TWI652433B - LED lighting floor with guiding function - Google Patents

Abstract

The LED light-emitting floor with a guiding function comprises a floor unit, a light-transmitting plate, a frame, a receiving space and a bottom plate group; an LED lighting unit is disposed at a predetermined position of the receiving space, and includes One or more LED lights; a processing unit is disposed at a predetermined position in the accommodating space, the processing unit is electrically connected to a pressure sensor, wherein the pressure sensor is used to sense the first pressure signal And the second pressing signal, the processing unit sets the first pressing signal as the origin, and the second pressing signal resolves to the direction in which the user walks, and transmits a lighting signal to the LED lighting unit and the user walking direction. The surrounding LED lighting unit performs synchronous illumination, whereby the present invention provides a guiding function LED lighting floor for a place where the light is dim.

Description

LED lighting floor with guiding function

The invention relates to a floor, in particular to an LED lighting floor with a guiding function.

However, with the development of medical science and technology, the life span of human beings has also grown, and the society has already faced the problem of aging. However, as the age grows, the functions of vision and walking will gradually appear slow and aging;

Light, which plays an important role in the safety of the elderly at home, the most common home accident is falling, which is closely related to lack of light, especially in the evening, even if the obstacles in the direction of the toilet can be avoided as usual during the day, but In the middle of the night, the light is dark, and the person who just got up is still sleepy. If the spirit is not good, it is easy to trip; especially, many elderly people try to avoid turning on the lights to save power, or only open a small small Lights, but the electricity savings are small, the cost of paying for falls is very high, and ultimately it is not worth the loss; and the elderly are active at home for a long time, a safe and comfortable home, which is important to them, and the appropriate lighting design can help reduce The occurrence of home accidents can not be underestimated; therefore, how to develop a floor combined with LED lights has become a key technology project that the related technical field is eager to develop.

The invention provides a light-emitting floor for guiding roads in order to improve the place where the night light is poor:

Therefore, the present invention provides a LED lighting floor with a guiding function, which mainly comprises a floor unit, an LED lighting unit and a processing unit;

The floor unit has a light-transmitting plate, a frame, an accommodating space and a bottom plate group;

The LED lighting unit is disposed at a predetermined position in the accommodating space, and includes one or more LED lamps;

The processing unit is disposed at a predetermined position in the accommodating space, and the processing unit is electrically connected to a voltage sensing device, wherein the pressure sensing device is configured to sense the first pressing signal and the second pressing signal, The processing unit sets the first pressing signal as the origin, and the second pressing signal resolves to the direction in which the user walks, and transmits a lighting signal to the LED lighting unit and the LED lighting unit around the user's walking direction for simultaneous illumination. .

Wherein, the first pressing signal is that the single foot sensed by the pressure sensor is pressed on the floor unit, and the second pressing signal is the other one foot step sensed by the pressure sensor. Pressed on another floor unit, the processing unit and repeated cycle analysis in this cycle.

Wherein, the LED lighting unit further comprises a relay, and when the pressure sensor is subjected to pressing downward pressure, the LED lighting unit is turned on.

The method further includes a mode selection unit having a full-light adjustable mode and a nighttime pressure sensing mode, and the full-light adjustable mode can activate all the connected LED light-emitting units to generate a light source, thereby providing illumination and a nighttime pressure sensing mode. The pressure sensor can determine the position of the LED illumination according to the first pressing signal and the second pressing signal, and simultaneously activate the current position and the surrounding four floors before and after.

The light transmissive plate of the floor unit may be a solar panel for converting absorbed light energy into electric energy, and storing the electric energy in an electric storage unit, and the electric storage unit supplies the electric energy to the LED lighting unit and Processing unit.

Referring to the first figure and the second figure, the LED light emitting floor with guiding function of the present invention comprises:

a floor unit 10 having a light transmissive plate 11, a frame 12, an accommodating space 13 and a bottom plate group 14;

An LED lighting unit 20 is disposed at a predetermined position of the accommodating space 13 and includes one or more LED lamps;

The processing unit 30 is disposed in the accommodating space 13 at a predetermined position. The processing unit 30 is electrically connected to a piezoelectric detector 31. The piezoelectric detector 31 is configured to sense the first pressing signal 311 and the first The second stepping signal 312 is set, the processing unit 30 sets the first stepping signal 311 as the origin, and the second stepping signal 312 resolves to the direction in which the user walks, and transmits a illuminating signal to the LED lighting unit 20 and uses The LED light emitting unit 20 around the walking direction performs synchronous light emission.

The first stepping signal 311 is a single foot sensed by the pressure sensor 31 on the floor unit 10, and the second stepping signal 312 is another sensed by the pressure sensor 31. One foot is pressed against the other floor unit 10, and the processing unit 30 repeats the cycle analysis in this cycle.

