Cosmetic mirror lamp based on touch control color temperature

Abstract

The utility model discloses a cosmetic mirror lamp based on touch control color temperature, which comprises a cosmetic mirror and is characterized by further comprising a touch sensor combination mounted on the cosmetic mirror and an LED (light-emitting diode) lamp strip combination mounted at a frame of the cosmetic mirror, the output ends of all the touch sensors are connected to the same signal processor, and all the touch sensors are connected with the touch signal receiving end sets on the signal processor in a one-to-one correspondence mode. Each LED lamp strip is provided with a cold color LED lamp set and a warm color LED lamp set. All the LED lamp sets are connected with the signal output end sets of the signal processor in a one-to-one correspondence mode. The beneficial effects of the utility model are that by touching the specific touch area of the make-up mirror lamp, on-off control, brightness adjustment and color temperature adjustment of the light of the make-up mirror lamp are realized, the problem that the sight needs to be frequently switched between a large screen of a host and the make-up mirror lamp when a user wants to customize the light is solved, and the use experience of the user is improved.

Description

Technical Field

[0001] The utility model relates to the technical field of vanity mirror lamp control, and in particular to a vanity mirror lamp capable of controlling color temperature based on touch. Background Art

[0002] With the development of social economy, cars have become an indispensable means of transportation and transport in human society. In order to meet the various lighting needs of users, higher and higher requirements are put forward for current automobile lighting, among which it is indispensable to meet the lighting needs of users when putting on makeup. For this reason, existing cars are basically equipped with makeup mirror lights, which are convenient for drivers and passengers to use makeup mirrors in their seats for lighting. The existing car makeup mirror lights are mainly divided into two categories according to the installation position, one is installed on the ceiling inside the car, and the other is directly integrated on the makeup mirror. The existing makeup mirror lights directly integrated on the makeup mirror are controlled by the magnetic secondary switch of the mirror cover to light up and turn off. When the mirror cover is opened, the makeup mirror lights are lit, and when the mirror cover is closed, the makeup mirror lights are turned off. It is impossible to control the makeup mirror lights to light up or turn off autonomously when using the makeup mirror. In addition, the existing makeup mirror lights directly integrated on the makeup mirror are used to control the makeup mirror light changes through the host large screen to adjust the brightness and color temperature of the light. In order to ensure that the brightness and color temperature of the makeup mirror lights are adjusted in place, when the user customizes the brightness and color temperature of the makeup mirror lights, the line of sight needs to be frequently switched between the host large screen and the makeup mirror lights.

[0003] Problems with existing vanity mirror light technology: 1. The vanity mirror light cannot be turned on or off autonomously. 2. When users customize the light, they need to frequently switch between the main screen and the vanity mirror light to check whether the brightness and color temperature of the vanity mirror light are adjusted properly, which results in a poor user experience. Utility Model Content

[0004] The utility model provides a vanity mirror lamp based on touch control of color temperature, which realizes that the light switch control, brightness adjustment and color temperature adjustment of the vanity mirror lamp can be performed by touching a specific touch area of ​​the vanity mirror lamp. The vanity mirror lamp is used to solve the problem that the user's line of sight needs to frequently switch between the host large screen and the vanity mirror lamp when the user wants to customize the light, thereby improving the user experience.

[0005] In order to achieve the above object, the technical solution of the utility model is as follows:

[0006] A makeup mirror lamp based on touch-controlled color temperature includes a makeup mirror, and the key is: it also includes a touch sensor combination installed on the makeup mirror, and an LED light strip combination installed at the makeup mirror frame;

[0007] The output terminals of all touch sensors are connected to the same signal processor, and each touch sensor is connected to a touch signal receiving terminal group on the signal processor in a one-to-one correspondence;

[0008] Each of the LED light strips is provided with a cold color LED light group and a warm color LED light group;

[0009] All LED light groups are connected to the signal output terminal groups of the signal processor in a one-to-one correspondence.

