mhurhangee/ep-ind-claims huggingface dataset:
An ice-lined cold storage device comprising: - a cold storage compartment arranged at an interior of the ice-lined cold storage device; - an ice-lining (25a, 25b, 25c, 25d) configured to absorb heat from the interior of the cold-storage device; - a cooling circuit configured, when in operation, to remove heat from the ice-lining (25a, 25b, 25c, 25d); - an inner liner arranged between the cold storage compartment and the ice-lining (25a, 25b, 25c, 25d), the inner liner comprising a sheet material having a major surface which faces towards the cold storage compartment and a major surface which faces towards the ice-lining; and - an electrical heater configured to provide heat to the interior of the cold storage device; wherein - the inner liner comprises i) a heat conducting sheet, notably a metal sheet, having a major surface which faces towards the cold storage compartment and a major surface which faces towards the ice-lining (25a, 25b, 25c, 25d) and characterized in that the inner liner further comprises: ii) a thermally insulating material, notably a sheet of insulating foam, which separates the cold storage compartment from the ice-lining (25a, 25b, 25c, 25d) and which is arranged between the heat conducting sheet and the ice-lining (25a, 25b, 25c, 25d), and in that the electrical heater comprises an electrical heating element arranged at one of the said major surfaces of the inner liner. - a cold storage compartment arranged at an interior of the ice-lined cold storage device; - an ice-lining (25a, 25b, 25c, 25d) configured to absorb heat from the interior of the cold-storage device; - a cooling circuit configured, when in operation, to remove heat from the ice-lining (25a, 25b, 25c, 25d); - an inner liner arranged between the cold storage compartment and the ice-lining (25a, 25b, 25c, 25d), the inner liner comprising a sheet material having a major surface which faces towards the cold storage compartment and a major surface which faces towards the ice-lining; and - an electrical heater configured to provide heat to the interior of the cold storage device; wherein - the inner liner comprises i) a heat conducting sheet, notably a metal sheet, having a major surface which faces towards the cold storage compartment and a major surface which faces towards the ice-lining (25a, 25b, 25c, 25d) and ii) a thermally insulating material, notably a sheet of insulating foam, which separates the cold storage compartment from the ice-lining (25a, 25b, 25c, 25d) and which is arranged between the heat conducting sheet and the ice-lining (25a, 25b, 25c, 25d), and in that the electrical heater comprises an electrical heating element arranged at one of the said major surfaces of the inner liner.
A sports equipment article comprising a thermoplastic poly(carbonate-siloxane) elastomer, wherein the poly(carbonate-siloxane) elastomer comprises 50 to 90 weight percent of siloxane blocks, and the siloxane blocks comprise an average of 10 to 80 units.
A method for facilitating network identification, comprising, at an access node of a first network: - detecting, by the access node, a physical-layer-related identity of each of one or more neighboring access nodes; - decoding, by the access node, for each of the one or more neighboring access nodes, a network identity of the neighboring access node based on the detected physical-layer-related identity of the neighboring access node; - for each of the one or more neighboring access nodes: - determining, by the access node, whether the neighboring access node belongs to the first network or a different network based on the decoded network identity of the neighboring access node; and - determining, by the access node, an identity group in which the detected physical-layer-related identity of the neighboring access node is included, based on a knowledge of a repartition of physical-layer-related identities into groups that is known to all access nodes and UEs; and - selecting, by the access node, as a physical-layer-related identity of the access node, a physical-layer-related identity from an identity group other than any identity group in which a physical-layer-related identity of a neighboring access node belonging to a different network is included. - detecting, by the access node, a physical-layer-related identity of each of one or more neighboring access nodes; - decoding, by the access node, for each of the one or more neighboring access nodes, a network identity of the neighboring access node based on the detected physical-layer-related identity of the neighboring access node; - for each of the one or more neighboring access nodes: - determining, by the access node, whether the neighboring access node belongs to the first network or a different network based on the decoded network identity of the neighboring access node; and - determining, by the access node, an identity group in which the detected physical-layer-related identity of the neighboring access node is included, based on a knowledge of a repartition of physical-layer-related identities into groups that is known to all access nodes and UEs; and - determining, by the access node, whether the neighboring access node belongs to the first network or a different network based on the decoded network identity of the neighboring access node; and - determining, by the access node, an identity group in which the detected physical-layer-related identity of the neighboring access node is included, based on a knowledge of a repartition of physical-layer-related identities into groups that is known to all access nodes and UEs; and - selecting, by the access node, as a physical-layer-related identity of the access node, a physical-layer-related identity from an identity group other than any identity group in which a physical-layer-related identity of a neighboring access node belonging to a different network is included.
