mhurhangee/ep-ind-claims huggingface dataset:
Mobile data processing apparatus comprising - A connector for a PC, - A form factor that allows mobility in the pocket, characterised by - At least one integrated network adapter, where the network adapter is a WLAN adapter and/or an Ethernet adapter that enables access to the Internet; - A permanent memory on which an operating system bootable from said permanent memory is stored, said memory preferably being in the form of flash; said connector for said PC being adapted to boot said operating system from said permanent memory, said permanent memory being encrypted and/or decrypted by said hardware system, said operating system accessing said integrated network adapter to allow access to the Internet. - A connector for a PC, - A form factor that allows mobility in the pocket, characterised by - At least one integrated network adapter, where the network adapter is a WLAN adapter and/or an Ethernet adapter that enables access to the Internet; - A permanent memory on which an operating system bootable from said permanent memory is stored, said memory preferably being in the form of flash; said connector for said PC being adapted to boot said operating system from said permanent memory, said permanent memory being encrypted and/or decrypted by said hardware system, said operating system accessing said integrated network adapter to allow access to the Internet.
A cable for power transmission or communication comprising: a core unit comprising at least one conductor and an insulating layer surrounding each conductor; a first shielding layer surrounding the core unit and being formed of a crosslinked polymer-carbon composite in which carbon-based particles are dispersed in a matrix of polymer material, the first shielding layer having an electrical resistance of 10 Ω·m or less; and a metal-based second shielding layer surrounding the first shielding layer. a core unit comprising at least one conductor and an insulating layer surrounding each conductor; a first shielding layer surrounding the core unit and being formed of a crosslinked polymer-carbon composite in which carbon-based particles are dispersed in a matrix of polymer material, the first shielding layer having an electrical resistance of 10 Ω·m or less; and a metal-based second shielding layer surrounding the first shielding layer.
A method for a wireless communication system, comprising: receiving a first signal over a first channel (DPCCH) and a second signal over a second channel, (R-RICH) said second signal received at a different signal power level than said first signal; and charaterized in that the method also comprises: determining the signal-to-noise ratio, SNR, of the first signal based upon a measured SNR of the second signal and a ratio of the second signal to the first signal, wherein the first signal is a pilot signal, the second signal is a rate indicator signal and the second signal indicates a data rate at which a data signal is received over a third channel. (R-DPDCH) receiving a first signal over a first channel (DPCCH) and a second signal over a second channel, (R-RICH) said second signal received at a different signal power level than said first signal; and charaterized in that the method also comprises: determining the signal-to-noise ratio, SNR, of the first signal based upon a measured SNR of the second signal and a ratio of the second signal to the first signal, wherein the first signal is a pilot signal, the second signal is a rate indicator signal and the second signal indicates a data rate at which a data signal is received over a third channel. (R-DPDCH) determining the signal-to-noise ratio, SNR, of the first signal based upon a measured SNR of the second signal and a ratio of the second signal to the first signal, wherein the first signal is a pilot signal, the second signal is a rate indicator signal and the second signal indicates a data rate at which a data signal is received over a third channel. (R-DPDCH)
A turbocharger turbine housing comprising: a base that defines a turbine wheel opening that comprises an axis that defines an axial direction; a exhaust inlet flange that defines an exhaust inlet; an exhaust outlet flange that defines an exhaust outlet; a wastegate shaft bore, a wastegate passage, a wastegate opening for the wastegate passage and a wastegate seat disposed about the wastegate opening; bosses (360, 370, 380) wherein each of the bosses defines a coolant opening (361, 371, 381); a spiral coolant passage (375-1, 375-2, 375-3, 375-4) in fluid communication with at least two of the coolant openings (361, 371, 381) wherein the spiral coolant passage comprises at least two windings with respect to an axial dimension of the turbocharger turbine housing; and at least one coolant passage (365-1, 365-2, 365-3) that is in fluid communication with at least two of the at least two windings of the spiral coolant passage (375-1, 375-2, 375-3, 375-4). a base that defines a turbine wheel opening that comprises an axis that defines an axial direction; a exhaust inlet flange that defines an exhaust inlet; an exhaust outlet flange that defines an exhaust outlet; a wastegate shaft bore, a wastegate passage, a wastegate opening for the wastegate passage and a wastegate seat disposed about the wastegate opening; bosses (360, 370, 380) wherein each of the bosses defines a coolant opening (361, 371, 381); a spiral coolant passage (375-1, 375-2, 375-3, 375-4) in fluid communication with at least two of the coolant openings (361, 371, 381) wherein the spiral coolant passage comprises at least two windings with respect to an axial dimension of the turbocharger turbine housing; and at least one coolant passage (365-1, 365-2, 365-3) that is in fluid communication with at least two of the at least two windings of the spiral coolant passage (375-1, 375-2, 375-3, 375-4).
