38results about How to "Ease and reliability" patented technology

A capacitive tile tactile sensor is described and includes several groups of individual sensors each controlled by a dedicated IC. Individual sensors are formed by sensing electrodes on one side of the sensor and a single ground electrode on the other side, the ground electrode is separated from the sensing electrodes by a compressible dielectric layer. A single electrical connection between the ground electrode and the sensing electrode layer allows for routing of all electrical connections including individual electrodes and a ground electrode to appropriate ICs within the same layer using conductive ink or other similar techniques. Stand-alone configurations are described as well as those adapted for communicating with outside control means including a personal computer. Arranging groups of sensors in parallel with each other creates a matrix of sensors while arranging them along a single line creates a linear strip sensor. Using off-the-shelf capacitance-sensing ICs to control a limited number of capacitance sensors allows reducing the number of electrical connections to the sensor array and increasing its reliability.

A capacitive tile tactile sensor is described and includes several groups of individual sensors each controlled by a dedicated IC. Individual sensors are formed by sensing electrodes on one side of the sensor and a single ground electrode on the other side, the ground electrode is separated from the sensing electrodes by a compressible dielectric layer. A single electrical connection between the ground electrode and the sensing electrode layer allows for routing of all electrical connections including individual electrodes and a ground electrode to appropriate ICs within the same layer using conductive ink or other similar techniques. Stand-alone configurations are described as well as those adapted for communicating with outside control means including a personal computer. Arranging groups of sensors in parallel with each other creates a matrix of sensors while arranging them along a single line creates a linear strip sensor. Using off-the-shelf capacitance-sensing ICs to control a limited number of capacitance sensors allows reducing the number of electrical connections to the sensor array and increasing its reliability.

In accordance with the present invention, a light-emitting element mounting board is provided including an enamel layer which covers the surface of a core metal, wherein reflective cup portions for mounting light-emitting elements are provided on one face of the board, and wherein a heat radiating part is formed by at least partially removing the enamel layer on the other face of the board, and exposing the core metal. Further, a light-emitting element module including light-emitting elements mounted thereon, a lighting device including the light-emitting element, a display device, and traffic signal equipment are provided.

In a machine tool which includes a rotary shaft configured to allow a tool or a workpiece to be attached thereto, a driving unit for causing the rotary shaft to rotate is regulated to change a rotation speed of the rotary shaft in such a manner that the rotation speed oscillates with a given amplitude and a given period with respect to a given mean rotation speed, so that chatter vibrations can be suppressed. A parameter display control unit configured to cause a display device to display parameter information related to predetermined parameters for changing at least one of the mean rotation speed, the amplitude and the period is provided so that the parameters can be changed based upon the parameter information displayed in the display device.

A device for protecting medical apparatus from contamination by infectious agents comprises a containment body having an inlet destined to be set in fluid communication with an extracorporeal circuit of blood, and an outlet destined to be connected to a fluid line operatively connected to a pressure gauge of a medical apparatus. The inlet is in gas communication with the outlet across an internal cavity of the containment body. Two hydrophobic membranes are predisposed in the containment body between the inlet and the outlet. The membranes each define an anticontamination barrier which is gas-permeable. The device transmits the pressure of the extracorporeal circuit to the pressure gauge, with no relevant loss of head, while at the same time protecting, with a high degree of security, the medical apparatus from risks of contamination by pathogens originating in the extracorporeal circuit.

A horizontal-axis wind turbine of a rotor-support design is provided in which the structural load of the wind turbine rotor is carried by the wind turbine tower itself. The turbine uses a composite shaft to transfer torque from the wind turbine rotor to the generator, the shaft having high torsional strength but being flexible in bending. This prevents the transmission of bending moments from the rotor hub to the generator system. Accordingly, the components of the turbine can be rigidly mounted to the turbine main frame, removing the need for vibration damping elements. The result is a wind turbine of reduced weight, which can be modeled and designed for improved efficiency and performance. Furthermore, as the turbine components do not have to be load-balanced, the turbine can be of a modular construction for relatively easy servicing and / or upgrading.

A semiconductor device that can cope with larger numbers of pins and finer pitches while suppressing lowering of the manufacturing yield and reliability includes: a semiconductor chip having a plurality of electrodes provided on an upper surface thereof; a plurality of lead terminals including inner lead portions disposed toward the semiconductor chip; a sheet-form wiring member having a plurality of conductors insulated from one another on one main surface thereof; and a sealing-resin layer for sealing at least the semiconductor chip, the inner lead portions and the wiring member. The electrodes of the semiconductor device and the inner lead portions of the lead terminals are electrically connected respectively to each other via the conductors of the wiring member.

A circuit packaging system allows a combination of integrated circuit dice and surface mount electronic components to be mounted on a printed circuit board which is in turn mounted on a lead frame and encapsulated, thus providing an environmentally sealed package which is manufactured using standard circuit fabrication methods and machinery.

A method for manufacturing a photonic crystal fiber (20) including the steps of: arranging a spacer (4) formed of two or more spacer parts in a support tube (3) such that the inner wall surface of the support tube (3) has a substantially regular polygonal cross-sectional shape which allows closest packing of a core rod (2) and a plurality of capillaries (1) or the capillaries (1) only; and forming a preform (15) by packing in a support tube (3) the core rod (2) for forming a solid core and the capillaries (1) for forming a cladding, or by providing a core space for forming a hollow core in a support tube (3) and packing in the support tube (3) a plurality of capillaries (1) for forming the cladding; and drawing the preform (15) into a fiber under heating.

