WO2020133920A1

WO2020133920A1 - Smart bath mirror

Info

Publication number: WO2020133920A1
Application number: PCT/CN2019/089880
Authority: WO
Inventors: 吴先锋; 李桂玉
Original assignee: 李桂玉
Priority date: 2018-12-26
Filing date: 2019-06-03
Publication date: 2020-07-02
Also published as: DE102019105282A1; CN109363453A

Abstract

A smart bath mirror, comprising a mirror face (1) and edge covering plates (2); a top end of the mirror face (1) is provided with a functional box (3), wherein the functional box (3) is externally provided with an illuminance sensor (301) and an infrared sensor (302), and the functional box (3) is internally provided with an inclined plate assembly (303), a piston (304), a telescopic light-emitting plate (305) and a controller (308); the inclined plate assembly (303) comprises a first inclined plate (3031) and a second inclined plate (3032); the telescopic light-emitting plate (305) comprises a first light-emitting plate (3051) and a second light-emitting plate (3052) that may telescopically slide along the first light-emitting plate (3051), a tail end of the first light-emitting plate (3051) is slidably connected to the first inclined plate (3031), and a tail end of the second light-emitting plate (3052) is slidably connected to the second inclined plate (3032); the first light-emitting plate (3051) and a top part of the functional box (3) are connected by means of the piston (304); the inclined plate assembly (303) and a bottom part of the functional box (3) are provided therebetween with trigger switches (306), and the bottom part of the functional box (3) is provided with a sealed cover (307); when a detection value of the illuminance sensor (301) is lower than a threshold and the infrared sensor (302) senses that a moving object is present in front of the mirror face (1), the piston (304) is controlled to elongate; and when the trigger switches (306) are triggered, the sealed cover (307) is controlled to open and the telescopic light-emitting plate (305) is simultaneously controlled to illuminate, which is thus a safe and effective manner of illumination for a bath mirror device.

Description

Intelligent bath mirror

This application requires the priority of the Chinese patent application filed on December 26, 2018 with the Chinese Patent Office, application number 201811605139.3, and the invention titled "a smart bath mirror", the entire contents of which are incorporated by reference in this application.

Technical field

This application relates to the field of smart home technology, in particular to a smart bath mirror.

Background technique

The bath mirror is an indispensable part of the bathroom. The traditional bath mirror can only meet the needs of users to dress up and groom the appearance. The function is relatively simple, and it can no longer meet the requirements of the modern smart bathroom. For example, when the user needs to face the bathroom mirror for dressing, if the current illumination in the bathroom is low, the user can only see himself in the bathroom mirror only after manually turning on the bathroom lighting switch, and the user experience is poor.

For this, some smart bath mirrors are equipped with a camera assembly and an illuminance sensor. The camera assembly is used to detect whether there is a person in front of the mirror, and the illuminance sensor is used to detect the brightness in the current bathroom. If the detection value of the illuminance sensor is lower than the threshold, and there is a user in front of the camera assembly detection mirror, it is considered that the user needs to use a bath mirror, and the bathroom system controls the lighting system to turn on. In addition, the camera component also provides users with beauty camera and camera functions to realize the interactive experience between people and the mirror, so that the bath mirror has intelligent and more diverse functions.

However, the bathroom is a relatively private place in the home environment. If the camera component needs to detect whether there is someone in the mirror in real time, it needs to be turned on for a long time, and the smart home also needs network connection and communication, then the camera component will become privacy protection Obstacles.

Summary of the invention

This application provides an intelligent bath mirror to solve the problem that the existing bath mirror cannot provide users with safe and effective lighting.

