mhurhangee/ep-ind-claims huggingface dataset:
A short key generation and use method based on location comprising: at a server, receiving a request for a short key from a first device, the request including location information; at the server, determining whether the location information corresponds to one or more regions; if the location information corresponds to only one region, creating a list of regions adjacent to said one region, defining a set A to include short keys active in said one region and said regions adjacent to said one region or, if the location information corresponds to more than one region, grouping said more than one region into a unified region, and creating a list of regions adjacent to said unified region, defining the set A to include short keys active in said unified region and said regions adjacent to said unified region; creating a set B comprising all short keys in the range between the smallest key value that the server can generate and the next key value following the largest key value in set A, wherein said smallest key value and said next key value are part of set B; creating a set C comprising key values that said set A and said set B do not have in common; selecting the smallest key value in set C as the short key for the first device; and transmitting the short key for the first device to the first device for use as an authentication key to communicate with a second device. at a server, receiving a request for a short key from a first device, the request including location information; at the server, determining whether the location information corresponds to one or more regions; if the location information corresponds to only one region, creating a list of regions adjacent to said one region, defining a set A to include short keys active in said one region and said regions adjacent to said one region or, if the location information corresponds to more than one region, grouping said more than one region into a unified region, and creating a list of regions adjacent to said unified region, defining the set A to include short keys active in said unified region and said regions adjacent to said unified region; creating a set B comprising all short keys in the range between the smallest key value that the server can generate and the next key value following the largest key value in set A, wherein said smallest key value and said next key value are part of set B; creating a set C comprising key values that said set A and said set B do not have in common; selecting the smallest key value in set C as the short key for the first device; and transmitting the short key for the first device to the first device for use as an authentication key to communicate with a second device.
Mechanical lever-returning system for the switching lever of a turn signal switch in a motor vehicle, with a switching lever, with a driver rotatably mounted on the axis of rotation, with a steering column, with a hinged plate connected to the switching lever, which carries two latching pawls (4, 6) that each block a release cam (5, 5', 5a, 5b) connected to the steering column in one direction and allow it to pass in the opposite direction, wherein the switching lever or a switching piece connected to the switching lever is coupled to the rotatably mounted driver via a pivot joint, whereby the hinged plate is mounted in a floating manner on the driver, and wherein the two latching pawls (4, 6) are each held by a return spring (7, 8) in a basic position, from which they can only be deflected in one direction of rotation, deflecting the return spring (7, 8), characterized in that the release cam (5, 5', 5a, 5b) is connected to a release ring (16, 16') which is mounted on a bearing ring coupled to the steering column such that it can be rotated against the force of a spring element. with a hinged plate connected to the switching lever, which carries two latching pawls (4, 6) that each block a release cam (5, 5', 5a, 5b) connected to the steering column in one direction and allow it to pass in the opposite direction, wherein the switching lever or a switching piece connected to the switching lever is coupled to the rotatably mounted driver via a pivot joint, whereby the hinged plate is mounted in a floating manner on the driver, and wherein the two latching pawls (4, 6) are each held by a return spring (7, 8) in a basic position, from which they can only be deflected in one direction of rotation, deflecting the return spring (7, 8), characterized in that the release cam (5, 5', 5a, 5b) is connected to a release ring (16, 16') which is mounted on a bearing ring coupled to the steering column such that it can be rotated against the force of a spring element.
A process for producing synthesis gas in a dual pressure level ammonia plant having a first synthesis section operated in once through fashion at a first relatively lower high pressure level and having a second synthesis section operated in recirculating fashion at a second relatively higher high pressure level, characterized in that in the first synthesis section downstream of an OT reactor (10a1) of the first synthesis section the synthesis gas is cooled using cooling medium at a pressure level below the first high pressure level, in particular at a pressure level in the range from 50 to 75 bar, wherein the cooling medium is provided by means of a medium pressure steam generator at a pressure level below the first high pressure level or wherein the cooling is effected by means of the medium pressure steam generator.
