mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal comprising: a receiving unit configured to receive, from a base station apparatus , RRC signaling including, for each of a plurality of BWPs, information on one or more frequency positions of one or more RACH resources and information on a number of the one or more RACH resources in a frequency direction; and a processing unit configured to identify, based on the RRC signaling, a RACH resource for transmitting a random access preamble; and a transmitting unit configured to transmit the random access preamble to the base station apparatus , wherein the receiving unit is configured to receive, for each of the plurality of BWPs, information indicating association between a RACH resource and a synchronization signal block, wherein the information indicating the association is included in the RRC signaling, and wherein the synchronization signal block detected by the receiving unit is mapped to the RACH resource located in the frequency direction based on the information indicating the association. a receiving unit configured to receive, from a base station apparatus , RRC signaling including, for each of a plurality of BWPs, information on one or more frequency positions of one or more RACH resources and information on a number of the one or more RACH resources in a frequency direction; and a processing unit configured to identify, based on the RRC signaling, a RACH resource for transmitting a random access preamble; and a transmitting unit configured to transmit the random access preamble to the base station apparatus , wherein the receiving unit is configured to receive, for each of the plurality of BWPs, information indicating association between a RACH resource and a synchronization signal block, wherein the information indicating the association is included in the RRC signaling, and wherein the synchronization signal block detected by the receiving unit is mapped to the RACH resource located in the frequency direction based on the information indicating the association.
Warning system for warning a driver, for a motor vehicle, comprising: - a first sensory element linked to a system of the vehicle , able to emit a sensory signal to the driver, - a second sensory element able to emit a sensory signal to the driver, - a hazard detection means , - a monitoring and control unit generating an activation signal for activating the first sensory element on the basis of the detection of a hazard by the detection means , the system being characterized in that it comprises a memory for storing the total duration of the first sensory element and a comparison means for comparing the total duration with a continuation threshold value (S) for said system of the vehicle , and in that the monitoring and control unit generates a signal that commands the first sensory element and/or a second sensory element on the basis of the comparison means . - a first sensory element linked to a system of the vehicle , able to emit a sensory signal to the driver, - a second sensory element able to emit a sensory signal to the driver, - a hazard detection means , - a monitoring and control unit generating an activation signal for activating the first sensory element on the basis of the detection of a hazard by the detection means ,
A microfluidic mixing method, comprising the ballistic injection of at least one second liquid in a microfluidic conduit comprising a first liquid comprising a first composition , so that the second liquid is dispersed in the first liquid according to a Taylor-Aris type dispersion of the second liquid relative to the first liquid in the microfluidic conduit , the second liquid comprising an upstream portion and a downstream portion , the upstream portion comprising a second composition different from the first composition, the downstream portion comprising the first composition and being located downstream of the upstream portion , the second liquid being injected into the microfluidic conduit , so that the downstream portion pushes the upstream portion into the microfluidic conduit , to obtain an almost homogeneous concentration of the second composition in a central portion of the microfluidic conduit . the second liquid comprising an upstream portion and a downstream portion , the upstream portion comprising a second composition different from the first composition, the downstream portion comprising the first composition and being located downstream of the upstream portion , the second liquid being injected into the microfluidic conduit , so that the downstream portion pushes the upstream portion into the microfluidic conduit , to obtain an almost homogeneous concentration of the second composition in a central portion of the microfluidic conduit .
A shaping roll for melt extrusion molding used for melt extrusion molding of thermoplastic resin, the shaping roll for melt extrusion molding comprising: a roll body part having a heat medium passage internally and cutouts on outer surfaces of both end portions ; and a cylindrical member fitted into the cutouts in the both end portions of the roll body part; the roll body part comprising a first metal material having a thermal conductivity of 40 W/m · K or more; the cylindrical member comprising a second metal material having a thermal conductivity of 20 W/m · K or less; and the cylindrical member being unrotatably joined to the cutouts of the roll body part ; and wherein an outer diameter (D 2-O ) of the cylindrical member at normal temperatures is the same as an outer diameter (D' 1-O ) of the roll body part in a portion of the roll body part between the cutout and the cutout at normal temperatures. a roll body part having a heat medium passage internally and cutouts on outer surfaces of both end portions ; and a cylindrical member fitted into the cutouts in the both end portions of the roll body part; the roll body part comprising a first metal material having a thermal conductivity of 40 W/m · K or more; the cylindrical member comprising a second metal material having a thermal conductivity of 20 W/m · K or less; and the cylindrical member being unrotatably joined to the cutouts of the roll body part ; and wherein an outer diameter (D 2-O ) of the cylindrical member at normal temperatures is the same as an outer diameter (D' 1-O ) of the roll body part in a portion of the roll body part between the cutout and the cutout at normal temperatures.
