mhurhangee/ep-ind-claims huggingface dataset:
A mold fixing system, comprising: a plurality of injection molding machines having a pair of platens (2, 3); a plurality of magnetic force generating mechanisms which are mounted on the plurality of injection molding machines, respectively, for generating magnetic force for fixing a mold to a platen or a mold mounting plate fixed on the platen; a plurality of common connectors having the same structure which are mounted on the plurality of injection molding machines, respectively, each of which is electrically connected to the magnetic force generating mechanism, a control unit and a power source device of the injection molding machine; and a portable operation control unit to be alternatively electrically connectable to the common connector of any one of the plurality of injection molding machines, so as to be electrically connectable to the magnetic force generating mechanism, the control unit and the power source device in said any one of the injection molding machines. a plurality of injection molding machines having a pair of platens (2, 3); a plurality of magnetic force generating mechanisms which are mounted on the plurality of injection molding machines, respectively, for generating magnetic force for fixing a mold to a platen or a mold mounting plate fixed on the platen; a plurality of common connectors having the same structure which are mounted on the plurality of injection molding machines, respectively, each of which is electrically connected to the magnetic force generating mechanism, a control unit and a power source device of the injection molding machine; and a portable operation control unit to be alternatively electrically connectable to the common connector of any one of the plurality of injection molding machines, so as to be electrically connectable to the magnetic force generating mechanism, the control unit and the power source device in said any one of the injection molding machines.
A method of performing communication, by a user equipment, UE, the method comprising: receiving configuration information including time domain resource information of indication information from a base station, wherein the indication information indicates whether the UE monitors a second physical downlink control channel, PDCCH, that indicates a paging message on a paging occasion, wherein the indication information is carried on a first PDCCH, and wherein the time domain resource information is a time gap between a time position in which the UE monitors the indication information and a paging position associated with the paging occasion; monitoring the first PDCCH which carries the indication information, based on the time gap; and monitoring the second PDCCH, based on the indication information. receiving configuration information including time domain resource information of indication information from a base station, wherein the indication information indicates whether the UE monitors a second physical downlink control channel, PDCCH, that indicates a paging message on a paging occasion, wherein the indication information is carried on a first PDCCH, and wherein the time domain resource information is a time gap between a time position in which the UE monitors the indication information and a paging position associated with the paging occasion; monitoring the first PDCCH which carries the indication information, based on the time gap; and monitoring the second PDCCH, based on the indication information.
A method for generating labeled image data (DIm), the labeled image data (DIm) being used as teaching data for having a pre-learning identifier perform supervised or semi-supervised machine learning to generate an identifier used for inspecting an inspection subject, of which an image (Im) is captured, for defects (Dg), characterized in that the method comprising: a channel addition step including adding, in addition to one or more channels forming the image (Im), an other channel (Imα) to the captured image (Im) of the inspection subject; a pixel value assignment step including assigning a second pixel value to a region corresponding to a defect region in the image (Im) in the other channel (Imα), the second pixel value differing from a first pixel value assigned to an other region that is defect (Dg)-free as a pixel value indicating a defect (Dg); a segmentation step including segmenting the image (ImD) including the other channel (Imα) into M×N of image segments, wherein M is number of vertical segmentation and N is number of lateral segmentation of the image, M and N are natural numbers, and at least one of M and N is greater than or equal to two; a label assignment step including assigning a defect label to an image segment of the image segments, in which the second pixel value is included in the other channel (Imα), and assigning a non-defect label to an image segment of the image segments, in which the second pixel value is not included in the other channel (Imα); and a channel removal step including removing the other channel (Imα) from the image segment to generate labeled image data (DIm). a channel addition step including adding, in addition to one or more channels forming the image (Im), an other channel (Imα) to the captured image (Im) of the inspection subject; a pixel value assignment step including assigning a second pixel value to a region corresponding to a defect region in the image (Im) in the other channel (Imα), the second pixel value differing from a first pixel value assigned to an other region that is defect (Dg)-free as a pixel value indicating a defect (Dg); a segmentation step including segmenting the image (ImD) including the other channel (Imα) into M×N of image segments, wherein M is number of vertical segmentation and N is number of lateral segmentation of the image, M and N are natural numbers, and at least one of M and N is greater than or equal to two; a label assignment step including assigning a defect label to an image segment of the image segments, in which the second pixel value is included in the other channel (Imα), and assigning a non-defect label to an image segment of the image segments, in which the second pixel value is not included in the other channel (Imα); and a channel removal step including removing the other channel (Imα) from the image segment to generate labeled image data (DIm).
