mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device comprising: a substrate made of silicon carbide and provided with a trench that has a wall surface having an off angle of not less than 50° and not more than 65° relative to a plane and that has an opening at a side of one main surface thereof; an oxide film formed on and in contact with said wall surface of said trench ; and an electrode disposed on and in contact with said oxide film , said substrate including a source region having first conductivity type and formed to include said one main surface and said wall surface , a body region having second conductivity type and formed to include said wall surface and make contact with said source region , and a drift region having the first conductivity type and formed to include said wall surface and make contact with said body region so as to sandwich said body region between said source region and said drift region , wherein said source region and said body region are obtained by ion implantation, characterized in that said body region has a region that is sandwiched between said source region and said drift region and that has a thickness of 1 μm or smaller in a direction perpendicular to said one main surface , and said body region has an impurity concentration not smaller than 3 × 10 17 cm -3 and not greater than 2 × 10 18 cm -3 . a substrate made of silicon carbide and provided with a trench that has a wall surface having an off angle of not less than 50° and not more than 65° relative to a plane and that has an opening at a side of one main surface thereof; an oxide film formed on and in contact with said wall surface of said trench ; and an electrode disposed on and in contact with said oxide film , said substrate including a source region having first conductivity type and formed to include said one main surface and said wall surface , a body region having second conductivity type and formed to include said wall surface and make contact with said source region , and a drift region having the first conductivity type and formed to include said wall surface and make contact with said body region so as to sandwich said body region between said source region and said drift region , wherein said source region and said body region are obtained by ion implantation, characterized in that said body region has a region that is sandwiched between said source region and said drift region and that has a thickness of 1 μm or smaller in a direction perpendicular to said one main surface , and said body region has an impurity concentration not smaller than 3 × 10 17 cm -3 and not greater than 2 × 10 18 cm -3 .
A stable, aqueous antibody formulation that has not been subjected to freezing temperatures comprising: a. 30 mg/mL of an antibody, wherein the antibody comprises a heavy chain comprising SEQ ID NO: 4 and a light chain comprising SEQ ID NO: 2; and b. 0.006% polysorbate-20; and c. 20 mM histidine/histidine HCl; and d. 250 mM trehalose, wherein the formulation is pH 6.0. a. 30 mg/mL of an antibody, wherein the antibody comprises a heavy chain comprising SEQ ID NO: 4 and a light chain comprising SEQ ID NO: 2; and b. 0.006% polysorbate-20; and c. 20 mM histidine/histidine HCl; and d. 250 mM trehalose, wherein the formulation is pH 6.0.
A vent hole array that is incorporated into a mask body or gas path componentry that is directly connected to a mask, for venting exhaust gases from the mask body or gas path componentry of a respiratory therapy system, the vent hole array comprising a plurality of vent holes, a substrate having an inner surface and an outer surface , the vent holes extending through the substrate and each having a vent hole circumference, each of the vent holes comprising an exhaust gas inlet at the inner surface of the substrate and an exhaust gas outlet at an outer surface of the substrate , each of the vent holes further comprising a sidewall extending between the exhaust gas inlet and the exhaust gas outlet , the exhaust gas inlet and the exhaust gas outlet having different diameters such that the sidewall of each of the vent holes is inclined at a taper angle (β+, β- ) between the exhaust gas inlet and the exhaust gas outlet ; wherein the taper angle (β+, β- )of the inclined side wall of each of the vent holes varies around the vent hole circumference, wherein the exhaust gas outlet and the exhaust gas inlet each have a notional centre point, and a vent hole axis passing through the notional centre point of the outlet and inlet thereby defining the draft direction of each vent hole , the vent holes have the same draw direction being the direction at which a mould tool is opened or removed relative to the vent during manufacture, wherein the vent holes further from the centre of the vent have a draft direction which is inclined at a greater angle from the draw direction relative to the vent hole(s) nearer the centre of the vent. a plurality of vent holes, a substrate having an inner surface and an outer surface , the vent holes extending through the substrate and each having a vent hole circumference, each of the vent holes comprising an exhaust gas inlet at the inner surface of the substrate and an exhaust gas outlet at an outer surface of the substrate , each of the vent holes further comprising a sidewall extending between the exhaust gas inlet and the exhaust gas outlet , the exhaust gas inlet and the exhaust gas outlet having different diameters such that the sidewall of each of the vent holes is inclined at a taper angle (β+, β- ) between the exhaust gas inlet and the exhaust gas outlet ; wherein the taper angle (β+, β- )of the inclined side wall of each of the vent holes varies around the vent hole circumference, wherein the exhaust gas outlet and the exhaust gas inlet each have a notional centre point, and a vent hole axis passing through the notional centre point of the outlet and inlet thereby defining the draft direction of each vent hole , the vent holes have the same draw direction being the direction at which a mould tool is opened or removed relative to the vent during manufacture, wherein the vent holes further from the centre of the vent have a draft direction which is inclined at a greater angle from the draw direction relative to the vent hole(s) nearer the centre of the vent.
