95 results about "Glow stick" patented technology

Various exemplary implementations of light emitting diode (LED) based illumination products and methods are disclosed including, but not limited to, glow sticks, key chains, toys, balls, various game accessories, light bulbs, night lights, wall lights, wall switches, wall sockets, wall panels, modular lights, flexible lights, automotive lights, wearable accessories, light ropes, decorative lights such as icicles and icicle strings, light tubes, insect control lights and methods, and lighted air fresheners / scent dispensers. Any of the foregoing devices may be equipped with various types of user interfaces (both “local” and “remote”) to control light generated from the device. Additionally, devices may be controlled via light control information or programs stored in device memory and / or transmitted or downloaded to the devices (e.g., devices may be controlled individually or collectively in groups via a network, glow sticks or other products may be downloaded with programming information that is stored in memory, etc.). Devices also may include sensors so that the generated light may change in response to various operating and / or environmental conditions or a user input. Various optical processing devices which may be used with any of the devices (e.g., reflectors, diffusers, etc.) also are disclosed.

Various exemplary implementations of light emitting diode (LED) based illumination products and methods are disclosed including, but not limited to, glow sticks, key chains, toys, balls, various game accessories, light bulbs, night lights, wall lights, wall switches, wall sockets, wall panels, modular lights, flexible lights, automotive lights, wearable accessories, light ropes, decorative lights such as icicles and icicle strings, light tubes, insect control lights and methods, and lighted air fresheners / scent dispensers. Any of the foregoing devices may be equipped with various types of user interfaces (both “local” and “remote”) to control light generated from the device. Additionally, devices may be controlled via light control information or programs stored in device memory and / or transmitted or downloaded to the devices (e.g., devices may be controlled individually or collectively in groups via a network, glow sticks or other products may be downloaded with programming information that is stored in memory, etc.). Devices also may include sensors so that the generated light may change in response to various operating and / or environmental conditions or a user input. Various optical processing devices which may be used with any of the devices (e.g., reflectors, diffusers, etc.) also are disclosed.

A lighting device comprises an elongated assembly forming a water-tight chamber adjacent a first end of the lighting device, where the first end includes a transparent face along a long axis of the elongated assembly. A lighting module, having a first light source and a second light source positioned on opposite ends of the lighting module, is positioned within the water-tight chamber so that the first light source is adjacent to and is configured to project light out the transparent face in a first direction along the long axis of the elongated assembly. The second light source is configured to illuminate along an elongated portion of the elongated assembly, where the elongated portion extends from the water-tight chamber in a second direction along the long axis of the elongated assembly opposite from the first direction, and out translucent circumferential sides of the elongated portion. A button on the module allows one to selectively alternate between the first and second light sources.

A connector for glow sticks having first and second engaging members for engaging first and second ends of a glow stick. Positioned above the engaging members is a display area for the display of advertising or other information. The engaging members are typically shaped to fit the generally cylindrical glow stick. The ends of the glow stick are inserted into the engaging members, allowing the glow stick to function as a necklace or bracelet while displaying advertising, for example the logo of the sponsor of an event the user is attending.

The invention discloses a 2.4 G wireless control system of an LED lamp. The system comprises a mobile terminal, a cloud terminal, a PC terminal, a transmitting device and a DMX console, wherein the mobile terminal is in signal connection with the cloud terminal through a 4G network or a wireless network, the cloud terminal is in signal connection with the PC terminal through an Ethernet, the PC terminal is in signal connection with the DMX console through a USB connecting line, and the DMX console is electrically connected with the LED glow stick through a DMX channel; according to the invention, the transmission speed is high; the point control operation of the LED glow stick is realized; according to the LED fluorescent rod, the field LED fluorescent rods can be integrated to form a pattern effect, the large-batch alignment function of the LED fluorescent rods is achieved, more accurate frequency alignment can be achieved through the 2.4 G transmission protocol, the anti-interferencecapacity is higher, and the LED fluorescent rod is suitable for being used and popularized in the fields of venue lamplight arrangement, concert lamplight control and the like.

