Beauty serum controllable facial beauty device

Abstract

The present invention discloses a head-mounted facial beauty device with controllable beauty liquid, comprising a main unit and a head-mounted mask; the main unit is mainly composed of a liquid supply pump, a liquid return pump, a timer, and a beauty liquid container; the head-mounted mask is mainly composed of an inner sheet, an outer sheet, a flow-guiding water-absorbing cotton, and an eye water-blocking ring, wherein the outer sheet is partially double-layered by an outer membrane and an inner membrane, an inner hole is opened on the outer membrane of the outer sheet in the middle, and a ring-shaped functional rope is provided on the outer membrane of the outer sheet, a clamping device is installed at the liquid return port of the outer sheet, a distributor and multiple capillaries are arranged on the base sheet of the inner sheet, and many micropores are arranged on the capillaries, the flow-guiding water-absorbing cotton is wide at the top and narrow at the bottom, and is located between the outer membrane and the inner membrane of the outer sheet and connected to the outer sheet, and the inner sheet is located below the outer membrane at the inner hole in the middle of the outer sheet and connected to the outer sheet, and through the beauty liquid supply and reflux circulation control, long-term uninterrupted beauty liquid supply to the face is achieved.

Description

Technical Field

[0001] The present invention relates to a beauty device, in particular to a facial beauty device. Background Art

[0002] Existing facial beautifying devices supply water vapor or water mist to the face in the form of steam or spray, which forms water droplets on the face and then flows away naturally. It is difficult for water vapor and water mist to deliver the nutritional essence and repair and treatment beauty liquid needed by the face to the face; facial masks absorb nutritional essence through thin water-absorbing materials and are attached to the face to achieve facial beautification. The water and essence on the mask are quickly lost and dried due to evaporation and gravity, and the time they stay on the face is very short, making it difficult for the beauty liquid to exert its effect. There is no facial beautifying device that can achieve long-term uninterrupted supply of beauty liquid to the face, and the beauty liquid for beautifying the face can be controlled; for example, Chinese utility model patent No. 204501588U discloses a "facial steaming beauty device", which is heated by a PTC heater and supplies steam to the face through a steam mask. The steam forms water droplets on the face and naturally flows into the steam mask due to gravity. Summary of the Invention

[0003] The present invention provides a technical solution to realize a controllable facial beauty device with controllable supply and reflux of beauty liquid, thereby achieving long-term uninterrupted supply of beauty liquid to the face.

[0004] The technical solution adopted by the present invention to solve its technical problems is a facial beauty device with controllable beauty liquid, including a main unit and a head-mounted mask; the main unit is mainly composed of a liquid supply pump, a liquid return pump, a timer, and a beauty liquid container; the head-mounted mask is mainly composed of an inner sheet, an outer sheet, a diversion absorbent cotton, and an eye water-blocking ring, wherein the outer sheet is partially double-layered by an outer membrane and an inner membrane, an inner hole is opened on the outer membrane of the outer sheet in the middle, and a ring-shaped functional rope is provided on the outer membrane of the outer sheet, a clamping device is installed at the liquid return port of the outer sheet, a distributor and multiple capillaries are connected to the base sheet of the inner sheet, and many micropores are arranged on the capillaries, the diversion absorbent cotton is wide at the top and narrow at the bottom, between the outer membrane and the inner membrane of the outer sheet and connected to the outer sheet, the inner sheet is located below the outer membrane at the inner hole in the middle of the outer sheet and is larger than The inner hole is connected to the outer sheet; the beauty liquid in the beauty liquid container of the main unit is delivered to the inner sheet by a timer-controlled liquid supply pump, and is distributed to the face through a distributor on the inner sheet substrate and micropores on multiple capillaries. The beauty liquid is prevented from entering the eyes by the eye water-blocking ring. The annular functional rope exerts pressure on the diversion absorbent cotton and prevents the inner hole of the outer sheet from becoming larger, ensuring that the diversion absorbent cotton and the face are in complete contact along the annular functional rope without any gaps. The beauty liquid is sucked into the face through the diversion absorbent cotton, passes through the diversion absorbent cotton along the double layers of the outer sheet, and is guided to the liquid return port of the outer sheet. The clamping device at the liquid return port ensures that the liquid return port and the diversion absorbent cotton are tightly fitted. The beauty liquid is sucked back into the beauty liquid container of the main unit by the liquid return pump controlled by the timer.

