CN101505569A - LED road lamp computer management system and apparatus - Google Patents
LED road lamp computer management system and apparatus Download PDFInfo
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- CN101505569A CN101505569A CNA2009101196511A CN200910119651A CN101505569A CN 101505569 A CN101505569 A CN 101505569A CN A2009101196511 A CNA2009101196511 A CN A2009101196511A CN 200910119651 A CN200910119651 A CN 200910119651A CN 101505569 A CN101505569 A CN 101505569A
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- 230000006870 function Effects 0.000 description 89
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
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Abstract
The invention provides a computer management system and a device for LED streetlamps. The computer management system and the device for the LED streetlamps perform uniform systematic management on all LED streetlamps in a city through a computer management system; the computer management system for the LED streetlamps comprises a conventional lighting functional module, a night lighting functional module, a fancy lantern lighting functional module, a time setting functional module and a device self-check functional module; and the computer device for the LED streetlamps controls the operating mode of the LED streetlamps through a node computer, and an LED streetlamp body at least consists of a middle spotlight light source, a left spotlight light source and a right spotlight light source. The system and the device realize a plurality of lighting modes by the control of the computer and network, and form novel computer management system and device for the LED streetlamps capable of realizing energy saving property and controllability and facilitating lighting the pedestrian, thereby the configuration mode of the computer management system and the device for the LED streetlamps is more complete and a novel LED streetlamp device is provided for users.
Description
Technical Field
The invention relates to a street lamp product, in particular to a computer management system and a computer management device for LED street lamp products with multiple lamp sources.
In the current LED street lamp products, the LED light sources are integrally controlled, and most of the energy-saving modes adopt a timing light and shade method; a detection device is also arranged on a lamp head of the LED street lamp, and an ultrasonic or microwave detection device is used to detect the flow of vehicles, bicycles and pedestrians on the road surface and control the light and shade change of the LED lamp, as described in chinese patent publication nos. CN201066058 and CN 2811745.
Meanwhile, the method for controlling the brightness of the LED street lamp light source can play a certain energy-saving role, but the problem of high-temperature heat dissipation of the LED light source on an application layer is not relieved; the detection device arranged on the lamp cap is inconvenient to repair and maintain, and meanwhile, due to the large coverage range, the resource waste is relatively large, and for an automobile, for example, the illumination is not required to be enhanced. Therefore, no practical and energy-saving LED street lamp device exists at present. In addition, the energy-saving design of the LED street lamps only stays on the basis of a single street lamp, and a computer management system for unifying all the LED street lamps in a city is lacked.
Disclosure of Invention
The invention aims to create a novel LED street lamp computer management system and a novel LED street lamp computer management device, which are used for carrying out a unified computer management system on all LED street lamps in a city and providing a novel LED street lamp computer management system and a novel LED street lamp computer management device in the aspects of energy saving of the LED street lamps, especially in the aspects of energy saving in the application level and convenience for providing effective illumination for non-motor vehicles.
The invention relates to a computer management system of an LED street lamp, which comprises a server, a monitoring terminal, a local area network and a node computer, and is characterized in that:
the server, the monitoring terminal and the node computer exchange data, instructions and information through a computer network; the monitoring terminal sends an instruction to the node computer through the server and the local area network, and the node computer controls the working state of the LED street lamp;
the management system comprises a conventional lighting function module, a night lighting function module, a colored lamp lighting function module, a time setting function and an equipment self-checking function module; wherein,
LED street lamp computer management system, its characterized in that, conventional illumination function module includes: the street lamp starting function, the full light source lighting function and the street lamp closing function are achieved;
LED street lamp computer management system, its characterized in that, the night illumination function module includes: the method comprises the following steps of starting a night illumination function, a starting function of an induction device, a working function of an inductor, a night weak illumination function, a light splitting source illumination function and a night illumination function;
LED street lamp computer management system, its characterized in that, color lamp illumination function module includes: the method comprises the following steps of selecting a colored lamp lighting mode, starting a colored lamp lighting function and turning off the colored lamp lighting function;
LED street lamp computer management system, its characterized in that, the time setting function includes: setting lamp illumination time periods of a conventional illumination functional module, a night illumination functional module and a colored lamp illumination functional module;
LED street lamp computer management system, its characterized in that, equipment self-checking functional module includes: and detecting the LED street lamp light source device, the induction device and the line.
