Abstract: A light cove (20), which is adapted to be secured to a wall (46), includes elongated top and bottom fastening devices (22) and (24), a light-transparent panel section (26), and a plurality of two-piece adjustable supports (28). A light fixture (82) with one or more bulbs (80) is positioned intermediate to the top and bottom fastening devices, and all three elements are separately securable to a wall (46) for accommodating any unevenness of the wall and to provide maximum adjustment among the three parts. The panel section is pivotally couplable to the bottom fastening device and can be articulated upwardly so as to position its end (50) adjacent to the adjustable supports. The supports include a strap (62) having projections (78) which can be snapped past a snap-in lip (58) to form a secure joint between the strap and the panel section.

Abstract: A light emitting apparatus has: a plurality of surface mount device (SMD) type light emitting diode elements; a circuit board on which the plurality of SMD type light emitting diode elements are mounted; and a plurality of convex lenses each of which covers the light extraction side of corresponding one of the plurality of SMD type light emitting diode elements. The lens optical axis of at least one of the plurality of convex lenses does not coincide with an axis that passes through the center of corresponding one of the plurality of SMD type light emitting diode elements and is perpendicular to the circuit board.

Abstract: A light emitting diode (LED) light bulb that includes plural individual elements as sub-assembly elements of the overall light bulb. Different sub-assembly elements of a lens, a LED printed circuit board, a housing also functioning as a heat sink, a lower housing, and other individual sub-assembly components are utilized. The LED printed circuit board sub-assembly containing the LEDs can also be provided relatively close to a base.

Abstract: A decorative light string assembly comprises a string of light bulb sockets electrically interconnected by an electrical cord and terminated by at least one electrical connector. A plurality of decorative light bulbs are mated with the sockets. Each decorative light bulb comprises a plain light bulb covered by a flexible outer coating in the shape of a candle flame. The decorative light bulbs may include colors or scents associated with particular holidays, seasons or occasions. A decorative light string assembly kit and a method for making a decorative light string assembly are also provided.

Abstract: A suspension lamp includes a switch box, a wire connection base, a circuit board, a power supply wire, a plurality of protective jackets, a plurality of connecting terminals, and a plurality of electric wires. Thus, the operator only needs to insert each of the connecting terminals into a respective one of the protective jackets so as to form an electrical connection state, so that the electric circuit of the suspension lamp is connected easily and conveniently, thereby facilitating the operator mounting the electric circuit of the suspension lamp.

Abstract: An apparatus for illuminating and decorating a room. The apparatus includes a mounting apparatus and a theme apparatus engaged with the mounting apparatus. The mounting apparatus includes at least a first fixture adapted to receive at least a first light source. The theme apparatus includes at least one thematic component that is movable relative to the mounting apparatus. The theme apparatus also includes at least one light-altering component. The light-altering component is positioned relative to the mounting apparatus for receiving and altering light from the first light source when the first light source is engaged with the first fixture such that the altered light illuminates at least a portion of the room with thematic light.

Abstract: LED module for generating white light having a plurality of white-light LEDs including at least one LED with a central wavelength of between 495 nm and 507 nm, at least one LED with a central wavelength of between 511 nm and 529 nm, at least one LED with a central wavelength of between 586 nm and 602 nm, and at least one LED with a central wavelength of between 618 nm and 630 nm.

Abstract: A lighting device having a three-way conductor strip with three conductors extending in an axial direction and electrically connected at intervals to LED elements arranged in a row. Each LED element is in a plastic housing which surrounds the LED and the conductor strip, is light emitting and may have a lens over the LED. The housing includes two shells fixed together, and with supporting elements therein for an LED element, an adjacent axial conductor strip area and a heat activatable electrically conductive material. The three-way conductor strip comprises a continuous positive conductor, a continuous negative conductor and an interrupted central conductor that extends from LED element to LED element.

Abstract: The present invention provides a lamp socket having a socket body with a lamp receiving portion and a back portion divided by a partition. The back side of the partition has a shelf and a recessed portion that extends inwardly relative to the shelf. The lamp socket also has at least one terminal in the socket body, the terminal has a lamp receiving end and a lead receiving end, and the lead receiving end is located in the back portion of the body. The lead receiving end extends from the shelf over the recessed portion. At least one wire lead is connected to the lead end of the terminal and the lead end is spaced outwardly from the partition. Potting material in the back portion of the socket to encapsulate the connection of the wire lead to the terminal. The potting material fills the recessed portion and the terminal fully encapsulating the connection point of the lead to the terminal.

