KR20230136478A - Ruby plating layer process of beauty equipment and the beauty equipment - Google Patents

Abstract

The present invention provides a ruby plating layer process and a beauty device for a beauty device, and when performing rough processing on the shape of a ruby, a rough processing step of processing it into a shape suitable for mounting the head portion of the beauty device; Electroplating the surface of the ruby to form a gold plating layer, and the gold plating layer connecting one end of a lead wire; It includes a plating layer processing step of engraving the gold plating layer to form a gold plating electrode. The present invention helps in better and more stable contact between the electrode and the PCB board through the installation of a chamfer structure. Through the process of combining vacuum plating and underwater gold plating, electroplating coats the smooth surface of ruby more stably and greatly improves electrical conductivity, antioxidant properties, and acid and base resistance. The present invention uses ruby in the head device of a beauty device, and its heat dissipation performance and optical performance help realize the heat dissipation and light therapy functions of the beauty device.

Description

Ruby plating layer process of beauty devices and beauty devices {RUBY PLATING LAYER PROCESS OF BEAUTY EQUIPMENT AND THE BEAUTY EQUIPMENT}

The present invention relates to the field of beauty devices, and more specifically, to the ruby plating layer process of beauty devices and beauty devices.

Beauty equipment in the beauty equipment equipment is a machine that improves the body and face by controlling the human physiological functions. There are various functions such as whitening, skin rejuvenation, spot removal, wrinkle removal, hair loss, diet, etc., and by name. These include the introduction of ultrasound, photon skin rejuvenation, high-frequency electrotherapy, RF electromagnetic wave skin lifting treatment, electromagnetic spot and blemish removal, E-light permanent hair loss skin rejuvenation, and the introduction of galvanic nutrition.

Conventional beauty equipment usually has massage electrodes installed at the ends, and passes electricity through the positive and negative electrodes to achieve the effect of massaging the face. However, in conventional beauty equipment, the massage feeling of the end electrodes is not strong, and the stability and electricity Performance such as conductivity is relatively low, so the function of the beauty device cannot be performed to its full potential.

The utility model patent of patent document CN203458692U includes one device body, one beauty head connected to the front end of this device body, and one printed circuit board packaged inside the device body and equipped with a control circuit; This control circuit includes a radio frequency generation module and a control module that are electrically connected; An LED infrared detection light and electrodes are installed in the beauty head; A control panel and a touch bar are installed on the outer case surface of the device body; The LED infrared detection light, control panel, and touch bar are all electrically connected to the control module, and the electrodes are electrically connected to the radio frequency generation module. The above method has a relatively poor massage experience and cannot achieve effects such as light therapy.

The present invention was created to solve the disadvantages of the prior art, and its purpose is to provide a ruby plating layer process and a beauty device for beauty devices.

The ruby plating layer process of the beauty device provided by the present invention is,

When performing rough processing on the shape of the ruby, a rough processing step of processing it into a shape suitable for mounting the head part of the beauty device;

An electroplating step of forming a gold plating layer by electroplating the surface of the ruby;

It includes a plating layer processing step of engraving the gold plating layer to form a gold plating electrode.

Preferably, the ruby plating layer process of the beauty device processes a lead wire inside the ruby or the ruby, and the lead wire extends from the inside of the ruby or from the surface of the ruby; Here, the gold plating layer further includes a lead wire processing step for connecting one end of the lead wire.

Preferably, the electroplating step is:

A washing step of washing the ruby;

A vacuum plating step of forming a base material layer by vacuum plating titanium nitride on the cleaned ruby surface, and then performing vacuum gold plating again;

It includes an underwater plating step of forming a gold plating layer by performing underwater gold plating on the vacuum gold-plated ruby to make the plating layer thicker.

Preferably, in the plating layer processing step, the gold plating layer on the ruby surface is engraved in a set pattern using a laser engraver.

Preferably, an assembly step is further included in which the ruby forming the gold-plated electrode is mounted on the head of the beauty device, and the ruby and the PCB board inside the beauty device are tightly locked through a screw that conducts electricity.

Preferably, a support pillar is further installed between the ruby and the support plate.

Preferably, when processing a lead wire inside a ruby, an electrode hole is installed in the ruby, and the gold-plated electrode communicates with the electrode hole of the gem.

