mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a sensing element comprising at least a passive electrical component omprising a coil, comprising the steps of a) punching holes for through-contacts in at least one green sheet, wherein the through-contacts are part of the passive electrical component, b) forming channels and through-contacts by means of lasering at least one green sheet for receiving metallization paste, wherein the metallized channels and through-holes (2d, 2c) are part of the coil, c) stencil printing and drying of green sheets (1, 2) including metallization paste in the channels and holes (1a, 2a) for creating the metallized channels and metallized through-holes (1b, 2c), d) aligning, stacking, laminating and sintering all green sheets (1, 2, 3) together for creating a sintered tile comprising coils, and e) separating the individual coils of the sintered tile in order to obtain the finished sensing element 12. a) punching holes for through-contacts in at least one green sheet, wherein the through-contacts are part of the passive electrical component, b) forming channels and through-contacts by means of lasering at least one green sheet for receiving metallization paste, wherein the metallized channels and through-holes (2d, 2c) are part of the coil, c) stencil printing and drying of green sheets (1, 2) including metallization paste in the channels and holes (1a, 2a) for creating the metallized channels and metallized through-holes (1b, 2c), d) aligning, stacking, laminating and sintering all green sheets (1, 2, 3) together for creating a sintered tile comprising coils, and e) separating the individual coils of the sintered tile in order to obtain the finished sensing element 12.
A method for managing potentially concurrent transactions in a distributed database system (102, 202) including a plurality of nodes (108, 108a-c), the method including: maintaining, at a first node of the plurality of nodes (108, 108a-c), records of a plurality of transactions, each transaction executing on one or more of the plurality of nodes (108, 108a-c), each record having a transaction state of a plurality of transaction states, the records including a record for a first transaction and a record for a second transaction, execution of the first transaction at a second node (108a, 108c) of the plurality of nodes (108, 108a-c) including an operation for accessing a first data element stored on the second node (108a, 108c) and execution of the second transaction at the second node (108a, 108c) including an operation for accessing the first data element stored on the second node (108a, 108c); receiving, at the second node (108a, 108c) from the first node, a list of transactions that includes any of the plurality of transactions executing on the second node (108a, 108c) and having a first transaction state at a time of initiation of the second transaction, the list of transactions including the first transaction; determining that an outcome of the second transaction depends on an outcome of the first transaction based at least in part on the list of transactions; and suspending execution of the second transaction until after the first transaction is complete based on the determining. maintaining, at a first node of the plurality of nodes (108, 108a-c), records of a plurality of transactions, each transaction executing on one or more of the plurality of nodes (108, 108a-c), each record having a transaction state of a plurality of transaction states, the records including a record for a first transaction and a record for a second transaction, execution of the first transaction at a second node (108a, 108c) of the plurality of nodes (108, 108a-c) including an operation for accessing a first data element stored on the second node (108a, 108c) and execution of the second transaction at the second node (108a, 108c) including an operation for accessing the first data element stored on the second node (108a, 108c); receiving, at the second node (108a, 108c) from the first node, a list of transactions that includes any of the plurality of transactions executing on the second node (108a, 108c) and having a first transaction state at a time of initiation of the second transaction, the list of transactions including the first transaction; determining that an outcome of the second transaction depends on an outcome of the first transaction based at least in part on the list of transactions; and suspending execution of the second transaction until after the first transaction is complete based on the determining.
