mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump comprising a housing, a pump rotor (149, 163, 165) having a rotor shaft in the housing, a pump stator (157, 167, 169) in the housing that is arranged in a pump-active manner relative to the pump rotor, a pump inlet in the region of one end of the rotor shaft, a permanent magnet bearing for the rotor shaft in the region of the pump inlet, a shield (602 - 603) against magnetic fields, wherein the shield (602 - 603) is provided in the interior of the housing and completely or partly covers the permanent magnet bearing, viewed in the axial direction and/or in the peripheral direction, wherein the permanent magnet bearing has a stator-side bearing half, which is connected to the pump stator and which has stator magnets, and a rotor-side bearing half which is connected to the pump rotor, which has rotor magnets and which is disposed radially outside the stator-side bearing half, wherein the rotor magnets are held by a radially outwardly disposed sleeve-shaped support section (201, 605), characterized in that the support section (201, 605) is produced from a material forming the shield and having a relative magnetic permeability of more than 3,000, and/or wherein the shield (602, 603) is produced from a sleeve or a foil composed of a material forming the shield and having a relative magnetic permeability of more than 3,000, said sleeve or foil contacting the outer surface and/or the inner surface of the support section. a housing, a pump rotor (149, 163, 165) having a rotor shaft in the housing, a pump stator (157, 167, 169) in the housing that is arranged in a pump-active manner relative to the pump rotor, a pump inlet in the region of one end of the rotor shaft, a permanent magnet bearing for the rotor shaft in the region of the pump inlet, a shield (602 - 603) against magnetic fields, wherein the shield (602 - 603) is provided in the interior of the housing and completely or partly covers the permanent magnet bearing, viewed in the axial direction and/or in the peripheral direction, wherein the permanent magnet bearing has a stator-side bearing half, which is connected to the pump stator and which has stator magnets, and a rotor-side bearing half which is connected to the pump rotor, which has rotor magnets and which is disposed radially outside the stator-side bearing half, wherein the rotor magnets are held by a radially outwardly disposed sleeve-shaped support section (201, 605), characterized in that the support section (201, 605) is produced from a material forming the shield and having a relative magnetic permeability of more than 3,000, and/or wherein the shield (602, 603) is produced from a sleeve or a foil composed of a material forming the shield and having a relative magnetic permeability of more than 3,000, said sleeve or foil contacting the outer surface and/or the inner surface of the support section.
A computer-implemented encoding method, comprising: performing cyclic redundancy check, CRC, encoding on A to-be-encoded information bits to obtain a first bit sequence, wherein the first bit sequence comprises L CRC bits and the A to-be-encoded information bits, and L and A are positive integers; performing an interleaving operation on the first bit sequence to obtain a second bit sequence; and performing polar encoding on the second bit sequence, characterized in that: a first interleaving sequence used for the interleaving operation is constituted by indexes which are obtained by extracting all indexes greater than or equal to K max - A from a maximum length interleaving sequence, and subtracting K max - A from each of all extracted indexes, a length of the first interleaving sequence is equal to A + L, and a length of the maximum-length interleaving sequence is equal to K max + L, wherein K max is a maximum information bit quantity corresponding to the maximum-length interleaving sequence, A≤K max. performing cyclic redundancy check, CRC, encoding on A to-be-encoded information bits to obtain a first bit sequence, wherein the first bit sequence comprises L CRC bits and the A to-be-encoded information bits, and L and A are positive integers; performing an interleaving operation on the first bit sequence to obtain a second bit sequence; and performing polar encoding on the second bit sequence, characterized in that: a first interleaving sequence used for the interleaving operation is constituted by indexes which are obtained by extracting all indexes greater than or equal to K max - A from a maximum length interleaving sequence, and subtracting K max - A from each of all extracted indexes, a length of the first interleaving sequence is equal to A + L, and a length of the maximum-length interleaving sequence is equal to K max + L, wherein K max is a maximum information bit quantity corresponding to the maximum-length interleaving sequence, A≤K max.
