mhurhangee/ep-ind-claims huggingface dataset:
Method for producing insulated pipes or shaped products for pipelines, comprising concentric positioning of a working pipe with centering elements inside a waterproofing casing pipe forming a "pipe-in-pipe" construction, hermetical sealing of the obtained annular cavity of the "pipe-in-pipe" construction by end plugs and filling the annular cavity with foaming thermal insulation material, characterised in that the end plugs are provided with a servicing aperture for the installation of the means for introduction of the foaming thermal insulation material, and wherein before the filling of the annular cavity with the foaming thermal insulation material, the end plugs are non-detachably connected to at least one of the pipes (1, 2) of the "pipe-in-pipe" construction, the feeding of the foaming thermal insulation material is carried out through the servicing aperture or apertures in one of the end plugs, after completion of the feeding of the foaming thermal insulation material the servicing aperture or apertures in the end plugs are hermetically sealed with a threaded stopper, wherein a discharge of the gases creating excess pressure in the annular cavity is carried out through a perforated area on the surface of the end plug wherein the perforated area has perforation apertures with a diameter of 0.1-3.0 mm, wherein after the discharging of the gases is completed the perforated area is closed by the threaded stopper for hermetical sealing.
A method for data storage, comprising: receiving, from a client, one or more read commands and one or more write commands, for execution in a same clock cycle in a memory array that comprises multiple single-port memory banks divided into groups (38A, 38B, 38C, 38C), wherein the write commands provide data for storage but do not specify storage locations in the memory array in which the data is to be stored; selecting one or more of the groups that are not accessed by the read commands in the same clock cycle, and choosing for the write commands available storage locations in the single-port memory banks of the selected one or more groups; during the same clock cycle, storing the data provided in the write commands in the chosen storage locations, and retrieving the data requested by the read commands; and acknowledging execution of the write commands by reporting the chosen storage locations to the client, wherein selecting the groups and choosing the storage locations are performed without logical-to-physical address translation. receiving, from a client, one or more read commands and one or more write commands, for execution in a same clock cycle in a memory array that comprises multiple single-port memory banks divided into groups (38A, 38B, 38C, 38C), wherein the write commands provide data for storage but do not specify storage locations in the memory array in which the data is to be stored; selecting one or more of the groups that are not accessed by the read commands in the same clock cycle, and choosing for the write commands available storage locations in the single-port memory banks of the selected one or more groups; during the same clock cycle, storing the data provided in the write commands in the chosen storage locations, and retrieving the data requested by the read commands; and acknowledging execution of the write commands by reporting the chosen storage locations to the client, wherein selecting the groups and choosing the storage locations are performed without logical-to-physical address translation.
A method implemented by a processor, comprising: - capturing a same scene synchronously by multiple cameras (C1, C2, C3, C4) of a multicamera device, which multiple cameras (C1, C2, C3, C4) consist of at least a first camera and a second camera, and are located separately from each other; - determining movement of the multicamera device between a first time and a second time, wherein the second time is successive to the first time; - selecting a frame from the first camera at the first time to be used as a reference frame for inter-view prediction for a frame from the second camera at the second time based on the determined movement; and - entering the selected frame to an inter-view prediction reference frame list of the frame from the second camera at the second time; - wherein position and direction of the first camera at the first time is the same as position and direction of the second camera at the second time, and wherein the first camera and the second camera are different. - capturing a same scene synchronously by multiple cameras (C1, C2, C3, C4) of a multicamera device, which multiple cameras (C1, C2, C3, C4) consist of at least a first camera and a second camera, and are located separately from each other; - determining movement of the multicamera device between a first time and a second time, wherein the second time is successive to the first time; - selecting a frame from the first camera at the first time to be used as a reference frame for inter-view prediction for a frame from the second camera at the second time based on the determined movement; and - entering the selected frame to an inter-view prediction reference frame list of the frame from the second camera at the second time; - wherein position and direction of the first camera at the first time is the same as position and direction of the second camera at the second time, and wherein the first camera and the second camera are different.
A mixture of aluminum hydrogenphosphites of the formula Al 2.00 (HPO 3) v (H 2 PO 3) y x (H 2 O) z with aluminum salts comprising 91 to 99.9 % by weight of aluminum hydrogenphosphites of the formula 0.1 to 9 % by weight of aluminum salts and 0 to 50 % by weight of water (of crystallization), where v in formula is 2 to 2.99, y is 2 to 0.01 and z is 0 to 4.