Control system for a hydraulic pump in which the pump is provided with a displacement variation apparatus, the system comprising a control device for variation of displacement provided with a servo-control device with a cylinder and a piston provided with connection means to the displacement variation apparatus of the pump , the cylinder comprising a first semi-portion and a second semi-portion separated by the piston for receiving of a fluid under pressure for movement of the piston respectively in a first movement direction and in a second movement direction opposite to the first direction, the system comprising a control unit , a driving valve and a first solenoid and a second solenoid for control of the valve , the control unit comprising a displacement increase input and a displacement decrease input, a first output connected to the first solenoid and a second output connected to the second solenoid wherein the valve includes a body provided with conduits for delivery of the fluid alternatively in the first semi-portion or in the second semi-portion of the cylinder , the valve comprising a spool which is movable within a seat between at least three positions, a neutral position for blocking the fluid flow towards the cylinder , a first position for delivery of the fluid to the first semi-portion of the cylinder , a second position for delivery of the fluid to the second semi-portion of the cylinder , the spool being connected to an elastic element for return to the neutral position, the first solenoid and the second solenoid being current controlled solenoids, the system comprising a position detection device of the servo-control device for position feedback of the real position of the servo-control device, the control unit comprising a logic for current control of first output and second output with a dependency on the feedback of the position detection device , characterized in that the position detection device of the servo-control device comprises a pin which is connected to the servo-control device by means of a lever in such a way that a movement of the pin corresponds to a movement of the piston of the servo-control device, the elastic element for return to the neutral position being applied between a couple of arms provided with a fulcrum point , the spool being provided with an engagement element with the couple of arms for movement integral with the spool of at least one of the arms of the couple of arms and further characterised in that the pin is in a contact condition with said couple of arms so that a movement of the pin corresponds to a movement of the piston of the servo-control device with corresponding increase of reciprocal distance of the couple of arms according to the position of the servo-control device, said reciprocal distance of the couple of arms by means of said pin constituting said position feedback of the real position of the servo-control device.
A measurement apparatus, comprising: a flow channel device including a first flow channel , a second flow channel , and a narrow channel through which particles pass by a flow of a fluid from the first flow channel to the second flow channel, and a measurement electrode section comprising electrodes provided in the vicinity of the narrow channel; a flow control mechanism configured to pump a fluid not containing the particles to an input of the second flow channel, and to pump a fluid containing the particles to an input of the first flow channel; a generation section that generates, in the flow channel device, an AC voltage, the AC voltage being generated in the measurement electrode section between the electrodes ; and a measurement section that measures, while the AC voltage is applied to the measurement electrode section, at least the conductance between the electrodes obtained when the particles pass through the narrow channel, wherein the AC voltage has a frequency that is higher than a characteristic frequency defined by a conductance of the fluid including the particles in the narrow channel and an electrical double layer capacitance formed by the measurement electrode section and is within a range such that the measured conductance reflects a size of the particles, and wherein the flow channel device is configured such that the fluid flow in the second flow channel includes a velocity component orthogonal to the flow direction of the fluid including the particle in the narrow channel. a flow channel device including a first flow channel , a second flow channel , and a narrow channel through which particles pass by a flow of a fluid from the first flow channel to the second flow channel, and a measurement electrode section comprising electrodes provided in the vicinity of the narrow channel; a flow control mechanism configured to pump a fluid not containing the particles to an input of the second flow channel, and to pump a fluid containing the particles to an input of the first flow channel; a generation section that generates, in the flow channel device, an AC voltage, the AC voltage being generated in the measurement electrode section between the electrodes ; and a measurement section that measures, while the AC voltage is applied to the measurement electrode section, at least the conductance between the electrodes obtained when the particles pass through the narrow channel, wherein the AC voltage has a frequency that is higher than a characteristic frequency defined by a conductance of the fluid including the particles in the narrow channel and an electrical double layer capacitance formed by the measurement electrode section and is within a range such that the measured conductance reflects a size of the particles, and wherein the flow channel device is configured such that the fluid flow in the second flow channel includes a velocity component orthogonal to the flow direction of the fluid including the particle in the narrow channel.