Abstract: A strip light is disclosed. The light comprises an illuminating unit including a plurality of illuminators (e.g., LEDs) directly and electrically coupled in series, and a constant current stabilization unit for supplying a constant current to each illuminator. A number of embodiments of the constant current stabilization unit are made possible. The invention further has advantages of energy saving, even brightness of the illuminators, less heat generation, and durability.

Abstract: An evacuation lighting system comprising a plurality of lights, control circuitry and a power providing system. The lights comprise low voltage lights which are at least one of embedded in, and positioned proximate, a ground surface. The control circuitry is electrically coupled to the plurality of lights. The power providing system is electrically coupled to at least one of the control circuitry and the plurality of lights. The power providing system further comprises a UPS power supply, a grid power supply and a source switching circuitry capable of selecting one of the UPS power supply and the grid power supply. The control circuitry is capable of selectively controlling each of the plurality of lights, to, in turn, direct an individual in an evacuation. A method for using the same is likewise provided.

Abstract: A ropelight having an outer jacket; an inner core; and at least two circuits in the inner core, the at least two circuits having a plurality of bulbs electrically coupled thereto; a controller for controlling at least one of the at least two circuits; a power cable; a connector for electrically coupling the controller to the power cable, the connector being coupled to the controller; and a housing protecting the controller and the connector; and wherein the bulbs of at least one circuit are constantly on; and the bulbs of at least one circuit are flashed or dimmed at a predetermined interval.

Abstract: An illumination system has a light source and a wavelength conversion layer within a light-recycling envelope. The light source is a light-emitting diode or a semiconductor laser. The light source will emit light of a first wavelength range that is transmitted through the wavelength conversion layer in order to convert a portion of the light of a first wavelength range into light of a second wavelength range. Light of both the first and second wavelength ranges will exit the light-recycling envelope through an aperture. The recycling of the light by the light-recycling envelope will enhance the output radiance and luminance of the light exiting the illumination system.

Abstract: A lighting fixture includes a light housing having two housing portions transversely extended at an adjacent angle less than 180 degrees to define a front angled opening, and a reflector having two reflecting portions received in the two housing portions of the light housing respectively wherein each of the reflecting portions of the reflector has a reflecting surface formed at an inner wall of the respective housing portion of the light housing. A light source arrangement includes two light sources, which are adapted for electrically connecting to a power source, supported within the two housing portions of the light housing respectively wherein the two light sources are arranged for producing lights to reflect on the two reflecting surfaces of the reflector respectively so as to project to outside through the front angled opening of the light housing with a wide projecting angle.

Abstract: A twinkle bulb light set includes, alternately from one end of the light set to an opposite end of the light set, a plurality of standard bulb sockets, each configured and dimensioned to operatively receive a standard bulb, whether a steady burning bulb or twinkle bulb, and at least one fuse bulb socket configured and dimensioned to operatively receive a fuse bulb. The standard bulb sockets are configured and dimensioned to releasably operatively receive only standard bulbs, and the fuse bulb socket is configured and dimensioned to non-releasably operatively receive a fuse bulb.

Abstract: A light module includes a light emitting diode assembly defining a front side light emitting diode array and a rear side. The rear side is in thermal communication with a thermally conductive spreader, and a thermally conductive core is in thermal communication with the conductive spreader. The thermally conductive core includes an electrical conductor in operative communication with the front side light emitting diode array, and a plurality of appendages disposed about the thermally conductive core such that they are in thermal communication with the conductive spreader.

Abstract: A light string includes light bulbs, an oval core having two power cord holes respectively defined to receive therein two secondary power cords, wire holes each defined to receive one of two wires extending from two adjacent light bulbs, apertures each defined between two wire holes, light bulb holes radially defined in the oval core to respectively receive therein one of the light bulbs and a circular cutout defined in a central portion of the oval core to allow extension of connection wires, each connection wire being connected between two wires from two alternately located light bulbs in the oval core and intersected with one another in one of the apertures, and a protrusion integrally formed on a side of the oval core and having a primary power cord hole defined to receive therein a primary power cord.

Abstract: An ice dispenser. The ice dispenser may include an ice hopper for holding the ice and a lighting system positioned about the ice hopper for illuminating the ice. The lighting system may include a number of light emitting diodes.

