mhurhangee/patent-ind-claim-en huggingface dataset:
A computer device comprising: a processor configured to execute instructions that include: a compiler configured to receive a source code for a program including at least two code files , and process the source code for the program to generate a machine-level code file for each of the at least two code files of the source code ; a control flow graph generator configured to generate control flow graph data for each machine-level code file generated for the at least two code files of the source code ; a machine-level intermediate representation generator configured to generate a machine-level intermediate representation for each machine-level code file using a respective machine-level code file and the generated control flow graph data for that machine-level code file ; a machine-level intermediate representation merger tool configured to merge the machine-level intermediate representations into a merged machine-level intermediate representation ; a machine-level optimization tool configured to perform machine-level optimizations on the merged machine-level intermediate representation and output an optimized merged machine-level intermediate representation ; and an executable tool configured to generate an executable file from the optimized merged machine-level intermediate representation. a compiler configured to receive a source code for a program including at least two code files , and process the source code for the program to generate a machine-level code file for each of the at least two code files of the source code ; a control flow graph generator configured to generate control flow graph data for each machine-level code file generated for the at least two code files of the source code ; a machine-level intermediate representation generator configured to generate a machine-level intermediate representation for each machine-level code file using a respective machine-level code file and the generated control flow graph data for that machine-level code file ; a machine-level intermediate representation merger tool configured to merge the machine-level intermediate representations into a merged machine-level intermediate representation ; a machine-level optimization tool configured to perform machine-level optimizations on the merged machine-level intermediate representation and output an optimized merged machine-level intermediate representation ; and an executable tool configured to generate an executable file from the optimized merged machine-level intermediate representation.
A method for joining of at least two materials, non-weldable directly to each other with thermal joining processes in a lap joint configuration, wherein a two-step sequence is used consisting of a first step to apply a surface protective layer by thermal spraying on the surface of a steel like an unalloyed, a low-alloyed or a stainless steel substrate and a second step, where a spot welding process is used to weld the protective layer to an applied aluminum, aluminum based alloy, magnesium or magnesium based alloy sheet without having brittle intermetallic phases in the whole material configuration, and the temperature in the contact area between the substrate and the thermally sprayed coating layer being below 350 °C characterized in that that the thermally sprayed layer is aluminum, an aluminum based alloy or a combination of aluminum with carbides having a thickness between 0,25 mm - 1,5 mm.
Drive device for a motor vehicle, comprising at least one electric machine , comprising a transmission , via which the motor vehicle can be electrically driven by means of the electric machine , comprising at least one shifting element , by means of which at least one gear of the transmission is to be shifted by actuating the shifting element , comprising at least one circuit , through which a medium can flow and which has a first branch , through which the medium can flow in order to cool and/or lubricate the electric machine and/or the transmission , and a second branch , through which the medium can flow in order to actuate the shifting element , and comprising an electric pump for conveying the medium through the circuit , and comprising a parking lock , the circuit having a third branch , through which the medium can flow in order to actuate the parking lock , characterized in that: - in order to convey the medium from the pump to the relevant branch , the pump can be operated in a forward mode, in which the medium conveyed by means of the pump in the forward mode flows from a first connection (A1) of the pump to a second connection (A2) of the pump ; and - the pump can be operated in a reverse mode, in which the medium conveyed by means of the pump in the reverse mode flows from the second connection (A2) to the first connection (A1), as a result of which the medium can be conveyed out of at least a portion of the third branch . - in order to convey the medium from the pump to the relevant branch , the pump can be operated in a forward mode, in which the medium conveyed by means of the pump in the forward mode flows from a first connection (A1) of the pump to a second connection (A2) of the pump ; and - the pump can be operated in a reverse mode, in which the medium conveyed by means of the pump in the reverse mode flows from the second connection (A2) to the first connection (A1), as a result of which the medium can be conveyed out of at least a portion of the third branch .
