CN210069603U

CN210069603U - Intelligent LED underwater lamp system with automatic inspection function

Info

Publication number: CN210069603U
Application number: CN201921077605.5U
Authority: CN
Inventors: 蒋汉勇; 高朋; 徐倩; 解杰; 冯奎
Original assignee: Shenzhen Qian Baihui Illuminating Engineering Co Ltd
Current assignee: Shenzhen QianBaiHui Intelligent Engineering Co.,Ltd.
Priority date: 2019-07-10
Filing date: 2019-07-10
Publication date: 2020-02-14
Anticipated expiration: 2029-07-10

Abstract

The utility model relates to an automatic intelligent LED system of lamp under water who patrols and examines in area, including at least one LED banks spare, LED banks spare includes lamp body, lamp shade, LED lamps and lanterns, RDM drive plate. The lamp body is provided with a mounting position for mounting the LED lamp and the RDM driving board; the lampshade covers the LED lamp and the RDM driving board, and the LED lamp and the RDM driving board are isolated from the outside; the RDM driving board is provided with an RDM controller, an automatic addressing input pin, an automatic addressing output pin, a positive signal pin, a negative signal pin, a grounding pin, a power supply pin and an LED pin, wherein the automatic addressing input pin, the automatic addressing output pin, the positive signal pin and the negative signal pin are electrically connected with the RDM controller; the lead wires penetrate through the lamp body and are connected with an automatic addressing input pin, an automatic addressing output pin, a positive signal pin, a negative signal pin, a grounding pin and a power supply pin of the RDM drive board; the LED lamp is connected with the LED pins so as to obtain the working parameters of the LED lamp and control the work of the LED lamp through the RDM controller. The RDM control technology is adopted, parameters such as driving voltage, current and temperature are accurately acquired and fed back in real time, and the RDM control system has a state feedback function.

Description

Intelligent LED underwater lamp system with automatic inspection function

Technical Field

The utility model relates to a lamp field under water, more specifically say, relate to an automatic intelligent LED lamp system under water who patrols and examines in area.

Background

The lamp under water on the current market is because work under water, and the ubiquitous problem of overhauing is difficult, will take out water to dry or will be under water the lamp to take the surface of water when overhauing usually, complex operation, the cost is higher, still influences normal use.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model lies in that, an automatic intelligent LED underwater lamp system who patrols and examines in area is provided.

The utility model provides a technical scheme that its technical problem adopted is: an intelligent LED underwater lamp system with automatic inspection is constructed, and comprises at least one LED lamp assembly, wherein the LED lamp assembly comprises a lamp body, a lampshade, an LED lamp and an RDM driving board;

the lamp body is provided with a mounting position for mounting the LED lamp and the RDM driving board;

the lampshade covers the LED lamp and the RDM driving board, and the LED lamp and the RDM driving board are isolated from the outside;

the RDM driving board is provided with an RDM controller, and an automatic addressing input pin, an automatic addressing output pin, a positive signal pin, a negative signal pin, a grounding pin, a power supply pin and an LED pin which are electrically connected with the RDM controller;

lead wires penetrate through the lamp body and are connected with an automatic addressing input pin, an automatic addressing output pin, a positive signal pin, a negative signal pin, a grounding pin and a power supply pin of the RDM drive board;

the LED lamp is connected with the LED pins so as to obtain the working parameters of the LED lamp and control the work of the LED lamp through the RDM controller.

Preferably, the model of the RDM controller is RDM 06.

Preferably, eight LED pins are arranged on the RDM driving board to be respectively connected with red, green, blue and white four-color LED lamps.

Preferably, the lamp body is formed by casting 304 stainless steel, the lampshade is made of toughened glass, and the combination position of the lamp body and the lampshade and the position where the lead penetrates through are sealed by glue pouring.

Preferably, the intelligent LED wall washer system further comprises a management terminal in communication connection with the RDM driver board to receive and display operating parameters of the LED lamp.

Preferably, the management terminal comprises an early warning device, and the early warning device sends out an early warning when the working parameters of the LED lamp exceed a set value.

Preferably, the intelligent LED underwater lamp system comprises a plurality of LED lamp assemblies, and an automatic addressing input pin and an automatic addressing output pin of an RDM driving board of each LED lamp assembly are arranged in series;

and positive and negative signal pins and a grounding pin of the RDM driving board of each LED lamp assembly are arranged in parallel and are respectively in communication connection with the DMX controller.

Implement the utility model discloses an automatic intelligent LED system of lamp under water of patrolling and examining in area has following beneficial effect: this application adopts RDM control technology, accurately gathers, feeds back in real time to parameters such as drive voltage, electric current, temperature, has the state feedback function, and the function is patrolled and examined automatically, realizes intelligent LED lamps and lanterns state feedback under water, has watchdog protection, system parameter storage function. According to the analysis and judgment of the data, the working state of the LED lamp is displayed on a control computer, abnormality is found, an alarm prompt is given, and convenience is provided for timely maintenance.

