WO2020133869A1 - Intelligent toilet mirror, multifunctional and safe intelligent toilet mirror, and twin-direction rotating mirror - Google Patents

Abstract

Disclosed are an intelligent toilet mirror, a multifunctional and safe intelligent toilet mirror, and a twin-direction rotating mirror. The intelligent toilet mirror comprises: a toilet mirror body (10) and a base (20), wherein video signal equipment (30) and light-control equipment (40) are arranged on the toilet mirror body (10), and a wireless charging chip module (22), a temperature sensing module and a humidity sensing module are arranged on the base (20), so that a visual signal function, a sensing light-control function, a wireless charging function, and a temperature and humidity detection function are achieved. The multifunctional and safe intelligent toilet mirror comprises: a shell (1), a mirror face (123), and a mirror support (11), wherein the shell (1) is provided with a control plate, a single chip microcomputer, a camera, and an illumination module, the single chip microcomputer and the camera are electrically connected to the control plate, the shell (1) is further provided with a sensing piece connected to the single chip microcomputer and used for acquiring the rotating angle of the shell (1) relative to the mirror support (11), the control plate receives a signal of the single chip microcomputer so as to enable the camera to be shut down or started to protect the privacy of a user, and the camera is prevented from being controlled by a hacker. The twin-direction rotating mirror comprises: a shell (1), a mirror face (123), and a mirror support (11), wherein the mirror support (11) and the shell (1) are in a pivot joint through a rotating shaft assembly, the rotating shaft assembly comprises a wiring rotating shaft piece and a positioning rotating shaft piece, the two ends of the shell (1) are in a pivot joint with the two ends of the mirror support (11) through the wiring rotating shaft piece and the positioning rotating shaft piece, so that the toilet mirror achieves rotation within a certain angle range, and then the user can conveniently select the proper angle for use.

Description

Smart vanity mirror, multifunctional safe smart vanity mirror and bidirectional rotating mirror Technical field

The invention relates to the field of mirrors, in particular to an intelligent vanity mirror, a multifunctional safety intelligent vanity mirror and a bidirectional rotating mirror.

Background technique

The vanity mirror is a mirror that provides people with convenient dressing. It is often used in girls’ bedrooms or toilets. Compared with ordinary mirrors, it can clearly show users the subtle places on the face. It is said that every adult woman has at least one vanity mirror. However, the single function of the vanity mirror currently on the market does not meet people's needs well.

It often happens that people use smart phones, smart tablets and other smart terminal devices when they use dressing mirrors for dressing, but this leads to a series of problems: people may use smart terminals to watch beauty videos and entertainment videos. , May also use the smart terminal for live broadcast or video chat, however, in this case, the user can not look at the mirror at the same time to engage in corresponding things on the smart terminal, nor can he engage in other things on the smart terminal. In addition, long-term use of smart terminals will inevitably lead to problems such as power loss of smart terminals. People need to find power sources everywhere to charge smart terminals.

In addition, the existing vanity mirror intelligence is only used to look at the mirror. The built-in light source of the mirror does not consider the environmental changes, and it is not true for the user to make up and image restoration in multiple scenes, which affects the use of the vanity mirror itself.

Not only that, the existing vanity mirror basically includes a bracket, a shell pivotally connected to the bracket, the mirror surface in the shell is only used to look at the mirror, and the structure of the rotating shaft is simple, and it is not possible to run wires or data lines, and the bracket and the shell cannot be realized. When there are electronic components inside, the need for interconnection between them makes it difficult for the vanity mirror to develop in a smart direction; it is easy to damage when used; and the existing vanity mirrors generally do not have cameras.

Therefore, both the performance, structure and additional functions of the vanity mirror need to be improved to better meet people's needs.

Summary of the invention

The object of the present invention is to provide an intelligent vanity mirror which has wireless charging function, induction dimming function, visual communication function and temperature and humidity detection function, and is a comprehensive multifunctional vanity mirror, which is a An intelligent product with media transmission and user interaction.

The purpose of the present invention is to provide a two-way rotating mirror, the structure of the rotating shaft assembly is firm, and the wire can be run, the limited position function of the rotating shaft assembly, and the fixed point feedback reminder function, the user experience is good.

The purpose of the present invention is to provide a multifunctional vanity mirror, which can be rotated to make the lamp face to the desktop, and used as a desk lamp. The structure of the shaft assembly is firm, and the wire can be routed. The shaft assembly has a limited position function. .

The object of the present invention is to provide a multifunctional safety smart vanity mirror with a light-emitting component, which can be rotated to make the light-emitting component face to the desktop, and used as a desk lamp; The camera will not be aimed at the user's home when facing the desktop, and the camera is disabled at the bottom of the automatic system to prevent hackers from using the camera to violate user privacy and achieve double protection.

In order to achieve any of the above objects of the invention, the present invention provides an intelligent dressing mirror, including a base, a dressing mirror body placed on the base, video equipment and light adjusting equipment placed on the dressing mirror body; wherein the dressing The mirror body includes a mirror bracket and a mirror body connected to the mirror bracket; wherein the mirror body includes a front housing and a rear housing which are connected together, a display screen and a mirror surface placed on the front housing, the mirror surface Cover the surface of the display screen; the video equipment includes a function main control circuit board, a camera component, a sound receiving component and a sound emitting component, wherein the camera component, the sound receiving component and the sound emitting component are all connected to the function The main control circuit board, the function main control circuit board is connected to the display screen; the light adjustment device includes a light bar placed on the side of the mirror surface, a color temperature sensor board, a brightness sensor board and a light sensor, wherein the light Bar, the color temperature sensor board, the brightness sensor board and the light sensor are all connected to the function main control circuit board; the base includes a matching base upper shell and a base lower shell, which are placed on the base wireless The charging chip module and the device access data board, wherein the device access data board is provided with a temperature sensing module and/or humidity sensing module, and the device access data board is connected to the function main control circuit board to display on the display Temperature information and humidity information are displayed on the screen; and at least one through hole is provided on the side of the base, and the through hole communicates with the inner and outer spaces of the base.

Compared with the prior art, the present invention has the following beneficial effects:

1. With wireless charging function: add a wireless charging module and chip inside the vanity mirror in combination with other mechanical structures. The wireless charging module is placed in the base to charge the smart terminal placed on the base. It is suitable for different types of wireless The intelligent terminal with charging function performs wireless charging.

2. With temperature and humidity detection function: the temperature sensing module and humidity sensing module are set on the circuit board in the base of the vanity mirror, and the temperature sensing module and the humidity sensing module can detect the ambient temperature and humidity through the through holes provided on the base without using The exposure module is in the air, and no additional temperature sensor and humidity sensor are needed, which reduces the manufacturing cost.

3. With sensor dimming function: The vanity mirror has a built-in light sensor to sense the environment and intelligently adjust the lighting effect according to the environment, which truly restores the user's makeup and imaging in multiple scenes.

4. With visual communication function: The vanity mirror has built-in video equipment and display screen, which can realize visual communication with the external environment on the display screen through the video equipment, which enables users to realize visual communication while using the vanity mirror. Or use some terminal functions.

5. The design of specific shaft structure realizes the rotation of the vanity mirror in a certain range of angles, and it is convenient for the user to choose the appropriate angle of use and the video angle.

BRIEF DESCRIPTION

FIG. 1 is a schematic structural diagram of a smart vanity mirror according to an embodiment of the present invention.

2 is a schematic side cross-sectional view of a smart vanity mirror according to an embodiment of the invention.

3 is an exploded schematic view of the base of the smart vanity mirror according to an embodiment of the invention.

4 is an exploded schematic view of the mirror body of the smart vanity mirror according to an embodiment of the invention.

5 is a schematic structural diagram of a mirror holder of an intelligent vanity mirror according to an embodiment of the present invention,

6 is a schematic diagram of an internal structure of a smart vanity mirror according to an embodiment of the invention.

7 is a schematic structural view of a base of a smart vanity mirror according to an embodiment of the invention.

8 is a schematic structural diagram of a bidirectional rotating mirror according to an embodiment of the present invention.

FIG. 9 is a top cross-sectional view of an embodiment of the present invention, A is a portion of a cable rotation shaft member, and B is a portion of a positioning shaft member.

FIG. 10 is a schematic diagram of the structure of the cable rotation shaft part in FIG. 8.

11 is a schematic view of the structure of the positioning shaft member in part B of FIG. 8.

FIG. 12 is a schematic structural view of the wear-resistant sheet and the circlip in FIG. 10.

FIG. 13 is a schematic structural diagram of the second shaft barrel 507 and the bracket rotating shaft fixing member 512 in FIG. 11.

14 is a schematic structural view of the positioning rotating shaft 508 and the rear housing rotating shaft fixing member 511 in FIG. 11.

FIG. 15 is a schematic structural diagram of the second shaft groove 509 in FIG. 11.