Method for producing an active substance wafer, comprising or consisting of: i) providing a substrate material, ii) mixing a water-soluble polyvinyl alcohol and a solvent to obtain a mixture, in which the water-soluble polyvinyl alcohol is dissolved, such that a single phase is obtained, iii) admixing a) one or more active substance(s), b) optionally: one or more water-insoluble polymer(s), and c) optionally: one or more additive(s) with the mixture obtained after step ii), to obtain a mixture comprising 1.0 to 50.0 wt.-% of the water-soluble polyvinyl alcohol, 1.0 to 60 wt.-% of an active substance, 0 to 5.0 wt.-% of a water-insoluble polymer, 0 to 10.0 wt.-% of an additive, and 45.0 to 97.0 wt.-% of a solvent, iv) adding the mixture obtained after step iii) to the substrate material, v) drying of the mixture under formation of a layer, and vi) detaching the layer from the substrate material, to obtain the active substance wafer, wherein the produced active substance wafer has a homogeneous composition. i) providing a substrate material, ii) mixing a water-soluble polyvinyl alcohol and a solvent to obtain a mixture, in which the water-soluble polyvinyl alcohol is dissolved, such that a single phase is obtained, iii) admixing a) one or more active substance(s), b) optionally: one or more water-insoluble polymer(s), and c) optionally: one or more additive(s) with the mixture obtained after step ii), to obtain a mixture comprising 1.0 to 50.0 wt.-% of the water-soluble polyvinyl alcohol, 1.0 to 60 wt.-% of an active substance, 0 to 5.0 wt.-% of a water-insoluble polymer, 0 to 10.0 wt.-% of an additive, and 45.0 to 97.0 wt.-% of a solvent, a) one or more active substance(s), b) optionally: one or more water-insoluble polymer(s), and c) optionally: one or more additive(s) with the mixture obtained after step ii), to obtain a mixture comprising 1.0 to 50.0 wt.-% of the water-soluble polyvinyl alcohol, 1.0 to 60 wt.-% of an active substance, 0 to 5.0 wt.-% of a water-insoluble polymer, 0 to 10.0 wt.-% of an additive, and 45.0 to 97.0 wt.-% of a solvent, iv) adding the mixture obtained after step iii) to the substrate material, v) drying of the mixture under formation of a layer, and vi) detaching the layer from the substrate material, to obtain the active substance wafer,
A device for fastening a structure, comprising: a track configured to be mounted interior to a structure in order to access a first surface of the structure , wherein the first surface has one or more holes through which fasteners may be inserted; wherein an automated fastening machine is mounted on the track to traverse the track while performing fastening functions; and wherein the track allows the automated fastening machine to make contact with the first surface , such that the automated fastening machine is configured to align with the holes in the first surface , and the automated fastening machine is configured to install the fasteners in the holes ; wherein the track is configured to be mounted on a second surface at an angle to the first surface , the track being cantilevered from the second surface so that a width of the track is cantilevered upward at an angle ranging from about 80 degrees to about 100 degrees to the first surface ; and wherein the second surface is an aft pressure bulkhead of an aircraft fuselage . a track configured to be mounted interior to a structure in order to access a first surface of the structure , wherein the first surface has one or more holes through which fasteners may be inserted; wherein an automated fastening machine is mounted on the track to traverse the track while performing fastening functions; and wherein the track allows the automated fastening machine to make contact with the first surface , such that the automated fastening machine is configured to align with the holes in the first surface , and the automated fastening machine is configured to install the fasteners in the holes ; wherein the track is configured to be mounted on a second surface at an angle to the first surface , the track being cantilevered from the second surface so that a width of the track is cantilevered upward at an angle ranging from about 80 degrees to about 100 degrees to the first surface ; and wherein the second surface is an aft pressure bulkhead of an aircraft fuselage .
A composition for use in a method for reducing oxidative stress in a subject suffering or suspected of suffering from a health condition, comprising: an antioxidant and a microencapsulated cannabinoid compound and a terpene, wherein the terpene is microencapsulated with the cannabinoid compound.
