Abstract: A band for cover or decoration has a body and a securing mechanism and the securing mechanism secures the band to a lamp shade. The securing mechanism can be a clip and a looped end on opposite ends of the body, wherein the clip and the looped end engage to secure the band to the lamp shade. A method of using the band for cover has the user selecting a band, placing the band over the seam of the lamp shade, engaging the securing mechanism to secure the band to the lamp shade, and disengaging the securing mechanism for removal. A method of using the band for decoration has the user selecting one or more bands, placing the one or more bands on the lamp shade, engaging the securing mechanism to secure each band to the lamp shade, and disengaging the securing mechanism for removal.

Abstract: Implementations of the present invention relate to systems, methods, and apparatus for providing illumination. Particularly, at least one implementation includes a light-weight lighting fixture that can enclose one or more lighting elements and can provide a desired illumination. Furthermore, the light-weight lighting fixture can have no visible hardware connecting various components and/or portions thereof.

Abstract: The invention is based on a certain number of hollow translucent vertical blinds (1), which are somewhat ovally profiled, wherein LED-lights or another light source (3) has been fixed and on top and bottom of the vertical blinds are bolted by a lock-cap, provided with a light source (3), or LED lights, where of both light sources independently from each other can be linked, so that special light effects can be realized in the hollow translucent vertical blinds and bolted lock caps into the top and bottom of the vertical blinds.

Abstract: A shade structure comprises a frame and a shading cover. The frame is constructed by an upper and lower frame parallel to each other, and two outer lateral surfaces of the upper and lower frame have two first buckling modules respectively. The shading cover comprises a decorating layer and a support layer. The decorating layer is disposed at the outer lateral surface of the support layer. The shade structure features that the two upper and lower edges of an outer lateral surface of the decorating layer are fastened with a second buckling module via a suture, and the two upper and lower edges are bent reversely from an outer lateral surface to an inner lateral surface of the support layer, so as to hide the suture in the inner lateral surface of the support layer, and the second buckling module is integrated with the two first buckling modules as one body.

Abstract: Light bulb receptacles and light bulb sockets are described. According to one aspect, a light bulb receptacle includes a housing which defines a housing chamber, a light bulb socket within the housing chamber and which comprises a first end and a second end about a light bulb chamber which is configured to receive a base of a light bulb, wherein the light bulb socket further comprises a plurality of fingers which extend outwardly from the first end toward the second end and define an opening to the light bulb chamber at the second end, wherein the fingers are individually configured to move outwardly from the light bulb chamber during insertion and removal of the light bulb via the opening to the light bulb chamber, and wherein the fingers individually comprise an engagement member configured to engage a base of the light bulb received within the light bulb chamber and to retain the light bulb received within the light bulb chamber.

Abstract: A lampshade is provided with a longitudinal slit to receive a lampshade cover. According to one embodiment of the present invention, the lampshade includes an external surface and an internal surface. At least one fastener is affixed to an internal surface of the lampshade. The lampshade also includes at least one longitudinal slit on its outer surface. The longitudinal slit is configured to receive both ends of at least one lampshade cover. The lampshade cover includes decoration on an external surface. At least one fastener is affixed to an internal surface of the cover. A further embodiment of the present invention utilizes a method of applying a lampshade cover to a lampshade.

Abstract: Provided is a soft box having a plurality of poles, an adapter ring having a plurality of holes into which the plurality of poles is correspondingly coupledly inserted, and a reflecting cloth adapted to connect the plurality of poles in such a manner as to reflect light therefrom, the soft box including: a zipper mounted on the reflecting cloth between the neighboring poles; and an auxiliary reflecting cloth disposed on the reflecting cloth adjacent to the inner side of the zipper along the longitudinal direction of the zipper in such a manner as to cover the inner surface of the zipper.

Abstract: The invention relates to an arrangement for generating light effects, particularly for decorative purposes, having a light source (10) and a textile web material (12) that can be illuminated by through light from the light source (10) toward a visible side (16) or by incident light. According to the invention, the textile web material (12) comprises a two-layer weave structure made of warp threads (18) forming a warp thread layer (26) and weft threads (20) forming a weft thread layer (24) contacting the warp thread layer (26) on one side.

