mhurhangee/patent-ind-claim-en huggingface dataset:
Automated manual transmission for a motor vehicle, comprising a transmission shifting unit and a transmission housing which has a detachable cover , wherein the transmission shifting unit is arranged on the detachable cover , wherein the transmission shifting unit has actuators for actuating shift forks associated with each of said actuators, and by means of each shift fork , an associated shift sleeve of the manual transmission can be moved coaxially to a transmission shaft in each case, wherein a longitudinal guide extending in parallel with longitudinal axis of the manual transmission is fastened in the transmission housing , wherein the at least two shift forks are accommodated on the longitudinal guide in a longitudinally movable manner, and each shift fork has a clutch arm arranged eccentrically in relation to the longitudinal guide , wherein each actuator has an axially movable actuating rod having a clutch geometry , and wherein each clutch arm , in the assembled state of the cover and the transmission housing , interacts with an associated clutch geometry of an associated actuator in such a way that linear movements of the actuating rods of the actuators can be transferred to the shift forks to moving the forks on the longitudinal guide , and that the actuating rods of the actuators are arranged on the inside of the cover of the transmission housing in parallel with the longitudinal axis of the manual transmission , characterized in that the respective free ends of the actuating rods of immediately adjacent actuators point in axially opposite directions, in that the transmission shifting unit is provided with at least three actuators for actuating three shift forks , in that the automated manual transmission has three shift sleeves, in that the actuating rods of the actuators have a cylindrical geometry, in that each of the shift forks has a hollow cylindrical guide sleeve having a holding arm , in that an arcuate actuating portion is formed in each case on an end of each holding arm , which is directed away from the guide sleeves , for engaging in the associated shift sleeve, in that on the first shift fork , the first clutch arm is formed in the vicinity of the guide sleeve on the associated holding arm , in that on the second shift fork , the second clutch arm is formed on the free end of the arcuate actuating portion , and in that the third clutch arm is formed in the region of the arcuate actuating portion centrally between its free end and the holding arm of the third shift fork .
Grain tape comprising at least one layer (10, 10.1, 10.2) formed from a thermoplastic olefin having a three-dimensionally structured top surface , intended for production of a film by application of plastic in liquid or paste form for formation of the film by the inversion method and subsequent detachment of the film from the surface, characterized in that the at least one layer (10, 10.1, 10.2) has been electron beam-crosslinked and the top surface is formed by a varnish coating to which the plastic in liquid or paste form is applicable.
A paper tube that functions as a core of a rolled sheet, the paper tube comprising: an inside base paper layer at an inside peripheral surface of the paper tube; and an outside base paper layer at an outside peripheral surface of the paper tube, polyphenol and glycerin being impregnated in at least one of the inside base paper layer and the outside base paper layer . an inside base paper layer at an inside peripheral surface of the paper tube; and an outside base paper layer at an outside peripheral surface of the paper tube, polyphenol and glycerin being impregnated in at least one of the inside base paper layer and the outside base paper layer .
A near field communication, NFC, device for use in preparing a carrier signal for active load modulation transmission, the NFC device comprising: a local clock generator configured to generate a reference clock signal; a clock extractor configured to recover a clock signal generated by an NFC initiator device; a frequency tracking module, FTM, configured to perform a frequency tracking operation based on an input clock signal to produce a FTM output with its frequency aligned with the input clock signal wherein the input clock signal is the reference clock signal or the recovered clock signal; and a phase tracking module, PTM, configured to perform a phase tracking operation on the FTM output based on the recovered clock signal to produce a PTM output with its phase aligned with the recovered clock signal; wherein the PTM output at a desired frequency and phase is served as the carrier signal for use in load modulating data of the NFC device to form a load modulated signal to be actively transmitted to the NFC initiator device. a local clock generator configured to generate a reference clock signal; a clock extractor configured to recover a clock signal generated by an NFC initiator device; a frequency tracking module, FTM, configured to perform a frequency tracking operation based on an input clock signal to produce a FTM output with its frequency aligned with the input clock signal wherein the input clock signal is the reference clock signal or the recovered clock signal; and a phase tracking module, PTM, configured to perform a phase tracking operation on the FTM output based on the recovered clock signal to produce a PTM output with its phase aligned with the recovered clock signal; wherein the PTM output at a desired frequency and phase is served as the carrier signal for use in load modulating data of the NFC device to form a load modulated signal to be actively transmitted to the NFC initiator device.
