mhurhangee/ep-ind-claims huggingface dataset:
A magnetometer system for medical use, comprising: one or more induction coils, each induction coil of the one or more induction coils having: a maximum outer diameter of 4 to 7 cm, and a configuration such that the ratio of the coil's length to its outer diameter is in the range 0.5:1 to 0.8:1, and the ratio of the coil's inner diameter (Di) to its outer diameter is in the range 0.3:1 to 0.5:1; the magnetometer system further comprising a detection circuit coupled to each induction coil of the one or more induction coils and configured to convert a current or voltage generated in each induction coil of the one or more induction coils by a time varying magnetic field to an output signal for use to analyse the time varying magnetic field. a maximum outer diameter of 4 to 7 cm, and a configuration such that the ratio of the coil's length to its outer diameter is in the range 0.5:1 to 0.8:1, and the ratio of the coil's inner diameter (Di) to its outer diameter is in the range 0.3:1 to 0.5:1; the magnetometer system further comprising a detection circuit coupled to each induction coil of the one or more induction coils and configured to convert a current or voltage generated in each induction coil of the one or more induction coils by a time varying magnetic field to an output signal for use to analyse the time varying magnetic field.
A method for resource allocation for downlink transmission to at least two wireless communication devices in a wireless communication network, wherein simultaneous transmission to the wireless communication devices is allowed on one or more channels with at least two supported modulation alphabets of different sizes, each channel being defined by a set, called resource unit, of one or more subcarriers, wherein the method comprises: - obtaining, for each of the wireless communication devices, channel feedback information for each modulation alphabet the wireless communication device supports and for each resource unit on which the wireless communication device is allowed to receive a transmission; and - selecting, from a number of possible assignments of the wireless communication devices to different resource units and different modulation alphabets, a resource allocation based on the channel feedback information including an assignment of the wireless communication devices to at least one resource unit and at least one modulation alphabet among those assignments providing the highest total downlink throughput for the wireless communication devices. - obtaining, for each of the wireless communication devices, channel feedback information for each modulation alphabet the wireless communication device supports and for each resource unit on which the wireless communication device is allowed to receive a transmission; and - selecting, from a number of possible assignments of the wireless communication devices to different resource units and different modulation alphabets, a resource allocation based on the channel feedback information including an assignment of the wireless communication devices to at least one resource unit and at least one modulation alphabet among those assignments providing the highest total downlink throughput for the wireless communication devices.
A battery module (101, 102), comprising: a plurality of rechargeable batteries respectively including externally protruding terminals (21, 22); a bus-bar (15, 16) electrically coupling at least two of the terminals (21, 22) of the rechargeable batteries; and a protection member (30, 40) comprising a flat portion located between the bus-bar (15, 16) and the rechargeable batteries and characterized in that the protection member (30, 40) includes a protruding portion (31, 41) disposed along a circumference of the bus-bar (15, 16). a plurality of rechargeable batteries respectively including externally protruding terminals (21, 22); a bus-bar (15, 16) electrically coupling at least two of the terminals (21, 22) of the rechargeable batteries; and a protection member (30, 40) comprising a flat portion located between the bus-bar (15, 16) and the rechargeable batteries and the protection member (30, 40) includes a protruding portion (31, 41) disposed along a circumference of the bus-bar (15, 16).
An assembly comprising an adaptor top and a medicament cartridge, the medicament cartridge comprising a cylinder having a main body portion, a neck portion at a first end having a radially outwardly directed flange portion, a narrowing shoulder portion connecting the body portion and the neck portion, a cap beaded across the first end thereby to retain a fluid impermeable membrane, characterized in that the adaptor top comprises a first cylindrical body portion having a radially inwardly directed flange at one end being seated over and against the cap and a second skirt portion being seated against the shoulder portion of the cartridge, the second skirt portion including a plurality of fingers, the free ends of the fingers being seated beneath the outwardly directed flange of the medicament cartridge and being plastically deformed to prevent a removal of the adaptor top from the medicament cartridge without damaging the fingers, and the adaptor top further comprises engagement means, which enables the assembly comprising the medicament cartridge and the adaptor top to be received and secured within a medicament delivery apparatus.