Abstract: An incandescent tube bulb replacement assembly that is used in place of a horizontal incandescent tube light in a standard interior horizontal tube light fixture. The assembly includes a small printed circuit board (PCB) with a plurality of LEDs mounted perpendicularly thereon. During installation, the existing horizontal incandescent tube is removed and replaced with an LED assembly so that the LEDs fit into the center of the reflector. Attached to the opposite sides of the PCB are two, upward extending conductor arms that snap-fit into the two existing end conductors. The PCB includes a lighting circuit that allows the assembly to connect without regard to the polarity.

Abstract: A novel lighting system utilizing low power consumption LEDs to provide safe, economical and decorative lighting. In a first embodiment, and acrylic candle body having a 45 degree reflector is mounted on top of a LED source to direct light along the body of the light and outwardly as directed by the reflector. The acrylic body can be rotated to point the reflected light in the desired direction. In a second embodiment, the acrylic candle and reflector are replaced by fiber optic ports and a light driver for connecting fiber optic strands that can be side lighting or end lighting to provide lighting at points distant from the light source. In a third embodiment, the fiber optic strand in run in parallel inside or outside a transparent liquid conduit such as a modified garden hose, a beverage dispenser, or a kitchen faucet to light the conduit and or the spray of the hose in a single or multiple colors.

Abstract: Disclosed is a intelligent light source that is capable of providing a uniform illumination image across the surface of an illuminated object analyzed by an optical detector. This is accomplished by individually controlling each light-emitting element of a linear array of light elements. Calibration of the array is accomplished by sequentially illuminating each optical element of the source and building an array of normalized detected data. The matrix is then inverted and multiplied by a linear array of ones to generate the calibration data. The calibration data are then used to program a simple logic device that allows accurate digital control of the intensity of each individual light element.

Abstract: A decorative device for attaching onto objects includes an elongate housing having a peripheral wall extended from an outer peripheral portion of a bottom panel, and a covering having an outer peripheral portion engaged and secured to the peripheral wall of the housing. A circuit board is secured in the housing, and has one or more light devices to generate warning light. The housing may be attached to the side portions of the vehicles for lighting the side portions of the vehicles, and for preventing the side portions of the vehicles from being hit by the other vehicles.

Abstract: This invention provides a planar lighting structure having a light guide plate with inverted V pattern constituted by two wedge light guide plate in order to increase illumination of the planar lighting structure.

Abstract: A light string includes light bulbs, an oval core having two power cord holes respectively defined to receive therein two secondary power cords, wire holes each defined to receive one of two wires extending from two adjacent light bulbs, apertures each defined between two wire holes, light bulb holes radially defined in the oval core to respectively receive therein one of the light bulbs and a circular cutout defined in a central portion of the oval core to allow extension of connection wires, each connection wire being connected between two wires from two alternately located light bulbs in the oval core and intersected with one another in one of the apertures, and a protrusion integrally formed on a side of the oval core and having a primary power cord hole defined to receive therein a primary power cord.

Abstract: The present invention relates to a light emitting lamp for controlling various brightness and color more efficiently. The light emitting lamp having plural red color emitting device, green color emitting device, and blue color emitting device; comprises an input means for inputting the control request signal of brightness and color by a user, a brightness control means for generating a digital control signal modulated in amplitude wherein the digital control signal has a plurality of signal levels in accordance with the request signal of brightness, a color control means for generating a digital control signal modulated in pulse-width wherein the digital control signal has a plurality of signal level in accordance with the request signal of color, wherein the brightness and color of plurality of the emitting device are controlled by the digital control signal modulated in amplitude and pulse-width.

Abstract: The invention relates to an optoelectronic component, having a semiconductor chip (1) which is mounted on a flexible chip support (6), in which conductor tracks (3, 5) for electrically connecting the semiconductor chip (1) are embodied on a first main face, and on which a housing frame (7) is disposed that is filled with a radiation-permeable medium, in particular a filler compound. A display device, an illumination or backlighting device, and a method for producing components of the invention are also disclosed.

Abstract: A luminaire (1) has means for holding and for electrically connecting a tube-like lamp (2) and a back reflector (4), extending over the length of the lamp (2), which is provided for the purpose of reflecting a part of the light emitted from the lamp (1) counter to a certain emission direction. In the back reflector there are provided through-openings (5) which are provided for the purpose of allowing a part of the light emitted from the lamp (2) to pass through in the emission direction, whereby pot reflectors (6) adjoin onto the through-openings (5) in the back reflector (4) in the emission direction. The luminaire distinguishes itself through the variety of the illumination effects which can be achieved therewith, which however have no effect on the functionality of the luminaire for room illumination or for the illumination of workplaces.

