mhurhangee/patent-ind-claim-en huggingface dataset:
A tire tread wear system comprising: a plurality of vehicle sensors ; and a processor comprising: a geometrical model configured to collect data from the plurality of vehicle sensors to determine a dynamic rolling radius of a tire and output a tread wear estimation based on the dynamic rolling radius of the tire; characterised in that the processor further comprises: a control module configured to determine a tire event, a machine learning model configured to collect data from the plurality of vehicle sensors and output a tread wear estimation based on a correlation of the tread wear estimation output from the geometrical model and a plurality of data instances with a tire tread state; and a logic switch configured to activate the geometrical model and the machine learning model . a plurality of vehicle sensors ; and a processor comprising: a geometrical model configured to collect data from the plurality of vehicle sensors to determine a dynamic rolling radius of a tire and output a tread wear estimation based on the dynamic rolling radius of the tire; characterised in that the processor further comprises: a control module configured to determine a tire event, a machine learning model configured to collect data from the plurality of vehicle sensors and output a tread wear estimation based on a correlation of the tread wear estimation output from the geometrical model and a plurality of data instances with a tire tread state; and a logic switch configured to activate the geometrical model and the machine learning model . a control module configured to determine a tire event, a machine learning model configured to collect data from the plurality of vehicle sensors and output a tread wear estimation based on a correlation of the tread wear estimation output from the geometrical model and a plurality of data instances with a tire tread state; and a logic switch configured to activate the geometrical model and the machine learning model .
Escalator or moving walkway having two access regions each with a comb plate and a conveying region arranged between the access regions , which conveying region extends in its length between the two comb plates of the access regions and is bounded transversely to its length by balustrades and balustrade bases of the escalator or moving walkway, wherein at least one projection projecting into the conveying region is arranged at at least one stationary part of the escalator or moving walkway, wherein at least one monitoring sensor is arranged at least partly in at least one projection characterised in that the monitoring sensor serves for monitoring an associated access region .
A multi-sided controlling device , comprising: a housing having a first side and a second side, wherein the first side has a first set of activable key elements and the second side has a second set of activable key elements , a first IR transmitter and a second IR transmitter ; and a processing device having associated programming which is configured to use a received signal to select a single one of the first IR transmitter and the second IR transmitter and which is configured to cause the selected single one of the first IR transmitter and the second IR transmitter to generate an IR transmission signal corresponding to an activated one or more of the first set of activable key elements of the first side of the housing or an activated one or more of the second set of activable key elements of the second side of the housing; and a sensor , coupled to the processing device , for generating the received signal whereby the processing device uses the received signal to select the single one of the first IR transmitter and the second IR transmitter , characterized in that the sensor comprises an orientation sensor. a housing having a first side and a second side, wherein the first side has a first set of activable key elements and the second side has a second set of activable key elements , a first IR transmitter and a second IR transmitter ; and a processing device having associated programming which is configured to use a received signal to select a single one of the first IR transmitter and the second IR transmitter and which is configured to cause the selected single one of the first IR transmitter and the second IR transmitter to generate an IR transmission signal corresponding to an activated one or more of the first set of activable key elements of the first side of the housing or an activated one or more of the second set of activable key elements of the second side of the housing; and a sensor , coupled to the processing device , for generating the received signal whereby the processing device uses the received signal to select the single one of the first IR transmitter and the second IR transmitter , characterized in that the sensor comprises an orientation sensor.
A transformer comprising: a main housing a split magnetic core having a first core segment and a second core segment , the first core segment being disposed within the main housing and the second core segment being disposed external to the main housing; and at least one coil wrapped around the first core segment, wherein a gap between the first and second core segments is configured to be manipulated to adjust an inductance of the split magnetic core, wherein the at least one coil has a coil arrangement that includes a grounding coil layer and at least one step-up coil layer , characterised in that the grounding coil layer is formed by a wire that is wrapped about a core mandrel surrounding a portion of the first core segment in more than one direction, wherein the grounding wire is wound such that a total number of turns of the grounding coil in the clockwise direction along the length of the core mandrel is equal to or substantially equal to a total number of turns in the counter clockwise direction along the length of the core mandrel for the course of grounding wire. a main housing a split magnetic core having a first core segment and a second core segment , the first core segment being disposed within the main housing and the second core segment being disposed external to the main housing; and at least one coil wrapped around the first core segment, wherein a gap between the first and second core segments is configured to be manipulated to adjust an inductance of the split magnetic core, wherein the at least one coil has a coil arrangement that includes a grounding coil layer and at least one step-up coil layer , characterised in that the grounding coil layer is formed by a wire that is wrapped about a core mandrel surrounding a portion of the first core segment in more than one direction, wherein the grounding wire is wound such that a total number of turns of the grounding coil in the clockwise direction along the length of the core mandrel is equal to or substantially equal to a total number of turns in the counter clockwise direction along the length of the core mandrel for the course of grounding wire.
