WO2020119005A1 - 一种具有伸缩模块的镜子 - Google Patents

一种具有伸缩模块的镜子 Download PDF

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Publication number
WO2020119005A1
WO2020119005A1 PCT/CN2019/084177 CN2019084177W WO2020119005A1 WO 2020119005 A1 WO2020119005 A1 WO 2020119005A1 CN 2019084177 W CN2019084177 W CN 2019084177W WO 2020119005 A1 WO2020119005 A1 WO 2020119005A1
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WO
WIPO (PCT)
Prior art keywords
mirror
module
housing
light source
induction
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Application number
PCT/CN2019/084177
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English (en)
French (fr)
Inventor
陈亿志
Original Assignee
陈亿志
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Filing date
Publication date
Application filed by 陈亿志 filed Critical 陈亿志
Publication of WO2020119005A1 publication Critical patent/WO2020119005A1/zh

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    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45D—HAIRDRESSING OR SHAVING EQUIPMENT; EQUIPMENT FOR COSMETICS OR COSMETIC TREATMENTS, e.g. FOR MANICURING OR PEDICURING
    • A45D42/00—Hand, pocket, or shaving mirrors
    • A45D42/08—Shaving mirrors
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45D—HAIRDRESSING OR SHAVING EQUIPMENT; EQUIPMENT FOR COSMETICS OR COSMETIC TREATMENTS, e.g. FOR MANICURING OR PEDICURING
    • A45D42/00—Hand, pocket, or shaving mirrors
    • A45D42/08—Shaving mirrors
    • A45D42/10—Shaving mirrors illuminated
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45D—HAIRDRESSING OR SHAVING EQUIPMENT; EQUIPMENT FOR COSMETICS OR COSMETIC TREATMENTS, e.g. FOR MANICURING OR PEDICURING
    • A45D42/00—Hand, pocket, or shaving mirrors
    • A45D42/24—Flexible mirrors
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47G—HOUSEHOLD OR TABLE EQUIPMENT
    • A47G1/00—Mirrors; Picture frames or the like, e.g. provided with heating, lighting or ventilating means
    • A47G1/02—Mirrors used as equipment

Definitions

  • the present application relates to a mirror, in particular to a mirror with a telescopic module.
  • the mirror In daily life, the mirror is an essential life item. With the continuous improvement of people's living standards, people pay more and more attention to the function and requirements of the mirror; the existing mirror has a single function and the mirror itself does not have a supplementary light , The mirror cannot be seen clearly in low light conditions, and external light is needed to meet the user's needs when the ambient light is insufficient; removable mirrors (such as makeup mirrors) are easy to carry and move, and are often used For finishing the appearance; for some existing mirrors, the developer will install a light source on the mirror. When the light source is irradiated, the corresponding switch is turned on; but this type of mirror has disadvantages, it must be manually turned on and off, and it cannot be intelligent . At the same time, the traditional mirror has a simple rotating structure when adjusting the angle of the mirror, and can only be adjusted up and down singly. It can not realize the multi-angle rotation of the mirror. In use, it cannot provide a better user experience.
  • the purpose of the present application is to provide a mirror with a telescopic module.
  • the mirror has a function of induction lighting.
  • the user can select a manual fill mode or a sensor fill mode according to needs.
  • the mirror has intelligent lighting, It has the advantages of environmental protection and energy saving, and has a simple structure and is easy to carry.
  • the mirror has the function of multi-angle rotation, which can be rotated up, down, left, and right within a certain space, which can provide multi-angle mirroring for users who look at the mirror; and the mirror can adjust the height of the mirror surface, which can be stored for convenience carry.
  • a mirror with a telescopic module the mirror includes: a mirror body, a supporting base, a telescopic module, a sensing module and a light source; the mirror body includes a front and back fixed lens and a housing;
  • the support base is connected to the housing
  • the lamp source is arranged on the housing and illuminates toward the front of the lens;
  • the peripheral side of the housing is provided with a recessed groove recessed radially from the edge of the housing;
  • the expansion module is set in the placement slot
  • the expansion module When the expansion module is stressed, it expands and contracts in the radial direction of the casing; and when the expansion module pops out, it protrudes from the edge of the casing.
  • the expansion and contraction module is an elastic compression and expansion module.
  • the housing includes a first side and a second side; the first side is the same side portion of the housing and the lens; and the second side is the opposite side of the first side.
  • the first side contains a lens, and a light source is provided on the peripheral side of the lens.
