CN105287234A - Mask making machine - Google Patents
Mask making machine Download PDFInfo
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- CN105287234A CN105287234A CN201510726389.2A CN201510726389A CN105287234A CN 105287234 A CN105287234 A CN 105287234A CN 201510726389 A CN201510726389 A CN 201510726389A CN 105287234 A CN105287234 A CN 105287234A
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- squeezing
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- agitator tank
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- juice
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61K—PREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
- A61K8/00—Cosmetics or similar toiletry preparations
- A61K8/02—Cosmetics or similar toiletry preparations characterised by special physical form
- A61K8/0212—Face masks
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61Q—SPECIFIC USE OF COSMETICS OR SIMILAR TOILETRY PREPARATIONS
- A61Q19/00—Preparations for care of the skin
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61K—PREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
- A61K2800/00—Properties of cosmetic compositions or active ingredients thereof or formulation aids used therein and process related aspects
- A61K2800/10—General cosmetic use
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- Life Sciences & Earth Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- General Health & Medical Sciences (AREA)
- Public Health (AREA)
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Abstract
The invention relates to a mask making machine, and belongs to the technical field of home beauty apparatuses. According to the mask making machine provided by the invention, a shell is formed by locking a front shell and a rear shell, wherein the upper end of the shell is connected with a head cover through an upper retainer ring; the lower end of the shell is connected with a base through a lower retainer ring; a control button is arranged at the front part of the upper retainer ring and is connected with a control circuit; an inner shell, a bottom cover, a mask forming mechanism and the base are sequentially arranged from the upper end of the shell to the lower end; a juicing mechanism and a stirring mechanism are fixed in a hollow cavity of the inner shell; and the juicing mechanism passes through an upper support body and the head cover and is connected with a juicing feed mechanism. The mask making machine provided by the invention can achieve multiple purposes, and is high in mask quality, and convenient to clean; a solution can be prevented from spilling; and a molding disk can be slowly and stably pushed out.
Description
Technical field
The present invention relates to the technical field of beauty apparatus at home, more particularly, the present invention relates to a kind of facial mask machine.
Background technology
Facial mask machine is by juice-extraction centrifugal principle, hydration in sarcocarp is formed a point injection fruit film production container, and through completely sealing in the centrifugal isolation technology of high temperature, guarantee still to guarantee that when middle high temperature tropocollagen molecule structure and fruit and vegerable molecular structure are not changed by broken, and effectively the collagen component in collagen active peptide and the effective ingredient in fruit and vegerable are merged, form brand-new tropocollagen molecule structure, thus synthesis obtains perfectly, and fruit film is liquid, through injecting fruit membranous disc, cooling supervisor, form pure natural, and retain the fruit-vegetable facial mask of fruit and vegerable natural flavor.But in the prior art, the runner of facial mask machine can not be dismantled usually, cleaning inconvenience and solution also easily spill; Facial film dish function of the prior art is comparatively single in addition, and the facial film quality produced also is difficult to ensure.
Summary of the invention
In order to solve above-mentioned technical problem of the prior art, the object of the present invention is to provide a kind of facial mask machine.
In order to realize foregoing invention object, present invention employs following technical scheme:
Facial mask machine of the present invention, its housing is formed by procapsid and back casing buckle, and the upper end of described housing is connected with top cover by upper collar, and the lower end of described housing is connected with base by lower collar; Described upper collar front portion is provided with control knob, described control knob connection control circuit, and described control circuit is arranged between top cover and upper supporter; Described upper supporter is provided with the installing hole holding feed mechanism of squeezing the juice and pass through; Inner housing, bottom, facial mask shaping mechanism and base is disposed with from the upper end of described housing to lower end; Squeezing mechanism and rabbling mechanism are fixed in the cavity of inner housing; Described squeezing mechanism is connected with feed mechanism of squeezing the juice with top cover through described upper supporter.
Wherein, described upper collar is loop configuration, and is provided with the dop that some and described housing matches in described loop configuration.