An intelligent bath mirror provided by the present application includes a mirror surface and a edging plate. A function box is provided at the top of the mirror surface, an illumination sensor and an infrared sensor are provided on the outer surface of the function box, and the interior of the function box is provided. There is a slant plate assembly, a piston and a telescopic light-emitting plate, the telescopic light-emitting plate is parallel to the bottom surface of the function box, the slant plate assembly includes a first slant plate and a second slant plate, the telescopic light-emitting plate includes a first luminous plate and a A second light-emitting board telescopically sliding along the first light-emitting board, an end of the first light-emitting board is slidingly connected to the first inclined plate, and an end of the second light-emitting board is slidingly connected to the second inclined plate , The first light board and the top of the functional box are connected by the piston, a trigger switch is provided between the inclined plate assembly and the bottom of the functional box, and the bottom of the functional box is provided with a sealing cover;

The function box is also provided with a controller for controlling the extension of the piston when the detection value of the illuminance sensor is lower than a threshold and the infrared sensor senses that there is a moving object in front of the mirror, and, when When the telescopic light-emitting board descends along the inclined plate assembly until the trigger switch is triggered, the sealing cover is controlled to open, and the telescopic light-emitting board is controlled to illuminate at the same time.

As can be seen from the above technical solutions, in the smart bath mirror provided by the present application, the telescopic light-emitting board for illumination is provided inside the function box, when the detection value of the illuminance sensor is lower than the threshold, and the infrared sensor senses that there is a moving object in front of the mirror That is to say, when the user needs to use a bath mirror, but the lighting in the bathroom is low, the controller controls the piston to extend, so that the piston pushes the telescopic light-emitting board down. During the descent of the telescopic light-emitting board, the length of the second light-emitting board extending gradually Increase to increase the radiation range of the bath mirror illumination. When the telescopic light board reaches the bottom of the function box and the trigger switch is triggered, the sealing cover is controlled to open to allow light to pass out of the function box while making the first light board and the second light shine The board is illuminated to illuminate the area around the mirror surface, which is convenient for the user to use the bath mirror. When the bath mirror lighting is not needed, the piston is controlled by the controller to shorten, which drives the telescopic light board to rise, so that the trigger switch is released from the trigger state, and at the same time controls the sealing cover to close to achieve the sealing of the function box. It can be seen that this application can provide safe and effective lighting for the bath mirror according to the user's activity status and the environmental status in the bathroom, and the lighting device is located in the sealed functional box, which can not only play a role of dust and waterproof, but also beneficial The beauty of the bath mirror significantly improves the user experience.

BRIEF DESCRIPTION

In order to more clearly explain the technical solution of the present application, the following will briefly introduce the drawings needed in the embodiments. Obviously, for those of ordinary skill in the art, without paying creative labor, Other drawings can also be obtained from these drawings.

1 is a schematic structural diagram of a smart bath mirror shown in Embodiment 1 of this application;

2 is a schematic structural diagram of a smart bath mirror shown in Embodiment 1 of the present application when it is illuminated;

3 is a schematic structural diagram of a smart bath mirror shown in Embodiment 2 of this application;

4 is a schematic structural diagram of a camera assembly shown in Embodiment 2 of the present application during operation;

5 is a schematic diagram of a display panel of a smart bath mirror shown in Embodiment 2 of the present application;

6 is a schematic structural diagram of a smart bath mirror shown in Embodiment 3 of this application;

7 is a schematic structural diagram of the mirror cleaning assembly shown in Embodiment 3 of the present application when it is reset and dried.

detailed description

In order to enable those skilled in the art to better understand the technical solutions in the present application, the technical solutions in the embodiments of the present application will be described clearly and completely in conjunction with the drawings.

As shown in FIG. 1, Embodiment 1 of the present application provides an intelligent bath mirror, which includes a mirror surface 1 and an edge plate 2. The edge plate 2 is a plate surface structure wrapped around the peripheral edge of the mirror surface 1. The top of the mirror 1 is provided with a function box 3 to prevent the function box 3 from blocking the mirror 1. The outer surface of the function box 3 is provided with an illuminance sensor 301 and an infrared sensor 302. The illuminance sensor 301 is used to sense the light intensity in the bathroom. In terms of the environmental status in the bathroom; the infrared sensor 302 can detect whether there is an active object in front of the mirror 1 through the infrared sensor, and the active object is a user. Specifically, according to the time that the active object stays in front of the mirror 1, the user can determine whether the user Bath mirror is required.