The invention relates to a computer management system of an LED street lamp, wherein a conventional lighting functional module comprises: the street lamp starting function, the full light source lighting function and the street lamp closing function are achieved;
the conventional lighting function module is the instruction system controlled by the server and having the priority; the starting function and the closing function of the street lamp belong to top-level instructions, other functions of the system work on the basis of starting the street lamp, and the system stops working after the street lamp is closed unless special instructions or permanent functions are provided;
the full light source illumination function, the night illumination function and the colored lamp illumination function belong to or are selected, and only one of the full light source illumination function, the night illumination function and the colored lamp illumination function can be selected; the full light source illumination function can be the default first choice of the system, and the other two functions need to be specially selected to be executed; the full light source lighting function can be an instruction covering the whole system, or can be a street lamp instruction of a plurality of blocks or one block in the system, the night lighting function is a system instruction executed by a node computer, and the colored lamp lighting function belongs to the street lamp instruction of the plurality of blocks or one block in the system;
the conventional lighting function module and the time setting function module are mutually butted, and each lighting mode has corresponding time instruction setting.
The invention relates to a computer management system of an LED street lamp, wherein a night illumination function module comprises: the method comprises the following steps of starting a night illumination function, a starting function of an induction device, a working function of an inductor, a night weak illumination function, a light splitting source illumination function and a night illumination function;
the night illumination state is that one light source is used for continuously illuminating in a normally bright state within a set time period, other light sources are temporarily closed, the sensing device starts to work, when a target human body enters a sensing area of the sensor in a certain direction, the sensor sends acquired data information to the sensing device, the sensing device confirms to turn on the light source after calculating various data information, an instruction for turning on the light source in the certain direction is sent to the control device, and the control device controls the turning on of the light source; when the target human body leaves a sensor sensing area in a certain direction, the sensor sends changed data information to the sensing device, the sensing device calculates each data information and confirms that the light source is turned off, then an instruction for turning off the light source in the certain direction is sent to the control device, and the control device controls the turning off of the light source;
the night illumination function module comprises a system operation instruction system of three layers:
a server layer: turning on the night illumination function and turning off the night illumination function; the instruction system of the layer is the instruction of the node computer by the server; at the moment, the light source which is continuously lighted in each LED street lamp is controlled by the server system, and other light sources are temporarily controlled by the node computer;
the operation flow of the server system is as follows: turning on conventional lighting-selecting a street with night lighting-turning on the night lighting-turning off the conventional lighting;
node computer layer: starting or closing the induction device function, and starting or closing the sub-light source illumination function; at this time, each light source for performing directional illumination in each LED street lamp is controlled by the node computer of the street lamp;
the operation flow of the node computer layer is as follows: turning on the sensing device, turning off the left and right light splitting sources, receiving data of the sensing device, turning on the left (right) light splitting source, receiving timing data, and turning off the left (right) light splitting source;
instruction system of induction system layer: the method comprises the following steps of starting an inductor, collecting data by the inductor, sending data to an induction device by the inductor, calculating various data by the induction device, sending an instruction of starting a light source in a certain direction to a control device, controlling the starting of the light source by the control device, sending target leaving data to the induction device by the inductor, calculating various data by the induction device, sending an instruction of closing the light source in the certain direction to the control device, and controlling the closing of the light source by the control device;
the data information sent to the induction device by the speed measuring device and the timing device can be added into the calculated various data;
the speed measurement data is a numerical value which is set by a system and is compared with the speed contrast value of the pedestrian, the non-motor vehicle and the motor vehicle and is compared with the target speed measured by the speed measurement device;
the timing data is a time control numerical value from turning on to turning off of a directional light source set by the system in the operation state of the night illumination function module; if timing data is not set in the system, the opening and closing of the directional light source can be determined by one sensor data, when a target is sensed, the light source can be opened, and when the target is not sensed, the light source is closed;
when a unidirectional pedestrian advances from the left side to the right side of the lamppost, the work flow of the induction device is as follows: the left sensor collects data, the left sensor sends data, the data is confirmed, a command for starting a left light source is sent, the left light source is started, timing data, the left light source is turned off, the right sensor collects data, the right sensor sends data, the data is confirmed, a command for starting the right light source is sent, the right light source is started, timing data and the right light source are turned off;
the induction device of each LED street lamp is controlled by a node computer of the street lamp; the control means may be a function of the node computer or may be a separate computing module or device.