A method performed at an energy-harvesting communication device of a communication network, comprising: accumulating energy at the energy-harvesting communication device; detecting when the accumulated energy surpasses a sufficient threshold; in response to the accumulated energy surpassing the sufficient threshold, measuring a sensed value and determining whether a message needs to be transmitted, the message containing the sensed value; and in response to determining that the message needs to be transmitted, transmitting, using the accumulated energy, the message from the energy-harvesting communication device into the communication network as an unreliable and unsynchronized broadcast transmission to any available receiver within the communication network, wherein the message includes a flag indicating that the message should be broadcasted/multicasted with no attempt to perform transport reliability techniques thereon; and in response to determining that the message does not need to be transmitted, activating a receiver mode on the energy-harvesting communication device to listen for and correspondingly relay received transmissions from within the communication network. accumulating energy at the energy-harvesting communication device; detecting when the accumulated energy surpasses a sufficient threshold; in response to the accumulated energy surpassing the sufficient threshold, measuring a sensed value and determining whether a message needs to be transmitted, the message containing the sensed value; and in response to determining that the message needs to be transmitted, transmitting, using the accumulated energy, the message from the energy-harvesting communication device into the communication network as an unreliable and unsynchronized broadcast transmission to any available receiver within the communication network, wherein the message includes a flag indicating that the message should be broadcasted/multicasted with no attempt to perform transport reliability techniques thereon; and in response to determining that the message does not need to be transmitted, activating a receiver mode on the energy-harvesting communication device to listen for and correspondingly relay received transmissions from within the communication network.
A sieving device with at least one rotary drum unit (14a; 14b) comprising a plurality of sieving openings (42a; 42b), said sieving openings (42a; 42b) being respectively arranged around a centre point of the sieving openings (42a; 42b) and being categorized in at least one first structure group (44a, 44a', 44a"; 44b, 44b') and at least one further structure group (46a, 46a'; 46b, 46b'), wherein in the first structure group (44a, 44a', 44a"; 44b, 44b') the centre points of neighbouring sieving openings (42a; 42b) are arranged at a first intra-distance (48a; 48b) to one another, wherein in the further structure group (46a, 46a'; 46b, 46b') the centre points of neighbouring sieving openings (42a; 42b) are arranged at a further intra-distance (50a; 50b) to one another, and wherein a smallest structure distance (52a; 52b) between a centre point of at least one sieving opening (42a; 42b) in the at least one first structure group (44a, 44a', 44a"; 44b, 44b') and a nearest-situated centre point of at least one sieving opening (42a; 42b) in the at least one further structure group (46a, 46a'; 46b, 46b') is greater than the first intra-distance (48a; 48b), characterized by at least one further first structure group (44a, 44a', 44a"; 44b, 44b'), wherein a centre point of at least one sieving opening (42a; 42b) in the at least one first structure group (44a, 44a', 44a"; 44b, 44b') realizes a smallest structure repetition distance (54a; 54b) to a nearest-situated centre point of at least one sieving opening (42a; 42b) in the at least one further first structure group (44a, 44a', 44a"; 44b, 44b'), said smallest structure repetition distance (54a; 54b) being greater than the first intra-distance (48a; 48b) and than the further intra-distance (50a; 50b), and wherein the sieving openings (42a; 42b) in the at least one first structure group (44a, 44a', 44a"; 44b, 44b') and the sieving openings (42a; 42b) in the at least one further structure group (46a, 46a'; 46b, 46b') have a same shape.
