mhurhangee/patent-ind-claim-en huggingface dataset:
Pouring element (A) for a composite package, in particular for a beverage carton for liquid foods, comprising: - a base body comprising a fastening flange and a pouring tube with a central axis (C), - a cutting element arranged and moveably guided in the pouring tube , - first guide means formed in the pouring tube , and - second guide means formed on the cutting element , - wherein the first and second guide means cooperate correspondingly, - wherein the first guide means is a rib being arranged on the inner wall of the pouring tube , - wherein the rib is divided into three roughly identical circumferential sections (CS), - wherein each of these circumferential sections (CS) comprises a high level section for the initial position of the cutting element , a low level section for the end position of the cutting element , and an intermediate level section for predominantly rotational movement of the cutting element , - wherein each high level section is connected to an intermediate level section by a first transitional section , and - wherein each intermediate level section is connected to a low level section by a second transitional section , characterized in that each intermediate level section extends around the central axis (C) over an extension angle (α 13 ) which is at least 35°. - a base body comprising a fastening flange and a pouring tube with a central axis (C), - a cutting element arranged and moveably guided in the pouring tube , - first guide means formed in the pouring tube , and - second guide means formed on the cutting element , - wherein the first and second guide means cooperate correspondingly, - wherein the first guide means is a rib being arranged on the inner wall of the pouring tube , - wherein the rib is divided into three roughly identical circumferential sections (CS), - wherein each of these circumferential sections (CS) comprises a high level section for the initial position of the cutting element , a low level section for the end position of the cutting element , and an intermediate level section for predominantly rotational movement of the cutting element , - wherein each high level section is connected to an intermediate level section by a first transitional section , and - wherein each intermediate level section is connected to a low level section by a second transitional section ,
A method for preparing a modified rubber, characterized in that comprising the steps of: irradiating high-performance short fibers by ultraviolet light; adding the irradiated high-performance short fibers to ethanol and stirring to prepare a uniformly dispersed fiber suspension; adding a coupling agent to the prepared fiber suspension; adjusting a pH value of the fiber suspension to a range from 8 to 9, and waiting for 2 to 4 hours at room temperature; adding sodium dodecylbenzenesulfonate into the fiber suspension the and waiting for 1 to 2 hours to prepare a reaction solution; filtering the reaction solution under a reduced pressure to remove liquid from the reaction solution and prepare a modified fiber slurry; adding the modified fiber slurry into an inorganic filler to prepare a modified fiber slurry mixture, the inorganic filler comprising a carbon black and other inorganic filler; adding plasticized polar or non-polar rubber to an internal mixer and pressurized mixing for 1 to 2 minutes to prepare a rubber matrix; adding the modified fiber slurry mixture to the rubber matrix and further pressurized mixing for 1 to 2 minutes to prepare a mixed rubber compound; extruding the rubber compound from an open mill to prepare the modified rubber. irradiating high-performance short fibers by ultraviolet light; adding the irradiated high-performance short fibers to ethanol and stirring to prepare a uniformly dispersed fiber suspension; adding a coupling agent to the prepared fiber suspension; adjusting a pH value of the fiber suspension to a range from 8 to 9, and waiting for 2 to 4 hours at room temperature; adding sodium dodecylbenzenesulfonate into the fiber suspension the and waiting for 1 to 2 hours to prepare a reaction solution; filtering the reaction solution under a reduced pressure to remove liquid from the reaction solution and prepare a modified fiber slurry; adding the modified fiber slurry into an inorganic filler to prepare a modified fiber slurry mixture, the inorganic filler comprising a carbon black and other inorganic filler; adding plasticized polar or non-polar rubber to an internal mixer and pressurized mixing for 1 to 2 minutes to prepare a rubber matrix; adding the modified fiber slurry mixture to the rubber matrix and further pressurized mixing for 1 to 2 minutes to prepare a mixed rubber compound; extruding the rubber compound from an open mill to prepare the modified rubber.
Device for harvesting mechanical vibration energy, comprising an assembly of blades sprung between two fixed points , and at least two masses respectively on either side of the assembly of blades, in which the assembly of blades is buckled between the two points by bringing the masses towards each other, the assembly of blades having, once buckled, exactly two stable positions.
