mhurhangee/ep-ind-claims huggingface dataset:
A power conversion apparatus, comprising: a housing (11; 213); a connection terminal provided on said housing (11; 213); a control-circuit unit (10; 202) provided inside said housing (11; 213); a wiring (6, 8; 104, 108; 114) for establishing connection between said connection terminal and said control-circuit unit (10; 202); a first noise-removing component (4; 39; 103) having one end connected to said wiring (6, 8; 104, 108; 114); and a second noise-removing component (5; 40; 105) having one end connected to said wiring (6, 8; 104, 108; 114) electrically in parallel to said first noise-removing means (4; 39; 103), characterised in that the other ends of said first and second noise-removing components (4, 5; 39, 40; 103, 105) are not connected to a ground of said control-circuit unit (10; 202) but to a ground potential of said housing (11; 213), so that noise current is allowed to flow via the first and second noise-removing components (4, 5; 39, 40; 103, 105) directly to the housing (11; 213), and a distance is equal to one-fourth of the wavelength of a noise at its maximum frequency, said noise being to be removed, said distance being a path electrical length between a position on said wiring (6, 8; 104, 108; 114) to which said first noise-removing component (4; 39; 103) is connected and a position on said wiring (6, 8; 104, 108; 114) to which said second noise-removing component (5; 40; 105) is connected. a housing (11; 213); a connection terminal provided on said housing (11; 213); a control-circuit unit (10; 202) provided inside said housing (11; 213); a wiring (6, 8; 104, 108; 114) for establishing connection between said connection terminal and said control-circuit unit (10; 202); a first noise-removing component (4; 39; 103) having one end connected to said wiring (6, 8; 104, 108; 114); and a second noise-removing component (5; 40; 105) having one end connected to said wiring (6, 8; 104, 108; 114) electrically in parallel to said first noise-removing means (4; 39; 103), characterised in that the other ends of said first and second noise-removing components (4, 5; 39, 40; 103, 105) are not connected to a ground of said control-circuit unit (10; 202) but to a ground potential of said housing (11; 213), so that noise current is allowed to flow via the first and second noise-removing components (4, 5; 39, 40; 103, 105) directly to the housing (11; 213), and a distance is equal to one-fourth of the wavelength of a noise at its maximum frequency, said noise being to be removed, said distance being a path electrical length between a position on said wiring (6, 8; 104, 108; 114) to which said first noise-removing component (4; 39; 103) is connected and a position on said wiring (6, 8; 104, 108; 114) to which said second noise-removing component (5; 40; 105) is connected.
A receiving apparatus configured to perform a Low Power Wide Area, LPWA, communication, the receiving apparatus being configured to: receive a modulated transmission signal of a transmission frame from a transmitting apparatus of a plurality of transmitting apparatuses, identify the transmitting apparatus based on a first identifier included in the transmission frame and having been individually given to the transmitting apparatus in order to identify the transmitting apparatus, and demodulate the modulated transmission signal based on a modulation pattern generated based on a modulation parameter determined by a second identifier, which is acquired in advance and shared among the plurality of the transmitting apparatuses, wherein the second identifier is associated with an initial value of a linear feedback shift register, LFSR, or a polynomial of the LFSR when generating the modulation pattern using the LFSR from the modulation parameter. receive a modulated transmission signal of a transmission frame from a transmitting apparatus of a plurality of transmitting apparatuses, identify the transmitting apparatus based on a first identifier included in the transmission frame and having been individually given to the transmitting apparatus in order to identify the transmitting apparatus, and demodulate the modulated transmission signal based on a modulation pattern generated based on a modulation parameter determined by a second identifier, which is acquired in advance and shared among the plurality of the transmitting apparatuses, wherein the second identifier is associated with an initial value of a linear feedback shift register, LFSR, or a polynomial of the LFSR when generating the modulation pattern using the LFSR from the modulation parameter.
An isolated monoclonal antibody or binding fragment thereof that binds to the melanocortin-4 receptor or a portion of the melanocortin-4 receptor, wherein said antibody or binding fragment thereof comprises a heavy chain variable domain comprising complementary determining regions CDRH1, CDRH2 and CDRH3, and a light chain variable domain comprising complementary determining regions CDRL1, CDRL2 and CDRL3, wherein the heavy chain variable domain comprises the amino acid sequence set forth in SEQ ID NO:5 as shown in Fig. 4B and the light chain variable domain comprises the amino acid sequence set forth in SEQ ID NO:7 as shown in Fig. 5B.