A pluggable seat , comprising: a first portion , positionable within a tubular, being receptive to a runnable member seatable thereagainst; a second portion positioned downstream of the first portion, having a second diameter smaller than a smallest first diameter of the first portion ; and a profile disposed at the second portion configured to increase resistance to extrusion of the runnable member past the pluggable seat in comparison to the same pluggable seat without the profile; and characterised in that the profile comprises a tooth defined by a frustroconical surface that connects the second diameter to the first diameter by a rake angle , wherein an edge of the tooth is configured to bite into the runnable member as the runnable member is extruded through the first diameter . a first portion , positionable within a tubular, being receptive to a runnable member seatable thereagainst; a second portion positioned downstream of the first portion, having a second diameter smaller than a smallest first diameter of the first portion ; and a profile disposed at the second portion configured to increase resistance to extrusion of the runnable member past the pluggable seat in comparison to the same pluggable seat without the profile; and characterised in that the profile comprises a tooth defined by a frustroconical surface that connects the second diameter to the first diameter by a rake angle , wherein an edge of the tooth is configured to bite into the runnable member as the runnable member is extruded through the first diameter .
A circuit board , comprising: a ceramic board ; a metal layer on the ceramic board ; and a metal plate on the metal layer , wherein the metal layer includes: a first metal portion which is in contact with the ceramic board , a second metal portion which is in contact with the metal plate , and a third metal portion between the first metal portion and the second metal portion , and a part of the first metal portion extends toward a direction of the second metal portion such that the part of the first metal portion penetrates the third metal portion , and the part of the first metal portion spreads out in a lateral direction along the second metal portion ; wherein the first metal portion includes silver as a main component and is formed by a paste made of a silver brazing material printed and applied with a thickness of 30 μm to 50 μm in a predetermined pattern, wherein the third metal portion includes copper or aluminum as a main component, and wherein the second metal portion includes any one of molybdenum, invar, and tungsten as a main component, and the metal plate includes copper or aluminum as a main component. a ceramic board ; a metal layer on the ceramic board ; and a metal plate on the metal layer , wherein the metal layer includes: a first metal portion which is in contact with the ceramic board , a second metal portion which is in contact with the metal plate , and a third metal portion between the first metal portion and the second metal portion , and a first metal portion which is in contact with the ceramic board , a second metal portion which is in contact with the metal plate , and a third metal portion between the first metal portion and the second metal portion , and a part of the first metal portion extends toward a direction of the second metal portion such that the part of the first metal portion penetrates the third metal portion , and the part of the first metal portion spreads out in a lateral direction along the second metal portion ; wherein the first metal portion includes silver as a main component and is formed by a paste made of a silver brazing material printed and applied with a thickness of 30 μm to 50 μm in a predetermined pattern, wherein the third metal portion includes copper or aluminum as a main component, and wherein the second metal portion includes any one of molybdenum, invar, and tungsten as a main component, and the metal plate includes copper or aluminum as a main component.
A plating solution comprising: (A) a soluble salt containing at least a stannous salt; (B) an acid selected from organic acid and inorganic acid or a salt of the acid; and (C) an additive, wherein the additive comprises an ammonium salt selected from the following ammonium salts: an ammonium salt represented by a general formula , an ammonium salt represented by a general formula , and an ammonium salt represented by a general formula below, (A) a soluble salt containing at least a stannous salt; (B) an acid selected from organic acid and inorganic acid or a salt of the acid; and (C) an additive, wherein the additive comprises an ammonium salt selected from the following ammonium salts: an ammonium salt represented by a general formula , an ammonium salt represented by a general formula , and an ammonium salt represented by a general formula below,
A dentifrice composition comprising: a. from 5% to 30% by weight of the composition of abrasive comprising precipitated silica particles characterized by ; (i) a BET surface area in a range from 0.1 to 7 m 2 /g; (ii) a pack density in a range from 0.56 to 0.88 g/cm 3 (about 35 to about 55 lb/ft 3 ); (iii) an Einlehner abrasion value in a range from 8 to 25 mg lost/100,000 revolutions; (iv) a total mercury intrusion pore volume in a range from 0.4-1.2cc/g; and (v) a stannous compatibility in a range from 70 to 99%; b. a stannous ion source wherein the extractable stannous ions after 30 days at 40°C is greater than about 75% of the total stannous ion concentration, and wherein the extractable stannous ion concentration is greater than about 500 ppm; all parameters measured as disclosed in the description. a. from 5% to 30% by weight of the composition of abrasive comprising precipitated silica particles characterized by ; (i) a BET surface area in a range from 0.1 to 7 m 2 /g; (ii) a pack density in a range from 0.56 to 0.88 g/cm 3 (about 35 to about 55 lb/ft 3 ); (iii) an Einlehner abrasion value in a range from 8 to 25 mg lost/100,000 revolutions; (iv) a total mercury intrusion pore volume in a range from 0.4-1.2cc/g; and (v) a stannous compatibility in a range from 70 to 99%; (i) a BET surface area in a range from 0.1 to 7 m 2 /g; (ii) a pack density in a range from 0.56 to 0.88 g/cm 3 (about 35 to about 55 lb/ft 3 ); (iii) an Einlehner abrasion value in a range from 8 to 25 mg lost/100,000 revolutions; (iv) a total mercury intrusion pore volume in a range from 0.4-1.2cc/g; and (v) a stannous compatibility in a range from 70 to 99%; b. a stannous ion source wherein the extractable stannous ions after 30 days at 40°C is greater than about 75% of the total stannous ion concentration, and wherein the extractable stannous ion concentration is greater than about 500 ppm; all parameters measured as disclosed in the description.
