mhurhangee/patent-ind-claim-en huggingface dataset:
A method, in a wireless device configured to perform a 2-step random access, RA, procedure, the method comprising: transmitting a message according to the 2-step RA procedure, the message comprising a first random access preamble; receiving , during a random access response window following the transmitting of the message, a Medium Access Control, MAC, subheader; using one or more bits or fields included in the received MAC subheader to determine that the wireless device should take action according to any one of the following: backing off, according to a back-off parameter, for a subsequent RA attempt according to the 2-step RA procedure, wherein backing off comprises waiting for a random time between zero and a time indicated by the back-off parameter before a new transmission of a random access preamble; falling back to a 4-step RA procedure by transmitting a new random access preamble; and falling back to a 4-step RA procedure after backing off according to a back-off parameter, by transmitting a new random access preamble after the back-off; after receiving the MAC subheader, continuing to monitor for a msgB response according to the 2-step RA procedure until a msgB window expires; and conditioning said backing off and/or falling back on not receiving a msgB response according to the 2-step RA procedure before expiry of the msgB window. transmitting a message according to the 2-step RA procedure, the message comprising a first random access preamble; receiving , during a random access response window following the transmitting of the message, a Medium Access Control, MAC, subheader; using one or more bits or fields included in the received MAC subheader to determine that the wireless device should take action according to any one of the following: backing off, according to a back-off parameter, for a subsequent RA attempt according to the 2-step RA procedure, wherein backing off comprises waiting for a random time between zero and a time indicated by the back-off parameter before a new transmission of a random access preamble; falling back to a 4-step RA procedure by transmitting a new random access preamble; and falling back to a 4-step RA procedure after backing off according to a back-off parameter, by transmitting a new random access preamble after the back-off; backing off, according to a back-off parameter, for a subsequent RA attempt according to the 2-step RA procedure, wherein backing off comprises waiting for a random time between zero and a time indicated by the back-off parameter before a new transmission of a random access preamble; falling back to a 4-step RA procedure by transmitting a new random access preamble; and falling back to a 4-step RA procedure after backing off according to a back-off parameter, by transmitting a new random access preamble after the back-off; after receiving the MAC subheader, continuing to monitor for a msgB response according to the 2-step RA procedure until a msgB window expires; and conditioning said backing off and/or falling back on not receiving a msgB response according to the 2-step RA procedure before expiry of the msgB window.
Battery system for a motor vehicle, which is arranged in a battery system housing which further comprises at least one cell module having a cell module housing and at least one cooling system for the cell module , characterized in that the battery system further comprises at least one arrangement which serves as a gap filler and is made up of a plurality of foil rolls , each of which comprises at least one resilient roll filling and a foil wrap which wraps around the at least one roll filling , a plurality of foil rolls being arranged on a flat carrier mat and firmly connected thereto and the foil rolls being at least partially a) arranged directly between a wall of a cell module housing and the at least one cooling system and/or b) arranged directly between the cell module housing and a heat conducting plate which is arranged between the cell module housing and the at least one cooling system . a) arranged directly between a wall of a cell module housing and the at least one cooling system and/or b) arranged directly between the cell module housing and a heat conducting plate which is arranged between the cell module housing and the at least one cooling system .
Embossing installation for a material web from a textile fibre material, in particular a non-woven fibrous web, having an embossing tool for embossing the material web , wherein the embossing tool embosses the material web using fluidic negative pressure and/or fluidic positive pressure, wherein the embossing tool embosses and optionally perforates the material web by a gas flow , and wherein the gas flow has a lower temperature than the impinged material web .
A thermoplastic cellulose composite for use in additive manufacturing, characterized in comprising at least 60 weight-% of total cellulose, a plasticizer and a coupling agent of an epoxy modified polyunsaturated fatty acid.
An apparatus for dehusking husk cereal, in particular as a laboratory or small-quantity peeler of husk cereal, and for producing dehusked husk cereal seeds, which apparatus comprises a peeling device having a first disk and a second disk which is movable relative to the first disk and which can be driven about a vertical rotation shaft , the disks (40; 42) enclosing, between the main surfaces thereof, a working space, which can be filled with husk cereal by side opposite the second disk via a filling opening of the first disk in the region of the center point thereof, grain and husk of the husk cereal being peeled by rotation of the second disk by a radial movement along the disks (40; 42), so that grain and husk of the husk cereal leave the peeling device on the outer periphery thereof via an outlet opening , characterized in that the main surfaces of the disks (40; 42) have a surface made of a temperature-stable and resilient material (64; 68), and the outlet opening opens into a collecting vessel via a downpipe , the downpipe having a side supply-air opening which is subjected to an air flow in such a way that husk leaves the downpipe laterally upstream of the collecting vessel . the main surfaces of the disks (40; 42) have a surface made of a temperature-stable and resilient material (64; 68), and the outlet opening opens into a collecting vessel via a downpipe , the downpipe having a side supply-air opening which is subjected to an air flow in such a way that husk leaves the downpipe laterally upstream of the collecting vessel .