Control device for at least one audio or video signal in the form of a thumbwheel, comprising: - control means (22, 23) which are mounted so as to be rotationally movable about a rotation axis (z) on a base, - first detection means for a rotational movement of the control means (22, 23) which are capable of generating a first signal, the first signal supplying processing means of the at least one audio or video signal, the first detection means comprising measuring means for the rotation angle of the control means (22, 23), - display means and/or lighting means comprising a plurality of light sources which form at least first and second graduation means, the light sources of the at least first and second graduation means forming at least a first and a second graduation scale (C1, C2) and being selectively controlled by the processing means in accordance with the measurement of the rotation angle of the control means (22, 23), the control device being characterised in that the first graduation scale comprises first scale divisions which are capable of indicating the rotation angle of the control means (22, 23) according to a first precision level, and in that the second graduation scale comprises second scale divisions which are capable of indicating the angle of the control means (22, 23) according to a second precision level. - control means (22, 23) which are mounted so as to be rotationally movable about a rotation axis (z) on a base, - first detection means for a rotational movement of the control means (22, 23) which are capable of generating a first signal, the first signal supplying processing means of the at least one audio or video signal, the first detection means comprising measuring means for the rotation angle of the control means (22, 23), - display means and/or lighting means comprising a plurality of light sources which form at least first and second graduation means, the light sources of the at least first and second graduation means forming at least a first and a second graduation scale (C1, C2) and being selectively controlled by the processing means in accordance with the measurement of the rotation angle of the control means (22, 23), the control device being characterised in that the first graduation scale comprises first scale divisions which are capable of indicating the rotation angle of the control means (22, 23) according to a first precision level, and in that the second graduation scale comprises second scale divisions which are capable of indicating the angle of the control means (22, 23) according to a second precision level.
A process for preparing builder granules suitable for use in a granular detergent composition or detergent tablet, the process comprising: A) forming a slurry comprising seed particles of solid MGDA Na 3 dispersed in an aqueous solution of MGDA Na 3, B) spray drying the slurry in a spray dryer, under non-agglomerating conditions, with a slurry temperature of 20°C or more and an inlet temperature for drying air from 150°C to 350°C, to form spray dried particles comprising solid crystalline MGDA Na 3 dihydrate, with at least 90% by weight of the spray dried particles having a diameter less than 300 μm, C) compacting the spray dried particles into compacted aggregates, D) comminuting the compacted aggregates into granular particles to form builder granules having a particle size distribution suitable for use in a granular detergent composition, wherein the slurry is maintained at the slurry temperature for an ageing time of at least a minimum ageing period to form an aged slurry prior to spray drying, the minimum ageing period being sufficiently long for the resulting builder granules to remain free flowing after 48 hours storage at 20°C and 65% relative humidity. A) forming a slurry comprising seed particles of solid MGDA Na 3 dispersed in an aqueous solution of MGDA Na 3, B) spray drying the slurry in a spray dryer, under non-agglomerating conditions, with a slurry temperature of 20°C or more and an inlet temperature for drying air from 150°C to 350°C, to form spray dried particles comprising solid crystalline MGDA Na 3 dihydrate, with at least 90% by weight of the spray dried particles having a diameter less than 300 μm, C) compacting the spray dried particles into compacted aggregates, D) comminuting the compacted aggregates into granular particles to form builder granules having a particle size distribution suitable for use in a granular detergent composition,
A concrete composition, comprising: blast furnace slag; at least any one of expansive additive and cement; and water, wherein a unit water content of the water is 130 kg/m3 or less; wherein a content of the cement is 22% by mass or less relative to the blast furnace slag, and wherein a slump flow value of the concrete composition is 40 cm or greater, as determined by a "Method of test for slump flow rate of concrete" according to JIS A 1150. blast furnace slag; at least any one of expansive additive and cement; and water, wherein a unit water content of the water is 130 kg/m3 or less; wherein a content of the cement is 22% by mass or less relative to the blast furnace slag, and wherein a slump flow value of the concrete composition is 40 cm or greater, as determined by a "Method of test for slump flow rate of concrete" according to JIS A 1150.
Piston for a brake caliper of a disk brake, which piston is produced by forming processes from a metallic material, in particular from a flat metal sheet, and which piston is designed as a pot which is open on one side and which has a longitudinal axis, a wall and a piston head, and can be placed against a brake pad by means of an axial contact surface, and which piston has at least one twist prevention means between the piston and a drive nut, and the twist prevention means has at least one integrated reinforcement, which serves to protect the piston against plastic deformation by the drive nut, characterized in that a rim of the piston has a profiling which points radially inward asymmetrically in the direction of the longitudinal axis, and in that an associated profiling of the drive nut is of symmetrical design.
