mhurhangee/patent-ind-claim-en huggingface dataset:
A sterilization process transition method of switching from an SIP process to a product sterilization process in a product filling apparatus that includes product supply piping that feeds a product into a filling machine through a heating sterilization part , the SIP process being intended to sterilize the product supply piping in advance before a product filling operation, and the product sterilization process being intended to sterilize the product to be filled, wherein an F value is calculated from temperature data and flowrate data on a fluid flowing in the heating sterilization part that are obtained from a plurality of temperature sensors and flowmeters disposed at arbitrary positions in the product filling apparatus at regular time intervals, characterized in that the temperature and flowrate at at least two of the plurality of arbitrary positions in the product filling apparatus are adjusted from a set temperature and a set flowrate for the SIP process to a set temperature and a set flowrate for the product sterilization process while preventing the F value from becoming lower than a target value. wherein an F value is calculated from temperature data and flowrate data on a fluid flowing in the heating sterilization part that are obtained from a plurality of temperature sensors and flowmeters disposed at arbitrary positions in the product filling apparatus at regular time intervals, characterized in that the temperature and flowrate at at least two of the plurality of arbitrary positions in the product filling apparatus are adjusted from a set temperature and a set flowrate for the SIP process to a set temperature and a set flowrate for the product sterilization process while preventing the F value from becoming lower than a target value.
A rubber product which is selected from the group consisting of a tire, a rubber crawler, a seismic isolation device and a hose, and is produced using a rubber composition comprising: a rubber component (a) containing a multicomponent copolymer (a1) that contains a conjugated diene unit, a non-conjugated olefin unit, and an aromatic vinyl unit; and a softener (b), wherein a content of the softener (b) in the rubber composition is 30 parts to 150 parts by mass with respect to 100 parts by mass of the rubber component (a), and the content of the non-conjugated olefin unit in the multicomponent copolymer (a1) is 40 mol% or more. a rubber component (a) containing a multicomponent copolymer (a1) that contains a conjugated diene unit, a non-conjugated olefin unit, and an aromatic vinyl unit; and a softener (b), wherein a content of the softener (b) in the rubber composition is 30 parts to 150 parts by mass with respect to 100 parts by mass of the rubber component (a), and the content of the non-conjugated olefin unit in the multicomponent copolymer (a1) is 40 mol% or more.
A trim arrangement for a motor vehicle, having a first trim element and a second trim element connected to the first trim element , wherein the first trim element comprises a fastening extension which is connected by means of a connection means to a receiving portion formed on the second trim element , characterised in that the fastening extension furthermore comprises a latching nose for latching engagement in a latching opening of the second trim element which is formed in the receiving portion .
A high dynamic range imaging system configured to capture a high dynamic range image, the imaging system comprising: an image sensor comprising: an array of pixels ; and circuitry in electrical communication with each pixel of said array of pixels ; wherein said circuitry is configured to independently select an integration period from a set of available integration periods for each pixel of said array of pixels , the selectable integration periods are utilized with sequencing of tasks based on a rolling shutter sequence, and at least one selectable integration period being provided with a duration that is substantially less than one row time interval, wherein the integration period initially set is the longest one from the set of available integration periods; wherein the integration period is selected in response to a charge of a current integration period of the available integration periods exceeding a conduction threshold of a conditional reset of each pixel of said array of pixels , wherein the conditional reset results in the initiation of a shorter integration period, which is a next integration period relative to the current integration period in the set of available integration periods, wherein said circuitry is further configured to sequentially readout pixels of said array of pixels , and wherein said circuitry is further configured to perform said conditional reset during a blanking period of said readout, said blanking period being a time period that does not overlap any readout operations. an image sensor comprising: an array of pixels ; and circuitry in electrical communication with each pixel of said array of pixels ; wherein said circuitry is configured to independently select an integration period from a set of available integration periods for each pixel of said array of pixels , the selectable integration periods are utilized with sequencing of tasks based on a rolling shutter sequence, and at least one selectable integration period being provided with a duration that is substantially less than one row time interval, wherein the integration period initially set is the longest one from the set of available integration periods; wherein the integration period is selected in response to a charge of a current integration period of the available integration periods exceeding a conduction threshold of a conditional reset of each pixel of said array of pixels , wherein the conditional reset results in the initiation of a shorter integration period, which is a next integration period relative to the current integration period in the set of available integration periods, wherein said circuitry is further configured to sequentially readout pixels of said array of pixels , and wherein said circuitry is further configured to perform said conditional reset during a blanking period of said readout, said blanking period being a time period that does not overlap any readout operations.