Preferably, the beauty device further includes an upper case, a lower case and a jewel holding ring, wherein:

The upper case and lower case are connected to each other and surrounded to form a beauty device cavity; One end of the beauty device cavity is a beauty device head mounting cavity, and the distal end of the upper case is provided with an opening, and the opening communicates with the beauty device head mounting cavity; The jewel holding ring is firmly fixed to the opening of the upper case, the central part of the jewel holding ring is a hollow section, and a stepped surface for mounting the ruby is provided on the inner wall of the jewel holding ring.

Preferably, the beauty device further includes a heat dissipation device, the heat dissipation device is installed inside the head mounting cavity of the beauty device, and the heat dissipation device includes a cooling piece, a heat dissipation block, a heat dissipation block fixing support, and a fan, wherein,

One side of the cooling piece is attached to the back of the ruby, and the other side of the cooling piece is mounted on the heat dissipation block;

The heat dissipation block is assembled on the heat dissipation block fixing support;

The central portion of the heat dissipation block fixing support is a hollow section, and a fan is installed in the hollow section.

Preferably, the front of the fan faces the air outlet of the beauty device case body.

The beauty device provided by the present invention includes a ruby head, and the ruby head is manufactured using the ruby plating layer process of the beauty device.

Compared with the prior art, the present invention achieves the following technical effects.

1. The present invention has a reasonable structure and exquisite design, and can achieve a desirable experience.

2. The present invention helps in better and more stable contact between the electrode and the PCB board through the installation of a chamfer structure.

3. The present invention provides a more stable electroplating coating on the smooth surface of ruby through a process that combines vacuum plating and underwater gold plating, and greatly improves electrical conductivity, antioxidant properties, and acid and base resistance.

4. The present invention uses ruby in the head device of a beauty device, and its heat dissipation performance and optical performance help realize the heat dissipation and light therapy functions of the beauty device.

5. The present invention improves the experience of use by making it more comfortable when in contact with the user's skin through the matching structure of the metal coating layer and ruby.

6. The present invention uses ruby and has rapid thermal conductivity and cold conductivity. The cold conductivity covers the burning sensation caused by strong rays, can directly neutralize the amount of heat acting on the skin, and prevents the skin from being hurt. Protects and shrinks pores, making skin softer and smoother; Thermal conductivity allows skin care to achieve more care effects in cosmetic nutrition introduction and skin care applications, making it easier for other lasers, LEDs and light sources to penetrate without loss to realize medical applications and beauty for the skin;

7. The shape of the metal electrode of the present invention can be arranged in various shapes, allowing users to visually enjoy the dual enjoyment of art and science.

Non-limiting embodiments will be described in detail by examining and referring to the following drawings, whereby other features, objects and advantages of the present invention will become clearer.
1 is a process flow diagram for the ruby plating layer process of a beauty device;
Figure 2 is a bird's eye view of the ruby plating layer;
Figure 3 is an explanatory diagram of a specific embodiment of the lead wire method used in the present invention;
Figure 4 is an explanatory diagram of one specific embodiment of the present invention using a metal coating layer as an electrically conductive structure;
Figure 5 is an explanatory diagram of another specific embodiment of the present invention using a metal coating layer as an electrically conductive structure;
Figure 6 is a diagram illustrating the wavelength of a 395NM ultraviolet LED passing through ruby;
Figure 7 is an explanatory diagram of one specific embodiment of a beauty device according to the present invention;
Figure 8 is an exploded view of one specific embodiment of the beauty device according to the present invention;
Figure 9 is an explanatory diagram of one specific embodiment of a ruby and gemstone fixing ring according to the present invention;
Figure 10 is an explanatory diagram of another specific embodiment of a ruby and gem fixing ring according to the present invention.

Hereinafter, the present invention will be described in detail by combining specific implementation methods. The following examples will help those skilled in the art understand the invention, but do not limit the invention in any way. It should be pointed out that those skilled in the art may make various changes and improvements without departing from the spirit of the present invention. These all fall within the protection scope of the present invention.

