CN110657356A - Multifunctional LED lighting and emergency lamp and control method - Google Patents

Multifunctional LED lighting and emergency lamp and control method Download PDF

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Publication number
CN110657356A
CN110657356A CN201911056556.1A CN201911056556A CN110657356A CN 110657356 A CN110657356 A CN 110657356A CN 201911056556 A CN201911056556 A CN 201911056556A CN 110657356 A CN110657356 A CN 110657356A
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CN
China
Prior art keywords
power
wireless
emergency
lamp
wired
Prior art date
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Pending
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CN201911056556.1A
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Chinese (zh)
Inventor
殷卫国
孙庆成
王宇
许瑞兴
赵志鑫
王帅龙
张达
李宣皓
吴启守
林士罡
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Tianjin Gold Ruifu Technology Co Ltd
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Tianjin Gold Ruifu Technology Co Ltd
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Priority to CN201911056556.1A priority Critical patent/CN110657356A/en
Publication of CN110657356A publication Critical patent/CN110657356A/en
Pending legal-status Critical Current

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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21K—NON-ELECTRIC LIGHT SOURCES USING LUMINESCENCE; LIGHT SOURCES USING ELECTROCHEMILUMINESCENCE; LIGHT SOURCES USING CHARGES OF COMBUSTIBLE MATERIAL; LIGHT SOURCES USING SEMICONDUCTOR DEVICES AS LIGHT-GENERATING ELEMENTS; LIGHT SOURCES NOT OTHERWISE PROVIDED FOR
    • F21K9/00—Light sources using semiconductor devices as light-generating elements, e.g. using light-emitting diodes [LED] or lasers
    • F21K9/20—Light sources comprising attachment means
    • F21K9/27—Retrofit light sources for lighting devices with two fittings for each light source, e.g. for substitution of fluorescent tubes
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21K—NON-ELECTRIC LIGHT SOURCES USING LUMINESCENCE; LIGHT SOURCES USING ELECTROCHEMILUMINESCENCE; LIGHT SOURCES USING CHARGES OF COMBUSTIBLE MATERIAL; LIGHT SOURCES USING SEMICONDUCTOR DEVICES AS LIGHT-GENERATING ELEMENTS; LIGHT SOURCES NOT OTHERWISE PROVIDED FOR
    • F21K9/00—Light sources using semiconductor devices as light-generating elements, e.g. using light-emitting diodes [LED] or lasers
    • F21K9/20—Light sources comprising attachment means
    • F21K9/27—Retrofit light sources for lighting devices with two fittings for each light source, e.g. for substitution of fluorescent tubes
    • F21K9/272—Details of end parts, i.e. the parts that connect the light source to a fitting; Arrangement of components within end parts
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21K—NON-ELECTRIC LIGHT SOURCES USING LUMINESCENCE; LIGHT SOURCES USING ELECTROCHEMILUMINESCENCE; LIGHT SOURCES USING CHARGES OF COMBUSTIBLE MATERIAL; LIGHT SOURCES USING SEMICONDUCTOR DEVICES AS LIGHT-GENERATING ELEMENTS; LIGHT SOURCES NOT OTHERWISE PROVIDED FOR
    • F21K9/00—Light sources using semiconductor devices as light-generating elements, e.g. using light-emitting diodes [LED] or lasers
    • F21K9/20—Light sources comprising attachment means
    • F21K9/27—Retrofit light sources for lighting devices with two fittings for each light source, e.g. for substitution of fluorescent tubes
    • F21K9/278—Arrangement or mounting of circuit elements integrated in the light source
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V19/00—Fastening of light sources or lamp holders
    • F21V19/001—Fastening of light sources or lamp holders the light sources being semiconductors devices, e.g. LEDs
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/003—Arrangement of electric circuit elements in or on lighting devices the elements being electronics drivers or controllers for operating the light source, e.g. for a LED array
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/02—Arrangement of electric circuit elements in or on lighting devices the elements being transformers, impedances or power supply units, e.g. a transformer with a rectifier
    • F21V23/023—Power supplies in a casing
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/04—Arrangement of electric circuit elements in or on lighting devices the elements being switches
    • F21V23/0442—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors
    • F21V23/0464—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors the sensor sensing the level of ambient illumination, e.g. dawn or dusk sensors
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/04—Arrangement of electric circuit elements in or on lighting devices the elements being switches
    • F21V23/0442—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors
    • F21V23/0471—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors the sensor detecting the proximity, the presence or the movement of an object or a person
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/06—Arrangement of electric circuit elements in or on lighting devices the elements being coupling devices, e.g. connectors
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V33/00—Structural combinations of lighting devices with other articles, not otherwise provided for
    • F21V33/0004—Personal or domestic articles
    • F21V33/0052—Audio or video equipment, e.g. televisions, telephones, cameras or computers; Remote control devices therefor
    • F21V33/0056—Audio equipment, e.g. music instruments, radios or speakers
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO THE FORM OR THE KIND OF THE LIGHT SOURCES OR OF THE COLOUR OF THE LIGHT EMITTED
    • F21Y2115/00—Light-generating elements of semiconductor light sources
    • F21Y2115/10—Light-emitting diodes [LED]

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Microelectronics & Electronic Packaging (AREA)
  • Physics & Mathematics (AREA)
  • Optics & Photonics (AREA)
  • Multimedia (AREA)
  • Power Engineering (AREA)
  • Circuit Arrangement For Electric Light Sources In General (AREA)

Abstract

The invention provides a multifunctional LED lighting and emergency lamp, which comprises a multifunctional lamp and a power failure monitoring device. Multifunctional lamp includes LED lamp plate, power control panel, group battery, general switching part, surveillance camera equipment, wireless and wired audio equipment, lamp shade, lamp body, emergency display part, T8 adapter, human infrared induction and photosensitive induction module and environmental detection module, outage monitoring device includes epitheca, inferior valve, power control panel, group battery, wireless and wired module, power plug. The power failure monitoring device is wirelessly connected with one or more multifunctional lamps, the multifunctional lamps can be wirelessly connected, and the multifunctional lamps and the power failure monitoring device can be wirelessly connected with communication equipment such as a wireless router at present. The invention can be used under a plurality of working conditions, and has comprehensive functions and strong practicability.

Description

Multifunctional LED lighting and emergency lamp and control method
Technical Field
The invention belongs to the field of illuminating lamps, and particularly relates to a multifunctional LED illuminating and emergency lamp and a control method.
Background
The LED lamp tube is also called a light tube, a T8 lamp tube and a fluorescent lamp tube, the light source of the LED lamp tube adopts an LED as a luminous body, and the LED lamp tube has a plurality of advantages and is generally used for indoor illumination of common illumination, office buildings, markets, restaurants, schools, families, factories and the like.
At present, the conventional LED fluorescent lamp only has a lighting function, has a single function, and cannot meet the social requirements of modernization, intellectualization, integration and big data.
Disclosure of Invention
In view of the above, the present invention is directed to a multifunctional LED lighting and emergency light to solve the above-mentioned problems.
In order to achieve the purpose, the technical scheme of the invention is realized as follows:
a multifunctional LED lighting and emergency lamp comprises a multifunctional lamp body, a lamp body structure and a functional module arranged on the lamp body structure,
the LED lamp comprises a lamp body structure, a lamp shade, an LED lamp panel, a first power supply control panel, a universal switching part and a T8 lamp tube adapter, wherein the functional modules comprise a rechargeable battery pack, monitoring equipment, wireless and wired audio equipment, an emergency display part, a human body infrared induction and photosensitive induction module and an environment detection module;
the first power supply control panel is electrically connected with the rechargeable battery pack, the monitoring equipment, the wireless and wired audio equipment, the emergency display component, the human body induction module and the environment detection module;
the first power supply control panel is provided with a protective sleeve and is connected with the rechargeable battery pack through an electronic plug, and the first power supply control panel and the rechargeable battery pack are placed in the lamp shell;
the LED lamp panel is bonded in a reserved clamping groove of the lamp housing through heat dissipation paste, and the lampshade is installed in the clamping groove of the lamp housing;
the universal switching components are fixed at two ends of the lamp shell, and the internal power line penetrates out of the universal switching components fixed at the two ends;
the human body infrared sensing and photosensitive sensing module and the environment detection module are connected with the power control panel through plugs;
the emergency display component is arranged on the universal adapter component fixed on the left side, the monitoring equipment is fixed with the universal adapter component fixed on the right side, and the wireless and wired audio equipment is fixed with the monitoring equipment;
the T8 lamp tube adapters are respectively installed on two sides of the lamp shell.
Further, still include the outage monitoring device with multi-functional lamps and lanterns wireless connection, outage monitoring device includes epitheca, inferior valve, second power control board, group battery, wireless and wired module and power plug, and second power control board is connected with group battery, wireless and wired module and power plug electricity, and is fixed power plug and inferior valve to reserve the power cord, it is fixed with wireless and wired module, second power control board and epitheca.
Further, the lamp housing is of an aluminum alloy or heat dissipation PC profile structure, the material is not limited to aluminum alloy or heat dissipation PC, and transverse and longitudinal splicing can be carried out.
Furthermore, a plurality of multifunctional lamps can be connected with each other in a wireless and wired manner, are connected at a remote control end and transmit data such as monitoring and the like; the multifunctional lamps are connected with wireless and wired equipment, and data such as monitoring and the like are transmitted to the remote control end.
Furthermore, the lampshade is made of plastics with diffusant, and light can be effectively and uniformly diffused to an external illumination space by controlling internal light reflection and light refraction.
Furthermore, the multifunctional lamp and the power-off monitoring device are connected with the remote control end in a wireless and wired mode.
