CN216059521U - Automatic hair curler - Google Patents

Abstract

The utility model discloses an automatic hair curler which comprises a handle assembly, a motor assembly, a power line and a heating assembly, wherein a hair winder is sleeved outside the heating assembly, the hair winder is connected with the motor assembly and driven by the motor assembly to rotate, the handle assembly comprises a handle assembly outer shell and a handle assembly inner shell, the handle assembly inner shell comprises an integrally formed annular side plate, a transverse partition plate and a motor mounting plate, the top surface of the transverse partition plate is connected with the bottom of the annular side plate, the top surface of the transverse partition plate is connected with the motor mounting plate, the motor assembly is fixed on the motor mounting plate, the transverse partition plate is provided with a first through hole, and a rotating shaft of the motor assembly extends to the upper part of the transverse partition plate through the first through hole to be connected with the hair winder. The motor component, the heating component and the hair winding device are assembled through the integrated inner shell of the handle component, so that the installation is more convenient, and the deviation/inclination/eccentricity phenomena among the motor component, the heating component and the hair winding device are reduced, thereby reducing the noise and ensuring the service life of the automatic hair curler.

Description

Automatic hair curler

Technical Field

The utility model relates to the technical field of hairdressing and beauty equipment, in particular to an automatic hair curler.

Background

Along with the development of society, women also have higher and higher requirements for hairdressing and beauty, and the automatic hair curler is more and more popular among people because of the advantages that the automatic hair curler can enable the women to do hair curling modeling at home and is convenient to use. The existing automatic hair curler comprises a handle assembly, a motor assembly arranged in the handle assembly, a power line arranged at the lower end part of the handle assembly, and a heating assembly arranged at the upper end part of the handle assembly, wherein a hair winding device is sleeved outside the heating assembly, and a heat insulation sleeve assembly is also arranged outside the hair winding device. Handle components include the handle components shell, handle components inner shell and handle components inner shell, the tip at the handle components shell is installed to the handle components inner shell, the handle components inner shell is installed in the handle components shell, motor element installs on the handle components inner shell, heating element with around send out the ware and install on the handle components inner shell, the bottom of handle components inner shell is equipped with the through-hole, motor element's pivot passes the through-hole from handle components inner shell below and gets into in the handle components inner shell, the pivot with around send out between the ware and be connected through gear interlock mechanism. The hair winder is driven to rotate through the motor component, the hair is wound on the heating component, the hair is heated through the heating component, and the handle component inner shell is connected with the handle component inner shell in a clamping or screw installation mode. The automatic hair curler with the structure has the advantages that due to the assembly deviation of the inner shell of the handle assembly and the inner shell of the handle assembly, the deviation/inclination/eccentricity phenomena of the motor assembly, the heating assembly and the hair curler are easily caused, the problem of poor gear meshing is caused, the noise is high, the service life of a product is influenced, and the like.

Disclosure of Invention

In order to overcome the defects of the prior art, the utility model provides an automatic hair curler which can solve the problem that the motor component, the heating component and the hair winder in the prior art are easy to have deviation/inclination/eccentricity phenomena to cause poor meshing of gears.

The technical scheme adopted by the utility model for solving the technical problems is as follows:

the utility model provides an automatic hair curler, which comprises a handle component, a motor component arranged in the handle component, a power wire arranged at the lower end part of the handle component, and a heating component arranged at the upper end part of the handle component, wherein a hair winder is sleeved outside the heating component, the hair winder is connected with the motor component and driven by the motor component to rotate, handle components includes the handle components shell and clamps the handle components inner shell in the handle components shell, the handle components inner shell includes integrated into one piece's loop type curb plate, cross slab and motor mounting panel, the bottom of loop type curb plate is connected to the top surface of cross slab, the top surface and the motor mounting panel of cross slab are connected, motor components fixes on the motor mounting panel, heating element fixes on the cross slab, the cross slab is equipped with first through-hole at heating element side division, motor components's pivot is connected with the hair-winder through first through-hole extension cross slab top.

