333results about "Globes" patented technology

A lighting device includes a light housing; a light source disposed at least partially in the light housing; a battery pack with a height dimension H1 defined; and a battery pack receiving portion formed on or connected to the light housing. The light housing includes a first state with a height dimension H2 and a second state with a height dimension H3 along a height direction of the light housing, the height dimension H2 in the first state is less than the height dimension H3 in the second state, and the height dimension H2 in the first state is less than or equal to the height dimension H1 of the battery pack.

The utility model discloses a novel aluminum alloy lampshade structure, including aluminum alloy lampshade body, the center of aluminum alloy lampshade body top is provided with the opening portion, the inside installation of opening portion has the sling mechanism, and the sling mechanism includes the sling connection group, the framework and two framework limit pins, and four connecting rods of framework are connected with four corner of opening portion respectively, and the hole portion of two opposite corners of opening portion is seted up, and two connecting rods of framework are connected with the hole portion pin through the framework limit pin. The utility model discloses the inside installation of opening portion has the sling mechanism, and the sling mechanism includes the sling connection group, the framework and two framework limit pins, and four connecting rods of framework are connected with four corner of opening portion respectively, and the hole portion of two opposite corners of opening portion is seted up, and two connecting rods of framework are connected with the hole portion pin through the framework limit pin, can be connected with sling lamp, has good versatility, improves the use range.

This invention relates to the field of lighting fixtures, and discloses a variable-form lighting fixture based on origami mechanics and its design method. The invention includes an origami skeleton assembly, a light-transmitting covering layer, a light source mounting base, and a base. The origami skeleton assembly is a multi-unit origami structure that can be extended and folded. The upper end of the origami skeleton assembly is fixedly connected to the light source mounting base, and the lower end of the origami skeleton assembly is fixedly connected to the base. The light-transmitting covering layer is adhered and fixed to the outer surface of the origami skeleton assembly. The origami skeleton assembly and the light-transmitting covering layer form a deformable lighting fixture shell. The origami skeleton assembly provides a supporting foundation for shape changes and can achieve extension and folding. The light-transmitting covering layer ensures the lighting function while deforming synchronously with the skeleton. The light source mounting base and the base are fixed at both ends respectively, forming a complete lighting fixture structure that meets lighting needs while allowing for flexible shape adjustment.

This utility model discloses an anti-glare cover for a lamp, including a lampshade with a driving cavity and a control circuit board cavity within it. The lampshade also has a control switch groove and a display groove connected to the control circuit board cavity. Several lamp bead recesses are provided on the lampshade, and several snap-fit ​​ears for securing the lamp body are integrally formed along the edge of the lampshade. Screw holes are integrally formed on the lampshade. This utility model has a reasonable structural design. The snap-fit ​​ears, combined with the lamp bead recesses, allow the lamp bead lens to be positioned within the recesses, improving anti-glare performance. Furthermore, the driving cavity and control circuit board cavity facilitate the installation and positioning of the drive power supply and control circuit board, enhancing installation convenience and effectiveness. It is easy to assemble and disassemble and has strong applicability.

This invention provides a lantern structure that is easy to assemble, including a lantern structure assembly. The lantern structure assembly includes a support tube, an upper circular tube, a lower circular tube, several keel assemblies, and two disassembly / reassembly components. The inner walls of the upper and lower circular tubes are fitted to the outer wall of the support tube. The upper circular tube is fixed to the support tube while the lower circular tube passes through it. Several keel assemblies are then sequentially inserted into the two disassembly / reassembly components. The keel assemblies are moved into corresponding operating slots, and an inclined part assists in their movement. A T-shaped spring clip is used to limit the position of the keel assemblies. When one of the keel assemblies needs to be replaced, personnel use a steel needle to move the T-shaped spring clip through the operating slot to release the keel assembly. This design facilitates assembly and disassembly, saves time and effort, reduces the labor intensity of personnel, and improves work efficiency.

This utility model relates to a quick-release, high-heat-dissipation LED lamp housing. It includes: a plastic lamp holder housing, a heat-dissipating metal base, an LED bead holder, and a plastic light-transmitting lamp cover. The heat-dissipating metal base consists of an annular base and heat-dissipating fins on the upper surface of the annular base. The plastic lamp holder housing covers the upper side of the heat-dissipating metal base and has fin through holes. The bottom of the plastic lamp holder housing has a skirt that fits against the annular base. A surrounding ring extends from the periphery of the skirt, completely enclosing the annular base. The plastic light-transmitting lamp cover is fixedly connected to the inner side of the surrounding ring, tightly pressing the heat-dissipating metal base and the LED bead holder together. This utility model uses a combination of plastic and metal, which can significantly reduce production costs. Simultaneously, by providing fin through holes, the heat-dissipating fins extend from inside the plastic lamp holder housing, ensuring effective heat dissipation, and it also features simple assembly.

