mhurhangee/patent-ind-claim-en huggingface dataset:
A device for tensioning a tether comprising: a handle portion comprising: a housing ; a rotatable tensioning member comprising a tensioning wheel having detents , a bobbin having bearings , and at least one compression spring , wherein the bobbin is external to the housing , the tensioning wheel detents and the bobbin bearings are configured to engage each other, and the compression spring is in contact with the bobbin and exerts a force on the bobbin that biases the bobbin toward the tensioning wheel and determines the rotatability of the bobbin ; and a gear connecting the tensioning wheel and the bobbin , wherein the rotatable tensioning member is configured to engage a tether and to rotate in a first direction to increase the tension of the tether and in a second direction to decrease the tension of the tether , wherein the bobbin is configured to disengage from the tensioning wheel when a maximum tension is applied to the tether coupled to the bobbin, and wherein the maximum tension is set by the stiffness of the compression spring . a housing ; a rotatable tensioning member comprising a tensioning wheel having detents , a bobbin having bearings , and at least one compression spring , wherein the bobbin is external to the housing , the tensioning wheel detents and the bobbin bearings are configured to engage each other, and the compression spring is in contact with the bobbin and exerts a force on the bobbin that biases the bobbin toward the tensioning wheel and determines the rotatability of the bobbin ; and a gear connecting the tensioning wheel and the bobbin , wherein the rotatable tensioning member is configured to engage a tether and to rotate in a first direction to increase the tension of the tether and in a second direction to decrease the tension of the tether , wherein the bobbin is configured to disengage from the tensioning wheel when a maximum tension is applied to the tether coupled to the bobbin, and wherein the maximum tension is set by the stiffness of the compression spring .
A method for granting access to data of a user, the method comprising: blocking the processing of data of a user; transferring the data of the user to a storage device ; receiving a request for data processing from a collected data processor of a device; redirecting the received request to the storage device ; determining, by the storage device , data access rights for the collected data processor of the device from which the redirected request for data processing is received in accordance with data access rights established by a data access rights manager , wherein the determination of the data access rights comprises formulating rights of the collected data processors to access data, withdrawing data access rights from the collected data processors, and creating lists of collected data processors that are permitted to access the data; and providing access to the data in accordance with the determined data access rights. blocking the processing of data of a user; transferring the data of the user to a storage device ; receiving a request for data processing from a collected data processor of a device; redirecting the received request to the storage device ; determining, by the storage device , data access rights for the collected data processor of the device from which the redirected request for data processing is received in accordance with data access rights established by a data access rights manager , wherein the determination of the data access rights comprises formulating rights of the collected data processors to access data, withdrawing data access rights from the collected data processors, and creating lists of collected data processors that are permitted to access the data; and providing access to the data in accordance with the determined data access rights.
A method for preparing a coated food product, resistant to rub-off of a powdery or fat based topping, comprising the steps of: A. Providing a hot low moisture chocolate and creamy natural nut butter coating slurry, said slurry comprising: 30% to 70% of the slurry of a chocolate; 30% to 70% of the slurry of a creamy nut butter; said coating in the form of a liquid having a temperature of 32-44°C and a moisture content of 1-5%; B. applying the hot coating slurry to a food base to provide a hot liquid coating coated food base in a weight ratio of coating to food base ranging from 1:10 to 1:1; wherein step B includes the sub-steps of: B1 transferring the food base pieces to a rotating drum or enrober, B2 tumbling said pieces within said drum, and, B3 spraying the hot emulsion slurry composition from a plurality of nozzles; and C. applying a dry particulate setting sugar having a particle size of 1200 microns or less to a quantity of liquid hot slurry coated food base pieces to provide a finished dry stabilized non-sticky powdered coated food base, wherein said setting sugar comprises 10 to 35 weight % of the dry finished coated food base wherein the setting step is performed within the same rotating drum or enrober. A. Providing a hot low moisture chocolate and creamy natural nut butter coating slurry, said slurry comprising: 30% to 70% of the slurry of a chocolate; 30% to 70% of the slurry of a creamy nut butter; said coating in the form of a liquid having a temperature of 32-44°C and a moisture content of 1-5%; 30% to 70% of the slurry of a chocolate; 30% to 70% of the slurry of a creamy nut butter; B. applying the hot coating slurry to a food base to provide a hot liquid coating coated food base in a weight ratio of coating to food base ranging from 1:10 to 1:1; wherein step B includes the sub-steps of: B1 transferring the food base pieces to a rotating drum or enrober, B2 tumbling said pieces within said drum, and, B3 spraying the hot emulsion slurry composition from a plurality of nozzles; and B1 transferring the food base pieces to a rotating drum or enrober, B2 tumbling said pieces within said drum, and, B3 spraying the hot emulsion slurry composition from a plurality of nozzles; and C. applying a dry particulate setting sugar having a particle size of 1200 microns or less to a quantity of liquid hot slurry coated food base pieces to provide a finished dry stabilized non-sticky powdered coated food base, wherein said setting sugar comprises 10 to 35 weight % of the dry finished coated food base wherein the setting step is performed within the same rotating drum or enrober.
