mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical power contact configured to mate with a complementary electrical power contact in a forward direction (L), the electrical power contact comprising: a mounting portion configured to electrically connect to a substrate ; a mating portion that extends along a forward direction (L) with respect to the mounting portion , the mating portion configured to mate with the complementary electrical power contact, the mating portion including first and second contact blades disposed adjacent each other and abutting each other along a second direction (A) that is substantially perpendicular to the forward direction (L), wherein the first contact blade defines a first forwardmost tip , and the second contact blades defines a second forwardmost tip ; an intermediate portion that extends between the mating portion and the mounting portion , the intermediate portion configured to transmit electrical current between the mating portion and the mounting portion , characterized in that a select portion of the power contact is configured to elastically angulate with respect to at least a portion of the mounting portion within a range that causes the first and second forwardmost tips to deflect a distance between approximately 0.25 mm and approximately 3 mm in the second direction (A), such that at least one of the first and second contact blades slides along the other of the first and second contact blades . a mounting portion configured to electrically connect to a substrate ; a mating portion that extends along a forward direction (L) with respect to the mounting portion , the mating portion configured to mate with the complementary electrical power contact, the mating portion including first and second contact blades disposed adjacent each other and abutting each other along a second direction (A) that is substantially perpendicular to the forward direction (L), wherein the first contact blade defines a first forwardmost tip , and the second contact blades defines a second forwardmost tip ; an intermediate portion that extends between the mating portion and the mounting portion , the intermediate portion configured to transmit electrical current between the mating portion and the mounting portion , characterized in that a select portion of the power contact is configured to elastically angulate with respect to at least a portion of the mounting portion within a range that causes the first and second forwardmost tips to deflect a distance between approximately 0.25 mm and approximately 3 mm in the second direction (A), such that at least one of the first and second contact blades slides along the other of the first and second contact blades .
Fibrous composition, useful for preparing a sheet of paper, in particular security paper, comprising at least - a fibrous cellulosic material based on cotton fibres and free from wood fibres, and - a wet strength agent reactive to carboxylic functions, said fibrous cellulosic material additionally possessing cellulosic fibres, called hemicellulose fibres, having a hemicellulose content of at least 18 wt% relative to the total weight of said hemicellulose fibres, and a hemicellulose content of at least 0.7 wt% relative to the total weight of said fibrous cellulosic material. - a fibrous cellulosic material based on cotton fibres and free from wood fibres, and - a wet strength agent reactive to carboxylic functions, said fibrous cellulosic material additionally possessing cellulosic fibres, called hemicellulose fibres, having a hemicellulose content of at least 18 wt% relative to the total weight of said hemicellulose fibres, and a hemicellulose content of at least 0.7 wt% relative to the total weight of said fibrous cellulosic material.
A deburring tool for deburring abutting edges on orthogonal and diagonal cross bores in a component, such as an engine block, an injection system for internal combustion engines, a valve block, and a crank or transmission shaft, which is moved rotationally and/or translationally in use, including a tool shank, which has a clamping end and a tool-side shank end with a support body arranged as a fixed bearing, and a tubular shank piece, which is connected to the tool shank and holds one or several blade bodies having a blade , each of said blade bodies being movably mounted in an aperture, such that a material which is pressed into a through bore of the tool shank under pressure moves the blade(s) outward, said blades having shoulders arranged at a shoulder angle of 5 to 45 degrees and defining lateral boundaries , and having surfaces (F1; F2; F3) arranged parallel to a transversely running x-axis and with a clearance angle of zero degrees, characterized in that the contour of the blade on the blade body from the lateral perspective is a cyclical camming surface (F2) with a straight line (s) finishing toward the blade body , a flat surface (F3) runs parallel to the blade body at a distance (c), the length of said flat surface being determined by the distances (m; n) of the construction points of the cyclical camming surface (F2) and a further cyclical camming surface (F1) from the center of the blade and by the blade height (c), and the further cyclical camming surface (F1) presents a circular sector (r) finishing towards the blade body , wherein the cyclical camming surfaces (F2; F1) are the active cutting part.
