mhurhangee/ep-ind-claims huggingface dataset:
A vehicle lift comprising a pair of parallel ramps each of which is pivoted to an upstanding support at one end and thereby movable between a substantially horizontal configuration and a slope downwards from the pivot, and also comprising one or two cross-beams connecting the two ramps and rigidly secured to the ramps to form a structure which precludes significant relative movement between the ramps and the or each cross-beam during elevation or lowering of the lift, with a cross-beam being located towards the ends of the ramps distal from the pivots but displaced from such ends so that such cross-beam bears against the ground when the ramps are in a downward position; characterised in that the cross-beam or cross-beams include a jacking point comprising a structure enveloping a portion of a separable lifting jack, the jacking point being engageable with the jack and located substantially midway between the two ramps such that lifting forces are directed effectively through the centre line and mid-span of the or each cross-beam.
An antibody that binds specifically to PSGL-1, comprising a first immunoglobulin chain and a second immunoglobulin chain, wherein the first chain, which is a light chain, and the second chain, which is a heavy chain, contain, respectively, SEQ ID NOs: 7-9 and SEQ ID NOs: 10-12; or SEQ ID NOs: 13-15 and SEQ ID NOs: 16-18.
An injection molding apparatus for delivering a melt stream of moldable material from a melt source to a mold cavity having a pair of mold gates uniformly distributed about the mold cavity, the injection molding apparatus comprising: an injection manifold having a base segment a first arm segment and a second arm segment such that the first and second arm segments (424, 424') are disposed on opposing sides of the mold cavity, a melt channel that extends from the base segment into each arm segment (424, 424') and a bore extending through each arm segment (424, 424') at a respective downstream end thereof; characterized in that a first nozzle seal is configured to seat through the bore in the first arm segment and a second nozzle seal is configured to seat through the bore in the second arm segment, whereby each nozzle seal is inserted from an outward surface of the injection manifold, directed inwardly such that a tip of each nozzle seal extends toward a longitudinal axis of the mold cavity, wherein each nozzle seal has a shoulder which engages a corresponding shoulder abutment surface on an outside surface of the injection manifold, and each nozzle seal is configured to receive melt from the manifold melt channel and redirect the melt to a respective mold gate and seal against melt leakage around the mold gate. an injection manifold having a base segment a first arm segment and a second arm segment such that the first and second arm segments (424, 424') are disposed on opposing sides of the mold cavity, a melt channel that extends from the base segment into each arm segment (424, 424') and a bore extending through each arm segment (424, 424') at a respective downstream end thereof; characterized in that a first nozzle seal is configured to seat through the bore in the first arm segment and a second nozzle seal is configured to seat through the bore in the second arm segment, whereby each nozzle seal is inserted from an outward surface of the injection manifold, directed inwardly such that a tip of each nozzle seal extends toward a longitudinal axis of the mold cavity, wherein each nozzle seal has a shoulder which engages a corresponding shoulder abutment surface on an outside surface of the injection manifold, and each nozzle seal is configured to receive melt from the manifold melt channel and redirect the melt to a respective mold gate and seal against melt leakage around the mold gate.
Rotor for an electric motor, with an axis of rotation and a plurality of embedded permanent magnets, of which, viewed in an axial frontal view of the rotor defined by the axis of rotation, at least two permanent magnets are each aligned in such a manner that in each case one end of the permanent magnets, viewed in a longitudinal direction of the permanent magnets, lies closer to a radial outer circumference of the rotor than does an opposite end of the permanent magnets viewed in the longitudinal direction of the permanent magnets, characterized in that, viewed in the frontal view of the rotor, the permanent magnets each have a first width at the end opposite as viewed in the longitudinal direction of the permanent magnets and a second width at the end closer to the radial outer circumference of the rotor as viewed radially, wherein the second width is larger than the first width, and wherein the permanent magnets have step-like widenings (Δb) in each case from the first width to the second width, as viewed in the frontal view of the rotor, wherein the widenings (Δb) of the permanent magnets are formed by material widenings b1, b2 and b3, where b1, b2 and b3 represent widths of the permanent magnets in the front view of the rotor, wherein the material widenings b1, b2 and b3, starting from the end that is radially remote from the radial outer circumference of the rotor in the longitudinal direction of the permanent magnets, increase in a step-like manner in the direction of the radial outer circumference of the rotor, such that a stair-like shape results for the permanent magnets on both sides.