An imaging illumination apparatus configured to illuminate an imaging target object which is to be imaged by a camera used for image recognition, the apparatus comprising: multiple illumination blocks (21, 22, 23) configured to be individually lighted; a charge section configured to be charged by a power supply section; multiple switching elements configured to be connected to the charge section in parallel, and to discharge the charge section by an ON-operation and individually pulse-light the multiple illumination blocks by the discharged current; and a control section configured to select the illumination blocks to be pulse-lighted at the same time from the multiple illumination blocks, to control a switching operation of the switching elements that pulse-light the selected illumination blocks, and to control an imaging operation of the camera, wherein the control section is configured to change a continuous lighting time which is a pulse width of pulse lighting according to the number of illumination blocks to be pulse-lighted at the same time among the multiple illumination blocks, and to change an imaging time of the camera, wherein the control section is configured to increase the continuous lighting time and decrease the imaging time of the camera as the number of illumination blocks to be pulse-lighted at the same time among the multiple illumination blocks decreases. multiple illumination blocks (21, 22, 23) configured to be individually lighted; a charge section configured to be charged by a power supply section; multiple switching elements configured to be connected to the charge section in parallel, and to discharge the charge section by an ON-operation and individually pulse-light the multiple illumination blocks by the discharged current; and a control section configured to select the illumination blocks to be pulse-lighted at the same time from the multiple illumination blocks, to control a switching operation of the switching elements that pulse-light the selected illumination blocks, and to control an imaging operation of the camera, wherein the control section is configured to change a continuous lighting time which is a pulse width of pulse lighting according to the number of illumination blocks to be pulse-lighted at the same time among the multiple illumination blocks, and to change an imaging time of the camera, wherein the control section is configured to increase the continuous lighting time and decrease the imaging time of the camera as the number of illumination blocks to be pulse-lighted at the same time among the multiple illumination blocks decreases.
A method of producing an electrostatic ink composition, the method comprising: providing a precursor ink composition comprising a resin and a pigment dispersed in a liquid carrier; wherein the precursor ink composition comprises 30 wt% or more non-volatile solids; and spraying a lubricating liquid onto the surface of the precursor ink composition to form the electrostatic ink composition. wherein the lubricating liquid is or comprises a liquid that has a higher kinematic viscosity, as measured at 25°C, than the liquid carrier; and wherein spraying is carried out by a method that produces droplets of the lubricating liquid. providing a precursor ink composition comprising a resin and a pigment dispersed in a liquid carrier; wherein the precursor ink composition comprises 30 wt% or more non-volatile solids; and spraying a lubricating liquid onto the surface of the precursor ink composition to form the electrostatic ink composition. wherein the lubricating liquid is or comprises a liquid that has a higher kinematic viscosity, as measured at 25°C, than the liquid carrier; and wherein spraying is carried out by a method that produces droplets of the lubricating liquid.
An arpeggiator comprising: automatic performance part for automatically playing an arpeggio on the basis of note numbers input by a performer in a plurality of performance parts; and velocity correction part for, in a case where a sound production timing of one performance part overlaps with a sound production timing of another performance part, correcting a velocity of the one performance part of which sound production overlaps such that the velocity is reduced, the arpeggiator is characterized in that the one performance part has arpeggio pattern storage part for storing sound production timings of arpeggio constituent sounds, the automatic performance part automatically plays the arpeggio by performing the sound production based on the note numbers input by the performer at the velocity corrected to be reduced by the velocity correction part at the sound production timings stored in the arpeggio pattern storage part. automatic performance part for automatically playing an arpeggio on the basis of note numbers input by a performer in a plurality of performance parts; and velocity correction part for, in a case where a sound production timing of one performance part overlaps with a sound production timing of another performance part, correcting a velocity of the one performance part of which sound production overlaps such that the velocity is reduced, the arpeggiator is characterized in that the one performance part has arpeggio pattern storage part for storing sound production timings of arpeggio constituent sounds, the automatic performance part automatically plays the arpeggio by performing the sound production based on the note numbers input by the performer at the velocity corrected to be reduced by the velocity correction part at the sound production timings stored in the arpeggio pattern storage part.