Furthermore, the hair winding device comprises a cylindrical side plate, the bottom of the cylindrical side plate is connected with a bottom plate, a plurality of hair winding claws are arranged at the top of the cylindrical side plate at intervals, an internal gear is arranged in the bottom plate, a pinion is installed on a rotating shaft of the motor assembly, and the pinion is meshed with the internal gear.

Further, magnet 1073 is installed around sending out ware 109's bottom, and handle assembly still includes the panel mounting board, and the panel mounting board sets up in the below of cross slab, and the both sides limit of panel mounting board is connected with motor mounting board end to end, installs control panel on the panel mounting board, and control panel's top is equipped with hall switch, has still seted up the second through-hole on the cross slab, and hall switch passes the second through-hole and stretches the cross slab top, and hall switch receives the signal that magnet sent.

Furthermore, the bottom of the hair winding device protrudes downwards to form a convex column, the magnet is installed in the convex column, the Hall switch senses the opening position of the hair winding device through the magnet, and when the motor assembly stops working, the magnet is located right above the Hall switch.

Further, motor element includes motor body and establishes the motor lid in motor body one side, and the motor is covered and is equipped with a plurality of mounting holes by motor body, is equipped with the mounting groove that corresponds with motor body on the motor mounting panel, and the mounting groove is other to be equipped with the reference column that corresponds the setting with the mounting hole, is equipped with the screw on the reference column, and the screw passes in the mounting hole screw in to the screw, and the motor lid passes through the screw, the cooperation of screw and mounting hole is fixed on motor mounting panel and is pressed motor body in the mounting groove.

Furthermore, the hair winder is arranged in the inner shell of the handle assembly, a first bearing is arranged between the outer side of the hair winder and the annular side plate, and a second bearing is arranged between the inner side of the cylindrical side plate and the heating assembly.

Furthermore, the bottom of the bottom plate of the hair winding device axially protrudes with a mounting column, the internal gear is arranged in the bottom plate and the mounting column, and the inner ring of the first bearing abuts against the side wall of the mounting column.

Furthermore, still the cover has the heat insulation sleeve subassembly of tube-shape outside the hair-winding device, and heat insulation sleeve subassembly one side is equipped with the inside breach of intercommunication heat insulation sleeve subassembly, and the internal face protrusion of heat insulation sleeve subassembly has the fixture block, and the top protrusion of loop type curb plate is outside the handle components shell, is equipped with a plurality of L shape draw-in grooves that correspond the setting with the fixture block on the lateral wall of loop type curb plate, through in the fixture block screw in L shape draw-in groove in order to clamp heat insulation sleeve subassembly on handle components.

The utility model has the beneficial effects that: through the arrangement of the structure, the motor component, the heating component and the hair winding device are assembled through the integrated inner shell of the handle component, so that the installation is more convenient, and the deviation/inclination/eccentricity phenomenon among the motor component, the heating component and the hair winding device is reduced, thereby reducing the noise and ensuring the service life of the automatic hair curler. Simple structure, the equipment is convenient, and the design is exquisite, has promoted user's use greatly and has experienced.

Drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required to be used in the description of the embodiments are briefly introduced below, the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings may be obtained according to the drawings without creative efforts.

The utility model is further illustrated with reference to the following figures and examples.

FIG. 1 is a perspective view of an automatic curling iron according to an embodiment of the utility model;

FIG. 2 is a top plan view of the automatic curling iron;

FIG. 3 is a sectional view A-A of FIG. 2;

FIG. 4 is an enlarged view at B of FIG. 3;

FIG. 5 is an exploded view of the automatic curling iron;

FIG. 6 is an exploded view of the handle assembly of the automatic curling iron;

FIG. 7 is a schematic structural view of an inner housing of the handle assembly of the automatic curling iron;

FIG. 8 is a schematic view of an alternate angle of the inner housing of the handle assembly;

FIG. 9 is a schematic view of the structure of the hair winder of the automatic hair curler;

FIG. 10 is a schematic view of another angle configuration of the hair winder;

fig. 11 is a schematic view of the construction of the heat-insulating sleeve assembly in the automatic hair curler.

