425 results about "Light equipment" patented technology

The present invention provides a light generation system configured to provide system light; wherein the light generation system includes (i) a first light generating device, (ii) a second light generating device, and (iii) a light-emitting material device; wherein: (A) the first light generating device includes a first solid-state light source, the first solid-state light source being configured to generate first light source light having a wavelength selected from the wavelength range of 430-490 nm; wherein the first light generating device is configured to generate first device light; (B) the light-emitting material device includes a first light-emitting material, the first light-emitting material being disposed downstream of the first light source and configured to convert at least a portion of the first light source light received by the first light-emitting material into first light-emitting material light having a first spectral power distribution in the visible wavelength range, the first spectral power distribution having a first centroid wavelength (λc1); wherein the first centroid wavelength (λc1) is selected from the wavelength range of 615-645 nm; wherein the first light-emitting material light includes one or more emission bands having a first full width at half maximum (FWHM1), the first... The full width at half maximum (FWHM2) is selected from a range up to 40 nm; wherein the first luminescent material comprises a luminescent material of the type doped with tetravalent manganese, wherein M comprises an alkaline earth cation, wherein M' comprises a basic cation, and x is in the range of 0-1, wherein A comprises a tetravalent cation, wherein X comprises a monovalent anion, and at least fluorine; (C) the second light generating device comprises a second solid-state light source; wherein the second light generating device is configured to generate second device light having a second spectral power distribution in the visible wavelength range, the second spectral power distribution having an emission band having (a) a second centroid wavelength (λc2) selected from a wavelength range of 605-655 nm, and (b) a second full width at half maximum (FWHM2) selected from a range up to 40 nm; and (D) the light generating system is configured such that (a) the first spectral power distribution and the second spectral power distribution at least partially overlap, (b); and (c) in the operating mode of the light generating system, the system light comprises (i) the first luminescent material light and (ii) the second device light.

A lighting system is disclosed. The example lighting system includes a plurality of LED lighting devices, where at least one of the LED lighting devices includes a same or different colored LED than a LED in at least one of the other LED lighting devices. The lighting system also includes a plurality of data communication circuits, where at least one of the data communication circuits is configured to transmit data signals to or receive data signals from at least one telecommunications device that comprises a circuit configured to detect human touch via capacitive sensing. The at least one data communication circuit is integrated in at least one of the LED lighting devices of the plurality of LED lighting devices. Additionally, the at least one telecommunications device is configured to control a brightness level of at least one of the LED lighting devices via the at least one data communication circuit.

The utility model relates to the technical field of light equipment, and disclose a studio light system, including roof, still include: the limiting frame is fixedly installed on the roof, and the limiting frame is rotatably connected with the guide ring, and the roof is equipped with the drive part for controlling the rotation of guide ring, the utility model discloses the integrated design is adopted, and the panel soft light and spotlight are accurately installed on the roof, and successfully build up a set of efficient convenient light building framework, and this framework breaks the cumbersome mode of traditional light system building, realizes the quick assembly of light system, and, utilize drive part to make six panel soft light have the trend of simultaneously inwards contraction or outward expansion to the rotation adjustment of guide ring, thereby convenient operator adjusts the illumination brightness and range of light according to the environment, and this kind of flexible adjustment mode can accurately satisfy the light demand under different scenes, further enhance the display effect, bring more high -quality visual experience for audience.

The present invention relates to a component (2; 102) of a lighting device for a motor vehicle, comprising a substrate (4.1; 104.1) made of a first thermoplastic material and a coating (4.2; 104.2) arranged on the substrate (4.1; 104.1) made of a second plastic material, the second plastic material being polyurethane (PUR), polyurea (PUA) or a combination of PUR and PUA.

To improve the glare-free performance of lighting devices. [Solution] The lighting device 1 comprises a light source 10, a cylindrical reflector 20 that controls the light emitted from the light source 10, and a cylindrical cone 30 provided on the opposite side of the reflector 20 from the light source 10 in the axial direction. The reflector 20 expands in diameter from the light inlet 21 towards the light outlet 22 such that its inner diameter is maximized at the light outlet 22. The reflector 20 and the cone 30 are configured such that the light emitted from the light outlet 22 passes through the cylinder of the cone 30 without substantially hitting the inner surface of the cone 30.

