mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a conveyor; a first developer unit to: - concentrate first printing liquid, and - deliver the concentrated first printing liquid to the conveyor as a first layer of printing liquid; a second developer unit to: - concentrate second printing liquid, and - deliver the concentrated second printing liquid to the conveyor as a second layer of printing liquid; and a squeegee unit between the first developer unit and the second developer unit, the squeegee unit to apply mechanical and electrical forces to the first layer of printing liquid on the conveyor to further concentrate the first layer of printing liquid. a conveyor; a first developer unit to: - concentrate first printing liquid, and - deliver the concentrated first printing liquid to the conveyor as a first layer of printing liquid; - concentrate first printing liquid, and - deliver the concentrated first printing liquid to the conveyor as a first layer of printing liquid; a second developer unit to: - concentrate second printing liquid, and - deliver the concentrated second printing liquid to the conveyor as a second layer of printing liquid; and - concentrate second printing liquid, and - deliver the concentrated second printing liquid to the conveyor as a second layer of printing liquid; and a squeegee unit between the first developer unit and the second developer unit, the squeegee unit to apply mechanical and electrical forces to the first layer of printing liquid on the conveyor to further concentrate the first layer of printing liquid.
Method for mounting a panel within a wiring cabinet using at least one fastening element, wherein the panel has a rear surface and a front surface, and wherein the panel has a first dimension with a first end and a second end, the method comprising: - mounting the panel with at least one first mounting element located at the first end of the panel, to at least one second mounting element of the wiring cabinet, so that the first and second mounting element interact as a tilting mechanism, so that in a premounted state the panel is rotatable - attaching the panel to at least one attachment element using at least one first fastening element, so that in a completely mounted state the rear surface of the panel is in direct contact with an attachment surface of the attachment element, wherein the attachment surface has at least one opening for receiving the first fastening element, wherein the front surface of the panel has at least one opening located at the second end of the panel for receiving the first fastening element, and wherein the first fastening element in the completely mounted state retains the panel to the attachment element characterised in that the first fastening element is a snap-fastener, wherein the snap-fastener has a release mechanism for the purpose of detaching the panel from the attachment element, wherein the release mechanism is actuatable from the front surface of the panel. - mounting the panel with at least one first mounting element located at the first end of the panel, to at least one second mounting element of the wiring cabinet, so that the first and second mounting element interact as a tilting mechanism, so that in a premounted state the panel is rotatable - attaching the panel to at least one attachment element using at least one first fastening element, so that in a completely mounted state the rear surface of the panel is in direct contact with an attachment surface of the attachment element, wherein the attachment surface has at least one opening for receiving the first fastening element, wherein the front surface of the panel has at least one opening located at the second end of the panel for receiving the first fastening element, and wherein the first fastening element in the completely mounted state retains the panel to the attachment element
A packaging film, including a lactide copolymer including two or more block copolymerized repeating units of Chemical Formula 1 in which the hard segments of polylactide repeating units are connected to both ends of the soft segments of poly ether polyol repeating unit, wherein the block copolymerized repeating units are connected to each other through the intermediation of urethane connecting groups derived from polyvalent isocyanate compound of which the average equivalent of isocyanate group per a molecule is more than 2 and less than 3: in Chemical Formula 1, D is a C 2 -C 10 linear or branched alkylene group, x is independently an integer of 30 to 500, and n is an integer of 30 to 1,000.
Locking system for locking the main shaft of a wind turbine, the locking system comprising the main shaft and a flange arranged on the main shaft, whereby a hub end of the main shaft is configured to connect to a hub of the wind turbine, the hub being configured to have at least two wind turbine blades attached to the hub, characterized in that the flange comprises at least two plane sides arranged parallel to each other on an outer circumference of the flange and the locking system further comprises a clamping device having two clamping jaws, whereby the clamping jaws are configured to clamp the flange in between the clamping jaws by contacting the two parallel plane sides of the flange.
