mhurhangee/ep-ind-claims huggingface dataset:
A Bluetooth pairing method, wherein the method is applied to a Bluetooth system, the Bluetooth system comprises a terminal and a Bluetooth device, and the method comprises: when the terminal receives a first operation of a user, sending, by the terminal, an inquiry request to the Bluetooth device, wherein the inquiry request is used to obtain a Bluetooth address of the Bluetooth device; when the Bluetooth device receives the inquiry request, sending, by the Bluetooth device, an inquiry response to the terminal, wherein the inquiry response comprises the Bluetooth address of the Bluetooth device; sending, by the Bluetooth device, an extended inquiry response to the terminal, wherein the extended inquiry response comprises a device name of the Bluetooth device; and after the terminal receives the extended inquiry response, displaying, by the terminal, the device name of the Bluetooth device; characterized in that the extended inquiry response further comprises information about a feature supported by the Bluetooth device; wherein the information about a feature supported by the Bluetooth device comprises: secure simple pairing, 3-slot packet transmission, 5-slot packet transmission, timing accuracy, and synchronous connection oriented link. when the terminal receives a first operation of a user, sending, by the terminal, an inquiry request to the Bluetooth device, wherein the inquiry request is used to obtain a Bluetooth address of the Bluetooth device; when the Bluetooth device receives the inquiry request, sending, by the Bluetooth device, an inquiry response to the terminal, wherein the inquiry response comprises the Bluetooth address of the Bluetooth device; sending, by the Bluetooth device, an extended inquiry response to the terminal, wherein the extended inquiry response comprises a device name of the Bluetooth device; and after the terminal receives the extended inquiry response, displaying, by the terminal, the device name of the Bluetooth device; characterized in that the extended inquiry response further comprises information about a feature supported by the Bluetooth device; wherein the information about a feature supported by the Bluetooth device comprises: secure simple pairing, 3-slot packet transmission, 5-slot packet transmission, timing accuracy, and synchronous connection oriented link.
A process comprising the steps of: (a) expressing juice from fresh tea leaves that have never been dried to a moisture content of less than 30% by weight, thereby to produce leaf residue and tea juice, wherein during the expression step the moisture content of the tea leaves is between 30 and 90% by weight, (b) heating the tea juice to a temperature in the range 60-150 °C for a time period in the range of 0.5 seconds to 20 minutes, and; (c) packaging the tea juice in a sealed container; wherein the fresh tea leaves are not heat treated to deactivate fermentation enzymes prior to the step of expressing the juice. (a) expressing juice from fresh tea leaves that have never been dried to a moisture content of less than 30% by weight, thereby to produce leaf residue and tea juice, wherein during the expression step the moisture content of the tea leaves is between 30 and 90% by weight, (b) heating the tea juice to a temperature in the range 60-150 °C for a time period in the range of 0.5 seconds to 20 minutes, and; (c) packaging the tea juice in a sealed container;
Textile carrier material for adhesive tapes, comprising one or more plies of a nonwoven material or nonwoven fabric, characterized in that the one or more plies of the nonwoven material or nonwoven fabric has at least one formed areal region with longitudinal strength and at least one transverse tear-off region formed as a tear-off edge, the areal region with longitudinal strength comprising one or more longitudinally oriented loops, produced by means of pillar stitching, of one or more consolidation threads which are stitched to the nonwoven material or nonwoven fabric, and the transverse tear-off region being formed at least by one or more consolidation threads formed with at least one lateral offset with offset stitching, wherein the laterally offset consolidation thread or threads, by mechanically and/or electronically adjustable guide bars, are arranged at an angle of 1° to 90° to the longitudinally oriented consolidation threads and stitched to the nonwoven material or nonwoven fabric.
A method for processing a radio resource control, RRC, signaling, comprising: establishing (S103; S206; S306; S403), by a user equipment with a base station, a signaling radio bearer, SRB only between the user equipment and the base station; wherein the user equipment is served in cell aggregation of the base station and another base station, a protocol stack of the another base station only having one RRC entity; receiving (S103; S206; S306; S403), by the user equipment from the base station, a RRC reconfiguration message on the SRB only between the user equipment and the base station, wherein the RRC reconfiguration message comprises a configuration parameter generated by the one RRC entity of the another base station. establishing (S103; S206; S306; S403), by a user equipment with a base station, a signaling radio bearer, SRB only between the user equipment and the base station; wherein the user equipment is served in cell aggregation of the base station and another base station, a protocol stack of the another base station only having one RRC entity; receiving (S103; S206; S306; S403), by the user equipment from the base station, a RRC reconfiguration message on the SRB only between the user equipment and the base station, wherein the RRC reconfiguration message comprises a configuration parameter generated by the one RRC entity of the another base station.