Wherein, described squeezing mechanism comprises: box cover of squeezing the juice, sludge tank, filter cup, rubbing cutterhead, rotation seat, motor of squeezing the juice, fan blades of motor of squeezing the juice; Described box cover of squeezing the juice coordinates formation to squeeze the juice case with sludge tank; Squeeze the juice on box cover and have circular duct, feed mechanism of squeezing the juice is arranged on described circular duct; Described sludge tank is provided with and squeezes the juice part and have water filling port and sprue; Described part of squeezing the juice has the installation duct connecting and rub cutterhead and rotation seat, and part outer ring of squeezing the juice has water inlet and outlet; The bottom of described filter cup is offered porose and coordinates with described rubbing cutterhead and fix; The upper end of described rubbing cutterhead and described rotation seat is fixed; The outer face of described fan blades of motor of squeezing the juice is helical gear structure, and helical gear helical teeth is provided with buckle, and centre offers the screwed hole matched with the output shaft of described stirring motor; Described rotation seat lower end is the shell structure with cavity, described cavity inner wall is provided with the draw-in groove matched with the helical gear of fan blades of motor of squeezing the juice; And described buckle embeds in described draw-in groove.
Wherein, feed mechanism of squeezing the juice described in comprises snap collar, pressure guide pillar and returning spring; The internal ring of described snap collar have to match with described pressure guide pillar in buckle, the outer shroud of described snap collar is provided with the outer buckle matched with the top cover of facial mask machine; The inside of described pressure guide pillar is the cavity structure with a guide pillar, and there is the upper terminal of annular outstanding formation guiding the upper end of pressure guide pillar, there is the lower terminal of annular outstanding formation guiding the lower end of pressure guide pillar; Cavity structure has the groove matched with described snap collar; Described returning spring is enclosed within the guide pillar of pressure guide pillar.
Wherein, described rabbling mechanism, comprises agitator tank, and is positioned at agitator tank upper cover, the agitator tank middle cover above agitator tank, and is positioned at the agitator tank lower cover below agitator tank; Described agitator tank upper cover is semicircular cavities, and is provided with material channel, and end opens has the water inlet docked with the outlet of sludge tank, and described agitator tank upper cover and described agitator tank middle cover are fixed and formed sealed cavity; Cover in described agitator tank and be provided with material hole, water inlet and motor cabinet, water level probe, temperature probe and pin board are fixed in described agitator tank and cover, and the bottom of described water level probe and temperature probe extend in agitator tank; Stirring motor to be arranged in described sealed cavity and to be fixed on described motor cabinet, and the output shaft of described stirring motor extend in agitator tank, and the end of described projecting shaft is connected with paddle; The bottom of described agitator tank offers U-shaped runner mouth and heater; Described agitator tank lower cover and described agitator tank are fixed by screw, and cover under described agitator tank and be provided with drainage mechanism.
Wherein, described drainage mechanism comprises packed-piston, replys push rod, pull bar motor and pull bar motor push rod; Described packed-piston is arranged on the runner exit place bottom agitator tank, described reply push rod is arranged with returning spring, the first end of described reply push rod is arranged on described packed-piston, and the other end is connected with pull bar motor push rod, and the end of pull bar motor push rod is connected with described pull bar motor.
Wherein, described facial mask shaping mechanism, comprises forming disk gripper shoe, forming disk, bottom plate, bottom plate plug, U-shaped discharge opeing runner, reset switch, manually opened bar, regulations and parameters seat, pallet lever and damping mechanism; Described forming disk gripper shoe has forming disk guide rail, and described forming disk is arranged on described forming disk guide rail; Described bottom plate offers U-type groove and damping tank, described bottom plate fork clip is in described U-type groove, and described U-shaped discharge opeing runner is arranged between described bottom plate plug and inner shell bottom; Described bottom plate lower surface is provided with lever seat, described pallet lever is assemblied on described lever seat, and described pallet lever comprise be connected with described manually opened bar the first guide pillar, control the buckle that forming disk moves, the second guide pillar matched with lever seat, pallet with controlling reset switch, described first guide pillar and the second guide pillar are provided with returning spring; Described manually opened bar is connected with described first guide pillar, and described reset switch is arranged on above described pallet; Described damping mechanism comprises gland, antivibrator, push rod and damping magnet; Described antivibrator is fitted in described damping tank by described gland, and described push rod is connected with described antivibrator, and described damping magnet is embedded on described push rod, and described forming disk is provided with and this damping magnet forming disk Magnet accordingly.
