TWM505765U - Network monitoring type lamp tube structure - Google Patents

Description

Network monitoring type lamp structure

This creation is about a network monitoring type lamp structure that can be used as an illumination source under multi-party control, and has both video recording in the use scene and remote monitoring of the image through the network and random access to the video content.

According to the LED light-emitting diode, it is a light-emitting component that saves electricity and has a long life. Due to the improvement of semiconductor technology and the economic benefits generated by the modular process, the single-module polycrystalline LED light-emitting diode assembly is provided. The LED light-emitting unit composed of a light source or a plurality of LED light-emitting diodes has been widely used in lighting applications, and even more power-saving and more efficient LED tubes have been developed one after another. Used in the past; the use of LED tube, for a long time is more energy-saving or higher efficiency for the general appeal, however, the type of lamp installed on the luminaire for high illumination of the environment, it is limited to lighting purposes, It has the geographical advantage of losing its position; based on the rapid advancement of webcam technology, and the popularity of Internet access tools or devices, if LED tubes can be combined or use these two technologies to add new functions beyond lighting or Use, this will enable the home security or anti-theft system to be built, significantly reduce costs, and even provide a great convenience for the management of various information or information in the home life.

The main purpose of this creation is to provide a network monitoring type lamp structure, which is a The lamp tube has a lamp body, a power processor is disposed inside the lamp body, and at least one end is provided with a power plug connector electrically connected to the power processor, so that the power processor can be obtained by the power plug connector An external power source; the lamp body includes a light source portion and a monitoring portion; the light source portion has a heat dissipating pipe member, and one end of the heat dissipating pipe member is formed with an illuminant mounting surface, and the illuminant mounting surface is a majority The LED light-emitting diode arrangement comprises an LED light-emitting unit that can obtain a working power source from the power processor, and a light-transmitting tube member is further disposed outside the light-emitting body mounting surface to close the LED light-emitting unit, so that the LED light-emitting unit is The generated light can penetrate the light-transmitting tube to form an illumination source; the monitoring portion is extended to one end of the light source portion, and has a frame-shaped carrier, and the carrier is provided with a majority of the circuit board The monitoring device comprises: a panel cover is disposed on the carrier to block the monitoring device; the monitoring device has at least one wireless network camera module; the wireless network The camera module comprises an information processing unit, a wireless network TRX transceiver unit and one or more photographic lenses; the information processing unit is electrically connected to the power processor to obtain a working power source, and has a controllable power processor to be turned on. Or an MCU information editing processor for turning off the power of the LED lighting unit, an IC editing memory for temporarily storing a plurality of operation functions, and a recorder for storing information; the wireless network TRX transceiver unit is disposed in the information processing The information input and output end of the unit is responsible for wirelessly connecting the information processing unit with the network, and transmitting wireless information or signals to the network end; the photographic lens is used as a signal input end of the information processing unit, and is disposed at The inside of the panel cover is opposite to a photographic aperture, and is responsible for taking an external image from the photographic aperture, and transmitting the image signal to an MCU information editing processor of the information processing unit for editing processing, and storing the image signal in the recorder for recording and Or outputting to the network via the wireless network TRX transceiver unit; when the lamp is installed on a luminaire, Lamp body power processor, by lamp body The end power plug connector is plugged into the luminaire to obtain an external power source, and after processing, the monitoring device in the monitoring unit obtains the working power from the power processor end; the information processing unit is wirelessly connected to the network via the wireless network TRX transceiver unit. The wireless information or signal transmission performed by the TRX transceiver unit of the wireless network on the network side, except that the network terminal device can control or set the timing of the MCU signal editing processor to turn on or off the power of the LED lighting unit, the camera lens ingests The image signal is edited by the MCU information editing processor, stored in the recorder for recording and or output to the network, and the network-side Internet device can instantly monitor the image content or access the historical video content; thereby, the light The tube is used under the multi-party control of the illumination source in one occasion, and has the effect of video recording in this occasion and real-time monitoring of the image through the network or accessing the video content.

The second objective of the present invention is to provide a network monitoring type lamp structure, wherein the wireless network camera module further has a MIC microphone, and the MIC microphone is disposed inside the panel cover as the information processing unit. a signal input end; the information processing unit receives the voice signal input by the MIC microphone end for editing processing, and the voice signal can be stored in the recorder for recording and output to the network end via the wireless network TRX transceiver unit.网路 Enable the network-side Internet access device to instantly listen to the sound of the lamp use and the effect of taking out the historical recording content.

