mhurhangee/ep-ind-claims huggingface dataset:
A washing machine, comprising: a cabinet having a worktable, said worktable defining a port for putting into and taking out of laundry and having a work surface; a cover disposed on a top of the cabinet and having a cover frame with a cover frame edge, said cover being configured to be pivotable about said cover frame edge for covering the port; and a driving assembly comprising a driving motor having a motor portion and a reducer portion, said driving motor being configured to drive the cover to pivot about the cover frame edge, the worktable defines a receiving space in at least one corner thereof for receiving the driving motor; wherein the reducer portion of the driving motor has an upwardly-extending ear adapted to protrude from said work surface of the worktable, and the driving motor defines a driving shaft hole formed in the ear, wherein the driving motor may be connected to a component of the cover at the driving shaft hole, so that the driving motor may be configured to drive the cover to pivot about the cover frame edge. a cabinet having a worktable, said worktable defining a port for putting into and taking out of laundry and having a work surface; a cover disposed on a top of the cabinet and having a cover frame with a cover frame edge, said cover being configured to be pivotable about said cover frame edge for covering the port; and a driving assembly comprising a driving motor having a motor portion and a reducer portion, said driving motor being configured to drive the cover to pivot about the cover frame edge, the worktable defines a receiving space in at least one corner thereof for receiving the driving motor; wherein the reducer portion of the driving motor has an upwardly-extending ear adapted to protrude from said work surface of the worktable, and the driving motor defines a driving shaft hole formed in the ear, wherein the driving motor may be connected to a component of the cover at the driving shaft hole, so that the driving motor may be configured to drive the cover to pivot about the cover frame edge.
A supplementary device (1; 1'; 1") configured to be mounted to a medicament delivery device (2; 2'), wherein the supplementary device comprises: a casing, a button (5; 5') configured to be received by the casing and configured to actuate a trigger of a medicament delivery device (2; 2'), wherein the button (5; 5') is configured to be displaceable from an initial retracted position to an extended position relative to the casing, and a button locking member configured to lock the button (5; 5') in the retracted position of the button (5; 5') to prevent displacement of the button (5; 5') from the retracted position to the extended position, wherein the button locking member is configured to release button (5; 5') when the supplementary device (1; 1'; 1") is mounted to a medicament delivery device (2; 2'), thereby enabling displacement of the button (5; 5') from the retracted position to the extended position. a casing, a button (5; 5') configured to be received by the casing and configured to actuate a trigger of a medicament delivery device (2; 2'), wherein the button (5; 5') is configured to be displaceable from an initial retracted position to an extended position relative to the casing, and a button locking member configured to lock the button (5; 5') in the retracted position of the button (5; 5') to prevent displacement of the button (5; 5') from the retracted position to the extended position, wherein the button locking member is configured to release button (5; 5') when the supplementary device (1; 1'; 1") is mounted to a medicament delivery device (2; 2'), thereby enabling displacement of the button (5; 5') from the retracted position to the extended position.
Method for producing a component for connecting structures (204, 234) at crossing regions thereof, having the following steps: depositing first and second fibres (212, 214) on a conveyor belt, wherein the first and second fibres are deposited in a direction transverse to aconveying direction of the conveyor belt and in parallel to one another on the conveyor belt in such a way that a respective first fibre has an offset in the longitudinal direction of the first or second fibre (212, 214) with respect to a respective second fibre producing a first and second projection region (310, 312), wherein the first projection region only has ends of the first fibres and the second projection region only has ends of the second fibres; connecting the first and second fibres (212, 214) along an overlap region between the first and second projection regions (310, 312); and pivoting the first and second fibres (212, 214) with respect to one another to form the component. depositing first and second fibres (212, 214) on a conveyor belt, wherein the first and second fibres are deposited in a direction transverse to aconveying direction of the conveyor belt and in parallel to one another on the conveyor belt in such a way that a respective first fibre has an offset in the longitudinal direction of the first or second fibre (212, 214) with respect to a respective second fibre producing a first and second projection region (310, 312), wherein the first projection region only has ends of the first fibres and the second projection region only has ends of the second fibres; connecting the first and second fibres (212, 214) along an overlap region between the first and second projection regions (310, 312); and pivoting the first and second fibres (212, 214) with respect to one another to form the component.