Abstract: The invention relates to a portable light manipulator including a frame and a manipulator cloth that is stretched or can be stretched on the frame, wherein the frame includes at least one tension bar, which has at least two moving sections that can be moved in the longitudinal direction of the tension bar and are connected to one another or can be connected to one another, said moving sections being spring-loaded so as to be capable of being forced apart from one another by spring force in the longitudinal direction of the tension bar.

Abstract: A collapsible snoot assembly for motion picture lighting fixture having a cylindrical body of a fabric material configured to expand and collapse along a longitudinal axis between expanded and collapsed positions having a biasing means for biasing the cylindrical body into an expanded position and a lighting fixture attachment means for securing the cylindrical body to a lighting fixture such that light projected from the lighting fixture is directed through the collapsible snoot assembly.

Abstract: A lamp shade cover that fits snugly over a lamp shade or lamp shade liner to provide interchangeable lamp shade decor with a tailored look. In embodiments, a separating closure mechanism attaches sides of the lamp shade cover together to form a lamp shade form that fits snugly over the supporting lamp shade or lamp shade liner. In embodiments, the separating closure mechanism is a separating zipper sewn into either side of the lamp shade cover. Embodiments include an interchangeable lamp shade system that includes a lamp shade liner and one or more lamp shade covers that fit snugly over the lamp shade liner and are removable via the separating closure mechanism of the lamp shade cover.

Abstract: A lampshade system which utilizes a simplified lampshade design that does not require integrally manufactured frame components. The lampshade can be manufactured in a flattened position to optimize shipping, storage and display space and which may be easily assembled into a three-dimensional lampshade position by an end user at the point of use.

Abstract: A solar-powered lighting apparatus having a light transmissible shade coupled to a housing that receives a solar cell, a battery and at least a portion of a lighting element assembly. In one embodiment, the shade may have a spherical shape achieved with a support unit or achieved by operation of gravity. A bottom device or bottom portion may be coupled to the shade and cooperate therewith forming and maintaining the spherical shape.

Abstract: A flexible sheet includes a plurality of sheaths adapted to receive individual elongated light sources, and forming a collapsible backlight system having expanded and collapsed configurations. In expanded configuration, the flexible sheet is generally planar and the elongated light sources are spatially dispersed, while in the collapsed configuration, the elongated light sources are maintained proximal to each other in generally parallel fashion. The flexible sheet may have front and rear layers, each such layer possessing selected optical qualities such as translucency, reflectivity and diffusivity, depending on the desired application.

Abstract: Apparatus to attach a shade or skirt to a hanging light fixture without the need to detach the fixture from the ceiling and/or to disassemble the body of the fixture, the apparatus having an upper retaining means, a height adjustment means and a plurality of support means having a first end connected to the shade or skirt, said shade or skirt having a covered peripheral frame defining an open interior and another end connected to the upper retaining means.

Abstract: In embodiments of the present invention improved capabilities are described for producing background separated product images for print and on-line display. An image formation system provides controllable background and foreground lighting of an item to facilitate acquiring images that appear to have no background, a platform for supporting items, cameras configured to acquire both high contrast and high quality images of the item, and automated image processing algorithms for creating item-only images that can be stored in an image library and presented to a user.

Abstract: A light-source comprising at least one lighting unit (101) being arranged on a substrate (102) and a diffusing element (103) being arranged to receive and diffuse light emitted by said at least one lighting unit (101) is provided. The diffusing element (103) comprises a layer of non-woven fabric having a lower density at a side facing the lighting unit and a higher density at a side opposite to the lighting unit to obtain good diffusing properties.

Abstract: A cover for existing lampshades is disclosed. The cover has a single seam, is form fitting, conforms to the size and shape of an existing lampshade, is easy to install, requires no permanent fixatives or adhesive to hold in place and is removable, washable and reusable. The lampshade cover is made from at least one band of four way stretch fabric seamed together at one side thereby forming a top and a bottom opening. The top and bottom opening are circumscribed by an elastic band sewn onto the four way stretch fabric. This forms a finished edge on the top and on the bottom opening. The result is a one size fits many, form-fitting, removable, washable, reusable cover for existing lampshades.

