mhurhangee/patent-ind-claim-en huggingface dataset:
A method for zero differential updating to recover a terminal device after a failure update, comprising: obtaining, by the terminal device from a server, check code information of data blocks corresponding to each block size in a block size set of a target version (S202); selecting, by the terminal device, a block size from the block size set in descending order, until identifying a target block size from the block size set according to the check code information, wherein data blocks which need to be updated, corresponding to the target block size, have a total size that is less than an available FOTA storage space of the terminal device (S204); transmitting, by the terminal device, a zero differential packet request message to the server, wherein the zero differential packet request message carries an identification of the target block size and identifications of the data blocks of the target version corresponding to the target block size and having different check codes from the corresponding data blocks of the version to be updated; and obtaining, by the terminal device from the server, a zero differential update package of the target version corresponding to the target block size, and performing, by the terminal device, a update on a version to be updated in the terminal device in a full-version update mode (S206). obtaining, by the terminal device from a server, check code information of data blocks corresponding to each block size in a block size set of a target version (S202); selecting, by the terminal device, a block size from the block size set in descending order, until identifying a target block size from the block size set according to the check code information, wherein data blocks which need to be updated, corresponding to the target block size, have a total size that is less than an available FOTA storage space of the terminal device (S204); transmitting, by the terminal device, a zero differential packet request message to the server, wherein the zero differential packet request message carries an identification of the target block size and identifications of the data blocks of the target version corresponding to the target block size and having different check codes from the corresponding data blocks of the version to be updated; and obtaining, by the terminal device from the server, a zero differential update package of the target version corresponding to the target block size, and performing, by the terminal device, a update on a version to be updated in the terminal device in a full-version update mode (S206).
A smoking article comprising: a tobacco rod ; a filter connected to the tobacco rod ; and a tipping wrapper circumscribing the filter and at least a portion of the tobacco rod; wherein the filter comprises: a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter , the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter , wherein the hollow tube segment is formed from polymeric material and wherein the hollow tube segment has a wall thickness of at least 150 micrometres; and a plug wrap circumscribing the first filter segment and the hollow tube segment , wherein the plug wrap has a basis weight of less than 90 grams per square metre, and wherein the tipping wrapper comprises paper having a basis weight of less than 70 grams per square metre. a tobacco rod ; a filter connected to the tobacco rod ; and a tipping wrapper circumscribing the filter and at least a portion of the tobacco rod; wherein the filter comprises: a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter , the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter , wherein the hollow tube segment is formed from polymeric material and wherein the hollow tube segment has a wall thickness of at least 150 micrometres; and a plug wrap circumscribing the first filter segment and the hollow tube segment , wherein the plug wrap has a basis weight of less than 90 grams per square metre, and wherein the tipping wrapper comprises paper having a basis weight of less than 70 grams per square metre. a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter , the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter , wherein the hollow tube segment is formed from polymeric material and wherein the hollow tube segment has a wall thickness of at least 150 micrometres; and a plug wrap circumscribing the first filter segment and the hollow tube segment , wherein the plug wrap has a basis weight of less than 90 grams per square metre, and wherein the tipping wrapper comprises paper having a basis weight of less than 70 grams per square metre.
A system for solar radiation correction in radiosonde temperature measurements, the system comprising: - a radiosonde having a temperature sensor configured to determine a temperature of the atmosphere at different altitudes, - at least one light sensing assembly comprising ∘ a light sensor , and ∘ a light collector configured to collect light from different solar radiation angles at the different altitudes, and - the system further comprising control electronics or a computing device configured to calculate for each altitude a solar radiation correction based on the signal received by the light sensor in order to obtain a corrected temperature reading for each altitude, - wherein the collector is configured to collect light from different solar radiation angles proportional to solar radiation that is at the same time received by the temperature sensor , - wherein the at least one light sensing assembly has an identic sensitivity pattern for incoming solar radiation as the temperature sensor has for incoming visible solar radiation, characterized in that - the at least one light sensing assembly further comprises a light guide configured to guide light from the light collector to the light sensor , and - the light sensor is arranged inside of a housing of the radiosonde and the light collector is arranged outside of the housing of the radiosonde . - a radiosonde having a temperature sensor configured to determine a temperature of the atmosphere at different altitudes, - at least one light sensing assembly comprising ∘ a light sensor , and ∘ a light collector configured to collect light from different solar radiation angles at the different altitudes, and ∘ a light sensor , and ∘ a light collector configured to collect light from different solar radiation angles at the different altitudes, and - the system further comprising control electronics or a computing device configured to calculate for each altitude a solar radiation correction based on the signal received by the light sensor in order to obtain a corrected temperature reading for each altitude, - wherein the collector is configured to collect light from different solar radiation angles proportional to solar radiation that is at the same time received by the temperature sensor , - wherein the at least one light sensing assembly has an identic sensitivity pattern for incoming solar radiation as the temperature sensor has for incoming visible solar radiation, - the at least one light sensing assembly further comprises a light guide configured to guide light from the light collector to the light sensor , and - the light sensor is arranged inside of a housing of the radiosonde and the light collector is arranged outside of the housing of the radiosonde .