In the picture: 10-dressing mirror body, 1-case, 11-mirror bracket, 111-support column, 112-U-shaped body, 12-mirror body, 121-front case, 1211-mirror groove, 1212-display Groove, 122-display, 123-mirror, 124-side shell trim, 125-rear shell, 20-base, 21-base shell, 211-base upper shell, 212-base lower shell, 22-wireless Charging chip module, 23-touch control component, 231-touch trigger element, 232-touch switch circuit board, 24-power access circuit board, 25-device access data board, 26-weight block, 27-slip mat , 28-through hole, 30-video equipment, 31-function main control circuit board, 32-camera component, 33-receiver component, 34-sounder component, 40-light adjustment device, 41-light bar, 42-light guide Cup, 43-color temperature sensor board, 44-brightness sensor board, 45-light sensor, 46-light distance sensing silicone sleeve, 47-light-transmitting cover, 50-rotation connection structure, 51-rotation shaft fixing piece, 511-rear Shell rotating shaft fixing piece, 512-bracket rotating shaft fixing piece, 52-over thread bushing, 53-wear plate, 54-retaining spring, 55-crimping plate, 501-first shaft barrel, 502-first shaft groove, 503 -Card slot, 504-reed hole, 505-accommodating slot, 506-buffer ring, 507-second shaft barrel, 508-positioning shaft, 509-second shaft slot, 510-clamping bar, 513-catching, 514 -Positioning bead, 515-shaft cover.

detailed description

The technical solutions in the embodiments of the present invention will be described clearly and completely in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art belong to the protection scope of the present invention.

Those skilled in the art should understand that in the disclosure of the present invention, the terms "portrait", "horizontal", "upper", "lower", "front", "rear", "left", "right", " The azimuth or positional relationship indicated by "vertical", "horizontal", "top", "bottom", "inner", "outer", etc. is based on the azimuth or positional relationship shown in the drawings, which is only for the convenience of describing the present invention and The description is simplified, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operate in a specific orientation, and therefore the above terms should not be construed as limiting the present invention.

It can be understood that the term "a" should be understood as "at least one" or "one or more", that is, in one embodiment, the number of an element can be one, and in other embodiments, the The number can be more than one, and the term "one" cannot be understood as a limitation on the number.

The present invention provides a multifunctional safety smart vanity mirror and a bidirectional rotating mirror. Compared with the prior art, the vanity mirror itself has been greatly optimized and improved in performance, structure and functionalization. Functional safety smart vanity mirrors include, but are not limited to, smart vanity mirrors with wireless charging function, induction dimming function, visual communication function and temperature and humidity detection function; both wireless charging function, induction dimming function, visual communication function and temperature Smart vanity mirror with humidity detection function; multifunctional safety smart vanity mirror with protection against hackers infringing camera functions; bidirectional rotating mirrors include but not limited to bidirectional rotating vanity mirrors, vanity mirrors with table lamp function.

As shown in FIGS. 1 to 6, the structure of a smart vanity mirror according to an embodiment of the present invention is shown. The smart vanity mirror includes a base 20 and a vanity mirror body 10 placed on the base 20, wherein the The vanity mirror body 10 includes a mirror bracket 11 and a mirror body 12 supported on the mirror bracket 11, wherein the mirror bracket 11 is supported on the base 20, and the mirror body 12 is connected to the mirror bracket 11 . The invention provides a multifunctional intelligent vanity mirror. The multifunctional intelligent vanity mirror can realize wireless charging function, induction dimming function, visual communication function and temperature and humidity detection function at the same time. It has a wide range of market applications. In addition, the vanity mirror can Separately equipped with wireless charging function, induction dimming function, visual communication function and temperature and humidity detection function.

Previously, a unified wireless charging standard Qi1.0 was released by the Wireless Charging Alliance (WPC), which is currently supported by more and more manufacturers and developed products that make smart terminals have the function of wireless charging. Set to meet the wireless charging of similar devices.

Specifically, as shown in FIG. 3, the base 20 includes a base housing 21, a wireless charging chip module 22 placed in the base housing 21, a power access circuit board 24 and a device access data board 25 , Wherein the base shell 21 includes a base upper shell 211 and a base lower shell 212, a base cavity is formed in the base lower shell 212, the base upper shell 211 is placed on the base lower shell 212, so The wireless charging chip module 22, the power access circuit board 24, and the device access data board 25 are all placed in the base cavity.

Among them, the wireless charging chip module 22 is disposed near the position of the upper shell 21 of the base, and the wireless charging chip module 22 further includes a wireless charging coil and a wireless charging matching circuit, the wireless charging matching circuit controls the The wireless charging coil provides current, and when the wireless charging matching circuit is energized, the wireless charging coil is applied with alternating current to generate a high mating side magnetic field. At this time, the smart terminal placed on the base 20 is built in The receiving end of the device picks up the electromagnetic energy of the wireless charging chip module 22 through magnetic field coupling, and after rectification and filtering, charges the intelligent terminal with a fixed DC voltage and current.

In some cases, the wireless charging chip module 22 further includes a wireless charging chip that controls the current condition of the wireless charging matching circuit to ensure that the wirelessly delivered current meets the charging requirements of the smart terminal; and, The wireless charging chip also controls the delivery current of the wireless charging matching circuit to avoid overload or insufficient current. Alternatively, a magnetic shielding layer is provided between the wireless charging coil and the wireless charging matching circuit, so as to reduce the influence of the wireless coil on the wireless charging matching circuit during operation.

A charging mark area is provided on the upper surface of the base upper shell 211 corresponding to the position of the wireless charging chip module 22, and the charging mark area may be one or more marks such as a text mark, a pattern mark, a sound mark, a shape mark, etc. In the form, the smart terminal is placed in the area where the charging mark area is located for charging. In addition, it is worth mentioning that in this embodiment, the upper surface of the base upper case 211 is a flat surface, so it can be applied to place smart terminals of different sizes and sizes to expand the wireless charging function The applicable environment of the vanity mirror. In other embodiments, a groove or a holder is provided on the upper surface of the base upper case 211 where the charging mark area is located, so as to better stably place the smart terminal.

The power access circuit board 24 is placed in the inner cavity of the bottom case, the side wall of the base 20 forms an external power interface, the power access circuit board 24 communicates with the external power interface, and connects to the The wireless charging chip module 22 and the vanity mirror body 10, specifically, can be connected to a light bar 41 to provide energy support for the wireless charging chip module 22 and other electrical equipment, and multiple electrical equipment share the same power supply The circuit board 24 is plugged in to optimize the arrangement of internal components. In the embodiment of the present invention, the external power supply may be a DC power supply or an AC power supply, and the power supply access circuit board 24 may handle the nature of the external power supply.

The device access data board 25 is placed in the inner cavity of the bottom case, the device access data board 25 is connected to the power access circuit board 24, and the power access circuit board 24 connects the device The data board 25 provides energy support. In addition, the device access data board 25 is provided with at least one temperature sensing module and humidity sensing module for detecting temperature and humidity, respectively.

It is worth mentioning that, since the temperature sensing module and the humidity sensing module are both placed in the base 20, the device access data board can be protected from direct exposure to the external environment, and in order to obtain an accurate environment Temperature and ambient humidity, the base 20 is provided with a through hole on the side, the through hole makes the base 20 in a state of internal and external communication, and the size and volume of the through hole is small, will not affect the inside of the base 20 The normal operation of the components, the arrangement of the through holes makes the inside and outside of the base 20 in the same environmental state, so that the temperature sensing module and the humidity sensing module placed on the device access data board 25 can detect the ambient temperature and environment humidity. In addition, the arrangement of the through holes also has the effect of ventilating the base 20 to prevent the heat generated during the operation of the internal components from accumulating in the base.

The side wall of the base housing is provided with four through holes provided in symmetrical positions, and the through holes are located on both sides of the external interface, and the external interface can be used to access an external power source.

The advantages of this setting method are: first, the built-in temperature sensing module and humidity sensing module do not need to be directly exposed to the external environment, and can accurately obtain the ambient temperature and ambient humidity; second, there is no need to additionally set a separate temperature sensor And the humidity sensor, it only needs to set a temperature sensing module and a humidity sensing module that can sense temperature and humidity, which reduces the cost and the weight of the vanity mirror.

In addition, a touch control component 23 is formed on the base 20. The touch control component 23 includes a touch trigger element 231 and a touch switch circuit board 232. The touch trigger switch element 231 is connected to the touch switch circuit board 232, the touch switch circuit board 232 controls the operation of the vanity mirror body 10 and the power access circuit board 24 through a line connection. At this time, when the user triggers the smart vanity mirror through the touch trigger element 231 When the touch trigger element 231 is triggered, the power supply corresponding to the internal circuit is turned on, so that the smart vanity mirror provides one of the functions of lighting, wireless charging, visual communication, and temperature and humidity detection. One or more. Wherein, the touch trigger element 231 can be selected as one of a button, a touch switch, and an induction switch.

In addition, in order to ensure the stability of the vanity mirror, the base 20 includes symmetrically disposed weights 26, specifically, the base 20 includes a first weight and a second weight disposed at the center of symmetry Block, the arrangement of the first weight block and the second weight block causes the center of gravity of the vanity mirror to move downward, ensuring the center stability of the base 20. In this case, when the smart terminal is placed When it is on the base 20, it can be ensured that the base 20 is in a stable state, so as not to cause the vanity mirror to deform or fall over.

In addition, the bottom side of the base lower shell 212 is provided with a non-slip pad 27, which increases the friction between the base 20 and the placement surface to further ensure the structural stability of the vanity mirror during use . In addition, the arrangement of the anti-skid pad 27 can also reduce the abrasion of the base 20 by the external environment and prolong the service life of the vanity mirror with wireless charging function.