Abstract: A solar-powered collapsible lighting apparatus includes a lighting element assembly having a lighting element, a solar cell, a battery unit, and a collapsible shade. The battery unit is electrically coupled to the solar cell and to the lighting element assembly. The solar cell is positioned proximate to the top of the collapsible shade. The lighting element assembly and the battery unit are positioned within the collapsible shade. The solar-powered collapsible lighting apparatus is deployed by connecting a support unit between a top portion and a bottom portion.

Abstract: A three dimension collapsible lampshade mainly includes a collapsible rib foldable on a cubical surface and a pliable fabric cover foldable on a plane. The pliable fabric cover has a flexible ring at a lower rim that may be fixed or folded in a desired shape. The collapsible rib and the pliable fabric cover are separable. By coupling the collapsible rib and the pliable fabric cover a cubical lampshade can be formed. The lampshade may also be folded in three dimensions. Compared with the conventional lampshades that are foldable only in two dimensions, the invention can save the cost of package material and transportation. The separable design also allows consumers to change and replace the pliable fabric cover as desired after purchase.

Abstract: A three dimension collapsible lampshade mainly includes a collapsible rib foldable on a cubical surface and a pliable fabric cover foldable on a plane. The pliable fabric cover has a flexible ring at a lower rim that may be fixed or folded in a desired shape. The collapsible rib and the pliable fabric cover are separable. By coupling the collapsible rib and the pliable fabric cover a cubical lampshade can be formed. The lampshade may also be folded in three dimensions. Compared with the conventional lampshades that are foldable only in two dimensions, the invention can save the cost of package material and transportation. The separable design also allows consumers to change and replace the pliable fabric cover as desired after purchase.

Abstract: A foldable lamp shade includes a shade body, an upper support ring, a plurality of locking members, a lower support ring, a plurality of hanging hooks, and a plurality of support bars. Thus, the user only needs to hook the hook hole of each of the support bars on the respective hanging hook and to insert the insertion portion of each of the support bars into the locking slot of the respective locking member so as to mount the support bars between the upper support ring and the lower support ring by the respective hanging hook and the respective locking member so that the lamp shade is assembled easily and quickly, thereby facilitating the user assembling the lamp shade.

Abstract: A Giclee printed lamp shade and method of making the same which includes a lamp shade having a frame having a top and bottom of the same geometric configuration and dimensions to provide flat sides thereto. A Giclee printed fine art canvas material is permanently adhesively secured to base material which is affixed to the lamp shade frame. The Giclee printing is accomplished by providing a digital image to be printed on the canvas, providing a printer capable of accomplishing the Giclee printing, imparting the digital image to the Giclee printer, Giclee printing the image on the canvas material and securing the canvas bearing the Giclee printed image to the outer surface of the lamp shade.

Abstract: Presented is a lighting fixture that incorporates a LED wafer, having an array of a plurality of light-emitting LEDs, as a light source. The fixture includes a holding plate having an aperture surrounded by a flange. A heat sink includes a lamp support surface facing the holding plate and positioned opposite to the aperture. The LED wafer is mounted to the lamp support surface in a manner to assure maintenance of a thermal communication. A mounting assembly secures the LED wafer to the lamp support surface and includes a mounting clip having a spring element extending from a main portion, a lamp holder block, and an insulative isolation member.

Abstract: A retractable dimmer sleeve comprises sleeve material formed into an elongated enclosed passage having an open end and an interior volume for receiving an elongated light source. The dimmer sleeve enables, during operation of a light source while received within the sleeve, adjustment of a length of a selected portion of the light source that is occluded by the dimmer sleeve so that only a fraction of light emitted by the light source escapes the dimmer sleeve. The apparatus may further comprise an elongated light source at least partially enclosed by the dimmer sleeve. A method comprises: enclosing at least a portion of the light source with the retractable dimmer sleeve; and moving, during operation of the light source while received within the sleeve, an end of the dimmer sleeve along the light source, thereby adjusting a length of the light source that is occluded by the dimmer sleeve.