A heat reservoir comprising at least a porous substrate and a heat storage material composition with which the porous substrate is impregnated, wherein the heat storage material composition contains a latent heat storage material and a hydrogenated styrene-based thermoplastic elastomer, and wherein when the weight-average molecular weight of the hydrogenated styrene-based thermoplastic elastomer is designated as X × 10 4 and the amount of the hydrogenated styrene-based thermoplastic elastomer is designated as Y parts by mass relative to 100 parts by mass of the latent heat storage material in the heat storage material composition, the following conditions are satisfied: 5 ≤ X ≤ 17 ; 5 ≤ Y ≤ 25 ; if 5 ≤ X < 10 , Y ≥ − 2 ⁢ X + 25 ; and if 14 < X ≤ 17 , Y ≤ − 5 ⁢ X + 90 , and wherein the weight-average molecular weight is calculated as the standard polystyrene equivalent molecular weight based on measurement by gel permeation chromatography.
Axial ball joint , in particular for use on a steering gear , comprising a joint housing which is open on one side for receiving a joint ball which is assigned to a joint pivot , a housing pivot being arranged on the joint housing , and a damping device being provided on that side of the joint housing which is provided with the housing pivot , and the damping device having an elastic damping element made from plastic with a metallic insert , characterized in that the metallic insert is overmoulded by the material of the elastic damping element , and the damping element has in each case one axial bearing face on axially opposite sides, the joint housing on one side and a housing of the steering gear on the other side coming into contact with the said axial bearing faces of the damping element in a non-deformed state when a steering stop is reached.
A process for preparing unsaturated ketone, the process comprising the steps of-mixing an aldehyde with a ketone; and passing the mixture of aldehyde and ketone through a fixed bed catalytic reactor comprising ion exchange polymer at a temperature of at least 60°C and at atmospheric pressure for a retention period of at least 30 minutes, wherein the ion exchange polymer is polystyrene sulphonated or carbonated cation resin.
A method for transmitting uplink control information, comprising: receiving , by a terminal device, scheduling information and trigger information from an access network device, wherein the scheduling information is used to instruct the terminal device to transmit, in M uplink subframes, uplink data scheduled by the scheduling information, M is a positive integer not less than 2, and the trigger information is used to instruct the terminal device to send uplink control information; determining , by the terminal device, in the M uplink subframes, an uplink subframe for carrying the uplink control information; and sending , by the terminal device, the uplink control information in the determined uplink subframe; and characterized in that the scheduling information is received in a subframe n; and the last or penultimate uplink subframe is determined in a time sequence of an uplink burst included in the M uplink subframes as the uplink subframe for carrying the uplink control information, where the uplink burst refers to multiple uplink subframes that are occupied consecutively in time, and the uplink burst is after a downlink burst including the subframe n and is immediately adjacent to the downlink burst including the subframe n. receiving , by a terminal device, scheduling information and trigger information from an access network device, wherein the scheduling information is used to instruct the terminal device to transmit, in M uplink subframes, uplink data scheduled by the scheduling information, M is a positive integer not less than 2, and the trigger information is used to instruct the terminal device to send uplink control information; determining , by the terminal device, in the M uplink subframes, an uplink subframe for carrying the uplink control information; and sending , by the terminal device, the uplink control information in the determined uplink subframe; and characterized in that the scheduling information is received in a subframe n; and the last or penultimate uplink subframe is determined in a time sequence of an uplink burst included in the M uplink subframes as the uplink subframe for carrying the uplink control information, where the uplink burst refers to multiple uplink subframes that are occupied consecutively in time, and the uplink burst is after a downlink burst including the subframe n and is immediately adjacent to the downlink burst including the subframe n.