A signal processing apparatus comprising a restoration unit that restores a frame sync, FS, by performing maximum likelihood decoding of the FS according to a time-varying trellis with a state and a state transition being limited according to a time, in maximum likelihood decoding of a reproduction signal reproduced from a disk-shaped recording medium, the FS representing a head of a frame, the FS of the frame being arranged at the head of the frame, the FS being recorded at the same positions in a track direction in two adjacent tracks, wherein the time-varying trellis is limited according to the states that can be taken and the state transitions that can be performed in each of the FS in a case where there is no clock shift and the FS in a case where there is a clock shift; wherein the time-varying trellis has a number of normal states, the number corresponding to a constraint length of a partial response (PR), and a special state other than the normal states introduced into the time-varying trellis; wherein the FS is a pattern having a run equal to or larger than the constraint length, and in a case where the run equal to or larger than the constraint length occurs, the state-transition toward the special state in the time-varying trellis is performed. wherein the time-varying trellis is limited according to the states that can be taken and the state transitions that can be performed in each of the FS in a case where there is no clock shift and the FS in a case where there is a clock shift; wherein the time-varying trellis has a number of normal states, the number corresponding to a constraint length of a partial response (PR), and a special state other than the normal states introduced into the time-varying trellis; wherein the FS is a pattern having a run equal to or larger than the constraint length, and in a case where the run equal to or larger than the constraint length occurs, the state-transition toward the special state in the time-varying trellis is performed.
A system for forwarding a packet, comprising: a Line Card Chassis, LCC, comprising a first LCC's control ether switch unit and a second LCC's control ether switch unit ; a first Central Fabric Chassis, CFC, comprising a first CFC's control ether switch unit ; and a second CFC comprising a second CFC's control ether switch unit , wherein a control message channel and a protocol packet channel are separately arranged between the first and the second LCC's control ether switch units and the first and the second CFC's control ether switch units , the first LCC's control ether switch unit is stacked with the second LCC's control ether switch unit , and the first CFC's control ether switch unit is stacked with the second CFC's control ether switch unit , wherein port information of ports for forming channels are synchronized between the stacked switch units; and the control message channel and the protocol packet channel are determined by judging, via packet negotiations, whether the ports join a Link Aggregation Group, LAG. a Line Card Chassis, LCC, comprising a first LCC's control ether switch unit and a second LCC's control ether switch unit ; a first Central Fabric Chassis, CFC, comprising a first CFC's control ether switch unit ; and a second CFC comprising a second CFC's control ether switch unit , wherein a control message channel and a protocol packet channel are separately arranged between the first and the second LCC's control ether switch units and the first and the second CFC's control ether switch units , the first LCC's control ether switch unit is stacked with the second LCC's control ether switch unit , and the first CFC's control ether switch unit is stacked with the second CFC's control ether switch unit , wherein port information of ports for forming channels are synchronized between the stacked switch units; and the control message channel and the protocol packet channel are determined by judging, via packet negotiations, whether the ports join a Link Aggregation Group, LAG.