As shown in Figures 1 to 10, the ruby (2) plating layer process of the beauty device provided by the present invention is suitable for mounting the head portion of the beauty device when rough processing is performed on the shape of the ruby (2). A rough processing step of processing into a shape; Processing a lead wire 202 inside the ruby 2 or the ruby 2, and the lead wire 202 extending from the inside of the ruby 2 or the surface of the ruby 2; An electroplating step of electroplating the surface of the ruby 2 to form a gold plating layer and connecting one end of the lead wire 202 with the gold plating layer; It includes a plating layer processing step of engraving the gold plating layer to form a gold plating electrode. The electroplating step includes a washing step of cleaning the ruby (2); A vacuum plating step of forming a base material layer by vacuum plating titanium nitride on the surface of the cleaned ruby (2), and then performing vacuum gold plating again; It includes an underwater plating step of forming a gold plating layer by performing underwater gold plating on the vacuum gold plated ruby 2 to make the plating layer thicker. In the plating layer processing step, the gold plating layer on the surface of the ruby (2) is engraved in a set pattern using a laser engraver. It further includes an assembly step in which the ruby (2) forming the gold-plated electrode is mounted on the head of the beauty device, and the ruby (2) and the PCB board inside the beauty device are tightly locked through screws that conduct electricity. A support pillar is further installed between the ruby (2) and the support plate. The gold-plated electrode communicates with the electrode hole 201 of the ruby 2.

Here, if installation of the lead wire 202 is not necessary, the lead wire processing step can be omitted.

Figure 3 shows a structure that conducts electricity through the lead wire 202, the lead wire 202 extends from the inside of the ruby 2 or the surface of the ruby 2, and the lead wire 202 has one end of the ruby (2) is connected, and the other end is electrically connected to a power transmission device such as the battery (14) in the beauty device to realize the electrical conduction function. In addition, the inside of the through hole can be formed by casting metal, which not only achieves an electrical conduction function but also provides airtightness. However, it is not limited to this, and as shown in FIGS. 4 and 5, electricity can be conducted directly through the metal coating layer 200 without installing the lead wire 202, and the metal coating layer 200 is electroplated. It is formed by depositing metal on the surface of a plating material through a process. In the process of using electrolysis to form a metal deposited layer that is uniform, dense, and well bonded to the surface of the product, the ruby to be electroplated is immersed in an electroplating solution, and gold is deposited on the ruby surface through an electrolysis reaction. This forms a gold plating layer. The metal coating layer 200 installed on the ruby can be carved into various forms such as ring shapes, striped shapes, flower shapes, etc. using a laser engraving machine.

Here, the ruby (2) has a distal cross-section and a proximal cross-section, a metal coating layer (200) is installed on the distal cross-section of the ruby (2), and some areas of the distal cross-section are covered by the metal coating layer (200), Some other areas of the distal section are exposed and not covered by the metal coating layer 200. The distal cross-section of the ruby (2) is flat, convex or concave. The thickness of the metal coating layer 200 is negligible, and it does not feel uneven due to smooth contact with the user's skin, thereby improving the user's experience.

Ruby (2) in this application is not limited to natural ruby (2) and artificial synthetic ruby (2), and its main component is aluminum oxide (Al ₂ O ₃ ). Preferably, ruby (2) has a transparent structure. Ruby (2) in the present application may also be other corundum gemstones such as sapphire and the like.

The present invention further provides a beauty device, wherein the beauty device includes a ruby head, and the ruby head is manufactured using the ruby plating layer process of the beauty device.

To be described in more detail, in the present invention, the gold plating layer of the ruby (2) panel is used as an electrode that realizes the function. The gold plating layer is carved into a designed pattern through laser engraving, and once electricity passes through the anode and cathode, it can be used immediately.

The ruby (2) plating layer process includes the steps of processing ruby (2) to the designed size, installing six electrode holes (201) of 1MM according to this embodiment, and chamfering the holes on the trademark surface to 1.5MM. The purpose is to enable electroplated gold electrodes to make better and more stable contact and transmit power. In the electroplating of ruby (2), electroplating of ruby (2) uses a method of combining PVD vacuum plating and underwater gold plating to more stably coat the smooth surface of ruby (2) with electroplating. achieves effect The specific process includes the step of washing the ruby (2), first, vacuum plating titanium nitride to form a base material layer, then vacuum gold plating, and then underwater gold plating again to form a plating layer. It is made thicker, and the underwater gold plating layer is soft and has a high density, and through the above manipulation, the electrical conductivity, antioxidant properties, and acid and base resistance of Gerubi (2) are further improved. Using a laser engraver, the gold-plated ruby (2) is carved into the designed shape to obtain the required golden electrode. In this case, the chamfered point of the electrode hole 201 is also plated with a golden plating layer, completing the step of constructing an electrode on the ruby (2) plating layer.

