163results about How to "Uniform injection" patented technology

A light guide plate, comprising a light exiting surface and a light entering end, has a shape in which its thickness perpendicular to the light exiting surface increases gradually as it is away from the light entering end and has scattering particles scattered therein. A light guide plate assembly comprises this guide plate, and a prism sheet in which a plurality of prisms are arranged in parallel with the apex angles of the prisms arranged facing the light exiting surface. A surface illuminating device comprises a light guide plate or a light guide plate assembly, and a liquid crystal display device comprises the surface illuminating device. The scattering particles scatter light entering at the light entering end and propagating through the inside and satisfy the following expression (1) and (2), and the apex angles of the prisms of the prism sheet satisfy the following expressions (3) and (4). (F is scattered sectional area, NP is particle density, LG is length of guide plate along incident direction, KC is correction coefficient, phi is apex angle of symmetric prism, and theta1 and theta2 are two apex angles divided by perpendicular of non-symmetric prism.) 1.1<=FNPLGKC<=8.2 ---(1) 0.005<=KC<=0.1 ---(2) 55 DEG<=theta<=80 DEG ---(3) 0 DEG<= theta1<= 15 DEG and 30 DEG<= theta2<= 45 DEG ---(4).

The invention provides a backlight module which comprises a light source, a light guide plate and reflective sheets, wherein the reflective sheets comprise a first reflective sheet and a second reflective sheet; the first reflective sheet is arranged on the lateral surface of the light guide plate; the second reflective sheet is arranged at the bottom of the light guide plate; the light source is arranged below the first reflective sheet; the first reflective sheet is used for reflecting light emitted by the light source into the light guide plate; and after being scattered by the light guide plate and reflected by the second reflective sheet, the light is emitted out from the top of the light guide plate. Correspondingly, the invention provides a display device which comprises the backlight module. The backlight module provided by the invention has the advantages of thinning, increase of an effective lighting area, shape diversification and the like.

A superluminescent diode according the present invention employs a uniform AlGaInAs quantum well on an InP substrate, emitting in a range of 1100 to 1800 nm. The favorable conduction band: valence band offset ratio of this material system enables superluminescent diodes which simultaneously provide high power and large optical bandwidth. A recent reduction to practice of the present invention simultaneously demonstrates output power exceeding 100 mW and bandwidth exceeding 100 nm. A preferred embodiment of this invention uses multiple uniform AlGaInAs quantum wells with two confined quantum states and energetic separation in a range of 100-130 nm. An alternate preferred embodiment uses non-uniform wells, with each well having two confined quantum states. The present invention is particularly useful in time domain and spectral domain optical coherence tomography systems, providing increased resolution and tissue penetration for in-vivo imaging.

The invention relates to a method for detecting the content of trace elements in cheese, which comprises the following steps of: 1) weighing a cheese sample and drying the sample for completely evaporating the water in the sample, then weighing the sample after drying and utilizing the weight difference of the sample before and after the drying to calculate the water content in the sample, and then taking the dried sample for being grinded and homogenized, adding acid for dissolving the dried sample, and adding suspension stabilizer for even mixing and stable dissolving, thereby obtaining solution to be detected; and 2) utilizing inductive coupling plasma emission spectroscopy or atomic absorption spectrometry for detecting the content of trace elements in the solution to be detected. By adding the suspension stabilizer, the solution is suspended stably, thereby achieving the purpose of leading the solution to be homogeneous. The detection method is simple, rapid and accurate, and has high-sensitivity.

The invention discloses a method for preparing fluorescent powder colloid. The method comprises the following processing steps: 1) preheating an epoxy resin A agent for 1 to 1.5 hours at the temperature of between 55 and 65 DEG C; 2) putting fluorescent powder, the preheated epoxy resin A agent and a curing agent B into a mixer in a mass ratio of 6-15: 100: 100, and evenly mixing the materials for 10 to 15 minutes at the stirring rate of 30 to 40rpm; and 3) vacuumizing the mixture for 5 to 10 minutes at the temperature of between 75 and 85 DEG C to remove bubbles in the mixture so as to obtain a finished product. The fluorescent powder, the epoxy resin A agent and the curing agent B are evenly mixed to prepare the fluorescent powder colloid so that the fluorescent powder is evenly dispersed in the fluorescent powder colloid; the fluorescent powder colloid applied to a product can remarkably improve the luminous quality, has even rays, good consistency and high excitation efficiency, enables a whole light-emitting diode to emit light in 360 degrees, and has no ray loss.

