mhurhangee/ep-ind-claims huggingface dataset:
A nozzle head for subjecting a surface of a substrate to successive surface reactions of at least two precursor gases according to the principles of atomic layer deposition, the nozzle head comprising: - a body; - an output face via which at least one precursor gas is supplied towards the surface of the substrate; and - two or more nozzles provided in connection with the output face for supplying the at least one precursor gas, characterized in that the nozzle head further comprises a nozzle head chamber inside the body of the nozzle head, said nozzle head chamber is arranged in fluid communication with the two or more nozzles, the nozzle head chamber is provided with a purge gas inlet for supplying purge gas into the nozzle head chamber from a purge gas source outside the nozzle head, the nozzle head chamber comprises a first precursor conduit for distributing first precursor gas to at least one of the two or more nozzles. - a body; - an output face via which at least one precursor gas is supplied towards the surface of the substrate; and - two or more nozzles provided in connection with the output face for supplying the at least one precursor gas, characterized in that the nozzle head further comprises a nozzle head chamber inside the body of the nozzle head, said nozzle head chamber is arranged in fluid communication with the two or more nozzles, the nozzle head chamber is provided with a purge gas inlet for supplying purge gas into the nozzle head chamber from a purge gas source outside the nozzle head, the nozzle head chamber comprises a first precursor conduit for distributing first precursor gas to at least one of the two or more nozzles.
An intra-body communication device comprising: a transmission unit configured to perform, in a normal mode of operation, first frame transmission using intra-body communication in a frame transmission period of the intra-body communication device that is decided in advance, wherein the first frame transmission is performed regardless of presence or absence of data to be transmitted to maintain the intra-body communication connection, wherein the transmission unit is configured to stop, in a sleep mode, the first frame transmission while second frame transmission is being performed by a communication partner in the frame transmission period of the intra-body communication device in order to reduce the power consumption of the intra-body communication device. a transmission unit configured to perform, in a normal mode of operation, first frame transmission using intra-body communication in a frame transmission period of the intra-body communication device that is decided in advance, wherein the first frame transmission is performed regardless of presence or absence of data to be transmitted to maintain the intra-body communication connection, wherein the transmission unit is configured to stop, in a sleep mode, the first frame transmission while second frame transmission is being performed by a communication partner in the frame transmission period of the intra-body communication device in order to reduce the power consumption of the intra-body communication device.
An arrangement for an alternating-current machine that can be connected to an inverter, said machine including windings located in grooves and insulated from the plate core of the machine, characterised in that an electrically conductive shield (20;22,24;26) is fitted between the windings and the plate core, said shield comprising a number of parallel strips (22;26) separated from each other and insulated from the plate core, extending essentially over the length of the groove, earthed (23;36) or connected to the plate core.
A packaged detergent gel composition comprising at least one fatty alcohol ethoxylate, wherein the detergent gel composition is contained within a water-soluble container; wherein the fatty alcohol ethoxylate has the formula: R-O(CH 2 CH 2 O) x H wherein, R is a linear, saturated fatty alcohol, and x is an integer having a value of at least 25; wherein the packaged detergent gel composition further comprises at least one builder selected from the group consisting of hydroxycarboxylates, aminocarboxylates, phosphates, or the salts thereof; wherein the packaged detergent gel composition further comprises at least one mixed alkoxylate fatty alcohol non-ionic surfactant; wherein the packaged detergent gel composition comprises less than 1 wt% polyalkylene glycol; and wherein the packaged detergent gel composition comprises the builder in an amount of greater than 10 %wt. R is a linear, saturated fatty alcohol, and x is an integer having a value of at least 25; wherein the packaged detergent gel composition further comprises at least one builder selected from the group consisting of hydroxycarboxylates, aminocarboxylates, phosphates, or the salts thereof; wherein the packaged detergent gel composition further comprises at least one mixed alkoxylate fatty alcohol non-ionic surfactant; wherein the packaged detergent gel composition comprises less than 1 wt% polyalkylene glycol; and wherein the packaged detergent gel composition comprises the builder in an amount of greater than 10 %wt.