An insulin delivery system comprising: an insulin delivery device adapted to receive insulin and deliver insulin subcutaneously; a user interface in communication with the insulin delivery device and adapted to send bolus insulin instructions to the insulin delivery device, the user interface comprising a plurality of user-selectable icons or buttons each representing a respective meal size and each representing a respective amount of carbohydrates; memory to store one or more user-specific dosage parameter; and a processor in communication with the memory, the processor adapted to receive blood glucose data, including postprandial blood glucose data, of a person with diabetes, the processor being adapted to determine the amount of carbohydrates associated with each of the plurality of user-selectable icons or buttons based on at least one of the user-specific dosage parameters, following the selection of one of the meal size icons or buttons based on estimated carbohydrates consumed by the person with diabetes, the processor further being adapted to update the amount of carbohydrates associated with at least the selected one of the user-selectable icons or buttons based upon the postprandial blood glucose data, and the processor being adapted to determine an insulin bolus delivery amount based on the amount of carbohydrates associated with the selected one of the user-selectable icons or buttons. an insulin delivery device adapted to receive insulin and deliver insulin subcutaneously; a user interface in communication with the insulin delivery device and adapted to send bolus insulin instructions to the insulin delivery device, the user interface comprising a plurality of user-selectable icons or buttons each representing a respective meal size and each representing a respective amount of carbohydrates; memory to store one or more user-specific dosage parameter; and a processor in communication with the memory, the processor adapted to receive blood glucose data, including postprandial blood glucose data, of a person with diabetes, the processor being adapted to determine the amount of carbohydrates associated with each of the plurality of user-selectable icons or buttons based on at least one of the user-specific dosage parameters, following the selection of one of the meal size icons or buttons based on estimated carbohydrates consumed by the person with diabetes, the processor further being adapted to update the amount of carbohydrates associated with at least the selected one of the user-selectable icons or buttons based upon the postprandial blood glucose data, and the processor being adapted to determine an insulin bolus delivery amount based on the amount of carbohydrates associated with the selected one of the user-selectable icons or buttons.
A power feeding coil unit (Ltu1, Ltu2) for wirelessly feeding power, comprising: a power feeding coil (Lt) having a wire (Wt) wound in a planar shaped spiral; and at least one pair of auxiliary coils (Lca, Lcb, Lcc, Lcd), each pair including a first auxiliary coil (Lca, Lcc) and a second auxiliary coil (Lcb, Lcd), the at least one pair of auxiliary coils being located on a rear side of the power feeding coil and located outside of the region defined by the wire of the power feeding coil when viewed from an axial direction of the power feeding coil, the axis being directed perpendicular to the plane of the planar shape, wherein an axis of the first auxiliary coil and an axis of the second auxiliary coil are nonparallel to the axis of the power feeding coil, the power feeding coil, the first auxiliary coil, and the second auxiliary coil simultaneously generate respective magnetic fluxes, the magnetic flux of the power feeding coil interlinks the power feeding coil in a direction from a center to an outside of the power feeding coil unit, the magnetic flux of the first auxiliary coil interlinks the first auxiliary coil in a direction from a center to an outside of the power feeding coil unit, and the magnetic flux of the second auxiliary coil interlinks the second auxiliary coil in a direction from a center to an outside of the power feeding coil unit. a power feeding coil (Lt) having a wire (Wt) wound in a planar shaped spiral; and at least one pair of auxiliary coils (Lca, Lcb, Lcc, Lcd), each pair including a first auxiliary coil (Lca, Lcc) and a second auxiliary coil (Lcb, Lcd), the at least one pair of auxiliary coils being located on a rear side of the power feeding coil and located outside of the region defined by the wire of the power feeding coil when viewed from an axial direction of the power feeding coil, the axis being directed perpendicular to the plane of the planar shape, wherein an axis of the first auxiliary coil and an axis of the second auxiliary coil are nonparallel to the axis of the power feeding coil, the power feeding coil, the first auxiliary coil, and the second auxiliary coil simultaneously generate respective magnetic fluxes, the magnetic flux of the power feeding coil interlinks the power feeding coil in a direction from a center to an outside of the power feeding coil unit, the magnetic flux of the first auxiliary coil interlinks the first auxiliary coil in a direction from a center to an outside of the power feeding coil unit, and the magnetic flux of the second auxiliary coil interlinks the second auxiliary coil in a direction from a center to an outside of the power feeding coil unit.