A method for manufacturing pouches made of at least partly thermoplastic material, which comprises the steps of: a. superimposing at least two webs of at least partly thermoplastic material; b. joining said webs at adhesion regions or lines ; c. cutting said webs at cutting regions or lines in order to provide pouches; characterized in that it comprises, after said step of superimposing the webs, the step of: a1. in a condition in which the webs are superimposed, exerting a traction force on said webs and causing the selective elongation of at least one of the two webs via the application of heat; said heat being selectively applied to one web or to the other web or to both the webs so as to mutually align said webs as result of said elongation. a. superimposing at least two webs of at least partly thermoplastic material; b. joining said webs at adhesion regions or lines ; c. cutting said webs at cutting regions or lines in order to provide pouches;
Security element for producing valuable documents such as banknotes or cheques, comprising: - a dielectric substrate , - a first structure lying in a first plane and having a polarization effect in transmission observation, - a second structure lying in a second plane, which is spaced apart from the first plane, and having a further or the same polarization effect in transmission observation, and - a material which is transparent in the visible spectral range, is arranged between the first and second structures and is formed such that it modifies polarized light transmitted by one of the two structures in such a way that it impinges in depolarized or circularly polarized fashion on the other of the two structures , characterized in that - the first structure is formed as a first line grating structure , which is periodic with a period of not more than 450 nm in a first spatial direction and comprises grating webs embedded in the substrate and separated from one another in each case by grating gaps formed from the surrounding substrate , and - the second structure is formed as a second line grating structure , which is periodic with a period of not more than 450 nm in a second spatial direction and comprises grating webs embedded in the substrate and separated by grating gaps formed from the surrounding substrate , - wherein each line grating structure is designed to produce a polarization effect manifested as wavelength-dependent polarization filtering, wherein the wavelength dependence produces a colour filtering of polarized illumination which is dependent on the orientation of the line grating structure. - a dielectric substrate , - a first structure lying in a first plane and having a polarization effect in transmission observation, - a second structure lying in a second plane, which is spaced apart from the first plane, and having a further or the same polarization effect in transmission observation, and - a material which is transparent in the visible spectral range, is arranged between the first and second structures and is formed such that it modifies polarized light transmitted by one of the two structures in such a way that it impinges in depolarized or circularly polarized fashion on the other of the two structures , characterized in that - the first structure is formed as a first line grating structure , which is periodic with a period of not more than 450 nm in a first spatial direction and comprises grating webs embedded in the substrate and separated from one another in each case by grating gaps formed from the surrounding substrate , and - the second structure is formed as a second line grating structure , which is periodic with a period of not more than 450 nm in a second spatial direction and comprises grating webs embedded in the substrate and separated by grating gaps formed from the surrounding substrate , - wherein each line grating structure is designed to produce a polarization effect manifested as wavelength-dependent polarization filtering, wherein the wavelength dependence produces a colour filtering of polarized illumination which is dependent on the orientation of the line grating structure.
