WO2017174035A1

WO2017174035A1 - Steam generator and hairdressing device provided with steam generator

Info

Publication number: WO2017174035A1
Application number: PCT/CN2017/079802
Authority: WO
Inventors: 段德锦
Original assignee: 深圳市洋沃电子有限公司
Priority date: 2016-04-07
Filing date: 2017-04-07
Publication date: 2017-10-12
Also published as: CN212088525U; CN206687360U

Abstract

Provided is a steam generator (112), comprising a steam generating chamber (1142), a secondary evaporating chamber (1143) and a heating chamber (1141). The heating chamber (1141), the steam generating chamber (1142) and the secondary evaporating chamber (1143) are mutually independent cavities, the heating chamber (1141) and the steam generating chamber (1142) are stacked on a steam jetting direction, and a PTC heating plate (1147) is arranged within the heating chamber (1141). The steam generating chamber (1142) is used for heating water to form steam, the secondary evaporating chamber (1143) is provided with a steam outlet (1145), the secondary evaporating chamber (1143) is in communication with the steam generating chamber (1142), and the steam is transferred from the steam generating chamber (1142) into the secondary evaporating chamber (1143) in a buffering manner, reheated while being transferred within the secondary evaporating chamber (1143) and discharged from the steam outlet (1145). Also provided is a hairdressing device (10) provided with the steam generator (112), said device comprising an upper clamping portion (17) and a lower clamping portion (11), the upper clamping portion (17) and the lower clamping portion (11) being connected at one end via a connecting shaft (13), the upper clamping portion (17) rotating around the connecting shaft (13) with respect to the lower clamping portion (11), the lower clamping portion (11) comprising the steam generator (112).

Description

Steam generator and hairdressing device having the same

[Technical Field]

The present invention relates to a steam generating device for a hairdressing device, and more particularly to a steam generator and a hairdressing device having the same.

【Background technique】

The hair straightener can straighten the hair by blanching the hair to shape the hair, making the hair look straight and smooth, so the hair straightener has become a hairdressing device that the majority of women love.

In the process of using the hair straightener on the hair straightener to avoid the hair straightener to straighten the hair, because the hair straightener has a high temperature, if the hair is very dry, it is easy to damage the hair, burn the hair, and strain the hair. And cause the hair to burn. A steam generating device is added to the hairdresser to moisten the hair, but the moisture generated by the existing hair straightener steam generating device is not fully evaporated, and the moisture content in the steam is excessively sprayed, causing the hair to be burned. The straightening effect is not good.

[Summary of the Invention]

In order to overcome the problems raised by the prior art, the present invention provides a steam generator and a hairdressing device having the same.

The technical solution of the present invention is to provide a steam generator for supplying water vapor to a hairdressing device, including a steam generating chamber, a secondary evaporation chamber and a heating chamber, the heating chamber, a steam generating chamber and secondary evaporation. The chambers are mutually independent cavities, and the heating chamber and the steam generating chamber are stacked in the direction of steam ejection, and a heater is disposed in the heating chamber; the steam generating chamber is used for heating water to form water vapor. The secondary evaporation chamber is provided with a steam outlet, the secondary evaporation chamber is in communication with the steam generating chamber, and water vapor is buffered from the steam generating chamber buffer to the secondary evaporation chamber; and is conducted in the secondary evaporation chamber It is again heated and discharged from the steam outlet.

The invention also provides a hairdressing device with a steam generator, comprising a first clamping And the second clamping portion, the first clamping portion and the second clamping portion are connected at one end by a connecting shaft, and the first clamping portion is opposite to the second clamping portion Rotatable about the connecting shaft, the second clamping portion includes a steam generator for supplying water vapor to the hairdressing device, the steam generator including a steam generating chamber, a secondary evaporation chamber and a heating chamber, the heating The chamber and the steam generating chamber are mutually independent cavities, and are stacked in a direction of steam ejection, a heater is disposed in the heating chamber; the steam generating chamber is configured to heat water to form water vapor, The secondary evaporation chamber is provided with a steam outlet, the secondary evaporation chamber is in communication with the steam generating chamber, and water vapor is conducted in the secondary evaporation chamber to the steam outlet; the water vapor is in the second After being heated in the secondary evaporation chamber, it is heated again and discharged from the steam outlet.

Compared with the prior art, the hairdressing device with the steam generator of the present invention has the following advantages:

1. By providing a secondary evaporation chamber on the steam generator, the larger particles of water contained in the steam coming out of the steam generating chamber are secondarily evaporated, so as to avoid direct injection of larger particles of water to affect the hair. Pulling effect; at the same time, water vapor is conducted in the steam generating chamber and the secondary evaporation chamber to slow down the flow rate of steam, prolong the secondary evaporation time of water vapor, and heating time to achieve better water vapor evaporation effect.

At the same time, a steam outlet is arranged on the secondary evaporation chamber, and the water vapor which is reheated and atomized in the secondary evaporation chamber can be directly discharged from the steam outlet for hairdressing to ensure better heat utilization and ensure the best better effect. .

Further, the heating chamber, the steam generating chamber and the secondary evaporation chamber are mutually independent cavity structures, and are stacked in the direction of steam ejection, and the heater is disposed in the heating chamber for independent steam generating chamber and secondary evaporation. The steam heating effect in the cavity is better.

2. By providing a barrier layer in the secondary evaporation chamber, the barrier layers are arranged to form a bypassed steam conduction path. The vaporized water droplets can be discharged from the bypassed steam conduction passage through the steam outlet, and the bypassed steam conduction passage can effectively block the water droplets in the water vapor, so that the water droplets remain in the secondary evaporation chamber for secondary evaporation and vaporization. It is ensured that the water vapor discharged from the steam outlet ensures good humidification effect, and also ensures the ironing effect of the hairdressing device with the steam generator on the hair, and achieves the true sense of hairdressing.

3. The first vaporized steam passing through the steam generating chamber passes through the first vent hole of the front cover gasket, the second vent hole, and the air guide groove of the front cover, and the first steam is formed. The passage introduces the vaporized vapor into one side of the secondary evaporation chamber, and the first conductive passage of the steam can slow down the flow rate of the vaporized steam from the steam generating chamber into the secondary evaporation chamber to ensure that the vaporized steam is in the second Sufficient gasification is obtained in the secondary evaporation chamber.

4. Passing the two vent holes of the back cover gasket and the air guide groove of the rear cover, the steam second guide passage introduces the vaporized vapor into the secondary evaporation chamber opposite to the first conduction passage. On the side, the steam second conducting passage can further reduce the flow rate of the vaporized steam from the steam generating chamber into the secondary evaporation chamber to ensure that the vaporized steam is sufficiently vaporized in the secondary evaporation chamber, and simultaneously The second conduction path and the first conduction path respectively communicate with opposite sides of the secondary evaporation chamber, so that the vapor pressure in the secondary evaporation chamber is not biased to either side of the secondary evaporation chamber, thereby ensuring ejection from the steam outlet The steam can be sprayed evenly onto the hair to ensure the hairdressing effect.