Wherein, described wiper mechanism comprises water tank, water pump, three-way magnetic valve and electromagnetic valve; Described tank top is provided with tank upper cover; Water level detecting float is provided with in described water tank; The first end of described three-way magnetic valve is connected with the water inlet pipe being connected to waste water dish, second end of described three-way magnetic valve is connected with the outlet pipe being connected to water tank, 3rd end of described three-way magnetic valve is connected to one end of described water pump by water pump joint, the other end of described water pump connects sparge pipe, and described sparge pipe connects squeezing mechanism jet pipe, rabbling mechanism jet pipe, forming disk jet pipe and water tank oral siphon respectively by described electromagnetic valve.
Wherein, first waste water dish extracted out and load clear water during described wiper mechanism work, upper water operation is started by controller, water inlet pipe described in described three-way magnetic valve conducting, described electromagnetic valve opens the connection between sparge pipe and water tank oral siphon, starts described water pump and is injected in water tank by the clear water in waste water dish; After upper water program completes, three-way magnetic valve is switched to outlet pipe described in conducting, described electromagnetic valve closes the connection between described water tank oral siphon, and start clean operation and make described electromagnetic valve first open connection between squeezing mechanism jet pipe, starting described water pump sprays in squeezing mechanism by the water in water tank, squeezing mechanism starts simultaneously, and the cleaning waste water with fruit and vegerable slag flows in rabbling mechanism along pipeline; After treating squeezing mechanism cleaning, electromagnetic valve is opened and connection between rabbling mechanism jet pipe, close the connection between squeezing mechanism jet pipe, the stirring motor of rabbling mechanism also follows startup, and cleaning agitator tank is inner, after stirring and washing completes, open Draw off valve to be released by waste water, waste water starts described water pump after releasing, by being arranged on rabbling mechanism shower nozzle, agitator tank inside being rinsed again, releasing waste water and directly entering in waste water dish; The cleaning of forming disk is carried out separately, starts electromagnetic valve and opens the connection with forming disk, and cleaning waste water enters in the waste water dish below forming disk.
Compared with prior art, facial mask machine of the present invention has following beneficial effect:
Facial mask machine of the present invention can realize a tractor serves several purposes, and facial film quality is high, easy to clean and can prevent spilling of solution, and the release that forming disk can be slowly stable.
Accompanying drawing explanation
Fig. 1 is the detonation configuration schematic diagram of facial mask machine of the present invention;
Fig. 2 is the overall appearance structural representation of facial mask machine of the present invention;
Fig. 3 is the cross-sectional view of facial mask machine of the present invention;
Fig. 4 is the detonation configuration schematic diagram of the squeezing mechanism of facial mask machine of the present invention;
Fig. 5 is the detonation configuration schematic diagram of the rabbling mechanism of facial mask machine of the present invention;
Fig. 6 is the cross-sectional view of facial mask machine rabbling mechanism of the present invention;
Fig. 7 is the detonation configuration schematic diagram of the facial mask shaping mechanism of facial mask machine of the present invention.
Detailed description of the invention
Below with reference to specific embodiment, facial mask machine of the present invention is further elaborated, has more complete, accurate and deep understanding to help those skilled in the art to inventive concept of the present invention, technical scheme.
Embodiment 1
As Figure 1-3, the facial mask machine described in the present embodiment, its housing is formed by procapsid 11 and back casing 13 buckle, and the upper end of described housing is connected with top cover 4 by upper collar 2, and top cover 4 is also provided with top cover removable cover 81.Described upper collar 2 is loop configuration, and is also provided with the case ring 3 coordinated with it under upper collar.The dop that some and described housing matches is provided with in described loop configuration.The lower end of described housing is connected with base 22 by lower collar; Described upper collar 2 front portion is provided with control knob 80, described control knob connection control circuit, and described control circuit is arranged between top cover 4 and upper supporter 5; Described upper supporter 5 is provided with the installing hole holding feed mechanism of squeezing the juice and pass through; Inner housing 12, bottom 16, facial mask shaping mechanism and base 22 is disposed with from the upper end of described housing to lower end.Squeezing mechanism 8 and rabbling mechanism 9 are fixed in the cavity of inner housing; Described squeezing mechanism is connected with feed mechanism of squeezing the juice with top cover through described upper supporter, comprises wiper mechanism 14 in addition.
