mhurhangee/ep-ind-claims huggingface dataset:
A thermoplastic profile roofing strip, comprising: a horizontal base extending along a horizontal direction and a longitudinal direction; and a vertical central portion, wherein an edge of the vertical central portion is laterally connected to the horizontal base; wherein the vertical central portion extends along a vertical direction normal to the horizontal direction; wherein the horizontal base comprises first and second opposed flange portions extending along a horizontal direction that is normal to the vertical direction; said roofing strip being characterised in that, the first and second opposed flange portions of the horizontal base each comprise a notched profile extending along the longitudinal direction; wherein the first and second opposed flange portions are operable to be heat welded to an underlying roofing membrane; and wherein the notched profile of the first and second opposed flange portions provides for a plurality of passages between an upper surface of the horizontal base and a lower surface of the horizontal base. a horizontal base extending along a horizontal direction and a longitudinal direction; and a vertical central portion, wherein an edge of the vertical central portion is laterally connected to the horizontal base; wherein the vertical central portion extends along a vertical direction normal to the horizontal direction; wherein the horizontal base comprises first and second opposed flange portions extending along a horizontal direction that is normal to the vertical direction; said roofing strip being characterised in that, the first and second opposed flange portions of the horizontal base each comprise a notched profile extending along the longitudinal direction; wherein the first and second opposed flange portions are operable to be heat welded to an underlying roofing membrane; and wherein the notched profile of the first and second opposed flange portions provides for a plurality of passages between an upper surface of the horizontal base and a lower surface of the horizontal base.
A DSL optimizer coupled in communication with a DSL system, wherein the DSL optimizer comprises: collecting means to collect operational data from the DSL system; analyzing means to perform analysis regarding further operation of the DSL system based on the collected operational data; wherein the DSL optimizer is configured to identify cross-talk between lines in the DSL system based on the analysis; and a signal generator configured to generate and send instruction signals to modems and/or other components of the DSL system, wherein the signal generator is configured to send instructions to place the lines into groups based on the cross-talk identified between the lines. collecting means to collect operational data from the DSL system; analyzing means to perform analysis regarding further operation of the DSL system based on the collected operational data; wherein the DSL optimizer is configured to identify cross-talk between lines in the DSL system based on the analysis; and a signal generator configured to generate and send instruction signals to modems and/or other components of the DSL system, wherein the signal generator is configured to send instructions to place the lines into groups based on the cross-talk identified between the lines.
A flavour composition comprising a. at least one compound of formula wherein R is carbonyl attached at C-1 or C-4; and b. at least one mint flavour. a. at least one compound of formula wherein R is carbonyl attached at C-1 or C-4; and b. at least one mint flavour.
Device for machining a workpiece which preferably consists at least partially of wood, wood-based material or plastic, and for coating the workpiece with a coating material, comprising: a machining device and/or finishing device (30, 40) for machining the workpiece, and a conveyor device for bringing about a relative movement between the workpiece and the machining device and/or finishing device (30, 40), a joining unit for joining the coating material to a surface of the workpiece, and a control unit for controlling the conveyor device and the machining device and/or finishing device (30, 40), wherein the device further has at least one workpiece measuring device which is configured to measure at least one property of the workpiece, in particular a property of a surface of the workpiece which is to be machined or coated, characterised in that the device has at least one coating material measuring device which is configured to measure at least one property of the coating material, wherein the at least one coating material measuring device is configured to register the geometry, in particular the thickness and/or height of the coating material, wherein the control unit is configured to control at least one of the joining unit, the conveyor device and the finishing device taking into consideration the measuring result of the workpiece measuring device and/or the coating material measuring device. a machining device and/or finishing device (30, 40) for machining the workpiece, and a conveyor device for bringing about a relative movement between the workpiece and the machining device and/or finishing device (30, 40), a joining unit for joining the coating material to a surface of the workpiece, and a control unit for controlling the conveyor device and the machining device and/or finishing device (30, 40), wherein the device further has at least one workpiece measuring device which is configured to measure at least one property of the workpiece, in particular a property of a surface of the workpiece which is to be machined or coated, characterised in that the device has at least one coating material measuring device which is configured to measure at least one property of the coating material, wherein the at least one coating material measuring device is configured to register the geometry, in particular the thickness and/or height of the coating material, wherein the control unit is configured to control at least one of the joining unit, the conveyor device and the finishing device taking into consideration the measuring result of the workpiece measuring device and/or the coating material measuring device.
