match the fluidity of the water in the water so as to be in the water tank 119. Find the lowest position that is good for water absorption. By arranging the water tank 119 to be detachably mounted on the lower handle 11, the water tank 119 is more convenient when water is injected.

An upper sealing strip 160 is disposed on the edge of the upper handle 15, and a lower sealing strip 180 is disposed on the edge of the lower handle 11. The upper sealing strip 160 and the lower sealing strip 180 are heat insulating materials such as rubber, which are not only used for decoration, Moreover, the external water can be prevented from entering the internal structure through the gap of the edge of the handle, which functions as a waterproof and moistureproof. In addition, since it is a non-conductive material, it can avoid accidentally touching the upper handle 15 during use. The lower handle 11 causes burns.

The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention. Any modifications, equivalents, improvements, etc. made within the principles of the present invention are intended to be included in the scope of the present invention. .

Claims (13)

A steam hairdressing device for heating and finishing hair, the steam hairdressing device comprising an upper handle, the upper handle comprising: a steam generator for generating steam by heating, moistening hair placed on the upper handle; a liquid container a liquid for moisturizing the hair; and a pump for controllably extracting the liquid in the liquid container into the steam generator, and for determining the time of the steam and the size of the steam according to different state selections; The steam generator, the liquid container, and the pump are all disposed on the upper handle. The steam hairdressing device of claim 1, wherein one side of the upper handle generates a steam ejecting area, the opposite side is provided with the steam generator, the liquid container and the pump, and the steam generator, the liquid The container and the pump are connected in a line. The steam hairdresser of claim 1, wherein the pump is connected to the steam generator and the liquid container. The steam hairdressing device of claim 1, further comprising: a lower handle, the lower handle and the upper handle being opened and closed by a connecting shaft. The steam hairdressing device of claim 4, wherein a plurality of tooth combs are disposed on a surface of the upper handle opposite to the lower handle, and a surface of the lower handle opposite to the upper handle is also disposed. a plurality of tooth combs, wherein the tooth combs of the two handles are misaligned. The steam hairdressing device of claim 4, wherein a trigger is disposed in the upper handle, and a sensor is disposed in the lower handle, and after the trigger triggers the sensor, the pump starts to operate. The steam hairdressing device of claim 4, wherein the upper handle and/or the edge of the lower handle is provided with a ring of sealing strips, the sealing strip being of heat insulating material. The steam hairdressing device of claim 1, wherein a suction passage is formed between the pump and the liquid container, and a water outlet channel is formed between the pump and the steam generator, and the pump absorbs water and discharges alternately. Intermittently. The steam hairdressing device of claim 1, further comprising: a lower handle, the lower handle and the upper handle being connected by a connecting shaft and rotatable around the connecting shaft to realize the lower handle and the upper handle Opening and closing, one side of the upper handle generates a steam ejecting area, the steam generator, the liquid container and the pump are disposed opposite to one side, the steam generator is disposed at a front portion of the upper handle, and the liquid container is disposed thereon In the rear section of the handle, the pump is disposed in a middle section of the upper handle, and the pump is simultaneously connected to the steam generator and the liquid container through a water pipe, and is controlled by a Hall switch during closing of the lower handle and the upper handle The pump rotates. A method of using a steam hairdresser, comprising: step S1, providing a steam hairdresser according to claim 1 of the patent application, and determining a steam time and a steam size according to different state selections; and step S2, making the hair Located between the plurality of combs of the upper handle; and in step S3, the steam generator begins to spray steam onto the hair on the upper handle. The method of using the steam hairdresser according to claim 10, wherein one side of the upper handle generates a steam ejecting area, and the opposite side is provided with the steam generator, the liquid container and the pump, and the pump is simultaneously connected. The steam generator and the liquid container, the step S3 comprising: step S31, the pump extracts liquid from the liquid container; in step S32, the pump delivers the liquid to the steam generator; and in step S33, the steam generator will The liquid turns into a water vapor state and is sprayed toward the hair. The method of using the steam hairdresser according to claim 10, wherein the steam hairdresser is provided with a switch device and an IC circuit, the two are electrically connected, and the switch device is provided with no steam, large steam, and The state of the small steam is selected, the IC circuit can pre-determine the running time of the pump, and when the running time is long, large steam is formed, when the running time is short, small steam is formed, and if it is not, the steam is not. The method of using the steam hairdresser according to claim 12, wherein before the steam hairdresser is used, one of a large steam, a small steam, and no steam is selected on the switch device, and the steam hairdresser is a sensor senses the upper handle and one of the steam hairdressers When the handle has an action to close, the pump is started to start running, and the steam time and steam size are determined according to different choices of the user.