A system comprising: a lighting device, comprising: one or more input controls configured to receive user actuations; a light emitting diode LED configured to emit light in a normal mode of operation and receive an externally-supplied light signal in a programming mode of operation; and a controller configured to, in the programming mode of operation, receive a programming signal generated by the LED in response to illumination of the LED with the externally-supplied light signal modulated with the programming signal by which the controller is programmed to select a desired operation among various operations of the LED in response to the user actuations received at the input controls. one or more input controls configured to receive user actuations; a light emitting diode LED configured to emit light in a normal mode of operation and receive an externally-supplied light signal in a programming mode of operation; and a controller configured to, in the programming mode of operation, receive a programming signal generated by the LED in response to illumination of the LED with the externally-supplied light signal modulated with the programming signal by which the controller is programmed to select a desired operation among various operations of the LED in response to the user actuations received at the input controls.
Membrane fuel cell delimited by bipolar plates comprising a cathodic compartment and an anodic compartment, said cathodic compartment comprising means for feeding non-externally humidified air from bottom to top (1,2), said anodic compartment comprising means for feeding a hydrogen-containing fuel from top to bottom (3,4), at least one of said cathodic and anodic compartment comprising a flow distributor consisting of a porous material for percolating condensed water to the bottom of the cell, wherein said membrane fuel cell can be operated with non-externally humidified air, and further comprises control instrumentation for fixing the exhaust temperature of the air, discharged from the upper part of said cathodic compartment, marginally below or equal the dew point.
A method executed by one or more computing devices for providing build-time diversity in computer software source code, said method comprising: partitioning said code into code portions (92,93); identifying code portion interfaces of said code portions based at least in part on external dependencies of one or more of the code portions, wherein code portion interfaces comprise inter-dependencies of a code portion which allow the code portion to be compatible with one or more other code portions; generating diverse code portion instances (92a-n, 93a-m) from the code portions; generating interface instances (94a-k) from the code portion interfaces, wherein the interface instances comprise one or more of multiple instances of fixed code portion interfaces or diverse instances of code portion interfaces; creating test instances from the diverse code portion instances and the interface instances; and generating deployment instances using varied combinations of the diverse code portion instances and the interface instances, wherein the number of deployment instances is greater than the number of test instances and wherein operability of all the deployment instances is assured by confirming operability of the test instances. partitioning said code into code portions (92,93); identifying code portion interfaces of said code portions based at least in part on external dependencies of one or more of the code portions, wherein code portion interfaces comprise inter-dependencies of a code portion which allow the code portion to be compatible with one or more other code portions; generating diverse code portion instances (92a-n, 93a-m) from the code portions; generating interface instances (94a-k) from the code portion interfaces, wherein the interface instances comprise one or more of multiple instances of fixed code portion interfaces or diverse instances of code portion interfaces; creating test instances from the diverse code portion instances and the interface instances; and generating deployment instances using varied combinations of the diverse code portion instances and the interface instances, wherein the number of deployment instances is greater than the number of test instances and wherein operability of all the deployment instances is assured by confirming operability of the test instances.