Apparatus for intrabronchial delivery of a neurotoxin to treat lung disease, the apparatus comprising: a shaft having a proximal end including at least one inlet port, a distal end and a lumen extending between the inlet ports and the distal end; a neurotoxin applicator disposed on the distal end of the shaft in fluid communication with the lumen, the neurotoxin applicator comprising a needle assembly including at least one needle with lumen in fluid communication with lumen; a hilt configured to control the depth of penetration of each of the at least one needle into a bronchial wall; and a source of neurotoxin in fluid communication with the lumen and the lumen of the at least one needle of the needle assembly. a shaft having a proximal end including at least one inlet port, a distal end and a lumen extending between the inlet ports and the distal end; a neurotoxin applicator disposed on the distal end of the shaft in fluid communication with the lumen, the neurotoxin applicator comprising a needle assembly including at least one needle with lumen in fluid communication with lumen; a hilt configured to control the depth of penetration of each of the at least one needle into a bronchial wall; and a source of neurotoxin in fluid communication with the lumen and the lumen of the at least one needle of the needle assembly.
An automobile hood assembly comprising; - an outer hood,made from a shaped thin sheet material having a thickness of about 0.8 to 1.2 mm, - an inner hood made from a fiber reinforced plastic including a polymer matrix reinforced with fiber made from combinations including fiberglass, carbon fiber, aramid fiber, or natural fibers, the inner hood having a thickness of about 2.0 to 3.0 mm, the inner hood being stronger and stiffer than the outer hood, and - a core positioned in one or more cavities formed between the inner and outer hoods when said outer hood and inner hood are respectively connected one to the other around respective peripheries of each hood, said core filling at least 80% of said one or more cavities, the outer hood material having a lower stiffness than the FRP, and the core is made from an energy absorbing material, and said outer hood and core, in combination, provide energy absorption for objects and/or persons in collision with said outer hood and said inner hood provides overall stiffness to said hood assembly, such that the energy absorption function of the core and outer hood is de-coupled from the stiffness function of the inner hood, and wherein the inner hood includes areas of additional reinforcement (400, 402, 404, 406) that are less than 60% of the area of the total area of the inner hood. - an outer hood,made from a shaped thin sheet material having a thickness of about 0.8 to 1.2 mm, - an inner hood made from a fiber reinforced plastic including a polymer matrix reinforced with fiber made from combinations including fiberglass, carbon fiber, aramid fiber, or natural fibers, the inner hood having a thickness of about 2.0 to 3.0 mm, the inner hood being stronger and stiffer than the outer hood, and - a core positioned in one or more cavities formed between the inner and outer hoods when said outer hood and inner hood are respectively connected one to the other around respective peripheries of each hood, said core filling at least 80% of said one or more cavities, the outer hood material having a lower stiffness than the FRP, and the core is made from an energy absorbing material, and said outer hood and core, in combination, provide energy absorption for objects and/or persons in collision with said outer hood and said inner hood provides overall stiffness to said hood assembly, such that the energy absorption function of the core and outer hood is de-coupled from the stiffness function of the inner hood, and wherein the inner hood includes areas of additional reinforcement (400, 402, 404, 406) that are less than 60% of the area of the total area of the inner hood.
An electronic activation button having at least two activation states (2, 3, 4) for water taps, which has at least one activation section, a base section and guide means for a movement of the two sections (6, 7) relative to each other, wherein as a relative movement, the guide means permit a rotary movement of the activation section about a rotation axis of the base section, and which has at least one magnet associated with an activation state (2, 3, 4), which in the course of the relative movement comes at least intermittently within a range of a sensor and reaches a minimum distance to the sensor, characterized in that at least one sensor is selectively arranged in one section (6, 7) and at least two magnets, which have at least varying magnetic field strengths or varying minimum distances to the at least one sensor, are selectively arranged in the other section (6, 7), or at least two sensors are arranged in one section (6, 7) and at least one magnet is arranged in the other section (6, 7), the at least one magnet having varying minimum distances to the at least two sensors, and that the at least one sensor is arranged in a first normal plane to the rotation axis and the magnets that are used are arranged such that during the rotary movement about the rotation axis, they move in a circular orbit and are arranged in at least one second normal plane distanced from the rotation axis.
Circuit breaker system, comprising a molded case circuit breaker with a housing, at least a screw hole for fixing the molded case circuit breaker to a bus bar with a fixation screw and at least one cavity for receiving an assembly device for improving fixing the molded case circuit breaker to the bus bar, wherein the assembly device comprises a screw head holding means for holding a screw head of the fixation screw, wherein the assembly device is configured for being arranged inside a cavity of the housing of the molded case circuit breaker in a way that a screw head of the fixation screw that is arranged at the screw hole for mounting the molded case circuit breaker to the bus bar can engage with the screw head holding means in an engagement direction, characterized in that the screw head is not engaged with the assembly device when the fixation screw is fully inserted in the screw hole.