Drawings

The invention will be further explained with reference to the drawings and examples, wherein:

fig. 1 is a schematic structural diagram of an LED lamp assembly of an intelligent LED underwater lamp system with automatic inspection in an embodiment of the present invention;

FIG. 2 is a schematic circuit diagram of the LED lamp assembly of FIG. 1;

FIG. 3 is a schematic circuit diagram of a plurality of LED lamp assemblies of the intelligent LED underwater lamp system with automatic inspection in parallel connection.

Detailed Description

In order to clearly understand the technical features, objects, and effects of the present invention, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in fig. 1 to 3, the intelligent LED underwater lamp system with automatic inspection in a preferred embodiment of the present invention includes a plurality of LED lamp assemblies 1, and each LED lamp assembly 1 includes a lamp body 11, a lamp cover 12, an LED lamp 13, and an RDM driving board 14.

The LED lamp assembly 1 comprises a lamp body 11, a lampshade 12, an LED lamp 13 and an RDM drive board 14, wherein the lamp body 11 is provided with a mounting position for mounting the LED lamp 13 and the RDM drive board 14; the lamp housing 12 covers the LED lamp 13 and the RDM driving board 14, and isolates the LED lamp 13 and the RDM driving board 14 from the outside, thereby preventing water from entering the lamp body 11.

The RDM driving board 14 is provided with an RDM controller 141, and an auto addressing input pin 142, an auto addressing output pin 143, a positive/negative signal pin 144, a ground pin 145, a power supply pin 146, and an LED pin 147 which are electrically connected to the RDM controller 141.

Lead wires pass through the lamp body 11 to be connected with an automatic addressing input pin 142, an automatic addressing output pin 143, a positive and negative signal pin 144, a grounding pin 145 and a power supply pin 146 of the RDM driving board 14; the LED lamp 13 is connected to the LED pins 147 to obtain the operating parameters of the LED lamp 13 and control the operation of the LED lamp 13 through the RDM controller 141.

The automatic addressing input pin 142 and the automatic addressing output pin 143 can allocate an address for each group of LED lamp assemblies 1, so as to facilitate subsequent routing inspection records, the positive and negative signal pins 144 and the grounding pin 145 can be connected with the DMX control, and the power supply pin 146 is connected with a power supply to access a large current to drive the LED lamp 13.

Rdm (remote Device management) is an english abbreviation for remote Device management. The RDM protocol is an extended version of the DMX512-a protocol, allowing dimming consoles and other control devices to discover, configure, monitor status, and manage intermediate and line-end devices through a DMX512 network. This application adopts RDM control technique, has the state feedback function, and the function is patrolled and examined automatically, realizes intelligent LED lamps and lanterns state feedback under water, provides convenience for in time maintaining.

Compared with the one-way communication characteristic of the DMX512 protocol, the RDM controller can realize the function of two-way communication, namely the RDM controller 141 at the control end and the LED lamp 13 at the equipment end can carry out two-way communication, accurately acquire and feed back parameters such as driving voltage, current and temperature in real time, and has the functions of watchdog protection and system parameter storage. According to the analysis and judgment of the data, the working state of the LED lamp 13 is displayed on a control computer, and an alarm prompt is given when abnormality is found. This has made things convenient for maintenance greatly to overhaul, improves work efficiency and reliability.

Preferably, the RDM controller 141 is model number RDM 06. The RDM controller 141 feeds back information including:

1. intelligent LED wall washer system: and acquiring the communication state of the DMX network, wherein the statistics of the number of message structure errors is mainly carried out.

2. Queue and status message collection: queue messages and status messages in a device are obtained.

3. RDM information message: and acquiring a RDM message list supported by the equipment and RDM message definitions customized by a manufacturer.

4. Product information message: and acquiring information of the equipment, such as RDM protocol version, manufacturer description, language setting, factory restoration setting and the like.

5. DMX512 settings message: related settings of DMX 512.

6. Sensor parameter messages: the type of sensor (voltage, current, temperature, etc.), the measurement value, the measurement range, etc. are obtained.

7. Lamp, power setting parameter message: mainly including lamp age, power-up cycle, lamp status, control mode, etc.

8. Displaying the setting parameter message: for a device with a display, the display rotation (e.g., 180 degrees) is set to display the brightness level.

9. Device configuration parameter message: such as horizontal inversion, vertical inversion, horizontal/vertical swapping, etc., and real-time clock acquisition and setting.

10. Device control parameter message: including identification of devices, reset of devices, self-test of devices, setting of operating modes, etc.

Through the RDM controller 141, functions such as obtaining product information, positioning a product, feeding back fault information, recovering factory settings, restarting cold and hot, monitoring a sensor, testing a lamp, setting the number of DMX address channels, setting a working mode, and obtaining product information can be realized.