Lighting device (10, 60) for a motor vehicle (motor vehicle) with a housing (12) for delimiting a housing interior (14), wherein the housing (12) has an air inlet opening (34) and an exhaust air outlet opening (36) for the housing interior (14), with an air guide (38) for guiding incoming air through the air inlet opening (34), wherein a filter element (48) is provided such that air flowing in through the air guide (38) can first pass through the filter element (48) and only then into the housing interior (14), wherein the filter element (48) is arranged on the air guide (38) and within the housing interior (14), wherein the filter element (48) is completely enclosed in the housing interior (14), characterized in that the air guide (38) is designed as a hollow tube (39) penetrating the housing wall (42), wherein the hollow tube (39) has a free end (40) exhibits which protrudes into the interior of the housing (14),wherein the filter element (48) is arranged at the free end (40), wherein the filter element (48) is designed and arranged on the air guide (38) such that it completely covers the free end (40) of the hollow tube (39).

This utility model belongs to the technical field of lighting equipment and discloses a flashlight, including a body and a tail switch assembly. The tail switch assembly is configured to drive a light-emitting component to switch light emission modes. The tail switch assembly includes: a tail cap connected to the body, with a drive circuit board disposed inside the tail cap and connected to the light-emitting component via signal transmission; a rotating component partially disposed inside the tail cap and capable of rotating relative to the tail cap around its own axis, with a portion of the bottom surface of the rotating component configured as a reflective part and the remaining portion configured as a non-reflective part; and an optocoupler switch connected to the top surface of the drive circuit board and including an on and off state, the top surface of the optocoupler switch being a sensing surface. The reflective part can face and cooperate with the sensing surface to put the optocoupler switch in the on state, and the non-reflective part can face and cooperate with the sensing surface to put the optocoupler switch in the off state. This utility model is beneficial for improving the working stability and reliability of the flashlight.

This utility model discloses an anti-loosening structure for lamp connections, relating to the field of lighting equipment technology. The utility model includes a connecting rod located on one side of the lamp body for assembling the lamp holder; and a fastener located on the outside of the connecting rod and adjustable along its length. When the fastener moves to its furthest point away from the lamp body, it abuts against the side of the lamp holder closest to the lamp body. This utility model utilizes an elastic anti-slip ring embedded in a threaded anti-slip groove, employing the continuous frictional resistance generated by its compression deformation to effectively prevent loosening of the connecting rod due to vibration or rotational reaction force. Simultaneously, the cooperation between the fastener and the limiting shoulder forms an axial anti-rotation function, further locking the threaded connection. This dual anti-loosening mechanism significantly enhances the connection strength between the lamp body and the lamp holder, preventing lamp detachment or poor electrical connection. The overall structure is simple in design, and installation only requires tightening the connecting rod and the fastener.

The invention provides an illumination device for outputting an output light, the illumination device comprising a first light source, a second light source; the first light source being configured to emit first light at a first peak wavelength in a first range of 660 nm to 699 nm, the second light source being configured to emit second light at a second peak wavelength in a second range of 689 nm to 705 nm; wherein the second peak wavelength is at least 5 nm larger than the first peak wavelength; the second light source being configured to be turned on and off independently of the first light source; the device being configured to output the first light as the output light in case the second light source is off, and to output the first light and the second light as the output light in case the second light source is on.

Illumination device, comprising an LED package (10) comprising one or more semiconductor portions (10a, 10g, 10b) and the package material surrounding the one or more semiconductor portions (10a, 10g, 10b) and forming the LED package (10), the LED package (10) having a light emitting area (12e); an elongated light guide (14, 14') being directly attached to said light emitting area (12e) of the LED package (10).