5. By placing an arc-shaped groove in the steam generating chamber for placing the shunt tube, the shunt tube is not easy to shake, and the shunting effect is better. At the same time, the shunt tube is a hollow cylindrical tube, and a plurality of water dividing ports are distributed on both sides of the shunt tube, and the diverting port is arranged obliquely at an angle to the horizontal plane. The water extracted from the water tank is more easily and evenly flowed into the steam generator through the water outlet, thereby evaporating the water more thoroughly.

6. By opening a gasket outlet hole and a conical-like groove on the gasket, the upper end of the gasket outlet hole is provided with a conical groove, and the steam is discharged from the gasket outlet hole through the cone-like groove, and the cone is discharged. The area of the upper groove is larger than the area of the lower port. When the water vapor is condensed into water droplets, the water droplets can flow back from the inner wall of the tapered groove to the gasket outlet hole and enter the steam generator again to evaporate again. When water droplets are difficult to reflow and condense to a certain extent, it may cause severe local humidification and affect the scalding effect.

[Description of the Drawings]

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic exploded view of a steam generator of a first embodiment of the present invention.

Fig. 2A is a perspective view showing the structure of the front cover of the steam generator of the first embodiment of the present invention.

Fig. 2B is a perspective view showing the front side structure of the front cover of the steam generator of the first embodiment of the present invention.

Fig. 3A is a perspective view showing the structure of a front cover gasket of a steam generator according to a first embodiment of the present invention;

Fig. 3B is a perspective view showing the front side structure of the front cover gasket of the steam generator of the first embodiment of the present invention.

4A is a perspective view showing the three-dimensional structure of a shunt pipe of a steam generator according to a first embodiment of the present invention.

4B is a cross-sectional structural view of the shunt pipe of the steam generator of the first embodiment of the present invention at the split port.

Fig. 5A is a perspective view showing the three-dimensional structure of a steam box of a steam generator according to a first embodiment of the present invention.

Fig. 5B is a schematic cross-sectional view showing the steam generator of the first embodiment of the present invention.

Fig. 6A is a schematic view showing the flow of air at a first angle of view of the steam generator of the first embodiment of the present invention.

Fig. 6B is a schematic view showing the flow direction of the steam generator in the second angle of view of the first embodiment of the present invention.

Fig. 7A is a perspective view showing the structure of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Figure 7B is a front elevational view of a hairdressing device having a steam generator in accordance with a second embodiment of the present invention.

Fig. 8A is a top perspective view showing the upper holding portion of the hairdressing device having a steam generator according to a second embodiment of the present invention.

Fig. 8B is a bottom perspective view showing the upper holding portion of the hairdressing device having the steam generator according to the second embodiment of the present invention.

Fig. 9A is a schematic top plan view showing a lower holding portion of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Fig. 9B is a bottom perspective view showing the lower holding portion of the hairdressing device having the steam generator according to the second embodiment of the present invention.

Fig. 10 is a view showing the internal structure of a lower holding portion of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Fig. 11 is a view showing the exploded structure of the lower holding portion of the hairdressing device having the steam generator according to the second embodiment of the present invention.

Fig. 12A is a perspective view showing the structure of a water tank of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Fig. 12B is a schematic view showing the explosion structure of the water tank of the hairdressing device having the steam generator according to the second embodiment of the present invention.

Figure 13 is a perspective view showing the three-dimensional structure of a peristaltic pump of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Figure 14 is a schematic view showing the exploded structure of a peristaltic pump of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Figure 15 is a perspective view showing the structure of a peristaltic pump base of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Figure 16 is a perspective view showing the structure of a peristaltic pump rotating device of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Figure 17 is a perspective view showing the three-dimensional structure of a peristaltic pump rotating bracket of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Figure 18 is a perspective view showing the structure of a peristaltic pump pressing device of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Fig. 19 is a front elevational view showing the peristaltic pump door of the hairdressing device having the steam generator according to the second embodiment of the present invention.

Fig. 20 is a view showing the configuration of a straight hair frame and a steam generator of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Figure 21 is a longitudinal cross-sectional view showing a gasket of a hairdressing device having a steam generator in accordance with a second embodiment of the present invention.

Fig. 22A is a schematic view showing the structure of an explosion of a straight hair frame of a hairdressing device having a steam generator according to a second embodiment of the present invention.

Figure 22B is an enlarged schematic view of Figure 22A at A.

23 is a schematic exploded view of a three-dimensional structure of a modified embodiment of a steam generator according to a first embodiment of the present invention, comprising a first profile, a second profile, a first end cap, and a second end cap.

Figure 24 is a schematic exploded view of the three-dimensional structure of the first end cap shown in Figure 23.

Figure 25 is a schematic exploded view of the three-dimensional structure of the second end cap shown in Figure 23;

Figure 26 is a schematic view showing the connection of the first profile and the second profile shown in Figure 23.

Figure 27 is a cross-sectional view taken along line I-I of Figure 26.

Figure 28 is a perspective view showing the structure of a hairdressing device using the steam generator shown in Figure 23; Figure.

【detailed description】

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 FIG. 1 , a steam generator 112 according to a first embodiment of the present invention includes a steam box 1127 , two absorbent cotton 1126 , a shunt tube 1125 , a front cover 1121 , a front cover gasket 1122 , a rear cover 1123 , and a rear cover gasket 1124 . . The steam box 1127 is an integrally formed structure, and the shunt tube 1125 is disposed in the steam box 1127 to divert water into the steam generator 112 for shunting to ensure that the moisture in the steam generator 112 is completely evaporated. The absorbent cotton 1126 is disposed on both sides of the shunt tube 1125, which can effectively absorb moisture, further reducing the content of water drops in the water vapor coming out of the steam generator 112. The front cover 1121 and the front cover gasket 1122 cooperate with the front end of the steam box 1127, and the rear cover 1123 and the rear cover gasket 1124 cooperate to seal the rear end of the steam box 1127, so that the steam box 1127 forms a steam generating chamber.

Referring to FIG. 2A and FIG. 2B, the front cover 1121 is provided with a water guiding port 1131 and an air guiding groove 1132. The water guiding port 1131 is disposed through the front cover 1121 and is coupled with the water supply device to introduce water into the steam box 1127. The air guiding groove 1132 The front cover 1121 is disposed on an end surface of the front cover 1122 for engaging the water vapor generated in the steam generator 112, and the air guide groove 1132 is in the shape of an inverted "V". The rear cover 1123 and the front cover 1121 are different in that the rear cover 1123 has no water guiding port, and other structures are identical, and details are not described herein.

