mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by an entity, of transmitting billing data for user equipment, UE, in a wireless communication system based on dual connectivity, DC, supporting a plurality of radio access technologies, the method comprising: transmitting, to an upper entity, billing data to differentially apply billing for 4G service and 5G service determining whether the billing data has been normally transmitted; and executing a supplementary operation based on a result of the determining, wherein the entity is an eNB or a MME, wherein when the entity is an eNB, a MME is the upper entity, and when the entity is a MME, a GW is the upper entity, wherein the UE connected to the eNB and a gNB, wherein the eNB is master node and the gNB is secondary node, wherein the executing of the supplementary operation comprises deleting the billing data in case that the billing data has been normally transmitted, wherein the executing of the supplementary operation comprises: outputting a failure message based on a retransmission list; and storing billing data that has failed to be normally transmitted among the billing data, as a log, based on the retransmission list, wherein the determining of whether the billing data has been normally transmitted comprises: receiving a response message representing reception of the billing data from the upper entity; and determining whether the billing data has been normally transmitted, based on the response message. transmitting, to an upper entity, billing data to differentially apply billing for 4G service and 5G service determining whether the billing data has been normally transmitted; and executing a supplementary operation based on a result of the determining, wherein the entity is an eNB or a MME, wherein when the entity is an eNB, a MME is the upper entity, and when the entity is a MME, a GW is the upper entity, wherein the UE connected to the eNB and a gNB, wherein the eNB is master node and the gNB is secondary node, wherein the executing of the supplementary operation comprises deleting the billing data in case that the billing data has been normally transmitted, wherein the executing of the supplementary operation comprises: outputting a failure message based on a retransmission list; and storing billing data that has failed to be normally transmitted among the billing data, as a log, based on the retransmission list, wherein the determining of whether the billing data has been normally transmitted comprises: receiving a response message representing reception of the billing data from the upper entity; and determining whether the billing data has been normally transmitted, based on the response message. receiving a response message representing reception of the billing data from the upper entity; and determining whether the billing data has been normally transmitted, based on the response message.
A system for mechanically moving components, comprising: a lug mounted to a component to be lifted; and a clasp to connect the lug to lifting machinery, the clasp including a body configured to receive the lug and also including a lever; wherein the lever has a first end region opposite a second end region, the first end region being configured to be connected to the lifting machinery, and the second end region being pivotably connected to the body to define a pivot axis, the lever being configured to support the body when the clasp is supported by the lifting machinery and to rotate with respect to the body about the pivot axis, in response to force applied to the first end region of the lever by the lifting machinery, said lever being configured to move between (a) an open position that allows removal of the lug from the body when the lever is not supporting the body and (b) a closed position in which the lever obstructs removal of the lug from the body when the lever is supporting the body; wherein a first subregion (132a, 132b) of the second end region of the lever is aligned with the lug in the open position, and characterized in that a second subregion of the second end region of the lever is aligned with the in the closed position and has a larger radius than the first subregion (132a, 132b), such that the second subregion obstructs removal of the lug from the body. a lug mounted to a component to be lifted; and a clasp to connect the lug to lifting machinery, the clasp including a body configured to receive the lug and also including a lever; wherein the lever has a first end region opposite a second end region, the first end region being configured to be connected to the lifting machinery, and the second end region being pivotably connected to the body to define a pivot axis, the lever being configured to support the body when the clasp is supported by the lifting machinery and to rotate with respect to the body about the pivot axis, in response to force applied to the first end region of the lever by the lifting machinery, said lever being configured to move between (a) an open position that allows removal of the lug from the body when the lever is not supporting the body and (b) a closed position in which the lever obstructs removal of the lug from the body when the lever is supporting the body; wherein a first subregion (132a, 132b) of the second end region of the lever is aligned with the lug in the open position, and characterized in that a second subregion of the second end region of the lever is aligned with the in the closed position and has a larger radius than the first subregion (132a, 132b), such that the second subregion obstructs removal of the lug from the body.
