mhurhangee/patent-ind-claim-en huggingface dataset:
A glass substrate molding method, comprising: providing a rotatable or wheelable molding die and one of a conductive base , a plurality of conductive rolls , and a conductive conveyer belt , the die having a die surface , the molding die having conductivity at least on the die surface; disposing a glass substrate between the die and the one of the base, the rolls, and the belt with a first and a second principal surface of the glass substrate contacting respectively with the die surface and the one of the base, the rolls, and the belt, the substrate being made of a glass material containing an alkali metal oxide; keeping the first principal surface contacted with the die surface at a temperature over 100°C and equal to or lower than Tg + 50°C, where Tg indicates a glass transition temperature of the glass material; applying a direct-current voltage between the die and the one of the base, the rolls, and the belt, electric potential on the die surface being higher than electric potential on the one of the base, the rolls, and the belt; and rotating or wheeling the molding die and simultaneously moving the molding die or the glass substrate in a direction parallel to the first principal surface in conformity with a rotation speed or a wheeling speed of the molding die, to mold the first principal surface, while applying the direct-current voltage between the die and the one of the base, the rolls, and the belt. providing a rotatable or wheelable molding die and one of a conductive base , a plurality of conductive rolls , and a conductive conveyer belt , the die having a die surface , the molding die having conductivity at least on the die surface; disposing a glass substrate between the die and the one of the base, the rolls, and the belt with a first and a second principal surface of the glass substrate contacting respectively with the die surface and the one of the base, the rolls, and the belt, the substrate being made of a glass material containing an alkali metal oxide; keeping the first principal surface contacted with the die surface at a temperature over 100°C and equal to or lower than Tg + 50°C, where Tg indicates a glass transition temperature of the glass material; applying a direct-current voltage between the die and the one of the base, the rolls, and the belt, electric potential on the die surface being higher than electric potential on the one of the base, the rolls, and the belt; and rotating or wheeling the molding die and simultaneously moving the molding die or the glass substrate in a direction parallel to the first principal surface in conformity with a rotation speed or a wheeling speed of the molding die, to mold the first principal surface, while applying the direct-current voltage between the die and the one of the base, the rolls, and the belt.
A transmission device comprising: a video encoding unit configured to generate a video stream having progressive video data; a subtitle encoding unit configured to generate a subtitle stream having progressive subtitle bitmap data, wherein information indicating whether a progressive data block is present or a top-field data block and a bottom-field data block are present is inserted into the subtitle stream, the progressive subtitle bitmap data not divided is arranged in the progressive data block when the information indicates the progressive data block is present; an identification-information insertion unit configured to insert, into a layer of the subtitle stream, identification information indicating display rendering type of the progressive subtitle bitmap data, wherein the identification information indicating that, after performance of coordinate transform and resolution transform to the progressive subtitle bitmap data having second resolution, the progressive subtitle bitmap data is to be superimposed onto the progressive video data having first resolution higher than the second resolution; and a transmission unit configured to transmit a container including the video stream and the subtitle stream, in a predetermined format, wherein a component descriptor having a resolution information indicating resolution of video data on which the progressive subtitle bitmap data is to be superimposed is inserted into a layer of the container. a video encoding unit configured to generate a video stream having progressive video data; a subtitle encoding unit configured to generate a subtitle stream having progressive subtitle bitmap data, wherein information indicating whether a progressive data block is present or a top-field data block and a bottom-field data block are present is inserted into the subtitle stream, the progressive subtitle bitmap data not divided is arranged in the progressive data block when the information indicates the progressive data block is present; an identification-information insertion unit configured to insert, into a layer of the subtitle stream, identification information indicating display rendering type of the progressive subtitle bitmap data, wherein the identification information indicating that, after performance of coordinate transform and resolution transform to the progressive subtitle bitmap data having second resolution, the progressive subtitle bitmap data is to be superimposed onto the progressive video data having first resolution higher than the second resolution; and a transmission unit configured to transmit a container including the video stream and the subtitle stream, in a predetermined format, wherein a component descriptor having a resolution information indicating resolution of video data on which the progressive subtitle bitmap data is to be superimposed is inserted into a layer of the container.
