42results about How to "With glow effect" patented technology

An LED lamp comprises a light-permeable lamp cover, a radiating base, LED light emitting units, a layout circuit conductive layer and a fixing mechanism, wherein the layout circuit conductive layer is connected with the LED light emitting units electrically, and the fixing mechanism is used for fixing the LED lamp at a set position. The LED light emitting units are fixed on the radiating base. The light-permeable lamp cover and the radiating base are mounted together to form a containing cavity for containing the LED light emitting units. The fixing mechanism is fixed on the radiating base directly, integrated to the radiating base, fixed on the light-permeable lamp cover directly, or integrated to the light-permeable lamp cover. Radiating through holes, which match with the LED light emitting units in arrangement, are further arranged among the LED light emitting units. Each LED light emitting unit is adjacent to the corresponding radiating through hole which penetrates through the light-permeable lamp cover and the radiating base. Both ends of each radiating through hole are communicated with air to form an air convection radiating passage. The LED lamp has the advantages that the LED lamp is simple in structure and effective in radiating, and the service life of the LED light emitting unit is long.

The invention provides a LOGO luminous device and a refrigerator. The LOGO luminous device comprises a shell panel and an electroluminescence sheet, wherein a plurality of holes are formed in the shell panel and are arrayed to form a LOGO; the electroluminescence sheet is mounted at the back of the shell panel, is positioned at the LOGO and is used for enabling the LOGO to emit light. Due to the technical scheme, the LOGO luminous device enables the LOGO of the refrigerator to achieve a luminous effect, and the integrality of the LOGO and a refrigerator panel is guaranteed. Therefore, the attractiveness of the refrigerator is improved; meanwhile, the problem of heating of a LOGO light source is solved, and the potential fire hazard is avoided.

The invention provides a novel camouflage painting coating material, which is prepared from the following components in parts by mass: a component A main paint and a component B curing agent, wherein the component A comprises 20-50 parts of resin, 20-40 parts of a special pigment, 4-20 parts of a near-infrared reflection type fluorescent pigment, 0.6-4 parts of an auxiliary agent, and 5-15 parts of a solvent; and the component B comprises the following components in parts by weight: 40-70 parts of isocyanate, 29-40 parts of a cosolvent and 1-5 parts of a dehydrating agent. The component A main paint is prepared by mixing and dispersing the special pigment, the near-infrared reflection type fluorescent pigment, the resin, the solvent and the auxiliary agent, and conducting grinding and compounding. The novel camouflage painting coating material provided by the invention effectively improves the camouflage stealth efficiency of weaponry in different background environments in a wartime state, and greatly improves the survivability of the weaponry. The product is highly targeted to use objects, and can be applied to the fields of false equipment, air force parachutes, targets and the like.

The invention relates to the technical field of daily necessaries, in particular to a light emitting toothbrush. The light emitting toothbrush comprises a toothbrush handle and toothbrush bristles arranged at the toothbrush head portion of the front end of the toothbrush handle. A light guiding strand is arranged in the toothbrush handle. The front end of the light guiding strand extends to the lower ends of the toothbrush bristles. The back end of the light guiding strand forms a strand bundling end socket. A colored lamp light source is arranged at the back end of the strand bundling end socket. A button switch used for controlling the colored lamp light source to be on or off is further arranged on the toothbrush handle and connected with the colored lamp light source through a wire. The toothbrush bristles of the toothbrush can emit light, the effects of brightness and lighting are achieved, and the cleaning effect is more obvious.

The invention relates to a box, in particular to a fluorescent box. The fluorescent box includes a box cover and a box body, and is characterized in that fluorescent bands are attached to the edges of the box cover and the inner edges of the box body. The fluorescent box has the advantages of simple structure and low manufacture cost.