An articulatable surgical instrument comprising: an end effector to treat tissue, wherein the end effector comprises an ultrasonic blade; a shaft extending proximally from the end effector along a longitudinal axis wherein the shaft comprises a flexible portion; a waveguide acoustically coupled to the ultrasonic blade and extending proximally through the shaft, wherein the waveguide comprises a bendable waveguide portion at about the flexible shaft portion, and wherein the waveguide comprises: a first flange positioned at a node of the waveguide distal from the bendable waveguide portion and coupled to an interior of the shaft; a second flange positioned at a node of the waveguide proximate from the bendable waveguide portion and coupled to an interior of the shaft; characterised by a first control member coupled to the first flange and extending proximally through the second flange and shaft, such that proximal translation of the first control member pulls the first flange proximally, causing the shaft and waveguide to pivot away from the longitudinal axis towards the first control member. an end effector to treat tissue, wherein the end effector comprises an ultrasonic blade; a shaft extending proximally from the end effector along a longitudinal axis wherein the shaft comprises a flexible portion; a waveguide acoustically coupled to the ultrasonic blade and extending proximally through the shaft, wherein the waveguide comprises a bendable waveguide portion at about the flexible shaft portion, and wherein the waveguide comprises: a first flange positioned at a node of the waveguide distal from the bendable waveguide portion and coupled to an interior of the shaft; a second flange positioned at a node of the waveguide proximate from the bendable waveguide portion and coupled to an interior of the shaft; a first flange positioned at a node of the waveguide distal from the bendable waveguide portion and coupled to an interior of the shaft; a second flange positioned at a node of the waveguide proximate from the bendable waveguide portion and coupled to an interior of the shaft; characterised by a first control member coupled to the first flange and extending proximally through the second flange and shaft, such that proximal translation of the first control member pulls the first flange proximally, causing the shaft and waveguide to pivot away from the longitudinal axis towards the first control member.
A process for printing a security feature on a substrate by a wet offset printing process comprising the steps of: a) wetting a printing plate with a fountain solution comprising one or more manganese salts of a C1-C3 carboxylic acid, b) inking the printing plate with an oxidative drying ink, and c) transferring the oxidative drying ink from the printing plate in an offset printing machine to a substrate so as to print a security feature on the substrate. a) wetting a printing plate with a fountain solution comprising one or more manganese salts of a C1-C3 carboxylic acid, b) inking the printing plate with an oxidative drying ink, and c) transferring the oxidative drying ink from the printing plate in an offset printing machine to a substrate so as to print a security feature on the substrate.
An audio processing system including a computer-based artificial intelligence (Al) system (100, 1000), the AI system (100, 1000) comprising: an input interface configured to accept input data, wherein the input data include an audio signal that includes speech utterance; a memory configured to store a multi-dimensional neural network having a sequence of deep neural networks including an inner DNN and an outer DNN, each DNN includes a sequence of layers, said sequences including corresponding layers which are layers of different DNNs having identical parameters, said parameters being weight values, each DNN is configured to process the input data sequentially by the sequence of layers along a first dimension of data propagation, the DNNs in the sequence of DNNs are arranged along a second dimension of data propagation starting from the inner DNN till the outer DNN, wherein the DNNs in the sequence of DNNs are connected such that an output of at least one intermediate layer of a DNN is combined with an input to at least one earlier layer of a subsequent DNN in the sequence of DNNs; a processor configured to submit the input data to the multi-dimensional neural network to produce an output of the outer DNN; and an output interface configured to render at least a function of the output of the outer DNN, the function of the output including transcription of the audio signal, such that the audio processing system is an automatic speech recognition system. an input interface configured to accept input data, wherein the input data include an audio signal that includes speech utterance; a memory configured to store a multi-dimensional neural network having a sequence of deep neural networks including an inner DNN and an outer DNN, each DNN includes a sequence of layers, said sequences including corresponding layers which are layers of different DNNs having identical parameters, said parameters being weight values, each DNN is configured to process the input data sequentially by the sequence of layers along a first dimension of data propagation, the DNNs in the sequence of DNNs are arranged along a second dimension of data propagation starting from the inner DNN till the outer DNN, wherein the DNNs in the sequence of DNNs are connected such that an output of at least one intermediate layer of a DNN is combined with an input to at least one earlier layer of a subsequent DNN in the sequence of DNNs; a processor configured to submit the input data to the multi-dimensional neural network to produce an output of the outer DNN; and an output interface configured to render at least a function of the output of the outer DNN, the function of the output including transcription of the audio signal, such that the audio processing system is an automatic speech recognition system.
