CN217232466U

CN217232466U - Pressure-sensitive luminous step

Info

Publication number: CN217232466U
Application number: CN202220021127.1U
Authority: CN
Inventors: 郑凤梅; 柳琳; 金山; 岳丹; 李红英; 董丽丽
Original assignee: Sdcic Construction Group Co ltd
Current assignee: Sdcic Construction Group Co ltd
Priority date: 2022-01-06
Filing date: 2022-01-06
Publication date: 2022-08-19
Anticipated expiration: 2032-01-06

Abstract

The utility model relates to a luminous marking time of forced induction, it including: the concrete stair step and cement mortar combined layer, a pressure vibration sensor is further arranged on a plane step of the concrete stair step, an acrylic plate is arranged on the top surface of the pressure vibration sensor in a pressing mode, horizontal toughened glass is laid on the top surface of the acrylic plate, a front metal frame is inserted in the front edge of the acrylic plate, a front side LED lamp strip is fixed on the inner wall of the front metal frame, a rear metal frame is inserted behind the acrylic plate, and a rear side LED lamp strip is fixed on the inner wall of the rear metal frame; the pressure vibration sensor is connected with the power supply, the front side LED lamp strip and the rear side LED lamp strip after being triggered by stress. After adopting above-mentioned structure, this novel characteristics that have novel structure, have multiple taste response function, atress conduction accuracy, response luminescence sound production.

Description

Pressure-sensitive luminous step

Technical Field

The utility model relates to an architectural decoration stair technical field that marks time refers in particular to a novel structure, have luminous marking time of multi-functional forced induction.

Background

The conventional stair steps are of various structures, on the stair with a concrete structure as a main body, most of the commonly used stair steps are multiple composite stone surface steps or wood structure steps, the conventional stair steps only have the basic function of going upstairs and do not have more interesting functions, and the steps with various induction interesting functions are required to be decorated in specific places such as venues, exhibition places, teenagers and the like; therefore, how to improve the existing single-function stair step structure, the function of induction luminescence or sound production is integrated in the step, and the induction step with multiple interesting functions is formed to be the technical problem to be solved.

Disclosure of Invention

The utility model provides a novel structure, have luminous marking time of multi-functional forced induction to above weak point.

The embodiment of the utility model provides a luminous marking time of forced induction, including: the concrete stair steps are characterized in that a cement mortar bonding layer is paved on the horizontal plane of the concrete stair steps, a pressure vibration sensor is further arranged on the plane step of the concrete stair steps, the top surface of the pressure vibration sensor is higher than the cement mortar bonding layer, an acrylic plate is pressed on the top surface of the pressure vibration sensor, horizontal toughened glass is paved on the top surface of the acrylic plate, a front metal frame is inserted in the front edge of the acrylic plate, a front side LED lamp strip is fixed on the inner wall of the front metal frame, a rear metal frame is inserted in the rear edge of the acrylic plate, and a rear side LED lamp strip is fixed on the inner wall of the rear metal frame; be provided with vertical ya keli board and vertical toughened glass on the vertical face that the concrete stair was marked time, vertical ya keli board is beaten to glue and is bonded on the vertical face that the concrete stair was marked time, vertical toughened glass covers the lateral surface at vertical ya keli board, it is equipped with bottom metal frame to insert on vertical ya keli board and vertical toughened glass's base, bottom metal frame internal fixation has bottom LED lamp strip, pressure vibration sensor atress triggers back intercommunication power and front side LED lamp strip, rear side LED lamp strip and bottom LED lamp strip.

And a damping layer is arranged in a cavity between the acrylic plate and the cement mortar binding layer.

The vertical acrylic plate and the vertical toughened glass are pressed on the cement mortar bonding layer, the top of the vertical acrylic plate abuts against the front end of the acrylic plate and the bottom surface of the front metal frame, and the top end of the vertical toughened glass is in seamless vertical connection with the bottom surface of the front end of the horizontal toughened glass.

And the horizontal toughened glass and the vertical toughened glass are both frosted toughened glass.

And the pressure vibration sensor is triggered by stress and then wirelessly transmits vibration data to a sound source device hidden in a ceiling.

The front metal frame and the bottom metal frame are both U-shaped stainless steel sections.

The rear metal frame is an L-shaped stainless steel section.

After the structure is adopted, the pressure vibration sensor is arranged on the plane step of the concrete stair step, so that the induction vibration function is integrated in the step, and the induction step with multiple interesting functions is formed; a plurality of LED lamp strips are arranged in the step and are coupled with a pressure vibration sensor to form induction luminescence; this is novel still to have set up the buffer layer for displacement is pushed down to the horizontal toughened glass and the ya keli board atress on surface, can fully act on pressure vibration sensor upper surface, and the response triggers the accuracy, and can play the cushioning effect. Therefore, the novel induction type LED lamp has the characteristics of novel structure, multiple interesting induction functions, accurate stress conduction, and induction luminescence and sound production.

Drawings

Fig. 1 is a schematic view of the structural assembly of the present invention;

FIG. 2 is a schematic view of a portion A of FIG. 1;

fig. 3 is an exploded view of the stepping unit of the present invention.

Detailed Description

The following description of the present invention will be made in further detail with reference to the accompanying fig. 1-3.