A base station , comprising: a communications interface for communications with at least one machine-type-communication, MTC, application server ; a virtual shared mobile, VSM, functionality , for connecting to a plurality of MTC devices ; and a processor configured to present the plurality of MTC devices to a mobile network as one VSM wireless device having a single wireless device identifier, wherein the VSM functionality receives data from the plurality of MTC devices via a same VSM radio bearer based on time division on uplink, the VSM functionality sending allocated uplink transmission time intervals, TTIs, to each of the plurality of MTC devices via downlink, wherein the VSM functionality sends downlink data including multiplexed information for a plurality of MTC devices belonging to a Virtual Shared Mobile Group, VSMG. a communications interface for communications with at least one machine-type-communication, MTC, application server ; a virtual shared mobile, VSM, functionality , for connecting to a plurality of MTC devices ; and a processor configured to present the plurality of MTC devices to a mobile network as one VSM wireless device having a single wireless device identifier, wherein the VSM functionality receives data from the plurality of MTC devices via a same VSM radio bearer based on time division on uplink, the VSM functionality sending allocated uplink transmission time intervals, TTIs, to each of the plurality of MTC devices via downlink, wherein the VSM functionality sends downlink data including multiplexed information for a plurality of MTC devices belonging to a Virtual Shared Mobile Group, VSMG.
A charging stand for a vacuum cleaner, characterized by comprising: a body , wherein a blade is provided in the body ; and a pedal disposed on the body and pivotable between a first position and a second position, wherein when the pedal is in the first position the vacuum cleaner is suitable to be placed on the pedal to be charged, wherein: an opening is defined in the pedal corresponding to a position of the blade ; and the charging stand is configured such that when the pedal is in the second position the blade extends out of the opening to cut off hairs around a brushroll of the vacuum cleaner placed on the pedal , and when the pedal is in the first position the blade is located below the opening . a body , wherein a blade is provided in the body ; and a pedal disposed on the body and pivotable between a first position and a second position, wherein when the pedal is in the first position the vacuum cleaner is suitable to be placed on the pedal to be charged, wherein: an opening is defined in the pedal corresponding to a position of the blade ; and the charging stand is configured such that when the pedal is in the second position the blade extends out of the opening to cut off hairs around a brushroll of the vacuum cleaner placed on the pedal , and when the pedal is in the first position the blade is located below the opening . an opening is defined in the pedal corresponding to a position of the blade ; and the charging stand is configured such that when the pedal is in the second position the blade extends out of the opening to cut off hairs around a brushroll of the vacuum cleaner placed on the pedal , and when the pedal is in the first position the blade is located below the opening .
An X-ray detection system comprising: a detector configured to detect an X-ray passing through a body (P) being examined and producing an analog electric signal corresponding to the X-ray passed through the body (P); a data acquisition unit including a plurality of circuit blocks , each of the plurality of circuit blocks including an analog-to-digital converter configured to convert the analog electric signal output from the detector into a digital signal and output the resultant digital signal, and the plurality of circuit blocks being grouped into at least two groups; and a phase control unit configured to control a phase of a reference clock signal such that the phase of the reference clock signal is different between the at least two groups, the reference clock signal being supplied to each of the plurality of circuit blocks for performing analog-to-digital conversion by the analog-to-digital converters in synchronization with the reference clock signal signals. a detector configured to detect an X-ray passing through a body (P) being examined and producing an analog electric signal corresponding to the X-ray passed through the body (P); a data acquisition unit including a plurality of circuit blocks , each of the plurality of circuit blocks including an analog-to-digital converter configured to convert the analog electric signal output from the detector into a digital signal and output the resultant digital signal, and the plurality of circuit blocks being grouped into at least two groups; and a phase control unit configured to control a phase of a reference clock signal such that the phase of the reference clock signal is different between the at least two groups, the reference clock signal being supplied to each of the plurality of circuit blocks for performing analog-to-digital conversion by the analog-to-digital converters in synchronization with the reference clock signal signals.