A process for manufacturing a polymer-coated steel substrate for packaging applications with improved environmental stress cracking resistance, comprising the subsequent steps of: • producing a polymer-coated substrate with a polymer coating layer on one or both sides of said substrate; • subjecting the polymer-coated substrate to a stretching operation wherein the stretching operation is achieved by: a. passing the material through a temper mill and applying a thickness reduction between 0 - 3%, preferably of at least 0.2%; or by b. passing the material through a stretcher-leveller. • producing a polymer-coated substrate with a polymer coating layer on one or both sides of said substrate; • subjecting the polymer-coated substrate to a stretching operation wherein the stretching operation is achieved by: a. passing the material through a temper mill and applying a thickness reduction between 0 - 3%, preferably of at least 0.2%; or by b. passing the material through a stretcher-leveller. a. passing the material through a temper mill and applying a thickness reduction between 0 - 3%, preferably of at least 0.2%; or by b. passing the material through a stretcher-leveller.
A humanized antibody that specifically binds complement component C1s, wherein the antibody comprises a VH region comprising the amino acid sequence set forth in SEQ ID NO: 14 and a VL region comprising the amino acid sequence set forth in SEQ ID NO: 22.
Portable object comprising a case having a middle, a bracelet, and an attachment system for removably securing each end of said bracelet to the middle, the middle comprising two longitudinal cavities (110a, 110b) configured to form a slide bar, each end of the bracelet comprising a fastening head (31a, 31b) that has a complementary shape and that is configured to cooperate, by sliding, with one of the longitudinal cavities (110a, 110b) to form the attachment system, said fastening head (31a, 31b) comprising an end flange made of a viscoelastic material, said portable object being characterised in that the attachment system comprises viscoelastic fitting means for locking the axial movement of said fastening head (31a, 31b) inside the longitudinal cavity (110a, 110b) by the viscoelastic response of the end flange, the viscoelastic fitting means being formed by the cooperation of a rigid locking protrusion, provided in each of the longitudinal cavities (110a, 110b), and configured to deform the end flange made of a viscoelastic material upon insertion of the bracelet, said locking protrusion being configured to fit inside a recess made in the end flange made of a viscoelastic material in order to lock the axial movement of the fastening head (31a, 31b).
A device for separating impurities from a fiber material in a card or a cleaner, wherein the device has a roller with a clothed surface, a separation element, an opposing element and a suction pipe, wherein a separation gap formed by the separation element and the opposing element is provided, and wherein a first guide starting from the separation element and a second guide starting from the opposition element and opposite the first guide are provided for transferring impurities from the separation gap to the suction pipe, wherein the separation element is held on a machine frame, wherein adjusting devices (27, 28) are provided for radial and/or tangential adjustment of the separation element relative to the surface of the roller, characterized in that the first guide is designed as an elastic membrane, and the second guide and the suction pipe are arranged in a stationary mount.
Caliper disc brake of a vehicle, in particular a commercial vehicle, with a brake disc having an axis of rotation, a brake caliper, a back plate assembly, a force transmission element, such as a brake-pad plate (24, 26) and/or a pressure plate, which is guided and supported in a channel of the brake caliper or the back plate assembly, a hold-down spring (30, 32, 34) for holding down the force transmission elements and a hold-down device held and supported on the caliper by a holding device (38, 40), which hold-down device pre-stresses the hold-down spring radially against the force transmission device and pre-stresses the hold-down spring against the force transmission device tangentially in the direction of rotation in forwards travel, wherein the holding device has a centerline lying parallel to the axis of rotation, characterized in that the tangential pre-stressing is at least partially attributable to the fact that the dimensions (V 1, V 2) of the hold-down device, measured in a tangential direction from the centerline, are at least in parts greater on the disc run-out side than on the disc run-in side.