Another objective of the present invention is to provide a method for controlling a multifunctional LED lighting and emergency lamp, which specifically includes:
the commercial power, the emergency circuit, the network cable or the optical fiber are simultaneously connected into the multifunctional lamp through the T8 lamp tube adapters at the two ends;
the mains supply is used for supplying power to daily illumination and monitoring equipment of the LED lamp panel, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part, a rechargeable battery pack and a power control panel;
the network cable or the optical fiber is used for providing data wired transmission guarantee and is connected with wireless and wired audio equipment in the multifunctional lamp;
in normal work, the commercial power supplies power for daily illumination, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part, a rechargeable battery pack and a power control panel of the LED lamp panel, and meanwhile, related data are directly transmitted to a remote control end through the wireless and wired audio equipment; related data can also be transmitted to a remote control end through wireless and wired devices.
The emergency circuit continuously supplies power to the multifunctional lamp in normal work, provides a power-off signal and charges a battery;
when power failure occurs, the commercial power and the emergency circuit are in a power failure state, the first power supply control panel generates an emergency control signal according to the fact that no voltage or current passes through the emergency circuit, an emergency lighting function is started, electric quantity is provided for emergency lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display component and a power supply control panel of the LED lamp panel through the rechargeable battery pack, and relevant data are directly transmitted to the remote control end through the wireless and wired audio equipment; related data can also be transmitted to a remote control end through wireless and wired devices.
Further, the method also comprises the following steps:
the commercial power, the network cable or the optical fiber are connected into the multifunctional lamp through one end of the T8 lamp tube adapter at the two ends;
the mains supply is used for supplying power to daily illumination and monitoring equipment of the LED lamp panel, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part, a rechargeable battery pack and a power control panel;
the network cable or the optical fiber is used for providing data wired transmission guarantee and is respectively connected with wireless and wired audio equipment in the multifunctional lamp and a wireless and wired module in the power failure monitoring device;
the power failure monitoring device is arranged on an emergency circuit upper wall panel, and supplies power to the wireless and wired modules, the power control panel and the battery pack in the power failure monitoring device through the emergency circuit; transmitting the related data to a remote control end in a wireless and wired mode;
in normal work, commercial power supplies power for daily illumination, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part, a rechargeable battery pack and a power control panel of the LED lamp panel, and related data are directly transmitted to a remote control end through the wireless and wired audio equipment; or the related data can be transmitted to the power failure monitoring device firstly and then transmitted to the remote control end in a wireless and wired mode; related data can be transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is guaranteed;
the emergency circuit continuously cuts off the power supply of the monitoring device in normal work, and provides a power-off signal and charges a battery;
when power failure occurs, the commercial power in the multifunctional lamp and an emergency circuit in the power failure monitoring device are in a power failure state, no voltage and current pass through a first power supply control board circuit in the multifunctional lamp and a second power supply control board circuit in the power failure monitoring device to generate an emergency control signal, and the emergency control signal are supplied with power by using respective internal rechargeable battery packs to start an emergency lighting function;
the multifunctional lamp provides electric quantity to emergency lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part and a first power supply control panel of the LED lamp panel through the rechargeable battery pack; the power failure monitoring device supplies power to the wireless and wired modules, the second power supply control panel and the battery pack through the rechargeable battery pack;
the power-off signals are directly transmitted to the remote control end through the wireless and wired audio equipment and the wireless and wired modules in the power-off signals, logic judgment is carried out, and related data are transmitted to the remote control end in the same way; meanwhile, related data are mutually transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is ensured;
the multifunctional lamp can also assist the multifunctional lamp to send the power-off signal and related data to the remote control end in a wireless and wired mode through the power-off monitoring device.
Further, the method also comprises the following steps:
the commercial power, the emergency circuit, the network cable or the optical fiber are simultaneously connected into the multifunctional lamp through the T8 lamp tube adapters at the two ends;
the mains supply is used for supplying power to daily illumination and monitoring equipment of the LED lamp panel, a human body infrared induction and photosensitive induction module, an environment detection module, wireless audio equipment, an emergency display part, a rechargeable battery pack and a power supply control panel;
the network cable or the optical fiber is used for providing data wired transmission guarantee and is respectively connected with wireless and wired audio equipment in the multifunctional lamp and a wireless and wired module in the power failure monitoring device;
the power failure monitoring device is arranged on an emergency circuit upper wall panel, and supplies power to the wireless and wired modules, the power control panel and the battery pack in the power failure monitoring device through the emergency circuit; transmitting the related data to a remote control end in a wireless and wired mode;
in normal work, commercial power supplies power for daily illumination, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part, a rechargeable battery pack and a power control panel of the LED lamp panel, and related data are directly transmitted to a remote control end through the wireless and wired audio equipment; or the related data can be transmitted to the power failure monitoring device firstly and then transmitted to the remote control end in a wireless and wired mode; related data can be transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is guaranteed;
the emergency circuit respectively and continuously supplies power to the multifunctional lamp and the power-off monitoring device in normal work, provides a power-off signal and charges a battery;
when power failure occurs, the commercial power, the emergency circuit and the emergency circuit in the power failure monitoring device in the multifunctional lamp are in a power failure state, no voltage and current pass through the first power supply control panel circuit and the second power supply control panel circuit in the power failure monitoring device in the multifunctional lamp to generate an emergency control signal, and the first power supply control panel circuit and the second power supply control panel circuit are powered by respective internal rechargeable battery packs to start an emergency lighting function;
the multifunctional lamp provides electric quantity to emergency lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part and a first power supply control panel of the LED lamp panel through the rechargeable battery pack; the power failure monitoring device supplies power to the wireless and wired modules, the second power supply control panel and the battery pack through the rechargeable battery pack;
the power-off signals are directly transmitted to the remote control end through the wireless and wired audio equipment and the wireless and wired modules in the power-off signals, logic judgment is carried out, and related data are transmitted to the remote control end in the same way; meanwhile, related data are mutually transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is ensured;
the multifunctional lamp can also assist the multifunctional lamp to send the power-off signal and related data to the remote control end in a wireless and wired mode through the power-off monitoring device.
Further, the method also comprises the following steps:
the commercial power, the emergency circuit, the network cable or the optical fiber are simultaneously connected into the multifunctional lamp through the T8 lamp tube adapters at the two ends;
the mains supply is used for supplying power to daily illumination and monitoring equipment of the LED lamp panel, a human body infrared induction and photosensitive induction module, an environment detection module, wireless audio equipment, an emergency display part, a rechargeable battery pack and a power supply control panel;
the network cable or the optical fiber is used for providing data wired transmission guarantee and is respectively connected with wireless and wired audio equipment in the multifunctional lamp and a wireless or wired module in the power failure monitoring device;
the power failure monitoring device is arranged on an emergency circuit upper wall panel, and supplies power to the wireless and wired modules, the power control panel and the battery pack in the power failure monitoring device through the emergency circuit; transmitting the related data to a remote control end in a wireless and wired mode;
in normal work, commercial power supplies power for daily illumination, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part, a rechargeable battery pack and a power control panel of the LED lamp panel, and related data are directly transmitted to a remote control end through the wireless and wired audio equipment; related data can also be transmitted to a remote control end through wireless and wired equipment; or the related data can be transmitted to the power failure monitoring device firstly and then transmitted to the remote control end in a wireless and wired mode; related data can be transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is guaranteed;
the emergency circuit respectively and continuously supplies power to the multifunctional lamp and the power-off monitoring device in normal work, provides a power-off signal and charges a battery;
when power failure occurs, the commercial power, the emergency circuit and the emergency circuit in the power failure monitoring device in the multifunctional lamp are in a power failure state, no voltage and current pass through the first power supply control panel circuit and the second power supply control panel circuit in the power failure monitoring device in the multifunctional lamp to generate an emergency control signal, and the first power supply control panel circuit and the second power supply control panel circuit are powered by respective internal rechargeable battery packs to start an emergency lighting function;
the multifunctional lamp provides electric quantity to emergency lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part and a first power supply control panel of the LED lamp panel through the rechargeable battery pack; the power failure monitoring device supplies power to the wireless and wired modules, the second power supply control panel and the battery pack through the rechargeable battery pack;
the power-off signals are directly transmitted to the remote control end through the wireless and wired audio equipment and the wireless and wired modules in the power-off signals, logic judgment is carried out, and related data are transmitted to the remote control end in the same way; related data can also be transmitted to a remote control end through wireless and wired equipment; meanwhile, related data are mutually transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is ensured;
the multifunctional lamp can also assist the multifunctional lamp to send the power-off signal and related data to the remote control end in a wireless and wired mode through the power-off monitoring device.