The LED lighting unit 20 further includes a relay, and when the piezoelectric detector 31 is pressed downward by gravity, the LED lighting unit 20 is turned on.

The method further includes a mode selection unit having a full-light adjustable mode and a nighttime pressure sensing mode, and the full-light adjustable mode can activate all the connected LED light-emitting units 20 to generate a light source, thereby providing illumination, and a nighttime pressure sensing mode. The voltage sensing device 31 can determine the position of the LED illumination according to the first pressing signal 311 and the second pressing signal 312, and simultaneously activate the current location and the surrounding four floors before and after.

The light-transmitting plate 11 of the floor unit 10 can be a solar panel 111 for converting absorbed light energy into electrical energy and storing the electrical energy in a power storage unit, and the power storage unit provides power to the power storage unit. The LED lighting unit 20 and the processing unit 30; the present invention can also provide 110V for its power.

The elastic member 40 is disposed between the frame 12 body and the bottom plate group 14. The elastic member 40 can be biased by gravity to tilt the floor unit 10 slightly toward the gravity direction.

The floor unit 10 further includes a directional sensor 50. The directional sensor 50 transmits a phase signal for sensing the tilt to the processing unit 30, and transmits a illuminating signal to the LED illuminating unit 20 and the user to walk. The LED light emitting unit 20 on the front performs synchronous illumination.

In order to enable the reviewing committee to have a better understanding and recognition of the features and features of the present invention, the following preferred embodiments are illustrated with the following description:

Referring to the third figure, when the user presses the foot on the floor unit 10, the first pressure signal 311 and the second pressure signal 312 sensed by the pressure sensor 31 are the ones pressed by the user. The LED lighting unit 20 in the floor unit 10 emits light, and at the same time, the LED lighting units 20 of the surrounding front and rear left and right floor units 10 simultaneously emit light;

Referring to the fourth figure, when the user's right foot is stepped forward, the processing unit 30 analyzes that the user is walking forward, and determines that the right foot that is stepped out is the second pressure signal 312, left in the left place. The foot is the first stepping signal 311, so the processing unit 30 transmits a lighting signal to the LED lighting unit 20 at the left foot position, and the LED lighting unit 20 in the front direction 2-3 grids performs synchronous illumination, thereby providing use The brightness in the direction of the front, avoiding collisions and other items, causing accidents such as falling.

Referring to the fifth figure, when the user's left foot is stepped backward, the processing unit 30 analyzes that the user is backwards backward, and determines that the left foot is the second pressing signal 312, leaving the right foot in place. For the first stepping signal 311, the processing unit 30 transmits a illuminating signal to the LED lighting unit 20 at the right foot position, and the LED illuminating unit 20 at the rear direction 2-3 grids to perform synchronous illumination, thereby providing the user with The brightness in the rear direction prevents collisions from hitting other items and causing accidents such as falling.

Referring to the sixth figure, when the user's right foot is stepped to the left side, the processing unit 30 analyzes that the user is moving to the left side, and determines that the right foot that is stepped out is the second pressing signal 312, leaving the left foot in place. For the first stepping signal 311, the processing unit 30 transmits a lighting signal to the LED lighting unit 20 at the left foot position, and the LED lighting unit 20 of the left direction 2-3 grids performs synchronous illumination, thereby providing a user. The brightness in the left direction prevents collisions from hitting other items and causing accidents such as falling.

Referring to the seventh figure, when the user's right foot is stepped to the right side, the processing unit 30 analyzes that the user is moving to the right side, and determines that the right foot that is stepped out is the second pressing signal 312, leaving the left foot in place. For the first stepping signal 311, the processing unit 30 transmits a illuminating signal to the LED lighting unit 20 at the left foot position, and the LED illuminating unit 20 in the right direction 2-3 grids for synchronous illumination, thereby providing a user. The brightness in the right direction avoids accidents such as falling and other accidents caused by walking collisions; and so on, the present invention is not limited to walking straight lines, and the user can also walk obliquely.

Referring to the eighth embodiment to the tenth embodiment, in the second embodiment of the present invention, an elastic member 40 is disposed between the frame body 12 and the bottom plate group 14. The elastic member 40 can be pressed by gravity to make the floor unit. 10 is slightly tilted in the direction of gravity. In the present invention, two elastic members 40 are respectively disposed around the bottom plate group 14 as an embodiment, and are not intended to limit the scope of implementation of the present invention, and may also be set according to requirements. A plurality of elastic members 40 are used to increase the orientation of the floor unit 10; the floor unit 10 further includes a direction sensor 50, and the direction sensor 50 transmits a phase signal for sensing the tilt to the processing unit 30 for calculation. A illuminating signal is transmitted to the LED lighting unit 20 and the LED lighting unit 20 in front of the user to perform synchronous illumination.

