CN208114942U - A kind of depilatory apparatus - Google Patents
A kind of depilatory apparatus Download PDFInfo
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- CN208114942U CN208114942U CN201720489320.7U CN201720489320U CN208114942U CN 208114942 U CN208114942 U CN 208114942U CN 201720489320 U CN201720489320 U CN 201720489320U CN 208114942 U CN208114942 U CN 208114942U
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Abstract
It includes shell, depilating mechanisms and cooling mechanism that the utility model, which provides a kind of depilatory apparatus,；The first ventilation opening and the second ventilation opening are provided on shell；Depilating mechanisms includes depilation portion and cold compress portion, and for generating irradiation to the illumination to defeathering skin, the cold compress portion is used to carry out cold compress with skin contact in the depilation portion；The cooling mechanism includes radiating subassembly and wind guiding component；The radiating subassembly includes heat pipe and cooling fin, and the heat pipe includes interconnected evaporator section and condensation segment, and the evaporator section is connect with the cold compress portion, and the condensation segment is connect with the cooling fin；Wind guiding component is connected to the first ventilation opening and the second ventilation opening forms a vent passages, and pushes the air flowing between the first ventilation opening and the second ventilation opening；The cooling fin is placed in vent passages.Using the timely diversion of heat generated when vapour-liquid phase in time works cooling piece in heat pipe, temperature is made to can achieve the cooling temperature for causing temporary paralysis to skin.
Description
【Technical field】
The utility model relates to depilation device field more particularly to a kind of depilatory apparatus.
【Background technique】
Illumination depilation is " the selective light fuel factor " of light to be utilized, with tune according to the photo-thermal principle of dynamics of selectivity
The light for saving specific wavelength passes through epidermis, direct irradiation hair follicle.Hair follicle, hair shaft melanin selectively absorb luminous energy, thus
The fuel factor of generation keeps hair follicle downright bad, and hair is just no longer grown.Illumination is lost hair or feathers as safe and efficient permanent unhairing technology, more next
It more by the favor of consumer, but when illumination depilation is possible to that the perienchyma of hair follicle can be damaged, skin tape is given to carry out scorching hot pain
Therefore cold compress portion is arranged in sense when carrying out light irradiation to skin around light-emitting window, be used to carry out drop appropriate to skin
Temperature slows down the cusalgia sense of skin.
And existing depilatory apparatus cold compress portion when being lost hair or feathers is bad to skin cooling effect, can not accomplish really to slow down skin
The cusalgia sense of skin.
【Utility model content】
To overcome current depilatory apparatus cold compress portion bad to skin cooling effect, it can not accomplish the cusalgia sense for really slowing down skin
The problem of.The utility model provides a kind of depilatory apparatus.
The technical solution of the utility model to solve above-mentioned technical problem is to provide a kind of depilatory apparatus, including：Shell, depilation
Mechanism and cooling mechanism；The shell forms an accommodation space, and the depilating mechanisms and cooling mechanism are contained in receiving sky
Between, the first ventilation opening and the second ventilation opening for being connected to the accommodation space are provided on shell；Depilating mechanisms includes depilation portion and cold
The portion of applying, for generating irradiation to the illumination to defeathering skin, the cold compress portion exposes to the accommodation space in the depilation portion, uses
In with skin contact carry out cold compress；The cooling mechanism includes radiating subassembly and wind guiding component；The radiating subassembly includes heat pipe
And cooling fin, the heat pipe include interconnected evaporator section and condensation segment, the evaporator section is connect with the cold compress portion, institute
Condensation segment is stated to connect with the cooling fin；Wind guiding component is connected to the first ventilation opening and the second ventilation opening forms a vent passages, and
And the air between the first ventilation opening and the second ventilation opening is pushed to flow；The cooling fin is placed in vent passages.
Preferably, the wind guiding component includes spiral case and fan, and the spiral case forms a chamber；The fan is set to
In the chamber, chamber offers the first air guide hole and the second air guide hole of connection；First air guide hole connection, first ventilation
Mouth connection, second air guide hole are connected to the second ventilation opening；Pushed when fan running the first ventilation opening and the second ventilation opening it
Between air flowing；The cooling fin fitting is set to first air guide hole.
Preferably, the wind guiding component further includes guide duct, the guide duct connection ontology and spiral case, and the guide duct
Inner cavity cross-sectional area from end side is connect with spiral case to connecting end side with ontology by gradually becoming smaller greatly.
Preferably, first air guide hole is air inlet, and second air guide hole is air outlet.
Preferably, the depilation portion includes ontology and fluorescent tube, and light-emitting window and ventilation opening are offered on the ontology, described
Fluorescent tube is installed in ontology can irradiate to the light to defeathering skin for generating through light-emitting window；The cold compress portion includes cooling piece,
The cooling piece includes the chill surface positioned at outer body, the ipsilateral setting of the outer end face of the chill surface and light-emitting window, for pair
Skin carries out cold compress.
Preferably, cold compress portion further includes the first conducting piece being sheathed on around the light-emitting window, the first conducting piece packet
Opposite outer surface and inner surface are included, the inner surface is located within the body, and is fitted with chill surface, the exposed use in outer surface
It fits in skin.
Preferably, first conducting piece is metal conduction part, is sheathed on around the light-emitting window, and the first conducting piece
Exposed end face is U-shaped or " returning " type.
Preferably, the cooling piece quantity is 2, and the opposite end for fitting in the first conducting piece inner surface is respectively set.
Preferably, the cooling fin is the flake structure of class rectangle structure comprising interconnecting piece and protrusion, the connection
Portion and condensation segment face paste splice grafting touching, the protrusion is arranged on the side in fin length direction and/or width direction
Side on, and there are differences in height with the plane where it.
Preferably, the depilation portion further includes optical filter and reflecting component；The optical filter is set to the light side out of fluorescent tube
Upwards；The reflecting component is set in light direction opposite direction；The reflecting component and optical filter cooperatively form a wind-guiding access；
The fluorescent tube is placed in the wind-guiding access.
Preferably, an air guide member is provided in the ontology, the air guide member is in bending-like, and air-flow is led from wind guiding component
To wind-guiding access.
Preferably, the depilatory apparatus is laser depilation instrument.