Abstract: A signaling device for annunciating in a hallway of a building a status of a monitored person or object is provided. The signaling device includes at least two vertically stacked sections for announcing a status of the monitored person or object with each section announcing a status of a different condition. Each section includes a solid-state, light-emitting device (LED) that is supported such that when the device is mounted to the wall of the hallway a beam of light from the LED is substantially aimed at a wall opposing the wall to which the device is mounted. A pair of opposing planar surfaces extends along diverging planes and is supported over each LED to receive the LED's beam of light. Each of the planar surfaces extends at an angle approximately equal to a characteristic optical beam angle of the beam of light.

Abstract: The lighting unit comprises a first lighting element (10) and a second lighting element (11). In operation, the first lighting element (10) has a comparatively high light output. The second lighting element (20, 20′) has a light output, in operation, which is relatively low in comparison with that of the first lighting element (10). The lighting unit comprises a control mechanism (40) including a switching means with a toggle function that is responsive to sequential switches in the power applied to the lighting unit. By selecting the proper switching sequence, either the first lighting element or the second lighting element or both lighting elements are switched on. Preferably, the first lighting element is a compact fluorescent discharge vessel (10), and the second lighting element comprises a plurality of LEDs (20, 20′). The lighting unit enables remote-controlled switching between orientation light (night lamp) and normal light, using the toggle function in the lighting unit.

Abstract: A light source incorporates light emitting diodes (LEDs). The LEDs may be raised off the floor of the optical cavity to permit light to be emitted from the base of the LED. Additionally, a reflective protrusion may be placed beneath the raised LED to aid in redirecting light forward. The LEDs may be skewed in relation to adjacent LEDs to reduce interference. Non-white LEDs may be incorporated into the light source to permit for selective color tuning. Fluorescent lamps may also be implemented in combination with the LEDs to form a hybrid light source.

Abstract: A sticking-positioned firework light comprising: on the top of which a base seat makes positioning of a plurality of radiation lamp pipes; a main lamp pipe extends downwardly from the center of the base seat; the radiation lamp pipes and the main lamp pipe is made of soft elastomer, and lamp strings are placed in the radiation lamp pipes and the main lamp, the conductors of the lamp strings are connected to a light control device; the radiation lamp pipes are inserted into a plurality of corresponding positioning means provided on the top of the base seat, the conductors are extended each for an ample length when normally being inserted in the positioning means to be contracted in the base seat. The entire firework light can be mounted by sticking in a field to provide a viewing effect of a firework; the firework light can be packed up in a packing box of smaller volume.

Abstract: An LED illumination apparatus according to the present invention includes at least one connector and a lighting drive circuit. The connector is connected to an insertable and removable card-type LED illumination source, which includes multiple LEDs that have been mounted on one surface of a substrate. The lighting drive circuit is electrically connected to the card-type LED illumination source by way of the connector. The card-type LED illumination source preferably includes a metal base substrate and the multiple LEDs that have been mounted on one surface of the metal base substrate. The back surface of the metal base substrate, including no LEDs thereon, thermally contacts with a portion of the illumination apparatus. A feeder terminal to be electrically connected to the connector is provided on the surface of the metal base substrate on which the LEDs are provided.

Abstract: A structure of fully enveloped miniature lamp bulb for lamp strings suitable for mass production and having any of varied appearances is disclosed. The lamp bulb has two electrode pins with a predetermined distance therebetween and being connected in the glass body thereof to a light emitting tungsten filament, parts of the electrode pins are extended out of the bottom of the glass body for connecting to a conductor pair. A transparent cover having any of various kinds of modeling which are made separately with dies is provided with an assembling hole of a size mating with that of the lamp bulb and extending inwardly for a suitable depth from an end thereof; the miniature lamp bulb connected with the conductors is placed in the assembling hole by assistance of a positioning block, the connecting area is sealed with adhesive agent to complete assembling of the structure.

Abstract: A light-emitting diode-based light source (40) for retro-fitting into a traffic signal lamp (10) employing an incandescent light bulb (12) includes at least one light emitting diode (LED) (46), a dispersing reflector (62) cooperating with the at least one LED (46) to adapt light (60) produced by the at least one LED (46) for receipt by optics of the traffic signal lamp (10), and a screw-type electrical connector (42) adapted to mate with a threaded socket connector (18) of the traffic signal lamp (10). The screw-type electrical connector (42) is adapted to transmit electrical power to the at least one LED (46). A method (100) is provided for the retro-fitting, including the step (104) of removing the threaded light bulb (12) from the threaded socket (18), and the step (106) of connecting the threaded LED light source (40) into the threaded socket (18).