Referring to FIGS. 3A and 3B , the front cover gasket 1122 includes a water outlet 1133 , a first ventilation hole 1134 and a second ventilation hole 1135 . The water outlet 1133, the first vent hole 1134 and the second vent hole 1135 are all disposed through the front cover gasket 1122, and the water outlet 1133 is used for cooperating with the water guiding port 1131 to transport water into the steam generator 112, the first vent hole 1134 is to guide the steam generated in the steam generator 112, and the air guiding groove 1132 disposed in the front cover 1121 again enters the steam generator 112 from the second vent hole 1135 for secondary evaporation, so that no water drops appear in the discharged steam. To ensure the effect of hairdressing. The back cover gasket 1124 and the front cover gasket 1122 have the same structure and will not be described herein.

Referring to FIG. 4A and FIG. 4B , the shunt tube 1125 is a hollow cylindrical tube, which includes a water dividing port 1140 , and a plurality of water dividing ports 1140 are distributed on both sides of the shunt tube 1125 , and the diverting port 1140 and The horizontal plane is arranged obliquely at an angle. The water extracted from the water tank 119 is more easily and evenly flowed into the steam generator 112 through the water tap 1140, thereby evaporating the water more thoroughly.

Referring to FIGS. 5A and 5B, the steam box 1127 includes a heating chamber 1141, a steam generating chamber 1142, a secondary evaporation chamber 1143, a partition 1144, and a steam outlet 1145. The steam generating chamber 1142 has an arcuate groove 1146 for placing the shunt tube 1125. The left and right sides of the shunt tube 1125 are provided with the absorbent cotton 1126, so that the moisture coming out through the shunt tube 1125 is absorbed by the absorbent cotton 1126 under the action of gravity. It is evenly distributed on the lower surface of the steam generating chamber 1142. The steam generating chamber 1142 is disposed on the upper surface of the heating chamber 1141. The PTC heating plate 1147 is disposed in the heating chamber 1141 for providing sufficient heat energy to the steam generating chamber 1142, and the moisture and the heating chamber 1141 in the steam generating chamber 1142. The surface contact causes the heat generated by the PTC heating plate 1147 to be fully utilized, so that the moisture in the absorbent cotton 1126 is heated to be vaporized for the first time to form water vapor, and the adsorption from the absorbent cotton 1126 is discharged from the steam generating chamber 1142.

Further, in order to avoid excessive water droplets in the water vapor coming out of the steam generating chamber 1142, the hair ironing effect is affected. The primary vaporized water vapor from the steam generating chamber 1142 passes through the first venting opening 1140 of the front cover gasket 1122, the second venting opening 1142, the air guiding groove 1132 of the front cover 1121, and the second rear cover 1123 and the rear cover pad. The steam guiding passage formed by the corresponding structure of the sheet 1122 introduces the vaporized vapor into the secondary evaporation chamber 1143, further vaporizes the vaporized steam in the secondary evaporation chamber, and finally discharges from the steam outlet 1145, and the steam guiding passage The flow rate of the vaporized vapor from the steam generating chamber 1142 into the secondary evaporation chamber 1143 can be slowed down to ensure that the vaporized vapor is sufficiently vaporized in the secondary evaporation chamber 1143, and simultaneously in the secondary evaporation chamber 1143. A barrier layer 1144 is also disposed across the barrier layer 1144, so that the water vapor entering the secondary evaporation chamber 1143 is heated and evaporated multiple times to further ensure the evaporation effect of the water vapor. At the same time, due to the presence of the barrier layer 1144, the water vapor discharge rate entering the secondary evaporation chamber 1143 is slowed down, and the secondary evaporation time is prolonged, thereby ensuring that the water droplet content in the water vapor from the steam outlet 1145 is minimized. It is ensured that the hairdressing device 10 having the steam generator can properly humidify the hair, protect the hair from damage due to overheating, and can directly stretch the hair to achieve a hairdressing effect. The steam box 1127 is an integrally formed structure to ensure good heat conduction performance, and can provide sufficient evaporation heat of the vapor to the secondary evaporation chamber 1143. The steam outlet 1145 mates with the gasket vent 1181 provided on the gasket 118. Steam outlet 1145 is a moment The arrangement is arranged such that the vapor evaporated by the secondary evaporation forms a steam surface discharged from the steam outlet 1113 of the upper casing 111, and the generated water vapor is more even and soft, thereby achieving a better humidifying hair effect.

When the pressure in the steam generating chamber 1142 is increased due to steam generation in the steam generating chamber 1142, it is known from the pressure balance that the water vapor in the steam generating chamber 1142 enters the secondary evaporation chamber 1143 from the steam guiding passage, and the steam generating chamber A small portion of the incompletely vaporized water droplets in 1142 will also enter the secondary evaporation chamber 1143 along with the water vapor. At this time, the water droplets coming from the water vapor encounter the barrier layer 1144 disposed at the intersection, and the barrier layer 1144 is cross-shaped to form a roundabout. The vapor conduction path and the bypassed vapor conduction path allow the vaporized material to pass. The vaporized water droplets can be discharged from the bypass steam conducting passage through the steam outlet 1145, and the bypass steam conducting passage formed by the crossover of the barrier layer 1144 can effectively block the water droplets coming from the steam generating chamber 1142 with the water vapor, so that the water drops The secondary evaporation vaporization is left in the secondary evaporation chamber 1143 to ensure that the water vapor discharged from the steam outlet 1145 ensures a good humidification effect.

Referring to FIG. 6A and FIG. 6B, the process in which moisture is converted into water vapor in the steam generator 112 and discharged into the hair is humidified. Specifically, the extracted water is disposed on the water guiding port 1131 of the front cover 1121, and is disposed on the front cover. The water outlet 1133 of the gasket 1122 enters the shunt tube 1125 disposed in the steam chamber, and the water uniformly flows into the absorbent cotton 1126 from the split port 1140 of the shunt tube 1125. The moisture in the absorbent cotton 1126 is disposed in the heating chamber 1141. The PTC heating plate 1147 is heated for the first time to become the steam filled with the steam generating chamber 1142. Since the rear end of the steam generating chamber 1142 is sealed by the back cover 1123 and the back cover gasket 1124, the steam generating chamber 1142 is inside. When the water vapor has a certain amount, under the pressure balance principle, the water vapor in the steam generating chamber 1142 sequentially passes through the first vent 1134 of the front cover gasket 1122, the air guiding groove 1132 of the front cover 1121, and the front cover gasket. The vapor guiding passage formed by the second vent 1135 of 1122 enters the secondary evaporation chamber 1144. The water vapor evaporated from the steam generating chamber 1143 in the secondary evaporation chamber 1144 is secondarily evaporated, and at this time, the water droplets in the water vapor are sufficiently evaporated, and the water vapor is discharged through the steam outlet 1145 to effectively humidify the hair to ensure the humidifying effect. good.

