JP3112714U - Mirror-sensitive device - Google Patents

Abstract

A mirror-sensitive device that generates the same image as a display on a mirror surface is provided.
A sensitive device for controlling whether or not to display a display image using a sensor inside a mirror surface is provided, and a display is installed behind the mirror surface. Using the sound generated by lightly tapping around the mirror surface or vibration around the mirror surface, the sensor receives a signal, thereby driving the display through the sensor to emit light and transmitting the light beam through the mirror surface The same image as the display appears on the mirror surface, increasing the practical value of the mirror surface.
[Selection] Figure 1

Description

  The present invention relates to a kind of specular sensitivity, and more particularly to a sensitive device that controls whether a display displays an image by sensing a sound generated by tapping the vicinity of the specular surface or vibrations around the specular surface with a sensor.

  In everyday life, the use of mirror surfaces is quite wide, and it is an article that ordinary households always have, and is widely used in places that require image reflection such as hair salons, barber shops, clothing stores, and women Is an article that must be carried.

  Traditional specular surfaces are used to reflect images, helping people to self-examine, or increasing the visual effect of space through the principle of specular reflection, and adding mirrors, characters, designs, etc. Appearance is increased and it is also used for parties.

  The traditional mirror surface only reflects the image, and the mirror surface is obviously monotonous. Therefore, adding a letter or design to the mirror surface to increase the beauty of the mirror surface, and attaching a display to the mirror surface, the current time, temperature or humidity Some are also displayed.

  However, in the method of attaching a display to a mirror surface, an image of time, temperature, or humidity cannot be displayed on the display unless a groove is formed in the mirror surface and the mirror surface is installed in the groove. In addition, the display is installed behind the mirror surface, and by causing the light emitter of the display to emit light, the projected light beam is passed through the mirror surface, and it is in the mirror surface to display an image such as time, temperature or humidity, Some have added value to the mirror surface.

  However, whether the display is installed with a slot on the mirror surface in advance, or the display is installed behind the mirror surface, the only thing that remains unchanged is that the display is constantly in the activated state. . In other words, images such as time, temperature, humidity, etc. appear forever on the mirror surface, and the original design effect is inevitably lost under such a long time use.

  The purpose of the present invention is to combine the sensor and display to drive the display by causing the sensor to receive signals by sound generated when tapping the mirror surface or vibrations around the mirror surface, and to display the time, temperature, humidity, characters or graphics. The same image as the display is generated on the mirror surface by causing the image such as the above to appear and display on the mirror surface through the mirror surface, thereby increasing the added value in the mirror surface application.

  Another object of the present invention is to provide a transparent rod around the mirror surface, provide a plurality of light emitters inside the rod, and connect each light emitter to the sensor circuit, thereby At the same time, the light emitter is driven to emit light, and the light beam projected by the light emitter is transmitted through the club to cause a change in light color around the mirror surface, thereby increasing the effect of using the mirror surface. .

The device of claim 1 is a mirror-sensitive device,
A display is placed behind the mirror surface, which forms an electrical circuit connection with at least one sensor, which controls the activation and deactivation of the display through the sensor, so that the same image as the display appears on the mirror surface. The mirror-sensitive device is characterized by being released.
The invention according to claim 2 is the mirror surface sensitive device according to claim 1, characterized in that images such as time, temperature, humidity, characters or figures appear on the display.
According to a third aspect of the present invention, there is provided a mirror-sensitive device according to the first aspect, wherein the sensor is an acoustic control sensor that detects sound.
According to a fourth aspect of the present invention, there is provided the mirror surface sensitive apparatus according to the first aspect, wherein the sensor is a detection sensor that detects an object motion.
The invention according to claim 5 is the mirror surface sensitive device according to claim 1, wherein the mirror surface is applied to a table clock, the mirror surface is provided at the front end of the seat, the display is provided between the mirror surface and the seat, and the sensor is the seat. This is a mirror-sensitive device characterized by being installed around the four sides of
The invention according to claim 6 is the mirror surface sensitive device according to claim 5, wherein a plurality of setting keys are provided on the seat, and the setting keys are used to set a display image on the display. It is a sensitive device.
The invention according to claim 7 is the mirror surface sensitive device according to claim 5, wherein a power supply unit is installed inside the seat body to supply power necessary for driving the display.
The invention according to claim 8 is the mirror surface sensitive device according to claim 7, wherein the power supply unit is a dry cell.
According to a ninth aspect of the present invention, in the mirror surface sensitive device according to the seventh aspect, a cover plate is provided at a position corresponding to the power supply unit on the back of the seat body, and the power supply unit can be exchanged through opening and closing operations of the cover plate. Thus, the mirror-sensitive device is characterized in that the normal operation can be maintained on the display.
The invention according to claim 10 is the mirror surface sensitive device according to claim 5, further comprising a changeover switch on the back of the seat body, and the activation or disconnection of the power supply unit is controlled through the changeover switch. It is a sensitive device.
The invention of claim 11 is the mirror-sensitive device according to claim 5, wherein the seat body is further provided with a sound transmission hole, the display further has a sound generation function, and the state appearing on the display through the sound generation function is simultaneously generated. This is a mirror-sensitive device.
The invention of claim 12 is the mirror sensitive device according to claim 5, wherein a translucent club is provided on both sides of the mirror, a plurality of light emitters are provided behind the club, and each light emitter is connected to a sensor. A circuit connection is formed so that the sensor drives the display, and at the same time, the light emission of the light emitter is driven, and the light beam projected on the light emitter is transmitted through the translucent stick, thereby changing the color of the light around the mirror surface. The mirror-sensitive device is characterized by generating
The invention of claim 13 is the mirror sensitive device according to claim 12, wherein the light emitter forms a connection between a setting key of the seat and an electric circuit, and the light emitter is driven to emit light by pressing the setting key. A mirror-sensitive device.