Compared with the prior art, the multifunctional LED lighting and emergency lamp and the control method have the following advantages:
(1) the two ends of the lamp are provided with old T8 lamp tube adapters or new T8 lamp tube adapters, so that the lamp is easy to disassemble, exchange and replace, has strong universality and is convenient to disassemble, maintain and replace; the old T8 lamp tube adapter can be interchanged with two new T8 lamp tube adapters according to actual conditions, so that the adapter can be used in different places and under different working conditions (such as two power lines and 3 power lines), and the replaceability is improved;
(2) the rechargeable battery pack, the monitoring equipment, the wireless and wired audio equipment, the emergency display part, the human body infrared induction and photosensitive induction module and the environment detection module can be matched and combined with the lamp body in any order and in no quantity, the matching modes are many, a single functional part can be matched and used with the lamp body, and the matching and combination can be carried out according to market requirements, so that the market requirements can be better met, and meanwhile, the equipment does not need to be added and the extra cost is reduced;
(3) the functional parts of the invention are convenient to disassemble, assemble and maintain and have low cost;
(4) the invention can simultaneously meet the use requirements under a plurality of working conditions, such as engineering (office, corridor, garage, indoor, outdoor, etc.), universality improvement (the existing office places are additionally arranged without installing monitoring again), intelligent electrical appliances (real-time monitoring, measurement, transmission, voice control, etc.); monitoring and lighting (such as workshops, parking lots, corridors, fire fighting passageways and the like);
(5) the invention has strong practicability and wide application range;
(6) the control of any use condition can be interchanged, so that the diversification, modularization and intellectualization of the actual use are increased;
(7) the intelligent indoor and outdoor lighting, emergency lighting, security monitoring, human body induction monitoring, voice control, fire control monitoring, indoor environment monitoring, intelligent energy management, wireless and wired data transmission and control are integrated into a whole under the control of the intelligent indoor and outdoor lighting system, and the functions which cannot be realized by the existing lighting control can be realized;
(8) the invention does not need a plurality of devices to be installed for a plurality of times and wiring for a plurality of times, and one platform is completely solved;
(9) the invention can freely combine and match control modes according to actual conditions, thereby meeting various control requirements; meanwhile, various modes are met during data transmission, and the use is more flexible;
(10) the invention reduces the purchase cost, the installation cost, the maintenance cost, the cost of other matched hardware (such as a power line, a network cable, wireless equipment and the like) and the labor cost of a plurality of devices;
drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate an embodiment of the invention and, together with the description, serve to explain the invention and not to limit the invention. In the drawings:
fig. 1 is a schematic diagram of an old-fashioned T8 lamp adapter according to an embodiment of the present invention;
fig. 2 is a schematic diagram of a novel T8 lamp tube adapter according to an embodiment of the present invention;
fig. 3 is a schematic structural diagram of a lamp housing according to an embodiment of the invention;
fig. 4 is a schematic structural diagram of a lamp cover according to an embodiment of the invention;
fig. 5 is an exploded view of the multifunctional lamp according to the embodiment of the present invention;
FIG. 6 is an exploded view of a power outage monitoring apparatus according to an embodiment of the present invention;
fig. 7-9 are schematic diagrams of a multifunctional lamp according to an embodiment of the invention.
Description of reference numerals:
1-a lampshade; 2-LED lamp panel; 3-buckling; 4-self-tapping screw; 5-emergency display means; 6-an environment detection module; 7-human body infrared induction and photosensitive induction module; 8-a first power control board; 9-a circuit protection sleeve; 10-a rechargeable battery pack; 11-a lamp housing; 12-a universal adapter component; 13-a monitoring device; 14-wireless and wired audio devices; 15-T8 lamp tube adapter; 16-an upper shell; 17-wireless and wired modules; 18-a second power control board; 19-a battery pack; 20-a lower shell; 21-power plug.
Detailed Description
It should be noted that the embodiments and features of the embodiments may be combined with each other without conflict.
In the description of the present invention, it is to be understood that the terms "center", "longitudinal", "lateral", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", and the like, indicate orientations or positional relationships based on those shown in the drawings, and are used only for convenience in describing the present invention and for simplicity in description, and do not indicate or imply that the referenced devices or elements must have a particular orientation, be constructed and operated in a particular orientation, and thus, are not to be construed as limiting the present invention. Furthermore, the terms "first", "second", etc. are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first," "second," etc. may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless otherwise specified.
In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood by those of ordinary skill in the art through specific situations.
The present invention will be described in detail below with reference to the embodiments with reference to the attached drawings.
As shown in fig. 1-6, the present invention provides a multifunctional LED lighting and emergency lamp, which comprises a multifunctional lamp and a power failure monitoring device.
The multifunctional lamp comprises an LED lamp panel 2, a first power supply control panel 8 (having power-off check, commercial power becomes low voltage, power-off detection, battery charging and discharging management functions), a rechargeable battery pack 10, a universal adapter part 12, a monitoring device 13 (having video recording, face recognition, mobile detection and other functions), a wireless and wired audio device 14 (having voice playing, voice recognition, voice control, merging repeater function, wireless and wired signal transmission-receiving and control, wireless signals are not limited to Bluetooth, wifi, 2G, 3G, 4G, 5G and the like, wires are not limited to network cables and optical fibers), a lampshade 1 (having light diffusion function, shape structure is not limited to semicircle), a lamp shell 11 (not limited to aluminum profile material, having fixing, heat dissipation, flame retardance, insulation function, shape structure is not limited to semicircle), an emergency display part 5 (warning function in power-off emergency state), t8 lamp tube adapter 15 (change according to different power supply plug requirements), human infrared induction and photosensitive induction module 7 (for detecting human body, sensing ambient light intensity, and this module can be used separately), environment detection module 6 (checking volatile organic compounds, ambient temperature, ambient humidity, atmospheric pressure), the functional modules of the invention include but not limited to human infrared induction and photosensitive induction module, environment detection module, monitoring equipment, wireless and wired audio equipment, the above modules can be used with other structures of lamp body according to actual conditions, and the matching mode is as follows:
a. the emergency display part 5, the environment monitoring module 6, the human body infrared induction and photosensitive induction module 7, the rechargeable battery pack 10, the monitoring equipment 13, the wireless and wired audio equipment 14 and the lamp body are combined;
b. the emergency display 5, the environment detection module 6, the human body infrared induction and photosensitive induction module 7, the rechargeable battery pack 10, the monitoring equipment 13 and the lamp body are combined;
c. the emergency display part 5, the environment detection module 6, the human body infrared induction and photosensitive induction module 7, the rechargeable battery pack 10 and the lamp body are combined;
d. the emergency display part, the environment detection module 6, the human body infrared induction and photosensitive induction module 7 are combined with the lamp body;
e. the emergency display part 5, the environment detection module 6 and the lamp body are combined;
f. the emergency display 6 is combined with the lamp body;
g. the environment detection module 6, the human body infrared induction and photosensitive induction module 7, the rechargeable battery pack 10, the monitoring equipment 13, the wireless and wired audio equipment 14 and the lamp body are combined;
h. the human body infrared induction and photosensitive induction module 7, the rechargeable battery pack 10, the monitoring equipment 13, the wireless and wired audio equipment 14 are combined with the lamp body;
i. the rechargeable battery pack 10, the monitoring device 13, the wireless and wired audio device 14 are combined with the lamp body;
j. the monitoring device 13, the wireless and wired audio devices 14 are combined with the lamp body;
k. wireless and wired audio devices 14 are combined with the light body;
a rechargeable battery pack 10, a monitoring device 13, a wireless and wired audio device 14 are combined with the lamp body;
m. the combination of the monitoring device 13, wireless and wired audio 14 with the lamp body;
n, combining an emergency display part 5, a human body infrared induction and photosensitive induction module 7, a rechargeable battery pack 10, a monitoring device 13, a wireless and wired audio device 14 and a lamp body;
the environment detection module 6, the human body infrared induction and photosensitive induction module 7, the charging 10, the monitoring equipment 13, the wireless and wired audio equipment 14 are combined with the lamp body;
……
the collocation mode is many, does not enumerate one by one here, can single functional unit and lamp body collocation use, can arrange the combination according to market requirement to better satisfy market demand, need not to increase equipment and reduce extra cost simultaneously.
It should be noted that the functional modules used in the multifunctional lamp of the present invention, such as the LED lamp panel, the power control panel, the monitoring device, the wireless and wired audio device, the emergency display component, the human body infrared sensing and photosensitive sensing module, and the environment detection module, are all existing products, as long as the corresponding functions can be realized, and the circuits and connection relationships of the components all belong to the conventional connection relationships in the field, which is not the innovation point of the present application.
When the lamp is installed, the first power supply control panel 8 is protected by the circuit protection sleeve 9 and is connected with the rechargeable battery pack 10 through an electronic plug, and the partially assembled first power supply control panel 8 and rechargeable battery pack 10 are placed in the lamp shell 11 (not limited to a heat dissipation aluminum profile);
the LED lamp panel 2 is bonded in a reserved clamping groove of the lamp shell 11 through heat dissipation paste, and the lampshade 1 is fixed in the clamping groove of the lamp shell;
fixing the universal adapter components 12 at two ends of the lamp housing 11 of the mounted part element respectively by using screws, and simultaneously penetrating the internal power line out of the universal adapter components 12 fixed at the two ends for standby;
the human body infrared induction and photosensitive induction module 7 and the environment monitoring module 6 are respectively connected with a first power supply control board 8 through plugs (the connection mode is not limited to an electronic plug, a contact pin, welding and the like), and the emergency display part 5 is arranged on a universal adapter part 12 which is fixed on the left side;
fixing the monitoring equipment 13 and the right-side fixed universal adapter part 12 by using screws or buckles, and fixing the wireless and wired audio equipment 14 and the monitoring equipment 13 in the same way;
finally, the T8 lamp tube adapters 15 (more according to the use of the adapter, any adapter form can be replaced, see fig. 1) at the two ends are respectively arranged at the two sides of the lamp housing 11 to complete the integral assembly.
When the lamp is installed, the stainless steel fixing buckles are fixed on the roof respectively through the tapping screws 4, and the multifunctional lamp is fixed on the roof through the stainless steel fixing buckles.
