mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a single magnetic tunnel junction, MTJ, cell adapted to store multiple digital values, said MTJ cell comprising first, second, and third vertical side walls (3530, 3540, 3550, 3630, 3640, 3650), each of the first, second, and third vertical side walls defining a unique vertical magnetic domain, each of the unique vertical magnetic domains adapted to store a digital value, said digital value arranged to be stored by a vertical magnetic field that is associated with the first, second, or third vertical side wall; a first terminal (3512, 3612) coupled to said first vertical side wall (3530, 3630) of the MTJ cell; a second terminal (3518, 3618) coupled to said second vertical side wall (3540, 3640) of the MTJ cell; a third terminal (3562, 3662) coupled to said third vertical sidewall (3550, 3650) of the MTJ cell; a first transistor (3514, 3614) coupled to the first terminal and to a first source line (3516, 3616), a control terminal of said first transistor coupled to a data write line, WL, (3510,3610); a second transistor (3520 3620) coupled to the second terminal and to a second source line (3522, 3622), a control terminal of said second transistor coupled to said data write line; and a third transistor (3560, 3660) coupled to the third terminal and to a third source line (3564, 3664), a control terminal of said third transistor coupled to said data write line. a single magnetic tunnel junction, MTJ, cell adapted to store multiple digital values, said MTJ cell comprising first, second, and third vertical side walls (3530, 3540, 3550, 3630, 3640, 3650), each of the first, second, and third vertical side walls defining a unique vertical magnetic domain, each of the unique vertical magnetic domains adapted to store a digital value, said digital value arranged to be stored by a vertical magnetic field that is associated with the first, second, or third vertical side wall; a first terminal (3512, 3612) coupled to said first vertical side wall (3530, 3630) of the MTJ cell; a second terminal (3518, 3618) coupled to said second vertical side wall (3540, 3640) of the MTJ cell; a third terminal (3562, 3662) coupled to said third vertical sidewall (3550, 3650) of the MTJ cell; a first transistor (3514, 3614) coupled to the first terminal and to a first source line (3516, 3616), a control terminal of said first transistor coupled to a data write line, WL, (3510,3610); a second transistor (3520 3620) coupled to the second terminal and to a second source line (3522, 3622), a control terminal of said second transistor coupled to said data write line; and a third transistor (3560, 3660) coupled to the third terminal and to a third source line (3564, 3664), a control terminal of said third transistor coupled to said data write line.
Method of manufacturing a sandwich panel having an asymmetrical configuration in the thickness direction, comprising the steps of: a) an assembling step of providing a plate-shaped assembly of a first cover part and a second cover part and between these cover parts a core part of a thermoplastic material containing a blowing agent, wherein the second cover part is not equal to the first cover part regarding heat capacity and/or thermal conductivity; b) a heating step of heating the assembly of step a) under pressure between press tools in a press; thereby effecting adhesion of the core part to the first and second cover parts; c) a foaming step of foaming the thermoplastic material in the core part under pressure and at a foaming temperature between press tools in the press by increasing the spacing between the press tools; d) a cooling step of cooling the foamed sandwich panel resulting from step c), while the sandwich panel is maintained under pressure between the press tools; e) a discharging step of removing the thus cooled sandwich panel from the press; characterized in that during step a) a first compensation part conforming to the heat capacity and thermal conductivity of the second cover part is positioned at the side of the first cover part and/or a second compensation part conforming to the heat capacity and thermal conductivity of the first cover part is positioned at the side of the second cover part, and wherein during or after step e) the first and/or second compensation parts are removed from the sandwich panel. a) an assembling step of providing a plate-shaped assembly of a first cover part and a second cover part and between these cover parts a core part of a thermoplastic material containing a blowing agent, wherein the second cover part is not equal to the first cover part regarding heat capacity and/or thermal conductivity; b) a heating step of heating the assembly of step a) under pressure between press tools in a press; thereby effecting adhesion of the core part to the first and second cover parts; c) a foaming step of foaming the thermoplastic material in the core part under pressure and at a foaming temperature between press tools in the press by increasing the spacing between the press tools; d) a cooling step of cooling the foamed sandwich panel resulting from step c), while the sandwich panel is maintained under pressure between the press tools; e) a discharging step of removing the thus cooled sandwich panel from the press;