A method for controlling an electronic device, performed by an execution device, comprising: detecting a first strength of a wireless signal transmitted from a control device; receiving second strengths of the wireless signal, the second strengths being sent from each of other execution devices receiving the wireless signal transmitted from the control device; comparing the first strength and the second strengths in response to a first determination that the first strength is higher than a preset strength; acquiring a control instruction in the wireless signal in response to a second determination that the first strength is higher than each of the second strengths; and performing processing according to the control instruction after the control instruction is acquired, wherein whether to process the control instruction is determined according to whether a time length for which said wireless signal is continuously received exceeds a preset time length. detecting a first strength of a wireless signal transmitted from a control device; receiving second strengths of the wireless signal, the second strengths being sent from each of other execution devices receiving the wireless signal transmitted from the control device; comparing the first strength and the second strengths in response to a first determination that the first strength is higher than a preset strength; acquiring a control instruction in the wireless signal in response to a second determination that the first strength is higher than each of the second strengths; and performing processing according to the control instruction after the control instruction is acquired, wherein whether to process the control instruction is determined according to whether a time length for which said wireless signal is continuously received exceeds a preset time length.
A capsulotomy device comprising: a tubular insertion sleeve beveled at a distal end of the tubular insertion sleeve; an insulating portion slidably disposed within the tubular insertion sleeve , wherein the insulating portion at a distal end comprises an electrically insulating material separating first and second ends of a heating element ; and a substantially planar loop comprising the heating element coupled to the distal end of the insulating portion, wherein the first and second ends of the heating element define a transitional neck that extends at an upward angle from the substantially planar loop , characterized in that the insertion sleeve comprises two notches (13; 13c, 13d) disposed opposite one another at the distal end of the tubular insulation sleeve , wherein a top portion of each notch extends further distally than the bottom portion of each notch, and in that the substantially planar loop is disposed within the two notches (13; 13c, 13d) when deployed and retracted from the tubular insertion sleeve . a tubular insertion sleeve beveled at a distal end of the tubular insertion sleeve; an insulating portion slidably disposed within the tubular insertion sleeve , wherein the insulating portion at a distal end comprises an electrically insulating material separating first and second ends of a heating element ; and a substantially planar loop comprising the heating element coupled to the distal end of the insulating portion, wherein the first and second ends of the heating element define a transitional neck that extends at an upward angle from the substantially planar loop , characterized in that the insertion sleeve comprises two notches (13; 13c, 13d) disposed opposite one another at the distal end of the tubular insulation sleeve , wherein a top portion of each notch extends further distally than the bottom portion of each notch,
A method for identity authentication, comprising receiving an authentication request transmitted from a client, the authentication request carrying identity authentication information of a user; authenticating the identity authentication information; collecting behavior characteristic information related to the user in a number of dimensions when the identity authentication information is determined to be valid; and matching and recognizing an identity of the user by comparing the collected behavior characteristic information with original characteristic information in a respective one of the dimensions, wherein the behavior characteristic information comprises operation behavior information, wherein the operation behavior information comprises a sliding trajectory of a touch operation by the user on a touch screen, a consumption or payment behavior on the client, and behaviors of processing various operation objects in applications; and the operation behavior information is collected periodically. receiving an authentication request transmitted from a client, the authentication request carrying identity authentication information of a user; authenticating the identity authentication information; collecting behavior characteristic information related to the user in a number of dimensions when the identity authentication information is determined to be valid; and matching and recognizing an identity of the user by comparing the collected behavior characteristic information with original characteristic information in a respective one of the dimensions, wherein the behavior characteristic information comprises operation behavior information, wherein the operation behavior information comprises a sliding trajectory of a touch operation by the user on a touch screen, a consumption or payment behavior on the client, and behaviors of processing various operation objects in applications; and the operation behavior information is collected periodically.
