33results about How to "Achieve glow effect" patented technology

The invention provides an LED bulb which comprises a lamp cap, a lamp holder, a light source module provided with an LED and a circuit board and a radiating column that is used for realizing omnibearing lighting angel by increasing the height of a light source and has the function of radiating; wherein, the lamp holder is a radiator, one end of which is connected with the lamp cap, and the other end is provided with the radiating column; the free end of the radiating column is fixed with the light source module; thus, the radiating column can heighten the position of the light source to shift the light source out of the lamp holder and increase the irradiation angle of the light source, thus realizing approximate 360-degree lighting effect of the LED bulb and improving the defect that the light rays of the LED are blocked out by the lamp holder since the LED is installed at the rear part of a base plate of the lamp holder, close to the horizontal direction; the radiating column also has the function of radiating, so that the heat generated by the LED in the working period can be quickly transferred to the radiating aluminum lamp holder contacted with the air through the radiating column, thus enlarging the radiating area, fully guaranteeing the radiating requirements and the service life of the LED, reducing the weight of the high-power LED bulb and not increasing the size of the bulb.

A backlight module comprises a light source and a light guide plate. The light source is disposed on one side of the light guide plate. The light guide plate is provided with a plurality of semi-permeable semi-reflecting films. The semi-permeable semi-reflecting films are arranged at intervals along the light emergence direction of the light source. Each semi-permeable semi-reflecting film is provided with a light scattering element. When light from the light source enters the semi-permeable semi-reflecting films, part of the light passes the semi-permeable semi-reflecting films and continues to move in the original direction, and the other part of the light is reflected by the semi-permeable semi-reflecting films and enters the outside from the light scattering elements. Only one light source enables the backlight module to emit a row of light, so that fewer light sources are used in the backlight module.

The invention discloses an LED (light emitting diode) sodiumform lamp with light emission of 360 degrees. The lamp comprises a lamp holder component, a heat radiator and an LED light source component, wherein the LED light source component comprises a heat conduction bracket connected with the heat radiator and a lamp strip arranged on the heat conduction bracket; the lamp strip comprises a heat conduction insulating layer corresponding to the heat conduction bracket, a conductive layer arranged on the heat conduction insulating layer and a plurality of LED chips arranged on the conductive layer; and moreover, a power supply circuit corresponding to the LED chips is arranged on the conductive layer; and the lamp holder component is set as a standard installing structure. When the LED sodiumform lamp is used, only the lamp holder component needs to be installed on a corresponding lamp base, the installation is convenient and the generality is high; a traditional streetlamp body does not need to be changed when in use, so that the cost is greatly reduced, and an LED technique can be popularized conveniently; and furthermore, the lamp strip is a flexible lamp strip which is directly adhered to the heat conduction bracket, so that the lamp is simple in structure, convenient to assemble and high in efficiency, and the effect of light emission within 360 degrees is achieved.

The invention discloses an optical module. The optical module comprises a circuit board, a laser emitter and a first laser receiver. The surface of the circuit board is provided with a golden finger,a control chip, a first driving chip and a second driving chip. The first driving chip and the emission pin of the golden finger are connected. The second driving chip and the control chip are connected. The first driving chip and the second driving chip drive the laser emitter in a time-sharing manner to generate the laser of a first wavelength. The laser enters into an external optical fiber. The emission pin provides emission data to the first driving chip. The first laser receiver receives the reflected light of the first wavelength from the external optical fiber. The first driving chip and the second driving chip share the laser emitter so that an optical module function and an effect that the laser emitters emit light in the function can be realized; and one laser can be saved, which is good for reducing the size of the optical module and decreasing the packaging size of the optical module.

The present invention provides a medicine taking prompting device and a medicine taking prompting system. The medicine taking prompting device includes a control unit, a prompting unit and a power supply unit, wherein the prompting unit is used for sending medicine taking prompting information according to the control of the control unit. The sending of the medicine taking prompting information comprises the following steps that: (1) the control unit receives N pieces of medicine taking prompting information, wherein the P-th piece of medicine taking prompting information is marked as P-th medicine taking prompting information; and (2) if judging that current time is P-th medicine taking prompting time, the control unit instructs the prompting unit to send P-th medicine taking prompting content information, wherein the P-th medicine taking prompting content information contains a P-th medicine taking type and a P-th medicine taking number. According to the medicine taking prompting device and the medicine taking prompting system of the invention, indicator lamps are adopted, so that various kinds of light emitting effects can be realized, and therefore, visually impaired or color vision-impaired users can be prompted conveniently. The device and system are convenient for the users to use. The prompting unit and a medicine box are arranged in a matched manner, so that medicine taking prompting can be realized more conveniently. With the medicine taking prompting device and the medicine taking prompting system of the invention adopted, the users can be accurately prompted to take medicines according to specified time and doses, and treatment effects can be ensured.

