mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a self-propelled harvester , the harvester comprising - a prime mover for providing a driving force, - a front drive axle , - a rear steering drive axle , - a force distribution device for distributing the driving force to the drive axle and the steering drive axle and - means for determining slip values on the drive axle and the steering drive axle , wherein the driving force is distributed by means of the force distribution device permanently at least in part to the drive axle and at least temporarily at least in part to the steering drive axle , comprising the following process steps: - during two-wheel drive mode, the driving force is distributed exclusively to the drive axle ; - during all-wheel drive mode, the driving force is distributed partly to the drive axle and partly to the steering drive axle ; characterised by the following process steps: - switching between two-wheel drive mode and all-wheel drive mode takes place automatically depending on the slip values on the drive axle and/or the steering drive axle ; - during all-wheel drive mode, the distribution of the driving force to the drive axle and the steering drive axle is automatically controlled depending on the slip values on the drive axle and/or the steering drive axle . - a prime mover for providing a driving force, - a front drive axle , - a rear steering drive axle , - a force distribution device for distributing the driving force to the drive axle and the steering drive axle and - means for determining slip values on the drive axle and the steering drive axle , wherein the driving force is distributed by means of the force distribution device permanently at least in part to the drive axle and at least temporarily at least in part to the steering drive axle , comprising the following process steps: - during two-wheel drive mode, the driving force is distributed exclusively to the drive axle ; - during all-wheel drive mode, the driving force is distributed partly to the drive axle and partly to the steering drive axle ; - during two-wheel drive mode, the driving force is distributed exclusively to the drive axle ; - during all-wheel drive mode, the driving force is distributed partly to the drive axle and partly to the steering drive axle ; characterised by the following process steps: - switching between two-wheel drive mode and all-wheel drive mode takes place automatically depending on the slip values on the drive axle and/or the steering drive axle ; - during all-wheel drive mode, the distribution of the driving force to the drive axle and the steering drive axle is automatically controlled depending on the slip values on the drive axle and/or the steering drive axle . - switching between two-wheel drive mode and all-wheel drive mode takes place automatically depending on the slip values on the drive axle and/or the steering drive axle ; - during all-wheel drive mode, the distribution of the driving force to the drive axle and the steering drive axle is automatically controlled depending on the slip values on the drive axle and/or the steering drive axle .
A system, comprising: a first network element (AoC Function, IMS-GW) configured to detect a type of an advice of charge service requested by a user equipment, the first network element being further configured to send a credit control request message indicating the detected type of the requested advice of charge service to a charging system (OCS), and a second network element (S-CSCF, 61) configured to send a session initiation protocol invite message containing, in a header of the session initiation protocol invite message, the type of the requested advice of charge service to the first network element, wherein the first network element is configured to: detect the type of an advice of charge service requested by the user equipment from the session initiation protocol invite message received from the second network element, receive a credit control answer message including information related to the detected type of the requested advice of charge service from the charging system; and forward the information related to the detected type of the requested advice of charge service received from the charging system to the second network element, and wherein the second network element is further configured to receive the information related to the detected type of the requested advice of charge service forwarded by the first network element. a first network element (AoC Function, IMS-GW) configured to detect a type of an advice of charge service requested by a user equipment, the first network element being further configured to send a credit control request message indicating the detected type of the requested advice of charge service to a charging system (OCS), and a second network element (S-CSCF, 61) configured to send a session initiation protocol invite message containing, in a header of the session initiation protocol invite message, the type of the requested advice of charge service to the first network element, wherein the first network element is configured to: detect the type of an advice of charge service requested by the user equipment from the session initiation protocol invite message received from the second network element, receive a credit control answer message including information related to the detected type of the requested advice of charge service from the charging system; and forward the information related to the detected type of the requested advice of charge service received from the charging system to the second network element, detect the type of an advice of charge service requested by the user equipment from the session initiation protocol invite message received from the second network element, receive a credit control answer message including information related to the detected type of the requested advice of charge service from the charging system; and forward the information related to the detected type of the requested advice of charge service received from the charging system to the second network element, and wherein the second network element is further configured to receive the information related to the detected type of the requested advice of charge service forwarded by the first network element.
