mhurhangee/ep-ind-claims huggingface dataset:
A thrusting device for pipes or the like to be bent in a pipe or the like bending machine, characterized in that it comprises a first tool having the shape of a calibration rod provided with an end which comprises at least one preferably elbow-shaped hollow draft provided with a convex female portion suitable for accommodating a male means and a recess suitable for the antirotation of the first tool, a preferably ring-shaped second tool formed of two portions (9 1, 9 2) provided with at least one male means suitable for being accommodated in said female portion.
A food package comprising: a frame having sidewalls disposed around a perimeter of the frame and an interior wall and discrete food articles disposed in at least two rows formed at least in part by the sidewalls and interior wall; a film wrapped around the frame, the film forming a top, sides, and a bottom of the food package; an access opening disposed in at least the top of the food package, the access opening defined by a cut in the film; a sealing layer adhesively sealed to the film around the access opening; and the sealing layer including a starter portion graspable by a consumer thereby permitting the sealing layer to be released from the top to expose the access opening; the access opening having a front portion cut into the film adjacent the starter portion of the sealing layer and a pair of opposing side portions cut into the film; and wherein the frame is permits the discrete food articles to move longitudinally and laterally therein and the interior wall includes frame openings therein permitting at least a subset of the discrete food articles disposed in one row of the frame to move into another of the at least two rows of the frame without being removed from an interior of the package. a frame having sidewalls disposed around a perimeter of the frame and an interior wall and discrete food articles disposed in at least two rows formed at least in part by the sidewalls and interior wall; a film wrapped around the frame, the film forming a top, sides, and a bottom of the food package; an access opening disposed in at least the top of the food package, the access opening defined by a cut in the film; a sealing layer adhesively sealed to the film around the access opening; and the sealing layer including a starter portion graspable by a consumer thereby permitting the sealing layer to be released from the top to expose the access opening; the access opening having a front portion cut into the film adjacent the starter portion of the sealing layer and a pair of opposing side portions cut into the film; and wherein the frame is permits the discrete food articles to move longitudinally and laterally therein and the interior wall includes frame openings therein permitting at least a subset of the discrete food articles disposed in one row of the frame to move into another of the at least two rows of the frame without being removed from an interior of the package.
A physical channel communication method for random access in a wireless communication system, comprising the steps of: receiving, from a base station, by a relay node, system information containing Physical Random Access Channel 'PRACH' region allocation information; receiving, at the relay node, PRACHs for random accesses transmitted by terminals; and transmitting, to the base station, from the relay node, the PRACHs on relay node-specific resource regions 506) defined by the PRACH region allocation information, characterised in that the PRACH region allocation information comprises time or frequency information for identification, by the base station, of the terminal attached to the relay node based on the relay node-specific resource regions in which the PRACHs are transmitted to the base station. receiving, from a base station, by a relay node, system information containing Physical Random Access Channel 'PRACH' region allocation information; receiving, at the relay node, PRACHs for random accesses transmitted by terminals; and transmitting, to the base station, from the relay node, the PRACHs on relay node-specific resource regions 506) defined by the PRACH region allocation information, characterised in that the PRACH region allocation information comprises time or frequency information for identification, by the base station, of the terminal attached to the relay node based on the relay node-specific resource regions in which the PRACHs are transmitted to the base station.
A forming tool for press forming a plate, having an upper tool and a lower tool, wherein in a closed forming tool a mold cavity remains between the upper tool and lower tool and a piercing punch movable relative to the forming tool in a movement direction is provided, which is retractable at least into the mold cavity and the piercing punch is mounted elastically with at least one additional degree of freedom of movement, wherein the degree of freedom of movement is oriented transversely to the movement direction, characterized in that the piercing punch is swivel-mounted in a foot area.
