CN203913790U - Curling device - Google Patents
Curling device Download PDFInfo
- Publication number
- CN203913790U CN203913790U CN201420307353.1U CN201420307353U CN203913790U CN 203913790 U CN203913790 U CN 203913790U CN 201420307353 U CN201420307353 U CN 201420307353U CN 203913790 U CN203913790 U CN 203913790U
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- China
- Prior art keywords
- motor
- outgoing gas
- gas ket
- heat
- thermistor
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Abstract
The utility model has disclosed a kind of curling device, and this device comprises dynamic structure and heat radiating structure; On the motor base of dynamic structure, joint pin is set, motor base and motor upper cover adaptation cover, and joint pin is through motor upper cover; Between motor base and motor upper cover, be laterally fixedly installed described motor, be fixedly coated with turbine on the motor shaft of motor, be socketed described gear on joint pin, gear engages with turbine; Month shape parts are a column cavity, between column cavity and joint pin, are connected by bearing; The first thermistor of heat radiating structure is arranged in heat conduction support, and heat-generating pipe is socketed on heat conduction support, and one end of heat-generating pipe is fixedly connected with described joint pin; Outgoing gas ket is the not closed cavity in side, arranged outside second thermistor of cavity, and the second thermistor is fixed on outgoing gas ket by gland, the described outgoing gas ket support of outgoing gas ket outside socket, outgoing gas ket support is fixedly connected with described motor upper cover.The utility model volume is little, easy to use.
Description
Technical field
The utility model relates to curler field, relates in particular to a kind of curling device of curler.
Background technology
Automatic rolling hair device is a kind ofly can automatically hair be wound on to the curly hair electronic product on heating tube, it comprises handle, the tail end connecting power line of handle, curling device is set on front end, the face-piece that can depress and lift is set on handle, and in use, face-piece presses down, and leaving hair and enter the entrance of curling device, the moon shape parts (ox horn parts) in the dynamic structure in curling device are wound on hair automatically on heating tube under the drive of motor.Automatic rolling hair device mainly comprises curling device, and the structural design of curling device has determined the volume size of curling device and the facility using, and prior art curling device volume is large, uses inconvenient.
Summary of the invention
Main purpose of the present utility model is for providing a kind of volume small and exquisite curling device.
In order to realize foregoing invention object, a kind of technical solution scheme the utility model proposes is: a kind of curling device, it is characterized in that, and comprise dynamic structure and heat radiating structure;
Described dynamic structure comprises motor base, motor, turbine, gear, motor upper cover and month shape parts, joint pin is set on motor base, and motor upper cover arranges through hole, and the side of through hole is provided with opening, motor base and motor upper cover adaptation cover, and joint pin is set in described circular hole; Between motor base and motor upper cover, be laterally fixedly installed described motor, be fixedly coated with described turbine on the motor shaft of motor, be socketed described gear on described joint pin, gear engages with turbine; Within described month, shape parts are a column cavity, one end arranged outside crescent moon part of column cavity, and the other end is socketed on described joint pin and with described gear and is coaxially fixedly connected with, and between column cavity and joint pin, is connected by bearing;
Described heat radiating structure comprises internal heat generation tubular construction and outgoing gas ket structure; Described internal heat generation pipe comprises the first thermistor, heat conduction support and heat-generating pipe, and described the first thermistor is arranged in heat conduction support, and described heat-generating pipe is socketed on heat conduction support, and one end of heat-generating pipe is fixedly connected with described joint pin; Described outgoing gas ket structure comprises outgoing gas ket, the second thermistor and outgoing gas ket support, outgoing gas ket is the not closed cavity in side, arranged outside second thermistor of cavity, one gland is fixed on the second thermistor on outgoing gas ket, the described outgoing gas ket support of outgoing gas ket outside socket, outgoing gas ket support is provided with the breach at the not closed place of corresponding outgoing gas ket, and outgoing gas ket support is fixedly connected with described motor upper cover.
Further, on the crescent moon part of described month shape parts, induced magnet is set, on described motor, covers on the rotation path of corresponding induced magnet magnetic conduction circuitry is set.
Further, between described joint pin and heat-generating pipe, be connected by linking cap.
Further, be provided with motor shaft support on described motor base, motor shaft extends on motor shaft support through after turbine, and motor shaft support limit electric machine axle moves.
Further, described motor afterbody is provided with motor shaft tail-hood, is provided with shell fragment and is squeezed in motor shaft on motor shaft tail-hood.
Further, heating pipe cap is installed on the free end of described heat-generating pipe.
Further, described heating pipe cap side is provided with bayonet socket, on described outgoing gas ket support, be axially articulated with turning-bar along outgoing gas ket, card base and back-moving spring are set on turning-bar, when turning-bar is rotated by external force, being connected in described bayonet socket of card base adaptation, when external force is cancelled, back-moving spring is by the card base disengaging bayonet socket of upspringing.