  The present invention provides a kind of mirror-sensitive device, which installs a display behind the traditional mirror surface, and that the display achieves the display activation effect through the control of the sensor, and is lightly tapped around the mirror surface. A traditional mirror surface that causes the sensor to receive a signal due to the generated sound or vibration around the mirror surface, and further drives the display to emit light, and causes the light beam to pass through the mirror surface and display the same image as the display on the mirror surface. It is assumed that the practical value of is increased.

  The structure of the mirror surface sensitive device of the present invention is as shown in FIG. 1, and a display 20 is installed behind the mirror surface 10, and the display 20 can display images such as time, temperature, humidity, characters or figures. The display 20 forms an electrical circuit connection with at least one sensor 30, and the sensor 30 is an acoustic control sensor for detecting sound or a detection sensor for detecting object movement. Can be placed in the peripheral position.

  Therefore, when the mirror surface 10 is normally used, no image is displayed on the outer surface, and the image is slightly reflected. Sound generated by tapping around the mirror surface or vibration around the mirror surface is detected by the sensor 30, whereby a signal is sent to the display 20, and the display 20 is driven to display an image such as time, temperature, humidity, characters or figures. And the image displayed on the display 20 passes through the mirror surface 10 and the same image as that projected on the display 20 is displayed on the mirror surface 10. As shown in the figure, the time appearing on the mirror surface 10 is 12:00, which increases the added value in the application of the mirror surface 10.

  When the display 20 is driven for a certain period of time, the power is automatically turned off by the setting of the circuit inside the display 20, and when the setting is made for a plurality of seconds, the display 20 is automatically turned off, thereby consuming electric energy. To achieve energy saving effect.

  As shown in FIG. 2, when the mirror surface 10 is applied to the table clock 40, the mirror surface 10 is provided at the front end of the seat body 41, and the display 20 is provided between the mirror surface 10 and the seat body 41. See also FIG. A sensor 30 is provided around the seat body 41, and a plurality of setting keys 42 are provided on the seat body 41, and the setting keys 42 are used to set a display image on the display 20. Is provided with a power supply unit 43. In this embodiment, the dry battery is used as a power supply unit and is used to supply power necessary for driving the display 20.

  When the seat 41 is placed on the table, the object vibrates around the seat 41 or when the seat 41 is tapped to generate sound, the sensor 30 is sensitive to the sound or motion generated by the object, Further, the display 20 is driven, the power supplied from the power supply unit 43 is obtained by the display 20 and an image to be displayed set by the setting key 42 appears. In FIG. 4, the setting is a time display. When the time image is displayed on the display 20, the current time appears on the mirror surface 10, so that the operator can quickly know the accurate time. it can. Further, the setting key 42 can be used to set the image appearing on the display 20 to temperature or time, thereby further expanding the use of the entire mirror surface 10.

  In FIG. 5, refer to FIG. 3 at a position corresponding to the power supply unit 43 on the back of the seat body 41, but a cover plate 44 is provided, and the replacement of the power supply unit 43 is performed through the opening / closing operation of the cover plate 44. Can be achieved. Thereby, the display 20 can hold | maintain normal driving | operation.