Arm having at least one joint for a wheel suspension of a motor vehicle, wherein the at least one joint arranged on the arm has two joint parts (12, 26; 19) movably connected to each other, a first joint part (12, 26) having a spherical joint body (14, 28) and a second joint part rotatably and pivotably holding the joint body (14, 28), wherein a sensor device for determining the relative position of the two joint parts (12, 26; 19) relative to each other is arranged on the joint, wherein the sensor device comprises at least one sensor element (21, 31), which is integrated in a joint housing, wherein the joint housing forms the second joint part, in which the joint body (14, 28) is directly supported, and the joint body (14, 28) of the first joint part (12, 26) is positioned relative to the arm in at least one holding section of the arm, characterized in that the joint housing is produced in an assembly injection-moulding process, wherein at least the joint body of the first joint part is over-moulded, wherein the joint housing is produced by the over-moulding, wherein the at least one holding section is formed by wall segments of the arm which extend parallel to each other in some sections, and which have substantially coaxially arranged eyes, in which at least the first joint part (14, 28) is positioned before the over-moulding, wherein the joint housing encloses the two wall segments, at least in some sections.
A method performed at a wireless transmit and receive unit, WTRU, the method comprising: determining a number of repetitions for an uplink signal, wherein the uplink signal is used for transmission of a physical random access channel, PRACH, preamble, and wherein the number of repetitions is a number of PRACH preamble repetitions in a single PRACH preamble transmission attempt; deriving an uplink transmission power for the uplink signal used for the transmission of the PRACH preamble, wherein deriving the uplink transmission power for the uplink signal includes using a power control formula that applies a power offset determined as a function of the number of repetitions, the power offset being applied by subtracting an offset parameter of ten times the base-ten logarithm of the number of repetitions and expressed as: 10 ∗ log10 (the number of repetitions); and transmitting the uplink signal with repetitions, using the determined number of repetitions and the derived uplink transmission power. determining a number of repetitions for an uplink signal, wherein the uplink signal is used for transmission of a physical random access channel, PRACH, preamble, and wherein the number of repetitions is a number of PRACH preamble repetitions in a single PRACH preamble transmission attempt; deriving an uplink transmission power for the uplink signal used for the transmission of the PRACH preamble, wherein deriving the uplink transmission power for the uplink signal includes using a power control formula that applies a power offset determined as a function of the number of repetitions, the power offset being applied by subtracting an offset parameter of ten times the base-ten logarithm of the number of repetitions and expressed as: 10 ∗ log10 (the number of repetitions); and transmitting the uplink signal with repetitions, using the determined number of repetitions and the derived uplink transmission power.
A method of operating coordinate positioning apparatus having a measurement probe, the method comprising the following steps in any suitable order: (i) taking a first part in a series of nominally identical parts, at least a first reference geometrical property associated with one or more features of the first part being known, (ii) using the coordinate positioning apparatus to measure the one or more features of the first part and determining therefrom a first measured geometrical property that corresponds to the first reference geometrical property, such a first measured geometrical property being established using the measured position of multiple points on the surface of each of the one or more features of the first part, (iii) determining a first property correction value that describes a difference between the first reference geometrical property and the first measured geometrical property, (iv) using the coordinate positioning apparatus to measure the one or more features of a plurality of further parts in the series of nominally identical parts and, for each further part, determining a further measured geometrical property that corresponds to the first reference geometrical property, and (v) applying the first property correction value to each further measured geometrical property. (i) taking a first part in a series of nominally identical parts, at least a first reference geometrical property associated with one or more features of the first part being known, (ii) using the coordinate positioning apparatus to measure the one or more features of the first part and determining therefrom a first measured geometrical property that corresponds to the first reference geometrical property, such a first measured geometrical property being established using the measured position of multiple points on the surface of each of the one or more features of the first part, (iii) determining a first property correction value that describes a difference between the first reference geometrical property and the first measured geometrical property, (iv) using the coordinate positioning apparatus to measure the one or more features of a plurality of further parts in the series of nominally identical parts and, for each further part, determining a further measured geometrical property that corresponds to the first reference geometrical property, and (v) applying the first property correction value to each further measured geometrical property.
A rodent whose genome comprises a humanized CD47 gene, wherein the humanized CD47 gene encodes a humanized CD47 polypeptide which comprises a portion of a human CD47 polypeptide, and an intracellular portion of a rodent CD47 polypeptide; wherein the portion of the human CD47 polypeptide comprises the extracellular domain and the transmembrane domains of the human CD47 polypeptide, and is encoded by exons 2-7 of a human CD47 gene; wherein the intracellular portion of the rodent CD47 polypeptide is encoded by the exons downstream of exon 7 of a rodent CD47 gene; and wherein the humanized CD47 gene is operably linked to a rodent CD47 promoter.