As shown in Figure 4, described squeezing mechanism comprises box cover 6 of squeezing the juice, sludge tank 7, filter cup 27, rubs cutterhead 28, rotation seat 29, motor 31 of squeezing the juice, fan blades of motor 30 of squeezing the juice.Described box cover 6 of squeezing the juice coordinates formation to squeeze the juice case with sludge tank 7.Box cover 6 of squeezing the juice has circular duct, described in feed mechanism of squeezing the juice be arranged on described circular duct.Described sludge tank 7 is provided with and squeezes the juice part and have water filling port and sprue; Described part of squeezing the juice has the installation duct connecting and rub cutterhead and rotation seat, and part outer ring of squeezing the juice has water inlet and outlet, is convenient to the fruit and vegetable juice squeezed to be transported to jar, and the switch duct of emergency button is left on the described sludge tank left side.Described filter cup 27 entirety is in inverted cone, and its bottom surface is circular, and the conical conical surface is drainage screen, and bottom is offered hole rubbing cutterhead and coordinated and be screwed; The circle that described rubbing cutterhead has stainless steel rubs cutterhead, described rubbing cutterhead is provided with the several cutters tooth radially centered by the center of circle, bottom surface.Described rubbing cutterhead to be placed on bottom filter cup and to be fixed by the upper end of sunk screw and described rotation seat 29.The outer face of described fan blades of motor 30 of squeezing the juice is helical gear structure, and helical gear helical teeth is provided with buckle, and centre offers the screwed hole matched with the output shaft of described stirring motor.Described rotation seat lower end is the shell structure with cavity, described cavity inner wall is provided with the draw-in groove matched with the helical gear of fan blades of motor of squeezing the juice; And described buckle embeds in described draw-in groove.Described feed mechanism of squeezing the juice comprises snap collar 24, pressure guide pillar 25, returning spring 26 and pressure bar lid 23; The internal ring of snap collar 24 has the buckle matched with described pressure guide pillar 25, and the outer shroud of snap collar 24 is provided with the buckle matched with top cover, and can rotate to open top cover, also can take out feed mechanism.For there being the cavity of a guide pillar in pressure guide pillar 25, there is the upper terminal of annular outstanding formation guiding upper end, and there is the lower terminal of annular outstanding formation guiding the lower end of pressure guide pillar.Chamber portion has the groove matched with snap collar, and then forms guiding mechanism.Returning spring is enclosed within the guide pillar of intracavity in pressure guide pillar, for compressing vegetables and fruits.
As seen in figs. 5-6, described rabbling mechanism comprises agitator tank 42, and is positioned at agitator tank upper cover 32, the agitator tank middle cover 38 above agitator tank, and is positioned at the agitator tank lower cover 48 below agitator tank 42.The junction of the junction of described agitator tank upper cover and described agitator tank middle cover, described agitator tank middle cover and the junction of described agitator tank, described agitator tank and described agitator tank lower cover is provided with sealing-plug (39,41,44).Described agitator tank upper cover 32 is semicircular cavities, and is provided with material channel, and end opens has the water inlet docked with the outlet of sludge tank, and described agitator tank upper cover 32 forms sealed cavity with described agitator tank middle cover 38 is fixing.Described agitator tank middle cover 38 is provided with material hole, water inlet and motor cabinet.Water level probe 36, temperature probe 35 and pin board 37 are fixed on described agitator tank middle cover 38, and the bottom of described water level probe and temperature probe extend in agitator tank, and described pin board connects the circuit of water level probe, temperature probe and stirring motor; Wherein, described water level probe comprises long probe and short probe, and described water level probe is fixed by screws in described agitator tank and covers.Stirring motor 33 to be arranged in described sealed cavity and to be fixed on described motor cabinet, the output shaft of described stirring motor 33 extend in agitator tank, and in order to waterproof shock-absorption, between the output shaft of described motor cabinet and described stirring motor, be provided with motor plug sleeve 34.The end of described projecting shaft is connected with paddle 40.Described agitator tank is cylindrical, and its upper end is provided with the buckle matched with described jar middle cover.The bottom of described agitator tank 42 offers runner exit and heater.Described agitator tank lower cover 48 and described agitator tank 42 are fixed by screw, and cover under described agitator tank and be provided with drainage