The inside of the function box 3 is provided with a slant plate assembly 303, a piston 304 and a telescopic light-emitting plate 305. The telescopic light-emitting plate 305 is parallel to the bottom surface of the functional box 3. The slant plate assembly 303 includes a first slant plate 3031 and a second slant plate 3032. The light-emitting board 305 includes a first light-emitting board 3051 and a second light-emitting board 3052 that can slide along the first light-emitting board 3051. The end of the first light-emitting board 3051 is slidably connected to the first inclined plate 3031, and the end of the second light-emitting board 3052 is The second inclined plate 3032 is slidingly connected, the first light-emitting plate 3051 and the top of the function box 3 are connected by a piston 304, a trigger switch 306 is provided between the inclined plate assembly 303 and the bottom of the function box 3, and the bottom of the function box 3 is provided with a seal Cover 307. In this example, the function box 3 is made of waterproof material, and the sealing cover 307 is in a closed state when the function is not turned on.

The first inclined plate 3031 and the second inclined plate 3032 have the same structure, and are symmetrically provided inside the function box 3. The first swash plate 3031 is used as an example for description below. The upper end of the first swash plate 3031 abuts the top of the function box 3 and the lower end abuts the bottom of the function box 3. The inclination angle α of the first swash plate 3031 is 15° At 45°, the lower width of the inclined plate assembly 303 is greater than the upper width, which is a trapezoid-like structure. In this way, the length of the telescopic light-emitting plate 305 will gradually increase during the descent, thereby expanding the range of illumination radiation and ensuring the surrounding environment of the bath mirror Sufficient light intensity is convenient for users to use bath mirror. It should be noted that, according to the size of the mirror surface 1, the inclination angle α can be adjusted appropriately to ensure the sufficient illumination range. In addition, the structure of the swash plate assembly 303 can reduce the occupation of the internal space of the function box 3, and facilitate the wiring between the components in the function box 3 and the controller.

The first inclined plate 3031 may be provided with a sliding groove, so that the first light-emitting plate 3051 can move up and down along the sliding groove to complete the expansion and lighting process. The first light-emitting board 3051 may be provided with a groove, and the second light-emitting board 3052 may be retracted by entering and exiting the groove. The piston 304 can be controlled to be extended or shortened by the cylinder, so as to drive the telescopic light emitting plate 305 to fall or rise. The piston 304 is vertically connected with the first light emitting plate 3051 to avoid affecting the expansion and contraction of the second light emitting plate 3052. The trigger switch 306 is used to detect whether the telescopic light-emitting board 305 has dropped to the bottom of the function box 3. When the telescopic light-emitting board 305 contacts the trigger switch 306 so that the trigger switch 306 is triggered, the lighting program can be started. The sealing cover 307 may adopt a sliding type, and the function box 3 may be opened by sliding, or a flip type may be selected, that is, by turning the sealing cover 307, the lighting passage is opened, and the present application is not limited to other forms of opening the sealing cover 307.

In this embodiment, a controller 308 is also provided in the function box 3, and a telescopic light-emitting board 305 for illumination is provided inside the function box 3. When the detection value of the illuminance sensor 301 is lower than the threshold, and the infrared sensor 302 senses the mirror When there is a moving object in front, that is, when the user needs to use a bath mirror but the lighting in the bathroom is low, the controller 308 controls the piston 304 to extend, so that the piston 304 pushes the telescopic light-emitting plate 305 down, during the descending process The length of the second light-emitting board 3052 is gradually increased to increase the radiation range of the bath mirror illumination. When the telescopic light-emitting board 305 reaches the bottom of the function box 3 and the trigger switch 306 is triggered, the sealing cover 307 is controlled to open to allow light The functional box 3 is exposed, and the first light-emitting plate 3051 and the second light-emitting plate 3052 are illuminated at the same time. As shown in FIG. 2, the area around the mirror surface 1 is illuminated to facilitate the user to use the bath mirror. When the bath mirror lighting is not needed, the controller 308 controls the piston 304 to shorten, driving the telescopic light-emitting plate 305 to rise, so that the trigger switch 306 is released from the trigger state, and at the same time controls the sealing cover 307 to close to achieve the sealing of the function box 3. It can be seen that this application can equip the bath mirror with a safe and effective lighting method according to the user's activity status and the environmental status in the bathroom, and the lighting device is provided in the sealed functional box 3, which not only can play the role of dustproof and waterproof, but also It is conducive to the beauty of bath mirrors and significantly improves the user experience.

