mhurhangee/patent-ind-claim-en huggingface dataset:
A warehouse system comprising a three-dimensional matrix of storage spaces including a plurality of lanes extending in a longitudinal direction (X), a plurality of rows extending in a transverse direction (Z), and one or more levels in a vertical direction (Y), wherein, at each intersection of the plurality of lanes and the plurality of rows on a respective level, a storage space is formed, wherein one or more cars for carrying goods are employed to store goods at the storage spaces, wherein the one or more cars are arranged in at least one of the plurality of rows, the one or more cars in a respective row being drivable along the respective row in the transverse direction (Z), wherein the number of the one or more cars in the respective row is less than the number of the plurality of lanes, wherein the warehouse system comprises at least one shuttle configured to pick up goods from the one or more cars in at least one of the plurality of lanes and drivable to shift the goods along the at least one of the plurality of lanes in the longitudinal direction (X), characterized in that the warehouse system comprises a control system which, in order to retrieve goods from a car in a particular storage space , is configured to: drive (S202) one or more cars in at least one of the plurality of rows to clear a path in the lane of the particular storage space enabling the at least one shuttle to shift the goods along the lane in the longitudinal direction (X) from the particular storage space to an end of the lane; and drive (S204) the at least one shuttle to shift the goods along the cleared path from the particular storage space to the end of the lane. drive (S202) one or more cars in at least one of the plurality of rows to clear a path in the lane of the particular storage space enabling the at least one shuttle to shift the goods along the lane in the longitudinal direction (X) from the particular storage space to an end of the lane; and drive (S204) the at least one shuttle to shift the goods along the cleared path from the particular storage space to the end of the lane.
A method for providing an assessment of whether a roadway is directional, wherein the assessment is specified by a dimension, by an apparatus installed in a vehicle, the method comprising the steps of: stipulating a dimension if one has not yet been calculated prior to the execution of the method (S401); receiving an output from an apparatus for environment recognition of the vehicle, which output is based on recognition of the environment at an instant (S402); associating a factor with the output, wherein the factor is also based on the speed of the vehicle at an instant associated with the output and on a period of time (S403); mapping the output into a rating value in accordance with a predefined mapping specification, by which the extent to which the property of the environment represented by the output indicates a directional roadway is taken into consideration (S404); associating the factor with the rating value (S405); calculating the dimension based on a sum that is based on the rating value weighted with the associated factor, and on the previously calculated or stipulated dimension (S406); and providing the dimension to driver assistance systems of the vehicle (S407). stipulating a dimension if one has not yet been calculated prior to the execution of the method (S401); receiving an output from an apparatus for environment recognition of the vehicle, which output is based on recognition of the environment at an instant (S402); associating a factor with the output, wherein the factor is also based on the speed of the vehicle at an instant associated with the output and on a period of time (S403); mapping the output into a rating value in accordance with a predefined mapping specification, by which the extent to which the property of the environment represented by the output indicates a directional roadway is taken into consideration (S404); associating the factor with the rating value (S405); calculating the dimension based on a sum that is based on the rating value weighted with the associated factor, and on the previously calculated or stipulated dimension (S406); and providing the dimension to driver assistance systems of the vehicle (S407).
1-deoxygalactonojirimycin or a salt thereof for use in the treatment of Fabry disease in a human patient in need thereof, wherein the patient has an α-galactosidase A mutation selected from the group consisting of G328A, T41I, M51K, A97V, R112H, A143T, P205T, Y207S, N215S, P259R, L300P, S201F and F295C.
