System using built-in PSE and PD and stage lamp system provided with same

Abstract

The utility model relates to the technical field of commercial lighting, in particular to a system using built-in PSE and PD and a stage lamp system provided with the system. Comprising a device, a switching power supply, PSE equipment, at least one PD equipment, a power supply end and an upper computer, wherein the switching power supply, the PSE equipment and the PD equipment are located in the device; the computer case further comprises a case base, a supporting arm and a lamp holder pivoted to the supporting arm. The problems that due to the fact that wiring is conducted in a device through an existing PoE technology, network cable heat loss is serious, wiring and maintenance cost is increased due to the fact that a power supply line is thick, series connection of a star-shaped structure of PSE is difficult to achieve in the device, and the electric leakage risk is large are solved. Current and network signals can be integrated and supplied to PD equipment, and addresses can be allocated to control the effect of corresponding devices. Wiring in the device is simplified, and the electric leakage risk is reduced; through a PoE power supply wiring mode in the stage lamp, heat loss in the stage lamp is reduced, and the service life of PoE power supply is prolonged.

Description

Technical Field

[0001] The utility model relates to the technical field of commercial lighting, and more specifically to a system using built-in PSE and PD and a stage light system provided with the same. Background Art

[0002] With the development of the Internet / Internet of Things, communication equipment is constantly being updated and replaced, and the demand is also growing. In the communication equipment installation project, the design and selection of the communication equipment power supply method and line planning are very important parts of the entire project work. Using PoE (Power Over Ethernet, active Ethernet) interface to supply power can greatly reduce the complexity and difficulty of project installation and reduce the workload of project engineering. PoE (Power over Ethernet) is "Power over Ethernet", which is a technology that can provide power to network devices through network cables. It can transmit power and data signals at the same time, so that the equipment does not need additional power cables.

[0003] The PoE power supply system consists of two parts: Power supply equipment PSE: PoE equipment that supplies power to powered devices through Ethernet, providing detection, classification, intelligent power management and other functions, such as PoE switches. Powered devices PD: such as wireless APs, portable device chargers, card readers, cameras, lighting and other powered devices.

[0004] When wiring the existing PoE system, a star structure with PSE as the center is often used. When devices with PD (such as stage lights with PoE cameras) are connected to host computers (such as computers, monitors, etc.), the common solution for transmission between the host computer and PD is: the power supply is connected to the power input port of the PSE, the host computer network port is connected to the network input port of the PSE through a network cable, and the multiple PoE output ports of the PSE are connected to the PDs of each device through network cable outputs, so that the power supply and network signals of the PD are transmitted simultaneously.

[0005] In order for stage lights to realize the tracking function of identifying specific people and objects on the target plane, and to transmit the image of the target plane to the host computer to monitor the image in real time and adjust the effect of the lighting fixture, it is necessary to apply the PoE power supply system to the stage lights. However, it is difficult to realize the star-shaped wiring structure centered on PSE in stage lights. At the same time, as the power of stage lights on the market is getting higher and higher, in order to meet the high-power requirements, thicker network cables and power cables are needed to connect, which will increase the difficulty of wiring and maintenance costs. How to change the wiring method of the PoE power supply system and stage lights is a technical problem that needs to be solved urgently in this field. Utility Model Content

[0006] The utility model aims to overcome at least one defect (shortcoming) of the above-mentioned prior art and provide a system using built-in PSE and PD to solve the problems of severe heat loss of network cables caused by wiring in the device through the existing PoE technology, increased wiring and maintenance costs due to thick power supply lines, difficulty in realizing series connection of PSE star structure in the device, and high risk of leakage.

[0007] The technical solution adopted by the utility model is to provide a system using built-in PSE and PD, which includes a device, a switching power supply located inside the device, a PSE device and at least one PD device, a power supply end and a host computer located outside the device, the power supply end is electrically connected to several of the switching power supplies, the switching power supplies power the PSE device, the host computer connects several built-in PSE devices in series through a communication connection, and the built-in PSE device is connected to the PD device for forwarding signals between the host computer and the PD device.