  • the induction module includes an induction head and an induction switch circuit; the induction switch circuit is connected with the induction head and the light source;
  • the induction head is arranged on the telescopic module; the induction switch circuit is arranged in the casing;
  • the induction head transmits the induction signal to the induction switch circuit, and controls the induction switch circuit to open or close;
  • the induction switch circuit is connected to the lamp source. When the induction switch circuit is closed, the lamp source emits light; when the induction switch circuit is disconnected, the lamp source turns off.
  • the sensing head if the sensing head is within the sensing area, if an object is sensed, the sensing head generates a sensing signal and sends it to the sensing switch circuit to control the closing of the circuit, so that the light source emits light; if there is no object or If the object is no longer in the sensing area, the circuit is disconnected and the light source goes out.
  • the telescopic module When the telescopic module protrudes along the edge of the housing, it is in the mode of inductive light supplementation; when the telescopic module is located inside the housing placement slot, it is in the mode of manual light supplement.
  • the telescopic module when the user presses and pops up the telescopic module, it is in the sensor-filled light mode.
  • the light source of the mirror is turned on and off, which is determined by the sensing signal generated by the sensor module. There is no need to manually turn on and off the light source; when the telescopic module is located in the housing Inside the body, when there is no pop-up, it is in manual light-filling mode, and the user can switch on and off the light source through the switch button.
  • the telescopic module is also provided with a camera
  • the mirror body is connected to the supporting base through a rotating shaft body
  • the rotating shaft body includes a horizontal rotating end connected to the mirror body and a vertical rotating end connected to the support base;
  • connection point between the lateral rotation end and the mirror body deviates from the center point of the mirror body
  • the support base includes a support column and a base; a shaft body movable space is provided on the support column; a fixed mandrel pivotally connected to the vertical rotating end is provided in the shaft body movable space.
  • a fixed mandrel is provided in the movable space of the shaft body, and is axially connected with the vertical rotating end, so that the vertical rotating end has a supporting point to rotate.
  • the lateral rotation end rotates around the axis of the rotation shaft body as the rotation center;
  • the vertical rotating end rotates around the fixed mandrel in the vertical direction.
  • the movable space of the shaft body is a transparent movable hole provided at the upper end of the support column.
  • the upper end and the lower end of the movable space of the shaft body are stop portions that limit the rotation angle of the rotating shaft body
  • the movable space of the shaft body is a transparent movable hole
  • the upper and lower ends of the movable hole are the stop portions when the rotating shaft body rotates vertically, so that the rotation of the rotating shaft body in the vertical direction has a certain angle.
  • the lateral rotation end face is fixedly connected to the second side of the housing
  • the maximum rotation angle of the lateral rotation end is 180°.
  • the design of the fixed end of the lateral rotating end and the housing is connected.
  • the mirror body When the lateral rotating end rotates, the mirror body will rotate with it; if the lateral rotating end is connected to the bottom of the housing, the mirror will be generated during the horizontal rotation process
  • the effect of the body moving up and down, left and right, and the rotation of the vertical rotating end in the vertical direction can raise or lower the mirror body, so that the entire mirror body can rotate in multiple directions and angles; it is more reasonable and convenient in use.
  • a stop block is provided in the lateral rotation end
  • a stop block is provided in the lateral rotation end, so that the rotation of the rotating shaft body in the horizontal direction has a certain angle, which is more reasonable and convenient in use.
  • the design of the stop block can control the rotation angle of the mirror body to avoid that the line located in the rotating shaft body is twisted due to excessive rotation due to the excessive rotation angle.
  • the support post is also provided with several buttons and a touch-sensitive area.
  • buttons include a light source on button, a light source off button, and a light source color tone switching button.
  • the touch-sensitive area is provided with an induction adjustment circuit; after the touch-sensitive area is triggered, an adjustment signal is transmitted to the induction adjustment circuit to control the brightness of the light source.
  • the present application provides a mirror with a multi-angle rotating structure.
  • the mirror has a function of inducing light emission.
  • the user can select a manual fill light mode or a sensor fill light mode according to needs.
  • the manual fill light mode the sensor head of the mirror is hidden In the housing; when it is necessary to switch to the sensor-filled light mode, the user presses the telescopic module to make the sensor head pop out in the radial direction of the housing to perform induction, thereby triggering the light source to emit light; if there is no sensor object in the sensor area , The light source is triggered to go out.
  • the mirror has the advantages of intelligent lighting, environmental protection and energy saving, and has a simple structure and is easy to carry. At the same time, the mirror has the function of multi-angle rotation.
  • the rotating shaft body connected to the mirror body and the supporting base By setting the rotating shaft body connected to the mirror body and the supporting base, and the rotating shaft body is a segmented structure, it is divided into a horizontal rotating end and a vertical rotating end.