Compared with prior art, depilatory apparatus provided by the utility model has the following advantages：
1, it is fitted by the cold compress portion of the heat pipe of cooling mechanism and depilating mechanisms, and cold compress portion connects with skin
The cold flow of generation is conducted to skin-on-skin and carries out cold compress by touching.It simultaneously in time will system using vapour-liquid phase principle in heat pipe
Cold part generated heat timely diversion when working, it is ensured that the refrigeration effect in cold compress portion.To which depilating mechanisms fits with skin
The temperature in face can achieve the cooling temperature that temporary paralysis is caused to skin.
By the way that cooling fin to be connect with heat pipe, the effective contact area for expanding heat pipe and air enhances the heat absorption of heat pipe
Ability.
By the way that cooling fin is set to being formed by ventilation and heat channel of the first ventilation opening and the second ventilation opening, utilize
Wind guiding component accelerates the air circulation between two ventilation openings, accelerates the heat exchange between air and cooling fin using strong convection,
Further strengthen the heat-sinking capability of cooling mechanism.
2, protrusion is set on cooling fin, and there are differences in height for protrusion and the plane where it.To in multiple cooling fins
After assembling cooperation, the protrusion of cooling fin can offset with adjacent cooling fin when by external force, prevent cooling fin because excessively thin
And deform easily, the spacing between cooling fin is influenced, to influence heat dissipation effect.And protrusion can increase cooling fin and air
Contact area, further increase the heat dissipation effect of cooling fin.
3, conducting piece includes the first conducting piece and the second conducting piece, and the first conducting piece and the second conducting piece are heating conduction
The metal or alloy such as good silver, copper, iron are made, and cooling piece fits with the first conducting piece, so that the cold flow that cooling piece generates
It can be timely transmitted to skin, cold compress is carried out to skin, slow down skin because light irradiates the sense of bring cusalgia.Second conducting piece
One conducting piece avoids cooling piece and directly contacts skin, namely avoid while expanding cooling piece and skin contact surface connects
The impurity such as the grease on skin corrode cooling piece bring.
The second conducting piece further expansion contact area of the first conducting piece and skin, while itself and the first conducting piece
Being detachably connected can be when the first conducting piece damages, it is ensured that the timely replacement of the first conducting piece.
4, by setting guide duct, guide duct includes the opening of both ends connection, the air-flow that fan pushes air flowing to generate
The air near heat pipe and fluorescent tube can be accelerated to flow respectively by both ends open, fan is allowed to accelerate heat pipe and lamp simultaneously
The cooling of pipe.
5, it is connected to fan and fluorescent tube by setting guide duct and using guide duct, so that fan can fan the same of heat with opposite heat tube
When can also radiate to fluorescent tube, the cross-sectional area of the inner cavity of further guide duct from the second air guide hole connecting pin to depilation portion
Ontology ventilation opening connecting pin by gradually becoming smaller greatly, when so that fan pushing air to flow to depilation portion with constant power,
It is gradually compressed in guide duct, so that one end wind speed for connecting guide duct with the ontology in depilation portion is faster, and then to setting
When intrinsic fluorescent tube is cooled down, effect is more preferable.
【Detailed description of the invention】
Figure 1A is the first view stereo structural schematic diagram of the utility model depilatory apparatus.
Figure 1B is the second view stereo structural schematic diagram of the utility model depilatory apparatus.
Fig. 1 C is the stereochemical structure perspective view of the explosion of the utility model depilatory apparatus.
Fig. 2 is the depilating mechanisms of the utility model depilatory apparatus, cooling mechanism control mechanism assembling fit structure schematic diagram.
Fig. 3 A is depilating mechanisms the first viewing angle constructions perspective view of the explosion of the utility model depilatory apparatus.
Fig. 3 B is depilating mechanisms the second viewing angle constructions perspective view of the explosion of the utility model depilatory apparatus.
Fig. 3 C is a kind of malformation schematic diagram of cooling piece of the depilating mechanisms of the utility model depilatory apparatus.
Fig. 4 A is that the depilating mechanisms depilation portion of the utility model depilatory apparatus and cold compress portion assemble fit structure schematic diagram.
Fig. 4 B is the depilating mechanisms of the utility model depilatory apparatus and the configuration schematic diagram of cooling mechanism figure cooperation.
Fig. 4 C is the guide duct the schematic diagram of the section structure of the cooling mechanism of the utility model depilatory apparatus.
Fig. 4 D is the wind guiding component and depilation portion ontology assembling cooperation knot of one variant embodiment of the utility model depilatory apparatus
Structure schematic diagram.
Fig. 4 E is that the wind guiding component of another variant embodiment of the utility model depilatory apparatus and the assembling of depilation portion ontology cooperate
Structural schematic diagram.
Fig. 5 A is the radiating subassembly configuration schematic diagram of the utility model depilatory apparatus.
Fig. 5 B is the heat sink structure illustration of the radiating subassembly of the utility model depilatory apparatus.
Fig. 5 C is the heat pipe structure schematic diagram of the radiating subassembly of the utility model depilatory apparatus.
Air flows to the first visual angle schematic diagram when Fig. 6 A is the work of the utility model depilatory apparatus.
Air flows to the second visual angle schematic diagram when Fig. 6 B is the work of the utility model depilatory apparatus.
【Specific embodiment】
In order to make the purpose of this utility model, technical solution and advantage are more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to solve
The utility model is released, is not used to limit the utility model.
It should be strongly noted that in the present invention, when element is referred to as " being set to " or " being set to " another element,
It can directly on the other element or there may also be centering elements.Term as used herein " vertical ", "horizontal",
"upper" and "lower" and similar statement are for illustrative purposes only, it is not intended that limitation the utility model.
Please refer to Figure 1A -1C.The utility model provides a kind of depilatory apparatus 10, for removing the hair of skin surface.It is wrapped
Include shell 20, depilating mechanisms 30, cooling mechanism 40, power sector 50 and control mechanism 60.Shell 20 is in class " T " font,
Including clamshell portion 201 and grip part 203.Clamshell portion 201 and grip part 203 constitute an accommodating space after cooperating, and will take off
Hair mechanism 30, cooling mechanism 40 and power sector 50 are contained in inside it.Power sector 50 and depilating mechanisms 30, cooling mechanism
40 and control mechanism 60 be electrically connected, to provide power source.Control mechanism 60 and depilating mechanisms 30 and 40 electricity of cooling mechanism
Connection, control mechanism 60 include control element 601.Control element 601 be it is multiple, be set to the surface of shell 20, convenient for operation
Personnel manipulate the various functions of depilatory apparatus 10.Specifically, the start and stop that control element 601 can control depilatory apparatus 10 are cut
It changes, while can control the depilation work of depilating mechanisms 30 and the cooperation completion of cooling mechanism 40 to skin.Depilating mechanisms 30
It is exceptionally exposed to the accommodating space of the formation of shell 20, remove the hair of skin surface for the illumination outgoing of generation and generates system
It is cold with slow down illumination depilation when to skin generate cusalgia sense.Cooling mechanism 40 pushes air flowing, is used for depilating mechanisms
30 heats generated shift in time, to ensure the refrigeration effect of depilating mechanisms 30.
