mhurhangee/patent-ind-claim-en huggingface dataset:
Method for associating identification information with a tyre being processed, comprising: associating an RFID tag with said tyre being processed; executing, either before or during the building of said tyre being processed, a first operation of reading said RFID tag in order to obtain a first identification code (ID1) from said RFID tag ; at the end of said building and prior to curing said tyre being processed, executing a second reading operation in order to obtain a second identification code (ID2); further characterized by : activating a processor in order to make a comparison between said first identification code (ID1) and said second identification code (ID2); if said first identification code (ID1) matches said second identification code (ID2), activating an RFID tag writing device for executing a writing operation in order to write identification information (X) of said tyre being processed on said RFID tag . associating an RFID tag with said tyre being processed; executing, either before or during the building of said tyre being processed, a first operation of reading said RFID tag in order to obtain a first identification code (ID1) from said RFID tag ; at the end of said building and prior to curing said tyre being processed, executing a second reading operation in order to obtain a second identification code (ID2); further characterized by : activating a processor in order to make a comparison between said first identification code (ID1) and said second identification code (ID2); if said first identification code (ID1) matches said second identification code (ID2), activating an RFID tag writing device for executing a writing operation in order to write identification information (X) of said tyre being processed on said RFID tag . activating a processor in order to make a comparison between said first identification code (ID1) and said second identification code (ID2); if said first identification code (ID1) matches said second identification code (ID2), activating an RFID tag writing device for executing a writing operation in order to write identification information (X) of said tyre being processed on said RFID tag .
A shaving head comprising: a housing having a plurality of openings , at least one component coupled with the housing ; and at least one retainer coupled with the housing , said retainer comprising an ear on each side of the retainer , the at least one retainer securing the at least one component in the housing ; wherein, the at least one retainer being a bar, and the at least one retainer being received in the corresponding openings in the housing , characterized in that , the ear on each side of the at least one retainer is configured to be compressed for insertion in the corresponding openings in the housing . a housing having a plurality of openings , at least one component coupled with the housing ; and at least one retainer coupled with the housing , said retainer comprising an ear on each side of the retainer , the at least one retainer securing the at least one component in the housing ; wherein, the at least one retainer being a bar, and the at least one retainer being received in the corresponding openings in the housing , characterized in that , the ear on each side of the at least one retainer is configured to be compressed for insertion in the corresponding openings in the housing .
A room atmosphere handling arrangement for provision in a building automation system, the arrangement comprising: a manoeuvrable actuation element for influencing the atmosphere of a room and being actuatable to activate a basic atmosphere function and moveable along a direction of movement (DM) above an information projection surface , a projector housing on top of the information projection surface and comprising at least one projector , and a control unit configured to detect a user made options selection actuation of the manoeuvrable actuation element and control, based on said detection, the at least one projector to project information on the information projection surface aligned with the direction of movement (DM) of the manoeuvrable actuation element, characterised in that the control unit when controlling said at least one projector to project information is further configured to present information about a number of actuator options (O1, O2, O3, O4, O 5 ), detect the position of the actuation element along the direction of movement (DM) and select an option corresponding to the detected position. a manoeuvrable actuation element for influencing the atmosphere of a room and being actuatable to activate a basic atmosphere function and moveable along a direction of movement (DM) above an information projection surface , a projector housing on top of the information projection surface and comprising at least one projector , and a control unit configured to detect a user made options selection actuation of the manoeuvrable actuation element and control, based on said detection, the at least one projector to project information on the information projection surface aligned with the direction of movement (DM) of the manoeuvrable actuation element, characterised in that the control unit when controlling said at least one projector to project information is further configured to present information about a number of actuator options (O1, O2, O3, O4, O 5 ), detect the position of the actuation element along the direction of movement (DM) and select an option corresponding to the detected position.
A method comprising: receiving, by a wireless device, configuration parameters indicating duration values for skipping physical downlink control channel, PDCCH, monitoring on a bandwidth part, BWP, wherein the duration values are derived from: a plurality of first values in response to the BWP having a first subcarrier spacing, SCS; and a plurality of second values in response to the BWP having a second SCS, wherein each value of the plurality of second values is equal to multiplication of a respective value, of the plurality of first values, and a same granularity value per SCS; receiving a downlink control information, DCI, indicating skipping PDCCH monitoring on the BWP for a time duration based on a duration value of the duration values; and skipping monitoring the PDCCH on the BWP for the time duration based on the DCI. a plurality of first values in response to the BWP having a first subcarrier spacing, SCS; and a plurality of second values in response to the BWP having a second SCS, wherein each value of the plurality of second values is equal to multiplication of a respective value, of the plurality of first values, and a same granularity value per SCS; receiving a downlink control information, DCI, indicating skipping PDCCH monitoring on the BWP for a time duration based on a duration value of the duration values; and skipping monitoring the PDCCH on the BWP for the time duration based on the DCI.
