WO2015043299A1

WO2015043299A1 - Cosmetic method based on in vitro non-invasive elimination of dynamic wrinkles around eyes and device therefor

Info

Publication number: WO2015043299A1
Application number: PCT/CN2014/082608
Authority: WO
Inventors: 陈青山
Original assignee: 陈青山
Priority date: 2013-09-29
Filing date: 2014-07-21
Publication date: 2015-04-02
Also published as: CN104510142A

Abstract

Disclosed is a cosmetic method based on in vitro non-invasive elimination of dynamic wrinkles around the eyes and a device therefor, which are used for real-time detection of dynamic wrinkles around the eyes, and it is only the moment at which dynamic wrinkles around the eyes appear that triggers a skin stretching action on the dynamic wrinkles around the eyes, thereby at this moment rapidly eliminating dynamic wrinkles around the eyes from the appearance, wherein the device comprises a frame element (1), a detecting element (2), a driving element (3) and an electronic control element (4), wherein the frame element (1) should be worn on the head of the human body, the driving element (3) and the electronic control element (4) are respectively arranged within the frame element (1), and the detecting element (2) is arranged within the frame element (1) or on the framework. The electronic control element (4) drives the driving end (18) of the driving element (3) to retractively pull the human skin and instantly eliminate dynamic wrinkles around the eyes from the appearance, achieving immediate cosmetic results, and at the same time making it harder for the dynamic wrinkles to develop into static wrinkles, and to some extent preventing the development of dynamic wrinkles into static wrinkles, thereby achieving the purpose of a good elimination of dynamic wrinkles around the eyes.

Description

The invention relates to a cosmetic method for a human face and a cosmetic device thereof, in particular to a cosmetic method and a device for eliminating non-invasive dynamic wrinkles around the eye based on in vitro.

Background technique

Dynamic wrinkles on the face of people often appear with the contraction of the expression muscles. Dynamic wrinkles around the eyes are one of the main dynamic wrinkles on the face, and tendons tend to become more and more obvious with age, becoming a sign of facial aging, modern people on the face. The constant pursuit of youthfulness has naturally produced an urgent cosmetic need to eliminate dynamic wrinkles around the eyes.

In the prior art, botulinum injection is a common invasive method aimed at reducing dynamic wrinkles, but recently, due to improper use or injection site, dose deviation, the facial expression of the human body is rigid, the frontal muscles are drooping, A series of well-known side-effect risks such as eyelid valgus, eyelid drooping, and diplopia, and repeated injections in order to maintain cosmetic effects.

The existing facial lifting cosmetic tape on the market belongs to the non-invasive category, but it simply attaches a contact tape to the skin, such as the neck, cheeks, tape and a thin wire, and lifts the thin wire to the head. Therefore, simply and continuously pulling the skin for a long time has a certain effect on the static lifting of the drooping buccal and neck skin, but it is not suitable for the elimination of dynamic wrinkles, because the dynamic wrinkles are static, that is, the relevant expression muscles are not contracted. It does not appear, so it is obviously not the most effective way to eliminate dynamic wrinkles in the long-term continuous stretch of the eye skin in static state, and it will continue to present an unnatural expression in static state. More seriously, due to the present Some of the beauty belts continue to pull the skin for a long time, which will inevitably lead to the adaptive division and proliferation of the dermis and epidermal cells and the enlargement of the intercellular space. It will aggravate the skin relaxation and accelerate the appearance of wrinkles around the eyes.

In summary, there have been no methods or devices for effectively, targeted, non-invasively eliminating dynamic wrinkles around the eyes without significant side effects.

In addition, the dynamic wrinkles around the human eye cause dynamic creases at the same position on the skin around the eyes due to the long-term repeated expression of the muscles, which eventually leads to histological changes at the dynamic creases where the static wrinkles or permanent wrinkles are formed. Obviously, the less time and frequency of dynamic wrinkle retention, the shallower the dynamic crease caused by each contraction of the expression muscle, and the lesser the effect on collagen fiber bundles, elastic fiber webs and other matrix structures, Dynamic wrinkles are also less likely to develop toward static wrinkles. Therefore, a good method and device for eliminating dynamic wrinkles around the eyes also prevents dynamic wrinkles from static wrinkles to some extent. development of.

