179results about How to "Easy to thin" patented technology

There are provided an antenna module-use magnetic core member, an antenna module and a portable information terminal provided with the same, capable of improving a communication distance without increasing a module thickness. In an antenna module (1) in which a sheet-formed magnetic core member (4) is stacked on an antenna substrate (2) on which a looped antenna is formed, one having a performance index, expressed by μ′×Q, of 300 or higher when Q is a reciprocal of a loss factor (tan δ=μ″ / μ′) expressed by a real part μ′ and an imaginary part μ″ of a complex permeability at an applied frequency is used as the magnetic core member (4).

A method for drilling, running casing in, and / or cementing a borehole in a subterranean formation without significant loss of drilling fluid is disclosed, as well as compositions for use in such method. The method employs a drilling fluid comprising a fragile gel or having fragile gel behavior and providing superior oil mud rheology and overall performance. The fluid is especially advantageous for use in deep water wells because the fluid exhibits minimal difference between downhole equivalent circulating density and surface density notwithstanding differences in drilling or penetration rates. When an ester and isomerized olefin blend is used for the base of the fluid, the fluid makes an environmentally acceptable and regulatory compliant invert emulsion drilling fluid. The fluid preferably contains no organophilic clays.

An optical probe includes a tubular outer envelope and a optical fiber which extends in the longitudinal direction of the outer envelope inside the outer envelope. By fixing a light deflecting element to the optical fiber and rotating the optical fiber by a driver, the light deflecting element is rotated. A protective member which has a higher resistance to wear than the outer peripheral surface of the optical fiber is fixed to a part of the outer peripheral surface of the optical fiber in a position near the front end of the optical fiber and is borne for rotation by a bearing portion on the probe outer envelope.

A method for drilling, running casing in, and / or cementing a borehole in a subterranean formation without significant loss of drilling fluid is disclosed, as well as compositions for use in such method. The method employs a drilling fluid comprising a fragile gel or having fragile gel behavior and providing superior oil mud rheology and overall performance. The fluid is especially advantageous for use in deep water wells because the fluid exhibits minimal difference between downhole equivalent circulating density and surface density notwithstanding differences in drilling or penetration rates. When an ester and isomerized olefin blend is used for the base of the fluid, the fluid makes an environmentally acceptable and regulatory compliant invert emulsion drilling fluid. The fluid preferably contains no organophilic clays.

Respective glass substrates 1 of a pair of such EL devices 3 are disposed in such a manner that EL element portions 2 formed on their respective front surfaces 1a are opposed to each other. Spacers 4 are disposed between the two glass substrates 1 so that the EL element portions 2 are separated from each other and do not interfere with each other. In this state, peripheral portions of the two glass substrates 1 are bonded to each other with a sealing material 5, whereby a hollow portion 6 formed between the two glass substrates 1 is sealed with the sealing material 5 and isolated from the outside. Then, the two glass substrates 1 that are integrated together are immersed in an etching liquid, that is, they are subjected to thinning processing.

A method for drilling, running casing in, and / or cementing a borehole in a subterranean formation without significant loss of drilling fluid is disclosed, as well as compositions for use in such method. The method employs a drilling fluid comprising a fragile gel or having fragile gel behavior and providing superior oil mud rheology and overall performance. The fluid is especially advantageous for use in deep water wells because the fluid exhibits minimal difference between downhole equivalent circulating density and surface density notwithstanding differences in drilling or penetration rates. When an ester and isomerized olefin blend is used for the base of the fluid, the fluid makes an environmentally acceptable and regulatory compliant invert emulsion drilling fluid. The fluid preferably contains no organophilic clays.

A display module having a haptic function includes a touch screen panel for detecting touch manipulation, a liquid crystal display (LCD) panel for realizing image display on the touch screen panel, a backlight unit comprising at least one light source for providing illuminating light to the LCD panel, and a haptic actuator disposed adjacent to the light source for providing a haptic effect. The display module having a haptic function has improved space effectiveness, and is easily miniaturized and thinned.

An optical element of the invention comprises at least three laminated circular-polarization-type-reflection polarizers (a) whose wavelength bands for selective reflection of polarized light overlap one another; a layer (b1) which is placed between at least a pair of the circular-polarization-type-reflection polarizers (a) and has a front retardation of substantially zero (in the normal direction) and a retardation of at least λ / 8 with respect to incident light inclined by at least 30° relative to the normal direction; and a layer (b2) which is placed between at least another pair of the circular-polarization-type-reflection polarizers (a) and has a front retardation of substantially zero (in the normal direction) and a retardation of at most μ / 2 with respect to incident light inclined by 60° relative to the normal direction. The optical element condenses or collimates incident light from a light source and can control transmission of light at large incident angles relative to the normal direction, increase front brightness and reduce coloration.