Tyre-building device , notably for building pneumatic tyres, said device comprising: - a feed system arranged to feed said building device with a strip , called "continuous strip" , conveyed in a longitudinal direction (L3), - a cutting tool which is mounted to move in a cutting direction (L10) transversal to the longitudinal direction (L3), so as to be able to perform a movement, called "cutting movement" (M10), which makes it possible to cut said continuous strip across its width (W3) and thus detach from the continuous strip a reinforcing ply which extends, in the longitudinal direction (L3), from a front edge to a rear edge , - a drum , which is arranged to be able to be driven in rotation in a direction called "winding direction" (S20) which allows the reinforcing ply to be wound over the circumference of said drum, by a movement called "winding movement" (M20), said building device being characterized in that it comprises a synchronization unit arranged to automatically synchronize the cutting movement (M10) with winding movement (M20), so as to drive the cutting tool to move across the entire width (W3) of the continuous strip in order to detach the reinforcing ply from the continuous strip by generating the rear edge of said reinforcing ply, while the front edge of said reinforcing ply is engaged on the drum and the continuous strip is driven with said reinforcing ply at a non-zero speed in the winding direction (S20) to accompany the ongoing winding movement (M20) of said reinforcing ply on the drum . - a feed system arranged to feed said building device with a strip , called "continuous strip" , conveyed in a longitudinal direction (L3), - a cutting tool which is mounted to move in a cutting direction (L10) transversal to the longitudinal direction (L3), so as to be able to perform a movement, called "cutting movement" (M10), which makes it possible to cut said continuous strip across its width (W3) and thus detach from the continuous strip a reinforcing ply which extends, in the longitudinal direction (L3), from a front edge to a rear edge , - a drum , which is arranged to be able to be driven in rotation in a direction called "winding direction" (S20) which allows the reinforcing ply to be wound over the circumference of said drum, by a movement called "winding movement" (M20),
A control unit for forwarding first radio signals (20-1) and second radio signals (20-2), comprising: at least one first port (30-1) for forwarding the first radio signals (20-1) in a first frequency range and one second port (30-2) for forwarding the second radio signals (20-2) in a second frequency range; a third port connectable to a distributor network ; a sensor for recognizing available frequency ranges in the distributor network ; and a control unit modulator/ demodulator in order to convert, upon transmission of the second radio signals (20-2) via the distributor network , the second radio signals (20-2) to or from a further frequency range, different from the first frequency range, which contains at least partially at least one of the available frequency ranges, characterized in that the sensor is configured to capture details of a usable signal spectrum on the distributor network by means of a voltage standing wave ratio measuring method and to recognize the available frequency ranges based on the usable signal spectrum. at least one first port (30-1) for forwarding the first radio signals (20-1) in a first frequency range and one second port (30-2) for forwarding the second radio signals (20-2) in a second frequency range; a third port connectable to a distributor network ; a sensor for recognizing available frequency ranges in the distributor network ; and a control unit modulator/ demodulator in order to convert, upon transmission of the second radio signals (20-2) via the distributor network , the second radio signals (20-2) to or from a further frequency range, different from the first frequency range, which contains at least partially at least one of the available frequency ranges, characterized in that the sensor is configured to capture details of a usable signal spectrum on the distributor network by means of a voltage standing wave ratio measuring method and to recognize the available frequency ranges based on the usable signal spectrum.
Method for determining a tread depth of a vehicle tyre, having the following steps: a) providing a vehicle tyre having a sensor, arranged in the vehicle tyre , for measuring radial accelerations (a), b) regularly measuring the radial accelerations (a) on the vehicle tyre while travelling, c) determining a constant acceleration value while travelling, d) determining a mileage for the vehicle tyre using the constant acceleration value , e) estimating a remaining tread depth (PTK) on the basis of the mileage reached by the vehicle tyre , characterized in that the sensor records the radial accelerations (a) of the vehicle tyre on entering and exiting the ground contact surface, wherein the determined measurement curves are analysed and then an algorithm is used to determine a tread depth (PTM) on the basis of the measurement curve shape , wherein the tread depth (PTM) on the basis of the measurement curve shape is compared with the tread depth (PTK) on the basis of the mileage, the value for the tread depth (PTM) on the basis of the measurement curve shape subsequently being checked and if need be adjusted. a) providing a vehicle tyre having a sensor, arranged in the vehicle tyre , for measuring radial accelerations (a), b) regularly measuring the radial accelerations (a) on the vehicle tyre while travelling, c) determining a constant acceleration value while travelling, d) determining a mileage for the vehicle tyre using the constant acceleration value , e) estimating a remaining tread depth (PTK) on the basis of the mileage reached by the vehicle tyre , the sensor records the radial accelerations (a) of the vehicle tyre on entering and exiting the ground contact surface, wherein the determined measurement curves are analysed and then an algorithm is used to determine a tread depth (PTM) on the basis of the measurement curve shape , wherein the tread depth (PTM) on the basis of the measurement curve shape is compared with the tread depth (PTK) on the basis of the mileage, the value for the tread depth (PTM) on the basis of the measurement curve shape subsequently being checked and if need be adjusted.