  • the rotating end, the vertical rotating end or both ends of the body can be rotated up, down, left and right within a certain space, which can provide multi-angle mirroring for users who look in the mirror.
  • FIG. 1 is a schematic structural diagram of a mirror provided by this application.
  • FIG. 2 is a schematic diagram of a side structure of a mirror provided by the application.
  • FIG. 3 is a schematic diagram of the back structure of a mirror provided by the application.
  • FIG. 4 is a schematic diagram of a mirror body structure of a mirror provided by this application.
  • FIG. 5 is a schematic structural diagram of a mirror housing provided by this application.
  • FIG. 6 is a schematic structural view of a supporting base of a mirror provided by the present application.
  • FIG. 7 is a schematic diagram of the connection between the support base of the mirror and the rotating shaft provided by the present application.
  • FIG. 9 is a schematic structural view of a rotating shaft body of a mirror provided by this application.
  • FIG. 10 is a state diagram of the mirror body of the present application is not rotated and is in the induction fill mode
  • FIG. 11 is a state diagram of the lens body of the present application without rotating and in the manual light-filling mode
  • FIG. 12 is a state diagram of the mirror body of the present application which is rotated by 90° laterally and is in the induction fill mode;
  • FIG. 13 is a state diagram of the mirror body of the present application rotated 90° laterally and in the manual fill mode
  • FIG. 14 is a state diagram of the mirror body of the present application being vertically rotated by 45° and in the induction fill light mode;
  • 15 is a state diagram of the mirror body of the present application vertically rotated by 45° and in the manual fill light mode;
  • FIG. 16 is a state diagram of the mirror body of the present application rotating horizontally and vertically and in the induction fill light mode
  • 17 is a state diagram of the mirror body of the present application rotating horizontally and vertically and in the manual light-filling mode
  • 18 is a schematic diagram of the sensing control logic of the mirror body of the present application.
  • the present application provides a mirror 1 with a telescopic module.
  • the mirror 1 includes: a mirror body 11, a supporting base 12, a telescopic module 13, a sensing module 14, and a light source 15;
  • the lens body 11 includes a lens 111 and a housing 112; a supporting base 12 and a housing 112 are connected; a housing groove 112c concave along the edge of the housing is provided directly above the housing 112; Telescopic module 13;
  • the housing 112 includes a first side 112a and a second side 112b; the first side 112a is a portion of the housing 112 on the same side as the lens 111; and the second side 112b is an opposite side of the first side 112a.
  • the first side 112a contains a lens 111, and a circle of light sources 15 is provided on the periphery of the lens 111.
  • the sensor module 14 includes a sensor head 141 and a sensor switch circuit 142; the sensor switch circuit 14 is connected to the sensor head 141 and the light source 15; the sensor switch circuit 142 is disposed in the housing;
  • the expansion module 13 When the expansion module 13 is stressed, it expands and contracts in the radial direction of the housing 112, and when the expansion module 13 pops out, it protrudes from the edge of the housing 112.
  • the sensor head 141 transmits the sensor signal to the sensor switch circuit 142 to control the sensor switch circuit 142 to open or close; because the sensor switch circuit 142 is connected to the lamp source 15, when the sensor switch circuit 142 is closed, the lamp source 15 emits light; When the induction switch circuit 142 is turned off, the light source 15 is turned off.
  • the sensing head 141 is within the sensing area. If an object is sensed, the sensing head 141 generates a sensing signal and sends it to the sensing switch circuit to control the closing of the circuit, so that the light source emits light; if there is no If the object or object is no longer in the sensing area, the circuit is disconnected and the light source is turned off.
  • the retractable module 13 When the retractable module 13 protrudes along the edge of the housing 112, it is in the induction light supplement mode; when the retractable module 13 is located inside the housing 112 in the placement slot, it is in the manual light supplement mode.
  • the light source 15 of the mirror When the user presses and pops up the retractable module 13, the light source 15 of the mirror is turned on and off for the induction fill mode, which is determined by the sensing signal generated by the sensing module 14, without manually turning on and off the light source 15; when the retractable module is located in the housing Inside the body 112, when there is no pop-up, it is in the manual light-filling mode, and the user can turn on and off the light source 15 through the on-off button.
  • the mirror body 11 is connected to the supporting base 12 through a rotating shaft body 16;
  • the rotating shaft body 16 is a segmented structure, including a lateral rotating end 161 connected to the mirror body 11 and a vertical rotating end connected to the supporting base 12 162;
  • the supporting base 12 includes a supporting column 121 and a base 122; a shaft body movable space 123 is provided on the supporting column 122; and a fixed mandrel 124 pivotally connected to the vertical rotating end 162 is provided in the shaft body movable space 123.