Method for producing knitted fabric with freely selectable weft-pattern repeat, in which weft yarns (5a, 5b, 5c) introduced by means of a weft-insertion system are fed to a working area of the knitting needles (1, 3) by means of a longitudinal weft-yarn conveyor driven in a partially intermittent and/or continuous manner with at least partially varying speed in a controlled manner and the weft yarns (5a, 5b, 5c) fed into the working area are each gripped by a weft-yarn-receiving portion of a weft-yarn-advancing plate and inserted into loops of the knitted fabric in the working area of the knitting needles (1, 3), wherein the weft-yarn-receiving portion of the weft-yarn-advancing plate performs a movement substantially in the weft-yarn-conveying direction and a movement substantially transversely to the weft-yarn-conveying direction when a weft yarn (5a, 5b, 5c) is fed into the stitch-forming area, wherein the movement in the weft-yarn-conveying direction and the movement transversely to the weft-yarn-conveying direction are executed in an at least partially decoupled manner from one another, wherein the movement of the weft-yarn-receiving portion of the weft-yarn-advancing plate in the weft-yarn-conveying direction is executed in each stitch-forming cycle and the movement of the weft-yarn-receiving portion of the weft-yarn-advancing plate transversely to the weft-yarn-conveying direction is executed only in those stitch-forming cycles, in which a weft yarn (5a, 5b, 5c) is to be inserted into the stitches according to the pattern, the movement of the weft-yarn-receiving portion of the weft-yarn-advancing plate in the weft-yarn conveying direction being driven by a mechanical transmission, characterised in that the movement of the weft-yarn-receiving portion of the weft-yarn-advancing plate transversely to the weft-yarn-conveying direction is driven by an electric motor.
Traffic-resistant floor covering for people-transporting vehicles, comprising at least one main layer, the composition of which comprises polyvinyl chloride, a plasticizer composed at least partially of a polymeric plasticizer at least partially miscible with polyvinyl chloride, characterised in that the polymeric plasticizer is chosen from among ethylene/vinyl acetate/carbon monoxide and ethylene/acrylate/carbon monoxide, said composition comprising between 1 and 60 PCR of non-polymeric plasticizer, the composition further comprising between 5% and 65% by weight of flameproofing agents with respect to the weight of the main layer, and between 0.5% and 8% by weight of synergy agents and/or smoke suppressors with respect to the weight of the main layer.
A method of detecting a fall of a footwear user wherein both a pressure exerted on a sole of said footwear and an acceleration of said footwear are detected (11, 12) by one or more sensors located in a footwear and combined together to detect whether said user is fallen or not, wherein a footwear user fall risk alert is sent when a sequence of a sudden sensed pressure drop shortly followed by a sudden sensed acceleration raise is detected and/or when a sudden sensed pressure drop is detected simultaneously with a sudden sensed acceleration raise, wherein said fall risk alert is wirelessly sent out of said footwear.
A converting machine used to convert sheet material into packaging templates for assembly into boxes or other packaging, the converting machine comprising: a converting assembly configured to perform one or more transverse conversion functions and one or more longitudinal conversion functions on the sheet material, the one or more transverse conversion functions and the one or more longitudinal conversion functions being selected from the group consisting of creasing, bending, folding, perforating, cutting, and scoring, to create the packaging templates, the converting assembly comprising: one or more longheads comprising one or more cutting wheels or one or more creasing wheels that perform the one or more longitudinal conversion functions on the sheet material, wherein at least one of the one or more longheads is adapted to be selectively repositioned along a width of the converting assembly to make the one or more longitudinal conversion functions at different positions along a width of the sheet material; and a crosshead comprising a body and one or more cutting wheels and one or more creasing wheels that perform the one or more transverse conversion functions on the sheet material, the one or more creasing wheels being configured to remain in substantially the same vertical position relative to the body, wherein the crosshead is selectively movable relative to the sheet material and along at least a portion of the width of the converting assembly to perform the one or more transverse conversion functions on the sheet material, wherein the crosshead is adapted to selectively engage and reposition the at least one of the one or more longheads along the width of the converting assembly. one or more longheads comprising one or more cutting wheels or one or more creasing wheels that perform the one or more longitudinal conversion functions on the sheet material, wherein at least one of the one or more longheads is adapted to be selectively repositioned along a width of the converting assembly to make the one or more longitudinal conversion functions at different positions along a width of the sheet material; and a crosshead comprising a body and one or more cutting wheels and one or more creasing wheels that perform the one or more transverse conversion functions on the sheet material, the one or more creasing wheels being configured to remain in substantially the same vertical position relative to the body, wherein the crosshead is selectively movable relative to the sheet material and along at least a portion of the width of the converting assembly to perform the one or more transverse conversion functions on the sheet material, wherein the crosshead is adapted to selectively engage and reposition the at least one of the one or more longheads along the width of the converting assembly.
