mhurhangee/ep-ind-claims huggingface dataset:
A method for adjusting resource management procedures in a machine device communicating with a node in a communication network, the method in the node comprising: receiving a first message from the machine device, the first message including machine device capability information; processing the received machine device capability information to determine an adjustment to a resource management procedure; and transmitting a second message to the machine device, the second message including the determined resource management procedure adjustment; characterized in that: the machine device capability information includes information relating to a transmission pattern, wherein the step of processing comprises determining the adjustment to the resource management procedure to minimize or eliminate transmissions, measurements, and/or power usage between transmissions based on the transmission pattern. receiving a first message from the machine device, the first message including machine device capability information; processing the received machine device capability information to determine an adjustment to a resource management procedure; and transmitting a second message to the machine device, the second message including the determined resource management procedure adjustment; characterized in that: the machine device capability information includes information relating to a transmission pattern, wherein the step of processing comprises determining the adjustment to the resource management procedure to minimize or eliminate transmissions, measurements, and/or power usage between transmissions based on the transmission pattern.
A fuel container, in particular for motor vehicles, having a venting device for equalizing an internal gas pressure during the filling of the container with fuel and during the consumption of the fuel during the operation of a machine which is operated by the fuel, wherein the venting device has a separator device for separating liquid fuel from a vent line, characterized in that the separator device has a housing and a pipe portion which is connected to the housing directly or via a pipeline and in which pressure fluctuations which are used as a pump for emptying the separator device occur as a result of incoming and outgoing fuel, wherein the separator device has a first valve which opens when fuel enters the pipe portion and closes when fuel exits the pipe portion and wherein the separator device has a second valve which closes when fuel enters the pipe portion and opens when fuel exits the pipe portion.
A vehicle height adjustment apparatus comprising: a plurality of vehicle height adjustment units that are respectively provided to correspond to wheels of a vehicle body, and adjust a vehicle height in response to the supply and discharge of a working fluid; a pressure tank that stores the working fluid; a compressor that pressure-feeds the working fluid, characterized by further comprising: a valve body block that is formed by a plurality of opening and closing valves (24a, 24b, 24c, 24d), and is interposed between the pressure tank and the compressor, and the vehicle height adjustment units; and a control unit that adjusts a vehicle height for each of the vehicle height adjustment units by controlling the valve body block, wherein the valve body block is connected to the pressure tank, and is connected to a working fluid outlet and a working fluid inlet of the compressor, and upon the completion of the pressure feed of the working fluid by the compressor, the control unit controls the opening and closing valves in such a manner that the working fluid outlet and the working fluid inlet are communicated with each other. a plurality of vehicle height adjustment units that are respectively provided to correspond to wheels of a vehicle body, and adjust a vehicle height in response to the supply and discharge of a working fluid; a pressure tank that stores the working fluid; a compressor that pressure-feeds the working fluid, characterized by further comprising: a valve body block that is formed by a plurality of opening and closing valves (24a, 24b, 24c, 24d), and is interposed between the pressure tank and the compressor, and the vehicle height adjustment units; and a control unit that adjusts a vehicle height for each of the vehicle height adjustment units by controlling the valve body block, wherein the valve body block is connected to the pressure tank, and is connected to a working fluid outlet and a working fluid inlet of the compressor, and upon the completion of the pressure feed of the working fluid by the compressor, the control unit controls the opening and closing valves in such a manner that the working fluid outlet and the working fluid inlet are communicated with each other. a valve body block that is formed by a plurality of opening and closing valves (24a, 24b, 24c, 24d), and is interposed between the pressure tank and the compressor, and the vehicle height adjustment units; and a control unit that adjusts a vehicle height for each of the vehicle height adjustment units by controlling the valve body block, wherein the valve body block is connected to the pressure tank, and is connected to a working fluid outlet and a working fluid inlet of the compressor, and upon the completion of the pressure feed of the working fluid by the compressor, the control unit controls the opening and closing valves in such a manner that the working fluid outlet and the working fluid inlet are communicated with each other.