A heat-pump type laundry dryer comprising: - a drum for receiving the laundry, - a process air circuit for conveying dehumidified heated process air through the drum, - a refrigerant circuit for dehumidifying the process air and heating the dehumidified process air, wherein the refrigerant circuit has a refrigerant compressor, - a control unit for conducting the drying process of the laundry, - a fan for cooling the compressor, - a sensor for sensing the process air temperature T_air, characterized in that - the control unit is configured to set a first threshold temperature T_th1 which is equal to or smaller than 55°C, - to set a second threshold temperature T_th2 which is less than T_th1, - to initiate, prior to the termination of the drying process a cooling process in which the fan is turned ON when T_air reaches T_th1 and the fan is turned OFF when T_air drops to T_th2, - to initiate the cooling process when a predetermined drying program has been selected by the user or a predetermined duration has elapsed since the drying process was commenced. - a drum for receiving the laundry, - a process air circuit for conveying dehumidified heated process air through the drum, - a refrigerant circuit for dehumidifying the process air and heating the dehumidified process air, wherein the refrigerant circuit has a refrigerant compressor, - a control unit for conducting the drying process of the laundry, - a fan for cooling the compressor, - a sensor for sensing the process air temperature T_air, characterized in that - the control unit is configured to set a first threshold temperature T_th1 which is equal to or smaller than 55°C, - to set a second threshold temperature T_th2 which is less than T_th1, - to initiate, prior to the termination of the drying process a cooling process in which the fan is turned ON when T_air reaches T_th1 and the fan is turned OFF when T_air drops to T_th2, - to initiate the cooling process when a predetermined drying program has been selected by the user or a predetermined duration has elapsed since the drying process was commenced.
A method for computer-aided planning of a repair or adjustment of a dental partial prosthesis with the following method steps: a) generation of a first digital 3D model of a jaw with the partial prosthesis positioned on the jaw as a prosthesis reference model, b) generation of a second digital 3D model of the jaw without the partial prosthesis as a jaw model, c) determination of a positional relationship of the prosthesis reference model to the jaw model, d) generation of a digital prosthesis model by subtracting the jaw model from the prosthesis reference model while taking the positional relationship into account, e) automatic identification, or identification carried out by a user, of holding and/or support elements in the prosthesis model, f) calculation of an insertion axis of the partial prosthesis on the basis of the prosthesis model, g) calculation of undercut depths of the holding and/or support elements, resulting from the insertion axis, in the prosthesis model, h) display of the insertion axis and the undercut depths in a presentation of the jaw model. a) generation of a first digital 3D model of a jaw with the partial prosthesis positioned on the jaw as a prosthesis reference model, b) generation of a second digital 3D model of the jaw without the partial prosthesis as a jaw model, c) determination of a positional relationship of the prosthesis reference model to the jaw model, d) generation of a digital prosthesis model by subtracting the jaw model from the prosthesis reference model while taking the positional relationship into account, e) automatic identification, or identification carried out by a user, of holding and/or support elements in the prosthesis model, f) calculation of an insertion axis of the partial prosthesis on the basis of the prosthesis model, g) calculation of undercut depths of the holding and/or support elements, resulting from the insertion axis, in the prosthesis model, h) display of the insertion axis and the undercut depths in a presentation of the jaw model.
Laundry dryer of the type comprising a heat pump system having a refrigerant circuit where a refrigerant is adapted to flow and comprising a drying air circuit, where drying air is adapted to flow, in communication with a laundry container suited for receiving laundry to be dried, said refrigerant circuit comprising: a first heat exchanger for heating said drying air and cooling said refrigerant; a second heat exchanger for cooling said drying air and heating said refrigerant; a refrigerant expansion device arranged in said refrigerant circuit between said first heat exchanger and said second heat exchanger, and a compressor arranged in said refrigerant circuit between said second heat exchanger and said first heat exchanger, said compressor comprising a compressor chamber for said refrigerant, wherein refrigerant is adapted to be compressed in the compressor chamber by movement of the compressor's mechanism; wherein the compressor is a rotary or a scroll compressor, characterized in that the compressor comprises a lubricant wherein the lubricant is adapted to create a thin film between moving parts which constitute the compressor, and the ratio of the amount of said lubricant to the volume (Vd) of said compressor chamber is comprised between 5 and 15 ml/cc; wherein the amount of said refrigerant in said refrigerant circuit is smaller or equal than 300 gr and the ratio of said amount of lubricant to the amount of said refrigerant in said refrigerant circuit loop is comprised between 0,2 and 0,5 ml/gr; or wherein the amount of said refrigerant in said refrigerant circuit is bigger than 300 gr and the ratio of said amount of lubricant to the amount of said refrigerant in said refrigerant circuit loop is smaller than 0,25 ml/gr. a first heat exchanger for heating said drying air and cooling said refrigerant; a second heat exchanger for cooling said drying air and heating said refrigerant; a refrigerant expansion device arranged in said refrigerant circuit between said first heat exchanger and said second heat exchanger, and a compressor arranged in said refrigerant circuit between said second heat exchanger and said first heat exchanger, said compressor comprising a compressor chamber for said refrigerant, wherein refrigerant is adapted to be compressed in the compressor chamber by movement of the compressor's mechanism; wherein the compressor is a rotary or a scroll compressor, characterized in that the compressor comprises a lubricant wherein the lubricant is adapted to create a thin film between moving parts which constitute the compressor, and the ratio of the amount of said lubricant to the volume (Vd) of said compressor chamber is comprised between 5 and 15 ml/cc; wherein the amount of said refrigerant in said refrigerant circuit is smaller or equal than 300 gr and the ratio of said amount of lubricant to the amount of said refrigerant in said refrigerant circuit loop is comprised between 0,2 and 0,5 ml/gr; or wherein the amount of said refrigerant in said refrigerant circuit is bigger than 300 gr and the ratio of said amount of lubricant to the amount of said refrigerant in said refrigerant circuit loop is smaller than 0,25 ml/gr.
