mhurhangee/patent-ind-claim-en huggingface dataset:
System for operating a car park , the car park having a parking area for parking motor vehicles , comprising: - multiple pressure sensors for detecting multiple motor vehicles that are on the parking area , - a processor for ascertaining a respective size of area sections of the parking area that are occupied by means of the detected motor vehicles on the basis of the detection, - the processor being designed to add the occupied area sections with the ascertained size to a digital map of the car park , with the result that a digital map of the car park is produced that indicates what area sections of what size are occupied, - a detection device for detecting a size of a further motor vehicle intended to be parked on the parking area , - the processor being designed to ascertain a further area section of the parking area for the further motor vehicle on the basis of the digital map produced and the detected size of the further motor vehicle , on which the further motor vehicle is intended to park, characterized in that the pressure sensors are arranged inside one or more hoses and the hose or hoses are arranged on the parking area and/or the hose or hoses are arranged so as to be recessed in the parking area . - multiple pressure sensors for detecting multiple motor vehicles that are on the parking area , - a processor for ascertaining a respective size of area sections of the parking area that are occupied by means of the detected motor vehicles on the basis of the detection, - the processor being designed to add the occupied area sections with the ascertained size to a digital map of the car park , with the result that a digital map of the car park is produced that indicates what area sections of what size are occupied, - a detection device for detecting a size of a further motor vehicle intended to be parked on the parking area , - the processor being designed to ascertain a further area section of the parking area for the further motor vehicle on the basis of the digital map produced and the detected size of the further motor vehicle , on which the further motor vehicle is intended to park,
A machine for putting a drain into place in ground (S), the machine comprising: • a drive tube presenting a longitudinal axis (A) and having a bottom end ; • a movement device for moving the drive tube in a direction parallel to the longitudinal axis (A); • a drain extending inside the drive tube and having a bottom end extending outside the drive tube ; • at least one anchor ; • a fastener device for fastening the anchor to the drain; and • a cutter member for cutting the drain and arranged under the fastener device; the machine being characterized in that it further comprises a cutter device for cutting the anchor from a strip . • a drive tube presenting a longitudinal axis (A) and having a bottom end ; • a movement device for moving the drive tube in a direction parallel to the longitudinal axis (A); • a drain extending inside the drive tube and having a bottom end extending outside the drive tube ; • at least one anchor ; • a fastener device for fastening the anchor to the drain; and • a cutter member for cutting the drain and arranged under the fastener device;
An actuator assembly comprising: a static portion ; a moveable portion capable of movement with respect to the static portion along a primary axis (O) and perpendicular to the primary axis (O); a plural number of shape memory alloy (SMA) actuator wires connected between the static portion and the moveable portion for driving said movement along the primary axis (O) and perpendicular to the primary axis (O), wherein each SMA actuator wire is inclined with respect to the primary axis (O); and characterised in that it further comprises end-stop surfaces corresponding to each SMA actuator wire arranged to limit said movement and extending substantially orthogonally to the directions along the SMA actuator wires . a static portion ; a moveable portion capable of movement with respect to the static portion along a primary axis (O) and perpendicular to the primary axis (O); a plural number of shape memory alloy (SMA) actuator wires connected between the static portion and the moveable portion for driving said movement along the primary axis (O) and perpendicular to the primary axis (O), wherein each SMA actuator wire is inclined with respect to the primary axis (O); and characterised in that it further comprises end-stop surfaces corresponding to each SMA actuator wire arranged to limit said movement and extending substantially orthogonally to the directions along the SMA actuator wires .
A hydroalcoholic emulsion comprising water, alcohol, fat and citrus fibers.