A parcel sack management system comprising: an intake; a sack filling station; a circulating track; a sack closing station; an empty sack replenisher; a gathering conveyor configured to receive a parcel group at the intake and transport the parcel group to the sack filling station; and a plurality of fill chutes that are transported along the circulating track, each fill chute configured to hold a sack; wherein the parcel sack management system is configured to transfer parcels in the parcel group into a sack via a fill chute of the plurality of fill chutes when the fill chute is at the sack filling station; and characterized in that the plurality of fill chutes are configured to continue to circulate along the circulating track to the sack filling station for filling empty sacks with parcel groups, to the sack closing station for closing the filled sacks and optionally for having the filled sacks removed at the sack closing station, and to the empty sack replenisher for being replenished with empty sacks. an intake; a sack filling station; a circulating track; a sack closing station; an empty sack replenisher; a gathering conveyor configured to receive a parcel group at the intake and transport the parcel group to the sack filling station; and a plurality of fill chutes that are transported along the circulating track, each fill chute configured to hold a sack; wherein the parcel sack management system is configured to transfer parcels in the parcel group into a sack via a fill chute of the plurality of fill chutes when the fill chute is at the sack filling station; and characterized in that the plurality of fill chutes are configured to continue to circulate along the circulating track to the sack filling station for filling empty sacks with parcel groups, to the sack closing station for closing the filled sacks and optionally for having the filled sacks removed at the sack closing station, and to the empty sack replenisher for being replenished with empty sacks.
Method for detecting a low load condition of a pump actuated by a synchronous electric motor, comprising the following step: steady-state driving of said electric motor by means of phase-cutting control, a feedback setpoint thereof being a condition of minimum phase-shift between current supplying the windings of the electric motor and generated counter-electromotive force; characterized in that it further comprises the steps of: detecting (430, 440) at least two firing angles (α 0, α 1) successively applied, in relation to said phase-cutting control, during two successive half-periods of a voltage supplying the electric motor; calculating at least one variation (Δα) between two consecutive firing angles (α 0, α 1) previously detected; comparing said variation (Δα), or the sum of said successive variations (ΣΔα), with a threshold value (Δα max), where reaching or exceeding said threshold value (Δα max) identifies said low load condition. steady-state driving of said electric motor by means of phase-cutting control, a feedback setpoint thereof being a condition of minimum phase-shift between current supplying the windings of the electric motor and generated counter-electromotive force; characterized in that it further comprises the steps of: detecting (430, 440) at least two firing angles (α 0, α 1) successively applied, in relation to said phase-cutting control, during two successive half-periods of a voltage supplying the electric motor; calculating at least one variation (Δα) between two consecutive firing angles (α 0, α 1) previously detected; comparing said variation (Δα), or the sum of said successive variations (ΣΔα), with a threshold value (Δα max), where reaching or exceeding said threshold value (Δα max) identifies said low load condition. detecting (430, 440) at least two firing angles (α 0, α 1) successively applied, in relation to said phase-cutting control, during two successive half-periods of a voltage supplying the electric motor; calculating at least one variation (Δα) between two consecutive firing angles (α 0, α 1) previously detected; comparing said variation (Δα), or the sum of said successive variations (ΣΔα), with a threshold value (Δα max), where reaching or exceeding said threshold value (Δα max) identifies said low load condition.
Sound-attenuating sandwich sheet, comprising - a first layer for sound-attenuation and/or acoustic insulation and - a second layer for acoustic damping and/or thermal insulation, which is fixedly connected at its first main side to the first layer, and which is intended for connection, by its second main side, to a component which requires acoustic improvement, where the second layer is a bitumen-plastic-foam layer with density 0.25 to 0.5 kg/dm 3, characterized in that a second adhesive layer has been provided to the second layer for bonding to the component. - a first layer for sound-attenuation and/or acoustic insulation and - a second layer for acoustic damping and/or thermal insulation, which is fixedly connected at its first main side to the first layer, and which is intended for connection, by its second main side, to a component which requires acoustic improvement, where the second layer is a bitumen-plastic-foam layer with density 0.25 to 0.5 kg/dm 3, characterized in that a second adhesive layer has been provided to the second layer for bonding to the component.
A water-based ink comprising pigment-containing polyester-based resin particles A, pigment-free polyester-based resin particles B, an organic solvent and water, in which a content of an organic solvent C having a boiling point of not lower than 150°C and not higher than 235°C in a whole amount of the organic solvent is not less than 90% by mass.