It is worth mentioning that, in an embodiment of the present invention, the base 20 is an irregular columnar body with an upper size and a smaller size, that is, the cross-sectional area of the base upper shell 211 is larger than that of the base lower shell 212 The cross-sectional area ensures that the upper surface of the upper shell 211 of the base has the largest possible surface, and the structure of the base 20 is still stable.

As shown in FIG. 5, the mirror bracket 11 includes an upright support column 111 and a U-shaped body 112 disposed on the support column 111, and generally has a Y-shape. The two ends of the U-shaped body 112 are spaced from each other At a distance, the mirror body 12 is connected to both end sides of the U-shaped body 112 so as to be supported on the mirror bracket 11. In addition, two through holes are formed at both ends of the U-shaped body 112 so that the mirror body 12 is connected to the mirror bracket 11. Of course, in some embodiments, the mirror body 12 is pivotally connected to the U-shaped body, so that the mirror body 12 is rotatable relative to the mirror bracket 11, and the mirror body 12 can be rotated through the connection structure 50 The mirror holder 11 is rotatably connected.

As shown in FIG. 4, the mirror body 12 includes a front case 121 and a rear case 125 connected together, a display screen 122 and a mirror surface 123 placed on the front case 121, and the front of the front case 121 A mirror recess 1211 is formed inwardly on the surface (the side relatively away from the rear case 125), and a display recess 1212 is further recessed inward on the plane of the mirror recess 1211, wherein the display 122 is placed In the groove 1212 of the display screen, the mirror surface 123 is placed in the groove 1211 of the mirror surface to cover the surface of the display screen 122.

Specifically, the edge of the front housing 121 forms an enclosing edge body, and the center is recessed relative to the edge body to form the mirror groove 1211. At this time, the mirror groove 1211 is formed by the edge body and the first A groove surface is formed, and the shape and size of the mirror surface groove 1211 match the shape and size of the mirror surface 123. During installation, the mirror surface 123 is fixed to the mirror surface groove 1211.

In addition, a relatively concave display screen groove 1211 is formed on the first groove surface, the shape and size of the display screen groove 1211 matches the shape and size of the display screen 122, and the display screen 122 is inlaid when installed It is fixed in the groove 1211 of the display screen. Moreover, it is worth noting that a through hole is provided in the display screen recess 1211, so that the display screen 122 can be connected to the function main control circuit board 123.

It is worth mentioning that the thickness of the display screen groove 1212 matches the thickness of the display screen 122, so that when the display screen 122 is placed in the display screen groove 1212, the display screen The top surface of 122 is not higher than the first concave surface, ensuring that the mirror surface 123 can be flatly placed in the mirror groove 1211 and fixed. In addition, the mirror surface 123 may be fixed to the mirror groove 1211 by inlaying, bolt fixing, magnet fixing, and snap fixing. The mirror surface 123 is a double-sided mirror, so that resources are utilized to the greatest extent. In other embodiments, the mirror 123 is a functional mirror.

Moreover, the surface of the display screen 122 is made of a mirror surface material. In this way, the display screen 122 is formed on the mirror body 12 without affecting the normal use of the mirror surface 123. In the embodiment of the present invention, the display screen 122 is a touch screen, and the mirror surface 123 is a glass mirror surface.

The function control circuit board is disposed between the front case 121 and the rear case 122, and is connected to the display screen 122. The display screen 122 is selected as a digital display screen, connected to the function control circuit board, and the function control circuit board controls different circuit signals according to the acquired digital signals to display different data information on the display screen 122. In this way, it is not necessary to perform additional processing on the mirror surface 123, and it can be directly covered on the display screen 122, and when the display screen 122 is not working, the surface of the display screen 122 is a mirror surface and can also directly serve as a mirror surface When the mirror is used, the data is displayed on the mirror surface 123 during work, and the normal use of the mirror surface is not affected.

The mirror body 12 further includes a side shell, which surrounds and protects the edge body of the front shell 121 to protect the shell or play a decorative role. In an embodiment of the present invention, the side shell is a milky white transparent decorative piece.

The mirror surface 123 may be a glass mirror surface, and the display screen 122 may be a touch screen. At this time, a user sets that the display screen 122 can be touched and contacted through the mirror surface 123. It is worth mentioning that the surface of the display screen 122 can be a mirror structure. In this way, when the display screen 122 does not display any information, the mirror surface 123 can be utilized to the greatest extent.

A through hole is formed in the display screen groove 1212 to facilitate the connection between the display screen 122 and the functional main control circuit board 31 behind it, and the functional main control circuit board 31 is placed in the front housing 121 and the Between the rear shells 122, and the function main control circuit board 31 has a built-in control chip to control the smart vanity mirror. In the embodiment of the present invention, the function main control circuit board 31 is connected to the device access data board 25 to receive the test temperature of the temperature sensing module and the humidity sensing module and display it on the display screen 122 In order to make the smart vanity mirror realize the temperature and humidity detection function.

In addition, the smart vanity mirror includes a video equipment 30 placed in the vanity mirror body 10, the video equipment 30 includes the function main control circuit board 31, a camera component 32, a sound receiving component 33 and a sound emitting component 34, The video equipment 30 cooperates with the display screen 22 to realize visual communication, wherein the camera component 32, the sound receiving component 33 and the sound generating component 34 are connected to the function main control circuit board 31, and the function main control circuit board 31 is connected to the display screen 122, so as to realize communication on the display screen 122.

Specifically, a through hole is formed in the display screen groove 1212, and when the display screen 122 is placed in the display screen groove 1212, the data line of the display screen 122 is placed in the front case The function main control circuit board 31 after 121 is connected.

The camera assembly 32 includes a camera fixed on the rear case 125, and the camera line is connected to the function main control circuit board 31 to transmit the photographed camera data to the function main control circuit board 31. The function main control circuit board 31 controls to display visual information on the display screen 122.

In some cases, the camera assembly 32 includes a camera pressure plate, wherein the camera pressure plate is fixed on the inner wall of the rear case 125, and a groove for receiving the camera is formed on the camera pressure plate, the camera It is arranged and fixed on the card slot, so as to be fixed on the camera pressure plate.

In other cases, in order to protect the structure of the camera, the camera assembly includes a camera foam, and the camera foam cover is placed on the camera to protect the camera.

The sound receiving component 33 includes a microphone, the microphone is fixed in the mirror body 12 and the microphone is connected to the function main control circuit board 31, and the microphone transmits the received voice to the function main control circuit Board 31, so as to send to the remote through the function main control circuit board 31.

In the embodiment of the present invention, the microphone is fixed in the mirror body 12 by microphone mounting soft glue. In addition, in an embodiment of the present invention, it includes two sets of sound receiving components 33 placed at different positions.

The sound-generating component 34 includes a speaker, the speaker is fixed in the mirror body 12, and the speaker is connected to the function main control circuit board 31, the speaker is controlled by the function main control circuit board 31 to digital The signal is emitted through the sounding component 34.

In the embodiment of the present invention, the sound-generating component 34 includes a speaker dustproof cloth, and the speaker dustproof is arranged on the side of the speaker to prevent external dust from entering the speaker to affect the sound-generating effect. The inner wall is provided with a structure for placing the sound generating component 34.

In addition, in the embodiment of the present invention, the camera assembly 32 is placed at the top position of the lens body 12 to capture and acquire the image information of the user, and the sound-receiving components 33 are respectively placed at the lens body 12 The top position and the end position are used to produce sound, and the sound generating component 34 is placed on the mirror body 12 to produce sound.

In addition, a space that can accommodate the camera assembly 32 and the sound-receiving assembly 33 is formed on the front housing 121, and the camera assembly 32 obtains the user's image information through the space of the front housing 121, The sound receiving component 33 receives sound. Of course, a space for accommodating the sound-generating component 34 can also be formed on the front housing 121, but based on the sound-generating component 33, the sound source information can be dissipated through other positions of the mirror body 12, so it is not necessary Set the corresponding space.

The function main control circuit board 31 is provided with a main control chip, and the main control chip completes communication with the external environment, feeds back real-time communication information of the outside world on the display screen 132 in time, and simultaneously shoots the camera assembly 32 The image information is fed back to the other party to realize instant visual communication between the two parties. The sound receiving component 33 obtains the environmental sound source and sends it to the counterpart through the function main control circuit board 31, and correspondingly, the audio information of the counterpart is sent to the user through the function main control circuit board 31.

In addition, the smart vanity mirror is additionally provided with a light adjustment device 40, the light adjustment device 40 includes a light bar 41 provided on the outer periphery of the mirror surface 123, and a light sensor 45 disposed in the mirror body 12, A color temperature sensing plate 43 and a brightness sensing plate 44 disposed on the outer periphery of the mirror body 12, wherein the light bar 41 is a ring covering the mirror surface 123, and at least one light source is provided on the light bar 41. In an embodiment of the invention, the light bar 41 is an LED soft light bar, that is, it can be bent and folded arbitrarily, wherein the light sensor 45, the color temperature sensor board 43 and the brightness sensor board 44 are connected to all The function main control circuit board 31 to transmit the command information it senses to the function main control circuit board 31, the light bar 41 is connected to the function main control circuit board 31, to receive the light adjustment command, and according to the The light adjustment instruction shows light effects with different brightness and temperature.