A method for transmitting, by a station, STA, , acknowledgement, ACK, information in a wireless local area network, WLAN, system, the method comprising: receiving, from an access point, AP, , time division duplex, TDD, allocation information for one service period, SP, (S1910); wherein the one SP comprises at least one TDD slot, wherein one TDD slot comprises at least one TDD SP, and wherein the TDD allocation information comprises allocation information on the at least one TDD SP, and the method characterized by comprising: transmitting the ACK information to the AP in the at least one TDD SP (S1930), wherein in the at least TDD SP, a TDD SP for the ACK information is allocated to a TDD SP directly after TDD SPs for downlink, DL, data and uplink, UL, data. receiving, from an access point, AP, , time division duplex, TDD, allocation information for one service period, SP, (S1910); wherein the one SP comprises at least one TDD slot, wherein one TDD slot comprises at least one TDD SP, and wherein the TDD allocation information comprises allocation information on the at least one TDD SP, and the method characterized by comprising: transmitting the ACK information to the AP in the at least one TDD SP (S1930), wherein in the at least TDD SP, a TDD SP for the ACK information is allocated to a TDD SP directly after TDD SPs for downlink, DL, data and uplink, UL, data. transmitting the ACK information to the AP in the at least one TDD SP (S1930), wherein in the at least TDD SP, a TDD SP for the ACK information is allocated to a TDD SP directly after TDD SPs for downlink, DL, data and uplink, UL, data.
A bearing assembly configured to be mounted to a shaft with a rotation axis, wherein the bearing assembly comprises: - an outer ring ; - an inner ring comprising - a portion located axially outside of the outer ring ; and - ball slots passing radially through said portion; - a retaining ring placed on said portion, wherein the retaining ring comprises a conical inner surface which conical inner surface faces the ball slots ; - disc springs placed on said portion, the disc springs abutting the retaining ring ; and - retaining balls which are placed in the ball slots configured to exert radial force on the shaft in order to fix the bearing to the shaft, the radial force resulting from the disc springs pushing the retaining ring such that the conical surface of the retaining ring exerts radial force on the retaining balls . - an outer ring ; - an inner ring comprising - a portion located axially outside of the outer ring ; and - ball slots passing radially through said portion; - a portion located axially outside of the outer ring ; and - ball slots passing radially through said portion; - a retaining ring placed on said portion, wherein the retaining ring comprises a conical inner surface which conical inner surface faces the ball slots ; - disc springs placed on said portion, the disc springs abutting the retaining ring ; and - retaining balls which are placed in the ball slots configured to exert radial force on the shaft in order to fix the bearing to the shaft, the radial force resulting from the disc springs pushing the retaining ring such that the conical surface of the retaining ring exerts radial force on the retaining balls .
A combine harvester comprising: - a grain pan and a cleaning shoe , said grain pan upstream of the cleaning shoe and arranged to catch a crop stream, the grain pan being driven in an oscillating manner to convey the crop stream rearwardly to a rear edge from where it falls into the cleaning shoe ; - a cleaning unit comprising a fan for generating a cleaning airstream which is directed under the rear edge ; Z wherein the grain pan comprises a transversely corrugated or rippled surface and a plurality of longitudinal gullies , characterised in that the longitudinal gullies have J Z a curved profile. - a grain pan and a cleaning shoe , said grain pan upstream of the cleaning shoe and arranged to catch a crop stream, the grain pan being driven in an oscillating manner to convey the crop stream rearwardly to a rear edge from where it falls into the cleaning shoe ; - a cleaning unit comprising a fan for generating a cleaning airstream which is directed under the rear edge ;
A method in a user equipment, UE, for performing random access, RA, to connect to a wireless access network, the method comprising: determining that a second random access, RA, procedure is triggered during a first RA procedure that is ongoing; determining that an RA response, RAR, message for the first RA procedure has not been received upon determining that the second RA procedure is triggered; combining the second RA procedure and the first RA procedure ; and transmitting a combined RA message for the combined first RA procedure and second RA procedure at any RA transmission occasions for the first RA procedure or the second RA procedure . determining that a second random access, RA, procedure is triggered during a first RA procedure that is ongoing; determining that an RA response, RAR, message for the first RA procedure has not been received upon determining that the second RA procedure is triggered; combining the second RA procedure and the first RA procedure ; and transmitting a combined RA message for the combined first RA procedure and second RA procedure at any RA transmission occasions for the first RA procedure or the second RA procedure .