A single-inductor multiple-output SIMO inverter system for generating multiple independent alternating current AC voltages from a direct current DC voltage source the system comprising: a DC voltage source for providing electrical energy; a front-stage DC-DC power converter comprising exactly one inductor as an energy storage element for power conversion and a main switching element; a plurality of selectable output branches, wherein each output branch comprises an output selection switch, a resonant tank, and a transmitter coil, wherein the resonant tank is configured to convert output power of the DC-DC power converter into an AC power for feeding the transmitter coil; and a controller for determining ON/OFF states of the main switching element and the output selection switch of each of the output branches. a DC voltage source for providing electrical energy; a front-stage DC-DC power converter comprising exactly one inductor as an energy storage element for power conversion and a main switching element; a plurality of selectable output branches, wherein each output branch comprises an output selection switch, a resonant tank, and a transmitter coil, wherein the resonant tank is configured to convert output power of the DC-DC power converter into an AC power for feeding the transmitter coil; and a controller for determining ON/OFF states of the main switching element and the output selection switch of each of the output branches.
A method in a decoder for determining an estimate of a sample of a subband signal from two or more previous samples of the subband signal, wherein the subband signal corresponds to one of a plurality of subbands of a subband-domain representation of an audio signal determined using an analysis filterbank comprising a plurality of analysis filters, the method comprising determining signal model data comprising a model parameter; determining a first prediction coefficient to be applied to a first previous sample of the subband signal; wherein a time slot of the first previous sample immediately precedes a time slot of the sample; wherein the first prediction coefficient is determined as a function of the model parameter using a pre-determined lookup table and/or a pre-determined analytical function; determining a second prediction coefficient to be applied to a second previous sample of the subband signal; wherein a time slot of the second previous sample immediately precedes a time slot of the first previous sample; wherein the second prediction coefficient is determined as a function of the model parameter using the lookup table and/or the analytical function; and determining the estimate of the sample by applying the first prediction coefficient to the first previous sample and by applying the second prediction coefficient to the second previous sample; wherein the plurality of subbands have an equal subband spacing.
A one-phase mesostructured zeolite material comprising unit cells that repeat in space for at least 10 nm, wherein said mesostructured zeolite comprises mesopores penetrating throughout the volume of the zeolite structure, wherein a cross-sectional area of each of the plurality of mesopores is substantially the same.
A computing device, comprising: a system on a chip, SOC, comprising: an interface comprising one or more pins coupled to a physical conductor comprising a plurality of data lanes; and a configuration controller associated with the interface; and a coexistence manager communicatively coupled to the configuration controller; wherein the coexistence manager is configured to detect operating conditions on the physical conductor and to instruct the configuration controller to change physical layer, PHY, configurations on a per-lane basis for the interface for each lane of the plurality of data lanes to compensate for changes in the operating conditions. a system on a chip, SOC, comprising: an interface comprising one or more pins coupled to a physical conductor comprising a plurality of data lanes; and a configuration controller associated with the interface; and a coexistence manager communicatively coupled to the configuration controller; an interface comprising one or more pins coupled to a physical conductor comprising a plurality of data lanes; and a configuration controller associated with the interface; and a coexistence manager communicatively coupled to the configuration controller; wherein the coexistence manager is configured to detect operating conditions on the physical conductor and to instruct the configuration controller to change physical layer, PHY, configurations on a per-lane basis for the interface for each lane of the plurality of data lanes to compensate for changes in the operating conditions.
A pipe coupling comprising an outer tubular part with threads on its inside, an inner tubular part with threads on its outside, wherein the outer tubular part and the inner tubular part have the same inner diameter, wherein the coupling further comprising a sleeve where on a first half of the sleeve there are external and inner threads which fits into the threads of the outer and inner tubular parts, respectively, so that the sleeve can be screwed inwards into the outer tubular part while it is simultaneously screwed outwards onto the inner tubular part so that the inner and outer tubular parts are not displaced relative to each other and the outer and inner tubular parts become connected to each other through the threads of the sleeve, characterised in that at one end of the inner tubular part there is a sealing ring groove with a sealing ring for sealing against a smooth cylindrical portion on the outer tubular part.