A further object of the present invention is to provide a network monitoring type lamp structure, wherein the information processing unit of the wireless network camera module further receives a PAK speaker; the MCU information editing by the information processing unit After the processor edits the voice information input by the wireless network TRX transceiver unit, the voice is played from the SPK speaker, so that the network end device can perform voice broadcast at the remote end.

Another object of the present invention is to provide a network monitoring type lamp structure, The wireless network TRX transceiver unit of the wireless network camera module is a WiFi wireless TRX transceiver unit that is responsible for connecting the information processing unit to the Internet; the wireless wireless area network is established through the use of the light tube. , so that the information processing unit can connect to the Internet through the router of the WiFi wireless local area network.

Another object of the present invention is to provide a network monitoring type lamp structure, wherein the wireless network TRX transceiver unit of the wireless network camera module is a mobile phone that is responsible for connecting the information processing unit to the Internet. The communication wireless TRX transceiver unit is used in the communication range of the mobile phone base station via the lamp tube, so that the information processing unit can be connected to the Internet through the mobile phone base station.

The second objective of the present invention is to provide a network monitoring type lamp tube structure, wherein the monitoring device further comprises a wireless editing control module, the wireless editing control module comprising a signal editing unit and a remote control signal receiver; The signal editing unit is bidirectionally electrically connected to the information processing unit, and has an MCU editing control processor; the remote control signal receiver is disposed at a signal input end of the signal editing unit, and is responsible for receiving an external remote controller. The remote control signal is transmitted to the MCU editing control processor for editing and processing, and the signal editing unit can generate a control signal to the information processing unit, so that the power of the LED lighting unit is turned on or off, that is, the light of the light source unit is turned on or off, and can be externally The remote control device is controlled or set; and the wireless editing control module further includes an object sensor, and the object sensor is disposed at a signal input end of the signal editing unit, and is responsible for generating an object when the light tube is used. The detection signal is transmitted to the MCU editing control processor for editing and processing, and can be edited by the signal. Get turn-on signal to the information processing unit to serve the power-off state of the LED lighting unit, the sensor can be moved by the object or objects into the detecting, automatically turn on the power supply, i.e., the light reaches the light source unit automatically open The wireless editing control module further includes a wireless I/O TRX transceiver unit, and the wireless I/O TRX transceiver unit is disposed at a signal input and output end of the signal editing unit, and is responsible for the signal editing unit. Connects with more than one external wireless I/O TRX transceiver, and transmits wireless I/O signals to each external wireless I/O TRX transceiver, whereby the information processing unit receives the network signal through the MCU. When the information editing processor performs information editing and processing, or receives the control signal of the external remote controller via the remote control signal receiver, the MCU editing control processor can be controlled to wirelessly transmit and receive wireless I/O TRX transceivers from the wireless I/O TRX transceiver unit. The I/O signal on the device side enables the wireless I/O TRX transceiver to be used on appliances or devices in the environment where the lamp is used. It has a network-side Internet device or a remote controller, which can be used for the use of appliances or devices. Or the set utility, and the wireless I/O TRX transceiver responds with an I/O signal when it responds on the appliance or device. After receiving the signal through the wireless I/O TRX transceiver unit, the information is edited by the signal editing unit. A response signal generating unit, further causes the wireless transceiver unit TRX network can release network terminal information, to the distal end of the Internet radio device available I / O TRX transceivers have action or response information.