A circuit comprising: a first passive mixer having mixer inputs configured to receive in-phase and quadrature-phase differential signals; and a first differential sub-circuit, wherein the first passive mixer is configured to switch the in-phase and quadrature-phase differential signals to the first differential sub-circuit at a mixing frequency; and the first differential sub-circuit has a pair of differential inputs (IN(+), IN(-)), configured to receive the switched in-phase and quadrature-phase differential signals from the first passive mixer, each input having a capacitance capable of storing a charge that depends on the switched in-phase or quadrature-phase signals, the circuit further comprising a charge canceller configured to supply, after a switching event, an opposite charge compared with a charge that has been stored on the pair of differential inputs before the switching event by the operation of the first passive mixer, wherein said opposite charge is supplied by the charge canceller to the mixer inputs (I(+), I(-), Q(+), Q(-)) of the first passive mixer, and/or is supplied by the charge canceller to the pair of differential inputs, (IN(+), IN(-)), characterised in that the charge canceller comprises a second differential sub-circuit (231, 431) having a pair of differential inputs (IN2(+), IN2(-)), having a capacitance substantially equal to the capacitance of the differential inputs of the first differential sub-circuit. a first passive mixer having mixer inputs configured to receive in-phase and quadrature-phase differential signals; and a first differential sub-circuit, wherein the first passive mixer is configured to switch the in-phase and quadrature-phase differential signals to the first differential sub-circuit at a mixing frequency; and the first differential sub-circuit has a pair of differential inputs (IN(+), IN(-)), configured to receive the switched in-phase and quadrature-phase differential signals from the first passive mixer, each input having a capacitance capable of storing a charge that depends on the switched in-phase or quadrature-phase signals, the circuit further comprising a charge canceller configured to supply, after a switching event, an opposite charge compared with a charge that has been stored on the pair of differential inputs before the switching event by the operation of the first passive mixer, wherein said opposite charge is supplied by the charge canceller to the mixer inputs (I(+), I(-), Q(+), Q(-)) of the first passive mixer, and/or is supplied by the charge canceller to the pair of differential inputs, (IN(+), IN(-)), characterised in that the charge canceller comprises a second differential sub-circuit (231, 431) having a pair of differential inputs (IN2(+), IN2(-)), having a capacitance substantially equal to the capacitance of the differential inputs of the first differential sub-circuit.
A surgical device, comprising: a tissue compression device (50, 60), comprising an anvil and a staple cartridge positioned opposite one another such that, upon closure of the anvil, a compression force is applied to tissue interposed between the anvil and the staple cartridge; a tissue-compression-measurement device operable to indicate when an amount of the compression force being applied to the interposed tissue has reached a pre-determined optimal compression force; and a feedback controller electrically connected to the tissue-compression-measurement device and operable to receive the indication from the tissue-compression-measurement device that the pre-determined optimal compression force has been reached; characterized by the tissue-compression-measurement device comprising a mechanically biased switching element disposed in line with the tissue compression device (50, 60); wherein a staple firing procedure is permitted to be carried out on the compressed tissue only when the feedback controller has received the indication that the pre-determined optimal compression force has been reached and maintained for a preprogrammed desiccation period, wherein the tissue compression device (50, 60) operates dependent upon a signal from the feedback controller to maintain the optimal compression force on the tissue. a tissue compression device (50, 60), comprising an anvil and a staple cartridge positioned opposite one another such that, upon closure of the anvil, a compression force is applied to tissue interposed between the anvil and the staple cartridge; a tissue-compression-measurement device operable to indicate when an amount of the compression force being applied to the interposed tissue has reached a pre-determined optimal compression force; and a feedback controller electrically connected to the tissue-compression-measurement device and operable to receive the indication from the tissue-compression-measurement device that the pre-determined optimal compression force has been reached; characterized by the tissue-compression-measurement device comprising a mechanically biased switching element disposed in line with the tissue compression device (50, 60); wherein a staple firing procedure is permitted to be carried out on the compressed tissue only when the feedback controller has received the indication that the pre-determined optimal compression force has been reached and maintained for a preprogrammed desiccation period, wherein the tissue compression device (50, 60) operates dependent upon a signal from the feedback controller to maintain the optimal compression force on the tissue.
A display apparatus comprising: a signal processor arranged to process a plurality of image frames; a display unit arranged to display the plurality of image frames processed by the signal processor; characterised by a controller arranged to control the signal processor to interleave a plurality of pattern frames respectively between the plurality of image frames and to display the plurality of images frames and interleaved pattern frames, wherein the plurality of interleaved pattern frames form pattern information, wherein the pattern information comprises information for identifying the display apparatus by an external apparatus, and wherein each pattern frame is one from among a black frame and a white frame, and wherein the pattern information is formed by a placement order of the plurality of the pattern frames interleaved between the plurality of image frames. a signal processor arranged to process a plurality of image frames; a display unit arranged to display the plurality of image frames processed by the signal processor; characterised by a controller arranged to control the signal processor to interleave a plurality of pattern frames respectively between the plurality of image frames and to display the plurality of images frames and interleaved pattern frames, wherein the plurality of interleaved pattern frames form pattern information, wherein the pattern information comprises information for identifying the display apparatus by an external apparatus, and wherein each pattern frame is one from among a black frame and a white frame, and wherein the pattern information is formed by a placement order of the plurality of the pattern frames interleaved between the plurality of image frames.
