190results about How to "Help miniaturization" patented technology

Size and cost of an apparatus are reduced by reducing the optical path length of light emitted from a light source while enhancing utilization efficiency of the light source. A projection image display (50) employs LEDs (51R, 51G, 51B) as the light source and directs an emitted light beam to enter an optical integrator (60). The optical integrator (60) is formed by bonding four block members (61-64) in the longitudinal direction wherein a dichroic mirror (65R) reflecting an R light beam and transmitting G and B light beams, a dichroic mirror (65G) reflecting a G light beam and transmitting R and B light beams, and a dichroic mirror (65B) reflecting a B light beam and transmitting R and G light beams are provided integrally on the inclining bonding face of each block member (61-64). Each dichroic mirror (65R, 65G, 65B) reflects the light emitted from each LED (51R, 51G, 51B) and propagates them through the optical integrator (60) while reflecting totally and outputs a uniform light beam from an exit face (60b).

The present invention discloses a sampling system anti-collision device and an anti-collision method. The sampling system comprises a moving mechanism, a motor and so on. The anti-collision device comprises a code wheel, an optical coupling, a position signal detecting unit, a drive pulse counting unit and a drive pulse delivery unit. Wherein, the code wheel or the optical coupling is connected with the moving mechanism. The code wheel is provided with uniformly-spaced transparent slits. The optical coupling detects the transparent slit on the code wheel while moving relatively and outputs a detecting signal with periodical level variation. In addition, the position signal detecting unit determines whether a position signal is output to the drive pulse counting unit. The drive pulse counting unit judges whether the sampling system undergoes collision according to the position signal. Moreover, the present invention discloses a sampling system comprising the anti-collision device. The present invention can effectively detect collision state of the sampling system, make immediate response, stop sampling system operation, ensure personal safety and prevent instrument damages.

The embodiment of the invention provides a miniature antenna of a laptop and a mobile electric apparatus, wherein the miniature antenna comprises a first antenna for providing antenna service of a first mode, a second antenna for providing antenna service of a second mode; the first mode is different from the second mode; and the grounding branch of the first antenna is coupled to a radiation branch of the second antenna. The embodiment of the invention can improve the performance of antenna in complicated environment and realize coexistence of multiple antenna systems in the laptop.

Provided is an electric motor insulating sheet forming a slot insulating sheet (12), in which aramid paper and a PPS film are directly pressure laminated without the use of an adhesive. Thus, an adhesive layer is not present between the aramid paper and the PPS film. The PPS film is low-cost in comparison to a polyimide film, has high thermal properties such as heat dissipation, and has a high resistance against heat. As a result, a high strength is maintained even when exposed to a high temperature for a long period of time. Additionally, since the aramid paper and PPS film are directly laminated without the presence of an adhesive layer, the overall thickness is reduced by a thickness equivalent to that of the adhesive layer, thereby enabling a thinner film.

A light source apparatus having, in spite of its simple and compact construction, enhanced efficiency of condensing light in a predetermined small diameter region. The light source apparatus has a light emitting tube (20) with a pair of main electrodes (21, 22) and has a reflector (30) for reflecting light emitted from the light emitting tube (20). The electrode axis O1 of the main electrodes (21, 22) intersects with the optical axis LA of the emitted light. In the reflector (30) are formed a first reflector section (31) and a second reflector section (32). The first reflector section (31) has a spherical surface with its center at a light emitting point L0 of the light emitting tube (20), and the second reflector section (32) has a curved surface different from that of the first reflector section (31). The reflector (30) also has a light condensing body (40) for condensing light that is emitted from the light emitting tube (20) to places other than the second reflector section (32) and irradiating the condensed light to a predetermined direction or region.

The objective of the present invention is to provide: a glass interposer having high reliability and excellent electrical characteristics, which has a through electrode that is free from voids, and wherein a wiring line exhibits good adhesion to a glass base; and a method for producing this glass interposer. The method for producing a glass interposer comprises: a step wherein a wiring formation part (3) in a first layer and a land formation part (4) in the first layer are formed within a glass base (1); a step wherein a metal layer (6) is formed only on the front surface of the glass base (1); a step wherein a blind hole (7) is formed only in a portion of the glass base (1), said portion extending from the land formation part (4) in the back surface to the land formation part (4) in the front surface; a step wherein a buried through electrode (8) is formed in the blind hole (7) by electrolytic plating using the metal layer (6); a step wherein a metal layer (14) is formed on the back surface of the glass base (1); and a step wherein the metal layers (6, 14) on the front and back surfaces of the glass base (1) are polished until the glass base (1) is exposed therefrom.