[0008] It is beneficial to achieve the PoE power supply effect through the switching power supply inside the device, reducing the layout of the power supply lines in the device; the current and network signals can be integrated and supplied to the PD device through the built-in PSE device and the switching power supply, and the address can be assigned to control the effect of the corresponding device; the power supply of each PD device is independently controlled through the connection between the switching power supply and the PSE device, and the devices can be connected by only one signal connection line for signal transmission, which simplifies the wiring in the device and reduces the risk of leakage; the real-time monitoring of the PD device transmission screen is realized through the host computer, so as to observe and control the device.

[0009] Furthermore, the switching power supply is electrically connected to the PSE device and the PD device respectively.

[0010] The PSE device transmits and processes signals for the PD device, which is conducive to realizing high-power power supply requirements by supplying power to the PSE device and the PD device separately through a switching power supply.

[0011] Furthermore, the PSE device is connected to the PD device, and the PSE device simultaneously supplies power and transmits signals to the PD device.

[0012] It is beneficial to use the connection wires between the built-in PSE device and the PD device to both supply power and transmit network signals. When there are different power requirements or high power requirements between various devices, the thicker wires required to bear high-power power supply can be placed directly in the device, thereby reducing the complexity of the traditional star wiring method and reducing the cost of using high-power PoE wires to connect various devices.

[0013] Further, the PSE device includes a power input port, a network input port, a PoE output port, and a non-PoE output port. The power input port is connected to the switching power supply, the network input port is connected to the host computer or the non-PoE output port of the previous PSE device, the PoE output port is connected to the PD device, and the non-PoE output port is connected to the network input port of the next PSE device.

[0014] It is beneficial to realize the electrical connection between the PSE device and the power supply end through the power input port, the signal connection between the PSE device and the host computer through the network input port, the synchronous electrical connection and signal connection between the PSE device and the PD device through the PoE output port, and the signal connection between the PSE device and the next PSE device through the non-PoE output port. Devices can be connected only through a relatively thin signal line, reducing the wiring difficulty.

[0015] Further, the PoE output port is compatible with the IEEE802.3af standard protocol, the IEEE802.3at standard protocol, or the IEEE802.3bt standard protocol.

[0016] It is beneficial to adapt to the multiple power outputs of different lamps by being compatible with the international standard protocol of PoE, thereby improving the application flexibility of the device.

[0017] Further, each PSE device is connected in parallel with a power-off normally closed relay module for controlling whether the current PSE device is connected to the signal line.

[0018] In the case that a certain device is not powered on, it is beneficial to realize the network signal conduction of its adjacent device through the power-off normally closed relay module, and this device neither occupies an IP address nor generates standby power consumption.

[0019] Further, the PD device is a camera with PoE function.

[0020] When the device is a stage light, such a setting is beneficial to realize the tracking function and real-time monitoring function of the stage light for the target picture through the camera with PoE; the power supply of the camera and the synchronous transmission of network signals are realized through PoE, thereby reducing wire loss, lowering the wiring difficulty, reducing the leakage risk caused by multiple wires, and reducing the maintenance cost brought by multiple wires.

[0021] A stage light system is also provided, which includes the system using the built-in PSE and PD. Among them, the device is a stage light, which includes a chassis base, a support arm, and a lamp head pivotally connected to the support arm. The PD device is installed on the lamp head.

[0022] It is beneficial to connect multiple stage lights through a system with built-in PSE and PD. By supplying power and synchronously transmitting network signals, it is possible to avoid increasing the difficulty of wiring inside the stage light and the thickness of the wire, thereby ensuring that the heat loss inside the stage light does not increase significantly, and realizing the tracking function of the stage light and the function of real-time monitoring and adjusting the direction of the lamp.

[0023] Further, the PSE device is installed inside the lamp head.

[0024] By installing the PSE device inside the lamp head, it is beneficial to simplify the connection of the PoE wires between the lamp heads into network signal transmission wires, reducing the wiring difficulty and wire cost. At the same time, it is convenient for the wire of the PD device to pass through the lamp head housing and extend into the lamp head to connect with the PSE device.

[0025] Further, the switching power supply is located at the chassis base. The chassis base also includes a first signal network port, a second signal network port, and a switching power supply socket. Both the first signal network port and the second signal network port are connected to the PSE, and the switching power supply socket is connected to the switching power supply. The first signal network port is used to externally connect to a host computer or another stage light, the second signal network port is used to externally connect to another stage light, and the switching power supply socket is used to externally connect to a power supply terminal.

