Rotating and telescopic signal synchronized beauty machine

Abstract

The rotating and extending type signal synchronized beauty device includes a main body, a main body upper cover attached to a side wall of the main body, and a main body The detachable head cover is attached to the front of the main body. The synchronous rotating table, metal heat sink, lifting telescopic body, and The active rubber flexible body is sequentially provided, and the main board control member is mounted in the main body. On-board control components include a power switch, function switch, lithium battery, and USB charging outlet. , LCD display and DC deceleration motor, and the operation function is located at the inner end of the front part of the main body The DC deceleration motor is attached to the top of the front of the main body and the detachable main body position. The inner edge of the placement head cover is fitted with (A) a path blade brush contact, (B) a path blade A brush contact is provided to conduct a current signal to the motor shaft of the DC reduction motor. (A) A non-polarized current-changing copper tube and a synchronization turntable for synchronizing signals are provided. (B) a polarized current deflection copper tube and a synchronous transmission circuit board member are provided on the surface A of the rotating disk; The photoelectric (laser) synchronization element and heat sink are placed on the B side of the synchronization turntable. A) The blade brush contact of the DC reduction motor is (A) no The blade brush contact of the (B) path contacts the pole current deflection copper pipe and It is configured to contact the (B) non-polarized current deflection copper tube on the A side, and on the B side of the synchronous rotating disc. The lifting and contracting body and the lifting and contracting spring are attached to the end, and the lifting and contracting body and the synchronous rotating table are connected to each other. The telescopic function is configured, and an active rubber flexible body is attached to the outer end of the front part of the lift telescopic body. It is being done.

Description

[Technical Field]

[0001] The present invention relates to the technical field of beauty machines, and more particularly to a rotary and telescopic signal-synchronized beauty machine. do. [Background technology]

[0002] Beauty devices are common beauty devices on the market. However, existing beauty device technologies are limited in the following areas: (1) The beauty head of the existing beauty device rotates and automatically moves up and down. (2) The beauty head of the existing beauty device has a single, fixed structure and does not have a retractable function. (3) The surface of the working body of the beauty head of the existing beauty device cannot be used. The face does not have an active rubber soft material that mimics the human body as a key cosmetic component. (4) Existing beauty devices irradiate the wall within the light guide surface, but there is an arc and the beam changer uses a lens system. There is no exchange. Summary of the Invention [Problem to be solved by the invention]

[0003] The present invention provides a rotating and telescopic signal synchronized beauty machine, which has a simple structure and is easy to operate. The removable body is positioned on the head cover and rotates in synchronization with the signal. In accordance with the above, it has realized the integrated functions of light, electricity, expansion and contraction, and rotation. It is especially suitable for various beauty salons. do. [Means for solving the problem]

[0004] The present invention provides a rotating and telescopic signal-synchronized beauty device, comprising: a main body; The main body upper cover is engaged with the main body, and a detachable main body positioning head cover is assembled to the front part of the main body. The front of the main body and the detachable head cover are connected by a synchronous rotating disc and a metal heating element. The sink, the lifting telescopic body, and the active rubber flexible body are sequentially installed, and the main board control The main board control components are power switch, function switch, lithium Includes battery, USB charging outlet, LCD display and DC reduction motor.