Rare-earth alloy is cast into a sheet (6) or the like by using a tundish (3, 13). The refractory material of the tundish used for casting does not necessitate preheating for improving the flowability of the melt (2). The refractory material used essentially consists of 70 wt % or more of Al2O3 and 30 wt % or less of SiO2, or 70 wt % or more of ZrO2 and 30 wt % or less of one or more of Y2O3, Ce2O3, CaO, MgO, Al2O3, TiO2 and SiO2. The refractory material has 1 g / cm3 or less of bulk density, has 0.5 kca / (mh° C.) or less of thermal conductivity in the temperature range of from 1200 to 1400° C., and has 0.5 wt % or less of ratio of ignition weight-loss under the heating condition of 1400° C. for 1 hour.

The invention relates to anhydrous graphene oxide cooling liquid for an engine. The preparation method of the anhydrous graphene oxide cooling liquid comprises the following steps: mixing the following materials in percentage by weight: 30%-65% of ethylene glycol, 30%-65% of propylene glycol, 0.2%-3% of graphene oxide, 0.2%-2% of organic silicon defoaming agents and 0.7%-8% of composite corrosion inhibitor, and uniformly stirring till all the materials are dissolved. The anhydrous graphene oxide cooling liquid disclosed by the invention achieves high heat conductivity, has a freezing point being lower than -50 DEG C and a boiling point being as high as 188.5 DEG C and also has good corrosion resistance. According to the anhydrous graphene oxide cooling liquid, the heat conduction coefficient of a cooling system is enhanced by adopting graphene oxide with high heat conductivity; the cooling system can be better prevented from generating spot corrosion and the like through use of the organic silicon defoaming agents; copper structural components inside the engine can be well protected by tolyl triazole and benzotriazole; the pH of the cooling liquid can be effectively regulated and controlled between 7.5 and 10.0 through a neutral buffer system formed by an organic acid and the salts of the organic acid; and the cooling system can be efficiently prevented from generating precipitation, corrosion and water pump leakage by phosphoric acid-ammonium molybdate.

An electromagnetic wave shield film (1) comprises a transparent base (2), a conductor (4) positioned on the transparent base (2) via an adhesive (3) and having a mesh geometric pattern, and an earth portion (5) arranged around the conductor (4) and including conductive regions (501) which absorb electromagnetic waves, and non-conductive regions (510) which prevent the earth portion (5) from being creased.

The invention provides a composition for forming a silicon-containing resist underlayer film comprising: (A) a silicon-containing compound obtained by a hydrolysis-condensation reaction of a mixture containing, at least, one or more hydrolysable silicon compound shown by the following general formula (1) and one or more hydrolysable compound shown by the following general formula (2), and (B) a silicon-containing compound obtained by a hydrolysis-condensation reaction of a mixture containing, at least, one or more hydrolysable silicon compound shown by the following general formula (3) and one or more hydrolysable silicon compound shown by the following general formula (4). There can be provided a composition for forming a resist underlayer film applicable not only to a resist pattern obtained in a negative development but also to a resist pattern obtained in a conventional positive development, and a patterning process using this composition.R1m1R2m2R3m3Si(OR)(4-m1-m2-m3)  (1)U(OR4)m4(OR5)m5  (2)R6m6R7m7R8m8Si(OR9)(4-m6-m7-m8)  (3)Si(OR10)4  (4)

The invention relates to the field of piezoelectric ceramic drivers, in particular to a piezoelectric ceramic driver for optical focusing and zooming of a mobile phone. The structure of the piezoelectric ceramic driver comprises a disc stator at the center, a piezoelectric ceramic plate stuck to the surface of the stator, and a mobile body in threaded fit with the stator, wherein the piezoelectric ceramic plate is of a thin ring shape, and upper and lower surface electrodes of the ring-shaped ceramic are of fan-shaped quarter shapes; and when electrical signals are introduced to the surfaces of four fan-shaped regions of the piezoelectric ceramic, continuous driving force is formed on the internal thread of the disc stator to propel the mobile body to rotate spirally relative to the stator so as to realize axial linear motion. The manufacturing process is simple and suitable for industrialized production; compared with the prior art, the piezoelectric ceramic driver is easily microminiaturized, the output performance of an executor is more stable, and the piezoelectric ceramic driver has broad application prospect in the fields of optical focusing, precision driving and micro systems. Particularly, the piezoelectric ceramic driver can realize double effects on focusing and zooming in an embedded lens of the mobile phone or a notebook computer.