An abnormality of a generator provided with a plurality of power supply units is easily detected. Each of the power supply units includes each of output windings L1 to L4, which are wound independently of each other around the single iron core, and each of rectifier circuits 2 to 5. The power supply units produce an integrated output power. Control means 33 to 35 control the rectifier circuits such that an output voltage agrees with a target voltage Vref. In a case where an added up power W becomes a power target value Wref, when the added up current I further increases, a power comparing section 39 reduces the target voltage Vref to prevent the rectifier circuits from outputting power. Further, when the added up current I exceeds a current upper limit ILMT, a gate pulse is stopped.

The disclosure provides a self dispersing pigment dispersion for use in inks comprising a pigment having a stabilizing group covalently attached to the pigment surface, and having an oil adsorption of at least about 155 to about 179 mL / 100 g, and an acid content of at least about 0.98 microequivalent / m2, and wherein the pigment dispersion has a pigment densification rate of less than about 8.40 E-04 mL / second. Ink jet inks containing these self-dispersing pigments, are also provided.

There are provided n number of line-type inkjet nozzles (2) which include nozzles (4) that eject a liquid material and are arranged in a row, and which are arranged in parallel with each other so that positions of the nozzles (4) are shifted from each other by 1 / n of a nozzle pitch (P1). Thus, an inkjet head (1) as a whole has a state equivalent to a state in which the nozzles (4) are arranged at 1 / n of a nozzle pitch of one line-type inkjet nozzle (2). The inkjet head (1) is capable of adjusting a timing of ejecting the liquid material for each line-type inkjet nozzle (2). Accordingly, adjustment of a dot pitch such as fine coating and rough coating can be performed with ease.

An optical film that includes an optical compensation layer having a refractive index anisotropy satisfying nx>ny>nz. The optical compensation layer contains a polyvinyl alcohol resin subjected to ultraviolet cross-linking with a cross-linking agent having at least two double bonds, where nx: a refractive index in a direction (a slow axis direction) in which an in-plane refractive index of the optical compensation layer reaches its maximum ny: a refractive index in a direction (a fast axis direction) that is orthogonal to the nx direction within a plane of the optical compensation layer nz: a refractive index in a thickness direction of the optical compensation layer that is orthogonal to each of the nx and ny directions.The optical film has a high retardation developability and high retardation reliability, uses a material that is inexpensive as compared to polyimide and has a wide choice of solvents.

In a testing kit for bodily fluids, a device is provided which combines a specimen collection component and a testing component, which are integrated into a single, inexpensive element that is readily manufactured. This permits testing by collecting a specimen with the device, then simply dropping it into a predetermined quantity of buffer solution.

A fuel supply device includes a valve body and a filter unit accommodating an air filter and a valve cap are attached to a tubular portion provided on a side surface of an inlet pipe. When a fuel tank has a negative pressure, the valve body opens and the negative pressure is eliminated by clean atmospheric air introduction. A projection portion is provided on the filter unit side of the valve body. Accordingly, attachment of the valve body into the tubular portion and attachment of the tubular portion and the filter unit are reliably performed, the reliability of valve body opening and closing is improved, and attachment workability is improved.

An inductor component includes an element assembly having a first surface and a second surface located opposite to the first surface, a first direction-distinguishing layer disposed on the first surface, and a second direction-distinguishing layer disposed on the second surface. The first direction-distinguishing layer has a first cavity passing through in the thickness direction. The second direction-distinguishing layer has a second cavity passing through in the thickness direction. The element assembly has a first exposed portion that is part of the element assembly and that is exposed in the first cavity and has a second exposed portion that is part of the element assembly and that is exposed in the second cavity. The first amount of protrusion of the first exposed portion protruding in the thickness direction is less than the second amount of protrusion of the second exposed portion protruding in the thickness direction.

The invention relates to improvements in sequencing of polymers. In particular, the invention relates to a method of sequencing a polymer, the method comprising providing a plurality of data sets, each set comprising data representing the concentration of synthesised polymers from a plurality of chain termination reactions, wherein the data sets include termination artefacts; aligning two or more of the data sets based on at least one termination artefact present in said two or more data sets; and determining the polymer sequence based on the aligned data.

Light, which has been produced by a semiconductor device and has wavelengths falling within the range of 630 nm to 680 nm, is propagated through a plastic fiber provided with a core containing a polymethyl methacrylate as a principal constituent. The temperature of the semiconductor device is adjusted by a temperature adjusting system comprising a heater for heating the semiconductor device, a temperature detector for detecting the temperature of the semiconductor device and feeding out a temperature detection signal, and a control circuit for controlling actuation of the heater in accordance with the temperature detection signal in order to set the temperature of the semiconductor device at a predetermined target value that is lower than the highest temperature assumed to occur under an environment, in which the semiconductor device is located.

The disclosure provides a self dispersing pigment dispersion for use in inks including a pigment having a stabilizing group covalently attached to the pigment surface, and having an oil adsorption of at least about 155 to about 179 mL / 100 g, and an acid content of at least about 0.98 microequivalent / m2, and wherein the pigment dispersion has a pigment densification rate of less than about 8.40 E-04 mL / second. Ink jet inks containing these self-dispersing pigments, are also provided.

A method of controlling a multi-engine bay in which the following steps are performed: a) controlling the bay so that it delivers desired thrust and each engine is operated in compliance with a set of operating limits for the engine; b) periodically evaluating a level of damage for each of the engines, the level of damage of an engine being information representative of a probability of the engine failing; c) for each engine, periodically evaluating whether its level of damage exceeds a predetermined value; and d) if the level of damage of an engine, referred to as a “damaged” engine, exceeds a predetermined value, modifying at least one operating limit of the damaged engine so that the rate of damage of the damaged engine is less than a predetermined maximum rate of engine damage.