Referring to Figures 7A and 7B, a second embodiment of the present invention provides a hairdressing device 10 having a steam generator 112 for straightening hair, comprising an upper grip portion 17 and a lower grip portion 11, on which The clamping portion 17 and the lower clamping portion 11 are disposed above and below and the ends of the two are passed through a belt The connecting shaft 13 with the compression spring is rotatably connected (in all embodiments, the upper, lower, left, right, inner, outer, etc. position qualifiers are limited to the relative position on the specified view, not the absolute position), the upper clamping The tail portions of the portion 17 and the lower clamping portion 11 move around the connecting shaft 13 so that the front portions of the two are switched between the fitted and separated states.

Referring to FIGS. 8A and 8B, the clamping portion 17 includes a main PCB board 171, an upper PTC heater 173, a switching device 175, and a display screen 177. The main PCB board 171 is disposed in the upper clamping portion 17, and the main PCB board 171 is provided with an adapter and an IC circuit, and the adapter can convert the 100-240V AC voltage into a DC voltage. The upper clamping portion 17 is externally provided with a switching device 175 and a display screen 177. The switching device 175 and the display screen 177 are electrically connected to the IC circuit. The switching device 175 controls the opening and closing of the upper PTC heater 173 through the main PCB board 171. And the opening and closing of the steam eruption, and the switching device 175 can also control the increase and decrease of the heating temperature of the PTC heater 173, and the display screen 177 is used to display information such as an operation command. The IC circuit is provided with a Hall switch (not shown), and the Hall switch cooperates with the corresponding device of the lower clamping portion 11 to make the hairdresser with the steam generator when the upper clamping portion 17 and the lower clamping portion 11 are closed. The device 10 can be used normally.

Referring to FIGS. 9A and 9B, the PTC heater 114 is exposed to the front end of the lower clamping portion 11, the position of which corresponds to the upper PTC heater 173 of the upper clamping portion 17, the upper PTC heater 173 and the lower PTC. The heater 114 is used to heat the hair and straighten the hair. At the same time, the upper clamping portion 17 is internally provided with NTC (Negative Temperature Coeffi Cient), and when the temperature is raised, the resistance of the NTC is reduced, so the NTC is mainly used to prevent temperature overheating and it can be controlled. The upper PTC heater 173 and/or the lower PTC heater 114 may be MCH (Metal Ceramics Heater) or other heat generating components, which are not limited herein. A water tank 119 is structurally engaged with the rear end of the lower clamping portion 11 for supplying water to the inside of the lower clamping portion 11.

Referring to FIG. 10, a peristaltic pump 2 is disposed in the lower clamping portion 11, and the peristaltic pump 2 is connected to the water tank 119 to transport the moisture in the water tank 119 to the moisture evaporation device to provide a source of water vapor to ensure the hair is in the ironing process. Keep it moist to prevent damage to the hair due to overheating.

Referring to FIG. 11 , the lower clamping portion 11 mainly includes an upper housing 111 and a lower housing 117 . The upper housing 111 and the lower housing 117 are fastened by a structural engagement, and the front portion of the upper housing 111 is opened. The frame groove 1111 and the steam outlet 1113 are always emitted. Front section of lower housing 117 A receiving chamber 1171 is provided, and a structure for accommodating the water tank 119 is disposed in the second half. The receiving chamber 1171 houses a straight hair frame 115, a steam generator 112, and a peristaltic pump 2. The peristaltic pump 2 connects the water tank 119 and the steam generator 112, and extracts moisture in the water tank 119 into the steam generator 112, which converts the moisture extracted by the peristaltic pump 2 into water vapor to wet the hair. The steam generator 112 and the straight hair frame 115 are fastened by structural snapping or threading, while a gasket 118 is provided at the steam outlet of the steam generator 112, and the gasket 118 can be discharged from the steam generator 112. The steam can only be discharged from the steam outlet through the straight frame 115, ensuring that other structures are not affected by the water vapor and cause failure. The straight hair frame groove 1111 of the upper casing 111 is sized to match the straight hair frame 115. The straight hair frame 115 is exposed from the inside of the straight hair frame groove 1111 for cooperating with other structures and devices to iron the hair.

Referring to FIG. 12A and FIG. 12B, the water tank 119 is detachably disposed at the tail section of the lower casing 117, 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 provided. A water inlet 11923 is provided for water injection, and an air outlet 11925 is provided. When the water tank 119 is filled with water, in order to maintain the air pressure balance inside the water tank 119, the gas is discharged from the air outlet 11925. A sealing cover 11922 is provided on the upper surface of the water tank 11921 to seal the water tank 119. The sealing cover 11922 is made of a 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 preferably made of a silicone material. When the water pump 10 draws 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 The pressure inside and outside the water tank 119 acts and it can be automatically sealed on the inner cover 1192. Further, 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 clamping portion 11 for fixing the water tank 119 to the lower clamping portion 11. A connecting port 11911 is disposed on the outer cover 1191. The connecting port 11911 is connected to a hose 1193 and a water suction end 1194. The hose 1193 and the water suction end 1194 are located inside the water tank 119 and the two are integrally connected. The hose 1193 is soft such as silica gel. Material, the water-absorbing end 1194 is a material with a higher density such as metal. When using the hairdressing device 1 with a steam generator, the water will have a steam generator. The hairdressing device 1 is placed at different angles and shakes in the water tank 119. 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 shaking of the water, and the hose 1193 is soft. Material, so the hose 1193 can be deformed with the movement of the suction end 1194, and the suction end 1194 is a relatively heavy component, and the suction end 1194 will match the fluidity of the water in the water to find a water absorption in the water tank 119. Lowest position. As a variant, the water tank 119 can also be mounted in the lower clamping portion 11, the specific position of which is set according to actual production needs. As a variant, the water tank 119 can also be fixed to the lower clamping portion 15 instead of being detachable, and is provided according to actual production needs. As a variant, the manner in which the water tank 119 is detachably mounted on the lower clamping portion 11 by the snap structure is not limited thereto, and the water tank 119 can be detachably mounted by other means, and the setting is selected according to actual conditions.