The length Ls of the telescopic light emitting plate 305 is greater than or equal to L1, and Ls is less than or equal to L2, where L1 is the distance between the upper end of the first inclined plate 3031 and the upper end of the second inclined plate 3032, and L2 is the lower end of the first inclined plate 3031 and the second The distance between the lower ends of the inclined plates 3032, that is, the length Ls of the light-emitting plate 305 is adjustable within the range of [L1, L2], and the length L6 of the sealing cover 307 is greater than or equal to L2 to ensure a sufficient seal.

As shown in FIGS. 3-5, on the basis of the structure described in the first embodiment, in the smart bath mirror provided in the second embodiment of the present application, a camera assembly 309 is provided on the side of the first light-emitting board 3051, and the camera assembly 309 includes a rotating shaft 3091 The crank 3092 and the camera 3093 are connected to the rotating shaft 3091, and the camera 3093 is provided at the end of the crank 3092; the controller 308 is electrically connected to the rotating shaft 3091, and the rotating shaft 3091 can be driven by a motor.

When the moving object is finished dressing in front of the mirror 1 and wants to make a beauty shot, the controller 308 controls the sealing cover 307 to open, and controls the rotating shaft 3091 to rotate. In the example provided in FIG. 3, the rotating shaft 3091 drives the crank 3092 to rotate counterclockwise At 90 degrees, rotate the camera 3093 to the front of the mirror 1, which is the state shown in Figure 4. At this time, the camera 3093 is facing the moving object, and then the camera 3093 is controlled to start, and the moving object can be used for beauty photography, thereby increasing The interaction between the person and the bath mirror enhances the user experience. In addition, when the user does not take beauty shots, the camera 3093 is closed and hidden inside the function box 3, and the sealing cover 307 is closed, thereby protecting the privacy of the user and improving the safety of the bath mirror and camera assembly 309, and because The user takes a bath in the bathroom, and water vapor exists in the bathroom. Therefore, the camera assembly 309 is sealed in the function box 3 to prevent the camera lens from being contaminated by water vapor and water marks on the lens, thereby ensuring clear shooting effects. Here, the controller 308 should be electrically connected to the camera 3093. The controller 308 can control the opening and closing of the camera 3093 and receive the image sent by the camera 3093.

To improve the user experience, the crank 3092 can also be set in a retractable form, so that the vertical height of the camera 3093 can be easily adjusted to accommodate moving objects of different heights. In addition, the rotating shaft 3091 can be designed to be along the side of the first light-emitting board 3051 The sliding form makes it convenient for users to adjust the horizontal position of the camera 3093 according to their needs, so that the camera 3093 can be adjusted in multiple directions for user convenience.

Referring to FIG. 5, the function box 3 is provided with a display panel 310 and a communication module 311; the controller 308 is connected to the display panel 310 and the communication module 311 respectively, and when the camera 3093 finishes shooting, the controller 308 sends the image to the display panel 310, The display panel 310 stores the image and displays the captured image for reference and selection by the user. After the user selects the image, the image can be sent to the client terminal through the communication module 311. The communication module 311 may use a wireless communication module such as a wifi module or a radio frequency. For details, reference may be made to the existing technology, and details are not described in this application.

The smart bath mirror described in the second embodiment combines the lighting function and the beauty shooting function. On the one hand, the two are independent of each other, and can be illuminated separately or shot separately. On the other hand, the two functions can complement each other, even in the bathroom. When the illuminance is low, the brightness in the space around the mirror surface 1 can also be increased by the lighting system, thereby facilitating the user's experience of beauty photography. It should be noted that when it is necessary to separately perform beauty photography, the telescopic light-emitting plate 305 should stop above the trigger switch 306 to avoid the trigger switch 306 being triggered, so that the telescopic light-emitting plate 305 will not emit light, and the sealing cover 307 can be opened. Rotate the camera 3093 in front of the mirror 1; when lighting and beauty photography are performed at the same time, the telescopic light-emitting board 305 is brought into contact with the trigger switch 306, and the trigger switch 306 is triggered, so that beauty makeup can be performed under the state of bath mirror illumination Shooting.