Abstract: An improved structure rapid assembly/disassembly lamp shade consisting of a double-layer type lamp shade design in which the outer layer lamp shade rests on a plurality of support rods the length of the lamp shade insertionally coupled to the bottom ring and, furthermore, the support rods are upwardly whorl-folded relative to the axial center of the bottom ring such that the support rod top sections are inwardly against the bottom edge of the outer layer lamp shade top ring. Additionally, a top support frame is disposed at the apex of the inner layer lamp shade and, furthermore, the top support frame provides for light bulb mounting.

Abstract: A detachable lampshade includes an upper ring and a lower ring parallel to each other. Multiple shades are made of a resilient material and are bent outside the upper ring and the lower ring. Each shade has two rods respectively provided at two sides thereof A plurality of tubes is provided between the upper ring and the lower ring. Each tube has a channel longitudinally defined through an outer periphery of the tube. An upper slot and a lower slot are transversally defined at a diametrically opposite side of the channel for respectively locating the upper ring and the lower ring. The adjacent rods are received in the respective tubes through the channels and positioned between the upper ring and the respective upper slots, and between the lower ring and the respective lower slots.

Abstract: A foldable lamp shade includes an upper support hoop, a lower support hoop, a cover mounted between the upper support hoop and the lower support hoop, and a plurality of support bars detachably mounted between the upper support hoop and the lower support hoop for supporting and stretching the cover. Thus, the user only needs to insert the locking tenons of each of the support bars into the locking slide slot of the respective locking lug of each of the upper support hoop and the lower support hoop so as to assemble the foldable lamp shade, thereby facilitating assembly and disassembly of the foldable lamp shade.

Abstract: The present invention is a cover/diffuser for a lampshade. The cover/diffuser has a first pattern or theme printed on the first side and a second pattern or theme printed on the second side making the cover/diffuser reversible. The patterns are meant to complement the decor of the room in which the lamp is located or to assist in providing festive atmosphere for a specific holiday. It is emphasized that this abstract is provided to comply with the rules requiring an abstract that will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims.

Abstract: A decorative lighting equipment includes a shade that is transparent or translucent and formed into a tube with opposite ends, a light source for emitting a directional light flux, the light source being placed at one end of the opposite ends of the shade so that the directional light flux is transmitted within the shade toward another end of the shade, and the shade forming thereon hairlines which extend in a direction crossing the direction along which the directional light flux emitted from the light source is transmitted.

Abstract: A lamp shade which can be folded to reduce its size for shipping, display and storage, having an upper ring, a lower ring, and a number of supports interconnecting, separating and supporting the upper and lower rings. In one embodiment, the supports are separate trapezoid-shaped single piece supports which are disconnected from the rings for collapsing the lampshade. In another embodiment, the supports are separate U-shaped single piece supports which are disconnected from the rings for collapsing the lampshade. In another embodiment, the supports are U-shaped single piece supports loosely attached to the upper ring of the lampshade at the center of each support and which are disconnected from the lower ring for collapsing the lampshade.

Abstract: A lampshade having an assembled state and a collapsed state includes a first ring, a second ring spaced apart from the first ring when the lampshade is in the assembled state, and a first fabric covering interconnecting the first and second rings. A third ring is located adjacent the first ring when the lampshade is in the assembled state. A plurality of supports are connected between the second ring and the third ring. Each support has a first end portion movably connected to the second ring and a second end portion movably connected to the third ring. The supports hold the second and third rings spaced from each other. The supports urge the third ring into engagement with the first ring thereby to hold the first ring spaced apart from the second ring.

Abstract: The present invention is a cover/diffuser for a lampshade. The cover/diffuser has a first pattern or theme printed on the first side and a second pattern or theme printed on the second side making the cover/diffuser reversible. The patterns are meant to complement the decor of the room in which the lamp is located or to assist in providing festive atmosphere for a specific holiday.

Abstract: A lampshade with reducible package volume according to the present invention relates to the improvement in the support structure of the lampshade, including a lampshade enclosure with a supporting ring arranged on the upper and lower sides thereof, on said supporting ring at one side is fixed a first mounting frame, at least two ends of said supporting ring at one side is provided with a curved part turning toward the interior of the lampshade, and at least a supporting pole having at least a curled edge part clipped in between the curved part of said mounting frame and the enclosure, and at least a supporting arm part with its end fixed on the supporting ring at the other side. The lampshade according to the present invention is easy to assemble and simple in structure, and has a fixed lampshade structure after its assembling. The outlook of the lampshade can be changed according to the shapes of the supporting ring, and is therefore rich in style.