An annealing separator for grain-oriented electrical steel sheet, comprising: magnesia that contains 0.05 mass% or more and 0.20 mass% or less of B and 0.01 mass% or more and 0.10 mass% or less of P and is mainly composed of MgO, and titanium oxide in 1.0 part by mass or more and 10.0 parts by mass or less per 100 parts by mass of the magnesia, where the titanium oxide contains one or more types of alkali metals in a total amount of 0.0050 mass% or more and 0.50 mass% or less and is mainly composed of TiO 2, wherein the titanium oxide is capable of adsorbing P in an amount of 1.5 × 10 -4 g or more and 1.0 × 10 -3 g or less on 1 g of the titanium oxide, and the amount of P that can be adsorbed on 1 g of the titanium oxide is measured according to the method disclosed in the description. magnesia that contains 0.05 mass% or more and 0.20 mass% or less of B and 0.01 mass% or more and 0.10 mass% or less of P and is mainly composed of MgO, and titanium oxide in 1.0 part by mass or more and 10.0 parts by mass or less per 100 parts by mass of the magnesia, where the titanium oxide contains one or more types of alkali metals in a total amount of 0.0050 mass% or more and 0.50 mass% or less and is mainly composed of TiO 2, wherein the titanium oxide is capable of adsorbing P in an amount of 1.5 × 10 -4 g or more and 1.0 × 10 -3 g or less on 1 g of the titanium oxide, and the amount of P that can be adsorbed on 1 g of the titanium oxide is measured according to the method disclosed in the description.
A stripping solution for photolithography characterized in that it comprises: hydrofluoric acid; a basic compound; represented by formula (b-1): water; and a organic solvent, wherein the organic solvent comprises an N,N-dialkyl fatty acid amide represented by formula (d-1): in formula (b-1), R 1b to R 5b each independently represent a hydrogen atom or an alkyl group having 1 to 6 carbon atoms and optionally substituted with a hydroxy group, a carboxyl group, an amino group, or a phosphonic acid group, provided that at least one of R 1b to R 5b represents a hydrogen atom; one of R 1b to R 4b and R 5b optionally bind with each other to form a ring structure; Y 1b and Y 2b each independently represent an alkylene group having 1 to 3 carbon atoms; n represents an integer of 0 to 5; and provided that n is 2 or greater, the plurality of R 5b s are each the same or different, the plurality of Y 1b s are each the same or different, and R 5b s optionally bind with each other to form a ring structure, in formula (d-1), R 1d represents an isopropyl group or a 1-hydroxy-1-methylethyl group; and R 2d and R 3d each independently represent an alkyl group having 1 to 4 carbon atoms. hydrofluoric acid; a basic compound; represented by formula (b-1): water; and a organic solvent, wherein the organic solvent comprises an N,N-dialkyl fatty acid amide represented by formula (d-1):
A power interface, the power interface comprises: a body portion adapted to be connected with a circuit board; multiple data pins spaced from one another, the data pins being connected with the body portion; multiple power pins spaced from one another, the power pins being connected with the body portion, the power pins being spaced from the data pins, at least one of the multiple power pins comprising a widened section, a cross-sectional area of the widened section being larger than a cross-sectional area of the data pin to increase a current load capacity of the power pin, at least one sunken portion being provided on the widened section at a portion of the widened section closest to an end of the power pin opposite to the body portion, a rough portion being arranged on an inner wall surface of the sunken portion; and characterized in that the power interface further comprises an insulating spacer layer provided in a recess formed by the sunken portion. a body portion adapted to be connected with a circuit board; multiple data pins spaced from one another, the data pins being connected with the body portion; multiple power pins spaced from one another, the power pins being connected with the body portion, the power pins being spaced from the data pins, at least one of the multiple power pins comprising a widened section, a cross-sectional area of the widened section being larger than a cross-sectional area of the data pin to increase a current load capacity of the power pin, at least one sunken portion being provided on the widened section at a portion of the widened section closest to an end of the power pin opposite to the body portion, a rough portion being arranged on an inner wall surface of the sunken portion; and characterized in that the power interface further comprises an insulating spacer layer provided in a recess formed by the sunken portion.
A method of adaptively machining a shroud of a blade used in a turbomachine, the method executed by a computer system, the method comprising: extracting a geometric location data from a three-dimensional model of the shroud after use in the turbomachine, the three-dimensional model created by digitizing using a digitizing device, the geometric location data including geometric location data of a first hard face plane (D1,D2) of the shroud exposed to wear during turbomachine operation and of a second non-worn surface (136, 138) adjacent to the first hard face plane (D1,D2) and unexposed to wear during turbomachine operation; the method characterized by the following steps: comparing the geometric location data of the second non-worn surface (136, 138) from the three-dimensional model to a manufacturing model of the blade to determine a change in position of the second non-worn surface (136, 138) from use of the blade in the turbomachine; and using the change in position of the second non-worn surface (136, 138) to modify a machining instruction used by a machining device to repair the first hard face plane (D1,D2). extracting a geometric location data from a three-dimensional model of the shroud after use in the turbomachine, the three-dimensional model created by digitizing using a digitizing device, the geometric location data including geometric location data of a first hard face plane (D1,D2) of the shroud exposed to wear during turbomachine operation and of a second non-worn surface (136, 138) adjacent to the first hard face plane (D1,D2) and unexposed to wear during turbomachine operation; the method characterized by the following steps: comparing the geometric location data of the second non-worn surface (136, 138) from the three-dimensional model to a manufacturing model of the blade to determine a change in position of the second non-worn surface (136, 138) from use of the blade in the turbomachine; and using the change in position of the second non-worn surface (136, 138) to modify a machining instruction used by a machining device to repair the first hard face plane (D1,D2). comparing the geometric location data of the second non-worn surface (136, 138) from the three-dimensional model to a manufacturing model of the blade to determine a change in position of the second non-worn surface (136, 138) from use of the blade in the turbomachine; and using the change in position of the second non-worn surface (136, 138) to modify a machining instruction used by a machining device to repair the first hard face plane (D1,D2).
A computer-implemented method for controlling an operation of a first vehicle on a specific location at least partly on the basis of information about one or more sensor outputs of one or more trusted vehicles in a vicinity of or on the specific location, the information recovered from one or more radio transmissions each verifiable as a radio transmission from one or more vehicles included in a record of certified vehicles, wherein if a digital signature of the information is verified, the information is considered as information from a trusted vehicle; comprising the step of: determining a current state of a traffic on the specific location based on the information from a plurality of the trusted vehicles in the vicinity of or on the specific location; determining a consensus of the current state of the traffic on the specific location, wherein the operation of one or more actuators of the first vehicle is controlled based on the determination of the consensus, wherein the information received from the one or more trusted vehicles is stored in a memory of the first vehicle to determine the consensus, wherein the operation of the one or more actuators determines a speed and direction of the first vehicle. wherein if a digital signature of the information is verified, the information is considered as information from a trusted vehicle; comprising the step of: determining a current state of a traffic on the specific location based on the information from a plurality of the trusted vehicles in the vicinity of or on the specific location; determining a consensus of the current state of the traffic on the specific location, wherein the operation of one or more actuators of the first vehicle is controlled based on the determination of the consensus, wherein the information received from the one or more trusted vehicles is stored in a memory of the first vehicle to determine the consensus, wherein the operation of the one or more actuators determines a speed and direction of the first vehicle. determining a current state of a traffic on the specific location based on the information from a plurality of the trusted vehicles in the vicinity of or on the specific location; determining a consensus of the current state of the traffic on the specific location, wherein the operation of one or more actuators of the first vehicle is controlled based on the determination of the consensus, wherein the information received from the one or more trusted vehicles is stored in a memory of the first vehicle to determine the consensus, wherein the operation of the one or more actuators determines a speed and direction of the first vehicle.
A display device comprising: a display module; an outer case in which the display module is mounted and defining an internal space which is closed airtight from the outside; and an inner case coupled to the display module, characterized in that the inner case partitions off the internal space into a first closed space having a rear surface of the display module exposed thereto and a second closed space having a front surface of the display module exposed thereto, wherein the first closed space is surrounded by the second closed space with respect to one cross section; and a circulation bracket and an inner fan provided in the first closed space for forming a closed loop to circulate air, wherein the closed loop is formed by the circulation bracket located across the first closed space and the inner fan located in the circulation bracket. a display module; an outer case in which the display module is mounted and defining an internal space which is closed airtight from the outside; and an inner case coupled to the display module, characterized in that the inner case partitions off the internal space into a first closed space having a rear surface of the display module exposed thereto and a second closed space having a front surface of the display module exposed thereto, wherein the first closed space is surrounded by the second closed space with respect to one cross section; and a circulation bracket and an inner fan provided in the first closed space for forming a closed loop to circulate air, wherein the closed loop is formed by the circulation bracket located across the first closed space and the inner fan located in the circulation bracket.
A downhole device, suitable for connection to a drilling assembly at its distal end, the downhole device comprising a mandrel, a housing surrounding said mandrel at a point of torque transfer between the mandrel and the housing and a compensating mechanism being at the point of torque transfer, the compensating mechanism comprising a sleeve element configured to adjust an axial force applied to said mandrel and sleeve element by changing the relative position of the mandrel with respect to the housing at the point of torque transfer and through interaction of a primary damping means upon the sleeve element subjected to compression by at least one pre-loaded compression spring at the point of torque transfer, characterised in that said compensating mechanism further comprises a secondary damping means which is variable in situ to alter the natural frequencies of the device in order to responsively damp oscillatory motion over one or both of a range of input frequencies and amplitudes and which comprises fluid displacement means.