A riveting transmission device , comprising a bearing rear seat , a bearing front seat and a ball screw rod assembly ; wherein the bearing front seat comprises a vertical portion , a first horizontal portion and a second horizontal portion parallel to the first horizontal portion, the first horizontal portion and the second horizontal portion are connected perpendicularly to the vertical portion; the ball screw rod assembly comprises a screw rod assembly passing through the first horizontal portion, a support member sleeved outside the screw rod assembly and cooperating with the screw rod assembly, a screw sleeve gear for connecting a speed reduction mechanism and driving the support member to rotate around an axis, a first bearing sleeved on the first horizontal portion and abutting against the vertical portion, characterized in that the bearing rear seat is disposed in the second horizontal portion and abuts against the vertical portion and further comprising a second bearing disposed between the support member and the bearing rear seat; one end of the support member abuts against the first bearing, and the screw sleeve gear is sleeved on the other end of the support member, and is located outside the bearing rear seat; the bearing rear seat is provided with a first limiting structure for preventing the support member disengaging from the bearing rear seat, the support member is provided with a second limiting structure for preventing the support member from disengaging from the bearing rear seat, and two ends of the second bearing respectively abut against the first limiting structure and the second limiting structure.
A ceramic tile hanging system comprising mounting components and ceramic tiles ; wherein the mounting components are fixed on an installation surface, including a plurality of fitting members extending upward from the top surface of the mounting components ; the fitting members are integrated with the mounting components ; the ceramic tiles are attached to the mounting components , each of the tiles is provided an inclined groove , and the inclined groove is hung on and attached to the fitting members . the inclined groove includes a first mounting portion opened on the side away from the ceramic tile decorative surface, each of the fitting members includes a first connecting portion extending upward from the mounting components , the first connecting portion abutting against the first mounting portion ; a connecting flap is fitted into the flap mounting portion , characterized in that the tiles are mutually adhering to the side surfaces, and in that said inclined groove includes a flap mounting portion extending from the side of the first mounting portion , and that said connecting flap is attached to the side of the first connecting portion of each of the fitting members . wherein the mounting components are fixed on an installation surface, including a plurality of fitting members extending upward from the top surface of the mounting components ; the fitting members are integrated with the mounting components ; the ceramic tiles are attached to the mounting components , each of the tiles is provided an inclined groove , and the inclined groove is hung on and attached to the fitting members . the inclined groove includes a first mounting portion opened on the side away from the ceramic tile decorative surface, each of the fitting members includes a first connecting portion extending upward from the mounting components , the first connecting portion abutting against the first mounting portion ; a connecting flap is fitted into the flap mounting portion , characterized in that the tiles are mutually adhering to the side surfaces, and in that said inclined groove includes a flap mounting portion extending from the side of the first mounting portion , and that said connecting flap is attached to the side of the first connecting portion of each of the fitting members .
Service device for a multi-component insulating gas, for use during the maintenance of electrical switchgears with a plant room, comprising - a compressor with a downstream cooler , - a storage container , - wherein the service device is connected to a plant room , wherein the compressor compresses the insulating gas during the removal from the plant room , wherein all components of the insulating gas remain in the compressor in the gaseous state, wherein a line heating device is provided, which at least partially heats a pipeline between the storage container and the plant room and/or elements in the pipeline, such as, for example, a filter housing or the like characterised in that the cooler is regulated by a controller such that all components of the insulating gas are still in the gaseous phase when leaving the cooler and that a condensation of the insulating gas takes place in the storage container or in the line system between cooler and storage container , wherein the line system is designed at this point such that even liquefied components enter the storage container in liquid form, where a renewed admixture with the remaining components condensing there then occurs and a storage heating device is provided for the storage container , wherein the storage heating device is used to heat the insulating gas in the storage container to a temperature above the critical temperature of all components and during the filling of the plant room the storage heating device heats the insulating gas to a temperature above the critical temperature of all components of the insulating gas. - a compressor with a downstream cooler , - a storage container , - wherein the service device is connected to a plant room , wherein the compressor compresses the insulating gas during the removal from the plant room , wherein all components of the insulating gas remain in the compressor in the gaseous state, wherein a line heating device is provided, which at least partially heats a pipeline between the storage container and the plant room and/or elements in the pipeline, such as, for example, a filter housing or the like characterised in that the cooler is regulated by a controller such that all components of the insulating gas are still in the gaseous phase when leaving the cooler and that a condensation of the insulating gas takes place in the storage container or in the line system between cooler and storage container , wherein the line system is designed at this point such that even liquefied components enter the storage container in liquid form, where a renewed admixture with the remaining components condensing there then occurs and a storage heating device is provided for the storage container , wherein the storage heating device is used to heat the insulating gas in the storage container to a temperature above the critical temperature of all components and during the filling of the plant room the storage heating device heats the insulating gas to a temperature above the critical temperature of all components of the insulating gas.