A method of a storage device, comprising: receiving, from an application at a host device, at a controller of the storage device, a read command comprising at least a file pointer of a file; retrieving, at the controller, a physical block address, PBA, list associated with file data from a table maintained at the controller using the file pointer; and reading, by the controller, the file data from a memory using the PBA list, and providing the file data, from the controller, to the application at the host device, wherein the table comprises an offloaded file table, OFT, that comprises a file pointer column, a logical block address, LBA, list column, a PBA list column, and a file read offset column; receiving, from the host device, at the controller, an updated file pointer-LBA list mapping for an entry of the OFT; retrieving, by the controller, PBA list information from a flash translation layer, FTL, table based on the updated file pointer-LBA list mapping; and updating, by the controller, the entry of the OFT with the retrieved PBA list information, wherein the read command further comprises an amount of file data to be read from the memory and a file read offset, and wherein the file data is provided to the application using the file read offset of the read command, and the file read offset column is updated using the file read offset of the read command. receiving, from an application at a host device, at a controller of the storage device, a read command comprising at least a file pointer of a file; retrieving, at the controller, a physical block address, PBA, list associated with file data from a table maintained at the controller using the file pointer; and reading, by the controller, the file data from a memory using the PBA list, and providing the file data, from the controller, to the application at the host device, wherein the table comprises an offloaded file table, OFT, that comprises a file pointer column, a logical block address, LBA, list column, a PBA list column, and a file read offset column; receiving, from the host device, at the controller, an updated file pointer-LBA list mapping for an entry of the OFT; retrieving, by the controller, PBA list information from a flash translation layer, FTL, table based on the updated file pointer-LBA list mapping; and updating, by the controller, the entry of the OFT with the retrieved PBA list information, wherein the read command further comprises an amount of file data to be read from the memory and a file read offset, and wherein the file data is provided to the application using the file read offset of the read command, and the file read offset column is updated using the file read offset of the read command.
A writing instrument, comprising: a writing instrument body provided with a pen point to be a writing tip end at a front end of a barrel; and a replacement ink cartridge provided with a tubular container having an opened front end including an opening and a closed rear end, wherein the ink cartridge has a plug fitted in an inner circumferential surface of said opening of the container and blocking said opening, characterized in that the plug is provided with - a plug portion having an outer circumferential surface capable of being fitted in the inner circumferential surface of said opening of the container for sealing the opened inner circumferential surface and - an ink intake portion provided in a rear of the plug portion and allowing ink in the container to flow there through, wherein the ink intake portion is integrally formed in the rear of the plug portion, the writing instrument body has a projection pressing the plug portion rearward when inserted into said opening of the container to release fitting between the plug portion and the inner circumferential surface of said opening of the container, the fitting between the plug portion and the inner circumferential surface of said opening of the container at the opened front end is released in a procedure of attaching the ink cartridge to the writing instrument body, and the plug portion blocks said opening of the container at the opened front end again in a procedure of detaching the ink cartridge from the writing instrument body. - a plug portion having an outer circumferential surface capable of being fitted in the inner circumferential surface of said opening of the container for sealing the opened inner circumferential surface and - an ink intake portion provided in a rear of the plug portion and allowing ink in the container to flow there through, wherein the ink intake portion is integrally formed in the rear of the plug portion, the writing instrument body has a projection pressing the plug portion rearward when inserted into said opening of the container to release fitting between the plug portion and the inner circumferential surface of said opening of the container,
An installation method for a shafting of a power generating apparatus of a renewable energy type, the power generating apparatus of a renewable energy type including: at least one blade; a hub to which the at least one blade is attached; a rotation shaft coupled to the hub; a first bearing and a second bearing which support the rotation shaft; and a nacelle including a nacelle base plate which supports each of the bearings from below, the method comprising: a step of mounting the first bearing and the second bearing to the rotation shaft; a step of connecting a bearing housing of the first bearing and a bearing housing of the second bearing by a connection member so that the first bearing and the second bearing are concentric with each other; and a step of mounting the rotation shaft onto the nacelle base plate along with the first bearing and the second bearing in a state where the first bearing and the second bearing are maintained concentric with each other. at least one blade; a hub to which the at least one blade is attached; a rotation shaft coupled to the hub; a first bearing and a second bearing which support the rotation shaft; and a nacelle including a nacelle base plate which supports each of the bearings from below, the method comprising: a step of mounting the first bearing and the second bearing to the rotation shaft; a step of connecting a bearing housing of the first bearing and a bearing housing of the second bearing by a connection member so that the first bearing and the second bearing are concentric with each other; and a step of mounting the rotation shaft onto the nacelle base plate along with the first bearing and the second bearing in a state where the first bearing and the second bearing are maintained concentric with each other. a step of mounting the first bearing and the second bearing to the rotation shaft; a step of connecting a bearing housing of the first bearing and a bearing housing of the second bearing by a connection member so that the first bearing and the second bearing are concentric with each other; and a step of mounting the rotation shaft onto the nacelle base plate along with the first bearing and the second bearing in a state where the first bearing and the second bearing are maintained concentric with each other.