Ethynylated heterodinucleoside phosphate analogs of formula I in which X stands for 0 or S; Z stands for H or the corresponding salt of acid addition of this compound; N 1 stands for a nucleoside residue of formula IV which is not ethynylated, in which: R 1 stands for hexadecyl, palmitoyl, oleoylamino or hydroxyl; R 2 stands for H or fluoro; R 3, R 4 are identical or different and stand for H, hydroxyl, fluoro; R 5, R 7 stands for H; R 6 stands for an oxygen atom, with which N 1 is bridged with P, R 8 stands for hydroxyl, azido or H and Y stands for 0 or S and N 2 stands for a nucleoside residue of formula IV, which is ethynylated, in which R 1 stands for amino R 2, R 3, R 7 for H; R 4, R 6 for hydroxyl; R 5 for ethynyl; R 8 stands for an oxygen atom, with which N 2 is bridged with P and Y stands for 0 or S. X stands for 0 or S; Z stands for H or the corresponding salt of acid addition of this compound; N 1 stands for a nucleoside residue of formula IV which is not ethynylated, in which: R 1 stands for hexadecyl, palmitoyl, oleoylamino or hydroxyl; R 2 stands for H or fluoro; R 3, R 4 are identical or different and stand for H, hydroxyl, fluoro; R 5, R 7 stands for H; R 6 stands for an oxygen atom, with which N 1 is bridged with P, R 8 stands for hydroxyl, azido or H and Y stands for 0 or S and N 2 stands for a nucleoside residue of formula IV, which is ethynylated, in which R 1 stands for amino R 2, R 3, R 7 for H; R 4, R 6 for hydroxyl; R 5 for ethynyl; R 8 stands for an oxygen atom, with which N 2 is bridged with P and Y stands for 0 or S. R 1 stands for hexadecyl, palmitoyl, oleoylamino or hydroxyl; R 2 stands for H or fluoro; R 3, R 4 are identical or different and stand for H, hydroxyl, fluoro; R 5, R 7 stands for H; R 6 stands for an oxygen atom, with which N 1 is bridged with P, R 8 stands for hydroxyl, azido or H and Y stands for 0 or S and N 2 stands for a nucleoside residue of formula IV, which is ethynylated, in which R 1 stands for amino R 2, R 3, R 7 for H; R 4, R 6 for hydroxyl; R 5 for ethynyl; R 8 stands for an oxygen atom, with which N 2 is bridged with P and Y stands for 0 or S.
A solar cell comprising a first conductivity type semiconductor substrate, a second conductivity type semiconductor layer formed on the first conductivity type semiconductor substrate and having a conductivity type opposite to that of the substrate, a p-n junction at an interface therebetween, a rear electrode in contact with at least a portion of the first conductivity type semiconductor substrate, a front electrode in contact with at least a portion of the second conductivity type semiconductor layer, and a silicon oxynitride passivation layer and a silicon nitride anti-reflective layer sequentially formed on a rear surface of the first conductivity type semiconductor substrate and on a front surface of the second conductivity type semiconductor layer, characterised in that the passivation layer has a thickness of 30 to 40 nm.