A system for planning a pathway for a medical device to travel through an anatomical luminal network comprising the airways of the bronchial tree of a patient, the system comprising: a computing device including at least one processor; a display device in communication with the computing device; and a user interface configured for display on the display device and configured to guide a user through a pathway planning procedure, the user interface comprising: a target selection window configured to receive a user input to select at least one target from CT image data for a selected patient, wherein the target is a three-dimensional object; and an airway finder window configured to generate at least one pathway from the at least one target to an entry point of the anatomical luminal network in response to a user input and configured to display a CT image including the selected at least one target, the CT image being rotatable about a pre-defined axis to assist the user in identifying an airway of the anatomical luminal network, wherein the airway finder window includes a rotation interface configured to indicate an amount of rotation of the CT image about the pre-defined axis relative to an initial rotational orientation of the CT image. a computing device including at least one processor; a display device in communication with the computing device; and a user interface configured for display on the display device and configured to guide a user through a pathway planning procedure, the user interface comprising: a target selection window configured to receive a user input to select at least one target from CT image data for a selected patient, wherein the target is a three-dimensional object; and an airway finder window configured to generate at least one pathway from the at least one target to an entry point of the anatomical luminal network in response to a user input and configured to display a CT image including the selected at least one target, the CT image being rotatable about a pre-defined axis to assist the user in identifying an airway of the anatomical luminal network, wherein the airway finder window includes a rotation interface configured to indicate an amount of rotation of the CT image about the pre-defined axis relative to an initial rotational orientation of the CT image. a target selection window configured to receive a user input to select at least one target from CT image data for a selected patient, wherein the target is a three-dimensional object; and an airway finder window configured to generate at least one pathway from the at least one target to an entry point of the anatomical luminal network in response to a user input and configured to display a CT image including the selected at least one target, the CT image being rotatable about a pre-defined axis to assist the user in identifying an airway of the anatomical luminal network, wherein the airway finder window includes a rotation interface configured to indicate an amount of rotation of the CT image about the pre-defined axis relative to an initial rotational orientation of the CT image.
A system for use in a wellbore, comprising: a packer having: an inner bladder; an outer bladder; a mechanical layer between the inner bladder and the outer bladder, wherein the mechanical layer comprises a radially inner cable layer and a radially outer cable layer; and a protective fiber layer disposed between the radially inner cable layer and the radially outer cable layer, wherein the protective fiber layer is configured to prevent degradation of the mechanical layer through undesirable contact of the radially inner cable layer with the radially outer cable layer. a packer having: an inner bladder; an outer bladder; a mechanical layer between the inner bladder and the outer bladder, wherein the mechanical layer comprises a radially inner cable layer and a radially outer cable layer; and a protective fiber layer disposed between the radially inner cable layer and the radially outer cable layer, wherein the protective fiber layer is configured to prevent degradation of the mechanical layer through undesirable contact of the radially inner cable layer with the radially outer cable layer. an inner bladder; an outer bladder; a mechanical layer between the inner bladder and the outer bladder, wherein the mechanical layer comprises a radially inner cable layer and a radially outer cable layer; and a protective fiber layer disposed between the radially inner cable layer and the radially outer cable layer, wherein the protective fiber layer is configured to prevent degradation of the mechanical layer through undesirable contact of the radially inner cable layer with the radially outer cable layer.
A staple cartridge, comprising: a cartridge body comprising a plurality of staple cavities; a plurality of staples removably positioned in said staple cavities; and an implantable layer comprising a plurality of foam fragments, wherein each said foam fragment is fused to at least one other said foam fragment such that said plurality of foam fragments form a unitary body. a cartridge body comprising a plurality of staple cavities; a plurality of staples removably positioned in said staple cavities; and an implantable layer comprising a plurality of foam fragments, wherein each said foam fragment is fused to at least one other said foam fragment such that said plurality of foam fragments form a unitary body.
A package for tobacco related articles, in particular cigarettes, comprising an inner body and an outer shell, wherein the inner body is configured to contain the tobacco related article, in particular the cigarettes, wherein the inner body and the outer shell are configured such that the inner body can be shifted within the outer shell in a longitudinal direction of the tobacco related articles, in particular in a longitudinal direction of the cigarettes, and wherein the inner body and the outer shell comprise a first stopping mechanism for stopping the bottom wall of the inner body from moving outside or substantially outside of the bottom opening of the outer shell and a second stopping mechanism for preventing the lower bottom wall of the inner body from moving outside the upper end of the outer shell, characterised in that the outer shell comprises a bottom tab constituting the first stopping mechanism by extending perpendicular from a rear wall or a front wall of the outer shell and a side wall of the outer shell, wherein the bottom tab of the outer shell has a first edge, a second edge and a third edge and wherein the third edge points towards the bottom opening of the outer shell and wherein the third edge of the bottom tab is at least partially beveled, round or curved, and wherein the third edge of the bottom tab is configured such that an angle between a rear wall and side wall or a front wall and a side wall of the outer shell can be opened for more than 90°.