Controlled apparatus for generating non-pyrotechnic smoke, suitable for the field of security systems, comprising a supply of smoke-generating material, means for directing an oxidizing gas or air to the supply of smoke-generating material in order to touch the smoke-generating material, heating means at a temperature sufficient to trigger and maintain a reaction capable of generating smoke in the vicinity of the smoke-generating material, a controller of the directing means of a gas or air and the heating means in order to obtain a generation of smoke, wherein: - said controller allows inhibiting the operation of at least one medium selected between the directing means of a gas or air and the heating means, consequently causing the cessation of any exothermic chemical reaction present therein and the generation of smoke; - the supply of smoke-generating material consists of an added mixture of conductive and/or oxidizing materials, the materials being equipped with channels to facilitate the flow of air/gas that passes through them, without at least directing a gas or air towards the supply of smoke-generating material and/or a heating of the supply of smoke-generating material; - the means for directing a gas or air towards the supply of smoke-generating material belong to a forced ventilation and/or introduction system; and - said heating means consist of at least one electrical resistance, characterized in that the apparatus comprises a cartridge having a casing made of non-flammable material, whose function is containing said smoke generating material and an active material, through which parallel, longitudinal channels extend, which allow the passage of air suitably circulated by the fan actuated by a motor, inserted inside the active material there being an electric resistance whose purpose is triggering and keeping an oxidation reaction whose fumes, pushed out by the fan, limit the visibility in an environment in which the apparatus is placed, the apparatus being fully electrically controllable by means of first terminals connected to the motor that sets the fan in motion, and second terminals connected to the electrical resistance. - said controller allows inhibiting the operation of at least one medium selected between the directing means of a gas or air and the heating means, consequently causing the cessation of any exothermic chemical reaction present therein and the generation of smoke; - the supply of smoke-generating material consists of an added mixture of conductive and/or oxidizing materials, the materials being equipped with channels to facilitate the flow of air/gas that passes through them, without at least directing a gas or air towards the supply of smoke-generating material and/or a heating of the supply of smoke-generating material; - the means for directing a gas or air towards the supply of smoke-generating material belong to a forced ventilation and/or introduction system; and - said heating means consist of at least one electrical resistance,
A medical device for the treatment of a sinus opening, the medical device comprising: a proximal end; a distal end; a shaft system having an inflation lumen and an irrigation lumen between said proximal end and said distal end, said shaft system having a proximal shaft section and a distal shaft section; an inflatable balloon on said distal shaft section and proximal to said distal end; an irrigation tip on said distal shaft section, distal to the inflatable balloon, said irrigation tip comprising a tip opening and one or more radially facing openings; and characterized by a guide element lumen, wherein the guide element lumen merges into the irrigation lumen in the distal shaft section of the shaft system. a proximal end; a distal end; a shaft system having an inflation lumen and an irrigation lumen between said proximal end and said distal end, said shaft system having a proximal shaft section and a distal shaft section; an inflatable balloon on said distal shaft section and proximal to said distal end; an irrigation tip on said distal shaft section, distal to the inflatable balloon, said irrigation tip comprising a tip opening and one or more radially facing openings; and characterized by a guide element lumen, wherein the guide element lumen merges into the irrigation lumen in the distal shaft section of the shaft system.
A coupler for a cable trough system, the coupler comprising: a body including one or more walls (104, 105) defining a trough having an outer surface and an inner surface, the body having a body terminal end sized to receive a terminal end of a trough member along a longitudinal direction of the body; and a locking element (107,400) coupled to the outer surface of the trough, the locking element including: a spring (210A, 210B, 410A, 410B) with at least one arm (211, 212) that extends to engage a portion of an external surface of the trough member as the trough member is received in the body terminal end of the coupler; a spring release (220A, 220B, 420A, 420B) configured to slide in the longitudinal direction between an unlocked state and a locked state, wherein the spring release disengages the arm of the spring from the terminal end of the trough member while the terminal end of the trough member is fully inserted in the body terminal end of the body of the coupler when the spring release is in the unlocked state, and wherein the spring release allows the arm of the spring to engage the terminal end of the trough member when the spring release is in the locked state; and a release member (520A, 520B) that, when actuated, allows the spring release to move in the longitudinal direction from the unlocked state to the locked state. a body including one or more walls (104, 105) defining a trough having an outer surface and an inner surface, the body having a body terminal end sized to receive a terminal end of a trough member along a longitudinal direction of the body; and a locking element (107,400) coupled to the outer surface of the trough, the locking element including: a spring (210A, 210B, 410A, 410B) with at least one arm (211, 212) that extends to engage a portion of an external surface of the trough member as the trough member is received in the body terminal end of the coupler; a spring release (220A, 220B, 420A, 420B) configured to slide in the longitudinal direction between an unlocked state and a locked state, wherein the spring release disengages the arm of the spring from the terminal end of the trough member while the terminal end of the trough member is fully inserted in the body terminal end of the body of the coupler when the spring release is in the unlocked state, and wherein the spring release allows the arm of the spring to engage the terminal end of the trough member when the spring release is in the locked state; and a release member (520A, 520B) that, when actuated, allows the spring release to move in the longitudinal direction from the unlocked state to the locked state.