A composite tape from which a closure tab for disposable articles can be cut, the tape comprising: a fastening tape defining a distal end and an opposite proximal end, the fastening tape including a backing film, and an adhesive layer disposed on at least a portion of the backing film; a release tape defining a distal end and an opposite proximal end, the release tape including a backing film, an adhesive layer disposed on a first face of the backing film, a hinge component disposed at the proximal end of the release tape, the release tape also defining a second face oppositely directed from the first face, wherein the hinge component is in the form of a raised region of material extending from the second face of the backing film, wherein the length of the release tape is less than the length of the fastening tape; wherein the fastening tape and the release tape are attached to one another such that the hinge component of the release tape contacts the adhesive layer of the fastening tape and is adhesively attached thereto, and the adhesive layer of the release tape is arranged in a pattern configuration; wherein the pattern configuration includes a plurality of rows of adhesive, each adhesive row separated from immediately adjacent adhesive rows by a spacing row; and wherein the adhesive layer of the fastening tape is a continuous layer. a fastening tape defining a distal end and an opposite proximal end, the fastening tape including a backing film, and an adhesive layer disposed on at least a portion of the backing film; a release tape defining a distal end and an opposite proximal end, the release tape including a backing film, an adhesive layer disposed on a first face of the backing film, a hinge component disposed at the proximal end of the release tape, the release tape also defining a second face oppositely directed from the first face, wherein the hinge component is in the form of a raised region of material extending from the second face of the backing film, wherein the length of the release tape is less than the length of the fastening tape; wherein the fastening tape and the release tape are attached to one another such that the hinge component of the release tape contacts the adhesive layer of the fastening tape and is adhesively attached thereto, and the adhesive layer of the release tape is arranged in a pattern configuration; wherein the pattern configuration includes a plurality of rows of adhesive, each adhesive row separated from immediately adjacent adhesive rows by a spacing row; and wherein the adhesive layer of the fastening tape is a continuous layer.
A method of culturing a microorganism selected from genera Saccharomyces sensu stricto, Kazachstania, Naumovozyma, Nakaseomyces and Vanderwaltozyma in the presence of guanidinobutyrate as sole nitrogen source, comprising: (a) introducing a nucleic acid molecule comprising a nucleotide sequence encoding a guanidinobutyrase of the ureohydrolase family into the microorganism, whereby the nucleotide sequence is operably linked to promoter and terminator sequences; (b) culturing the microorganism such that the nucleic acid molecule encoding the guanidinobutyrase is expressed in the microorganism; and (c) culturing the microorganism in the presence of guanidinobutyrate as sole nitrogen source, wherein the encoded guanidinobutyrase is a guanidino-acid hydrolase with EC number 3.5.3.7. (a) introducing a nucleic acid molecule comprising a nucleotide sequence encoding a guanidinobutyrase of the ureohydrolase family into the microorganism, whereby the nucleotide sequence is operably linked to promoter and terminator sequences; (b) culturing the microorganism such that the nucleic acid molecule encoding the guanidinobutyrase is expressed in the microorganism; and (c) culturing the microorganism in the presence of guanidinobutyrate as sole nitrogen source,
Component for optoelectronics comprising a contact layer on a semiconductor surface on the basis of In x Al y Ga 1-x-y N where 0 ≤ x ≤ 1, 0 ≤ y ≤ 1 and x + y ≤1, wherein the contact layer has a multiplicity of cutouts arranged alongside one another, characterized in that the contact layer is a radiation-transmissive contact layer, and in that the thickness of the contact layer is greater than 5 nm and less than 100 nm.
