97results about How to "Cost of production" patented technology

The present invention relates to an arrangement enabling edge-to-edge joining, by means of a magnetic attractive force, of a first edge portion 811a) of a first panel (11) in a display system to a second edge portion (12b) of a second panel (12), a first magnetised strip (11e) being applied to said first edge portion (11a) and a second magnetised strip (12b) being applied to said second edge portion (12b). The magnetised strips (11e, 12d) are assigned such magnetisation directions (s-n; n-s) that, in a position where the edge portions are in proximity and/or co-operating with each other, they assume a position attracted to each other. Said strips (11e, 12d) consist of a material different from the material of the panel (11, 12). The modulus of elasticity and the thickness (2600 MPa; 0.2 mm) of said panel (11) and the modulus of elasticity and the thickness (100 MPa; 0.7 mm) of said strips (11e, 12d) are such that only small axial stress related forces, or none at all, will act within the attachment means (50, 51). Said strips (11e, 12d) are assigned a thickness (“d”) of less than 1.0 mm.

A backlight module including a light guide plate, a light source and a transparent elastomer is provided. The light guide plate has a first light emitting surface, a bottom surface opposite to the first light emitting surface and at least a light incident surface contacting the first light emitting surface and the bottom surface. The light source is disposed adjacent to the light incident surface and includes a circuit board and a plurality of light emitting diode devices. Each of the light emitting diode devices is capable of emitting light passing through the light incident surface. The light emitting diode devices are electrically connected to the circuit board. The transparent elastomer is disposed between the light incident surface and each of the light emitting diode devices.

A display element including a display panel on which one or more lighting modules are fastened, wherein the display element further includes a mechanical mounting interface for fastening said lighting module to the display panel.

Process for the production of a multimedia edition on the basis of oral presentations, from information contained in a previously recorded audio and/or video flow, and data and reference documents associated with the audio and/or video information. It includes both an indexing of the audio and/or video flow, in particular from the structure of the information contained, and an indexing of the supplementary data and reference documents. Heterogeneous data including information about the formal structure of an audio and/or video sequence contained in the audio and/or video flow, and data relating to reference documents associated with the audio and/or video sequence are stored chronologically in a common database. These heterogeneous data are then processed in a spreadsheet, along a time axis representing the passage of time in the time flow, and reworked in order to produce a complex indexing of the audio and/or video information and the supplementary data.

The main object of the present invention is to control the alignment of the ferroelectric liquid crystal by a simple method without the need of an alignment process such as the rubbing process and the photo alignment process in a liquid crystal display using a ferroelectric liquid crystal; to solve better the light scattering generated at the interface between the polarizing plate and the other functional layers compared with the case of separately providing the polarizing plate by the use of an alignment layer having the alignment function of controlling the alignment of the ferroelectric liquid crystal and the polarizing function of changing a non polarized light beam to a linear polarized light beam and thereby restrain the deterioration of the light transmittance, to achieve a thin shape and a light weight of the liquid crystal display. The invention achieves the object by using a columnar alignment layer having a column structure with plate-like molecule having the photo dichroism in the visible light range as one of the alignment layers for controlling the alignment of the ferroelectric liquid crystal and forming a reactive liquid crystal layer produced by fixing a reactive liquid crystal including a polymerizable liquid crystal material on the side to be contacted with the ferroelectric liquid crystal on the columnar alignment layer, showing the nematic phase on the columnar alignment layer.

By using oxygen-containing silicon wafers obtained by the CZ method and by combining the first heat treatment comprising controlled heat-up operation (ramping) with the second heat treatment comprising high-temperature heat treatment and medium temperature heat treatment in accordance with the process for producing high-resistance silicon wafers according to the present invention, it is possible to obtain high-resistance silicon wafers capable of maintaining their high resistance even after heat treatment in the process of device manufacture while efficiently inhibiting the formation of oxygen donors and preventing changes in resistivity. Further, excellent epitaxial wafers and SOI wafers can be produced using those high-resistance silicon wafers and, therefore, they can be applied in a wide field including high-frequency communication devices and analog/digital hybrid devices, among others.

