CN202516156U

CN202516156U - Electric microneedle

Info

Publication number: CN202516156U
Application number: CN2011205462386U
Authority: CN
Inventors: 邓成燕
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-12-22
Filing date: 2011-12-22
Publication date: 2012-11-07
Anticipated expiration: 2021-12-22

Abstract

The utility model relates to an electric microneedle, which comprises a microneedle component, a tubular shell body and a driving mechanism. The driving mechanism comprises a motor, a high-low transmission rotating wheel, a first transmission rod, a second transmission rod, a third transmission rod, and a fixed sleeve provided with a central through-hole; the high-low transmission rotating wheel is fixedly arranged on a transmission shaft of the motor, one side of a transmission end face of the high-low transmission rotating wheel is contacted with the bottom of the first transmission rod; the third transmission rod is connected with the fixed sleeve through a bearing, the top part of the third transmission rod is connected with the microneedle component in a mechanical transmission way, and the bottom of the third transmission rod is fixedly connected with the second transmission rod; and one end of the second transmission rod is fixedly connected with the first transmission rod. According to the electric microneedle, the motor and the high-low transmission rotating wheel are matched with the plurality of transmission rods to drive, so that an automatic control of the acupuncture speed is realized, no manual operation is needed, and the scope of a user group is expanded.

Description

Electronic micropin

Technical field

This utility model relates to beauty appliance, is specifically related to electronic micropin.

Background technology

At present, along with the develop rapidly of medical cosmetology, the splendid beautifying skin product of various cosmetic results emerges in an endless stream; And cosmetics must infiltrate through competence exertion effect in the skin, and its traditional method for using is that cosmetics are spread upon on the skin, but because the horny layer of skin outermost layer epidermis and the obstruction of granular layer; Skin is lower to the absorbance of cosmetics, causes greatly waste to the user, based on this; Occurred some micropin cosmetic apparatus on the market, the driving mechanism that these micropin cosmetic apparatus generally comprise the micropin assembly and are in transmission connection with the micropin assembly, said driving mechanism generally drive the micropin assembly by roller and carry out the acupuncture action; Thereby the operator comes the back stitching thorn through roller at the driving micropin assembly that rolls on the skin during use on skin, and the micropin on the micropin assembly is with the pierce epidermis, thus help skin absorbs cosmetics; The more traditional smearing method of this type of micropin cosmetic apparatus has had greatly raising on the absorbance of cosmetics; Yet find that in actual use existing micropin cosmetic apparatus still has weak point: in the use, the rolling speed of roller is by manually operated; User requires long practice just can grasp the rolling speed of roller; Acupuncture speed is rationalized, thereby cosmetics are fully infiltrated through in the skin, bring into play its effect fully; And existing micropin cosmetic apparatus need be used by the professional, and the average family personnel are difficult to oneself operation, has dwindled the scope of using the crowd.

The utility model content

In order to overcome the deficiency of prior art, the utility model provides a kind of electronic micropin of automatization.

In order to achieve the above object, the technical scheme that this utility model adopted is following:

Electronic micropin comprises micropin assembly, tubular shell and driving mechanism, and driving mechanism is arranged in the tubular shell, and the micropin assembly is fixedly mounted on an end of tubular shell; Said driving mechanism comprises motor, high underneath drive runner, first drive link, second drive link, the 3rd drive link, has the fixed muffle of middle through hole, and middle through hole is along the axial setting of fixed muffle; High underneath drive runner is fixedly mounted on the drive axle of motor, and the transmission end face of high underneath drive runner and the angle of drive axle of motor are obtuse angle or acute angle, a side of the transmission end face of high underneath drive runner and the pig of first drive link; The sidewall of fixed muffle bottom offers the limited impression that axially is provided with along fixed muffle along its contiguous block that extended radially outwardly on the contiguous block, the top of first drive link is positioned at limited impression; The 3rd drive link stretches in the middle through hole of fixed muffle, and the 3rd drive link is connected with fixed muffle through bearing, and the top of the 3rd drive link is connected with micropin assembly machine driving, and the bottom of the 3rd drive link is fixedly connected with second drive link; One end of second drive link is fixedly connected with first drive link, and second drive link is along the radially setting of fixed muffle.

As a kind of preferred scheme, said micropin assembly comprises pillar, tubulose holder, helical spring, push rod, micropin head; The bottom of pillar is fixedly connected with the top of tubulose holder; The micropin head is positioned at pillar, and push rod passes tubulose holder and pillar from the bottom to top successively, and the top of push rod is fixedly connected with the micropin head, and the bottom of push rod stretches out in the tubulose holder and is connected with the top machine driving of the 3rd drive link; The tubulose holder is connected with the threaded one end of tubular shell; The top of tubulose holder has extended radially inwardly first projection along it, and the bottom of push rod is along its second projection that extended radially outwardly, and second projection is positioned at the below of first projection, and helical spring is socketed on the push rod and between first projection and second projection.