[0026] By the first signal network port, the second signal network port, and the switching power supply socket centrally arranged on the chassis base, it is beneficial to realize the centralized connection between the lamp head with built-in PSE and PD and the outside.

[0027] Further, the PD device is a camera with PoE function. The camera is installed near the light-emitting surface of the lamp head, and the PSE device is installed near the pivoting position of the lamp head and the support arm.

[0028] By the camera, it is beneficial to monitor the light spot effect of the stage light in real time to reduce the error of the light spot effect. And the PSE device is installed near the pivoting position, which is more convenient for wiring. When the switching power supply is located at the chassis base, the wire of the camera can pass through the lamp head housing and extend into the lamp head to connect with the PSE device.

[0029] Compared with the prior art, the beneficial effects of the present utility model are as follows: The switching power supply in the system with built-in PSE and PD can integrate the current and network signal supply to the PD device, and at the same time can assign addresses to control the corresponding devices; each PD device can be independently controlled by connecting the switching power supply and the PSE device, simplifying the wiring inside the device and reducing the risk of electric leakage; the real-time monitoring of the transmission image of the PD device is realized through the upper computer, facilitating the observation and control of the device; through the PoE power supply wiring method in the stage light, the heat loss inside the stage light is reduced, so that when realizing the tracking function and real-time monitoring function of the stage light, the increase of heat loss inside the stage light is avoided, and the service life of the PoE power supply is extended; at the same time, when the upper computer is connected to a single stage light, the effects and status of the stage light can also be read and adjusted in real time; and by using the switching power supply in the system with built-in PSE and PD, the light output effect of the entire device can be efficiently adjusted by a computer or a console. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 FIG. is an internal connection schematic diagram of the system with built-in PSE and PD of the present utility model.

[0031] Figure 2 FIG. is an internal connection schematic diagram of the prior art system without built-in PSE and PD.

[0032] Figure 3 FIG. is an external connection schematic diagram of the system with built-in PSE and PD of the present utility model.

[0033] Figure 4 FIG. is an external connection schematic diagram of the prior art system without built-in PSE and PD.

[0034] Figure 5 FIG. is an internal connection schematic diagram of the PSE device in parallel with a power-off normally closed relay module of the present utility model.

[0035] Figure 6 FIG. is a schematic structural diagram of the stage light of the present utility model.

[0036] BRIEF DESCRIPTION OF THE DRAWINGS: Lamp head 100, support arm 200, PD device 300, PSE device 400, chassis base 500, first signal network port 510, second signal network port 520, switching power supply socket 530, effect module 600, radiator 700. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0037] The drawings of the present utility model are only for illustrative purposes and should not be construed as a limitation of the present utility model. For better illustrating the following embodiments, some components in the drawings may be omitted, enlarged or reduced, and do not represent the actual dimensions of the product; for those skilled in the art, it is understandable that some well-known structures and their descriptions in the drawings may be omitted.

[0038] Example 1

[0039] As Figures 1 - 5 shown, this embodiment provides a system using built-in PSE and PD, which includes a device, a switching power supply inside the device, a PSE device 400 and at least one PD device 300, a power supply terminal outside the device and a host computer. The power supply terminal is electrically connected to a plurality of the switching power supplies. The switching power supplies supply power to the PSE device 400. The host computer serially connects a plurality of built-in PSE devices 400 through communication connection. The built-in PSE device 400 is connected to the PD device 300 for forwarding signals between the host computer and the PD device 300.

[0040] In this embodiment, the system includes a power supply terminal, a host computer and multiple devices. The connection methods include the mutual connection between multiple devices, the external connection of each device to the power supply terminal and the host computer, and the internal connection of the PSE device 400 and the PD device 300 in each device. In the internal connection, the PSE device 400 can not only be used to integrate current and network signals to the PD device 300, but also be used to assign addresses, so as to realize the forwarding of network signals between the device, the host computer and the PD device 300. The PD device 300 is a camera, and the PD device 300 can also be other load devices.

[0041] The switching power supplies are respectively electrically connected to the PSE device 400 and the PD device 300.