An optical assembly, the optical assembly comprising: an interdigital capacitor consisting of an electrically conductive trace ; one or more electrical contacts in electrical connection with the conductive trace ; and an insulating layer covering at least a portion of the interdigital capacitor, wherein the one or more electrical contacts and a portion of the insulating layer are configured to receive conductive adhesive suitable for providing electrical connection to the one or more electrical contacts , and wherein the optical assembly further comprises a metallic shielding layer positioned between the conductive trace and the portion of the insulating layer configured to receive the conductive adhesive . an interdigital capacitor consisting of an electrically conductive trace ; one or more electrical contacts in electrical connection with the conductive trace ; and an insulating layer covering at least a portion of the interdigital capacitor, wherein the one or more electrical contacts and a portion of the insulating layer are configured to receive conductive adhesive suitable for providing electrical connection to the one or more electrical contacts , and wherein the optical assembly further comprises a metallic shielding layer positioned between the conductive trace and the portion of the insulating layer configured to receive the conductive adhesive .
A user input device comprising: a radio frequency radiator circuitry comprising an elongated radio frequency resonator configured to generate an electromagnetic field extending from the radio frequency resonator; a measurement circuitry configured to measure an electric property of the radio frequency resonator that changes in response to a change in a proximate location of an object along the elongated radio frequency resonator when the radio frequency resonator is generating the electromagnetic field; and a database mapping a plurality of measurement values of the electric property of the radio frequency resonator to respective location indices along the elongated radio frequency resonator; and a processing circuitry configured to determine, on the basis of the measured electric property and the database, a location of the object along the elongated radio frequency resonator and to convert the measured electric property into a user input command. a radio frequency radiator circuitry comprising an elongated radio frequency resonator configured to generate an electromagnetic field extending from the radio frequency resonator; a measurement circuitry configured to measure an electric property of the radio frequency resonator that changes in response to a change in a proximate location of an object along the elongated radio frequency resonator when the radio frequency resonator is generating the electromagnetic field; and a database mapping a plurality of measurement values of the electric property of the radio frequency resonator to respective location indices along the elongated radio frequency resonator; and a processing circuitry configured to determine, on the basis of the measured electric property and the database, a location of the object along the elongated radio frequency resonator and to convert the measured electric property into a user input command.
A packaging system comprising: first and second box parts , wherein one of the first and second box parts is fittable within the other of the first and second box parts; the first box part comprising an aperture and a latch slidably disposed within the aperture ; the second box part comprising a channel that comprises: a locking channel segment ; and an assembly channel segment ; wherein the latch is configured to slide within the aperture and the locking channel segment between first and second positions, wherein: in the first position, the latch is aligned with the assembly channel segment and is disposed within the locking channel segment , the latch thereby being able to slide within the assembly channel segment to allow the first box part to be moved with respect to the second box part ; in the second position, the latch is disposed within the locking channel segment but is not aligned with the assembly channel segment such that the latch cannot slide within the assembly channel segment , the latch thereby preventing the first box part from moving with respect to the second box part . first and second box parts , wherein one of the first and second box parts is fittable within the other of the first and second box parts; the first box part comprising an aperture and a latch slidably disposed within the aperture ; the second box part comprising a channel that comprises: a locking channel segment ; and an assembly channel segment ; wherein a locking channel segment ; and an assembly channel segment ; wherein the latch is configured to slide within the aperture and the locking channel segment between first and second positions, wherein: in the first position, the latch is aligned with the assembly channel segment and is disposed within the locking channel segment , the latch thereby being able to slide within the assembly channel segment to allow the first box part to be moved with respect to the second box part ; in the second position, the latch is disposed within the locking channel segment but is not aligned with the assembly channel segment such that the latch cannot slide within the assembly channel segment , the latch thereby preventing the first box part from moving with respect to the second box part . in the first position, the latch is aligned with the assembly channel segment and is disposed within the locking channel segment , the latch thereby being able to slide within the assembly channel segment to allow the first box part to be moved with respect to the second box part ; in the second position, the latch is disposed within the locking channel segment but is not aligned with the assembly channel segment such that the latch cannot slide within the assembly channel segment , the latch thereby preventing the first box part from moving with respect to the second box part .