The power failure monitoring device comprises an upper shell 16, a lower shell 20, a second power supply control board 18 (with power failure detection, commercial power low-voltage, power failure detection, battery charging and discharging management functions and the like), a battery pack 19 (not limited to lithium batteries, polymer batteries and button batteries), a wireless and wired module 17 (combining repeater functions, wireless signal transmission-receiving and control functions and the like, wireless signals are not limited to Bluetooth, wifi, 2G, 3G, 4G, 5G and the like, and simultaneously combining repeater functions, and wired modes are not limited to network cables and optical fibers), and a power plug 21. It should be noted that the second power control board, the battery pack, the wireless module, the power plug, and the like used in the present invention are all existing products, as long as the corresponding functions can be realized, and the circuits and the connection relationships of the components all belong to the conventional connection relationships in the field, which is not the innovative point of the present application.
When the power plug is installed, the power plug 21 and the lower shell 20 are fixed through screws or buckles, and a power line is reserved;
the battery pack 19 (not limited to lithium batteries, polymer batteries, button batteries) is mounted on the lower case 20;
the wireless and wired module 17 and the second power control board 18 are fixed with the upper case 16 in sequence, the battery pack 19 and the power plug 21 which are previously installed on the lower case 20 are connected with the second power control board 18, and the lower case 20 and the upper case 16 are fixed through screws or buckles, so that the assembly is completed.
The power failure monitoring device is wirelessly connected with one or more multifunctional lamps, the multifunctional lamps can be wirelessly connected, and the multifunctional lamps and the power failure monitoring device are wirelessly connected with communication equipment such as a current wireless router and the like.
The invention provides a control process under four working conditions:
the use working condition one is as follows:
as shown in fig. 7, the commercial power, the emergency circuit, the network cable or the optical fiber are connected to the multifunctional lamp through the T8 lamp tube adapters at two ends,
the commercial power is mainly used for supplying power to daily illumination and monitoring equipment of a common LED lamp panel, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment, an emergency display part, a rechargeable battery pack and a power supply control panel;
the network cable or the optical fiber is used for providing data wired transmission guarantee, and wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cable and optical fiber) in the multifunctional lamp are connected;
in normal work, the commercial power is daily lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and the wired mode is a network cable and optical fibers), an emergency display part, a rechargeable battery pack and a power control panel are powered, and meanwhile, related data are directly transmitted to a remote control end through the wireless and wired audio equipment; related data can also be transmitted to a remote control end through wireless and wired devices.
At the moment, the emergency circuit continuously supplies power to the multifunctional lamp in normal work, provides a power-off signal and plays a role in charging a battery, and is not influenced by a switch.
When power failure occurs, the commercial power and the emergency circuit are in a power failure state, at the moment, the first power control panel generates an emergency control signal according to the fact that no voltage or current passes through the emergency circuit, an emergency lighting function is started, electric quantity is provided for emergency lighting of the LED lamp panel through the rechargeable battery pack, the monitoring equipment, the human body infrared induction and photosensitive induction module, the environment detection module, wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cables and optical fibers), the emergency display component and the power control panel, and relevant data are directly transmitted to the remote control end through the wireless and wired audio equipment; related data can also be transmitted to a remote control end through wireless and wired devices.
Under normal use state (commercial power and emergency circuit all have electricity)
a) The multifunctional lamp can be normally turned on and off according to a switch on a mains supply line, and can be turned on and off according to voice control; or a remote control end is used for carrying out intelligent control on opening and closing;
b) when the LED lamp panel is in the on state, the battery of the power control panel 22 performs charge and discharge management, commercial power change-down voltage detection, power failure detection and daily illumination of the LED lamp panel;
c) the monitoring equipment performs the functions of monitoring video recording, face recognition, mobile detection and the like, and transmits related data to the remote control end through the wireless and wired transmission functions in the wireless and wired audio equipment; when a suspicious person is detected, intelligent voice warning is carried out (the method is not limited to background, cloud storage and the like);
d) the wireless and wired audio equipment can perform voice playing, voice recognition, voice control and intelligent control in APP, background and other control modes according to actual requirements, combines the functions of a repeater, controls wireless and wired signal transmission and reception of image control, and meanwhile, wireless signals are not limited to Bluetooth, wifi, 2G, 3G, 4G, 5G and the like; the wired method is not limited to network cables, optical fibers, and the like;
e) the emergency display part is in a closed or standby working state at the moment;
f) the environment detection module is used for detecting organic gas, temperature, humidity and air pressure in a working environment and transmitting detection data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
g) when the emergency circuit is in a closed state, the first circuit control board switches the power supply circuit to the emergency circuit for supplying power, and other equipment normally works except for the condition that daily lighting is closed;
h) when no one is working at night, the switch on the commercial power line is in a closed state, the first circuit control panel in the multifunctional lamp adopts an emergency circuit to supply power, supplies power to a monitoring device, a human body infrared induction and photosensitive induction module, an environment detection module, a wireless and wired audio device, an emergency display part, a rechargeable battery pack and a power control panel, when the human body is detected to pass by, the human body infrared sensing and photosensitive sensing module senses the human body and transmits the control signal to the circuit control board, the LED lamp panel is turned on and off, the monitoring equipment performs face recognition and mobile detection, transmits data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment, and if people with unknown objects are found, the people can warn through a voice playing function of the wireless and wired audio equipment;
i) the related data transmission can also transmit the related data to a remote control end through wireless and wired devices.
j) Under the opening, closing and night modes, the functional modules can be intelligently controlled to be opened and closed according to actual conditions; the intellectualization, the energy conservation and the humanization are realized;
k) in the daytime state, the human body infrared sensing and photosensitive sensing module detects the intensity of ambient light, the human body infrared sensing function and the illumination control are turned off, and other equipment repeats a) to g) working states (at the moment, power is supplied through the emergency circuit, and when the commercial power line is switched to commercial power supply in a switch on state, the emergency circuit is changed into auxiliary signal control);
under emergency use state (power off for commercial power and emergency circuit)
a) The switch on and off of the electric circuit has no effect, no voltage and current pass through the emergency circuit, the first power supply control panel starts the emergency lighting function, and the battery pack supplies power; or the opening and closing are controlled intelligently;
b) the emergency display component is in a flashing or normally bright working state at the moment, and plays a role in warning;
c) the wireless and wired audio equipment transmits the power-off signal to a remote control end (not limited to a background, cloud storage and the like) through a wireless and wired transmission function according to the emergency control signal of the power control panel; the intelligent emergency voice playing can be carried out through the remote control end, the voice communication can be carried out with the remote control end through wireless and wired audio equipment, the emergency voice playing can be closed through voice control, and meanwhile, the intelligent emergency lighting can be turned on and off according to the actual situation;
d) the monitoring equipment performs the functions of emergency state monitoring video recording, face recognition, mobile detection and the like, and transmits monitoring data to a remote control end through wireless and wired transmission functions in wireless and wired audio equipment; when a suspicious person is detected, intelligent voice warning is carried out (the method is not limited to background, cloud storage and the like);
e) the environment detection module is used for detecting organic gas, temperature, humidity and air pressure in a working environment and transmitting detection data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
if a fire disaster happens, the position of the report can be monitored in real time through the functions, and meanwhile, emergency evacuation is conducted through voice playing.
f) When the emergency power is off at night, the circuit control panel adopts the battery pack to supply power for the emergency circuit, and supplies power for the monitoring equipment, the human body infrared induction and photosensitive induction module, the environment detection module, the wireless audio equipment, the emergency display component, the rechargeable battery pack and the power control panel, and plays a role in warning when the emergency display component is in a flashing or normally bright working state at the moment; meanwhile, the power-off signal is transmitted to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
the intelligent emergency voice playing can be carried out through the remote control end, the voice communication can be carried out with the remote control end through wireless and wired audio equipment, the emergency voice playing can be closed through voice control, and meanwhile, the intelligent emergency lighting can be turned on and off according to the actual situation;
when a person passes through the monitoring device, the human body infrared sensing and photosensitive sensing module senses the human body and transmits a control signal to the circuit control panel, so that the LED lamp panel is turned on and turned off, the monitoring device performs face recognition and mobile sensing, transmits data to a remote control end through wireless and wired transmission functions in wireless and wired audio equipment, and performs intelligent voice warning (not limited to background, cloud storage and the like);
g) when emergency power failure occurs in daytime, the human body infrared sensing and photosensitive sensing module detects the intensity of ambient light, the human body infrared detection function and lighting control are turned off, and meanwhile, a power failure signal transmits data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment; the other devices repeat a) to e) the working state (power is supplied by the battery pack at the moment);
h) the related data transmission can also transmit the related data to a remote control end through wireless and wired devices.
i) Under the emergency, daytime and night emergency power-off mode, the functional modules can be intelligently controlled to be turned on and off according to actual conditions; the intellectualization, the energy conservation and the humanization are realized;
and the use working condition II is as follows:
as shown in fig. 8, commercial power, network cable or optical fiber is connected to a multifunctional lamp through one end of the T8 lamp tube adapters at two ends, wherein the commercial power is mainly used for daily lighting, monitoring equipment, human body infrared induction and photosensitive induction modules, environment detection modules, wireless and wired audio equipment, emergency display components, rechargeable battery packs and power control boards of a general LED lamp panel.
