43results about How to "Soft glow" patented technology

The invention discloses a production process of a luminous ceramic product, which belongs to the field of production processes of ceramic materials, and particularly relates to a production process of a luminous ceramic product. A manufacturing process comprises the steps of manufacturing a luminous glaze material, printing, burning, reshaping and the like. The luminous ceramic product disclosed by the invention is a high-technology environment-friendly product, has unique decorating and warning functions, can be widely applied to warning sign systems and emergency evacuation systems of various public utilities, and can be specifically applied to places such as stairs, passages, wall sides, door number plates, floors, decks, lifeboats, buoyant apparatuses, firefighting devices and the like. The luminous ceramic product has the advantages of super-long afterglow, high weather resistance, no influence of weather on the luminous time, acid resistance, alkali resistance, and no change in 100 years.

The invention relates to the illuminating lamp field, and specifically relates to the sheet shape rotary type desk lamp comprising a lampholder, a lamp pole fixed on the lampholder, and a lamp body arranged on the lamp pole; the lamp body comprises N stacked LED lamp sheets, wherein N>1; the N LED lamp sheets are movably arranged on the lamp pole through connecting portions on the edges of the lamp sheets; the N led lamp sheets are mutually coupled through the connecting portions; when the lamp is opened, a random lamp sheet rotates around the lamp pole and drives the adjacent LED lamp sheet to rotate in sequence; each lamp sheet rotates in an angle [alpha] and is conducted, and continuously drives the next lamp sheet to rotate until n lamp sheets are conducted, wherein 1<n<=N. The sheet shape rotary type desk lamp is easy in usage, good in user experience, good looking in outfit, high in decoration functions, and can be widely applied to various home and office places, thus providing wide market prospect.

The invention discloses an ultrathin interactive logo for a household electrical appliance. The logo comprises a semitransparent or transparent logo layer, and multiple letters are displayed on the surface of the semitransparent or transparent logo layer. A protection film layer is arranged on one side of the semitransparent or transparent logo layer, and a transparent bonding layer is arranged on the other side of the semitransparent or transparent logo layer. The semitransparent or transparent logo layer bonds with a backlight layer through the transparent bonding layer. The backlight layer is mainly composed of backlight units, a reflection material layer and a flexible circuit board. The number of the backlight units is equal to the number of the letters, and the backlight units and the letters are arranged in one-to-one correspondence. Each backlight unit is composed of a light guide plate and an LED lamp, the LED lamp is mounted on the flexible circuit board, the end surface of one end of the light guide plate is in contact with the LED lamp, the end surface serves as the light incoming surface, the front surface of the light guide plate serves as the light outgoing surface, and the back surface of the light guide plate is connected to the reflection material layer. A manufacturing method for the logo comprises steps of manufacturing the semitransparent or transparent logo layer, manufacturing the backlight layer, manufacturing the reflection material layer, and assembling the layers. The beneficial effects of the logo are that the logo is uniform in luminescence and is thin in thickness.

The invention relates to touch induction technical field, which comprises a keyboard shell, an EL backlight plate adhered on the keyboard shell, a touch induction key panel adhered on the back surface of the EL backlight plate, and a control circuit used for driving and controlling the EL backlight plate to operate; touch keys are arranged on the touch induction key panel; the control circuit identifies the touch keys and drives the EL backlight plate to operate. The invention adopts an EL backlight plate as the backlight source for touch keys, and the EL backlight plate has the characteristics of low power consumption and gentle light. Through holes are arranged on the EL backlight plate corresponding to the touch keys; each through hole is bigger than the corresponding touch key by 2%-10% in all directions, so the interference on the induction sensitiveness of touch keys from the EL backlight plate and air is overcome; and the induction sensitiveness of each touch key is ensured to be the same or in the same level; meanwhile, the induction interference on the touch keys from the EL backlight plate is overcome; thereby, the sensitiveness of touch keys is improved.