The invention relates to a computer management system of an LED street lamp, a colored lamp lighting functional module comprises: the method comprises the following steps of selecting a colored lamp lighting mode, starting a colored lamp lighting function and turning off the colored lamp lighting function;
the colored lamp lighting functional module comprises a system operation instruction system of two layers:
a server layer: selecting and determining a street with colored lamp illumination; starting a colored lamp lighting function in a determined street; selecting a mode of the colored lamp; turning off the lighting function of the colored lamps; the instruction system of the layer is the instruction of the node computer by the server;
the operation flow of the server system is as follows: turning on conventional lighting, selecting a street of colored lamp lighting, selecting a mode of colored lamp lighting, setting the time of colored lamp lighting, turning on the colored lamp lighting, turning off the colored lamp lighting and turning on the conventional lighting;
node computer layer: executing the instruction of the system, starting or closing the lighting function of the colored lamps of the controlled LED street lamp, and controlling the LED street lamp execution system to select the mode of the colored lamps;
the operation flow of the node computer layer is as follows: turning on the illumination of the color lamps, determining the illumination mode of the color lamps, receiving timing data, operating the illumination mode of the color lamps and turning off the illumination of the color lamps.
The invention relates to a computer management system of an LED street lamp, which has the time setting function that: setting the lighting time periods of the conventional lighting functional module, the night lighting functional module and the colored lamp lighting functional module;
time setting in the conventional lighting function module comprises the functions of setting the conventional lighting time point to be turned on and the conventional lighting time point to be turned off every day according to seasons; setting the on and off time points of the conventional illumination on a certain day under special conditions; a function of setting a time point at which the normal illumination is changed to the late-night illumination every day and a time point at which the late-night illumination is turned off;
time setting in the night illumination function module comprises a function of setting a time point of switching from conventional illumination to night illumination every day and a time point of switching off the night illumination on the server system level; setting time data of the sensing device and setting time points of turning on, continuing and turning off illumination of each directional light source on the level of a node computer program and the level of a sensing device program;
the time setting in the colored lamp lighting functional module comprises the functions of setting the time point of changing the conventional lighting into the colored lamp lighting and the time point of turning off the colored lamp lighting on the server system level; setting the interval time points of automatic switching among various colored lamp modes on the node computer program level; setting the sequence and time points of starting, continuing and turning off the illumination of the light sources in all directions in each color lamp mode;
the time setting function may be a single system function in terms of functional system expression, but is a program instruction that is incorporated into other functions in view of an instruction system.
The invention relates to a computer management system of an LED street lamp, wherein an equipment self-checking functional module comprises: the system comprises a detection function of an LED street lamp light source device, a detection function of a sensing device, a detection function of line obstacles, a detection function of a node computer working state and a detection function of a management system working state;
the detection function of the LED street lamp light source device mainly comprises the detection of the working state of light sources in all directions included in the LED street lamp and the data exchange and confirmation of the self-detection function of each light source module;
the detection function of the induction device comprises the detection of the working states of components such as a human body induction device, a speed measuring device, a timing device, a circuit board and the like in the induction device;
the detection function of the line obstacle comprises the detection of a network line and the line detection from a node computer to an LED street lamp light source;
the detection function of the working state of the node computer comprises the detection of the working state of the node computer under the conventional illumination state, the night illumination state and the colored lamp illumination state;
the detection function of the working state of the management system comprises the detection of the running state of the whole system, the prompting, alarming, resetting, adjusting and the like of abnormal working state and fault finding;
the device self-checking function module can be a single system function in terms of function system expression, but is a program instruction which is blended into other functions in view of an instruction system.
The invention relates to an LED street lamp device, which comprises a server, a monitoring terminal, a computer network, a node computer and an LED street lamp device, and is characterized in that:
the server, the monitoring terminal and the node computer exchange data, instructions and information through a computer network;
the monitoring terminal sends instructions to the node computer through the server and the network,
the node computer controls the working states of the induction device and the control device of the LED street lamp;
the LED street lamp device comprises an LED street lamp body, a sensing device and a control device,
the LED street lamp body at least comprises a middle spotlight light source, a left spotlight light source and a right spotlight light source;
a device space is arranged at a position in the middle of the lamp post, and a node computer, a sensing device and a control device are arranged in the device space;
the induction device at least comprises a left inductor and a right inductor and is arranged on the street lamp post;
under the control of the control device, the left sensor collects the starting data of the left spotlight light source, and the right sensor collects the starting data of the right spotlight light source. Thereby forming a novel LED street lamp device.