The invention discloses a method for realizing a shutter effect of a vehicle signal light. Uniform metal film coating layers are arranged on a surface of a vehicle light inner lens; a blank zone is preserved between every two adjacent metal film coating layers; each metal film coating layer forms a metal film coating layer strip; the blank zones are system light emergent zones; and the surface ofthe inner lens is covered by the metal film coating layer strips and the system light emergent zones. The uniform metal film coating layers are arranged on the surface of the vehicle light inner lensto realize a uniform lighting effect, so that a lighting effect similar to the shutter effect is realized.

The invention provides an LED bulb which comprises a lamp cap, a lamp holder, a light source module provided with an LED and a circuit board and a radiating column that is used for realizing omnibearing lighting angel by increasing the height of a light source and has the function of radiating; wherein, the lamp holder is a radiator, one end of which is connected with the lamp cap, and the other end is provided with the radiating column; the free end of the radiating column is fixed with the light source module; thus, the radiating column can heighten the position of the light source to shiftthe light source out of the lamp holder and increase the irradiation angle of the light source, thus realizing approximate 360-degree lighting effect of the LED bulb and improving the defect that thelight rays of the LED are blocked out by the lamp holder since the LED is installed at the rear part of a base plate of the lamp holder, close to the horizontal direction; the radiating column also has the function of radiating, so that the heat generated by the LED in the working period can be quickly transferred to the radiating aluminum lamp holder contacted with the air through the radiating column, thus enlarging the radiating area, fully guaranteeing the radiating requirements and the service life of the LED, reducing the weight of the high-power LED bulb and not increasing the size of the bulb.

The invention discloses a backlight module, a display panel and a display device. The backlight module comprises a first light-transmitting base plate, a first reflector surface and a second reflector surface, wherein the first light-transmitting base plate is projected and coincided on a light emitting surface; the first reflector surface and the second reflector surface are arranged on the first light-transmitting base plate and are oppositely arranged at an interval; the first reflector surface is coincided with the projection of a shading adhesive tape; the second reflector surface is used for totally reflecting and then emitting the vertical emergent light from the light emitting surface to the first reflector surface; the first reflector surface is used for emitting, totally reflecting and then emitting the light reflected by the second reflector surface; a plurality of light holes are uniformly distributed in the second reflector surface; the extending directions of the light holes are vertical to the light emitting surface. According to the invention, the lighting path on an edge position of the light emitting surface of the backlight module is changed, the frame-free illuminating effect is achieved and the display effect is promoted.

The invention discloses a manufacturing process of a flexible light-emitting shoe fabric, which can make the entire upper of the shoe emit light, and the upper has better comfort. The present invention comprises the following steps: (1) hot-pressing a layer of light-guiding film on the surface of the upper base material fabric; (2) setting an LED light source on the edge of the upper to illuminate the light-guiding film; (3) Print and coat the light-condensing light-guiding ink on the light-guiding film. The upper base material fabric is a three-layer mesh cloth.

The invention discloses a lamp arm of a ceiling lamp. The lamp arm comprises an LED (Light Emitting Diode) circuit board provided with an LED light source and a light guide board, wherein one surface of the light source of the LED circuit board is clung to one side surface of the light guide board; the other surface of the LED circuit board is connected with a first metal piece; the other side surface of the light guide board is connected with a second metal piece. The invention also discloses the ceiling lamp applying the lamp arm. The invention has the advantage that a light emitting effect of the lamp arm of any shape, such as a highly curved shape and a crossed shape can be achieved.

The invention discloses a disposable high speed turbine dental handpiece with illumination for dental operation, which comprises a handle and a handpiece head connected with the handle, wherein the handle near the handpiece is provided with an LED lamp for illumination. The invention provides a disposable high speed turbine dental handpiece with illumination which has the advantages of good illumination effect, high use efficiency and great convenience.