This utility model discloses a square lampshade with a sealed, anti-overflow adhesive design, specifically relating to the field of square lampshades. It includes a mounting sealing plate with an overflow groove on its upper surface. A frame assembly is fixedly connected to the lower part of the mounting sealing plate. A mating assembly is tightly fitted to one side of the frame assembly. A lower front plate is fixedly connected to the lower inner side of the frame assembly, and a mirror reflector is fixedly connected to the reverse side of the lower front plate. This utility model connects the mounting sealing plate, overflow groove, frame assembly, mating assembly, mirror reflector, and lighting assembly. During operation, the internal lamp housing features a horizontal groove design, allowing the internal LED beads or tubes to be close to the housing wall, facilitating heat conduction. The internal mirror reflector provides clearer illumination, and the side sealing strip groove enhances the product's oil, dust, and water mist resistance, reducing damage to the lighting circuit board from contaminants.

The present disclosure relates to a lamp shade (1) comprising an inner face (3) and an outer face (5), the outer face having an approximately overall convex shape and the inner face having a correspondingly approximately overall concave shape, forming a partly closed inner space (6) between the lamp shade and a wall or the like when attached thereto. The lamp shade (1) is formed in a translucent plastic material, colored with a dye, and comprises at least one inner ridge (7) of increased thickness, projecting from the inner face (3) and extending over a part of the lamp shade inner face. A corresponding production method is also considered.

This utility model discloses a novel type of reflector light, relating to the field of stage lighting technology. It includes a housing, inside which a reflector bowl is fixedly installed, and on the outside of the reflector bowl, a main light bulb is fixedly installed. The beneficial effects of this utility model are: through the cooperation of the main light bulb and the main light diffuser, the multi-color light from the main light bulb can be mixed and diffused, and then the light is reflected by the reflector bowl for frontal output. LED strips attached to the reflector bowl near its interior can directly illuminate the reflector bowl. The LED strips on the reflector bowl, composed of six connecting plates, emit light in segments, creating a flowing light effect and a reflector effect. LED strips on the radiant light plate can output light directly from the front of the housing to the outside, creating a supplementary light effect. The flowing light effect of the main light bulb and the two LED strips can create various lighting effects.

A button, button deck, and method are disclosed for a gaming machine. A button deck includes multiple mechanical buttons presented along a front shelf of the gaming machine. Buttons include a push button mechanism and a transparent button cap. A one-way mirror film positioned beneath the inner surface of the transparent button cap. A light source is positioned beneath the transparent button cap. A graphical printed pattern is positioned with respect to the light source and the one-way mirror film such that when the light source is active the printed pattern is visible through the one-way mirror film, and when the light source is off the printed pattern is not visible and the transparent button cap has a mirror appearance. The light may be controlled depending on configuration data for the gaming machine, associated with an installed game.

The utility model discloses a kind of dense grain honeycomb energy-saving bulb, including energy-saving lamp head, the lower portion of energy-saving lamp head is equipped with honeycomb cover, the upper surface of honeycomb cover is fixedly connected with thread connection cover, the bottom surface of energy-saving lamp head is fixedly installed with illuminating lamp tube, the outer surface of energy-saving lamp head is fixedly connected with thread connection ring, the inner ring of thread connection cover and the inner ring of thread connection ring are thread-connected, the inner top wall of energy-saving lamp head is fixedly installed with circuit assembly, the outer surface of honeycomb cover is fixedly embedded with multiple honeycomb net.The utility model is by thread connection cover and thread connection ring, can make honeycomb cover install in illuminating lamp tube exterior, then using the setting of honeycomb cover, dust can be blocked to adhere to illuminating lamp tube surface, avoid the illumination efficiency drop caused by dust accumulation, can also play physical protection function, insulate the collision damage of external foreign matter to lamp tube, reduce the frequency of lamp tube replacement due to accidental damage.

The utility model discloses a double -deck atmosphere lamp, include: integrated double -deck lamp shade, base, hook shape structure, integrated double -deck lamp shade passes through hook shape structure and is fixed, hook shape structure includes hook post and hook groove, be equipped with hook post on integrated double -deck lamp shade, be equipped with hook groove on the base, integrated double -deck lamp shade passes through the cooperation of hook post and hook groove and is fixedly connected with the base, integrated double -deck lamp shade and base are fixed on the mounting seat through buckle, solve the problem of existing atmosphere lamp lamp shade unfirm, and install complex and single -function problem.