A polarizing plate, comprising: a polarizer; and a pressure-sensitive adhesive layer that is on one surface of the polarizer and that comprises a pressure-sensitive adhesive composition, the pressure-sensitive adhesive composition comprising a block copolymer that comprises a first block, of which a glass transition temperature is 50°C or more, and a second block, of which a glass transition temperature is -30 °C or less; a multifunctional crosslinking agent capable of realizing a crosslinking structure via a reaction with the block copolymer; a multifunctional acrylate capable of realizing a separate crosslinking structure from the crosslinking structure formed by the crosslinking reaction of the multifunctional crosslinking agent with the block copolymer; and a radical initiator; wherein the pressure-sensitive adhesive composition realizes an interpenetrating polymer network by being cured; and the two crosslinking structures are not linked by a chemical bond. a polarizer; and a pressure-sensitive adhesive layer that is on one surface of the polarizer and that comprises a pressure-sensitive adhesive composition, the pressure-sensitive adhesive composition comprising a block copolymer that comprises a first block, of which a glass transition temperature is 50°C or more, and a second block, of which a glass transition temperature is -30 °C or less; a multifunctional crosslinking agent capable of realizing a crosslinking structure via a reaction with the block copolymer; a multifunctional acrylate capable of realizing a separate crosslinking structure from the crosslinking structure formed by the crosslinking reaction of the multifunctional crosslinking agent with the block copolymer; and a radical initiator; wherein the pressure-sensitive adhesive composition realizes an interpenetrating polymer network by being cured; and the two crosslinking structures are not linked by a chemical bond.
Electromagnetically actuated valve , comprising: - an axially displaceable valve slide which is designed, in a closure position, to close, with a first axial end , a sealing seat in a fluid channel of the valve , - a sealing element with a corrugated bellows , which is arranged between the sealing seat and the first axial end of the valve slide and separates the valve slide from the fluid channel in a fluid-tight manner, - an axially movable magnet armature as part of the valve slide , and - an electrically energizable coil , wherein the magnet armature is movable, by electrical energization of the coil , counter to a mechanical load acting on the magnet armature , so as to move the valve slide into the closure position or from the closure position, characterized in that the valve slide , at at least one of its axial ends , is oriented in a radial direction and mounted movably in an axial direction by means of at least one spring element , wherein the valve slide , at the second axial end opposite the first axial end , has a guide pin which protrudes in an axial direction away from the magnet armature and which has a surface with a reduced diameter in comparison with the external diameter of the magnet armature , wherein the valve slide is mounted slidably in an axial direction on this surface of the guide pin , and the valve slide , on the side of the magnet armature facing toward the first axial end of the valve slide , is oriented in a radial direction and mounted movably in an axial direction by means of the at least one spring element . - an axially displaceable valve slide which is designed, in a closure position, to close, with a first axial end , a sealing seat in a fluid channel of the valve , - a sealing element with a corrugated bellows , which is arranged between the sealing seat and the first axial end of the valve slide and separates the valve slide from the fluid channel in a fluid-tight manner, - an axially movable magnet armature as part of the valve slide , and - an electrically energizable coil ,
A scanning confocal apparatus to measure an object, the apparatus comprising: a plurality of light sources arranged to generate a plurality of light beams ; a plurality of spot generating lenses respectively configured to focus the plurality of beams to a plurality of focused spots , each of the plurality of focused spots comprising a focused portion of each of the plurality of light beams, characterized in that said focused portion of each of the plurality of beams overlaps with other focused portions of other beams thereby defining said each of the plurality of focused spots and inhibiting noise, and wherein wavelengths of said each of the plurality of light sources does not overlap with wavelengths of other light sources of the plurality. a plurality of light sources arranged to generate a plurality of light beams ; a plurality of spot generating lenses respectively configured to focus the plurality of beams to a plurality of focused spots , each of the plurality of focused spots comprising a focused portion of each of the plurality of light beams, characterized in that said focused portion of each of the plurality of beams overlaps with other focused portions of other beams thereby defining said each of the plurality of focused spots and inhibiting noise, and wherein wavelengths of said each of the plurality of light sources does not overlap with wavelengths of other light sources of the plurality.