The network cable or the optical fiber is used for connecting wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cable and optical fiber) in the multifunctional lamp, and wireless and wired modules (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cable and optical fiber) in the power failure monitoring device are connected, so that wired data transmission guarantee is provided;
as shown in fig. 8, the power failure monitoring device is installed on an emergency circuit upper wall panel, the emergency circuit supplies power to the wireless and wired modules, the power control panel and the rechargeable battery in the power failure monitoring device, and transmits related data to the remote control end in a wireless and wired manner;
in normal work, the commercial power is daily lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and the wired mode is a network cable and optical fibers), an emergency display part, a rechargeable battery pack and a power control panel are powered, and related data are directly transmitted to a remote control end through the wireless and wired audio equipment; or the related data can be transmitted to the power failure monitoring device firstly and then transmitted to the remote control end in a wireless and wired mode; related data can be transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is guaranteed;
the emergency circuit continuously cuts off the power supply of the monitoring device in normal work, and provides a power-off signal and charges a battery;
when power failure occurs, the commercial power in the multifunctional lamp and an emergency circuit in the power failure monitoring device are in a power failure state, no voltage and current pass through a first power supply control board circuit in the multifunctional lamp and a second power supply control board circuit in the power failure monitoring device to generate an emergency control signal, and the emergency control signal are supplied with power by using respective internal rechargeable battery packs to start an emergency lighting function;
the multifunctional lamp provides electric quantity to emergency lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cables and optical fibers), an emergency display part and a first power supply control panel of the LED lamp panel through the rechargeable battery pack; the power failure monitoring device supplies power to the wireless and wired modules, the second power supply control panel and the battery pack through the rechargeable battery pack;
the power-off signals are directly transmitted to the remote control end through the wireless and wired audio equipment and the wireless and wired modules in the power-off signals, logic judgment is carried out, and related data are transmitted to the remote control end in the same way; meanwhile, related data are mutually transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is ensured;
the multifunctional lamp can also assist the multifunctional lamp to send the power-off signal and related data to the remote control end in a wireless and wired mode through the power-off monitoring device, and the multifunctional lamp can also be used as a repeater function.
Under normal use state (the emergency circuit in the multifunctional lamp and the power failure monitoring device are all electrified)
a) The multifunctional lamp can be normally turned on and off according to a switch on a mains supply line, and can be turned on and off according to voice control; or a remote control end is used for carrying out intelligent control on opening and closing;
b) when the LED lamp panel is in the on state, the battery of the power control panel 22 performs charge and discharge management, commercial power change-down voltage detection, power failure detection and daily illumination of the LED lamp panel;
c) the monitoring equipment performs the functions of monitoring video recording, face recognition, mobile detection and the like, and transmits monitoring data to the remote control end through the wireless and wired transmission functions in the wireless and wired audio equipment; when a suspicious person is detected, intelligent voice warning is carried out (the method is not limited to background, cloud storage and the like);
d) the wireless and wired audio equipment can perform voice playing, voice recognition and voice control in APP, background and other control modes according to actual requirements, combines the functions of the repeater and image and controls wireless and wired signal transmission-reception, and meanwhile, wireless signals are not limited to Bluetooth, wifi, 2G, 3G, 4G, 5G and the like; the wired method is not limited to network cables, optical fibers, and the like;
e) the emergency display part is in a closed or standby working state at the moment;
f) the environment detection module is used for detecting organic gas, temperature, humidity and air pressure in a working environment and transmitting detection data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
g) when the multifunctional lamp is closed and in a night state, a mains supply line in the multifunctional lamp belongs to a closed state, an emergency circuit in the power failure monitoring device is in an open state, the first circuit control panel is switched to the battery pack and supplies power to the circuit control panel, the monitoring device, the human body infrared induction and photosensitive induction module, the environment detection module, the wireless audio device, the emergency display part, the rechargeable battery pack and the power supply control panel, and the LED lamp panel is closed; when a person passes through the LED lamp panel, the human body infrared sensing and photosensitive sensing module senses the human body and transmits a control signal to the circuit control panel, so that the LED lamp panel is turned on and turned off, the monitoring equipment performs face recognition and mobile sensing, and transmits related data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment, and if an unknown object is found, the person can warn through a voice playing function of the wireless and wired audio equipment;
h) the power failure monitoring device has the functions of data transmission, signal interaction, power failure signal detection, charging and discharging management of the rechargeable battery and a signal repeater, and transmits related data to the remote control end;
i) when the power-off monitoring device is powered by an emergency circuit, the multifunctional lamp is powered by a rechargeable battery pack, when a switch in a mains supply circuit is switched to mains supply, the multifunctional lamp is powered by mains supply, and the emergency circuit is changed into auxiliary signal control;
j) the related data transmission can also transmit the related data to a remote control end through the power failure monitoring device; the power failure monitoring device has the functions of data transmission, signal interaction, power failure signal detection, charging and discharging management of the rechargeable battery and a signal repeater, and transmits related data to the remote control end;
k) under the opening, closing and night modes, the functional modules can be intelligently controlled to be opened and closed according to actual conditions; the intellectualization, the energy conservation and the humanization are realized;
under emergency use state (power off for commercial power and emergency circuit)
a) The power failure monitoring device detects that no voltage or current passes through the emergency circuit, transmits a power failure signal to the multifunctional lamp and the remote control end, and uses an internal battery pack to supply power;
b) no voltage and current pass through a mains supply line in the multifunctional lamp, the switch is not opened or closed, the first power supply control panel starts an emergency lighting function, and the battery pack supplies power;
c) according to the power failure monitoring device sending a power failure signal, the multifunctional lamp starts emergency lighting on the LED lamp panel, and meanwhile, the LED lamp panel can be turned on and turned off through intelligent control;
d) the multifunctional lamp emergency display component is in a flashing or normally-on working state at the moment, and plays a role in warning;
e) the wireless and wired audio equipment transmits the power-off signal to a remote control end (not limited to a background, cloud storage and the like) through a wireless and wired transmission function according to the emergency control signal of the power control panel; the intelligent emergency voice playing can be carried out through the remote control end, the voice communication can be carried out with the remote control end through wireless and wired audio equipment, the emergency voice playing can be closed through voice control, and meanwhile, the intelligent emergency lighting can be turned on and off according to the actual situation;
f) the monitoring equipment performs the functions of emergency state monitoring video recording, face recognition, mobile detection and the like, and transmits monitoring data to a remote control end through wireless and wired transmission functions in wireless and wired audio equipment; when a suspicious person is detected, intelligent voice warning is carried out (the method is not limited to background, cloud storage and the like);
g) the environment detection module is used for detecting organic gas, temperature, humidity and air pressure in a working environment and transmitting detection data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
if a fire disaster happens, the position of the report can be monitored in real time through the functions, and meanwhile, emergency evacuation is conducted through voice playing.
h) When the emergency power failure occurs at night, the power failure monitoring device transmits a power failure signal to a remote control end (not limited to a background, cloud storage and the like);
i) the first circuit control panel adopts a battery pack to supply power for an emergency circuit, and supplies power for the monitoring equipment, the human body infrared induction and photosensitive induction module, the environment detection module, the wireless and wired audio equipment, the emergency display component, the rechargeable battery pack and the power supply control panel, and the emergency display component is in a flashing or normally-on working state at the moment and plays a role in warning; meanwhile, the power-off signal is transmitted to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
the intelligent emergency voice playing can be carried out through the remote control end, the voice communication can be carried out with the remote control end through wireless and wired audio equipment, the emergency voice playing can be closed through voice control, and meanwhile, the intelligent emergency lighting can be turned on and off according to the actual situation;
when a person passes through the monitoring device, the human body infrared sensing and photosensitive sensing module senses the human body and transmits a control signal to the circuit control panel, so that the LED lamp panel is turned on and turned off, the monitoring device performs face recognition and mobile sensing, transmits data to a remote control end through wireless and wired transmission functions in wireless and wired audio equipment, and performs intelligent voice warning (not limited to background, cloud storage and the like);
j) when emergency power failure occurs in daytime, the human body infrared sensing and photosensitive sensing module detects the intensity of ambient light, the human body infrared detection function and lighting control are turned off, and meanwhile, a power failure signal transmits data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment; other devices repeat a) through g) operating states (powered by the battery pack at this time);
k) the related data transmission can also transmit the related data to a remote control end through the power failure monitoring device; the power failure monitoring device has the functions of data transmission, signal interaction, power failure signal detection, charging and discharging management of the rechargeable battery and a signal repeater, and transmits related data to the remote control end;
l) under the emergency, daytime and night emergency power-off mode, the functional modules can be intelligently controlled to be turned on and off according to actual conditions; the intellectualization, the energy conservation and the humanization are realized;
the use working condition three:
as shown in fig. 9, commercial power, an emergency circuit, a network cable or an optical fiber are simultaneously connected to a multifunctional lamp through T8 lamp tube adapters at two ends, wherein the commercial power is mainly used for the power supply functions of daily lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless audio equipment, an emergency display component, a rechargeable battery pack and a first power control board of a general LED lamp panel; at the moment, the emergency circuit continuously supplies power to the multifunctional lamp in normal work, provides a power-off signal and plays a role in charging a battery, and is not influenced by a switch.
The network cable or the optical fiber is used for connecting wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cable and optical fiber) in the multifunctional lamp, and wireless and wired modules (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cable and optical fiber) in the power failure monitoring device are connected, so that wired data transmission guarantee is provided;
in normal work, the commercial power is daily lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and the wired mode is a network cable and optical fibers), an emergency display part, a rechargeable battery pack and a power control panel are powered, and related data are directly transmitted to a remote control end through the wireless and wired audio equipment; or the related data can be transmitted to the power failure monitoring device firstly and then transmitted to the remote control end in a wireless and wired mode; related data can be transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is guaranteed;
the emergency circuit respectively and continuously supplies power to the multifunctional lamp and the power-off monitoring device in normal work, provides a power-off signal and charges a battery;
when power failure occurs, the commercial power, the emergency circuit and the emergency circuit in the power failure monitoring device in the multifunctional lamp are in a power failure state, no voltage and current pass through the first power supply control panel circuit and the second power supply control panel circuit in the power failure monitoring device in the multifunctional lamp to generate an emergency control signal, and the first power supply control panel circuit and the second power supply control panel circuit are powered by respective internal rechargeable battery packs to start an emergency lighting function;
the multifunctional lamp provides electric quantity to emergency lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cables and optical fibers), an emergency display part and a first power supply control panel of the LED lamp panel through the rechargeable battery pack; the power failure monitoring device supplies power to the wireless and wired modules, the second power supply control panel and the battery pack through the rechargeable battery pack;
the power-off signals are directly transmitted to the remote control end through the wireless and wired audio equipment and the wireless and wired modules in the power-off signals, logic judgment is carried out, and related data are transmitted to the remote control end in the same way; meanwhile, related data are mutually transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is ensured;
the multifunctional lamp can also assist the multifunctional lamp to send the power-off signal and related data to the remote control end in a wireless and wired mode through the power-off monitoring device, and the multifunctional lamp can also be used as a repeater function.