A method for preparing an organic light-emitting device, comprising the steps of: 1) forming a spacer pattern on a first electrode formed on a substrate ; 2) forming an organic material layer and a second electrode on the organic material layer , both of the organic material layer and the second electrode being formed on the first electrode and on the entire upper region of the spacer pattern formed in step 1); 3) forming an encapsulation thin film on the second electrode ; 4) exposing the first electrode by etching at least one portion of the encapsulation thin film to thereby form a contact hole for contacting the first electrode ; and 5) forming an auxiliary electrode on the encapsulation thin film and in the contact hole on the first electrode which auxiliary electrode is thereby electrically connected to the first electrode exposed in the step 4). 1) forming a spacer pattern on a first electrode formed on a substrate ; 2) forming an organic material layer and a second electrode on the organic material layer , both of the organic material layer and the second electrode being formed on the first electrode and on the entire upper region of the spacer pattern formed in step 1); 3) forming an encapsulation thin film on the second electrode ; 4) exposing the first electrode by etching at least one portion of the encapsulation thin film to thereby form a contact hole for contacting the first electrode ; and 5) forming an auxiliary electrode on the encapsulation thin film and in the contact hole on the first electrode which auxiliary electrode is thereby electrically connected to the first electrode exposed in the step 4).
A method, comprising: at a user equipment, UE, in a wireless network including a next generation NodeB, gNB: determining a configuration for an uplink, UL, transmission resource with respect to a listen before talk, LBT, operation on an unlicensed spectrum; and transmitting uplink control information, UCI, on the UL transmission resource based on the configuration subjected to the LBT operation, wherein the method is characterised in that : the transmitting the UCI on the UL transmission resource includes transmitting the UCI during a shared channel occupancy time, COT, initiated by the gNB in an LBT subband of a wideband for the LBT operation or in an LBT carrier of a carrier aggregation, CA, for the LBT operation; and the UE initiates transmission via CAT-4 LBT. determining a configuration for an uplink, UL, transmission resource with respect to a listen before talk, LBT, operation on an unlicensed spectrum; and transmitting uplink control information, UCI, on the UL transmission resource based on the configuration subjected to the LBT operation, wherein the method is characterised in that : the transmitting the UCI on the UL transmission resource includes transmitting the UCI during a shared channel occupancy time, COT, initiated by the gNB in an LBT subband of a wideband for the LBT operation or in an LBT carrier of a carrier aggregation, CA, for the LBT operation; and the UE initiates transmission via CAT-4 LBT. the transmitting the UCI on the UL transmission resource includes transmitting the UCI during a shared channel occupancy time, COT, initiated by the gNB in an LBT subband of a wideband for the LBT operation or in an LBT carrier of a carrier aggregation, CA, for the LBT operation; and the UE initiates transmission via CAT-4 LBT.
A communication method, comprising: sending (S101), by a first base station, measurement configuration to a user equipment; obtaining (S102), by the first base station, a measurement report from the user equipment, wherein the measurement report comprises a cell global identifier of a cell and band information of the cell; and performing (S103), by the first base station, cell handover based on the band information of the cell and the cell global identifier of the cell; wherein when at least two bands are configured for the cell, the band information comprises one band configured for the cell and an additional band list configured for the cell, the additional band list relates to a band except the band configured for the cell. sending (S101), by a first base station, measurement configuration to a user equipment; obtaining (S102), by the first base station, a measurement report from the user equipment, wherein the measurement report comprises a cell global identifier of a cell and band information of the cell; and performing (S103), by the first base station, cell handover based on the band information of the cell and the cell global identifier of the cell; wherein when at least two bands are configured for the cell, the band information comprises one band configured for the cell and an additional band list configured for the cell, the additional band list relates to a band except the band configured for the cell.
A wireless transmit/receive unit (WTRU) configured to perform a 2-step random access channel (RACH) procedure, the WTRU comprising: a transceiver; and a processor, wherein: the processor is configured to select a random access preamble having a preamble index; the processor is further configured to determine a scrambling sequence for a physical uplink shared channel (PUSCH) transmission, wherein the scrambling sequence is based on a random access - radio network temporary identifier (RA-RNTI) and the preamble index; and the transceiver is configured to send a message to a network node, wherein the message comprises the selected random access preamble and the PUSCH transmission, wherein the PUSCH transmission is scrambled with the determined scrambling sequence that is based on the RA-RNTI and the preamble index. a transceiver; and a processor, wherein: the processor is configured to select a random access preamble having a preamble index; the processor is further configured to determine a scrambling sequence for a physical uplink shared channel (PUSCH) transmission, wherein the scrambling sequence is based on a random access - radio network temporary identifier (RA-RNTI) and the preamble index; and the transceiver is configured to send a message to a network node, wherein the message comprises the selected random access preamble and the PUSCH transmission, wherein the PUSCH transmission is scrambled with the determined scrambling sequence that is based on the RA-RNTI and the preamble index. the processor is configured to select a random access preamble having a preamble index; the processor is further configured to determine a scrambling sequence for a physical uplink shared channel (PUSCH) transmission, wherein the scrambling sequence is based on a random access - radio network temporary identifier (RA-RNTI) and the preamble index; and the transceiver is configured to send a message to a network node, wherein the message comprises the selected random access preamble and the PUSCH transmission, wherein the PUSCH transmission is scrambled with the determined scrambling sequence that is based on the RA-RNTI and the preamble index.