An integrated circuit structure (100; 130), comprising: a base comprising SiO 2 a conductor (104; 134) comprising Cu extending through at least a portion of the base; a barrier (108; 138) between the base and the conductor (104; 134); a graphene layer (112; 142), the graphene layer including a first side coupled to the conductor (104; 134), and a second side perpendicular to the first side; and a two-dimensional, 2D, transition metal dichalcogenide, TMD, layer (116; 146) coupled to the base and the second side of the graphene layer (112; 142). a base comprising SiO 2 a conductor (104; 134) comprising Cu extending through at least a portion of the base; a barrier (108; 138) between the base and the conductor (104; 134); a graphene layer (112; 142), the graphene layer including a first side coupled to the conductor (104; 134), and a second side perpendicular to the first side; and a two-dimensional, 2D, transition metal dichalcogenide, TMD, layer (116; 146) coupled to the base and the second side of the graphene layer (112; 142).
A food product including: - a shaped housing body formed by an agglomeration containing cereal grains held together by a food binding agent, characterised in that the shaped body has at least one housing recess surrounded by an annular surface and has a moisture content not exceeding 2% by weight, and in that the shaped body includes a substantially anhydrous, edible, creamy filling mass housed in the recess; - a covering layer of substantially anhydrous edible material having a melting point higher than that of the edible filling mass being deposited to cover the filling mass and the annular surface, and - a flat slab of edible material being stuck to the covering layer. - a shaped housing body formed by an agglomeration containing cereal grains held together by a food binding agent, characterised in that the shaped body has at least one housing recess surrounded by an annular surface and has a moisture content not exceeding 2% by weight, and in that the shaped body includes a substantially anhydrous, edible, creamy filling mass housed in the recess; - a covering layer of substantially anhydrous edible material having a melting point higher than that of the edible filling mass being deposited to cover the filling mass and the annular surface, and - a flat slab of edible material being stuck to the covering layer.
Arrangement for use in a distribution box, comprising a mounting surface for indirectly or directly fastening rails and/or installation devices and also comprising at least one socket strip with sockets for drawing mains power, wherein the socket strip is connected or can be reversibly connected to a fastening adapter, wherein at least one positioning means for defined positioning of the fastening adapter within the mounting surface is arranged on and/or within the mounting surface, and wherein the fastening adapter is designed as a part which can be separated from the socket strip and has at least one first interlocking element which can be reversibly connected and/or latched to at least one second interlocking element of the socket strip, wherein the fastening adapter is designed as an elongate strip which has a central section, wherein in each case at least one joining means, which can be connected or is connected to one of the at least one positioning means in each case, is formed on either side of the central section, characterized in that the first or second interlocking element (10, 11) is configured as a bar of T-shaped cross section which projects from a plane, wherein the second or first interlocking element (11, 10) is designed as a groove of T-shaped cross section for receiving the bar, and wherein at least one latching tongue, which can be reversibly latched to a latching receptacle of the fastening adapter or the socket strip, is arranged on the socket strip or the fastening adapter.
A computer device, wherein the computer device comprises a central processing unit, CPU, a hardware acceleration unit, and a network adapter, wherein the network adapter is configured to receive, through remote direct memory access, RDMA, data on which hardware acceleration processing is to be performed; the network adapter is further configured to write the data on which hardware acceleration processing is to be performed to data storage space of shared hardware acceleration resources, wherein the hardware acceleration unit comprises the shared hardware acceleration resources, the shared hardware acceleration resources are allocated for use by another computer device and are adjusted dynamically, wherein the hardware acceleration unit is divided into multiple hardware logical units by hardware division with respect to hardware logic, each hardware logical unit is independent, and the shared hardware acceleration resource comprises one or more hardware logical units, and one or more hardware logical units are assigned to a requesting party for processing the data; and the hardware acceleration unit is configured to perform hardware acceleration processing on the data on which hardware acceleration processing is to be performed in the data storage space, to obtain data that is after the hardware acceleration processing, wherein the network adapter is further configured to send the data obtained after the hardware acceleration processing according to a next-hop destination address of the data obtained after the hardware acceleration processing. the network adapter is configured to receive, through remote direct memory access, RDMA, data on which hardware acceleration processing is to be performed; the network adapter is further configured to write the data on which hardware acceleration processing is to be performed to data storage space of shared hardware acceleration resources, wherein the hardware acceleration unit comprises the shared hardware acceleration resources, the shared hardware acceleration resources are allocated for use by another computer device and are adjusted dynamically, wherein the hardware acceleration unit is divided into multiple hardware logical units by hardware division with respect to hardware logic, each hardware logical unit is independent, and the shared hardware acceleration resource comprises one or more hardware logical units, and one or more hardware logical units are assigned to a requesting party for processing the data; and the hardware acceleration unit is configured to perform hardware acceleration processing on the data on which hardware acceleration processing is to be performed in the data storage space, to obtain data that is after the hardware acceleration processing, wherein the network adapter is further configured to send the data obtained after the hardware acceleration processing according to a next-hop destination address of the data obtained after the hardware acceleration processing.