A drivetrain assembly for a wind turbine , the drivetrain assembly comprising: a main shaft ; a bearing operatively coupled to an end of the main shaft ; a bearing housing surrounding the bearing ; a gearbox comprising, at least, a ring gear , the ring gear positioned adjacent to the bearing housing , the ring gear comprising an outer circumferential surface ; and, at least one flexible member arranged at an interface between the bearing housing and the ring gear , the at least one flexible member configured to reduce vibrations generated by the gearbox ; the drivetrain assembly further comprising a plurality of flexible members arranged on the outer circumferential surface of the ring gear at the interface ; characterized by further comprising at least one radially-extending pin extending through each of the plurality of flexible members and into the outer circumferential surface of the ring gear so as to secure each of the plurality of flexible members to the ring gear at the interface . a main shaft ; a bearing operatively coupled to an end of the main shaft ; a bearing housing surrounding the bearing ; a gearbox comprising, at least, a ring gear , the ring gear positioned adjacent to the bearing housing , the ring gear comprising an outer circumferential surface ; and, at least one flexible member arranged at an interface between the bearing housing and the ring gear , the at least one flexible member configured to reduce vibrations generated by the gearbox ; the drivetrain assembly further comprising a plurality of flexible members arranged on the outer circumferential surface of the ring gear at the interface ; characterized by further comprising at least one radially-extending pin extending through each of the plurality of flexible members and into the outer circumferential surface of the ring gear so as to secure each of the plurality of flexible members to the ring gear at the interface .
Sterilizing machine for loose products (P), comprising a treatment chamber able to house the loose products (P) to be treated, said sterilizing machine being characterized in that it comprises, downstream of said treatment chamber : a container to transfer said loose products (P) provided with a loading side of said loose products (P) coming from said treatment chamber , an unloading side of said loose products (P), said container being made to rotate by means of a drive motor , around an axis (C) that passes through said loading side and said unloading side ; at least one helicoidal guide with several spirals positioned inside said container and configured to move and guide said loose products (P) from said loading side to said unloading side ; said container being connected, on said loading side and by means of first connecting and channeling means , to said treatment chamber and being connectable, during use, on said unloading side and by means of second connecting and channeling means , to a station to use said loose products (P), said first and said second connecting and channeling means being configured to guarantee continuity in the sterilization conditions obtained in said treatment chamber . a container to transfer said loose products (P) provided with a loading side of said loose products (P) coming from said treatment chamber , an unloading side of said loose products (P), said container being made to rotate by means of a drive motor , around an axis (C) that passes through said loading side and said unloading side ; at least one helicoidal guide with several spirals positioned inside said container and configured to move and guide said loose products (P) from said loading side to said unloading side ; said container being connected, on said loading side and by means of first connecting and channeling means , to said treatment chamber and being connectable, during use, on said unloading side and by means of second connecting and channeling means , to a station to use said loose products (P), said first and said second connecting and channeling means being configured to guarantee continuity in the sterilization conditions obtained in said treatment chamber .
An image forming device comprising: a housing ; a pair of first guides extending down to terminals ; a process unit having a bottom wall and side walls formed with protrusions protruding outward from the side walls, the protrusions being engageable with the pair of first guides , the protrusions being guided down along the pair of first guides toward the terminals when the process unit is loaded into the housing ; and a process unit accommodating section for receiving and accommodating the process unit , characterized by a second guide formed between the pair of first guides configured to guide the bottom surface of the process unit from a top open space of the housing toward the terminal , wherein the process unit is accommodated in the process unit accommodating section when the protrusions of the process unit have been brought into abutment with the terminals , the process unit is disengaged from the second guide and a trailing end of the process unit is rotated downward about an imaginary line connecting the protrusions . a housing ; a pair of first guides extending down to terminals ; a process unit having a bottom wall and side walls formed with protrusions protruding outward from the side walls, the protrusions being engageable with the pair of first guides , the protrusions being guided down along the pair of first guides toward the terminals when the process unit is loaded into the housing ; and a process unit accommodating section for receiving and accommodating the process unit , characterized by a second guide formed between the pair of first guides configured to guide the bottom surface of the process unit from a top open space of the housing toward the terminal , wherein the process unit is accommodated in the process unit accommodating section when the protrusions of the process unit have been brought into abutment with the terminals , the process unit is disengaged from the second guide and a trailing end of the process unit is rotated downward about an imaginary line connecting the protrusions .