The invention provides a cooling device which comprises a cooling fin group, a lamp box and two enclosed shells. The lamp box is of a box-shaped structure, first through holes are formed in the side surfaces of the lamp box, second through holes are formed in the top surface of the lamp box, third through holes corresponding to the second through holes are formed in the bottom surface of the lampbox, each enclosed shell comprises a mounting plate, an enclosed plate and an inserting plate, the enclosed plates are arranged around the outer side edges of the mounting plates and extend to the cooling fin group, two enclosed plates of the enclosed shells are abutted to form containing space with two end openings, the cooling fin group is assembled in the containing space and extends from one end opening to contact with a heat source, the lamp box covers the other end opening, the inserting plates are connected with the enclosed plates and extend to the cooling fin group to penetrates the first through hole to be inserted into the lamp box, and screws can sequentially penetrate the second through holes, the inserting plates and the third through holes and are connected with the coolingfin group, so that the cooling fin group, the lamp box and the enclosed shells are integrally connected. The cooling device is convenient to assemble.

The invention relates to a manufacturing method of a surface light source of a notebook computer, which belongs to electronics. The manufacturing method comprises the following steps: molding step: using a presetting mold to carry out injection molding to obtain a plastic substrate; forming step: forming a light source into a film lighting layer; and integrating step: integrating the plastic substrate and the film lighting layer into a whole to form a light source device. Based on the manufacturing procedures, the invention can be applied to the casing manufacturing process of notebook computers to achieve utility progresses, such as product diversity, customization, and added-value improvement of products.

The present invention is fluorescent resin board for bowling raceway and is used to replace available raceway with coated fluorescent plastic film, which needs frequent replacement. The fluorescent resin board is produced with melamine-formaldehyde resin with luminous material added and through the steps of paper making, soaking, forming together with kraft paper and through high temperature pressing.

The invention discloses a flexible lamp bar with crystal effect, which comprises a strip flexible plastic lamp body core wire, wherein a plurality of luminous body holes vertical to the core wire are formed in the core wire along the longitudinal direction; a longitudinal through hole penetrating the lamp body core wire is formed in the lamp body core wire; the periphery of the lamp body core wire is provided with an euphotic light scattering layer; the top outline of the section of the light scattering layer on the top surface of a luminous body is arc-shaped; the light scattering layer and the lamp body core wire are formed together; a transparent plastic cladding is clad on the periphery of the light scattering layer along the axial direction; the top outline of the section of the light scattering layer on the top surface of the luminous body is of a sunken arc; and the luminous body comprises a printed circuit board (PCB) and a surface-mounted light emitting diode (SMD LED) arranged on the PCB. The flexible lamp bar has the advantages of good decoration effect, high light utilization rate, three-dimensional effect, small volume, simple structure and crystal effect, and is easy to form.

The invention relates to the technical field of rattan, and in particular relates to a lumining rattan making method which is as follows: a PE (poly ethylene) material and fluorescent powder are mixed, the mixture material is processed by a mold, cooled by water and molded into a semi manufactured lumining rattan, embossing processing is performed before the lumining rattan completely cooled, finally the cooled molded lumining rattan finished product is rolled up and bundled by a traction machine, the lumining rattan prepared by the method is mixed with the fluorescent powder, so that the lumining rattan has glowing effect, is easy to light at night, and plays the space decorative effect.

The invention relates to a music neck ring player comprising a neck ring body. A wireless transmission unit, a processor and a loudspeaker are arranged in the neck ring body. The wireless transmissionunit receives external audio data and transmits the external audio data to the processor for processing; and the processor processes the received audio data and the loudspeaker carries out playing based on the data. Because the music neck ring player has a wireless transmission function, a wireless terminal like a mobile phone or a tablet personal computer sends out a signal to play music, so that the burden of the user is reduced when the user goes out with a dog or other pets or walks the dog; the user is assisted in finding out the pet at any time; the music playing is done intelligently;and thus the life quality of the user is improved.

The invention discloses a light-emitting device applied to a shoe product and a running method of the device. The light-emitting device comprises at least one optical fiber and at least one light-emitting unit. Each optical fiber is arranged in a shoe sole of the shoe product and comprises a light inlet and multiple light outlets. The light-emitting units are used for emitting light. The light enters the optical fibers through the light inlets to be transmitted and is emitted out of the optical fibers through the light outlets. Therefore, the shoe sole of the shoe product has a light-emittingeffect.