A method for preparing bioprosthetic tissue membrane material, comprising: selecting a tissue membrane having a fibrous side and a smooth side; conditioning the membrane by compressing the selected tissue and at least partially cross-linking the membrane while under compression, wherein the conditioning step is performed before the removing step; removing material from the fibrous side of the selected membrane to reduce the thickness of the membrane and to smooth the fibrous side; and treating the membrane reduced in thickness by capping of calcification nucleation sites and/or by borohydride reduction. selecting a tissue membrane having a fibrous side and a smooth side; conditioning the membrane by compressing the selected tissue and at least partially cross-linking the membrane while under compression, wherein the conditioning step is performed before the removing step; removing material from the fibrous side of the selected membrane to reduce the thickness of the membrane and to smooth the fibrous side; and treating the membrane reduced in thickness by capping of calcification nucleation sites and/or by borohydride reduction.
A heat sink material (A1; A2; A3; A5) comprising a base substrate and a composite electroplated film (11; 12; 13) formed on a side thereof, said composite electroplated film (11; 12; 13) including a plated metal film as a matrix and diamond particles that are co-deposited in said matrix in such a way that a co-deposition amount thereof gradually changes in a thickness direction of said plated metal film, wherein an average particle size of said diamond particles is 1 to 250 μm when determined by a laser diffraction-type particle size distribution measuring method and the composite electroplated film (11; 12; 13) is configured either so that a co-deposition amount of said diamond particles in said matrix gradually increases from the base substrate side, on which said composite electroplated film (11; 12; 13) is formed, toward a film surface side; or so that a co-deposition amount of said diamond particles in said matrix gradually decreases from the base substrate side toward the film surface side.
A method of making an osteoinductive implant, comprising the steps of: a) exposing harvested cancellous bone material that has been harvested from a donor to a lysing agent, the lysing agent configured to release growth factors and bioactive materials from the cellular material of the harvested cancellous bone material, the lysing agent being acetic acid having a concentration of at least 1 % and a molarity range of about 0.2 M to 17 M; b) performing a demineralization wash using acid to alter the mechanical properties of the bone and to remove mineral content. a) exposing harvested cancellous bone material that has been harvested from a donor to a lysing agent, the lysing agent configured to release growth factors and bioactive materials from the cellular material of the harvested cancellous bone material, the lysing agent being acetic acid having a concentration of at least 1 % and a molarity range of about 0.2 M to 17 M; b) performing a demineralization wash using acid to alter the mechanical properties of the bone and to remove mineral content.
A control apparatus for an internal combustion engine, comprising: a main catalyst (30, 70) that is provided in an exhaust passage of the internal combustion engine, and comprises either a NOx catalyst that stores NOx contained in an exhaust gas or a sulfur trap catalyst that traps SOx contained in an exhaust gas; a sub-catalyst (32, 60) that is provided in the exhaust passage on an upstream side of the main catalyst (30, 70), and that comprises a storage agent that stores SOx contained in an exhaust gas; catalyst temperature detection means that detects a catalyst temperature that is a temperature of the sub-catalyst (32, 60) or a temperature of an exhaust gas that passes through the sub-catalyst (32, 60), on an upstream side of the main catalyst (30, 70); and regeneration control means that performs at least sulfur-regeneration control for desorbing SOx that is stored in the sub-catalyst (32, 60); characterized by further comprising sulfur deposition amount estimation means that calculates an amount of an increase in the catalyst temperature during execution of the sulfur-regeneration control, and estimates an amount of sulfur deposition on the main catalyst (30, 70) based on the temperature increase amount. a main catalyst (30, 70) that is provided in an exhaust passage of the internal combustion engine, and comprises either a NOx catalyst that stores NOx contained in an exhaust gas or a sulfur trap catalyst that traps SOx contained in an exhaust gas; a sub-catalyst (32, 60) that is provided in the exhaust passage on an upstream side of the main catalyst (30, 70), and that comprises a storage agent that stores SOx contained in an exhaust gas; catalyst temperature detection means that detects a catalyst temperature that is a temperature of the sub-catalyst (32, 60) or a temperature of an exhaust gas that passes through the sub-catalyst (32, 60), on an upstream side of the main catalyst (30, 70); and regeneration control means that performs at least sulfur-regeneration control for desorbing SOx that is stored in the sub-catalyst (32, 60); characterized by further comprising sulfur deposition amount estimation means that calculates an amount of an increase in the catalyst temperature during execution of the sulfur-regeneration control, and estimates an amount of sulfur deposition on the main catalyst (30, 70) based on the temperature increase amount.