Next, in the step of assembling the electrode on the ruby (2) plating layer, screws are inserted into the six ruby (2) electrode holes 201, a support pillar is provided in the middle, and again, six corresponding PCBs are installed. It is inserted into the hole of the lamp panel and tightly locked again with the nut 20 so that the ruby 2 realizes power transmission to the electrode coating layer in a completely flat state. Functions that relatively many beauty devices have, such as radio frequency function and microcurrent, greatly improve the experience and comfort under conditions that must act smoothly and gently on the skin. As a medium connecting the electrode and the PCB board, the screw serves to conduct electricity.

The six golden plating layers where the six holes of the ruby (2) are located are two pairs of radio frequency electrodes and a pair of EMS electrodes of the radio frequency beauty device, and the current from the PCB board is induced into the gold plating layer through a custom-made screw. It is made in contact with the skin, and the electrical conductivity and antioxidant properties of gold are relatively consistent with the characteristics of radio frequency electrodes. For EMS, using the output waveform below is beneficial to the service life of the gold electrode and helps the user feel good.

As shown in FIG. 3, in another embodiment of the present invention, the lead wire 202 is laid on the surface of the ruby 2 without drilling a hole in the ruby 2, and the lead wire 202 is placed on the surface of the ruby 2. ) can be pulled out from the side or bottom of the ruby (2) and connected again to the PCB board of the beauty device.

Using the crystal light transmission performance of ruby (2), and under the premise of not completely destroying the ruby (2) material, LED, laser or infrared and ultraviolet rays act on the skin through light change, and the ruby (2) crystal The optical filter function and light-gathering characteristics can be used, and light sources with different wavelengths can be switched. As can be seen with reference to Figure 6, the 395NM ultraviolet LED passes through ruby (2), and then the wavelength is adjusted to produce 694MM. It is completely converted to infrared wavelength, and further improves the special therapeutic effects of whitening, spot removal, anti-inflammatory, and light therapy in medical aesthetics.

As can be seen with reference to FIGS. 2 to 5 and 7 to 10, in more detail, the beauty device of the present invention further includes an upper case (7), a lower case (16), and a jewelry fixing ring (4). Here, the upper case 7 and the lower case 16 are connected to each other and surrounded to form a beauty device cavity; One end of the beauty device cavity is a beauty device head mounting cavity, and the distal end of the upper case 7 is provided with an opening, and the opening communicates with the beauty device head mounting cavity; The jewel holding ring (4) is securely fixed to the opening of the upper case (7), the central part of the jewel holding ring (4) is a hollow section, and the stepped surface for mounting the ruby (2) on the inner wall of the jewel holding ring (4) (21) is installed, the inner diameter of the jewel fixing ring (4) matches the outer diameter of the ruby (2) so that the ruby (2) can be inserted into the jewel fixing ring (4), and the stepped surface (21) Adhesive is installed on the bottom and/or side of the ruby (2) and the jewel fixing ring (4) through the adhesive. The beauty device further includes a heat radiating device, the heat radiating device is installed inside the head mounting cavity of the beauty device, and the heat radiating device includes a cooling piece (3), a heat dissipating block (6), a heat dissipating block fixing support (9), and a fan ( 12), where one side of the cooling piece (3) is attached to the back of the ruby (2), and the other side of the cooling piece (3) is mounted on the heat dissipation block (6); The heat dissipation block (6) is assembled on the heat dissipation block fixing support (9); The central part of the heat dissipation block fixing support 9 is a hollow area, and the fan 12 is installed in the hollow area, and the front of the fan 12 faces the air outlet of the case body of the beauty device, which is advantageous for realizing a heat dissipation function.