A system for preventing condensation phenomena in a group of concentration photovoltaic panels; each photovoltaic panel comprising: a closed longitudinal body which exhibits a pair of opposite heads and a longitudinal surface enabling passage of solar rays internally of the body; a plurality of photovoltaic cells contained in the body and destined to be interested by solar rays penetrating into the body; each photovoltaic panel being bilaterally supported by an oppositely-located pair of box bars (5, 6) belonging to a support frame of the group, by means of sleeves interesting the heads of the body and the box bars (5, 6); the box bars (5, 6) identifying first internal channels (50, 60) provided for housing at least an electric cabling of each photovoltaic panel; the sleeves identifying second internal channels provided for housing at least the electric cabling of the associated photovoltaic panel; characterised in that it comprises: ventilator means able to generate an air flow which is forced to circulate in a predetermined pathway which interests the first internal channels (50, 60) of the box bars (5, 6), the second internal channels of the sleeves of each photovoltaic panel, and the closed bodies of each photovoltaic panel; at least an outlet section through which the air flow can open to an outside; the air flow being able to prevent formation of condensation phenomena internally of the bodies of each panel.
A method for removing a cable film from a cable section of an electrical cable to be processed, wherein the cable film is compressed in the axial direction along the center axis of the cable before the cable film is removed from the cable section to be processed, wherein, to assist in the removal of the cable film, the mechanical load capacity of the cable film is reduced at least in part of the ring, in sections or completely around the circumference in the area of an intended crack position (R P) before the cable film is compressed, and wherein, to remove or assist in removing the cable film before the cable film is compressed, characterized in that at least one of the outer layers of the cable film facing away from the cable centre axis is subjected to a thermal treatment, a chemical treatment, an abrasive treatment or a suction process, or is incised, or a stripping aid is stuck onto the cable film and stripped off, at least in the region of the intended crack position (R P). wherein the cable film is compressed in the axial direction along the center axis of the cable before the cable film is removed from the cable section to be processed, wherein, to assist in the removal of the cable film, the mechanical load capacity of the cable film is reduced at least in part of the ring, in sections or completely around the circumference in the area of an intended crack position (R P) before the cable film is compressed, and wherein, to remove or assist in removing the cable film before the cable film is compressed, characterized in that at least one of the outer layers of the cable film facing away from the cable centre axis is subjected to a thermal treatment, a chemical treatment, an abrasive treatment or a suction process, or is incised, or a stripping aid is stuck onto the cable film and stripped off, at least in the region of the intended crack position (R P).
A method of priming a leukocyte remover in which a filter (5; 5A; 5B; 5C) in a substantially dry state is housed in a container (1; 2; 1 A; 1B; 1C; 2A; 2B; 2C) having a first port and a second port for liquid provided near a peripheral edge thereof and a space in the container is partitioned into a first port side space and a second port side space by the filter (5; 5A; 5B; 5C), the priming method comprising: arranging the leukocyte remover such that the second port is located in a lowest position of the leukocyte remover and the first port is located in a highest position of the leukocyte remover by placing the leukocyte remover substantially vertically but whereby the leukocyte remover can be inclined by up to 10 degrees from the vertical direction; leading in a physiological solution from the second port; and setting the average liquid surface rising speed of the physiological solution in the second port side space to be equal to or higher than the water absorption speed of the filter (5; 5A; 5B; 5C). arranging the leukocyte remover such that the second port is located in a lowest position of the leukocyte remover and the first port is located in a highest position of the leukocyte remover by placing the leukocyte remover substantially vertically but whereby the leukocyte remover can be inclined by up to 10 degrees from the vertical direction; leading in a physiological solution from the second port; and setting the average liquid surface rising speed of the physiological solution in the second port side space to be equal to or higher than the water absorption speed of the filter (5; 5A; 5B; 5C).