The invention discloses a LED (Light Emitting Diode) flexible light strip in various sizes and different colors. The LED flexible light strip comprises a casing, a first mounting bracket, a first connecting seat, a connecting column, a first FPC flexible plate, a first LED wick, a second connecting seat, a fixed shaft, a second mounting bracket, a first clamping plate, a second clamping plate connecting groove, guide rails, a sliding sleeve, a first helical tooth socket, a connecting bump, a second helical tooth socket, a second FPC flexible plate, a second LED wick, double-sided glue and a folded slot; the first FPC flexible plate is embedded into the inner part of the casing; the top of the first FPC flexible plate is welded with the first LED wick; the second FPC flexible plate is connected to one end of the first FPC flexible plate; in addition, the folded slot is formed in the joint of the first FPC flexible plate and the second FPC flexible plate; the top of the second FPC flexible plate is welded with the second LED wick; the bottom of the first FPC flexible plate and the second FPC flexible plate are both glued by the double-sided glue. The LED flexible light strip disclosed by the invention has the characteristics of easiness in installation and capability of adjusting an illuminating angle and emitting a variety of different color light.

The invention discloses a luminous decorative glass rib system in a glass curtain wall, which comprises two symmetrically arranged vertical frames, glass rib plates and lamps. Between the two vertical frames and along the vertical direction, at least two hanging The two ends of the hanging shaft are respectively connected and fixed with the corresponding mullion, one end of the glass rib is provided with a hanging piece corresponding to the hanging shaft, and the end of the glass rib with the hanging piece is placed between the two mullions. The lamps are mounted between the two vertical frames and are illuminated by the end faces of the glass rib plates. The invention hides the lamps between two mullions arranged symmetrically, so that the light illuminates the glass rib through the end face of the glass rib, and realizes the effect of lighting inside the glass rib. The effect is better, and it will not affect the external overall effect of the glass curtain wall. The installation and replacement of lamps can also be completed indoors, which is more convenient and safe.

The invention discloses an inner-glow decorative glass rib system for a glass curtain wall. The system comprises two symmetrically arranged mullions, a glass rib plate and a lamp, wherein at least two hanging shafts are arranged between the two mullions and are arranged in the vertical direction, two ends of each hanging shaft are connected and fixed with the corresponding mullion respectively, hanging pieces correspondingly matched with the hanging shafts are arranged at one end of the glass rib plate, one end, where the hanging pieces are arranged, of the glass rib plate is located between the two mullions and hung on the corresponding hanging shafts through the hanging pieces, and the lamp is arranged between the two mullions and illuminates the glass rib plate through the end surface of the glass rib plate. The lamp is hidden between the two symmetrically arranged mullions, and lamp light illuminates the glass rib through the end surface of the glass rib, so that the inner-glow effect of the glass rib is realized; compared with the conventional scheme that the side surface of the glass rib is illuminated from outside, the system has a better effect, the external overall effect of the glass curtain wall cannot be influenced, the lamp can be mounted and replaced indoors, and the system is more convenient and safer.

The invention discloses LED building blocks. Each LED building block comprises a building block body, an LED lamp and a power module, wherein the surfaces of the building block body are provided with protrusions and holes; the LED lamp is arranged in the building block body; the power module is connected with the LED lamp through a switch module; the LED lamp is arranged in the building block body and connected with a control system through an aerial line. Turn-on, turn-off and brightness of lamplight in each building block can be controlled through a sound volume inductive switch or a touch inductive switch or through wifi after the building block is connected with the Internet, thus, ordinary building blocks can achieve multiple luminous effects, the intelligence benefiting function of the building blocks is enhanced after the building blocks are assembled, and the building blocks can emit light to illuminate surroundings.

The LED building block of the present invention includes a building block with protrusions and holes on its surface; an LED lamp configured inside the building block; a power supply module connected to the LED lamp through a switch module. In the present invention, the LED light is arranged in the building block, and the control system is connected through the air line, which can be divided into a sound size sensor switch, or a touch sensor switch control, or connected to the network through wifi to control the opening and closing of the light in the building block. Turn off, and the size of the LED light, so that ordinary building blocks can achieve a variety of luminous effects, so that after the building blocks are assembled, the educational function of the building blocks can be strengthened, and the lights can be emitted to illuminate the surroundings.