An internal antenna of a display comprising: at least two coils configured to be separated by a predetermined interval ; and an integrated circuit, IC, including a power supply terminal of the at least two coils to connect the at least two coils in parallel, the IC supplying current to the at least two coils through the included power supply terminal, wherein phases of current flowing in the at least two coils are identical due to the current supplied by the IC, wherein one of the at least two coils is short-circuited to a metallic body , wherein the short-circuited coil and the metallic body have a parallel connection structure. at least two coils configured to be separated by a predetermined interval ; and an integrated circuit, IC, including a power supply terminal of the at least two coils to connect the at least two coils in parallel, the IC supplying current to the at least two coils through the included power supply terminal, wherein phases of current flowing in the at least two coils are identical due to the current supplied by the IC, wherein one of the at least two coils is short-circuited to a metallic body , wherein the short-circuited coil and the metallic body have a parallel connection structure.
A mounting system, comprising: a battery container having a charging terminal and configured to store a secondary battery; an electronic device having a power-supply terminal and configured to attach the battery container thereto detachably; and a mounting device having an external power-supply terminal to supply external power and configured to mount the battery container or the electronic device thereon; characterized in that the mounting system further comprises a joint mechanism configured to lock the electronic device and the mounting device when the battery container is not attached to the electronic device ; and the joint mechanism does not lock the electronic device and the mounting device when the battery container is attached to the electronic device and mounted on the mounting device . a battery container having a charging terminal and configured to store a secondary battery; an electronic device having a power-supply terminal and configured to attach the battery container thereto detachably; and a mounting device having an external power-supply terminal to supply external power and configured to mount the battery container or the electronic device thereon; characterized in that the mounting system further comprises a joint mechanism configured to lock the electronic device and the mounting device when the battery container is not attached to the electronic device ; and the joint mechanism does not lock the electronic device and the mounting device when the battery container is attached to the electronic device and mounted on the mounting device .
A connector device comprising: a plurality of connection terminals; a housing part which houses the plurality of connection terminals; two internal power supply wires connected to the connection terminals;a tubular part which is provided to the housing part so as to project therefrom and through which the two internal power supply wires are inserted; and a signal converter connected to the two internal power supply wires , the signal converter including an annular magnetic body arranged externally around the tubular part ,a first signal wire wound around the annular magnetic body and connected to and between the two internal power supply wires via a filter circuit and a second signal wire wound around the annular magnetic body . a plurality of connection terminals; a housing part which houses the plurality of connection terminals; two internal power supply wires connected to the connection terminals;a tubular part which is provided to the housing part so as to project therefrom and through which the two internal power supply wires are inserted; and
Ice maker for producing pieces of ice, having an apparatus for producing the pieces of ice, a moulded tray for pieces of ice, mounted pivotably in the apparatus between a filling position and an ejection position, with at least one moulded cut-out for pieces of ice, a water tank for filling the at least one moulded cut-out for pieces of ice with water and a storage apparatus for storing the pieces of ice ejected from the moulded tray for pieces of ice, wherein the ice maker has a lever to be actuated manually and a drive coupling the lever with the pivotably mounted moulded tray for pieces of ice, which drive transmits a movement of the lever onto the moulded tray for pieces of ice, wherein the drive is embodied to convert the drive torque introduced into the drive by the manual actuation of the lever and acting about an axis of rotation (D) of the lever into a drive torque which pivots the moulded tray for pieces of ice and acts about the pivot axis (S) of the moulded tray for pieces of ice, characterised in that the lever is mounted pivotably about an axis of rotation (D) which differs from the pivot axis (S) of the moulded tray for pieces of ice and is aligned in particular at right angles to the pivot axis (S) of the moulded tray for pieces of ice.
Interferon lambda for use in the treatment of hepatitis delta virus (HDV) infection in a human patient, wherein the interferon lambda is administered to the patient for at least four weeks.