A method performed by a receiving computing device, the method comprising: receiving, from a transmitting computing device, a sequenced data input, the sequenced data input including a set of individual values; determining that a number of individual values from the set of individual values exceeds a threshold value; in response to determining that the number of individual values from the set of individual values exceeds the threshold value, performing a first puncturing of the sequenced data input, the first puncturing yielding a first punctured data input, the first punctured data input including a first subset of the individual values from the set of individual values, wherein a number of individual values included in the first subset of individual values does not exceed the threshold value; for each respective predetermined data output from a set of predetermined data outputs, calculating a correlation value indicating similarity between the respective predetermined data output and the first punctured data input, yielding a first set of correlation values; determining, based on the first set of correlation values, whether the first punctured data input correlates to any predetermined data outputs from the set of predetermined data outputs; and in response to determining that the first punctured data input correlates to a first predetermined data output from the set of predetermined data outputs, determining that the sequenced data input corresponds to the first predetermined data output. receiving, from a transmitting computing device, a sequenced data input, the sequenced data input including a set of individual values; determining that a number of individual values from the set of individual values exceeds a threshold value; in response to determining that the number of individual values from the set of individual values exceeds the threshold value, performing a first puncturing of the sequenced data input, the first puncturing yielding a first punctured data input, the first punctured data input including a first subset of the individual values from the set of individual values, wherein a number of individual values included in the first subset of individual values does not exceed the threshold value; for each respective predetermined data output from a set of predetermined data outputs, calculating a correlation value indicating similarity between the respective predetermined data output and the first punctured data input, yielding a first set of correlation values; determining, based on the first set of correlation values, whether the first punctured data input correlates to any predetermined data outputs from the set of predetermined data outputs; and in response to determining that the first punctured data input correlates to a first predetermined data output from the set of predetermined data outputs, determining that the sequenced data input corresponds to the first predetermined data output.
A capsule for encapsulating a tablet, comprising two capsule portions, wherein the capsule portions contain a moisture content of 12 to 16% and the capsule portions each comprises interference fit means at the inner circumference thereof having a plurality of fluid flow passages therethrough and providing an interference fit between the capsule portions and the tablet when the capsule portions are push fitted over the tablet from the ends of the tablet in an abutting but not overlapping relationship with each other at ambient conditions, wherein the interference fit means comprises a plurality of ridges projecting inwardly from the inner circumference of the respective capsule portions and extending along the inner circumference of the respective capsule portions in radially spaced apart relationship with one another and defining the fluid flow passages between the ridges, the outline defined by the tips of the ridges corresponding to the outer surface of the tablet to provide an interference fit between the ridges and the tablet when the capsule portions are push fitted over the tablet.
Method for operating a distributed database system having distributed node devices for providing data blocks (Bi) which are linked to one another in the form of a blockchain and document data entries allocated to subscribers, wherein a respective coupling between the subscriber and the allocated data entry is effected with the aid of a cryptographic blockchain security method which has a cryptographic blockchain security level, having the steps of: providing a cryptographic challenge on the basis of the blockchain security method, wherein the cryptographic challenge has a cryptographic challenge security level which is lower than the blockchain security level; and increasing the blockchain security level to a new blockchain security level (nBSL) if a solution to the cryptographic challenge is detected. providing a cryptographic challenge on the basis of the blockchain security method, wherein the cryptographic challenge has a cryptographic challenge security level which is lower than the blockchain security level; and increasing the blockchain security level to a new blockchain security level (nBSL) if a solution to the cryptographic challenge is detected.