mechanism.Described heater comprises PTC46 and pressing plate 47, and described PTC46 is fixed in the bottom base of described agitator tank by described pressing plate 47.Described drainage mechanism comprises packed-piston 43, replys push rod 45, pull bar motor 50 and pull bar motor push rod 49.Described packed-piston 43 is arranged on the runner exit place bottom agitator tank, described reply push rod 45 is arranged with returning spring, the first end of described reply push rod 45 is arranged on described packed-piston 43, the other end is connected with pull bar motor push rod 49, and the end of pull bar motor push rod is connected with described pull bar motor 50.Described pull bar motor passes through replying the control of push rod and then realizing the switch of packed-piston, and pull bar motor is motor.Motor rotates forward, and replys push rod and packed-piston is opened thus carries out discharge opeing, and after solution is drained, motor reversal, replys push rod and packed-piston is closed.Microbial growth is caused for the ease of cleaning and preventing dirt from assembling, the outer surface of paddle and the inner surface of described agitator tank are formed with durable nonpolluting coating, and the thickness of this nonpolluting coating is 0.2 ~ 50 μm, as preferably, the thickness of described nonpolluting coating is 1.0 ~ 10 μm.Described nonpolluting coating is by coating surface inorganic agent and through solidifying to form.Described surface conditioning agent is by the anatase thpe white powder removing metal ion silica sol, 0.3 ~ 0.5wt% of 5.0 ~ 8.0wt%, the acrylic acid double cyclopentenyl oxygen ethyl ester of 0.1 ~ 0.2wt%, the acetoxylsilane of 0.3 ~ 0.5wt%, and the water composition of surplus.Before coating, described surface conditioning agent heated and stirs, then carrying out film and the temperature-curable process 5 ~ 20 minutes of 120 ~ 150 DEG C.The nonpolluting coating obtained not only has the water contact angle being greater than about 120 °, show excellent hydrophobic performance, and the endurance quality by selecting acetoxylsilane and acrylic acid double cyclopentenyl oxygen ethyl ester also to give this nonpolluting coating excellence, it not only can keep tolerance (more than 1000 working hours) but also hydrophobic performance not also to be destroyed through life-time service for a long time.In the present embodiment, describedly go metal ion silica sol to refer in described silica sol to eliminate alkali metal ion and replace with hydrogen ion.And acetoxylsilane is selected from methyl triacetoxysilane, ethyltriacetoxysilane, or at least one in vinyltriacetoxy silane.
As shown in Figure 7, facial mask shaping mechanism, comprises forming disk gripper shoe 20, forming disk 19, bottom 16, bottom plate plug 72, U-shaped discharge opeing runner 17, reset switch 65, manually opened bar 71, regulations and parameters seat 68, pallet lever 70 and damping mechanism; Described forming disk gripper shoe has forming disk guide rail, and described forming disk is arranged on described forming disk guide rail.Described bottom 16 offers U-type groove and damping tank, described bottom plate plug 72 is stuck in described U-type groove, and described U-shaped discharge opeing runner 17 is arranged between described bottom plate plug 72 and inner shell bottom.Described bottom plate lower surface is provided with lever seat 68, described pallet lever 70 is assemblied on described lever seat 68, and described pallet lever 70 comprise be connected with described manually opened bar 71 the first guide pillar, control the buckle that forming disk moves, the second guide pillar matched with lever seat, pallet with controlling reset switch, described first guide pillar and the second guide pillar are provided with returning spring 69.Described manually opened bar is connected with described first guide pillar, and described reset switch is arranged on above described pallet; Described damping mechanism comprises gland 75, antivibrator 74, push rod 73 and damping magnet.Described antivibrator is fitted in described damping tank by described gland, and described push rod is connected with described antivibrator, and described damping magnet is embedded on described push rod, and described forming disk is provided with and this damping magnet forming disk Magnet accordingly.The facial mask shaping mechanism of the present embodiment also can comprise the tongue tube 66 whether existed for responding to described forming disk.Described forming disk is selected from facial film dish, pleura and eye pouch membranous disc, cervacoria and eye mask dish, or hands membranous disc.Described U-shaped discharge opeing runner is the discharge opeing runner of separate removable, and its inner surface is formed with nonpolluting coating.Control pallet lever by controlling starter motor during operation, and then discharge forming disk and control reset switch, and under the effect of antivibrator, forming disk can be made slowly to release.In addition, manually all-or-nothing piece also can realize manually releasing forming disk.