Regulation and/or control system for an agricultural machine having a distributor linkage for applying material such as fertiliser, plant protection agent or seed, having at least one sensor device for determining the vibration of the distributor linkage and a data-processing device for processing the measured signals, characterized by at least one filter for filtering with respect to at least one natural frequency of the distributor linkage .
A substrate processing apparatus for processing a substrate, the apparatus comprising: a stage configured to hold and move a substrate to be processed; a conveying unit configured to hold and convey the substrate to be processed between the conveying unit and the stage; characterized by further comprising an accumulation unit configured to accumulate control information concerning the stage and the conveying unit generated as a result of previous processing of a substrate that has already been processed; and a determination unit configured to determine (S112) a conveying procedure for conveying the substrate to be processed between the stage and the conveying unit by selecting one of a plurality of conveying procedures which can be set for the stage and the conveying unit based on the control information accumulated in the accumulation unit. a stage configured to hold and move a substrate to be processed; a conveying unit configured to hold and convey the substrate to be processed between the conveying unit and the stage; characterized by further comprising an accumulation unit configured to accumulate control information concerning the stage and the conveying unit generated as a result of previous processing of a substrate that has already been processed; and a determination unit configured to determine (S112) a conveying procedure for conveying the substrate to be processed between the stage and the conveying unit by selecting one of a plurality of conveying procedures which can be set for the stage and the conveying unit based on the control information accumulated in the accumulation unit.
An agricultural tractor , comprising: a tractor frame; a tractor wheel provided on a wheel carrier , the wheel carrier mounted to the tractor frame; and a steering system arranged to steer the tractor wheel; wherein the tractor further comprises at least one fender assembly, the fender assembly comprising: a carrier bracket attached to the tractor frame, the carrier bracket separate from the wheel carrier ; a wheel fender supported by the carrier bracket to be located above the tractor wheel; and a steering mechanism provided on the carrier bracket , the wheel fender mounted to the steering mechanism, wherein the steering mechanism arranged to receive a steering signal from the steering system of the tractor, and wherein the steering mechanism rotates the wheel fender relative to the carrier bracket based on the received steering signal. a tractor frame; a tractor wheel provided on a wheel carrier , the wheel carrier mounted to the tractor frame; and a steering system arranged to steer the tractor wheel; a carrier bracket attached to the tractor frame, the carrier bracket separate from the wheel carrier ; a wheel fender supported by the carrier bracket to be located above the tractor wheel; and a steering mechanism provided on the carrier bracket , the wheel fender mounted to the steering mechanism,
A terminal which communicates with a base station in a mobile communication system which supports carrier aggregation provided by a first cell and a second cell which uses a second time interval that is less than a first time interval of the first cell, the terminal comprising: a calculation unit configured to calculate a power headroom report, PHR, relating to the first time interval and to the second time interval corresponding to the first time interval in time domain, wherein the first time interval corresponds to a plurality of time intervals in time domain, wherein each of the time intervals is equal length of the second time interval; and a reporting unit configured to report the PHR calculated by the calculation unit to the base station in the first time interval of the first cell; wherein the reporting unit is configured to report the PHR corresponding to the second time interval that corresponds to the first time interval in time domain. a calculation unit configured to calculate a power headroom report, PHR, relating to the first time interval and to the second time interval corresponding to the first time interval in time domain, wherein the first time interval corresponds to a plurality of time intervals in time domain, wherein each of the time intervals is equal length of the second time interval; and a reporting unit configured to report the PHR calculated by the calculation unit to the base station in the first time interval of the first cell; wherein the reporting unit is configured to report the PHR corresponding to the second time interval that corresponds to the first time interval in time domain.