[0010] The signal processor supports a touch function.

[0011] The signal processor obtains touch instructions through the touch sensor, and generates a high-power control level based on the touch instructions to drive the LED light group, thereby performing power control, brightness adjustment and color temperature adjustment on the LED light group, realizing touch control of the makeup mirror light and improving the user experience.

[0012] The touch signal receiving terminal group is composed of an upper receiving terminal UP_TOUCH, a lower receiving terminal DOWN_TOUCH, a left receiving terminal LEFT_TOUCH, and a right receiving terminal RIGHT_TOUCH;

[0013] The touch sensor combination consists of an upper touch sensor, a lower touch sensor, a left touch sensor, and a right touch sensor;

[0014] The upper receiving terminal UP_TOUCH is connected to the upper touch sensor;

[0015] The lower receiving terminal DOWN_TOUCH is connected to the lower touch sensor;

[0016] The left receiving terminal LEFT_TOUCH is connected to the left touch sensor;

[0017] The right receiving terminal RIGHT_TOUCH is connected to the right touch sensor.

[0018] The touch signal receiving end corresponds one-to-one to the touch sensor. The touch sensor is used to collect touch signals. The collected touch signals are transmitted to the signal processor for analysis and processing through the touch signal receiving end, thereby ensuring the collection and transmission of touch signals and ensuring that the signal processor controls the switch control, brightness adjustment and color temperature adjustment of the makeup mirror light according to different touch signals.

[0019] The LED light strip combination includes an upper light strip UP LED, a lower light strip DOWN LED, a left light strip LEFT LED, and a right light strip RIGHT LED;

[0020] The upper light strip UP LED is composed of a first LED light group and a second LED light group;

[0021] The lower light strip DOWN LED is composed of a third LED light group and a fourth LED light group;

[0022] The left light strip LEFT LED consists of the fifth LED light group and the sixth LED light group;

[0023] The right light strip RIGHT LED is composed of the seventh LED light group and the eighth LED light group;

[0024] The first, third, fifth and seventh LED light groups are warm-color LED light groups, and the second, fourth, sixth and eighth LED light groups are cold-color LED light groups.

[0025] By controlling the switch or brightness of the warm light group and the cold light group, different brightness and color temperature adjustments of the light strip can be achieved.

[0026] The signal output terminal group is composed of an upper warm output terminal UP_WARM_CTR, an upper cold output terminal UP_COLD_CTR, a lower warm output terminal DOWN_WARM_CTR, a lower cold output terminal DOWN_COLD_CTR, a left warm output terminal LEFT_WARM_CTR, a left cold output terminal LEFT_COLD_CTR, a right warm output terminal RIGHT_WARM_CTR, and a right cold output terminal RIGHT_COLD_CTR;

[0027] The upper warm output terminal UP_WARM_CTR is connected to the first LED lamp group;

[0028] The upper cold output terminal UP_COLD_CTR is connected to the second LED lamp group;

[0029] The lower warm output terminal DOWN_WARM_CTR is connected to the third LED lamp group;

[0030] The lower cold output terminal DOWN_COLD_CTR is connected to the fourth LED lamp group;

[0031] The left warm output terminal LEFT_WARM_CTR is connected to the fifth LED light group;

[0032] The left cold output terminal LEFT_COLD_CTR is connected to the sixth LED lamp group;

[0033] The right warm output terminal RIGHT_WARM_CTR is connected to the seventh LED light group;

[0034] The right cold output terminal RIGHT_COLD_CTR is connected to the eighth LED lamp group.

[0035] The light groups correspond one to one with the control signal terminals. Therefore, the signal processor can control the switch and brightness of each light group individually. By combining the brightness of different light groups, the brightness and color temperature of the light strip can be adjusted.