The invention relates to an LED street lamp device, which comprises an LED street lamp body, an induction device, a control device and the like.
The invention relates to an LED street lamp device, wherein an LED street lamp body consists of a street lamp post (shown in figure 1) (+/-) and a lamp cap.
The bottom of a street lamp pole is fixed with the ground foundation part, the lamp pole is a hollow tubular object, an equipment space is arranged at a certain position in the middle of the lamp pole, and a sensing device and a control device are arranged in the equipment space; the electric control wire is arranged in the lamp post; the top end of the street lamp pole is connected with the lamp cap component.
The LED street lamp cap (shown in figure 1) at least comprises a middle spotlight light source (shown in figure 1), a left spotlight light source (shown in figure 1), and a right spotlight light source (shown in figure 1);
the lamp cap component comprises an LED light source, an LED driver (comprising a constant current source, an insulating shell and the like), an LED power adapter, an LED heat dissipation component, a street lamp cap shell and the like.
The LED light source is composed of at least three light source modules, wherein the light source emitting to the area right below the lamp cap is called a middle spotlight light source, the light source emitting to the area below the left side of the lamp cap is called a left spotlight light source, and the light source emitting to the area below the right side of the lamp cap is called a right spotlight light source;
in a general case, each light source module is individually equipped with one LED driver component;
the power adapter, the heat dissipation component, the lamp cap shell and other components can enable the three light source modules to share the same large combined component, and each light source module can also use a separate adapter, a heat sink and an independent shell.
Each light source module is controlled by the controller through a connecting wire (the fifth step in the figure 1).
The invention relates to an LED street lamp device, wherein a sensing device comprises a human body sensing device, a speed measuring device, a timing device, a circuit board and the like;
the human body sensor can use an infrared sensor or other types of sensors to sense the approaching and moving of a human body of a pedestrian or a non-motor vehicle within a certain range; if the sensing area and range are to be defined, a lens edge with a certain length or angle can be arranged on the sensor lens to define the angle and range sensed by the sensor; the sensor is arranged in an equipment space (in the attached figure 1, the device space is arranged at a certain height according to the requirement, and the height and the angle of the sensor are set for the purpose of optimally sensing pedestrians on a sidewalk and a bicycle lane;
each induction device at least comprises a left direction inductor (a left direction inductor in figure 1) and a right direction inductor (a right direction inductor in figure 1), wherein the left direction inductor induces the area on the left side of the lamp post, and the right direction inductor induces the area on the right side of the lamp post; under the control of the control device, the left sensor collects the starting information of the left spotlight light source, and the right sensor collects the starting information of the right spotlight light source. If more dense areas need to be set for respective control, sensors and LED light source modules can be added accordingly, and the coverage angle and area of each sensor can be set, and the associated light source can be set.
The operation of the sensor is controlled by the sensing device. The opening and closing of the inductor are controlled by the corresponding instructions sent by the induction device; when the sensor is in a working state, when a target human body enters a sensor sensing area in a certain direction, the sensor sends acquired data information to the sensing device, the sensing device calculates various data information, confirms to turn on the light source, and sends an instruction of turning on the light source in the certain direction to the control device, and the control device controls the turning on of the light source; when the target human body leaves a sensor sensing area in a certain direction, the sensor sends changed data information to the sensing device, the sensing device calculates each data information and confirms that the light source is turned off, then an instruction for turning off the light source in the certain direction is sent to the control device, and the control device controls the turning off of the light source;
a speed measuring device, a timing device and the like can be added into the induction device to serve as auxiliary devices for confirming data information of the inductor; the main function of the speed measuring device is to determine whether the vehicle is a motor vehicle or a non-motor vehicle according to the speed of a target entering a sensing area; if the speed is set as the speed of the motor vehicle, the speed measuring device sends data information to the sensing device and blocks the sending of a light source starting instruction; the timing device has the main functions of confirming and recording time data of data change of the sensor, the speed measuring device and the like, and executing timing instructions for starting or closing each light source at fixed time set by a system or a control device;
the circuit board is composed of relevant chips, components, circuits and the like which form the induction device; the circuit board is connected with the LED street lamp device and the control device through wires and circuits;
the sensing device and the control device can also be integrated chips which respectively embody corresponding calculation and instruction functions; or may be different electronic modules sharing a single circuit board. At this time, the sensing device and the control device can be arranged on the same circuit board;
functionally and in a system, the node computer controls the working states of the induction device and the control device of the LED street lamp; from the viewpoint of hardware structure, the node computer is composed of a microprocessor, a memory, a control module, an induction module, a colored lamp illumination module, a detection module, other functional modules, a circuit board and the like (in the r part in the attached drawing 1); the modules can be integrated chips, and respectively embody corresponding calculation and instruction functions; or may be an electronic device module such as a different chip that shares one circuit board.