[0042] In this embodiment, among adjacent connected devices, the power supply of the PD device 300 independently comes from the switching power supply, and the power supply of the PSE device 400 also independently comes from the switching power supply. The PSE device 400 only transmits network signals to the PD device 300.

[0043] The PSE device 400 is connected to the PD device 300, and the PSE device 400 supplies power and transmits signals to the PD device 300 at the same time.

[0044] In this embodiment, among adjacent connected devices, the power supply of the PD device 300 comes from the PSE device 400, while the power supply of the PSE device 400 comes from the switching power supply. That is, the switching power supply supplies power to the PSE device 400, and then the PSE device 400 supplies power to the PD device 300 and transmits network signals. At the same time, when the PSE device 400 is connected to the next PSE device 400, it only transmits network signals.

[0045] The PSE device 400 includes a power input port, a network input port, a PoE output port, and a non-PoE output port. The power input port is connected to the switching power supply. The network input port is connected to the host computer or the non-PoE output port of the previous PSE device 400. The PoE output port is connected to the PD device 300, and the non-PoE output port is connected to the network input port of the next PSE device 400.

[0046] In this embodiment, the PSE device 400 is several built-in power supply end PSEs, the switching power supply is a DC power supply, and the PD device 300 is a power receiving end PD; each power supply end PSE has two input ports and two output ports. The two input ports are the power input port and the network input port respectively, and the two output ports are the PoE output port and the non-PoE output port respectively; the power input port of the PSE is connected to the DC power supply; the network input port of the PSE is connected to the host computer; the PoE output port of the PSE is connected to the power receiving end PD; the non-PoE output port of the PSE is connected to the network input port of the PSE of the next series device.

[0047] The PoE output port is compatible with the IEEE802.3 af standard protocol, the IEEE802.3 at standard protocol, or the IEEE802.3 bt standard protocol.

[0048] In this embodiment, the PoE output port is compatible with the existing three international standards to improve the application flexibility of the device.

[0049] Each PSE device 400 is connected in parallel with a power-off normally closed relay module, which is used to control whether the current PSE device 400 is connected to the signal line.

[0050] In this embodiment, the device in the system with built-in PSE and PD is a lamp. Each lamp is connected in series with a normally closed relay. When the second lamp is not powered on, the second lamp is equivalent to a signal line or a wire and is directly skipped. The first lamp is connected in series with the third lamp. When the second lamp is powered on, its address is reallocated.

[0051] The PD device 300 is a camera with PoE function.

[0052] In this embodiment, the camera with PoE function can realize the tracking function of identifying specific people and objects on the target plane, and transmit the picture of the target plane to the host computer to adjust the effect of the lamp in real time by monitoring the picture.

[0053] Embodiment 2

[0054] As Figure 6As shown in the figure, this embodiment provides a stage lighting system, which includes the system using built-in PSE and PD described in Embodiment 1. Among them, the device is a stage light, which further includes a chassis base 500, a support arm 200, and a lamp head 100 pivotally connected to the support arm 200. The PD device 300 is installed on the lamp head 100.

[0055] The PSE device 400 is installed inside the lamp head 100.

[0056] The switching power supply is located in the chassis base 500. The chassis base 500 further includes a first signal network port 510, a second signal network port 520, and a switching power supply socket 530. Both the first signal network port 510 and the second signal network port 520 are connected to the PSE device 400. The switching power supply socket 530 is connected to the switching power supply. The first signal network port 510 is used to externally connect to a host computer or another stage light. The second signal network port 520 is used to externally connect to another stage light. The switching power supply socket 530 is used to externally connect to a power supply terminal.