Specifically, the color temperature sensing plate 43 and the brightness sensing plate 44 are arc-shaped sensing strips, which are placed on the side wall of the mirror body 12, wherein the color temperature sensing plate 43 is used to switch the light strip 41 Cool and warm colors, and a gradual switch in the process from cold to warm colors, the brightness sensor board 44 is used to adjust the brightness of the light bar 41, the color temperature sensor board 43 and the brightness sensor board 44 set the sensor The component senses the user's color temperature adjustment instruction and brightness adjustment instruction, and the method of sending the instruction includes but is not limited to: sliding the sensor board (corresponding to the increase and decrease instructions), directly selecting the instruction, entering the instruction, etc. The color temperature adjustment instruction and the brightness adjustment instruction are transmitted to the function main control circuit board 31, and the function main control circuit board 31 adjusts the lighting effect of the light bar 41 by adjusting the circuit condition. Specifically, the user first touches the sliding brightness sensor board 44 and/or color temperature sensor board 43, the brightness sensor board 44 and/or color temperature sensor board 43 receives the signal, and transmits the signal or command to the function main control circuit board 31, Then, the function main control circuit board 311 further adjusts the lighting effect of the lighting bar 41 by adjusting the circuit conditions.

The light sensor 45 is placed in the lens body 12 and senses the intensity of light in the external environment to obtain light commands. The light commands are transmitted to the function main control circuit board 31, and the function main control circuit board 31 Adjust the light control instruction according to the light instruction and control the light effect of the light bar 41.

In other words, the light sensor 45 is disposed in the lens body 1 and is electrically connected to the function main control circuit board 31. The light sensor 45 has a built-in light emitting element and a light receiving element. The light sensor 45 is used for To detect the distance between the human body and the vanity mirror, once the human body enters the range of the preset monitoring value of the light sensor 45, the light can be automatically turned on.

Specifically, in this embodiment, the preset monitoring value is 50 cm, that is, once the human body enters the range of 50 cm, the transmitting light wave element touches the human body and returns to the receiving light wave element to transmit the signal or instruction to The function main control circuit board 31, and then the function main control circuit board 31 further switches the lighting effect of the light bar 41 by adjusting the circuit condition. In addition, the outer cover of the light sensor 45 is provided with a light distance sensing silicone sleeve, because The distance between the transmitting light wave element and the receiving light wave element is relatively short. In order to avoid confusion in the receiving and transmitting process, a light distance sensing silicone sleeve is provided to better transmit and receive the effect.

In addition, the light adjusting device 40 further includes a light guide cup 42 that is placed outside the light bar 41. It is worth mentioning that the surface of the light guide cup 42 is curved, which can be The light source of the light bar 41 diverges in a set direction to improve the light effect.

In some embodiments, a light-transmitting cover provided on the light guide cup 42 is additionally connected. The inner wall of the light guide cup 42 is an arc shape that can reflect the light of the lamp strip on the light-transmitting cover to improve the light. Irradiation effect, changing the scattering state of its light.

The functional main control circuit board 31 includes a main control chip, and the main control chip can be further divided into a temperature and humidity transmission unit, a light adjustment unit, and a videoconferencing unit according to function partitions. The temperature and humidity transmission unit obtains the device access The temperature data and humidity data transmitted from the data board 25, and convert the temperature data and humidity data into electronic data that can be displayed on the display screen, and transmit them to the display screen 122 to display temperature and humidity information; the light adjustment unit Obtain the light adjustment information of the light sensor 45, the color temperature sensor board 43 and the brightness sensor board 44 and convert it into a light control instruction to control the light effect of the light bar 41; the video unit includes a communicator , The communication is connected to the third-party video terminal, the communicator obtains the audio information transmitted from the third-party video terminal, sends out the sound information through the sound-generating component 34 and displays the visual information through the display screen 122; and obtains the camera The visual information of the component 32 and the sound information of the sound receiving component 33 are transmitted to the third-party video terminal in real time through the communicator, thereby realizing the effect of real-time video.

The mirror body 12 and the mirror holder 11 are rotatably connected by a rotary connection structure 50, and the rotary connection structure 50 ensures that the circuit connection of the video equipment 30 does not change due to the change of the position of the mirror body.

Specifically, a rotating shaft fixing connector 51 is provided on one side of the rear housing 125, and the rotating shaft fixing connector 51 passes through the first through hole on the mirror bracket 11 and the mirror bracket 11 Is connected to the side of the mirror body 12 so that one side of the mirror body 12 is connected to the mirror holder 11.

A mirror body connecting through hole is formed on the other side of the rear housing 125, and at least one thread-through sleeve 52 passes through the second through hole on the U-shaped body 12 and is connected to the mirror body on the rear housing 125 The through hole is fixed, and since the thread bush 52 is not fixed on the rear housing 125, the mirror body 12 can rotate relative to the thread bush 52.

In addition, a circlip 54 is provided outside the thread bushing 52, and a structure matching the circlip 54 is provided on the inner wall of the rear housing 125, and a rotating shaft is further provided on the inner wall of the rear housing 125. In this way, the mirror body 12 can rotate relative to the mirror bracket 11 and can also be guaranteed to be in a fixed state at a certain position.

A wire pressing plate 55 is provided at a position close to the wire bushing 52, and the line extending from the base 20 first passes through the wire bushing 52 and is pressed by the wire pressing plate to connect to the corresponding video equipment 30 and the light adjustment device 40, so that when the mirror body 12 rotates relatively, it does not affect the change of the line, and thus does not affect the use of the videoconferencing device 30.

The above provides a smart vanity mirror with wireless charging function, induction dimming function, visual communication function and temperature and humidity detection function; intelligent vanity with wireless charging function, induction dimming function, visual communication function and temperature and humidity detection function The mirror is an improvement on the function of the traditional vanity mirror. According to another aspect of the invention, a bidirectional rotating mirror is provided, the specific structure of which is as follows:

It includes a housing 1, a mirror surface 123, and a mirror bracket 11. The mirror surface 123 is disposed on the housing 1. The mirror bracket 11 and the housing 1 are pivotally connected by a rotating shaft assembly. The rotating shaft assembly includes a cable rotating shaft member and a positioning rotating shaft member. The two ends of the housing 1 are pivotally connected to the two ends of the mirror bracket 11 through a cable rotation shaft member and a positioning shaft member. The cable rotation shaft member includes a cable bush 52, a first shaft barrel 501 provided at one end of the housing 1, and a mirror bracket 11 is provided with a second shaft groove 502 at one end, and one end of the thread bush 52 is connected and fixed to the second shaft groove 502, the thread bush 52 is movably disposed in the first shaft barrel 501, and the first mirror bracket 11 is provided with communication The first wire path of the second shaft groove 502, the first shaft barrel 501 is provided with a second wire path that communicates with the housing 1, the thread passing bush 52 is a hollow structure that connects the first wire path and the second thread path, and the thread passing bush 52 One end is provided with a clamping piece for preventing the over-spool sleeve 52 from being separated from the housing 1.

The clamping member includes a clamping spring 54, a clamping groove 503 provided on the over-thread bushing 52 and a spring hole 504 provided in the first shaft barrel 501. The clamping spring 54 is movably sleeved in the clamping groove 503. The snap spring 54 is inserted and fixed to the spring hole 504.

The card slot 503 is provided with a wear-resistant sheet 53. The wear plate 53 prevents the circlip 54 from excessively abrading when it rotates relative to the over-line bush 52.

The thread guide sleeve 52 is provided with an accommodating groove 505, and a buffer ring 506 is provided in the accommodating groove 505. The buffer ring 506 is a silicone ring, which reduces the friction between the over-line bush 52 and the first shaft barrel 501, prolongs the service life, and reduces noise.

The positioning shaft includes a second shaft barrel 507 provided at the other end of the housing 1, a positioning shaft 508, and a second shaft groove 509 provided at the other end of the mirror bracket 11. The second shaft barrel 507 is connected to the rotating end of the positioning shaft 508 , The second shaft groove 509 is connected to the fixed end of the positioning rotating shaft 508.

The positioning rotating shaft member further includes a rear housing rotating shaft fixing member 511 and a mirror bracket 11 rotating shaft fixing member, the rear housing rotating shaft fixing member 511 is inserted and fixed in the second shaft barrel 507, and the rear housing rotating shaft fixing member 511 and the positioning The rotating end of the rotating shaft 508 is inserted and fixed with screws. The rotating shaft fixing member of the mirror bracket 11 is inserted into the second shaft groove 509 and is fixed by screws. The rotating shaft fixing member of the mirror bracket 11 is inserted into the fixed end of the positioning rotating shaft 508 and screws fixed.

The second shaft groove 502 and the second shaft groove 509 are shaft holes, which are convenient for screwing the rotating bracket and the second shaft groove 509 of the mirror bracket 11. The second shaft groove 502 and the second shaft groove 509 are both provided.有轴盖515.

The rotating shaft fixing part of the mirror bracket 11 is provided with a limiting component that limits the rotation angle of the housing 1 relative to the mirror bracket 11.