Summary of the invention

In view of the above, the main object of the present invention is to provide a cosmetic method and device for eliminating non-invasive dynamic wrinkles around the eye in vitro, and the technical solution of the present invention is based on the dynamic wrinkles of the human eye, because the expression muscles are repeatedly repeated in the skin around the eyes. Dynamic creases are formed at the same location, which eventually leads to histological changes at the dynamic creases, where static wrinkles or permanent wrinkles are formed, apparently, the shorter each time dynamic wrinkles reside, the expression muscles The shallower the dynamic crease caused by the secondary shrinkage, the relatively lighter the degree of influence on the collagen fiber bundle, the elastic fiber web and other matrix structures, making the dynamic wrinkles less likely to develop toward static wrinkles. The method and device for eliminating dynamic wrinkles around the eyes also prevent the development of dynamic wrinkles to static wrinkles to a certain extent. The technical solution aims to effectively eliminate dynamic wrinkles in appearance A, which is different from the above-mentioned traditional in vitro skin lifting device. By monitoring the appearance of dynamic wrinkles around the eye area in real time, dynamic wrinkles do not appear in the eye area. No action at all; only when a specific facial expression causes the dynamic wrinkles around the eye to be triggered, and thus quickly disappears in appearance, since the long-term recurring dynamic wrinkles eventually develop into static wrinkles, this technical solution has both Prevents the development of dynamic wrinkles to static wrinkles. At the same time, because the technical solution only pulls the skin when the wrinkles appear in the eye, and the dynamic wrinkles do not appear, it does not cause any skin pulling, thus avoiding the traditional facial lifting beauty. A series of side effects of invasive interventions such as aggravation of skin relaxation caused by long-term static stretching of the skin, and botulinum injection.

In order to achieve the above object, the technical solution of the present invention is achieved as follows:

A cosmetic method based on in vitro non-invasive elimination of dynamic wrinkles around the eyes, real-time detection of dynamic wrinkles around the eyes, and triggering action on the skin of dynamic wrinkles around the eyes only at the moment when the dynamic wrinkles around the eyes appear, thus at this moment Quickly eliminate dynamic wrinkles around the eyes from the eve view.

In the method of the present invention, the skin stretching performed on the dynamic wrinkles of the peri-week is at the skin surrounding the peripheral dynamic wrinkles, and the skin is pulled in a direction perpendicular or approximately perpendicular to the peripheral dynamic wrinkle pattern. In order to counteract the K-week skin wrinkles caused by the contraction of the orbicularis muscles, the dynamic wrinkles around the eyes are eliminated from the instant.

A cosmetic device based on in vitro non-invasive elimination of dynamic wrinkles around the eye, comprising a frame member, a detecting member, a driving member and an electric control member, the frame member being worn on a head of the human body, the driving member and the electric device The control elements are respectively disposed in the frame component, the detecting component is disposed in the frame component or the frame, and the detecting end of the detecting component is disposed at a monitoring point around the dynamic wrinkles around the eye or detecting the eye movement dynamics at the time of detecting the component At the wrinkle, the driving end of the driving component is disposed on the human skin of the K-week dynamic wrinkle, and the dynamic wrinkles around the eye are now, and the driving end of the driving component is retracted by the electronic control component to pull the human skin. The skin instantly removes the weekly dynamic wrinkles from the appearance.

The frame member is made of a conductive material and is concealed by the hair or the head ornament. The frame member is provided with a detection input hole and a detection output hole, and the detection input hole faces the peripheral direction of the eye wrinkle, detecting The measuring output hole intersects the detecting input, the detecting component is composed of a thin measuring wire, a flexible wire and an insulator, and the insulator is fixedly disposed at two ends of the inner wall of the detecting output hole, and the flexible wire is worn and fixed on the insulator The detecting filament wire is disposed in the detecting input hole, and the detecting end of the thin wire is fixed on the flexible wire, and the detecting end of the detecting filament wire is disposed at a monitoring point around the dynamic wrinkle of the human body.

The frame member is made of a conductive material, concealed by a hair or head ornament, the micro-camera is a miniature camera, and the micro-camera is fixed on a frame member, and the micro-camera constantly peeks at the dynamic wrinkles around the eye.

The frame member is provided with a flat cavity and a drive output, the drive member being composed of a shape memory alloy wire, a pulley, an elastic member and a drive filament, the pulley being hinged at one end of the flat cavity of the frame member, the elasticity One end of the element is fixed on the side wall of the flat cavity of the frame element, and the other end of the elastic element is disposed on the rim of the pulley, the shape memory alloy wire is disposed in the flat cavity, and one end of the shape memory alloy wire is disposed on the pulley On the rim, the other end of the shape memory alloy wire is fixedly disposed on the other end of the flat cavity, and one end of the driving output hole faces the pulley, and the other end of the driving output hole faces the human skin at the dynamic wrinkle of the human eye, and is driven. Output? L is provided with a driving filament wire, one end of the driving filament wire is fixed on the corresponding pulley rim, and the other end of the driving filament wire is a driving end disposed on the human skin at the dynamic wrinkles of the human body and the circumference, the shape Both ends of the memory alloy wire are connected to the electronic control component.