[0036] Beneficial effects: The utility model realizes the on / off control, brightness adjustment and color temperature adjustment of the makeup mirror light by touching the specific touch area of ​​the makeup mirror light, solves the problem that the user's line of sight needs to frequently switch between the host large screen and the makeup mirror light when the user wants to customize the light, and improves the user experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] Figure 1 This is the schematic diagram of the MCU circuit;

[0038] Figure 2 This is the schematic diagram of the LED circuit;

[0039] Figure 3 Wiring diagram for touch sensor. DETAILED DESCRIPTION

[0040] The utility model is further described below in conjunction with the accompanying drawings and embodiments.

[0041] The vanity mirror lamp based on touch-controlled color temperature includes a vanity mirror, and the key point is that it also includes a touch sensor combination installed on the vanity mirror, and an LED light strip combination installed at the frame of the vanity mirror;

[0042] The output terminals of all touch sensors are connected to the same processor, and each touch sensor is connected to a touch signal receiving terminal group on the processor in a one-to-one correspondence;

[0043] Each of the LED light strips is provided with a cold color LED light group and a warm color LED light group;

[0044] All LED light groups are connected to the signal output terminal groups of the MCU in a one-to-one correspondence.

[0045] The processor supports a touch function.

[0046] like Figure 1 As shown, the touch signal receiving terminal group is composed of an upper receiving terminal UP_TOUCH, a lower receiving terminal DOWN_TOUCH, a left receiving terminal LEFT_TOUCH, and a right receiving terminal RIGHT_TOUCH;

[0047] The touch sensor combination consists of an upper touch sensor, a lower touch sensor, a left touch sensor, and a right touch sensor;

[0048] like Figure 3 As shown, the upper touch sensor circuit includes an upper touch sensor and a pin, the upper touch sensor is connected to the pin, the pin 1 and the pin 4 are grounded, and the common end of pins 2 and 3 is connected to the upper receiving end UP_TOUCH via a resistor;

[0049] The circuit structures of the lower touch sensor, the left touch sensor, and the right touch sensor are consistent with those of the upper touch sensor.

[0050] The LED light strip combination includes an upper light strip UP LED, a lower light strip DOWN LED, a left light strip LEFT LED, and a right light strip RIGHT LED;

[0051] The upper light strip UP LED is composed of a first LED light group and a second LED light group;

[0052] The lower light strip DOWN LED is composed of a third LED light group and a fourth LED light group;

[0053] The left light strip LEFT LED consists of the fifth LED light group and the sixth LED light group;

[0054] The right light strip RIGHT LED is composed of the seventh LED light group and the eighth LED light group;

[0055] The first, third, fifth and seventh LED light groups are warm-color LED light groups, and the second, fourth, sixth and eighth LED light groups are cold-color LED light groups.

[0056] like Figure 1 As shown, the signal output terminal group consists of an upper warm output terminal UP_WARM_CTR, an upper cold output terminal UP_COLD_CTR, a lower warm output terminal DOWN_WARM_CTR, a lower cold output terminal DOWN_COLD_CTR, a left warm output terminal LEFT_WARM_CTR, a left cold output terminal LEFT_COLD_CTR, a right warm output terminal RIGHT_WARM_CTR, and a right cold output terminal RIGHT_COLD_CTR;

[0057] like Figure 2 As shown, the first LED lamp group circuit includes a power supply and a light emitting diode, wherein the first light emitting diode is connected in parallel with a first capacitor, and the second light emitting diode is connected in parallel with a second capacitor, the power supply is connected to the positive electrode of the first light emitting diode, the negative electrode of the first light emitting diode is connected to the positive electrode of the second light emitting diode, and the negative electrode of the second light emitting diode is connected to the upper warm output terminal UP_WARM_CTR via a resistor;

[0058] The second LED light group, the third LED light group, the fourth LED light group, the fifth LED light group, and the sixth LED light group are connected, and the circuit structure of the seventh LED light group and the eighth LED light group is consistent with the circuit structure of the first LED light group.