10‧‧‧Lamp body

20‧‧‧Power Processor

30A, 30B‧‧‧ power plug connector

40‧‧‧Light source department

41‧‧‧First sleeve

42‧‧‧ Heat pipe fittings

43‧‧‧Lighting surface

44‧‧‧LED lighting unit

45‧‧‧Transparent pipe fittings

50‧‧‧Monitor

51‧‧‧First sleeve

52‧‧‧Hosting

53‧‧‧Flip cover

530‧‧‧Photographic holes

60‧‧‧Monitor

70‧‧‧Wireless Network Camera Module

71‧‧‧Information Processing Unit

710‧‧‧MCU information editing processor

711‧‧‧Editing memory

712‧‧‧ Recorder

72‧‧‧Wireless Network TRX Transceiver Unit

73‧‧‧Photographic lens

74‧‧‧ microphone

75‧‧‧ Horn

80‧‧‧Wireless Editing Control Module

81‧‧‧Signal editing unit

82‧‧‧Remote signal receiver

83‧‧‧Remote control

84‧‧‧Object sensor

85‧‧‧Wireless I/O TRX Transceiver Unit

86‧‧‧Wireless I/O TRX Transceiver

Figure 1 is a perspective view of the exterior structure of the creation

Figure 2 is an exploded perspective view of the creation structure

Figure 3 is a sectional view of the combined structure of the present creation

Figure 4 is an enlarged schematic view of the structure of Figure 3A

Figure 5 is a block diagram showing the structure of the creation monitoring device

A network monitoring type lamp tube structure, as shown in FIG. 1, 2, 3, and 4, a lamp tube has a lamp body 10, a lamp power source processor 20 is disposed inside the lamp body 10, and one end is provided at each end The power supply processor 20 is electrically connected to the power plug connectors 30A, 30B, so that the power processor 20 can obtain an external power supply from the power plug connectors 30A, 30B, and after rectification and voltage regulation, as a lamp power supply. The lamp body 10 includes a light source portion 40 and a monitoring portion 50. The light source portion 40 is connected to the power connector 30A by a first sleeve 41, and has a heat-dissipating pipe member with a semi-circular cross section. An illuminant mounting surface 43 is formed on one end of the heat dissipating tube member 42. The illuminant mounting surface 43 is formed by a plurality of LED illuminating diodes (not shown), and is obtainable from the power processor 20 The LED light-emitting unit 44 of the working power source is further provided with a light-transmissive tube member 45 having a nearly semi-circular cross section, and the LED light-emitting unit 44 is closed to make the LED light-emitting unit 44 work. The generated light can penetrate the light-transmitting tube 45 to form illumination light The monitoring unit 50 is connected to one end of the light source unit 40, and the other power connector 30B is assembled by a second sleeve 51. The monitoring unit 50 has a half-frame-shaped carrier 52. The carrier 52 The monitoring device 60 is composed of a plurality of circuit boards, and a panel cover 53 is disposed on the carrier 52 to close the monitoring device 60. The monitoring device 60 is as shown in FIGS. 2, 3, 4, and 5. At least one wireless network camera module 70; the wireless network camera module 70 includes an information processing unit 71, a wireless network TRX transceiver unit 72 and one or more photographic lenses 73; the information processing unit 71 is connected to the power source The processor 20 is electrically connected to obtain an operating power supply, and has an MCU information editing processor 70 that can control the power processor 20 to turn on or off the power of the LED lighting unit 44. An IC editing memory 711 responsible for temporary operation of a plurality of operation functions and a recorder 712 responsible for information storage (for example, an SD memory card or a temporary memory IC); the wireless network TRX transceiver unit 72 is provided at An information access terminal of the information processing unit 71 is responsible for wirelessly connecting the information processing unit 71 with the Internet and transmitting wireless information or signals to the Internet end; the photographic lens 73 is used as the information processing unit 71. A signal input end is disposed inside the panel cover 53 opposite to a photographing hole 530, and is responsible for taking an external image from the photographing hole 530, and transmitting the image signal to the MCU information editing processor 710 of the information processing unit 71 for editing. Processing, the image signal can be stored in the recorder 712 (SD memory card) to record and or output to the Internet end via the wireless network TRX transceiver unit 72; when the lamp is completed on a light fixture (not shown) The power supply processor 20 is installed in the lamp body 10, and the external power supply is plugged into the lamp by the power plug connectors 30A and 30B at both ends of the lamp body 10, and processed, and then monitored in the monitoring unit 50. The operating power is obtained from the power processor 20; the information processing unit 71 is wirelessly connected to the Internet via the wireless network TRX transceiver unit 72, and the wireless network TRX transceiver unit 72 performs wireless information or signals on the Internet. Transmission, in addition to the Internet-side device or tool (such as a computer, a mobile phone with Internet access) can control or set the condition or timing of the MCU signal editing processor 710 to turn the LED lighting unit 44 on or off, the camera lens 73 ingests The image signal is edited by the MCU information editing processor 710, stored in the recorder 712 (SD memory card) for recording and/or output to the Internet, and also enables an Internet device or a network device such as a mobile phone or a mobile phone. Instantly monitor the video content or access the historical video content; thereby, the light tube is used under the multi-party control of the illumination source in one occasion, and the video recording and the Internet device such as a computer or a mobile phone can be used to enter or access the Internet. Monitor images and or access videos The effect or performance of the content.