A configurable data processing system for executing a cryptographic protocol, comprising: an input configured to receive data to be processed according to a cryptographic calculation; a configurable processor configured to execute the cryptographic calculation on the input data based on the cryptographic protocol, comprising custom instructions configured to cause the processor to execute the cryptographic calculation; and one or more configurable hardware cipher data accelerators connected to the configurable processor and configured, by a configuration control or the processor, to process portions of input data to be processed, wherein the one or more configurable hardware cipher accelerators further comprise two of: a butterfly/in verse butterfly network, a substitution box, a programmable logic array, and a linear feedback shift register. an input configured to receive data to be processed according to a cryptographic calculation; a configurable processor configured to execute the cryptographic calculation on the input data based on the cryptographic protocol, comprising custom instructions configured to cause the processor to execute the cryptographic calculation; and one or more configurable hardware cipher data accelerators connected to the configurable processor and configured, by a configuration control or the processor, to process portions of input data to be processed, wherein the one or more configurable hardware cipher accelerators further comprise two of: a butterfly/in verse butterfly network, a substitution box, a programmable logic array, and a linear feedback shift register.
A method of making a mechanical fastener, the method comprising: providing a slit web (10, 10a) having mechanical fastening elements and a length in a machine direction, wherein the slit web (10, 10a) comprises a plurality of laterally separated interrupted slits (20a, 20b) that are interrupted by intact bridging regions (22, 22a, 22b) of the web (10, 10a), wherein the interrupted slits (20a, 20b) extend in a first direction not parallel to a cross-machine direction, and wherein for at least some adjacent interrupted slits (20a, 20b), the intact bridging regions (22a, 22b) are staggered in a direction transverse to the first direction; applying tension to the slit web (10, 10a) in the machine direction; and spreading the slit web (10, 10a) in the cross-machine direction by directing its side edges over two rotating diverging disks to provide a spread mechanical fastening web (10b, 10c), wherein the two rotating diverging disks are laterally spaced and have a support surface between them that contacts the slit web (10, 10a, 10b, 10c) during the spreading, and wherein the spread mechanical fastening web (10b, 10c) comprises multiple strands of the slit web (10b, 10c) attached to each other at least at some of the intact bridging regions (22, 22a, 22b) and separated from each other between at least some of the intact bridging regions (22, 22a, 22b). providing a slit web (10, 10a) having mechanical fastening elements and a length in a machine direction, wherein the slit web (10, 10a) comprises a plurality of laterally separated interrupted slits (20a, 20b) that are interrupted by intact bridging regions (22, 22a, 22b) of the web (10, 10a), wherein the interrupted slits (20a, 20b) extend in a first direction not parallel to a cross-machine direction, and wherein for at least some adjacent interrupted slits (20a, 20b), the intact bridging regions (22a, 22b) are staggered in a direction transverse to the first direction; applying tension to the slit web (10, 10a) in the machine direction; and spreading the slit web (10, 10a) in the cross-machine direction by directing its side edges over two rotating diverging disks to provide a spread mechanical fastening web (10b, 10c), wherein the two rotating diverging disks are laterally spaced and have a support surface between them that contacts the slit web (10, 10a, 10b, 10c) during the spreading, and wherein the spread mechanical fastening web (10b, 10c) comprises multiple strands of the slit web (10b, 10c) attached to each other at least at some of the intact bridging regions (22, 22a, 22b) and separated from each other between at least some of the intact bridging regions (22, 22a, 22b).
A cooling system of an air-cooled internal combustion engine, wherein a cooling fan is controlled by a shaft put in rotation by the crankshaft or by the crankshaft itself, and it directs an air flow to touch an engine block through a duct, wherein a partition is provided which can be moved between a first starting configuration, wherein it obstructs the duct, and a second regime configuration, wherein the duct is free, said partition being activated by activation means sensible to the temperature of a fluid inside the engine; and the cooling system being characterized in that the partition is placed within the duct, downstream with respect to the fan.
A method for protecting an SCR catalyst from contamination with platinum-group metal in an exhaust treatment system comprising a catalyst containing platinum group-metal upstream of the SCR catalyst, wherein the catalyst containing platinum-group metal is a flow-through substrate or filter substrate that bears oxidation-catalytically active components in the form of one or more coatings, characterized in that a material zone is located upstream of the SCR catalyst, which material zone comprises a physical mixture of aluminum oxide and cerium oxide.