A method of a digital identity system generating a sharing token for authenticating a bearer to a validator, wherein a data store of the digital identity system holds a plurality of attributes of the bearer, the method comprising implementing by the digital identity system the following steps: receiving at the digital identity system from a bearer an electronic sharing token request, wherein the token request identifies at least one of the bearer's attributes in the data store selected for sharing with a validator; in response to the electronic token request, generating a sharing token, which is unique to that request, for presentation by the bearer to a validator; associating with the unique sharing token at the digital identity system the identified at least one bearer attribute; and issuing to the bearer the unique sharing token; wherein later presentation of the unique sharing token to the digital identity system by a validator causes the at least one bearer attribute associated with the sharing token to be rendered available to the validator by the digital identity system. receiving at the digital identity system from a bearer an electronic sharing token request, wherein the token request identifies at least one of the bearer's attributes in the data store selected for sharing with a validator; in response to the electronic token request, generating a sharing token, which is unique to that request, for presentation by the bearer to a validator; associating with the unique sharing token at the digital identity system the identified at least one bearer attribute; and issuing to the bearer the unique sharing token; wherein later presentation of the unique sharing token to the digital identity system by a validator causes the at least one bearer attribute associated with the sharing token to be rendered available to the validator by the digital identity system.
A sterilized, integrated, one time use disposable tissue visualization device , comprising: a handpiece comprising a retraction control ; a visualization sensor ; an elongated body , extending along a longitudinal axis between a proximal end affixed to the handpiece , and a distal end comprising a sharpened tip ; an elongate optical element extending through the elongated body, the optical element having a distal end and a proximal end, the proximal end in optical communication with the visualization sensor ; wherein the elongated body is axially movable by means of the retraction control , between a proximal position in which the sharpened tip is proximal to the distal end of the optical element , and a distal position in which the sharpened tip is distal to the distal end of the optical element ; wherein the distal end of the elongate optical element comprises a viewing axis deflected away from the longitudinal axis, wherein the distal end of the elongated body is configured to pierce through tissue along the longitudinal axis, characterized in that the distal end of the elongate optical element is biased against an inner diameter of the elongated body to provide blunting of the elongated body. a handpiece comprising a retraction control ; a visualization sensor ; an elongated body , extending along a longitudinal axis between a proximal end affixed to the handpiece , and a distal end comprising a sharpened tip ; an elongate optical element extending through the elongated body, the optical element having a distal end and a proximal end, the proximal end in optical communication with the visualization sensor ; wherein the elongated body is axially movable by means of the retraction control , between a proximal position in which the sharpened tip is proximal to the distal end of the optical element , and a distal position in which the sharpened tip is distal to the distal end of the optical element ; wherein the distal end of the elongate optical element comprises a viewing axis deflected away from the longitudinal axis, wherein the distal end of the elongated body is configured to pierce through tissue along the longitudinal axis, characterized in that the distal end of the elongate optical element is biased against an inner diameter of the elongated body to provide blunting of the elongated body.