A printed circuit board arrangement, comprising: - a first PCB with circuit paths on a top plane, - a second PCB with circuit paths on a top plane, partially overlapping the first PCB in an overlap area, - wherein each of the first PCB and the second PCB comprises at least one opening (113-123, 114-124) situated within the overlap area such that the openings (113-123, 114-124) define a passage from the top plane of the second PCB to the bottom plane of the first PCB, - wherein a connector is mounted on the top plane of the second PCB by means of at least one fastening element (141, 142) extending through the passage defined by the openings (113-123, 114-124) and fixed to the bottom plane of the first PCB, the connector comprising a plurality of contact members electrically coupled with the circuit paths (111, 121) of the top planes (112, 122) of the first PCB and the second PCB. characterized in that - the connector comprises a slotted main frame configured to receive in the slots contact members having end portions for contacting the circuit path (111, 121) and resiliently movable with respect to a middle portion held between the slotted main frame and a bottom part of the connector, wherein the slots provide clearance for resilient deformation of the contact members within the main frame and wherein the clearance between the bottom part and the main frame of the connector is larger than the middle portion of the connector to allow for tilting of the middle portion of the contact members. - a first PCB with circuit paths on a top plane, - a second PCB with circuit paths on a top plane, partially overlapping the first PCB in an overlap area, - wherein each of the first PCB and the second PCB comprises at least one opening (113-123, 114-124) situated within the overlap area such that the openings (113-123, 114-124) define a passage from the top plane of the second PCB to the bottom plane of the first PCB, - wherein a connector is mounted on the top plane of the second PCB by means of at least one fastening element (141, 142) extending through the passage defined by the openings (113-123, 114-124) and fixed to the bottom plane of the first PCB, the connector comprising a plurality of contact members electrically coupled with the circuit paths (111, 121) of the top planes (112, 122) of the first PCB and the second PCB. - the connector comprises a slotted main frame configured to receive in the slots contact members having end portions for contacting the circuit path (111, 121) and resiliently movable with respect to a middle portion held between the slotted main frame and a bottom part of the connector, wherein the slots provide clearance for resilient deformation of the contact members within the main frame and wherein the clearance between the bottom part and the main frame of the connector is larger than the middle portion of the connector to allow for tilting of the middle portion of the contact members.
An apparatus, comprising: storage elements to store data blocks, each data block having capability metadata associated therewith identifying whether said data block specifies a capability, at least one capability type being a bounded pointer; and processing circuitry, responsive to a bulk capability metadata operation identifying a plurality of said storage elements, to perform an operation on the capability metadata associated with each data block stored in said plurality of storage elements, wherein the bulk capability metadata operation is one of: a bulk query operation, wherein the processing circuitry is responsive to the bulk query operation to obtain the capability metadata associated with each data block stored in said plurality of said storage elements, and to generate output data containing the obtained capability metadata, and a bulk modification operation, wherein the processing circuitry is responsive to the bulk modification operation to modify the capability metadata associated with each data block stored in said plurality of said storage elements, in dependence on modification data specified for said bulk modification operation. storage elements to store data blocks, each data block having capability metadata associated therewith identifying whether said data block specifies a capability, at least one capability type being a bounded pointer; and processing circuitry, responsive to a bulk capability metadata operation identifying a plurality of said storage elements, to perform an operation on the capability metadata associated with each data block stored in said plurality of storage elements, wherein the bulk capability metadata operation is one of: a bulk query operation, wherein the processing circuitry is responsive to the bulk query operation to obtain the capability metadata associated with each data block stored in said plurality of said storage elements, and to generate output data containing the obtained capability metadata, and a bulk modification operation, wherein the processing circuitry is responsive to the bulk modification operation to modify the capability metadata associated with each data block stored in said plurality of said storage elements, in dependence on modification data specified for said bulk modification operation. a bulk query operation, wherein the processing circuitry is responsive to the bulk query operation to obtain the capability metadata associated with each data block stored in said plurality of said storage elements, and to generate output data containing the obtained capability metadata, and a bulk modification operation, wherein the processing circuitry is responsive to the bulk modification operation to modify the capability metadata associated with each data block stored in said plurality of said storage elements, in dependence on modification data specified for said bulk modification operation.