A respiration guidance device comprising: - an outer casing configured to change shape; and - a drive unit located within the outer casing and configured to change the shape of the outer casing according to a desired breathing pattern; and wherein the outer casing comprises at least one slit dividing the outer casing into at least one portion displaceable with respect to a remaining portion of the outer casing; wherein the drive unit is configured to change the shape of the outer casing by displacing the at least one portion , wherein the drive unit comprises a camshaft (411-412) for translating a rotational movement into the displacement of the outer casing, wherein the drive unit further comprises at least one cantilever for transforming the movement of the camshaft (411-412) into the displacement of the outer casing, wherein the at least one cantilever is configured to engage with the at least one portion at one end and to engage with the camshaft (411-412) at the other end , wherein the at least one cantilever is configured to disengage from the cam upon exerting an external pressure on the outer casing. - an outer casing configured to change shape; and - a drive unit located within the outer casing and configured to change the shape of the outer casing according to a desired breathing pattern; and wherein the outer casing comprises at least one slit dividing the outer casing into at least one portion displaceable with respect to a remaining portion of the outer casing; wherein the drive unit is configured to change the shape of the outer casing by displacing the at least one portion , wherein the drive unit comprises a camshaft (411-412) for translating a rotational movement into the displacement of the outer casing, wherein the drive unit further comprises at least one cantilever for transforming the movement of the camshaft (411-412) into the displacement of the outer casing, wherein the at least one cantilever is configured to engage with the at least one portion at one end and to engage with the camshaft (411-412) at the other end , wherein the at least one cantilever is configured to disengage from the cam upon exerting an external pressure on the outer casing.
A method for displaying modal progress dialogs on a display based on expected durations of processing action requests, implemented by a processor, comprising: receiving an action request associated with a resource; processing the action on the resource; determining, by a progress manager , when a progress dialog is to be displayed, the determination triggered by an expected duration of processing the action request; displaying the progress dialog on a display when the determination is triggered; and returning a result of the action request; where the expected duration is a function of the location of the resource. receiving an action request associated with a resource; processing the action on the resource; determining, by a progress manager , when a progress dialog is to be displayed, the determination triggered by an expected duration of processing the action request; displaying the progress dialog on a display when the determination is triggered; and returning a result of the action request; where the expected duration is a function of the location of the resource.
Sports ball comprising a. a surface layer ; b. a lattice structure (100; 20; 300; 40; 50; 60; 70; 1100) extending below the surface layer , wherein the lattice structure (100; 20 300; 40; 50, 60; 70; 1100) comprises a plurality of lattice cells comprising radially extending elements (130; 230; 330; 630; 730; 1130); c. wherein the radially extending elements extend essentially radially; d. wherein at least the lattice cells which are adjacent to the surface layer have at least one dimension which is smaller than 5 cm; and e. wherein the plurality of lattice cells comprises a predetermined order. a. a surface layer ; b. a lattice structure (100; 20; 300; 40; 50; 60; 70; 1100) extending below the surface layer , wherein the lattice structure (100; 20 300; 40; 50, 60; 70; 1100) comprises a plurality of lattice cells comprising radially extending elements (130; 230; 330; 630; 730; 1130); c. wherein the radially extending elements extend essentially radially; d. wherein at least the lattice cells which are adjacent to the surface layer have at least one dimension which is smaller than 5 cm; and e. wherein the plurality of lattice cells comprises a predetermined order.
An aggregate of carbon-based microstructures in which carbon nanotubes are assembled together, wherein the carbon nanotubes are aligned in one direction and are bundled together along the direction of alignment to make up filamentous structures, and the filamentous structures are bundled to be assembled together to form a rope of 20 cm or more in length, or the carbon nanotubes are aligned in one direction and are bundled together along the direction of alignment to make up filamentous structures, and the filamentous structures are bundled to be assembled together to form a rope of 20 cm or more in length and the filamentous structures are also bundled to be assembled together along a direction perpendicular to the direction of alignment to form a sheet, wherein the carbon nanotubes are surrounded by an amorphous carbon layer whose thickness is no greater than 10% of a diameter of the carbon nanotubes, wherein the carbon nanotubes have a diameter of 10 nm to 20 nm, and wherein the carbon nanotubes include no more than 10 defects in a portion 1 μm long.