This application discloses an identification method, a lighting device, and an electronic device. The identification method includes charging a charging capacitor using a preset charging branch and an identification unit. By obtaining the start and end times of charging, the resistance value of the identification unit can be accurately calculated. This avoids the limitations of analog-to-digital conversion sampling accuracy and increases the number of identification categories. When applied to lighting devices, this method enables accurate identification and matching of lighting accessories, significantly increasing the number of lighting accessory categories that can be identified without relying on the resolution of the analog-to-digital conversion of the control device.

To provide a lighting device that can reduce the load on the wiring. [Solution] The lighting device 10 comprises a fixture body 12, a power supply unit 14, and a ferrite core 18. The fixture body 12 has a power supply mounting surface 26. The power supply unit 14 is disposed on the power supply mounting surface 26 and has a power supply side connection part 34 to which one end of the wiring 17 is connected. The ferrite core 18 has an insertion hole 41 through which the middle of the wiring 17 is inserted, and is positioned such that the height of the insertion hole 41 from the power supply mounting surface 26 is at the same height as at least a part of the power supply side connection part 34.

A portable lighting device capable of being used in multiple use configurations, defined by distinct positions and distinct states, to provide the user of the lighting device with greater operating flexibility, including the ability to be worn on an article of clothing. The portable lighting device includes a housing having an integral securement recess, an adjustable, deployable lighting element including a flexible LED array affixed to a flexible backing support member, and a coupling support extending from a central portion and that is pivotably coupled to the front portion of the housing. An electronics package includes a power source contained within the housing and operably coupled to said lighting element. An attachment means extends from the housing and is adapted to removably connect with an article of closing worn by a user of the device. Depending upon the particular need for illumination, the lighting element can be adjusted and deployed into a variety of states and positions.

The LED shop light device is a modular lighting device to allow for variable lighting levels in a space. The LED shop light device comprises a substantially continuous array of LED's which form a module. This continuous array allows for substantially uniform light output from the LED light fixture. The LED modules can interface with one another via one or more electrical connectors, which allow two or more LED modules to be electrically coupled together. Also, the LED shop light device provides for clips to mechanically attach LED modules together and screws which allow the multiple modules to be attached to a wall or ceiling. Further, the LED shop light device can be powered via a power cord plugged into a wall, connected to an electrical box, or plugged into a light socket in a ceiling via an adaptor.

The utility model relates to lighting equipment technical field, especially a kind of installation pole adapter lamp mounting structure, including junction box lower shell and junction box upper shell, junction box lower shell and junction box upper shell fixed connection, junction box lower shell and junction box upper shell between being provided with sealing ring;The lower end of the junction box lower shell is provided with lamp pole connecting piece, the upper portion of the lamp pole connecting piece is provided as the thread section of two diameters thread structure, and the lower portion of the lamp pole connecting piece is provided as the fixed mounting section of locking junction box;The first thread diameter of the upper portion of the thread section is less than the second thread diameter of lower portion. The utility model can realize one junction box simultaneously installs the lamp pole of multiple sizes threaded lamp pole and straight pole, and installation is convenient, cost is reduced.

A power supply circuit, a digital addressable lighting interface (DALI) module, a lighting device, and a control method are disclosed. The power supply circuit includes: a power supply circuit (100); an regulating transistor (Q161) configured to be connected between the power supply circuit and a first output port (DA+); a first controller (U160) configured to control the regulating transistor (Q161) to be turned on or off; and a current regulating controller (A) configured to be connected between the power supply circuit and a second output port (DA-), the current regulating controller (A) also being connected between the regulating transistor (Q161) and the first controller (U160), wherein when the current at the second output port (DA-) is greater than a preset value, the current regulating controller (A) reduces the current flowing through the regulating transistor (Q161).

The utility model relates to an electronic reader with lighting device, aim at solving the current electronic reader in the environment of insufficient light, need to cooperate separate lighting device as auxiliary light source, otherwise cannot normally use, and the lighting device of separate equipment can increase storage space when saving, carrying, bring many inconvenient technical problems to use, include: electronic reader body, lighting mechanism, set up in the outside of electronic reader body, is used for realizing the screen light supplement of electronic reader body, the utility model discloses the limit protruding rib cooperation of fixed frame and electronic reader body forms the close connection, cooperates the light supplement lamp, need not to carry the independent lighting equipment extra, can directly put into conventional size pocket or backpack, satisfies the portable demand of mobile reading scene, and the fixed frame carries out the protection to the outside of electronic reader body, improves the anti -drop effect of electronic reader body.