The utility model discloses a spliced LED projection lamp, including a plurality of identical structure lamp body monomer and at least one fixed bolster, and the both ends of fixed bolster are connected with lamp body monomer, and the fixed bolster is provided with mounting hole, lamp body monomer includes lamp house, and the lamp house has the light source mounting portion for installing light source and the lampshade mounting portion for installing lampshade, and the light source mounting portion and lampshade mounting portion are all square structure and the size of lampshade mounting portion is greater than the size of light source mounting portion, the four sides of light source mounting portion all are fixed with connecting pin, and the fixed bolster is U shape and the both ends of fixed bolster are provided with the pin hole of allowing connecting pin to pass, and the outside of connecting pin is provided with outer thread, and the connecting pin is screw thread connection has the compression nut for the fixed bolster compression fixed, and the lampshade mounting portion of adjacent lamp body monomer is attached and is arranged, and the adjacent lamp body monomer is connected through the connecting structure, this spliced LED projection lamp has the advantages that can adjust lamp body angle synchronously, and the operation is simple, and saves time and labours.

An ambient light includes a base, a light-emitting module, an inner lampshade, and an outer lampshade. The base includes a seat and a substrate, with the substrate located at an opening in the seat. The seat has a receiving portion. The light-emitting module located in the receiving portion has a circuit board and light-emitting elements disposed on the circuit board. The inner lampshade, disposed on the substrate, covers the light-emitting module. The outer lampshade, disposed on the base, and the base together define a spherical portion. The inner lampshade is located inside the spherical portion, and its light transmittance is less than that of the outer lampshade. Thus, the ambient light is a luminaire with a spherical-within-a-spherical structure, which provides layered and uniform lighting when emitting light.

A fragrance dispenser includes a housing having a socket portion defining a receptacle for receiving a bottle of fragrance therein. A decorative cover assembly is coupled to the housing and conceals at least part of the socket portion. The decorative cover assembly comprises an outer cover and a light source positioned between the housing and the outer cover. Various illuminated effects are created by the light source and cover assembly, including a projected image effect, which may include timed projections, and an invisible ink effect.

A plant growing apparatus including a light diffusion and recycling chamber for growing plants. The plant growing apparatus includes interior sides which define a plant growing space. A plurality of light emitting diodes may be mounted directly or indirectly on each interior side, wherein the light emitting diodes may be configured to emit light into the plant growing space such that each side of a plant disposed in the growing space would receive substantially similar light levels from the bottom to the top of the plant. The plant growing apparatus includes a transport and positioning system comprising to allow selective movement of the mobile plant container to engage with or disengage from the growing chamber and to guide movement of the mobile plant container along a pathway from outside the growing chamber to inside the growing chamber.

The utility model discloses a LED spotlight with atmosphere lamp, including spotlight main part, install the spotlight assembly and atmosphere lamp subassembly in the spotlight main part, the spotlight main part includes the panel subassembly of lamp tank and the buckle setting in the lamp tank mouth position, through the light guide circle of surrounding in the edge of spotlight reflector cup, the atmosphere lamp light of setting on the second substrate in the lamp tank is passed to the outside from the edge of spotlight, avoids the atmosphere lamp light and the confusion of spotlight light, and the light guide circle and the reflector cup are pressed tightly through the bite resistance after assembly, the reflector cup and the lamp tank between will not leak light, and the atmosphere lamp light passes the light guide circle and forms the light of relatively even dispersion, and the light will not be concentrated and show the lamp pearl point, and the face shield has at least two light -transmitting structures, wherein the flat light light -transmitting area can obtain better spotlight irradiation depth range, and the stripe light -transmitting area can increase the breadth range of spotlight irradiation.

The present invention relates to an optical component (100) for beam shaping comprising a conical reflector (101) having an inner surface being diffusely reflective, a transparent refractive hollow dome-shaped member (102), wherein said transparent refractive hollow dome-shaped member (102) has a proximal end (103) arranged in contact with said conical reflector (101), and a top (104) arranged at a distance from said conical reflector (101), wherein said top (104) has an opening (105) and that said transparent refractive hollow dome-shaped member (102) is manufactured by means of fused deposition modeling (FDM) using a transparent thermoplastic polymer material as printing material. The present invention also relates to a luminaire (10) and a method (200) for manufacturing such an optical component (100).

A luminaire comprises a luminaire body in which at least one light source is arranged and which has a housing designed for direct or indirect mounting to a wall or ceiling, as well as a translucent cover. The housing and the cover overlap in certain areas, forming an overlap zone, wherein the housing and the cover are detachably connected to each other in the overlap zone by means of locking and / or snap-fit ​​elements and counter-locking and / or counter-snap elements, wherein the overlap zone forms a first outer wall of the luminaire body and wherein the housing and / or the cover further forms a second outer wall of the luminaire body, which is arranged further inwards than the first outer wall and which provides an additional connection between the housing and the cover.