When the user takes a bath in the bathroom, the mirror surface 1 will be contaminated with water vapor. After the user completes the bath, the user needs to wipe the mirror surface 1 with a hand or a towel to effectively use the bath mirror, resulting in inconvenience in using the bath mirror and poor user experience. In this regard, based on the structure described in Embodiment 1 or Embodiment 2, the smart bath mirror provided in Embodiment 3 of the present application, as shown in FIG. 6, a humidity sensor 312 and a humidity sensor are also provided on the outer surface of the function box 3 312 is electrically connected to the controller 308 and is used to sense the current humidity state in the bathroom. If the humidity detection value in the bathroom is greater than the threshold value, water vapor will be contaminated on the mirror surface 1, and the mirror surface assembly 313 is used to automatically wipe the mirror surface 1.

The mirror cleaning assembly 313 is connected to the controller 308. The mirror cleaning assembly 313 includes a first rotating mirror cleaning 3131, a second rotating mirror cleaning 3132, a third rotating mirror cleaning 3133, and a fourth rotating mirror cleaning 3134. The rotating end is located at the upper part of the edging plate 2 on the left side, the rotating end of the second rotating mirror wiper 3132 is located at the upper part of the edging plate 2 on the right side, the movable end of the third rotating mirror wiper 3133 and the movable end of the fourth rotating mirror wiper 3134 Both are located on the lower cladding plate 2, and there is a height difference ΔH between the movable end of the third rotating mirror wipe 3133 and the movable end of the fourth rotating mirror wipe 3134. The length of the first rotating mirror wipe 3131 and the length of the second rotating mirror wipe 3132 are equal to the side length of the edging plate 2 to maximize the wiping of the upper area of the mirror surface 1.

A rotating shaft is provided at the movable end of each rotating mirror wiper included in the lens-wiping assembly 313, and the rotating shaft is electrically connected to the controller 308 for controlling the rotation of each rotating mirror wiper, that is, performing rotary wiping. Each rotating mirror wipe is made of a water-absorbing material, such as a water-absorbing sponge, which has a strong water-absorbing ability and a relatively soft texture, which can avoid scratching the mirror surface 1. Referring to FIG. 6, the rotating end of the first rotating mirror wiper 3131 is located on the upper side of the edging plate 2 on the left side. The starting position of the first rotating mirror wiper 3131 is point a, and the end point of the rotating wiper is point a', which is the first rotation. The trajectory area of the mirror wipe 3131 is S1, which needs to be rotated by 90 degrees; the rotating end of the second rotary mirror wipe 3132 is located on the upper side of the edging plate 2 on the right side, and the starting position of the second rotary mirror wipe 3132 is point b, and the wipe is rotated The end point is b'point, that is, the motion trajectory area of the second rotating mirror wipe 3132 is S2, which needs to be turned 90 degrees.

When the detection value of the humidity sensor 312 is greater than the threshold, the first rotating mirror wiper 3131 is first controlled to rotate and wipe according to the motion track area S1, and when the first rotating mirror wiper 3131 turns to the point a', the second rotating mirror wiper 3132 is controlled to move The track area S2 is rotated and wiped until it reaches point b'; then, the second rotating mirror wipe 3132 is controlled to be reset from point b'to point b, and then the first rotating mirror wipe 3131 is controlled to be reset from point a'to point a. That is, when the upper part of the mirror surface 1 is wiped, the first rotating mirror wipe 3131 is rotated first, and then the second rotating mirror wipe 3132 is rotated. When resetting, the second rotating mirror wipe 3132 is rotated first, and then the first rotating mirror wipe 3131 is rotated. Taking the first rotating mirror wipe 3131 as an example, the first rotating mirror wipe 3131 goes from a point to a'point, and then from a'point to a point, which is equivalent to wiping the upper left area of the mirror surface twice, which improves The wiping effect also cleans the mirror surface 1 at the same time.