A display panel comprising: a substrate comprising a display area (DA) and a peripheral area (PA) outside the display area (DA); and a first conductive layer in the peripheral area (PA), wherein an entire upper surface of the first conductive layer is exposed to an outside, wherein the first conductive layer comprises a main part , the main part having a multi-layered structure and extending in one direction; characterized in that : the first conductive layer comprises a plurality of protrusions protruding from the main part in a direction parallel to an upper surface of the substrate , the plurality of protrusions being spaced apart from one another, a first portion of each of the plurality of protrusions having the same multi-layered structure as the main part . a substrate comprising a display area (DA) and a peripheral area (PA) outside the display area (DA); and a first conductive layer in the peripheral area (PA), wherein an entire upper surface of the first conductive layer is exposed to an outside, wherein the first conductive layer comprises a main part , the main part having a multi-layered structure and extending in one direction;
A pharmaceutical composition for use in a method of preventing or treating muscle diseases wherein the muscle diseases are selected from the group consisting of atony, muscular atrophy, muscular dystrophy, muscle degeneration, myasthenia, and sarcopenia, comprising an extract of Kaempferia parviflora as an active ingredient.
A capsule for the preparation of a beverage, the capsule comprising a body having a shape suitable for holding a dose of a beverage ingredient, and a rim structure having an edge extending outwardly with respect to an outer surface of the body , the rim structure comprises a contact element which protrudes from a remaining portion of an upper surface of the rim structure in between an inner rim part and an outer rim part , the contact element protruding from the inner rim part with a first height , the contact element protruding from the outer rim part with a second height , the first and the second height being different, the contact element thereby forming an annular channel along the inner rim part along an inner side wall of the contact element facing the outer surface of the capsule body , the outer rim part being located between the edge and an outer side wall of the contact element facing the edge and the outer rim part extending along the outer side wall , the rim structure comprising a further contact element which protrudes from the inner rim part , the capsule being configured to cooperate with a beverage preparation apparatus comprising at least an inner chamber arranged for receiving the capsule body and a closing mechanism movable between an open and a closed position, in which closed position the closing mechanism is arranged for securing the capsule in the inner chamber, the closing mechanism being provided with a lowermost edge, wherein the contact element is located at a predetermined distance away from the edge of the rim structure , characterized in that the further contact element is arranged to contact the lowermost edge of the closing mechanism .
A method for processing a packet emitted from a device comprising radio communication means , the method being such that it comprises steps of: (a) reception of the packet by at least one gateway via radio communication, each gateway being connected to the internet network via an Enterprise Bus implemented by at least one platform; (b) verification of the integrity of the packet and retransmission of the packet data to an input connector of the Enterprise Bus ; (c) reception of said packet data by the input connector and conversion of said packet data into an internal message to the Enterprise Bus containing the packet data; and first query of a directory of devices associated with the Enterprise Bus to determine whether an device of origin of the packet is present in the directory ; and, if the device is determined to be present, implementation of the following steps (c1), (d), (e) and (f): (c1) second query of the directory to determine a state identifier and an identifier of the owner of the device ; (d) determination of the state identifier and the identifier of the owner of the device of origin of the packet, (e) modification of said internal message by the Enterprise Bus so as to integrate said determined state identifier and identifier of the owner of the device, and emission of the modified message to a message queue ; (f) unstacking of said message from said message stack , and modification of a database by the Enterprise Bus according to the data and identifiers contained in the message. (a) reception of the packet by at least one gateway via radio communication, each gateway being connected to the internet network via an Enterprise Bus implemented by at least one platform; (b) verification of the integrity of the packet and retransmission of the packet data to an input connector of the Enterprise Bus ; (c) reception of said packet data by the input connector and conversion of said packet data into an internal message to the Enterprise Bus containing the packet data; and first query of a directory of devices associated with the Enterprise Bus to determine whether an device of origin of the packet is present in the directory ; and, if the device is determined to be present, implementation of the following steps (c1), (d), (e) and (f): (c1) second query of the directory to determine a state identifier and an identifier of the owner of the device ; (d) determination of the state identifier and the identifier of the owner of the device of origin of the packet, (e) modification of said internal message by the Enterprise Bus so as to integrate said determined state identifier and identifier of the owner of the device, and emission of the modified message to a message queue ; (f) unstacking of said message from said message stack , and modification of a database by the Enterprise Bus according to the data and identifiers contained in the message.