The invention discloses an anti-explosion lamp which comprises a lamp body, an electrical equipment box and an installation support, wherein the lamp body and the electrical equipment box are respectively fixed on the installation support and are integrally assembled with the installation support through fasteners, and the lamp body is connected with the electrical equipment box through a cable. The lamp body and the electrical equipment box are integrally assembled with the installation support through the fasteners so that during installation, only the installation support is needed to be installed. The lamp body and the electrical equipment box are split designed and integrally installed so that the surface operating temperature can be effectively reduced and installation is facilitated. In addition, the anti-explosion lamp is gentle in lighting and good in anti-explosion effect.

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 discloses an ultra-thin film viewing illuminator, which comprises a frame body, a transparent device, a backboard, a light source and a drive. The ultra-thin film viewing illuminator is characterized in that the frame body is sequentially and fixedly provided with a light guide plate and the rear panel from the front side to the back side; an edge of the light guide plate is provided with a reflecting shade, and the light source is arranged inside the reflecting shade. The reflecting shade comprises a reflecting shade body with an arch structure and a planar lateral wing, and the lateral wing is connected with the front side of the light guide plate. The invention has the advantages of even illumination, safe energy conservation, correct film-reading, eyes protection, ultra-thin shape and low production cost.

The invention provides an optimized furniture drawer illumination structure. The structure comprises a furniture drawer and a furniture fixed assembly which are in sliding fit with each other, whereinthe furniture drawer comprises a side plate, a front plate and a rear plate, and a notch part, an adapter and an assembly plate part are arranged on the side plate; the adapter is arranged at the endpart of the side plate; the assembly plate part is arranged on the notch part, or is arranged on the adapter and is fixedly arranged on the notch part through the adapter; the front plate is fixedlyarranged on the side plate, or is arranged on the adapter and is fixedly arranged on the side plate through the adapter; the rear plate is arranged on the side plate, or is arranged on the adapter andis fixedly arranged on the side plate through the adapter; a power supply part is arranged on the furniture drawer; a light-emitting assembly is arranged at the bottom of the assembly plate part, and / or the front plate, and / or the rear plate, the light-emitting assembly is electrically connected with the power supply part, and an electromagnetic inductor is arranged on the light-emitting assembly; a magnet element is arranged on the furniture fixed assembly; and when the furniture drawer slides relative to the furniture fixed assembly to be opened and closed, the light-emitting assembly is controlled to emit light or be extinguished through electromagnetic induction of the electromagnetic inductor and the magnet element.

The invention aims at providing an optical fiber advertisement device which has electricity saving, difficult fault generation and easy maintenance. The optical fiber advertisement device comprises a structural base material (1), a plurality of optical fibers (2), at least one light emitting device (3) and coating layers (4), wherein the structural base material (1) is provided with a plurality of surfaces (11) contacting with external; the optical fibers (2) penetrate through the structural base materials (1); each optical fiber comprises a first end part (21), a second end part (22) and a light guide part (23), wherein the light guide part (23) is arranged between the first end part (21) and the second end part (22), connects the first end part (21) and the second end part (22), and is wrapped with and surrounded by the structural base materials (1); and multiple groups of the first end parts (21) and the second end parts (22) are respectively arranged at intervals (h) to form a figure and / or character pattern and are exposed on the different surface (11) of the structural base material (1); the light emitting device (3) is arranged outside one side of the structural base material (1) and has a distance (W) with the structural base material and can cast light rays to the surface (11) provided with the first end part (21); and the coating layers (4) are arranged on the surfaces (11) and can keep the combination degree of the structural base material (1) and the optical fibers (2) and transmit light.