Machine for moulding containers, comprising a unit for extruding plastic tubes, a blow-moulding unit, a mould for containing containers which is formed by two half-moulds (4a,4b) movable, upon operation of associated first operating means, in a longitudinal direction (X-X) and symmetrically with respect to a fixed axis (Z-Z) perpendicular to said longitudinal direction, wherein said half-moulds (4a,4b) are integral with respective flanges (14a,14b) mounted on a pair of guides, said guides passing through the first half-mould support flange via corresponding bushes, the unit formed by the mould and by the associated first operating means being movable, upon operation of second operating means, in a transverse direction (Y-Y) from a first position where it is substantially aligned with the extrusion unit into a second position where it is substantially aligned with the blow-moulding unit and vice versa, wherein said first means for operating the half-moulds (4a,4b) in the longitudinal direction comprise at least one motor, a shaft of which has, keyed thereon, a cam for actuating a pair of connecting rods (104a,104b) which are arranged in-line and are respectively connected to the first half-mould and to a plate in turn connected by means of the guides to the second half-mould, wherein the first connecting rod is directly connected to the first half-mould support flange, while the other connecting rod is connected to the second half-mould support flange by means of the plate integral with the end of the guides opposite to that for attachment to the second half-mould support flange, and wherein a synchronization mechanism is arranged between the flanges (14a,14b) of the two half-moulds (4a,4b) to cause the symmetrical movement of the second half-mould with respect to the first half-mould, characterized in that the attachment of the guides to the second half-mould and respective flange is such that the second half-mould is integral with the guides and does not have a relative movement with respect thereto, and a rigidifying rod is arranged as to extend from the plate to the flanges (14a, 14b) of the first and the second half mould (4a, 4b) and is fixed to the flange of said second half-mould to ensure that the two half-moulds (4a, 4b) remain parallel to each other during operation.
A nonwoven extending in a machine direction and a perpendicular cross-machine direction, wherein the machine direction is the direction of production of the nonwoven web, and the nonwoven comprising a pattern of thermal bonds (110, 120, 130, 140, 1110, 1120, 1130, 1140, 1150) according to all four of the following: a) the pattern comprises thermal bonds disposed in parallel rows having a pitch angle of from 0.5° to 15° relative to the machine direction or the cross-machine direction; b) the bonding area of all the thermal bonds covers from 17% to 30% of the area of the nonwoven; c) the pattern comprises larger bonds (110, 120, 1110, 1120) and smaller bonds (130, 140, 1130, 1140, 1150) having different individual areas; and d) the larger and smaller bonds are elongated bonds that have a rounded shape and have a major dimension (L1, 12) measured along a major direction and a minor dimension (W1, w2) measured along a minor direction perpendicular to the major direction, and at least some of the elongated bonds have a major direction which is not oriented parallel to the machine direction, and the pattern comprises elongated bonds having different major directions. a) the pattern comprises thermal bonds disposed in parallel rows having a pitch angle of from 0.5° to 15° relative to the machine direction or the cross-machine direction; b) the bonding area of all the thermal bonds covers from 17% to 30% of the area of the nonwoven; c) the pattern comprises larger bonds (110, 120, 1110, 1120) and smaller bonds (130, 140, 1130, 1140, 1150) having different individual areas; and d) the larger and smaller bonds are elongated bonds that have a rounded shape and have a major dimension (L1, 12) measured along a major direction and a minor dimension (W1, w2) measured along a minor direction perpendicular to the major direction, and at least some of the elongated bonds have a major direction which is not oriented parallel to the machine direction, and the pattern comprises elongated bonds having different major directions.
A refrigerator having a cool air supply duct comprising: a vertical duct unit installed in a freezing chamber or a refrigerating chamber of the refrigerator so that the length of the vertical duct unit can be adjusted in the vertical direction; and being characterized by horizontal duct units installed on the vertical duct unit so that the length of the horizontal duct unit can be adjusted in the horizontal direction and provided with cool air discharge holes formed therethrough. a vertical duct unit installed in a freezing chamber or a refrigerating chamber of the refrigerator so that the length of the vertical duct unit can be adjusted in the vertical direction; and being characterized by horizontal duct units installed on the vertical duct unit so that the length of the horizontal duct unit can be adjusted in the horizontal direction and provided with cool air discharge holes formed therethrough.