Assembly for measuring a relative humidity level inside a watch, comprising said watch provided with a movement and a device for determining the humidity level present in the enclosure of a case of this watch, characterized in that the determination device comprises: - a receiver module (6a, 6b, 6c) for receiving at least one acoustic signal from a timepiece component of said movement, and - a control unit connected to said receiver module (6a, 6b, 6c), said control unit being configured to run a model for evaluating a water vapour content of a gaseous fluid contained inside said enclosure based on said at least one acoustic signal received by the receiver module (6a, 6b, 6c). - a receiver module (6a, 6b, 6c) for receiving at least one acoustic signal from a timepiece component of said movement, and - a control unit connected to said receiver module (6a, 6b, 6c),
A locking apparatus for locking the rotational position of a fastener component which is rotatable about an axis relative to a structure; the locking apparatus comprising: a rigid locking member having a first end configured to engage with the fastener component such that rotation of the fastener component relative to the first end is substantially prevented, and a second end configured to engage with the structure such that rotation of the rigid locking member relative to the structure is substantially prevented; and characterized in that the locking apparatus further comprises: a rigid secondary locking member for locking the rotational position of a further fastener component which is rotatable about the axis relative to the fastener component, the rigid secondary locking member comprising: a first part configured to engage with the rigid locking member such that rotation of the rigid secondary locking member relative to the rigid locking member is substantially prevented; and a second part configured to engage with the further fastener component such that rotation of the further fastener component relative to the rigid secondary locking member is substantially prevented. a first part configured to engage with the rigid locking member such that rotation of the rigid secondary locking member relative to the rigid locking member is substantially prevented; and a second part configured to engage with the further fastener component such that rotation of the further fastener component relative to the rigid secondary locking member is substantially prevented.
A method of opening a secure session on a computer terminal, the computer terminal being configured for near-field communication, via an autonomous device configured for near-field communication, characterized in that the opening of a session is carried out by the implementation of at least the following steps: - Detecting the autonomous device by the computer terminal, the detection done by near-field; - Obtaining, by the computer terminal by near-field communication, an identifier of the autonomous device; - Obtaining, by the computer terminal, a user identifier and a public key, the user identifier and the public key being associated with the identifier of the autonomous device in a directory server; - Transmitting by the computer terminal by near-field communication, a test message comprising a session key and a random variable, these elements being encrypted using the public key; - Receiving, by the computer terminal by near-field communication, a test resolution message; - Decrypting, by the computer terminal, the test message using the session key as decryption key; if the result of the decryption enables the random variable to be obtained, then: - Opening, on the computer terminal, a session for the obtained user identifier. - Detecting the autonomous device by the computer terminal, the detection done by near-field; - Obtaining, by the computer terminal by near-field communication, an identifier of the autonomous device; - Obtaining, by the computer terminal, a user identifier and a public key, the user identifier and the public key being associated with the identifier of the autonomous device in a directory server; - Transmitting by the computer terminal by near-field communication, a test message comprising a session key and a random variable, these elements being encrypted using the public key; - Receiving, by the computer terminal by near-field communication, a test resolution message; - Decrypting, by the computer terminal, the test message using the session key as decryption key; if the result of the decryption enables the random variable to be obtained, then: - Opening, on the computer terminal, a session for the obtained user identifier.
A method of communications, comprising: receiving (518, 612), by a device host, DH, an activation message from a near field communication controller, NFCC, that is using a Frame radio frequency, RF, interface over NFC-B RF technology; the method characterised by: determining that one or more data exchange parameters included in the activation message are different from one or more corresponding current relevant data exchange parameters that the NFCC is configured to implement; generating an RF parameter update command including the one or more data exchange parameters corresponding to the one or more current relevant data exchange parameters that are determined to be different; and sending (524, 624) the generated RF parameter update command to the NFCC to prompt the NFCC to update the one or more corresponding current relevant data exchange parameters with the one or more data exchange parameters included in the RF parameter update command. receiving (518, 612), by a device host, DH, an activation message from a near field communication controller, NFCC, that is using a Frame radio frequency, RF, interface over NFC-B RF technology; the method characterised by: determining that one or more data exchange parameters included in the activation message are different from one or more corresponding current relevant data exchange parameters that the NFCC is configured to implement; generating an RF parameter update command including the one or more data exchange parameters corresponding to the one or more current relevant data exchange parameters that are determined to be different; and sending (524, 624) the generated RF parameter update command to the NFCC to prompt the NFCC to update the one or more corresponding current relevant data exchange parameters with the one or more data exchange parameters included in the RF parameter update command. determining that one or more data exchange parameters included in the activation message are different from one or more corresponding current relevant data exchange parameters that the NFCC is configured to implement; generating an RF parameter update command including the one or more data exchange parameters corresponding to the one or more current relevant data exchange parameters that are determined to be different; and sending (524, 624) the generated RF parameter update command to the NFCC to prompt the NFCC to update the one or more corresponding current relevant data exchange parameters with the one or more data exchange parameters included in the RF parameter update command.