This invention provides a multi-angle light-emitting lamp with selectable emission angles. The lampshade is divided into multiple grid-like recessed areas or grid-like recessed area segments by light-emitting partitions. These areas are overlapped in one or more layers, forming multiple layers. The number and size of each overlapping grid-like recessed area or grid-like recessed area segment may be the same or different. A light source or laser developing head is provided within or outside each recessed area. Multiple grid-like recessed areas of different shapes can be combined to form various shapes, or the light source or laser developing head can emit light within the recessed area to create a bright recess. The areas are combined into various shapes or geometric forms; the lampshade may or may not have a light-transmitting body for development, depending on the requirements; the user can select the number of light sources or laser developing heads in the recessed area or outside, and the light or shadow, pattern projected by the light source or laser developing head in different light-emitting surfaces onto the lampshade surface, depending on the requirements; the laser developing system and the light-transmitting body can also be set on the lamp holder to project light and shadow, depending on the requirements; the opening, closing, light emission angle or light emission segment selection of the light source or laser developing head on the lamp is coordinated by the microcontroller inside the lamp and remotely controlled by a switch, control terminal or wireless remote control terminal.

To provide a liquid crystal display device and a display apparatus which can further improve the visual field angle characteristics of not only a front direction but also directions other than the front direction.SOLUTION: A liquid crystal display device comprises: a light source; a light-focusing part; a liquid crystal part 14; and an anisotropic diffusion layer 16. The light source emits light. The light-focusing part condenses light emitted from the light source in the front direction of the own device such that the light condensing property in the direction becoming the left-right direction is different from the light condensing property in the direction becoming the up-down direction when an image is displayed. The liquid crystal part 14 controls the transmission state of the light condensed by the light-focusing part with the liquid crystal. The anisotropic diffusion layer 16 anisotropic-diffuses the light passing through the liquid crystal part 14.SELECTED DRAWING: Figure 1

The present disclosure discloses a luminaire with detachable decorative parts, including a translucent lamp shade and a light-emitting lamp assembly disposed on the translucent lamp shade, where an outer periphery of the translucent lamp shade is provided with a connection portion; the luminaire with detachable decorative parts further includes a light-transmitting decorative member detachably connectable to the connection portion; the luminaire with detachable decorative parts of the present disclosure achieves detachable connection through the engagement between the light-transmitting decorative member and the connection portion on the translucent lamp shade, realizing the effect of detachable light-transmitting decorative members, allowing users to replace different light-transmitting decorative members according to personal preferences or different occasion requirements, thereby achieving diversification and personalization of the luminaire's appearance; additionally, it may reduce packaging volume by detaching the light-transmitting decorative members, facilitating logistics transportation while lowering logistics costs.

This invention discloses a light-emitting mirror and a mirror cabinet using the same. The light-emitting mirror includes: a base; a first seat mounted on the base, on which a lens and a first light group are mounted, the mirror surface of the lens facing a first direction, and the light from the first light group being able to be projected along the first direction; a second seat mounted on the base and surrounding the lens, on which a second light group is mounted, and the second seat being able to translate relative to the first seat in the first direction between a first position close to the first seat and a second position far from the first seat, a portion of the light from the second light group being able to be projected along the first direction, and when the second light group moves to the second position, a portion of the light from the second light group being able to be projected onto the mirror surface; different lighting effects are achieved by changing the relative positions of the first and second seats.

The utility model discloses a convenient maintenance's projection lamp, including the lamp shell with one side opening, the lamp shell inner chamber is provided with the lighting assembly, and the opening of lamp shell is covered with the light -transmitting plate, and the inside of lamp shell is recessed with the installation groove along the edge contour near its opening, the upper side of lamp shell is passed through and is set up with the through -hole that communicates with the installation groove, the light -transmitting plate can pass through the through -hole and be placed in the installation groove, and the upper side of lamp shell is connected with the stop piece that can block the through -hole. Through setting the installation groove near the opening of the inside of lamp shell, and setting up the through -hole that communicates with the installation groove on the upper side of lamp shell, make the light -transmitting plate can pass through the through -hole and be placed in the installation groove, and then through the stop piece joint block the through -hole, and then realize the installation of light -transmitting plate, only need to dismantle the stop piece when disassembling, and then greatly simplify the installation and disassembly process of light -transmitting plate, and the maintenance efficiency is improved obviously.