The limiting component includes a clamping bar 510 provided in the second shaft barrel 507 and a blocking member provided on the rotating shaft fixing part of the mirror bracket 11 to block during the rotation of the clamping bar 510 to cooperate to limit the rotation angle of the housing 1 relative to the mirror bracket 11的卡突513. The locking protrusion 513 blocks during the rotation of the clamping bar 510 to cooperate to limit the rotation angle of the housing 1 relative to the mirror bracket 11. In some embodiments, the locking protrusion 513 and the locking bar 510 cooperate to restrict the rotation of the housing 1 relative to the mirror bracket 11 so that the mirror surface 123 is at 0 degrees to 135 degrees from the horizontal plane. The mirror surface 123 is at 0 degrees to the horizontal plane, and the mirror surface 123 is opposite and parallel to the horizontal plane; the mirror surface 123 is at 135 degrees to the horizontal plane, that is, the mirror surface 123 is at 45 degrees to the vertical plane. As a vanity mirror, the mirror surface 123 is generally about 120 degrees from the horizontal plane. The positioning rotating shaft 508 is a damping rotating shaft. Because the positioning rotation shaft 508 is a damping rotation shaft using the prior art, the mirror surface 123 can be stopped immediately, and can be positioned at a specific angle.

The rotating shaft fixing part of the mirror bracket 11 is provided with positioning beads 514, and the second shaft barrel 507 is provided with three positioning grooves that can cooperate with the positioning beads 514. The first positioning groove is positioned when the locking protrusion 513 is about to abut one end of the clamping bar 510, and the second positioning groove is positioned when the locking protrusion 513 is about to abut the other end of the clamping bar 510, and enters through the positioning bead 514 A sound and vibration reminder are generated in the positioning groove to prevent the user from exerting too much force and damaging the card protrusion 513 and the clamping bar 510; the third positioning groove is placed at a position where the mirror surface 123 and the horizontal plane form a common angle of the vanity mirror to remind the user.

The casing 1 is connected with a crimping plate 55 for clamping a wire harness, the mirror bracket 11 is connected with a base 20, and the first wire path of the mirror bracket 11 communicates with the interior of the base 20. The present application can be used in the casing 1 The smart vanity mirror with smart modules, circuits and components is integrated, so that the components in the base 20 are connected to the electronic components of the housing 1 through the mirror bracket 11 of the wire harness, and the pressure plate 55 for pressing the wire harness makes the wire harness in The torsion generated by the rotation of the housing 1 is not transmitted to the electronic components, and the circuit connection is reliable. The housing 1, the first shaft barrel 501, and the second shaft barrel 507 are integrally provided. In some embodiments, the outer shell includes a rear shell and a front shell. The vanity mirror is not just a vanity mirror. With some electronic devices, the product functions are more powerful and the user experience is better. With the development of technology, the structure is becoming more and more complex to meet the needs of different scenarios.

According to another aspect of the present invention, the present invention provides a multifunctional vanity mirror, which can be rotated to make the lamp face to the tabletop, used as a desk lamp, and has the above-mentioned advantages of the two-way rotating mirror. At this time, the difference from the bidirectional rotating mirror mentioned above is that the rotating shaft assembly includes a positioning rotating shaft member, and the positioning rotating shaft member includes a second shaft barrel 507 provided in the housing 1, a positioning rotating shaft 508, and a mirror bracket 11. Some of the second shaft groove 509, the second shaft barrel 507 are connected to the rotating end of the positioning rotating shaft 508, and the second shaft groove 509 is connected to the fixed end of the positioning rotating shaft 508. The shaft member is pivotally connected to both ends of the mirror bracket 11, and the housing 1 is provided with a light-emitting assembly.

The rotating shaft assembly further includes a wire routing shaft component. The wire routing shaft component includes a thread bush 52, a first shaft barrel 501 provided in the housing 1 and a first shaft groove 502 disposed in the mirror bracket 11, and one end of the thread bush 52 The first shaft groove 502 is connected and fixed, the thread guide sleeve 52 is movably disposed in the first shaft barrel 501, the first mirror bracket 11 is provided with a first wire path communicating with the first shaft groove 502, and the first shaft barrel 501 is provided There is a second wire path communicating with the housing 1. The wire passing sleeve 52 is a hollow structure that connects the first wire path and the second wire path. The other end of the wire passing sleeve 52 is provided with a clamping member that prevents the wire passing sleeve 52 from coming off the housing 1.

The light-emitting assembly includes a light guide cup 42 provided in the housing 1 and a light bar 41 provided in the light guide cup 42. The housing 1 is connected with a light-transmitting cover 47 covering the light guide cup 42. The inner wall of the light guide cup 42 is an arc shape that can reflect the light of the lamp strip on the light transmissive cover 47.

The housing 1 includes a front housing 121 and a rear housing 125, and the light bar 41 and the light guide cup 42 are both annular structures surrounding the mirror surface 123.

The light bar 41 is an LED light strip, the light guide cup 42 is disposed between the front case 121 and the rear case 125, and the light transmissive cover 47 is connected to the front case 121 at a position corresponding to the light guide cup 42. The position of the front housing 121 corresponding to the light guide cup 42 is made of light-transmitting material. The light passes through the front case 121 and the light-transmitting cover 47 to illuminate.

According to another aspect of the present invention, the present invention provides a multifunctional safety smart vanity mirror. Compared with the multifunctional vanity mirror mentioned above, the multifunctional security vanity mirror is additionally provided with When the desk lamp is used, the camera will not be aimed at the user's home when facing the desktop, and the camera is disabled at the bottom of the automatic system to prevent hackers from using the camera to invade user privacy and achieve the advantages of double protection.

At this time, the difference from the above is that: the housing 1 is provided with a control board, a single-chip microcomputer, a camera and a light-emitting component, the single-chip computer and the camera are electrically connected to the control board, and the shell 1 is provided with The sensing element of the rotation angle of the housing 1 relative to the mirror bracket 11, the control board receives the signal of the single-chip microcomputer to disable or enable the camera.

The control board is equipped with an Android system and uses an A64 module.

The sensing element is a three-axis sensor, which can know the current angle of the housing. When the sensing element senses that the mirror surface 123 of the housing 1 is turned opposite to the desktop where the mirror holder 11 is located, that is, the camera is also opposite the desktop, the single chip computer is informed by the three-axis sensor Thus, a signal is sent to the control board, so that the control board disables the camera at the bottom of the system, protects user privacy, and prevents hackers from controlling the camera.

The three-axis sensor is welded to the control board. The mirror surface is provided with a display screen. The display screen and the control board are electrically connected. The display screen and the mirror surface use the full-fit technology in the prior art. The display screen model is INO-HD0496K00055. , The model of the one-chip computer is STM8S103F2P6CTR, the model of the core module is A64. Those skilled in the art can know that the display screen, the single chip and other components can be other models, and the A64 module used by the control board can also be other models.

The MCU on the control board integrates the signals of surrounding devices, such as the angle signal provided by the three-axis sensor, and transmits it to the Android system of the control board. The Android system and the MCU jointly control the lighting of the light-emitting components. At the same time, the Android system can realize the app The various functions (including voice control, skin tester use, video playback, etc., meet user needs.

The present invention is not limited to the above-mentioned best embodiment, anyone can derive other various forms of products under the inspiration of the present invention, but regardless of any changes in its shape or structure, all have the same or similar to this application Similar technical solutions fall within the protection scope of the present invention.

Claims (80)

1. An intelligent vanity mirror is characterized by including:

   A base (20), a vanity mirror body (10) placed on the base (20), a video equipment (30) and a light adjustment device (40) placed on the vanity mirror body (10);

   The vanity mirror body (10) includes a mirror bracket (11) and a mirror body (12) connected to the mirror bracket (11);

   The mirror body (12) includes a front case (121) and a rear case (125) connected together, a display screen (122) and a mirror surface (123) placed on the front case (121), so The mirror surface (123) covers the surface of the display screen (122);

   The video equipment (30) includes a function main control circuit board (31), a camera component (32), a sound receiving component (33) and a sound emitting component (34), wherein the camera component (32) and the sound receiving component (33) and the sound generating component (34) are connected to the function main control circuit board (31), and the function main control circuit board (31) is connected to the display screen (122);

   The light adjustment device (40) includes a light bar (41) placed on the side of the mirror surface (123), a color temperature sensor plate (43), a brightness sensor plate (44), and a light sensor (45), wherein the light Article (41), the color temperature sensor board (43), the brightness sensor board (44) and the light sensor (45) are all connected to the function main control circuit board (31);

   The base (20) includes a base upper shell (211) and a base lower shell (212) connected together, a wireless charging chip module (22) placed on the base (20), and a device access data board (25) , Where the device access data board (25) is provided with a temperature sensing module and/or humidity sensing module, the device access data board (25) is connected to the function main control circuit board (31), so as to display on the display screen (122) temperature information and humidity information are displayed; and