[0057] In this embodiment, the lamp head 100 in the stage light is pivotally connected between the support arms 200, so that the lamp head 100 can achieve the effect of rotating and adjusting along the direction perpendicular to the pivotal connection direction. The PD device 300 is a camera. When the stage light needs to capture a picture in the target plane, the camera performs tasks such as shooting, video recording, or real-time monitoring, and transmits the picture to the PSE device 400 through a network signal connection line. The PSE device 400 is located between the lamp head 100 and the support arm 200. One end of the PSE device 400 is connected to the PD device 300 above it, and the other end is connected to the chassis below it. The lamp head 100 is also provided with an effect module 600 and a radiator 700. The effect module 600 is used to change the light output effect of the lamp head 100, and the radiator 700 is used for heat dissipation of the effect module 600. The switching power supply can be installed inside the chassis, or on the lamp head 100 or the support arm 200. Usually, the switching power supply is installed inside the chassis. At this time, there are three external sockets on the chassis, one is a switching power supply socket 530 for plugging in the mains power, one is a first signal network port 510 for externally connecting to a host computer, and one is a second signal network port 520 for externally connecting to another stage light.

[0058] The PD device 300 is a camera with PoE function. The camera is installed near the light output surface of the lamp head 100, and the PSE device 400 is installed near the pivotal connection position of the lamp head 100 and the support arm 200.

[0059] In this embodiment, the camera with PoE function can monitor the light spot effect of the stage light in real time to reduce the possibility of errors in the light spot effect. At the same time, the PSE device 400 is installed near the pivot connection, which facilitates the wiring inside the lamp head 100. When the switching power supply is located at the chassis base 500, the cable of the camera can pass through the housing of the lamp head 100 and extend into the lamp head 100 to be connected to the PSE device 400.

[0060] Obviously, the above embodiments of the present invention are merely examples for clearly illustrating the technical solutions of the present invention, rather than limitations on the specific implementation manners of the present invention. Any modifications, equivalent replacements, and improvements made within the spirit and principle of the claims of the present invention shall be included in the protection scope of the claims of the present invention.

Claims

1. A system using an embedded PSE and PD, characterized in that, It includes a device, a switching power supply located inside the device, a PSE device, and at least one PD device, a power supply terminal located outside the device, and a host computer. The power supply terminal is electrically connected to a plurality of the switching power supplies. The switching power supply supplies power to the PSE device. The host computer serially connects a plurality of built-in PSE devices through communication connection. The built-in PSE device is connected to the PD device for forwarding signals between the host computer and the PD device.

2. The system using the built-in PSE and PD according to claim 1, characterized in that, The switching power supply is electrically connected to the PSE device and the PD device respectively.

3. The system using the built-in PSE and PD according to claim 1, wherein, The PSE device is connected to the PD device, and the PSE device supplies power to the PD device and transmits signals at the same time.

4. The system using the built-in PSE and PD according to claim 3, wherein The PSE device includes a power input port, a network input port, a PoE output port, and a non-PoE output port. The power input port is connected to the switching power supply. The network input port is connected to the host computer or the non-PoE output port of the previous PSE device. The PoE output port is connected to the PD device. The non-PoE output port is connected to the network input port of the next PSE device.

5. The system using the built-in PSE and PD according to claim 4, characterized in that, The PoE output port is compatible with the IEEE802.3 af standard protocol, the IEEE802.3 at standard protocol, or the IEEE802.3 bt standard protocol.

6. The system using the built-in PSE and PD according to claim 1, wherein Each PSE device is connected in parallel with a power-off normally-closed relay module for controlling whether the current PSE device is connected to the signal line.

7. The system using the built-in PSE and PD according to any one of claims 1-6, characterized in that, The PD device is a camera with PoE function.

8. A stage lighting system, characterized in that, It includes the system using built-in PSE and PD according to any one of claims 1-7, wherein the device is a stage light, which includes a chassis base, a support arm, and a lamp head pivotally connected to the support arm, and the PD device is installed on the lamp head.

9. The stage lighting system according to claim 8, wherein The PSE device is installed inside the lamp head.

10. The stage lighting system according to claim 8, characterized in that, The switching power supply is located in the chassis base. The chassis base further includes a first signal network port, a second signal network port, and a switching power supply socket. The first signal network port and the second signal network port are both connected to the PSE device. The switching power supply socket is connected to the switching power supply. The first signal network port is used to externally connect to the host computer or another stage light. The second signal network port is used to externally connect to another stage light. The switching power supply socket is used to externally connect to the power supply terminal.

11. The stage lighting system according to claim 8, characterized in that, The PD device is a camera with PoE function. The camera is installed near the light-emitting surface of the lamp head. The PSE device is installed near the pivoting position of the lamp head and the support arm.

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