A three-dimensional laminating and shaping apparatus (100; 200) for shaping a three-dimensional laminated and shaped object (111; 284) by irradiating a powder with a high-energy beam (112; 241), comprising: a laminating and shaping data acquirer (101; 201) that acquires laminating and shaping data to be used for laminating and shaping of the three-dimensional laminated and shaped object (111; 284); an attribute information acquirer (102; 202) that acquires attribute information of the powder to be used for laminating and shaping of the three-dimensional laminated and shaped object (111; 284), wherein the attribute information includes at least one of conductiveness, a particle size, and an electric field strength of the powder; a model generator (103; 203) that generates, based on the laminating and shaping data and the attribute information, a model of a circuit pattern for removing electrons from the powder to be electrically charged by irradiation with the high-energy beam (112; 241), wherein the circuit pattern is formed by lead wires, some of the lead wires are connected to the three-dimensional laminated and shaped object (111; 284) and some are not connected to the three-dimensional laminated and shaped object (111; 284), and the lead wires are spread around the three-dimensional laminated and shaped object (111; 284); and a circuit pattern shaping unit (104; 204) that shapes the circuit pattern based on the generated model and the three-dimensional laminated and shaped object (111; 284) based on laminating and shaping data. a laminating and shaping data acquirer (101; 201) that acquires laminating and shaping data to be used for laminating and shaping of the three-dimensional laminated and shaped object (111; 284); an attribute information acquirer (102; 202) that acquires attribute information of the powder to be used for laminating and shaping of the three-dimensional laminated and shaped object (111; 284), wherein the attribute information includes at least one of conductiveness, a particle size, and an electric field strength of the powder; a model generator (103; 203) that generates, based on the laminating and shaping data and the attribute information, a model of a circuit pattern for removing electrons from the powder to be electrically charged by irradiation with the high-energy beam (112; 241), wherein the circuit pattern is formed by lead wires, some of the lead wires are connected to the three-dimensional laminated and shaped object (111; 284) and some are not connected to the three-dimensional laminated and shaped object (111; 284), and the lead wires are spread around the three-dimensional laminated and shaped object (111; 284); and a circuit pattern shaping unit (104; 204) that shapes the circuit pattern based on the generated model and the three-dimensional laminated and shaped object (111; 284) based on laminating and shaping data.
Control device, in particular a transmission control device, which is designed to be fastened on an outer side or an inner side of a housing, in particular a transmission housing, so as to lie on the housing surface, wherein the control device comprises a printed circuit board and at least one plug (13; 14) which is arranged on the printed circuit board and is connected by its pins to corresponding conductor tracks of the printed circuit board, which plug is designed to project through an opening in the housing and, via conductor tracks arranged on the printed circuit board, to produce an electrical and/or signal connection between the outer side and the inner side of the housing, wherein an injection-moulded encapsulation surrounds at least the printed circuit board and the plug(s) (13; 14).
An energy storage module comprising an energy storage means for the retrievable storage of electrical energy for an agricultural vehicle having an electrical on-board system, at least one electrical drive element and at least one external attachment device, wherein the energy storage module is of such a design and configuration that it can be releasably connected to an attachment device, arranged in particular at the front and/or rear, of the agricultural vehicle and the on-board system thereof for the transmission of electrical energy, characterised in that the energy storage means is in the form of at least one flywheel connected to an electrical drive module.