mhurhangee/ep-ind-claims huggingface dataset:
A data receiving method, comprising: detecting, by user equipment, control information of a first cell, the control information is used for determining a first subframe in the first cell, the control information indicates a downlink data transmission length of the first subframe, wherein the downlink data transmission length of the first subframe is less than a first threshold; when the first subframe is a first subframe in a radio frame or a sixth subframe in the radio frame, and a downlink data transmission configuration of the first cell is a normal cyclic prefix, and the downlink data transmission length of the first subframe is less than 12 orthogonal frequency-division multiplexing, OFDM, symbols, determining, by the user equipment, a last OFDM symbol of a first slot included in the first subframe does not include a primary synchronization signal and/or a second to last OFDM symbol of the first slot included in the first subframe does not include a secondary synchronization signal. detecting, by user equipment, control information of a first cell, the control information is used for determining a first subframe in the first cell, the control information indicates a downlink data transmission length of the first subframe, wherein the downlink data transmission length of the first subframe is less than a first threshold; when the first subframe is a first subframe in a radio frame or a sixth subframe in the radio frame, and a downlink data transmission configuration of the first cell is a normal cyclic prefix, and the downlink data transmission length of the first subframe is less than 12 orthogonal frequency-division multiplexing, OFDM, symbols, determining, by the user equipment, a last OFDM symbol of a first slot included in the first subframe does not include a primary synchronization signal and/or a second to last OFDM symbol of the first slot included in the first subframe does not include a secondary synchronization signal.
A system for continuously driving an elevator hoist motor during normal and power failure operating conditions, the system comprising: a regenerative drive operable to deliver power to the hoist motor from a main power supply during the normal operating condition and from a backup power supply during the power failure operating condition; and a controller for operating the regenerative drive to provide available power on the regenerative drive to the backup power supply during the normal operating condition; characterised in that the regenerative drive comprises: a power bus; and a converter to convert alternating current power from the main power supply into direct current power, and to act as a boost converter to provide stepped-up DC power from the backup power supply to the power bus. a regenerative drive operable to deliver power to the hoist motor from a main power supply during the normal operating condition and from a backup power supply during the power failure operating condition; and a controller for operating the regenerative drive to provide available power on the regenerative drive to the backup power supply during the normal operating condition; characterised in that the regenerative drive comprises: a power bus; and a converter to convert alternating current power from the main power supply into direct current power, and to act as a boost converter to provide stepped-up DC power from the backup power supply to the power bus. a power bus; and a converter to convert alternating current power from the main power supply into direct current power, and to act as a boost converter to provide stepped-up DC power from the backup power supply to the power bus.
A system for adjusting friction between a wheel of a railway vehicle and a rail portion of a railway infrastructure, the system comprising: a first member including a first surface; and a second member including a second surface in contact with the first surface and configured to move while in contact with the first member, wherein the first member includes a plurality of first hardened portions hardened by performing a heat treatment on the first surface, wherein the plurality of first hardened portions are disposed to be spaced the same distance from each other on the first surface, the system being characterized in that a distance between the plurality of first hardened portions on the first surface is greater than a length of a contact patch, which is an instant contact area between the first member and the second member, or in that. a distance between the plurality of first hardened portions on the first surface is less than a length of a contact patch, which is an instant contact area between the first member and the second member. a first member including a first surface; and a second member including a second surface in contact with the first surface and configured to move while in contact with the first member, wherein the first member includes a plurality of first hardened portions hardened by performing a heat treatment on the first surface, wherein the plurality of first hardened portions are disposed to be spaced the same distance from each other on the first surface, the system being characterized in that a distance between the plurality of first hardened portions on the first surface is greater than a length of a contact patch, which is an instant contact area between the first member and the second member, or in that. a distance between the plurality of first hardened portions on the first surface is less than a length of a contact patch, which is an instant contact area between the first member and the second member.