A body attachable unit for glucose measurement, the body attachable unit configured to be insertedly attachable to a body (E) by an applicator for the glucose measurement, the body attachable unit comprising: a housing , wherein a bottom surface of the housing is to contact a skin; a printed circuit board, PCB , disposed inside the housing ; a sensor unit installed in the housing , the sensor unit comprising a sensor probe unit to be inserted into the body (E) and a sensor body unit disposed inside the housing , wherein one end portion of the sensor unit is formed by the sensor probe unit and outwardly protrudes from the bottom surface of the housing to be inserted into the body (E) when the housing contacts the skin, and wherein another end portion of the sensor unit is formed by the sensor body unit and configured to be contactable to an electrical contact point of the PCB ; and a pressurizing operation module is movably connected to the housing , wherein a pressure transforming unit configured to be contacted to the electrical contact point of the PCB is formed at the sensor body unit of the sensor unit , wherein the pressure transforming unit has a first cut section having a structure cut along a first cut line formed at the sensor body unit , and a bridge unit is formed at a portion of the first cut line , the bridge unit being a structure of the first cut line that is not cut, and wherein the pressurizing operation module is configured to be movable by manipulation by a user and, according to its movement, transform the first cut section of the pressure transforming unit to contact to the electrical contact point of the PCB . a housing , wherein a bottom surface of the housing is to contact a skin; a printed circuit board, PCB , disposed inside the housing ; a sensor unit installed in the housing , the sensor unit comprising a sensor probe unit to be inserted into the body (E) and a sensor body unit disposed inside the housing , wherein one end portion of the sensor unit is formed by the sensor probe unit and outwardly protrudes from the bottom surface of the housing to be inserted into the body (E) when the housing contacts the skin, and wherein another end portion of the sensor unit is formed by the sensor body unit and configured to be contactable to an electrical contact point of the PCB ; and a pressurizing operation module is movably connected to the housing , wherein a pressure transforming unit configured to be contacted to the electrical contact point of the PCB is formed at the sensor body unit of the sensor unit , wherein the pressure transforming unit has a first cut section having a structure cut along a first cut line formed at the sensor body unit , and a bridge unit is formed at a portion of the first cut line , the bridge unit being a structure of the first cut line that is not cut, and wherein the pressurizing operation module is configured to be movable by manipulation by a user and, according to its movement, transform the first cut section of the pressure transforming unit to contact to the electrical contact point of the PCB .
Method for controlling the temperature of rooms in a building (G) in which a voltage source is arranged, in which method a heating circuit distributor (HK) is installed in the building (G), which heating circuit distributor has a controller and a number of valves (V) which corresponds to the number of heating circuits present in the building (G), in each case one of which valves is incorporated in a feed line for a heating or cooling medium of a heating circuit, in which method each valve (V) is equipped with an actuating drive (ST) by way of which the position of the valve (V), which position determines the throughflow of the heating or cooling medium, between an open position and a closed position as end positions is adjusted, and in which method an actuating drive (ST) which is equipped with an electric motor is used as the actuating drive for each of the valves (V), characterized - in that the motors of all of the actuating drives (ST) are each, individually and at separate times from one another, connected to the voltage source with the proviso that always only the motor of a single actuating drive (ST) is connected to the voltage source by the controller for a prespecified period of time for the purpose of operating a valve (V) and, after the period of time has elapsed, is disconnected from the voltage source while maintaining the respective position as a stable position, and - in that the motors of all of the actuating drives (ST) are equipped with a self-locking gear mechanism for the purpose of converting the rotational movement of the rotors, which are equipped with a shaft, of the motors into a translatory movement. - in that the motors of all of the actuating drives (ST) are each, individually and at separate times from one another, connected to the voltage source with the proviso that always only the motor of a single actuating drive (ST) is connected to the voltage source by the controller for a prespecified period of time for the purpose of operating a valve (V) and, after the period of time has elapsed, is disconnected from the voltage source while maintaining the respective position as a stable position, and - in that the motors of all of the actuating drives (ST) are equipped with a self-locking gear mechanism for the purpose of converting the rotational movement of the rotors, which are equipped with a shaft, of the motors into a translatory movement.
A microporous polyolefin lithium battery separator comprising: a laminated dry process microporous multilayer separator membrane comprising at least two outer layers, each of said outer layers comprising a polyethylene, a polyethylene blend, a polyethylene copolymer, or a mixture thereof, and at least one inner layer comprising a polypropylene, a polypropylene blend, a polypropylene copolymer, or a mixture thereof, characterized in that , the laminated microporous multilayer separator membrane has a polypropylene pore size as measured with an Aquapore Porsimeter in an inner layer in the range of 0.02 to 0.05 μm, and has a polyethylene pore size as measured with an Aquapore Porsimeter in one or more outer layers in the range of 0.03 to 0.08 μm and provided the polypropylene pore size is smaller than the polyethylene pore size. a laminated dry process microporous multilayer separator membrane comprising at least two outer layers, each of said outer layers comprising a polyethylene, a polyethylene blend, a polyethylene copolymer, or a mixture thereof, and at least one inner layer comprising a polypropylene, a polypropylene blend, a polypropylene copolymer, or a mixture thereof, characterized in that , the laminated microporous multilayer separator membrane has a polypropylene pore size as measured with an Aquapore Porsimeter in an inner layer in the range of 0.02 to 0.05 μm, and has a polyethylene pore size as measured with an Aquapore Porsimeter in one or more outer layers in the range of 0.03 to 0.08 μm and provided the polypropylene pore size is smaller than the polyethylene pore size.