Referring to FIG. 13, the peristaltic pump 2 includes a motor 21, a pumping chamber 22, an inlet joint 23 and an outlet joint 24. The motor 21 is disposed on the pumping chamber 22 side and connected to the pumping chamber 22, and the motor 21 Power is provided for the operation of the pumping chamber 22. The pumping chamber 22 is respectively connected with an inlet joint 23 and an outlet joint 24, and the inlet joint 23 and the outlet joint 24 are respectively located on opposite sides of the pumping chamber 22, so as to save the space occupied by the inlet joint 23 and the outlet joint 24, The peristaltic pump 2 is made smaller and can be directly loaded into a small home appliance, and has high applicability. The inlet joint 23 is for extracting liquid and the outlet joint 24 is for discharging liquid.

Referring to Figure 14, the motor 21 includes an output shaft 211 for driving the components connected thereto for rotation. The pumping chamber 22 includes a base 221, a cover door 222, a rotating device 223, and a resilient hose 224. The size of the door 222 is matched with the size of the base 221, and the door 222 can be attached to the base 221 to form the pumping chamber 22 as a whole. A rotating device 223 and an elastic hose 224 are disposed inside the base 221, and the elastic hose 224 has a U shape around the rotating device 223, and both ends of the elastic hose 224 are inclined toward each other to increase contact with the rotating device 223. area. The inlet joint 23 includes an inlet end 231 and an inlet connection end 232. The inlet end 231 and the inlet connection end 232 are perpendicular to each other to make it more space-saving on the pumping chamber 22. The peristaltic pump 2 can be made smaller, both The internal phase is connected, and the inlet connection end 232 is connected to one end of the elastic hose 224 for constituting a liquid passage. The outlet joint 24 includes an outlet end 241 and an outlet connection end 242. The outlet end 241 and the outlet connection end 242 are perpendicular to each other to make it more space-saving on the pumping chamber 22. The peristaltic pump 2 can be made smaller, both The inner phase is connected, and the outlet connecting end 242 is connected to the other end of the elastic hose 224. Used to form a liquid passage. The inlet connection end 232 and the outlet connection end 242 are located inside the pumping chamber 22, and the inlet end 231 and the outlet end 241 extend out of the pumping chamber 22. A fourth hole 2221 is defined in the door 222. The size of the fourth hole 2221 matches the size of the inlet end 231 for the inlet end 231 to extend outward from the pumping chamber 22.

Referring to FIG. 15, the base 221 includes a first hole 2211, a second hole 2212, a third hole 2213, a "U" shaped groove 2214, and a cylindrical groove 2215. The first bore 2211 is sized to match the size of the outlet end 241 for the outlet end 241 to extend outwardly from the pumping chamber 22. The size of the second hole 2212 matches the size of the output shaft 211 for threading the output shaft 211 to connect the output shaft 211 with the rotating device 223 to drive the rotating device 223 to rotate. The third hole 2213 is for threading the bolt, fixing the base 221 and the cover door 222. The "U" shaped groove 2214 is disposed around the cylindrical groove 2215, and the ends of the "U" shaped groove 2214 are inclined to increase the contact area with the cylindrical groove 2215 to improve the pumping efficiency, and the "U" shaped groove 2214 is used for An elastic hose 224 is provided, and a cylindrical groove 2215 is provided for the rotation device 223.

Referring to FIG. 16, the rotating device 223 includes a turret 2231, at least two pressing devices 2232, and at least two springs 2233. The two pressing devices 2232 are respectively disposed on opposite sides of the turret 2231 for pressing the elastic hose 224. A spring 2233 is disposed between the pressing device 2232 and the turret 2231 for adjusting the distance between the pressing device 2232 and the turret 2231, thereby adjusting the pressing force of the pressing device 2232 against the elastic hose 224. The distance between the outer sides of the two pressing devices 2232 is larger than the inner diameter of the curved portion of the "U" shaped groove 2214, so that the pressing device 2232 has sufficient pressing space for the elastic hose 224 to improve the pumping efficiency.

Referring to FIG. 17, the turret 2231 includes at least two upper connecting holes 2291, at least two lower connecting holes 2292, at least two baffles 2293, and at least two first positioning blocks 2294. The upper connecting hole 2291 and the lower connecting hole 2292 are correspondingly positioned, and are arranged in pairs in pairs for engaging the pressing device 2232. A first positioning block 2294 is disposed on the baffle 2293. The first positioning block 2294 is used for the sleeve spring 2233 to fix the position of the spring 2233. The baffle 2293 is used to provide support for the spring 2233, and the spring 2233 is subjected to the compression condition of the spring. The distance between 2231 and the squeezing device 2232.

Referring to FIG. 18, the pressing device 2232 includes a roller 2281, two latching posts 2282, a second positioning block 2283, and a rolling axis 2284. The upper and lower positions of the card post 2282 are corresponding to each other, and the size is matched with the size of the upper connecting hole 2291 and the lower connecting hole 2292. The engaging posts 2282 are respectively engaged in the upper connecting hole 2291 and the lower connecting hole 2292 which are disposed in pairs, and are engaged. Column The 2282 can be rotated within the upper attachment aperture 2291 and the lower attachment aperture 2292 to effect rotation of the squeezing device 2232 about the snap post 2282 to change the distance between the squeezing device 2232 and the turret 2231. The position of the second positioning block 2283 corresponds to the position of the first positioning block 2294, which cooperates with the position of the common fixing spring 2233. The rolling shaft 2284 is disposed on the other side opposite to the second positioning block 2283. The rolling shaft 2284 is sleeved with a roller 2281. The roller 2281 is rotatable about the rolling shaft 2284 to roll and press the elastic hose 224. The roller 2281 has a cylindrical shape to provide a sufficiently large pressing surface to improve the working efficiency of the peristaltic pump 2. The outer relative distance of the two rollers 2281 is greater than the inner diameter of the curved portion of the elastic hose 224, so that the roller 2281 is paired with the elastic hose 224. There is enough room for squeezing to improve pumping efficiency.

Referring to FIG. 19, when the peristaltic pump 2 is in operation, the motor 21 is activated, and the output shaft 211 is rotated to drive the rotating device 223 to rotate. Since the outer relative distance of the two rollers 2281 is greater than the inner diameter of the curved portion of the elastic hose 224, the roller 2281 rotates with the rotating device 223, so that the roller 2281 is rolled along the elastic hose 224, and the liquid inside the elastic hose 224 is discharged from the outlet. The joint 24 is extruded. When the roller 2281 on one side is disengaged from the elastic hose 224, the elastic hose 224 forms a negative pressure due to the discharge of a part of the liquid, thereby causing the elastic hose 224 to withdraw new fluid from the inlet joint 23 to meet the peristaltic pump 2. Loop work.