  • the shaft movable space 123 is a transparent movable hole provided at the upper end of the support post 121.
  • a fixed mandrel 124 is provided in the shaft body active space 123, and is pivotally connected to the vertical rotating end 162, so that the vertical rotating end 162 has a supporting point to rotate.
  • the horizontal rotating end 161 rotates around the axis of the rotating shaft 16 as the center of rotation; and the vertical rotating end 162 rotates around the fixed mandrel 124 in the vertical direction; the upper and lower ends of the shaft body movable space 123 restrict the rotation of the rotating shaft The angle of the stop portion; because the shaft movable space 123 is a transparent movable hole, the upper and lower ends of the movable hole are the stop portions when the rotating shaft 16 rotates vertically, so that the rotation of the rotating shaft 16 in the vertical direction has From a certain angle, it is more reasonable and convenient to use.
  • the end surface of the lateral rotation end 161 is fixedly connected to the second side of the housing 112; the maximum rotation angle of the lateral rotation end 161 is 180°, and a stop block (not shown) is provided in the
  • the design of the fixed end of the lateral rotation end 161 is connected to the housing.
  • the lateral rotation end 161 rotates, the mirror body 11 will rotate with it; the end surface of the lateral rotation end 161 is connected to the bottom of the housing 112 during the horizontal rotation process , Will produce the effect that the mirror body 11 moves up, down, left, and right.
  • the vertical rotation end 162 rotating in the vertical direction, the mirror body 11 can be raised or lowered, so that the entire mirror body 11 can rotate in multiple directions and angles; In use, it is more reasonable and convenient.
  • a stop block is provided in the lateral rotation end 161, so that the rotation of the rotating shaft body 16 in the horizontal direction has a certain angle, which is more reasonable and convenient in use.
  • the rotation angle of the mirror body 11 can be controlled to avoid that the circuit in the rotation shaft body is twisted due to excessive rotation due to the excessive rotation angle.
  • the support column 121 is also provided with a light source opening and closing button and a touch sensing area; an induction adjustment circuit is provided in the touch induction area. After the touch induction area is triggered, an adjustment signal is transmitted to the induction adjustment circuit to control the brightness of the light source .
  • Figure 10-17 is the legend of the continuous dynamic change of each angle of view after the mirror is rotated, which can more clearly see the rotation direction of the mirror and the rotation axis body in the axis body activity space The rotation situation.
  • FIG. 10 shows that the lens body 11 is not rotated, and only the telescopic module 13 is pressed to pop up, that is, the sensor head pops up, in this case, the sensor fill light mode;
  • FIG. 11 shows that the lens body 11 is not rotated, and the telescopic module 13 is not pressed.
  • the telescopic module 13 is placed in the placement slot 112c, and this is the manual light supplement mode;
  • FIG. 12 shows that the mirror body 11 is rotated 90° through the lateral rotation end 161, and at the same time, the telescopic module 13 is pressed down to pop out, that is, the sensor head pops up, in this case the sensor fill light mode;
  • FIG. 13 shows that the lens body 11 is rotated 90° through the lateral rotation end 161, but the telescopic module 13 is not pressed, and the telescopic module 13 is placed in the placement slot 112c. At this time, it is in the manual light supplement mode;
  • FIG. 14 shows that the lens body 11 is rotated upward by 45° through the vertical rotation end 162, and at the same time, the telescopic module 13 is pressed to pop up, that is, the sensor head pops up, in this case the sensor fill light mode;
  • FIG. 15 shows that the mirror body 11 is rotated upward by 45° through the vertical rotation end 162, but the telescopic module 13 is not pressed, and the telescopic module 13 is placed in the placement slot 112c. At this time, it is in manual light supplement mode;
  • FIG. 16 shows that the mirror body 11 rotates 90° through the horizontal rotation end 161, and then rotates up 45° through the vertical rotation end 162, and simultaneously presses the telescopic module 13 to pop down, that is, the sensor head pops up.
  • Induction fill light mode
  • FIG. 17 shows that the mirror body 11 rotates 90° through the horizontal rotation end 161 and then rotates 45° upward through the vertical rotation end 162, but the telescopic module 13 is not pressed, and the telescopic module 13 is placed in the placement groove 112c At this time, it is manual fill light mode.
  • Figure 10-17 shows the multi-angle change process of the mirror.
  • the user can rotate any angle in the horizontal direction or the vertical direction to meet user needs.
  • the mirror 1 provided by the present application can be rotated within a certain three-dimensional space range (ie, a rectangular space as shown) by rotating the shaft body, and the user can adjust the angle according to his needs, solving the problem that the traditional mirror can only be moved up and down Or adjust the angle of the mirror left and right; because the structure of the rotating shaft body 16 of the present application is a segmented structure, the angle of the mirror can be adjusted in the horizontal or vertical direction, and the connection between the lateral rotation end 161 and the mirror body deviates from the center point of the mirror body, thereby To achieve a three-dimensional effect.