Further, described heat conduction support comprises three passages that walk abreast and be parallel to heat-generating pipe, described the first thermistor comprises the first semistor and the first negative tempperature coefficient thermistor, the first semistor is arranged at three-aisled center-aisle, and described the first negative tempperature coefficient thermistor is arranged in any one passage of both sides in three passages.
Further, described the second thermistor is rectangle, and the vertical outgoing gas ket of length direction axis arranges.
Further, described bearing is needle bearing.
The beneficial effects of the utility model are: be first the relative motor base horizontally set of motor, listened the mode of turbine and gear engagement to provide power, power stable output and the length of dwindling curling device; Month shape parts are cavitys, can be socketed on joint pin and stretch between motor base and motor upper cover, the length of further dwindling curling device; Internal heat generation pipe outside cover sending and receiving heating circle, have equally the effect of saving length, making the final length of curling device of the present utility model is that the thickness of motor base, the thickness of motor upper cover add the length of heat-generating pipe, and overall volume is little, easy to use, save placement space.
Brief description of the drawings
Fig. 1 is the decomposition texture schematic diagram of the curling device of the utility model one embodiment;
Fig. 2 is the structural representation of the curling device of the utility model one embodiment.
Realization, functional characteristics and the advantage of the utility model object, in connection with embodiment, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
See figures.1.and.2, propose a kind of curling device of the utility model one embodiment, comprise dynamic structure and heat radiating structure;
Described dynamic structure comprises motor base 101, motor 103, turbine 104, gear 106, motor upper cover 102 and month shape parts 107, joint pin 115 is set on motor base 101, motor upper cover 102 arranges through hole, the side of through hole is provided with opening, the setting of opening be for to when hair-waving hair turnover leave passway, motor base 101 covers with motor upper cover 102 adaptations, and by fastening motor base screw 113, motor base 101 is fixedly connected with motor upper cover 102, joint pin 115 is set in described circular hole; Between motor base 101 and motor upper cover 102, be laterally fixedly installed described motor 103, be fixedly coated with described turbine 104 on the motor shaft of motor 103, be socketed described gear 106 on described joint pin 115, gear 106 engages with turbine 104; Within described month, shape parts 107 are a column cavity, one end arranged outside crescent moon part of column cavity, and the other end is socketed on described joint pin 115 and with described gear 106 and is coaxially fixedly connected with, and between column cavity and joint pin 115, is connected by bearing; Described heat radiating structure comprises internal heat generation pipe 201 structures and outgoing gas ket structure; Described internal heat generation pipe 201 comprises the first thermistor, heat conduction support and heat-generating pipe 201, and described the first thermistor is arranged in heat conduction support, and described heat-generating pipe 201 is socketed on heat conduction support, and one end of heat-generating pipe 201 is fixedly connected with described joint pin 115; Described outgoing gas ket structure comprises outgoing gas ket 301, the second thermistor 303 and outgoing gas ket support 302, outgoing gas ket 301 is the not closed cavity in side, arranged outside second thermistor 303 of cavity, one gland 304 is fixed on the second thermistor 303 on outgoing gas ket 301, outgoing gas ket 301 outsides are socketed described outgoing gas ket support 302, outgoing gas ket support 302 is provided with the breach at corresponding outgoing gas ket 301 not closed places, and outgoing gas ket support 302 is fixedly connected with described motor upper cover 102.In the present embodiment, mutually corresponding when the breach of the opening of motor upper cover 102, outgoing gas ket 301 supports and the not closed place of outgoing gas ket, be to allow hair enter the passage of curling device.
In the utility model, be first the relative motor base horizontally set of motor 103, the mode of listening turbine 104 and gear 106 to engage provides power, power stable output and the length of dwindling curling device; Month shape parts 107 are cavitys, can be socketed on joint pin 115 and stretch between motor base 101 and motor upper cover 102, the length of further dwindling curling device; Internal heat generation pipe 201 outside cover sending and receiving heating circles, have equally the effect of saving length, the final length of curling device that makes the present embodiment is that the thickness of motor base 101, the thickness of motor upper cover 102 add the length of heat-generating pipe 201, and overall volume is little, easy to use, save placement space.
Curling device of the present utility model in one embodiment, on the crescent moon part of above-mentioned month shape parts 107, induced magnet 108 is set, on described motor upper cover 102, on the rotation path of corresponding induced magnet 108, magnetic conduction circuitry 111 is set, magnetic conduction circuitry 111 can be determined a month rotation number of turns for shape parts 107 by the number of times or the strong and weak frequency that sense induced magnet 108, in actual hair-waving process, can be involved in the number of turns of hair by concrete circuit or embedded software control identical, make the more uniformity of hai roll of hair-waving.