An alloy type thermal fuse is provided in which a ternary Sn—In—Bi alloy is used, the operating temperature belongs to the range of 130 to 170° C., the overload characteristic and the dielectric breakdown characteristic are excellent, the insulation stability after an operation can be sufficiently ensured, and thinning of a fuse element can be easily realized. A fuse element having an alloy composition in which Sn is larger than 43% and 70% or smaller, In is 0.5% or higher and 10% or lower, and a balance is Bi is used.

An optical probe includes a tubular outer envelope and a optical fiber which extends in the longitudinal direction of the outer envelope inside the outer envelope. By fixing a light deflecting element to the optical fiber and rotating the optical fiber by a driver, the light deflecting element is rotated. A protective member which has a higher resistance to wear than the outer peripheral surface of the optical fiber is fixed to a part of the outer peripheral surface of the optical fiber in a position near the front end of the optical fiber and is borne for rotation by a bearing portion on the probe outer envelope.

An adhesive agent layer for bonding a support plate (1) and a wafer (5) is in a three-layer configuration in which a hard layer (31) is sandwiched between soft layers (32) and (33) from above and below. Both the top and bottom surfaces of the adhesive agent layer are soft adhesive agent layers, which results in an excellent bonding affinity with the wafer 5 and the support plate (1). Accordingly, the peripheral portion of the wafer (5) can be prevented from being lifted before a dicing process. Further, because the sandwiched adhesive agent layer is the hard adhesive agent layer (31), even when the non-adhesive surface of the support plate (1) is vacuum suctioned, or when a pressure is applied from a grinder, the hard adhesive agent layer (31) is not deformed according to the soft adhesive agent layer (33) being drawn or pushed into through holes (2).

A capacitor microphone includes a case having an end wall defining an opening for a sound hole, a capacitor portion comprising a diaphragm, a back plate and a spacer, the diaphragm opposing to the back plate via the spacer, the capacitor portion being accommodated in the case in such an manner as the diaphragm is placed on the side of the end wall, and a substrate accommodated in the case farther from the end wall than the capacitor portion, the substrate having an impedance conversion element mounted on a surface thereof facing the capacitor portion. A communicating opening is provided around the back plate in a position opposing to the impedance conversion element for communicating spaces on the front and back sides of the back plate. The communicating opening has a larger area than that of the top of the impedance conversion element to allow the spaces on both sides of the back plate to communicate with each other. It is possible to ensure that the impedance element and the back plate do not interfere with each other.

A molecule supply source for use in thin-film forming, enabling to form a thin-film, having a high uniformity, with molecules discharged from a single evaporation source, even on a relatively wide film-forming surface 9, has guide passages 4a, 4b and 4c, being provided in plural numbers thereof, wherein flow rates and directional properties of the vapor molecules are controlled by those guide passages 4a, 4b and 4c; thereby, improving distribution on film-thickness, which are formed on the film-forming surface 9 of a substrate 8. With this, a necessary amount of film-forming material can reach to necessary portions on the film-forming surface 9 of the substrate 8, and therefore, it is possible to reduce dispersion in the film-thickness of the thin-film formed on the film-forming surface 9, but without rotating and / or moving the film-forming surface 9, and thereby enabling to obtain the thin-film, having the uniform film-thickness. Further, it is also possible to control the film-thickness at an arbitrary portion on the film-forming surface 9, freely, but up to a certain degree.

To provide a thin illumination device capable of efficiently utilizing light emitted from a light source, and an input device equipped with the illumination device. [Means for Solution] A recess portion 2a is formed in a substrate 2 to accommodate a light emitting element 6 so as to be sealed with a sealant 9. A light guide layer 4 formed of a thin transparent resin film is fixed onto the substrate 2 via an adhesive layer 3 to realize an illuminating device 1A with a thin structure. The light emitted from the light emitting element 6 is irradiated into the light guide layer 4 via the sealant 9 and the adhesive layer 3. The light fully reflecting on the boundary surfaces between the light guide layer 4 and the adhesive layer 3, and between the light guide layer 4 and the air layer 5 passes inside the light guide layer 4. Then the light which has not fully reflected leaks outside from the surface of the transparent resin film which forms the light guide layer 4. This makes it possible to illuminate the surface of the illumination device 1A entirely with brightness.