  • a certain three-dimensional space range ie, a rectangular space as shown

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  • Mirrors, Picture Frames, Photograph Stands, And Related Fastening Devices (AREA)

Abstract

一种具有伸缩模块(13)的镜子(1)，镜子(1)包括：镜体(11)，支撑底座(12)，伸缩模块(13)、感应模块(14)以及灯源(15)；镜体(11)包括前后固定的镜片(111)与壳体(112)；支撑底座(12)连接到壳体(112)；壳体(112)周侧设有自壳体(112)边缘沿径向内凹的置放槽(112c)；伸缩模块(13)设于置放槽(112c)内；伸缩模块(13)受力时，沿壳体(112)径向伸缩；且伸缩模块(13)弹出时，突出壳体(112)边缘。镜子(1)具有感应发光的功能，镜子(1)为感应补光模式时，使用者通过按压伸缩模块(13)，使感应头(141)沿壳体(112)径向弹出，进行感应，从而触发灯源(15)发光；镜子(1)具有智能发光、环保节能等优点，且结构简单，便于携带。

Description

一种具有伸缩模块的镜子 技术领域
本申请涉及一种镜子，尤其是涉及一种具有伸缩模块的镜子。
背景技术
在日常生活中，镜子是必备的生活物品，随着人们生活水平的不断提高，人们对镜子的功能及要求也越发重视；现有的镜子，其功能较为单一，镜子本身不具备补光灯，在光线较暗的情况下不能够看清镜像，需要借助外部的灯光，无法满足用户在环境光不足时的使用需求；可移动式的镜子(例如化妆镜)便于携带、移动，通常被用于整理仪容；部分现有的镜子，研发者会在镜子上安装灯源，需灯源照射时，则打开相应的开关；但这类镜子有缺点，必须人为地去开启关闭，无法实现智能化。同时，传统的镜子在调节镜子的角度时，其转动结构简单，只能单一地上下调节，无法实现镜子的多角度转动，在使用上，无法提供更好地用户体验。
发明内容
为了解决上述技术问题，本申请的目的在于提供一种具有伸缩模块的镜子，该镜子具有感应发光的功能，使用者可以根据需求选择手动补光模式或感应补光模式；该镜子具有智能发光、环保节能等优点，且结构简单，便于携带。同时，该镜子具有多角度旋转的功能，可以在一定空间范围内，进行上下左右地转动，可以为照镜子的用户提供多角度的镜像；且该镜子可以调节镜面的高度，可进行收纳，便于携带。
本申请采用的技术方案为：一种具有伸缩模块的镜子，所述镜子包括：镜体，支撑底座，伸缩模块、感应模块以及灯源；所述镜体包括前后固定的镜片与壳体；
所述支撑底座连接到所述壳体；
所述灯源设于壳体上并朝向镜片前方照射；
所述壳体周侧设有自壳体边缘沿径向内凹的置放槽；
所述伸缩模块设于置放槽内；
所述伸缩模块受力时，沿壳体径向伸缩；且伸缩模块弹出时，突出壳体边缘。
优选的，所述伸缩模块为弹压伸缩模块。
所述壳体包括第一侧和第二侧；所述第一侧为壳体与镜片同侧部分；所述第二侧为第一侧的相对侧。
所述第一侧容纳有镜片，镜片周侧设有灯源。
所述感应模块包括感应头以及感应开关电路；所述感应开关电路与感应头、灯源连接；
所述感应头设于伸缩模块上；所述感应开关电路设于壳体内；
所述感应头将感应信号传输至感应开关电路，控制感应开关电路断开或闭合；
所述感应开关电路与灯源连接，当感应开关电路闭合时，灯源发光；当感应开关电路断开时，灯源熄灭。
具体的，所述感应头在感应区域范围内，若感应到物体，则感应头产生感应信号，并发送至感应开关电路，控制电路的闭合，从而使灯源发光；若感应区内无物体或物体已不在感应区内，则电路断开，灯源熄灭。
所述伸缩模块沿壳体边缘凸起时，为感应补光模式；所述伸缩模块位于壳体置放槽内部时，为手动补光模式。
具体的，当用户按压弹出伸缩模块，则为感应补光模式，镜子的灯源开启与关闭，由感应模块产生的感应信号决定，无需通过手动来对灯源进行开闭；当伸缩模块位于壳体内部，无弹出时，为手动补光模式，用户可通过开闭按钮来开闭灯源。
优选的，所述伸缩模块上还设有摄像头；
所述镜体通过旋转轴体与支撑底座连接；