Dial for a timepiece, the dial comprising: - A flat ring made of opaque material, having an external diameter (D1) and an internal diameter (D2), the ring having an upper surface and a lower surface, - A central disc made of opaque material having a diameter (D3) which is less than the internal diameter (D2) of the ring , the central disc being positioned concentrically with respect to the ring and essentially coplanar with the ring , such that an annular area is created between the disc and the ring , the central disc having an upper surface and a lower surface respectively oriented like the upper surface and the lower surface of the flat ring , - A part made of transparent material which covers the annular area and which is fixed to the central disc and to the ring , in order to join the ring and the central disc to each other, while creating an annular aperture between the disc and the ring , characterized in that the transparent part covers at least one portion of the upper or lower surface of the central disc , and in that the transparent part is fixed to the central disc by bonding the transparent part to said surface portion . - A flat ring made of opaque material, having an external diameter (D1) and an internal diameter (D2), the ring having an upper surface and a lower surface, - A central disc made of opaque material having a diameter (D3) which is less than the internal diameter (D2) of the ring , the central disc being positioned concentrically with respect to the ring and essentially coplanar with the ring , such that an annular area is created between the disc and the ring , the central disc having an upper surface and a lower surface respectively oriented like the upper surface and the lower surface of the flat ring , - A part made of transparent material which covers the annular area and which is fixed to the central disc and to the ring , in order to join the ring and the central disc to each other, while creating an annular aperture between the disc and the ring , characterized in that the transparent part covers at least one portion of the upper or lower surface of the central disc , and in that the transparent part is fixed to the central disc by bonding the transparent part to said surface portion .
A cleaning device for removing debris from a conduit, the cleaning device comprising: an elongate body comprising a distal end and a proximal end; a cleaning member positioned along the elongate body, wherein the cleaning member comprises a scaffold and a removal member positioned along an outer surface of the scaffold, wherein the cleaning member is selectively movable between a radially-collapsed configuration and a radially-expanded configuration, wherein the removal member is configured to contact an interior surface of a medical tube when the cleaning member is in the expanded configuration, wherein the removal member comprises one or more rounded portions or sections, wherein the removal member comprises a smooth outer periphery or surface, and wherein the removal member, when the cleaning member is in the expanded configuration, is configured to engage and remove debris from the conduit as the cleaning device is withdrawn from the conduit. an elongate body comprising a distal end and a proximal end; a cleaning member positioned along the elongate body, wherein the cleaning member comprises a scaffold and a removal member positioned along an outer surface of the scaffold, wherein the cleaning member is selectively movable between a radially-collapsed configuration and a radially-expanded configuration, wherein the removal member is configured to contact an interior surface of a medical tube when the cleaning member is in the expanded configuration, wherein the removal member comprises one or more rounded portions or sections, wherein the removal member comprises a smooth outer periphery or surface, and wherein the removal member, when the cleaning member is in the expanded configuration, is configured to engage and remove debris from the conduit as the cleaning device is withdrawn from the conduit.
An information processing apparatus configured to control a plurality of devices, each device configured to perform at least one of an image input operation and an image output operation based on an ICC profile, wherein, among the plurality of devices, devices using a same ICC profile are grouped, wherein the ICC profile includes a description of the group of devices that share the ICC profile, the information processing apparatus comprising: a first obtaining means arranged to obtain a name of a device to be used of the plurality of devices; a second obtaining means arranged to obtain information that identifies a group of devices in the group of devices to which the device to be used is grouped; storage means arranged to store a plurality of ICC profiles; generation means arranged to, based on the ICC profiles stored in the storage means, generate a list of descriptions of ICC profiles usable by the information processing apparatus to control the device to be used; determination means arranged to determine whether the list generated by the generation means includes a description of an ICC profile including the information that identifies the group of devices; change means arranged to, in a case where the determination made by the determination means is affirmative, change the description in the list of descriptions of the ICC profile including the information that identifies the group of devices to a description including the name of the device obtained by the first obtaining means; and providing means arranged to provide the list generated by the generation means or the list changed by the change means to a user. a first obtaining means arranged to obtain a name of a device to be used of the plurality of devices; a second obtaining means arranged to obtain information that identifies a group of devices in the group of devices to which the device to be used is grouped; storage means arranged to store a plurality of ICC profiles; generation means arranged to, based on the ICC profiles stored in the storage means, generate a list of descriptions of ICC profiles usable by the information processing apparatus to control the device to be used; determination means arranged to determine whether the list generated by the generation means includes a description of an ICC profile including the information that identifies the group of devices; change means arranged to, in a case where the determination made by the determination means is affirmative, change the description in the list of descriptions of the ICC profile including the information that identifies the group of devices to a description including the name of the device obtained by the first obtaining means; and providing means arranged to provide the list generated by the generation means or the list changed by the change means to a user.