The present embodiment is entered the wind with cooling mechanism 40 from the first clamshell ventilation opening 2011, from 2013 outlet air of the second clamshell ventilation opening
It is illustrated for cooling to depilating mechanisms 30.
Clamshell portion 201 is the structure of the hollow protection bell-type with opening 2015, to accommodate depilating mechanisms 30 and heat dissipation machine
Structure 40.30 part of depilating mechanisms exposes to opening 2015, in order to which depilating mechanisms 30 and skin contact carry out defeathering.In clamshell portion
The first clamshell ventilation opening 2011 and the second clamshell ventilation opening 2013, the first clamshell ventilation opening 2011 and second are offered on 201
Clamshell ventilation opening 2013 is connected to outside atmosphere, and cooling mechanism 40 pushes air to flow and pass through the first clamshell ventilation opening 2011
The heat for generating depilating mechanisms 30 with the second clamshell ventilation opening 2013 completes heat exchange with outside atmosphere in time, to drop in time
The temperature of low depilating mechanisms 30.
Grip part 203 is generally cylindrical hollow structure, and operator can hold grip part 203 to manipulate the depilatory apparatus
10.It is provided with non-slip mat 2031, on the outer wall of grip part 203 to increase the frictional force of grip part 203.Power sector 50 is received
It is contained in grip part 203.The power sector 50, can also be using external power supply, dry cell or Rechargeable battery and supplies
The mode etc. of power supply.Preferably Rechargeable battery can repeatedly charge, convenient for the storage and carrying of depilatory apparatus 10.
Referring to Fig. 2, control mechanism 60 further includes a control circuit board 603, control circuit board 603 is placed on clamshell portion
It is set to 40 side of cooling mechanism in 201, and is electrically connected with control element 601, control element 601 is transmitted to control for signal is controlled
Circuit board 603 processed, then corresponding depilating mechanisms 30 is controlled by control circuit board 603 and cooling mechanism 40 works.In order to prevent
Control circuit board 603 is shaken, and the side in control circuit board 603 close to cooling mechanism 40 is provided with buffering foam 6031, is delayed
It is light and there is shock-absorbing buffer function to brew foam 6031, prevents electronic component in control circuit board 603 because of property caused by vibration
It can be unstable.
Fig. 3 A-3B is please referred to, depilating mechanisms 30 includes depilation portion 70 and cold compress portion 80.Depilation portion 70 is for generating removal
The illumination of skin surface hair, cold compress portion 80 can freeze, and carry out with skin attachement to the skin for carrying out defeathering certain
The cold compress of temperature carrys out scorching hot pain to skin tape when slowing down illumination depilation.
The card disassembly of depilation portion 70 is installed in the accommodating space of the formation of shell 20, and specifically, depilation portion 70 can be with shell
20 fixed by screw or structure engaging realize installation, cold compress portion 80 is sheathed on depilation portion 70, passes through structure with depilation portion 70
Interference fit or screw fit realize card dismantling connection.
Depilation portion 70 includes fluorescent tube 701, reflecting component 703, ontology 705 and optical filter 709.Fluorescent tube 701 is mounted on this
In body 705, light-emitting window 707 is offered on ontology 705, the illumination that fluorescent tube 701 generates guides cover to wait removing through light-emitting window 707
Fur skin, to improve defeathering quality.707 section of light-emitting window can be rectangle, and the polygonized structures such as pentagon are also possible to annular
Or circular configuration, it is not limited here.Light-emitting window 707 is used for far from the end face of fluorescent tube 701 and skin contact.Optical filter 709 is set
It sets on the light direction of fluorescent tube 701 namely optical filter 709 is arranged between fluorescent tube 701 and light-emitting window 707, be mainly used for
Fluorescent tube 701 is protected, prevents foreign object from damaging from light-emitting window 707 to fluorescent tube 701, while optical filter 709 can also block fluorescent tube
701 issue to skin harmful UV rays, prevent ultraviolet light from causing to damage to skin, optical filter 709 also have adjustment illumination it is bright
The function of degree prevents 701 illumination brightness of fluorescent tube is excessively high from damaging to skin.Optical filter 709 is preferably removably mounted at lamp
On the light direction of pipe 701, convenient for the replacement of optical filter 709, demand of the different user to different illumination intensity is met.
The light that fluorescent tube 701 issues can be glory, complex light, Qiang Guang, pulsed light or laser.That is the light of the generation of fluorescent tube 701
Epidermis, direct irradiation hair follicle can be passed through.When the light that fluorescent tube 701 issues is laser, depilatory apparatus 10 is laser depilation instrument.
Reflecting component 703 is U-shaped to be arranged in around fluorescent tube 701, and U-shaped opening is towards the direction of light-emitting window 707.It is reflective
The light that fluorescent tube 701 issues is concentrated reflection to be directed to the direction of light-emitting window 707 by part 703, thus the light benefit for issuing fluorescent tube 701
Reach highest with rate.The ventilation opening connecting with cooling mechanism 40, while reflecting component 703 and optical filter 709 are offered on ontology 705
And ontology 705 surrounds to form the air-guiding aisle 708 at least one first air port and one second air port, and the first air port and the
Two air ports respectively correspond 701 both ends of fluorescent tube and open up, and in the present embodiment, the fluorescent tube 701 erects setting, namely edge and shell 20
The substantially parallel direction setting in grip part 203, therefore the first air port is set to below the second air port.Correspondingly, the one of fluorescent tube 701
End is arranged at the first air port, and the other end is arranged at the second air port, and cooling mechanism 40 pushes air through the logical of ontology 705
Make again through entering air-guiding aisle 708 at the first air port in the blocking of optical filter 709 and ontology 705 and reflecting component 703 in air port
Under, air flows to the second air port, accelerates the air flowing around fluorescent tube 701, is distributed to take away when fluorescent tube 701 works
Heat, fluorescent tube 701 is cooled down.And first air port be located at below the second air port, convenient for the air at the second air port with
Fluorescent tube 701 is discharged in time after completing energy exchange, and the air for completing energy exchange at the second air port is avoided to flow back into the again
One air port hinders fluorescent tube 701 to cool down, and influences the heat dissipation effect of fluorescent tube 701.