Curling device of the present utility model in one embodiment, between above-mentioned joint pin 115 and heat-generating pipe 201, be connected by linking cap 112, link cap 112 and can prevent that the heat of heat-generating pipe 201 is delivered on motor base 101, thereby improve the heat of motor base 101 inside, and then cause 103 reductions of service life of motor, and can prevent that the joint pin 115 on motor base 101 is high and aging because of temperature, reduction of service life, link on cap 112 and be provided with screw hole, heat-generating pipe 201 screws 114 are through motor base 101, the screw hole that continues across link cap 112 after motor upper cover 102 tightens together with the screw on heat-generating pipe 201, assembling is simple, and stabilized structure.
Curling device of the present utility model in one embodiment, is provided with motor shaft support on described motor base 101, and motor shaft extends on motor shaft support through after turbine 104, and motor shaft support limit electric machine axle moves.On motor base 101, be provided with the motor shaft support that special limit electric machine axle moves, make motor 103 in work, motor shaft can not swing, thereby solves the problem that produces noise because of motor shaft swing.In the present embodiment, be, on a catch, U-shaped groove is set between motor shaft, motor shaft is positioned at U-shaped groove, simple and practical.
Curling device of the present utility model in one embodiment, described motor 103 afterbodys are provided with motor shaft tail-hood 105, on motor shaft tail-hood 105, be provided with shell fragment and be squeezed in motor shaft, on motor shaft tail-hood 105, be provided with the shell fragment of clamping motor axle, make motor shaft in reversion work, can there is not the situation that axle is beated in motor shaft, beat and produce the problem of noise because of motor shaft thereby solve.In the present embodiment, the end face of above-mentioned motor shaft tail-hood 105 is provided with bar shaped hollow out, and bar shaped hollow out surrounds a semicircle, and the part that bar shaped hollow out is surrounded is described shell fragment, and simple in structure, one-body molded, production efficiency is high.
Curling device of the present utility model in one embodiment, heating pipe cap 206 is installed on the free end of above-mentioned heat-generating pipe 201, described free end refers to the one end not being connected with joint pin 115, heating pipe cap 206 can prevent that the thermistor in heat-generating pipe 201 from skidding off, and can also prevent that heat-generating pipe 201 from scalding user.Further, described heating pipe cap 206 sides are provided with bayonet socket, on described outgoing gas ket support 302, be axially articulated with turning-bar 307 along outgoing gas ket 301, card base and back-moving spring are set on turning-bar 307, when turning-bar 307 is rotated by external force, being connected in described bayonet socket of card base adaptation, when external force is cancelled, back-moving spring is by the card base disengaging bayonet socket of upspringing.When card base can prevent from perming, hair departs from heat-generating pipe 201, and back-moving spring is generally the torsion spring 310 being socketed on drive-connecting shaft 308, simple and practical, long service life.
Curling device of the present utility model in one embodiment, described heat conduction support comprises three passages that walk abreast and be parallel to heat-generating pipe 201, described the first thermistor comprises the first semistor 202 and the first negative tempperature coefficient thermistor 205, the first semistor 202 is arranged at three-aisled center-aisle, and described the first negative tempperature coefficient thermistor 205 is arranged in any one passage of both sides in three passages.Being used in conjunction with of the first semistor 202 and the first negative tempperature coefficient thermistor 205, can improve the heating uniformity of heat-generating pipe 201, improves the quality of hair-waving.In the present embodiment, between heat conduction, be divided into top 203 and bottom 204, material is aluminium, good heat conduction effect, weight is little, top 203 is the circular aluminum pipe of half, on inwall, be provided with catch, one side of catch and aluminum pipe inwall form a passage, and bottom 204 is also that the circular aluminum pipe timber structure of half is identical with top 203, or just form the aluminum pipe of a passage, both docking, a passage in the middle of will forming, separately design, facilitates the first semistor 202 and the first negative tempperature coefficient thermistor 205 to mount and dismount.
Curling device of the present utility model in one embodiment, described the second thermistor 303 is rectangle, the vertical outgoing gas ket 301 axis settings of length direction, on general outgoing gas ket 301, a platform can be set, the second thermistor 303 lies on platform, then by gland 304 and gland screw 305, the second thermistor 303 is fixed, the vertical outgoing gas ket 301 axis settings of length direction can further reduce the length of outer heat-generating pipe 201, the overall volume of dwindling curling device.
Curling device of the present utility model in one embodiment, described bearing is needle bearing 110, when needle bearing 110 uses, only need one, between month shape parts 107 and joint pin 115, can relatively rotate stably, certainly, in one embodiment, between month shape parts 107 and needle bearing 110, sealing ring 109 also can be set, prevent that dust or liquid from entering into bearing.