Apparatus designed to determine and/or to monitor at least a limit value of a process variable of a medium in a vessel , with at least a sensor unit designed to record a measured value that depends on the process variable and with at least one electronics unit designed to generate a measuring signal (S) that depends on the process variable, characterized in that the apparatus is designed to draw energy via a voltage output and a digital input of a recording apparatus or of a process control system , in that the apparatus comprises a voltage control apparatus , which connects the voltage output to the digital input , and in that the voltage control apparatus is designed to regulate the terminal voltage of the apparatus depending on the measuring signal (S).
A tissue capture anchor for attaching tissue to bone, the anchor comprising: an anchor body comprising: a distal end and proximal end , a central hole and at least two expandable tines ; and a spreader configured to fit within the anchor body , the spreader comprising: a distal end and a proximal end , a pointed tip configured to spear tissue; and an angled portion configured to force the expandable tines outward as the spreader is moved relative to the anchor body , wherein in an unexpanded position of the tissue capture anchor the spreader is slightly inserted in the central hole at the distal end of the anchor body and, wherein in an expanded position of the tissue capture anchor the spreader has been drawn up into the anchor body causing the tines to expand from the distal end of the anchor body . an anchor body comprising: a distal end and proximal end , a central hole and at least two expandable tines ; and a spreader configured to fit within the anchor body , the spreader comprising: a distal end and a proximal end , a pointed tip configured to spear tissue; and an angled portion configured to force the expandable tines outward as the spreader is moved relative to the anchor body , wherein in an unexpanded position of the tissue capture anchor the spreader is slightly inserted in the central hole at the distal end of the anchor body and, wherein in an expanded position of the tissue capture anchor the spreader has been drawn up into the anchor body causing the tines to expand from the distal end of the anchor body .
Cushion supply system for a logistic centre, comprising a cushion source for providing cushion products, several packing stations (101, 201, 301, x01), at which containers can be loaded with goods and filled with cushion products, and a cushion transport system for conveying the cushion products from the cushion source to the packing stations (101, 201, 301, x01), wherein the one cushion source is configured for supplying the several packing stations (101, 201, 301, x01), wherein the cushion transport system comprises a main conveyor line and at least one deflection device for feeding at least one cushion product from the main conveyor line to at least one packing station (101, 201, 301, x01), characterised in that the deflection device is realised as a switch configured for at least partially lifting feed of at least one cushion product to at least one packing station (101, 201, 301, x01).
A system for measuring vibration of a rotating shaft including: a probe sensor having a temperature and humidity compensation sensor and a housing, said housing including a first cradle opening and a second cradle opening ; an ultrasonic speaker , said ultrasonic speaker being positioned in said first cradle opening and configured to transmit an ultrasonic signal toward said rotating shaft ; an ultrasonic microphone , said ultrasonic microphone located within said second cradle opening and configured to receive a reflected ultrasonic signal from said rotating shaft ; and a probe analyzer circuit comprising a microcomputer , said microcomputer being operable to: (i) perform vibration analysis and probe health diagnostics and (ii) generate probe signal loss, carrier frequency loss and demodulator power loss diagnostic data. a probe sensor having a temperature and humidity compensation sensor and a housing, said housing including a first cradle opening and a second cradle opening ; an ultrasonic speaker , said ultrasonic speaker being positioned in said first cradle opening and configured to transmit an ultrasonic signal toward said rotating shaft ; an ultrasonic microphone , said ultrasonic microphone located within said second cradle opening and configured to receive a reflected ultrasonic signal from said rotating shaft ; and a probe analyzer circuit comprising a microcomputer , said microcomputer being operable to: (i) perform vibration analysis and probe health diagnostics and (ii) generate probe signal loss, carrier frequency loss and demodulator power loss diagnostic data.