Described wiper mechanism comprises water tank, water pump, three-way magnetic valve and electromagnetic valve.Described tank top is provided with tank upper cover; Water level detecting float is provided with in described water tank; The first end of described three-way magnetic valve is connected with the water inlet pipe being connected to waste water dish, second end of described three-way magnetic valve is connected with the outlet pipe being connected to water tank, 3rd end of described three-way magnetic valve is connected to one end of described water pump by water pump joint, the other end of described water pump connects sparge pipe, and described sparge pipe connects squeezing mechanism jet pipe, rabbling mechanism jet pipe, forming disk jet pipe and water tank oral siphon respectively by described electromagnetic valve.Described tank upper cover is provided with water filling port rubber cushion and short silica gel tube, described water tank oral siphon is connected to described short silica gel tube, the bottom of water tank is provided with tongue tube seat, and be provided with the tongue tube responding to described waste water dish in tongue tube seat, described water pump is arranged on water pump holder.First waste water dish extracted out and load clear water during wiper mechanism work, upper water operation is started by controller, water inlet pipe described in described three-way magnetic valve conducting, described electromagnetic valve opens the connection between sparge pipe and water tank oral siphon, starting described water pump is injected in water tank by the clear water in waste water dish, starting mode of pump basis of time discharge calculated in advance parameters, or controlled by the water level detecting float be arranged in water tank.; After upper water program completes, three-way magnetic valve is switched to outlet pipe described in conducting, described electromagnetic valve closes the connection between described water tank oral siphon, and start clean operation and make described electromagnetic valve first open connection between squeezing mechanism jet pipe, starting described water pump sprays in squeezing mechanism by the water in water tank, squeezing mechanism starts simultaneously, and the cleaning waste water with fruit and vegerable slag flows in rabbling mechanism along pipeline; After treating squeezing mechanism cleaning, electromagnetic valve is opened and connection between rabbling mechanism jet pipe, close the connection between squeezing mechanism jet pipe, the stirring motor of rabbling mechanism also follows startup, and cleaning agitator tank is inner, after stirring and washing completes, open Draw off valve to be released by waste water, waste water starts described water pump after releasing, by being arranged on rabbling mechanism shower nozzle, agitator tank inside being rinsed again, releasing waste water and directly entering in waste water dish; The cleaning of forming disk is carried out separately, starts electromagnetic valve and opens the connection with forming disk, and cleaning waste water enters in the waste water dish below forming disk.
In the facial mask machine of the present embodiment, screw pump is provided with below agitator tank, can by the fluid suction pump after agitating heating, then by extruder head by liquid extruding on forming disk, scraped evenly by the scraping blade arranged above forming disk, meet the requirements of thickness, screw drive motor drives friction roller by gear simultaneously simultaneously, realize ensureing Chen Xingpan circular-rotation while material extrusion is smeared by the friction of friction roller to forming disk periphery, reach and smear even one-time formed object.Quantitative powder throwing mechanism is provided with above agitator tank, this mechanism comprises the entrance that feeds intake of straight-through facial mask machine top cover, be arranged at agitator tank should between filler bin and be positioned at below filler bin discharging opening composition, discharging opening is straight-through to be stirred above box, discharge outlet is provided with quantitative feeder structure, this mechanism is made up of step motor control column feed valves, and it is have the cylinder being less than quadrant side face groove to form that column feed valves forms spool by shell and spool.
For the ordinary skill in the art; specific embodiment is just to invention has been exemplary description; obvious specific implementation of the present invention is not subject to the restrictions described above; as long as have employed the improvement of the various unsubstantialities that method of the present invention is conceived and technical scheme is carried out; or design of the present invention and technical scheme directly applied to other occasion, all within protection scope of the present invention without to improve.
Claims (9)
1. a facial mask machine, its housing is formed by procapsid and back casing buckle, and the upper end of described housing is connected with top cover by upper collar, and the lower end of described housing is connected with base by lower collar; Described upper collar front portion is provided with control knob, described control knob connection control circuit, and described control circuit is arranged between top cover and upper supporter; It is characterized in that: described upper supporter is provided with the installing hole holding feed mechanism of squeezing the juice and pass through; Inner housing, bottom, facial mask shaping mechanism and base is disposed with from the upper end of described housing to lower end; Squeezing mechanism and rabbling mechanism are fixed in the cavity of inner housing; Described squeezing mechanism is connected with feed mechanism of squeezing the juice with top cover through described upper supporter.