A lightning current arrester device having a lightning receptor which is connected to an earthing system (12, 21) via an electrical conductor, the electrical conductor being surrounded by an insulation of insulating material, the insulation being surrounded, in the longitudinal direction of the conductor, by a continuous outer conductive layer of a conductive material, a first connector made of electrically conductive material being arranged at that end region of the layer which faces the lightning receptor, by means of which the lightning receptor and/or the electrical conductor is connected to the layer, and a second connector made of electrically conductive material being arranged at the end region of the layer which faces the earthing system (12, 21), by means of which the electrical conductor and/or the earthing system (12, 21) is connected to the layer surrounding the insulation, the electrical connection between the electrical conductor and the conductive layer in the first connector is established in series only by a first adaptive switching element which, in a normal operating state in which there is no lightning strike, holds the electrical connection in a disconnected position, the open position, and which, in a lightning strike position, is closed by the response voltage of the first switching element which then occurs or is exceeded and establishes the connection, wherein, in the case of a metrological test, there is an insulation between the electrical conductor and the outer conductive layer of the high voltage-resistant insulated down conductor, and in the case of potential differences, such as in the case of a lightning strike, there is a conductive connection between the electrical conductor and the outer conductive layer of the high voltage-resistant insulated down conductor, characterized by that the electrical connection between the electrical conductor and the conductive layer in the second connector is established in series only by an adaptive second switching element which, in a normal operating state in which there is no lightning strike, maintains the electrical connection in an insulating layer, the opening position and which, in a lightning strike position, is closed by the response voltage of the second switching element which then occurs or is exceeded and establishes the connection, wherein, in the case of a metrological test, there is an insulation between the electrical conductor and the outer conductive layer of the high voltage-resistant insulated down conductor, and in the event of potential differences, such as a lightning strike, there is a conductive connection between the electrical conductor and the outer semiconductive layer of the high voltage-resistant insulated down conductor.
Metering device for a powder, comprising a reservoir for the powder and a collector channel located below the reservoir in the weight force direction and extending along a longitudinal axis, wherein the reservoir terminates into the collector channel by means of a reservoir mouth in such a way that an unimpeded through-passage is formed for the powder from the reservoir to the collector channel, wherein the longitudinal axis of the collector channel extends transversely to the weight force direction, wherein the collector channel has a channel base below the reservoir mouth in the weight force direction, wherein the collector channel has a discharge opening for a metered sub-quantity of the powder, wherein the discharge opening is laterally offset relative to the reservoir mouth in the direction of the longitudinal axis of the collector channel, and wherein means are provided for applying a pulsating pressure (p) to the collector channel, characterised in that an atmospheric pressure (po) is applied to the discharge opening, and in that the means for pressurisation are designed such that the pulsating pressure (p) oscillates between a pressure maximum (p max) and a pressure minimum (p min), the pressure maximum (p max) being above the atmospheric pressure (po) and the pressure minimum (p min) being below the atmospheric pressure (po).
A module unit (8a, 8b, 8n) for connecting a data bus subscriber (20a, 20b,..., 20n) to a local bus (6, 7), comprising: a first input interface and a first output interface connectable to the local bus (6, 7), a first data connection interface connectable to the data bus subscriber (20a, 20b,..., 20n), and a first switching means adapted to: based on a control signal, St, generated by the data bus subscriber (20a, 20b,..., 20n), assume a first or a second switching state, wherein the control signal, St, is received based on the readiness of the data bus subscriber (20a, 20b,..., 20n) to process data, and in the first switching state, connect the first input interface to the first output interface, and in the second switching state, connect the first data connection interface to the first output interface. a first input interface and a first output interface connectable to the local bus (6, 7), a first data connection interface connectable to the data bus subscriber (20a, 20b,..., 20n), and a first switching means adapted to: based on a control signal, St, generated by the data bus subscriber (20a, 20b,..., 20n), assume a first or a second switching state, wherein the control signal, St, is received based on the readiness of the data bus subscriber (20a, 20b,..., 20n) to process data, and in the first switching state, connect the first input interface to the first output interface, and in the second switching state, connect the first data connection interface to the first output interface. based on a control signal, St, generated by the data bus subscriber (20a, 20b,..., 20n), assume a first or a second switching state, wherein the control signal, St, is received based on the readiness of the data bus subscriber (20a, 20b,..., 20n) to process data, and in the first switching state, connect the first input interface to the first output interface, and in the second switching state, connect the first data connection interface to the first output interface.