   At least one through hole is provided on the side of the base (20), and the through hole communicates with the inner and outer spaces of the base (20).
2. The smart vanity mirror according to claim 1, characterized in that one side of the mirror body (12) is provided with a rotating shaft fixing connector (51), and the other side is formed with a mirror body connecting through hole; the mirror bracket ( 11) The first through hole and the second through hole are formed on both sides of the side; the rotating shaft fixing connector (51) passes through the first through hole and is connected to one side of the mirror bracket (11); at least A thread bush (52) passes through the mirror body connecting through hole and the second through hole, so that the mirror body (12) is rotatable relative to the mirror bracket (11).
3. The smart vanity mirror according to claim 2, characterized in that a wire crimping plate (55) is provided at a position close to the thread passing sleeve (52), and the energy supply line extending from the base (20) passes through After the wire bushing (52) is pressed by the wire pressing plate (55), the video communication device (30) and the light adjustment device (40) are connected.
4. The smart vanity mirror according to any one of claims 1 to 3, wherein the camera assembly (32) includes at least one camera facing the mirror surface (123); the sound receiving assembly (33) includes at least two Microphones placed on the top and bottom of the mirror body (12); the sound-producing assembly (34) includes at least one speaker, and the front housing (121) is formed to accommodate the camera assembly (32) and The through hole of the sound receiving assembly (33).
5. The smart vanity mirror according to claim 4, characterized in that the camera assembly (32) includes a camera pressure plate and a camera foam, and the camera pressure plate is formed with a card slot for placing the camera, and the camera foam The cover is placed on the camera; the microphone of the sound-receiving component (33) is fixed in the lens body (12) by microphone assembly soft glue; the sound-emitting component (34) includes a dustproof cloth for the horn, The horn is dust-proof arranged on the side of the horn.
6. The smart vanity mirror according to any one of claims 1 to 3, wherein the wireless charging chip module (22) is disposed near the upper shell (211) of the base, wherein the wireless charging chip module (22) Including a wireless charging coil, a wireless charging matching circuit and a wireless charging chip; the upper surface of the base (20) is provided with a charging mark area corresponding to the position of the wireless charging chip module (22), wherein the charging mark The zone is selected from one of text mark, pattern mark, sound mark and shape mark.
7. The smart vanity mirror according to any one of claims 1 to 3, wherein the base (20) has a built-in power access circuit board (24), and an external power interface is provided on the side of the base (20). The power supply access circuit board (24) is connected to the external power supply interface, the wireless charging chip module (22), the video equipment (30) and the light adjustment equipment (40).
8. The smart vanity mirror according to any one of claims 1 to 3, wherein a surface of the front housing (121) that is relatively away from the rear housing (125) is recessed inwardly to form a mirror groove ( 1211), further recessed inwardly in the plane of the mirror groove (1211) to form a display screen groove (1212), the display screen (122) is placed in the display screen groove (1212), the mirror surface (123) placed in the mirror groove (1211), the thickness of the display screen groove (1212) is not greater than the thickness of the display screen (122).
9. The smart vanity mirror according to any one of claims 1 to 3, characterized in that the color temperature sensing plate (43) and the brightness sensing plate (44) are arc-shaped sensing strips, which are placed in the mirror body (12 ) On the side wall, the color temperature sensing plate (43) and the brightness sensing plate (44) are provided with sensing elements to sense color temperature adjustment commands and brightness adjustment commands; the light sensor (45) senses ambient light The information is transmitted to the function main control circuit board (31), and the function main control circuit board (31) controls the light effect of the light bar (41).
10. The smart vanity mirror according to any one of claims 1 to 3, characterized in that the functional main control circuit board (31) includes a main control chip, and the main control chip includes a temperature and humidity transmission unit and a light adjustment according to the functional partition Unit and video unit, the video unit includes a communicator, which is connected to a third-party video terminal, and the communicator obtains audio information transmitted from the third-party video terminal, and sends out sound information through the sound-generating component (34) and through The display screen (122) displays visual information; and acquires the visual information of the camera component (32) and the sound information of the sound receiving component (33) and transmits to the third-party video terminal in real time through the communicator.
11. An intelligent vanity mirror is used to charge an intelligent terminal with a wireless charging function, which is characterized by including:

    A base (20), a vanity mirror body (10) placed on the base (20);

    The vanity mirror body (10) includes a mirror bracket (11) and a mirror body (12) connected to the mirror bracket (11);

    The base (20) includes a base housing (21), a wireless charging chip module (22) and a power access circuit board (24) placed in the base housing (21), wherein the base housing The body (21) includes a base upper shell (211) and a base lower shell (212), a base cavity is formed in the base lower shell (212), the wireless charging chip module (22) and the power access The circuit board (24) is placed in the inner cavity of the base, the wireless charging chip module (22) is disposed near the upper shell (211) of the base, and the power access circuit board (24) is connected to the The wireless charging chip module (22) supplies power to it.
12. The smart vanity mirror according to claim 11, characterized in that the wireless charging chip module (22) includes a wireless charging coil, a wireless charging chip and a wireless charging matching circuit, the wireless charging matching circuit is connected to the power connection Into the circuit board (24), the wireless charging coil is input with alternating current by the wireless charging matching circuit, and the wireless charging chip controls the current of the wireless charging matching circuit.
13. The smart vanity mirror according to claim 12, wherein a magnetic shielding layer is provided between the wireless charging coil and the wireless charging matching circuit.
14. The smart vanity mirror according to claim 11, characterized in that the mirror body (12) includes a mirror surface (123) and a light bar (41) disposed around and around the mirror surface (123), the light bar ( 41) Connect to the power supply access circuit board to be powered.
15. The smart vanity mirror according to any one of claims 11 to 14, wherein at least one charging mark area is provided on the upper surface of the base upper case (211) corresponding to the position of the wireless charging chip module (22), The charging mark area is selected from at least one of a text mark, a pattern mark, a sound mark, and a shape mark.
16. The smart vanity mirror according to any one of claims 11 to 14, wherein the upper surface of the upper shell (211) of the base corresponds to the position of the wireless charging chip module (22) set to match that of the smart terminal Groove or card holder.
17. The smart vanity mirror according to any one of claims 11 to 14, wherein the cross-sectional area of the upper shell (211) of the base is larger than the cross-sectional area of the lower shell (212) of the base, and the vanity mirror body The central axis of is offset from the central axis of the base (20).
18. The smart vanity mirror according to any one of claims 11 to 14, wherein the base (20) has a symmetrical first weight and a second weight.
19. The smart vanity mirror according to any one of claims 11 to 14, wherein the mirror bracket (11) includes an upright columnar body and a U-shaped body disposed on the columnar body, the mirror body (12 ) Connect the two ends of the U-shaped body.
20. The smart vanity mirror according to claim 14, characterized in that the mirror surface (123) is selected as one of a double-sided mirror, a single-sided mirror and a functional mirror.
21. An intelligent vanity mirror is characterized by including:

    A base (20) and a vanity mirror body (10) placed on the base (20), the vanity mirror body (10) includes a mirror bracket (11) and a mirror body (11) connected to the mirror bracket (11) 12);

    The mirror body (12) includes a front case (121) and a rear case (122) connected together, a display screen (122), a function main control circuit board (31) and a mirror surface (123), wherein the front case The front surface of the body (121) is recessed to form a mirror groove (1211) and a display screen groove (1212), the display screen (122) is placed in the display screen groove (1212), and the mirror surface (123) Placed in the mirror groove (1211), and the mirror (123) covers the display screen (122), wherein the function main control circuit board (31) is placed in the front housing (121) ) And the rear case (122), and connected to the display screen (122);

    The base (20) includes a base housing (21), a through hole placed on the surface of the base housing (1), and a device access data board (25) built into the base housing (21), The device access data board (25) is provided with a temperature sensing module and a humidity sensing module, and is communicatively connected to the function main control circuit board (31).
22. The smart vanity mirror according to claim 31, characterized in that the edge of the front housing (121) forms a surrounding edge body, and the center is recessed relative to the edge body to form the mirror groove (1211), the A mirror groove (1211) is composed of the edge body and a first concave surface, and the first concave surface is concave to form the display screen groove (1212).
23. The smart vanity mirror according to claim 31, wherein the shape and size of the mirror groove (1211) match the shape and size of the mirror surface (123), and the shape and size of the display screen groove (1212) Match the shape and size of the display screen (122).
24. The smart vanity mirror according to claim 31, wherein the thickness of the display screen recess (1212) is not greater than the thickness of the display screen (122).
25. The smart vanity mirror according to claim 31, characterized in that the mirror surface (123) is fixed to the mirror groove (1211) by one of inlay fixation, bolt thread fixation, magnet fixation and snap fixation.
26. The smart vanity mirror according to any one of claims 31 to 35, wherein the mirror surface (123) is a glass mirror surface,
27. The smart vanity mirror according to any one of claims 31 to 35, wherein the display screen (122) is a touch screen.
28. The smart vanity mirror according to any one of claims 31 to 35, wherein the surface of the display screen (122) close to the mirror surface (123) is made of a mirror material.
29. The smart vanity mirror according to any one of claims 31 to 35, wherein the through hole is provided on a side wall of the base housing (21).
30. The smart vanity mirror according to claim 32, characterized in that the mirror body (12) includes a side case, and the side case wraps and protects the edge body of the front case (121).
31. An intelligent vanity mirror is characterized by including:

    A base (20), a vanity mirror body (10) placed on the base (20), and a video equipment (30) placed in the vanity mirror body (10);

    The vanity mirror body (10) includes a mirror bracket (11) and a mirror body (12) connected to the mirror bracket (11);