A power tool system comprising: a tool body including a motor having an output member configured to drive an accessory, the output member defining an output member axis; an end effector coupled for rotation with the output member relative to the tool body, the end effector configured to retain an accessory; a light source disposed on the end effector ; and a consumable tool removably attachable to the end effector ; characterized in that the consumable tool has an illumination opening configured to be substantially aligned with the light source . a tool body including a motor having an output member configured to drive an accessory, the output member defining an output member axis; an end effector coupled for rotation with the output member relative to the tool body, the end effector configured to retain an accessory; a light source disposed on the end effector ; and a consumable tool removably attachable to the end effector ; characterized in that the consumable tool has an illumination opening configured to be substantially aligned with the light source .
Method for operating a DC chopper for supplying electrical operating power to an electrolysis device , wherein, in one step (S3), at least four actuatable semiconductor switching elements in an H-bridge arrangement are actuated by a predetermined actuation signal sequence (ASF) for the direct conversion of an electrical DC input voltage into an electrical DC output voltage, characterized in that at least two DC voltage converter units are used, each having four actuatable semiconductor switching elements in an H-bridge arrangement with interphase transformers connected downstream, comprising the following steps: (S1) detection of a number (n) of DC voltage converter units , and (S2) adaptation of the actuation signal sequence (ASF) to the detected number (n) of DC voltage converter units . (S1) detection of a number (n) of DC voltage converter units , and (S2) adaptation of the actuation signal sequence (ASF) to the detected number (n) of DC voltage converter units .
An oil supply system for an internal combustion engine , wherein an internal oil pan is disposed in the internal combustion engine , wherein the oil supply system has at least one additional external oil reservoir which is disposed outside the internal combustion engine as opposed to the internal oil pan of the internal combustion engine , wherein a supply line to be connected to the internal combustion engine is provided which leads to a filling opening of the oil reservoir , wherein the supply line branches from a main oil line downstream of an oil pump and guides a secondary stream of oil (O) into the external oil reservoir and wherein a return line to be connected to the internal combustion engine is provided, through which oil (O) can be returned from the oil reservoir to the internal combustion engine , wherein the return line is connected to the oil reservoir and wherein the oil reservoir has at least one oil tank and at least one degassing hole , wherein a tapping opening of the return line is disposed near the bottom or in the bottom of the at least one oil tank , characterized in that a degassing line is provided which connects the oil reservoir to the return line , by means of which gases dissolved in the oil (O) together with oil (O) returned via the return line are introduced into a crankcase of the internal combustion engine .