[0005] A DC reduction motor is installed at the inner end of the front part of the main body, which can perform the driving function. The blade blade of the (A) path is attached to the top edge of the front part and the inner edge of the detachable main body positioning head cover. (A) is provided with a blade brush contact, (B) with a blade brush contact, and (C) with a blade brush contact. The current signal source of the blade brush contact in (B) path is synchronous transmission. Connect to the control signal source of the circuit board component and transmit the current signal to the motor transmission shaft of the DC reduction motor. (A) non-polarized current change copper tube for conducting the signal, and a synchronization turntable for synchronizing the signal. (B) a non-polarized current deflection copper tube and a synchronous transmission circuit board member are provided on the A surface of the synchronous turntable; A photoelectric (laser) synchronizing element and a heat sink are arranged on the B side of the synchronous rotating disk. , (A) path of the blade brush contact on the motor transmission shaft of the DC reduction motor (A ) contacts the non-polarized current deflection copper tube, and (B) the blade brush contact of the path is on the synchronous rotating disc. The blade (brush) is configured to contact the non-polarized current deflection copper pipe (B) on the A side. ) contact to the non-polarized current deflector (seat tube) on the motor transmission shaft of the DC reduction motor. The signal is transmitted to the synchronous transmission circuit board on the A side of the synchronous turntable via the synchronous transmission tube. Then, through the synchronous transmission circuit board component to the photoelectric (laser) synchronous element on the B side of the synchronous turntable The laser source (in Figure 8) 2-2 is located on the arc surface of the telescopic body 1-1 (A). The beam is irradiated and then emitted by arc-shaped beam transformation to irradiate.

[0006] A heat sink is provided on the outside of the photoelectric (laser) synchronization element. The pull pin of the phase element transmits the signal to the through hole of the synchronous turntable and also It is soldered to the synchronous transmission circuit board component on the surface.

[0007] The lifting and contracting body and the lifting and contracting spring are attached to the top end of the B side of the synchronous rotating table. The lifting and telescoping function is formed between the rotating disc and the lifting and telescoping body. Each positioning pin is fitted with a lifting expansion spring, On the B side of the turntable, there are several positioning pin holes to align with the positioning pins. The positioning pin is provided in the positioning pin hole, and one end of the lifting expansion spring is connected to the positioning pin. The front end of the lifting and telescoping body is fixed on the outer wall of the lifting and telescoping body, and the other end is fixed in the positioning pin hole. An active rubber soft body is attached to the outer end of the

[0008] Furthermore, the material of the synchronous rotating disk is plastic.

[0009] Furthermore, the active rubber flexible body is arc-shaped like a flying disc. The radius of the surface corner R chamfer is R60~120.

[0010] Furthermore, the radius of the chamfered corner R on the top surface of the lifting and expanding body is set to R60 to R120.

[0011] Furthermore, a lifting expansion spring is provided at the center of the lifting expansion body, and one end of the lifting expansion spring is connected to a synchronous rotation. It is located on the B side of the board.

[0012] Furthermore, the inner arc-shaped grooves on the top light guide surface of the lifting telescopic body are used as lenses to convert the beam. It is designed to allow [Effects of the Invention]

[0013] The advantages and positive effects of the present invention are due to the adoption of the above technical solutions. 1) Ensure the stability of the aircraft during cosmetic use and limit its position; This is advantageous for cleaning and maintenance. 2) The blade (brush) contact and the non-polarized current deflection copper tube work together to In rotation, it "accompanies" the signal and rotates synchronously. 3) The lifting and telescoping body rotates and automatically moves up and down based on the force desired by the human body. 4) The inner arc-shaped grooves on the top light-guiding surface of the telescopic body are in the form of a beam conversion lens, and are positioned far from the light source. It can be emitted at a distance and penetrates deep into the skin. It stimulates the skin, reduces wrinkles, and improves blood circulation (see graph 1-2 for measurement examples). 5) Realize integrated functions of light, electricity, expansion and contraction, and rotation. [Brief explanation of the drawings]

[0014] [Figure 1] 1 is a front view of the overall configuration of the present invention; [Figure 2] FIG. 1 is an exploded view of the configuration of the present invention. [Figure 3] FIG. 2 is a bottom exploded view of the structure of the present invention. [Figure 4] 1 is a diagram illustrating the transmission principle of a synchronous electric circuit of the present invention; [Figure 5] FIG. 1 is a cross-sectional view of the overall assembly of the present invention. [Figure 6] 1 is a schematic diagram of a synchronization circuit in a synchronous turntable of the present invention; [Figure 7] FIG. 2 is a schematic diagram of the main board circuit of the present invention. [Figure 8A] FIG. 1 is a schematic diagram of an experimental measurement of the present invention. [Figure 8B] FIG. 10 is a diagram showing a measurement example of an embodiment of the present invention.