Meanwhile, as shown in fig. 9, the power failure monitoring device is installed on an emergency circuit upper wall panel, the emergency circuit supplies power to the wireless and wired modules, the power control panel and the rechargeable battery in the power failure monitoring device, and related data are transmitted to the remote control end in a wireless and wired mode;
under normal use state (commercial power and emergency circuit all have electricity)
a) The multifunctional lamp can be normally turned on and off according to a switch on a mains supply line, and can be turned on and off according to voice control; or a remote control end is used for intelligently controlling the opening and closing;
b) when the LED lamp panel is in the on state, the battery of the power control panel 22 performs charge and discharge management, commercial power change-down voltage detection, power failure detection and daily illumination of the LED lamp panel;
c) the monitoring equipment performs the functions of monitoring video recording, face recognition, mobile detection and the like, and transmits related data to the remote control end through the wireless and wired transmission functions in the wireless and wired audio equipment; when a suspicious person is detected, intelligent voice warning is carried out (the method is not limited to background, cloud storage and the like);
d) the wireless and wired audio equipment can perform voice playing, voice recognition, voice control and intelligent control in APP, background and other control modes according to actual requirements, combines the functions of a repeater, controls wireless and wired signal transmission and reception of image control, and meanwhile, wireless signals are not limited to Bluetooth, wifi, 2G, 3G, 4G, 5G and the like; the wired method is not limited to network cables, optical fibers, and the like;
e) the emergency display part is in a closed or standby working state at the moment;
f) the environment detection module is used for detecting organic gas, temperature, humidity and air pressure in a working environment and transmitting detection data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
g) when the emergency circuit is in a closed state, the first circuit control board and the second circuit control board switch the power supply circuit to the emergency circuit for power supply, the daily lighting is closed, and other equipment works normally; the first circuit control board is switched to the battery pack and supplies power to the circuit control board, the monitoring equipment, the human body infrared induction and photosensitive induction module, the environment detection module, the wireless audio equipment, the emergency display part, the rechargeable battery pack and the power supply control board, and the LED lamp panel is closed; when a person passes through the LED lamp panel, the human body infrared sensing and photosensitive sensing module senses the human body and transmits a control signal to the circuit control panel, so that the LED lamp panel is turned on and turned off, the monitoring equipment performs face recognition and mobile sensing, and transmits related data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment, and if an unknown object is found, the person can warn through a voice playing function of the wireless and wired audio equipment;
h) the power failure monitoring device has the functions of data transmission, signal interaction, power failure signal detection, charging and discharging management of the rechargeable battery and a signal repeater, and transmits related data to the remote control end;
i) when no one is working at night, the switch on the commercial power line is in a closed state, the first circuit control panel in the multifunctional lamp adopts an emergency circuit to supply power, supplies power to a monitoring device, a human body infrared induction and photosensitive induction module, an environment detection module, a wireless and wired audio device, an emergency display part, a rechargeable battery pack and a power control panel, when the human body is detected to pass by, the human body infrared sensing and photosensitive sensing module senses the human body and transmits the control signal to the circuit control board, the LED lamp panel is turned on and off, the monitoring equipment performs face recognition and mobile detection, transmits data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment, and if people with unknown objects are found, the people can warn through a voice playing function of the wireless and wired audio equipment;
j) the related data transmission can also transmit the related data to a remote control end through the power failure monitoring device; the power failure monitoring device has the functions of data transmission, signal interaction, power failure signal detection, charging and discharging management of the rechargeable battery and a signal repeater, and transmits related data to the remote control end;
k) under the opening, closing and night modes, the functional modules can be intelligently controlled to be opened and closed according to actual conditions; the intellectualization, the energy conservation and the humanization are realized;
l) in the daytime, the human body infrared sensing and photosensitive sensing module detects the intensity of ambient light, the human body infrared detection function and illumination control are turned off, and other equipment repeats a) to k) working states (at the moment, the multifunctional lamp and the power-off monitoring device are powered by the emergency circuit, and when the switch in the mains supply circuit is switched to the mains supply in the on-off state, the multifunctional lamp emergency circuit is changed into auxiliary signal control; the power failure monitoring device supplies power and controls signals through an emergency circuit);
under emergency use state (power off for commercial power and emergency circuit)
a) The power failure monitoring device detects that no voltage or current passes through the emergency circuit, transmits a power failure signal to the multifunctional lamp and the remote control end, and uses an internal battery pack to supply power;
b) no voltage or current passes through a mains supply line in the multifunctional lamp, the switch is not opened or closed, the first power supply control panel starts an emergency lighting function, and the battery pack supplies power;
c) according to the power failure monitoring device sending a power failure signal, the multifunctional lamp starts emergency lighting for the LED lamp panel, and meanwhile, the multifunctional lamp can be turned on and turned off through intelligent control;
d) the multifunctional lamp emergency display component is in a flashing or normally-on working state at the moment, and plays a role in warning;
e) the wireless and wired audio equipment transmits the power-off signal to a remote control end (not limited to a background, cloud storage and the like) through a wireless and wired transmission function according to the emergency control signal of the power control panel; the intelligent emergency voice playing can be carried out through the remote control end, the voice communication can be carried out with the remote control end through wireless and wired audio equipment, the emergency voice playing can be closed through voice control, and meanwhile, the intelligent emergency lighting can be turned on and off according to the actual situation;
f) the monitoring equipment performs the functions of emergency state monitoring video recording, face recognition, mobile detection and the like, and transmits monitoring data to a remote control end through wireless and wired transmission functions in wireless and wired audio equipment; when a suspicious person is detected, intelligent voice warning is carried out (the method is not limited to background, cloud storage and the like);
g) the environment detection module is used for detecting organic gas, temperature, humidity and air pressure in a working environment and transmitting detection data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
if a fire disaster happens, the position of the report can be monitored in real time through the functions, and meanwhile, emergency evacuation is conducted through voice playing.
h) When the emergency power failure occurs at night, the power failure monitoring device transmits a power failure signal to a remote control end (not limited to a background, cloud storage and the like) in the same way; the battery pack in the power failure monitoring device supplies power in an emergency manner; the first power supply control board in the multifunctional lamp starts the emergency lighting function, and the battery pack supplies power; supplies power to the monitoring equipment, the human body infrared induction and photosensitive induction module, the environment detection module, the wireless audio equipment, the emergency display part, the rechargeable battery pack and the power control panel,
i) the emergency display component is in a flashing or normally bright working state at the moment, and plays a role in warning; meanwhile, the power-off signal is transmitted to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
the intelligent emergency voice playing can be carried out through the remote control end, the voice communication can be carried out with the remote control end through wireless and wired audio equipment, the emergency voice playing can be closed through voice control, and meanwhile, the intelligent emergency lighting can be turned on and off according to the actual situation;
when a person passes through the monitoring device, the human body infrared sensing and photosensitive sensing module senses the human body and transmits a control signal to the circuit control panel, so that the LED lamp panel is turned on and turned off, the monitoring device performs face recognition and mobile sensing, transmits data to a remote control end through wireless and wired transmission functions in wireless and wired audio equipment, and performs intelligent voice warning (not limited to background, cloud storage and the like);
j) when emergency power failure occurs in daytime, the human body infrared sensing and photosensitive sensing module detects the intensity of ambient light, the human body infrared detection function and lighting control are turned off, and meanwhile, a power failure signal transmits data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment; other devices repeat a) through g) operating states (powered by the battery pack at this time);
k) the related data transmission can also transmit the related data to a remote control end through the power failure monitoring device; the power failure monitoring device has the functions of data transmission, signal interaction, power failure signal detection, charging and discharging management of the rechargeable battery and a signal repeater, and transmits related data to the remote control end;
l) under the emergency, daytime and night emergency power-off mode, the functional modules can be intelligently controlled to be turned on and off according to actual conditions; the intellectualization, the energy conservation and the humanization are realized;
the use working condition four is as follows:
as shown in fig. 9, commercial power, an emergency circuit, a network cable or an optical fiber are simultaneously connected to a multifunctional lamp through T8 lamp tube adapters at two ends, wherein the commercial power is mainly used for the power supply functions of daily lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless audio equipment, an emergency display component, a rechargeable battery pack and a first power control board of a general LED lamp panel; at the moment, the emergency circuit continuously supplies power to the multifunctional lamp in normal work, provides a power-off signal and plays a role in charging a battery, and is not influenced by a switch.