With the above structure, when the user presses on the floor unit 10+Y axis position, causing the +Y axis position to sink, the direction sensor 50 transmits the phase signal to the processing unit 30 for calculation, thereby determining that the user is facing the +Y axis. Go forward

Similarly, when the user presses the floor unit 10 to press the -Y axis position, causing the -Y axis position to sag, the direction sensor 50 transmits the phase signal to the processing unit 30 for calculation, thereby determining the user toward the -Y axis. Go forward

Similarly, when the user presses the floor unit 10 to press the +X axis position, causing the +X axis position to sag, the direction sensor 50 transmits the phase signal to the processing unit 30 for calculation, thereby determining that the user is facing the +X axis. In the same direction, when the user presses the floor unit 10 to press the -X axis position, causing the -X axis position to sag, the direction sensor 50 transmits the phase signal to the processing unit 30 for calculation, thereby judging the user toward - the X-axis direction advances; therefore, through the above configuration, the processing unit 30 is determined to determine the direction in which the user travels, and the LED lighting unit 20 around the user's walking direction is activated to perform synchronous illumination, thereby making it a guiding function LED lighting floor. .

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. All of the related art in the art will be equally changed according to the present invention. The scope of coverage.

10‧‧‧Floor unit

11‧‧‧Translucent plate

111‧‧‧ solar panels

12‧‧‧Frame

13‧‧‧ accommodating space

14‧‧‧Bottom plate group

20‧‧‧LED lighting unit

30‧‧‧Processing unit

31‧‧‧Voltage Inductance Detector

311‧‧‧First pressure signal

312‧‧‧Second pressure signal

40‧‧‧Flexible parts

50‧‧‧ Directional Sensor

1 is a perspective view of a first embodiment of the present invention. The second embodiment is a first sectional view of the first embodiment of the present invention. The third to seventh figures are the first stepping signal and the second stepping signal of the present invention. The eighth embodiment of the present invention is a perspective view of a second embodiment of the present invention. The ninth embodiment of the present invention is a plan view of a second embodiment of the present invention.

Claims (7)

An LED light-emitting floor with a guiding function, comprising: a floor unit having a light-transmitting plate, a frame, an accommodating space and a bottom plate group; an LED lighting unit disposed at a predetermined position of the accommodating space, including One or more LED lights; a processing unit disposed in the predetermined position of the accommodating space, the processing unit is electrically connected to a pressure sensor, the pressure sensor is used to sense the first pressing The signal and the second pressing signal, the processing unit sets the first pressing signal as the origin, and the second pressing signal resolves to the direction in which the user walks, and transmits a lighting signal to the LED lighting unit and the user to walk. The LED lighting unit around the direction performs synchronous illumination. The LED lighting floor with guiding function according to the first aspect of the patent application, wherein the first pressing signal is that the single foot sensed by the pressure sensor is pressed on the floor unit, and the second pressing pressure is The signal is that the other one foot sensed by the pressure sensor is pressed against another floor unit, and the processing unit repeats the cycle analysis in this cycle. The LED light-emitting floor with a guiding function according to the first aspect of the invention, wherein the LED light-emitting unit further comprises a relay, wherein the pressure-sensing device is pressed downward by gravity, and then the LED light-emitting unit is turned on. . The LED light-emitting floor with guiding function according to the first aspect of the patent application, further comprising a mode selection unit, having a full-light adjustable mode and a nighttime pressure sensing mode, and the full-light adjustable mode can be activated and connected. All the LED lighting units generate a light source to provide illumination, and the nighttime pressure sensing mode can determine the position of the LED illumination by the first pressure signal and the second pressure signal through the pressure sensor, and simultaneously activate the current position. And around the front and rear four floors. The LED light-emitting floor with a guiding function according to the first aspect of the invention, wherein the light-transmitting plate of the floor unit is a solar panel, wherein the solar panel is used for converting absorbed light energy into electrical energy and It is stored in an electric storage unit, and the electric storage unit supplies electric energy to the LED lighting unit and the processing unit. The LED light-emitting floor with a guiding function according to the first aspect of the invention, wherein an elastic member is disposed between the frame body and the bottom plate group, and the elastic member can be pressed against gravity to make the floor unit face pressed. The direction of gravity is slightly tilted. The LED light-emitting floor with a guiding function according to the first or sixth aspect of the invention, wherein the floor unit further comprises a direction sensor, wherein the direction sensor transmits the phase signal for sensing the tilt The processing unit calculates, transmits a illuminating signal to the LED illuminating unit and the LED illuminating unit in front of the user to perform synchronous illuminating.