A heater-attached piping having, a cord-like heater disposed along substantially entire length of a nylon tube forming a pipe for transferring a fluid, and at least a heat-retaining layer disposed around the nylon tube and the cord-like heater. The cord-like heater located at the end of the nylon tube may be, for example, folded back and formed in a duplex arrangement. With this arrangement, heat generating at the end of the heater-attached piping increases and is duplicated to result in suppression of power consumption of the cord-like heater to a possible lowest limit, and the heat-retaining ability and defrosting ability in the end of the heater-attached piping can be enhanced.

A coil electrical component and a method of manufacturing the same. Magnetic material powder and adhesive powder are mixed in a predetermined proportion to form a solid mixture. The solid mixture and an object, such as a coil or a core material surrounded by the coil, are filled in a mold having a predetermined shape. The solid mixture in the mold is heated such that the magnetic material powder is adhered by the adhesive powder and covers the object, so as to form the coil electrical component. The coil electrical component corresponds in shape to the mold. Therefore, the coil electrical component has stable quality, and can be manufactured with less time and lower cost.

A method of manufacturing a speaker includes providing an integral set of frames each with a receptacle opening, mounting a plurality of magnetic circuit units in the respective receptacle openings of the integral set of frames, mounting an integral set of diaphragms to the integral set of frames with diaphragms aligned with respective frames, mounting a plurality of voice coils to the integral set of diaphragms with the voice coils operatively connected to the respective magnetic circuit units to form an integral set of speaker units each comprising the frame, the magnetic circuit unit, the diaphragm and the voice coil, and dividing the integral set of speakers into individual speakers each with at least one speaker unit.

A gas pressure-resistant metal pop-top cover comprised of two parts, a lid (1) and a pull-ring, the pull-ring being riveted to the lid (1), there being a concave countersink that begins at the circumferential edge of the lid (1) and extends toward its center, and at the center of the concave countersink there being a round convex platform (2), wherein the angle of inclination A of the countersink is 15-60°, and the arc-shaped segments B1 and B2 of the bottom part of the convex platform and the corner portion of the rise segment C rotate around the center of the lid (1) and are subjected to cold hardening treatment through forging and pressing. Through a new design, the conflict between material-saving and maintaining pressure resistance in a pop-top cover has been solved, with the result that greater resistance to high pressure is provided as the notch diameter and thickness of materials in the pop-top cover are decreased.

The disclosure discloses an array substrate, a liquid crystal display panel and a manufacturing method, the array substrate includes designing a data line layer and a light shield layer on a same layer, moreover, a source electrode layer, a drain electrode layer, an oxide semiconductor layer and a common electrode layer are designed on a same layer, the source electrode layer, the drain electrode layer and the common electrode layer are formed by doping the oxide semiconductor material, the source electrode layer, the drain electrode layer and the common electrode layer can be conductive by increasing conductivity thereof. By the method above, the disclosure can reduce the amount of masks in processes and costs in production significantly.

The present disclosure relates to a cavity filter, a connector and manufacturing processes thereof. The cavity filter comprises a cavity, a cover plate and a connector disposed on the cavity or the cover plate; an end of the connector is connected with internal devices inside the cavity filter and the other end of the connector is connected with external communication devices; and the connector comprises an inner conductor and a metal enclosure disposed coaxially and an insulation medium disposed between the metal enclosure and the inner conductor, and a non-metal layer is disposed on an outer peripheral surface of the metal enclosure. The connector of the present disclosure is formed with a non-metal layer on the outer peripheral surface of the metal enclosure thereof, which can improve the moisture-proof capability, the salt-mist-proof capability, the mould-proof capability and the reliability of the connector and the cavity filter.

A color wheel module includes a color wheel having a side face defining a plurality of color regions and a detection region, a light source for emitting light beams toward the side face of the color wheel and a light detection device for detecting the light beams from the color regions and the detection region in order to locate position of the color regions and the detection region.