AUTOMATIC SQUEEZING MACHINE of the type comprising, as the main squeezing elements, at least one male drum and at least one female drum with synchronised rotational movement, as drive elements at least one motor and the movement transmission elements, two clearly differentiated modules and, where module 1, the drive module, comprises the drive element and module 2 acting as a block that comprises a squeezing unit that in turn comprises at least one male drum and at least one female drum and engagement elements between the module 1 and the module 2, such that when engaged the movement of module 1 is transmitted to module 2 characterized in that it comprises, a support with housings and, where this support is a casing to which are connected, preferably in a removable manner, at least the various individual elements of the squeezing unit, such that the support allows at least one rotational degree of freedom in said elements.
A method for receiving a control channel, comprising: obtaining, by a terminal device, time-frequency resource information of the control channel; determining, by the terminal device, a search space resource according to the time-frequency resource information and a first mapping relationship between the time-frequency resource information and the search space resource, wherein the search space resource comprises candidate control channel(s) of the terminal device, and an aggregation level of the candidate control channel(s) is larger than 1; and determining, by the terminal device, in the search space resource, the search space according to configuration information of a UE specific reference signal, UE-RS, of the terminal device and a second mapping relationship between the configuration information of the UE-RS and the search space; and receiving, by the terminal device, the control channel in the search space. obtaining, by a terminal device, time-frequency resource information of the control channel; determining, by the terminal device, a search space resource according to the time-frequency resource information and a first mapping relationship between the time-frequency resource information and the search space resource, wherein the search space resource comprises candidate control channel(s) of the terminal device, and an aggregation level of the candidate control channel(s) is larger than 1; and determining, by the terminal device, in the search space resource, the search space according to configuration information of a UE specific reference signal, UE-RS, of the terminal device and a second mapping relationship between the configuration information of the UE-RS and the search space; and receiving, by the terminal device, the control channel in the search space.
A method for a communication between a base station and a user equipment in a wireless communication system, comprising: transmitting, by the base station, data to the user equipment; receiving, by the base station, at least one type of uplink control information in a physical uplink control channel (PUCCH) format 3, wherein the PUCCH format 3 is transmitted by the user equipment, transmission power of the PUCCH format 3 is based on a PUCCH format dependent value, the at least one type of UCI includes acknowledgement/not-acknowledgement (ACK/NACK) information, or, ACK/NACK information and scheduling request information, and the at least one type of UCI does not include periodic channel state information information, and wherein if the PUCCH format 3 is transmitted through two antenna ports or if a total number of bits of the at least one type of UCI is larger than 11 bits, the PUCCH format dependent value is determined based on the following equation: h nHARQ, nSR = nHARQ + nSR − 1 / 3, wherein h(nHARQ,nSR) represents the PUCCH format dependent value, nHARQ represents a number of bits of the ACK/NACK information, and nSR is 1 or 0; or if the PUCCH format 3 is transmitted through a single antenna port and if the total number of bits of the at least one type of UCI is equal to or smaller than 11 bits, the PUCCH format dependent value is determined based on the following equation: h nHARQ, nSR = nHARQ + nSR − 1 / 2. transmitting, by the base station, data to the user equipment; receiving, by the base station, at least one type of uplink control information in a physical uplink control channel (PUCCH) format 3, wherein the PUCCH format 3 is transmitted by the user equipment, transmission power of the PUCCH format 3 is based on a PUCCH format dependent value, the at least one type of UCI includes acknowledgement/not-acknowledgement (ACK/NACK) information, or, ACK/NACK information and scheduling request information, and the at least one type of UCI does not include periodic channel state information information, and wherein if the PUCCH format 3 is transmitted through two antenna ports or if a total number of bits of the at least one type of UCI is larger than 11 bits, the PUCCH format dependent value is determined based on the following equation: h nHARQ, nSR = nHARQ + nSR − 1 / 3, wherein h(nHARQ,nSR) represents the PUCCH format dependent value, nHARQ represents a number of bits of the ACK/NACK information, and nSR is 1 or 0; or if the PUCCH format 3 is transmitted through a single antenna port and if the total number of bits of the at least one type of UCI is equal to or smaller than 11 bits, the PUCCH format dependent value is determined based on the following equation: h nHARQ, nSR = nHARQ + nSR − 1 / 2.