Electromagnetic protection device 20 which is capable of protecting a hyperfrequency connection 21 between a hyperfrequency connector which is placed on a casing and at least one element of a hyperfrequency circuit which is contained in the casing, characterised in that it is formed by an attached tube which ensures the continuity of earth between the electrical earth of the hyperfrequency circuit and the mechanical earth of the casing and the cover, the device being produced from a copper alloy which is annealed and processed by means of gold plating and whose inner diameter is sized so that the characteristic impedance of the tube is equal to that of the connector and that of the element of the hyperfrequency circuit.
A device for creating intravascular access and guidewire placement, comprising: a main body having a first lumen; a piercing member disposed in said first lumen, and configured to be moved distally out of said first lumen and to pierce through tissue while being distally moved; a handle attached to said main body and having an actuator for moving said piercing member; a second lumen within the piercing member; and a guidewire disposed in said second lumen for delivery into a desired site from a distal end of said second lumen; the piercing member having a sharp point (36, 48, 50) on one end thereof and being retractable into the first lumen, wherein the first lumen is defined by a needle guide (16, 34) having an atraumatic blunt large diameter distal tip comprised of a polymer material and having a rounded distal edge; and in that there is further provided a third lumen within said main body, outwardly of the first lumen. a main body having a first lumen; a piercing member disposed in said first lumen, and configured to be moved distally out of said first lumen and to pierce through tissue while being distally moved; a handle attached to said main body and having an actuator for moving said piercing member; a second lumen within the piercing member; and a guidewire disposed in said second lumen for delivery into a desired site from a distal end of said second lumen; the piercing member having a sharp point (36, 48, 50) on one end thereof and being retractable into the first lumen, wherein the first lumen is defined by a needle guide (16, 34) having an atraumatic blunt large diameter distal tip comprised of a polymer material and having a rounded distal edge; and in that there is further provided a third lumen within said main body, outwardly of the first lumen.
Fluid ring compressor having a first single-acting compression stage, which has a first impeller eccentrically mounted in a housing, and having a second single-acting compression stage, which has a second impeller eccentrically mounted in a housing, wherein the first compression stage and the second compression stage are separated from one another by a sealing gap, characterized in that the sealing gap is arranged between a suction segment of the first compression stage and a suction segment of the second compression stage.
A pan-PPAR agonist for use in a method of treatment of a fibrotic condition, wherein said pan-PPAR agonist is 5-Chloro-1-[(6-benzothiazolyl)sulfonyl]-1H-indole-2-butanoic acid.
Data structure for use as a positive list in a device, comprising an entry for each permitted communication partner of the device having - a first identifier that explicitly identifies the communication partner, - a value of a predetermined certificate field that identifies a certificate as explicitly associated with the communication partner, and - a respective check value from at least one certificate of a communication partner that explicitly identifies the certificate, - wherein the data structure at least intermittently contains a check value (P1o) of an old certificate and a check value (P1n) of a new certificate (Z1n) and wherein the data structure is in a form such that the check value (P1o) of the old certificate is removed after a prescribed period, and inclusion of the check value (P1n) of the new certificate (Z1n) in the positive list is preceded by a check being performed to ascertain whether the new certificate additionally contains the check value (P1o) of the old certificate. - a first identifier that explicitly identifies the communication partner, - a value of a predetermined certificate field that identifies a certificate as explicitly associated with the communication partner, and - a respective check value from at least one certificate of a communication partner that explicitly identifies the certificate, - wherein the data structure at least intermittently contains a check value (P1o) of an old certificate and a check value (P1n) of a new certificate (Z1n) and wherein the data structure is in a form such that the check value (P1o) of the old certificate is removed after a prescribed period, and inclusion of the check value (P1n) of the new certificate (Z1n) in the positive list is preceded by a check being performed to ascertain whether the new certificate additionally contains the check value (P1o) of the old certificate.