A method for irradiating a sample comprising particles in a flow stream, the method comprising: irradiating an acousto-optic device with a laser ; and applying a first radiofrequency drive signal (RF1) and at least a second radiofrequency drive signal (RF2) to the acousto-optic device to generate a first angularly deflected laser beam having an independently controlled intensity and a second angularly deflected laser beam having an independently controlled intensity, wherein the first angularly deflected laser beam has an intensity that is based on the amplitude of the first applied radiofrequency drive signal and the second angularly deflected laser beam has an intensity that is based on the amplitude of the at least second applied radiofrequency drive signal, wherein the first angularly deflected laser beam and the second angularly deflected laser beam collectively form an output excitation beam ; and irradiating the sample in the flow stream with the output excitation beam, wherein the amplitude of one or more of the first radiofrequency drive signal and the at least second radiofrequency drive signal are adjusted such that said output excitation beam comprises the first angularly deflected laser beam having a first intensity and the second angularly deflected laser beam having a second intensity. irradiating an acousto-optic device with a laser ; and applying a first radiofrequency drive signal (RF1) and at least a second radiofrequency drive signal (RF2) to the acousto-optic device to generate a first angularly deflected laser beam having an independently controlled intensity and a second angularly deflected laser beam having an independently controlled intensity, wherein the first angularly deflected laser beam has an intensity that is based on the amplitude of the first applied radiofrequency drive signal and the second angularly deflected laser beam has an intensity that is based on the amplitude of the at least second applied radiofrequency drive signal, wherein the first angularly deflected laser beam and the second angularly deflected laser beam collectively form an output excitation beam ; and irradiating the sample in the flow stream with the output excitation beam, wherein the amplitude of one or more of the first radiofrequency drive signal and the at least second radiofrequency drive signal are adjusted such that said output excitation beam comprises the first angularly deflected laser beam having a first intensity and the second angularly deflected laser beam having a second intensity.
Modular mould for producing a panel comprising a layer of fibre reinforced material, the layer configured to form hollow cells comprising an undulated trapezoidal cross-section, characterised in that the mould comprises at least three moulding bars for forming each hollow cell , one moulding bar having a trapezoidal cross shape and two moulding bars having a triangular cross shape, the trapezoidal moulding bar configured to be located in between the two triangular moulding bars and the three moulding bars being configured such that when put together its cross-section forms the shape of the trapezoidal cross- section of the hollow cell .
Needling machine for needling a nonwoven web, having a needle bar arrangement which comprises at least one needle bar and a drive device for moving the needle bar arrangement back and forth in an insertion direction (E); wherein the drive device comprises a drive and a first and a second main shaft , wherein a first main connecting rod , which connects the first main shaft to the needle bar arrangement in an articulated manner, is mounted eccentrically on the first main shaft , and wherein a second main connecting rod , which connects the second main shaft to the needle bar arrangement in an articulated manner, is mounted eccentrically on the second main shaft , and wherein the first and second main shafts are rotated in opposite directions of rotation, characterized in that the drive device has an endlessly circulating transmission element that couples the first and the second main shaft together, the transmission element also extends over a first and a second adjusting roller , an adjustment device for translationally adjusting the position of the first and second adjusting rollers is provided, and translational adjustment of the position of the first and second adjusting rollers by means of the adjustment device causes rotational adjustment of the phase position of the first and second main shafts with respect to one another.