A hinge for a folding bicycle, said hinge comprising: - a first tube portion ; - a second tube portion mounted pivotably with respect to the first tube portion about a first axis of pivot (X 1 ) between an unfolded position and a folded position; - a locking element mounted pivotably to the first tube portion about a second axis of pivot (X 2 ), the locking element having at least one closed position in which it retains the second tube portion in the unfolded position and an open position in which it allows the displacement in the folded position of the second tube portion by the pivoting of said second tube portion with respect to the first tube portion about the first axis of pivot; and - an unlocking member having an neutral position and an active position, the unlocking member being configured to bring the locking element from its closed position into its open position when it is placed in the active position, characterized by the unlocking member comprising a pulling portion , and the hinge comprising an actuating device for actuating the unlocking member, configured to pull on said pulling portion of the unlocking member in order to bring the latter into the active position. - a first tube portion ; - a second tube portion mounted pivotably with respect to the first tube portion about a first axis of pivot (X 1 ) between an unfolded position and a folded position; - a locking element mounted pivotably to the first tube portion about a second axis of pivot (X 2 ), the locking element having at least one closed position in which it retains the second tube portion in the unfolded position and an open position in which it allows the displacement in the folded position of the second tube portion by the pivoting of said second tube portion with respect to the first tube portion about the first axis of pivot; and - an unlocking member having an neutral position and an active position, the unlocking member being configured to bring the locking element from its closed position into its open position when it is placed in the active position,
A composite component comprising: a composite material comprising a plurality of prepreg plies to form a prepreg ply stack ; and a coating proximate to the prepreg ply stack, said coating comprising: a thermoplastic film , said thermoplastic film comprising a thermoplastic film first surface and a thermoplastic film second surface, said thermoplastic film having a coefficient of thermal expansion ranging from 36 to 126 ppm/°C at a temperature ranging from 15.556°C to 176.667°C, wherein the thermoplastic film is configured to apply a compressive preload to the composite material ranging from 3,447.379 Pa to 68,947.570 Pa. a composite material comprising a plurality of prepreg plies to form a prepreg ply stack ; and a coating proximate to the prepreg ply stack, said coating comprising: a thermoplastic film , said thermoplastic film comprising a thermoplastic film first surface and a thermoplastic film second surface, said thermoplastic film having a coefficient of thermal expansion ranging from 36 to 126 ppm/°C at a temperature ranging from 15.556°C to 176.667°C, wherein the thermoplastic film is configured to apply a compressive preload to the composite material ranging from 3,447.379 Pa to 68,947.570 Pa.
A quick coupling for threaded or profiled terminals, comprising: a substantially tubular main body internally delimiting a passage conduit (C) for a fluid, wherein said main body has a first end configured for removably connecting to a terminal and a second end opposite the first end and configured for connecting with a circuit; a plurality of jaws arranged about a main axis (X-X) of the passage conduit (C) and operatively engaged with the main body at the first end , wherein each of said jaws is radially mobile with respect to the main body between a first unhooked position of the terminal and a second hooked position to the terminal ; wherein, during the radial movement between the first and the second position, the jaws are configured for remaining parallel to one another and to the main axis (X-X); activating devices operatively engaged with said jaws for determining passage thereof between the first position and the second position; wherein the quick coupling comprises a guide ring coaxial to the main body and having radial guides engaged to the plurality of jaws for radially guiding the jaws during movement between the first and the second position. a substantially tubular main body internally delimiting a passage conduit (C) for a fluid, wherein said main body has a first end configured for removably connecting to a terminal and a second end opposite the first end and configured for connecting with a circuit; a plurality of jaws arranged about a main axis (X-X) of the passage conduit (C) and operatively engaged with the main body at the first end , wherein each of said jaws is radially mobile with respect to the main body between a first unhooked position of the terminal and a second hooked position to the terminal ; wherein, during the radial movement between the first and the second position, the jaws are configured for remaining parallel to one another and to the main axis (X-X); activating devices operatively engaged with said jaws for determining passage thereof between the first position and the second position; wherein the quick coupling comprises a guide ring coaxial to the main body and having radial guides engaged to the plurality of jaws for radially guiding the jaws during movement between the first and the second position.