A method of securing radio resources for an LTE-unlicensed, LTE-U, data transmission of a communication device in an unlicensed frequency band, the method characterised by: determining, by the communication device, a time gap remaining until a start time of an LTE subframe; transmitting, by the communication device, a plurality of bits based on the time gap in the unlicensed frequency band, wherein the plurality of bits is inserted before the LTE-U data transmission to thereby prevent at least one further communication device from using radio resources in the unlicensed frequency band until the unlicensed data transmission starts, wherein the plurality of bits outputs energy at the radio resources that prevents the at least one further communication device from using the radio resources. determining, by the communication device, a time gap remaining until a start time of an LTE subframe; transmitting, by the communication device, a plurality of bits based on the time gap in the unlicensed frequency band, wherein the plurality of bits is inserted before the LTE-U data transmission to thereby prevent at least one further communication device from using radio resources in the unlicensed frequency band until the unlicensed data transmission starts, wherein the plurality of bits outputs energy at the radio resources that prevents the at least one further communication device from using the radio resources.
Wiper-blade device for a window wiper, having a spoiler unit (14a; 14b; 14c) which has at least one soft spoiler component (16a; 16b; 16c) and has at least one hard spoiler component (18a; 18b; 18c), wherein the hard spoiler component (16a; 16b; 16c) at least partially forms a receiving region (20a; 20b; 20c) for a spring rail, and having a spray unit (22a; 22b; 22c), wherein the spray unit (22a; 22b; 22c) has at least one first channel element (24a; 24b; 24c) which is at least partially integrally formed on the hard spoiler component (18a; 18b; 18c), characterized in that the first channel element (24a; 24b; 24c) has a main extent direction at least substantially parallel to a vertical extent direction (28a; 28b; 28c) of the spoiler unit (14a; 14b; 14c).
Electric bicycle having a remote control unit for the display unit of the electric bicycle, wherein the remote control unit is arranged in the region of a handlebar grip at a distance from the display unit and comprises assistance selection buttons (30, 32) for selecting the assistance level, a rocker switch for gear selection and at least one input device for menu navigation and selection of menu items that are displayed on the display unit, characterised in that, when viewed in the direction of the handlebar grip axis, the input device, the assistance selection buttons (30, 32) and the rocker switch run along a convexly curved common line, the curvature of which is ergonomically adapted to the range of movement of the rider's thumb, and in that the assistance selection buttons (30, 32) are arranged at an angle to one another and form a concave section for ergonomic operation by the thumb of a rider.
A method of forming a composite product, the method comprising: providing a layer comprising a sheet-form moulding material; providing a substrate; applying the layer of sheet-form material onto a surface of the substrate; and pressing the sheet-form material to the substrate, wherein the substrate comprises a crushable material including a substantially open-celled structure such that gas and/or vapour can be displaced from the pressing region through a part of the substrate and a portion of the sheet-form material flows into the surface of the substrate during the pressing step; and wherein the crushable material of the substrate is such that, during the application of pressure step, a surface of the substrate is moulded. providing a layer comprising a sheet-form moulding material; providing a substrate; applying the layer of sheet-form material onto a surface of the substrate; and pressing the sheet-form material to the substrate, wherein the substrate comprises a crushable material including a substantially open-celled structure such that gas and/or vapour can be displaced from the pressing region through a part of the substrate and a portion of the sheet-form material flows into the surface of the substrate during the pressing step; and wherein the crushable material of the substrate is such that, during the application of pressure step, a surface of the substrate is moulded.