A method for puncturing parity bits by a transmitter in a communication system using a Low-Density Parity-Check, LDPC, code, the method comprising: determining a number N p of parity bits to be punctured in an LDPC codeword which is described in digital video broadcasting-satellite transmission 2nd generation, DVB-S2, standard; determining a number m of parity bit sets in which all parity bits are to be punctured, based on the number of parity bits to be punctured; and puncturing all parity bits of m parity bit sets P π , P π , ..., P π( m -1) , and (N p -360m) parity bits among parity bits of a parity bit set P π( m ) , wherein m = ⌊ N p 360 ⌋ , wherein the parity bit sets are defined based on a following equation, P j = p k | j ≡ k mod q , 0 ≤ k < N 1 − K 1 , where N 1 denotes a length of the LDPC codeword, K 1 denotes a length of an information part of the LDPC codeword, P j denotes a j -th parity bit set, p k denotes a K-th parity bit, q is a value satisfying q = ( N 1 -K 1 ) / 360, wherein if a modulation scheme is 16QAM, N 1 = 16200, K 1 = 7200, and q = 25, indices π , ..., π(m-1) for the m parity bit sets P π , P π , ..., P π( m -1) are defined based on a following table: π π π π π π π π π π π π π π π π π π π π π π π π π - - 16QAM 6 4 13 9 18 8 15 20 5 17 2 22 24 7 12 1 16 23 14 0 21 10 19 11 3 - - determining a number N p of parity bits to be punctured in an LDPC codeword which is described in digital video broadcasting-satellite transmission 2nd generation, DVB-S2, standard; determining a number m of parity bit sets in which all parity bits are to be punctured, based on the number of parity bits to be punctured; and puncturing all parity bits of m parity bit sets P π , P π , ..., P π( m -1) , and (N p -360m) parity bits among parity bits of a parity bit set P π( m ) , wherein m = ⌊ N p 360 ⌋ , wherein the parity bit sets are defined based on a following equation, P j = p k | j ≡ k mod q , 0 ≤ k < N 1 − K 1 , where N 1 denotes a length of the LDPC codeword, K 1 denotes a length of an information part of the LDPC codeword, P j denotes a j -th parity bit set, p k denotes a K-th parity bit, q is a value satisfying q = ( N 1 -K 1 ) / 360, wherein if a modulation scheme is 16QAM, N 1 = 16200, K 1 = 7200, and q = 25, indices π , ..., π(m-1) for the m parity bit sets P π , P π , ..., P π( m -1) are defined based on a following table: π π π π π π π π π π π π π π π π π π π π π π π π π - - 16QAM 6 4 13 9 18 8 15 20 5 17 2 22 24 7 12 1 16 23 14 0 21 10 19 11 3 - -
A method of testing an object to be examined, comprising: providing (P100) at least one set of acoustically detected time signals, each related to a propagation path from a common transmitter to a plurality of receivers , wherein the propagation path passes at least partially through the object and the transmitter is disposed spaced from the receivers ; initializing (P110) a model of the object , the model comprising spatially variable elastic properties of the object ; backprojecting and summing (P120) the time signals starting from the positions of the plurality of receivers into a virtual object based on the model; evaluating the backprojection (P130); and adjusting (P140) the model of the object based on the evaluation of the backprojection, wherein the method is free of reference bodies, characterized in that evaluating (P130) the backprojection comprises comparing a position of the transmitter to a backprojected position of the transmitter which has been determined based on the backprojected time signals. providing (P100) at least one set of acoustically detected time signals, each related to a propagation path from a common transmitter to a plurality of receivers , wherein the propagation path passes at least partially through the object and the transmitter is disposed spaced from the receivers ; initializing (P110) a model of the object , the model comprising spatially variable elastic properties of the object ; backprojecting and summing (P120) the time signals starting from the positions of the plurality of receivers into a virtual object based on the model; evaluating the backprojection (P130); and adjusting (P140) the model of the object based on the evaluation of the backprojection, wherein the method is free of reference bodies,
Arrangement for nutrition and remote care services, which arrangement comprises at least a cold-storage space of food portions together with a storage means of the food portions ; and a heating means ; means for identifying the name, heating instruction and a placement location of a food portion disposed in the cold-storage space in connection with placing the food por-portions in the cold-storage space ; and means for pairing the food portions and their heating instruction with each other so that the apparatus knows which food portion is on which shelf and which heating instruction is connected to which food portion ; and a control system provided with a user interface which control system is connected to a public telecommunication network, characterized in that the arrangement comprises a video call system for handling video calls, which video call system can be controlled remotely, and which video call system comprises a video camera and a microphone , which are connected to the same control system with the cold-storage space and heating means , and which video call system has means to communicate with external persons through the control system and a public telecommunication network.
A grounding structure for an internal combustion engine, comprising: a resinous body configured to be attached to an engine body and having a recessed portion formed on a side thereof facing the engine body; a nut portion integrally provided in the resinous body, the nut portion having a first end portion opened into the recessed portion, the nut portion being made of a conductive material; an electric component configured to be attached to a second end portion of the nut portion; and a conductive spring arranged inside the recessed portion, the conductive spring being attached to the first end portion of the nut portion and being pressed against the engine body. a resinous body configured to be attached to an engine body and having a recessed portion formed on a side thereof facing the engine body; a nut portion integrally provided in the resinous body, the nut portion having a first end portion opened into the recessed portion, the nut portion being made of a conductive material; an electric component configured to be attached to a second end portion of the nut portion; and a conductive spring arranged inside the recessed portion, the conductive spring being attached to the first end portion of the nut portion and being pressed against the engine body.