According to the above embodiment, wherein the wireless network camera module 70 further has a MIC microphone 74, the MIC microphone 74 is disposed inside the panel cover 53 and serves as one of the information processing units 71. The signal input terminal receives the voice signal input from the MIC microphone 74 through the information processing unit 71 for editing processing, and the voice signal can be stored in the recorder 712 (SD memory card) for recording and or via the wireless network TRX transceiver unit. 72 pairs of Internet-side output, so that Internet devices or tools such as Internet-based computers or mobile phones can instantly listen to the sound of the lamp use and the effect of taking out historical recordings.

According to the above embodiment, in FIG. 5, the information processing unit 71 of the wireless network camera module 70 further receives a PAK speaker 75; the MCU information editing processor 710 of the information processing unit 71 is wireless. After the voice information input by the network TRX transceiver unit 72 is edited, the voice is played from the SPK speaker 75, so that the Internet device or the Internet device or the tool such as the mobile phone can be used at the remote end for the lamp. Voice broadcast.

According to the above embodiment, wherein, as shown in FIG. 5, the wireless network TRX transceiver unit 72 of the wireless network camera module 70 is a WiFi wireless TRX transceiver unit responsible for connecting the information processing unit 71 to the Internet; The use of the WiFi wireless local area network in the use of the lamp enables the information processing unit 71 to connect to the Internet through the router of the WiFi wireless local area network.

According to the above embodiment, in FIG. 5, the wireless network TRX transceiver unit 72 of the wireless network camera module 70 is responsible for connecting the information processing unit 71. The mobile phone communication wireless TRX transceiver unit of the Internet; is used in the communication range of the mobile phone base station via the light tube, so that the information processing unit 71 can be connected to the Internet through the mobile phone base station.

According to the above embodiment, wherein the monitoring device 60 is further provided with a wireless editing control module 80, the wireless editing control module 80 includes a signal editing unit 81 and a remote control signal receiver 82, as shown in FIGS. 2, 3, 4, and 5. The signal editing unit 81 is bidirectionally electrically connected to the information processing unit 71, and has an MCU editing control processor 810; the remote control signal receiver 82 is disposed at a signal input end of the signal editing unit 81, and is responsible for The remote control signal receiving the external remote controller 83 is transmitted to the MCU editing control processor 810 for editing and processing, and the signal editing unit 81 can generate a control signal to the information processing unit 71 to enable the power of the LED lighting unit 44 to be turned on or off, that is, The opening or closing of the light of the light source portion can be controlled or set by the external remote controller 83; as shown in Figures 2, 3, 4, and 5, and the wireless editing control module 80 further includes an object sensor 84, the object sensor 84 is disposed at a signal input end of the signal editing unit 81, and is responsible for generating a detection signal to the MCU editing control processor 80 for editing when the human body moves. And the processing, the signal editing unit 81 can send a light-on signal to the information processing unit 71, and the LED light-emitting unit 44 in the power-off state can detect the human body movement or the person entering by the object sensor 84, and automatically turn on the working power source, that is, The light source unit 40 automatically turns on the illumination effect; as shown in FIG. 5, the wireless editing control module 80 further includes a wireless I/O TRX transceiver unit 85, and the wireless I/O TRX transceiver unit 85 is disposed therein. A signal input/output terminal of the signal editing unit 81 is responsible for connecting the signal editing unit 81 to one or more external wireless I/O TRX transceivers 86, and performs wireless I/O for each external wireless I/O TRX transceiver 86. Signal transmission, whereby the information processing unit 71 receives the Internet-side computer or mobile phone The sent signal can be manipulated and processed by the MCU information editing processor 710, or the control signal of the external remote controller 83 is received via the remote control signal receiver 82, and the MCU edit control processor 810 can be manipulated from the wireless I/O TRX. The transceiver unit 85 wirelessly transmits and receives the I/O signal of the wireless I/O TRX transceiver 86, so that the wireless I/O TRX transceiver 86 is utilized on the appliance or device in the environment of the lamp use environment, and has an internet terminal computer, An Internet device such as a mobile phone or a remote control 83 can perform control or setting effects on the use of the appliance or device, and the wireless I/O TRX transceiver 86 transmits the I/O signal through the wireless when responding on the appliance or the device. After the signal of the I/O TRX transceiver unit 85 is received, the signal processing unit 81 generates a response signal to the information processing unit 71, and further enables the wireless network TRX transceiver unit 72 to issue information to the Internet terminal to reach the remote computer or mobile phone. The internet device can obtain information that the wireless I/O TRX transceiver 86 has an action or has responded.