After the upper region of the mirror surface 1 is wiped, the lower portion of the mirror surface 1 needs to be wiped. In order to fully wipe the lower part of the mirror surface 1 to avoid leakage, the lengths of the third rotating mirror wipe 3133 and the fourth rotating mirror wipe 3134 need to be larger, and the length of the third rotating mirror wipe 3133 is L3, and the fourth rotating mirror The length of the wipe 3134 is L4, and the length of the lower edging board is L5, then there is L3+L4﹥L5.

Due to L3+L4﹥L5, the third rotating mirror wipe 3133 and the fourth rotating mirror wipe 3134 cannot be docked at the same height, so the height difference ΔH is designed to make the third rotating mirror wipe 3133 and the fourth rotating mirror wipe 3134 up and down Arrange. In order to reduce the width of the lower edging board, in this embodiment, the height difference ΔH satisfies ΔH=(D1+D2)/2, and D1+D2≦D3, where D1 is the width of the third rotating mirror wipe 3133, D2 is the width of the fourth rotating mirror wiper 3134, and D3 is the width of the lower cladding plate.

When the lower region of the mirror surface 1 is wiped, the initial position of the third rotating mirror wipe 3133 is at point c, and the initial position of the fourth rotating mirror wipe 3134 is at point d, when the third rotating mirror wipe 3133 and the fourth rotating mirror wipe 3134 When it is turned to point e, the entire mirror surface 1 can be fully wiped without leakage area. Therefore, the third rotating mirror wiper 3133 and the fourth rotating mirror wiper 3134 only need to rotate the angle β, and β is less than 90 degrees. In the case where the dimensions of the mirror surface 1, the edging plate 2, and the mirror-wiping assembly 313 are fixed, the angle β is also a constant value, and only the rotation angle needs to be preset in the controller 308. The third rotating mirror wipe 3133 turns from point c to point e to form a motion track area S3; the fourth rotating mirror wipe 3134 turns from point d to point e to form a motion track area S4. Of course, in practical applications, β can also take a value of 90 degrees, so that part of the area can be wiped repeatedly, which can improve the wiping effect.

When the upper area of the mirror surface 1 is wiped, the third rotating mirror wipe 3133 is first controlled to rotate and wipe according to the motion track area S3, and when the third rotating mirror wipe 3133 is turned to point e, the fourth rotating mirror wipe 3134 is controlled to follow the motion track The area S4 is rotated and wiped until it reaches point e; then, the fourth rotating mirror wipe 3134 is controlled to be reset from point e to point d, and then the third rotating mirror wipe 3133 is controlled to be reset from point e to point c. When wiping the lower part of the mirror surface 1, first turn the third rotating mirror wipe 3133 (that is, first turn the rotating mirror wipe with a higher position in the vertical direction), then turn the fourth rotating mirror wipe 3134; when resetting, turn the first Four rotating mirror wipes 3134 (that is, first rotate the rotating mirror wipes that are lower in the vertical direction), and then rotate the third rotating mirror wipes 3133.

After the mirror surface 1 is sufficiently wiped by the mirror cleaning assembly 313, as shown in FIG. 7, the first rotating mirror wipe 3131, the second rotating mirror wipe 3132, the third rotating mirror wipe 3133, and the fourth rotating mirror wipe 3134 are all reset. Since each rotating mirror wipe uses a water-absorbing material, the internal moisture content is high, and natural drying can be used, but this way the drying rate is slow, especially in the case of a short wiping cycle, it will reduce the subsequent wiping effect. In this regard, in this embodiment, the edging board 2 is a heating board, and the controller 308 controls the working state of the heating board. After the mirror cleaning assembly 313 finishes the wiping work and resets, the controller 308 controls the edge plate 2 to heat up and dry each rotating mirror wipe to achieve rapid drying. When the drying is completed, the edge plate 2 is stopped. During the heating operation, the residual temperature of the edging board 2 can further dry the lens cleaning assembly 313 until the edging board 2 cools.

It can be seen from the above technical solutions that this application can equip bath mirrors with a safe and effective lighting method according to the user's activity status and the environmental status in the bathroom, and add beauty makeup shooting and mirror wiping functions, integrating various functional components into a sealed function box Inside, it can not only play the role of dustproof and waterproof, but also benefit the beauty of the bath mirror. This application improves the intelligence of the bathroom, meets the needs of modern smart bathrooms, and significantly improves the user experience.