A rack assembly for a dishwasher , the rack assembly comprising: a basket in which a plurality of holes are formed; and a loading plate that is disposed to be separable from the basket and to be deformable so that the loading plate and the materials to be washed placed thereon are removable from the basket, wherein the loading plate has a first state in which the loading plate is mounted on the basket, and a second state in which the loading plate is removed from the basket, wherein the loading plate is deformed elastically from the first state to the second state, characterized in that the loading plate comprises: a pair of dispersion plate portions on which the materials to be washed are disposed; a gathering plate portion which is disposed adjacent to the dispersion plate portions and in which the materials to be washed are gathered in the second state; and a reinforcement support portion configured to prevent the loading plate from being bent in a different direction from a direction in which the loading plate is bent, the reinforcement support portion being disposed at both sides of the gathering plate portion and being disposed so that the loading plate can be bent around the gathering plate portion. a basket in which a plurality of holes are formed; and a loading plate that is disposed to be separable from the basket and to be deformable so that the loading plate and the materials to be washed placed thereon are removable from the basket, wherein the loading plate has a first state in which the loading plate is mounted on the basket, and a second state in which the loading plate is removed from the basket, wherein the loading plate is deformed elastically from the first state to the second state, characterized in that the loading plate comprises: a pair of dispersion plate portions on which the materials to be washed are disposed; a gathering plate portion which is disposed adjacent to the dispersion plate portions and in which the materials to be washed are gathered in the second a pair of dispersion plate portions on which the materials to be washed are disposed; a gathering plate portion which is disposed adjacent to the dispersion plate portions and in which the materials to be washed are gathered in the second state; and a reinforcement support portion configured to prevent the loading plate from being bent in a different direction from a direction in which the loading plate is bent, the reinforcement support portion being disposed at both sides of the gathering plate portion and being disposed so that the loading plate can be bent around the gathering plate portion.
Chopping equipment comprising an attached chopper which can be attached to a tractor on a face defining a travel direction (F), and which has an ejection device for ejecting harvested material, which, in the attached state, is arranged in front of a driver's platform of the tractor in the travel direction (F), so that it obscures a blind region when viewed from an intended head region of a driver, and comprising a display device which is designed to receive an image signal from at least one camera (20-24) which has a detection region (30-34), and to generate an image therefrom for the driver in the driver's platform , wherein, in the attached state, the at least one detection region (30-34) of the at least one camera (20-24) at least partially contains the blind region and has a near region with at least one element of the attached chopper , and a far region which is at least partially further away in the travel direction (F), as a result of which, the driver can see at least a certain portion of the route ahead of him, wherein the ejection device has an ejection nozzle and has an ejection arc which is rotatably connected to and arranged above the ejection nozzle, wherein at least one camera (20-24) is arranged on the ejection nozzle , adjacent to the ejection arc .
Application unit for applying a sealing profile to a body component serving to close a body opening, comprising a rolling head , wherein the sealing profile is guided along a curved first path in an interior of the rolling head during an operating situation, and an alignment device with a plurality of alignment elements which are movable between an open position and an approximated position on a base frame of the alignment device , characterized in that a sealing profile guided between the alignment elements in the approximated position assumes a second path corresponding to the first path during an operating situation of the rolling head, wherein the rolling head and/or the alignment device are movable relative to one another between a starting position and a transfer position and the rolling head and the alignment device are arranged at a distance from one another in the starting position and at least approximately to one another in the transfer position. a rolling head , wherein the sealing profile is guided along a curved first path in an interior of the rolling head during an operating situation, and an alignment device with a plurality of alignment elements which are movable between an open position and an approximated position on a base frame of the alignment device , characterized in that a sealing profile guided between the alignment elements in the approximated position assumes a second path corresponding to the first path during an operating situation of the rolling head, wherein the rolling head and/or the alignment device are movable relative to one another between a starting position and a transfer position and the rolling head and the alignment device are arranged at a distance from one another in the starting position and at least approximately to one another in the transfer position.
A surface treatment liquid comprising a resin (A) and a solvent (S), wherein the resin (A) comprises a constituent unit (a1) comprising an organic group including a quaternary ammonium cation group and having a sulfonic acid anion group at a terminal and the unit (a1) being derived from an N-substituted (meth) acrylamide, in at least one of terminals of a main chain of the resin (A), a terminal group comprising a silanol group and/or a reactive silyl group having a group to generate a silanol group by hydrolysis is bonded, a ratio of a mass of the resin (A) to a mass of the surface treatment liquid is less than 2 mass%, and a pH of the surface treatment liquid is 4 or less. wherein the resin (A) comprises a constituent unit (a1) comprising an organic group including a quaternary ammonium cation group and having a sulfonic acid anion group at a terminal and the unit (a1) being derived from an N-substituted (meth) acrylamide, in at least one of terminals of a main chain of the resin (A), a terminal group comprising a silanol group and/or a reactive silyl group having a group to generate a silanol group by hydrolysis is bonded, a ratio of a mass of the resin (A) to a mass of the surface treatment liquid is less than 2 mass%, and a pH of the surface treatment liquid is 4 or less.