An automatic analyzer comprising: a reagent disk that accommodates a plurality of reagent bottles including a plurality of suction ports (31~33; 301) and conveys the reagent bottles to a desired position by rotating in a circumferential direction around a central axis; and a reagent dispensing mechanism that rotates around a rotational axis and sucks a reagent of the reagent bottle placed at a predetermined position on the reagent disk, wherein the reagent bottle is accommodated in the reagent disk such that the central axis of the reagent bottle passing through the center of each of its suction ports (31~33) and a diameter of the reagent disk form a predetermined inclination θ (θ > 0) in the plane of rotation of the reagent disk, characterised in that a rotational track of the reagent dispensing mechanism passes over a plurality of suction ports (31~33; 301) of one reagent bottle placed at the predetermined position on the reagent disk. a reagent disk that accommodates a plurality of reagent bottles including a plurality of suction ports (31~33; 301) and conveys the reagent bottles to a desired position by rotating in a circumferential direction around a central axis; and a reagent dispensing mechanism that rotates around a rotational axis and sucks a reagent of the reagent bottle placed at a predetermined position on the reagent disk, wherein the reagent bottle is accommodated in the reagent disk such that the central axis of the reagent bottle passing through the center of each of its suction ports (31~33) and a diameter of the reagent disk form a predetermined inclination θ (θ > 0) in the plane of rotation of the reagent disk, characterised in that a rotational track of the reagent dispensing mechanism passes over a plurality of suction ports (31~33; 301) of one reagent bottle placed at the predetermined position on the reagent disk.
A wound cleansing device comprising a carrier layer and a loop system made from fibers, whereby the loop system is arranged on at least one side of the carrier layer and protrudes from the carrier layer, and wherein the loop system is an intermeshed fiber system, which is intermeshed within or below the carrier layer, and wherein the loop system comprises highly and softly abrasive loops, and whereby the intermeshed loop fiber system is generated by stitch-bonding.
A pixel cell, comprising: four photodiodes (PPD1, PPD2, PPD3, PPD4); and four storage diodes (SD1, SD2, SD3, SD4); wherein each storage diode (SD1, SD2, SD3, SD4) is disposed between a first adjacent photodiode and a second adjacent photodiode, and each storage diode (SD1, SD2, SD3, SD4) is configured to receive photo charges from either or both of the first adjacent photodiode and the second adjacent photodiode; wherein each photodiode (PPD1, PPD2, PPD3, PPD4) is disposed between a first adjacent storage diode and a second adjacent storage diode, and each photodiode (PPD1, PPD2, PPD3, PPD4) is configured to transfer photo charges to either or both of the first adjacent storage diode and the second adjacent storage diode, and wherein the four photodiodes (PPD1, PPD2, PPD3, PPD4) are arranged in a 2 by 2 array, with each storage diode (SD1, SD2, SD3, SD4) disposed between two adjacent photodiodes. four photodiodes (PPD1, PPD2, PPD3, PPD4); and four storage diodes (SD1, SD2, SD3, SD4); wherein each storage diode (SD1, SD2, SD3, SD4) is disposed between a first adjacent photodiode and a second adjacent photodiode, and each storage diode (SD1, SD2, SD3, SD4) is configured to receive photo charges from either or both of the first adjacent photodiode and the second adjacent photodiode; wherein each photodiode (PPD1, PPD2, PPD3, PPD4) is disposed between a first adjacent storage diode and a second adjacent storage diode, and each photodiode (PPD1, PPD2, PPD3, PPD4) is configured to transfer photo charges to either or both of the first adjacent storage diode and the second adjacent storage diode, and wherein the four photodiodes (PPD1, PPD2, PPD3, PPD4) are arranged in a 2 by 2 array, with each storage diode (SD1, SD2, SD3, SD4) disposed between two adjacent photodiodes.
A micro-fluidic chamber for use in a liquid medicament delivery system, having a rigid bottom substrate and a top cover, the top cover being spaced from the bottom substrate so as to define a height of the chamber, one or more walls or fillings positioned in the chamber, the walls or fillings defining one or more fluid channels within the chamber, such that the fluid channel extends from an inlet of the chamber to an outlet of the chamber, wherein the top cover is a liquid-impermeable membrane, characterized in that the one or more fluid channels have the height of the chamber, and each of the walls or fillings has a height less than the height of the chamber so as to define a fluid gap between a top surface of each wall or filling and the top cover, and wherein the dimensions (H1, H2) of the walls or fillings and the chamber are chosen such that the fluid gap will be filled with liquid by capillary forces via the fluid channel when liquid is introduced into the fluid chamber.