A method for modifying a suspension system on a sprayer to alter a ground clearance of the sprayer, the method comprising: - locating at least one original spindle installed on said sprayer, said at least one original spindle being installed on a strut-type suspension system of said sprayer; - removing said at least one original spindle ; - selecting a replacement spindle from a group of spindles longer than said at least one original spindle, said replacement spindle having a length determined by a user of said sprayer dictated by a crop height upon which said sprayer is used; - replacing said at least one original spindle with at least one said replacement spindle such that said sprayer is elevated sufficiently for said sprayer to service said crop; - locating at least one original air spring mechanism installed on said sprayer; - replacing said at least one original air spring mechanism with at least one replacement air spring mechanism, said at least one replacement air spring mechanism allowing for an increased range of travel of said strut-type suspension system than a range allowed by said at least one original air spring mechanism; - locating at least one original linkage arm installed on said sprayer, said linkage arm linking an automatic air height control valve assembly to said air spring in said suspension system, and; - replacing said at least one original linkage arm with at least one replacement linkage arm, said at least one replacement linkage arm being longer than said at least one original linkage arm and having an adjustable length. - locating at least one original spindle installed on said sprayer, said at least one original spindle being installed on a strut-type suspension system of said sprayer; - removing said at least one original spindle ; - selecting a replacement spindle from a group of spindles longer than said at least one original spindle, said replacement spindle having a length determined by a user of said sprayer dictated by a crop height upon which said sprayer is used; - replacing said at least one original spindle with at least one said replacement spindle such that said sprayer is elevated sufficiently for said sprayer to service said crop; - locating at least one original air spring mechanism installed on said sprayer; - replacing said at least one original air spring mechanism with at least one replacement air spring mechanism, said at least one replacement air spring mechanism allowing for an increased range of travel of said strut-type suspension system than a range allowed by said at least one original air spring mechanism; - locating at least one original linkage arm installed on said sprayer, said linkage arm linking an automatic air height control valve assembly to said air spring in said suspension system, and; - replacing said at least one original linkage arm with at least one replacement linkage arm, said at least one replacement linkage arm being longer than said at least one original linkage arm and having an adjustable length.
A method of modeling a subsurface process for a rift basin in a subsurface formation , the subsurface process including a syn-rift phase followed by a post-rift phase, comprising: generating a tectonic subsidence curve for the rift basin including a syn-rift subsidence curve for the syn-rift phase and a post-rift subsidence curve for the post-rift phase; modeling upper mantle stretching for the rift basin in the subsurface formation during the syn-rift phase using at least one processing unit and based upon subsidence during the post-rift phase and thermal thickening of the upper mantle lithospheric layer of the subsurface formation during post-rift subsidence, wherein modeling the upper mantle stretching includes fitting the post-rift subsidence curve for the rift basin by varying an upper mantle stretching factor ; modeling crustal stretching for the rift basin during the syn-rift phase using the at least one processing unit based upon syn-rift subsidence and the modeled upper mantle stretching, wherein modeling the crustal stretching includes fitting the syn-rift subsidence curve for the rift basin by varying a crust stretching factor and using the generated upper mantle stretching factor; and performing an oilfield operation based on the results of the modelling of the crustal and upper mantle stretching . generating a tectonic subsidence curve for the rift basin including a syn-rift subsidence curve for the syn-rift phase and a post-rift subsidence curve for the post-rift phase; modeling upper mantle stretching for the rift basin in the subsurface formation during the syn-rift phase using at least one processing unit and based upon subsidence during the post-rift phase and thermal thickening of the upper mantle lithospheric layer of the subsurface formation during post-rift subsidence, wherein modeling the upper mantle stretching includes fitting the post-rift subsidence curve for the rift basin by varying an upper mantle stretching factor ; modeling crustal stretching for the rift basin during the syn-rift phase using the at least one processing unit based upon syn-rift subsidence and the modeled upper mantle stretching, wherein modeling the crustal stretching includes fitting the syn-rift subsidence curve for the rift basin by varying a crust stretching factor and using the generated upper mantle stretching factor; and performing an oilfield operation based on the results of the modelling of the crustal and upper mantle stretching .