The drive output is oriented perpendicular or approximately perpendicular to the periorbital dynamic wrinkle pattern.

The beneficial effects after adopting the above technical solution are: a cosmetic method and a device based on non-invasive elimination of dynamic wrinkles around the eyes in vitro, and the technical solution is adopted to quickly eliminate the eye movement dynamics at the instant of appearance of the dynamic creases around the eyes. Wrinkles, to achieve instant beauty; At the same time, the less time and frequency of dynamic wrinkles, the shallower the dynamic crease caused by each contraction of the expression muscle, the degree of influence on collagen fiber bundles, elastic fiber mesh and other matrix structures Relatively lighter, the dynamic wrinkles are less likely to develop toward static wrinkles, which prevents the development of dynamic wrinkles to static wrinkles to a certain extent, thereby achieving a good purpose of eliminating wrinkles around the circumference.

DRAWINGS

Figure 1 is a schematic diagram of the state of use of the present invention.

2 is a schematic structural view of an embodiment of a detecting element in the present invention. Figure 3 is a schematic view showing the structure of a driving element in the present invention.

Figure 4 is a schematic illustration of an electronic control component of the present invention.

In the figure, 1 frame component, 2 detection component, 3 driving component, 4 electronic control component, 5 detection input hole, 6 detection output hole, 7 detection filament wire, 8 flexible wire, 9 insulator, 10 micro camera, 1 1 flat cavity, 12 drive output hole, 13 shape memory alloy wire, 14 pulley, 15 elastic element, 16 drive filament wire, 17 detection end, 18 drive end, 19 battery, 20 normally closed extension relay, 21 camera Relay, 22 video motion detection circuit, 23 thermal protection relay, 24 AD595 thermocouple amplifier chip, 25 thermocouple sensor.

detailed description

The specific embodiments of the present invention will be further described in detail below with reference to the accompanying drawings.

The invention relates to a cosmetic method for non-invasive elimination of dynamic wrinkles around the eyes in vitro, real-time detection of dynamic wrinkles around the eyes, and triggering action on the skin of the periocular dynamic wrinkles only when the dynamic wrinkles around the eyes appear. At this moment, the dynamic wrinkles around the eyes are quickly removed from the appearance.

In the method of the present invention, skin stretching to effect dynamic wrinkles around the eye is at the skin surrounding the peripheral wrinkles of the eye, and - and pulling along the direction perpendicular or approximately perpendicular to the K-peripheral dynamic wrinkle pattern The skin, in order to counteract the wrinkles around the eyes caused by the contraction of the orbicularis muscles, thereby eliminating the dynamic wrinkles around the eyes at this instant.

As shown in FIG. 1 to FIG. 4, the present invention relates to an in vitro non-invasive cosmetic device for eliminating eye movement dynamic creases, comprising a frame member 1, a detecting element 2, a driving member 3 and an electronic control member 4, the frame The component 1 is worn on the head of the human body, and the driving component 3 and the electronic control component 4 are respectively disposed in the frame component 1. The detecting component 2 is disposed in the frame component 1 or detects the component 2 on the frame. The end 17 is disposed at a monitoring point around the periphery of the dynamic wrinkle around the eye or at the moment of detecting the component 2, and the driving end 18 of the driving element 3 is disposed on the human skin around the periocular dynamic crease, The occurrence of dynamic wrinkles is caused by the electronically controlled component 4 driving the driving end 18 of the driving component 3 to retract and pull the human skin to instantly eliminate the dynamic wrinkles around the eyes.

The frame member 1 is made of a conductive material and is concealed by a hair or a head ornament. The frame member 1 is provided with a detection input hole 5 and a detection output 6, and the detection input hole 5 is dynamically wrinkled toward the circumference. In the peripheral direction, the detection output hole 6 and the detection input hole 5 intersect and are perpendicular to each other. The detecting component 2 is composed of a detecting filament wire 7, a flexible wire 8 and an insulator 9, and the insulator 9 is fixedly disposed at the detecting output hole. The flexible wires 8 are mounted and fixed in the insulators 9. The detecting filaments 7 are disposed in the detecting input holes 5, and the rear ends of the detecting wires 7 are fixed on the flexible wires 8. Detection The detecting end 17 of the filament 7 is placed at a monitoring point around the peripheral wrinkles of the human eye.