A communication terminal capable of simultaneously communicating through a plurality of carriers by carrier aggregation, the communication terminal comprising: a receiver, which, in operation, receives a radio wave transmitted through a plurality of carriers including a primary component carrier and receives a threshold value from a base station of a connected cell; and circuitry, which, in operation,: measures a reception quality of the received radio wave to obtain a measured value of a primary carrier in accordance with information specifying the primary carrier chosen from the plurality of carriers; compares the measured value of the primary carrier to the threshold value; and searches for another cell when the measured value of the primary carrier is lower than the threshold value. a receiver, which, in operation, receives a radio wave transmitted through a plurality of carriers including a primary component carrier and receives a threshold value from a base station of a connected cell; and circuitry, which, in operation,: measures a reception quality of the received radio wave to obtain a measured value of a primary carrier in accordance with information specifying the primary carrier chosen from the plurality of carriers; compares the measured value of the primary carrier to the threshold value; and searches for another cell when the measured value of the primary carrier is lower than the threshold value. measures a reception quality of the received radio wave to obtain a measured value of a primary carrier in accordance with information specifying the primary carrier chosen from the plurality of carriers; compares the measured value of the primary carrier to the threshold value; and searches for another cell when the measured value of the primary carrier is lower than the threshold value.
A shape measurement apparatus comprising: a light source configured to irradiate a surface of a moving strip-shaped body with linear light at a prescribed angle of incidence; a screen configured such that reflected light of the linear light on the surface of the strip-shaped body is projected on the screen; an imaging unit configured to image the reflected light of the linear light projected on the screen; characterized in that it comprises an arithmetic processing unit configured to acquire the amount of warpage in a width direction of the strip-shaped body on the basis of the line length of the reflected light of the linear light imaged by the imaging unit. a light source configured to irradiate a surface of a moving strip-shaped body with linear light at a prescribed angle of incidence; a screen configured such that reflected light of the linear light on the surface of the strip-shaped body is projected on the screen; an imaging unit configured to image the reflected light of the linear light projected on the screen; characterized in that it comprises an arithmetic processing unit configured to acquire the amount of warpage in a width direction of the strip-shaped body on the basis of the line length of the reflected light of the linear light imaged by the imaging unit.
Assembly of vehicles (1, 3) comprising a first vehicle and a second vehicle, especially railway vehicles, each comprising an end (7, 107) in a longitudinal direction of the first and second vehicles (1, 3), the first vehicle further comprising a structural element; and a coupling device for coupling the two vehicles (1, 3), comprising: - a first part fixed to the end of the first vehicle in the longitudinal direction, - a second part fixed to the end of the second vehicle in the longitudinal direction, and - a joint (205a, 205b, 205c, 205d, 205e) forming a ball joint connection between the first part and the second part; characterised in that the coupling device further comprises a support member resting on the structural element of the first vehicle, the support member being shaped and arranged so as to support the first part when a fraction of the weight of the second vehicle is transmitted to the first vehicle via the coupling device, the support member being separate from the first part, the support member extending substantially in a vertical direction beneath the first part, and in that the assembly of vehicles (1, 3) comprises a sliding connection between the support member and the first part, the sliding connection being substantially oriented in the longitudinal direction. - a first part fixed to the end of the first vehicle in the longitudinal direction, - a second part fixed to the end of the second vehicle in the longitudinal direction, and - a joint (205a, 205b, 205c, 205d, 205e) forming a ball joint connection between the first part and the second part;
A radio receiver, suitable for receiving radio transmissions from a radio transmitter that transmits a succession of connection-event data packets (22a', 22b', 22c') by radio according to a predetermined schedule, wherein the radio receiver: is configured to enter a sleep state between receiving successive connection-event data packets from the radio transmitter, in which sleep state the radio receiver does not receive and process radio transmissions from the radio transmitter; and is configured to use a receiver clock signal to determine when a predetermined number of receiver clock cycles has elapsed after receiving one of the connection-event data packets and, in response, to enter a ready state in which the radio receiver is able to receive and process radio transmissions from the radio transmitter, characterised in that the predetermined number of receiver clock cycles is the number of receiver clock cycles that elapsed between the respective receipts of two of the connection-event data packets (22a', 22b') received by the radio receiver minus a correction factor, such that the radio receiver enters the ready state before the expected arrival of the next connection-event data packet by an amount of time that depends of the size of the correction factor. is configured to enter a sleep state between receiving successive connection-event data packets from the radio transmitter, in which sleep state the radio receiver does not receive and process radio transmissions from the radio transmitter; and is configured to use a receiver clock signal to determine when a predetermined number of receiver clock cycles has elapsed after receiving one of the connection-event data packets and, in response, to enter a ready state in which the radio receiver is able to receive and process radio transmissions from the radio transmitter,
Compensator for compensating relative movements of two line elements (2, 3) with respect to one another, in particular as a flexible line element for car applications, comprising a multi-layer bellows which comprises, as a wall, at least two layers (5a, 5b) which sit on top of one another and between which in each case a space is formed, wherein a friction reducer (6; 26) is present in at least one space, wherein the friction reducer is a friction-reducing coating which is applied on at least one of the two layers (5a, 5b) adjoining the respective space at its side facing towards the space, wherein the friction-reducing coating is a solid lubricant-based coating, characterized in that the solid lubricant-based coating is a molybdenum -sulfide -based coating.