A method for guiding a product in a stretch blow molding and/or filling machine, wherein blank parameters (RP1 - RP3) of blanks (A - G) provided for stretch blow molding are automatically measured for acquiring and storing initial data (ID1 - ID3) for stretch blow molding, wherein bottle parameters (FP1 - FP3) of bottles (A', C', F', G') produced during stretch blow molding and/or filled thereafter are measured and, in particular, machine error conditions (FZ1, FZ2) occurring during stretch blow molding and/or filling are automatically detected, and wherein respective result data (ED1 - ED5) acquired during stretch blow molding and/or filling are individually assigned to the blanks and stored, wherein at least one rejection criterion (AK1 - AK5) applicable during the following production process is calculated on the basis of a data analysis of the stored initial data and result data to be used when deciding about the rejection of defective blanks or bottles, and wherein the calculation of the rejection criterion is updated taking into account initial data and result data additionally acquired during the production process. wherein blank parameters (RP1 - RP3) of blanks (A - G) provided for stretch blow molding are automatically measured for acquiring and storing initial data (ID1 - ID3) for stretch blow molding, wherein bottle parameters (FP1 - FP3) of bottles (A', C', F', G') produced during stretch blow molding and/or filled thereafter are measured and, in particular, machine error conditions (FZ1, FZ2) occurring during stretch blow molding and/or filling are automatically detected, and wherein respective result data (ED1 - ED5) acquired during stretch blow molding and/or filling are individually assigned to the blanks and stored, wherein at least one rejection criterion (AK1 - AK5) applicable during the following production process is calculated on the basis of a data analysis of the stored initial data and result data to be used when deciding about the rejection of defective blanks or bottles, and wherein the calculation of the rejection criterion is updated taking into account initial data and result data additionally acquired during the production process.
A high-pressure press, comprising a high-pressure vessel enclosing a high-pressure chamber for holding articles to be pressed and a high-pressure medium, which high-pressure press chamber is arranged to be heated during operation of the high-pressure press, a housing having a housing wall, which housing is provided within the high-pressure press chamber for separating a volume from the high-pressure press chamber, which housing is arranged for holding a fluid, a fan arranged in the high-pressure press chamber outside the housing for circulating the high pressure medium in the high-pressure press chamber, a motor arranged in the housing, which motor is operatively connected to the fan for driving the fan, a cooling device arranged for cooling a portion (9,10,11) of the housing wall, a pumping device arranged for circulating the fluid within the housing, wherein fluid passing the portion (9,10,11) of the housing wall is cooled by the cooling device; characterized by a guiding element enclosing said motor and being provided in the housing interior, such that said guiding element separates the housing from the motor and defines a portion of the housing interior between the housing and the guiding element, said guiding element including outlets allowing fluid communication between a guiding element interior and said portion and an inlet for allowing a fluid communication between the guiding element interior and the housing interior, wherein fluid enters said inlet, flows through the guiding element interior to pass said motor and exits through said outlets during said circulation thereby providing a transfer of cold from the portion (9,10,11) of the housing wall to the motor for cooling the motor. a housing having a housing wall, which housing is provided within the high-pressure press chamber for separating a volume from the high-pressure press chamber, which housing is arranged for holding a fluid, a fan arranged in the high-pressure press chamber outside the housing for circulating the high pressure medium in the high-pressure press chamber, a motor arranged in the housing, which motor is operatively connected to the fan for driving the fan, a cooling device arranged for cooling a portion (9,10,11) of the housing wall, a pumping device arranged for circulating the fluid within the housing, wherein fluid passing the portion (9,10,11) of the housing wall is cooled by the cooling device; characterized by a guiding element enclosing said motor and being provided in the housing interior, such that said guiding element separates the housing from the motor and defines a portion of the housing interior between the housing and the guiding element, said guiding element including outlets allowing fluid communication between a guiding element interior and said portion and an inlet for allowing a fluid communication between the guiding element interior and the housing interior, wherein fluid enters said inlet, flows through the guiding element interior to pass said motor and exits through said outlets during said circulation thereby providing a transfer of cold from the portion (9,10,11) of the housing wall to the motor for cooling the motor.