Detailed Description

Referring to fig. 1 to 11, the present embodiment provides an automatic curling iron, which comprises a handle assembly 100, a motor assembly 105 installed in the handle assembly 100, a power cord 108 installed at a lower end of the handle assembly 100, and a heating assembly 101 installed at an upper end of the handle assembly 100, wherein a hair winder 109 is installed outside the heating assembly 101, the hair winder 109 is connected to the motor assembly 105 and driven to rotate by the motor assembly 105, the handle assembly 100 comprises a handle assembly outer shell 103 and a handle assembly inner shell 106 clamped in the handle assembly outer shell 103, the handle assembly inner shell 106 comprises an integrally formed annular side plate 1061, a transverse partition 1062 and a motor mounting plate 1063, a top surface of the transverse partition 1062 is connected to a bottom of the annular side plate 1061, a top surface of the transverse partition 1062 is connected to the motor mounting plate 1063, the motor assembly 105 is fixed to the motor mounting plate 1063, the heating assembly 101 is fixed to the transverse partition 1062, the transverse partition 1062 is provided with a first through hole 1064 beside the heat generating component 101, and the rotating shaft 1051 of the motor component 105 extends above the transverse partition 1062 through the first through hole 1064 to be connected with the hair winder 109.

The automatic hair curler is assembled through the motor assembly 105, the heating assembly 101 and the hair winding device 109 through the integrated handle assembly inner shell 106, so that the automatic hair curler is more convenient to mount, and the deviation/inclination/eccentricity phenomena among the motor assembly 105, the heating assembly 101 and the hair winding device 109 are reduced, thereby reducing noise and ensuring the service life of the automatic hair curler. Simple structure, the equipment is convenient, and the design is exquisite, has promoted user's use greatly and has experienced.

Further, the hair curler 109 comprises a cylindrical side plate 1099, a bottom plate 1090 is connected to the bottom of the cylindrical side plate 1099, a plurality of hair curler claws 1091 are arranged at intervals on the top of the cylindrical side plate 1099, an internal gear 1092 is arranged in the bottom plate 1090, a pinion 1055 is mounted on a rotating shaft 1051 of the motor assembly 105, and the pinion 1055 is meshed with the internal gear 1092. The hair winder 109 has a simple structure, and transmission is more reliable through gear transmission, so that the hair winder 109 rotates more stably, and the hair curling effect is better.

Further, magnet 1073 is installed around the bottom of hair-winding device 109, handle component 100 still includes panel mounting plate 107, panel mounting plate 107 sets up in the below of cross slab 1062, the both sides limit of panel mounting plate 107 and motor mounting plate 1063 end to end, install control panel 1071 on the panel mounting plate 107, control panel 1071's top is equipped with hall switch 1072, second through-hole 1067 has still been seted up on the cross slab 1062, hall switch 1072 passes second through-hole 1067 and stretches to cross slab 1062 top, hall switch 1072 receives the signal that magnet 1073 sent. The structure is compact, and the rotation of the unwinding device 109 can be realized through the magnet 1073 and the hall switch 1072.

Further, the bottom of the hair winder 109 protrudes downwards to form a convex column 1096, the magnet is mounted in the convex column 1096 of 1073, the hall switch 1072 senses the position of the opening 1095 of the hair winder 109 through the magnet 1073, and when the motor assembly 105 stops working, the magnet 1073 is located right above the hall switch 1072.

Specifically, before the motor assembly 105 stops operating, the hall switch 1072 receives the signal of the magnet 1073, and the controller of the control panel 1071 senses the relative position of the opening 1095 of the hair winder 109 and the notch 1020 of the heat insulation sleeve assembly 102, and if the hall switch 1072 and the magnet 1073 are staggered, the motor assembly 105 continues to rotate until the motor assembly stops operating after the magnet 1073 is positioned right above the hall switch 1072. By the arrangement, the position of the opening 1095 when the hair winder 109 stops rotating is fixed, and the use experience of a user is further improved.