  A changeover switch 45 is further provided on the back of the seat body 41, and the start or stop of the power supply unit 43 can be controlled by the changeover switch 45. When the changeover switch 45 is in a disconnected state, the power supply unit 43 supplies power to the display 20. As a result, the image cannot be displayed on the mirror surface 10. On the contrary, when the display 20 is activated, the power of the display 20 can be supplied, and when the display 20 is driven through the sensor 30, an image appears on the mirror surface 10.

  In addition, a sound transmission hole 46 is provided in the seat body 41 so that the display 20 has a sound generation function. The sensor 30 drives the display 20 to display an image on the display 20, and at the same time, a sound generation function. Thus, the status appearing on the display 20, for example, the current time, temperature or humidity can be broadcast, and the status on the display 20 can be accurately notified to the operator.

  As shown in FIG. 6, a translucent club 47 is further installed on both sides of the mirror surface 10 of the seat body 41, and a plurality of light emitters 48 are installed behind the club 47. Each light emitter 48 is a sensor. 30 is connected to the electric circuit, and the sensor 30 drives the display 20 and at the same time, the light emitting body 48 emits light. Thus, the light beam projected by the light emitting body 48 transmits the translucent pin 47 and the whole. The table clock 40 generates a change in light color, and is used as auxiliary lighting equipment when used at night, and is used as lighting assistance during specular reflection in a dark place.

  In addition, the light emitter 48 can be further connected to a setting key 42 installed on the seat body 41 and an electric circuit, and by pressing the setting key 42, the light emitter 48 is driven to reduce energy consumption. .

  However, the above names are determined by the technical contents of the present invention and do not limit the scope of rights of the present invention. Therefore, any conversion or substitution of parts having the same effect as the inventive spirit of the present invention falls within the scope of the claims of the present invention.

It is a display figure of this invention. It is the display figure applied to the table clock of this invention. It is the side display figure applied to the table clock of this invention. It is a use condition display figure applied to the table clock of the present invention. It is a back part display figure applied to the table clock of this invention. It is another use condition display figure applied to the table clock of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Mirror surface 20 Display 30 Sensor 40 Clock 41 Seat body 42 Setting key 43 Power supply unit 44 Cover plate 45 Changeover switch 46 Sound transmission hole 47 Rod 48 Light emitter

Claims (13)

In the mirror-sensitive device,
A display is placed behind the mirror surface, which forms an electrical circuit connection with at least one sensor, which controls the activation and deactivation of the display through the sensor so that the same image as the display appears on the mirror surface. A mirror-sensitive device characterized by being released.   2. The mirror-sensitive device according to claim 1, wherein an image such as time, temperature, humidity, characters or figures appears on the display.   2. The mirror-sensitive device according to claim 1, wherein the sensor is an acoustic control sensor that detects sound.   2. The mirror-sensitive device according to claim 1, wherein the sensor is a detection sensor that detects an object motion.   2. The mirror surface sensitive apparatus according to claim 1, wherein the mirror surface is applied to a table clock, the mirror surface is provided at the front end of the seat body, the display is provided between the mirror surface and the seat body, and the sensors are installed on the four sides of the seat body. A mirror-sensitive device characterized by   6. The mirror-sensitive device according to claim 5, wherein the seat is provided with a plurality of setting keys, and the setting keys are used to set a display image on the display.   6. The mirror surface sensitive device according to claim 5, wherein a power supply unit is installed inside the seat body to supply power necessary for driving the display.   8. The mirror surface sensitive apparatus according to claim 7, wherein the power supply unit is a dry battery.   The mirror surface sensitive device according to claim 7, wherein a cover plate is provided at a position corresponding to the power supply unit on the back of the seat body, and the power supply unit can be exchanged through opening and closing operations of the cover plate. A mirror-sensitive device characterized in that the operation can be maintained.   6. The mirror surface sensitive apparatus according to claim 5, further comprising a changeover switch provided on a back portion of the seat body, wherein activation or disconnection of the power supply unit is controlled through the changeover switch.   6. The mirror-sensitive device according to claim 5, wherein a sound transmission hole is further provided in the seat body, the display further has a sound generation function, and a state appearing on the display through the sound generation function is simultaneously generated. , Mirror-sensitive device.   The mirror-sensitive device according to claim 5, wherein a translucent club is provided on both sides of the mirror, a plurality of light emitters are provided behind the club, and each light emitter forms a connection between a sensor and a circuit, As a result, the sensor drives the display, and at the same time, drives the light emission of the light emitter, and the light beam projected onto the light emitter is transmitted through the translucent stick, thereby generating a change in light color around the mirror surface. A mirror-sensitive device. 13. The mirror surface sensitive device according to claim 12, wherein the light emitter forms a connection between a setting key of the seat and an electric circuit, and the light emitter is driven to emit light by pressing the setting key.

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