A downhole cutting system comprising: at least one cutting tool; a measurement system configured to determine an extent, progress and/or geometry of a cut formed by the cutting tool in a wall of a tubular or other member, and characterised in that: a shroud extends at least part of the way between the measurement system and an interior wall of the tubular or other member in use. at least one cutting tool; a measurement system configured to determine an extent, progress and/or geometry of a cut formed by the cutting tool in a wall of a tubular or other member, and characterised in that: a shroud extends at least part of the way between the measurement system and an interior wall of the tubular or other member in use.
A computer-implemented method, comprising: receiving federated data from one or more source computing systems (206A, 206B) into a data analysis platform; obtaining access control lists, ACLs, from the one or more source computing systems (206A, 206B); redacting a portion of the federated data according to the ACLs; in response to redacting the portion of the federated data, generating temporary objects, wherein the temporary objects each provide a first representation of some portion of the federated data; generating data platform objects, wherein the data platform objects each provide a second representation of some portion of the federated data; providing an interface for accessing the federated data via the data analysis platform, wherein operations performed through the interface are applied to at least one of the temporary objects and the data platform objects; and triggering an update to the data platform objects corresponding to the portion of the federated data upon a change to the portion of the federated data at the one or more source computing systems (206A, 206B), wherein the update is triggered in response to a search result that references the portion of the federated data, the search result being provided in response to a search query submitted through the interface. receiving federated data from one or more source computing systems (206A, 206B) into a data analysis platform; obtaining access control lists, ACLs, from the one or more source computing systems (206A, 206B); redacting a portion of the federated data according to the ACLs; in response to redacting the portion of the federated data, generating temporary objects, wherein the temporary objects each provide a first representation of some portion of the federated data; generating data platform objects, wherein the data platform objects each provide a second representation of some portion of the federated data; providing an interface for accessing the federated data via the data analysis platform, wherein operations performed through the interface are applied to at least one of the temporary objects and the data platform objects; and triggering an update to the data platform objects corresponding to the portion of the federated data upon a change to the portion of the federated data at the one or more source computing systems (206A, 206B), wherein the update is triggered in response to a search result that references the portion of the federated data, the search result being provided in response to a search query submitted through the interface.
An apparatus comprising: at least one processor and at least one memory including a computer program code, wherein the at least one memory and the computer program code is configured to, with the at least one processor, cause the apparatus at least to: configure a user device group for monitoring resource usage in a specified area and allocate user-device group-specific random access channel resources for informing on the resource usage; convey a monitoring request to at least one user device based on the user device group configuration; obtain monitoring results from at least one of the user devices in the user device group by using the group-specifically allocated random access channel resources, and process the monitoring results for determining resource usage status in the specified area. at least one processor and at least one memory including a computer program code, wherein the at least one memory and the computer program code is configured to, with the at least one processor, cause the apparatus at least to: configure a user device group for monitoring resource usage in a specified area and allocate user-device group-specific random access channel resources for informing on the resource usage; convey a monitoring request to at least one user device based on the user device group configuration; obtain monitoring results from at least one of the user devices in the user device group by using the group-specifically allocated random access channel resources, and process the monitoring results for determining resource usage status in the specified area. configure a user device group for monitoring resource usage in a specified area and allocate user-device group-specific random access channel resources for informing on the resource usage; convey a monitoring request to at least one user device based on the user device group configuration; obtain monitoring results from at least one of the user devices in the user device group by using the group-specifically allocated random access channel resources, and process the monitoring results for determining resource usage status in the specified area.