Abstract: A lampshade assembly comprises a lampshade and a connection mechanism. The lampshade has a plurality of lampshade pieces. The connection mechanism has a plurality of connecting rods each of which is respectively attached to the lampshade pieces. The connection mechanism further comprises an upper cap, a first fitting piece, a fitting set and a spring. When the spring is stretched outwardly to separate the upper cap from the first fitting piece and then stack the lampshade pieces. When the lampshade pieces are assembled, the connecting rods radiate around a circle. Since the space occupied by the lampshade assembly is reduced, the packing cost and the transport cost are reduced.

Abstract: A cover surrounds an expandable frame that, when expanded, shapes the cover in a decorative fashion. The frame includes a plurality of flexible rods interconnected between two base units. As the base units are moved towards one another, the rods flex outwardly to form a somewhat spherical configuration. The rods are tapered at one or both ends to help facilitate a circular curvature.

Abstract: A lampshade adapted to be interconvertible between an assembled configuration having a first volume and a knockdown configuration having a second, smaller volume comprises lampshade segments connected to rotational elements. Slotting means on preselected rotational elements position the connecting members to assume predetermined positions with respect to the common axis, where the rotational elements are locked in place. Methods for use of the lampshade in knockdown shipping, and kits containing the lampshade and instructional materials are also taught.

Abstract: A foldable cloth strips of a cloth lampshade is disclosed. The cloth lampshade has an upper fixing ring and a lower fixing ring. A cloth layer covers the lampshade. A plurality of decorating strips is longitudinally arranged out of the cloth layer and is spaced with an equal space. Each decorating strip is formed by sticking a cloth strip with a plastic supporting strip. Then the decorating strips are longitudinally adhered on the cloth layer of the cloth lampshade.

Abstract: A folding structure of a two-layer lampshade is disclosed. The folding structure has a top ring at a topmost of the lampshade, a bottom ring having a diameter larger than that of the top ring, and a supporting frame between the top ring and the bottom ring. A plurality of supporting rods extend from a ring edge of the top ring toward a center of the top ring. The supporting frame is formed by a plurality of longitudinal rods and a plurality of transversal rods. Since the supporting frame is engaged to the bottom ring by the buckle, it can rotate to be positioned horizontally by using the buckles as fulcrums and the inner cloth and outer cloth of the lampshade encloses the folding structure. Thereby, the lampshade is assembled to have a smaller volume, As a consequence, the transfer cost is reduced.

Abstract: A lamp shade assembly includes a foldable shade having an upper edge and a lower edge to define an inner cavity therebetween, a top frame mounted at the upper edge of the foldable shade, a bottom frame mounted at the lower edge of the foldable shade, and a supporting frame detachably mounted between the top frame and the bottom frame within the inner cavity of the foldable shade for applying a stretching force on the foldable shade. The stretching force of the supporting frame is greater than a weight of the foldable shade, so that the foldable shade is stretched to provide a tension surface extending between the upper edge and the lower edge thereof, so as to form a collapsible lamp shade which is facilitated to be disassembled into a compact unit for storage and carriage and quickly assembled to tensely support a foldable shade.

Abstract: Lampshade frame structure including an outer shade body, an upper and a lower trays and several support rods. The upper tray is made of metal rod having circular cross-section. The lower tray is made of metal rod having rectangular cross-section. The support rod is made of slightly elastic elongated metal strip. Each of two ends of the support rod is enclosed in a fixing sheath. One end of an upper fixing sheath is formed with a semicircular holding section, while one end of a lower fixing sheath is formed with a hooking section for respectively hooking and connecting with the upper and lower trays.

Abstract: A structure of a foldable lampshade is disclosed. The foldable lampshade comprises an upper and a lower securing ring, an outer shade for connecting the upper and the lower securing ring, and one or more supporting frame, characterized in that the supporting frame is detachable and/or mountable with the securing rings such that the outer shade can be folded or stacked to a minimum size. A connection end of the upper securing ring is provided with a snap slot for connection with the snap plate provided on the upper securing ring. One end of the supporting frame is mounted to the lower securing ring.