[0005] According to the above scheme, the present invention also has the following measures:

[0006] The distributor uses the perfusion method to fix the capillary. The hose is sealed at one end, the capillary is passed through the sealed end, and the colloid is poured from the open end. After the colloid is completely solidified, the open end is cut and shaped, and the outer hose is put on from the open end and a reducer is installed.

[0007] The beneficial effects of the present invention are that, by pumping and pumping back the beauty liquid and setting the timer program, the beauty device can work automatically, freeing professional manual operation, increasing the time for the beauty liquid to penetrate the facial skin, and improving the maintenance, conditioning and repair treatment effect of the beauty liquid on the face. The choice of the time point for personal beauty treatment, the length of time for beauty treatment and the function of the beauty liquid can all be determined according to the actual needs of the individual. Beauty treatment can be performed while lying down to rest, making the body position more comfortable during beauty treatment and taking up less other time, thereby greatly improving the efficiency of time utilization. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] The present invention will be further described below with reference to the accompanying drawings and examples.

[0009] Figure 1 For the mask, the host diagram;

[0010] Figure 2 It is a schematic cross-sectional view along the AA line in FIG1 ;

[0011] Figure 3 Schematic diagram of the inner sheet;

[0012] Figure 4 Schematic diagram of the outer piece;

[0013] Figure 5 This is a schematic diagram of diversion absorbent cotton;

[0014] Figure 6 Schematic diagram of the eye water blocking ring;

[0015] Figure 7 Schematic diagram of the tensioning strap for wearing.

[0016] In the figure, 1. First clamping device, 2. Liquid return port through-membrane pipe joint, 3. Liquid return pipe branch elbow, 4. First Velcro, 5. Second Velcro, 6. Liquid return pipe branch, 7. Outer sheet, 8. Inner sheet, 9. Eye water blocking ring, 10. Distributor end Luer connector, 11. Third Velcro, 12. Tee, 13. Liquid supply pipe, 14. Snap button connecting the inner sheet and the outer sheet, 15. Distributor, 16. Outer membrane and outer sheet Snap button for connecting the inner membrane, 17. Functional rope fixing belt, 18. Snap button for connecting the inner sheet and the water-diverting absorbent cotton, 19. Second clamping device, 20. Inner hole of the outer sheet, 21. Ring-shaped functional rope, 22. Luer connector at the end of the liquid supply pump, 23. Liquid supply pump, 24. Timer first line, 25. Timer, 26. Beauty serum container, 27. Exhaust valve, 28. Chassis main board, 29. Timer second line, 30. Liquid return pump, 31. Liquid return pipe main 32. Luer connector at the return pump end, 33. Luer connector for the beauty liquid container inlet pipe, 34. Luer connector for the beauty liquid container outlet pipe, 35. Chassis leg, 36. Outer membrane of the outer sheet, 37. Distributor reducer, 38. Distributor solidified colloid, 39. Distributor tie, 40. Distributor outer hose, 41. Capillary tube inserted into the plugging end, 42. Distributor hose plugging end, 43. Inner membrane of the outer sheet, 44. Guide Flow absorbent cotton, 45. Base sheet, 46. First capillary, 47. Second capillary, 48. Third capillary, 49. Fourth capillary, 50. Eye holes, 51. Straight cut, 52. Arc cut, 53. Nose cut, 54. Mouth cut, 55. Intersection line of outer membrane and inner membrane, 56. Lower tensioning band, 57. Middle tensioning band, 58. Top tensioning band, 59. Velcro, 60. Through hole. DETAILED DESCRIPTION

[0017] [Example]

[0018] Figure 3 The middle substrate 45 is made of polytetrafluoroethylene high-temperature cloth, and the first capillary 46, the second capillary 47, the third capillary 48, and the fourth capillary 49 are made of polytetrafluoroethylene capillaries. The capillaries can be sewn to the substrate with nylon thread; the nose cutout 53 is an inverted T-shape that conforms to the nose shape; the first capillary 46, the second capillary 47, the third capillary 48, and the fourth capillary 49 pass through the nose cutout 53 and penetrate into the dispenser. Figure 3 The straight cut 51 and the arc cut 52 are cut to make the polytetrafluoroethylene high temperature cloth better adapt to the facial curve and reduce wrinkles. After deformation, they overlap at the cuts and are basically located under the outer film of the outer sheet to prevent leakage of beauty liquid.