[0015] [Explanation of symbols] Main unit 1 Main board control component 2 DC reduction motor 3 (A) Path of blade brush contact 4 (B) Path of blade brush contact 5 Synchronous transmission circuit board components 6 Synchronous Turntable 7 Photoelectric (laser) synchronization element 8 Metal Heat Sink 9 Lifting telescopic body 10 Lifting and retraction spring 11 Active rubber softener 12 Detachable main body positioning head cover 13 (A) Non-polar current changing copper tube 14 (B) Polarless current-changing copper tube 15 Removable engagement locating pin 16 Lithium Batteries 17 Power switch 18 Function Switch 19 LCD display 20 USB charging outlets 21 Main unit top cover 22 Motor transmission shaft 23 DETAILED DESCRIPTION OF THE INVENTION

[0016] As shown in FIGS. 1 to 7, the rotary and extendable signal-synchronized beauty device according to the present invention includes a main body 1. As shown in FIGS. A main body upper cover 22 is attached to the rear side of the main body 1. A main board control member 2 is provided inside the main body 1. A detachable main body positioning head cover 13 is attached to the front of the main body 1. A synchronous circuit is provided between the base of the main body 1 and a detachable main body positioning head cover 13. A rolling plate 7, a metal heat sink 9, a lifting telescopic body 10, and an active rubber flexible body 12 are provided in this order. It is being done.

[0017] The main board control member 2 includes a power switch 18, a function switch 19, and a lithium battery 1. 7, a USB charging outlet 21, an LCD display 20, and a DC reduction motor The function switch 19 controls the DC reduction motor 3 via the main board CPU circuit. LCD display 20, power switch 18, function switch 19, and LCD The display 20 is exposed on the front side of the main body. An outlet 21 is provided.

[0018] The control signal source of the synchronous transmission circuit board member is attached to the front part of the main body 1 via (A). (B) Connects to blade brush contact 4 of path (A) and blade brush contact 5 of path (B). Here, the blade brush contact 4 of the (A) path is connected to the (VCC+) current shunt. The (B) path's blade brush contact 5 is the (VCC-) current signal source. It is the source.

[0019] 1. (A) Route The current signal source (VCC+) of the blade brush contact 4 of the (A) path is (A) non-polar current change on the motor transmission shaft 23 of the DC reduction motor 3 through the blade of the (A) The polarized current-changing copper tube 14 is in contact with the motor transmission of the DC reduction motor 3. The motor shaft 23 of the DC reduction motor 3 is tightly attached to the shaft 23. The null source (VCC+) is connected to a metal heat sink 9 attached to the B-side turntable of the synchronous turntable 7. The screw on the metal heat sink 9 is assembled to the motor transmission shaft 23 of the DC reduction motor 3. The current signal source (VCC+) is connected to the photoelectric converter ( Connected to the (V+) terminal of the photoelectric (laser) synchronization element 8. The case is V+.

[0020] 2. (B) Route (B) The current signal source (VCC-) of the blade brush contact 5 of the path is (B) A of the synchronous turntable 7 is attached to the A side of the turntable 7 via the non-polar current deflection copper tube 15. The signal is transmitted to the synchronous transmission circuit board member 6 connected to the surface, and the signal is transmitted to the synchronous transmission circuit board member 6. The signal is transmitted to a photoelectric (laser) synchronization element 8 between the A and B sides of the rotating disk 7. The current signal source (VCC+) for the A and B sides of all synchronous rotating discs, the current signal source ( The VCC- and photoelectric (laser) synchronization elements 8 all move with the rotation of the synchronization turntable 7. These signals are transmitted from the perspective surface of the lifting telescopic body 10. The blade brush contacts on both the A and B paths are The non-polarized metal current deflection copper tube 14 running on the motor 3 transmission shaft and the non-polarized metal current deflection copper tube 14 installed on the synchronous rotating disc The signal is transmitted and operated through a circuit including a current deflection copper tube 15.