The above description is intended to be illustrative, and not restrictive, and many modifications, variations or equivalents may be made without departing from the spirit and scope of the invention. , but all will fall within the scope of this creation.

20‧‧‧Power Processor

44‧‧‧LED lighting unit

70‧‧‧Wireless Network Camera Module

71‧‧‧Information Processing Unit

710‧‧‧MCU information editing processor

712‧‧‧ Recorder

72‧‧‧Wireless Network TRX Transceiver Unit

73‧‧‧Photographic lens

74‧‧‧ microphone

75‧‧‧ Horn

80‧‧‧Wireless Editing Control Module

81‧‧‧Signal editing unit

82‧‧‧Remote signal receiver

83‧‧‧Remote control

84‧‧‧Object sensor

85‧‧‧Wireless I/O TRX Transceiver Unit

86‧‧‧Wireless I/O TRX Transceiver

Claims (8)

A network monitoring type lamp tube structure, wherein a lamp tube has a lamp body, a lamp power supply processor is disposed inside the lamp body, and at least one end is provided with a power plug connector electrically connected to the power processor. The power supply processor can obtain an external power supply from the power plug connector end; the light pipe body includes a light source portion and a monitoring portion; the light source portion has a heat dissipation pipe member, and one side of the heat dissipation pipe member forms an illuminant mounting surface. The illuminant mounting surface is composed of a plurality of LED illuminating diodes to form an LED illuminating unit capable of obtaining a working power source from the power processor, and a light transmitting tube member is further disposed outside the illuminant mounting surface. The LED light-emitting unit is closed, so that the light generated by the LED light-emitting unit can penetrate the light-transmitting tube to form an illumination source; the monitoring portion is connected to one end of the light source portion, and has a two-frame-shaped carrier. The monitoring base is provided with a monitoring device composed of a plurality of circuit boards, and a panel cover is disposed on the carrier to close the monitoring device; the monitoring device has at least one a network camera module; the wireless network camera module includes an information processing unit, a wireless network TRX transceiver unit, and one or more photographic lenses; the information processing unit is electrically connected to the power processor to obtain a working power source, The utility model has an MCU information editing processor capable of controlling the power processor to turn on or off the power of the LED lighting unit, an IC editing memory for temporarily storing a plurality of operation functions, and a recorder for storing information; the wireless network TRX The transceiver unit is disposed at an information input and output end of the information processing unit, and is responsible for wirelessly connecting the information processing unit to the network, and transmitting wireless information or signals to the network end; the photographic lens is used as the information processing unit. a signal input end disposed inside the panel cover opposite to a photographic aperture, responsible for taking an external image from the photographic aperture, and transmitting the image signal to an MCU information editing processor of the information processing unit for editing processing The signal is stored in the recorder for recording and/or The wireless terminal TRX transceiver unit outputs the network end; when the lamp tube is installed on a lamp, and the lamp body power supply processor is connected to the lamp through the lamp body end power plug connector, the external power source is obtained. After processing, the monitoring device in the monitoring unit obtains working power from the power processor end; the information processing unit wirelessly connects to the network via the wireless network TRX transceiver unit, and the wireless network TRX transceiver unit performs the network terminal. Wireless information or signal transmission, except that the network-side Internet access device can control or set the MCU signal editing processor to turn on or off the power of the LED lighting unit, the image signal captured by the photographic lens is edited and processed by the MCU information editing processor, and stored. Recording to the recorder and or outputting to the network, the network-side device can instantly monitor the image content or access the historical video content; thereby, the lamp is used under the multi-party control of the illumination source in one occasion. It also has the effect of video recording on this occasion and the ability to instantly monitor images and or access video content through the Internet. The network monitoring type lamp tube structure according to claim 1, wherein the wireless network camera module further has a MIC microphone, and the MIC microphone is disposed inside the panel cover and serves as the information processing unit. a signal input end; the information processing unit receives the voice signal input by the MIC microphone end for editing processing, and the voice signal can be stored in the recorder for recording and output to the network end via the wireless network TRX transceiver unit.