A stretch laminate comprising: a. at least one cover layer; b. an elastomeric film attached to the cover layer, the elastomeric film having two surfaces and a skin being an extensible material having less tackiness than the underlying elastically extensible material on at least one of the surfaces; and c. an adhesive disposed between the skin and the cover layer wherein the stretch laminate has at least one anchoring zone and at least one stretch zone; wherein the skin that is located in the anchoring zone has a plurality of wrinkles, wherein the skin that is located in the stretch zone has a plurality of wrinkles that are substantially perpendicular to the stretch direction of the stretch laminate. wherein the elastomeric film has been pre-activated through a ring rolling process, characterized in that the wrinkles have hills and an ink is disposed on at least some of the hills. a. at least one cover layer; b. an elastomeric film attached to the cover layer, the elastomeric film having two surfaces and a skin being an extensible material having less tackiness than the underlying elastically extensible material on at least one of the surfaces; and c. an adhesive disposed between the skin and the cover layer
A process for preparing a geopolymer foam comprising the following steps: (i) preparing an aqueous foam having a water volume fraction at atmospheric pressure of 8% or less by adding one or more surfactants to water and bubbling an inert gas or air into the mixture; (ii) preparing a metakaolin suspension with a weight ratio of liquid to metakaolin in the range of from 1.3 to 2.3; (iii) mixing the aqueous foam and the metakaolin suspension; and (iv) setting the resulting mixture. (i) preparing an aqueous foam having a water volume fraction at atmospheric pressure of 8% or less by adding one or more surfactants to water and bubbling an inert gas or air into the mixture; (ii) preparing a metakaolin suspension with a weight ratio of liquid to metakaolin in the range of from 1.3 to 2.3; (iii) mixing the aqueous foam and the metakaolin suspension; and (iv) setting the resulting mixture.
A cryogenic freezer apparatus , comprising: - a housing ; - a fluidized bed belt movable within the housing ; - a shroud positioned within the housing for providing a zone above the belt , the shroud angled outward from the belt within the housing ; and - at least one blower configured to direct a flow of a cryogenic gas to an underside of the belt and positioned within the housing in fluid communication with the zone and centrally located above the zone and the shroud , characterized by a divider positioned below the belt and configured to divide the flow of the cryogenic gas at the underside of the belt before moving the flow through the belt . - a housing ; - a fluidized bed belt movable within the housing ; - a shroud positioned within the housing for providing a zone above the belt , the shroud angled outward from the belt within the housing ; and - at least one blower configured to direct a flow of a cryogenic gas to an underside of the belt and positioned within the housing in fluid communication with the zone and centrally located above the zone and the shroud ,
A method for centralized data collection at a single controller device in a distributed service-oriented system of networked devices which provide services over a network system bus which connects the networked devices, the method comprising the steps of: receiving a message traffic packet at an Ethernet switch of the single controller device, where the message traffic packet is formatted with a distributed service-oriented communications protocol; applying a first classifier rule to the message traffic packet at the Ethernet switch of the single controller device to selectively identify service-oriented traffic messages in the message traffic packet; sending the message traffic packet to an intended destination using a normal path; mirroring the message traffic packet containing service-oriented traffic messages to a processing element in the single controller device, such that, by sending the message traffic packet to the intended destination using the normal path and mirroring each message traffic packet containing service-oriented traffic messages, no additional message traffic packets on the network system bus are generated; applying a second classifier rule to selectively identify service update information from the service-oriented traffic messages, wherein the second classifier rule is applied to one of the message traffic packet at the Ethernet switch or the mirrored message traffic packet at the processing element; and identifying and extracting specified data from the identified service update information for storage in a centralized database which is updated as services publish new information on the network system bus. receiving a message