It is appreciated that the first air port can be located at the lower section in the second air port incessantly, the left side in the second air port may be located on
Or right side, it is also possible to upside, as long as guaranteeing that air circulates between the first air port and the second air port, can also guarantees air
It circulates from 701 one end of fluorescent tube to the other end, it is ensured that the cooling to fluorescent tube 701.
Further, the notch 7031 being connected to air-guiding aisle 708 is offered on reflecting component 703, notch 7031 is located at the
Between one air port and the second air port, the air-flow to circulate from the ventilation opening of ontology 705 can be flowed to from the first air port and notch 7031
Fluorescent tube 701, it is dual cooling to fluorescent tube 701, accelerate the rate of temperature fall of fluorescent tube 701, is further ensured that the heat dissipation effect of fluorescent tube 701.
And then the heat for preventing fluorescent tube 701 from generating influences the refrigeration effect of cooling piece 801.
In order to preferably cooperate cooling mechanism 40 to cool down fluorescent tube 701, air guide member is provided on ontology 705
7055, air guide member 7055 can push cooling mechanism 40 air of flowing to concentrate the first air port of guiding air-guiding aisle 708, add
Air circulation near fast fluorescent tube 701, to reach cooling effect.
The 707 ipsilateral setting in exposed end face of light-emitting window of the contact face and depilation portion 70 of cold compress portion 80 and skin, is convenient for
When depilation portion 70 carries out illumination irradiation defeathering to skin, contacted around cold compress portion 80 and illuminated skin, to illuminated week
It encloses skin and carries out cold compress cooling, to slow down the cusalgia sense that illuminated skin generates, and cold compress portion 80 can produce the low temperature of zero degree,
Being truly realized makes the skin near light-emitting window 707 reach the cusalgia sense for really slowing down skin wirelessly close to freezing point, and short time
Contact not will cause skin injury.
Cold compress portion 80 includes cooling piece 801, the first conducting piece 803 and the second conducting piece 805.
Cooling piece 801 is preferably semiconductor refrigerating element, and cooling piece 801 is preferably laminated structure for generating cold flow
It is set to going out above light optical path upwards for fluorescent tube 701, including is located at outside ontology 705, and the first surface far from fluorescent tube 701
8011 and be located at ontology 705 in, close to fluorescent tube 701 second surface 8013.The first surface 8011 of cooling piece 801 and light out
The ipsilateral setting of outer end face of mouth 707 conducts cold flow to skin, for being bonded with skin surface with even temporary to skin cold compress
Paralysis slows down the cusalgia sense that skin is generated by depilation, and second surface 8013, by fitting with radiating subassembly 403, will freeze
The timely diversion of heat that part 801 generates, it is ensured that the refrigeration effect of cooling piece 801.I.e. first surface 8011 be chill surface, second
Surface 8013 is thermal conductive surface.
First conducting piece 803 is laminated structure made of the metal or alloy such as the good silver of heating conduction, copper, iron, i.e., the
One conducting piece 803 is metal conduction part.First conducting piece 803 includes two opposite surfaces, hereon referred to as outer surface and inner surface.
The inner surface is located in ontology 705, and contacts with the fitting of the first surface of cooling piece 801 8011, and conduction cooling piece 801 is produced
Raw cold flow.The area of the inner surface is greater than the area of the cooling piece 801 to expand the cold flow of the conduction of first surface 8011
Area.Preferably, the external surface shape of the first conducting piece 803 is U-shaped or " returning " type, meanwhile, 803 outer surface of the first conducting piece with
Light-emitting window 707 is coplanar with far from the outer end face of fluorescent tube 701, so that it is guaranteed that the cold flow maximum limit that cooling piece 801 can be generated
Being transmitted to around the skin by defeathering for degree, with cold flow temporary paralysis skin, slows down skin because of illumination bring burning heat sensation.First
Conducting piece 803 avoids the directly contact skin of cooling piece 801 while expanding cooling piece 801 and skin contact surface connects, namely
The impurity such as the grease on skin are avoided to corrode 801 bring of cooling piece.
Further, in order to ensure cold flow caused by cooling piece 801 can be transmitted to skin, the first conducting piece 803 in time
For shim designs, and its thickness is preferably 0.2mm-3mm.
The cyclic structure of second conducting piece 805, is located on around light-emitting window 707, and engaged by structure with shell 20 or
Person's screw fit realizes installation connection.Second conducting piece 805 screws realization by screw with the first conducting piece 803 and detachably connects
It connects, convenient for timely being replaced in cooling piece 801 and/or the damage of the first conducting piece 803.Preferably, the second conducting piece 805 is one
A to be made of metal or alloy such as the good silver of heating conduction, copper, iron, i.e. the second conducting piece 805 is metal conduction part, and second
The ipsilateral setting in face that the face and cooling piece 801 that 805 skin of conducting piece is in contact are in contact with skin, can effectively expand system
Cold part 801 reinforces the cooling effect to skin to the cold flow conduction surface of skin.
It is appreciated that can be to be independently arranged when the first conducting piece 803 and the second conducting piece 805 are metal, lead to
It crosses structure engaging or welding or screw fit is fastenedly connected.It can be integrated molding when being the metal of identical type, it can also
To be independently arranged, it is not limited here.
As a kind of malformation, cooling piece 801 and/or the first conducting piece 803 can be fastened directly with shell 20 and be connected
It connects, the fixation with shell 20 can not be realized by the second conducting piece 805.
Fig. 3 C is please referred to, is two as a kind of 801 quantity of malformation cooling piece and is set to radiating subassembly 403 and first
Between conducting piece 803, it is preferable that the opposite end for fitting in 803 inner surface of the first conducting piece is arranged in cooling piece 801.This is opposite
Both ends can be the opposite end of 803 width direction of the first conducting piece, be also possible to the opposite end of length direction.Radiating subassembly
403 corresponding fittings are arranged with cooling piece 801, optimal with the heat dissipation effect to cooling piece.