Method for packaging portioned products which are liquid or pasty at least in the processing state in a wrapper that is cut to length from at least one packaging material web, wherein the packaging material web is transported in the direction of at least one upwardly open pair of folding claws, is cut to length while forming a substantially planar blank of the wrapper, and the blank is positioned above the pair of folding claws, wherein the product is metered, characterized in that the product portion is pre-shaped, and the blank by placing thereon the pre-shaped product portion is folded into the pair of folding claws while forming the upwardly open wrapper, whereupon the upward-projecting lateral longitudinal peripheries of the upwardly open wrapper are folded inward onto the pre-shaped product portion, and whereupon the transverse peripheries of the wrapper which extend so as to be substantially perpendicular to the lateral longitudinal peripheries of said wrapper are folded inward onto the pre-shaped product portion, and characterized in that at least the upward-projecting lateral longitudinal peripheries of the upwardly open wrapper are folded inward onto the pre-shaped product portion and simultaneously connected to one another, while the wrapper provided with the pre-shaped product portion is still situated in the pair of folding claws.
A fluid system for a wind turbine, configured to supply fluid to one or more consumer units, the fluid system including: a fluid storage device configured to receive fluid from a pump; wherein the pump has a normal operation mode in which it operates at a first speed and a low power operation mode at which it runs at a second speed that is lower than the first speed, a fluid release system configured to operate when the pump is operating in the low power operation mode to release fluid intermittently from the fluid storage device to the one or more consumer units, characterized in that said fluid system includes hysteresis means configured to define a delivery interval of the fluid release system, wherein the hysteresis means is responsive to fluid pressure, wherein the hysteresis means is configured such that fluid is released from the fluid storage device to the consumer units when the fluid pressure reaches a first pressure threshold, and wherein the hysteresis means is configured to prevent fluid being released from the fluid storage device to the consumer units when the fluid pressure reaches a second pressure threshold. a fluid storage device configured to receive fluid from a pump; wherein the pump has a normal operation mode in which it operates at a first speed and a low power operation mode at which it runs at a second speed that is lower than the first speed, a fluid release system configured to operate when the pump is operating in the low power operation mode to release fluid intermittently from the fluid storage device to the one or more consumer units, characterized in that said fluid system includes hysteresis means configured to define a delivery interval of the fluid release system, wherein the hysteresis means is responsive to fluid pressure, wherein the hysteresis means is configured such that fluid is released from the fluid storage device to the consumer units when the fluid pressure reaches a first pressure threshold, and wherein the hysteresis means is configured to prevent fluid being released from the fluid storage device to the consumer units when the fluid pressure reaches a second pressure threshold.
A method at a network supervising device of managing distribution of data content streams in a segment of a peer-to-peer, P2P, network, said network segment comprising one or more peers being constrained from uploading the data content streams to further peers, comprising: receiving a request for a data content stream from at least one of the peers being constrained from uploading the data content to further peers; identifying whether at least one peer exists within the network segment being capable of uploading the requested data content stream, which peer is downloading the requested data content stream; or if no peer within the segment is downloading the requested data content stream: identifying whether at least one currently idle peer exists within the network segment, which currently idle peer is capable of uploading the requested data content stream; and assigning to said at least one peer downloading the requested data content stream, or if no such peer is available, assigning to said at least one currently idle peer, to upload the requested data content stream to the peer being constrained from uploading the data content to further peers. receiving a request for a data content stream from at least one of the peers being constrained from uploading the data content to further peers; identifying whether at least one peer exists within the network segment being capable of uploading the requested data content stream, which peer is downloading the requested data content stream; or if no peer within the segment is downloading the requested data content stream: identifying whether at least one currently idle peer exists within the network segment, which currently idle peer is capable of uploading the requested data content stream; and assigning to said at least one peer downloading the requested data content stream, or if no such peer is available, assigning to said at least one currently idle peer, to upload the requested data content stream to the peer being constrained from uploading the data content to further peers.
A beverage preparation machine comprising: - a base having a fluid circuit for conditioning and delivering a fluid via a base outlet and a base data interface (12,13), in particular a fluid circuit connected to a fluid source and controlled by a control unit and comprising a pump and/or a thermal conditioner such as a heater and/or a cooler; and - a removable module having a module inlet and a module data interface (22,23) disconnectably connectable to the base outlet and the base data interface, respectively, in particular a module having a unit for housing an ingredient to be mixed with said fluid, characterised in that: - the base has a base connector block for mechanical connection to the module, the base outlet and the base data interface (12,13) being borne, in particular fixedly borne, by the base connector block; and/or - the module has a module connector block for mechanical connection to the base, in particular to a corresponding base connector block, the module inlet and the module data interface (22,23) being borne, in particular fixedly borne, by the module connector block. - a base having a fluid circuit for conditioning and delivering a fluid via a base outlet and a base data interface (12,13), in particular a fluid circuit connected to a fluid source and controlled by a control unit and comprising a pump and/or a thermal conditioner such as a heater and/or a cooler; and - a removable module having a module inlet and a module data interface (22,23) disconnectably connectable to the base outlet and the base data interface, respectively, in particular a module having a unit for housing an ingredient to be mixed with said fluid, - the base has a base connector block for mechanical connection to the module, the base outlet and the base data interface (12,13) being borne, in particular fixedly borne, by the base connector block; and/or - the module has a module connector block for mechanical connection to the base, in particular to a corresponding base connector block, the module inlet and the module data interface (22,23) being borne, in particular fixedly borne, by the module connector block.