The invention discloses a toy car capable of making a sound and illuminating. The toy car comprises an undercarriage, a shell, an acousto-optic device, a door touch switch and a rear wheel touch switch, wherein the door touch switch is arranged on the undercarriage and is capable of causing the acousto-optic device to make the sound and illuminate when a car door is opened, the rear wheel touch switch is arranged on a rear wheel assembly of the undercarriage, and when the rear wheel assembly is pressed, the acousto-optic device is caused to make the sound and illuminate. The toy car capable of making the sound and illuminating is ingenious in design, when the car door is opened, a door arm drives a door spindle to rotate, a pulling block on the door spindle is pressed against the door touch switch, and thus the acousto-optic device is driven to work to achieve the sound-making and illuminating effect. Or the tail part of the undercarriage is gently pressed to press the rear wheel assembly, and thus the rear wheel assembly triggers the rear wheel touch switch to achieve the sound-making and illuminating effect as well. The toy car capable of making the sound and illuminating is lively and interesting, the active atmosphere is promoted, multiple playing methods can be realized, the feeling of boring of a player can be prevented, the playability and interestingness of the toy can be greatly improved, the overall structure is simple, and the wide popularization and application are facilitated.

The invention discloses projection equipment for realizing full-color DLP through a dual-channel LED. The equipment comprises a fluorescent film, a light machine main body, an LED driving module and acontroller. The light machine body is provided with a projection end and comprises a UV lamp and an LED2, the UV lamp projects a light beam to the fluorescent film through the projection end, and anenabling channel of the LED2 is in a normally-closed state. The LED driving module comprises an LED 3 and an LED 4, an enabling channel of the LED 3 is connected with the UV lamp, and an enabling channel of the LED 4 is connected with the LED 2. And the controller is used for controlling the opening and closing states of the use channels of the LEDs 3 and 4 so as to excite the R, G and B three-color fluorescent powder on the fluorescent film. The other two channels of LEDs are controlled through the enabling channels of the two LEDs, the cost of the DLP projection equipment can be saved, the power of the DLP projection equipment is reduced, the light emitting color and the brightness are relatively weak, and the LED lamp can be suitable for some occasions with low power consumption and lowcolor degree requirements.

The invention provides a manufacturing process of a transparent substrate LED light bar, which includes the following steps: providing a transparent substrate, one side of the transparent substrate is coated with a transparent conductive layer; solidifying the crystal on the conductive layer of the transparent substrate Install the LED chip; wire bonding, connect the positive and negative poles on the surface of the LED chip with the electrodes on the conductive layer through conductive wires; press the fluorescent glue on both sides of the transparent substrate symmetrically by molding, so that The fluorescent glue covers the LED chips; punching cuts the transparent substrate into several LED light strips. Compared with the prior art, the invention has a simple process, can realize 360° light emission with single-sided crystal bonding, and has better light emission effect.

The invention provides a light-emitting element and a detection device. The light-emitting element comprises a first contact piece, a first charge induction layer, a light-emitting piece, a second charge induction layer and a second contact piece, wherein the first charge induction layer is attached to part of the area of the first contact piece, the light-emitting piece is attached to the side, deviating from the first contact piece, of the first charge induction layer, the second charge induction layer is attached to the side, deviating from the first charge induction layer, of the light-emitting piece, and the second contact piece is partially attached to the side, deviating from the light-emitting piece, of the second charge induction layer. Namely, when the first contact piece and thesecond contact piece are extruded by external stress in the same direction, the first contact piece and the second contact piece can generate polarization charges, the polarization charges at the first contact piece are sensed through the first charge induction layer, the polarization charges at the second contact piece are sensed through the second charge induction layer, an electric field is formed, and therefore the effect that the light-emitting element is driven by pressure to emit light is achieved.

The invention discloses an LED lamp strip mounting structure on automobile glass. The structure comprises an LED lamp strip mounting structure, the LED lamp strip mounting structure is composed of a side wall inner plate, a side wall outer plate, a side wall decorative plate, a lamp strip mounting assembly and a side wall glass assembly, and the side wall outer plate is integrally formed on the outer side of the side wall inner plate; the side wall decorative plate is located on the outer side of the side wall outer plate, non-porous foam adheres to the joint of the upper end of the side walldecorative plate and the side wall outer plate, an installation buckle is connected between the inner side of the side wall decorative plate and the side wall outer plate, and the lamp strip mountingassembly is located on the inner side of the side wall decorative plate and comprises a lamp strip mounting groove and an LED lamp strip arranged in the lamp strip mounting groove; and a first 3M glueis bonded between the LED lamp strip and the lamp strip mounting groove, the LED lamp strip is connected with a lamp strip wiring harness, and the outer side of the lamp strip wiring harness is provided with a wiring harness rubber sleeve in an embedded mode. According to the LED lamp strip for a logistics vehicle, the light-emitting effect of the whole piece of glass is achieved, and the light requirements of different colors can be met by controlling the LED lamp mode.