[0021] The lifting and telescoping body 10 is disposed on the B side of the synchronous rotating table 7. A plurality of positioning pins are provided. Each positioning pin is fitted with an elevating expansion spring 11. At the B side position of the synchronous rotating disk 7, there are multiple positioning pin holes that are aligned with the positioning pins. The positioning pin is provided in the positioning pin hole. The end is fixed on the outer wall of the positioning pin, and the other end is fixed in the positioning pin hole. The positioning pin in the lowering and extending body 10 and the lifting and extending spring 11 correspond to the synchronous rotating table 7. The signal is transmitted synchronously to the positioning pin hole of the lifting telescopic body 10. When inserted into the positioning pin hole of the cable transmission turntable 7, it can be raised and lowered, and the circuit In the overall rotation, it is possible to simultaneously realize optical, electrical, expansion and contraction, and "accompanying" rotation, That is, the lifting telescopic body 10 is driven by the rotation of the synchronous turntable 7. The material of the lifting telescopic body 10 is transparent or opaque plastic. The loop (2-2) passes through the transparent body 10 and moves to the top end of the elastic body 10 in a "following" manner during rotation. The light is transmitted to the inner arc-shaped groove (1-1)(A) of the light guide surface, and the light is converted into a light source by the beam conversion lens method. The active rubber flexible body 1 is attached to the outer end of the front part of the lifting telescopic body 10. 2 is placed.

[0022] When the lifting and lowering telescopic body 10 is being worked on, its lifting height is determined by the detachable main body positioning head cover 1. The top surface of the detachable main body positioning head cover 13 is positioned on the top surface of the rotary head. When rotating, it prevents instability due to displacement during cosmetic use from affecting positioning and alignment. The bottom end of the detachable body positioning head cover 13 has a plurality of detachable The detachable engagement positioning pin 16 is provided on the main body. This allows for easy assembly, cleaning and maintenance. Maintenance will be easier.

[0023] In this embodiment, the synchronous rotating disk 7 is made of plastic.

[0024] In this embodiment, the active rubber flexible body 12 is formed in an arc shape like a flying disc. The radius of the hole shall be R60 to 120.

[0025] In this embodiment, the radius of the chamfered corner R on the top surface of the lifting and telescoping body 10 is set to R60 to R120. Examples of the present invention How to implement the present invention

[0026] The operating principle and process of this embodiment will now be described. 1) The detachable body limits the position of the head cover, ensuring stability of the machine's movement during beauty use. It is advantageous for securing, limiting location, and for cleanliness and maintenance. 2) The blade (brush) contact and the non-polarized current deflection copper tube cooperate to make the lifting and telescoping body , while rotating, it rotates synchronously with the signal. 3) Synchronous signal transmission On the A side of the synchronous turntable, (B) non-polarized current deflection copper tube, synchronous transmission circuit board part It is equipped with a photoelectric (laser) synchronizing element, i.e., a light source launch tube. and rotation. 4. The positioning pins and springs of the lifting and lowering telescopic body and the corresponding positioning pins of the synchronous turntable By combining holes and synchronizing with the light source, it automatically adjusts the force required by the human body. It can be operated up and down. 5) The inner arc-shaped grooves on the top light-guiding surface of the telescopic body are used as a beam conversion lens to It can be emitted at a long distance and penetrates deep into the skin, stimulating the skin layer and reducing wrinkles. Relaxes and improves blood circulation. 6 An active rubber flexible body is placed on the top light-guiding surface of the lifting telescopic body. Flexible, friction-resistant active rubber By making it flexible, it is possible to simulate a human massage. This results in an efficient, convenient and comfortable use.

[0027] Although one embodiment of the present invention has been described in detail above, the contents of the present invention may be further improved by carrying out the present invention. The present invention is not limited to the embodiments described herein and should not be construed as limiting the scope of the present invention. Any equivalent changes and improvements made in accordance with the present invention should fall within the scope of the patent of the present invention. do.