A molding method for molding a composite material by disposing a reinforcing base material within a cavity of an openable/closable molding die , injecting resin into the cavity , and curing the resin, comprising: causing a support member to penetrate the reinforcing base material and disposing the support member such that at least one end portion projects from the reinforcing base material; disposing the reinforcing base material and the support member within the cavity; closing the molding die and bringing the at least one end portion of the support member in contact with the wall surfaces of the molding die that form the cavity; and injecting the resin into the cavity from an injection port of the molding die while maintaining the state in which the at least one end portion of the support member is in contact with the wall surface; characterized in that a gap (G) is formed in at least a portion of the space between the reinforcing base material and the wall surfaces of the molding die by the at least one end portion of the support member during the injecting of the resin; wherein the support member is provided with a property of softening with heat, and the molding die is closed further and at least a portion of the support member is crushed in a direction in which the molding die is closed after the injecting of the resin. causing a support member to penetrate the reinforcing base material and disposing the support member such that at least one end portion projects from the reinforcing base material; disposing the reinforcing base material and the support member within the cavity; closing the molding die and bringing the at least one end portion of the support member in contact with the wall surfaces of the molding die that form the cavity; and injecting the resin into the cavity from an injection port of the molding die while maintaining the state in which the at least one end portion of the support member is in contact with the wall surface; characterized in that a gap (G) is formed in at least a portion of the space between the reinforcing base material and the wall surfaces of the molding die by the at least one end portion of the support member during the injecting of the resin; wherein the support member is provided with a property of softening with heat, and the molding die is closed further and at least a portion of the support member is crushed in a direction in which the molding die is closed after the injecting of the resin.
A method comprising: (a) providing erythrocytes in a blood anti-coagulant solution; (b) dialyzing the erythrocyte-containing solution in (a) against a hypotonic dialysis buffer having an osmolality ranging from 50-70 mOsm/kg to cause pores in the erythrocyte to open; (c) combining the dialyzed solution in (b) with at least one fluorescent dye which is indocyanine green dye and a substance that inhibits destructive formation of ice crystals; and (d) combining the dye and substance containing solution in (c) with a resealing solution having an osmolality of at least 1000 mOsm/kg , thereby causing the erythrocyte pores to close and entrap the at least one fluorescent dye and the substance within the erythrocytes; further comprising the step of (d-1) freeze-drying the erythrocytes containing the entrapped fluorescent dye and the substance. (a) providing erythrocytes in a blood anti-coagulant solution; (b) dialyzing the erythrocyte-containing solution in (a) against a hypotonic dialysis buffer having an osmolality ranging from 50-70 mOsm/kg to cause pores in the erythrocyte to open; (c) combining the dialyzed solution in (b) with at least one fluorescent dye which is indocyanine green dye and a substance that inhibits destructive formation of ice crystals; and (d) combining the dye and substance containing solution in (c) with a resealing solution having an osmolality of at least 1000 mOsm/kg
A method of vertically assembling a generator of a wind turbine, which method comprises the steps of - providing a horizontal assembly support for supporting components of the generator such that a rotational axis (R) of a component is essentially vertical during assembly, which assembly support comprises an essentially horizontal upper surface of an assembly table comprising an access opening shaped according to an opening of the rotor part and a number of essentially vertical supporting columns , and wherein the assembly support is realised to allow access to an interior of a generator component during the assembly procedure; - arranging a rotor part on the horizontal assembly support ; - arranging a stator part in the rotor part , wherein the step of arranging the stator part in the rotor part comprises the step of lowering the stator part into the rotor part ; and - joining the stator part to the rotor part . - providing a horizontal assembly support for supporting components of the generator such that a rotational axis (R) of a component is essentially vertical during assembly, which assembly support comprises an essentially horizontal upper surface of an assembly table comprising an access opening shaped according to an opening of the rotor part and a number of essentially vertical supporting columns , and wherein the assembly support is realised to allow access to an interior of a generator component during the assembly procedure; - arranging a rotor part on the horizontal assembly support ; - arranging a stator part in the rotor part , wherein the step of arranging the stator part in the rotor part comprises the step of lowering the stator part into the rotor part ; and - joining the stator part to the rotor part .
