mhurhangee/ep-ind-claims huggingface dataset:
A method for message match table lookup, comprising performing on-demand data bit width compression on information of a specified part of an input message to obtain compressed data, wherein the information of the specified part of the message comprises header information and descriptor information of message attributes; extracting N groups of data from the compressed data, performing intra-group data comparison on each of the N groups of data to obtain N groups of comparison results, and performing true value splicing on the N groups of comparison results, wherein N is an integer greater than 1; performing match searching of a Ternary Content Addressable Memory, TCAM, by using a true value splicing result as a keyword; and searching for an Action Random Access Memory, Action RAM, according to a match hit result of the TCAM, and outputting a table lookup request by the Action RAM. performing on-demand data bit width compression on information of a specified part of an input message to obtain compressed data, wherein the information of the specified part of the message comprises header information and descriptor information of message attributes; extracting N groups of data from the compressed data, performing intra-group data comparison on each of the N groups of data to obtain N groups of comparison results, and performing true value splicing on the N groups of comparison results, wherein N is an integer greater than 1; performing match searching of a Ternary Content Addressable Memory, TCAM, by using a true value splicing result as a keyword; and searching for an Action Random Access Memory, Action RAM, according to a match hit result of the TCAM, and outputting a table lookup request by the Action RAM.
Compound of the formula in which A is nitrogen or CR 3, where R 3 represents hydrogen, L is a #-CR 4A R 4B -(CR 5A R 5B) p -## group where # is the attachment site to the carbonyl group, ## is the point of attachment to the pyrimidine or triazine ring, p is a number 0, R 4A is hydrogen, fluorine, methyl or hydroxy, R 4B is hydrogen, fluorine, trifluoromethyl, 2,2,2-trifluoroethyl or methyl, M is CH or N, R 1 is 4,4,4-trifluorobut-1-yl, 3,3,4,4-tetrafluorobut-1-yl, 3,3,4,4,4-pentafluorobut-1-yl or benzyl, where benzyl is substituted by 1 to 3 fluorine substituents, R 2 is fluorine or chlorine if M is CH, or R 2 is hydrogen if M is N, R 6 is hydrogen, R 7 represents hydrogen, and the salts, solvates and solvates of the salts thereof. A is nitrogen or CR 3, where R 3 represents hydrogen, L is a #-CR 4A R 4B -(CR 5A R 5B) p -## group where # is the attachment site to the carbonyl group, ## is the point of attachment to the pyrimidine or triazine ring, p is a number 0, R 4A is hydrogen, fluorine, methyl or hydroxy, R 4B is hydrogen, fluorine, trifluoromethyl, 2,2,2-trifluoroethyl or methyl, M is CH or N, R 1 is 4,4,4-trifluorobut-1-yl, 3,3,4,4-tetrafluorobut-1-yl, 3,3,4,4,4-pentafluorobut-1-yl or benzyl, where benzyl is substituted by 1 to 3 fluorine substituents, R 2 is fluorine or chlorine if M is CH, or R 2 is hydrogen if M is N, R 6 is hydrogen, R 7 represents hydrogen,
A supporting device for small objects of moderate weight, intended for clothing, such supporting device being made of a laminar band of constant thickness and width, consisting of: - a central segment which extends approximately for 1/3 of the length of the laminar band; and - a first and a second end sections (3, 4), which extend approximately for 1/3 of the length of the laminar band, that are folded one on top of another, forming intermediate curved sections (5, 6), one of which is larger, so that they overlap and remain parallel and in contact with one another along the entire surface thereof, determining an inlet recess therebetween, into which a portion of the garment can be inserted, wherein a ring is configured at the smaller curved intermediate segment of such inlet recess, such ring being intended to secure a chain or similar object from which the object to be transported can be suspended, while the end of the second end segment is configured in the shape of an S (9, 10) that rests against the internal surface of the central segment, the material that forms the laminar band being adapted so that the first and the second end segments (3, 4) are tightened one against the other by means of an elastic force that prevents them from being separated, and the interior of the supporting device housing a locking part that can be moved longitudinally, guided in a slot provided in the second end segment, so that the upper portion of such locking part is operationally facing the first end segment so that the desired pressure intensity on the clothing can be adjusted. - a central segment which extends approximately for 1/3 of the length of the laminar band; and - a first and a second end sections (3, 4), which extend approximately for 1/3 of the length of the laminar band, that are folded one on top of another, forming intermediate curved sections (5, 6), one of which is larger, so that they overlap and remain parallel and in contact with one another along the entire surface thereof, determining an inlet recess therebetween, into which a portion of the garment can be inserted, wherein a ring is configured at the smaller curved intermediate segment of such inlet recess, such ring being intended to secure a chain or similar object from which the object to be transported can be suspended, while the end of the second end segment is configured in the shape of an S (9, 10) that rests against the internal surface of the central segment,