The control device displaces the main shaft in the axial direction and in the radial direction within the range of the gap between the rib member of the main shaft and the axial magnetic bearing and the gap between the main shaft and the radial magnetic bearings, by controlling the attraction forces of the axial electromagnets and the radial electromagnets, whereby the main shaft can be positioned. By controlling the axial magnetic. bearing and the radial magnetic bearings, it becomes possible to freely displace only the main shaft in the axial direction and in the radial direction, and therefore, the main shaft can be positioned at high speed and with high precision. Moreover, there is no necessity of providing the feeding mechanism in which the ball screw mechanism and linear motor etc. are employed for the purpose of displacing the magnetic bearing spindle device, and hence, reduction of the production cost for the grinding apparatus can be achieved.

The present invention discloses a method and system comprised of a combination of submethods and subsystems relating to the manufacture of parts. By these submethods and subsystems, the present invention discloses using part data, machine data, and tool data to create a recipe for the production of a part. Also included in the recipe is an optimal combination of machine and tooling derived from a database of machine and tooling performance measurements. Further included in the recipe are a process plan and production settings. A party can select or create a vendor by using the recipe and a database of vendor information. Also disclosed by the present invention is monitoring of the machining setup and production to ensure manufacture of the part according to the recipe. The present invention can be implemented in numerous methods and systems, including sales of the recipe and licensing of the part production according to the recipe.

A system and method of producing labels at remote locations worldwide in communication with a server and central database via the internet is shown and described. The system and method also allows the ordering of labels at remote locations worldwide in communication with the server and central database via the internet. Automatic typesetting for label production is provided wherein various types of production, image data files are generated in accordance with different requirements from various customers and wherein the generated production files can be used directly by the production machines for which they were generated, different types of production files being automatically generated for different types of production machines or printing methods. The system and method of the present invention accommodates vastly different printing methods including thermal printing, lithographic printing, etc.

A biomass fuel aluminum melting furnace comprises a furnace body (1), a crucible (2), an air inlet (3) and a feeding pipe (4). A cavity is arranged in the furnace body (1) and is formed by separating the furnace body (1) through a refractory brick layer (5). A smoke channel (1.3) and a gas inlet channel (1.4) are arranged in the space between the refractory brick layer (5) and the inner wall of the furnace body (1) and is formed by separating the furnace body (1) through a heat-conducting material layer (13), wherein the inlet and the outlet of the smoke channel (1.3) are located at the two ends of a C-shaped structure respectively, the inlet and the outlet of the gas inlet channel (1.4) are also located at the two ends of the C-shaped structure respectively, the inlet of the gas inlet channel (1.4) is communicated with the air inlet (3), and the outlet of the gas inlet channel (1.4) is communicated with an ash chamber (1.2). One end of the feeding pipe (4) is located in a combustion chamber (1.1), and the other end of the feeding pipe (4) is located outside the furnace body (1). Compared with the prior art, the biomass fuel aluminum melting furnace has the advantage that the crucible is capable of being evenly heated, long in service life, high in heat exchange efficiency, low in energy consumption, good in use stability and low in aluminum melting production cost.

The present invention relates to a base material for high temperature alloy and a process for manufacturing the same. The base material includes following components (by weight): 10-45% Cr, 0.5-12% Nb, 0.7-2.5% Ti, ≦9.0% Mo, ≦8.0% W, ≦2% Mn, ≦1.0% Si, ≦2.0% Al, ≦0.5% C, ≦0.032% O, ≦0.032% N,≦0.01% S, ≦0.02% P, and balance being Fe and unavoidable impurities. The process for manufacturing the base material for high temperature alloy includes following steps: providing raw materials according to the target composition; charging the raw materials in a crucible uniformly layer and layer according to a certain sequence, smelting in vacuum condition; after the materials being melted completely, holding the melt at a temperature; and casting ingot, and cooling to obtain a base material for high temperature alloy.

The invention relates to a single- or multilayer, white, biaxially oriented polyester film. Films of the invention are formed from thermoplastic polyester and are coated on at least one side with a water-soluble adhesion-promoting layer that includes a hydrolyzed amino-functional silane. The invention further relates to the use of the film and to a process for its production.