The invention provides a holographic hot stamping film with a glaze color jade porcelain effect and a preparation method. The holographic hot stamping film comprises a UV curing layer, a holographic glaze color layer and a jade porcelain color layer which are stacked in sequence; the UV curing layer comprises a first surface and a second surface, and a holographic micro-groove structure is arranged on the second surface; the holographic glaze color layer is formed on the second surface of the UV curing layer, the holographic glaze color layer comprises a third surface and a fourth surface, and holographic micro-groove structures are copied on the third surface and the fourth surface; and the jade porcelain color layer is formed on the fourth surface of the holographic glaze color layer, the jade porcelain color layer comprises a fifth surface and a sixth surface, the fifth surface is attached to the holographic glaze color layer, and a holographic micro-groove structure is also copied on the fifth surface. According to the holographic hot stamping film, the anti-reflection and brightening holographic glaze color layer is added between the UV curing layer and a holographic color layer, a material formula of the holographic color layer is improved, the new reaction curing type jade porcelain color layer is formed, the jade porcelain-like glossy and non-transparent holographic film is realized, and the wear resistance of a holographic pattern is good.

The invention relates to a light-emitting structure and electronic equipment. The light-emitting structure can comprise a light source module and a polarization module. The polarization module contains a polarizer. The incident section of the polarizer faces the light source module so that light emitted out of the light source module can shoot into the polarizer through the incident section. The polarizer is arranged parallel to the incident light from the light source module and can guide the incident light to a preset light-emitting area on the polarizer. According to the technical scheme, the light-emitting effect can be achieved within a limited space, and the light and thin structure of the electronic equipment can be better obtained.

The invention relates to the technical field of electrodeless lamp applications and particularly discloses a full-automatic multifunctional ultraviolet magnetic energy lamp. The full-automatic multifunctional ultraviolet magnetic energy lamp comprises a bridge fastener and is characterized in that the bridge fastener is connected to an electronic ballast through screw threads; an infrared inducting chip which is connected to a power supply is arranged in the electronic ballast; a quartz glass tube electrodeless lamp and an electrodeless magnetic energy lamp are fixedly arranged on the lower part of the bridge fastener; and a reflecting lampshade is fixed on the bridge fastener. The full-automatic multifunctional ultraviolet magnetic energy lamp is a surface source illuminator and has the advantages of wide irradiating scope, big disinfecting and sterilizing angle, electric energy conservation, low cost and long service life. An illuminating function is combined with a disinfecting function, thereby ensuring personal safety, being high-efficient and high-speed, and improving a disinfecting effect.

The invention provides a refrigerator lighting structure and a refrigerator. The refrigerator lighting structure comprises a refrigerator body and shelves, wherein a light source is arranged at the top wall of the refrigerator; the shelves are arranged in the refrigerator body; and a refraction part is arranged at the edge of each shelf and used for refracting light of the light source, so that light of the light source can be uniformly distributed in the refrigerator body. According to the refrigerator lighting structure, as the refraction parts are arranged at the edges of the shelves, light emitted by the light source is downwardly projected onto the refraction parts and refracted by the refraction parts, accordingly, light is uniformly distributed in the refrigerator body, and the purpose of illuminating the shelves is achieved; the shelves do not need to be accessed to power, so that the adjusting and cleaning of the shelves are more convenient and safer; and all the shelves can be illuminated by the light source at the top wall of the refrigerator body, so that the lighting decoration cost of the refrigerator is lowered.

The invention discloses a rolling light-emitting light guide rod. The rolling light-emitting light guide rod comprises a controller, driving modules and LED lamp modules; the light guide rod is connected with the LED lamp modules; the driving modules are driven by the controller to drive RGB lamps in the LED lamp modules; a plurality of triodes are arranged in each driving module; the triodes areconnected with color channels of each RGB lamp respectively; and each RGB lamp can display different colors. According to a control method, the controller controls first conduction time of the first LED lamp module and second conduction time of the second LED lamp module respectively, and the second time is correspondingly shortened while the first conduction time is prolonged, so that the rollingeffect is achieved; trigger time is set in the controller, and the trigger time is a second numerical value; and the trigger time triggers the RGB lamps to be turned on or off. The rolling light-emitting effect of different combinations of various colors can be realized on the same light guide rod; and the light guide rod is simple in structure and convenient in effect.