An apparatus for wireless communication, comprising: means for receiving at a first frequency a synchronization signal block that indicates a second frequency of a control resource set relative to the synchronization signal block, SSB , wherein the second frequency is based at least in part on a combination of a first parameter associated with a first portion of the synchronization signal block and a second parameter associated with a second portion of the synchronization signal block, wherein the first parameter is a frequency offset derived from an information element, IE, in a master information block, MIB, of the SSB and wherein the second parameter is equal 1 if a spare bit in the MIB is o and is equal a number greater than 1 if the spare bit is 1, and wherein the second frequency is calculated as the first frequency plus the first parameter multiplied with the second parameter; means for monitoring the control resource set at the indicated second frequency for a downlink control channel transmission; and means for receiving system information based at least in part on the downlink control channel transmission. means for receiving at a first frequency a synchronization signal block that indicates a second frequency of a control resource set relative to the synchronization signal block, SSB , wherein the second frequency is based at least in part on a combination of a first parameter associated with a first portion of the synchronization signal block and a second parameter associated with a second portion of the synchronization signal block, wherein the first parameter is a frequency offset derived from an information element, IE, in a master information block, MIB, of the SSB and wherein the second parameter is equal 1 if a spare bit in the MIB is o and is equal a number greater than 1 if the spare bit is 1, and wherein the second frequency is calculated as the first frequency plus the first parameter multiplied with the second parameter; means for monitoring the control resource set at the indicated second frequency for a downlink control channel transmission; and means for receiving system information based at least in part on the downlink control channel transmission.
Agricultural machine for working the soil or for sowing seeds having a trailed chassis and work elements distributed over a transverse beam comprising a central section provided with wheels and two side sections extending on either side of the said central section during work, each end of the said central section rests on the ground via a wheel , each side section consists of an extension arm and of an intermediate arm , the said extension arm is connected to the said intermediate arm by means of a horizontal articulation with a substantially horizontal axis and directed in the direction of advance at work and each intermediate arm is connected to the said chassis via a vertical articulation and carries at least one work element , characterized in that one of the work elements of the extension arm extends substantially under the horizontal articulation , that each work element of the intermediate arm is mounted on the intermediate arm by means of a support and that the said support achieves guidance for the extension arm upon its pivoting around the horizontal articulation .
A method for producing polypropylene-based resin expanded particles, comprising the steps of: (i) obtaining a dispersion slurry by dispersing polypropylene-based resin particles and carbon dioxide into an aqueous dispersion medium in a closed vessel, the polypropylene-based resin particles containing not less than 1.0 part by weight and not more than 25 parts by weight of carbon black, and not less than 0.05 parts by weight and not more than 1.0 part by weight of one or both of magnesium hydroxide and magnesium carbonate with respect to 100 parts by weight of a polypropylene-based resin; (ii) heating and pressurizing the dispersion slurry; and (iii) releasing the polypropylene-based resin particles contained in the dispersion slurry, into a region at a pressure lower than an internal pressure of the closed vessel. (i) obtaining a dispersion slurry by dispersing polypropylene-based resin particles and carbon dioxide into an aqueous dispersion medium in a closed vessel, the polypropylene-based resin particles containing not less than 1.0 part by weight and not more than 25 parts by weight of carbon black, and not less than 0.05 parts by weight and not more than 1.0 part by weight of one or both of magnesium hydroxide and magnesium carbonate with respect to 100 parts by weight of a polypropylene-based resin; (ii) heating and pressurizing the dispersion slurry; and (iii) releasing the polypropylene-based resin particles contained in the dispersion slurry, into a region at a pressure lower than an internal pressure of the closed vessel.
A noise cancellation enabled audio device , in particular a headphone, the audio device comprising - a speaker which is arranged within the audio device and which has a preferential side for sound emission, - a first cavity enclosing a first volume of air, where the first cavity is arranged at the preferential side for sound emission of the speaker , - an error microphone which is arranged within a second cavity within the audio device , wherein - the first cavity comprises a first opening to an outside of the audio device and the second cavity comprises a second opening to the outside of the audio device , - the first and the second opening are both arranged on a side of the audio device which is arranged to face an ear canal of a user, - the second cavity is separated from the first cavity by a separating wall , and - the error microphone terminates flush with a housing of the audio device . - a speaker which is arranged within the audio device and which has a preferential side for sound emission, - a first cavity enclosing a first volume of air, where the first cavity is arranged at the preferential side for sound emission of the speaker , - an error microphone which is arranged within a second cavity within the audio device , wherein - the first cavity comprises a first opening to an outside of the audio device and the second cavity comprises a second opening to the outside of the audio device , - the first and the second opening are both arranged on a side of the audio device which is arranged to face an ear canal of a user, - the second cavity is separated from the first cavity by a separating wall , and - the error microphone terminates flush with a housing of the audio device .
