mhurhangee/patent-ind-claim-en huggingface dataset:
A driving system for a vehicle , comprising: an input unit for receiving user input; an interface ; and a processor configured to: acquire information, via the interface , from devices provided in the vehicle , determine whether the vehicle needs to start autonomous driving in a state in which there is no preset destination, based on at least one of the user input and the acquired information, determine a time limit based on the acquired information when it is determined that the vehicle needs to start autonomous driving in a state in which there is no preset destination, identify a limited area based on the time limit, and provide a control signal, via the interface , to a vehicle drive device for controlling the vehicle to autonomously travel within the limited area, characterized in that the time limit is defined as a time value for limiting a time required for autonomous driving to return to a start point after the start of autonomous driving. an input unit for receiving user input; an interface ; and a processor configured to: acquire information, via the interface , from devices provided in the vehicle , determine whether the vehicle needs to start autonomous driving in a state in which there is no preset destination, based on at least one of the user input and the acquired information, determine a time limit based on the acquired information when it is determined that the vehicle needs to start autonomous driving in a state in which there is no preset destination, identify a limited area based on the time limit, and provide a control signal, via the interface , to a vehicle drive device for controlling the vehicle to autonomously travel within the limited area, characterized in that the time limit is defined as a time value for limiting a time required for autonomous driving to return to a start point after the start of autonomous driving. acquire information, via the interface , from devices provided in the vehicle , determine whether the vehicle needs to start autonomous driving in a state in which there is no preset destination, based on at least one of the user input and the acquired information, determine a time limit based on the acquired information when it is determined that the vehicle needs to start autonomous driving in a state in which there is no preset destination, identify a limited area based on the time limit, and provide a control signal, via the interface , to a vehicle drive device for controlling the vehicle to autonomously travel within the limited area, characterized in that the time limit is defined as a time value for limiting a time required for autonomous driving to return to a start point after the start of autonomous driving.
A flash boiling apparatus for a liquid food product (L) that comprises particles (P), said flash boiling apparatus comprising a vacuum vessel provided with a product inlet for incoming liquid food product (L), a vapour outlet pipe and a product outlet for outgoing liquid food product (L'), a pressure relief valve arranged upstream the product inlet , for providing a pressure drop that results in flash boiling of the incoming liquid food product (L), and an inlet section arranged between the pressure relief valve and the product inlet , for conveying the liquid food product (L) from the pressure relief valve to the product inlet , wherein the inlet section comprises a through-flow area that increases in a direction from the pressure relief valve to the product inlet , such that a flow velocity (v flow ) of the liquid food product (L) decreases when it passes the inlet section the inlet section comprises a bend ; characterized in that the flash boiling apparatus comprises a product return line that is connected to the inlet section for feeding liquid food product (L") that previously has passed the inlet section back into the inlet section to introduce liquid food product (L") at the bend .
A system for controlling a radiofrequency sensing of a network ; wherein the network comprises a plurality of network devices , and wherein the network is adapted to perform different radiofrequency sensing modes, wherein the system comprises: an environmental information providing unit for providing environmental information, wherein the environmental information is indicative of a physical property of one or more surfaces in an environment of the network , wherein the physical property is indicative of a material and/or a texture of the one or more surfaces; a selecting unit for selecting and/or modifying at least one of the radiofrequency sensing modes to be performed as radiofrequency sensing by at least a part of the network , wherein the at least one radiofrequency sensing mode is selected and/or modified based on the environmental information, and a controlling unit for controlling the at least a part of the network to perform the at least one selected and/or modified radiofrequency sensing mode. an environmental information providing unit for providing environmental information, wherein the environmental information is indicative of a physical property of one or more surfaces in an environment of the network , wherein the physical property is indicative of a material and/or a texture of the one or more surfaces; a selecting unit for selecting and/or modifying at least one of the radiofrequency sensing modes to be performed as radiofrequency sensing by at least a part of the network , wherein the at least one radiofrequency sensing mode is selected and/or modified based on the environmental information, and a controlling unit for controlling the at least a part of the network to perform the at least one selected and/or modified radiofrequency sensing mode.
