60results about How to "High degree of design" patented technology

A semiconductor device, includes a wiring board; a first semiconductor element mounted on the wiring board; a second semiconductor element mounted on the first semiconductor element so that a position of the second semiconductor element is shifted relative to a position of the first semiconductor element; wherein a part of a main surface of the second semiconductor element faces the first semiconductor element; and an electrode pad provided on the main surface of the second semiconductor element is connected to a second semiconductor element connection pad of the wiring board by a connection part.

A multilayer substrate according to the present invention includes a plurality of laminated insulating layers and conductive patterns formed between the respective insulating layers. The conductive patterns include a first conductive pattern having a predetermined thickness and a second conductive pattern thicker than the first conductive pattern. The first and second conductive patterns are located in the same layer. The first conductive pattern is formed by pattern-etching a conductive layer having a uniform thickness by the subtractive method. The second conductive pattern is formed by forming a pattern-forming groove and then filling the inside of the pattern-forming groove with a conductive material simultaneously with forming a via hole. The first conductive pattern is suitable for an LC pattern for a high-frequency circuit requiring small variations in the width and the thickness of the pattern as well as accuracy in the thickness relative to an insulating pattern, and for a normal conductive pattern requiring impedance matching. The second conductive pattern is suitable for an L pattern for a choke coil.

A programmable analog device and an analog device that can retain data even when supply of a power supply potential is interrupted and consumes less power. In a semiconductor device, first to fourth transistors are used as switches in a unit cell including an analog element, and the output of the unit cell switches between a conducting state, a non-conducting state, and a conducting state through the analog element by controlling the potential of a first node where the first transistor and the second transistor are connected and the potential of a second node where the third transistor and the fourth transistor are connected.

A displacement detecting apparatus of an electromagnetic actuator, including: an electromagnetic actuator including: a movable core; a drive coil which causes a displacement of the movable core; and a detection coil disposed at a position where a mutual coupling coefficient with the drive coil changes with the displacement, the actuator transmitting a drive force of the movable core to a mechanical system; a drive portion for supplying a drive current to the drive coil on the basis of a pulse width modulation signal; and a displacement detecting portion to which an output voltage of the detection coil is inputted, for outputting a displacement detection signal, wherein the displacement detecting portion includes: a sampling-signal generating portion for generating a sampling signal in synchronism with the pulse width modulation signal; and a synchronous sampling portion for outputting the displacement detection signal by sampling the output voltage in synchronism with the sampling signal.

The present invention provides: an insulating substrate or metal-clad laminate able to sufficiently reduce or prevent negative warping of a semiconductor device; a printed wiring board that uses the insulating substrate or metal-clad laminate; and a semiconductor device. The insulating substrate is composed of a cured product of a laminate including one or more fibrous base material layers and two or more resin layers, in which the outermost layers on both sides is the resin layers. At least one of the fibrous base material layers is shifted towards the first side or a second side on the opposite side thereof with respect to the reference position, namely the dividing position at which a total thickness of the insulating substrate is equally divided by the number of the fibrous base material layers and each divided region having the thickness is further equally divided by two. The fibrous base material layers are not shifted in different directions. It is possible to produce a printed wiring board by using, as a core substrate, a metal-clad laminate containing the insulating substrate. Also, it is possible to produce a semiconductor device by mounting a semiconductor element onto the printed wiring board.

A vibration absorbing hose including a corrugated portion has multi-layered construction of tubular inner rubber layer, pressure resistant reinforcement layer circumscribing an outer side of the inner rubber layer and outer rubber layer as outermost cover layer. The pressure resistant reinforcement layer is formed, for example, by providing reinforcing yarns, so as to have corrugations along the corrugated portion of the inner rubber layer. The inner rubber layer contains scaly filler in an amount of 50 phr to 200 phr so as to be oriented in a stretching direction of the inner rubber layer. The scaly filler has an aspect ratio of 2 to 90.

According to various illustrative embodiments of the present invention, a device for an integrated circuit includes a monolithic frame having a plurality of alignment features disposed thereon, the monolithic frame having a mounting surface disposed thereon for the integrated circuit, the monolithic frame also having a thermal interface area disposed thereon for the integrated circuit. The device also includes an electrical interface capable of providing an electrical connection for the integrated circuit, the plurality of alignment features being substantially independent of the electrical interface, and an adhesive layer disposed between the monolithic frame and the electrical interface.

A first load bearing component is adapted to provide load bearing strength when the modular building block is used in a building panel. A second load bearing component is coupled to the first load bearing component via a first coupling arrangement and is adapted to provide load bearing strength when the modular building block is used in the building panel. A building services component is positioned between the first load bearing component and the second load bearing component for providing a conduit for at least one building service. The first and second load bearing components and the building services component are adapted to be configurable in a plurality of positions relative to the other.