As a kind of preferred scheme, this electronic micropin also comprises the taper shock-absorbing sleeve with hollow structure, the big end of taper shock-absorbing sleeve and the bottom socket of tubulose holder, and the bottom of push rod also stretches out in the small end of taper shock-absorbing sleeve.

As a kind of preferred scheme, the transmission end face of high underneath drive runner is provided with elastic ring, and a side of the transmission end face of high underneath drive runner is through the pig of the elastic ring and first drive link.

As a kind of preferred scheme; Said tubular shell comprises first housing, roll adjustment housing, second housing, the 3rd housing; First housing, roll adjustment housing, second housing, the 3rd housing are threaded successively, and the top of first housing is connected with the fixed installation of micropin assembly; Be provided with pcb board in the 3rd housing, the sidewall of the 3rd housing is provided with shift knob and display lamp, and the bottom of the 3rd housing is provided with power interface, and motor, shift knob, display lamp, power interface all electrically connect with pcb board.

This utility model compared with prior art drives existing roller, changes into motor and high underneath drive runner cooperating many drive links to drive, and electronic micropin has been realized automatization's control acupuncture speed, need not manually-operated, has enlarged the scope of using the crowd; And tubular shell is provided with the strong and weak display lamp of micropin acupuncture speed, can effectively point out user current acupuncture intensity, has avoided skin is caused the accidental injury evil.The electronic micropin of this utility model has effective minimizing wrinkle, the skin that compacts, reduces pore, eliminates cicatrix, increases skin thickness, the effect of treatment alopecia, need not to operate by the professional, and the user use of can staying at home voluntarily, very convenient.

Description of drawings

Fig. 1 is the surface structure sketch map of the electronic micropin of this utility model preferred embodiment;

Fig. 2 is the fractionation structural representation of the electronic micropin of this utility model preferred embodiment;

Fig. 3 is the surface structure sketch map of the driving mechanism of Fig. 2;

Structure cutaway view when Fig. 4 is micropin assembly and the driving mechanism connection status of Fig. 2.

The specific embodiment

Come this utility model is further described below in conjunction with accompanying drawing and specific embodiment.

Please combine Fig. 1 to Fig. 4, electronic micropin, it comprises micropin assembly 1, tubular shell and driving mechanism 6, and driving mechanism 6 is arranged in the tubular shell, and micropin assembly 1 is fixedly mounted on an end of tubular shell.Concrete; Said tubular shell comprises first housing 2, roll adjustment housing 3, second housing 4, the 3rd housing 7; First housing 2, roll adjustment housing 3, second housing 4, the 3rd housing 7 are threaded successively, and the top of first housing 2 is connected with 1 fixed installation of micropin assembly.

Said driving mechanism 6 comprises motor 606, high underneath drive runner 605, first drive link 607, second drive link 603, the 3rd drive link 608, has the fixed muffle 601 of middle through hole, and middle through hole is along the axial setting of fixed muffle 601.High underneath drive runner 605 is fixedly mounted on the power transmission shaft 6061 of motor 606; The angle of the transmission end face of high underneath drive runner 605 and the power transmission shaft 6061 of motor 606 is obtuse angle or acute angle; One side of the transmission end face of high underneath drive runner 605 and the pig of first drive link 607; Preferred construction comparatively; The transmission end face of high underneath drive runner 605 is provided with elastic ring 604, and a side of the transmission end face of high underneath drive runner 605 is through the pig of the elastic ring 604 and first drive link 607.The sidewall of fixed muffle 601 bottoms is along its contiguous block 602 that extended radially outwardly, and the top that offers limited impression 6021, the first drive links 607 that axially are provided with along fixed muffle 601 on the contiguous block 602 is positioned at limited impression 6021; The 3rd drive link 608 stretches in the middle through hole of fixed muffle 601, and the 3rd drive link 608 is connected with fixed muffle 601 through bearing 609.The bottom of the 3rd drive link 608 is fixedly connected with second drive link 603; One end of second drive link 603 is fixedly connected with first drive link 607, and second drive link 603 is along the radially setting of fixed muffle 601.

The top of the 3rd drive link 608 is connected with micropin assembly 1 machine driving, and concrete structure is following:

Said micropin assembly 1 comprises pillar 104, tubulose holder 102, helical spring 103, push rod 101, micropin head 105.The bottom of pillar 104 is fixedly connected with the top of tubulose holder 102; Micropin head 105 is positioned at pillar 104; Push rod 101 passes tubulose holder 102 and pillar 104 from the bottom to top successively; The top of push rod 101 is fixedly connected with micropin head 105; The bottom of push rod 101 stretches out in tubulose holder 102 and is connected with the top machine driving of the 3rd drive link 608, preferred construction comparatively, also be provided with on the push rod 101 one have a hollow structure taper shock-absorbing sleeve 5; The big end of taper shock-absorbing sleeve 5 and the bottom socket of tubulose holder 102, the bottom of push rod 101 also stretches out in the small end of taper shock-absorbing sleeve 5; Tubulose holder 102 is connected with the threaded one end of tubular shell, and is concrete, and tubulose holder 102 is connected with the screw top of first housing 2; The top of tubulose holder 102 has extended radially inwardly first projection 1021 along it; The bottom of push rod 101 is along its second projection 1011 that extended radially outwardly; Second projection 1011 is positioned at the below of first projection 1021, and helical spring 103 is socketed on the push rod 101 and between first projection 1021 and second projection 1011.