Referring to Figures 20 and 21, the straight hair frame 115 is structurally engaged with a steam generator 112 for engaging the upper PTC heater 173 disposed on the upper clamping portion 17 and other corresponding structures for hair. In the ironing process, the steam generator 112 provides water vapor during the hair ironing process to prevent the hair from being burned and damaging the hair. A gasket 118 is engaged between the straight hair frame 115 and the steam generator 112. The gasket 118 includes a gasket slot 1183, a gasket air outlet 1181, and a cone-like recess 1185. The gasket air outlet 1181 faces It is disposed such that the water vapor from the gasket vent 1181 is ejected toward the upper PTC heater 173 to humidify the hair. The gasket air outlets 1181 are rectangular-like in shape, and are arranged in parallel in a row. This allows the water vapor from the steam generator 112 to pass through the gasket air outlet 1181 to form a steam surface to be uniformly discharged, thereby reducing the steam generated by the steam exhaustion. Focusing on a certain point makes the steam more uniform on the hair, thus avoiding the hair being burnt due to uneven humidification. The card slot 1183 is structurally sealed with the steam generator 112. The water vapor generated from the steam generator 112 can only be discharged through the gasket air outlet 1181 to humidify the hair, and the water vapor from the steam generator 112 can be prevented from entering other electrical components. Damage to other components within the organization. A tapered end groove 1185 is formed at an upper end of the gasket air outlet 1181. The steam exits from the gasket outlet 1181 through the cone-like recess 1185. The area of the upper-like port of the cone-like recess 1185 is larger than the area of the lower port. When the water vapor is condensed into water droplets, the water droplet can be from the cone. The inner wall of the shaped groove 1185 is returned to the gasket outlet hole 1181 and re-evaporated into the steam generator 112 to prevent the water droplet from being difficult to reflow to a certain extent, which may cause severe local humidification to affect the ironing effect.

Referring to 22A and 22B, the straight hair frame 115 includes a receiving frame 1151, an aluminum substrate 1153, comb teeth 1157, and an elastic pin 1154. The accommodating frame 1151 includes an aluminum substrate groove 1152 and an elastic pin fixing seat 1160. The aluminum substrate slot 1152 is matched with the aluminum substrate 1153 for carrying the aluminum substrate 1153. A resilient pin fixing seat 1160 is disposed at a side of the receiving frame 1151 for receiving the fixed elastic pin 1154. The comb tooth 1157 is structurally engaged with the aluminum substrate 1153, and the comb teeth 1157 are located on the same side as the gasket air outlet 1181 of the gasket 118, and the hair can be humidified while being combed to ensure the hairdressing effect. Further, the aluminum substrate 1153 includes a PTC receiving groove 1156 and a comb tooth groove 1155. The PTC receiving groove 1156 and the comb tooth groove 1155 are integrally formed to ensure the firmness and thermal conductivity of the aluminum substrate 1153, thereby enhancing the hair. Heat the stretching effect. A lower PTC heater 114 is disposed in the PTC receiving groove 1156 for heating and stretching the hair. The comb tooth 1157 is fitted with a comb tooth 1157, and the comb tooth 1157 is a replaceable structure. The comb teeth 1157 are arranged in a row with a plurality of toothed projections for combing the hair, so that the hairdressing device 10 having the steam generator can comb the hair while ironing the hair, preventing the hair from being knotted and affecting the hairdressing effect. A comb mouth 1159 is disposed on the end of the comb tooth 1157 facing away from the toothed projection, and a comb pin slot 1155 is disposed at a position corresponding to the bayonet 1159. When the comb card 1157 is combined with the comb slot 1155, the bayonet 1159, the elastic pin through hole 1150, the elastic pin fixing seat 1160 are located in the same linear direction, the comb teeth 1157 are inserted and disposed in the comb slot 1155, and the elastic pin 1154 is one end. The other end of the elastic pin 1154 is engaged with the elastic pin fixing seat 1160 of the side of the accommodating frame 1151, so that the comb teeth 1157 are relatively fixed to the latching hole 1157. In the comb groove 1155, the hairdressing device 10 having the steam generator can comb the hair while straightening the hair to avoid the occurrence of hair knotting. Further, the upper end of the elastic pin 1154 is a ball structure, and the comb tooth 1157 is forced into the comb groove 1155. When the elastic pin 1154 is encountered, the ball structure on the elastic pin 1154 is rotated until it encounters the bayonet 1159 disposed on the comb tooth 1157. The elastic pin 1154 is engaged with the bayonet 1159 such that the comb 1157 is fixed to the aluminum substrate 1153. One end of the comb 1157 is set The utility model has the structure of hooks, which facilitates pulling out the comb teeth 1157 from the comb tooth groove 1155, a comb tooth sleeve 1158 is fitted on the hook structure of the comb tooth 1157, the comb tooth sleeve 1158 is removed, and the comb tooth 1157 belt is pulled hard. With one end of the hook structure, the comb 1157 can be pulled out for replacement and cleaning.

Referring to Figure 23, a third embodiment of the present invention provides a steam generator 15 as a variant of the steam generator 112, which differs from the steam generator 112 in that the steam generator 15 includes The first profile 151, the second profile 152, the first end cap 153, and the second end cap 154. The first profile 151 defines a heating chamber 1511 that is open at both ends and a steam generating chamber 1512 that is spaced apart from and parallel with the heating chamber 1511. The steam generating chamber 1512 opens away from the surface of the heating chamber 1511, and the second profile 152 is stacked on the first profile 151 and closes the opening of the steam generating chamber 1512 so that the steam generating chamber 1512 is open at both ends. groove. Specifically, the first profile 151 defines a second profile groove 1513 at an edge of the two sides of the opening of the steam generating chamber 1512. Two sides of the second profile 152 are correspondingly provided with two flanges 1523. The second profile 152 is snapped onto the first profile 151 via the engagement of the flange 1523 and the second profile slot 1513. The second profile 152 defines a secondary evaporation chamber 1521 that is open at both ends. The secondary evaporation chamber 1521 is stacked on the steam generating chamber 1512. The chamber volume of the steam generating chamber 1512 is larger than the secondary evaporation chamber 1521. The chamber volume is preferably a chamber volume of the secondary evaporation chamber 1521 having a chamber volume of the steam generating chamber 1512 of two to three times. The second profile 152 and the first profile 151 have the same length, that is, after the second profile 152 and the first profile 151 are stacked and connected, the end faces of the two ends of the second profile 152 and the end faces of the first profile 151 are flush. The first end cover 153 and the second end cover 154 are respectively fastened to the two ends of the first profile 151 and the second profile 152, and the first end cover 153 and the second end cover 154 are respectively provided with a bypass passage, first After the end cap 153 and the second end cap 154 are respectively connected to the two ends of the first profile 151 and the second profile 152, the steam generating chamber 1512 and the secondary evaporation chamber 1521 form a communication loop through the bypass passage. Specifically, the communication loop is characterized in that after the evaporation of the moisture in the steam generating chamber 1512, the steam flows from the two ends of the steam generating chamber 1512 into the bypass passage provided in the first end cover 153 and the second end cover 154, and then from the first The bypass passages provided inside the end cover 153 and the second end cover 154 flow into the secondary evaporation chamber 1521 through both ends of the secondary evaporation chamber 1521.