A motor vehicle air-conditioning system, comprising - a housing, - a fan, - an air filter for cleaning the air to be delivered to the vehicle interior, wherein the air filter comprises an adsorption filter with sorption material for adsorbing noxious gases in the air, - a refrigerant evaporator for cooling air to be delivered to the vehicle interior, - a heater for heating the air to be delivered to the vehicle interior, characterised in that the sorption material is arranged as a coating on a support unit which is designed as a corrugated rib and the sorption material can be heated in order to desorb the adsorbed contaminants. - a housing, - a fan, - an air filter for cleaning the air to be delivered to the vehicle interior, wherein the air filter comprises an adsorption filter with sorption material for adsorbing noxious gases in the air, - a refrigerant evaporator for cooling air to be delivered to the vehicle interior, - a heater for heating the air to be delivered to the vehicle interior,
A plate-type heat exchanger, particularly for motor vehicles, with a plurality of plate groups to form first and second and third flow paths (30, 33, 36), wherein a spatial region for fourth flow paths is formed between adjacent plate groups, wherein the plate groups consist of at least one plate pair having a first and a second plate to form the first flow paths and the second flow paths (30, 33), wherein a third plate is arranged in conjunction with the second plate in order to form the third flow path, wherein the first and the second plates are connected to one another to form the first and the second flow path (30, 33) and the third plates are placed onto the second plates to form the third flow path, wherein the first plate of the plate group at two opposite end regions has in each case two connecting regions (7, 9, 18, 19) as an inlet and/or outlet of the first and second flow path (30, 33) and in each case a channel-forming structure (16, 17) between two connecting regions at opposite end regions in each case to form the first and second flow path (30, 33), wherein further two openings and/or cups are provided at opposite ends of the first plate for connection to the third flow path, and wherein the second plate of the plate group at two opposite end regions has two connecting regions (7, 9, 18, 19) in each case as an inlet and/or outlet of the first and second flow path (30, 33) and a channel-forming structure between two connecting regions at two opposite end regions to form the first or second flow path (30, 33), wherein further two openings and/or cups are provided at opposite ends of the second plate for connection to the third flow path.
A method for producing a tower structure, preferably a tower structure of a wind power plant, variously formed concrete rings made of annular or annular segment-shaped prefabricated concrete elements being disposed one above the other and connected to each other in a system construction fashion, characterized in that the tower structure is constructed from a construction set including three variously formed concrete rings (2a, 2b, 2c), wherein a substantially parabolic footer segment is first constructed from at least one strongly conical concrete ring, and wherein at least one upper segment is constructed on the footer segment from a plurality of weakly conical concrete rings having identical conicity and different diameters and at least one cylindrical concrete ring, wherein the conicity of the at least one strongly conical concrete ring is at least 1.6 times the conicity of the weakly conical concrete ring.
A constant speed drive comprising: a primary speed summing differential (26, 28) connected to a base shaft and a machine shaft; a primary variator connected to the primary speed summing differential to produce a selected constant rotational speed at the machine shaft across a range of engine speeds at the base shaft; and a secondary speed summing differential connected to the primary speed summing differential via an augmented base shaft; and a secondary variator connected to the secondary speed summing differential to adjust a range of engine speeds at which the constant speed drive can output the selected constant rotational speed at the machine shaft. a primary speed summing differential (26, 28) connected to a base shaft and a machine shaft; a primary variator connected to the primary speed summing differential to produce a selected constant rotational speed at the machine shaft across a range of engine speeds at the base shaft; and a secondary speed summing differential connected to the primary speed summing differential via an augmented base shaft; and a secondary variator connected to the secondary speed summing differential to adjust a range of engine speeds at which the constant speed drive can output the selected constant rotational speed at the machine shaft.
A terminal, comprising: a tubular insertion part including an annular portion disposed at a tip end of the insertion part, having outer and inner diameters smaller than those of the insertion part respectively, and a resin made cap disposed at the tip of the insertion part, the resin made cap being provided by a dipping work, wherein the resin made cap is provided with an embedded part embedded inside the insertion part, and with an exposed part covering the annular portion, wherein the embedded part is arranged from the tip end of the annular portion beyond the annular portion.
At least one diastereomer of a glucuronidated nebivolol metabolite having a formula below: for use as a medicament in treating and/or preventing cardiovascular disease.