A pneumatic tire comprising: a tread that forms a tread surface which comes into contact with a road surface; and a band disposed inward of the tread in a radial direction, wherein the band has a helically wound structure in which a strip having a cord is wound in a circumferential direction, the band includes a center portion disposed at a center in an axial direction, and a shoulder portion disposed outward of the center portion in the axial direction, a pitch (Pc) of the strip in the center portion is not less than 2.0 times a width of the strip and not greater than 2.5 times the width, and a pitch (Ps) of the strip in the shoulder portion is not less than 0.8 times the width of the strip and not greater than 1.2 times the width, characterized in that, in a state of the tire, in which the tire is mounted on a normal rim, inflated with air to a normal internal pressure and in which no load is applied to the tire, on a cross-section perpendicular to the circumferential direction, a profile of the tread surface has a first arc that intersects an equator plane, and a second arc that contacts with the first arc at a contact point such that the first arc and the second arc have a common tangent line at the contact point, and a ratio (R1/R2) of a curvature radius of the first arc to a curvature radius of the second arc is not less than 210% and not greater than 250%. a tread that forms a tread surface which comes into contact with a road surface; and a band disposed inward of the tread in a radial direction, wherein the band has a helically wound structure in which a strip having a cord is wound in a circumferential direction, the band includes a center portion disposed at a center in an axial direction, and a shoulder portion disposed outward of the center portion in the axial direction, a pitch (Pc) of the strip in the center portion is not less than 2.0 times a width of the strip and not greater than 2.5 times the width, and a pitch (Ps) of the strip in the shoulder portion is not less than 0.8 times the width of the strip and not greater than 1.2 times the width, characterized in that, in a state of the tire, in which the tire is mounted on a normal rim, inflated with air to a normal internal pressure and in which no load is applied to the tire, on a cross-section perpendicular to the circumferential direction, a profile of the tread surface has a first arc that intersects an equator plane, and a second arc that contacts with the first arc at a contact point such that the first arc and the second arc have a common tangent line at the contact point, and a ratio (R1/R2) of a curvature radius of the first arc to a curvature radius of the second arc is not less than 210% and not greater than 250%.
Separating element for dividing the space of an area of an interior of a household refrigeration device, wherein the separating element divides the storage areas of chilled goods containers and/or shelves into several areas, wherein the separating element has at least one wall element and at least one fixing element and can be arranged flexibly on and removed from the surfaces of the chilled goods container, the shelves and/or an interior wall for adjusting the several areas depending on the amount and size of the chilled goods, characterised in that at least one wall element has at least one film hinge.
Fryer with a vessel, that contains a hot fluid-bath with a fluid level and which comprises: - one or more belt(s) (2 - 5) which transports products to be fried through the hot fluid-bath, wherein a surface of the belt(s) (2 - 5) on which the products are located during transportation in the fryer has a submerged section being submerged in the hot fluid-bath, the fryer being characterized in that it further comprises: - a submerge belt that hinders the products from floating to the fluid level, wherein the submerge belt has a submerged section being submerged in the hot fluid-bath and - a floating particles removing device located vertically above the submerged section of the submerge belt and/or of the submerge section of the surface of the belt(s). - one or more belt(s) (2 - 5) which transports products to be fried through the hot fluid-bath, wherein a surface of the belt(s) (2 - 5) on which the products are located during transportation in the fryer has a submerged section being submerged in the hot fluid-bath, the fryer being characterized in that it further comprises: - a submerge belt that hinders the products from floating to the fluid level, wherein the submerge belt has a submerged section being submerged in the hot fluid-bath and - a floating particles removing device located vertically above the submerged section of the submerge belt and/or of the submerge section of the surface of the belt(s).
A sealing device for an hydraulic assembly wherein hydraulic fluid is contained in a working chamber formed between the body and the thrust member of the assembly comprising the body the thrust member, the working chamber and an annular seal (10,10A, 63, 64, 110, 210, 310, 410, 510, 610, 710, 810, 910, 1010, 1110) with opposed sealing faces which are urged into sealing engagement between the body and the thrust member which have convergent sealing faces, characterised in that it also comprises an annular mating spring clip retained in the body or in the thrust member of the assembly which bears against a non-sealing face of the annular seal (10, 10A, 63, 64, 110, 210, 310, 410, 510, 610, 710, 810, 910, 1010, 1110) to ensure primary sealing engagement between the body and the thrust member.