Fig. 4 A-4E is please referred to, fluorescent tube 701 can generate a large amount of heat when luminous, while cooling piece 801 is selected as partly leading
When body cooling module, the second surface 8013 of cooling piece 801 can also generate heat, can if these heats are not shifted in time
The refrigeration effect of cooling piece 801 is influenced, so that the cold compress effect to skin is influenced, so that the cold flow of the generation of cooling piece 801 is fast
Speed is lost, so that the cooling temperature for causing temporary paralysis to skin is not achieved in cold flow point.
It generates heat when in order to by cooling piece 801 and the work of fluorescent tube 701 to shift in time, cooling piece 801 and cooling mechanism
At least the first heat dissipation channel between 40, cooling mechanism 40 are timely by the heat that the first heat dissipation channel generates cooling piece 801
Transfer.Further, at least the second heat dissipation channel between fluorescent tube 701 and cooling mechanism 40, cooling mechanism 40 pass through the second heat dissipation
The heat that fluorescent tube 701 generates is shifted in channel in time.
Specifically, cooling mechanism 40 is substantially arranged in parallel with depilating mechanisms 30 namely cooling mechanism 40 is arranged in depilator
30 side of structure, it is preferable that it is opposite that the cooling mechanism 40 with control circuit board 603 above-mentioned is separately positioned on depilating mechanisms 30
Two sides.Cooling mechanism 40 includes wind guiding component 401 and radiating subassembly 403.Second table of radiating subassembly 403 and cooling piece 801
The contact that fits of face 8013 forms first heat dissipation channel, energy exchange can be carried out with cooling piece 801, in time by cooling piece
The 801 heat transfers generated, to guarantee the refrigeration effect of the first surface 8011 of cooling piece 801.The offer of wind guiding component 401 pushes away
The power of dynamic air flowing, and certain guidance is carried out to the air of flowing, the air of flowing is sent to fluorescent tube 701, is formed
Second heat dissipation channel cools down fluorescent tube 701.Meanwhile wind guiding component 401 can also accelerate near radiating subassembly 403
Speed air flow cools down radiating subassembly 403.So that it is guaranteed that radiating subassembly 403 can be complete in time with cooling piece 801
At energy exchange, so that the temperature for being transmitted to the first conducting piece 803, which can achieve, causes skin when cooling piece 801 being made to freeze
The cooling temperature of temporary paralysis slows down skin because of feeling of pain caused by losing hair or feathers.
Wind guiding component 401 is arranged close to fluorescent tube 701, and radiating subassembly 403 and wind guiding component 401 are substantially parallel, radiating subassembly
403 will complete the thermal current of energy exchange by the second heat dissipation channel and from second by the first heat dissipation channel with cooling piece 801
Clamshell ventilation opening 2013 exports shell 20.The wind guiding component 401 includes fan 4011, spiral case 4013 and guide duct 4015.Snail
Shell 4013 is in scroll casing shape, internal to form a chamber, and chamber opens up interconnected the first air guide hole 4012 and the second air guide hole
4014.Fan 4011 is mounted in spiral case 4013, and the power for pushing air to accelerate flowing, flowing are provided when fan 4011 operates
Air from the heat that the first air guide hole 4012 generates radiating subassembly 403 from the timely diversion heat dissipation of the second clamshell ventilation opening 2013
Component 403 completes the cooling of radiating subassembly 403.Meanwhile the second air guide hole 4014 of spiral case 4013 is connected to guide duct 4015,
Guide duct 4015 is connected to the ventilation opening of ontology 705, i.e., the second air guide hole 4014 of spiral case 4013 is indirect by guide duct 4015
It is connected to the ontology 705 in depilation portion 70, the air flowing near depilation portion 70 is pushed, due to the air-flow come out from guide duct 4015
Temperature lower than the neighbouring air of fluorescent tube 701 temperature, therefore, the air of flowing can the fluorescent tube 701 to depilation portion 70 cool down,
The first conducting piece 803 and/or the second conducting piece 805 for preventing 701 heat production of fluorescent tube from excessively causing cold compress portion 80 are to the cold compress of skin
Contact effect.
It is further appreciated that spiral case 4013 and guide duct 4015 can be integrated molding, or it is detachably connected, meanwhile,
Guide duct 4015 and the ontology 705 in depilation portion 70 are also possible to be integrally formed, or are detachably connected, as long as realizing from snail
The moving air generated in shell 4013 can simultaneously cool down fluorescent tube 701.
The inner cavity of guide duct 4015 is being H, width side at a distance from the length direction of the second air guide hole 4014 connection end side
To distance be d1, the inner cavity of guide duct 4015 connect the length direction of end side in 705 ventilation opening of ontology with depilation portion 70
Distance is H, and the distance of width direction is d2, and d1 is greater than d2.I.e. the cross-sectional area of the inner cavity of guide duct 4015 is led from second
4014 connecting pin of air port is to the connecting pin of 705 ventilation opening of ontology with depilation portion 70 by gradually becoming smaller greatly.It is arranged in this way so that wind
When fan 4011 pushes air to flow to depilation portion 70 with constant power, gradually compressed in guide duct 4015, to make to lead
One end wind speed that air hose 4015 is connect with depilation portion 70 faster, and then effect when being cooled down to the fluorescent tube in depilation portion 70 701
More preferably.Wind-guiding access 708 is blowed under the guiding role of air guide member 7055 from the lower air-flow come out of the guidance of guide duct 4015, to leading
Fluorescent tube 701 in wind access 708 is cooled down.
As a variant embodiment, the wind guiding component 401 of cooling mechanism 40 can not have guide duct 4015, only need fan
The 4011 radiating surface air blast formed to cooling fin 4031, push the air circulation near cooling fin 4031, accelerate cooling fin 4031
Energy exchange is carried out with surrounding air.