Sensor for recording the occupancy of seating and reclining furniture having a seat or recliner cushion consisting of a housing and a cover arranged to be movable thereto, wherein at least one spring element is arranged between housing and cover , and which has a trigger unit , which is connected to a transmitter , characterised in that the trigger unit consists of an actuator , which interacts with at least two levers , which are pivotably arranged in the housing and are under the influence of one of the spring elements , respectively, and which abut against the cover with a contact element and that the contact element is designed to be annular in such a manner that a 360° triggering is possible.
An encoder for converting a set of data words into a data block having a header section, a checksum section and a payload section; the encoder comprising: - a header inserter arranged to insert a header pattern in the data block; - a checksum calculator arranged to calculate a checksum of the set of data words; - a data word converter arranged to convert the set of data words into a set of obfuscated data words being a result of applying an exclusive or operation between the set of data words and the checksum; wherein the encoder comprises a header pattern eliminator arranged for, for as long as a header pattern is detected in the result of the exclusive or operation, in a number of iterations n, n being between 1 to the number of bits of the checksum control, - a checksum modifier to create an n th checksum by modifying an n th bit of the checksum, - the data word converter to convert the set of data words into an n th set of obfuscated data words being the result of applying an exclusive or operation between the set of data words and the n th checksum, and - a header pattern detector to detect a header pattern in the n th set of obfuscated data words and if no header pattern is detected control a payload inserter to insert the n th checksum in the checksum section and the n th set of obfuscated data words in the payload section of the data block. - a header inserter arranged to insert a header pattern in the data block; - a checksum calculator arranged to calculate a checksum of the set of data words; - a data word converter arranged to convert the set of data words into a set of obfuscated data words being a result of applying an exclusive or operation between the set of data words and the checksum; wherein the encoder comprises a header pattern eliminator arranged for, for as long as a header pattern is detected in the result of the exclusive or operation, in a number of iterations n, n being between 1 to the number of bits of the checksum control, - a checksum modifier to create an n th checksum by modifying an n th bit of the checksum, - the data word converter to convert the set of data words into an n th set of obfuscated data words being the result of applying an exclusive or operation between the set of data words and the n th checksum, and - a header pattern detector to detect a header pattern in the n th set of obfuscated data words and if no header pattern is detected control a payload inserter to insert the n th checksum in the checksum section and the n th set of obfuscated data words in the payload section of the data block.
A method comprising: receiving by a network gateway device , a message from a tactical data link unit in a tactical data link network , the tactical data link unit associated with a unique identifier within the tactical data link network ; determining, by the network gateway device, a message format of the message from a message header of the message; based on the determined message format, extracting, by the network gateway device, a portion of the message representing at least a portion of the unique identifier; building , by the network gateway device, an Internet Protocol packet that includes a source address in a host portion, and generating the source address based on a combination of the unique identifier and an identity of the corresponding subnet of the tactical data link network; and processing , by the network gateway device, the Internet Protocol packet toward a destination over an Internet-Protocol network . receiving by a network gateway device , a message from a tactical data link unit in a tactical data link network , the tactical data link unit associated with a unique identifier within the tactical data link network ; determining, by the network gateway device, a message format of the message from a message header of the message; based on the determined message format, extracting, by the network gateway device, a portion of the message representing at least a portion of the unique identifier; building , by the network gateway device, an Internet Protocol packet that includes a source address in a host portion, and generating the source address based on a combination of the unique identifier and an identity of the corresponding subnet of the tactical data link network; and processing , by the network gateway device, the Internet Protocol packet toward a destination over an Internet-Protocol network .