2. facial mask machine according to claim 1, is characterized in that: described upper collar is loop configuration, and is provided with the dop that some and described housing matches in described loop configuration.
3. facial mask machine according to claim 1, is characterized in that: described squeezing mechanism comprises: box cover of squeezing the juice, sludge tank, filter cup, rubbing cutterhead, rotation seat, motor of squeezing the juice, fan blades of motor of squeezing the juice; Described box cover of squeezing the juice coordinates formation to squeeze the juice case with sludge tank; Squeeze the juice on box cover and have circular duct, feed mechanism of squeezing the juice is arranged on described circular duct; Described sludge tank is provided with and squeezes the juice part and have water filling port and sprue; Described part of squeezing the juice has the installation duct connecting and rub cutterhead and rotation seat, and part outer ring of squeezing the juice has water inlet and outlet; The bottom of described filter cup is offered porose and coordinates with described rubbing cutterhead and fix; The upper end of described rubbing cutterhead and described rotation seat is fixed; The outer face of described fan blades of motor of squeezing the juice is helical gear structure, and helical gear helical teeth is provided with buckle, and centre offers the screwed hole matched with the output shaft of described stirring motor; Described rotation seat lower end is the shell structure with cavity, described cavity inner wall is provided with the draw-in groove matched with the helical gear of fan blades of motor of squeezing the juice; And described buckle embeds in described draw-in groove.
4. facial mask machine according to claim 1, is characterized in that: described in feed mechanism of squeezing the juice comprise snap collar, pressure guide pillar and returning spring; The internal ring of described snap collar have to match with described pressure guide pillar in buckle, the outer shroud of described snap collar is provided with the outer buckle matched with the top cover of facial mask machine; The inside of described pressure guide pillar is the cavity structure with a guide pillar, and there is the upper terminal of annular outstanding formation guiding the upper end of pressure guide pillar, there is the lower terminal of annular outstanding formation guiding the lower end of pressure guide pillar; Cavity structure has the groove matched with described snap collar; Described returning spring is enclosed within the guide pillar of pressure guide pillar.
5. facial mask machine according to claim 1, is characterized in that: described rabbling mechanism comprises agitator tank, and is positioned at agitator tank upper cover, the agitator tank middle cover above agitator tank, and is positioned at the agitator tank lower cover below agitator tank; Described agitator tank upper cover is semicircular cavities, and is provided with material channel, and end opens has the water inlet docked with the outlet of sludge tank, and described agitator tank upper cover and described agitator tank middle cover are fixed and formed sealed cavity; Cover in described agitator tank and be provided with material hole, water inlet and motor cabinet, water level probe, temperature probe and pin board are fixed in described agitator tank and cover, and the bottom of described water level probe and temperature probe extend in agitator tank; Stirring motor to be arranged in described sealed cavity and to be fixed on described motor cabinet, and the output shaft of described stirring motor extend in agitator tank, and the end of described projecting shaft is connected with paddle; The bottom of described agitator tank offers U-shaped runner mouth and heater; Described agitator tank lower cover and described agitator tank are fixed by screw, and cover under described agitator tank and be provided with drainage mechanism.
6. facial mask machine according to claim 5, is characterized in that: described drainage mechanism comprises packed-piston, replys push rod, pull bar motor and pull bar motor push rod; Described packed-piston is arranged on the runner exit place bottom agitator tank, described reply push rod is arranged with returning spring, the first end of described reply push rod is arranged on described packed-piston, and the other end is connected with pull bar motor push rod, and the end of pull bar motor push rod is connected with described pull bar motor.