A method for transmitting information, comprising: determining, by a base station, a plurality of preset sets of blind detection candidates, each of which comprises one or more Physical Downlink Control Channel, PDCCH, candidates; and transmitting, by the base station, control information to a user equipment over the PDCCH candidates in at least one of the plurality of sets of blind detection candidates; characterized in that, wherein the plurality of sets of blind detection candidates comprise a first set of blind detection candidates and a second set of blind detection candidates; and the base station transmits Downlink Control Information, DCI, to the user equipment over the PDCCH candidates in the first set of blind detection candidates with a prescribed data modulation scheme; and the base station transmits the DCI to the user equipment over the PDCCH candidates in the second set of blind detection candidates with a data modulation scheme determined by the base station, and the base station notifies the user equipment of the determined data modulation scheme; wherein the first set of blind detection candidates comprises all of PDCCH candidates in a common search space among enhanced PDCCHs; or all of PDCCH candidates in a common search space among enhanced PDCCHs and a part or all of PDCCH candidates in a UE-specific search space among enhanced PDCCHs; or a part or all of PDCCH candidates in a UE-specific search space among enhanced PDCCHs; and the second set of blind detection candidates comprises a part of PDCCH candidates in a UE-specific search space among enhanced PDCCHs. determining, by a base station, a plurality of preset sets of blind detection candidates, each of which comprises one or more Physical Downlink Control Channel, PDCCH, candidates; and transmitting, by the base station, control information to a user equipment over the PDCCH candidates in at least one of the plurality of sets of blind detection candidates; characterized in that, wherein the plurality of sets of blind detection candidates comprise a first set of blind detection candidates and a second set of blind detection candidates; and the base station transmits Downlink Control Information, DCI, to the user equipment over the PDCCH candidates in the first set of blind detection candidates with a prescribed data modulation scheme; and the base station transmits the DCI to the user equipment over the PDCCH candidates in the second set of blind detection candidates with a data modulation scheme determined by the base station, and the base station notifies the user equipment of the determined data modulation scheme; wherein the first set of blind detection candidates comprises all of PDCCH candidates in a common search space among enhanced PDCCHs; or all of PDCCH candidates in a common search space among enhanced PDCCHs and a part or all of PDCCH candidates in a UE-specific search space among enhanced PDCCHs; or a part or all of PDCCH candidates in a UE-specific search space among enhanced PDCCHs; and the second set of blind detection candidates comprises a part of PDCCH candidates in a UE-specific search space among enhanced PDCCHs.
An agricultural mowing apparatus comprising: an elongate frame which is so adapted that it can be mounted by an agricultural working machine, a plurality of working members (30, 31) which are held to the frame distributed over the length thereof so that they define a working plane extending parallel to the first surface side, and a protection device (40, 50), characterised in that the protection device (40, 50) is mounted to the frame pivotably about a pivot axis (S1, S2, S3) extending in angled relationship with the working plane, so that a protection portion (43, 53) of the protection device (40, 50) is pivotable between a protection position in which the protection portion (43, 53) at least partially covers a longitudinal end side (3, 4) of the working implement, defined with width edges and height edges of the frame, and a stowage position in which the protection portion (43, 53) is arranged along the length of the frame with the longitudinal end side (3, 4) being cleared. an elongate frame which is so adapted that it can be mounted by an agricultural working machine, a plurality of working members (30, 31) which are held to the frame distributed over the length thereof so that they define a working plane extending parallel to the first surface side, and a protection device (40, 50),
Temperature-dependent switch having a first and second external terminal (11, 12), wherein the first and second external terminals (11 12) are secured to an insulating body, the first and second external terminals (11, 12) being configured as first and second terminal sheets (36, 37), the two terminal sheets (36, 37) project from the insulating body and the insulating body is arranged in a housing, having a stationary contact part connected to the first external terminal in an electrically conductive manner, a moveable contact part cooperating with the stationary contact part and secured to a spring element, which spring element is connected to the second external terminal in an electrically conductive manner and presses the moveable contact part against the stationary contact part, a bimetallic element and a plunger arranged between the bimetallic element and the spring element, wherein the bimetallic element, upon exceeding of a switching temperature, exerts compressive forces via the plunger on the spring element and thereby lifts the moveable contact part from the stationary contact part, and wherein the spring element comprises a first and a second branch (38, 39), the moveable contact part being attached to the first branch, the second branch being electrically connected to the second terminal sheet, and the plunger being arranged between the first branch and the bimetallic element, characterized in that the plunger is arranged between the spring element and the bimetallic element in such a way that it transmits compressive and tensile forces from the bimetallic element to the spring element.