A method of wireless communications performed by a first vehicle, comprising: receiving an indication from a second vehicle comprising surrounding information that is indicative of whether a first unknown vehicle is detected by the second vehicle, wherein the first vehicle and the second vehicle are able to communicate wirelessly, and wherein the first unknown vehicle is unable to communicate wirelessly with the first and the second vehicles, wherein the first vehicle is traveling on a first street towards an intersection , wherein the first street intersects with a second street at the intersection , wherein the surrounding information indicates that no first unknown vehicle is detected by the second vehicle within a the detection range of the second vehicle; designating a certain area as a blind area of the first vehicle, wherein the blind area of the first vehicle is an area that the first vehicle is not able to detect, and wherein the blind area is also outside the detection range of the second vehicle; calculating, based on the detection range of the second vehicle, an estimated arrival time, ETA, at the intersection , of a hypothetical unknown vehicle traveling in the blind area of the first vehicle towards the intersection ; and controlling movement of the first vehicle based on the indication, wherein controlling the movement of the first vehicle further comprises controlling the movement of the first vehicle based on the ETA of the unknown hypothetical vehicle. receiving an indication from a second vehicle comprising surrounding information that is indicative of whether a first unknown vehicle is detected by the second vehicle, wherein the first vehicle and the second vehicle are able to communicate wirelessly, and wherein the first unknown vehicle is unable to communicate wirelessly with the first and the second vehicles, wherein the first vehicle is traveling on a first street towards an intersection , wherein the first street intersects with a second street at the intersection , wherein the surrounding information indicates that no first unknown vehicle is detected by the second vehicle within a the detection range of the second vehicle; designating a certain area as a blind area of the first vehicle, wherein the blind area of the first vehicle is an area that the first vehicle is not able to detect, and wherein the blind area is also outside the detection range of the second vehicle; calculating, based on the detection range of the second vehicle, an estimated arrival time, ETA, at the intersection , of a hypothetical unknown vehicle traveling in the blind area of the first vehicle towards the intersection ; and controlling movement of the first vehicle based on the indication, wherein controlling the movement of the first vehicle further comprises controlling the movement of the first vehicle based on the ETA of the unknown hypothetical vehicle.
An upper for an article of footwear , the upper comprising: a knitted component comprising a plurality of knitted cushioning structures that define a cushioning region , wherein each of the knitted cushioning structures comprises a knitted wall defining a channel characterised by at least two strands extending longitudinally through the channel .
A method of displaying an image on a see-through display , the method comprising: • obtaining a first electromagnetic radiation matrix of an object, the first matrix comprising first matrix elements representing radiation intensity values of corresponding locations of the object; • dividing the first matrix into a second matrix representing a first subset of the radiation intensity values of the matrix elements, and a third, different matrix representing a second, different subset of the radiation intensity values of the matrix elements; • generating a first histogram for the second matrix; • equalising the first histogram to obtain an equalised second histogram; • generating a first grayscale image representing the first subset of the radiation intensity values from the second matrix and the equalised second histogram; • colouring the first grayscale image with a first colourmap to obtain a first colour image; • generating a second grayscale image representing the second subset of the radiation intensity values by mapping substantially linearly the second subset of the radiation intensity values to a given number of encoded radiation intensity values; • colouring the second grayscale image with a second colourmap, which is different from the first colourmap, to obtain a second colour image; • combining the first colour image and the second colour image to obtain a combined colour image of the same size and shape as the first colour image or the second colour image; and • displaying the combined colour image on the see-through display . • obtaining a first electromagnetic radiation matrix of an object, the first matrix comprising first matrix elements representing radiation intensity values of corresponding locations of the object; • dividing the first matrix into a second matrix representing a first subset of the radiation intensity values of the matrix elements, and a third, different matrix representing a second, different subset of the radiation intensity values of the matrix elements; • generating a first histogram for the second matrix; • equalising the first histogram to obtain an equalised second histogram; • generating a first grayscale image representing the first subset of the radiation intensity values from the second matrix and the equalised second histogram; • colouring the first grayscale image with a first colourmap to obtain a first colour image; • generating a second grayscale image representing the second subset of the radiation intensity values by mapping substantially linearly the second subset of the radiation intensity values to a given number of encoded radiation intensity values; • colouring the second grayscale image with a second colourmap, which is different from the first colourmap, to obtain a second colour image; • combining the first colour image and the second colour image to obtain a combined colour image of the same size and shape as the first colour image or the second colour image; and • displaying the combined colour image on the see-through display .