    Wherein the mirror body (12) is provided with a display screen (122) and a mirror surface (123) covering the display screen (122);

    Wherein the video equipment (30) includes a function main control circuit board (31), a camera component (32), a sound receiving component (33) and a sound emitting component (34), wherein the camera component (32) includes at least one corresponding For a camera arranged in the direction of the mirror surface (123), the sound-receiving component (33) includes at least one microphone, the sound-producing component (34) includes at least one speaker, the camera component (32), and the sound-receiving component (33) ) And the sound generating component (34) are communicatively connected to the function main control circuit board (31), and the function main control circuit board (31) is connected to the display screen (122).
32. The smart vanity mirror according to claim 41, characterized in that, the mirror body (12) and the mirror bracket (11) are connected by a rotary connection structure (50), and the mirror bracket (11) is fixed At least one thread bushing (52), the thread bushing (52) passes through the mirror body (12), a pressure plate is provided in the mirror body (12), and an external line passes through the thread bushing ( 52) After being pressed by the wire pressing board, the video information device (30) is connected.
33. The smart vanity mirror according to claim 42, characterized in that a power supply access circuit board is provided in the base (20), the power supply access circuit board is connected to an external power supply, and an extension line passes through the thread bushing ( 52) Then connect the video equipment (30).
34. The smart vanity mirror according to claim 41, characterized in that the camera assembly (32) includes a camera pressure plate fixed on the mirror body (12), and a card for accommodating the camera is formed on the camera pressure plate seat.
35. The smart vanity mirror according to claim 41, wherein the camera assembly (32) includes a camera foam, and the camera foam is placed on the camera to protect the camera.
36. The smart vanity mirror according to claim 41, characterized in that, the microphone is fixed in the mirror body (12) by microphone mounting soft glue.
37. The smart vanity mirror according to claim 41, characterized in that the sound-generating component (34) includes a speaker dust cloth, and the speaker dust cloth is arranged on the side of the speaker.
38. The smart vanity mirror according to any one of claims 41 to 47, wherein the camera assembly (32) is placed at the top position of the mirror body (12), and the sound receiving assembly (33) is placed at The top position and the bottom position of the lens body (12).
39. The smart vanity mirror according to any one of claims 41 to 47, characterized in that the mirror body (12) includes a front housing (121) and a rear housing (124) that are co-connected, wherein the front housing (121) A through hole for accommodating the camera assembly (32) and the sound receiving assembly (33) is formed.
40. The smart vanity mirror according to claim 42, characterized in that a clamping spring (54) is provided outside the thread-through bushing (52), and a structure matching the clamping spring (54) is formed in the mirror body (12) , The clamping spring (54) clamps and fixes the lens body (12).
41. An intelligent vanity mirror, characterized in that the induction dimming vanity mirror includes a mirror surface (123), a mirror body (12) and a base (20), the mirror surface (123) is disposed on the mirror body (12) , The mirror body (12) is connected with the base (20), the mirror body (12) is provided with a function main control circuit board (31), and the mirror body (12) is provided with a light-emitting component, so A color temperature sensing plate (43) and a brightness sensing plate (44) are embedded on both sides of the mirror body (12) respectively, a light sensor (46) is provided in the mirror body (12), and the base (20) A power access circuit board (24) is provided, the power access circuit board (24), the color temperature sensing board (43), the brightness sensing board (44), the light bar (41) and light sensing The devices (45) are electrically connected to the function main control circuit board (31).
42. The smart vanity mirror according to claim 51, wherein the light-emitting assembly comprises a light bar (41), and the light bar (41) is selected from LED soft light bars.
43. The smart vanity mirror according to claim 52, characterized in that the soft LED strip surrounds a ring structure disposed outside the mirror surface (123).
44. The smart vanity mirror according to claim 53, characterized in that the light-emitting assembly further comprises a light guide cup (42) provided outside the light bar (41), and a cover is connected to the mirror body (12) A light-transmitting cover (46) on the light-guiding cup (42), the inner wall of the light-guiding cup (42) has an arc shape that can reflect the light of the lamp strip on the light-transmitting cover (46).
45. The smart vanity mirror according to claim 51, characterized in that a light distance sensing silicone sleeve (46) is provided outside the light sensor (45).
46. The smart vanity mirror according to claim 51, characterized in that the brightness sensor plate (44) and the light color temperature sensor plate (43) are arc-shaped sensor strips, which are arranged on the mirror body (12) ) On both side walls.
47. The smart vanity mirror according to any one of claims 51 to 56, characterized in that the mirror body (12) includes a front case (121) and a rear case (125) which are connected together, and the mirror surface (123) Placed in the front case (121).
48. The smart vanity mirror according to any one of claims 51 to 56, wherein the induction dimming vanity mirror further includes a mirror bracket (11), and the mirror body (12) passes through the mirror bracket (11) Connected with the base (20).
49. The smart vanity mirror according to any one of claims 58, characterized in that the induction dimming vanity mirror further includes a support groove, the support groove is provided on the mirror bracket (11), and the mirror body (12 ) Erected on the support groove.
50. The smart vanity mirror according to any one of claims 59, wherein the support groove and the mirror bracket (11) are Y-shaped in combination.
51. A bidirectional rotating mirror includes a housing (1), a mirror surface (123) and a mirror bracket (11), the mirror surface (123) is arranged on the housing (1), and the mirror bracket (11) and the housing (1) are pivotally connected by a rotating shaft assembly It is characterized in that the rotating shaft assembly includes a cable rotating shaft member and a positioning rotating shaft member, and two ends of the housing (1) are pivotally connected to the two ends of the mirror bracket (11) through the cable rotating shaft member and the positioning rotating shaft member, The cable rotation shaft includes a thread bush (52), a first shaft barrel (501) provided at one end of the housing (1), a first shaft groove (502) disposed at one end of the mirror bracket (11), and a thread bush (52) ) One end is connected to and fixed with the first shaft groove (502), the thread bush (52) is movably disposed in the first shaft barrel (501), and the mirror bracket (11) is provided with a connection to the first shaft groove (502) The first wire path, the first shaft barrel (501) is provided with a second wire path that communicates with the housing (1), and the wire passing sleeve (52) is a hollow structure that connects the first wire path and the second wire path. 52) The other end is provided with a clamping piece for preventing the over-spool sleeve (52) from being separated from the casing.
52. The bidirectional rotating mirror according to claim 61, characterized in that the clamping member includes a clamping spring, a clamping groove (503) provided on the thread-through bushing (52), and a first shaft barrel (501) A spring hole (504). The clamping spring (54) is movably sleeved in the clamping groove (503). The clamping spring (503) and the spring hole (504) are inserted and fixed.
53. The bidirectional rotating mirror according to claim 62, wherein a wear-resistant sheet (53) is provided in the clamping groove (503).
54. The bidirectional rotating mirror according to claim 61, characterized in that, the thread passing sleeve (52) is provided with a receiving groove (505), and a buffer ring (506) is provided in the receiving groove (505).
55. The bidirectional rotating mirror according to claim 61, characterized in that the positioning shaft member comprises a second shaft barrel (507), a positioning shaft (508), and a mirror bracket (11) provided at the other end of the housing (1) A second shaft groove (509) provided at one end is connected to the rotating end of the positioning rotating shaft (508), and the second shaft groove (509) is connected to the fixed end of the positioning rotating shaft (508).
56. The bidirectional rotating mirror according to claim 65, characterized in that the positioning rotating shaft member further comprises a rear housing rotating shaft fixing member (511) and a bracket rotating shaft fixing member (512), the rear housing rotating shaft fixing member (511) is inserted It is fixed in the second shaft barrel (507), the rear shell rotating shaft fixing member (511) is connected to the rotating end of the positioning rotating shaft (508), and the bracket rotating shaft fixing member (512) is inserted and fixed in the second shaft groove In (509), the bracket rotating shaft fixing member (512) is connected to the fixed end of the positioning rotating shaft (508).
57. The bidirectional rotating mirror according to claim 66, characterized in that the bracket rotating shaft fixing member (512) is provided with a limiting component that limits the rotation angle of the housing (1) relative to the mirror bracket (11).
58. The bidirectional rotating mirror according to claim 67, characterized in that the limit assembly includes a clamping bar (510) provided in the second shaft barrel (507) and a bracket rotating shaft fixing member (512) During the rotation of the clamping bar (510), the locking protrusion (513) that blocks the rotation angle of the housing (1) relative to the mirror bracket (11) is matched with the blocking protrusion (513), and the positioning rotation shaft (508) is a damping rotation shaft.
59. The bidirectional rotating mirror according to claim 68, characterized in that the bracket rotating shaft fixing member (512) is provided with at least one positioning bead (514), and the second shaft barrel (507) is provided with at least one The positioning groove (505) matched with the positioning bead (514).
60. The bidirectional rotating mirror according to claim 61, characterized in that a crimping plate (55) for crimping a wire harness is connected to the housing (1), and a base (20) is connected to the mirror bracket (11), The first line of the mirror bracket (11) communicates with the interior of the base (20).