A spot welding assembly comprising: a base ; a base electrode coupled with the base for supporting a first work piece ; a welding gun moveable toward and away from the base ; a gun electrode coupled with the welding gun for supporting a second work piece and for locating the second work piece against the first work piece upon movement of the welding gun toward the base to allow the first and second work pieces to be welded to one another, the spot welding assembly being characterised in that : the base electrode is pivotable relative to the base and the gun electrode is pivotable relative to the welding gun . the spot welding assembly being characterised in that : the base electrode is pivotable relative to the base and the gun electrode is pivotable relative to the welding gun .
A composition comprising a rifaximin and at least one additional antimicrobial or antibiotic agent, wherein the at least one additional antimicrobial or antibiotic agent comprises a combination of a vancomycin, with a metronidazole, and/or a tinidazole, for use in treating or preventing autism or autism spectrum disorder (ASD) in an individual in need thereof.
Tank protection armature comprising at least one vacuum valve (V) having a sealing seat and a valve disc in a housing , the housing having remote from the sealing seat an opening (Y) connected with the outer environment for inlet-air, outlet-air and/or a pressurized cleaning medium and as well having a collecting bowl at the opening (Y), wherein at the one side of the opening (Y) facing the sealing seat , a ring flange is provided at the housing , the ring flange freely terminating with an edge at least partially in the collecting bowl , the collecting bowl and the ring flange bounding a centrifugal force-and-separation flow path forming at least one flow direction change, characterized in that the collecting bowl arranged at the other side of the opening (Y) has a bowl edge extending with a distance around the edge of the ring flange .
A battery module comprising: at least one cell ; and a frame assembly comprising: a lower plate having four corners and configured to support a lower end surface of the cell , four strap-shaped side plates are bent from end portions of long sides of the lower plate in one piece with the lower plate , each side plate corresponding to and perpendicularly extending from a corner of the lower plate and being placed adjacent to an outermost side of the cell , and each side plate comprising a coupling portion , and an upper plate having four corners and is coupled to the coupling portion of each side plate and configured to cover an upper portion of the cell , characterized in that the coupling portion of each side plate is formed by perpendicularly bending lengthwise the end portion of each side plate in directions toward the inside of the frame assembly and is welded to a corner of an upper surface of the upper plate , and each of the plates (111, 113, and 114) of the frame assembly is formed of a metal sheet. at least one cell ; and a frame assembly comprising: a lower plate having four corners and configured to support a lower end surface of the cell , four strap-shaped side plates are bent from end portions of long sides of the lower plate in one piece with the lower plate , each side plate corresponding to and perpendicularly extending from a corner of the lower plate and being placed adjacent to an outermost side of the cell , and each side plate comprising a coupling portion , and an upper plate having four corners and is coupled to the coupling portion of each side plate and configured to cover an upper portion of the cell , a lower plate having four corners and configured to support a lower end surface of the cell , four strap-shaped side plates are bent from end portions of long sides of the lower plate in one piece with the lower plate , each side plate corresponding to and perpendicularly extending from a corner of the lower plate and being placed adjacent to an outermost side of the cell , and each side plate comprising a coupling portion , and an upper plate having four corners and is coupled to the coupling portion of each side plate and configured to cover an upper portion of the cell , characterized in that the coupling portion of each side plate is formed by perpendicularly bending lengthwise the end portion of each side plate in directions toward the inside of the frame assembly and is welded to a corner of an upper surface of the upper plate , and each of the plates (111, 113, and 114) of the frame assembly is formed of a metal sheet.
Connector for connecting at least one fluid line with another fluid line or to a unit connection, the connector comprising a housing with a through-channel , one end of the housing being formed as a sleeve section for receiving a mating connector and having latching means for releasably attaching the mating connector , the latching means being a component of an adapter sleeve which can be inserted into the sleeve section which is held in the sleeve section by means of positive-locking elements , and has a through-opening for a plug shank of the mating connector , in which the latching means are formed from at least two latching arms which are radially elastic with respect to a longitudinal central axis (X-X) of the adapter sleeve , the latching arms being integrally formed on the end of the adapter sleeve which is located inside the sleeve section in the inserted state, and the latching arms having first latching cams at their free end which run radially in the direction of the longitudinal central axis (X-X), wherein the positive-locking elements are formed from radially elastically bendable arms each extending parallel to the longitudinal central axis (X-X), which arms are diametrically opposite and offset by 90° relative to the latching arms and have second latching cams projecting radially outwardly at their free ends pointing in the insertion direction (Z), characterized in that the latching arms run parallel to the longitudinal central axis (X-X) and are formed on the circumference of the adapter sleeve by slot-shaped cutouts in the sleeve wall thereof, the arms being separated from the wall of the adapter sleeve by a U-shaped slot and being integrally connected to the wall of the adapter sleeve with its end pointing against the insertion direction (Z).