The invention provides a light guide plate, a planar illuminator using the same and a liquid crystal display apparatus. The light guide plate made of a transparent resin is used for converting light of light sources into planar light. The light guide plate comprises a light exit plane having a rectangular outer shape; four light entrance planes which are connected to four sides of the light exit plane and are substantially orthogonal to the light exit plane; and a backside which is planes opposed to the light exit plane and includes four inclined planes inclined to be farther from the light exit plane toward a center from the four light entrance planes, wherein a minimum thickness is in the four light entrance planes and a maximum thickness is in the center from the four light entrance planes.

The invention discloses a method for light uniform emitting for an indicating lamp, an indicating lamp device and a television, relating to the technical field of indicating illumination, and being invented for enhancing the uniformity of emitted light of the indicating lamp. The method for light uniform emitting of the indicating lamp comprises the following steps: a light source emits lights; the lights emitted by the light source are scattered to form uniform lights; and the uniform lights are emitted from a light outlet of the indicating lamp to cause the lights of the indicating lamp to be uniformly emitted. The indicating lamp device comprises a shell, wherein the light source is fixedly arranged on the shell, a light guide body is arranged inside the shell, the light incident planeof the light guide body is arranged just opposite to the light source, and the light outlet is arranged on the shell just opposite to the light exist plane of the light guide body. The television comprises a television front shell, and the indicating lamp device is arranged on the inner wall of the television front shell. The indicating lamp device can be used for an indicating state, and promotes the appearance of a product.

A new and improved combustion-powered fastener-driving tool utilizes a new and improved single component in-take / exhaust valve member which integrally defines both the intake and exhaust valves thereon. The intake / exhaust valve member is axially movable within the combustion chamber, and operatively cooperates with wall structure of the combustion chamber. When the intake / exhaust valve member is disposed, for example, at a first upper position, both the intake and exhaust ports defined within the wall structure of the combustion chamber are closed so as to permit the ignition and combustion phases of the tool-firing cycle to proceed, whereas, conversely, when the intake / exhaust valve member is disposed, for example, at a second lower position, both the intake and exhaust ports within the combustion chamber are open so as to permit incoming air to scavenge combustion exhaust products and to subsequently mix with injected fuel in preparation for the commencement of another tool-firing cycle.

The invention discloses a combined firework automatic assembling system. The combined firework automatic assembling system comprises a propellant powder charging subsystem, a bottom paper piece punching and filling subsystem, an effect piece filling subsystem and a surface paper piece filling subsystem which are connected by a combined firework outer cylinder transmitting mechanism sequentially, and also comprises a control and operating subsystem and a safety monitoring subsystem. Mechanical equipment is adopted during production of fireworks and crackers, and an automatic flow line production system comprising combined firework production main processes, especially dangerous processes, is established, so accidents are prevented to the greatest extent; and in case of the accident, personal casualties are avoided. As a whole, the automatic flow line production system has the advantages that the safety is improved, the enterprise production cost is greatly reduced, the product quality is obviously improved, the working efficiency is improved and the like.

The invention discloses a liquid crystal display device and the substrate. LCD installations include an LCD panel and a light, the LCD panel including a substrate. The substrate includes many dimensions, two surfaces relative to the intersection, a display area and a marginal region. The edge of the substrate embraces a host of regional space, and the source asylum is in the asylum space. The substrate surface has a microstructure. The liquid crystal display device can be achieved light and simple purpose.

The present invention relates to a method for obtaining combustion gases of high calorific value, wherein carbonaceous materials are allothermically gasified in a fluidized layer containing solid particles, using a gaseous gasifying agent and by supply of heat, and the gases thus produced are separated from the solid particles and withdrawn. Said method is characterized in that the solid particles are indirectly heated in a first descending bed and supplied to a second ascending fluidized bed in which the fluidized layer is formed and gasification takes place for the greatest part. The method further relates to an apparatus for performing said method.