A surgical instrument positioning device , comprising: a base configured to be placed against tissue such that the base does not move relative thereto; a shuttle coupled to the base and including a lumen configured to receive an elongate shaft of a surgical instrument, wherein the lumen can translate in at least two directions relative to the base and an orientation of the lumen relative to the base can be polyaxially adjusted; and a locking mechanism that, upon actuation, prevents both translational movement of the lumen relative to the base and polyaxial adjustment of the orientation of the lumen relative to the base, wherein the locking mechanism is a single cam lock. a base configured to be placed against tissue such that the base does not move relative thereto; a shuttle coupled to the base and including a lumen configured to receive an elongate shaft of a surgical instrument, wherein the lumen can translate in at least two directions relative to the base and an orientation of the lumen relative to the base can be polyaxially adjusted; and a locking mechanism that, upon actuation, prevents both translational movement of the lumen relative to the base and polyaxial adjustment of the orientation of the lumen relative to the base, wherein the locking mechanism is a single cam lock.
A crusher comprising - a main frame , and - a crushing head mounted upon a main shaft, wherein a crushing gap (G) is formed between an outer surface of the crushing head and an inner circumferential surface of a mantle provided within the main frame , and wherein the crusher further comprises at least one protective liner which is releasably fitted within the crusher, at least a part of an outwardly directed surface of the protective liner constituting a wear surface, characterized in that the at least one protective liner comprises an elastic material layer and wear resistant inserts retained by the elastic material layer , wherein outwardly directed surfaces of the wear resistant inserts form part of the wear surface of the protective liner , and the crusher further comprises a drive shaft arranged to impart a gyratory motion to the crusher head , wherein the main frame includes a bottom shell comprising a shaft opening for the drive shaft to pass through, and wherein at least one protective liner is a drive shaft liner mounted so as to surround a portion of the drive shaft from above. - a main frame , and - a crushing head mounted upon a main shaft,
An ultrasonic medical instrument comprising a medical ultrasonic blade including a proximal blade portion having a centerline and including a distal blade portion in contact with the proximal blade portion at a substantially planar interface , wherein the interface is oriented at a non-zero angle with respect to a perpendicular to the centerline at the interface .
A method for controlling a washing machine having a tub for containing water, a drum rotatably provided in the tub , at least one nozzle for spraying water into the drum , a washing motor configured to rotate the drum , and a circulation pump configured to pump water discharged from the tub to the at least one nozzle , the method comprising: a step (a) of controlling rotation of the drum and operation of the circulation pump such that the drum rotates to cause laundry in the drum to be lifted to a predetermined height and fall therefrom while the drum is filled with water, and that water is sprayed though the at least one nozzle while the drum rotates, characterized in that the method further comprises: a step (b) of, when a level of water in the tub corresponds to a first water level, controlling the circulation pump to rotate at a first rotation speed that is set in correspondence with the first water level; a step (c) of increasing the level of water in the tub to a second water level; and a step (d) of, when the level of water in the tub corresponds to the second water level, controlling the circulation pump to rotate at a second rotation speed that is set in correspondence with the second water level, wherein the controlling of the circulation pump to rotate at the second rotation speed is performed after the level of water in the tub reaches the second water level. a step (a) of controlling rotation of the drum and operation of the circulation pump such that the drum rotates to cause laundry in the drum to be lifted to a predetermined height and fall therefrom while the drum is filled with water, and that water is sprayed though the at least one nozzle while the drum rotates, characterized in that the method further comprises: a step (b) of, when a level of water in the tub corresponds to a first water level, controlling the circulation pump to rotate at a first rotation speed that is set in correspondence with the first water level; a step (c) of increasing the level of water in the tub to a second water level; and a step (d) of, when the level of water in the tub corresponds to the second water level, controlling the circulation pump to rotate at a second rotation speed that is set in correspondence with the second water level, wherein the controlling of the circulation pump to rotate at the second rotation speed is performed after the level of water in the tub reaches the second water level. a step (b) of, when a level of water in the tub corresponds to a first water level, controlling the circulation pump to rotate at a first rotation speed that is set in correspondence with the first water level; a step (c) of increasing the level of water in the tub to a second water level; and a step (d) of, when the level of water in the tub corresponds to the second water level, controlling the circulation pump to rotate at a second rotation speed that is set in correspondence with the second water level, wherein the controlling of the circulation pump to rotate at the second rotation speed is performed after the level of water in the tub reaches the second water level.