Abstract: A lighting device for vehicle includes a base defining an interior space therein and having an open end. The base forms a circumferential groove in and around the open end. A hole is defined in a bottom wall of the groove. A light-transmitting cover has a corrugated flange received in the groove of the base for attaching the cover to the open end of the base for covering the open end. A recess is defined in the flange and substantially aligned with the hole. A plurality of projections is formed on an inside surface of the cover and spaced along an inner circumference of the cover. A primary lighting element, such as a conventional automobile headlight bulb, is fixed in the interior space of the base for projecting a light beam through the cover.

Abstract: A data communication apparatus comprising includes multiple white light emitting diodes or other sources of light which generate environmental lighting for a user of the data communication apparatus. The data communication apparatus also includes a data transmitting device positioned adjacent the white light emitting diodes, the data transmitting device configured to wirelessly transmit data signals to electronic devices used by the user. The data communication apparatus can also include a data receiving device for receiving wirelessly transmitted data signals from the electronic devices used by the user. The data communication device can be used, for example, in an aircraft cabin lighting system.

Abstract: Described is a filter device for reducing the light output of a flash tube, while leaving the light output of a modeling light tube unaffected, in a dual lamp photo strobe unit. The filter device is comprised of a body that is sized to fit over a flash tube in a dual light, photo strobe unit. Critically, the body fits over the flash tube only, thereby leaving the modeling light unobstructed. It its preferred embodiment, the filter device has axial symmetry. It a most preferred embodiment, the filter device has a circularly shaped base, a tubular sidewall that extends from the base to an enclosing top section. The top section critically includes an aperture through which the modeling light will project, when the filter device is placed upon a photo strobe unit.

Abstract: An elongated rope light includes an elongated outer sheath having a first end, a second end, and an axial slot extended from the first end toward the second end, an intermediate sleeve, having an axial groove, fittedly received in the axial slot of the outer sheath wherein the intermediate sleeve has a first color section having a predetermined first color and a second color section having a predetermined second color different from the first color, and an illuminating unit including a plurality of illuminators spacedly disposed along the axial groove of the intermediate sleeve and an electric input electrically connected to the illuminators in such a manner that the illuminators are capable of respectively producing lights that transmit through the first and second colors sections of the intermediate sleeve so as to color up the lights with respect to the first and second colors.

Abstract: In a deuterium lamp box in accordance with the present invention, a wavelength of light different from that of a deuterium lamp can be forwardly let out from a light exit opening. Namely, when the deuterium lamp of a see-through type is lit, the light generated from the deuterium lamp can be let out from the light exit opening. When a second lamp is lit while the deuterium lamp is turned off, the light generated from the second lamp 85 passes through the deuterium lamp while in a state collected by a lens, and is let out from the light exit opening. When the deuterium lamp and the second lamp are lit at the same time, different wavelengths of light are let out from the light exit opening while in a mixed state. Thus, three kinds of light can be made depending on how the lamps are lit, whereby this lamp box is considered to have a versatility much higher than that of a lamp box accommodating only one lamp.

Abstract: A lamp string includes a plurality of insulator bases, a plurality of conducting strips, and a plurality of illuminating devices. Each of the conducting strips is mounted fixedly on an adjacent pair of the insulator bases. Each of the illuminating devices bridges an adjacent pair of the conducting strips on a respective one of the insulator bases.

Abstract: A white light is provided for backlighting a liquid crystal display by directing red green and blue light into the first end of a color mixing optical fiber, mixing the red green and blue light in the color mixing fiber to produce white light, and conducting the white light out of the second end of the color mixing fiber to the liquid crystal display. The color mixing optical fiber and sources for generating the red green and blue light may be located remotely from the liquid crystal display, and the white light produced in the color mixing optical fiber coupled to the liquid crystal display by coupling optical fibers, thus simplifying and facilitating construction and operation of the backlighting system, and allowing for more convenient removal of heat remotely from the liquid crystal display.

Abstract: A tubular decoration light string comprising inner insulator and outer insulator, said decoration light string equipped and fixed an inner insulator, said inner insulator and decoration light string to be sealed within an outer insulator, and to form a longitudinal direction hollow in said outer insulator, increasing an effect of reflection and refraction of light.