A superluminescent diode according the present invention employs a unoform AlGaInAs quantum well on an InP substrate, emitting in a range of 1100 to 1800 nm. The favorable conduction band: valence band offset ratio of this material system enables superluminescent diodes which simultaneously provide high power and large optical bandwidth. A recent reduction to practice of the present invention simultaneously demonstrates output power exceeding 100 mW and bandwidth exceeding 100 nm. A preferred embodiment of this invention uses multiple uniform AlGaInAs quantum wells with two confined quantum states and energetic separation in a range of 100-130 nm. An alternate preferred embodiment uses non-uniform wells, with each well having two confined quantum states. The present invention is particularly useful in time domain and spectral domain optical coherence tomography systems, providing increased resolution and tissue penetration for in-vivo imaging.

A lighting device comprising a light source (10), and a light guide (20) having an incident surface (20a) for receiving a light emitted from the light source (10) and an output surface (20c) for outputting a light entered via the incident surface (20a). The light guide (20) has a polarization selection layer (22) for selectively outputting via the output surface (20c) a light in a specific polarization direction (first polarization) out of lights incident via the incident surface (20a), and a polarization conversion layer (24) for converting a second polarization different in polarization direction than the first polarization into the first polarization. The polarization selection layer (22) substantially reflects the first polarization toward the output surface (20c) side only.

The invention provides a micro gas and gas double-component propellant combustor. The combustor comprises a body and the like; a spraying opening is formed in the body, a nozzle is welded to the body, the lower end face of the nozzle and the upper end face of the spraying opening are tightly attached, a fuel inlet is welded to the nozzle, an oxidizing agent inlet is welded to the body, a sparking plug is connected with the body through a thread, the sparking plug and the body are sealed through a seal ring, an annular gas collection cavity is formed by the body and the nozzle, a pre-mixing cavity is formed by the spraying opening and the nozzle, the body is provided with a combustion chamber and a spraying pipe, the spraying opening is provided with a shrinkage type flowing channel, the nozzle is provided with a fuel injection hole and an oxidizing agent injection hole, gaseous fuel enters the pre-mixing cavity through the fuel inlet and the fuel injection hole, and the reliable ignition and stable combustion functions are achieved.

The invention provides a backlight module and a display device. The backlight module comprises a backboard, a light source, a light guide member, a diffusion sheet and a prism sheet, the light sourcecomprises a first light bar and a splicing unit, which are disposed on the backboard in a splicing manner, the light guide member is disposed in a splicing area, the diffusion sheet is disposed on thelight guide member for uniformly emitting light, and the prism sheet is disposed on the diffusion sheet, wherein, the light guide member is used for transmitting the light, which cannot be transmitted by the light source to the diffusion sheet in the splicing area, to the diffusion sheet in the splicing area; and by disposing the light guide member in the splicing area, the light guide member transmits the light, which cannot be transmitted by the light source to the diffusion sheet in the splicing area, to the diffusion sheet in the splicing area, in this way, the light intensity on the diffusion sheet in the splicing area is enhanced, so that the splicing area can achieve normal display, and the technical problem that the existing display device using spliced miniLED has splicing dark lines at the splicing location is alleviated.

The invention discloses a valve element injection mold. The valve element injection mold comprises a cover plate (1), an upper mold fixing plate (2), an upper mold plate (3), a lower mold plate (4), a mold leg (5), a spout (17) fixed to the cover plate (1), and a valve element (7), wherein a runner is arranged below the spout (17); the upper mold fixing plate (2) is fixed to the lower surface of the cover plate (1); the lower mold plate (4) is fixed to the upper surface of the mold leg (5); the upper mold plate (3) is located between the upper mold fixing plate (2) and the lower mold plate (4); a first protrusion (9), a second protrusion (10) and a third protrusion (11) are arranged on the outer side face of the valve element (7) in the axis direction of the valve element (7) in sequence from top to bottom; and annular grooves are formed in the outer side faces of the first protrusion (9), the second protrusion (10) and the third protrusion (11). The valve element injection mold is low in cost, high in precision, high in production speed, capable of achieving batch production and good in quality.