The invention relates to an illumination structure of a furniture drawer. The illumination structure comprises the furniture drawer and a furniture cabinet which are in mutual sliding cooperation witheach other for being opened and closed; the furniture drawer at least comprises side plates composed of side plate brackets, drawer sensors are arranged on the furniture drawer, assembly slot parts are arranged on the side plate brackets, and light emitting members are disposed on the assembly slot parts. Cabinet sensors are disposed on the furniture cabinet, and the light emitting members, the drawer sensors and the cabinet sensors are in electric control cooperation or sensing cooperation; when the furniture drawer is slidingly opened or closed relative to the furniture cabinet, the light emitting members are controlled to be opened and closed through the electric control cooperation or the sensing cooperation of the drawer sensors and cabinet sensors. Through improvement of the structure above, the illumination structure has the advantages of being simple and reasonable in structure, excellent in performance, easy to use, low in manufacturing cost, easy to produce and achieve, exquisite and attractive in appearance, high in practicability and the like.

The invention provides a semiconductor lighting device. The semiconductor lighting device comprises a shell structure and LED (Light-Emitting Diode) light sources, wherein the LED light sources are fixed on the shell structure; the shell structure comprises a reflection surface which is a quasi-Lambertian reflection surface; the light emergent directions of the LED light sources all point to at least one part of the reflection surface; and the LED light sources form completely or partially uniform illuminance distribution on the reflection surface, and light emitted by the LED light sources is reflected in semi-space solid angles through the quasi-Lambertian reflection surface, so that the lighting effect of soft light-emitting and completely or partially uniform luminance is obtained. According to the semiconductor lighting device provided by the invention, the light emitting is soft; the complete or partial illuminance is uniform; and the lighting effect is good.

A plastic traffic pier doped with a fluorescent powder belongs to the field of traffic sign products. The plastic traffic pier doped with fluorescent powder is produced by an injection mode. The raw materials are plastics added with optimal fluorescent powder, and the fluorescent powder and the plastics are in the weight ratio of 1:0.05-0.10. The fluorescent powder is a rare earth aluminate fluorescent powder with particle size between 150-200. The invention has the advantage that the fluorescent powder can radiate soft light in the night to avoid collision of the vehicles and pedestrians on with the plastic traffic pier.

The invention provides an LED facial mask comprising a hollow arc support. A transparent light guide membrane is arranged between the arc support and an arc fixing frame. The arc support and the arc fixing frame are connected by a buckle. A Y-shaped nose bridge support is fixed in the middle of the arc fixing frame. The light guide membrane is provided with laser dot lines penetrating the light guide membrane. The tail of one end of the arc support is provided with a USB charging port. The hollow portion of the arc support is provided with an LED flexible circuit board lamp strip, and the LED flexible circuit board lamp strip is electrically connected with the USB charging port through an FPC connector. The LED facial mask of the invention has the following advantage: after light is indirectly guided based on an LED micro-optical principle, skin is irradiated; the super-high-transmittance light guide membrane is utilized so that a light source can be uniformly projected onto a face; the light is uniform and soft, and users do not need to worry about damage to the skin; and the LED facial mask is fashionable, light and easy to wear, and can be worn for a long time for other activities.

The invention discloses a light treatment bar. The light treatment bar comprises a peripheral body, a light source and a power supply module, wherein an accommodation space is formed at the peripheral body to accommodate a treated object, an inner side of the peripheral body is equipped with a light source, the light source comprises one or more OLED light sources, the OLED light sources are used for emitting irradiation light with different wavelength scopes, and the power supply module is connected with the light source and is used for providing electric energy for the light source. According to the light treatment bar, low energy consumption OLEDs are taken as the light sources, the OLED light sources are cold light sources, radiation heat is quite low, and energy consumption is small; the OLED light sources are surface light sources, an irradiation coverage area is large, uniform light emission is realized, light is soft and does not hurt eyes, harmful blue light is weak, damage to the eyes can be effectively reduced, and the light treatment bar further has functions of convenient carrying, self power supply, data transmission and multi-media playing.