A telecommunication system, comprising: a first core network device communicatively connectable with a session-originating device (112; 104; 202), wherein the first core network device is configured to: receive an initiation request of a communication session of the session-originating device (112; 104; 202), the initiation request including information of a destination user equipment, UE (116; 130;102), and information of one or more media capabilities; determine network-location information of the destination UE, wherein the network-location information comprises a Diameter result code; retrieve modification information corresponding to the network-location information; modify the information of the one or more media capabilities in the initiation request based at least in part on the modification information; and transmit the initiation request including the modified information of the one or more media capabilities to a second core network device, wherein the second core network device corresponds to the network-location information. receive an initiation request of a communication session of the session-originating device (112; 104; 202), the initiation request including information of a destination user equipment, UE (116; 130;102), and information of one or more media capabilities; determine network-location information of the destination UE, wherein the network-location information comprises a Diameter result code; retrieve modification information corresponding to the network-location information; modify the information of the one or more media capabilities in the initiation request based at least in part on the modification information; and transmit the initiation request including the modified information of the one or more media capabilities to a second core network device, wherein the second core network device corresponds to the network-location information.
An article (10, 110, 210, 310, 410) including a pad and at least a first layer having a face fixed adhering to said pad, said at least a first layer being made of an at least partially elastic material and being adapted to assume an elastically undeformed condition, wherein in said elastically undeformed condition said first layer exerts a tensile action on the pad and holds said pad in an at least partially curved state and wherein said curved shape of the first layer and of the pad corresponds to a curving of an anatomical part of the human body.
A battery assembly comprising: a plurality of battery cells; an inner case including a plurality of cell cases in which the plurality of battery cells is accommodated respectively and spaced apart from each other; and an outer case (121, 130) in which the inner case is accommodated and including at least one flow hole through which air flows, wherein the inner case includes: a first inner case including the plurality of cell cases; and a second inner case including a plurality of case couplers coupled with the plurality of cell cases to prevent the plurality of battery cells respectively accommodated in the plurality of cell cases from directly contacting air, water or moisture, and characterized in that the case couplers surround some of the battery cells, and the flow holes may be formed in at least two opposite surfaces of the outer case.
A connector comprising a container-like fastener holder of finite depth with a front and a rear plate and side walls wherein the rear wall and substantially the whole depth of the holder can be cast into a concrete structure to form a space within the concrete structure, fastening means which can assume a range of positions within the holder and a moveable connection part or device which can be fastened to the front plate by the fastening means, wherein the front plate of the connector comprises at least one slot able to receive the fastening means, the fastening means being able to fasten within a range of positions defined by the slot, the moveable connection part comprising a further slot which together with the slot of the front plate forms a pair of perpendicular intersecting slots (10, 22) allowing the fastening means to move in two dimensions relative to the front plate, characterised in that the fastening means comprises a nut which is moveable within a guide arranged within the connector so that the nut can move along the slots (10, 22).
Hydraulic power brake system for a wheeled vehicle, with at least one main brake line (20, 21), in which a setpoint brake pressure can be controlled by means of a brake valve that is operated by means of a brake pedal, and from which at least one axle brake line or wheel brake line (46, 49, 50) leading to an actuating unit (13, 15, 17, 19) of at least one wheel brake (12, 14, 16, 18) branches off, and with a valve arrangement of an ABS control system, which comprises respectively a hydraulic pressure-controlled inlet valve (28, 34, 40) disposed between the main brake line (20, 21) and the respective axle brake line or wheel brake line (46, 49, 50), and a hydraulic pressure-controlled outlet valve (30, 36, 42) disposed between the respective axle brake line or wheel brake line (46, 49, 50) and an unpressurised return line (51, 52, 53), and at least one electromagnetically operated pilot control valve (32, 33, 38, 39, 44, 45) connected upstream of each inlet valve and outlet valve (28, 30, 34, 36, 40, 42), wherein at least one temperature sensor for detecting the oil temperature and at least one heating element for heating the hydraulic oil are provided, and wherein the inlet valves and outlet valves (28, 30, 34, 36, 40, 42) and the pilot control valves (32, 33, 38, 39, 44, 45) of the ABS control system for each vehicle unit or for each vehicle axle are disposed together in each case in an ABS modulator block, wherein at least one temperature sensor (70, 71, 72) for detecting the oil temperature T and at least one heating element (73, 74, 75) for heating the local hydraulic oil that is used for control are disposed in each ABS modulator block.