网路 Enable the network-side Internet access device to instantly listen to the sound of the lamp use and the effect of taking out the historical recording content. The network monitoring type lamp tube structure according to claim 1, wherein the information processing unit of the wireless network camera module further receives a sounding SPK speaker; and the MCU information editing by the information processing unit After the processor edits the voice information input by the wireless network TRX transceiver unit, the voice is played from the SPK speaker, and the network is connected to the Internet. The device can perform voice broadcast at the remote end for the use of the lamp. According to the network monitoring type lamp structure described in claim 1, wherein the wireless network TRX transceiver unit of the wireless network camera module is a WiFi device responsible for connecting the information processing unit to the Internet. Wireless TRX transceiver unit; the establishment of a WiFi wireless area network through the use of the lamp, enabling the information processing unit to connect to the Internet through the router of the WiFi wireless area network. According to the network monitoring type lamp structure described in claim 1, wherein the wireless network TRX transceiver unit of the wireless network camera module is a mobile phone that is responsible for connecting the information processing unit to the Internet. The communication wireless TRX transceiver unit is used in the communication range of the mobile phone base station via the lamp tube, so that the information processing unit can be connected to the Internet through the mobile phone base station. The network monitoring type lamp tube structure according to claim 1, wherein the monitoring device further comprises a wireless editing control module, wherein the wireless editing control module comprises a signal editing unit and a remote control signal receiver; The signal editing unit is bidirectionally electrically connected to the information processing unit, and has an MCU editing control processor; the remote control signal receiver is disposed at a signal input end of the signal editing unit, and is responsible for receiving a remote control of an external remote controller. The signal is transmitted to the MCU editing control processor for editing and processing, and the signal editing unit can generate a control signal to the information processing unit to enable the power of the LED lighting unit to be turned on or off, that is, the light of the light source unit is turned on or off, and can be remotely controlled by an external device. Control or set. The network monitoring type lamp tube structure according to claim 6 , wherein the wireless editing control module further comprises an object sensor, the object sensor being disposed at a signal input end of the signal editing unit Responsible for the detection of signal transmission when the object is used in the light tube The MCU edit control processor is used for editing and processing, and the signal editing unit can send an open signal to the information processing unit, and the LED light-emitting unit with the power-off state can detect that the object moves or enters by the object sensor, and automatically turns on. Working power, that is, the effect of automatically turning on the illumination of the light in the light source. The network monitoring type lamp tube structure according to claim 6, wherein the wireless editing control module further comprises a wireless I/O TRX transceiver unit, wherein the wireless I/O TRX transceiver unit is disposed in the network A signal input/output terminal of the signal editing unit is responsible for connecting the signal editing unit with one or more external wireless I/O TRX transceivers, and transmitting wireless I/O signals to each external wireless I/O TRX transceiver. Thereby, the information processing unit receives the network end signal, performs information editing and processing by the MCU information editing processor, or can receive the control signal of the external remote controller via the remote control signal receiver, and then can control the MCU editing control processor from the wireless I/O TRX transceiver unit wirelessly transmits and receives wireless I/O TRX transceiver I/O signals, enabling wireless I/O TRX transceivers to be used on appliances or devices in the environment of lamp use, with network-side Internet access devices Or a remote control that can be used for the use of appliances or equipment to perform control or setting functions, and the wireless I/O TRX transceiver uses the I/O signal to be sent through the wireless I/O TRX transceiver unit when responding on the appliance or device. Letter After receiving the signal, the signal editing unit generates a response signal to the information processing unit, and enables the wireless network TRX transceiver unit to issue information to the network end, so that the remote Internet access device can obtain the wireless I/O TRX transceiver has an action or has Information about the response.