Agricultural implement (1', 1") which has at least one hydraulically activated function, supplied with hydraulic power via an LS system from a traction vehicle, said agricultural implement comprising: an incoming feed line for hydraulic fluid, an outgoing return line for the hydraulic fluid and an outgoing load-sensing line, characterised by a sensor device (p_P, p_L, p_L1, p_L2, p_LS) for detecting a pressure in relation to the hydraulically activated function and/or in relation to the load-sensing line, a regulating device (Preg) which is hydraulically connected to the load-sensing line and to at least one of the feed line and return line, and a control unit (LSreg) which is arranged to receive a signal from the sensor device (p_P, p_L, p_L1, p_L2, p_LS) and to control the regulating device (Preg) to provide a predetermined pressure and/or flow on the load-sensing line. an incoming feed line for hydraulic fluid, an outgoing return line for the hydraulic fluid and an outgoing load-sensing line, characterised by a sensor device (p_P, p_L, p_L1, p_L2, p_LS) for detecting a pressure in relation to the hydraulically activated function and/or in relation to the load-sensing line, a regulating device (Preg) which is hydraulically connected to the load-sensing line and to at least one of the feed line and return line, and a control unit (LSreg) which is arranged to receive a signal from the sensor device (p_P, p_L, p_L1, p_L2, p_LS) and to control the regulating device (Preg) to provide a predetermined pressure and/or flow on the load-sensing line.
Assembly comprising a first part, a second part and a device mechanically linking with rotating axis the first part and the second part which extends in a longitudinal direction in coaxial bores (A1, A2) formed respectively in said first part and second part) hinged in relation to each other around an axis along the longitudinal direction, an operating clearance being provided between the first part and the second part, wherein the device for mechanically linking with rotating axis the first part and the second part comprises: - a cylindrical body comprising at least one end portion provided with at least one longitudinal slot, said cylindrical body comprising in said longitudinal direction a cylindrical bore of the cylindrical body extended by a frusto-conical bore of the cylindrical body extending in said at least one end portion intended to be located in the bore of the second part, said cylindrical body further comprising a radial extension on an outer wall of said cylindrical body; - an insert of frusto-conical shape substantially complementary to said frusto-conical bore of the cylindrical body, said insert including a tapped aperture extending in said longitudinal direction when said insert is accommodated in said frusto-conical bore) of the cylindrical body, and characterized in that the device further comprises - a screw with a threaded end adapted to cooperate by screwing with said tapped aperture of said insert locking the cylindrical body in the bore of the second part and making a rotoide joint around the axis along the longitudinal direction. - a cylindrical body comprising at least one end portion provided with at least one longitudinal slot, said cylindrical body comprising in said longitudinal direction a cylindrical bore of the cylindrical body extended by a frusto-conical bore of the cylindrical body extending in said at least one end portion intended to be located in the bore of the second part, said cylindrical body further comprising a radial extension on an outer wall of said cylindrical body; - an insert of frusto-conical shape substantially complementary to said frusto-conical bore of the cylindrical body, said insert including a tapped aperture extending in said longitudinal direction when said insert is accommodated in said frusto-conical bore) of the cylindrical body, and characterized in that the device further comprises - a screw with a threaded end adapted to cooperate by screwing with said tapped aperture of said insert locking the cylindrical body in the bore of the second part and making a rotoide joint around the axis along the longitudinal direction.
A cap configured for engagement with a coupling, the cap comprising: an annular ring extending circumferentially around an outer portion of the cap, the cap defining an inner end and an outer end disposed opposite from the inner end, the annular ring defining a sealing surface between the inner end and the outer end, the annular ring defining a raised lip at the inner end, the raised lip extending radially outward from the sealing surface, wherein the annular ring defines a pressure relief channel extending into the raised lip; and a web, the web enclosing the annular ring. an annular ring extending circumferentially around an outer portion of the cap, the cap defining an inner end and an outer end disposed opposite from the inner end, the annular ring defining a sealing surface between the inner end and the outer end, the annular ring defining a raised lip at the inner end, the raised lip extending radially outward from the sealing surface, wherein the annular ring defines a pressure relief channel extending into the raised lip; and a web, the web enclosing the annular ring.