It can be understood that the first profile 151 and the second profile 152 do not have to be disposed in a separate design, and the first profile 151 and the second profile 152 are integrally formed into a heating cavity 1511, a steam generation cavity 1512, and a secondary evaporation cavity 1521. An integrally formed profile of three chambers is also possible.

Referring to FIGS. 24-25, the first end cover 153 includes a first connecting member 1531 and a second connecting member 1532, and the first connecting member 1531 and the second connecting member 1532 are stacked and arranged with the first profile 151. Connected at one end. The first connecting member 1531 is provided with a first through hole 1533 and a second through hole 1534. The second connecting member 1532 is provided with a winding groove 1535. When the first connecting member 1533 and the aforementioned first profile 151 are connected, the positions of the first through hole 1533 and the second through hole 1534 correspond to the positions at which the steam generating chamber 1512 and the secondary evaporation chamber 1521 are opened, respectively. When the second connecting member 1532 is stacked on the first connecting member 1531 and connected to the first profile 151, a region formed by the bypass groove 1535 is larger than the first through hole 1533 and the second through hole 1534. In the formed region, the first through hole 1533, the second through hole 1534, and the bypass groove 1535 together form the foregoing bypass passage, and the steam heated and evaporated inside the steam generating chamber 1512 enters the bypass groove 1535 through the first through hole 1533. The steam in the bypass groove 1535 flows through the second through hole 1534 into the secondary evaporation chamber 1521. The second end cover 154 includes a third connecting member 1541 and a fourth connecting member 1542. The third year of the connecting member 1541 and the fourth connecting member 1542 are identical in shape and configuration to the first connecting member 1531 and the second connecting member 1532. Do not repeat them.

Referring to FIG. 23, a heating device (not shown) is disposed inside the heating chamber 1511. The second end cover 154 is provided with a water outlet 1543. The water inlet 1543 communicates with the steam generating chamber 1512. A steam outlet 1522 that communicates with the secondary evaporation chamber 1521 is disposed on a surface of the second profile 152 that faces away from the first profile 151. When the steam generator 15 is in operation, the liquid transporting device 13 described above transports moisture from the water tank 12 to the inside of the steam generating chamber 1512 through the water passing port 1543 in the direction E shown in the figure, and the heating provided in the heating chamber 1511. The device heats and evaporates the moisture inside the steam generating chamber 1512, and the moisture is heated and evaporated inside the steam generating chamber 1512 to form steam to be guided through the bypass passages provided on the first end cover 153 and the second end cover 154 to the second The secondary evaporation chamber 1521, because the first profile 151 and the second profile 152 are both made of a metal material, plus The heating means provided inside the hot chamber 1511 transfers heat to the second profile 152 during heating of the first profile 151, so that the second profile 152 also has a higher temperature, and the steam that flows to the secondary evaporation chamber 1521 After the second evaporation inside the secondary evaporation chamber 1521, the unvaporized complete water flowing from the steam generating chamber 1512 is completely evaporated, and is ejected from the steam outlet 1522 to wet the hair being straightened. . It can be understood that the upper portion of the steam generating chamber 1512 is used for hair straightening, which can be in direct contact or indirect contact with the hair, and the upper processed hair portion forms the straightening area 10c. If the moisture does not completely evaporate, it flows to the straight hair area 10c. When the hair is wetted, it may cause the hair to be too moist and affect the straightening effect of the hair.

In the present invention, the chamber volume of the steam generating chamber 1512 is set to be larger than the chamber volume of the secondary evaporation chamber 1521. In this design, the arrangement of the larger steam generating chamber 1512 facilitates faster evaporation of moisture into steam within the steam generating chamber 1512. The secondary evaporation chamber 1521 is used for the secondary evaporation of the steam-carrying water droplets flowing from the steam generating chamber 1512 to the secondary evaporation chamber 1521, and does not require a large chamber setting itself, and further, a small secondary evaporation chamber The setting of 1521 can effectively save space, so that the overall structure of the steam hairdressing device 10 is relatively compact, and the size of the steam hairdressing device 10 is reduced. Further, in the setting of the bypass channel, the steam is returned from the steam generating chamber 1512 to the secondary evaporation chamber 1521, and the steam flowing back to the secondary evaporation chamber 1521 flows from the one end opening of the secondary evaporation chamber 1521 to the other end opening. The steam flow direction is disposed at an angle with the ejecting direction of the steam outlet 1522, and the angle is greater than 0°, preferably, vertically, that is, the angle is 90°, which is designed so that steam does not directly eject from the steam outlet 1522. Instead, it is mixed in the secondary evaporation chamber 1521 to relieve the impact force and then flows out through the steam outlet 1522. When the steam emerges from the steam outlet 1522, the softness does not have too much impact speed, and has a better experience.

Referring to FIGS. 26-28, after the second profile 152 and the first profile 151 are connected, the steam generating chamber 1512, the secondary evaporation chamber 1521, and the steam outlet 1522 are sequentially stacked in the direction of steam eruption at the steam outlet 1522. Parallel settings. In this design manner, the width of the straight hair area 10c is effectively reduced, and the straight hair area 10c is substantially rectangular, and the width here refers to the length of the shorter side of the straight hair area 10c, thereby effectively reducing the length a pressure department The width of 10a allows the hairdressing device 20 using the steam generator 15 to be relatively small compared to the overall size of the hairdressing device 10 described above, thereby providing a superior user experience and a large market space.

Compared with the prior art, the hairdressing device 10 of the present invention having a steam generator has the following advantages:

3. The vaporized first conductive passage formed by the vaporized steam from the steam generating chamber passes through the first vent hole of the front cover gasket, the second vent hole, and the air guide groove of the front cover, and the vaporized first conductive passage is vaporized once. The steam is introduced into one side of the secondary evaporation chamber, and the first conduction path of the steam can slow down the flow rate of the vaporized vapor from the steam generating chamber into the secondary evaporation chamber to ensure that the vaporized vapor is obtained in the secondary evaporation chamber. Fully gasified.

4. Passing the two vent holes of the back cover gasket and the air guide groove of the rear cover, the steam second guide passage introduces the vaporized vapor into the secondary evaporation chamber opposite to the first conduction passage. On the side, the second flow path of the steam can further reduce the flow rate of the vaporized steam from the steam generating chamber into the secondary evaporation chamber to ensure that the vaporized steam is in the second The vaporization chamber is sufficiently vaporized, and the second conduction passage and the first conduction passage are respectively connected to opposite sides of the secondary evaporation chamber, so that the vapor pressure in the secondary evaporation chamber is not biased toward the secondary evaporation chamber. On either side, it is ensured that the steam ejected from the steam outlet can be sprayed evenly to the hair to ensure the hairdressing effect.