Abstract: A direct-type back light device includes a plurality of luminescent lamps, a rectangular frame having holes formed along opposing sides with the luminescent lamps inserted into the holes, a reflecting plate formed at a bottom surface of the rectangular frame, and at least one lamp holder attached to the reflecting plate and supporting the luminescent lamps.

Abstract: A photoconductor panel for lighting a keyboard. The photoconductor panel is disposed in an electronic product having a liquid crystal module and a keyboard. The photoconductor panel is disposed on the bottom of the liquid crystal module. The photoconductor panel has a photoconduction face facing the liquid crystal module. At least one side of the photoconduction face has multiple photoconduction sections for conducting light beam to the photoconduction face. At least one light source is disposed on one side of the photoconduction face. A portion of the photoconductor panel is further formed with multiple through holes corresponding to the touch sections of the keyboard and the touch buttons. The circumference of each through hole is formed with at least one second photoconduction section for conducting light beam upward.

Abstract: A lamp assembly for general illumination and/or ornamentation has a base with a support member bearing both a lamp-bulb receiving socket and a lamp shade. The lamp shade, or other ornamental element of the lamp assembly is formed at least in part of an electroluminescent material and, in the disclosed form, the inner surface of the shade is reflective. The lamp assembly, accordingly, includes two sources of illumination, namely the electroluminescent material and a lamp-bulb received in the bulb-receiving socket. A conventional line cord is provided to connect the lamp to any ordinary source of electrical power, and a four-position electrical switch coupled to the line cord permits a user to direct power selectively to the lamp socket, or to the electroluminescent shade, or to both simultaneously. In its fourth position, all electrical power is cut-off so that the lamp is not illuminated.

Abstract: An electrically powered illuminating handle/strap for lifting, pulling, carrying, opening, holding or whatever. The light source is the handle/strap. Illumination can occur in different ways by aiming the light emitting means. Directions can be: generally, as in all directions; partially, such as drown into a container, at what it is attached to, or towards the person using it; specifically, such as at signage or a keyhole on or adjacent to what it is attached to; or in a combination of several directions at once. Different or combinations of light emitting means can be used. The handle can be rigid or flexible. This is a simple cost effective way to increase visibility and safety.

Abstract: In one aspect, an illumination device for illuminating a desired portion of a target object includes a light source and one or more diffractive, holographic optical elements disposed in an optical path between said light source and the target for forming a discrete illumination field on the target. In a further aspect, a method for illuminating a desired portion of a target object to be illuminated includes providing a source of light and arranging a diffractive, holographic and diffractive optical element in an optical path between said source of light and said target. The optical element is configured to deliver a selected pattern of light to an illumination field at a selected working distance away from the combined holographic and diffractive optical element. A target object to be illuminated is positioned in the optical axis at a distance approximately equal to said working distance.

Abstract: A lamp string comprises a plurality of serially connected lamp units. Each lamp unit comprises a casing, two base plates respectively mounted in two ends of the casing, an illuminating member mounted in the casing, at least one metallic bar extending between the base plates and electrically connected to the illuminating member, and two end covers removably attached to the ends of the casing for closing the casing. Two adjacent ones of the lamp units are electrically connected by at least one wire that is electrically connected to the illuminating member and the metallic bar. A soft tube may be provided to enclose the wire.

Abstract: An array of distinctively shaped translucent members are selectively placed on LED lamps of a decorative light string to create a novel display. Each member is made of a flexible translucent plastic material having a distinctive shape and a recess for receiving the LED bulb. The shape of the members include, but are not restricted to, flowers or other objects from nature, religious or national symbols, astronomical or zodiac objects and symbols, geometric shapes, and depictions of structures such as historical buildings.

Abstract: A twinkle bulb light set includes, alternately from one end of the light set to an opposite end of the light set, at least one standard bulb socket configured and dimensioned to operatively receive a standard or steady-burning bulb and at least one non-standard bulb socket configured and dimensioned to operatively receive a non-standard twinkle bulb. The standard and non-standard bulb sockets are configured and dimensioned to operatively receive only standard and non-standard bulbs, respectively. Preferably the standard bulb socket is smaller than the non-standard bulb socket in at least one dimension such that the standard bulb socket cannot operatively receive a non-standard bulb, and the non-standard bulbs have at least one dimension greater than that of the standard bulbs, thereby to preclude operative receipt of a non-standard bulb in a standard bulb socket.