A wound treatment appliance comprising: a flexible overlay adapted to maintain reduced pressure under the flexible overlay in the area of the wound; a collection chamber to receive and hold fluid aspirated from the wound; a collection chamber attachment means to operably attach the collection chamber to the flexible overlay wherein said collection chamber attachment means comprises a membrane having at least one port therein, wherein the membrane is configured to act as a barrier separating the collection chamber and the flexible overlay and wherein the flexible overlay and the membrane are fabricated as a single piece; a reduced pressure supply means wherein the reduced pressure supply means operably connects the collection chamber to a reduced pressure supply source that provides a supply of reduced pressure to the collection chamber so that the volume within the collection chamber and under the flexible overlay in the area of the wound to be treated is supplied with reduced pressure by the reduced pressure supply source; a reduced pressure supply port, wherein the reduced pressure supply means is connected to the collection chamber by means of the reduced pressure supply port; and wherein the wound treatment appliance further comprises a micropore filter, a hydrophobic filter, or both, operably positioned within the reduced pressure supply port to retain the exudate from the wound within the collection chamber. a flexible overlay adapted to maintain reduced pressure under the flexible overlay in the area of the wound; a collection chamber to receive and hold fluid aspirated from the wound; a collection chamber attachment means to operably attach the collection chamber to the flexible overlay wherein said collection chamber attachment means comprises a membrane having at least one port therein, wherein the membrane is configured to act as a barrier separating the collection chamber and the flexible overlay and wherein the flexible overlay and the membrane are fabricated as a single piece; a reduced pressure supply means wherein the reduced pressure supply means operably connects the collection chamber to a reduced pressure supply source that provides a supply of reduced pressure to the collection chamber so that the volume within the collection chamber and under the flexible overlay in the area of the wound to be treated is supplied with reduced pressure by the reduced pressure supply source; a reduced pressure supply port, wherein the reduced pressure supply means is connected to the collection chamber by means of the reduced pressure supply port; and wherein the wound treatment appliance further comprises a micropore filter, a hydrophobic filter, or both, operably positioned within the reduced pressure supply port to retain the exudate from the wound within the collection chamber.
A method for transmitting downlink control information when carrier aggregation is being used, the method comprising: determining at least one downlink control information, DCI, format for a first carrier and at least one DCI format for a second carrier; said method being characterized by: when the DCI format of the first carrier and the DCI format of the second carrier use compact resource allocation, including padding in at least one DCI format corresponding to the first carrier or the second carrier such that the DCI format size of the padded DCI format equals a reference size; and transmitting DCI formats other than those using compact resource allocation without padding. determining at least one downlink control information, DCI, format for a first carrier and at least one DCI format for a second carrier; said method being characterized by: when the DCI format of the first carrier and the DCI format of the second carrier use compact resource allocation, including padding in at least one DCI format corresponding to the first carrier or the second carrier such that the DCI format size of the padded DCI format equals a reference size; and transmitting DCI formats other than those using compact resource allocation without padding. when the DCI format of the first carrier and the DCI format of the second carrier use compact resource allocation, including padding in at least one DCI format corresponding to the first carrier or the second carrier such that the DCI format size of the padded DCI format equals a reference size; and transmitting DCI formats other than those using compact resource allocation without padding.
A pressure regulating shut-off valve comprising a valve body, at least one piston serving as a regulating piston and/or a shut-off piston, a solenoid valve, and a pressure relief valve; wherein the valve body defines an inlet and an outlet, and comprises at least a portion formed by an additive manufacturing process; wherein the valve body comprises a front portion, a centre portion, and a rear portion; wherein one or more of the front portion, the centre portion and the rear portion are formed by the additive manufacturing process and the additive manufacturing of the portion(s) includes forming internal passageways or ducts; and wherein the front portion is formed by the additive manufacturing process and comprises an internal duct internal to the valve body and defined within a wall of the front portion and formed during the additive manufacturing process, wherein the duct provides for fluid communication from the inlet to the solenoid valve.
A dishwasher comprising a three way valve, the three way valve comprising a valve chamber including an inlet port for receiving softened water or regeneration water delivered from a water softening unit of the dishwasher, a first outlet port and a second outlet port which are in fluid communication with the inlet port, the first outlet port is arranged at a first position and the second outlet port is arranged at a second position which is higher than the first position, a valve member provided in form of a float which is movably arranged within the valve chamber between the first position and the second position, wherein at the first position, the first outlet port is closed by the valve member and the second outlet port is open, wherein at the second position, the first outlet port is open and the second outlet port is closed by the valve member, wherein the mass and the volume of the valve member is configured such that when the valve chamber is filled with softened water, the gravity force acting on the valve member exceeds the buoyancy force acting on the valve member so that the valve member is held at the first position, and when the valve chamber is filled with regeneration water, the buoyancy force acting on the valve member exceeds the gravity force acting on the valve member so that the valve member is held at the second position.