A method comprising: a) contacting a sample obtained from a subject having lymphoma, or suspected as having lymphoma with a reagent to form a product, optionally in the form of a complex, indicative of methylation status of NMT2 gene present in the sample; b) measuring the product formed to determine a methylation status of NMT2 gene in the sample; and c) determining the benefit of NMT inhibitor treatment of said lymphoma in said subject, wherein the determination of benefit of NMT inhibitor treatment is determined by hypermethylation of NMT2 gene in said sample, wherein determining the methylation status comprises: i) performing bisulfite modification to a nucleic acid obtained from said sample, ii) determining methylation of the promoter of the NMT2 gene using PCR primers and/or probes specific for the promoter region of the NMT2 gene from step a), optionally wherein the methylation level of the promoter region is determined compared to a control. a) contacting a sample obtained from a subject having lymphoma, or suspected as having lymphoma with a reagent to form a product, optionally in the form of a complex, indicative of methylation status of NMT2 gene present in the sample; b) measuring the product formed to determine a methylation status of NMT2 gene in the sample; and c) determining the benefit of NMT inhibitor treatment of said lymphoma in said subject, wherein the determination of benefit of NMT inhibitor treatment is determined by hypermethylation of NMT2 gene in said sample, i) performing bisulfite modification to a nucleic acid obtained from said sample, ii) determining methylation of the promoter of the NMT2 gene using PCR primers and/or probes specific for the promoter region of the NMT2 gene from step a), optionally wherein the methylation level of the promoter region is determined compared to a control.
A surface treatment solution for a plated steel sheet to be hot-pressed comprising a ZnO aqueous dispersion (A) and a water dispersible organic resin (B), wherein the ZnO aqueous dispersion (A) comprises water and ZnO particles having an average particle size of 10 to 300 nm, the water dispersible organic resin (B) has a 5 to 300 nm emulsion average particle size, and a mass ratio (W A /W B ) of a mass (W A ) of ZnO particles in the ZnO aqueous dispersion to a mass (W B ) of solid content in the water dispersible organic resin is 30/70 to 95/5.
A hyaluronan conjugate comprising hyaluronan having free hemi-ester-groups and a pharmaceutically active compound bound to the hyaluronan via hemi-ester groups wherein the hemi-ester groups have a chain length of 2-9 atoms.
A method for detecting defects in a composite structure , said method comprising: providing at least one optical fiber in the composite structure ; sending an optical signal down the at least one optical fiber ; detecting the optical signal propagating down the fiber at a detector ; determining that the optical signal is turning on and off at the detector ; assuming that the composite structure is damaged based on the turning on and off of the optical signal; and characterized in determining whether the damage to the composite structure is increasing by analyzing changes in spectral content of how often the detected optical signal turns on and off. providing at least one optical fiber in the composite structure ; sending an optical signal down the at least one optical fiber ; detecting the optical signal propagating down the fiber at a detector ; determining that the optical signal is turning on and off at the detector ; assuming that the composite structure is damaged based on the turning on and off of the optical signal; and characterized in determining whether the damage to the composite structure is increasing by analyzing changes in spectral content of how often the detected optical signal turns on and off.
A zoom lens system, consisting of, in order from an object side to an image side: a first lens group (G1) having negative power; a second lens group (G2) having positive power, and a third lens group (G3) having positive power, wherein the first lens group (G1) includes at least two negative lenses (L1, L2), when zooming, the first lens group (G1) is fixed relative to an imaging surface (S), the second lens group (G2) is configured to move along an optical axis to change an angle of view, the third lens group is fixed relative to the imaging surface (S) and a total angle of view at a wide angle extremity is at least 120 degrees, and characterized in that the following condition is satisfied: − 1.1 < 1 / fG 1 / 2 × fW × tan wW / 2 < − 0.5 where: fG1 is a focal length along a d-line of the first lens group (G1) fW is a focal length along a d-line of a wide angle extremity; and wW is a half angle of view at the wide angle extremity. a first lens group (G1) having negative power; a second lens group (G2) having positive power, and a third lens group (G3) having positive power, wherein the first lens group (G1) includes at least two negative lenses (L1, L2), when zooming, the first lens group (G1) is fixed relative to an imaging surface (S), the second lens group (G2) is configured to move along an optical axis to change an angle of view, the third lens group is fixed relative to the imaging surface (S) and a total angle of view at a wide angle extremity is at least 120 degrees, and characterized in that the following condition is satisfied: − 1.1 < 1 / fG 1 / 2 × fW × tan wW / 2 < − 0.5 where: fG1 is a focal length along a d-line of the first lens group (G1) fW is a focal length along a d-line of a wide angle extremity; and wW is a half angle of view at the wide angle extremity. fG1 is a focal length along a d-line of the first lens group (G1) fW is a focal length along a d-line of a wide angle extremity; and wW is a half angle of view at the wide angle extremity.