A motor stator , comprising: a stator core , wherein an outer surface of the stator core is connected to an inner surface of the stator core through a plurality of stator slots; and at least one flux winding , wherein the flux winding is nested in the plurality of stator slots, and is configured to generate an alternating flux when a current is applied, wherein the flux winding comprises a plurality of first parts, a plurality of second parts, and a plurality of third parts, and the plurality of first parts and the plurality of third parts are alternately arranged in sequence, and are connected by using the plurality of second parts; the first part is a part that is of the flux winding and that is located on the outer surface of the stator core , the second part is a part that is of the flux winding and that is embedded into the stator slot, and the third part is a part that is of the flux winding and that is located on the inner surface of the stator core , and the stator slot comprises a first surface that is close to an adjacent stator slot; characterized in that the motor stator comprises permanent magnets , each of the permanent magnets are disposed on one of the first surfaces, and is configured to generate a permanent magnet flux, wherein a direction of the permanent magnet flux is perpendicular to a direction of an alternating flux generated by the flux winding . a stator core , wherein an outer surface of the stator core is connected to an inner surface of the stator core through a plurality of stator slots; and at least one flux winding , wherein the flux winding is nested in the plurality of stator slots, and is configured to generate an alternating flux when a current is applied, wherein the flux winding comprises a plurality of first parts, a plurality of second parts, and a plurality of third parts, and the plurality of first parts and the plurality of third parts are alternately arranged in sequence, and are connected by using the plurality of second parts; the first part is a part that is of the flux winding and that is located on the outer surface of the stator core , the second part is a part that is of the flux winding and that is embedded into the stator slot, and the third part is a part that is of the flux winding and that is located on the inner surface of the stator core , and the stator slot comprises a first surface that is close to an adjacent stator slot; characterized in that the motor stator comprises permanent magnets , each of the permanent magnets are disposed on one of the first surfaces, and is configured to generate a permanent magnet flux, wherein a direction of the permanent magnet flux is perpendicular to a direction of an alternating flux generated by the flux winding .
A container, in particular for a consumable good, wherein the inner surface of the container is at least partially coated with a coating layer wherein the coating layer comprises antioxidant, wherein the antioxidant is selected from one or more of the group of vitamins, vitamins cofactors, hormones, carotenoid terpenoids, natural or synthetic phenols and polyphenols other than resveratrol, including flavonoids, phenolic acids and their esters and non-flavonoid phenolics, characterized in that a concentration of antioxidant differs through a cross-section of the coating layer, and wherein the container has a container wall with a thickness from 0.1 micrometer to 10 millimeters.
A sheet feeding device comprising: a conveyance rotator configured to convey a sheet in a sheet feeding direction; a separation rotator configured to sandwich the sheet together with the conveyance rotator ; a torque applier configured to apply a reverse torque to the separation rotator in a sheet reversing direction to reverse the sheet; a torque control circuit configured to control the reverse torque applied to the separation rotator to be equal to or less than a given value; and a torque transmission switcher configured to switch, between a transmission state and a non-transmission state, a state of a torque transmission path between the torque applier and the separation rotator , the transmission state being a state in which the reverse torque is transmitted, the non-transmission state being a state in which the reverse torque is not transmitted, characterised in that the torque control circuit is configured to change a magnitude of the reverse torque applied by the torque applier , depending on the state of the torque transmission path switched between the non-transmission state and the transmission state. a conveyance rotator configured to convey a sheet in a sheet feeding direction; a separation rotator configured to sandwich the sheet together with the conveyance rotator ; a torque applier configured to apply a reverse torque to the separation rotator in a sheet reversing direction to reverse the sheet; a torque control circuit configured to control the reverse torque applied to the separation rotator to be equal to or less than a given value; and a torque transmission switcher configured to switch, between a transmission state and a non-transmission state, a state of a torque transmission path between the torque applier and the separation rotator , the transmission state being a state in which the reverse torque is transmitted, the non-transmission state being a state in which the reverse torque is not transmitted, characterised in that the torque control circuit is configured to change a magnitude of the reverse torque applied by the torque applier , depending on the state of the torque transmission path switched between the non-transmission state and the transmission state.