A robot lawnmower comprising: a body ; a drive system carried by the body and configured to maneuver the robot lawnmower across a lawn ; a controller carried by the body and in communication with the drive system ; a detachable manual push/pull mower handle or a foldable manual push/pull mower handle attached to the body ; characterized by : a handle sensor connected to the controller ; wherein the controller is configured to operate the drive system in an autonomous mode when the handle sensor detects absence of the detachable manual push/pull mower handle or when the handle sensor detects that the foldable manual push/pull mower handle is folded; and wherein the controller is configured to operate the drive system in a manual mode when the handle sensor detects presence of the detachable manual push/pull mower handle or when the handle sensor detects that the foldable manual push/pull mower handle is unfolded. a body ; a drive system carried by the body and configured to maneuver the robot lawnmower across a lawn ; a controller carried by the body and in communication with the drive system ; a detachable manual push/pull mower handle or a foldable manual push/pull mower handle attached to the body ; characterized by : a handle sensor connected to the controller ; wherein the controller is configured to operate the drive system in an autonomous mode when the handle sensor detects absence of the detachable manual push/pull mower handle or when the handle sensor detects that the foldable manual push/pull mower handle is folded; and wherein the controller is configured to operate the drive system in a manual mode when the handle sensor detects presence of the detachable manual push/pull mower handle or when the handle sensor detects that the foldable manual push/pull mower handle is unfolded. a handle sensor connected to the controller ; wherein the controller is configured to operate the drive system in an autonomous mode when the handle sensor detects absence of the detachable manual push/pull mower handle or when the handle sensor detects that the foldable manual push/pull mower handle is folded; and wherein the controller is configured to operate the drive system in a manual mode when the handle sensor detects presence of the detachable manual push/pull mower handle or when the handle sensor detects that the foldable manual push/pull mower handle is unfolded.
Tissue paper web composed of one or more layers wherein at least one layer comprises pulp fibers originating from Miscanthus Gigantheus wherein the pulp fibers are selected from chemical pulp fibers, mechanical pulp fibers subjected to a chemical pretreatment and mixtures thereof; and wherein the pulp fibers originating from Miscanthus Gigantheus are present in an amount of 5 wt.-% to 90 wt.-% based on the total weight of the tissue paper web.
a) Heating device for solid fuels, having a combustion chamber which can be connected via a primary flue to an afterburning chamber in which the smoke gases flowing out of the combustion chamber are afterburned, the primary flue comprising b) a plurality of tubular hollow profiles which are arranged at a distance from one another transversely to their direction of extension, c) wherein the at least one free passage between the hollow profiles forms at least one nozzle slot for the smoke gases passing through in the direction of flow , d) the hollow profiles having outlet openings through which the secondary air supplied via the interior of the hollow profiles and/or recirculated smoke gas flows into the passages , characterized in that e) the outer surfaces of the hollow profile , from the broadest point in the direction of flow , converge towards the rear, i.e. in their rear region (2a 2), of the longitudinal central plane of the hollow profile , f) the outer surfaces of the hollow profile ending in the direction of flow each in a tear-off edge , the spacing of which can also be greater than the greatest width of the outer contour of the hollow profile , and g) a back plate connecting the two tear-off edges and forming the rear part of the hollow profile has a concave outer contour . a) Heating device for solid fuels, having a combustion chamber which can be connected via a primary flue to an afterburning chamber in which the smoke gases flowing out of the combustion chamber are afterburned, the primary flue comprising b) a plurality of tubular hollow profiles which are arranged at a distance from one another transversely to their direction of extension, c) wherein the at least one free passage between the hollow profiles forms at least one nozzle slot for the smoke gases passing through in the direction of flow , d) the hollow profiles having outlet openings through which the secondary air supplied via the interior of the hollow profiles and/or recirculated smoke gas flows into the passages , e) the outer surfaces of the hollow profile , from the broadest point in the direction of flow , converge towards the rear, i.e. in their rear region (2a 2), of the longitudinal central plane of the hollow profile , f) the outer surfaces of the hollow profile ending in the direction of flow each in a tear-off edge , the spacing of which can also be greater than the greatest width of the outer contour of the hollow profile , and g) a back plate connecting the two tear-off edges and forming the rear part of the hollow profile has a concave outer contour .