The frame member 1 is made of a conductive material, concealed by a hair or a head ornament, the detecting element 2 is a micro camera, 0, the micro camera 10 is fixed on the frame member 1, and the micro camera 10 is constantly peeked Dynamic wrinkles around the eyes.

The frame member 1 is provided with a flat cavity 11 and a drive output hole 12, and the drive element 3 is composed of a shape memory alloy wire 3, a pulley 14, an elastic member 15 and a drive filament wire 16, and the pulley 14 is hinged at One end of the flat cavity 11 of the frame member 1, the elastic member 15 - end is fixed on the side wall of the flat cavity 11 of the frame member 1, and the other end of the elastic member 15 is disposed on the rim of the pulley 14, the shape memory The alloy wire 13 is disposed in the flat cavity 1 1 , one end of the shape memory alloy wire 13 is disposed on the rim of the pulley 14 , and the other end of the shape memory alloy wire 13 is fixedly disposed on the other side of the flat cavity 11 One end of the driving output hole 12 faces the pulley 4, and the other end of the driving output hole 12 faces the human skin at the dynamic wrinkles of the human eye. In the driving output hole 2, a driving filament 16 is provided, and the driving filament 16 is provided. The other end of the driving filament 14 is fixed on the rim of the corresponding pulley 14 at one end, and the driving end 18 is disposed on the human skin at the dynamic wrinkle of the human eye, the shape memory alloy. 13 is connected to both ends of the electronic control unit 4.

The direction of the drive output aperture 12 is perpendicular or approximately perpendicular to the dynamic wrinkle pattern of the eye.

In an embodiment of the invention, the frame member 1 is arranged to be carded to the head of the human body, concealed by the hair or head trim, and is of a size and appearance that is less noticeable.

In the embodiment of the present invention, the detecting element 2 has two kinds of sides. The first type uses the micro camera 10 to monitor the occurrence of dynamic wrinkles around the perimeter, and has strong correlation facial expression muscles, such as the iliac muscle and the orbicularis muscle. The displacement of the skin surface formed by the contraction is used to detect the occurrence of dynamic wrinkles around the eye, and the battery 19 in the electronic control unit 4, the video motion detecting circuit 22, the camera relay 21, and the shape memory alloy wire 13 are connected to each other to form a loop, and the pattern is formed. The camera 10 is connected to the video motion detecting circuit 22 and the camera relay 21, and the video motion detecting circuit 22 drives the camera relay 21 to be turned on, so that the shape memory alloy wire 13 is energized at both ends, and the shape memory alloy wire 13 is contracted to pull the pulley 14 while rotating. The filament 16 is driven to instantaneously eliminate the dynamic wrinkles around the eye, and the detection is released. The shape memory alloy wire 13 returns to the original length under the action of the elastic member 15, and drives the filament 16 to return to the original position with the elasticity of the skin; The detection method adopts the mechanical triggering method, that is, when the dynamic wrinkles around the eye appear, the skin surface layer formed by the related facial muscle contraction The movement is coupled to the same, and the detecting filament 7 is swung around the flexible wire 8 to touch the inner wall of the detecting output hole 6 to cause the circuit to be turned on. The shape memory alloy wire 13 is energized at both ends of the driving element 3. The operation principle is the same as the above. , I will not repeat them here. The shape memory alloy wire 13 which is common in the market according to the requirements of the present invention only needs to have a pulling force of about several kilovolts per kilovolt DC voltage, and the temperature of the shape memory alloy wire 13 can be set at about 45 degrees Celsius during axial contraction, and the dynamic wrinkles are sustained. The time is generally only a few thousand seconds, so the working memory of the shape memory alloy wire 13 is also several seconds. By selecting the diameter and length of the shape memory alloy wire 13 , the shape memory can be made after the electronic control element 4 is opened. The temperature of the alloy wire 13 is returned to the room temperature in a short period of time, and the temperature control protection circuit, the AD595 thermocouple amplifier chip 24 and the corresponding thermal protection relay 23, and a thermocouple sensor are disposed in the electronic control unit 4. 25 monitoring the temperature of the shape memory alloy wire 13 and providing a normally closed extension relay 20 in the electronic control unit 4 _; thus, even if the temperature of the shape memory alloy wire 13 rises to a set upper limit, such as 50 degrees Celsius or electronically controlled When the component 4 is turned on continuously for more than the set value, the electronic control component 4 can also be automatically cut off to ensure that the skin does not have the surface and the inner cavity of the frame component 1 of the present invention. It is made of metal-coated plastic originals, which can be electrically conductive by plating. It can also be made of 3⁄4 plastic material. It can be realized by setting conductive contacts at the relevant conductive places. It is a prior art to set conductive contacts. Foreign details.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. The various changes and modifications made in the claims of the present invention are all within the scope of the present invention.