A method for wireless communications at a user equipment, UE , comprising: receiving , from a base station (105-c), a measurement configuration comprising a signal quality threshold, a time to trigger, and an indication of a minimum time to trigger having a duration less than a duration of the time to trigger, wherein the time to trigger triggers transmission of a measurement report upon one or more downlink measurements satisfying the signal quality threshold for the duration of the time to trigger; determining that a combination of a signal quality measurement duration and a downlink measurement unavailability duration exceeds the time to trigger, wherein the downlink measurement unavailability duration comprises a time duration during which the one or more downlink measurements are unavailable; transmitting , to the base station, after the minimum time to trigger expires and before the time to trigger expires, an indication of an adjusted timing for transmitting the measurement report; and transmitting the measurement report to the base station based at least in part on the adjusted timing. receiving , from a base station (105-c), a measurement configuration comprising a signal quality threshold, a time to trigger, and an indication of a minimum time to trigger having a duration less than a duration of the time to trigger, wherein the time to trigger triggers transmission of a measurement report upon one or more downlink measurements satisfying the signal quality threshold for the duration of the time to trigger; determining that a combination of a signal quality measurement duration and a downlink measurement unavailability duration exceeds the time to trigger, wherein the downlink measurement unavailability duration comprises a time duration during which the one or more downlink measurements are unavailable; transmitting , to the base station, after the minimum time to trigger expires and before the time to trigger expires, an indication of an adjusted timing for transmitting the measurement report; and transmitting the measurement report to the base station based at least in part on the adjusted timing.
Packaging, in particular suitable for containing food, the packaging comprising a container which is made of plastics material and is hinged to a lid , the container being provided with a polygonal base and a continuous peripheral wall comprising a plurality of planar faces , the upper edge of said peripheral wall delimiting an opening and being provided with a polygonal peripheral rim that extends radially outwards and is provided with a channel able to cooperate with a peripheral rib of the lid by interlocking the rib in said channel , and the packaging also comprising an exterior covering which is made of a cardboard material or other bio-sourced material, fits at least to the contact of the faces of the container and is fixed between the channel and the part of said faces close to the edge , the polygonal rib and the channel matching in shape in order to resiliently interlock by means of friction contact of at least one portion of their walls, except at the corners of the rib of the lid that have a free space in their inner wall, thus eliminating contact with the inner wall of the channel in each corner region.
A method of transmitting, by a user equipment, UE , a physical uplink shared channel, PUSCH, using a preconfigured uplink resource, PUR, in a wireless communication system, the method comprising: receiving (S2710), from a base station , PUR configuration information including information for the PUR and information for a PUR search space, SS; and receiving (S2720), from the base station , information for a Type 1-common SS; the method further comprising: transmitting the PUSCH to the base station using the PUR, wherein, based on subframes for the Type1-common SS overlapping a specific subframe for a transmission of the PUSCH using the PUR, monitoring for the Type1-common SS is not performed; and receiving , from the base station , downlink control information, DCI, with cyclic redundancy check, CRC, scrambled by a preconfigured uplink resource-radio network temporary identifier, PUR-RNTI, in multiple subframes for the PUR SS based on a transmission of the PUSCH, wherein the multiple subframes for the PUR SS is separated from the specific subframe for the transmission of the PUSCH using the PUR. receiving (S2710), from a base station , PUR configuration information including information for the PUR and information for a PUR search space, SS; and receiving (S2720), from the base station , information for a Type 1-common SS; the method further comprising: transmitting the PUSCH to the base station using the PUR, wherein, based on subframes for the Type1-common SS overlapping a specific subframe for a transmission of the PUSCH using the PUR, monitoring for the Type1-common SS is not performed; and receiving , from the base station , downlink control information, DCI, with cyclic redundancy check, CRC, scrambled by a preconfigured uplink resource-radio network temporary identifier, PUR-RNTI, in multiple subframes for the PUR SS based on a transmission of the PUSCH, wherein the multiple subframes for the PUR SS is separated from the specific subframe for the transmission of the PUSCH using the PUR. transmitting the PUSCH to the base station using the PUR, wherein, based on subframes for the Type1-common SS overlapping a specific subframe for a transmission of the PUSCH using the PUR, monitoring for the Type1-common SS is not performed; and receiving , from the base station , downlink control information, DCI, with cyclic redundancy check, CRC, scrambled by a preconfigured uplink resource-radio network temporary identifier, PUR-RNTI, in multiple subframes for the PUR SS based on a transmission of the PUSCH, wherein the multiple subframes for the PUR SS is separated from the specific subframe for the transmission of the PUSCH using the PUR.