A sensing device for measuring force and/or torque comprising a top part (3; 23) with a top electrode structure (4; 26), a bottom part (5; 25) with a bottom electrode structure (6; 29), and a support structure; the support structure comprising spring elements for supporting the top part on the bottom part with the top electrode structure parallel to and facing the bottom electrode structure, the spring elements arranged for providing a gap (G) between the top and bottom electrode structures; the spring elements being arranged for allowing displacement of the top part relative to the bottom part in three orthogonal directions (X, Y, Z) two parallel and one perpendicular to the bottom part, and for rotation of the top part relative to the bottom part around three orthogonal axes, corresponding with said two parallel and one perpendicular directions (X, Y, Z); the top and bottom electrode structures being located in positions on the top and the bottom part, respectively, and positioned in such a way that a change in distance between and/or a change in overlap area of the top and bottom electrodes and a corresponding change of capacitance are induced by the displacement and/or rotation of the top and bottom electrode structures relative to each other, characterised in that each spring element comprises at least one pillar , each pillar is arranged to be both longitudinally deformable and transversely flexible, each pillar provides a mechanical coupling of the top part to the bottom part , and the pillars are arranged along a two-dimensional lattice over the surface of the top and bottom electrode (4; 6).
A method specifically adapted for: receiving a configuration for a resource space comprising a plurality of time-frequency resources, wherein the resource space comprises a first portion for a first type of signaling and a second portion for a second type of signaling, the first type of signaling comprises at least one of persistent acknowledgement signaling and scheduling request signaling, the second type of signaling comprises dynamic acknowledgement signaling, and characterized by , the first type of signaling and the second type of signaling share a common channelization structure; receiving an allocation of resources of the first portion for the at least one of persistent acknowledgment signaling and scheduling request signaling, based on the configuration of the resource space; and determining an allocation of resources of the second portion based on the first portion. receiving a configuration for a resource space comprising a plurality of time-frequency resources, wherein the resource space comprises a first portion for a first type of signaling and a second portion for a second type of signaling, the first type of signaling comprises at least one of persistent acknowledgement signaling and scheduling request signaling, the second type of signaling comprises dynamic acknowledgement signaling, and characterized by , the first type of signaling and the second type of signaling share a common channelization structure; receiving an allocation of resources of the first portion for the at least one of persistent acknowledgment signaling and scheduling request signaling, based on the configuration of the resource space; and determining an allocation of resources of the second portion based on the first portion.
A cooling segment for a heat-not-burn smoking article, comprising a polymer-coated paper including a paper and a polymer layer that contains a polymer and that is provided on the paper, and characterized in that a polymer layer-formed surface of the polymer-coated paper has a surface area of 100 to 280 mm 2 per 1 mm of the cooling segment in the axial direction.
A Prostaglandin E Receptor 3 (PTGER3) inhibitor for use in a method of restoring sensitivity to TTFields in TTFields-resistant cancer cells of a subject, the method comprising administering the Prostaglandin E Receptor 3 (PTGER3) inhibitor to the subject to restore sensitivity to TTFields in the TTFields-resistant cancer cells.
A method of operating a laundry machine including a rotatable drum , the method comprising: rotating the drum in a first motion alternating in a clockwise direction and a counter-clockwise direction at a first RPM; and rotating the drum in a second motion alternating in the clockwise direction and the counter-clockwise direction at a second RPM, the second RPM being faster than the first RPM; characterized in that the method further comprises rotating the drum in a third motion, wherein rotating the drum in the third motion comprises: rotating the drum in only one of the clockwise direction or the counter-clockwise direction at the second RPM when a rotation angle of the drum is 0 to 90 degrees; applying a sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees; and repeating the rotating of the drum in the only one direction and the applying of the sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees. rotating the drum in a first motion alternating in a clockwise direction and a counter-clockwise direction at a first RPM; and rotating the drum in a second motion alternating in the clockwise direction and the counter-clockwise direction at a second RPM, the second RPM being faster than the first RPM; characterized in that the method further comprises rotating the drum in a third motion, wherein rotating the drum in the third motion comprises: rotating the drum in only one of the clockwise direction or the counter-clockwise direction at the second RPM when a rotation angle of the drum is 0 to 90 degrees; applying a sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees; and repeating the rotating of the drum in the only one direction and the applying of the sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees. rotating the drum in only one of the clockwise direction or the counter-clockwise direction at the second RPM when a rotation angle of the drum is 0 to 90 degrees; applying a sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees; and repeating the rotating of the drum in the only one direction and the applying of the sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees.