mhurhangee/patent-ind-claim-en huggingface dataset:
A method for making a bonded assembly, comprising: providing a first wafer ; forming an (Al)(Ga)InP(As)(Sb) first bonding layer upon the first wafer to form a first subassembly ; providing a second wafer ; forming an (Al)(Ga)InP(As)(Sb) second bonding layer upon the second wafer to form a second subassembly ; and directly bonding the first bonding layer to the second bonding layer ; wherein the first and second bonding layers are lattice matched to the first and second wafers , respectively; and wherein either or both the first and/or second wafers comprises one or more semiconductor devices. providing a first wafer ; forming an (Al)(Ga)InP(As)(Sb) first bonding layer upon the first wafer to form a first subassembly ; providing a second wafer ; forming an (Al)(Ga)InP(As)(Sb) second bonding layer upon the second wafer to form a second subassembly ; and directly bonding the first bonding layer to the second bonding layer ; wherein the first and second bonding layers are lattice matched to the first and second wafers , respectively; and wherein either or both the first and/or second wafers comprises one or more semiconductor devices.
Use of a catalyst comprising: at least one metal element selected from the group consisting of cobalt, iron, nickel and molybdenum; an alkali metal, an alkaline earth metal or a rare earth element; and at least one metal oxide selected from the group consisting of zirconia, ceria, lanthanum oxide, calcium oxide, barium oxide and strontium oxide for producing hydrogen from a gas containing ammonia and oxygen. at least one metal element selected from the group consisting of cobalt, iron, nickel and molybdenum; an alkali metal, an alkaline earth metal or a rare earth element; and at least one metal oxide selected from the group consisting of zirconia, ceria, lanthanum oxide, calcium oxide, barium oxide and strontium oxide for producing hydrogen from a gas containing ammonia and oxygen.
A system for processing database trigger functions comprising: a database management system maintaining a collection of items corresponding to a partition of a table, wherein the database management system processes a first request to store an item in the collection of items by at least writing information indicative of the first request to a repository of log data; a plurality of computing nodes , including a first computing node , having access to a first set of instructions to be performed in response to the database management system processing the first request; a second computing node that at least: receives the information indicative of the first request from the repository of log data; monitors computing resource utilization of computing nodes in the plurality of computing nodes ; selects the first one computing node for performing the first set of instructions, based at least in part on computing resource utilization of the first computing node being less than computing resource utilization of an additional computing node of the plurality of computing nodes; and transmits, to the first computing node , data causing the first computing node to perform the first set of instructions. a database management system maintaining a collection of items corresponding to a partition of a table, wherein the database management system processes a first request to store an item in the collection of items by at least writing information indicative of the first request to a repository of log data; a plurality of computing nodes , including a first computing node , having access to a first set of instructions to be performed in response to the database management system processing the first request; a second computing node that at least: receives the information indicative of the first request from the repository of log data; monitors computing resource utilization of computing nodes in the plurality of computing nodes ; selects the first one computing node for performing the first set of instructions, based at least in part on computing resource utilization of the first computing node being less than computing resource utilization of an additional computing node of the plurality of computing nodes; and transmits, to the first computing node , data causing the first computing node to perform the first set of instructions. receives the information indicative of the first request from the repository of log data; monitors computing resource utilization of computing nodes in the plurality of computing nodes ; selects the first one computing node for performing the first set of instructions, based at least in part on computing resource utilization of the first computing node being less than computing resource utilization of an additional computing node of the plurality of computing nodes; and transmits, to the first computing node , data causing the first computing node to perform the first set of instructions.
Multi-duct air conditioning system for air-conditioning a number of rooms and/or room zones, each having at least one air inlet device for each room that is to be air-conditioned or each room zone, comprising a supply-air fan , comprising a control unit , and comprising at least two supply-air ducts , wherein at least two supply-air fans are provided, wherein at least one supply-air fan is arranged in each different supply-air duct , characterized in that the at least two supply-air ducts can be connected to one another via a bypass duct , wherein a bypass damper is introduced into the bypass duct .
An inlet system for a gas turbine comprising a filter section defining a hollow chamber and having a sorption arrangement positioned within the chamber , the sorption arrangement including: a sorbent-laden media positioned within the inlet system for the gas turbine , the sorbent-laden media including one or more sorbents, wherein the sorbent-laden media is configured to contact inlet air passing through the inlet system for the gas turbine such that gas phase contaminants are removed from the inlet air by the sorbent-laden media ; and a support structure positioned within the inlet system for the gas turbine ; wherein the sorbent-laden media is supported on a support wall of the support structure ; characterized in that the support structure defines a hollow interior with one or more openings extending through the support structure between the hollow interior on one side and the sorbent-laden media on an opposing second side. a sorbent-laden media positioned within the inlet system for the gas turbine , the sorbent-laden media including one or more sorbents, wherein the sorbent-laden media is configured to contact inlet air passing through the inlet system for the gas turbine such that gas phase contaminants are removed from the inlet air by the sorbent-laden media ; and a support structure positioned within the inlet system for the gas turbine ; wherein the sorbent-laden media is supported on a support wall of the support structure ; characterized in that the support structure defines a hollow interior with one or more openings extending through the support structure between the hollow interior on one side and the sorbent-laden media on an opposing second side.
A decoder for decoding a signal received through a transmission channel in a communication system, said signal comprising a vector of information symbols, said transmission channel being represented by an upper triangular matrix, wherein the decoder comprises: - a processing unit configured to determine a set of division parameters depending on at least one division metric derived from components of said upper triangular matrix, - a decoding unit configured to divide said upper triangular matrix into two or more sub-matrices using said set of division parameters in accordance with a division of said vector of information symbols into two or more sub-vectors, and to determine at least one estimate of each sub-vector of information symbols by applying a symbol estimation algorithm, wherein the decoder is configured to determine at least one estimate of said vector of information symbols from the estimates of said sub-vectors of information symbols, wherein said set of division parameters comprises at least one division parameter chosen in a group consisting of a number of said two or more sub-matrices and a number of rows comprised in each sub-matrix from said two or more sub-matrices, wherein each component of said upper triangular matrix is represented by a first value and a second value, said first value defining a row index and said second value defining a column index, said at least one division metric comprising at least one division metric being dependent on the first integer value and/or the second integer value representing said at least some components of said upper triangular matrix. - a processing unit configured to determine a set of division parameters depending on at least one division metric derived from components of said upper triangular matrix, - a decoding unit configured to divide said upper triangular matrix into two or more sub-matrices using said set of division parameters in accordance with a division of said vector of information symbols into two or more sub-vectors, and to determine at least one estimate of each sub-vector of information symbols by applying a symbol estimation algorithm, wherein the decoder is configured to determine at least one estimate of said vector of information symbols from the estimates of said sub-vectors of information symbols, wherein said set of division parameters comprises at least one division parameter chosen in a group consisting of a number of said two or more sub-matrices and a number of rows comprised in each sub-matrix from said two or more sub-matrices, wherein each component of said upper triangular matrix is represented by a first value and a second value, said first value defining a row index and said second value defining a column index, said at least one division metric comprising at least one division metric being dependent on the first integer value and/or the second integer value representing said at least some components of said upper triangular matrix.
Use of mineral foam curable in the presence of water for covering the surfaces of heaps, in particular of salt spoil heaps from mining, in a total layer thickness of at least 0.2 m, wherein the mineral foam has a raw density in the range from 0.2 to 2.0 kg/L.
Test bench with a base frame on which a test bench drive is arranged, having a test shaft that can be driven rotationally about an axis of rotation , wherein the test shaft can be connected coaxially to a bearing shaft of a bearing unit that is mounted rotatably about the axis of rotation , wherein the bearing unit is releasably arranged in a recess , coaxial with the axis of rotation , of a bearing housing that is fixedly connected to the base frame , and the bearing shaft has, at its end projecting from the bearing housing and facing away from the test bench drive, a fastening element for the releasable attachment of a test specimen, characterized in that the coaxial recess in the bearing housing is a conical-section-shaped recess symmetrical to the axis of rotation , in which a bearing sleeve of the bearing unit is non-rotatably and releasably arranged, said bearing sleeve having an outer conical wall which, with its at least partially matching outer contour, conforms to the contour of the wall of the conical-section-shaped recess and is in contact with the wall of the conical-section-shaped recess , wherein the bearing sleeve also has a through-bearing bore coaxial with the axis of rotation , in which the bearing shaft is rotatably supported via one or multiple bearings.
A tracking area, TA, update method, comprising: receiving , by a terminal device, a broadcast message periodically sent by a satellite device, wherein the broadcast message alternately carries tracking area codes, TACs, corresponding to one or more TAs of at least two tracking areas TAs, and coverage of a beam of the satellite device belongs to the at least two TAs; when detecting for the first time that a TA corresponding to a TAC in a broadcast message received in a current period does not belong to a first TA list, recording , by the terminal device, the TA in a second TA list, wherein the first TA list comprises one or more TAs used to page the terminal device, and the second TA list is used to store a detected TA that is different from that in the first TA list; and continuing detecting , by the terminal device, a subsequent broadcast message, and determining, based on a TAC in the subsequent broadcast message, whether to initiate a TA update procedure. receiving , by a terminal device, a broadcast message periodically sent by a satellite device, wherein the broadcast message alternately carries tracking area codes, TACs, corresponding to one or more TAs of at least two tracking areas TAs, and coverage of a beam of the satellite device belongs to the at least two TAs; when detecting for the first time that a TA corresponding to a TAC in a broadcast message received in a current period does not belong to a first TA list, recording , by the terminal device, the TA in a second TA list, wherein the first TA list comprises one or more TAs used to page the terminal device, and the second TA list is used to store a detected TA that is different from that in the first TA list; and continuing detecting , by the terminal device, a subsequent broadcast message, and determining, based on a TAC in the subsequent broadcast message, whether to initiate a TA update procedure.
Window or door, comprising - a frame formed of frame profile portions and having a fold surface and a frame groove adjoining the fold surface ; - a sash frame which is formed of sash profile portions, which is pivotably mounted and closeable against the frame and in which a surface element is received; and - a mount , by means of which the sash frame can be locked against the frame , wherein the mount comprises at least one mount element , one side of which rests on the fold surface of the frame at least in part and which comprises at least one foot element (24, 24.1, 24.2) which engages in the frame grove of the frame , and which comprises at least one fastening opening (27.1, 27.2) through which a fastening means engages, by which fastening means the mount element is fixed on the frame and which fastening means protrudes into the frame , wherein the mount element further comprises at least one fold base element on the side thereof facing the frame , which element engages in a recess in the frame , in particular is guided through a recess in the frame , characterised in that the mount element comprises a further side which is different from the side resting on the fold surface and which rests on a wall (16.3) of the frame , at least in portions, and the wall (16.3) of the frame , on which the further side of the mount element rests, divides the fold surface into portions which are arranged at different height levels (16.1, 16.2) relative to the sash frame . - a frame formed of frame profile portions and having a fold surface and a frame groove adjoining the fold surface ; - a sash frame which is formed of sash profile portions, which is pivotably mounted and closeable against the frame and in which a surface element is received; and - a mount , by means of which the sash frame can be locked against the frame , wherein the mount comprises at least one mount element , one side of which rests on the fold surface of the frame at least in part and which comprises at least one foot element (24, 24.1, 24.2) which engages in the frame grove of the frame , and which comprises at least one fastening opening (27.1, 27.2) through which a fastening means engages, by which fastening means the mount element is fixed on the frame and which fastening means protrudes into the frame , wherein the mount element further comprises at least one fold base element on the side thereof facing the frame , which element engages in a recess in the frame , in particular is guided through a recess in the frame ,
Grinding machine , manually displaceable on a track in a longitudinal direction of the track, for grinding a rail of the track , having a support frame which is guided on the rails via two rail guides and on which is arranged a drive motor coupled to a vertically adjustable grinding member , characterized in that the rail guide in each case comprises a quick-change device in which one of at least two interchangeable rail guiding systems is fastened.
An apparatus for introducing a solution into a body cavity comprising: a hub comprising a proximal end portion adapted for removable attachment to a solution source and a distal end portion , a lumen having a variable diameter and extending between the hub proximal and distal end portions, an airflow passage in communication with the lumen, wherein the lumen diameter is constricted between the hub proximal and distal end portions and wherein at least a portion of the constricted lumen is in communication with the airflow passage; a catheter comprising a distal end portion and a proximal end portion and at least one lumen extending between the distal and proximal end portions, the proximal end portion of the catheter removably attached to the hub distal end portion. a hub comprising a proximal end portion adapted for removable attachment to a solution source and a distal end portion , a lumen having a variable diameter and extending between the hub proximal and distal end portions, an airflow passage in communication with the lumen, wherein the lumen diameter is constricted between the hub proximal and distal end portions and wherein at least a portion of the constricted lumen is in communication with the airflow passage; a proximal end portion adapted for removable attachment to a solution source and a distal end portion , a lumen having a variable diameter and extending between the hub proximal and distal end portions, an airflow passage in communication with the lumen, wherein the lumen diameter is constricted between the hub proximal and distal end portions and wherein at least a portion of the constricted lumen is in communication with the airflow passage; a catheter comprising a distal end portion and a proximal end portion and at least one lumen extending between the distal and proximal end portions, the proximal end portion of the catheter removably attached to the hub distal end portion.