A spacer structure for a saw disc assembly of a sawing machine , comprising: - a hub device having a central axis and being adapted to be coaxially arranged between a pair of saw discs (201; 202; 203), and - at least one elongated spacer means adapted to be arranged between the pair of axially peripheral saw discs (201; 202; 203) in a substantially radial manner in relation to a central portion (201c; 202c; 203c) of said pair of peripheral saw discs (201; 202; 203), wherein said hub device is configured and adapted to be arranged at a proximal portion of said elongated spacer means , wherein said hub device is substantially planar and is provided with first connection means and said elongated spacer means is substantially planar and is provided with second connection means , said first and second connection means being configured and adapted in such a way that they are corresponding connection means, said planar hub device and said planar elongated spacer means having substantially the same thickness parallel to said central axis, said hub device having at least one opening for receiving a fastening element for connection of said hub device to said central portion (201c; 203c) of said pair of peripheral saw discs, a distal portion of said spacer means having at least one bore for receiving a fastening element for connection to said pair of peripheral saw discs (201; 202; 203). - a hub device having a central axis and being adapted to be coaxially arranged between a pair of saw discs (201; 202; 203), and - at least one elongated spacer means adapted to be arranged between the pair of axially peripheral saw discs (201; 202; 203) in a substantially radial manner in relation to a central portion (201c; 202c; 203c) of said pair of peripheral saw discs (201; 202; 203),
Device for forming a dough sheet from supplied dough portions, - comprising a dough portions-supplying device , - comprising a dough rolling mill , - comprising a dough sheet removal device , - wherein the dough rolling mill comprises at least two superposed main rollers which rotate around horizontal axes of rotation , - wherein the main rollers predefine a dough processing path in such a manner -- that the dough sheet is initially guided into a pressing portion between a first main roller and at least one counter-pressure roller (10, 15 to 17) and then in a further pressing portion between a second main roller and at least one further counter-pressure roller (18 to 21), -- that the dough processing path has a turning point (W) between the main rollers , and -- that a dough wrap-around angle (α, β) around each of the two main rollers is greater than 90°, - characterized in that the device for forming a dough sheet is configured so that, when rolling out the dough sheet , both sides of the sheet come to lie in the same manner on one of the main rollers once on the outside and once on the inside, wherein a multiplicity of counter-pressure rollers (10, 15 to 17; 18 to 21) arranged consecutively in the dough processing path is assigned to at least one of the main rollers . - comprising a dough portions-supplying device , - comprising a dough rolling mill , - comprising a dough sheet removal device , - wherein the dough rolling mill comprises at least two superposed main rollers which rotate around horizontal axes of rotation , - wherein the main rollers predefine a dough processing path in such a manner -- that the dough sheet is initially guided into a pressing portion between a first main roller and at least one counter-pressure roller (10, 15 to 17) and then in a further pressing portion between a second main roller and at least one further counter-pressure roller (18 to 21), -- that the dough processing path has a turning point (W) between the main rollers , and -- that a dough wrap-around angle (α, β) around each of the two main rollers is greater than 90°, -- that the dough sheet is initially guided into a pressing portion between a first main roller and at least one counter-pressure roller (10, 15 to 17) and then in a further pressing portion between a second main roller and at least one further counter-pressure roller (18 to 21), -- that the dough processing path has a turning point (W) between the main rollers , and -- that a dough wrap-around angle (α, β) around each of the two main rollers is greater than 90°, - characterized in that the device for forming a dough sheet is configured so that, when rolling out the dough sheet , both sides of the sheet come to lie in the same manner on one of the main rollers once on the outside and once on the inside, wherein a multiplicity of counter-pressure rollers (10, 15 to 17; 18 to 21) arranged consecutively in the dough processing path is assigned to at least one of the main rollers .
A method of improving the stability of an aircraft during flight, the method comprising: using data indicative of a speed of the aircraft during flight, automatically causing a deployment of spoilers movably attached to wings of the aircraft when the speed of the aircraft is equal to or exceeds a spoiler-deployment trigger speed that is lower than a maximum operating Mach number of the aircraft; and causing the spoilers to remain deployed when the speed of the aircraft is between the spoiler-deployment trigger speed and the maximum operating Mach number of the aircraft. using data indicative of a speed of the aircraft during flight, automatically causing a deployment of spoilers movably attached to wings of the aircraft when the speed of the aircraft is equal to or exceeds a spoiler-deployment trigger speed that is lower than a maximum operating Mach number of the aircraft; and causing the spoilers to remain deployed when the speed of the aircraft is between the spoiler-deployment trigger speed and the maximum operating Mach number of the aircraft.