所述旋转轴体包括与镜体连接的横向转动端以及与支撑底座连接的竖向转动端；
所述横向转动端与镜体连接处偏离镜体的中心点；
所述支撑底座包括支撑立柱和底座；支撑立柱上设有轴体活动空间；所述轴体活动空间内设有与竖向转动端轴接的固定心轴。
具体的，在轴体活动空间内设有固定心轴，并与竖向转动端轴接，使得竖向转动端有支撑点，进行转动。
所述横向转动端以旋转轴体轴心为旋转中心转动；
所述竖向转动端沿竖直方向绕固定心轴转动。
优选的，所述轴体活动空间为设在支撑立柱上端部的通透的活动孔。
优选的，所述轴体活动空间的上端部与下端部为限制旋转轴体转动角度的止位部；
具体的，轴体活动空间为通透的活动孔，活动孔上下端部为旋转轴体竖直转动时的止位部，使旋转轴体在竖直方向的转动具有一定的角度，使用上更为合理方便。
优选的，所述横向转动端端面与壳体的第二侧固定连接；
优选的，所述横向转动端的最大转动角度为180°。
具体的，横向转动端端面与壳体固定连接的设计，当横向转动端转动时，镜体会随其转动；若横向转动端端面与壳体下方连接，则在水平方向转动过程中，会产生镜体上下左右移动的效果，配合竖向转动端在竖直方向上的转动，可以抬高或压低镜体，使整个镜体达到多方位、多角度的旋动；在使用上，更加合理方便。
优选的，所述横向转动端内设有止位块；
具体的，在横向转动端内设有止位块，使旋转轴体在水平方向上的转动具有一定的角度，使用上更为合理方便。同时，由于镜子内设有灯源以及线路，止位块的设计，可以控制镜体的旋转角度，避免因为旋转角度过大，而使得位于旋转轴体内的线路因旋转过度而绞断。
所述支撑立柱上还设有若干个按钮以及触摸感应区域。
所述按钮包括灯源开启按钮、灯源关闭按钮、灯源色调切换按钮。
所述触摸感应区域设有感应调节电路；所述触摸感应区域受触发后，将调节信号传输至感应调节电路，控制灯源的亮度大小。
本申请的有益效果：
本申请提供一种具有多角度旋转结构的镜子，该镜子具有感应发光的功能，使用者可以根据需求选择手动补光模式或感应补光模式；在手动补光模式下，该 镜子的感应头隐藏在壳体内；当需要切换为感应补光模式时，使用者通过按压伸缩模块，使感应头沿壳体径向弹出，进行感应，从而触发灯源发光；若在感应区内，无感应对象存在，则触发灯源熄灭。该镜子具有智能发光、环保节能等优点，且结构简单，便于携带。同时，该镜子具有多角度旋转的功能，通过设置与镜体、支撑底座连接的旋转轴体，且旋转轴体为分段式结构，分为横向转动端和竖向转动端，用户通过旋转横向转动端、竖向转动端或同时旋转两端体，可以在一定空间范围内，进行上下左右地转动，可以为照镜子的用户提供多角度的镜像。
附图说明
图1为本申请提供的镜子的结构示意图；
图2为本申请提供的镜子的侧面结构示意图；
图3为本申请提供的镜子的背面结构示意图；
图4为本申请提供的镜子的镜体结构示意图；
图5为本申请提供的镜子的壳体结构示意图；
图6为本申请提供的镜子的支撑底座结构示意图；
图7为本申请提供的镜子的支撑底座与旋转轴体连接示意图；
图8为本申请提供的镜子的旋转轴体与固定心轴连接示意图；
图9为本申请提供的镜子的旋转轴体结构示意图；
图10为本申请的镜体未旋转且为感应补光模式的状态图；
图11为本申请的镜体未旋转且为手动补光模式的状态图；
图12为本申请的镜体横向旋转90°且为感应补光模式的状态图；
图13为本申请的镜体横向旋转90°且为手动补光模式的状态图；
图14为本申请的镜体竖向旋转45°且为感应补光模式的状态图；
图15为本申请的镜体竖向旋转45°且为手动补光模式的状态图；
图16为本申请的镜体横竖向旋转且为感应补光模式的状态图；
图17为本申请的镜体横竖向旋转且为手动补光模式的状态图；
图18为本申请的镜体的感应控制逻辑示意图。
附图标记说明:
1镜子；
11镜体，12支撑底座，13伸缩模块，14感应模块，15灯源，16旋转轴体；
111镜片，112壳体；
112a第一侧，112b第二侧，112c置放槽；
121支撑立柱，122底座，123轴体活动空间，124固定心轴；
141感应头，142感应开关电路；
161横向转动端，162竖向转动轴。
具体实施方式
下面结合附图对本申请的具体实施方式作进一步说明。