A method for sending a temporary speed restriction command in Chinese Train Control System-3, comprising: receiving, by a temporary speed restriction server TSRS, a temporary speed restriction command issued by a centralized traffic control system CTC, wherein the temporary speed restriction command at least comprises a speed restriction value, a speed restriction zone starting point, a speed restriction zone end point, a line number, a scheduling command number and a station number; automatically distributing, by the TSRS, the temporary speed restriction command for the related train control center TCC and/or radio block center RBC according to the speed restriction zone starting point, the speed restriction zone end point, and domination area of each TCC and/or RBC on the railway line corresponding to the line number, by resetting field information of the speed restriction zone starting point and the speed restriction zone end point in the temporary speed restriction command for the related TCC and/or RBC; sending, by the TSRS, the corresponding temporary speed restriction command to the TCC and/or the RBC, together with a command identifier for identifying the temporary speed restriction command. receiving, by a temporary speed restriction server TSRS, a temporary speed restriction command issued by a centralized traffic control system CTC, wherein the temporary speed restriction command at least comprises a speed restriction value, a speed restriction zone starting point, a speed restriction zone end point, a line number, a scheduling command number and a station number; automatically distributing, by the TSRS, the temporary speed restriction command for the related train control center TCC and/or radio block center RBC according to the speed restriction zone starting point, the speed restriction zone end point, and domination area of each TCC and/or RBC on the railway line corresponding to the line number, by resetting field information of the speed restriction zone starting point and the speed restriction zone end point in the temporary speed restriction command for the related TCC and/or RBC; sending, by the TSRS, the corresponding temporary speed restriction command to the TCC and/or the RBC, together with a command identifier for identifying the temporary speed restriction command.
Cell holder for holding battery cells, comprising: - a first mount, which is configured to take a first battery cell, - a second mount, which is configured to take a second battery cell, and - a first spring element, - wherein the first spring element has a first spring section, which is designed to clamp the first battery cell in the first mount by means of a first spring force in an axial direction of the first battery cell, characterized in that - the spring element has a second spring section, which is designed to clamp the second battery cell in the second mount by means of a second spring force in a radial direction of the second battery cell, wherein the first spring element is configured such that an increase in the first spring force causes an increase in the second spring force. - a first mount, which is configured to take a first battery cell, - a second mount, which is configured to take a second battery cell, and - a first spring element, - wherein the first spring element has a first spring section, which is designed to clamp the first battery cell in the first mount by means of a first spring force in an axial direction of the first battery cell, characterized in that - the spring element has a second spring section, which is designed to clamp the second battery cell in the second mount by means of a second spring force in a radial direction of the second battery cell, wherein the first spring element is configured such that an increase in the first spring force causes an increase in the second spring force.
An apparatus comprising: a receiver (126, 134) having a plurality of inputs, each arranged to receive an upstream optical signal and combine the received upstream optical signals to create a combined electrical signal; a transmitter (129, 136) arranged to receive the combined electrical signal and convert it to a reverse path optical signal at an output; characterized in the apparatus comprising a controller for the transmitter arranged to monitor each of said plurality of inputs and activate the transmitter if an optical signal above a threshold is received at any of said plurality of inputs, where the controller is arranged to monitor the sum of the signals received over all of said plurality of inputs. a receiver (126, 134) having a plurality of inputs, each arranged to receive an upstream optical signal and combine the received upstream optical signals to create a combined electrical signal; a transmitter (129, 136) arranged to receive the combined electrical signal and convert it to a reverse path optical signal at an output; characterized in the apparatus comprising a controller for the transmitter arranged to monitor each of said plurality of inputs and activate the transmitter if an optical signal above a threshold is received at any of said plurality of inputs, where the controller is arranged to monitor the sum of the signals received over all of said plurality of inputs.