[0059] The control logic of the switch control, brightness adjustment and color temperature adjustment of the vanity mirror light is as follows:

[0060] When the touch sensor gives a full-light command, the signal processor drives all LED light groups to light up;

[0061] When the touch sensor gives a full-off instruction, the signal processor drives all LED light groups to turn off;

[0062] When the touch sensor gives a single light command, the signal processor drives a certain LED light group to light up;

[0063] When the touch sensor gives a single shutdown command, the signal processor drives a certain LED light group to turn off;

[0064] When the touch sensor gives a brightness adjustment instruction, the signal processor drives the LED light group to adjust the brightness;

[0065] When the touch sensor gives a color adjustment instruction, the signal processor drives the LED light group to adjust the color.

Claims

1. A vanity mirror lamp based on touch control of color temperature, comprising a vanity mirror, characterized in that: It also includes a touch sensor combination installed on the makeup mirror, and an LED light strip combination installed at the makeup mirror frame; The output terminals of all touch sensors are connected to the same signal processor, and each touch sensor is connected to a touch signal receiving terminal group on the signal processor in a one-to-one correspondence; Each of the LED light strips is provided with a cold color LED light group and a warm color LED light group; All LED light groups are connected to the signal output terminal groups of the signal processor in a one-to-one correspondence.

2. A makeup mirror lamp based on touch control of color temperature according to claim 1, characterized in that: The touch signal receiving terminal group is composed of an upper receiving terminal UP_TOUCH, a lower receiving terminal DOWN_TOUCH, a left receiving terminal LEFT_TOUCH, and a right receiving terminal RIGHT_TOUCH; The touch sensor combination consists of an upper touch sensor, a lower touch sensor, a left touch sensor, and a right touch sensor; The upper receiving terminal UP_TOUCH is connected to the upper touch sensor; The lower receiving terminal DOWN_TOUCH is connected to the lower touch sensor; The left receiving terminal LEFT_TOUCH is connected to the left touch sensor; The right receiving terminal RIGHT_TOUCH is connected to the right touch sensor.

3. A makeup mirror lamp based on touch control of color temperature according to claim 2, characterized in that: The LED light strip combination includes an upper light strip UP LED, a lower light strip DOWN LED, a left light strip LEFT LED, and a right light strip RIGHT LED; The upper light strip UP LED is composed of a first LED light group and a second LED light group; The lower light strip DOWN LED is composed of a third LED light group and a fourth LED light group; The left light strip LEFT LED consists of the fifth LED light group and the sixth LED light group; The right light strip RIGHT LED is composed of the seventh LED light group and the eighth LED light group; The first, third, fifth and seventh LED light groups are warm-color LED light groups, and the second, fourth, sixth and eighth LED light groups are cold-color LED light groups.

4. A makeup mirror lamp based on touch control of color temperature according to claim 3, characterized in that: The signal output terminal group is composed of an upper warm output terminal UP_WARM_CTR, an upper cold output terminal UP_COLD_CTR, a lower warm output terminal DOWN_WARM_CTR, a lower cold output terminal DOWN_COLD_CTR, a left warm output terminal LEFT_WARM_CTR, a left cold output terminal LEFT_COLD_CTR, a right warm output terminal RIGHT_WARM_CTR, and a right cold output terminal RIGHT_COLD_CTR; The upper warm output terminal UP_WARM_CTR is connected to the first LED lamp group; The upper cold output terminal UP_COLD_CTR is connected to the second LED lamp group; The lower warm output terminal DOWN_WARM_CTR is connected to the third LED lamp group; The lower cold output terminal DOWN_COLD_CTR is connected to the fourth LED lamp group; The left warm output terminal LEFT_WARM_CTR is connected to the fifth LED light group; The left cold output terminal LEFT_COLD_CTR is connected to the sixth LED lamp group; The right warm output terminal RIGHT_WARM_CTR is connected to the seventh LED light group; The right cold output terminal RIGHT_COLD_CTR is connected to the eighth LED lamp group.

Images