An exhaust muffler (10, 50) comprising: an exhaust gas introduction chamber (11, 51, 52, 53) into which exhaust gas of an engine is introduced; an inner pipe (17, 57, 58, 59) located in the exhaust gas introduction chamber (11, 51, 52, 53), spaced from an inner circumferential wall of the exhaust gas introduction chamber (11, 51, 52, 53), and configured to introduce the exhaust gas therethrough; and a sound deadening element (13, 113) in the exhaust gas introduction chamber (11, 51, 52, 53), wherein the sound deadening element (13, 113) is disposed between an outer circumferential wall (23, 59a) of the inner pipe (17, 57, 58, 59) and the inner circumferential wall of the exhaust gas introduction chamber (11, 51, 52, 53); wherein the sound deadening element (13, 113) is configured from a knitted article formed by knitting continuous fibres of glass fibre, and includes a folded portion of the knitted article which is folded back in an axial direction of the inner pipe (17, 57, 58, 59), and the folded portion is disposed on an exhaust upstream side of the exhaust gas introduction chamber (11, 51, 52, 53). an exhaust gas introduction chamber (11, 51, 52, 53) into which exhaust gas of an engine is introduced; an inner pipe (17, 57, 58, 59) located in the exhaust gas introduction chamber (11, 51, 52, 53), spaced from an inner circumferential wall of the exhaust gas introduction chamber (11, 51, 52, 53), and configured to introduce the exhaust gas therethrough; and a sound deadening element (13, 113) in the exhaust gas introduction chamber (11, 51, 52, 53), wherein the sound deadening element (13, 113) is disposed between an outer circumferential wall (23, 59a) of the inner pipe (17, 57, 58, 59) and the inner circumferential wall of the exhaust gas introduction chamber (11, 51, 52, 53); wherein the sound deadening element (13, 113) is configured from a knitted article formed by knitting continuous fibres of glass fibre, and includes a folded portion of the knitted article which is folded back in an axial direction of the inner pipe (17, 57, 58, 59), and the folded portion is disposed on an exhaust upstream side of the exhaust gas introduction chamber (11, 51, 52, 53).
A method for implementing port-based network access control at a shared media port in an intermediate node, the shared media port being coupled to a plurality of client nodes, the method comprising: partitioning the shared media port into a plurality of logical subinterfaces (340, 350), each logical subinterface (340, 350) dedicated to providing access to a different network or subnetwork accessible through the intermediate node; receiving a data packet at the shared media port from a first client node; associating the received data packet with a first logical subinterface in the plurality of logical subinterfaces; determining whether the first client node is authenticated to communicate over the first logical subinterface's dedicated network or subnetwork; and if the first client node is determined to be authenticated to communicate over the first logical subinterface's dedicated network or subnetwork, forwarding the received data packet over the first logical subinterface's dedicated network or subnetwork. partitioning the shared media port into a plurality of logical subinterfaces (340, 350), each logical subinterface (340, 350) dedicated to providing access to a different network or subnetwork accessible through the intermediate node; receiving a data packet at the shared media port from a first client node; associating the received data packet with a first logical subinterface in the plurality of logical subinterfaces; determining whether the first client node is authenticated to communicate over the first logical subinterface's dedicated network or subnetwork; and if the first client node is determined to be authenticated to communicate over the first logical subinterface's dedicated network or subnetwork, forwarding the received data packet over the first logical subinterface's dedicated network or subnetwork.