A method for wireless communications at a base station, BS, comprising: establishing (705; 905) communication with a user equipment, UE, over a first component carrier using one or more beams; receiving (710; 910), from the UE, a beam recovery scheduling request, BR-SR, over a second component carrier being different from the first component carrier, wherein the BR-SR uses a scheduling request resource on the second component carrier, and wherein the BR-SR conveys a 1-bit information that the UE has initiated beam recovery for the first component carrier; receiving (710; 810), from the UE, a beam measurement report for the first component carrier on the second component carrier which is triggered by downlink control information, DCI, transmitted by the BS over a physical downlink control channel, PDCCH, on the second component carrier in response to receiving the BR-SR on the second component carrier; identifying (715; 915) a candidate beam on the first component carrier based on the beam measurement report received on the second component carrier; and communicating (720; 920) with the UE over the first component carrier using the candidate beam. establishing (705; 905) communication with a user equipment, UE, over a first component carrier using one or more beams; receiving (710; 910), from the UE, a beam recovery scheduling request, BR-SR, over a second component carrier being different from the first component carrier, wherein the BR-SR uses a scheduling request resource on the second component carrier, and wherein the BR-SR conveys a 1-bit information that the UE has initiated beam recovery for the first component carrier; receiving (710; 810), from the UE, a beam measurement report for the first component carrier on the second component carrier which is triggered by downlink control information, DCI, transmitted by the BS over a physical downlink control channel, PDCCH, on the second component carrier in response to receiving the BR-SR on the second component carrier; identifying (715; 915) a candidate beam on the first component carrier based on the beam measurement report received on the second component carrier; and communicating (720; 920) with the UE over the first component carrier using the candidate beam.
A circular saw blade having tips bonded to a base metal , rearward in a rotation direction of gullets , recessed in a periphery of the base metal at predetermined intervals, wherein a gullet bottom of the gullet is linearly shaped, and a back portion of the gullet facing a rake face of the tip is linearly shaped, the front portion of the gullet bottom is an intersection between an extension line of the gullet bottom and an extension line of the back portion , and the rear portion of the gullet bottom is an intersection between the extension line of the gullet bottom and an extension line of a radially extending portion of the gullet located below the rake face , a slant angle (Φ) formed by the back portion with respect to a first straight line (L1) passing a rotation center of the circular saw blade and the front portion of the gullet bottom in the rotation direction is between -5° and 35°, characterised in that a slant angle (θ) formed by the linear gullet bottom with respect to a second straight line (L2) passing the rotation center of the circular saw blade and the rear portion of the gullet bottom in the rotation direction is between 45° and 100° and a straight length from the front portion of the gullet bottom to the rear portion of the gullet bottom is between 3.5 mm and 7.5 mm. a gullet bottom of the gullet is linearly shaped, and a back portion of the gullet facing a rake face of the tip is linearly shaped, the front portion of the gullet bottom is an intersection between an extension line of the gullet bottom and an extension line of the back portion , and the rear portion of the gullet bottom is an intersection between the extension line of the gullet bottom and an extension line of a radially extending portion of the gullet located below the rake face , the gullet facing a rake face of the tip is linearly shaped, the front portion of the gullet bottom is an intersection between an extension line of the gullet bottom and an extension line of the back portion , and the rear portion of the gullet bottom is an intersection between the extension line of the gullet bottom and an extension line of a radially extending portion of the gullet located below the rake face , a slant angle (Φ) formed by the back portion with respect to a first straight line (L1) passing a rotation center of the circular saw blade and the front portion of the gullet bottom in the rotation direction is between -5° and 35°, characterised in that a slant angle (θ) formed by the linear gullet bottom with respect to a second straight line (L2) passing the rotation center of the circular saw blade and the rear portion of the gullet bottom in the rotation direction is between 45° and 100° and a straight length from the front portion of the gullet bottom to the rear portion of the gullet bottom is between 3.5 mm and 7.5 mm.
A method (10; 200) of forming an article of footwear or a component of an article of footwear , the method (10; 200) comprising: shaping (15; 240) one or more pieces of an ultraviolet radiation (UV) curable material (400; 400A; 400B); placing (20; 250) the shaped UV radiation curable material (700A; 700B) in direct contact with a surface of a textile ; using heat or pressure or both, adhering (30; 270) the shaped UV radiation curable material (700A; 700B) to the surface of the textile ; and curing at least a portion of the shaped UV radiation curable material (700A; 700B) adhered to the surface of the textile by exposing the shaped UV radiation curable material (700A; 700B) to ultraviolet radiation, thereby forming the article which comprises UV radiation cured material bonded to the surface of the textile, wherein the UV radiation curable material includes a UV radiation curable millable polyurethane gum that includes ethylenic unsaturation, one or more photoinitiators, and at least one additional crosslinking additive that comprise two or more ethylenically unsaturated groups. shaping (15; 240) one or more pieces of an ultraviolet radiation (UV) curable material (400; 400A; 400B); placing (20; 250) the shaped UV radiation curable material (700A; 700B) in direct contact with a surface of a textile ; using heat or pressure or both, adhering (30; 270) the shaped UV radiation curable material (700A; 700B) to the surface of the textile ; and curing at least a portion of the shaped UV radiation curable material (700A; 700B) adhered to the surface of the textile by exposing the shaped UV radiation curable material (700A; 700B) to ultraviolet radiation, thereby forming the article which comprises UV radiation cured material bonded to the surface of the textile, wherein the UV radiation curable material includes a UV radiation curable millable polyurethane gum that includes ethylenic unsaturation, one or more photoinitiators, and at least one additional crosslinking additive that comprise two or more ethylenically unsaturated groups.