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

Claims

A steam generator for supplying water vapor to a hairdressing device, comprising: a steam generating chamber, a secondary evaporation chamber and a heating chamber, wherein the heating chamber, the steam generating chamber and the secondary evaporation chamber are independent of each other a cavity, wherein the heating chamber and the steam generating chamber are stacked in a direction in which the steam is ejected, and a heater is disposed in the heating chamber;

The steam generating chamber is configured to heat water to form water vapor, the secondary evaporation chamber is provided with a steam outlet, the secondary evaporation chamber is in communication with the steam generating chamber, and water vapor is buffered from the steam generating chamber to the secondary Evaporating inside the chamber; and being reheated from the steam outlet when conducting in the secondary evaporation chamber.
A steam generator according to claim 1, wherein said secondary evaporation chamber is disposed on either side of said width direction of said steam generating chamber, and said secondary evaporation chamber, said heating chamber and said steam generating chamber are integrated Molding settings.
A steam generator according to claim 1, wherein at least one barrier layer is disposed in said secondary evaporation chamber, said barrier layer separating said secondary evaporation chamber into a bypassing water vapor conduction path. The barrier layer is disposed in a direction in which the water vapor is ejected in the secondary evaporation chamber.
A steam generator according to claim 1, wherein said steam generator further comprises a front cover and a front cover gasket, said steam generating chamber, front cover, front cover gasket and secondary evaporation chamber Cooperating with a first conduction path forming water vapor.
The steam generator according to claim 4, wherein the front cover is provided with a water conduit, the front cover gasket is provided with a water outlet, and the water conduit is connected to a water supply device and passes through The nozzle is in communication with the steam generating chamber.
The steam generator according to claim 5, wherein the front cover is provided with a first air guiding groove, and the front cover gasket is provided with a first vent and a second vent, the first vent Communicating with the steam generating chamber, the second vent is in communication with the secondary evaporation chamber, and the first vent and the second vent are in communication with each other in the first air guiding groove, and steam occurs The water vapor generated in the chamber is poured from the first air guiding groove into one side of the secondary evaporation chamber.
A steam generator according to claim 6, wherein said steam generator further comprises a rear cover and a rear cover gasket, said steam generating chamber, a rear cover, a back cover gasket and a secondary evaporation chamber Cooperating with a second conduction path forming water vapor.
The steam generator according to claim 7, wherein the rear cover is provided with a second air guiding groove, and the rear cover gasket is provided with a third vent and a fourth vent, the third vent Communicating with the steam generating chamber, the fourth vent is in communication with the secondary evaporation chamber, and the third vent and the fourth vent are in communication with each other in the second air guiding groove, and steam generation occurs The water vapor generated in the chamber is poured from the second air guide groove to the side opposite to the secondary evaporation chamber.
A steam generator according to claim 1, wherein said steam generating chamber is formed with a groove, said groove is curved, a shunt tube is placed in said groove, and said shunt tube is connected A water supply device.
The steam generator according to claim 9, wherein the shunt tube is a hollow circular tube, and a plurality of split ports are symmetrically disposed on a side wall thereof, and the split port is obliquely disposed at an angle to the horizontal plane. .
A steam generator according to claim 10, characterized by The utility model is characterized in that: the steam generating chamber is provided with absorbent cotton, and the absorbent cotton is arranged on opposite sides of the shunt tube.
A steam generator according to claim 1, wherein said secondary evaporation chamber and said steam generating chamber are stacked in a direction of steam eruption, and said secondary evaporation chamber is disposed in said steam generating chamber away from heating One side of the cavity.
A steam generator according to claim 12, wherein the chamber volume of said primary evaporation chamber is greater than the volume of the chamber of the secondary evaporation chamber.
A steam generator according to claim 13, wherein a continuation zone is formed above said secondary evaporation chamber, and said steam outlet is arranged in a row at an intermediate position of said straight hair zone.
A hairdressing device having a steam generator, comprising a first clamping portion and a second clamping portion, wherein the first clamping portion and the second clamping portion are connected at one end by a connecting shaft, The first clamping portion is rotatable relative to the second clamping portion about the connecting shaft, and is characterized by:

The second clamping portion includes a steam generator for supplying water vapor to the hairdressing device, the steam generator including a steam generating chamber, a secondary evaporation chamber, and a heating chamber, wherein the heating chamber and the steam generating chamber are Separate chambers, and stacked in the direction of steam ejection, a heater is disposed in the heating chamber;

The steam generating chamber is configured to heat water to form water vapor, the secondary evaporation chamber is provided with a steam outlet, the secondary evaporation chamber is in communication with the steam generating chamber, and water vapor is conducted in the secondary evaporation chamber And to the steam outlet; the water vapor is heated again after being conducted in the secondary evaporation chamber, and is discharged from the steam outlet.
A steam generator according to claim 15 The hairdressing device is characterized in that: the second clamping portion further comprises a straightening frame and a sealing gasket, wherein the straight hair frame is disposed on a side of the steam generator that discharges steam; the sealing gasket is disposed at the The connection between the steam generator and the straight hair frame; the sealing gasket is provided with a communicating air outlet and a groove, and the air outlet is in communication with a steam outlet, and the groove is a cone-like shape.
A hairdressing apparatus having a steam generator according to claim 16, wherein said second holding portion further comprises a water tank and a pump, said pump being connected to the water tank and the steam generator, and the water in the water tank Introduced into the steam generator.
A hairdressing device with a steam generator according to claim 17, wherein the pump comprises a pumping chamber, an inlet joint and an outlet joint; and the inlet joint and the outlet joint are respectively connected to opposite sides of the pumping chamber The inlet joint communicates with the water tank, and the outlet joint communicates with the steam generating chamber.
A hairdressing device with a steam generator according to claim 18, wherein said pump comprises a further motor, said pumping chamber forming a U-shaped groove, both ends of said U-shaped groove are inclined to each other, and The ports at the two ends are respectively connected with the inlet joint and the outlet joint; a flexible hose is arranged in the U-shaped groove, a rotating device is disposed in the pumping chamber, and the motor is connected to the rotating device to squeeze the elastic hose when rotating.
A hairdressing device with a steam generator according to claim 19, wherein said rotating device comprises a turret, two pressing devices, two rollers and two springs; the two pressing devices are respectively disposed on opposite sides of the turret On the side, the distance between the outer sides of the two pressing devices is larger than the inner diameter of the curved portion of the U-shaped groove; the spring is disposed between the pressing device and the turret.