Further, the motor assembly 105 includes a motor body 1052 and a motor cover 1053 disposed at one side of the motor body 1052, a plurality of mounting holes 1054 are disposed beside the motor body 1052 on the motor cover 1053, a mounting groove 1065 corresponding to the motor body 1052 is disposed on the motor mounting plate 1063, a positioning column 1066 corresponding to the mounting hole 1054 is disposed beside the mounting groove 1065, a screw hole 1069 is disposed on the positioning column 1066, a screw passes through the mounting hole 1054 and is screwed into the screw hole 1069, and the motor cover 1053 is fixed on the motor mounting plate 1063 by the cooperation of the screw, the screw hole 1069 and the mounting hole 1054 and presses the motor body 1052 into the mounting groove 1065. The motor mounting plate 1063 has a simple structure, and the motor assembly 105 is fixed conveniently and firmly.

Further, the hair curler 109 is mounted in the handle assembly inner case 106, a first bearing 203 is mounted between the outer side of the hair curler 109 and the annular side plate 1061, and a second bearing 202 is mounted between the inner side of the cylindrical side plate 1099 and the heater assembly 101. The hair winding device 109 is positioned through the first bearing 203 and the second bearing 202, so that the deviation of the axis of the hair winding device 109 is further avoided, and the hair winding effect is improved.

Further, a mounting post 1094 axially protrudes from the bottom of the bottom plate 1090 of the hair winder 109, the internal gear 1092 is disposed inside the bottom plate 1090 and the mounting post 1094, and the inner ring of the first bearing 203 abuts against the side wall of the mounting post 1094. The mounting post 1094 is more beneficial to the mounting of the first bearing 203, the first bearing is convenient and reliable to mount, and the misalignment of the axis of the hair winder 109 is further avoided.

Further, a cylindrical heat insulation sleeve assembly 102 is further sleeved outside the hair winding device 109, a notch 1020 communicated with the inside of the heat insulation sleeve assembly 102 is formed in one side of the heat insulation sleeve assembly 102, a clamping block 1021 is protruded in the inner wall surface of the heat insulation sleeve assembly 102, the top of the annular side plate 1061 is protruded outside the handle assembly housing 103, a plurality of L-shaped clamping grooves 1068 corresponding to the clamping block 1021 are formed in the outer side wall of the annular side plate 1061, and the heat insulation sleeve assembly 102 is clamped on the handle assembly 100 by screwing the clamping block 1021 into the L-shaped clamping grooves 1068. The heat insulation sleeve assembly 102 can more effectively separate the heating assembly 101, and the temperature of the part of the shell contacted by a user can not scald the user; the clamping block 1021 is clamped into the L-shaped clamping groove 1068 through screwing, so that the heat insulation sleeve assembly 102 is more convenient and firm to mount.

The foregoing is illustrative of one or more embodiments provided in connection with the detailed description and is not intended to limit the practice of the utility model to the particular forms disclosed. Similar or identical methods, structures and the like as those of the present invention or several technical deductions or substitutions made on the premise of the conception of the present invention should be considered as the protection scope of the present invention.

Claims (8)

1. An automatic hair curler comprises a handle assembly (100), a motor assembly (105) arranged in the handle assembly (100), a power line (108) arranged at the lower end part of the handle assembly (100) and a heating assembly (101) arranged at the upper end part of the handle assembly (100), wherein a hair winder (109) is sleeved outside the heating assembly (101), the hair winder (109) is connected with the motor assembly (105) and driven to rotate by the motor assembly (105), the automatic hair curler is characterized in that the handle assembly (100) comprises a handle assembly outer shell (103) and a handle assembly inner shell (106) clamped in the handle assembly outer shell (103), the handle assembly inner shell (106) comprises an integrally formed annular side plate (1061), a transverse partition plate (1062) and a motor mounting plate (1063), the top surface of the transverse partition plate (1062) is connected with the bottom of the annular side plate (1061), and the top surface of the transverse partition plate (1062) is connected with the motor mounting plate (1063), the motor assembly (105) is fixed on the motor mounting plate (1063), the heating assembly (101) is fixed on the transverse partition plate (1062), the transverse partition plate (1062) is provided with a first through hole (1064) beside the heating assembly (101), and a rotating shaft (1051) of the motor assembly (105) extends to the upper part of the transverse partition plate (1062) through the first through hole (1064) to be connected with the hair winder (109).

2. The automatic curler of claim 1, wherein the hair curler (109) comprises a cylindrical side plate (1099), a bottom plate (1090) is connected to the bottom of the cylindrical side plate (1099), a plurality of hair curling claws (1091) are arranged at intervals on the top of the cylindrical side plate (1099), an internal gear (1092) is arranged in the bottom plate (1090), a pinion (1055) is mounted on a rotating shaft (1051) of the motor assembly (105), and the pinion (1055) is meshed with the internal gear (1092).

3. The automatic hair curler of claim 2, wherein the magnet (1073) is mounted at the bottom of the hair curler (109), the handle assembly (100) further comprises a panel mounting plate (107), the panel mounting plate (107) is disposed below the diaphragm plate (1062), two side edges of the panel mounting plate (107) are connected with the motor mounting plate (1063) end to end, the panel mounting plate (107) is provided with the control panel (1071), the top of the control panel (1071) is provided with the hall switch (1072), the diaphragm plate (1062) is further provided with a second through hole (1067), the hall switch (1072) passes through the second through hole (1067) and extends to the upper side of the diaphragm plate (1062), and the hall switch (1072) receives a signal sent by the magnet (1073).

4. The automatic curling iron of claim 3, wherein said bottom of said hair winder (109) has a protrusion (1096) protruding downward, said magnet (1073) is mounted in said protrusion (1096), said hall switch (1072) senses the position of said opening (1095) of said hair winder (109) through said magnet (1073), and said magnet (1073) is located right above said hall switch (1072) when said motor assembly (105) is stopped.

5. The automatic curler of claim 4, wherein the motor assembly (105) comprises a motor body (1052) and a motor cover (1053) arranged at one side of the motor body (1052), a plurality of mounting holes (1054) are formed in the motor cover (1053) beside the motor body (1052), a mounting groove (1065) corresponding to the motor body (1052) is formed in the motor mounting plate (1063), a positioning column (1066) corresponding to the mounting hole (1054) is formed beside the mounting groove (1065), a screw hole (1069) is formed in the positioning column (1066), a screw passes through the mounting hole (1054) and is screwed into the screw hole (1069), and the motor cover (1053) is fixed on the motor mounting plate (1063) through the cooperation of the screw, the screw hole (1069) and the mounting hole (1054) and presses the motor body (1052) into the mounting groove (1065).

6. An automatic hair curler as claimed in any one of claims 2 to 5, wherein said hair curler (109) is mounted in a handle assembly inner housing (106), a first bearing (203) is mounted between the outside of the hair curler (109) and the ring-shaped side plate (1061), and a second bearing (202) is mounted between the inside of the barrel-shaped side plate (1099) and the heater assembly (101).

7. An automatic hair curler as claimed in claim 6, wherein said base plate (1090) of said hair curler (109) has axially projecting mounting posts (1094), said internal gear (1092) being disposed within said base plate (1090) and said mounting posts (1094), said inner race of said first bearing (203) abutting against said side walls of said mounting posts (1094).

8. The automatic hair curler of claim 7, wherein a cylindrical heat insulation sleeve assembly (102) is further sleeved outside the hair curler (109), a notch (1020) communicated with the inside of the heat insulation sleeve assembly (102) is formed in one side of the heat insulation sleeve assembly (102), a clamping block (1021) is protruded on the inner wall surface of the heat insulation sleeve assembly (102), the top of the annular side plate (1061) protrudes out of the handle assembly housing (103), a plurality of L-shaped clamping grooves (1068) corresponding to the clamping block (1021) are formed in the outer side wall of the annular side plate (1061), and the heat insulation sleeve assembly (102) is clamped on the handle assembly (100) by screwing the clamping block (1021) into the L-shaped clamping grooves (1068).

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