The network cable or the optical fiber is used for connecting wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cable and optical fiber) in the multifunctional lamp, and wireless and wired modules (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cable and optical fiber) in the power failure monitoring device are connected with the wireless and wired equipment to provide data wired transmission guarantee;
in normal work, the commercial power is daily lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and the wired mode is a network cable and optical fibers), an emergency display part, a rechargeable battery pack and a power control panel are powered, and related data are directly transmitted to a remote control end through the wireless and wired audio equipment; related data can also be transmitted to a remote control end through wireless and wired equipment; or the related data can be transmitted to the power failure monitoring device firstly and then transmitted to the remote control end in a wireless and wired mode; related data can be transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is guaranteed;
the emergency circuit respectively and continuously supplies power to the multifunctional lamp and the power-off monitoring device in normal work, provides a power-off signal and charges a battery;
when power failure occurs, the commercial power, the emergency circuit and the emergency circuit in the power failure monitoring device in the multifunctional lamp are in a power failure state, no voltage and current pass through the first power supply control panel circuit and the second power supply control panel circuit in the power failure monitoring device in the multifunctional lamp to generate an emergency control signal, and the first power supply control panel circuit and the second power supply control panel circuit are powered by respective internal rechargeable battery packs to start an emergency lighting function;
the multifunctional lamp provides electric quantity to emergency lighting, monitoring equipment, a human body infrared induction and photosensitive induction module, an environment detection module, wireless and wired audio equipment (wireless signals are not limited to Bluetooth, Wifi, 4G and 5G, and wired modes are network cables and optical fibers), an emergency display part and a first power supply control panel of the LED lamp panel through the rechargeable battery pack; the power failure monitoring device supplies power to the wireless and wired modules, the second power supply control panel and the battery pack through the rechargeable battery pack;
the power-off signals are directly transmitted to the remote control end through the wireless and wired audio equipment and the wireless and wired modules in the power-off signals, logic judgment is carried out, and related data are transmitted to the remote control end in the same way; related data can also be transmitted to a remote control end through wireless and wired equipment; or the related data can be transmitted to the power failure monitoring device firstly and then transmitted to the remote control end in a wireless and wired mode; meanwhile, related data are mutually transmitted between the multifunctional lamp and the power failure monitoring device, so that the real-time performance is ensured;
the power failure monitoring device can also be used as a repeater function and a wireless and wired equipment auxiliary multifunctional lamp to send power failure signals and related data to a remote control end in a wireless and wired mode;
meanwhile, as shown in fig. 9, the power failure monitoring device is installed on an emergency circuit upper wall panel, the emergency circuit supplies power to the wireless and wired modules, the power control panel and the rechargeable battery in the power failure monitoring device, and related data are transmitted to the remote control end in a wireless and wired mode;
under normal use state (commercial power and emergency circuit all have electricity)
a) The multifunctional lamp can be normally turned on and off according to a switch on a mains supply line, and can be turned on and off according to voice control; or a remote control end is used for carrying out intelligent control on opening and closing;
b) when the LED lamp panel is in the on state, the battery of the power control panel 22 performs charge and discharge management, commercial power change-down voltage detection, power failure detection and daily illumination of the LED lamp panel;
c) the monitoring equipment performs the functions of monitoring video recording, face recognition, mobile detection and the like, and transmits related data to the remote control end through the wireless and wired transmission functions in the wireless and wired audio equipment; when a suspicious person is detected, intelligent voice warning is carried out (the method is not limited to background, cloud storage and the like);
d) the wireless and wired audio equipment can perform voice playing, voice recognition, voice control and intelligent control in APP, background and other control modes according to actual requirements, combines the functions of a repeater, controls wireless and wired signal transmission and reception of image control, and meanwhile, wireless signals are not limited to Bluetooth, wifi, 2G, 3G, 4G, 5G and the like; the wired method is not limited to network cables, optical fibers, and the like;
e) the emergency display part is in a closed or standby working state at the moment;
f) the environment detection module is used for detecting organic gas, temperature, humidity and air pressure in a working environment and transmitting detection data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
g) when the emergency circuit is in a closed state, the first circuit control board and the second circuit control board switch the power supply circuit to the emergency circuit for power supply, the daily lighting is closed, and other equipment works normally; the first circuit control board is switched to the battery pack and supplies power to the circuit control board, the monitoring equipment, the human body infrared induction and photosensitive induction module, the environment detection module, the wireless audio equipment, the emergency display part, the rechargeable battery pack and the power supply control board, and the LED lamp panel is closed; when a person passes through the LED lamp panel, the human body infrared sensing and photosensitive sensing module senses the human body and transmits a control signal to the circuit control panel, so that the LED lamp panel is turned on and turned off, the monitoring equipment performs face recognition and mobile sensing, and transmits related data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment, and if an unknown object is found, the person can warn through a voice playing function of the wireless and wired audio equipment;
h) the power failure monitoring device performs data transmission, signal interaction, power failure signal detection and charging and discharging management on the rechargeable battery; the multifunctional lamp can also be used as a repeater function and a wireless and wired device to assist the multifunctional lamp to send the power-off signal and related data to a remote control end in a wireless and wired mode;
i) when no one is working at night, the switch on the commercial power line is in a closed state, the first circuit control panel in the multifunctional lamp adopts an emergency circuit to supply power, supplies power to a monitoring device, a human body infrared induction and photosensitive induction module, an environment detection module, a wireless and wired audio device, an emergency display part, a rechargeable battery pack and a power control panel, when the human body is detected to pass by, the human body infrared sensing and photosensitive sensing module senses the human body and transmits the control signal to the circuit control board, the LED lamp panel is turned on and off, the monitoring equipment performs face recognition and mobile detection, transmits data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment, and if people with unknown objects are found, the people can warn through a voice playing function of the wireless and wired audio equipment;
j) the related data are directly transmitted to a remote control end through wireless and wired audio equipment; related data can also be transmitted to a remote control end through wireless and wired equipment; or the related data can be transmitted to the power failure monitoring device firstly and then transmitted to the remote control end in a wireless and wired mode;
the power failure monitoring device performs data transmission, signal interaction, power failure signal detection and charging and discharging management on the rechargeable battery; the multifunctional lamp can also be used as a repeater function and a wireless and wired device to assist the multifunctional lamp to send the power-off signal and related data to a remote control end in a wireless and wired mode;
k) under the opening, closing and night modes, the functional modules can be intelligently controlled to be opened and closed according to actual conditions; the intellectualization, the energy conservation and the humanization are realized;
l) in the daytime, the human body infrared sensing and photosensitive sensing module detects the intensity of ambient light, the human body infrared detection function and illumination control are turned off, and other equipment repeats a) to k) working states (at the moment, the multifunctional lamp and the power-off monitoring device are powered by the emergency circuit, and when the switch in the mains supply circuit is switched to the mains supply in the on-off state, the multifunctional lamp emergency circuit is changed into auxiliary signal control; the power failure monitoring device supplies power and controls signals through an emergency circuit);
under emergency use state (power off for commercial power and emergency circuit)
a) The power failure monitoring device detects that no voltage or current passes through the emergency circuit, transmits a power failure signal to the multifunctional lamp and the remote control end, and uses an internal battery pack to supply power;
b) no voltage or current passes through a mains supply line in the multifunctional lamp, the switch is not opened or closed, the first power supply control panel starts an emergency lighting function, and the battery pack supplies power;
c) according to the power failure monitoring device sending a power failure signal, the multifunctional lamp starts emergency lighting for the LED lamp panel, and meanwhile can be turned on and turned off through intelligent control;
d) the multifunctional lamp emergency display component is in a flashing or normally-on working state at the moment, and plays a role in warning;
e) the wireless and wired audio equipment transmits the power-off signal to a remote control end (not limited to a background, cloud storage and the like) through a wireless and wired transmission function according to the emergency control signal of the power control panel; the intelligent emergency voice playing can be carried out through the remote control end, the voice communication can be carried out with the remote control end through wireless and wired audio equipment, the emergency voice playing can be closed through voice control, and meanwhile, the intelligent emergency lighting can be turned on and off according to the actual situation;
f) the monitoring equipment performs the functions of emergency state monitoring video recording, face recognition, mobile detection and the like, and transmits monitoring data to a remote control end through wireless and wired transmission functions in wireless and wired audio equipment; when a suspicious person is detected, intelligent voice warning is carried out (the method is not limited to background, cloud storage and the like);
g) the environment detection module is used for detecting organic gas, temperature, humidity and air pressure in a working environment and transmitting detection data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
if a fire disaster happens, the position of the report can be monitored in real time through the functions, and meanwhile, emergency evacuation is conducted through voice playing.
h) When the emergency power failure occurs at night, the power failure monitoring device transmits a power failure signal to a remote control end (not limited to a background, cloud storage and the like) in the same way; the battery pack in the power failure monitoring device supplies power in an emergency manner; the first power supply control board in the multifunctional lamp starts the emergency lighting function, and the battery pack supplies power; supplies power to the monitoring equipment, the human body infrared induction and photosensitive induction module, the environment detection module, the wireless audio equipment, the emergency display part, the rechargeable battery pack and the power control panel,
i) the emergency display component is in a flashing or normally bright working state at the moment, and plays a role in warning; meanwhile, the power-off signal is transmitted to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment;
the intelligent emergency voice playing can be carried out through the remote control end, the voice communication can be carried out with the remote control end through wireless and wired audio equipment, the emergency voice playing can be closed through voice control, and meanwhile, the intelligent emergency lighting can be turned on and off according to the actual situation;
when a person passes through the monitoring device, the human body infrared sensing and photosensitive sensing module senses the human body and transmits a control signal to the circuit control panel, so that the LED lamp panel is turned on and turned off, the monitoring device performs face recognition and mobile sensing, transmits data to a remote control end through wireless and wired transmission functions in wireless and wired audio equipment, and performs intelligent voice warning (not limited to background, cloud storage and the like);
j) when emergency power failure occurs in daytime, the human body infrared sensing and photosensitive sensing module detects the intensity of ambient light, the human body infrared detection function and lighting control are turned off, and meanwhile, a power failure signal transmits data to a remote control end (not limited to a background, cloud storage and the like) through wireless and wired transmission functions in wireless and wired audio equipment; other devices repeat a) through g) operating states (powered by the battery pack at this time);
k) the related data are directly transmitted to a remote control end through wireless and wired audio equipment; related data can also be transmitted to a remote control end through wireless and wired equipment; or the related data can be transmitted to the power failure monitoring device firstly and then transmitted to the remote control end in a wireless and wired mode;
the power failure monitoring device performs data transmission, signal interaction, power failure signal detection and charging and discharging management on the rechargeable battery; the multifunctional lamp can also be used as a repeater function and a wireless and wired device to assist the multifunctional lamp to send the power-off signal and related data to a remote control end in a wireless and wired mode;
l) under the opening, closing and night modes, the functional modules can be intelligently controlled to be opened and closed according to actual conditions; the intelligent, energy-saving and humanized effects are realized.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.