7. facial mask machine according to claim 1, it is characterized in that: described facial mask shaping mechanism, comprise forming disk gripper shoe, forming disk, bottom plate, bottom plate plug, U-shaped discharge opeing runner, reset switch, manually opened bar, regulations and parameters seat, pallet lever and damping mechanism; Described forming disk gripper shoe has forming disk guide rail, and described forming disk is arranged on described forming disk guide rail; Described bottom plate offers U-type groove and damping tank, described bottom plate fork clip is in described U-type groove, and described U-shaped discharge opeing runner is arranged between described bottom plate plug and inner shell bottom; Described bottom plate lower surface is provided with lever seat, described pallet lever is assemblied on described lever seat, and described pallet lever comprise be connected with described manually opened bar the first guide pillar, control the buckle that forming disk moves, the second guide pillar matched with lever seat, pallet with controlling reset switch, described first guide pillar and the second guide pillar are provided with returning spring; Described manually opened bar is connected with described first guide pillar, and described reset switch is arranged on above described pallet; Described damping mechanism comprises gland, antivibrator, push rod and damping magnet; Described antivibrator is fitted in described damping tank by described gland, and described push rod is connected with described antivibrator, and described damping magnet is embedded on described push rod, and described forming disk is provided with and this damping magnet forming disk Magnet accordingly.
8. facial mask machine according to claim 1, is characterized in that: described facial mask machine also comprises wiper mechanism, and described wiper mechanism comprises water tank, water pump, three-way magnetic valve and electromagnetic valve; Described tank top is provided with tank upper cover; Water level detecting float is provided with in described water tank; The first end of described three-way magnetic valve is connected with the water inlet pipe being connected to waste water dish, second end of described three-way magnetic valve is connected with the outlet pipe being connected to water tank, 3rd end of described three-way magnetic valve is connected to one end of described water pump by water pump joint, the other end of described water pump connects sparge pipe, and described sparge pipe connects squeezing mechanism jet pipe, rabbling mechanism jet pipe, forming disk jet pipe and water tank oral siphon respectively by described electromagnetic valve.
9. facial mask machine according to claim 8, it is characterized in that: first waste water dish extracted out and load clear water during described wiper mechanism work, upper water operation is started by controller, water inlet pipe described in described three-way magnetic valve conducting, described electromagnetic valve opens the connection between sparge pipe and water tank oral siphon, starts described water pump and is injected in water tank by the clear water in waste water dish; After upper water program completes, three-way magnetic valve is switched to outlet pipe described in conducting, described electromagnetic valve closes the connection between described water tank oral siphon, and start clean operation and make described electromagnetic valve first open connection between squeezing mechanism jet pipe, starting described water pump sprays in squeezing mechanism by the water in water tank, squeezing mechanism starts simultaneously, and the cleaning waste water with fruit and vegerable slag flows in rabbling mechanism along pipeline; After treating squeezing mechanism cleaning, electromagnetic valve is opened and connection between rabbling mechanism jet pipe, close the connection between squeezing mechanism jet pipe, the stirring motor of rabbling mechanism also follows startup, and cleaning agitator tank is inner, after stirring and washing completes, open Draw off valve to be released by waste water, waste water starts described water pump after releasing, by being arranged on rabbling mechanism shower nozzle, agitator tank inside being rinsed again, releasing waste water and directly entering in waste water dish; The cleaning of forming disk is carried out separately, starts electromagnetic valve and opens the connection with forming disk, and cleaning waste water enters in the waste water dish below forming disk.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510726389.2A CN105287234B (en) | 2015-10-30 | 2015-10-30 | Facial mask machine |
| KR1020160019822A KR20170051128A (en) | 2015-10-30 | 2016-02-19 | Apparatus for manufacturing mask |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510726389.2A CN105287234B (en) | 2015-10-30 | 2015-10-30 | Facial mask machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105287234A true CN105287234A (en) | 2016-02-03 |
| CN105287234B CN105287234B (en) | 2018-04-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510726389.2A Active CN105287234B (en) | 2015-10-30 | 2015-10-30 | Facial mask machine |
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| Country | Link |
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| CN (1) | CN105287234B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112334039A (en) * | 2018-07-05 | 2021-02-05 | 徐*晧 | Facial mask manufacturing device without residual mixture |
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|---|---|
| CN105287234B (en) | 2018-04-03 |
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Denomination of invention: Vegetable and fruit mask machine Effective date of registration: 20191212 Granted publication date: 20180403 Pledgee: Shi Dongwei Pledgor: Beijing Meiyuan Chuangshi Science and Technology Development Co., Ltd. Registration number: Y2019990000706 |
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Date of cancellation: 20200604 Granted publication date: 20180403 Pledgee: Shi Dongwei Pledgor: Beijing Source Technology Development Co.,Ltd. Registration number: Y2019990000706 |