The invention discloses an automobile grille machining mold which comprises a machine frame. An upper mold base is arranged at the upper end inside the machine frame. A fixed forming mold is arranged on the upper mold base. A lower mold base is arranged at the lower end of the machine frame. A movable forming mold mutually matched with the fixed forming mold is arranged on the lower mold base. A grille cavity is formed between the movable forming mold and the fixed forming mold. A jacking air cylinder is arranged at the lower end of the machine frame. A piston rod of the jacking air cylinder penetrates through the machine frame and the lower mold base and is connected with the movable forming mold. Injection molding channels are symmetrically arranged in the portions, at the upper ends of the two sides of the grille cavity, inside the fixed forming mold. The injection molding channels are connected with an injection molding device. A plurality of sintered metal block storage grooves are evenly formed in the portion, at the upper end of the grille cavity, of the fixed forming mold. Sintered metal blocks are embedded in the sintered metal block storage grooves. A main exhaust channel is arranged at the upper end of the fixed forming mold in a penetrating mode.

The invention provides a light processing device, a vehicle lamp with the light processing device and a vehicle provided with the vehicle lamp. The light processing device comprises a body, a light entering face and a light outgoing face, wherein the light entering face and the light outgoing face are arranged on the body. The body comprises a light diffusion part, a light collimation part and a light reflecting part, wherein the light diffusion part is used for diffusing light entering the light diffusion part through the light entering face, and the light entering face is arranged on the light diffusion part; the light collimation part is arranged on a transmission route of the diffused light and used for collimating the diffused light; the light reflecting part comprises a light reflecting face and a light outgoing part fixedly connected with the light reflecting face, an angle is formed between the collimated light and the light outgoing part, and the collimated light is transmitted by the light outgoing part and emitted out through the light outgoing face after being reflected by the light reflecting face. According to the light processing device, the vehicle lamp and the vehicle, a light face of the light is expanded through the light diffusion part, the emitted-out light is more even through the collimation processing of the collimation part and the processing of the light reflecting part, and the light outgoing effect is improved.

The invention discloses an adjustable type injection mold convenient for formation. The middle part of a movable plate is equidistantly provided with tapered holes; one end of the movable plate is fixedly connected with an upper inclined block; the end, far away from the upper inclined block, of the middle part of the movable plate is fixedly connected with a reset spring; a lower inclined block is installed at a position on one side of the upper inclined block and inside a movable groove; the bottom end of the lower inclined block is connected with a top block; an embedded block is fixedly installed at the middle part of the bottom end of an upper mold base; and the middle part of the embedded block is equidistantly provided with second discharging holes. The adjustable type injection mold disclosed by the inventio0n is scientific and reasonable in structure and safe and convenient in use; by cooperative use of first discharging holes and the second discharging holes, raw materials are injected more uniformly; uneven injection easily causes generation of air bubbles in an injection-molded part to affect normal use of the part; the percent of pass of processing of the part is increased; meanwhile by cooperative use of the movable plate and the reset spring, remaining materials for injection molding are cut off by the movable; the length of the remaining materials for the injection-molded part is shortened; and raw materials are saved.

Therapeutic equipment for a cavity comprises a flexible medicine injecting pipe, wherein a medicine injecting hole is formed on the middle part of the flexible medicine injecting pipe; a bowl-shaped medicine discharging end is arranged on the top of the flexible medicine injecting pipe; an annular spray nozzle is formed on the periphery of the medicine discharging end; an inner sac and an outer sac are arranged on the flexible medicine injecting pipe; a magnet coated with a chitin coating is inlaid on the outer sac; an inner sac airway and an outer sac airway on the flexible medicine injecting pipe are communicated with the inner sac and the outer sac; a protective edge, and a push rod which is matched with the protective edge are arranged at the other end of the flexible medicine injecting pipe; air supply holes of the inner sac airway and the outer sac airway are formed on the protective edge; and the air supply holes are provided with ear-washing balls. The therapeutic equipment for the cavity are used for supplementing a medicine into vagina; in combination of physical therapy and magnetic therapy of chitin, and the medicine-supplementing device, the therapeutic equipment for the cavity combines multiple functions, is wide in application range, simple in structure, convenient to operate, sanitary, accurate in medicine applying position, and good in therapeutic effect; and the cross infection can be prevented.

