Strip-shaped underground lamp

Abstract

The utility model relates to a bar-shaped underground lamp which comprises an underground base, a lamp bar body and a sensor unit, the underground base is fixedly buried in the ground, the lamp bar body is movably arranged in the underground base, the top of the lamp bar body is arranged above the ground in a protruding mode, the sensor unit is arranged between the underground base and the lamp bar body, and the sensor unit is connected with the underground base. The driving acting force of a user acts on the light bar body, the light bar body jitters in the buried base, and the sensor unit samples the frequency of the jittering action to obtain a sampling signal.

Description

Technical Field

[0001] The utility model relates to an underground lamp, in particular to a strip-shaped underground lamp capable of collecting signals. Background Art

[0002] As we all know, underground lamps are now widely used in shopping malls, parking lots, green belts, park tourist attractions, residential areas, urban sculptures, pedestrian streets, building steps and other places. They are mainly buried in the ground for decoration or indication lighting, and some are used for wall washing or tree lighting. Their application has considerable flexibility. LED underground lamps are new underground decorative lamps that use ultra-bright LEDs as light sources and LED constant current drive as driving mode. They are widely used for outdoor lighting such as squares, outdoor parks, and leisure places, as well as park greening, lawns, squares, courtyards, flower beds, pedestrian street decorations, waterfalls, fountains, underwater and other places for night scene lighting. At present, there is no precedent for the application of underground lamps in the field of signal acquisition. Utility Model Content

[0003] The technical solution adopted by the utility model is: a strip-shaped buried lamp, which includes an buried base, a light strip body and a sensor unit, wherein the buried base is fixedly buried in the ground, the light strip body is movably arranged in the buried base, the top of the light strip body is convex above the ground, the sensor unit is arranged between the buried base and the light strip body, the user's driving force acts on the light strip body, the light strip body performs a shaking action in the buried base, and the sensor unit samples the frequency of the shaking action to obtain a sampling signal.

[0004] The beneficial effects of the utility model are as follows: the user's driving force acts on the light strip body, the light strip body shakes in the buried base, the sensor unit samples the frequency of the shaking action to obtain a sampling signal, the driving force can be a lateral reciprocating force or a longitudinal reciprocating force, and correspondingly, the shaking action can be a lateral reciprocating shake or a longitudinal reciprocating shake. When working, the sampling signal is transmitted to the controller in a wired or wireless form, and the controller controls the working status of other lamps through the information of the sampling signal. BRIEF DESCRIPTION OF THE DRAWINGS

[0005] Figure 1 It is a schematic diagram of the strip underground lamp of the utility model.

[0006] Figure 2 The utility model is a schematic diagram of the structure of the strip underground lamp.

[0007] Figure 3 It is an exploded schematic diagram of the strip underground lamp of the utility model. DETAILED DESCRIPTION

[0008] like Figures 1 to 3 As shown, a strip-shaped buried lamp includes an buried base 310, a light bar body 320 and a sensor unit 330, wherein the buried base 310 is fixedly buried in the ground, the light bar body 320 is movably arranged in the buried base 310, the top of the light bar body 320 is protruding above the ground, the sensor unit 330 is arranged between the buried base 310 and the light bar body 320, the user's driving force acts on the light bar body 320, the light bar body 320 performs a shaking action in the buried base 310, and the sensor unit 330 samples the frequency of the shaking action to obtain a sampling signal.

[0009] In specific implementation, the driving force can be a lateral reciprocating force or a longitudinal reciprocating force. Correspondingly, the shaking action can be a lateral reciprocating shaking or a longitudinal reciprocating shaking. When working, the sampling signal is transmitted to the controller in wired or wireless form, and the controller controls the working status of other lamps through the information of the sampling signal.

[0010] In a specific implementation, the strip-shaped underground lamp further includes an elastic component 340 , which is disposed between the underground base 310 and the light strip body 320 . The elastic component 340 can provide elastic restoring force to support the shaking action of the light strip body 320 .

[0011] In practice, the elastic component 340 includes a spring 341, a spring seat 342 and a spring slot 343, wherein a seat slot 344 is provided in the buried base 310 corresponding to the spring seat 342, the spring seat 342 is provided in the seat slot 344, the spring slot 343 is provided on the light bar body 320, one end of the spring 341 is fixedly provided in the spring seat 342, and the other end of the spring 341 is clamped in the spring slot 343, and the light bar body 320 can be elastically provided in the buried base 310 through the elastic component 340 to support the shaking action of the light bar body 320.