An inflatable life raft having one or more air channels forming a generally rectangular shaped body when the raft is unfolded and inflated. Valves in fluid communication with the air channels for inflating and deflating the life raft. A storage carrier is integrally constructed with the life raft for storing the folded normally deflated life raft so that the raft can be easily carried, transported, and automatically deployed. The inflatable raft includes a waterproof pouch releasably attached to the raft for storing items such as a rope, flare launcher, strobe light, glow sticks, and whistle. A tether couples the life raft to a user, and a plurality of reflectors is attached to the surface of the inflatable life raft. A replaceable gas cylinder, and manual hand pump are operatively coupled to the valves for automatically or manually inflating the life raft.

The invention provides a LED glow stick, which comprises a transparent stick shell with a LED string and a power supply. The LED string is coupled with a control circuit which comprises a memory for memorizing the array of characters and graphics needed to be shown. A central processing unit which is coupled with the memory can take out the array of characters and graphics needed to be shown form the memory, and can output to the LED string line by line or row by row; so, at a certain moment, the LED string only shows one line or one row of the array of characters and graphics needed to be shown. The LED glow stick is manually operated, thereby responding to the manual swing and rotation of the LED glow stick and completely show the array of characters and graphics needed to be shown. The invention has the beneficial effects that a single line LED can show the glow charters; no motor is used in the method; the single line LED can be shown during naturally moving; the shown characters and graphics are rich and dynamic and so on.

A lighting device including an elongate illuminated portion having translucent side walls spaced about a long axis of the illuminated portion. The device further includes a light source configured to direct light along a length of the illuminated portion and out the translucent side walls. An actuator extends in a biased position oppositely from the light source in a deactivated position. A circuit is electrically coupled between the actuator and light source for activating the light to a first lighting function for so long as the actuator is moved to a compressed position, detecting the actuator being moved back to its biased position, and activating the light to a second lighting function for so long as the actuator is moved back to the compressed position.

The present invention provides a fiber optics illuminated glow stick apparatus comprising at least one multicolored LED, an optics cable in proximity to the multicolored LED that illuminates when the LED is illuminated, a control circuit for controlling the multicolored LED to be illuminated, and a protective cover being mounted to a stick housing and encasing at least a part of the optics cable therein. The present invention also provides a fiber optics illuminated glow stick apparatus comprising a light source, an optics cable in proximity to the light source that illuminates when the light source is illuminated, a control circuit for controlling the light source to be illuminated, and a protective cover that encases the optics cable. The fiber optics illuminated glow stick can glow in a variety of different colors and is reusable and rechargeable. The fiber optics illuminated glow stick may additionally include an LED flashlight.

End caps for chemiluminescent light sticks. The end caps can be of a numerous styles and materials for coupling to a common light stick body. The end caps can be installed either during the manufacturing stage allowing manufacturer efficiencies or for installation by the consumer such as in a kit. The end caps allow use of a common light stick that may include the chemical light components in sealed containers wherein the container includes a receptacle for securement of the end cap; or in an unsealed container wherein the end cap provides the sealing mechanism for the chemicals. The end caps can be made from most any material providing the manufacturer with the ability to produce a large variety of attachment mechanisms while decreasing the cost of light stick production.

An inflatable life raft having one or more air channels forming a generally rectangular shaped body when the raft is unfolded and inflated. Valves in fluid communication with the air channels for inflating and deflating the life raft. The inflatable raft includes a waterproof pouch releasably attached to the raft for storing items such as a rope, flare launcher, strobe light, glow sticks, and whistle. An ankle tether couples the life raft to a user, and a plurality of reflectors are attached to the surface of the inflatable life raft. For added convenience, a storage means is integrally constructed with the life raft for storing the folded normally deflated life raft so that the raft can be easily carried and transported. A replaceable gas cylinder, and manual hand pump are operatively coupled to the valves for automatically or manually inflating the life raft.

The invention discloses an in-vivo luminous bait comprising a shell. A plurality of three-jaw fishhooks are arranged on the shell, a cavity is formed in the shell, a layer of fluorescent powder is coated on the inner wall of the cavity of the shell and emits out fluorescent light through the shell, and glow sticks are respectively bond on the top end and the bottom end of the shell. The in-vivo luminous bait is simple in structure, and can attract fish by virtue of the light emitted from the fluorescent powder, thus improving the fishing efficiency.