Energy absorbing vehicle restraint system in front of an obstacle located laterally at streets, comprising - a retainer disposed spaced apart in front of the obstacle, • wherein the retainer has damping units disposed respectively consecutively in the driving direction in longitudinal rows (5.1; 5.2; 5.3) extending parallel next to each other, and which • are indirectly or directly standing on the ground and are displaceable in the driving direction, - a device for end-supporting the retainer, - at least a guiding device extending in the driving direction, counteracting a lateral avoiding of the retainer in case of a lateral acting force component, wherein • at least one of the lateral rows is laterally guided by a guide rail arrangement (7.1; 7.2; 7.3) forming the guiding device, - characterized in that the damping units are arranged in three lateral rows extending parallel next to each other, and that at least determined transversal rows (9.n) of the damping units provide a higher energy absorption than previously or subsequent transversal rows. - a retainer disposed spaced apart in front of the obstacle, • wherein the retainer has damping units disposed respectively consecutively in the driving direction in longitudinal rows (5.1; 5.2; 5.3) extending parallel next to each other, and which • are indirectly or directly standing on the ground and are displaceable in the driving direction, • wherein the retainer has damping units disposed respectively consecutively in the driving direction in longitudinal rows (5.1; 5.2; 5.3) extending parallel next to each other, and which • are indirectly or directly standing on the ground and are displaceable in the driving direction, - a device for end-supporting the retainer, - at least a guiding device extending in the driving direction, counteracting a lateral avoiding of the retainer in case of a lateral acting force component, wherein • at least one of the lateral rows is laterally guided by a guide rail arrangement (7.1; 7.2; 7.3) forming the guiding device, • at least one of the lateral rows is laterally guided by a guide rail arrangement (7.1; 7.2; 7.3) forming the guiding device, - characterized in that the damping units are arranged in three lateral rows extending parallel next to each other, and that at least determined transversal rows (9.n) of the damping units provide a higher energy absorption than previously or subsequent transversal rows.
Method for allowing a user equipment connected to a base station of a mobile communication network to access contents stored into delivery nodes of a content delivery network, comprising the steps of: - having said user equipment sending a request for content to said base station; - having said base station forwarding said request into a tunnel; - having a gateway intercepting said request inside said tunnel and forwarding it to a nearest delivery node of said base station; - having said delivery node transmitting said content to said gateway as a dataflow, - having said gateway re-introducing said dataflow into said tunnel and forwarding said dataflow to said user equipment through said tunnel, further comprising a step of having said gateway determining a maximum bit rate, CDN-APN-AMBR, for said dataflow to be transmitted through said tunnel to said user equipment. - having said user equipment sending a request for content to said base station; - having said base station forwarding said request into a tunnel; - having a gateway intercepting said request inside said tunnel and forwarding it to a nearest delivery node of said base station; - having said delivery node transmitting said content to said gateway as a dataflow, - having said gateway re-introducing said dataflow into said tunnel and forwarding said dataflow to said user equipment through said tunnel,
System for engine oil storage and filtration in an internal combustion engine, comprising at least one oil storage device as part of an engine oil circuit, at least one filtration device, and at least one oil delivery pump,wherein the filtration device is connected upstream of the oil delivery pump in relation to the delivery direction of the oil, characterized in that the filter element comprises, in the flow direction of the oil, at least one first and one second filtration layer, the filter medium of the first filtration layer being more dense than the filter medium of the second filtration layer so that the first filter medium is designed as an extra-fine filter medium, whereas the second filter medium is designed as a fine filter medium, and in that the first and second filtration layers are spaced apart from one another in regions and in that the first filtration layer is provided with flow bypasses in the regions spaced apart from the second filtration layer, wherein a passage hole arrangement is provided, as flow bypasses, in the first filtration layer.