The present invention is made to realize a lighting device capable of emitting uniform surface light having high luminance and a wide color reproduction range, and a backlight device a liquid crystal display device including the lighting device. Such a lighting device of the present invention includes: a GB lamp for emitting blue and green light; an RLED for emitting red light; and a light emitting section for irradiating, to outside, the light emitted from each of the GB lamp and the RLED. The light emitting section has an upper surface serving as a light emitting surface, and the GB lamp and the RLED are provided under the light emitting section. Further, the RLED is so provided as to emit the light in a direction that is not perpendicular to the light emitting surface.

The invention relates to an indicating lamp of an electric appliance, and provides a dodging indicating lamp and a lottery selling machine with the same. The indicating lamp comprises a fixed base, at least one light emitted diode (LED) lamp and a light guide post, wherein the LED lamp is arranged on the fixed base, and the light guide post is arranged at the outer end of the LED lamp. An oblique angle is formed between the end face of the light guide post close to the LED lamp and the LED lamp, and the oblique angle is preferably 58 degrees; and the upper and the lower surfaces of the light guide post are full-reflecting surfaces. Through the dodging indicating lamp provided by the invention, because of the light guide post, the optical line emitted by the LED lamp is evenly emitted after being refracted and reflected by the light guide post to realize luminescence uniformity; and the light transmittance of the light guide post can reach 94%, so the display effect of the indicating lamp is improved.

The invention belongs to the technical field of solid-liquid rocket engines, and aims to provide an internal spiral injection type solid-liquid engine grain aiming at the technical problem of non-uniform retreating of a burning surface in the length direction of a grain in the prior art. The grain comprises a metal framework body, and the metal framework body is of a hollow structure; and a plurality of sets of evenly-arranged hollow spiral structure blades are arranged in the metal framework body, a fuel medium is nested between every two adjacent sets of hollow blades, an air inlet pipe is arranged at the end of the metal framework body, and an oxidizing agent is evenly injected from the hollow blades in a spiral shape after passing through the air inlet pipe. The technical breakthrough that the oxidizing agent is evenly and spirally injected in the solid-liquid engine grain is achieved, meanwhile, the characteristic of rapid heat transfer of the metal blades is matched, the retreating speed of the fuel medium is effectively increased, meanwhile, uniform retreating of an internal burning face of a fuel channel is achieved, and therefore the engine power accurate adjusting difficulty is lowered; and the mechanical performance of the grain is greatly improved through the framework body made of the metal material, namely the working safety of an engine is improved.

The multi-point pouring mechanism of the plastic barrel mold includes an upper template and a lower template. The upper template is connected to the fixed mold cavity. The movable template is installed on the movable template, and the movable mold core is installed on the movable template. The mold cavity is formed between the movable mold core, the movable template and the fixed mold cavity. The channel is connected to the main channel, and each branch channel is made with pouring points, and each pouring point is connected to the mold cavity. In this scheme, the pouring point of the mold runner is placed in the middle of the barrel, so that the molten plastic is evenly injected into the plastic raw material from the middle of the product, so that it can complete the injection molding better, faster and more uniformly during the molding process. Molding makes the product look beautiful, reduces the scrap rate of injection molding products, and overcomes the restriction that the barrel of the existing product is too high to be injection molded.