Provided is a flux gate sensor comprising the following: a magnetic core having a first wiring layer formed on a board, a first insulating layer formed in such a way as to cover the aforementioned first wiring layer, and a magnetic core which is formed on the aforementioned first insulating layer and which has a central portion and an end portion that continues to the aforementioned central portion, that has a width larger than the width of the aforementioned central portion, and that is located on either side of the aforementioned central portion; a second insulating layer which covers the aforementioned magnetic core and which is formed on the aforementioned first insulating layer; and a second wiring layer formed on the aforementioned second insulating layer.

A shoe outsole (1) is formed of a rubber composition including a short fiber. The amount of the short fiber to be blended is 2 to 40 parts by weight for 100 parts by weight of a base rubber. The short fiber has an orientation in an almost horizontal direction. An orientation angle to the horizontal direction of the short fiber is 30 degrees or less. The short fiber may have an orientation in almost horizontal and lateral directions. Moreover, the short fiber may have an orientation in almost horizontal and longitudinal directions. The outsole (1) is excellent in a strength.

A lens apparatus which is easy to assemble, provides high strength at the flange portion, and achieves high degree of design freedom, too, is disclosed. On the circumferential wall of a second barrel member, a first groove portion is disposed to guide a guide portion provided in the first barrel member and at the end of optical axis direction of the circumferential wall, a flange portion is formed. On a third barrel member, a cam portion which engages with a cam follower portion provided on the guide portion is formed.

A MEMS sensor includes: a substrate; a fixed electrode portion formed in the substrate; a movable weight portion formed above the fixed electrode portion via a gap; a movable electrode portion formed in the movable weight portion and disposed so as to face the fixed electrode portion; a supporting portion; and a connecting portion that couples the supporting portion with the movable weight portion and is elastically deformable, wherein the movable weight portion is a stacked structure having conductive layers and an insulating layer, and plugs having a larger specific gravity than the insulating layer are embedded in the insulating layer.

A structural and/or decorative balloon display is comprised of a plurality of connected, inflatable chambers formed by a plurality of die applications to a plurality of layers of film. In one preferred embodiment connected chambers have and maintain fluid communication. In another preferred embodiment, connected, inflatable chambers have no fluid communication. In other preferred embodiments fluid communication is terminated after inflation. Other embodiments take advantage of variations of numbers of layers, configurations of layers, and treatment of surfaces to create special balloon forms.

The invention relates to a delivery module for a dosage system used to introduce a reducing agent into the exhaust gas tract of an internal combustion engine. The delivery module has a housing, which accommodates various components, and which is produced as an injection moulded component. A heating system is integrated in the vicinity of the center of the housing. The housing has at least one chamber for receiving additional components.

A vibration absorbing hose has a corrugated portion extending substantially entire part of the hose and end portions of straight cylindrical shape. The vibration absorbing hose has multi-layered construction of tubular inner rubber layer, pressure resistant reinforcement layer circumscribing an outer side of the inner rubber layer and outer rubber layer as outermost cover layer. The pressure resistant reinforcement layer is formed, for example, by braiding reinforcing yarns, so as to have corrugations along the corrugated portion of the inner rubber layer.

An integral wall base and flash cove having a wall portion, an elongated toe and a concave cove interconnecting the wall portion and the elongated toe in smooth transition. The integral wall base and flash cove can be wrapped around inside and outside corners without the need for a separate molded corner. The integral wall base and flash cove can be installed without required a cove stick or top cap moulding.

Provided is a semiconductor optical device, an arrayed semiconductor optical device, an optical module having a structure to reduce the parasitic capacitance as well as a high design degree of freedom and having a multilayer structure in which a semi-insulating substrate, a first semiconductor layer having one conductive type, an active layer having light emission function, a second semiconductor layer having the other conductive type, an insulating layer, and a conductive layer are stacked in order from the bottom. The multilayer structure includes a light emitting structure, a first electrode structure, and a second electrode structure. In the semi-insulating substrate and the first semiconductor layer, a first grove which separates the second electrode structure from a remaining portion and approaches the second electrode structure with a non-linear shape rather than a linear shape in its entirety is formed.

A mist forming method using a fluid injection valve formed of a valve seat, a valve body, and a nozzle portion or an injection hole plate having injection holes, and configured to turn in-hole flows and flows immediately below the injection holes into substantially liquid film flows. Directions of jets from the injection holes are not necessarily brought into coincidence with a center axis direction of the injection holes and are not necessarily crossed with one another in a downstream part, and after the jets turned into mists at a position downstream of a break length position, the mists are allowed to come close or gather by the Coanda effect so as to appear substantially as one solid mist, and allowed to keep gathering until catching of ambient air and a resulting air flow along a downstream flow direction in a predetermined in-mist portion attenuate.