The automatic addressing input pins 142 and the automatic addressing output pins 143 of the RDM driving board 14 of each LED lamp assembly 1 of the intelligent LED underwater lamp system are arranged in series, so that the address allocation is more accurate. The positive and negative signal pins 144 and the grounding pin 145 of the RDM driving board 14 of each LED lamp assembly 1 are arranged in parallel, and are respectively in communication connection with the DMX controller 2 to uniformly control and receive working parameter information. In other embodiments, the intelligent LED underwater light system may also comprise only one set of LED light assemblies 1.

Preferably, the lamp body 11 is formed by casting 304 stainless steel, the surface is anodized, the lampshade 12 is made of high-quality high-whiteness toughened glass, the impact resistance is high, the lighting effect is uniform, the combination position of the lamp body 11 and the lampshade 12 and the position where the lead wire penetrates are sealed by glue pouring, the structure is waterproof, the protection grade is IP68, and the bottom of the lamp body 11 is fixedly arranged on the supporting structure.

The input voltage of the intelligent LED underwater lamp system is 24VDC, the LED lamp 13 comprises 18 high-power 3030 lamp beads, each bead is 1W, the beam angle is 30 degrees, and other specifications can be selected.

The RDM drive board 14 is driven by constant current, 256-level gray level control is achieved, the DMX512 function is achieved, and the DMX512 timing sequence requirement is compatible. The color effect includes chase, running, 256-level gray scale, full color and single color.

Preferably, the intelligent LED wall washer system further comprises a management terminal in communication connection with the RDM driver board 14 to receive and display the operating parameters of the LED lamp 13. The management terminal comprises an early warning device, and when the working parameters of the LED lamp 13 exceed a set value, the management terminal gives out early warnings such as sound and light.

It is to be understood that the above-described respective technical features may be used in any combination without limitation.

The above only is the embodiment of the present invention, not limiting the patent scope of the present invention, all the equivalent structures or equivalent processes that are used in the specification and the attached drawings or directly or indirectly applied to other related technical fields are included in the patent protection scope of the present invention.

Claims

1. The intelligent LED underwater lamp system with the automatic inspection function is characterized by comprising at least one LED lamp assembly (1), wherein the LED lamp assembly (1) comprises a lamp body (11), a lampshade (12), an LED lamp (13) and an RDM driving board (14);

the lamp body (11) is provided with a mounting position for mounting the LED lamp (13) and the RDM driving board (14);

the lampshade (12) covers the LED lamp (13) and the RDM driving board (14), and the LED lamp (13) and the RDM driving board (14) are isolated from the outside;

the RDM driving board (14) is provided with an RDM controller (141), and an automatic addressing input pin (142), an automatic addressing output pin (143), a positive and negative signal pin (144), a grounding pin (145), a power supply pin (146) and an LED pin (147) which are electrically connected with the RDM controller (141);

lead wires penetrate through the lamp body (11) and are connected with an automatic addressing input pin (142), an automatic addressing output pin (143), a positive and negative signal pin (144), a grounding pin (145) and a power supply pin (146) of the RDM driving board (14);

the LED lamp (13) is connected with the LED pin (147) so as to obtain the working parameters of the LED lamp (13) and control the work of the LED lamp (13) through the RDM controller (141).

2. The intelligent LED underwater light system with automatic inspection according to claim 1, wherein the model number of the RDM controller (141) is RDM 06.

3. The intelligent LED underwater lamp system with the automatic inspection function as claimed in claim 1, wherein eight LED pins (147) are arranged on the RDM driving board (14) to be connected with red, green, blue and white four-color LED lamps respectively.

4. The intelligent LED underwater lamp system with the automatic inspection function as claimed in claim 1, wherein the lamp body (11) is cast and molded by using 304 stainless steel, the lampshade (12) is made of toughened glass, and the combination position of the lamp body (11) and the lampshade (12) and the position where the lead wire penetrates are sealed by pouring glue.

5. The intelligent LED underwater lamp system with the automatic inspection according to any one of claims 1 to 4, wherein the intelligent LED wall washer system further comprises a management terminal in communication connection with the RDM driver board (14) to receive and display operating parameters of the LED lamp (13).

6. The intelligent LED underwater lamp system with automatic inspection according to claim 5, wherein the management terminal comprises an early warning device for giving an early warning when the working parameters of the LED lamp (13) exceed a set value.

7. The intelligent LED underwater lamp system with the automatic inspection according to any one of claims 1 to 4, characterized in that the intelligent LED underwater lamp system comprises a plurality of LED lamp assemblies (1), wherein an automatic addressing input pin (142) and an automatic addressing output pin (143) of an RDM driving board (14) of each LED lamp assembly (1) are arranged in series;

and positive and negative signal pins (144) and a grounding pin (145) of the RDM driving board (14) of each LED lamp assembly (1) are arranged in parallel and are respectively in communication connection with the DMX controller (2).