A controller for controlling a pump system including a user-interface and a motor , the controller comprising: a user-interface input configured to be electrically coupled to the user-interface; a serial communication input ; a digital input having a plurality of digital input pins; a processor ; and a computer readable memory storing instructions that, when executed by the processor, cause the controller to assign a priority to the serial communication input and assign another priority to the digital input ; simultaneously receive a first operating signal from the serial communication input and a second operating signal from the digital input, and provide for control of the motor based on one selected from the group consisting of the first operating signal and the second operating signal, the selection based on a priority control algorithm, wherein the priority control algorithm selects the operating signal from the input with the highest priority. a user-interface input configured to be electrically coupled to the user-interface; a serial communication input ; a digital input having a plurality of digital input pins; a processor ; and a computer readable memory storing instructions that, when executed by the processor, cause the controller to assign a priority to the serial communication input and assign another priority to the digital input ; simultaneously receive a first operating signal from the serial communication input and a second operating signal from the digital input, and provide for control of the motor based on one selected from the group consisting of the first operating signal and the second operating signal, the selection based on a priority control algorithm, wherein the priority control algorithm selects the operating signal from the input with the highest priority. simultaneously receive a first operating signal from the serial communication input and a second operating signal from the digital input, and provide for control of the motor based on one selected from the group consisting of the first operating signal and the second operating signal, the selection based on a priority control algorithm, wherein the priority control algorithm selects the operating signal from the input with the highest priority.
A method of re-identifying a rough gemstone, the method comprising: providing a 3D model (R3D) of a first rough gemstone; characterized by generating a series of virtual 2D silhouette images (Ra, Rb, Rc) of the 3D model; processing each 2D image of the series of virtual 2D silhouette images to obtain a dataset associated with the first rough gemstone; comparing the dataset of the first rough gemstone with an existing dataset of a rough gemstone; and where the dataset of the first rough gemstone and the existing dataset match each other, re-identifying the first rough gemstone as the same rough gemstone from which the existing dataset was obtained. providing a 3D model (R3D) of a first rough gemstone; characterized by generating a series of virtual 2D silhouette images (Ra, Rb, Rc) of the 3D model; processing each 2D image of the series of virtual 2D silhouette images to obtain a dataset associated with the first rough gemstone; comparing the dataset of the first rough gemstone with an existing dataset of a rough gemstone; and where the dataset of the first rough gemstone and the existing dataset match each other, re-identifying the first rough gemstone as the same rough gemstone from which the existing dataset was obtained.
A personal care device drive unit, comprising a main body ; a motor arranged in the main body; a connection interface arranged on the main body, adapted to enable connection of any selected one of a set of different functional units to the main body so as to enable driving of a movable functional component of the selected one of the set of different functional units by the motor; a current sensor for measuring at least one current parameter relating to an electric current driving the motor; and a controller adapted to generate an output signal associated with the selected one of the set of different functional units; characterized in that : the personal care device drive unit further comprises a vibration sensor arranged in the main body for measuring at least one vibration parameter relating to a vibration of the main body during driving of the selected one of the set of different functional units when connected to the main body; and the controller is adapted to generate the output signal associated with the selected one of the set of different functional units in dependence on a value of the at least one current parameter measured by the current sensor and a value of the at least one vibration parameter measured by the vibration sensor. a main body ; a motor arranged in the main body; a connection interface arranged on the main body, adapted to enable connection of any selected one of a set of different functional units to the main body so as to enable driving of a movable functional component of the selected one of the set of different functional units by the motor; a current sensor for measuring at least one current parameter relating to an electric current driving the motor; and a controller adapted to generate an output signal associated with the selected one of the set of different functional units; characterized in that : the personal care device drive unit further comprises a vibration sensor arranged in the main body for measuring at least one vibration parameter relating to a vibration of the main body during driving of the selected one of the set of different functional units when connected to the main body; and the controller is adapted to generate the output signal associated with the selected one of the set of different functional units in dependence on a value of the at least one current parameter measured by the current sensor and a value of the at least one vibration parameter measured by the vibration sensor. the personal care device drive unit further comprises a vibration sensor arranged in the main body for measuring at least one vibration parameter relating to a vibration of the main body during driving of the selected one of the set of different functional units when connected to the main body; and the controller is adapted to generate the output signal associated with the selected one of the set of different functional units in dependence on a value of the at least one current parameter measured by the current sensor and a value of the at least one vibration parameter measured by the vibration sensor.