In one embodiment, outgoing gas ket support 302 is also provided with bracket cover 309 to curling device of the present utility model, fastening by bracket cover screw 306 and outgoing gas ket support 302.
The foregoing is only preferred embodiment of the present utility model; not thereby limit the scope of the claims of the present utility model; every equivalent structure or conversion of equivalent flow process that utilizes the utility model description and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a curling device, is characterized in that, comprises dynamic structure and heat radiating structure;
Described dynamic structure comprises motor base, motor, turbine, gear, motor upper cover and month shape parts, joint pin is set on motor base, and motor upper cover arranges through hole, and the side of through hole is provided with opening, motor base and motor upper cover adaptation cover, and joint pin is set in described circular hole; Between motor base and motor upper cover, be laterally fixedly installed described motor, be fixedly coated with described turbine on the motor shaft of motor, be socketed described gear on described joint pin, gear engages with turbine; Within described month, shape parts are a column cavity, one end arranged outside crescent moon part of column cavity, and the other end is socketed on described joint pin and with described gear and is coaxially fixedly connected with, and between column cavity and joint pin, is connected by bearing;
Described heat radiating structure comprises internal heat generation tubular construction and outgoing gas ket structure; Described internal heat generation pipe comprises the first thermistor, heat conduction support and heat-generating pipe, and described the first thermistor is arranged in heat conduction support, and described heat-generating pipe is socketed on heat conduction support, and one end of heat-generating pipe is fixedly connected with described joint pin; Described outgoing gas ket structure comprises outgoing gas ket, the second thermistor and outgoing gas ket support, outgoing gas ket is the not closed cavity in side, arranged outside second thermistor of cavity, one gland is fixed on the second thermistor on outgoing gas ket, the described outgoing gas ket support of outgoing gas ket outside socket, outgoing gas ket support is provided with the breach at the not closed place of corresponding outgoing gas ket, and outgoing gas ket support is fixedly connected with described motor upper cover.
2. curling device according to claim 1, is characterized in that, on the crescent moon part of described month shape parts, induced magnet is set, and covers on the rotation path of corresponding induced magnet magnetic conduction circuitry is set on described motor.
3. curling device according to claim 1, is characterized in that, between described joint pin and heat-generating pipe, is connected by linking cap.
4. curling device according to claim 1, is characterized in that, is provided with motor shaft support on described motor base, and motor shaft extends on motor shaft support through after turbine, and motor shaft support limit electric machine axle moves.
5. curling device according to claim 1, is characterized in that, described motor afterbody is provided with motor shaft tail-hood, is provided with shell fragment and is squeezed in motor shaft on motor shaft tail-hood.
6. curling device according to claim 1, is characterized in that, heating pipe cap is installed on the free end of described heat-generating pipe.
7. curling device according to claim 6, it is characterized in that, described heating pipe cap side is provided with bayonet socket, on described outgoing gas ket support, be axially articulated with turning-bar along outgoing gas ket, card base and back-moving spring are set on turning-bar, when turning-bar is rotated by external force, being connected in described bayonet socket of card base adaptation, when external force is cancelled, back-moving spring is by the card base disengaging bayonet socket of upspringing.
8. curling device according to claim 1, it is characterized in that, described heat conduction support comprises three passages that walk abreast and be parallel to heat-generating pipe, described the first thermistor comprises the first semistor and the first negative tempperature coefficient thermistor, the first semistor is arranged at three-aisled center-aisle, and described the first negative tempperature coefficient thermistor is arranged in any one passage of both sides in three passages.
9. according to the curling device described in any one in claim 1 to 8, it is characterized in that, described the second thermistor is rectangle, and the vertical outgoing gas ket of length direction axis arranges.
10. according to the curling device described in any one in claim 1 to 8, it is characterized in that, described bearing is needle bearing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420307353.1U CN203913790U (en) | 2014-06-11 | 2014-06-11 | Curling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420307353.1U CN203913790U (en) | 2014-06-11 | 2014-06-11 | Curling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203913790U true CN203913790U (en) | 2014-11-05 |
Family
ID=51809691
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420307353.1U Expired - Fee Related CN203913790U (en) | 2014-06-11 | 2014-06-11 | Curling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203913790U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110574996A (en) * | 2019-09-25 | 2019-12-17 | 宁波新意电器科技有限公司 | Self-adaptive direct-inserting and charging hair curler |
-
2014
- 2014-06-11 CN CN201420307353.1U patent/CN203913790U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110574996A (en) * | 2019-09-25 | 2019-12-17 | 宁波新意电器科技有限公司 | Self-adaptive direct-inserting and charging hair curler |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141105 Termination date: 20170611 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |