mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a terminal, of transmitting and receiving a signal in a wireless communication system, the method comprising: setting a value of a Next_Packet Data Convergence Protocol_RX_sequence number, Next_PDCP_RX_SN, variable as an initial value, the Next_PDCP_RX_SN variable indicating a predicted sequence number, SN, of Packet Data Convergence Protocol, PDCP, data to be received; receiving, from a transmission entity, first PDCP data (2f-10) after setting the initial value, wherein the first PDCP data (2f-10) is first received after the terminal enters a reception-enabled zone or starts a receiving operation; identifying that no PDCP data is received during a time period (2f-100) up to a time when the first PDCP data (2f-10) is received; starting a PDCP reordering timer (2f-50), based on the identifying that no PDCP data is received during the time period (2f-100), and in case that a value of the SN of the received first PDCP data is not set to 0, setting the value of the Next_PDCP_RX_SN variable as a value obtained by adding a first setting value to the value of the SN of the received first PDCP data, wherein the first setting value is 1, and setting a value of a Last_Submitted_PDCP_RX_SN variable, which indicates an SN of last PDCP data transferred to an upper layer, as a value obtained by subtracting a second setting value from the value of the SN of the received first PDCP data, wherein the second setting value is greater than 1. setting a value of a Next_Packet Data Convergence Protocol_RX_sequence number, Next_PDCP_RX_SN, variable as an initial value, the Next_PDCP_RX_SN variable indicating a predicted sequence number, SN, of Packet Data Convergence Protocol, PDCP, data to be received; receiving, from a transmission entity, first PDCP data (2f-10) after setting the initial value, wherein the first PDCP data (2f-10) is first received after the terminal enters a reception-enabled zone or starts a receiving operation; identifying that no PDCP data is received during a time period (2f-100) up to a time when the first PDCP data (2f-10) is received; starting a PDCP reordering timer (2f-50), based on the identifying that no PDCP data is received during the time period (2f-100), and in case that a value of the SN of the received first PDCP data is not set to 0, setting the value of the Next_PDCP_RX_SN variable as a value obtained by adding a first setting value to the value of the SN of the received first PDCP data, wherein the first setting value is 1, and setting a value of a Last_Submitted_PDCP_RX_SN variable, which indicates an SN of last PDCP data transferred to an upper layer, as a value obtained by subtracting a second setting value from the value of the SN of the received first PDCP data, wherein the second setting value is greater than 1.
A rotary switch comprising: a rotation movable portion; a plurality of movable conductors held in the rotation movable portion; a base portion; a power supply terminal held in the base portion; and a plurality of fixed contacts held in the base portion, wherein the fixed contacts and the power supply terminal are connected and disconnected via the movable conductors by a rotational operation of the rotation movable portion, wherein the power supply terminal is disposed at a rotation center position of the rotation movable portion, wherein the plurality of fixed contacts are disposed on a plurality of concentric circles having different diameter dimensions around the power supply terminal, and wherein a movable contact provided in each movable conductor is in contact with or separated from only the fixed contact corresponding to a rotation of the rotation movable portion, characterized in that the number of the movable contacts of the movable conductors is set to the same as the number of the fixed contacts and each of the movable contacts is used only for connection and disconnection of the corresponding fixed contact. a rotation movable portion; a plurality of movable conductors held in the rotation movable portion; a base portion; a power supply terminal held in the base portion; and a plurality of fixed contacts held in the base portion, wherein the fixed contacts and the power supply terminal are connected and disconnected via the movable conductors by a rotational operation of the rotation movable portion, wherein the power supply terminal is disposed at a rotation center position of the rotation movable portion, wherein the plurality of fixed contacts are disposed on a plurality of concentric circles having different diameter dimensions around the power supply terminal, and wherein a movable contact provided in each movable conductor is in contact with or separated from only the fixed contact corresponding to a rotation of the rotation movable portion, characterized in that the number of the movable contacts of the movable conductors is set to the same as the number of the fixed contacts and each of the movable contacts is used only for connection and disconnection of the corresponding fixed contact.
Column shoe for securing steel concrete columns to a base, wherein the column shoe comprises; a bolt housing, which comprises a baseplate provided with a bolt hole; and an upper structure which is connected to the baseplate and to which at least one attachment unit is connected for securing the column shoe and the steel concrete column together; characterized in that the bolt housing is fabricated by casting such that the upper structure and the baseplate form a single-piece casting, a hole is formed in the bolt housing for the attachment unit, and the hole is substantially coaxial with the bolt hole of the baseplate, the upper structure of the bolt housing comprises a sleeve structure which is formed integrally with the upper structure and on which the hole for the attachment unit is formed, and the upper structure of the bolt housing comprises a wall structure by which the sleeve structure is connected with the baseplate, and the wall structure of the bolt housing is tapering in direction of the sleeve structure.
Sterilization machine for the sterilization of caps comprising at least: - an isolation tunnel having an inner space, the machine being configured such that the caps are advanced along a conveying path placed within the inner space, said isolation tunnel separating the inner space from an outer space; - a plurality of carts positioned within the inner space; and - an actuation unit arranged in the outer space and configured to advance the carts along an advancement path by means of the generation of an electromagnetic field; wherein each cart comprises at least one pusher configured to interact with a group of caps having one or more caps and such that the advancement of each cart along an operative portion of the advancement path corresponds to the advancement of the respective group along the conveying path, said at least one operative portion being arranged within the inner space; wherein, for each cart, the actuation unit is configured to control the advancement of the cart along the advancement path, by means of control of the electromagnetic field and independently from the other carts; characterized in that, for each cart advancing independently from the other carts, the actuation unit is configured to control by means of magnetic levitation a first position component of the cart with respect to the actuation unit, said first position component being along a vertical direction, said vertical direction being transversal to the advancement path; wherein the operative portion is serpentine shaped. - an isolation tunnel having an inner space, the machine being configured such that the caps are advanced along a conveying path placed within the inner space, said isolation tunnel separating the inner space from an outer space; - a plurality of carts positioned within the inner space; and - an actuation unit arranged in the outer space and configured to advance the carts along an advancement path by means of the generation of an electromagnetic field; wherein each cart comprises at least one pusher configured to interact with a group of caps having one or more caps and such that the advancement of each cart along an operative portion of the advancement path corresponds to the advancement of the respective group along the conveying path, said at least one operative portion being arranged within the inner space; wherein, for each cart, the actuation unit is configured to control the advancement of the cart along the advancement path, by means of control of the electromagnetic field and independently from the other carts; characterized in that, for each cart advancing independently from the other carts, the actuation unit is configured to control by means of magnetic levitation a first position component of the cart with respect to the actuation unit, said first position component being along a vertical direction, said vertical direction being transversal to the advancement path; wherein the operative portion is serpentine shaped.
A flashlight with a cylindrical housing and a battery cartridge housed therein so that at least one battery can be removably retained, characterized in that a slide switch is provided which has a slide mounted movably on the housing and a switch lever mounted pivotably on the battery cartridge.
An agricultural machine comprising an operating unit and a carrier assembly for the operating unit, the carrier assembly including a carrier arm and a suspension system by which the operating unit is suspended from the carrier arm, said suspension system including two pairs of connecting rods (28, 30), comprising a pair of upper connecting rods and a pair of lower connecting rods, each said connecting rod being attached via joints to the operating unit and the carrier arm, wherein a first pair of said upper and lower connecting rods diverge in a working direction of the operating unit and a second pair of said upper and lower connecting rods converge in a working direction of the operating unit; characterised in that the carrier assembly includes a mounting structure configured for mounting the machine on a carrier vehicle and a pivot mechanism configured to allow pivoting movement of the carrier arm relative to the mounting structure about a pivot axis that extends substantially parallel to the working direction of the agricultural machine.
A method, one-pot, one-step, for preparing block copolymers or gradient copolymers or statistical copolymers of lactide/cyclic carbonate by immortal ring-opening polymerisation in the presence of a catalyst system comprising a catalyst component selected from an organometallic component, or a Lewis acidic metal salt component or a metal free organic component or a combination thereof, and a protic source -typically an alcohol- in excess, acting as initiator and transfer agent, wherein comonomers, catalyst component, initiator and transfer agent are placed simultaneously in the same reactor and characterised in that the microstructure of the block copolymer is determined by the choice of catalyst system used.
A tubular having at least one positioning member bonded thereto so as to facilitate appropriate positioning of the tubular in a borehole, wherein the positioning member comprises: a prefabricated composite shell having an external bearing surface with bevelled side surfaces (3, 4) and ends (6, 8); and a cured bonding material for bonding the prefabricated composite shell to the tubular, the bonding material being placed in a shell cavity formed between a surface of the tubular and the prefabricated composite shell, wherein the cured bonding material substantially fills the interior of the prefabricated composite shell. a prefabricated composite shell having an external bearing surface with bevelled side surfaces (3, 4) and ends (6, 8); and a cured bonding material for bonding the prefabricated composite shell to the tubular, the bonding material being placed in a shell cavity formed between a surface of the tubular and the prefabricated composite shell, wherein the cured bonding material substantially fills the interior of the prefabricated composite shell.
A method for quickly turning on and activating a household appliance belonging to the white good category, said household appliance belonging to the white good category being a washing machine or a washing/drying machine or a dishwasher or an oven, characterized by comprising the steps of: - providing a quick start button on the appliance, said quick start button, when activated with the appliance off, allowing the appliance to start different initial functions, such as turning on the appliance and selecting and activating a predefined work program; - pressing only said quick start button to turn on the appliance and activate a predefined work program, wherein said white household appliance belonging to the white good category comprises a button (ON/OFF) for normally turning on/off the appliance and means for selecting a work program, said method comprising the step of deactivating said quick start button upon operating said normal on/off button (ON/OFF) and said means for selecting a work program. - providing a quick start button on the appliance, said quick start button, when activated with the appliance off, allowing the appliance to start different initial functions, such as turning on the appliance and selecting and activating a predefined work program; - pressing only said quick start button to turn on the appliance and activate a predefined work program,
A tactile sensation providing apparatus (6, 8, 9, 10) comprising: a rectangular panel with two opposing transverse sides and two opposing longitudinal sides; two actuators (30a, 30b) respectively arranged at the centers of the transverse sides configured to vibrate the panel in a direction parallel to the normal of the panel, wherein, when the panel is not pressed by a user, the two actuators (30a, 30b) are configured to vibrate the panel by causing translational motion of the panel in the direction parallel to the normal of the panel; and a weight provided to the panel, wherein the weight is positioned such that, when the two actuators (30a, 30b) vibrate the panel and the panel is pressed by the user, the weight suppresses inhibition of vibration at a position where the panel is pressed by reducing a rotational motion component of the panel about an axis orthogonal to the normal of the panel and thereby reducing inhibition of the translational motion of the panel; and wherein the weight comprises one of: two weights provided at either end of one of the transverse sides of the panel, two weights of elongated shape arranged along the longitudinal sides of the panel, or four weights provided at either corner of the panel. a rectangular panel with two opposing transverse sides and two opposing longitudinal sides; two actuators (30a, 30b) respectively arranged at the centers of the transverse sides configured to vibrate the panel in a direction parallel to the normal of the panel, wherein, when the panel is not pressed by a user, the two actuators (30a, 30b) are configured to vibrate the panel by causing translational motion of the panel in the direction parallel to the normal of the panel; and a weight provided to the panel, wherein the weight is positioned such that, when the two actuators (30a, 30b) vibrate the panel and the panel is pressed by the user, the weight suppresses inhibition of vibration at a position where the panel is pressed by reducing a rotational motion component of the panel about an axis orthogonal to the normal of the panel and thereby reducing inhibition of the translational motion of the panel; and two weights provided at either end of one of the transverse sides of the panel, two weights of elongated shape arranged along the longitudinal sides of the panel, or four weights provided at either corner of the panel.
A reagent kit for detecting lupus anticoagulant comprising: a first clotting time-measuring reagent containing at least one phospholipid selected from the group consisting of phosphatidylethanolamine, phosphatidylcholine, and phosphatidylserine; and a second clotting time-measuring reagent containing at least one phospholipid selected from the group consisting of phosphatidylethanolamine, phosphatidylcholine, and phosphatidylserine; wherein at least one of the first clotting time-measuring reagent and the second clotting time-measuring reagent contains alkali metal salt and the second clotting time-measuring reagent contains alkali metal salt at a concentration lower than that of the first clotting time-measuring reagent or does not contain alkali metal salt; and wherein the first clotting time-measuring reagent contains phospholipid and the second clotting time-measuring reagent contains phospholipid at a concentration lower than that of the first clotting time-measuring reagent. a first clotting time-measuring reagent containing at least one phospholipid selected from the group consisting of phosphatidylethanolamine, phosphatidylcholine, and phosphatidylserine; and a second clotting time-measuring reagent containing at least one phospholipid selected from the group consisting of phosphatidylethanolamine, phosphatidylcholine, and phosphatidylserine; wherein at least one of the first clotting time-measuring reagent and the second clotting time-measuring reagent contains alkali metal salt and the second clotting time-measuring reagent contains alkali metal salt at a concentration lower than that of the first clotting time-measuring reagent or does not contain alkali metal salt; and wherein the first clotting time-measuring reagent contains phospholipid and the second clotting time-measuring reagent contains phospholipid at a concentration lower than that of the first clotting time-measuring reagent.
A method for use in coordinated beamforming by cells in a radio communication system including, for a mobile terminal, a serving cell and a plurality of neighboring cells, the mobile terminal receiving a serving resource block from the serving cell and receiving a plurality of interference resource blocks from the plurality of neighboring cells in the same temporal frequency resource, the method comprising the steps of: setting up a user-specific reference signal, by one of the plurality of neighboring cells, on at least one resource element of a plurality of resource elements included in corresponding one of the plurality of interference resource blocks, wherein the user-specific reference signal is a power sensing reference signal for enabling the mobile terminal to estimate total interference power of the plurality of interference resource blocks, and wherein the power sensing reference signal has a same beam pattern as a sum of beam patterns of all signals in the plurality of interference resource blocks; and performing puncturing, by the serving cell, at the same temporal frequency position as the temporal frequency position at which the user-specific reference signal is set up in the one of the plurality of interference resource blocks, on the serving resource block, so as to prevent any signal from being transmitted at the punctured temporal frequency position. setting up a user-specific reference signal, by one of the plurality of neighboring cells, on at least one resource element of a plurality of resource elements included in corresponding one of the plurality of interference resource blocks, wherein the user-specific reference signal is a power sensing reference signal for enabling the mobile terminal to estimate total interference power of the plurality of interference resource blocks, and wherein the power sensing reference signal has a same beam pattern as a sum of beam patterns of all signals in the plurality of interference resource blocks; and performing puncturing, by the serving cell, at the same temporal frequency position as the temporal frequency position at which the user-specific reference signal is set up in the one of the plurality of interference resource blocks, on the serving resource block, so as to prevent any signal from being transmitted at the punctured temporal frequency position.
A method of maintaining the structural integrity of heating conduit (62, 64, 66, 70, 80) used to heat a permeable body of hydrocarbonaceous material contained within a constructed permeability control infrastructure, comprising: obtaining a heating conduit (62, 64, 66, 70, 80) with corrugated walls and configured for transporting a heat transfer fluid; burying the heating conduit (62, 64, 66, 70, 80) at a depth within the permeable body of hydrocarbonacceous material, the heating conduit (62, 64, 66, 70, 80) having an inlet end extending from a boundary of the constructed permeability control infrastructure; operably coupling the inlet end of the heating conduit (62, 64, 66, 70, 80) to a source of the heat transfer fluid; passing the heat transfer fluid through the heating conduit (62, 64, 66, 70, 80) to transfer heat to the permeable body; and facilitating compression of the corrugated walls along a longitudinal axis of the heating conduit (62, 64, 66, 70, 80) to mitigate stresses caused by restrained thermal expansion along the longitudinal axis, and conformable bending of the corrugated walls and mitigate stresses caused by the substantial subsidence of the permeable body. obtaining a heating conduit (62, 64, 66, 70, 80) with corrugated walls and configured for transporting a heat transfer fluid; burying the heating conduit (62, 64, 66, 70, 80) at a depth within the permeable body of hydrocarbonacceous material, the heating conduit (62, 64, 66, 70, 80) having an inlet end extending from a boundary of the constructed permeability control infrastructure; operably coupling the inlet end of the heating conduit (62, 64, 66, 70, 80) to a source of the heat transfer fluid; passing the heat transfer fluid through the heating conduit (62, 64, 66, 70, 80) to transfer heat to the permeable body; and facilitating compression of the corrugated walls along a longitudinal axis of the heating conduit (62, 64, 66, 70, 80) to mitigate stresses caused by restrained thermal expansion along the longitudinal axis, and conformable bending of the corrugated walls and mitigate stresses caused by the substantial subsidence of the permeable body.