A device for holding a chemiluminescent glow stick mounts to an article such as, but not limited to, a skateboard, an inline roller skate, a snow ski or the like. In one embodiment, the device has an open ended transparent tube for interlocking receipt of the glow stick therein. In another embodiment, a semi-cylindrical clip is sized, structured and disposed before snap fit grasping receipt of the glow stick. One or more brackets have a collar that surrounds and holds the tube or semi-cylindrical clip, and a mounting flange for attaching the bracket to the article using, for instance, screws, hook and loop fasteners, or an adhesive. Alternatively, the brackets may directly hold the glow stick. In this instance, the collar of the bracket is signed for grasping receipt of the glow stick.

A solar light stick for use as a lawn or garden novelty. The solar light stick has a support member, a solar panel, a rechargeable battery, an LED, and a wand. The wand contains a light transmissive material that may be transparent or translucent. The solar panel charges the rechargeable battery which, in turn, provides power to the LED. The LED is positioned to provide light to the interior of the wand. As such, the LED may be located within a recess in the wand. Voids, such as interior bubbles, suspended objects, or surface irregularities may help to disperse light from the LED in a direction external to the wand.

The present invention discloses a method for collecting information of a night traffic accident scene. The method comprises the steps of preparing a collection device, wherein the collection device is a remote control drone with a high-speed infrared camera, a light emitting diode (LED) surface light source and a high sensitivity camera; after people arrives at the night traffic accident scene, firstly, marking traffic elements by using a light stick; controlling the high-speed infrared camera to shoot each marked traffic element closely and takes a plurality of close-up photos by surrounding each element; controlling the drone with the LED surface light source and the high sensitivity camera to fly around the ground accident scene and take photos; splicing a series of aerial images so as to acquire a panoramic image of the accident scene, establishing a close-up index of all traffic elements according to colors, and linking to the close-up photos taken by the high-speed infrared camera and the high sensitivity camera, so as to prepare for detail analysis. The method is simple and convenient to carry out; various conditions are provided when the information of the traffic accident scene is collected; and a condition of the accident scene can be recorded clearly, thereby facilitating post-processing.

An LED illuminated glow stick apparatus uses multicolored LEDs to illuminate an optically transmitting tube that is encased in a soft cushion that is at least partially transparent. The LED illuminated glow stick is capable of glowing in a variety of different colors. It is reusable and rechargeable and safe for children. The LED illuminated glow stick is useful as safety equipment and as a toy. The LED illuminated glow stick may additionally include an LED flashlight.

The invention discloses a metal pencil case which comprises a case cover and a case body, wherein the case cover is connected with the case body through a hinge, a holding space is arranged on the back surface of the case cover, a plurality of pencil bundling rings in two rows are arranged in the holding space, a protruding magnet is arranged at the upper end of each side wall of the case body, grooves matched with the protruding magnets are formed in the back surface of the case cover, the two rows of the pencil bundling rings are aligned, an embedded pointer is arranged above the case cover, an embedded electronic block is arranged above the case cover, and glow sticks are arranged around the electric clock and around the case cover. The metal pencil case is large in holding space, prevents pencil stubs from contaminating the metal pencil case, and keeps pencils in the case arranged orderly. Even if beads of the metal pencil case are worn, the case cover can always be closed tightly; and even if the case body is rusted, the case cover can be opened or closed easily, and the service life is prolonged.

A novelty button illumination device comprises a circular disk body having a circumferential rim. A recess is provided in the rim that holds in place one or more glow sticks. The illumination device engages a novelty button by either the novelty button's pre-existing pin-and-clutch fastening device or by a fastening device affixed to the illumination device. When engaged, the device together with the novelty pin may be worn on clothing and the like. The glow sticks are bent and snapped to activate a chemical light producing reaction and after such activation may be placed into the recess. Thereafter, during the time the glow sticks continue to glow, the novelty pin is illuminated by the glow sticks in the circumferential rim, enhancing the user's enjoyment in using the novelty pin illuminating device.

The invention discloses a vocal concert on-site interaction method and system, applied to a mobile terminal which stores a strategic relation table and interdynamic strategies, wherein the strategic relationship table stores the corresponding relation between sound watermarking and the interdynamic strategies, and the interdynamic strategies comprise at least one glow stick strategy, at least one lyrics prompting strategy, and at least one advertisement putting strategy. The method comprises: collecting vocal concert on-site music information, the music information comprising sound watermarking; extracting the sound watermarking from the music information; determining the interdynamic strategy corresponding to the sound watermarking according to the strategic relation table, the interdynamic strategy corresponding to the sound watermarking being an object strategy; and executing the object strategy. The vocal concert on-site interaction scheme guarantees glow stick display function diversity, lyrics prompting coverage area breadth and advertisement information pertinence, and improves vocal concert on-site interactivity and spectator interdynamic experience.