Claims (10)

1. The utility model provides a multi-functional LED illumination and emergency lighting, its characterized in that: including multi-functional lamps and lanterns, multi-functional lamps and lanterns include the lamp body structure and set up the functional module at the lamp body structure, be equipped with LED lamp plate and first power control board in the lamp body structure, functional module includes rechargeable battery group, supervisory equipment, wireless and wired audio equipment, emergency display part, human infrared induction and photosensitive induction module, environmental detection module, and each module can be used with the combination of lamp body structure alone, or a plurality of and the combination of lamp body structure use.
2. The multifunctional LED lighting and emergency light fixture of claim 1, wherein: the lamp body structure also comprises a lamp shell, a lampshade, a universal adapter part and a T8 lamp tube adapter,
the first power supply control panel is connected with the rechargeable battery pack, the monitoring equipment, the wireless and wired audio equipment, the emergency display component, the human body induction module and the environment detection module;
the first power supply control board is connected with the rechargeable battery pack and is arranged in the lamp shell;
the LED lamp panel and the lampshade are arranged in the corresponding clamping grooves of the lamp shell;
the universal adapter components are arranged at two ends of the lamp shell, and related circuits inside the universal adapter components penetrate out of the two ends;
the human body infrared sensing and photosensitive sensing module and the environment detection module are connected with the first power supply control board;
the emergency display component is fixed on the universal adapter component installed on the left side, the monitoring equipment is fixed with the universal adapter component installed on the right side, and the wireless and wired audio equipment is fixed with the monitoring equipment;
the T8 lamp tube adapters are respectively installed on two sides of the lamp shell.
3. The multifunctional LED lighting and emergency light fixture of claim 1, wherein: still include the outage monitoring device with multi-functional lamps and lanterns wireless connection, outage monitoring device includes epitheca, inferior valve, second power control board, group battery, wireless and wired module and power plug, and second power control board is connected with group battery, wireless and wired module and power plug electricity, and is fixed power plug and inferior valve to reserve the power cord, it is fixed with wireless and wired module, second power control board and epitheca.
4. The multifunctional LED lighting and emergency light fixture of claim 1, wherein:
1) the multifunctional lamps can be connected with each other in a wireless and wired manner, are connected at a remote control end, and transmit data such as monitoring and the like;
2) the multifunctional lamps are connected with wireless and wired equipment, and data such as monitoring and the like are transmitted to the remote control end.
5. The multifunctional LED lighting and emergency light fixture of claim 1, wherein: the lampshade is made of plastics with diffusant, and light can be effectively and uniformly diffused to an external illumination space by controlling internal light reflection and light refraction.
6. The multifunctional LED lighting and emergency lighting fixture of any one of claims 1 and 2, wherein: the multifunctional lamp is characterized by further comprising a remote control end, a multifunctional lamp and a power-off monitoring device which are all connected with the remote control end in a wireless and wired mode.
7. The control method for the multifunctional LED lighting and emergency lamp is characterized by comprising the following steps: the method specifically comprises the following steps:
the commercial power, the emergency circuit, the network cable or the optical fiber are connected into the multifunctional lamp,
when the multifunctional lamp works normally, the mains supply supplies power to the multifunctional lamp, and simultaneously, data are transmitted to the remote control end in a wireless and wired mode; the emergency circuit assists in supplying power, charging and power-off signals to the multifunctional lamp;
when power failure occurs, the commercial power and the emergency circuit are in a power failure state, the first power supply control panel generates an emergency control signal through the emergency circuit and starts an emergency lighting function, and the rechargeable battery pack supplies power to the multifunctional lamp; and related data are transmitted to the remote control terminal in a wireless and wired mode.
8. The method of claim 7, wherein the method further comprises the steps of: further comprising:
the commercial power, the network cable or the optical fiber are connected into the multifunctional lamp, the power failure monitoring device is arranged on the wall socket panel on the emergency circuit,
when the multifunctional lamp works normally, the commercial power supplies power for the multifunctional lamp, the power failure monitoring device is powered through the emergency circuit, data are transmitted to the remote control end through respective wireless and wired modes or the power failure monitoring device, and related data are also mutually transmitted between the multifunctional lamp and the power failure monitoring device;
when the outage happens, the commercial power in the multifunctional lamp and the emergency circuit in the outage monitoring device are in an outage state, the first power supply control board in the multifunctional lamp and the second power supply control board in the outage monitoring device generate emergency control signals through respective circuits, the first power supply control board and the second power supply control board in the outage monitoring device both use respective internal rechargeable battery packs to supply power and start the emergency lighting function, transmit the outage signals and related data to the remote control end in respective wired and wireless modes and make logic judgment, and also can assist the multifunctional lamp to transmit the outage signals and the related data to the remote control end through the outage monitoring device.
9. The method of claim 7, wherein the method further comprises the steps of: further comprising:
the commercial power, the emergency circuit, the network cable or the optical fiber are connected into the multifunctional lamp, and the power failure monitoring device is arranged on the wall socket panel on the emergency circuit;
when the multifunctional lamp works normally, the commercial power and the emergency circuit are both supplied with power by the multifunctional lamp, the emergency circuit supplies power to the power failure monitoring device, data are transmitted to the remote control end in a wireless and wired mode respectively or by the power failure monitoring device, and the multifunctional lamp and the power failure monitoring device also transmit related data mutually;
after the outage happens, the commercial power in the multifunctional lamp, the emergency circuit in the emergency circuit and the outage monitoring device are in an outage state, the emergency control signals are generated by the first power control board in the multifunctional lamp and the second power control board in the outage monitoring device respectively, the power is supplied by the internal rechargeable battery pack respectively, the emergency lighting function is started, the outage signals and related data are transmitted to the remote control end in a wired and wireless mode respectively and are logically judged, and the outage monitoring device can also be used for assisting the multifunctional lamp to transmit the outage signals and the related data to the remote control end.
10. The method of claim 7, wherein the method further comprises the steps of: further comprising:
the commercial power, the emergency circuit, the network cable or the optical fiber are connected into the multifunctional lamp, and the power failure monitoring device is arranged on the wall socket panel on the emergency circuit;
when the multifunctional lamp works normally, the commercial power and the emergency circuit are both supplied with power by the multifunctional lamp, the emergency circuit supplies power to the power failure monitoring device, and simultaneously, the power failure monitoring device is transmitted to the remote control end in a wired and wireless mode and combined with wireless and wired equipment to carry out logic judgment, or the power failure monitoring device and the wireless and wired equipment are combined to transmit data to the remote control end, and the multifunctional lamp and the power failure monitoring device also transmit related data mutually;
when power failure occurs, the commercial power in the multifunctional lamp, the emergency circuit in the emergency circuit and the power failure monitoring device are in a power failure state, the first power supply control board in the multifunctional lamp and the second power supply control board in the power failure monitoring device respectively generate emergency control signals, the first power supply control board and the second power supply control board in the power failure monitoring device are respectively powered by the internal rechargeable battery pack and start the emergency lighting function, the power failure signals and related data are transmitted to the remote control end in a wired and wireless mode and a wireless and wired equipment combination mode respectively and are subjected to logic judgment, or the multifunctional lamp is assisted in combination with the power failure monitoring device and the wireless and wired equipment to transmit the power failure signals and the related data to the remote.
CN201911056556.1A 2019-10-31 2019-10-31 Multifunctional LED lighting and emergency lamp and control method Pending CN110657356A (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111629477A (en) * 2020-05-12 2020-09-04 绍兴宝之能照明电器有限公司 Power-off cruising lamp and working method thereof
CN112153793A (en) * 2020-09-11 2020-12-29 露丝香港有限公司 Wireless emergency lighting control method and wireless emergency lighting controller
CN112492566A (en) * 2020-11-17 2021-03-12 四川灵通电讯有限公司 Fire-fighting emergency communication system and application method thereof
CN113891527A (en) * 2021-09-24 2022-01-04 上海智汇电器有限公司 Lighting line for fire-fighting and life-saving

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111629477A (en) * 2020-05-12 2020-09-04 绍兴宝之能照明电器有限公司 Power-off cruising lamp and working method thereof
CN112153793A (en) * 2020-09-11 2020-12-29 露丝香港有限公司 Wireless emergency lighting control method and wireless emergency lighting controller
CN112492566A (en) * 2020-11-17 2021-03-12 四川灵通电讯有限公司 Fire-fighting emergency communication system and application method thereof
CN113891527A (en) * 2021-09-24 2022-01-04 上海智汇电器有限公司 Lighting line for fire-fighting and life-saving

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