A method for wireless communication in an integrated access and backhaul, IAB, network by a first node , comprising: receiving an indication of a one-hop radio link control, RLC, channel packet delay budget, PDB, for an RLC channel between the first node and a second node , wherein the one-hop RLC channel PDB is across the full protocol stack between backhaul adaption protocol, BAP, layers of the first node and the second node , and wherein the one-hop RLC channel PDB is between: an ingress of a packet at a BAP layer at the first node and an egress of the packet at a BAP layer at the second node for downlink, DL, and an ingress of a packet at the BAP layer at the second node and an egress of the packet at the BAP layer at the first node for uplink, UL; and scheduling communications with the second node based on the RLC channel PDB. receiving an indication of a one-hop radio link control, RLC, channel packet delay budget, PDB, for an RLC channel between the first node and a second node , wherein the one-hop RLC channel PDB is across the full protocol stack between backhaul adaption protocol, BAP, layers of the first node and the second node , and wherein the one-hop RLC channel PDB is between: an ingress of a packet at a BAP layer at the first node and an egress of the packet at a BAP layer at the second node for downlink, DL, and an ingress of a packet at the BAP layer at the second node and an egress of the packet at the BAP layer at the first node for uplink, UL; and wherein the one-hop RLC channel PDB is across the full protocol stack between backhaul adaption protocol, BAP, layers of the first node and the second node , and wherein the one-hop RLC channel PDB is between: an ingress of a packet at a BAP layer at the first node and an egress of the packet at a BAP layer at the second node for downlink, DL, and an ingress of a packet at the BAP layer at the second node and an egress of the packet at the BAP layer at the first node for uplink, UL; and an ingress of a packet at a BAP layer at the first node and an egress of the packet at a BAP layer at the second node for downlink, DL, and an ingress of a packet at the BAP layer at the second node and an egress of the packet at the BAP layer at the first node for uplink, UL; and scheduling communications with the second node based on the RLC channel PDB.
Stirring device (D) comprising a stirring blade shaft driven by drive means, the stirring blade shaft being guided with respect to a body by a bearing, the stirring device further comprising a seal secured to the body and in contact, in a first position called operating position, with the ball joint having a spherical shape or an so as to seal against a fluid that is to be stirred contained in a tank (R), in which : - the seal is mounted on a seal support , - the device comprises actuating means able to cause a translational movement of the ball joint and/or of the seal support along the axis of the stirrer blade shaft , towards a second position called maintenance position, in which it is possible to remove the seal retaining system without it being necessary to empty the tank, characterized in that the seal support comprises a contact zone , and sealing is obtained through contact between the spherical surface of the ball joint and the contact zone . - the seal is mounted on a seal support , - the device comprises actuating means able to cause a translational movement of the ball joint and/or of the seal support along the axis of the stirrer blade shaft , towards a second position called maintenance position, in which it is possible to remove the seal retaining system without it being necessary to empty the tank,
Method for balancing a power transfer of an interleaved LLC converter arrangement with two or more LLC converters (1.1, 1.2) from an input side to an output side , wherein the two or more LLC converters include a first LLC converter (1.1) and a second LLC converter (1.2) connected in parallel on the input side and on the output side , wherein each LLC converter (1.1, 1.2) includes an inverter with a bridge having one or two legs at the input side, a resonant tank connected to the inverter , a transformer with a primary and a secondary and an output rectifier , wherein the primary of the transformer is connected to the resonant tank and the output rectifier is connected to the secondary of the transformer , wherein the power transfer is balanced by operating each leg of the bridge of the inverter of the first LLC converter (1.1) with a duty cycle of 0.5 and operating at least one leg of the bridge of the inverter of the second LLC converter (1.2) that transfers more power from the input side to the output side than the first LLC converter (1.1) with a duty cycle different from 0.5, characterised in that a first switch (S4) of said at least one leg is operated with a duty cycle that is greater than 0.5 and wherein a second switch (S2) of said at least one leg is operated with a duty cycle that is smaller than 0.5, wherein the bridge of the inverter of the second LLC converter (1.2) is a full bridge and wherein a first leg (S2, S4) of said full bridge is formed by said at least one leg, including operating a second leg (S1, S3) of said full bridge with a duty cycle of 0.5.