The invention discloses a flexible organic electroluminescent table lamp capable of being fully automatically switched on or switched off. The flexible organic electroluminescent table lamp capable of being fully automatically switched on or switched off comprises an OLED lamp, a solar panel, a storage battery, a control chip, a pyroelectric infrared sensor, a relay and a power source, the solar panel is connected with the storage battery, the control chip is connected with the pyroelectric infrared sensor and the relay, the relay is connected with the OLED lamp, the pyroelectric infrared sensor senses and detects infrared signals emitted by a human body, and the OLED lamp is made of bendable flexible materials. The flexible organic electroluminescent table lamp capable of being fully automatically switched on or switched off has the function of being automatically switched on or switched off, and as the OLED lamp is made of the flexible materials, the table lamp can be of various shapes and can also be attached to a wall or a bookcase to save floor area. The table lamp is provided with the solar panel, so that solar energy is utilized for supplying power to the table lamp, energy is saved, and environmental protection is achieved. Meanwhile, the table lamp is provided with a photoresistor, and the table lamp is automatically switched on or switched off according to external light.

The invention discloses an intelligent, inductive, flexible, organic and electroluminescent table lamp which comprises an OLED (organic light emitting diode) lamp, a solar panel, a storage battery, a control chip, a thermopile infrared sensor, a thyristor and a power supply; the solar panel is connected with the storage battery, the control chip is connected with the thermopile infrared sensor and the thyristor, the thyristor is connected with the OLED lamp, the thermopile infrared sensor senses infrared signals transmitted by a human body, and the OLED lamp is made of bendable flexible materials. A function that the lamp is turned on and off automatically is achieved, the OLED lamp made of the flexible materials can be made into various shapes or attached to the wall or a bookcase, so that space is saved. By the arrangement of a solar battery charging board, the table lamp is powered through solar, and energy conservation and environment protection are achieved.

The invention relates to a lighting structure for furniture. The lighting structure includes a furniture drawer and a furniture stationary assembly, wherein the furniture drawer and the furniture stationary assembly slidably matched, the furniture drawer at least includes a left side plate and a right side plate, the left side plate and the right side plate are respectively provided with side plate brackets, the left-right side plate brackets are respectively provided luminous parts, a power supply component is arranged on the furniture drawer, and the left-right luminous parts are electrically connected with the power supply component respectively; the luminous parts are provided with electromagnetic inductors, and a magnet element is arranged on the furniture stationary assembly; and when the furniture drawer slides, is opened and closed relative to the furniture stationary assembly, the luminous parts are controlled to open or close through electromagnetic induction of the electromagnetic inductors and the magnetic element. The improved lighting structure for the furniture has the characteristics of being simple and reasonable in structure, excellent in performance, convenient to use, low in manufacturing cost, easy to produce, easy to realize, multifunctional, exquisite in appearance and the like, and practicality is high.

The invention discloses photodynamic skin therapy and beauty treatment equipment. The photodynamic skin therapy and beauty treatment equipment comprises a shell, a light source and a power supply module, one side of the shell is provided with the light source, the light source comprises one or more OLEDs, and the power supply module is connected with the light source and used for providing electric energy for the light source. According to the equipment, unexpected functions can be brought to repair of aged skin, acne skin, freckle skin, wrinkled skin, allergic symptoms, and sunshine burnt skin and promotion of wound healing, damage and discomfort to the skin can be prevented, and the photodynamic skin therapy and beauty treatment equipment is one of the safest apparatuses with obvious effect in therapy of diseases and beauty treatment.

The present invention provides a semiconductor lighting device, comprising: a casing structure and an LED light source, the LED light source is fixed to the casing structure, the casing structure includes a reflective surface, and the reflective surface is a Lambertian-like reflective surface , the light emitting direction of the LED light source points to at least a part of the reflective surface, the LED light source forms a uniform illumination distribution in whole or in part on the reflective surface, and through the Lambertian-like reflective surface half-space solid angle Reflection to obtain lighting effects with soft glow and uniform brightness in whole or in part. The semiconductor lighting device provided by the invention has soft luminescence, relatively uniform brightness in whole or part, and good lighting effect.

