mhurhangee/ep-ind-claims huggingface dataset:
A voltage controlled oscillator comprising: a resonator having a capacitive element and an inductive element, the inductive element having a plurality of conductive segments (L1, L4, L5) forming a single physical loop having a first terminal and a fourth terminal, and the inductive element having a plurality of tap segments (L2, L3) disposed within an interior space formed by the single physical loop, the plurality of tap segments having a second terminal and a third terminal; and an amplifier having an input and an output, the input coupled to the first terminal and the fourth terminal forming a first impedance and the output coupled to the second terminal and the third terminal forming a second impedance; wherein the amplifier has an input voltage larger than an output voltage determined by a voltage divider formed by the first and second impedances. a resonator having a capacitive element and an inductive element, the inductive element having a plurality of conductive segments (L1, L4, L5) forming a single physical loop having a first terminal and a fourth terminal, and the inductive element having a plurality of tap segments (L2, L3) disposed within an interior space formed by the single physical loop, the plurality of tap segments having a second terminal and a third terminal; and an amplifier having an input and an output, the input coupled to the first terminal and the fourth terminal forming a first impedance and the output coupled to the second terminal and the third terminal forming a second impedance; wherein the amplifier has an input voltage larger than an output voltage determined by a voltage divider formed by the first and second impedances.
An optical device, comprising a collimation lens arranged on an outer surface thereof for converting incident light emitted by a light source to parallel light, wherein the optical device further comprises a transmission light total reflection first surface for totally reflecting a part of the parallel light transmitted by the collimation lens at a first predetermined angle so that the part of the parallel light is finally coupled to an external optical fiber, a detection light total reflection second surface for totally reflecting a part of the parallel light transmitted by the collimation lens at a second predetermined angle so that the part of the parallel light is finally coupled to an optical detector, and at least one attenuation light total reflection third surface, or at least one attenuation light transmission third surface or at least one attenuation light semi-reflection semi-transmission third surface, respectively for totally reflecting at a third predetermined angle, or for transmitting or for semi-reflecting semi-transmitting the parallel light to be attenuated which is transmitted by the collimation lens, before the parallel light to be attenuated leaves the optical device; characterized in that the three surfaces have a common vertex.
A method for interference cancellation for a user equipment, UE, having interference cancellation capability in a wireless communication system, the method comprising: receiving information on a neighbor cell for the interference cancellation; and performing cancellation of interference signal transmitted from the neighbor cell using the received information on the neighbor cell, wherein the information on the neighbor cell is received when the neighbor cell has the same cyclic prefix, CP, length as a serving cell of the UE, is subframe-synchronized to the serving cell, and the neighbor cell has the same transmission bandwidth as the serving cell, wherein the information on the neighbor cell includes the number of antenna ports for cell-specific reference signal, CRS, used by the neighbor cell and multimedia and broadcast single frame network, MBSFN, subframe configuration used by the neighbor cell. receiving information on a neighbor cell for the interference cancellation; and performing cancellation of interference signal transmitted from the neighbor cell using the received information on the neighbor cell, wherein the information on the neighbor cell is received when the neighbor cell has the same cyclic prefix, CP, length as a serving cell of the UE, is subframe-synchronized to the serving cell, and the neighbor cell has the same transmission bandwidth as the serving cell, wherein the information on the neighbor cell includes the number of antenna ports for cell-specific reference signal, CRS, used by the neighbor cell and multimedia and broadcast single frame network, MBSFN, subframe configuration used by the neighbor cell.
A tubular portion apparatus (10,100,300,400) to be secured and sealed to another tubular, the tubular portion apparatus comprising:- a central portion; an upper and a lower portion adjacent to the central portion along a longitudinal axis of the tubular portion; a main material; an additional material (22,422) to strengthen the upper and the lower portion of the tubular portion; characterised in that: the additional material is in a recess formed on an inner surface of the tubular portion in the region of both the upper and the lower portions. the additional material is in a recess formed on an inner surface of the tubular portion in the region of both the upper and the lower portions.
A method of flushing an extracorporeal blood circuit, preferably an extracorporeal blood circuit of a dialysis machine, with a flushing liquid, wherein the flushing liquid contains an anticoagulant agent, preferably heparin, and wherein the flushing liquid leaves the extracorporeal circuit through an outflow which differs from the venous port, characterized in that the extracorporeal blood circuit has a venous clamp and that the latter is closed during the method.