Claims

1. An in vitro-based non-invasive cosmetic method for eliminating dynamic wrinkles around the eyes, which is characterized by actually detecting dynamic wrinkles around the eyes, and triggering actions to target the skin with dynamic wrinkles around the eyes only at the moment when dynamic wrinkles appear. Stretching to instantly eliminate dynamic wrinkles around the eyes.

2. The in vitro non-invasive cosmetic method for eliminating dynamic wrinkles around the eyes according to claim 1, characterized in that the skin stretching of the dynamic wrinkles around the eyes is performed on the skin peripheral to the dynamic wrinkles around the eyes, and along the The skin is pulled in a direction perpendicular or approximately perpendicular to the dynamic wrinkle lines around the eyes to resist the skin folds around the eyes caused by the contraction of the orbicularis oculi muscle, thus instantly eliminating the appearance of dynamic wrinkles around the eyes.

3. An in vitro-based non-invasive beauty device for eliminating dynamic beryllium lines around the eyes. It is characterized by including a frame element, a detection element, a driving element and an electronic control element. The frame element is worn on the head of the human body. The driving element and the electronic control element are respectively arranged in the frame element, the detection element is arranged in or on the frame element, and the detection end of the detection element is arranged at a monitoring point or detection point on the periphery of the dynamic wrinkles around the eyes. The element always detects the dynamic wrinkles around the eyes. The driving end of the driving element is set on the human skin around the dynamic wrinkles around the eyes. When the dynamic wrinkles around the eyes appear, the electronic control element drives the driving end of the driving element to retract and pull the human skin instantly. Visually eliminate dynamic wrinkles around the eyes.

4. The in vitro-based non-invasive beauty device for eliminating dynamic wrinkles around the eyes according to claim 3, characterized in that the frame element is made of conductive material and is concealed by hair or head accessories, and is provided on the frame element There is a detection input and a detection output. The detection input hole faces the peripheral direction of the dynamic wrinkles around the eyes. The detection output hole intersects the detection input hole. The detection element is composed of a detection filament wire, a flexible wire and an insulator. , the insulator is fixedly arranged at both ends of the inner wall of the detection output hole, the flexible wire is threaded through and fixed in the insulator, the detection filament wire is arranged in the detection input hole, and the rear end of the detection filament wire is fixed on the flexible wire On the screen, the detection end of the detection filament line is set at the monitoring point on the periphery of the dynamic wrinkles around the human eye.

5. The in vitro-based non-invasive beauty device for eliminating dynamic wrinkles around the eyes according to claim 3, characterized in that the frame element is made of conductive material and is hidden by hair or head accessories, and the detection element is Micro camera, the micro camera is fixed on the frame element, and the micro camera always peeks into the dynamic wrinkles around the eyes.

6. The in vitro non-invasive beauty device for eliminating dynamic wrinkles around the eyes according to claim 4 or 5, characterized in that the frame element is provided with a flat cavity and a drive output hole, and the drive element is made of shape memory alloy The pulley is hinged at one end of the flat cavity of the frame element, the elastic element is fixed on the side wall of the flat cavity of the frame element, and the other end of the elastic element is arranged on the pulley. On the rim, the shape memory alloy wire is Placed in the flat cavity, one end of the shape memory alloy wire is set on the rim of the pulley, the other end of the shape memory alloy wire is fixedly set on the other end of the flat cavity, one end of the drive output faces the pulley, and the other end of the drive output One end faces the human skin at the dynamic wrinkles around the eyes, and a driving filament line is provided in the driving output hole. One end of the driving filament line is fixed on the corresponding pulley rim, and the other end of the driving filament line is the driving end. It is arranged on the human skin at the dynamic beryllium pattern around the human eye, and the two ends of the shape memory alloy wire are connected to the electronic control element.

7. The body-based non-invasive beauty device for eliminating dynamic wrinkles around the eyes according to claim 6, characterized in that the direction of the drive output is perpendicular or approximately perpendicular to the dynamic wrinkle lines around the eyes.