The invention relates to an easily radiated and high-power light emitting diode (LED) street lamp cap. The outer surface of a lamp shell body radiator is provided with a plurality of radiating fins, and the plurality of radiating fins are arranged in parallel strips along the axial direction of the lamp shell body radiator; the inner bottom of the lamp shell body radiator is provided with lug boss mounting faces of different angles, aluminum substrates are arranged on the lug boss mounting faces, LED light sources are arranged on the aluminum substrates, the LED light sources are connected by a printed circuit board, and circular pit lenses are arranged outside the LED light sources; and an upper cover is arranged at the front end of the lamp shell body radiator, and light transmission glass is arranged on the upper cover. The inner bottom of the lamp shell body radiator is provided with the lug boss mounting faces of different angles, so that different assembly modes can be adopted in the LED light sources according to different purposes, requirements of different occasions and different illumination ranges are met, the utilization efficiency of an LED is improved, and the illumination effect of a pavement is improved; and the LED street lamp cap has the advantages of power economization, good radiating and illumination effects, simple structure and the like, and is suitable for outdoor road illumination.

The invention relates to electroluminescent water-based ink and wallpaper, and a preparation method and application of the electroluminescent water-based ink. The electroluminescent water-based ink comprises the following raw materials in percentage by weight: 30-40% of a water-based emulsion, 5-20% of an electroluminescent substance, 1-10% of a dispersing agent and 30-60% of a solvent. The preparation method comprises the following steps: adding the water-based emulsion into a stirring barrel, carrying out stirring, sequentially adding the electroluminescent substance, the dispersing agent and the solvent into the stirring barrel, carrying out uniform stirring, and finally carrying out filtering by using a 200-mesh screen. The prepared electroluminescent water-based ink can be used for preparing the electroluminescent wallpaper. The wallpaper prepared from the electroluminescent water-based ink provided by the invention has a soft luminescent effect. The wallpaper can emit light continuously as long as a 12-V weak current is applied to the two ends of the wallpaper, is not influenced by temperature, humidity, ultraviolet rays and light emitting time, and is convenient to use likea household common fluorescent lamp.

The invention discloses an anti-explosion lamp which comprises a lamp body, an electrical equipment box and an installation support, wherein the lamp body and the electrical equipment box are respectively fixed on the installation support and are integrally assembled with the installation support through fasteners, and the lamp body is connected with the electrical equipment box through a cable. The lamp body and the electrical equipment box are integrally assembled with the installation support through the fasteners so that during installation, only the installation support is needed to be installed. The lamp body and the electrical equipment box are split designed and integrally installed so that the surface operating temperature can be effectively reduced and installation is facilitated. In addition, the anti-explosion lamp is gentle in lighting and good in anti-explosion effect.

The invention discloses an ultra-narrow structure of a backlight frame. The ultra-narrow structure comprises a diffusion silk-screen dot layer, a light absorption black adhesive tape, an LGP light guide layer, an LED light emitting source, a composite prism layer, a shading adhesive tape layer, a diffusion layer and a reflection light source layer. According to the invention, dot jet printing is carried out on the diffusion layer to improve the optical conduction capability, so that the distance from a point light source to an area light source is reduced from conventional 3.0-3.5mm to 1.0-1.5mm, the jaw of the liquid crystal display is correspondingly reduced, the display effect close to a full screen is achieved, and the visual enjoyment of a human body is improved; the structure is applied to a traditional LCD screen BLU, mature in technology and high in yield, the related performance of the LCD screen is still used while the narrow jaw is also achieved, the screen emits soft light,and the service life is long. Related performance of the LCD screen can be used while the narrow jaw is also achieved, so that the screen emits soft light, and the service life is longer.

The invention provides a four-primary color LED (light emitting diode) light source, which is characterized by comprising a substrate, a white light unit and at least two three-primary color light emitting units; the white light unit is arranged in the central region of the substrate; all the three-primary color light emitting units are distributed around the central region; each three-primary color light emitting unit comprises a support cup I; a containing cavity I is formed in each support cup I; a red light-emitting chip, a green light-emitting chip and a blue light-emitting chip I are arranged in each containing cavity. The light source provided by the invention has the advantages that electric energy is saved, the integral light emitting effect is soft, and the light color is even.