An antenna, the antenna comprising: a substrate having a first and a second opposed side (12,13); a single element for radiating electromagnetic waves, wherein the radiating element is formed on the first substrate side; a first ground plane formed on the first substrate side, the first ground plane being electrically connected to the radiating element; and, a second ground plane formed on the second substrate side, the second ground plane being electrically connected to the first ground plane, characterised in that the substrate is at least 1 mm thick. a substrate having a first and a second opposed side (12,13); a single element for radiating electromagnetic waves, wherein the radiating element is formed on the first substrate side; a first ground plane formed on the first substrate side, the first ground plane being electrically connected to the radiating element; and, a second ground plane formed on the second substrate side, the second ground plane being electrically connected to the first ground plane,
Aeraulic connection system for joining together first and second modules (1, 2) of a motor vehicle, which are prepositioned facing one another and each comprising at least one air duct (11, 21) intended to be in aeraulic communication and at least one connecting device configured to be interposed between the two ducts (11, 21), said second module comprising a guide ramp with a gradient determined with respect to the first module, and said connecting device comprising a guide ramp of which the gradient corresponds to that of the second module facing said connecting device, characterised in that the connecting device is able to be inserted between the first and the second module in order to provide the aeraulic connection; said ramp extending in the direction of insertion of the connecting device between the first and second modules (1 and 2).
Rubber composition, comprising: - a phosphonate-functionalized polyene copolymer, comprising, in its main linear chain, unsaturated units resulting from at least one conjugated polyene monomer and units substituted by a -C O-A-P OR 1 OR 2 functional group, in which R 1 and R 2, which are identical or different, each represents a H or a C 1 -C 6 alkyl and A represents a (C 1 -C 6)alkylene radical or a (C 1 -C 5)alkylene radical containing at least one heteroatom, and; - a reinforcing filler. - a phosphonate-functionalized polyene copolymer, comprising, in its main linear chain, unsaturated units resulting from at least one conjugated polyene monomer and units substituted by a -C O-A-P OR 1 OR 2 functional group, in which R 1 and R 2, which are identical or different, each represents a H or a C 1 -C 6 alkyl and A represents a (C 1 -C 6)alkylene radical or a (C 1 -C 5)alkylene radical containing at least one heteroatom, and; - a reinforcing filler.
Dishwasher, in particular a household dishwasher with a washing compartment for receiving items to be washed, means for applying washing liquid to the items to be washed, and a door for opening and closing the washing compartment, comprising an inner door pointing towards the interior of the washing compartment in the closed state of the door, said inner door comprising a border with an upper and a lower edge (3a, 3b) which in the closed state of the door run essentially preferably horizontally, as well as two side edges (3c, 3d) which in the closed state of the door run essentially preferably vertically, and a feed device on the inner door for dispensing additives, said feed device being arranged in the upper third of the region between the upper and lower edge (3a, 3b), wherein the feed device is arranged essentially midway between the side edges (3c, 3d) and is arranged in a receptacle which protrudes into the interior in the closed state of the door, characterised in that the receptacle is formed by an impression in the inner door.
A data transmission method, wherein the method is performed by a system platform and the method comprises: determining, based on a type of a terminal device and a type of data generated by the terminal device, a data transmission rule of the data generated by the terminal device; and sending a data transmission message to the terminal device or a gateway, wherein the gateway transmits data generated by the terminal device to the system platform, and the data transmission message carries the data transmission rule, so that the terminal device or the gateway sends to the system platform the data corresponding to the data transmission rule; wherein the data transmission rule comprises a data transmission priority and a data transmission manner; and wherein the data transmission manner comprises: when the priority of the data is less than a first predetermined threshold, setting the terminal device or the gateway to upload the data to the system platform only when the system platform queries the data. determining, based on a type of a terminal device and a type of data generated by the terminal device, a data transmission rule of the data generated by the terminal device; and sending a data transmission message to the terminal device or a gateway, wherein the gateway transmits data generated by the terminal device to the system platform, and the data transmission message carries the data transmission rule, so that the terminal device or the gateway sends to the system platform the data corresponding to the data transmission rule; wherein the data transmission rule comprises a data transmission priority and a data transmission manner; and wherein the data transmission manner comprises: when the priority of the data is less than a first predetermined threshold, setting the terminal device or the gateway to upload the data to the system platform only when the system platform queries the data.