According to the LED street lamp device, the control device is arranged in the working space in the middle of the street lamp post; the control device controls the induction device and the LED street lamp device through a line and an instruction, and is connected with the computer street lamp system through a network cable, so that the control device becomes a unit in the whole computer street lamp system;
the control device is composed of a corresponding chip, a data memory, an electronic component and a circuit board; the working modes of the control device and the sensing device are as follows:
the control device starts the sensing device according to the instruction of the street lamp system or the set timing instruction; the induction device instructs the inductor to start working; when the sensor is in a working state, when a target human body enters a sensor sensing area in a certain direction, the sensor sends acquired data information to the sensing device, the sensing device calculates various data information such as the sensor and a speed measuring device, confirms that the light source is started, and sends an instruction for starting the light source in the certain direction to the control device, and the control device controls the starting of the light source; when the target human body leaves a sensor sensing area in a certain direction, the sensor sends changed data information to the sensing device, the sensing device calculates each data information and confirms that the light source is turned off, then an instruction for turning off the light source in the certain direction is sent to the control device, and the control device controls the turning off of the light source;
according to the LED street lamp computer management system and device, the whole street lamp system is managed by using the computer system, so that the characteristics of diversity and diversification of the LED street lamps can be reflected; meanwhile, the induction device is used for respectively inducing whether the non-motor vehicle enters the left side and the right side of the street lamp and controlling the on-off of the LED street lamp light sources irradiating the left side and the right side respectively, so that the LED street lamp light source is only turned on when no pedestrian passes in the late night, and the LED street lamp light source on the side where the pedestrian is located is temporarily turned on when the pedestrian passes; the LED street lamp device has the advantages that the combination of a plurality of LED street lamp light sources with smaller power is realized, the lighting with larger coverage area can be realized, and the real-time directional lighting can be provided for pedestrians passing through when the LED street lamp device is used for small-area lighting at night, so that the aspects of energy saving, controllability, convenience for pedestrian lighting and the like of the LED street lamp are perfected and supplemented.
The invention creates a new LED street lamp computer management system and a new LED street lamp computer management device, and particularly combines a plurality of LED street lamp light sources with smaller power to replace a single high-power LED street lamp for more fully using the implementable control characteristics of the LED street lamp device, thereby achieving more reasonable configuration of the LED street lamp device, more realizing energy conservation and controllability and more facilitating the illumination of pedestrians. A new computer management system and a new device are added for the current individualized LED street lamp equipment. Therefore, the configuration mode of the LED street lamp computer management system and the device is more perfect, and a new LED street lamp device is provided for users.
In the attached figure 1, the LED street lamp cap, the right light source, the middle light source, the left light source, the connecting wire, the LED street lamp post, the equipment space, the left sensor, the right sensor, the node computer, the control device and the sensing device.
Drawings
The attached figure 1 of the invention is a schematic diagram of a computer management system and a device of an LED street lamp.
FIG. 2 of the invention is a system diagram of a computer management system and a device of an LED street lamp.
Claims (7)
1. The utility model provides a novel LED street lamp computer management system, includes server, monitor terminal, LAN, nodal computer, its characterized in that:
the server, the monitoring terminal and the node computer exchange data, instructions and information through a computer network; the monitoring terminal sends an instruction to the node computer through the server and the local area network, and the node computer controls the working state of the LED street lamp;
the management system comprises a conventional lighting function module, a night lighting function module, a colored lamp lighting function module, a time setting function module and an equipment self-checking function module.
2. The computer management system for LED street lamps as claimed in claim 1, wherein the regular lighting function module comprises: the street lamp starting function, the full light source lighting function and the street lamp closing function.
3. The computer management system for LED street lamps according to claim 1, wherein the midnight illumination function module comprises: the system comprises a night illumination starting function, an induction device starting function, an inductor working function, a night weak illumination function, a light splitting source illumination function and a night illumination turning-off function.