如图1-9以及图18所示，本申请提供一种具有伸缩模块的镜子1，所述镜子1包括：镜体11，支撑底座12，伸缩模块13、感应模块14以及灯源15；所述镜体11包括镜片111与壳体112；支撑底座12和壳体112连接；该壳体112的正上方处设有沿壳体边缘内凹的置放槽112c；置放槽112c内置放有伸缩模块13；
所述壳体112包括第一侧112a和第二侧112b；所述第一侧112a为壳体112与镜片111同侧部分；所述第二侧112b为第一侧112a的相对侧。
所述第一侧112a容纳有镜片111，镜片111周侧设有一圈灯源15。
所述感应模块14包括感应头141以及感应开关电路142；所述感应开关电路14与感应头141、灯源15连接；感应开关电路142设于壳体内；
伸缩模块13受力时，沿壳体112径向向上伸缩，且伸缩模块13弹出时，突出壳体112边缘。伸缩模块上面对用户的一侧设有感应头141；
所述感应头141将感应信号传输至感应开关电路142，控制感应开关电路142断开或闭合；由于感应开关电路142与灯源15连接，当感应开关电路142闭合时，灯源15发光；当感应开关电路142断开时，灯源15熄灭。
具体的，所述感应头141在感应区域范围内，若感应到物体，则感应头141产生感应信号，并发送至感应开关电路，控制电路的闭合，从而使灯源发光；若感应区内无物体或物体已不在感应区内，则电路断开，灯源熄灭。
当伸缩模块13沿壳体112边缘凸起时，为感应补光模式；所述伸缩模块13位于壳体112置放槽内部时，为手动补光模式。当用户按压弹出伸缩模块13， 为感应补光模式，镜子的灯源15开启与关闭，由感应模块14产生的感应信号决定，无需通过手动来对灯源15进行开闭；当伸缩模块位于壳体112内部，无弹出时，为手动补光模式，用户可通过开闭按钮来开闭灯源15。
更加具体的，镜体11通过旋转轴体16与支撑底座12连接；旋转轴体16为分段式结构，包括与镜体11连接的横向转动端161以及与支撑底座12连接的竖向转动端162；
所述支撑底座12包括支撑立柱121和底座122；支撑立柱122上设有轴体活动空间123；所述轴体活动空间123内设有与竖向转动端162轴接的固定心轴124。该轴体活动空间123为一设在支撑立柱121上端部的通透的活动孔。
具体的，在轴体活动空间123内设有固定心轴124，并与竖向转动端162轴接，使得竖向转动端162有支撑点，进行转动。横向转动端161以旋转轴体16轴心为旋转中心转动；而竖向转动端162沿竖直方向绕固定心轴124转动；轴体活动空间123的上端部与下端部为限制旋转轴体转动角度的止位部；由于轴体活动空间123为通透的活动孔，活动孔上下端部为旋转轴体16竖直转动时的止位部，使旋转轴体16在竖直方向的转动具有一定的角度，使用上更为合理方便。横向转动端161端面与壳体112的第二侧固定连接；横向转动端161的最大转动角度为180°，横向转动端161内设有止位块(图未示出)。
具体的，横向转动端161端面与壳体固定连接的设计，当横向转动端161转动时，镜体11会随其转动；横向转动端161端面与壳体112下方连接，在水平方向转动过程中，会产生镜体11上下左右移动的效果，配合竖向转动端162在竖直方向上的转动，可以抬高或压低镜体11，使整个镜体11达到多方位、多角度的旋动；在使用上，更加合理方便。在横向转动端161内设有止位块，使旋转轴体16在水平方向上的转动具有一定的角度，使用上更为合理方便。同时，由于镜子1内设有灯源以及线路，止位块的设计，可以控制镜体11的旋转角度，避免因为旋转角度过大，而使得位于旋转轴体内的线路因旋转过度而绞断。
支撑立柱121上还设有灯源开闭按钮以及触摸感应区域；在触摸感应区域内设有感应调节电路，触摸感应区域受触发后，将调节信号传输至感应调节电路，控制灯源的亮度大小。
为了更好地显示镜子的多角度旋动，图10-17为镜子旋转后，各个视角的连续动态变化图例，能更为直观地看清镜子的旋转方向以及旋转轴体在轴体活动空间内的转动情况。
如图10所示，图10为镜体11未旋转，仅按压伸缩模块13向上弹出，即感应头弹出，此时为感应补光模式；
如图11所示，图11为镜体11未旋转，且未按压伸缩模块13，伸缩模块13置于置放槽112c内，此时为手动补光模式；
如图12所示，图12为镜体11通过横向转动端161旋转90°，同时按压伸缩模块13向下弹出，即感应头弹出，此时为感应补光模式；