An intumescent fire protection material comprising: inorganic fiber comprising combination of biosoluble alkaline earth silicate fibers and at least one different fiber type selected from the group consisting of glass fibers; intumescent substance, wherein said intumescent substance is selected from the group consisting of expandable graphite; char strength enhancer, wherein said char strength enhancer comprises alkali metal silicates; and organic binder. inorganic fiber comprising combination of biosoluble alkaline earth silicate fibers and at least one different fiber type selected from the group consisting of glass fibers; intumescent substance, wherein said intumescent substance is selected from the group consisting of expandable graphite; char strength enhancer, wherein said char strength enhancer comprises alkali metal silicates; and organic binder.
A sealing gasket for mounting around a motor vehicle door presenting at least one corner of small radius of curvature, the gasket being mounted directly on its support without being subjected to any specific localized treatment operation in a corner of small radius of curvature of the support, and comprising at least a flexible or semi-rigid fixing portion fixed by adhesive to its support and an elastically-deformable tubular portion for providing sealing, characterized in that the elastically-deformable portion of the gasket has a shape, extending from its fixing portion, that is triangular or trapezoidal, being defined by two lateral pillars (12,14) which rise from the fixing portion and slope towards each other, which between them form an angle (α) of about 10° to 80° and which are united by an arch, said angle (α) being defined using two straight lines (D 1 and D 2) passing substantially through the middles of the two lateral pillars (12 and 14) at 2/5ths and at 4/5ths of the total height of the gasket measured from its fixing portion, and in that said arch which forms a sealing zone of the gasket presents, in right cross-section, reduced thickness which makes it easier for a robot to position the gasket on the support receiving it.
A heart model comprising: a main body having one or more cavities in the inner part; a simulated blood vessel passage being contiguous to the main body and allowing insertion therethrough of a catheter, characterized in that the heart model comprises a holder being detachably installed inside the main body and including a flexible part, wherein the flexible part is formed from a porous material having surface unevenness on a surface thereof or from a soft resin mounted on the holder, wherein the holder including the flexible part is detachably installed at a position of an interventricular septum inside the main body, and wherein the one or more cavities include a right atrium, and a right ventricle and a left ventricle divided by the interventricular septum, wherein the simulated blood vessel passage comprises a superior vena cava or an inferior vena cava, or both of them, communicating with the right atrium, in the interventricular septum, an opening detachably fitting the holder is formed such that the flexible part is exposed inside the right ventricle, and in an outer shell of the main body, an opening part for holder attachment and detachment is formed to allow the holder to be installed in the opening of the interventricular septum. a main body having one or more cavities in the inner part; a simulated blood vessel passage being contiguous to the main body and allowing insertion therethrough of a catheter, characterized in that the heart model comprises a holder being detachably installed inside the main body and including a flexible part, wherein the flexible part is formed from a porous material having surface unevenness on a surface thereof or from a soft resin mounted on the holder, wherein the holder including the flexible part is detachably installed at a position of an interventricular septum inside the main body, and wherein the one or more cavities include a right atrium, and a right ventricle and a left ventricle divided by the interventricular septum, wherein the simulated blood vessel passage comprises a superior vena cava or an inferior vena cava, or both of them, communicating with the right atrium, in the interventricular septum, an opening detachably fitting the holder is formed such that the flexible part is exposed inside the right ventricle, and in an outer shell of the main body, an opening part for holder attachment and detachment is formed to allow the holder to be installed in the opening of the interventricular septum.