Fig. 5 A-5C is please referred to, radiating subassembly 403 and the second surface 8013 of cooling piece 801 fit, by second surface
8013 heats generated shift in time, guarantee the refrigeration effect of first surface 8011.Radiating subassembly 403 includes cooling fin 4031,
Heat pipe 4033 and connector 4035.Connector 4035 is silver, the good metal or alloy system of the heating conductions such as copper, iron or aluminium
At.Heat pipe 4033 is fitted and connected with 4035 face of connector, is connected by the second surface 8013 of connector 4035 and cooling piece 801
It connects, the timely diversion of the heat that cooling piece 801 is generated, guarantees the refrigeration effect of cooling piece 801.Meanwhile connector 4035 and de-
Hair mechanism 30 is detachably connected, convenient for the dismounting and change of opposite heat tube 4033.It is appreciated that connector 4035 can be with heat pipe 4033
It is integrally formed.Cooling fin 4013 is silver-colored, thin slice made of the good metal or alloy of the heating conductions such as copper, iron or aluminium, with
The connection of 4033 face contact of heat pipe, increases the condensation segment 4034 of heat pipe 4033 and the contact area of air, accelerates the efficiency of condensation,
To improve the heating conduction of heat pipe 4033.
Specifically, heat pipe 4033 be vacuum tube, inside have a small amount of liquid medium and porous capillary structure, in vacuum state
Under, the boiling point of liquid reduces, while porous capillary structure can be such that liquid flows the suction force of liquid.Heat pipe 4033 includes phase
Intercommunicated evaporator section 4032 and condensation segment 4034, and 4032 quantity of evaporator section is preferably two sections, is separately connected condensation segment
4034 both ends, it is ensured that 4034 heat of condensation segment distributes rapidly, guarantees the heat dissipation performance of heat pipe 4033.
Connector 4035 includes the first contact surface 4036 and the second contact surface 4038.First connection contacting surface 4036 and cooling piece
801 second surface 8013 fits, 4032 face contact of evaporator section of the second joint face 4038 and heat pipe 4033, evaporator section
4032 section can be circle, or polygon only needs evaporator section 4032 and the first conducting piece herein with no restrictions
803 indirect or direct face paste thermal contact conductances.The heat that liquid absorption second surface 8013 in evaporator section 4032 generates
Evaporation forms steam, and steam carries the latent heat of vaporization under small pressure difference and flows to condensation segment 4032.Cooling fin 4031 and condensation segment
4034 contacts, preferably face paste splice grafting are touched.Specifically, cooling fin 4031 is the thin slice of class rectangle structure comprising interconnecting piece
4041 and protrusion 4043.Protrusion 4043 can be set on the side of 4031 length direction of cooling fin and/or width side
To side on, and with the plane where it there are difference in height, i.e. protrusion 4043 is convex to abutting fins 4031.To more
A cooling fin 4031 is after assembling cooperation, and the protrusion 4043 of one cooling fin 4031 can be with adjacent heat dissipation when by external force
Piece 4031 offsets, and prevents cooling fin 4031 from deforming easily because excessively thin, influences the spacing between cooling fin 4031, to influence
Heat dissipation effect.And protrusion 4043 can also increase the contact area of cooling fin 4031 Yu air, further increase cooling fin
4031 heat dissipation effect.Interconnecting piece 4041 and 4034 face paste splice grafting of condensation segment touch, and fitting contact can connect for indirect binding face
Touching, i.e. interconnecting piece 4041 are contacted with condensation segment 4034 indirectly by Heat Conduction Material；Or directly fit face contact.Directly
Increase the contact area of cooling fin 4031 and condensation segment 4034.Preferably, cooling fin 4031, which is equidistantly laid, forms a heat dissipation
Face, to increase the heat dissipation area of condensation segment 4034 indirectly.The wind-guiding face phase that the radiating surface is formed with the first air guide hole 4012
Steam in condensation segment 4034 is released latent heat through tube wall and the extraneous heat exchange of cooling fin 4031 by the first air guide hole 4012 by fitting
And it is condensed into liquid, flowing back into 4032 liquid of evaporator section flows back to evaporator section 4032 along the effect of the capillary force of porous structure again, into
Enter the working cycles of next phase transformation.
It is understood that the laying of cooling fin 4031 may not be equidistant laying, only need to arrange to form a radiating surface,
Increasing heat radiation area.
The latent heat of vaporization of substance of the same race more, heat pipe 4033 principle using vapour-liquid phase-state change heat transfer higher than sensible heat, height
The completion energy exchange of effect, effective are 10 times~100 times of the non-ferrous metals such as copper, aluminium, can be efficiently by refrigeration
The timely diversion of heat caused by 801 second surface 8013 of part guarantees the refrigeration effect of cooling piece 801.
A-6B referring to Figure 6 together, the heat that heat pipe 4033 issues when cooling piece 801 works are led and heat pipe in time
The cooling fin 4031 of 4033 connections, is contacted with outside atmosphere using cooling fin 4031 and completes energy exchange, to complete cooling piece
801 heat dissipation.
Further, the operating of fan 4011 being arranged in spiral case 4013 pushes ambient gas that flowing is accelerated to generate air-flow, gas
The first air guide hole 4012 of spiral case 4013 is flowed in adfluxion.The arrangement of muti-piece cooling fin 4031 forms a radiating surface, the heat dissipation
Face is located at the first air guide hole 4012, concentrates the air-flow for flowing to the first air guide hole 4012 that can accelerate cooling fin 4031 and outside
The heat of atmosphere exchanges, and greatly accelerates the energy exchange between heat pipe 4033 and cooling piece.
Further, flow to the second air guide hole of air flow direction 4014 of the first air guide hole 4012, the second air guide hole 4014 with
Guide duct 4015 is connected to, under the guiding role of guide duct 4015, air flow direction depilation portion 70.Depilation portion 70 is provided with wind-guiding
Part 7055, under the guiding role of air guide member 7055, air-flow enters wind-guiding access 708, to the lamp being arranged in wind-guiding access 708
Pipe 701 radiates, since the heat generated when, fluorescent tube 701 works is greater than the heat that cooling piece 801 generates, therefore with refrigeration
Part 801, which completes the air-flow after energy exchange, to carry out energy exchange with fluorescent tube 801.
Further, wind-guiding access 708 is vertically arranged, i.e., the first air port of wind-guiding access 708 is located at wind-guiding access 708
The second air port below, complete to be discharged in time after heat exchanges convenient for air-flow and fluorescent tube 701, avoid the airflow reflux of absorption heat
It hinders fluorescent tube 701 to cool down, influences the heat dissipation effect of fluorescent tube 701.