Be provided with pcb board (figure does not look) in the 3rd housing 7; The sidewall of the 3rd housing 7 is provided with shift knob 701 and display lamp 702; The bottom of the 3rd housing 7 is provided with power interface (figure does not look), and motor 606, shift knob 701, display lamp 702, power interface all electrically connect with pcb board.

Details are as follows for the operation principle of present embodiment:

Connect with the mains, press shift knob 701, motor 606 drives its power transmission shaft 6061 and rotates, and high underneath drive runner 605 rotates; First drive link 607 is promoted by high underneath drive runner 605 " intermittently ", and promptly along with the continuous rotation of motor 606, the high portion of high underneath drive runner 605 upwards presses first drive link 607; In next moment, lower curtate arrives the high-order bit and puts, and first drive link 607 is unsettled; Owing to action of gravity falls down, so circulation moves up and down thereby drive second drive link 603, the 3rd drive link 608, push rod 101 successively; Micropin head 105 is also constantly moved up and down, stretch out pillar 104 or do not stretch out pillar 104, so circularly acupuncture skin.Display lamp 702 is pointed out the intensity of user acupuncture according to the rotating speed of motor 606 with the power of light.

The above; It only is this utility model preferred embodiment; Be not that the technical scope of this utility model is done any restriction; So every technical spirit according to this utility model all still belongs in the scope of this utility model technical scheme any trickle modification, equivalent variations and modification that above embodiment did.

Claims

1. electronic micropin comprises micropin assembly, tubular shell and driving mechanism, and driving mechanism is arranged in the tubular shell, and the micropin assembly is fixedly mounted on an end of tubular shell; It is characterized in that said driving mechanism comprises motor, high underneath drive runner, first drive link, second drive link, the 3rd drive link, has the fixed muffle of middle through hole, middle through hole is along the axial setting of fixed muffle; High underneath drive runner is fixedly mounted on the drive axle of motor, and the transmission end face of high underneath drive runner and the angle of drive axle of motor are obtuse angle or acute angle, a side of the transmission end face of high underneath drive runner and the pig of first drive link; The sidewall of fixed muffle bottom offers the limited impression that axially is provided with along fixed muffle along its contiguous block that extended radially outwardly on the contiguous block, the top of first drive link is positioned at limited impression; The 3rd drive link stretches in the middle through hole of fixed muffle, and the 3rd drive link is connected with fixed muffle through bearing, and the top of the 3rd drive link is connected with micropin assembly machine driving, and the bottom of the 3rd drive link is fixedly connected with second drive link; One end of second drive link is fixedly connected with first drive link, and second drive link is along the radially setting of fixed muffle.

2. electronic micropin as claimed in claim 1 is characterized in that, said micropin assembly comprises pillar, tubulose holder, helical spring, push rod, micropin head; The bottom of pillar is fixedly connected with the top of tubulose holder; The micropin head is positioned at pillar, and push rod passes tubulose holder and pillar from the bottom to top successively, and the top of push rod is fixedly connected with the micropin head, and the bottom of push rod stretches out in the tubulose holder and is connected with the top machine driving of the 3rd drive link; The tubulose holder is connected with the threaded one end of tubular shell; The top of tubulose holder has extended radially inwardly first projection along it, and the bottom of push rod is along its second projection that extended radially outwardly, and second projection is positioned at the below of first projection, and helical spring is socketed on the push rod and between first projection and second projection.

3. electronic micropin as claimed in claim 2 is characterized in that, this electronic micropin also comprises the taper shock-absorbing sleeve with hollow structure, the big end of taper shock-absorbing sleeve and the bottom socket of tubulose holder, and the bottom of push rod also stretches out in the small end of taper shock-absorbing sleeve.

4. electronic micropin as claimed in claim 1 is characterized in that, the transmission end face of high underneath drive runner is provided with elastic ring, and a side of the transmission end face of high underneath drive runner is through the pig of the elastic ring and first drive link.

5. like each described electronic micropin of claim 1-4; It is characterized in that; Said tubular shell comprises first housing, roll adjustment housing, second housing, the 3rd housing; First housing, roll adjustment housing, second housing, the 3rd housing are threaded successively, and the top of first housing is connected with the fixed installation of micropin assembly; Be provided with pcb board in the 3rd housing, the sidewall of the 3rd housing is provided with shift knob and display lamp, and the bottom of the 3rd housing is provided with power interface, and motor, shift knob, display lamp, power interface all electrically connect with pcb board.