[0019] Figure 4The main materials of the middle and outer sheets 7 include the outer film 36, the inner film 43, and the functional rope fixing belt 17, which are made of TPU film. The looped functional rope 21 can be made of nylon thread, and the TPU is connected by hot melt. The first hook and loop closure 4, the second hook and loop closure 5, and the third hook and loop closure 11 can be sewn to the TPU film with nylon thread. The looped functional rope 21 is the functional rope fixing belt 17, which is formed by folding the TPU in half. The return port membrane pipe joint 2 can be made of a plastic through-plate with the non-threaded end cut off. Figure 4 The snaps 16 connecting the outer membrane of the upper four outer pieces and the inner membrane clamp the absorbent cotton through the absorbent cotton through the through holes 60, and the snaps 18 connecting the lower five inner pieces and the diversion absorbent cotton fix the absorbent cotton, which is conducive to the smooth and comfortable wearing of the upper part and the fit of the absorbent cotton in the lower and left and right parts to the face.

[0020] Figure 5 The middle diversion absorbent cotton 44 is made of polyvinyl alcohol (PVA) sponge.

[0021] Figure 6 The middle eye water blocking ring 9 can be made of polyvinyl alcohol (PVA) sponge and can be connected to the inner sheet through a magic sticky mouth.

[0022] Figure 2 The middle distributor reducer 37 is a plastic connector, the distributor curing colloid 38 is cured with liquid silicone, the distributor tie 39 is a nylon tie, the distributor outer hose 40 is a silicone tube, and the distributor hose sealing end 42 is a PVC hose, which is sealed by hot melt. Figure 2 The capillary 41 that penetrates the blocking end is Figure 3 The ends of the first capillary tube 46, the second capillary tube 47, the third capillary tube 48, and the fourth capillary tube 49 are inserted into the sealed end 42 of the distributor hose through the nose cutout 53. The distributor outer hose 40 and the sealed end 42 of the distributor hose are tightened with a distributor tie 39, and the tie 39 can be connected to the base sheet 45 of the inner sheet with a nylon thread. Figure 2 and Figure 5 The middle guide absorbent cotton 44 is narrow at the top and wide at the bottom. The inner ring surrounds the face and is located between the outer membrane 36 and the inner membrane 43 of the outer piece. When the mask is worn on the head, the two sides become the bottom edges. The bottom edges of the absorbent cotton are inclined toward the liquid return port of the outer piece. The beauty liquid flows to the liquid return port of the outer piece under the guidance of gravity.

[0023] Figure 1 and Figure 2 The middle inner sheet 8 is located below the outer membrane 36 at the inner hole 20 in the middle of the outer sheet and is connected to the outer membrane 36 of the outer sheet via the inner sheet and outer sheet connecting snaps 14. The outer edge of the inner sheet is much larger than the inner hole of the outer sheet, so the beauty liquid is not easy to evaporate and leak out. Figure 1At the outer liquid return port, a first clamping device 1 and a second clamping device 19 are respectively installed. They can be made of springs. The difference is that the winding directions are opposite, so that the lower clamping end is kept on the outside for easy installation, and the upper end is sleeved on the liquid return port membrane pipe joint 2; Figure 1 The snap buttons 14 connecting the inner sheet and the outer sheet, the snap buttons 16 connecting the outer membrane of the outer sheet and the inner membrane, and the snap buttons 18 connecting the inner sheet guide absorbent cotton can all be made of plastic snap buttons; Figure 1 The liquid inlet pipe of the beauty liquid container, the liquid outlet pipe of the beauty liquid container, the liquid supply pipe 13, the liquid return pipe branch pipe 6, and the liquid return pipe main pipe 31 can be made of silicone tubes, and other pipe joints such as tees 12, elbows, reducers, etc. can be made of plastic pipe joints.

[0024] Figure 1 The timer in the system uses a two-way time controller or two single-way time controllers. Figure 1 The timer 25 in the control liquid supply pump can be set to a first timer 24 for a working time of 5 seconds and an intermittent time of 295 seconds, and the timer 29 for the control liquid return pump can be set to a second timer 29 for a working time of 90 seconds and an intermittent time of 60 seconds.

[0025] Figure 1 The middle return liquid port through-membrane pipe joint 2 is connected to the return liquid pipe branch elbow 3 through a thick-walled silicone tube with a suitable inner diameter. Because of the negative pressure, it can meet the sealing requirements and is easy to install and remove. The Luer connector 10 at the distributor end, the Luer connector 32 at the return liquid pump end, the Luer connector 33 at the beauty liquid container inlet pipe, the Luer connector 34 at the beauty liquid container outlet pipe, and the Luer connector 22 at the liquid supply pump end are easy to install and remove.

[0026] Place the outer sheet 7 in reverse order, assemble the inner sheet 8, the water-absorbing cotton 44, the eye water-blocking ring 9, the first clamping device 1, and the second clamping device 19, and put on the mask; install and connect the Luer connector 32 at the return liquid pump end, the Luer connector 33 at the liquid inlet pipe of the beauty liquid container, the Luer connector 34 at the liquid outlet pipe of the beauty liquid container, and the Luer connector 22 at the liquid supply pump end; fill the beauty liquid container 26 with beauty liquid, open the exhaust valve 27; Figure 7 The lower tensioning belt 56, the middle tensioning belt 57, and the top tensioning belt 58 are connected to the head mask; the middle tensioning belt 57 is connected to the lower tensioning belt 56 and then the top tensioning belt 58 in this order. After the head mask is put on, the person lies down, plugs the return liquid port through-membrane pipe connector 2 with the return liquid pipe branch elbow 3, installs and connects the distributor end Luer connector 10, presses the power switch, and the liquid supply pump controlled by the first timer channel 24 and the liquid return pump controlled by the second timer channel 29 will control the liquid supply pump and the liquid return pump to work continuously according to the pre-set working and intermittent time respectively, so as to continuously deliver the beauty liquid to the face for a long time, thereby achieving a long-term uninterrupted supply of beauty liquid to the face.

Claims

1. A facial beauty device with controllable beauty liquid, characterized by The utility model comprises a main unit and a head-mounted mask; the main unit is mainly composed of a liquid supply pump, a liquid return pump, a timer, and a beauty liquid container; the head-mounted mask is mainly composed of an inner sheet, an outer sheet, a diversion absorbent cotton, and an eye water-blocking ring, wherein the outer sheet is partially double-layered by an outer membrane and an inner membrane, an inner hole is opened on the outer membrane of the outer sheet in the middle, and a ring-shaped functional rope is arranged on the outer membrane of the outer sheet, a clamping device is installed at the liquid return port of the outer sheet, a distributor and a plurality of capillaries are connected to the base sheet of the inner sheet, and many micropores are arranged on the capillaries, the diversion absorbent cotton is wide at the top and narrow at the bottom, and is between the outer membrane and the inner membrane of the outer sheet and connected to the outer sheet, and the inner sheet is located below the outer membrane at the inner hole in the middle of the outer sheet and is larger than the inner hole and connected to the outer sheet; the beauty liquid container of the main unit is provided with a plurality of capillaries, and the capillaries are provided with a plurality of micropores, the diversion absorbent cotton is wide at the top and narrow at the bottom, and is between the outer membrane and the inner membrane of the outer sheet and connected to the outer sheet, and the inner sheet is located below the outer membrane at the inner hole in the middle of the outer sheet and is larger than the inner hole and connected to the outer sheet; The beauty liquid is delivered to the inner sheet through the liquid supply pump controlled by the timer, and distributed to the face through the distributor on the inner sheet substrate and the micropores on the multiple capillaries. The beauty liquid is prevented from entering the eyes by the eye water-blocking ring. The annular functional rope puts pressure on the diversion absorbent cotton and prevents the inner hole of the outer sheet from becoming larger, ensuring that the diversion absorbent cotton and the face are in full contact along the annular functional rope without any gaps. The beauty liquid is absorbed by the diversion absorbent cotton through the face, passes through the diversion absorbent cotton along the double layers of the outer sheet, and is guided to the liquid return port of the outer sheet. The clamping device at the liquid return port ensures that the liquid return port and the diversion absorbent cotton are tightly fitted. The beauty liquid is sucked back into the beauty liquid container of the main unit through the liquid return pump controlled by the timer. The distributor uses the perfusion method to fix the capillary tube. Block one end of the hose, insert the capillary tube from the blocked end, and pour the colloid from the open end. After the colloid is completely solidified, cut and shape the open end, put the outer hose on the open end and install the reducer. The base sheet is made of polytetrafluoroethylene high-temperature cloth, and a cut needs to be made on it to adapt to the deformation of the facial curve. The outer membrane of the outer sheet and the inner membrane of the upper face are connected by snaps to clamp the absorbent cotton through the holes of the absorbent cotton. The inner sheet and the diversion absorbent cotton are connected by snaps to fix the absorbent cotton in the middle and lower part of the face.

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