A method for targeted alteration of a duplex acceptor DNA sequence comprising a first DNA sequence and a second DNA sequence which is the complement of the first DNA sequence, the method comprising combining the duplex acceptor DNA sequence with a donor oligonucleotide wherein the oligonucleotide comprises at least one domain that is capable of hybridizing to the first DNA sequence, which domain comprises or is directly adjacent to at least one mismatch with respect to the first DNA sequence, and wherein said at least one mismatch is positioned at most 2, preferably at most 1 nucleotide from the 3' end of said oligonucleotide, most preferably said at least one mismatch is at the 3' end of the oligonucleotide, wherein the method is not for treatment of a human or animal body by therapy or for modifying the germ line genetic identity of human beings.
A ballast tamping tool comprising: - a body, - a heat engine mounted on the body, - a casing within which the engine is housed, said heat engine including at least one region for sucking in the incoming air for cooling said heat engine and one region for discharging air exiting the heat engine, the discharge region comprising an opening for discharging the exit air oriented in a direction opposite to the body, - an air deflector, characterized in that the deflector is fastened on the casing and covers the discharge region, said deflector comprising a first portion forming an air bypass channel, the first portion being shaped so as to cover the discharge opening of air exiting (A sort) the heat engine so as to channel the air exiting (A sort) the heat engine in at least one main direction oriented towards the outside of the tool and a second portion arranged in the extension of the first portion, said second portion forming an air (A ext) suction channel extending along at least one side of the engine casing, so that the air exiting the heat engine (A sort) is distinct and separated outside the engine casing, from the incoming air (A ext) for cooling the heat engine at the level of the heat engine. - a body, - a heat engine mounted on the body, - a casing within which the engine is housed, said heat engine including at least one region for sucking in the incoming air for cooling said heat engine and one region for discharging air exiting the heat engine, the discharge region comprising an opening for discharging the exit air oriented in a direction opposite to the body, - an air deflector, characterized in that the deflector is fastened on the casing and covers the discharge region, said deflector comprising a first portion forming an air bypass channel, the first portion being shaped so as to cover the discharge opening of air exiting (A sort) the heat engine so as to channel the air exiting (A sort) the heat engine in at least one main direction oriented towards the outside of the tool and a second portion arranged in the extension of the first portion, said second portion forming an air (A ext) suction channel extending along at least one side of the engine casing, so that the air exiting the heat engine (A sort) is distinct and separated outside the engine casing, from the incoming air (A ext) for cooling the heat engine at the level of the heat engine.
A semiconductor device package, comprising a device disposed in a package, wherein - the device has at least two electrical feed-through connections which pass through the package, - the package comprises a first package part and a second package part, and the first package part surrounds the second package part completely or almost completely, except for the feedthrough of the electrical connections, and the first package part comprises a different material than the second package part, and the second package part comprises a filling material, and the filling material surrounds the device, - the semiconductor device is disposed on a substrate and the semiconductor device and the substrate are enclosed by the filling material, - the substrate comprises a metallic lead strip or consists of a metallic lead strip and - the three main stresses of the stress tensor, which stresses act on the device along the main stress directions formed orthogonally to one another are of the same magnitude due to the filling material, so that there is a hydrostatic stress state for the device characterized in that - the package comprises a third package part and the second package part completely surrounds the third package part, and - the first package part and the third package part have the same materials, wherein the material of the first and third package part is a molding or potting compound. - the device has at least two electrical feed-through connections which pass through the package, - the package comprises a first package part and a second package part, and the first package part surrounds the second package part completely or almost completely, except for the feedthrough of the electrical connections, and the first package part comprises a different material than the second package part, and the second package part comprises a filling material, and the filling material surrounds the device, - the semiconductor device is disposed on a substrate and the semiconductor device and the substrate are enclosed by the filling material, - the substrate comprises a metallic lead strip or consists of a metallic lead strip and - the three main stresses of the stress tensor, which stresses act on the device along the main stress directions formed orthogonally to one another are of the same magnitude due to the filling material, so that there is a hydrostatic stress state for the device - the package comprises a third package part and the second package part completely surrounds the third package part, and - the first package part and the third package part have the same materials, wherein the material of the first and third package part is a molding or potting compound.