A gas sensor diagnostic method of diagnosing an improper condition of a gas sensor for producing a gas sensor output representing a concentration of a specified gas component in an exhaust gas mixture of an internal combustion engine, wherein the gas sensor comprises an air-fuel ratio sensing element adapted to sense oxygen concentration in a full range of the air-fuel ratio from a rich region to a lean region across a theoretical air-fuel ratio, wherein the method comprises: a sensor output obtaining step of obtaining sensor output values (V(n)) of the gas sensor output at regular time intervals of a predetermined obtaining period; an interruption detecting step of detecting a fuel supply interruption to the engine; a waiting step of waiting for a predetermined waiting time which is determined on the basis of a time required for changing the ambient gas around the gas sensor from the exhaust gas mixture to the atmospheric air after the start of the fuel supply interruption; an extremum determining step (S325, S330) of determining local extreme values each of which is an extremum in a series of sensor output values obtained consecutively by the sensor output obtaining step during a fuel supply interruption period during which the fuel supply interruption is detected by the interruption detecting step; an extremum comparing step (S335, S340; S700) of comparing each of the local extreme values with a first predetermined threshold level; and a diagnosing step (S365, S370, S375, S380, S385; S700) of determining whether the gas sensor is in the improper condition or not, in accordance with results of the comparison of the local extreme values with the first threshold level when a number (Nm) of the local extreme values obtained from the gas sensor output becomes equal to a predetermined first number. a sensor output obtaining step of obtaining sensor output values (V(n)) of the gas sensor output at regular time intervals of a predetermined obtaining period; an interruption detecting step of detecting a fuel supply interruption to the engine; a waiting step of waiting for a predetermined waiting time which is determined on the basis of a time required for changing the ambient gas around the gas sensor from the exhaust gas mixture to the atmospheric air after the start of the fuel supply interruption; an extremum determining step (S325, S330) of determining local extreme values each of which is an extremum in a series of sensor output values obtained consecutively by the sensor output obtaining step during a fuel supply interruption period during which the fuel supply interruption is detected by the interruption detecting step; an extremum comparing step (S335, S340; S700) of comparing each of the local extreme values with a first predetermined threshold level; and a diagnosing step (S365, S370, S375, S380, S385; S700) of determining whether the gas sensor is in the improper condition or not, in accordance with results of the comparison of the local extreme values with the first threshold level when a number (Nm) of the local extreme values obtained from the gas sensor output becomes equal to a predetermined first number.
A method of making an aircraft blade, the method comprising the steps of: assembling two or more fibre-reinforced thermoplastic composite parts (12,14,16a-d,18,22) into a blade assembly; and welding the fibre-reinforced thermoplastic composite parts together utilising an additional thermoplastic located at least at locations where the parts will abut when assembled; wherein the step of welding comprises heating at least a portion of the blade assembly where the parts abut to a temperature which softens or melts the additional thermoplastic but is below the temperatures at which the thermoplastic of each of the composite parts melts, so as to weld the fibre-reinforced thermoplastic composite parts together by means of the softened or melted additional thermoplastic to form the aircraft blade. assembling two or more fibre-reinforced thermoplastic composite parts (12,14,16a-d,18,22) into a blade assembly; and welding the fibre-reinforced thermoplastic composite parts together utilising an additional thermoplastic located at least at locations where the parts will abut when assembled; wherein the step of welding comprises heating at least a portion of the blade assembly where the parts abut to a temperature which softens or melts the additional thermoplastic but is below the temperatures at which the thermoplastic of each of the composite parts melts, so as to weld the fibre-reinforced thermoplastic composite parts together by means of the softened or melted additional thermoplastic to form the aircraft blade.
An apparatus for successively making plastic bags, comprising a pair of rollers opposed to each other; a feeding device by which two webs of panel material are superposed with each other, a body of zipper material being inserted between the webs of panel material to extend longitudinally of the webs of panel material, the webs of panel material and the body of zipper material being fed longitudinally thereof to be directed to, sandwiched between and pressurized by the rollers; and a laser beam irradiator irradiating laser beam onto the webs of panel material and the body of zipper material at a position upstream of the rollers when the webs of panel material and the body of zipper material are fed longitudinally thereof, to heat and melt the webs of panel material and the body of zipper material with the laser beam, the webs of panel material and the body of zipper material being welded to each other when being pressurized by the rollers, the apparatus being arranged to successively make the plastic bags of the webs of panel material and the body of zipper material, wherein the body of zipper material comprises male and female members (9, 10) including fitted portions and flange portions, the fitted portions being fitted with each other, wherein the irradiator irradiates the laser beam onto the webs of panel material and the flange portions on opposite sides of the fitted portions to heat and melt the webs of panel material and the flange portions with the laser beam so that the webs of panel material and the flange portions are welded to each other along two welded lines without heating the fitted portions with the laser beam, wherein the irradiator comprises a source of laser beam, a ball lens and a glass plate, the ball lens and the glass plate being interposed between the source of laser beam and the webs of panel material and between the source of laser beam and the flange portions, the glass plate being V-shaped in section to have a central portion protruding toward the webs of panel material and the flange portions, the laser beam being magnified and divided by the ball lens and the glass plate so that the webs of panel material and the flange portions are welded to each other along two welded lines.