Flexible container, wherein the container forms an inliner for an outer container - such as a textile big bag, a cardboard packaging or a plastic sack or bag, characterised in that the container comprises a wall which is made of a film with the following features: the film is designed in multiple layers, with a barrier layer, a low-stretch plastic layer, and an antistatic plastic layer which is arranged on the side of the barrier layer that is opposite the low-stretch layer, which is made of polyethylene provided with permanent antistatic agent, and which limits the breakdown voltage of the film to less than 4 kV, and in that a layer is provided which forms the surface of the film directed towards the interior of the container and is made of a polyethylene, wherein either this layer of the antistatic directed towards the interior of the container provided is adjacent to the plastic layer, facing away from the barrier layer and as layer is 5 to 20 μm thick, and the antistatic layer 10 to 150 μm thick, or the antistatic plastic layer is designed as the layer made of polyethylene, containing polyethylene and an antistatic agent, directed towards the interior of the container. the film is designed in multiple layers, with a barrier layer, a low-stretch plastic layer, and an antistatic plastic layer which is arranged on the side of the barrier layer that is opposite the low-stretch layer, which is made of polyethylene provided with permanent antistatic agent, and which limits the breakdown voltage of the film to less than 4 kV, and in that a layer is provided which forms the surface of the film directed towards the interior of the container and is made of a polyethylene, wherein either this layer of the antistatic directed towards the interior of the container provided is adjacent to the plastic layer, facing away from the barrier layer and as layer is 5 to 20 μm thick, and the antistatic layer 10 to 150 μm thick, or the antistatic plastic layer is designed as the layer made of polyethylene, containing polyethylene and an antistatic agent, directed towards the interior of the container.
A method of wireless communication operable by an access router, comprising: receiving a handoff request from a user equipment, the handoff request identifying a target access router for a handover of the user equipment; receiving routing information for establishing a communication interface between the access router and the target access router; and sending an acknowledgement including routing information to the target access router for establishing bi-directional communication over the communication interface with the target access router, wherein the bidirectional communication with the target access router is conducted through at least two pseudo wires, wherein the first pseudo wire comprises a layer 2 tunneling protocol, L2TP, connection and the second pseudo wire comprises a L2TP connection, wherein the first L2TP connection is for at least one logic link layer, LLC, frame and the second L2TP connection is for at least one internet protocol, IP, communication. receiving a handoff request from a user equipment, the handoff request identifying a target access router for a handover of the user equipment; receiving routing information for establishing a communication interface between the access router and the target access router; and sending an acknowledgement including routing information to the target access router for establishing bi-directional communication over the communication interface with the target access router, wherein the bidirectional communication with the target access router is conducted through at least two pseudo wires, wherein the first pseudo wire comprises a layer 2 tunneling protocol, L2TP, connection and the second pseudo wire comprises a L2TP connection, wherein the first L2TP connection is for at least one logic link layer, LLC, frame and the second L2TP connection is for at least one internet protocol, IP, communication.
A double stranded RNAi agent for inhibiting expression of hepatitis B virus in a cell, wherein said double stranded RNAi agent comprises a sense strand and an antisense strand forming a double-stranded region, wherein said sense strand comprises 5'-GUGUGCACUUCGCUUCACA -3' (SEQ IDNO:39), and said antisense strand comprises 5'-UGUGAAGCGAAGUGCACACUU -3' (SEQ ID NO:40), wherein substantially all of the nucleotides of said sense strand and substantially all of the nucleotides of said antisense strand are modified nucleotides, wherein said sense strand is conjugated to a ligand attached at the 3'-terminus, and wherein the ligand is one or more GalNAc derivatives attached through a bivalent or trivalent branched linker.
A solution, comprising: a non-oleaginous internal phase; and an oleaginous external phase, wherein the non-oleaginous internal phase comprises: a water soluble polar organic solvent; an ester of formic acid; and a weighting agent; and wherein the oleaginous external phase comprises: an oleaginous fluid; and an emulsifier. a non-oleaginous internal phase; and an oleaginous external phase, wherein the non-oleaginous internal phase comprises: a water soluble polar organic solvent; an ester of formic acid; and a weighting agent; and a water soluble polar organic solvent; an ester of formic acid; and a weighting agent; and wherein the oleaginous external phase comprises: an oleaginous fluid; and an emulsifier. an oleaginous fluid; and an emulsifier.