A system for collecting liquids flowing on the ground of an enclosure for livestock, for example cattle, wherein said collection system comprises: (i) a flooring, comprising: - bearing portions on which the animals are intended to bear, and - at least two grooves distributed over said flooring, separating said bearing portions from each other and intended to receive the liquids flowing on said flooring, (ii) means for collecting liquids circulating within said grooves, and (iii) means for pushing the liquids within the grooves of said flooring, so as to generate a circulation of said liquids towards said collection means, characterized in that said flooring is made of at least one material adapted to undergo an elastic deformation, and in that said flooring is adapted to be placed on a support surface, wherein said flooring is consisted of: - a set of longitudinal members that are fastened to a support surface, juxtaposed to each other while preserving a space defining the grooves, or - a carpet including a base, a lower face of which is intended to rest on a support surface, and an upper face of which is provided with protruding structures arranged remote from each other, which delimit between each other the grooves and the free face of which forms the bearing portion. (i) a flooring, comprising: - bearing portions on which the animals are intended to bear, and - at least two grooves distributed over said flooring, separating said bearing portions from each other and intended to receive the liquids flowing on said flooring, - bearing portions on which the animals are intended to bear, and - at least two grooves distributed over said flooring, separating said bearing portions from each other and intended to receive the liquids flowing on said flooring, (ii) means for collecting liquids circulating within said grooves, and (iii) means for pushing the liquids within the grooves of said flooring, so as to generate a circulation of said liquids towards said collection means, - a set of longitudinal members that are fastened to a support surface, juxtaposed to each other while preserving a space defining the grooves, or - a carpet including a base, a lower face of which is intended to rest on a support surface, and an upper face of which is provided with protruding structures arranged remote from each other, which delimit between each other the grooves and the free face of which forms the bearing portion.
An apparatus for measuring a performance of a mobile communication system comprising a base station, a packet gateway and a backhauling network connecting said base station and said packet gateway, said apparatus comprising; • a first measurement mobile interface and a second measurement mobile interface, said first measurement mobile interface being configured to transmit packets (Pk) addressed to said second measurement mobile interface via said base station so that said packets (Pk) are transmitted from said base station to said packet gateway and from said packet gateway to said base station, and said second measurement mobile interface being configured to receive said packets (Pk) from said base station; and • a measurement probe suitable for being connected to a backhauling interface of said base station and for detecting said packets (Pk) as transmitted (Pke) from said base station to said packet gateway or as received (Pke') at said base station from said packet gateway, said measurement probe being further configured to generate at least one first performance parameter relating to said packets (Pk) as transmitted from said first measurement mobile interface or said packets (Pk) as received at said second measurement mobile interface, generate at least one second performance parameter relating to said packets (Pk) as detected by said backhauling probe, and use said at least one first performance parameter or said at least one second performance parameter for measuring a performance of said mobile communication system. • a first measurement mobile interface and a second measurement mobile interface, said first measurement mobile interface being configured to transmit packets (Pk) addressed to said second measurement mobile interface via said base station so that said packets (Pk) are transmitted from said base station to said packet gateway and from said packet gateway to said base station, and said second measurement mobile interface being configured to receive said packets (Pk) from said base station; and • a measurement probe suitable for being connected to a backhauling interface of said base station and for detecting said packets (Pk) as transmitted (Pke) from said base station to said packet gateway or as received (Pke') at said base station from said packet gateway,
An insulation device (10, 20) for a loft opening (13, 23), the device (10, 20) comprising an insulating body portion (11, 21) adapted to fit within the loft opening (13, 23) and a skirt portion (12, 22) extending around at least a part of a periphery of the insulating body portion (11, 21), wherein the skirt portion (12, 22) is adapted to be moveable relative to the insulating body portion (11, 21), wherein the insulating body portion (11, 21) and the skirt portion (12, 22) are joined to one another by means of a stiffened seam which provides an axis about which the skirt portion (12, 22) may move relative to the insulating body portion (11, 21), characterised in that the skirt portion (12, 22) has a pillow-like structure that is filled with an insulating material.
A hydrogen generator comprising: a desulfurizer including a desulfurization catalyst that removes a sulfur compound in a raw material, the desulfurization catalyst being arranged so as to be heated by a first heat source; a reformer configured to generate a hydrogen-containing gas using the raw material having flowed through the desulfurizer; a first temperature detector configured to detect a temperature of a predetermined portion of the desulfurization catalyst; a second temperature detector configured to detect the temperature of a portion of the desulfurization catalyst, the portion being located such that a distance between the portion and the first heat source is longer than a distance between the predetermined portion and the first heat source; and a controller configured to control an operation of heating the desulfurization catalyst, characterized in that the controller is configured to control the operation of heating the desulfurization catalyst by the first heat source, based on detection results of the first temperature detector and the second temperature detector, wherein the controller is configured to decrease a heating amount of the first heat source when the temperature detected by the second temperature detector becomes equal to or higher than a first threshold. a desulfurizer including a desulfurization catalyst that removes a sulfur compound in a raw material, the desulfurization catalyst being arranged so as to be heated by a first heat source; a reformer configured to generate a hydrogen-containing gas using the raw material having flowed through the desulfurizer; a first temperature detector configured to detect a temperature of a predetermined portion of the desulfurization catalyst; a second temperature detector configured to detect the temperature of a portion of the desulfurization catalyst, the portion being located such that a distance between the portion and the first heat source is longer than a distance between the predetermined portion and the first heat source; and a controller configured to control an operation of heating the desulfurization catalyst, characterized in that the controller is configured to control the operation of heating the desulfurization catalyst by the first heat source, based on detection results of the first temperature detector and the second temperature detector, wherein the controller is configured to decrease a heating amount of the first heat source when the temperature detected by the second temperature detector becomes equal to or higher than a first threshold.