The utility model provides a luminous mark time of forced induction, including: the concrete stair step 10 is characterized in that a cement mortar bonding layer 20 is laid on the horizontal plane of the concrete stair step 10, a pressure vibration sensor 30 is further arranged on the plane step of the concrete stair step 10, the top surface of the pressure vibration sensor 30 is higher than the cement mortar bonding layer 20, a 20-millimeter acrylic plate 40 is pressed on the top surface of the pressure vibration sensor 30, horizontal toughened glass 50 is laid on the top surface of the acrylic plate 40, a front metal frame 60 is inserted in the front edge of the acrylic plate 40, a front side LED lamp bar 61 is fixed on the inner wall of the front metal frame 60, a rear metal frame 70 is inserted behind the acrylic plate 40, and a rear side LED lamp bar 71 is fixed on the inner wall of the rear metal frame 70; be provided with vertical ya keli board 80 and vertical toughened glass 90 on the vertical face of concrete stair step 10, vertical ya keli board 80 is beaten to glue 81 and is bonded on the vertical face of concrete stair step 10, vertical toughened glass 90 covers the lateral surface at vertical ya keli board 80, bottom metal frame 100 is inserted and is equipped with at the base of vertical ya keli board 80 and vertical toughened glass 90, bottom metal frame 100 internal fixation has bottom LED lamp strip 101, intercommunication power and front side LED lamp strip 61 after pressure vibration sensor 30 atress triggers, rear side LED lamp strip 71 and bottom LED lamp strip 101.

And a damping layer 110 is arranged in a cavity between the combined layers of the acrylic plate 40 and the cement mortar 20.

The vertical acrylic plate 80 and the vertical toughened glass 90 are pressed on the cement mortar binding layer 10, the top of the vertical acrylic plate 80 abuts against the front end of the acrylic plate 40 and the bottom surface of the front metal frame 60, and the top end of the vertical toughened glass 90 is in seamless vertical connection with the bottom surface of the front end of the horizontal toughened glass 50.

The horizontal toughened glass and the vertical toughened glass are both 10 mm frosted toughened glass. The height of the stepping steps in the embodiment is 150 mm.

The pressure vibration sensor 30 is triggered by a force to wirelessly transmit vibration data to a sound source device 120 hidden in a ceiling.

The front metal frame 60 and the bottom metal frame 100 are both U-shaped stainless steel profiles.

The rear metal frame 70 is an L-shaped stainless steel profile.

When the pressure type LED light source is used, when a human foot is pressed on the horizontal toughened glass 50, the acrylic plate 40 is pressed down under force to displace, pressure is transmitted to the pressure vibration sensor 30, the pressure vibration sensor 30 enables each LED light bar in the step to emit light through coupling, and vibration data are wirelessly transmitted to the sound source device 120 hidden in the ceiling through the control system to emit corresponding musical scales, so that the interesting function of induction light emitting and sound emitting is formed.

Therefore, the novel induction type LED lamp has the characteristics of novel structure, multiple interesting induction functions, accurate stress conduction, and induction luminescence and sound production.

Naturally, the present invention can be embodied in many other forms without departing from the spirit or essential attributes thereof, and it should be understood that various changes and modifications can be made by one skilled in the art without departing from the spirit or essential attributes thereof, and it is intended that all such changes and modifications be considered as within the scope of the appended claims.

Claims

1. A pressure-sensitive luminous step comprises: concrete stair are marked time, and the horizontal plane upper berth of marking time at concrete stair is equipped with cement mortar anchor coat, its characterized in that: the concrete stair step is characterized in that a pressure vibration sensor is further arranged on a plane step of the concrete stair step, the top surface of the pressure vibration sensor is higher than a cement mortar bonding layer, an acrylic plate is arranged on the top surface of the pressure vibration sensor in a pressing mode, horizontal toughened glass is laid on the top surface of the acrylic plate, a front metal frame is inserted in the front edge of the acrylic plate, a front side LED lamp strip is fixed on the inner wall of the front metal frame, a rear metal frame is inserted behind the acrylic plate, and a rear side LED lamp strip is fixed on the inner wall of the rear metal frame; be provided with vertical ya keli board and vertical toughened glass on the vertical face that the concrete stair was marked time, vertical ya keli board is beaten to glue and is bonded on the vertical face that the concrete stair was marked time, vertical toughened glass covers the lateral surface at vertical ya keli board, it is equipped with bottom metal frame to insert on vertical ya keli board and vertical toughened glass's base, bottom metal frame internal fixation has bottom LED lamp strip, pressure vibration sensor atress triggers back intercommunication power and front side LED lamp strip, rear side LED lamp strip and bottom LED lamp strip.

2. The step of claim 1, wherein the step comprises: the above-mentioned

And a damping layer is arranged in the cavity between the acrylic plate and the cement mortar bonding layer.

3. The step of claim 2, wherein the step comprises: the vertical acrylic plate and the vertical toughened glass are pressed on the cement mortar binding layer, the top of the vertical acrylic plate abuts against the front end of the acrylic plate and the bottom surface of the front metal frame, and the top end of the vertical toughened glass is in seamless vertical connection with the bottom surface of the front end of the horizontal toughened glass.

4. A step of pressure-sensitive lighting according to claim 3, wherein: and the horizontal toughened glass and the vertical toughened glass are both frosted toughened glass.

5. The step of claim 4, wherein the step comprises: and the pressure vibration sensor is triggered by force and wirelessly transmits vibration data to a sound source device hidden in a ceiling.

6. The step of claim 5, wherein the step comprises: the front metal frame and the bottom metal frame are both U-shaped stainless steel sections.

7. The step of claim 6, wherein: the rear metal frame is an L-shaped stainless steel section.