The present invention provides an electrically operated valve which can reduce the number of components and facilitate assembling and downsizing particularly when a back pressure chamber is arranged in a large-sized electrically operated valve. In the electrically driven valve, a screw joint (A) formed between an outer thread part (41) of which an outer peripheral surface is provided with an outer thread (41a) and an inner thread part (6a) on which an inner peripheral surface is provided with an inner thread (6d) turns rotational motion of the rotor (4) into linear motion and enables the valve element (17) to move linearly in the axial direction based on the linear motion. The electrically operated valve is characterized in that the inner thread part (6a) provided with the inner thread (6d) and a valve element guiding part (6b) that guides the valve element (17) to move in the axial direction are integrated into one member, and the valve element (17) is guided in the axial direction in such a way that the valve element (17) slidably contacts with the inner peripheral surface of the valve element guide member (6b).

The invention discloses a flexible steering drilling tool, and relates to the technical field of drilling. According to the flexible steering drilling tool, the passing ability of the flexible steering drilling tool is improved through a flexible driving drilling column and a flexible driving control system, and the problem of well track control in a well with an extremely short radius is solved; by arranging a deflection guiding mechanism, the flexible steering drilling tool can drive a drill bit to deflect in the preset direction under the rotary drilling condition; drilling power transmission is achieved through a plurality of bearing short sections connected through universal transmission mechanisms; and the deflection guiding mechanism and an electric driving actuator are arranged in different functional short sections correspondingly and connected through the flexible transmission mechanisms, the length of a steering drilling section and the distance between the universal transmission mechanisms are decreased to the maximum extent, and the control problem of the flexible steering drilling tool is solved. According to the flexible steering drilling tool, drilling of the well with the short radius and the extremely short radius can be achieved, or steering drilling is continuously conducted through the well with the short radius and the extremely short radius.

To stabilize extinction ratio of laser output light over the whole operating temperature range by suppressing the extinction ratio of laser output light from being increased more than required, by restraining an excess pulse drive current from flowing due to the saturation of the slope efficiency in an I-L characteristic in high temperature operation of a semiconductor laser. In an optical output stabilizing circuit in which a modulation current is controlled by detecting the slope efficiency in an injection current versus an optical output characteristic of the semiconductor laser 12, a temperature-compensation circuit 13 for a reference voltage of a difference amplifier 9 is added to reduce fluctuation of the extinction ratio of laser output light in high temperature operation by compensating the saturation of the slope efficiency by temperature-compensating the reference voltage in an error amplifier.

First and second through-side field effect transistors are connected between first and second high frequency signal input / output terminals, and an antenna, respectively. The first and the second high frequency signal input / output terminals are connected with one end of the first and the second shunt-side field effect transistors, respectively. A series resonant circuit including a shunt capacitor and a bonding wire is connected between the other end of the first and the second shunt-side field effect transistors, and a ground.

The invention provides a short-radius drilling tool. The short-radius drilling tool comprises a guide drilling short section, a driving drill string and a driving control short section, the guide drilling short section comprises a guide short section and a drill bit, the guide short section comprises a bearing body, a deflection guide mechanism and an electric driving actuator are arranged on thebearing body, the drill bit is connected with the bearing body, the deflection guide mechanism can drive the drill bit to deflect in a preset direction, the driving drill string comprises a pluralityof bearing short sections which are sequentially connected from top to bottom, the bearing short section located at the lowest position is connected with the bearing body, every two adjacent bearing short sections are hinged through a bit pressure torque deflection transmission mechanism, the bearing short sections are hinged to the bearing body through the bit pressure torque deflection transmission mechanism, the driving control short section is provided with an electric driving actuator driving control circuit, and the electric driving actuator driving control circuit is electrically connected with the electric driving actuator through a jumper circuit. According to the short-radius drilling tool, the short build-up rate can be achieved, the length of the guide short section is effectively shortened, and then the directional drilling function can be achieved in a high-curvature borehole more easily.

The invention relates to the semiconductor lighting technology, in particular to an LED fluorescent lamp and an installation method thereof. The LED fluorescent lamp according to embodiments comprises a glass inner tube, a glass outer tube enclosing the glass inner tube, end covers covering two ends of the glass inner tube, an LED drive power source, a plurality of LED units, and a drive circuit module; each end cover is provided with pins adapting to a fluorescent lamp holder; the LED drive power source comprises an elongated substrate fixed within the glass inner tube; the drive circuit module is arranged at one end or two ends of the elongated substrate and electrically connected with the LED units and the pins.