Fluid reservoir , in particular for a condenser of an air conditioning loop, for the separation of phases of a fluid, the reservoir bounding an internal space for receiving the fluid, the reservoir comprising at least one vibration device that is able to generate acoustic waves with a propagation of the acoustic waves in the internal space of the reservoir so as to improve the separation of phases of the fluid, the reservoir comprising at least one external wall and at least one opposite internal wall bounding the internal space for receiving the fluid, and in which the vibration device comprises at least one emitter arranged on the external wall or the internal wall , the reservoir being essentially cylindrical in shape, in which the vibration device comprises at least one internal emitter arranged on an internal wall of the reservoir , characterized in that the internal emitter is essentially annular in shape, and the vibration device comprises at least one external emitter arranged on an external wall of a longitudinal end of the reservoir and having essentially the shape of a disc.
Method for assisting a driver of a vehicle, the said method being implemented by a control unit of a driving assistance system , comprising a first activated autonomous mode and providing a first set of driving tasks, the method comprising a step of detecting a future deactivation of the first autonomous mode, the method being characterised in that it comprises the steps of : - determining a second available autonomous mode, providing a second set of driving tasks - determining the tasks performed only by one of the two autonomous modes - sending a signal to the driver indicating the determined tasks, - automatically activating the second autonomous mode. - determining a second available autonomous mode, providing a second set of driving tasks - determining the tasks performed only by one of the two autonomous modes - sending a signal to the driver indicating the determined tasks, - automatically activating the second autonomous mode.
An exercise machine including: an actuator ; a motor , wherein the motor is of pancake style and the machine is of low relative depth; a cable coupled between the actuator and the motor; a motor controller coupled to the motor; a filter coupled to the motor controller, configured to: receive an information related to the position of the actuator; and provide an input to the motor controller to adjust torque on the motor such that a strength curve is implemented relative to the position of the actuator, the motor controller configured to: compare a current relative position between the motor and the actuator; and send an appropriate number of pulses to the motor to adjust a position of the motor based on the current relative position between the motor and the actuator. an actuator ; a motor , wherein the motor is of pancake style and the machine is of low relative depth; a cable coupled between the actuator and the motor; a motor controller coupled to the motor; a filter coupled to the motor controller, configured to: receive an information related to the position of the actuator; and provide an input to the motor controller to adjust torque on the motor such that a strength curve is implemented relative to the position of the actuator, the motor controller configured to: compare a current relative position between the motor and the actuator; and send an appropriate number of pulses to the motor to adjust a position of the motor based on the current relative position between the motor and the actuator. receive an information related to the position of the actuator; and provide an input to the motor controller to adjust torque on the motor such that a strength curve is implemented relative to the position of the actuator, the motor controller configured to: compare a current relative position between the motor and the actuator; and send an appropriate number of pulses to the motor to adjust a position of the motor based on the current relative position between the motor and the actuator. compare a current relative position between the motor and the actuator; and send an appropriate number of pulses to the motor to adjust a position of the motor based on the current relative position between the motor and the actuator.
Solid electrolyte comprising a polymer and a salt selected from the group consisting of a lithium salt, a sodium salt and mixtures thereof, wherein the polymer comprises at least 50 mol% of recurring units of formula (I) wherein R 1 is selected from the group consisting of C 2 -C 10 alkyl and C 2 -C 10 alkylenyl-C-(=O)R 2 , R 2 is selected from the group consisting of -O-C 1 -C 6 alkyl, and m is 0 or 1. R 1 is selected from the group consisting of C 2 -C 10 alkyl and C 2 -C 10 alkylenyl-C-(=O)R 2 , R 2 is selected from the group consisting of -O-C 1 -C 6 alkyl, and m is 0 or 1.