The invention relates to the field of intelligent-terminal technologies, and particularly to an intelligent-terminal flashlamp control method, a device and an intelligent terminal. A flashlamp flickerfrequency control interface is output, the flashlamp flicker control interface includes a flicker frequency control strip, each position on the flicker frequency control strip corresponds to work parameters of a target flicker frequency, and an operation that a user selects a target flicker frequency on the flicker frequency control strip is acquired; and parameters of a current flicker frequencyof a flashlamp are adjusted to be consistent with work parameters of the target flicker frequency selected by the user. The user can quickly turn on the flashlamp and issue an asking-for-help signalin time when the asking-for-help signal needs to be issued, and asking for help can be quickly carried out through the flashlamp of a mobile phone even if the user is in a special state; and when theuser goes to a vocal concert, no glow stick needs to be bought, the problem that random disposal of glow sticks causes environment pollution and waste after the vocal concert is also avoided, operations are simple, an operation convenience degree is improved, and user experience is improved.

A glowstick includes a lighting module, the lighting module including a light source having a primary direction of emission. The glowstick further includes a polymer rod, the polymer rod interfaced with the lighting module, the polymer rod having a length, a depth, and a width, wherein the length is greater than the depth and the length is greater than the width, the polymer rod proximate to the light source such that the primary direction of emission of the light source is aligned with the length of the polymer rod.

The invention discloses a multi-functional glow stick, which comprises a glow stick main body and a controller, wherein the glow stick main body comprises a handle, a glow stick, light-emitting diodes, and a crash sensor; a controller jack is formed at the lower end of the handle; the controller comprises a display screen, a keyboard, and a data pin connected with the controller jack; the light-emitting diodes are parallelly arranged in the glow stick; and the crash sensor is arranged on the top of the glow stick. The multi-functional glow stick has the advantages that: various Chinese characters or graphs can be set through the keyboard of the controller and control information is transmitted to the glow stick main body through the controller jack, so that the glow stick can display any Chinese character or graph.

The invention discloses a thermochromic glow stick which comprises a grip made of plastics. The grip is connected with a telescopic stick. A fluorescent layer made of fluorescent ink is disposed on the outer surface of the grip. A thermochromic layer made of thermochromic ink is disposed on the outer surface of the telescopic rod. A digital thermometer is disposed at the end of the grip. A temperature sensing probe is disposed at the end of the telescopic stick. The temperature sensing probe is connected with the digital thermometer. The thermochromic glow stick can display a temperature range through color change and can emit light at night.

A light stick, primarily useful in the locomotive industry for signally between train personnel, includes a longitudinally extending housing which contains a first light source and a second light source. The first light source provides for general purpose illumination of the light stick. The second light source provides illumination primarily for purposes of signaling. The light stick may include a lens cap which is positioned at a forward end of the housing, and from which the illumination from the second light source may extend. Preferably, the light that is emitted from the lens cap has a blue color for purposes of railroad signaling.

The invention discloses an LED light-emitting rod which comprises a hollow rod body, a light source component and a power generating component. The power generating component and the light source component are electrically connected and arranged in the rod body, the light source component comprises a circuit board and LED lamps, a voltage stabilizing circuit is arranged on the circuit board and electrically connected to the LED lamps, the power generating component comprises a first electromagnetic inductor and a second electromagnetic inductor, the first electromagnetic inductor is fixed on the inner wall of the rod body, and the second electromagnetic inductor is slidably arranged in the rod body. When in use, the LED light-emitting rod is shaken, current generated by electromagnetic induction is utilized to power the LED lamps, and energy conservation and environment protection are realized; the LED light-emitting rod can be used for a long time, so that the problem that a conventional fluorescent rod only can be used for a short time is solved; the LED lamps are small in energy consumption, brightness of the LED lamps is free of influence of environmental temperature, uniformity can be maintained constantly during shaking use through the voltage stabilizing circuit, and stability in light emitting is realized; no gas harmful to human bodies exists, and damage to the human bodies is avoided even if the LED light-emitting rod is broken, so that the LED light-emitting rod is safe and reliable.