The invention discloses an ultrathin luminous logo used for a flat panel television. The ultrathin luminous logo is mainly formed by a semitransparent or transparent logo layer, a transparent bonding layer and a backlight, wherein the semitransparent or transparent logo layer is attached to the surface of the backlight through the transparent bonding layer; the backlight comprises a light guide plate, an LED (Light Emitting Diode) lamp and a PCB (Printed Circuit Board); the LED lamp is arranged on the PCB board; the LED lamp is in contact with one end face of the light guide plate, and the end face is a light surface; one face of the light guide plate, which is close to the transparent bonding layer, is a light guide surface, and the other face is a smooth surface; the light guide surface is vertical to the light surface; a plurality of light guide points are tightly arranged on the light guide surface; a distance between the two adjacent light guide points is 0.001 mm. A production method for the ultrathin luminous logo mainly comprises the following steps of producing the semitransparent or transparent logo layer, producing the backlight, producing a reflecting material layer and assembling. The ultrathin luminous logo has the beneficial effects of thinner thickness and uniform luminescence.

The invention discloses a radiator device for a computer cloud computing cluster network, which includes a casing and a fan blade. A blade seat is arranged in the center of the casing, and the fan blade is rotatably assembled on the blade seat. A number of fixed shafts extend out, and the housing is also provided with a fixed slot for fixing the outer ends of the above-mentioned fixed shafts. The fan blades are respectively provided with an antistatic layer, a fluorescent layer, a transparent aluminum layer, and a polymer gel layer from top to bottom. Filling layer and LED light-emitting board composition. The invention is convenient to use, novel in design, beautiful in shape and easy to popularize and apply.

The invention discloses an LED heat radiation structure. The heat radiation structure comprises a semitransparent milk-white lamp shade, four radiating fins, an LED wafer, an aluminium alloy pressure casting, a screw, a protective sleeve, a driving circuit board and a lamp holder, wherein radiating fins, the LED wafer, the aluminium alloy pressure casting and the screw are arranged inside the semitransparent milk-white lamp shade, the LED wafer is located on the front face of the aluminium alloy pressure casting, radiating fins are located inside the aluminium alloy pressure casting, an angle of 75 degrees is formed between the LED wafer and the horizontal plane, the protective sleeve and the aluminium alloy pressure casting are fixed through the screw, the protective sleeve covers the upper portion of the driving circuit board, the lamp holder is fixed below the driving circuit board, four radiating fins do not contact with one another directly and are independent cooling modules, and a notch is reserved at the top end of the aluminium alloy pressure casting. According to the LED light source structure, the heat radiation efficiency is improved, and light angles of products are increased.

A furniture drawer lighting structure comprises a furniture drawer and a furniture fixed assembly which are in sliding fit with each other, the furniture drawer at least comprises side plates, supporting parts are integrally formed or arranged on the lower portions of the side plates in a split mode, a bottom plate is borne through the supporting parts, concave parts are longitudinally and / or transversely arranged between the bottom plate and the furniture drawer, and light-emitting assemblies are connected through the concave parts. A power supply part is arranged on the furniture drawer or the furniture fixed assembly, the light-emitting assemblies are electrically connected with the power supply part, and electromagnetic sensors are arranged on the light-emitting assemblies; a magnet element is arranged on the furniture fixed assembly; and when the furniture drawer slides relative to the furniture fixed assembly to be opened and closed, the light-emitting assemblies are controlled to emit light or extinguish light through electromagnetic induction of the electromagnetic inductors and the magnet element. Through the improvement of the structure, the furniture drawer lighting structure has the characteristics of being simple and reasonable in structure, excellent in performance, high in connecting compactness of all components, low in manufacturing cost, tidy and exquisite inappearance, rapid and convenient to assemble, safe and reliable to use, wide in application range, high in practicability and the like.