Disc brake pad return spring to be mounted between the pad and a fixed point, said spring being configured to, after mounting in the disc brake, elastically deform such as to return the brake pad to a retracted position in relation to the brake disc after a braking phase, and deform plastically to compensate for the wear of an assembly formed by the brake disk and a brake pad lining, wherein the spring includes a first portion fixed to the brake pad, a second portion fixed to the fixed point, and a third portion connecting the first fixed portion and the second fixed portion, said substantially V-shaped third portion including a first leg and a second leg connected by a first fold, the free ends of the first and second legs respectively being connected respectively to the first fixed portion and to the second fixed portion, wherein the first leg includes a second fold transverse to a longitudinal axis of the first leg such that the first leg includes two parts in two different planes, and characterized in that, before mounting, the second leg is substantially planar and is such that when the second fixed portion is fixed to the fixed point, said second leg deforms plastically along a third fold such that the second leg, after mounting, includes two parts in two different planes.
A method of controlling the use of a custom Image by a user at a user location (15, 25) in a mail processing system, said mall processing system being operated by a provider, comprising: receiving a hash at a provider location from said user location, said hash having been generated from said custom image; generating a digital signature at said provider location, said digital signature being generated from said hash; and transmitting said digital signature and at least said hash used to generate said digital signature to said user location; further comprising accounting for the use of said custom image by said user; comparing said hash to one or more second hashes, each of said second hashes having been generated from an image provided to said provider by a third party; and performing said generating, accounting and transmitting steps only if said hash does not match any of said one or more second hashes. receiving a hash at a provider location from said user location, said hash having been generated from said custom image; generating a digital signature at said provider location, said digital signature being generated from said hash; and transmitting said digital signature and at least said hash used to generate said digital signature to said user location;
An air supply system that performs a supplying operation that causes compressed air supplied from a compressor to flow from an upstream side to a downstream side via an air dryer including a filter and a check valve, the air supply system comprising: a pressure sensor that detects an air pressure on a downstream side of the check valve; and a controller that switches between the supplying operation and a non-supplying operation, and performs a regenerating operation, which regenerates the filter, during the non-supplying operation, characterised in that the controller stores: a supply start value, the supplying operation being started based on a comparison between the supply start value and a detected air pressure detected by the pressure sensor, and a supply stop value, which is greater than the supply start value, the non-supplying operation being started based on a comparison between the supply stop value and the detected air pressure, and wherein the controller performs the supplying operation by a regenerative supply when a condition is satisfied, the condition including: that the regenerating operation is not being performed; that the detected air pressure is greater than the supply start value and less than the supply stop value; and that an engine that drives the compressor is performing a no-load operation. a pressure sensor that detects an air pressure on a downstream side of the check valve; and a controller that switches between the supplying operation and a non-supplying operation, and performs a regenerating operation, which regenerates the filter, during the non-supplying operation, characterised in that the controller stores: a supply start value, the supplying operation being started based on a comparison between the supply start value and a detected air pressure detected by the pressure sensor, and a supply stop value, which is greater than the supply start value, a supply start value, the supplying operation being started based on a comparison between the supply start value and a detected air pressure detected by the pressure sensor, and a supply stop value, which is greater than the supply start value, the non-supplying operation being started based on a comparison between the supply stop value and the detected air pressure, and wherein the controller performs the supplying operation by a regenerative supply when a condition is satisfied, the condition including: that the regenerating operation is not being performed; that the detected air pressure is greater than the supply start value and less than the supply stop value; and that an engine that drives the compressor is performing a no-load operation. that the regenerating operation is not being performed; that the detected air pressure is greater than the supply start value and less than the supply stop value; and that an engine that drives the compressor is performing a no-load operation.