Abstract: A lampshade includes a collapsible frame to which a flexible cover is attached. The frame includes an upper ring and a lower ring. A plurality of support bars are arranged between the upper and lower rings. Each support bar includes an upper section and a lower section hinged to each other. The upper section of the support bar has an end hinged to the upper ring. The lower section of the support bar has an end hinged to the lower ring. The hinge connections between the upper and lower sections of the support bar and between the support bar and the upper and lower rings allow the frame to collapse without separating the parts from each other. A channel member is partially fixed to the upper section of the support bar for partially receiving the lower section of the support bar. Dimples are defined in the lower section of the support for engaging with bosses formed on the channel member for maintaining the support bar in an extended condition.

Abstract: A lampshade has a frame and a shade. The frame has an upper collar, a lower collar and multiple supporting frames. The upper collar is attached to the stand of the lamp. The supporting frames are detachably mounted between the upper collar and the lower collar. Each supporting frame has an upper section, two side rods and a lower section. The lower section is connected to the side rods at the end far away from the upper section. The lower section abuts against the top of the lower collar. Such a lampshade can be disassembled into multiple parts whereby it is detachable to reduce the lampshade in size. Thus, to store and to transport the lampshade are convenient.

Abstract: A structure of a foldable lampshade is disclosed. The foldable lampshade comprises an upper and a lower securing ring, an outer shade for connecting the upper and the lower securing ring, and one or more supporting frame, characterized in that the supporting frame is detachable and/or mountable with the securing rings such that the outer shade can be folded or stacked to a minimum size. A connection end of the upper securing ring is provided with a snap slot for connection with the snap plate provided on the upper securing ring. One end of the supporting frame is mounted to the lower securing ring.

Abstract: A folding structure of a two-layer lampshade is disclosed. The folding structure has a top ring at a topmost of the lampshade, a bottom ring having a diameter larger than that of the top ring, and a supporting frame between the top ring and the bottom ring. A plurality of supporting rods extend from a ring edge of the top ring toward a center of the top ring. The supporting frame is formed by a plurality of longitudinal rods and a plurality of transversal rods. Since the supporting frame is engaged to the bottom ring by the buckle, it can rotate to be positioned horizontally by using the buckles as fulcrums and the inner cloth and outer cloth of the lampshade encloses the folding structure. Thereby, the lampshade is assembled to have a smaller volume, As a consequence, the transfer cost is reduced.

Abstract: A foldable lampshade has an upper ring and a lower ring. A plurality of ribs is pivotally mounted between the upper ring and the lower ring. Each rib has an upper arm and a lower arm pivotally mounted together by a pin. A notch is defined at an inner side of the lower arm and near an upper end of the lower arm. A pole is formed near a lower end of the upper arm and located in the notch. A resilient member has a first end secured on the upper arm and a second end secured on the lower arm. A shade covers the upper ring, the lower ring and the ribs.

Abstract: The invention is a collapsible lampshade that helps conserve shipping and storage volume. Current invention consists of a rigid upper structures, a rigid lower structure, a flexible fabric joining the rigid upper structure and rigid lower structure, supported by several trapezoidal frames after the lampshade is assembled. Using trapezoidal frames to prop up the fabric, and hence completing the assembly process is easier and faster than other means of propping up and support the tension created by the fabric joining the rigid structures.

Abstract: The invention is a collapsible lampshade that helps conserve shipping and storage volume. Current invention consists of a rigid upper structures, a rigid lower structure, a flexible fabric joining the rigid upper structure and rigid lower structure, supported by several trapezoidal frames after the lampshade is assembled. Using trapezoidal frames to prop up the fabric, and hence completing the assembly process is easier and faster than other means of propping up and support the tension created by the fabric joining the rigid structures.

Abstract: The invention is a collapsible lampshade that helps conserve shipping and storage volume. Current invention consists of a rigid upper structures, a rigid lower structure, a flexible fabric joining the rigid upper structure and rigid lower structure, supported by several trapezoidal frames after the lampshade is assembled. Using trapezoidal frames to prop up the fabric, and hence completing the assembly process is easier and faster than other means of propping up and support the tension created by the fabric joining the rigid structures.