A surfboard accessory comprising: a surfboard leash cuff band, wherein said cuff band comprises a body and a closure device carried (3,4) on said body for closing the cuff band in a loop around an ankle of a surfer, and characterised by a tourniquet assembly integrated in said surfboard leash cuff band, wherein said tourniquet assembly comprises a tourniquet strap (6, 910, 1206, 1306) and a strap tensioning device (11, 904, 1204,1304, 1104,1106), and wherein a portion of said tourniquet strap (6, 902, 1206, 1306) is extendable laterally beyond the length of said cuff band body to permit said strap to be secured in a loop around a limb and tightened by said strap tensioning device to stop or control extremity blood flow in the limb; and a tourniquet strap storage component (23, 912), carried on said cuff band and arranged to removeably store in a folded configuration on said cuff band at least said tourniquet strap portion, wherein, when said tourniquet strap portion is so stored, the surfboard leash cuff band is closable around the ankle by the closure device (3,4) and operable for surf retention without obstruction by said tourniquet assembly, and wherein, when said tourniquet strap portion is removed from said storage component (23, 912), the surfboard accessory is operable as a tourniquet assembly for controlling extremity blood flow in the limb. a surfboard leash cuff band, wherein said cuff band comprises a body and a closure device carried (3,4) on said body for closing the cuff band in a loop around an ankle of a surfer, and characterised by a tourniquet assembly integrated in said surfboard leash cuff band, wherein said tourniquet assembly comprises a tourniquet strap (6, 910, 1206, 1306) and a strap tensioning device (11, 904, 1204,1304, 1104,1106), and wherein a portion of said tourniquet strap (6, 902, 1206, 1306) is extendable laterally beyond the length of said cuff band body to permit said strap to be secured in a loop around a limb and tightened by said strap tensioning device to stop or control extremity blood flow in the limb; and a tourniquet strap storage component (23, 912), carried on said cuff band and arranged to removeably store in a folded configuration on said cuff band at least said tourniquet strap portion, wherein, when said tourniquet strap portion is so stored, the surfboard leash cuff band is closable around the ankle by the closure device (3,4) and operable for surf retention without obstruction by said tourniquet assembly, and wherein, when said tourniquet strap portion is removed from said storage component (23, 912), the surfboard accessory is operable as a tourniquet assembly for controlling extremity blood flow in the limb.
A two axes MEMS resonant magnetometer comprising in one plane a freestanding rectangular frame having inner walls (3,4) and 4 torsion springs (5,6,7,8), wherein opposing inner walls (3,4) of the frame are contacted by one end (5a,6a,7a,8a) of only 2 springs, each spring being anchored by its other end (5b,6b,7b,8b) to a substrate.
An air conditioning indoor unit comprising: an indoor unit body having a front surface provided with a blow-in port; and a front panel covering the front surface of the indoor unit body and configured to at least partially shift to open and close the blow-in port, wherein the front panel includes a first panel positioned in a lower side and a second panel positioned above the first panel, the first panel is vertically longer than the second panel in a front view, and the first panel is configured to shift to be positioned in front of the second panel to open the blow-in port, the air conditioning indoor unit further comprising an arm configured to turn to shift the first panel, characterized in that when the air conditioning indoor unit is not in operation, the first panel and the second panel have surfaces aligned on an identical vertical plane including the front surface of the indoor unit body, and in that the arm has a shaft provided behind the second panel. an indoor unit body having a front surface provided with a blow-in port; and a front panel covering the front surface of the indoor unit body and configured to at least partially shift to open and close the blow-in port, wherein the front panel includes a first panel positioned in a lower side and a second panel positioned above the first panel, the first panel is vertically longer than the second panel in a front view, and the first panel is configured to shift to be positioned in front of the second panel to open the blow-in port, the air conditioning indoor unit further comprising an arm configured to turn to shift the first panel, characterized in that when the air conditioning indoor unit is not in operation, the first panel and the second panel have surfaces aligned on an identical vertical plane including the front surface of the indoor unit body, and in that the arm has a shaft provided behind the second panel.
Roller blind system, comprising - a winding shaft rotatably mounted about a winding shaft axis, - a flexible planar structure (30, 30a), one edge of which is fastened to the winding shaft, wherein the winding shaft has a main body for holding a rolled-up planar structure (30, 30a) that can be unwound from the winding shaft, said main body having a design in the shape of a partial cone in relation to a winding shaft axis, characterized in that the main body is formed as a hollow metal component with the shape of a partial cone, the wall thickness of the main body varies along the direction of the winding shaft axis, wherein the wall thickness increases from a first end of the main body having a greater external diameter towards a second end of the main body having a smaller diameter. - a winding shaft rotatably mounted about a winding shaft axis, - a flexible planar structure (30, 30a), one edge of which is fastened to the winding shaft,