The utility model discloses a kind of lighting equipment of uniform light emission, including section bar base, in the mounting groove of section bar base assembly LED lamp plate;LED lamp plate surface assembly light reflection film and light guide plate, left plug and right plug encapsulation section bar base both ends;The both ends of LED lamp plate are respectively set up irradiation light guide plate LED lamp pearl and connecting terminal;Light guide plate sets up several light guide areas.From the both ends of light guide plate, only set up LED lamp pearl, make the light rays that LED lamp pearl emits even projection in light guide plate inside by inner wall surface reflection, and then the light guide area of light guide plate inner wall surface refracts light rays, makes it even from light guide plate front surface, in the case of substantially reducing hardware cost and processing cost, obtain uniform light effect.In addition, by being printed on the surface of light guide plate projection pattern, clear light and shadow effect can be projected.

A lighting device disclosed in an embodiment of the invention comprises a substrate; a light source disposed on the substrate; and a light guide member disposed on the substrate and the light source, wherein the light guide member includes an exit surface and a first reflective surface facing the exit surface, the first reflective surface includes a plurality of reflective portions having different heights with respect to an upper surface of the substrate, and each of the plurality of reflective portions may include a plurality of first surfaces inclined with respect to the upper surface of the substrate.

A lighting device includes a rectifying circuit, first filtering capacitor, resistor element, transient current suppressing circuit and voltage divider circuit. The two ends of the first filtering capacitor are connected to a first node and second node respectively. The two ends of the resistor element are connected to the second node and third node respectively. The transient current suppressing circuit includes a switch and first adjusting capacitor. The three ends of the switch are connected to a fourth node, second node and third node respectively. The two ends of the first adjusting capacitor are connected to the second node and third node respectively. The two ends of the voltage divider circuit are connected to the first node and fourth node respectively. The first node, third node and second node are connected to the first and second output ends of the rectifying circuit and grounding point respectively.

The application relates to the technical field of lighting devices, and discloses a lamp tail cover device and a lamp, wherein the lamp tail cover device comprises a lamp tail cylinder body, a main plate, a limiting nut and a wire cover; the lamp tail cylinder body is sequentially provided with a first thread, an assembly hole and a limiting protrusion in the axial direction; the main plate is arranged in the lamp tail cylinder body; the main plate is provided with a fitting socket opposite to the assembly hole; the limiting nut and the wire cover are both slidably sleeved on the lamp tail cylinder body; the inner wall of the limiting nut is provided with a second thread, and the second thread is engaged with the first thread; the wire cover is configured in such a way that when the limiting nut is screwed to the end of the first thread, the wire cover is pushed above the assembly hole, and one side of the wire cover is in abutment with the limiting protrusion, and the other side is in abutment with the limiting nut. Through screwing and unscrewing of the limiting nut, the fixing and unlocking actions of the wire cover are realized, which is beneficial to the purpose of quickly disassembling and assembling the plug-in parts, and the stability of the overall structure in the assembled state is considered.

The objective is to obtain a lighting device and lighting fixture that can suppress repeated dimming. [Solution] The lighting device according to the present disclosure comprises a lighting circuit for lighting a light source, a control circuit for controlling the lighting circuit, and a temperature-sensitive element for detecting the temperature of the light source or the lighting device. The control circuit, when the detected temperature detected by the temperature-sensitive element is higher than a predetermined first temperature in a predetermined first period, reduces the brightness of the light source to a level lower than the brightness in the first period in a predetermined second period following the first period.