A versatile pest station comprising: a housing including a base , a lid , and an opening , the base and the lid forming a cavity , the opening providing access to the cavity , the base having a bottom surface and being configured and arranged to be securely mounted to a surface; a lock mechanism interlocking the base and the lid ; characterized in that the versatile pest station further comprises an insert , said insert being elevated relative to the bottom surface of the base and is configured to represent a monitoring device for monitoring or indicating the presence of pests, wherein the monitoring device is selected from the group consisting of IR detectors, motion detectors, sound detectors, mechanical sensing plates. a housing including a base , a lid , and an opening , the base and the lid forming a cavity , the opening providing access to the cavity , the base having a bottom surface and being configured and arranged to be securely mounted to a surface; a lock mechanism interlocking the base and the lid ;
Safety device for reversible switching off at least one electrical component of a motor vehicle , with a first switching device , wherein an electrical connection of a first energy supply unit of the motor vehicle to the at least one electrical component, which is designed as an electric drive of the motor vehicle , is present in a first switching state of the first switching device and is interrupted in a second switching state of the first switching device , with a second switching device , wherein an electrical connection of a second energy supply unit of the motor vehicle , which is connected in parallel to the first energy supply unit via the first switching device and the second switching device and is designed as a capacitor, to the at least one electrical component is present in a first switching state of the second switching device and is interrupted in a second switching state of the second switching device , with a third switching device , wherein a first switching state of the third switching device causes a discharge of the second energy supply unit and a second switching state of the third switching device prevents the discharge of the second energy supply unit , and with a computing device , which is communicationally connected to at least one sensor device (9, 9', 9", 9"') of the motor vehicle and to a power electronics of the motor vehicle , by means of which a power of the drive can be controlled or regulated, wherein the computing device is configured to determine the operating state of the motor vehicle as a function of sensor information provided by the at least one sensor device and power information provided by the power electronics , and to actuate the first switching device and/or the second switching device and/or the third switching device to respectively assume the first switching state and/or of the second switching state depending on the operating state, and wherein in a first operating state of the motor vehicle and in a second operating state of the motor vehicle , the first switching device is in the first switching state, the second switching device is in the first switching state and the third switching device is in the second switching state, wherein in the first operating state the drive is provided with a maximum energy by the first energy supply unit , characterised in that , in the second operating state a hazard potential determined from the sensor information is recognised and the power of the drive is curbed and in a third operating state of the motor vehicle an accident probability determined from the sensor information is very high and the first switching device is in the second switching state, the second switching device is in the first switching state and the third switching device is in the second switching state, so that in the third operating state an energy supply for the drive continues to be guaranteed by the second energy supply unit .
A screening device for separating the fine-grained portions of a material to be screened, in which a multiplicity of spaced bars are arranged transverse to a running direction of the material to be screened and characterized in that the bars form a drum , in that the cross section of the bars is triangular and in that flat sides form the screening surface facing the material to be screened, wherein the tips of the bars are directed radially outwards.
Transmission assembly for a lifting column that includes an inner tube , comprising: an exteriorly threaded hollow spindle , a transmission screw disposed in the hollow spindle , a sleeve fitted over the hollow spindle , a guide tube limited in the sleeve , and an actuating device actuating the guide tube to rotate, the guide tube and the hollow spindle being synchronously rotatable and axially expandable and contractable relative to each other, the transmission screw and the hollow spindle being synchronously rotatable and axially expandable and contractable relative to each other; wherein the actuating device is disposed in the inner tube and a lower end of the sleeve is securely connected with a first transmission nut , characterized in that : the actuating device is securely mounted to an upper end of the sleeve ; and the first transmission nut is thread-fitted with the hollow spindle and securely coupled to the inner tube , and the upper end of the sleeve is movably disposed.
Computer implemented method for detecting whether a seat belt is used in a vehicle, the method comprising the following steps carried out by computer hardware components: acquiring an image of an interior of the vehicle; determining a plurality of sub-images based on the image; detecting , for at least one of the sub-images, whether a portion of the seat belt is present in the respective sub-image; and determining whether the seat belt is used based on the detecting ; wherein the detecting is carried out sequentially, wherein processing the detecting is stopped and it is determined that the seat belt is not used, if for the present sub-image, it is detected that a portion of the seat belt is not present in the present sub-image. acquiring an image of an interior of the vehicle; determining a plurality of sub-images based on the image; detecting , for at least one of the sub-images, whether a portion of the seat belt is present in the respective sub-image; and determining whether the seat belt is used based on the detecting ; wherein the detecting is carried out sequentially, wherein processing the detecting is stopped and it is determined that the seat belt is not used, if for the present sub-image, it is detected that a portion of the seat belt is not present in the present sub-image.
A structural module tie , the tie being adapted to be affixed to adjoining structural modules, wherein the tie is adapted to link adjoining modules together in a horizontal plane, and to accommodate misalignment of the modules in the horizontal plane, wherein the tie comprises a pair of opposed plates each defining an enclosure accessed by a mouth , and a tie element configured to extend through the mouths and to engage said enclosures, and the mouths each have an opening to allow insertion of the tie element vertically, and the tie element comprises a tie rod with a socket at each end, said sockets being configured to be inserted in the enclosures and to have a range of rotary movement within the enclosure. adjoining structural modules, wherein the tie is adapted to link adjoining modules together in a horizontal plane, and to accommodate misalignment of the modules in the horizontal plane, wherein the tie comprises a pair of opposed plates each defining an enclosure accessed by a mouth , and a tie element configured to extend through the mouths and to engage said enclosures, and the mouths each have an opening to allow insertion of the tie element vertically, and the tie element comprises a tie rod with a socket at each end, said sockets being configured to be inserted in the enclosures and to have a range of rotary movement within the enclosure.