A method for receiving acknowledgement/negative-acknowledgement, ACK/NACK, information in a wireless communication system, the method comprising: transmitting data through at least one downlink subframe; and receiving ACK/NACK information for the data, wherein the ACK/NACK information is received through a physical uplink control channel, PUCCH, resource, wherein the PUCCH resource is determined based on a sum of a number of control channel elements, CCEs, in each of control channels in the at least one downlink subframe, wherein based on a special subframe with a predefined special subframe configuration being included in the at least one downlink subframe, CCEs included in the special subframe are excluded from the sum which is used to determine the PUCCH resource, wherein the predefined special subframe configuration is the special subframe configuration 0 or 5 with normal cyclic prefix expressed by the following table: Special subframe configuration Normal cyclic prefix in downlink Extended cyclic prefix in downlink DwPTS UpPTS DwPTS UpPTS Normal cyclic prefix in uplink Extended cyclic prefix in uplink Normal cyclic prefix in uplink Extended cyclic prefix in uplink 0 6592· T s 2192· T s 2560· T s 7680· T s 2192· T s 2560· T s 1 19760· T s 20480· T s 2 21952· T s 23040· T s 3 24144· T s 25600· T s 4 26336· T s 7680· T s 4384· T s 5120· T s 5 6592· T s 4384· T s 5120· T s 20480· T s 6 19760· T s 23040· T s 7 21952· T s 12800· T s 8 24144· T s - - - 9 13168 · T s - - - wherein 307200·T s = 10 milliseconds. transmitting data through at least one downlink subframe; and receiving ACK/NACK information for the data, wherein the ACK/NACK information is received through a physical uplink control channel, PUCCH, resource, wherein the PUCCH resource is determined based on a sum of a number of control channel elements, CCEs, in each of control channels in the at least one downlink subframe, wherein based on a special subframe with a predefined special subframe configuration being included in the at least one downlink subframe, CCEs included in the special subframe are excluded from the sum which is used to determine the PUCCH resource, wherein the predefined special subframe configuration is the special subframe configuration 0 or 5 with normal cyclic prefix expressed by the following table:
A vision system for a motor vehicle, comprising a mono imaging system composed of a monocular camera adapted to capture images from a surrounding of the motor vehicle and a data processing device comprising an object detection section adapted to detect an object in images captured by said imaging system through image processing, wherein the object detection section comprises a wheel detector adapted to detect a wheel (22; 27), a wheel-like structure, or a characteristic part thereof, of another vehicle, wherein said other vehicle is a bicycle crossing, or being about to cross, the path of the ego vehicle, wherein the wheel detector uses a circle or ellipse detection algorithm, wherein the said other vehicle is determined from a combined detection of a pair of wheels and a bicyclist arranged relative to each other, wherein said bicyclist is detected using a a pedestrian detector adapted to detect bicyclists, wherein a detected wheel (22; 27) is used to estimate the distance to the detected object, wherein a contact point to the ground is used to improve the distance estimation to a bicyclist.
Modular furniture system comprising at least two box-shaped elements (2, 3, 4, 5) releasably connectable to one another, wherein at least one furniture base is provided for the releasable connection of the at least two box-shaped elements (2, 3, 4, 5), the furniture base comprising at least one locking profile along its direction of elongation, into which a locking element which can be inserted through at least one opening in the upper wall and/or lower wall of the respective box-shaped element (2, 3, 4, 5) releasably engages, characterised in that the locking profile has a C-shaped or double C-shaped configuration and the locking element comprises on both sides a latching projection at the front end engaging with the locking profile, the latching projection enabling insertion into the or locking in the locking profile by rotating the locking element, wherein a guide sleeve for the locking element is inserted in the respective opening in the upper wall and/or lower wall of the respective box-shaped element (2, 3, 4, 5).
A method for producing a joined structure, the method comprising: a reflow step of heating a first member and a solder material while keeping them in contact with each other in a reflow chamber to melt a solder alloy constituting the solder material, the reflow step comprising: a first reflow step of keeping the condition that an atmosphere in the reflow chamber is reduced to a first pressure P 1 from the atmospheric pressure before the solder alloy is molten, and then melting the solder alloy; and a second reflow step of, after the first reflow step, melting the solder alloy with the atmosphere in the reflow chamber reduced to a second pressure P 2 lower than the first pressure P 1. a reflow step of heating a first member and a solder material while keeping them in contact with each other in a reflow chamber to melt a solder alloy constituting the solder material, the reflow step comprising: a first reflow step of keeping the condition that an atmosphere in the reflow chamber is reduced to a first pressure P 1 from the atmospheric pressure before the solder alloy is molten, and then melting the solder alloy; and a second reflow step of, after the first reflow step, melting the solder alloy with the atmosphere in the reflow chamber reduced to a second pressure P 2 lower than the first pressure P 1. a first reflow step of keeping the condition that an atmosphere in the reflow chamber is reduced to a first pressure P 1 from the atmospheric pressure before the solder alloy is molten, and then melting the solder alloy; and a second reflow step of, after the first reflow step, melting the solder alloy with the atmosphere in the reflow chamber reduced to a second pressure P 2 lower than the first pressure P 1.