To evenly cool down an armature winding along the circumferential direction of a stator in a generator motor. A generator motor includes a stator (1) fixed to the inner diameter side of a housing (18), a rotor (130) rotatably supported by a bearing (5), and an armature winding wound around the teeth of a stator core (110). A bracket (200) provided via the bearing (5) has a passage (201, 202) through which cooling oil flows and an injection hole (204) which communicates with the passage and injects cooling oil at a position opposite the winding end of the armature winding. Cooling oil is injected toward the winding end of the armature winding from the injection hole (204) of the bracket (200) arranged on both sides of a shaft (6) in the axial direction. In the flow distribution of oil from a plurality of the injection holes (204), oil flow is set to be greater the higher the position of the injection hole is above the level of the shaft (6). The placement pitch of the injection holes (204) on the bracket (200) is narrower at the upper positions in the vertical direction of the bracket (200), and gradually becomes wider closer to the level of shaft (6).

The present invention provides a cast insulation resin for an electric apparatus having an improved fracture toughness. The cast insulation resin for an electric apparatus is a cast insulation resin used in an electric apparatus, comprising at least either a polar fine elastomer particle or a liquid elastomer having a polar molecule dispersed in an epoxy resin, and a filler formed of at least either an inorganic compound or an inorganic compound having a modified surface thereon with an organic compound. The invention also provides a high voltage electric apparatus using the same.

Disclosed is a pattern coil type vertical vibrator including: a housing; a magnetic circuit unit placed in the internal space of the housing, and including a magnet perpendicularly placed and a yoke for fixedly receiving the magnet therein; spring members provided with upper ends fixed to the housing and lower ends fixed to the magnetic circuit unit for vertically and elastically supporting the magnetic circuit unit; a vibrating unit, including a weight assembled with the yoke of the magnetic circuit unit, vertically vibrated together with the magnetic circuit unit through the spring members; and a pattern coil, printed on an upper surface of a base for closing a lower surface of the housing, to which power is supplied, so that the pattern coil is interlinked with a magnetic field generated from the magnet and generates force just upwardly when the power is supplied to the pattern coil.

In order to simultaneously and randomly form tires of multiple, different sizes on a single line, this tire manufacturing method involves a green tire forming step for assembling, by means of component assembly devices arranged at multiple work stations arranged along a track, tire component members on the outer surface of a rigid core which moves along the track, and a vulcanizing step for charging a green tire, together with the rigid core, into a vulcanizing mold. Each time a rigid core is conveyed to a work station, the size of the rigid core is identified, and, from this identification information and data about bonding conditions of member materials for each size stored in advance in a control device, data about the bonding conditions is calculated corresponding to the identified size. The component assembly devices are controlled on the basis of said data.

Supply of the collector electrode of a transistor (1) used for amplification is supplied by voltage converted by a DC / DC converter (11). The output voltage of the DC / DC converter (11) is determined by input impedance of a post-stage circuit module, for example, voltage of the DC / DC converter (11) is set, so for input impedance (generally 50 [omega]) of the post-stage circuit module, even though an output matching circuit is not used, output waveform of an amplification circuit becomes proper when being used as a modulation method (mode) of an object or using frequency (frequency band).

Provided are a film-like light shielding plate and a digital camera, a stop of a digital camera, a light amount adjustable stop device for a projector or a shutter to which the film-like light shielding plate is applied, wherein the film-like light shielding plate is comprised of a light shielding thin film with a sufficient light shielding property and a low reflective property in a visible light area that is widely applicable to an optical member is formed on a resin film of a base substrate. A film-like light shielding plate includes a light shielding thin film (B) comprised of a crystalline titanium oxide-carbide film that is formed on at least one surface of a resin film substrate (A), wherein the film-like light shielding plate is characterized in that the light shielding thin film (B) contains an amount of carbon that is equal to or more than 0.6 in the atomic number ratio of C / Ti and contains an amount of oxide that ranges from 0.2 to 0.6 in the atomic number ratio of O / Ti, the total thickness of the light shielding thin film (B) is made to be equal to or more than 260 nm, and an average optical density in the wavelengths ranging from 400nm to 800nm is equal to or more than 4.0.