Cage for a rolling bearing comprising a plurality of cage segments having each a first set of pockets (14, 20) for a first set of rollers (51, 54) having each a rotational axis (X 1 -X 1, X 2 -X 2), and a second set of pockets (12, 16, 18, 22) for a second set of rollers (50, 52, 53, 55) having each a rotational axis (Y 1 -Y 1, Y 2 -Y 2, Y 3 -X 3, Y 4 -Y 4), the pockets (14, 20) of the first set of pockets being disposed in a first direction (X-X) and the pockets (12, 16, 18, 22) of the second set of pockets being disposed in a second direction (Y-Y), the axes (X 1 -X 1, X 2 -X 2) of the pockets (14, 20) of the first set of pockets being parallel with each other and the axes (Y 1 -Y 1, Y 2 -Y 2, Y 3 -X 3, Y 4 -Y 4) of the pockets (12, 16, 18, 22) of the second set of pockets being parallel with each other, characterized in that each pocket (12, 14, 16, 18, 20, 22) has a conical shape in cross section.
Material web working/processing arrangement, in particular material web dispensing arrangement, in particular material web unrolling arrangement, in particular material web splicing arrangement, a) having at least one material web drawing-in apparatus for drawing in a material web (3, 4, 7), comprising i) at least one material web holding device (78; 78a) for holding the material web (3, 4, 7) to be drawn in, ii) at least one guide for guiding the at least one material web holding device (78; 78a) from at least one material web drawing-in point to at least one material web transfer point, and iii) at least one drawing-in drive which is in connection with the at least one material web holding device (78; 78a) and which serves for displacing the at least one material web holding device (78; 78a) along the at least one guide upon drawing in the material web (3, 4, 7) to be drawn in in direction of the at least one material web transfer point, characterized in that b) the at least one guide comprises at least one displaceable guide device (57, 70). a) having at least one material web drawing-in apparatus for drawing in a material web (3, 4, 7), comprising i) at least one material web holding device (78; 78a) for holding the material web (3, 4, 7) to be drawn in, ii) at least one guide for guiding the at least one material web holding device (78; 78a) from at least one material web drawing-in point to at least one material web transfer point, and iii) at least one drawing-in drive which is in connection with the at least one material web holding device (78; 78a) and which serves for displacing the at least one material web holding device (78; 78a) along the at least one guide upon drawing in the material web (3, 4, 7) to be drawn in in direction of the at least one material web transfer point, characterized in that i) at least one material web holding device (78; 78a) for holding the material web (3, 4, 7) to be drawn in, ii) at least one guide for guiding the at least one material web holding device (78; 78a) from at least one material web drawing-in point to at least one material web transfer point, and iii) at least one drawing-in drive which is in connection with the at least one material web holding device (78; 78a) and which serves for displacing the at least one material web holding device (78; 78a) along the at least one guide upon drawing in the material web (3, 4, 7) to be drawn in in direction of the at least one material web transfer point, b) the at least one guide comprises at least one displaceable guide device (57, 70).
A shutter device, comprising a light blocking unit and a voice coil motor; wherein the voice coil motor comprises a permanent magnet module, a guide track assembly and a coil assembly; the coil assembly is arranged on the guide track assembly, and the permanent magnet module is adapted to produce a magnetic field in the guide track assembly; the light blocking unit comprises two shutter blades both connecting to the coil assembly; the coil assembly is configured to, when energized, produce a magnetic field having a direction same as or opposite to the direction of the magnetic field in the guide track assembly so that the coil assembly moves forward or backward along the guide track assembly to drive the two shutter blades to open or close, and directions of current in the coil assembly is changed to control speeds at which the two shutter blades are opened or closed; characterized in that a shaft-bearing assembly is arranged between the shutter blades and the coil assembly; wherein the shaft-bearing assembly comprises a bearing seat, a shaft mounted on the bearing seat, bearings attached to the shaft and sleeves fitted over the bearings, and wherein the shutter blades are sheathed over the shaft and connected to the coil assembly; wherein each of the shutter blades has a center of gravity that is in vicinity of a center of the shaft and is closer to a curved edge of the shutter blade. characterized in that a shaft-bearing assembly is arranged between the shutter blades and the coil assembly; wherein the shaft-bearing assembly comprises a bearing seat, a shaft mounted on the bearing seat, bearings attached to the shaft and sleeves fitted over the bearings, and wherein the shutter blades are sheathed over the shaft and connected to the coil assembly; wherein each of the shutter blades has a center of gravity that is in vicinity of a center of the shaft and is closer to a curved edge of the shutter blade.
A binder composition comprising: a urea-formaldehyde resin; and 1 wt.% to 10 wt.% of a starch, said starch is a native starch or a modified starch, said modified starch is a cationic or anionic starch. a urea-formaldehyde resin; and 1 wt.% to 10 wt.% of a starch, said starch is a native starch or a modified starch, said modified starch is a cationic or anionic starch.