61. A multifunctional safety smart vanity mirror includes a housing (1), a mirror surface (123) and a mirror bracket (11), the mirror surface (123) is arranged on the housing (1), and the housing (1) is pivotally connected with the mirror bracket (11) It is characterized in that the casing (1) is provided with a control board, a single-chip computer, a camera and a light-emitting component. The single-chip computer and the camera are both electrically connected to the control board. The sensing element of the rotation angle of the bracket (11), the control board receives the signal of the single chip to disable or enable the camera.
62. The multifunctional safety smart vanity mirror according to claim 71, wherein the sensing element is a three-axis sensor capable of knowing the current angle of the housing.
63. The multifunctional safety smart vanity mirror according to claim 71, characterized in that the three-axis sensor is welded on the control board, and a display screen (122) is provided in the mirror surface (123), and the display screen and the control board are electrically connected connection.
64. The multifunctional safety smart vanity mirror according to claim 71, characterized in that the mirror bracket (11) and the housing (1) are pivotally connected by a rotating shaft assembly, the rotating shaft assembly includes a positioning rotating shaft member, and the positioning rotating shaft member Including the second shaft barrel (507) provided in the casing (1), the positioning shaft (508), the second shaft groove (509) provided in the mirror bracket (11), the second shaft barrel (507) and the positioning shaft (508) ) Is connected to the rotating end, the second shaft groove (509) is connected to the fixed end of the positioning rotating shaft (508), and the housing (1) is provided with a light emitting component.
65. The multifunctional safety smart vanity mirror according to claim 74, characterized in that the rotating shaft assembly further comprises a wire routing shaft member, and both ends of the housing (1) respectively pass the wire routing shaft member and the positioning rotating shaft member and the mirror bracket (11) The two ends are pivotally connected, and the cable routing shaft includes a thread bush (52), a first shaft barrel (501) provided in the housing (1), and a first shaft groove (11) provided in the mirror bracket (11) 502), one end of the thread bush (52) is connected and fixed to the first shaft groove (502), the thread bush (52) is movably disposed in the first shaft barrel (501), and the mirror bracket (11) is provided with A first wire path communicating with the first shaft groove (502), a first wire barrel (501) is provided with a second wire path communicating with the housing (1), and a thread bush (52) is used to connect the first wire path and the second wire path In the hollow structure, the other end of the over-thread bushing (52) is provided with a clamping piece for preventing the over-thread bushing (52) from being separated from the housing.
66. The multifunctional safety smart vanity mirror according to claim 75, characterized in that the clamping member comprises a clamping spring (54), a clamping groove (503) provided on the thread-through sleeve (52), and a first shaft cylinder ( 501) is provided with a spring hole (504), the clamping spring (54) is sleeved in a clamping groove (503), the clamping spring (54) and the spring hole (504) are inserted and fixed, and the card The groove (503) is provided with a wear-resistant sheet (53), the thread passing sleeve (52) is provided with an accommodation groove (505), and the accommodation groove (505) is provided with a buffer ring (506).
67. The multifunctional safety smart vanity mirror according to claim 74, characterized in that the positioning rotating shaft member further comprises a rear housing rotating shaft fixing member (511) and a bracket rotating shaft fixing member (512), the rear housing rotating shaft fixing member (512) 511) is inserted and fixed in the second shaft barrel (507), the rear shell rotating shaft fixing member (511) is connected to the rotating end of the positioning rotating shaft, and the bracket rotating shaft fixing member (511) is inserted and fixed in the second shaft groove In (509), the bracket rotating shaft fixing member (512) is connected to the fixed end of the positioning rotating shaft.
68. The multifunctional safety smart vanity mirror according to claim 77, characterized in that, the bracket rotating shaft fixing member (512) is provided with a limit component that limits the rotation angle of the housing (1) relative to the mirror bracket (11), and the limit The position component includes a clamping bar (510) provided in the second shaft barrel (507) and a blocking bar (510) provided on the rotating shaft fixing part (51) of the mirror bracket to block during the rotation of the clamping bar (510) so as to cooperate to realize the limiting shell (1 ) The locking protrusion (513) with respect to the rotation angle of the mirror bracket (11), the positioning rotating shaft is a damping rotating shaft.
69. The multifunctional safety smart vanity mirror according to claim 77, characterized in that the bracket rotating shaft fixing member (512) is provided with at least one positioning bead (514), and the second shaft barrel (509) is provided with at least one A positioning groove that can cooperate with the positioning bead (514).
70. The multifunctional safety smart vanity mirror according to claim 75, characterized in that, a crimping plate (55) for pressing a wire harness is connected to the casing (1), and a base (11) is connected to the mirror bracket (11) 20), the first line of the mirror holder (11) communicates with the interior of the base (20), the light-emitting assembly includes a light guide cup (42) disposed in the housing (1) and a light guide cup (42) ) Inside the light strip (41), a light-transmitting cover (46) covering the light guide cup (42) is connected to the outer shell (1), and the inner wall of the light guide cup (42) can be used for lighting The light reflection of the belt (41) is placed in an arc shape on the light-transmitting cover (46).
71. A multifunctional vanity mirror includes a housing (1), a mirror surface (123) and a mirror bracket (11), the mirror surface (123) is arranged on the housing (1), and the mirror bracket (11) and the housing (1) are pivoted by a rotating shaft assembly It is characterized in that the rotating shaft assembly includes a positioning rotating shaft member, and the positioning rotating shaft member includes a second shaft barrel (507) provided on the housing, a positioning rotating shaft (508), and a second shaft provided on the mirror bracket (11) The slot (509), the second shaft barrel (507) is connected to the rotating end of the positioning rotating shaft (508), the second shaft slot (509) is connected to the fixed end of the positioning rotating shaft (508), and the housing (1) is provided with light Components.
72. The multifunctional vanity mirror according to claim 81, characterized in that the rotating shaft assembly further comprises a wire routing shaft member, and both ends of the casing (1) are pivoted to both ends of the bracket through the wire routing shaft member and the positioning shaft member Then, the cable routing shaft component includes a thread bushing (52), a first shaft barrel (501) provided in the housing, a first shaft groove (502) disposed in the mirror bracket (11), and a thread bushing (52) One end is connected and fixed with the first shaft groove (502), the thread-through shaft sleeve (52) is movably disposed in the first shaft barrel (501), and the mirror bracket (11) is provided with a connection to the first shaft groove (502) The first wire path, the first shaft barrel (501) is provided with a second wire path that communicates with the housing, the thread passing bush (52) is a hollow structure that connects the first wire path and the second thread path, and the other end of the thread bushing (52) A clamping piece is provided to prevent the over-line shaft sleeve (52) from being separated from the casing.
73. The multifunctional vanity mirror according to claim 81, characterized in that the clamping member includes a clamping spring, a clamping groove (503) provided on the thread guide bush (52), and a A spring hole (504), the clamping spring (504) is movably sleeved in the clamping groove (503), and the clamping spring (54) and the spring hole (504) are inserted and fixed.
74. The multifunctional vanity mirror according to claim 83, characterized in that the clamping groove (503) is provided with a wear-resistant sheet (53), and the thread guide sleeve (52) is provided with a receiving groove (505), so A buffer ring (506) is provided in the accommodating groove (505).
75. The multifunctional vanity mirror according to claim 81, characterized in that the positioning rotating shaft member further comprises a rear casing rotating shaft fixing member (511) and a bracket rotating shaft fixing member (512), the rear casing rotating shaft fixing member (511) is inserted It is connected and fixed in the second shaft barrel (507), the rear shell rotating shaft fixing member (511) is connected to the rotating end of the positioning rotating shaft, and the bracket rotating shaft fixing member (512) is inserted and fixed in the second shaft groove (509) Inside, the bracket rotating shaft fixing member (512) is connected to the fixed end of the positioning rotating shaft (508).
76. The multifunctional vanity mirror according to claim 85, characterized in that, the bracket rotating shaft fixing member (512) is provided with a limiting component that limits the rotation angle of the housing (1) relative to the mirror bracket (11), and the limiting component It includes a clamping bar (510) provided in the second shaft barrel (507) and a blocking shaft (510) provided on the bracket rotating shaft fixing member (512) to block during the rotation of the clamping bar (510) so as to cooperate to limit the housing 91 relative to the mirror bracket ( 11) A locking protrusion (513) at a rotation angle, and the positioning rotation shaft (508) is a damping rotation shaft.
77. The multifunctional vanity mirror according to claim 85, wherein the bracket rotating shaft fixing member is provided with at least one positioning bead (514), and the second shaft barrel (507) is provided with at least one positioning bead (514) Cooperating positioning groove.
78. The multifunctional vanity mirror according to claim 82, characterized in that a crimping plate (55) for crimping a wire harness is connected to the casing (1), and a base (20) is connected to the mirror bracket (11) The first line of the mirror bracket (11) communicates with the interior of the base (20).
79. The multifunctional vanity mirror according to claim 81, characterized in that the light-emitting assembly comprises a light guide cup (42) arranged in the housing (1) and a light strip (41) arranged in the light guide cup (42) ), a light-transmitting cover (46) provided on the light guide cup (42) is connected to the casing (1), and the inner wall of the light guide cup (42) can reflect the light of the light strip (41) Place the arc on the light-transmitting cover (46).
80. The multifunctional vanity mirror according to claim 89, characterized in that the housing (1) includes a front housing (121) and a rear housing (122), a light strip (41) and the light guide cup (42) ) Are all ring-shaped structures surrounding the mirror surface (123).

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