Door opening mechanism having a housing for installation in a door having a door frame and a door leaf that is moveably, in particular pivotably, mounted thereon, having a moveably mounted door opener latch in the housing, a remote-controlled locking device and an intermediate changer constructed as a single or multi-armed lever or slider mounted in the housing, and which interacts with the door opener latch in such a way that the door opener latch can be switched into a locking position and a release position, wherein it is provided that the locking device comprises a remote-controlled actuator and an armature that can be operated thereby, which interacts with the changer in such a way that it is switchable between a locking position in which the changer locks the door opener latch and a release position in which the changer releases the door opener latch, characterised in that, a force-transmitting element is arranged between armature and changer which, in the locking position, rests directly on the changer and directly on the armature in order to lock the changer and wherein the force-transmitting element is floatingly mounted either on the armature or on the changer, wherein either the force-transmitting element is constructed as a solid pin which is floatingly mounted in an elongated hole, or wherein the force-transmitting element is formed as a sleeve and is mounted floatingly in such a way that either the armature has a holding mandrel for supporting the sleeve or the changer has a holding mandrel for supporting the sleeve and the inner diameter of the sleeve is greater than the outer diameter of the holding mandrel.
A fluid flow system, comprising: a pipeline with a flowing fluid; a first vibrating meter including a first sensor assembly located within the pipeline and configured to determine one or more flow characteristics, including a first flow rate; a second vibrating meter including a second sensor assembly located within the pipeline and in fluid communication with the first sensor assembly and configured to determine one or more flow characteristics, including a second flow rate; a system controller in electrical communication with the first and second vibrating meters (5, 5') and configured to: receive the first and second flow rates; determine a differential flow rate based on the first and second flow rates; compare the differential flow rate to a threshold value or band; correct one or more flow characteristics if the differential flow rate is less than a threshold value or band; and apply a delay to one of the first or second flow rates such that the first and second flow rates are representative of flow rates occurring at substantially the same time. a pipeline with a flowing fluid; a first vibrating meter including a first sensor assembly located within the pipeline and configured to determine one or more flow characteristics, including a first flow rate; a second vibrating meter including a second sensor assembly located within the pipeline and in fluid communication with the first sensor assembly and configured to determine one or more flow characteristics, including a second flow rate; a system controller in electrical communication with the first and second vibrating meters (5, 5') and configured to: receive the first and second flow rates; determine a differential flow rate based on the first and second flow rates; compare the differential flow rate to a threshold value or band; correct one or more flow characteristics if the differential flow rate is less than a threshold value or band; and apply a delay to one of the first or second flow rates such that the first and second flow rates are representative of flow rates occurring at substantially the same time. receive the first and second flow rates; determine a differential flow rate based on the first and second flow rates; compare the differential flow rate to a threshold value or band; correct one or more flow characteristics if the differential flow rate is less than a threshold value or band; and apply a delay to one of the first or second flow rates such that the first and second flow rates are representative of flow rates occurring at substantially the same time.
Method for controlling a rotating electrical machine for a motor vehicle comprising a stator and a wound rotor, the wound rotor being intended to be passed through by an excitation current (I_exc_inv), said rotating electrical machine being able to operate in an alternator mode and in a motor mode, when the rotating electrical machine switches from one operating mode to another, said method comprises a step of control of the rotor such that the excitation current (Iexc_inv) changes from a first setpoint value to a second setpoint value in passing through a strictly positive minimum intermediate setpoint value (Vint), characterized in that said intermediate setpoint value (Vint) corresponds to a minimum excitation current above which the rotating electrical machine delivers a direct current in generator mode and from which and below which the rotating electrical machine does not deliver direct current.