traffic packet at an Ethernet switch of the single controller device, where the message traffic packet is formatted with a distributed service-oriented communications protocol; applying a first classifier rule to the message traffic packet at the Ethernet switch of the single controller device to selectively identify service-oriented traffic messages in the message traffic packet; sending the message traffic packet to an intended destination using a normal path; mirroring the message traffic packet containing service-oriented traffic messages to a processing element in the single controller device, such that, by sending the message traffic packet to the intended destination using the normal path and mirroring each message traffic packet containing service-oriented traffic messages, no additional message traffic packets on the network system bus are generated; applying a second classifier rule to selectively identify service update information from the service-oriented traffic messages, wherein the second classifier rule is applied to one of the message traffic packet at the Ethernet switch or the mirrored message traffic packet at the processing element; and identifying and extracting specified data from the identified service update information for storage in a centralized database which is updated as services publish new information on the network system bus.
A gripper device for gripping a pipe, the gripper device comprises: - a support structure , - a gripper arm arrangement comprising a first gripper arm and a second gripper arm comprising an open state which enables the pipe to be introduced into an opening between the gripper arms and an engaged state in which end portions of the gripper arms are adapted to engage with the pipe, - a drive arm arrangement comprising a first drive arm and a second drive arm movably connecting the respective first gripper arm and the second gripper arm to the support structure , - a pivot arrangement comprising a first pivot and a second pivot rotationally connecting the respective first drive arm and the second drive arm to the support structure , and - a drive mechanism comprising a transmission drive shaft and a transmission arrangement comprising a first transmission member , a second transmission member and a third transmission member , wherein the first transmission member , the second transmission member and the third transmission member are each rotatable with respect to each other and coupled directly or indirectly with each other, wherein the first transmission member is coupled with the drive shaft, the second transmission member is coupled to the first transmission member , and the third transmission member is coupled with the second transmission member , wherein the second transmission member is coupled to the first drive arm and the third transmission member is coupled to the second drive arm , characterised in that the first transmission member , second transmission member and third transmission member of the transmission arrangement are coaxially arranged. - a support structure , - a gripper arm arrangement comprising a first gripper arm and a second gripper arm comprising an open state which enables the pipe to be introduced into an opening between the gripper arms and an engaged state in which end portions of the gripper arms are adapted to engage with the pipe, - a drive arm arrangement comprising a first drive arm and a second drive arm movably connecting the respective first gripper arm and the second gripper arm to the support structure , - a pivot arrangement comprising a first pivot and a second pivot rotationally connecting the respective first drive arm and the second drive arm to the support structure , and - a drive mechanism comprising a transmission drive shaft and a transmission arrangement comprising a first transmission member , a second transmission member and a third transmission member ,
A contact arrangement for pluggable overvoltage arresters , wherein at least one overvoltage protection element is located in a housing, the housing bottom of which can be penetrated by at least two contact tab ends (8; 9) that are bent in an U-shape or V-shape, furthermore, within the housing, an electrical connection between the contact tabs (3; 31; 32) and the at least one overvoltage protection element can be formed, the contact tabs (3; 31; 32) are realized as planar stamped bent members, the housing has a rectangular cross-section having two opposite narrow sides, and the planar stamped bent members extend at least in part in the respective plane formed by the narrow side of the housing, at least one of the contact tabs includes a section matched to or corresponding to the width of the narrow side of the housing, characterized in that said section includes a notch bent into the area of the respective contact tab end for reinforcement.