A fixing device, comprising: a first rotating body; a second rotating body configured to face the first rotating body and be stretched over a plurality of rotating bodies (51, 52); and a first mechanism configured to enable at least one among a plurality of the rotating bodies (51, 52) to move to change a nip width between the first rotating body and the second rotating body, wherein the plurality of the rotating bodies (51, 52) comprises a first roller at least facing the first rotating body and a second roller arranged at the downstream side of a conveyance direction with respect to the first roller, wherein the second roller can move through the first mechanism between a first position at which the second roller pressures the first rotating body across the second rotating body and a second position serving as a position at which the second roller is separated from the first rotating body with respect to the first position, characterised in that the fixing device further comprises a pressure member configured to push the second rotating body against the first rotating body; and the nip width at the second position is substantially identical to a width of the pressure member. a first rotating body; a second rotating body configured to face the first rotating body and be stretched over a plurality of rotating bodies (51, 52); and a first mechanism configured to enable at least one among a plurality of the rotating bodies (51, 52) to move to change a nip width between the first rotating body and the second rotating body, wherein the plurality of the rotating bodies (51, 52) comprises a first roller at least facing the first rotating body and a second roller arranged at the downstream side of a conveyance direction with respect to the first roller, wherein the second roller can move through the first mechanism between a first position at which the second roller pressures the first rotating body across the second rotating body and a second position serving as a position at which the second roller is separated from the first rotating body with respect to the first position, characterised in that the fixing device further comprises a pressure member configured to push the second rotating body against the first rotating body; and the nip width at the second position is substantially identical to a width of the pressure member.
A system for separating sheet metal rolls consisting of a base plate and cassette with cutting tool, wherein the radius of the effective form of the cutting tool is in the range of R2000-R3000 mm, characterized in that the base plate is designed as a rotatable base plate, wherein the cassette is mounted displaceably on the rotatable base plate, wherein the cassette with cutting tool is displaceable on both sides (5, 5') transversely in respect to the longitudinal axis of the sheet metal band.
A composition, preferably a liquid solution, comprising: i) 0.2 -30%, preferably 2 - 20% by weight of a capsaicinoid; ii) hyaluronic acid as an extended release agent to slow the release of said capsaicinoid from said composition upon administration of said composition to a mammal, wherein said hyaluronic acid is a mixture of both low molecular weight hyaluronic acid of less than 200 kDalton and high molecular weight hyaluronic acid of greater than 800 kDalton; and iii) a surfactant, wherein said composition reduces or eliminates the burning and stinging created by said capsaicinoid upon topical administration. i) 0.2 -30%, preferably 2 - 20% by weight of a capsaicinoid; ii) hyaluronic acid as an extended release agent to slow the release of said capsaicinoid from said composition upon administration of said composition to a mammal, wherein said hyaluronic acid is a mixture of both low molecular weight hyaluronic acid of less than 200 kDalton and high molecular weight hyaluronic acid of greater than 800 kDalton; and iii) a surfactant,
An electrosurgical instrument, comprising: a housing; an elongated shaft extending from the housing and having a pair of opposing jaw members (410, 420) disposed at a distal end thereof, each of the jaw members including an electrically conductive sealing surface (412a, 412b) configured to deliver energy to tissue; a trigger operably coupled to the housing; a knife operably coupled to the trigger such that actuation of the trigger translates the knife distally through a knife channel extending through at least one of the jaw members; a handle assembly operably coupled to the housing and including a movable handle configured to move relative to the housing to effect movement of the jaw members between an open position and a closed position; and characterised by a switch disposed on the housing and configured to be depressed by the movable handle when the jaw members are in the closed position to control a supply of electrosurgical energy from an electrosurgical energy source to each of the electrically conductive sealing surfaceswherein the switch is configured to be depressed to a first threshold corresponding to a grasping of tissue and to be further depressed to a second threshold to activate a supply of electrosurgical energy to each of the electrically conductive sealing surfaceswherein the switch is configured to generate a first tactile response when the switch is depressed to the first threshold and a second tactile response when the switch is depressed to the second threshold. a housing; an elongated shaft extending from the housing and having a pair of opposing jaw members (410, 420) disposed at a distal end thereof, each of the jaw members including an electrically conductive sealing surface (412a, 412b) configured to deliver energy to tissue; a trigger operably coupled to the housing; a knife operably coupled to the trigger such that actuation of the trigger translates the knife distally through a knife channel extending through at least one of the jaw members; a handle assembly operably coupled to the housing and including a movable handle configured to move relative to the housing to effect movement of the jaw members between an open position and a closed position; and characterised by a switch disposed on the housing and configured to be depressed by the movable handle when the jaw members are in the closed position to control a supply of electrosurgical energy from an electrosurgical energy source to each of the electrically conductive sealing surfaceswherein the switch is configured to be depressed to a first threshold corresponding to a grasping of tissue and to be further depressed to a second threshold to activate a supply of electrosurgical energy to each of the electrically conductive sealing surfaceswherein the switch is configured to generate a first tactile response when the switch is depressed to the first threshold and a second tactile response when the switch is depressed to the second threshold.