Method for cleaning a soldering nozzle of a soldering apparatus for selective wave soldering, wherein the soldering apparatus comprises at least one soldering pan with a solder reservoir, the soldering nozzle and a solder pump, wherein the solder pump is configured for conveying liquid solder from the solder reservoir through the soldering nozzle for generating a first standing wave of liquid solder , characterized by the following steps: - conveying solder from the solder reservoir with a first pump power which is adjusted such that a second standing wave of liquid solder is generated with a solder surface which is located below a nozzle top edge of a nozzle outlet of the soldering nozzle ; - introducing a cleaning agent into the nozzle outlet of the solder nozzle onto the second standing wave thus liquefying the cleaning agent ; - raising the pump power of the solder pump to a second pump power so that the cleaning agent flows off over the nozzle top edge of the nozzle outlet in such a way that the cleaning agent is directed to an outside of the soldering nozzle . - conveying solder from the solder reservoir with a first pump power which is adjusted such that a second standing wave of liquid solder is generated with a solder surface which is located below a nozzle top edge of a nozzle outlet of the soldering nozzle ; - introducing a cleaning agent into the nozzle outlet of the solder nozzle onto the second standing wave thus liquefying the cleaning agent ; - raising the pump power of the solder pump to a second pump power so that the cleaning agent flows off over the nozzle top edge of the nozzle outlet in such a way that the cleaning agent is directed to an outside of the soldering nozzle .
A regulating system for rings , comprising at least an annular outer ring structure with substantially circular shape, comprising at least one groove or a housing formed preferably for most of the length of the inner circumference of the ring and a plurality of internal calibrating devices substantially with shape of a circular crown portion, wherein each of said devices is substantially realized in a single piece, each of said devices being flexible and being adapted to engage in said groove or housing internally realized in said annular structure, each of said devices being concentric with said annular structure , and being completely housed within the annular structure , maintaining the correct balance and positioning of the ring on a user's finger, said devices having different degrees of curvature and bending or jumble on the inside part of said devices which modify the thickness of said devices to modify the size of the annular structure, said devices being interchangeable between them, characterized by the fact that said devices comprises at least one or a plurality of carvings to provide more flexibility to said devices.
A structure manufacturing method of manufacturing a structure (30;40) including a first conductive member (31,33;41a,41b,43a,43b) and a second conductive member (32;42a-c) each having conductivity, comprising: a current application step of applying a current having a predetermined current value to a gap portion that is present between the first conductive member (31,33;41a,41b,43a,43b) and the second conductive member (32;42a-c) and has a higher electrical resistance than the first conductive member (31,33;41a,41b,43a,43b) and the second conductive member (32;42a-c) in order to decrease the electrical resistance of the gap portion , characterized in that the current application step applies the current having the predetermined current value with a maximum value Imax in the range of 0.1 kA ≤ Imax ≤ 50 kA, and applies the current such that the current application time T from the initiation to termination of current application is in the range of 300 μs ≤ T ≤ 1 s. a current application step of applying a current having a predetermined current value to a gap portion that is present between the first conductive member (31,33;41a,41b,43a,43b) and the second conductive member (32;42a-c) and has a higher electrical resistance than the first conductive member (31,33;41a,41b,43a,43b) and the second conductive member (32;42a-c) in order to decrease the electrical resistance of the gap portion , characterized in that the current application step applies the current having the predetermined current value with a maximum value Imax in the range of 0.1 kA ≤ Imax ≤ 50 kA, and applies the current such that the current application time T from the initiation to termination of current application is in the range of 300 μs ≤ T ≤ 1 s.
A method for manufacturing a metal fiber molded body , the method comprising the steps of: accumulating a plurality of short metal fibers on a receiving part ; and sintering the plurality of short metal fibers accumulated on the receiving part , to produce the metal fiber molded body , wherein the short metal fibers each have a length in a range of 0.01 to 1.00 mm, further comprising the step of physically impacting the short metal fibers to deform the short metal fibers , before the step of accumulating the plurality of short metal fibers on the receiving part . accumulating a plurality of short metal fibers on a receiving part ; and sintering the plurality of short metal fibers accumulated on the receiving part , to produce the metal fiber molded body , wherein the short metal fibers each have a length in a range of 0.01 to 1.00 mm, further comprising the step of physically impacting the short metal fibers to deform the short metal fibers , before the step of accumulating the plurality of short metal fibers on the receiving part .