The utility model belongs to lighting equipment technical field, specifically is a portable intelligent lamps and lanterns, including lamps and lanterns body, the lateral wall of lamps and lanterns body is fixed with infrared sensor, the connection mode of infrared sensor with lamps and lanterns body is electric connection, through setting up infrared sensor structure, this design has realized the person of lamps and lanterns to light, person to go out lamp function, need not manual operation, save the electric quantity while improving the use convenience, especially applicable to the scene of frequent access at night. The folding handle is combined with the rubber convex block, which reduces the storage space and improves the carrying stability, facilitating the movement of the lamps and lanterns between different positions. The physical key provides the user with the option of manual intervention, meets the control requirements in special scenarios, and enhances the practicality and flexibility of the lamps and lanterns.

The application discloses a kind of building service engineering's corridor emergency lighting equipment, it is related to lighting equipment field, the building service engineering's corridor emergency lighting equipment, by the inner guide cover, the outside air introduced into the inside of equipment is limited, make it flow upwards in the inside of inner guide cover, simultaneously in the process of air flow, by inner guide cover increase air flow path, make moisture in air have enough time to condense, subsequently air passes through the grid slot of grid plate, reaches the upper side of grid plate, contacts the blocking position of sponge block, so that air is by the porous structure of sponge block and water absorption characteristics, in the process of air passing through sponge block, dust filtration and moisture adsorption are carried out, reduce the dust and moisture content of diffusion cooling air into the inside of outer shell, avoid long time installation in cold and humid corridor environment, cause dust and water vapor to enter the inside of equipment, make the inside of lighting equipment be corroded and damaged, affect the normal use of equipment in emergency situation.

The invention relates to a lighting device (1) for ambient lighting and / or for optical orientation in a passenger compartment (20) of a motor vehicle, comprising: a first light guide element (2) with a first light output surface (2a) facing the passenger compartment (20) and a first light input surface (2b); a first light source (4) arranged to couple light into the first light guide element (2) via the first light input surface (2b), so that the light is coupled out of the first light guide element (2) via the first light output surface (2a); a second light guide element (3) with a second light output surface (3a) facing the passenger compartment (20) and a second light input surface (3b);a second light source (5) arranged to couple light into the second light-guiding element (3) via the second light-in coupling surface (3a), such that the light is coupled out of the second light-guiding element (3) via the second light-out coupling surface (3a); wherein the first light-guiding element (2) and the second light-guiding element (3) are arranged intersecting and stacked in a common intersection section (6); and related uses.

This technology provides advantages in improving the display quality of light-emitting devices. [Solution] A light-emitting device including a first pixel and a second pixel, wherein each of the first and second pixels includes a microlens disposed on the main surface of a substrate and a light-emitting element disposed between the main surface and the microlens, the light-emitting element includes a light-emitting layer, the luminance distribution of the light-emitting region of the light-emitting layer of the first pixel and the luminance distribution of the light-emitting region of the light-emitting layer of the second pixel are different from each other, and in each of the first and second pixels, the microlens is positioned such that when light is incident from the direction normal to the main surface through the microlens toward the light-emitting layer, the area of ​​the incident region where the light beam that has passed through the entire microlens is incident is greater than the area of ​​the light-emitting region on a plane parallel to the main surface that includes the upper surface of the light-emitting layer.

1. The name of the design product: the panel of dimmer. 2. The use of the design product: the dimmer is used to adjust the brightness of the lighting device, and the panel of the dimmer is used for the control panel of the dimmer. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: the perspective view of design 1. 5. Design 1 is designated as the basic design. 6. Other circumstances that need to be explained: the solid line part in the view is the part claimed, and the dashed line part is not claimed.

In an optical measurement apparatus, an illumination device illuminates an illumination area through which an object to be measured passes, with pulsed light whose wavelength changes with time, at a predetermined repetition frequency. A photodetector receives light from the object to be measured illuminated with the pulsed light. A detection signal generated by the photodetector is used for calculating an optical spectrum of the object to be measured. A relational expression of(f·(D-d) / v)≥2.(1)holds, with the repetition frequency of the pulsed light SIN given by f [Hz], an effective size of the object to be measured OBJ in a moving direction given by D [m], a moving speed of the object to be measured OBJ given by v [m / s], and a size of an illumination spot of the pulsed light on a surface of the object to be measured OBJ in the moving direction given by d [m].