Gasket device for a pneumatic valve system, in particular of a commercial vehicle, said gasket device comprising: a gasket part being adapted to be inserted into at least a groove of a flange face of a first casing part, at least one gasket chamber (304; 314, 324, 334, 344) for sealingly connecting channels of mounted second casing part, a body part, at least one spring part connecting said body part and said gasket part, wherein in an unbiased basic condition of said gasket device said body part is positioned above a gasket plane defined by said gasket chamber, wherein said gasket device is made as a single part of a flexible, elastic material, characterized in that said body part being adapted to be received in a valve seat of said second casing part, wherein said body part is moveable in an airflow direction relative to said gasket part by bending or stretching said at least one spring part. a gasket part being adapted to be inserted into at least a groove of a flange face of a first casing part, at least one gasket chamber (304; 314, 324, 334, 344) for sealingly connecting channels of mounted second casing part, a body part, at least one spring part connecting said body part and said gasket part, wherein in an unbiased basic condition of said gasket device said body part is positioned above a gasket plane defined by said gasket chamber, wherein said gasket device is made as a single part of a flexible, elastic material, characterized in that said body part being adapted to be received in a valve seat of said second casing part, wherein said body part is moveable in an airflow direction relative to said gasket part by bending or stretching said at least one spring part.
A feeding apparatus for poultry, comprising: - a feed source, - a feed line connected to the feed source, - a feed valve mechanism which is arranged in the feed line and which in a closed valve position blocks feed from passing through the feed line and in an open valve position allows feed to pass through the feed line, - a pecking block (50a, 50b) which is moveably mounted and mechanically coupled to the feed valve mechanism in such a way that the feed valve mechanism is closed when the pecking block is in a neutral position and the feed valve mechanism is open when the pecking block is in a deflected position due to pecking at the pecking block, characterised in that the pecking block (50a, 50b) includes an abrasive material. - a feed source, - a feed line connected to the feed source, - a feed valve mechanism which is arranged in the feed line and which in a closed valve position blocks feed from passing through the feed line and in an open valve position allows feed to pass through the feed line, - a pecking block (50a, 50b) which is moveably mounted and mechanically coupled to the feed valve mechanism in such a way that the feed valve mechanism is closed when the pecking block is in a neutral position and the feed valve mechanism is open when the pecking block is in a deflected position due to pecking at the pecking block,
Aqueous-based composition which consists of a) 0.1 to 5% by weight of octenidine, b) 0.001 to 0.1% by weight of stabilizer selected from α-tocopherol and 2,6-di-tert-butyl-4-methylphenol, c) 0.5 to 30% by weight of ethoxylated fatty acid monoglyceride and water as the remainder. a) 0.1 to 5% by weight of octenidine, b) 0.001 to 0.1% by weight of stabilizer selected from α-tocopherol and 2,6-di-tert-butyl-4-methylphenol, c) 0.5 to 30% by weight of ethoxylated fatty acid monoglyceride
A switching device, comprising: a housing having an exterior surface with at least one opening (121, 122) in said surface, an inner edge of an opening of said at least one opening (121, 122) for receiving and securing a solid body, at least a portion of said inner edge of said opening (121, 122) including an integral weld tab raised above a level of said surface; a sensing body (111, 112) comprising a sensing structure operable to sense at least one condition, said sensing body (111, 112) having an outer surface disposed partially within said housing and secured to said edge of said opening by said weld tab, wherein said weld tab provides weld material physically bonding said outer surface of said sensing body (111, 112) to said housing; characterized in that said housing is a sealed housing providing a 25 °C leak rate of ≤10 -6 cm 3 /s of helium at one atmosphere differential pressure between an interior and an exterior of said housing. a housing having an exterior surface with at least one opening (121, 122) in said surface, an inner edge of an opening of said at least one opening (121, 122) for receiving and securing a solid body, at least a portion of said inner edge of said opening (121, 122) including an integral weld tab raised above a level of said surface; a sensing body (111, 112) comprising a sensing structure operable to sense at least one condition, said sensing body (111, 112) having an outer surface disposed partially within said housing and secured to said edge of said opening by said weld tab, wherein said weld tab provides weld material physically bonding said outer surface of said sensing body (111, 112) to said housing; characterized in that said housing is a sealed housing providing a 25 °C leak rate of ≤10 -6 cm 3 /s of helium at one atmosphere differential pressure between an interior and an exterior of said housing.