A uterotubal implant device , comprising at least three compressible self-expanding bodies , the bodies being constituted by a reticular structure and coupled to one another in a longitudinal direction , a body which is arranged distally in the longitudinal direction and a body which is arranged proximally in the longitudinal direction being formed to be funnel-shaped in such a way that the proximal funnel-shaped body in the longitudinal direction is formed to be conically widening from distal to proximal and the distal body is formed to be conically widening from proximal to distal , and a body arranged between the distal funnel-shaped body and the proximal funnel-shaped body being formed to be spindle-shaped in such a way that the spindle-shaped body is formed in the longitudinal direction to be conically widening at its proximal end and conically tapering at its distal end in such a way that the body forms a spindle shape.
Method for operating a washing machine comprising a suds container for receiving washing liquid, a rib-free drum, which is rotatably mounted in the suds container, for receiving laundry, a motor for driving the drum and an open-loop or closed-loop control device, the method comprising a step for rearranging the laundry in the drum, in which the drum is offset in a right-left movement by means of the motor in such a way that a rocking motion of the laundry is caused at a rocking frequency, the predetermined rocking amplitude of which is set in such a way that a laundry fall is realised, in which the laundry falls from a first region of the drum into a second region of the drum, characterised in that the rocking frequency is set in the range of -50% to +20%, preferably - 30%, of a calculated rocking frequency stored in the washing machine, the stored calculated rocking frequency being calculated using the following formula , f = g r 2 π where f is the predetermined rocking frequency, g is the gravitational constant = 9.81 m/s 2 and r is a drum radius of the rib-free drum.
A linear compressor comprising: a piston for reciprocating within a cylinder ; a motor for providing a driving force for movement of the piston ; a sensing unit for sensing a motor voltage and a motor current related to the motor ; a discharge part installed at one end of the cylinder and for adjusting discharge of a refrigerant compressed within the cylinder ; and a controller for detecting a load variation of the motor using at least one of the motor voltage and the motor current, for calculating a compensation value of a distance between a top dead center of the piston and the discharge part each time a load variation of the motor is detected, and for detecting an absolute position of the piston using the calculated compensation value, characterized in that the controller calculates a length of stroke of the piston using the motor voltage and the motor current, and calculates a control parameter in real time using the calculated length of stroke and the detected motor current, wherein the control parameter is a gas constant (Kg) related to movement of the piston , wherein the controller calculates a distance (Xv_obj) between a top dead center of the piston and the discharge part at a time point when the calculated control parameter forms a point of inflection, wherein the controller calculates the compensation value by subtracting the distance (Xv_obj) from a pre-set constant (Xv), which is a theoretical position of the piston at the time when the control parameter forms the point of inflection. a piston for reciprocating within a cylinder ; a motor for providing a driving force for movement of the piston ; a sensing unit for sensing a motor voltage and a motor current related to the motor ; a discharge part installed at one end of the cylinder and for adjusting discharge of a refrigerant compressed within the cylinder ; and a controller for detecting a load variation of the motor using at least one of the motor voltage and the motor current, for calculating a compensation value of a distance between a top dead center of the piston and the discharge part each time a load variation of the motor is detected, and for detecting an absolute position of the piston using the calculated compensation value, characterized in that the controller calculates a length of stroke of the piston using the motor voltage and the motor current, and calculates a control parameter in real time using the calculated length of stroke and the detected motor current, wherein the control parameter is a gas constant (Kg) related to movement of the piston , wherein the controller calculates a distance (Xv_obj) between a top dead center of the piston and the discharge part at a time point when the calculated control parameter forms a point of inflection, wherein the controller calculates the compensation value by subtracting the distance (Xv_obj) from a pre-set constant (Xv), which is a theoretical position of the piston at the time when the control parameter forms the point of inflection.
Air spring (2, 2', 2") having a tubular air spring bellows which is composed of an elastomer material and which at its upper end portion is fastened in an air-tight manner to an upper connector part (14, 14', 14") and by way of its lower end portion is fastened to a lower connector part, wherein at least one of the connector parts (14, 14', 14") prior to assembly is designed as a potshaped flange plate which is produced from a metal sheet and which has a flat cover base and a cover periphery which is formed radially on the outside of the latter and is bent radially inwards, wherein the cover periphery when assembling the air spring (2, 2', 2") is flanged inwards in the shape of a torus while enclosing an end-proximal annular bead of the air spring bellows and pressing the end portion onto a sealing face of the connector part (14, 14', 14"), characterized in that the flange plate on its cover base has a centrically disposed circular opening , in that a circular disc-shaped cover insert has an annular disc-shaped shoulder periphery that is formed radially on the outside and is offset axially towards the inside, and in that the cover insert is inserted into the opening of the flange plate in a form-fitting manner axially from the inside while the shoulder periphery of said cover insert bears on the axial internal wall of the cover base .