Claims

An intelligent bath mirror, including a mirror surface and an edge plate, characterized in that a function box is provided on the top of the mirror surface, an illumination sensor and an infrared sensor are provided on the outer surface of the function box, and the interior of the function box is provided There is a slant plate assembly, a piston and a telescopic light-emitting plate, the telescopic light-emitting plate is parallel to the bottom surface of the function box, the slant plate assembly includes a first slant plate and a second slant plate, the telescopic light-emitting plate includes a first luminous plate and a A second light-emitting board telescopically sliding along the first light-emitting board, an end of the first light-emitting board is slidingly connected to the first inclined plate, and an end of the second light-emitting board is slidingly connected to the second inclined plate , The first light board and the top of the functional box are connected by the piston, a trigger switch is provided between the inclined plate assembly and the bottom of the functional box, and the bottom of the functional box is provided with a sealing cover;

The function box is also provided with a controller for controlling the extension of the piston when the detection value of the illuminance sensor is lower than a threshold and the infrared sensor senses that there is a moving object in front of the mirror, and, when When the telescopic light-emitting board descends along the inclined plate assembly until the trigger switch is triggered, the sealing cover is controlled to open, and the telescopic light-emitting board is controlled to illuminate at the same time.
The smart bath mirror according to claim 1, wherein a camera assembly is provided on the side of the first light-emitting board, the camera assembly includes a rotating shaft, a crank, and a camera, the crank is connected to the rotating shaft, the The camera is provided at the end of the crank; the controller is electrically connected to the rotating shaft, and is used to control the rotation of the rotating shaft after the sealing cover is opened when the moving object is photographed, so that the crank drives the camera Rotate it in front of the mirror, and then control the camera to start.
The smart bath mirror according to claim 2, wherein the function box is provided with a display panel and a communication module; the controller is respectively connected to the display panel and the communication module, and is used to display the camera shooting And control the communication module to send the image to the client terminal.
The smart bath mirror according to any one of claims 1 to 3, wherein a humidity sensor is further provided on the outer surface of the function box, and the humidity sensor is electrically connected to the controller to sense the Current humidity status.
The smart bath mirror according to claim 4, characterized in that the intelligence further comprises a mirror wiping component, the mirror wiping component is connected to the controller, and the mirror wiping component includes a first rotating mirror wiping and a second A rotating mirror wiper, a third rotating mirror wiper and a fourth rotating mirror wiper, the rotating end of the first rotating mirror wiper is located on the upper part of the left side edging board, and the rotating end of the second rotating mirror wiper is located on the right side edging On the upper part of the board, the movable end of the third rotating mirror wiper and the movable end of the fourth rotating mirror wiper are both located on the lower side cladding plate, and the movable end of the third rotating mirror wiper and the fourth rotating mirror wiper There is a height difference ΔH between the movable ends.
The smart bath mirror according to claim 5, wherein the height difference ΔH satisfies ΔH=(D1+D2)/2, and D1+D2≦D3, where D1 is the width of the third rotating mirror wipe, D2 is the width of the fourth rotating mirror wipe, and D3 is the width of the lower edging plate; the sum of the lengths of the third rotating mirror wipe and the fourth rotating mirror wipe (L3+L4) is greater than the length L5 of the lower edging plate .
The smart bath mirror according to claim 1, wherein the length Ls of the telescopic light emitting plate is greater than or equal to L1, and Ls is less than or equal to L2, wherein L1 is between the upper end of the first inclined plate and the upper end of the second inclined plate L2 is the distance between the lower end of the first inclined plate and the lower end of the second inclined plate; the length L6 of the sealing cover is greater than or equal to L2.
The smart bath mirror according to claim 1 or 7, wherein the inclination angle α of the first inclined plate and the second inclined plate ranges from 15° to 45°.
The smart bath mirror according to claim 5, wherein the edging board is a heating board, and the controller is electrically connected to the edging board for controlling when the lens cleaning assembly is wiped and reset The edging board heats up to dry the lens cleaning assembly.