An information processing device comprising: a reflecting surface determining section configured to determine a reflecting surface as an object reflecting a sound; a reflecting surface information obtaining section configured to obtain reflecting surface information indicating a reflection characteristic of the determined reflecting surface; and an output control portion configured to output a directional sound according to the obtained reflecting surface information to the determined reflecting surface, characterized in that the reflecting surface information obtaining section obtains the reflecting surface information on a basis of feature information of an image of the reflecting surface photographed by a camera. a reflecting surface determining section configured to determine a reflecting surface as an object reflecting a sound; a reflecting surface information obtaining section configured to obtain reflecting surface information indicating a reflection characteristic of the determined reflecting surface; and an output control portion configured to output a directional sound according to the obtained reflecting surface information to the determined reflecting surface, characterized in that the reflecting surface information obtaining section obtains the reflecting surface information on a basis of feature information of an image of the reflecting surface photographed by a camera.
A buffer arrangement for pieces of timber that are transported perpendicular to their longitudinal direction, and intended to be arranged in a side track in connection to a timber input at a feed line in order to form buffer storage that can even out the supply of pieces of timber to a processing or treatment station arranged in a feed line, which buffer arrangement comprises an elevator that demonstrates an endlessly running transport element, an upper and a lower turning end (5, 6) that are defined by the said transport elements and which elevator is intended to collect via carriers pieces of timber from an elevator compartment and to transfer these to a higher level, a storage transporter that delivers via a plane pieces of timber to the elevator compartment (21 a), a transfer transporter that is in connection with the timber input and with which pieces of timber can be transferred to the elevator, characterised in that the transfer transporter is connected in a manner that allows the transfer of pieces of timber to a timber-transporting upper part of the transport element of the elevator, that not only the elevator but also the transfer transporter can be set into a first or a second operating condition for operation in two opposing directions of transport, that the elevator is supported via a shaft in a manner that allows pivoting on a frame and can be set in a vertical plane either into a first condition for transport of pieces of timber from the transfer transporter in a first direction of transport towards buffer storage, or into a second condition for transport of pieces of timber from the elevator compartment (21 a) to the transfer transporter in a second direction of transport, whereby the elevator in the first operating condition is so pivoted that a material chute is formed between the lower turning end of the elevator and the storage transporter, and in that pieces of timber that are transported on the elevator in the first direction of transport are guided over the material chute and onwards down onto the storage transporter.
An applicator for delivering a sensor control device, the applicator comprising: a housing; a sensor carrier (710, 20710) coupled to the housing, the sensor carrier including a first lock interface; a sheath, slidably coupled to the housing to move between an extended position and a collapsed position, the sheath including a first lock arm having an attached distal end and a free proximal end, the free proximal end including a first lock arm interface disposed on an inner surface of the first lock arm and a first sharp edge disposed on an outer surface of the first lock arm; and a cap threadably coupled to the housing, the cap including an inner surface having a first plurality of crush ribs; wherein the inner surface of the cap is configured to urge the first lock arm inwardly when the cap is coupled to the housing such that the first lock arm interface engages the first lock interface; and wherein the first sharp edge is configured to engage the first plurality of crush ribs during a shock event. a housing; a sensor carrier (710, 20710) coupled to the housing, the sensor carrier including a first lock interface; a sheath, slidably coupled to the housing to move between an extended position and a collapsed position, the sheath including a first lock arm having an attached distal end and a free proximal end, the free proximal end including a first lock arm interface disposed on an inner surface of the first lock arm and a first sharp edge disposed on an outer surface of the first lock arm; and a cap threadably coupled to the housing, the cap including an inner surface having a first plurality of crush ribs; wherein the inner surface of the cap is configured to urge the first lock arm inwardly when the cap is coupled to the housing such that the first lock arm interface engages the first lock interface; and wherein the first sharp edge is configured to engage the first plurality of crush ribs during a shock event.
An overflow system for a suction hopper dredger, the overflow system comprising: an overflow tube; and a plurality of canals (26a-26e) adjacent and substantially parallel to the overflow tube, the plurality of canals having inlets (28a-28e) at different heights for taking in head water from a hopper, wherein each canal of the plurality of canals fluidly connects to the overflow tube at a point downstream from the inlets. an overflow tube; and a plurality of canals (26a-26e) adjacent and substantially parallel to the overflow tube, the plurality of canals having inlets (28a-28e) at different heights for taking in head water from a hopper, wherein each canal of the plurality of canals fluidly connects to the overflow tube at a point downstream from the inlets.