An electronic device includes first display means that displays an image in monochrome, first control means that controls the display of the monochrome image, and interface means that is used to communicate with the first control means. When second control means that controls second display means is connected to the interface means, the first control means communicates with the second control means via the interface means.

An antenna for an electromagnetic induction method, in which unevenness in current density distribution is suppressed so that a magnetic field with reduced distortion is generated. In addition, a semiconductor device with less variation in response frequency and communication distance is also provided. The antenna has a loop-like shaped conductive structure with a cut portion in a part thereof and cross-sectional surfaces of the conductive structure face each other in the cut portion. In addition, the conductive structure of the antenna is electrically coupled to have capacity in the cut portion. The semiconductor device has the antenna and an integrated circuit which is connected to the antenna in a power feeding portion.

This invention provides an electrode comprising a porous conductive substrate as well as an electrode active material and a conductive auxiliary filled in the pores in the substrate. This electrode exhibits improved shape stability (strength), a lower resistivity and better response. This electrode can be used to provide an electrochemical cell capable of quick charge / discharge and exhibiting improved cycle properties.

A motor includes a stator and a rotor having drive permanent magnets and a rotary shaft. The stator supports a core with coils wound thereon and includes a base plate. The base plate is formed with a resin, and is composed of a core supporting section that supports the core, a shaft supporting section that rotatably supports the rotary shaft, and attachment sections for attaching the motor to an apparatus. The core supporting section, the shaft supporting section and the attachment sections of the base plate are formed in one piece.

A composite polymer membrane for separating fluid is prepared through preparing a minipore polymer membrane, immersing it in a solvent, removing the solvent from its surface, dissolving another polymer, cross-linking agent, additive and complexant in another solvent, compounding the solution with said minipore membrane. Its advantages are high separation selectivity and high penetrability.

The present invention provides a zeolite sol which can be formed into a porous film that can be thinned to an intended thickness by a method used in the ordinary semiconductor process, that excels in dielectric properties, adhesion, film consistency and mechanical strength, and that can be easily thinned; a composition for film formation; a porous film and a method for forming the same; and a high-performing and highly reliable semiconductor device which contains this porous film inside. More specifically, the zeolite sol is prepared by hydrolyzing and decomposing a silane compound expressed by a general formula: Si(OR1)4 (wherein R1 represents a straight-chain or branched alkyl group having 1 to 4 carbons, and when there is more than one R1, the R1s can be independent and the same as or different from each other) in a conventional coating solution for forming a porous film in the presence of a structure-directing agent and a basic catalyst; and then by heating the silane compound at a temperature of 75° C. or lower. A composition for forming a porous film which contains this zeolite sol is used.

The method for producing a porous film of the present invention includes producing a stretched film by stretching a resin sheet containing at least polyolefin, and then irradiating the stretched film with a vacuum ultraviolet ray. The separator for a non-aqueous electrolyte battery of the present invention is composed of the porous film obtained by the production method of the present invention. The non-aqueous electrolyte battery of the present invention is provided with the separator for a non-aqueous electrolyte battery of the present invention.

The present invention provides a surface-mounted LED that is easy to be made thin and having high reliability, as well as provides its manufacturing method.Specifically, the present invention provides a light-emitting diode having a light-emitting diode chip mounted on a surface of a printed substrate, this light-emitting diode chip comprising a substrate; a semiconductor layer laminated on the substrate and comprising an N-type semiconductor layer and a P-type semiconductor layer, wherein its PN junction surface is perpendicular to the surface of the printed substrate and a portion in the vicinity of the PN junction surface is rendered to be a light-emitting portion; a pair of electrodes that applies voltage to the semiconductor layer; and a light reflecting layer formed on the front surface or back surface of the light-emitting chip or in the chip so as to be approximately parallel to the PN junction surface, this light reflecting layer reflecting light emitted from the light-emitting portion.

A sealing structure for a fitting portion where an annular member is concentrically fitted to a cylindrical member to be fitted at a cylindrical part of the annular member is disclosed. The sealing structure is characterized by an elastic annular seal layer integrally provided on the backward end part of the annular member or the cylindrical member in fitting direction, by applying elastomeric agent to the backward end part and hardening it, and the elastic annular seal layer is formed such that it has layer thickness of 5 μm to 1 mm and is interposed in a compressed state between the annular member and the cylindrical member when said annular member is fitted to said cylindrical member.