Jagged 7031 are opened up on the reflecting component 703 for cooperatively forming wind-guiding access 708 simultaneously, notch 7031 is located at wind-guiding
Between 708 air inlet of access and the second air port, and guide duct 4015 is connected to by the ventilation opening of main body 705, so that from guide duct
4015 air-flows to come can flow directly into wind-guiding access 708, cool down to fluorescent tube 701 in wind-guiding access 708 is located at.
It is appreciated that cooling mechanism 40 enters the wind from the first clamshell ventilation opening 2011, from 2013 outlet air of the second clamshell ventilation opening,
First leads when can be heat dissipation namely the operating of fan 4011 for exhausting to the heat dissipation of radiating subassembly 403 when i.e. fan 4011 operates
Air port 4012 is entered the wind, 4014 outlet air of the second air guide hole, and the first air port of corresponding wind-guiding access 708 is air inlet, the second air port
For air outlet.At this point, external air is pumped into first from the first clamshell ventilation opening 2011 by the power that the operating of fan 4011 generates
Air guide hole 4012, the air being drawn into is by radiating subassembly 403, while completing energy exchange with radiating subassembly 403, accelerates
Air flow rate near radiating subassembly 403, so that 403 fast cooling of radiating subassembly, to guarantee radiating subassembly 403
The heat that 801 second surface 8013 of cooling piece of fitting contact generates shifts in time, it is ensured that first surface 8011 is to the cold of skin
Apply contact effect, and to radiating subassembly 403 radiate after air from the first air guide hole 4012 by the second air guide hole 4013 into
Enter wind-guiding access 708, and fluorescent tube 701 is cooled down through 708 first air port of wind-guiding access and notch 7031, due to fluorescent tube 701
The heat generated when work is greater than the heat that cooling piece 801 generates, therefore completes the air-flow after energy exchange also with cooling piece 801
Energy exchange can be carried out with fluorescent tube 801, cooling effect is preferable.
It is also possible to enter the wind from the second clamshell ventilation opening 2013, from 2011 outlet air of the first clamshell ventilation opening.I.e. to heat dissipation group
The heat dissipation of part 403 can be that the second air port of wind-guiding access 708 when blast type heat dissipation namely fan 4011 operate is air inlet,
First air port is air outlet.Corresponding second air guide hole 4014 is entered the wind, 4012 outlet air of the first air guide hole, at this point, external air
By fan 4011 operating generate power from the second clamshell ventilation opening 2013 be pumped into wind-guiding access 708 the second air port, then from
Second air port flows through the first air port, and the air flowing in air-guiding aisle 708 is accelerated to carry out the fluorescent tube 701 in air-guiding aisle 708
Heat dissipation.The air-flow for completing heat dissipation to fluorescent tube 701 is sent into the second air guide hole 4014 by the first air port, then through the first air guide hole
4012 blow to radiating subassembly 403, while completing energy exchange with radiating subassembly 403, accelerate the sky near radiating subassembly 403
Flow of air rate, so that 403 fast cooling of radiating subassembly, to guarantee the cooling piece 801 of the fitting contact of radiating subassembly 403
The heat that second surface 8013 generates shifts in time, it is ensured that first surface 8011 contacts effect to the cold compress of skin.
Since blast type heat dissipation is first to radiate to fluorescent tube 701, then dry again the radiating surface of radiating subassembly 403, to scattered
The heat dissipation effect of hot component 403 does not have air-draft-type good heat dissipation effect, and therefore, air-draft-type heat dissipation is the preferred embodiment of the present embodiment.
But it is not limited to air-draft-type heat dissipation, can also be radiated for blast type, only need to guarantee fan 4011 while the first heat dissipation can be accelerated is logical
The circulating rate of air-flow between road and the second heat dissipation channel can radiate to radiating subassembly 403 and fluorescent tube 701.
Compared with prior art, depilatory apparatus 10 provided by the utility model has the following advantages：
1, it is fitted by the cold compress portion of the heat pipe of cooling mechanism and depilating mechanisms, and cold compress portion connects with skin
The cold flow of generation is conducted to skin-on-skin and carries out cold compress by touching.It simultaneously in time will system using vapour-liquid phase principle in heat pipe
Cold part generated heat timely diversion when working, it is ensured that the refrigeration effect in cold compress portion.To which depilating mechanisms fits with skin
The temperature in face can achieve the cooling temperature that temporary paralysis is caused to skin.
By the way that cooling fin to be connect with heat pipe, the effective contact area for expanding heat pipe and air enhances the heat absorption of heat pipe
Ability.
By the way that cooling fin is set to being formed by ventilation and heat channel of the first ventilation opening and the second ventilation opening, utilize
Wind guiding component accelerates the air circulation between two ventilation openings, accelerates the heat exchange between air and cooling fin using strong convection,
Further strengthen the heat-sinking capability of cooling mechanism.
2, protrusion is set on cooling fin, and there are differences in height for protrusion and the plane where it.To in multiple cooling fins
After assembling cooperation, the protrusion of cooling fin can offset with adjacent cooling fin when by external force, prevent cooling fin because excessively thin
And deform easily, the spacing between cooling fin is influenced, to influence heat dissipation effect.And protrusion can increase cooling fin and air
Contact area, further increase the heat dissipation effect of cooling fin.
3, conducting piece includes the first conducting piece and the second conducting piece, and the first conducting piece and the second conducting piece are heating conduction
The metal or alloy such as good silver, copper, iron are made, and cooling piece fits with the first conducting piece, so that the cold flow that cooling piece generates
It can be timely transmitted to skin, cold compress is carried out to skin, slow down skin because light irradiates the sense of bring cusalgia.Second conducting piece
One conducting piece avoids cooling piece and directly contacts skin, namely avoid while expanding cooling piece and skin contact surface connects
The impurity such as the grease on skin corrode cooling piece bring.
The second conducting piece further expansion contact area of the first conducting piece and skin, while itself and the first conducting piece
Being detachably connected can be when the first conducting piece damages, it is ensured that the timely replacement of the first conducting piece.
4, by setting guide duct, guide duct includes the opening of both ends connection, the air-flow that fan pushes air flowing to generate
The air near heat pipe and fluorescent tube can be accelerated to flow respectively by both ends open, fan is allowed to accelerate heat pipe and lamp simultaneously
The cooling of pipe.