Here, the cooling piece (3) is closely attached to the surface of the ruby (2), and rapid conduction to the cooling piece (3) and the heat conduction sheet is realized by utilizing the strong heat conduction performance and strong cold conduction performance of the ruby (2). The cooling piece (3) is closely attached to the surface of the corundum gem and the attachment surface is coated with heat dissipating silica gel to enhance the heat dissipation effect. A heat dissipation block (6) made of copper is attached to the heat dissipation surface of the cooling piece (3), and the cooling piece (3) and heat dissipation block (6) are fixed using a method of firmly locking with the screw of the support and pressed firmly. At the same time, a plurality of through holes used to realize a heat dissipation function are installed in the lower case 16. The upper case 7 and lower case 16 form an integrated body by fastening the buckles to each other using an inner buckle structure. A contact charging metal pellet (18) is installed in the lower case (16) and has a magnetic suction type contact power transmission function for convenient use and quick charging. A backlight bar 17 is further installed in the lower case 16 to serve as a notification by changing the lamp color. The upper case (7) is equipped with a button (8) used for operation and a tail decoration member (15) that improves aesthetics.

In detail, the PCB board includes an electrode head PCB board (5) to connect the electrodes, a button PCB board (10) to connect the buttons (8), and a master control PCB board (13) to connect the control device and other operation needs. satisfies.

As a variation example, the side of the stepped surface 21 is installed as a threaded surface 22, and correspondingly, the side of the ruby 2 is also installed as a threaded surface 22, and the ruby 2 is provided with a jewel fixing ring 4. ) can be connected with a thread. A through hole is installed on the bottom surface of the step surface 21, and the through hole can be installed on the annular bottom surface or on an extension surface formed by extending toward the middle along the annular bottom surface. Matching with each other, through holes that match the through holes of the step surface 21 may be installed in the ruby 2, and the quantity of both is the same, and the positions along the vertical direction correspond, and the bolt 19 Penetrate the ruby (2) and the jewel fixing ring (4) and connect them by firmly fixing them through the nut (20). The jewel head is inserted inside the jewel fixing ring (4) and fixed firmly with adhesive.

The beauty device further includes a pressure ring (1) installed to match the fixing ring of the ruby (2), and the pressure ring (1) and the fixing ring of the ruby (2) are firmly fixed and connected. The opening at the distal end of the upper case (7) is provided with a positioning groove along the circumferential direction, and a corresponding positioning pillar is installed at the bottom of the jewel fixing ring (4), and the positioning pillar is installed inside the positioning groove. do.

The beauty device further includes an inner cover plate 11, the inner cover plate 11 and the lower case 16 form a receiving cavity, and the fan 12 is installed inside the receiving cavity. Fitting connection grooves are installed on both sides of the inner cover plate 11, fitting connection members are installed on the heat dissipation block fixing support 9, and the heat dissipation block fixing support 9 is installed inside the fitting connection groove through the fit connection member. Insert and connect.

As a variation, the ruby (2) may be installed in the jewel retaining ring (4) using a tape electrode piece or a direct encapsulation process. Through a tape electrode piece or direct encapsulation process, the case body and jewel are molded as one piece using an injection mold encapsulation process. For the upper case (7), the encapsulation process structure is designed when designing the mold, and when the mold is produced by injection, the mold is opened, the jewel is placed in the mold design position, the mold is closed, and adhesive is sprayed to form the case body. , The jewel is closely surrounded by the adhesive material to form an integrated structure, which protects the jewel from being damaged, while reducing manpower costs, ensuring high precision and aesthetics, and meeting the three prevention requirements of the product.

As a variation, a step is provided on the trademark surface of the ruby 2. Correspondingly, a cover is installed on the gem fixing ring 4, and is in close contact with the face of the ruby 2 through the cover. The back support is further installed, the back support is in close contact with the lower surface of the ruby (2), and realizes a threaded connection between the back side and the jewel fixing ring (4), and furthermore, the ruby (2) and the jewel fixing ring (4) ) is firmly fixed and connected, and the back support supports the screw so that it is firmly locked to protect the jewelry from being damaged.

This application uses various methods to realize fixation of the ruby 2, including the following methods. Through the adhesive method, a part of the ruby (2) is melted and bonded with ultrasonic waves, and then bonded and connected to the fixing ring with a waterproof adhesive to protect the gem from damage; The ruby (2) is assembled from the inside to the outside using the back support method, and the back support supports the screws so that they are firmly locked to protect the jewel from being damaged; By adding a nut (20) to the bolt (19), multiple bolts (19) penetrate the ruby (2) and the case body, and securely lock the nut (20) to protect the jewel from damage. ; By engaging the threads, the ruby (2) is rotated and secured to protect the gem from damage; Jewelry is protected from damage through tape electrode pieces or direct encapsulation processes.