如图13所示，图13为镜体11通过横向转动端161旋转90°，但未按压伸缩模块13，伸缩模块13置于置放槽112c内，此时为手动补光模式；
如图14所示，图14为镜体11通过竖向转动端162向上旋转45°，同时按压伸缩模块13向上弹出，即感应头弹出，此时为感应补光模式；
如图15所示，图15为镜体11通过竖向转动端162向上旋转45°，但未按压伸缩模块13，伸缩模块13置于置放槽112c内，此时为手动补光模式；
如图16所示，图16为镜体11通过横向转动端161旋转90°，再通过竖向转动端162向上旋转45°，同时按压伸缩模块13向下弹出，即感应头弹出，此时为感应补光模式；
如图17所示，图17为镜体11通过横向转动端161旋转90°，再通过竖向转动端162向上旋转45°，但未按压伸缩模块13，伸缩模块13置于置放槽112c内，此时为手动补光模式。
图10-17呈现了镜子的多角度变化过程，实际应用中，使用者可以在水平方向或竖直方向上旋转任意角度，以达到用户需求。
本申请提供的镜子1可以通过旋转轴体在一定的立体空间范围内(即图示的矩形空间内)进行旋动，用户可根据自己需要进行角度调节，解决了传统的镜子只能单一地上下或左右调节镜子角度；由于本申请的旋转轴体16结构为分段式结构，可在横向或竖向上调节镜子角度，且横向转动端161与镜体的连接处偏离镜体的中心点，从而达到立体的效果。
根据上述说明书的揭示和教导，本申请所属领域的技术人员还可以对上述实 施方式进行变更和修改。因此，本申请并不局限于上面揭示和描述的具体实施方式，对申请的一些修改和变更也应当落入本申请的权利要求的保护范围内。此外，尽管本说明书中使用了一些特定的术语，但这些术语只是为了方便说明，并不对本申请构成任何限制。

Claims (10)

  1. 一种具有伸缩模块的镜子，其特征在于，所述镜子包括：镜体，支撑底座，伸缩模块以及灯源；所述镜体包括前后固定的镜片与壳体；
    所述支撑底座连接到所述壳体；
    所述灯源设于壳体上并朝向镜片前方照射；
    所述壳体周侧设有自壳体边缘沿径向内凹的置放槽；
    所述伸缩模块设于置放槽内；
    所述伸缩模块受力时，沿壳体径向伸缩；且伸缩模块弹出时，突出壳体边缘。
  2. 根据权利要求1所述的镜子，其特征在于：所述壳体包括第一侧和第二侧，所述第一侧容纳有镜片，镜片周侧设有灯源；所述伸缩模块为弹压伸缩模块。
  3. 根据权利要求1所述的镜子，其特征在于：所述伸缩模块上还设有摄像头。
  4. 根据权利要求1-3任一项所述的镜子，其特征在于：所述镜子还包括感应模块，所述感应模块包括感应头以及感应开关电路，所述感应开关电路与感应头、灯源连接。
  5. 根据权利要求4所述的镜子，其特征在于：所述感应头设于伸缩模块上；所述感应开关电路设于壳体内。
  6. 根据权利要求4所述的镜子，其特征在于：所述感应头将感应信号传输至感应开关电路，控制感应开关电路断开或闭合。
  7. 根据权利要求6所述的镜子，其特征在于：所述感应开关电路与灯源连接，当感应开关电路闭合时，灯源发光；当感应开关电路断开时，灯源熄灭。
  8. 根据权利要求4所述的镜子，其特征在于：所述伸缩模块沿壳体边缘凸起时，为感应补光模式；所述伸缩模块位于壳体置放槽内部时，为手动补光模式。
  9. 根据权利要求1所述的镜子，其特征在于：所述支撑底座包括支撑立柱和底座；所述支撑立柱上还设有若干个按钮以及触摸感应区域。
  10. 根据权利要求9所述的镜子，其特征在于：所述按钮包括灯源开启按钮、灯源关闭按钮、灯源色调切换按钮；
    所述触摸感应区域设有感应调节电路。
PCT/CN2019/084177 2018-12-12 2019-04-25 一种具有伸缩模块的镜子 WO2020119005A1 (zh)

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CN205067862U (zh) * 2015-10-16 2016-03-02 温州富凯光学科技有限公司 一种可伸缩放大镜
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