Use of an ink composition to discharge the ink composition onto a surface of a leather substrate by an ink jet method, the ink composition comprising a coloring material, a resin, and an organic solvent, and comprising no water, wherein the organic solvent is represented by the following general formula: R 1 -(OR 2) n -O-R 3 wherein n: an integer of 1 or more and 4 or less, R 1: an optionally branched alkyl group having 1 or more and 8 or less carbon atoms, R 2: an optionally branched alkylene group having 1 or more and 4 or less carbon atoms, and R 3: hydrogen or an optionally branched alkyl group having 1 or more and 4 or less carbon atoms, and wherein the solvent represented by the general formula comprises a first organic solvent having a flash point of 70°C or less and a second organic solvent having a flash point of 90°C or more. the ink composition comprising a coloring material, a resin, and an organic solvent, and comprising no water, wherein the organic solvent is represented by the following general formula: R 1 -(OR 2) n -O-R 3 wherein n: an integer of 1 or more and 4 or less, R 1: an optionally branched alkyl group having 1 or more and 8 or less carbon atoms, R 2: an optionally branched alkylene group having 1 or more and 4 or less carbon atoms, and R 3: hydrogen or an optionally branched alkyl group having 1 or more and 4 or less carbon atoms, and wherein the solvent represented by the general formula comprises a first organic solvent having a flash point of 70°C or less and a second organic solvent having a flash point of 90°C or more.
A respiratory protection composite facepiece comprising: a polymeric rigid facepiece body having a first surface and a second surface; and a silicone sealing facepiece element configured to form an air-tight seal between a user's head or face and the polymeric rigid facepiece body and chemically bonded to at least one of the first surface and the second surface, wherein the first surface and the second surface are opposing major surfaces of the polymeric rigid facepiece body separated by a body thickness, the first surface being an outer surface and the second surface an inner surface, wherein the polymeric rigid facepiece body comprises a polyamide, characterized in that the polymeric rigid facepiece body comprises a plurality of apertures extending through the polymeric rigid facepiece body and the silicone sealing facepiece element interpenetrates the plurality of apertures. a polymeric rigid facepiece body having a first surface and a second surface; and a silicone sealing facepiece element configured to form an air-tight seal between a user's head or face and the polymeric rigid facepiece body and chemically bonded to at least one of the first surface and the second surface, wherein the first surface and the second surface are opposing major surfaces of the polymeric rigid facepiece body separated by a body thickness, the first surface being an outer surface and the second surface an inner surface, wherein the polymeric rigid facepiece body comprises a polyamide, characterized in that the polymeric rigid facepiece body comprises a plurality of apertures extending through the polymeric rigid facepiece body and the silicone sealing facepiece element interpenetrates the plurality of apertures.
A blanket assembly for forming a composite charge onto a forming mandrel, the forming mandrel having opposing mandrel side surfaces interconnected by a mandrel top portion, the blanket assembly comprising: an upper heating blanket and a lower heating blanket configured to have a composite charge slidable therebetween; a heating element included with at least one of the upper heating blanket and the lower heating blanket for heating the composite charge; a pair of wedge elements positionable between the lower heating blanket and the opposing mandrel side surfaces and each including a tapered section and having a wedge element top side configured to support the composite charge and the blanket assembly when mounted on the forming mandrel, the wedge element top sides being downwardly inclined from a tapered section forward end to a tapered section aft end; and the upper heating blanket configured to exert a blanket forming pressure onto the composite charge for progressively forming the composite charge and lower heating blanket against the mandrel side surfaces and the wedge element top sides during translation of the blanket assembly along the forming mandrel. an upper heating blanket and a lower heating blanket configured to have a composite charge slidable therebetween; a heating element included with at least one of the upper heating blanket and the lower heating blanket for heating the composite charge; a pair of wedge elements positionable between the lower heating blanket and the opposing mandrel side surfaces and each including a tapered section and having a wedge element top side configured to support the composite charge and the blanket assembly when mounted on the forming mandrel, the wedge element top sides being downwardly inclined from a tapered section forward end to a tapered section aft end; and the upper heating blanket configured to exert a blanket forming pressure onto the composite charge for progressively forming the composite charge and lower heating blanket against the mandrel side surfaces and the wedge element top sides during translation of the blanket assembly along the forming mandrel.