Closure sequence regulation system for a double-leaf door having a standing leaf and a passage leaf , having a door closer formed as an overhead slide arm door closer for the passage leaf and a door closer also formed as an overhead slide arm door closer for the standing leaf, wherein the slide arms of the slide arm door closers are each guided via a slide element in a slide rail , and a control device that is able to be actuated depending on the position of the standing leaf and being connected to a blocking device for blocking a closing movement of the passage leaf , in order to ensure a correct closure sequence, in which first the standing leaf and then the passage leaf reaches the closed position, and the slide arm of the standing leaf door closer has an actuation element in the region of its free end, said actuation element interacting with the control device to release the blocking of the closing movement of the passage leaf , characterised in that the actuation element is connected to the free end of the slide arm and interacts with a trigger lever of the control device via a roller , by the roller rolling off a roll-off surface when releasing the blocking of the passage leaf , and this roll-off surface is arranged on the trigger lever or on the actuation element .
A shredding apparatus comprising: a machine housing in which a drive compartment and a material receiving compartment are formed; a movable device for shredding material at least partially arranged in the material receiving compartment of the machine housing ; a drive device configured to drive the movable device for crushing material and being arranged at least partially in the drive compartment of the machine housing ; and a motor-driven ventilation device configured to ventilate the drive compartment , characterized in that the ventilation device comprises a cleaning device for cleaning air provided for ventilating the drive compartment . a machine housing in which a drive compartment and a material receiving compartment are formed; a movable device for shredding material at least partially arranged in the material receiving compartment of the machine housing ; a drive device configured to drive the movable device for crushing material and being arranged at least partially in the drive compartment of the machine housing ; and a motor-driven ventilation device configured to ventilate the drive compartment , characterized in that the ventilation device comprises a cleaning device for cleaning air provided for ventilating the drive compartment .
A tool rest for a machine tool, with a plurality of rotary tools , and a rotatably supported tool-rotating drive shaft whose rotation is transmitted to each rotary tool , the tool rest comprising: a plurality of input portions fixed to the tool-rotating drive shaft ; and engaging portions corresponding to the respective input portions , rotatably supported and adapted to be driven in rotation by the input portion for engaging with the respective engaged portions of the rotary tool when a prescribed angular phase is reached; characterised in that an adjusting means is provided between a prescribed input portion and the engaging portion , for adjusting the phase of the engaging portion relative to the tool-rotating drive shaft such that the engaging portions and the corresponding engaged portions are engaged simultaneously. a plurality of input portions fixed to the tool-rotating drive shaft ; and engaging portions corresponding to the respective input portions , rotatably supported and adapted to be driven in rotation by the input portion for engaging with the respective engaged portions of the rotary tool when a prescribed angular phase is reached; characterised in that an adjusting means is provided between a prescribed input portion and the engaging portion , for adjusting the phase of the engaging portion relative to the tool-rotating drive shaft such that the engaging portions and the corresponding engaged portions are engaged simultaneously.
Static mixer for exhaust gas ducts of internal combustion engines, comprising an elongated hollow metal body having a shape which, relative to a symmetry axis (S), substantially corresponds to a solid of revolution defining at its inside a cavity , in which opposite bases are defined, at least one of which is provided with an axial opening, and a closed lateral wall is defined connected to the opposite bases and having at least one radial opening over which a concave blade is arranged extending radially outward of the lateral wall of the mixer body from a portion of the peripheral edge of the radial opening and surrounding a portion of the radial opening so as to define, in a first angular direction relative to the symmetry axis, a corresponding concave screen and, in a second, opposite direction, a mouth intended for the passage of gases and located substantially in front of the concave screen , wherein the body of the mixer has a frustoconical shape, characterized in that one of the basis of the body of the mixer is closed and thus exhaust-gas tight.
A method performed by a Control Plane function, CP, function , in a telecommunication network to manage a restart of a second User Plane, UP, function in a user plane path for Protocol Data Unit, PDU, sessions that the CP function is managing, the method comprises: • receiving a Packet Forwarding Control Protocol, PFCP, Node Report Request message from a first UP function comprising a report related to a restart of the second UP function , where the PFCP Node Report request message indicates: that the second UP function has restarted and GTP-U context associated with the list of IP addresses have been lost; and that the CP function needs not to send a PFCP Session Modification Request message to change DL FAR per a PFCP session; • sending , as a response to the PFCP Node Report Request message, a PFCP Node report Response message that comprises an acknowledgment that the Downlink FAR in all affected PFCP sessions associated with the restarted second UP function has been updated with apply-action set to buffering, and remote F-TEID from the second UP function has been removed; and • releasing PDU sessions affected by the remote GTP-U restart based on a local configuration. • receiving a Packet Forwarding Control Protocol, PFCP, Node Report Request message from a first UP function comprising a report related to a restart of the second UP function , where the PFCP Node Report request message indicates: that the second UP function has restarted and GTP-U context associated with the list of IP addresses have been lost; and that the CP function needs not to send a PFCP Session Modification Request message to change DL FAR per a PFCP session; that the second UP function has restarted and GTP-U context associated with the list of IP addresses have been lost; and that the CP function needs not to send a PFCP Session Modification Request message to change DL FAR per a PFCP session; • sending , as a response to the PFCP Node Report Request message, a PFCP Node report Response message that comprises an acknowledgment that the Downlink FAR in all affected PFCP sessions associated with the restarted second UP function has been updated with apply-action set to buffering, and remote F-TEID from the second UP function has been removed; and • releasing PDU sessions affected by the remote GTP-U restart based on a local configuration.