In the description of this application, the terms “top”, “bottom”, “front”, “back”, “left”, “right”, “vertical”, “horizontal”, “top”, “bottom”, “inside” The orientation or positional relationship indicated by “, “etc.”, etc. is based on the orientation or positional relationship indicated by the drawings, and is only for the purpose of making it convenient to explain and briefly describe the present application, and the device or element indicated must be specified. It should be understood that it does not indicate or imply that the orientation or specified orientation structure and operation must be provided, and therefore, it should be understood that it cannot be understood as a limitation to the present application.

As described above, a specific embodiment of the present invention will be described. It should be understood that the present invention is not limited to the above-specified implementation methods, and that those skilled in the art may make various changes or modifications within the scope of the claims, and that this also does not affect the substantive content of the present invention. . In the absence of conflict, the embodiments and features in the embodiments of the present application may be arbitrarily combined with each other.

Claims (10)

In the ruby plating layer process of beauty devices,
When performing rough processing on the shape of the ruby, a rough processing step of processing it into a shape suitable for mounting the head part of the beauty device;
An electroplating step of forming a gold plating layer by electroplating the surface of the ruby;
A ruby plating layer process for a beauty device comprising a plating layer processing step of engraving the gold plating layer to form a gold plating electrode. According to paragraph 1,
A lead wire is processed inside the ruby or inside the ruby, and the lead wire extends from the inside of the ruby or from the surface of the ruby; Here, the gold plating layer is a ruby plating layer process for a beauty device, characterized in that it further includes a lead wire processing step of connecting one end of the lead wire. According to claim 1 or 2,
The electroplating step is,
A washing step of washing the ruby;
A vacuum plating step of forming a base material layer by vacuum plating titanium nitride on the cleaned ruby surface, and then performing vacuum gold plating again;
A ruby plating layer process for a beauty device comprising: an underwater plating step of forming a gold plating layer by performing underwater gold plating on the vacuum gold plated ruby to make the plating layer thicker. According to paragraph 1,
Ruby plating layer process of a beauty device, characterized in that in the plating layer processing step, the gold plating layer on the ruby surface is engraved in a set pattern using a laser engraver. According to paragraph 1,
The ruby plating layer process of the beauty device further comprises an assembly step in which the ruby forming the gold plating layer is mounted on the head of the beauty device, and the ruby and the PCB board inside the beauty device are tightly locked through screws that conduct electricity. According to paragraph 2,
When processing a lead wire inside a ruby, an electrode hole is installed in the ruby, and the gold plating electrode and the electrode hole of the gem communicate with each other. A ruby plating layer process for a beauty device. According to paragraph 1,
The beauty device further includes an upper case, a lower case, and a jewelry fixing ring, wherein,
The upper case and lower case are connected to each other and surrounded to form a beauty device cavity; One end of the beauty device cavity is a beauty device head mounting cavity, and the distal end of the upper case is provided with an opening, and the opening communicates with the beauty device head mounting cavity; The jewel fixing ring is firmly fixed to the opening of the upper case, the central part of the jewel fixing ring is a hollow area, and a stepped surface with ruby installed is installed on the inner wall of the jewel fixing ring. Ruby plating layer process of a beauty device. In clause 7,
The beauty device further includes a heat dissipation device, the heat dissipation device is installed inside the head mounting cavity of the beauty device, and the heat dissipation device includes a cooling piece, a heat dissipation block, a heat dissipation block fixing support, and a fan, wherein,
One side of the cooling piece is attached to the back of the ruby, and the other side of the cooling piece is mounted on the heat dissipation block;
The heat dissipation block is assembled on a heat dissipation block fixing support;
Ruby plating layer process of a beauty device, characterized in that the central part of the heat dissipation block fixing support is a hollow area, and the fan is installed in the hollow area. According to clause 8,
A ruby plating layer process for a beauty device, characterized in that the front of the fan faces the vent of the case body of the beauty device. In beauty devices,
A beauty device comprising a ruby head, wherein the ruby head is manufactured using the ruby plating layer process of the beauty device according to any one of claims 1 to 9.