A drafting device for a spinning machine comprising: apron pairs (12, 13), each apron pair (12, 13) being arranged in correspondence with a respective fiber feed portion; a front roller shared by the apron pairs (12, 13); and a speed change controller configured to change speeds of the apron pairs (12, 13) in accordance with predetermined conditions, characterized in that the speed change controller is configured so that when any one of the fiber feed portions starts feeding fibers, the speed change controller outputs a drive instruction to a first apron pair of the apron pairs (12, 13) that corresponds to the fiber feed portion that starts feeding fibers, to drive the first apron pair at a lower speed than a speed for normal spinning during a predetermined period from a point of time that precedes a predetermined switch time by the predetermined period and subsequently to shift the first apron pair to the speed for normal spinning. apron pairs (12, 13), each apron pair (12, 13) being arranged in correspondence with a respective fiber feed portion; a front roller shared by the apron pairs (12, 13); and a speed change controller configured to change speeds of the apron pairs (12, 13) in accordance with predetermined conditions, characterized in that the speed change controller is configured so that when any one of the fiber feed portions starts feeding fibers, the speed change controller outputs a drive instruction to a first apron pair of the apron pairs (12, 13) that corresponds to the fiber feed portion that starts feeding fibers, to drive the first apron pair at a lower speed than a speed for normal spinning during a predetermined period from a point of time that precedes a predetermined switch time by the predetermined period and subsequently to shift the first apron pair to the speed for normal spinning.
A cooling system for a battery module, comprising: cooling plates, each having at least one internal cooling channel and being configured to be arranged on side surfaces of the battery module extending in a longitudinal direction; end plates (114; 116, 138) configured to be arranged on end faces of the battery module extending in a width direction, each of the end plates comprising connecting tubes configured to be sealably connectable with the internal cooling channel of each cooling plate, to form a cooling cycle; a first one of the end plates comprising a connecting cavity fluidly connecting the cooling channels of the opposing cooling plates with each other, a second one of the end plates comprising a first cavity and a second cavity, both being fluidly separated from each other, each of the first and the second cavities being fluidly connected to the cooling channels of one of the cooling plates, the second end plate further comprising an input port configured as an inlet for a cooling fluid and an output port configured as an outlet for the cooling fluid; and the input port being provided in the first cavity and the output port being provided in the second cavity. cooling plates, each having at least one internal cooling channel and being configured to be arranged on side surfaces of the battery module extending in a longitudinal direction; end plates (114; 116, 138) configured to be arranged on end faces of the battery module extending in a width direction, each of the end plates comprising connecting tubes configured to be sealably connectable with the internal cooling channel of each cooling plate, to form a cooling cycle; a first one of the end plates comprising a connecting cavity fluidly connecting the cooling channels of the opposing cooling plates with each other, a second one of the end plates comprising a first cavity and a second cavity, both being fluidly separated from each other, each of the first and the second cavities being fluidly connected to the cooling channels of one of the cooling plates, the second end plate further comprising an input port configured as an inlet for a cooling fluid and an output port configured as an outlet for the cooling fluid; and the input port being provided in the first cavity and the output port being provided in the second cavity.
An assembly screw for the pivoting attachment of at least two horology components in a position of assembly, the assembly screw comprising at least one guide portion allowing one of the horology components to pivot, at least one threaded portion allowing it to be fixed to another horology component, a shoulder intended to come into abutment against this other horology component and a zone of lower mechanical rigidity to reduce the contact pressure applied at the shoulder of the assembly screw when the horology components are in the position of assembly, the zone of lower mechanical rigidity being arranged within the guide portion, characterized in that the zone of lower mechanical rigidity comprises a minimum cross section inscribed inside a circle of diameter D10 such that the ratio D10/D3 is comprised between 0.1 and 0.9 inclusive, or even between 0.3 and 0.7 inclusive, where D3 is the diameter of the adjacent guide portion, and a width L10 such that the ratio L10/L13 is comprised between 0.04 and 0.3 inclusive, where L13 is the length of a central part of the assembly screw comprising the guide portion.