5, it is connected to fan and fluorescent tube by setting guide duct and using guide duct, so that fan can fan the same of heat with opposite heat tube
When can also radiate to fluorescent tube, the cross-sectional area of the inner cavity of further guide duct from the second air guide hole connecting pin to depilation portion
Ontology ventilation opening connecting pin by gradually becoming smaller greatly, when so that fan pushing air to flow to depilation portion with constant power,
It is gradually compressed in guide duct, so that one end wind speed for connecting guide duct with the ontology in depilation portion is faster, and then to setting
When intrinsic fluorescent tube is cooled down, effect is more preferable.
The above is only the preferred embodiments of the utility model, are not intended to limit the utility model, all in the utility model
Principle within made any modification, equivalent replacement and improve etc. should all be comprising within the protection scope of the utility model.
Claims (12)
1. a kind of depilatory apparatus, which is characterized in that including：
Shell, depilating mechanisms and cooling mechanism；
The shell forms an accommodation space, and the depilating mechanisms and cooling mechanism are contained in the accommodation space, are arranged on shell
There are the first ventilation opening and the second ventilation opening for being connected to the accommodation space；
Depilating mechanisms includes depilation portion and cold compress portion, and the depilation portion is irradiated for generating to the illumination to defeathering skin, described
Cold compress portion exposes to the accommodation space, for carrying out cold compress with skin contact；
The cooling mechanism includes radiating subassembly and wind guiding component；
The radiating subassembly includes heat pipe and cooling fin, and the heat pipe includes interconnected evaporator section and condensation segment, described
Evaporator section is connect with the cold compress portion, and the condensation segment is connect with the cooling fin；
Wind guiding component is connected to the first ventilation opening and the second ventilation opening forms a vent passages, and pushes the first ventilation opening and second
Air flowing between ventilation opening；
The cooling fin is placed in vent passages.
2. depilatory apparatus as described in claim 1, it is characterised in that：The wind guiding component includes spiral case and fan, the snail
Hull shape is at a chamber；The fan is set in the chamber, and chamber offers the first air guide hole and the second air guide hole of connection；
First air guide hole is connected to the connection of the first ventilation opening, and second air guide hole is connected to the second ventilation opening；It is pushed away when fan running
Air flowing between dynamic first ventilation opening and the second ventilation opening；
The cooling fin fitting is set to first air guide hole.
3. depilatory apparatus as claimed in claim 2, it is characterised in that：The wind guiding component further includes guide duct, the guide duct
Be connected to ontology and spiral case, and the cross-sectional area of the inner cavity of the guide duct from connect with spiral case end side to connect with ontology end side by
It gradually becomes smaller greatly.
4. depilatory apparatus as claimed in claim 2, it is characterised in that：First air guide hole is air inlet, second wind-guiding
Mouth is air outlet.
5. depilatory apparatus as described in claim 1, it is characterised in that：The depilation portion includes ontology and fluorescent tube, the ontology
On offer light-emitting window and ventilation opening, the fluorescent tube is installed in ontology can irradiate to defeathering skin for generating through light-emitting window
Light；
The cold compress portion includes cooling piece, and the cooling piece includes the chill surface positioned at outer body, the chill surface and light out
The ipsilateral setting of outer end face of mouth, for carrying out cold compress to skin.
6. depilatory apparatus as claimed in claim 5, it is characterised in that：Cold compress portion further includes be sheathed on around the light-emitting window
One conducting piece, first conducting piece include opposite outer surface and inner surface, and the inner surface is located within the body, and with refrigeration
Face fits, and the outer surface is exposed for fitting with skin.
7. depilatory apparatus as claimed in claim 6, it is characterised in that：First conducting piece is metal conduction part, is sheathed on institute
State around light-emitting window, and the first conducting piece exposed end face is U-shaped or " returning " type.
8. depilatory apparatus as claimed in claim 7, it is characterised in that：The cooling piece quantity is 2, is respectively set and fits in first
The opposite end of conducting piece inner surface.
9. depilatory apparatus as described in claim 1, it is characterised in that：The cooling fin is the flake structure of class rectangle structure,
Including interconnecting piece and protrusion, the interconnecting piece and condensation segment face paste splice grafting touching, the protrusion setting is in heat dissipation length of a film
It spends on the side in direction and/or on the side of width direction, and there are differences in height with the plane where it.
10. depilatory apparatus as claimed in claim 5, it is characterised in that：The depilation portion further includes optical filter and reflecting component；Institute
Optical filter is stated to be set on the light direction of fluorescent tube；The reflecting component is set in light direction opposite direction；The reflecting component
A wind-guiding access is cooperatively formed with optical filter；The fluorescent tube is placed in the wind-guiding access.
11. depilatory apparatus as claimed in claim 10, it is characterised in that：An air guide member, the wind-guiding are provided in the ontology
Part is in bending-like, and air-flow is oriented to wind-guiding access from wind guiding component.
12. the depilatory apparatus as described in claim 1-11 any one, it is characterised in that：The depilatory apparatus is laser depilation instrument.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821276766.2U CN209316830U (en) | 2017-01-06 | 2017-05-04 | A kind of depilatory apparatus |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2017200232987 | 2017-01-06 | ||
| CN201720023298 | 2017-01-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821276766.2U Division CN209316830U (en) | 2017-01-06 | 2017-05-04 | A kind of depilatory apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208114942U true CN208114942U (en) | 2018-11-20 |
Family
ID=64207802
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|---|---|---|---|
| CN201720489320.7U Active CN208114942U (en) | 2017-01-06 | 2017-05-04 | A kind of depilatory apparatus |
| CN201821276766.2U Active CN209316830U (en) | 2017-01-06 | 2017-05-04 | A kind of depilatory apparatus |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201821276766.2U Active CN209316830U (en) | 2017-01-06 | 2017-05-04 | A kind of depilatory apparatus |
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| CN (2) | CN208114942U (en) |
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| WO2021003950A1 (en) * | 2019-07-07 | 2021-01-14 | 深圳由莱智能电子有限公司 | Portable depilation device |
| KR20210000127U (en) * | 2019-07-07 | 2021-01-18 | 셴젠 유라이크 스마트 일렉트로닉스 컴퍼니 리미티드 | Portable hair removal device |
| JP2021007750A (en) * | 2020-04-02 | 2021-01-28 | 深▲せん▼市予一電子科技有限公司 | Depilatory apparatus and semiconductor cooling piece |
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