A video-recording apparatus comprising a read-write unit operable to both read and write the data to a recording medium; a video data-acquiring unit operable to acquire video data; an input unit operable to receive input from a user; and a control unit operable to control said read-write unit, said video data-acquiring unit, and said input unit, in which said control unit permits said read-write unit to execute user recording when a user recording condition specified through said input unit is satisfied, but unless otherwise said control unit permits said read-write unit to temporarily record the video data obtained by said vide data-acquiring unit, wherein video data obtained by the user recording and video data obtained by temporary recording are recorded on said recording medium at the same region of said recording medium, characterized in that said control unit is operable to manage the video data recorded on said recording medium in accordance with attribution information associated with the video data, and wherein the attribute information includes identification information that distinguishes the video data obtained by the user recording from the video data obtained by the temporary recording, and wherein the identification information can be rewritten by input from the user through said input unit.
A method for detecting an analyte, the method comprising: a first step of supplying a specimen to a detection device having a first ligand, the first ligand being immobilized on a substrate and capable of specifically binding to the analyte, the specimen being supplied onto the substrate of the detection device, and then causing the analyte included in the specimen to bind to the first ligand; wherein the substrate has a support; a metal member formed on the support; a self-assembled monolayer formed on the metal member; and a hydrophilic polymer layer formed on the SAM and the first ligand is immobilized to the hydrophilic pol-ymer layer; wherein the detection device is a plasmon excitation sensor; and wherein the hydrophilic polymer layer is compoased of carboxymethyl dextran; a second step of supplying a second ligand onto the substrate, the second ligand being labeled with a marker and capable of specifically binding to the analyte, and then causing the second ligand to bind to the analyte bound to the first ligand; wherein in the second step carboxmethyl dextran is supplied onto the substrate; the carboxymethyl dextran having a molecular weight of from 40.000 to 750.000, a third step of measuring the second ligand bound to the analyte; and wherein the specimen has been diluted with a solvent selected from the group consisting of phosphate buffered saline, Tris buffered saline and HEPES buffered saline. a first step of supplying a specimen to a detection device having a first ligand, the first ligand being immobilized on a substrate and capable of specifically binding to the analyte, the specimen being supplied onto the substrate of the detection device, and then causing the analyte included in the specimen to bind to the first ligand; wherein the substrate has a support; a metal member formed on the support; a self-assembled monolayer formed on the metal member; and a hydrophilic polymer layer formed on the SAM and the first ligand is immobilized to the hydrophilic pol-ymer layer; wherein the detection device is a plasmon excitation sensor; and wherein the hydrophilic polymer layer is compoased of carboxymethyl dextran; wherein the substrate has a support; a metal member formed on the support; a self-assembled monolayer formed on the metal member; and a hydrophilic polymer layer formed on the SAM and the first ligand is immobilized to the hydrophilic pol-ymer layer; wherein the detection device is a plasmon excitation sensor; and wherein the hydrophilic polymer layer is compoased of carboxymethyl dextran; a second step of supplying a second ligand onto the substrate, the second ligand being labeled with a marker and capable of specifically binding to the analyte, and then causing the second ligand to bind to the analyte bound to the first ligand; wherein in the second step carboxmethyl dextran is supplied onto the substrate; the carboxymethyl dextran having a molecular weight of from 40.000 to 750.000, a third step of measuring the second ligand bound to the analyte; and wherein the specimen has been diluted with a solvent selected from the group consisting of phosphate buffered saline, Tris buffered saline and HEPES buffered saline.
A battery control apparatus, comprising: a concentration gradient estimator that estimates an ion concentration gradient in a diffusion layer formed around an interface between an electrode and an electrolyte of a secondary battery, based on a current flowing in the secondary battery, or on the current and a temperature of the secondary battery; and an upper limit current determiner that determines an upper limit current value of the secondary battery, based on the ion concentration gradient, wherein the upper limit current determiner determines the upper limit current value such that an overvoltage of the secondary battery according to the ion concentration gradient falls within a predetermined range. a concentration gradient estimator that estimates an ion concentration gradient in a diffusion layer formed around an interface between an electrode and an electrolyte of a secondary battery, based on a current flowing in the secondary battery, or on the current and a temperature of the secondary battery; and an upper limit current determiner that determines an upper limit current value of the secondary battery, based on the ion concentration gradient, wherein the upper limit current determiner determines the upper limit current value such that an overvoltage of the secondary battery according to the ion concentration gradient falls within a predetermined range.
A drum having a resonant chamber having an external surface which is adapted to be struck by a player and which is adapted to produce a range of sounds and a means whereby the sound produced is able to be altered or changed by the user, wherein within the resonant chamber there is a bass drum stick having a handle and a head with the end of the handle away from the head being mounted for partial rotation so that the head can selectively be brought into contact with the inner surface of the resonant chamber in a striking manner.