An apparatus for manufacturing an elastic composite structure, the apparatus comprising: at least one means (40, 42) for transporting a first web layer and a second web layer in a machine direction; at least one means for transporting an elastic thread in the machine direction in a tensioned state; and a bonding unit configured to: bond the first web layer to the second web layer absent adhesive via a bond pattern comprising at least one bond line having at least one pair of adjacent bonds; and anchor the elastic thread within a passage defined by the at least one pair of adjacent bonds, the passage having a cross-sectional area smaller than a cross-sectional area of the elastic thread in a non-tensioned state; wherein the bonding unit comprises an ultrasonic bonding unit having a face with at least one welding line defined thereon, each welding line of the at least one welding line arranged to form the bond pattern; wherein the at least one welding line comprises a notch positioned between a pair of projections (202, 204); and wherein the notch has a cross-sectional area that is smaller than the cross-sectional area of the elastic thread in the non-tensioned state. at least one means (40, 42) for transporting a first web layer and a second web layer in a machine direction; at least one means for transporting an elastic thread in the machine direction in a tensioned state; and a bonding unit configured to: bond the first web layer to the second web layer absent adhesive via a bond pattern comprising at least one bond line having at least one pair of adjacent bonds; and anchor the elastic thread within a passage defined by the at least one pair of adjacent bonds, the passage having a cross-sectional area smaller than a cross-sectional area of the elastic thread in a non-tensioned state; bond the first web layer to the second web layer absent adhesive via a bond pattern comprising at least one bond line having at least one pair of adjacent bonds; and anchor the elastic thread within a passage defined by the at least one pair of adjacent bonds, the passage having a cross-sectional area smaller than a cross-sectional area of the elastic thread in a non-tensioned state; wherein the bonding unit comprises an ultrasonic bonding unit having a face with at least one welding line defined thereon, each welding line of the at least one welding line arranged to form the bond pattern; wherein the at least one welding line comprises a notch positioned between a pair of projections (202, 204); and wherein the notch has a cross-sectional area that is smaller than the cross-sectional area of the elastic thread in the non-tensioned state.
A centrifugal pump in communication with a compressor comprising: a fluid inlet; a plurality of pumping stages having a common shaft, said plurality of pumping stages extending axially along said shaft; a fluid outlet; an inner housing enclosing the plurality of pumping stages; an outer housing enclosing the inner housing and spaced apart from the inner housing to form an inter-shell clearance therebetween, said compressor communicating compressed gas into the inter-shell clearance; a first stage of the plurality of adjacent pumping stages comprising one or more first holes through the inner housing, said one or more first holes have a first total opening area so that compressed gas is introduced into the first stage; and a second stage of the plurality of adjacent pumping stages disposed toward the fluid outlet relative to the first stage, said second stage comprising one or more second holes through the inner housing so that compressed gas is introduced into the second stage, characterised in that the one or more second holes have a second total opening area greater than the first total opening area. a fluid inlet; a plurality of pumping stages having a common shaft, said plurality of pumping stages extending axially along said shaft; a fluid outlet; an inner housing enclosing the plurality of pumping stages; an outer housing enclosing the inner housing and spaced apart from the inner housing to form an inter-shell clearance therebetween, said compressor communicating compressed gas into the inter-shell clearance; a first stage of the plurality of adjacent pumping stages comprising one or more first holes through the inner housing, said one or more first holes have a first total opening area so that compressed gas is introduced into the first stage; and a second stage of the plurality of adjacent pumping stages disposed toward the fluid outlet relative to the first stage, said second stage comprising one or more second holes through the inner housing so that compressed gas is introduced into the second stage, characterised in that the one or more second holes have a second total opening area greater than the first total opening area.
A sputtering target assembly comprising: a front surface; a back surface opposite the front surface; a sputtering surface on at least a portion of the front surface; a flange extending radially from the sputtering surface; and a sputter trap formed on at least a portion of a front surface of the flange, the sputtering trap including a plurality of particles and having a particle size distribution plot with a distribution with at least two peaks. a front surface; a back surface opposite the front surface; a sputtering surface on at least a portion of the front surface; a flange extending radially from the sputtering surface; and a sputter trap formed on at least a portion of a front surface of the flange, the sputtering trap including a plurality of particles and having a particle size distribution plot with a distribution with at least two peaks.
Vessel that comprises a hull and a spud, whereby the vessel is provided with positioning means (9, 16, 22) to set the position and/or orientation of the hull with respect to the spud, characterised in that the vessel is provided with a control unit and measuring means to measure the force exerted by the hull on the spud or to measure a pressure from which this force can be derived, whereby the control unit is arranged to control the positioning means (9, 16, 22), whereby the control unit is arranged to make a prediction of the time-dependent future magnitude of the force or pressure and to determine the direction of the future force from values measured by the measuring means over a time interval, whereby the control unit is arranged to make an adjustment to the position and/or orientation of the hull with respect to the spud, whereby the direction of the adjustment corresponds to the direction in which the force is exerted.