Claims

1. A rotating and telescopic signal synchronized beauty device capable of irradiating light onto the skin, comprising a main body, a main body upper cover attached to the side wall of the main body, a detachable main body positioning head cover assembled to the front part of the main body, a synchronous rotating disk, a metal heat sink, a lifting and telescopic body, and a rubber flexible body sequentially provided between the front part of the main body and the detachable main body positioning head cover, a main board control member attached within the main body, the main board control member including a power switch, a function switch, a lithium battery, a USB charging outlet, an LCD display, and a DC deceleration motor, A DC reduction motor capable of performing a driving function is mounted on the front part of the main body, and a (A) path blade brush contact and a (B) path blade brush contact are provided on the front part of the main body and the inner end of a detachable main body positioning head cover. A (A) polarized current-changing copper tube that transmits a current signal and a synchronous turntable that rotates synchronously with the current signal are provided on the motor transmission shaft of the DC reduction motor. A (B) polarized current-changing copper tube and a synchronous transmission circuit board member are provided on the A side of the synchronous turntable that faces the main body, and a plurality of photoelectric (laser) synchronization elements and a metal heat sink that are electrically connected to the synchronous transmission circuit board member are arranged on the B side of the synchronous turntable that is the side opposite to the main body. The blade brush contact of the (A) path is configured to contact the (A) non-polar current-changing copper tube on the motor transmission shaft of the DC reduction motor, and the blade brush contact of the (B) path is configured to contact the (B) non-polar current-changing copper tube on the A surface of the synchronous turntable, and the (A) path transmits the current signal of the main board control member to the photoelectric (laser) synchronous element via the (A) path blade brush contact, the (A) non-polar current-changing copper tube, and the metal heat sink, and the (B) path transmits the current signal of the main board control member to the photoelectric (laser) synchronous element via the (B) path blade brush contact, the (B) non-polar current-changing copper tube, and the synchronous transmission circuit board member, An elevating and expanding body and an elevating and expanding spring are attached to the upper end of the B side of the synchronous turntable, and an elevating and expanding function is formed between the elevating and expanding body and the synchronous turntable, and a flexible rubber body is attached to the front part of the elevating and expanding body, and the flexible rubber body can protrude outside the detachable main body positioning head cover. This is a rotating and telescopic signal-synchronized beauty machine.

2. 2. The rotating and telescopic signal-synchronized beauty machine according to claim 1, wherein the surface corners of the lifting and telescoping body are chamfered, and the material thereof is transparent or opaque plastic.

3. 3. The rotating and extending type signal synchronized beauty device according to claim 2, wherein the flexible rubber body is in the shape of a circular arc.

4. The rotating and telescopic signal-synchronized beauty machine according to claim 1, characterized in that a plurality of detachable engagement positioning pins are provided at the bottom end of the detachable main body positioning head cover, and the detachable engagement positioning pins are provided in the engagement positioning grooves of the main body.

5. The rotating and extending type signal synchronized beauty machine according to claim 1, characterized in that the photoelectric (laser) synchronization element is provided with a metal heat sink, and the pull pin of the photoelectric (laser) synchronization element passes through the through hole of the synchronous turntable and is soldered to the synchronous transmission circuit board member on the A side of the synchronous turntable.

6. 2. The rotary telescopic signal synchronized beauty machine according to claim 1, wherein the lift-up telescopic body is provided with a plurality of positioning pins, each of which is fitted with a lift-up expansion spring, the synchronized turntable is provided with a plurality of positioning pin holes at the B-side position to match the positioning pins, the positioning pins are provided in the positioning pin holes, one end of the lift-up expansion spring is fixed on the outer wall of the positioning pin, and the other end is fixed in the positioning pin hole.

7. 2. The rotary telescopic signal synchronized beauty machine according to claim 1, wherein the lifting extension spring is provided at the center of the lifting extension body, and the other end of the lifting extension spring is provided on the surface B of the synchronized turntable.

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