The invention provides a light guide plate component and a backlight device. The light guide plate component is spliced by two light guide plates, light sent by the light source of the first light guide plate is uniformly ejected by a screen dot and a reflecting film which are arranged on the area with stronger received light at the bottom surface of the first light guide plate irradiated by the light source; and a total reflecting film arranged on the light ejecting surface area of the second light guide plate corresponding to the area with stronger received light of the second light guide plate irradiated by the light source and the area with stronger received light at the bottom surface totally reflects the light sent by the light source of the second light guide plate to the area with weaker received light at the bottom surface of the second light guide plate irradiated by the light source, and the screen dot and the reflecting film which are arranged at the area with weaker received light at the bottom surface of the second light guide plate irradiated by the light source uniformly ejects the light at the area with weaker received light at the bottom surface of the second light guide plate irradiated by the light source so as to compensate the brightness of the middle area of the light ray ejected by the first light guide plate and meet the requirement of a large-size LCD TV on the backlight.

The invention discloses an airbag cover injection mold. The airbag cover injection mold comprises an upper mold plate (1), a lower mold plate (2), a mold foot (3), a cover plate (4), a sprue (5) and a product (6). The lower mold plate (2) is fixed to the mold foot (3). The upper mold plate (1) is located between the lower mold plate (2) and the cover plate (4). The sprue (5) is arranged on the cover plate (4). An upper mold cavity (6) is arranged on the lower surface of the upper mold plate (1). A lower mold cavity (7) is arranged on the upper surface of the lower mold plate (2). A cavity used for forming the product (6) is arranged between the upper mold cavity (6) and the lower mold cavity (7). An upper mold core (8) used for forming the upper surface of the product (6) is arranged in the upper mold cavity (6). The airbag cover injection mold provided by the invention is low in cost, high in production efficiency and simple in structure, and the product quality is good.

The invention relates to a method for manufacturing a laser diode having a coaxial long linear structure and a luminous device thereof. In the method, a coaxial laser diode structurally grows to manufacture the coaxial long linear laser diode. Because of longer coaxial tubular active coating and more uniform built-in electric field, more initial luminescence photons and higher quantum efficiency can be provided to generate laser amplification effect of stronger stimulated luminescence. The method comprises the following steps: manufacturing a long linear coaxial laser crystal bar; and axially cutting the crystal bar into coaxial long linear laser diodes in equal segment length to avoid the material consumption cutting mode on a wafer. The high light with the same output direction is uniformly dispersed and derived by coaxial fluorescent fibers to synthesize a white light illumination device. The method and the device ensures a laser luminescence mode with higher light, more electricity conservation, longer service life and lower cost to become an electricity-saving lighting source of the century.

The invention relates to a strip lamp device of a light emitting diode, which comprises a light emitting unit and a strip lamp. The strip lamp comprises a luminous section, wherein the radial sectionof the luminous section is distinguished by a basal plate, and the luminous section faces to the light emitting diode and is provided with at least one diffused light part and at least one light gathering part formed between the adjacent diffused light parts; the luminous section is a continuous curve section, wherein the central curvature of the continuous curve section is larger, and the curvature of both sides of the continuous curve section is smaller. By arranging the diffused light parts on a luminous area formed by the light emitting diode correspondingly and arranging the light gathering parts on a faint light area formed by the light emitting diode correspondingly, a brightness difference caused by the luminous area and the faint light area is lowered, light rays can be uniform, light is refracted out by more refraction angles, and the entire luminescence intensity can be enhanced, so that the effect of improving glare effectively can be achieved.

The invention discloses a photovoltaic power generation device. The photovoltaic power generation device comprises a photovoltaic support, a photovoltaic array is arranged on the photovoltaic support, and a reflection plate is arranged between two adjacent rows of modules and is used for reflecting sunshine to the modules in the second row. The reflection plate is composed of a light guide plate and a reflection film or a spectral selection thin film. The back face of the light guide plate is provided with a microstructure which is covered with the reflection film or the spectral selection thin film, and more sunshine is selectively and evenly reflected to the surfaces of the modules. When the inclination angle of the reflection plate is 28.7 degrees, the generating capacity of the photovoltaic modules can be improved by 21.94 percent, and the cost of the reflection plate is only 0.6 Yuan / W. By means of the arrangement form of the photovoltaic power generation system additionally provided with the reflection plate, the power generation cost can be reduced while the effective power generating capacity of the system is improved, and efficient cost performance is achieved.