A tool assembly for removing a component from a carrier of a gas turbine engine, the component circumscribing and mounted on the carrier, the tool assembly comprising: a tool head configured to couple to the component; an adaptor extending longitudinally along a centerline between an adaptor first end and an adaptor second end, the adaptor attachable to the tool head at the adaptor first end by a first quick coupler; and an actuator including a housing and a ram, the housing attachable to the adaptor at the adaptor second end by a second quick coupler, the ram extending longitudinally along the centerline within the adaptor and the tool head to a ram distal end, and the ram distal end configured to engage the carrier. a tool head configured to couple to the component; an adaptor extending longitudinally along a centerline between an adaptor first end and an adaptor second end, the adaptor attachable to the tool head at the adaptor first end by a first quick coupler; and an actuator including a housing and a ram, the housing attachable to the adaptor at the adaptor second end by a second quick coupler, the ram extending longitudinally along the centerline within the adaptor and the tool head to a ram distal end, and the ram distal end configured to engage the carrier.
A transmission method for indicating a grouping of transmission parameters, the transmission method comprising: transmitting, by an access point, AP,, a broadcast packet indicating a set of groups, wherein each group (201,202, 203) is associated with a specific set of transmission parameters; transmitting, by the AP, a trigger frame for RA, TFR, indicating an allocation of resources for at least part of the groups (201, 202,203); and receiving, by the AP, a response frame (321, 421) using at least part of random access, RA, resources selected by a station, STA, for the at least part of the groups(201, 202, 203). transmitting, by an access point, AP,, a broadcast packet indicating a set of groups, wherein each group (201,202, 203) is associated with a specific set of transmission parameters; transmitting, by the AP, a trigger frame for RA, TFR, indicating an allocation of resources for at least part of the groups (201, 202,203); and receiving, by the AP, a response frame (321, 421) using at least part of random access, RA, resources selected by a station, STA, for the at least part of the groups(201, 202, 203).
A method for selecting a transport format for transmitting messages in a wireless communication system, the method comprising: obtaining status information from a wireless subscriber unit; and modifying a communication channel format in response to said status information. obtaining status information from a wireless subscriber unit; and modifying a communication channel format in response to said status information.
A system for removing contaminants from a surface, the system attached to a vehicle that is movable in a first direction, the system comprising: a first scraper for removing contaminants from a surface; a first conveyor system including a continuous track element for conveying the contaminants removed from the surface in a second direction wherein the second direction is not aligned with the first direction; a second scraper for removing contaminants from the surface, the second scraper positioned between the first conveyor system and the vehicle; a second conveyor system positioned between the vehicle and the second scraper, the second conveyor system including a continuous track element for conveying the contaminants removed from the surface in a third direction wherein the third direction is not aligned with the first direction; an ice and compact breaker positioned between the first conveyor system and the second conveyor system, the ice and compact breaker including a plurality of teeth for breaking the contaminants on the surface; and a sweeper brush positioned between the ice and compact breaker and the second conveyor system, the sweeper brush including a plurality of brushes for brushing the contaminants on the surface. a first scraper for removing contaminants from a surface; a first conveyor system including a continuous track element for conveying the contaminants removed from the surface in a second direction wherein the second direction is not aligned with the first direction; a second scraper for removing contaminants from the surface, the second scraper positioned between the first conveyor system and the vehicle; a second conveyor system positioned between the vehicle and the second scraper, the second conveyor system including a continuous track element for conveying the contaminants removed from the surface in a third direction wherein the third direction is not aligned with the first direction; an ice and compact breaker positioned between the first conveyor system and the second conveyor system, the ice and compact breaker including a plurality of teeth for breaking the contaminants on the surface; and a sweeper brush positioned between the ice and compact breaker and the second conveyor system, the sweeper brush including a plurality of brushes for brushing the contaminants on the surface.
A laundry dryer comprising a body; a drum which is placed into the body and in which the laundry is loaded; a loading opening which is provided on the body and which provides access into the drum; and a front bearing which rotatably supports the drum and whereon the loading opening is provided, a housing which is provided on the front bearing, a movement mechanism having a free end and a fixed end connected to the housing and a carrying means which are configured to be moved using the movement mechanism between a first position wherein the carrying means is almost completely concealed in the housing and a second position wherein the free end extends into the drum as a result of a force exerted thereon and the carrying means allows the placement of the laundry thereon; and characterized by the housing which is positioned at a portion of the front bearing facing the drum and under the loading opening.