A dialysate mixing machine comprising: a dialysate mixing chamber ; a dispenser configured to provide chemical concentrates in solid tablet form to the dialysate mixing chamber; and a control unit configured to process a dialysate prescription to cause the dispenser to provide chemical concentrates in amounts based on the dialysate prescription, wherein the dialysate prescription includes information indicating particular chemical constituents and amounts of each chemical constituent to be included in a dialysate, wherein the chemical concentrates are combined with at least water in the dialysate mixing chamber to form the dialysate according to the dialysate prescription. a dialysate mixing chamber ; a dispenser configured to provide chemical concentrates in solid tablet form to the dialysate mixing chamber; and a control unit configured to process a dialysate prescription to cause the dispenser to provide chemical concentrates in amounts based on the dialysate prescription, wherein the dialysate prescription includes information indicating particular chemical constituents and amounts of each chemical constituent to be included in a dialysate, wherein the chemical concentrates are combined with at least water in the dialysate mixing chamber to form the dialysate according to the dialysate prescription.
A recombinant polynucleotide comprising a coding sequence, a promoter configured to initiate the transcription of the coding sequence, and a matrix attachment region (MAR) nucleic acid sequences having at least 75% sequence identity to SEQ ID NO: 4 wherein the MAR is capable to attach to a mammalian nuclear matrix.
Bed assembly with adjustable height intended to be arranged in a vehicle cabin , the bed including a horizontal bed base extending along a longitudinal main axis from a front end to a rear end , characterised in that the bed comprises a support mounted vertically sliding on which the bed base is mounted longitudinally sliding all together between a rear storage position and a front position.
A laundry appliance comprising: a tub having a rear wall that includes a plurality of structural ribs ; a drive hub insert injection molded into the rear wall ; a reinforcing cap that is fixed to the structural ribs of the tub ; a stator that is attached to the drive hub ; wherein the drive hub extends through a portion of the reinforcing cap , characterised in that the reinforcing cap is positioned between the stator and the drive hub , and is free of engagement with the drive hub and the stator . a tub having a rear wall that includes a plurality of structural ribs ; a drive hub insert injection molded into the rear wall ; a reinforcing cap that is fixed to the structural ribs of the tub ; a stator that is attached to the drive hub ; wherein the drive hub extends through a portion of the reinforcing cap , characterised in that the reinforcing cap is positioned between the stator and the drive hub , and is free of engagement with the drive hub and the stator .
An anti-inflammatory and immune response modulating composition comprising klebsormidium algal biomass or said klebsormidium algal supernatant_wherein said klebsormidium algal biomass or said klebsormidium algal supernatant is obtained by processing the biological material of NCMA Deposit # PATENT201602001.
A method performed by a base station, comprising: determining a demodulation reference signal, DMRS, resource for each of at least one antenna port for a user equipment, UE, respectively; determining a number of symbols for carrying the DMRS resource in time domain; indicating the DMRS resource of each of the at least one antenna port to the UE; and indicating the number of symbols for carrying the DMRS resource to the UE via RRC signaling or downlink control information, DCI, wherein the DMRS resource is selected from a DMRS mapping table, and the DMRS mapping table is generated by a plurality of domain resources combined in at least one predefined priority order. determining a demodulation reference signal, DMRS, resource for each of at least one antenna port for a user equipment, UE, respectively; determining a number of symbols for carrying the DMRS resource in time domain; indicating the DMRS resource of each of the at least one antenna port to the UE; and indicating the number of symbols for carrying the DMRS resource to the UE via RRC signaling or downlink control information, DCI, wherein the DMRS resource is selected from a DMRS mapping table, and the DMRS mapping table is generated by a plurality of domain resources combined in at least one predefined priority order.