4. The computer management system for LED street lamps according to claim 1, wherein the colored lamp lighting functional module comprises: the method comprises the steps of selection of a colored lamp lighting mode, starting of a colored lamp lighting function and turning off of the colored lamp lighting function.
5. The computer management system for LED street lamps according to claim 1, wherein the time setting function module comprises: and setting the lamp illumination time periods of the conventional illumination functional module, the night illumination functional module and the colored lamp illumination functional module.
6. The computer management system for LED street lamps according to claim 1, wherein the equipment self-checking function module comprises: and detecting the LED street lamp light source device, the induction device and the line.
7. The utility model provides a novel LED street lamp device, includes server, monitor terminal, computer network, node computer and LED street lamp device, characterized by:
the server, the monitoring terminal and the node computer exchange data, instructions and information through a computer network;
the monitoring terminal sends instructions to the node computer through the server and the network,
the node computer controls the working state of the LED street lamp;
the LED street lamp device comprises an LED street lamp body, a sensing device and a control device,
the LED street lamp body at least comprises a middle spotlight light source, a left spotlight light source and a right spotlight light source;
a device space is arranged at a position in the middle of the lamp post, and a node computer, a sensing device and a control device are arranged in the device space;
the induction device at least comprises a left inductor and a right inductor and is arranged on the street lamp post;
under the control of the control device, the left sensor collects the starting data of the left spotlight light source, and the right sensor collects the starting data of the right spotlight light source. Thereby forming a novel LED street lamp device.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2009101196511A CN101505569A (en) | 2009-03-25 | 2009-03-25 | LED road lamp computer management system and apparatus |
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| CNA2009101196511A CN101505569A (en) | 2009-03-25 | 2009-03-25 | LED road lamp computer management system and apparatus |
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| CNA2009101196511A Pending CN101505569A (en) | 2009-03-25 | 2009-03-25 | LED road lamp computer management system and apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102711335A (en) * | 2012-06-14 | 2012-10-03 | 沈阳新一代信息技术有限公司 | Light-emitting diode (LED) energy-saving lamp intelligent control device and control method |
| CN105981084A (en) * | 2014-01-02 | 2016-09-28 | 飞利浦灯具控股公司 | Lighting unit, fixture and network |
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| CN107006106A (en) * | 2014-11-10 | 2017-08-01 | 施雷德公司 | Method for setting up and operating lighting apparatus network |
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| CN113958911A (en) * | 2021-11-01 | 2022-01-21 | 国网北京市电力公司 | Well lid and street lamp system |
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- 2009-03-25 CN CNA2009101196511A patent/CN101505569A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102711335A (en) * | 2012-06-14 | 2012-10-03 | 沈阳新一代信息技术有限公司 | Light-emitting diode (LED) energy-saving lamp intelligent control device and control method |
| CN102711335B (en) * | 2012-06-14 | 2014-07-16 | 沈阳新一代信息技术有限公司 | Light-emitting diode (LED) energy-saving lamp intelligent control device and control method |
| CN105981084A (en) * | 2014-01-02 | 2016-09-28 | 飞利浦灯具控股公司 | Lighting unit, fixture and network |
| CN107006106A (en) * | 2014-11-10 | 2017-08-01 | 施雷德公司 | Method for setting up and operating lighting apparatus network |
| CN107006105A (en) * | 2014-11-10 | 2017-08-01 | 施雷德公司 | Method for running and extending lamp network |
| CN107006106B (en) * | 2014-11-10 | 2019-03-22 | 施雷德公司 | Method for establishing and operating lighting apparatus network |
| CN107006105B (en) * | 2014-11-10 | 2019-05-31 | 施雷德公司 | Method for running and extending lamp network |
| WO2017124571A1 (en) * | 2016-01-24 | 2017-07-27 | 赵政荣 | Method for acquiring usage count of photosensitive street lamp technology and photosensitive street lamp |
| CN113958911A (en) * | 2021-11-01 | 2022-01-21 | 国网北京市电力公司 | Well lid and street lamp system |
| CN114245534A (en) * | 2021-11-26 | 2022-03-25 | 三一重机有限公司 | Light control method and device for working machine and working machine |
| CN114245534B (en) * | 2021-11-26 | 2023-09-26 | 三一重机有限公司 | Light control method and device for working machine and working machine |
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Application publication date: 20090812 |