[0012] In a specific implementation, the buried base 310 has a base cavity 311 , and the base cavity 311 has two inclined inner surfaces 312 . The light bar body 320 is disposed in the base cavity 311 .

[0013] In a specific implementation, the light bar body 320 includes a shell 321, a top cover 322 and a built-in light bar 323, wherein the built-in light bar 323 is fixedly arranged in the shell 321, the top cover 322 is covered on the top of the shell 321, the shell 321 has two inclined side panels 324, the side panels 324 correspond to the cavity inner surface 312 of the buried base 310, the elastic component 340 is arranged between the side panels 324 and the cavity inner surface 312, the shell 321 also has a top rib 325, the top rib 325 is fixedly arranged on the top edge of the shell 321, the top rib 325 is above the buried base 310, and the top rib 325 can prevent the light bar body 320 from sinking into the buried base 310.

[0014] In a specific implementation, the sensor unit 330 can be a capacitive sensor, etc. In practice, the sensor unit 330 includes a detection part and a detected part, wherein the detected part is arranged at the bottom of the light bar body 320, and the detection part and the detected part are arranged in the buried base 310 correspondingly.

[0015] The product of the present application can be applied in many fields, and now an example is given to illustrate. The product of the present application can be installed on the ground of "karaoke bar, disco". When people enter the karaoke bar, disco, when people step on the product of the present application, the light bar body 320 moves down, and the sensor unit 330 (through the change of the distance between the detection part and the detected part) senses the signal. The sensed signal controls the lighting of the product through the controller. At the same time, the controller can also control the lighting of "wall, dance hall lights, etc." according to the signal. At this time, the product of the present application is equivalent to a "switch". When people frequently step on the light bar body 320 while singing, the sensor unit 330 will sense the frequent shaking signal of the light bar body 320. At this moment, the controller can control other lamps to form a "flash" effect according to this signal to enhance the user experience. In addition, the technology of the sensor unit 330 belongs to the prior art. When the product is specifically applied, the type and parameters of the sensor unit 330 can be specifically determined according to the usage scenario. There are a large number of sensors in the prior art that can realize the functions of the sensor unit 330.

Claims

1. A strip underground lamp, characterized in that: The invention comprises an underground base, a light bar body and a sensor unit, wherein the underground base is fixedly buried in the ground, the light bar body is movably arranged in the underground base, the top of the light bar body is convexly arranged above the ground, and the sensor unit is arranged between the underground base and the light bar body. The driving force of the user acts on the light bar body, and the light bar body performs a shaking action in the buried base. The sensor unit samples the frequency of the shaking action to obtain a sampling signal.

2. A strip underground lamp as claimed in claim 1, characterized in that: The driving force is a lateral reciprocating force, and the shaking motion is a lateral reciprocating shaking motion.

3. A strip underground lamp as claimed in claim 1, characterized in that: The driving force is a longitudinal reciprocating force, and the shaking motion is a longitudinal reciprocating shaking.

4. A strip underground lamp as claimed in claim 1, characterized in that: The strip-shaped underground lamp further comprises an elastic component, which is arranged between the underground base and the lamp strip body.

5. A strip underground lamp as claimed in claim 4, characterized in that: The elastic component includes a spring, a spring seat and a spring slot, wherein a seat slot is arranged in the buried base corresponding to the spring seat, the spring seat is arranged in the seat slot, the spring slot is arranged on the light bar body, one end of the spring is fixedly arranged in the spring seat, and the other end of the spring is clamped in the spring slot.

6. A strip underground lamp as claimed in claim 5, characterized in that: The buried base has a base cavity, the base cavity has two inclined cavity inner surfaces, and the light strip body is arranged in the base cavity.

7. A strip underground lamp as claimed in claim 6, characterized in that: The light bar body includes a shell, a top cover and a built-in light bar, wherein the built-in light bar is fixedly arranged in the shell, the top cover is arranged on the top of the shell, the shell has two inclined side panels, the side panels correspond to the inner surface of the cavity of the buried base, and the elastic component is arranged between the side panels and the inner surface of the cavity.

8. A strip underground lamp as claimed in claim 7, characterized in that: The shell body also has a top rib, which is fixedly arranged on the top edge of the shell body and is located above the buried base.

9. The strip underground lamp according to claim 1, characterized in that: The sensor unit comprises a detecting part and a detected part, wherein the detected part is arranged at the bottom of the light bar body, and the detecting part and the detected part are arranged in the buried base correspondingly.

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