mhurhangee/ep-ind-claims huggingface dataset:
A static reduction roller (100; 200; 300; 401a), comprising: a roller having a low-conductivity major surface, a central axis (215; 315), and two ends; a static reduction engagement cover (160; 260; 360; 560a; 560c) having an inner surface and an outer surface, the inner surface adjacent the major surface of the roller, the static reduction engagement cover (160; 260; 360; 560a; 560c) comprising: a resilient engagement surface; and electrically conductive fibers (166; 266; 366), wherein the electrically conductive fibers (166; 266; 366) are disposed throughout the resilient engagement surface such that a portion of the electrically conductive fibers (166; 266; 366) are proximate the outer surface; wherein the resilient engagement surface is a knit fabric comprising a base layer (264; 364) having first and second faces and a resilient looped pile (268; 368) protruding from the first face. a roller having a low-conductivity major surface, a central axis (215; 315), and two ends; a static reduction engagement cover (160; 260; 360; 560a; 560c) having an inner surface and an outer surface, the inner surface adjacent the major surface of the roller, the static reduction engagement cover (160; 260; 360; 560a; 560c) comprising: a resilient engagement surface; and electrically conductive fibers (166; 266; 366), a resilient engagement surface; and electrically conductive fibers (166; 266; 366),
A hydraulic swivel drive for a grab which has two gripping arms or shells movable like tongs, comprising two swivel shafts (8, 9) rotatably mounted in a drive housing and parallel to each other, whose shaft ends are connectable with the gripping arms, wherein the swivel shafts (8, 9) each have two oppositely threaded screw engagement portions (19, 20), with which two pistons (12, 13) movable in opposite directions for driving the swivel shafts (8, 9) are in screw engagement, characterized in that the pistons (12, 13) each have two piston running surfaces (24, 25) on the outer shell surface, which are shaped differently in cross-section and are arranged to run in differently large cylinder pressure chambers (15, 16; 17) shaped differently in cross-section, which are formed by the drive housing.
Gas turbine blade or compressor blade which has, on the blade root, two lifting flank regions, wherein only both lifting flank regions have, at least in part, a polymer coating.
A process for producing boron nitride nanotubes, which process comprises thermally exciting a boron-containing target in a chamber under nitrogen pressure which is elevated above atmospheric to form a nucleation site at which the boron nitride nanotubes are formed continuously, wherein the pressure of the nitrogen gas is greater than 2 atmospheres and less than 250 atmospheres.
A structure for attaching an electronic component to an inner surface of a pneumatic tire, comprising: a case which has a bottom plate, a side wall, and a lid and in which the electronic component is mounted inside an inner space defined by the bottom plate, the side wall, and the lid; and a support made of rubber and disposed between the case and the inner surface of the pneumatic tire, wherein the support has a bottom surface to be attached to the inner surface of the pneumatic tire, and a front surface provided on the opposite side from the bottom surface, a seating surface having such a shape as to be capable of receiving the bottom plate of the case is formed in the front surface, and the support has a groove in the front surface; CHARACTERISED IN THAT: the groove is formed in such a way as to surround an edge of the seating surface. a case which has a bottom plate, a side wall, and a lid and in which the electronic component is mounted inside an inner space defined by the bottom plate, the side wall, and the lid; and a support made of rubber and disposed between the case and the inner surface of the pneumatic tire, wherein the support has a bottom surface to be attached to the inner surface of the pneumatic tire, and a front surface provided on the opposite side from the bottom surface, a seating surface having such a shape as to be capable of receiving the bottom plate of the case is formed in the front surface, and the groove is formed in such a way as to surround an edge of the seating surface.
Apparatus for controlling tyres, each tyre having a main rotation axis (X-X), said apparatus comprising at least one control station (27a, 27b); wherein said at least one control station (27a, 27b) comprises: a base; a rotating table mounted on the base so as to be able to rotate around a respective vertical rotation axis; wherein the rotating table comprises an abutment portion lying in a plane horizontal and perpendicular to said vertical rotation axis and configured for receiving and supporting a sidewall of a tyre to be controlled; at least one control device operatively active at the rotating table; a movement device configured for rotating the rotating table around said vertical rotation axis; characterized in that the abutment portion is movable in said plane that is horizontal with respect to the vertical rotation axis according to two directions (x, y) belonging to said horizontal plane; and in that said at least one control station (27a, 27b) comprises: at least one actuator (45, 46) operatively connected to the abutment portion in order to move said abutment portion according to said two directions (x, y); a detection device configured for detecting a shift on said horizontal plane between the vertical rotation axis and the main axis (X-X) of the tyre; an electronic management unit operatively connected to the detection device and to said at least one actuator (45, 46), wherein the electronic management unit is configured for driving the actuator (45, 46) and moving the abutment portion according to at least one of said two directions (x, y) as a function of the detected shift, in order to render such shift less than a pre-established value. a base; a rotating table mounted on the base so as to be able to rotate around a respective vertical rotation axis; wherein the rotating table comprises an abutment portion lying in a plane horizontal and perpendicular to said vertical rotation axis and configured for receiving and supporting a sidewall of a tyre to be controlled; at least one control device operatively active at the rotating table; a movement device configured for rotating the rotating table around said vertical rotation axis; at least one actuator (45, 46) operatively connected to the abutment portion in order to move said abutment portion according to said two directions (x, y); a detection device configured for detecting a shift on said horizontal plane between the vertical rotation axis and the main axis (X-X) of the tyre; an electronic management unit operatively connected to the detection device and to said at least one actuator (45, 46), wherein the electronic management unit is configured for driving the actuator (45, 46) and moving the abutment portion according to at least one of said two directions (x, y) as a function of the detected shift, in order to render such shift less than a pre-established value.
A composition comprising an isolated somatic cell that comprises an exogenously introduced nucleic acid encoding a multimodal TRAIL polypeptide comprising a reporter polypeptide and a therapeutic TRAIL polypeptide, wherein said therapeutic TRAIL polypeptide comprises an extracellular domain of human TRAIL operably linked to at least one regulatory sequence, said multimodal TRAIL polypeptide comprises a linker domain C-terminal to the reporter polypeptide and N-terminal to the therapeutic TRAIL polypeptide; and the cell is encapsulated in a matrix or scaffold, wherein the matrix: (i) comprises a synthetic extracellular matrix; and (ii) is biodegradable; and wherein the synthetic extracellular matrix comprises a thiol-modified hyaluronic acid and a thiol reactive cross-linker molecule. (i) comprises a synthetic extracellular matrix; and (ii) is biodegradable; and
An isolated PMC virus RNA or DNA nucleotide sequence that binds PMC nucleic acid under stringent hybridization conditions characterized in that said isolated PMC virus RNA or DNA nucleotide sequence consists of: a) SEQ ID NO: 6, wherein when the isolated RNA or DNA nucleotide sequence is an RNA nucleotide sequence, thymidine (t) nucleotides are substituted with uridine (u) nucleotides; b) an RNA or DNA sequence having at least 90% sequence identity over at least 100 nucleotides with the nucleotide sequence set forth in SEQ ID NO: 6; or c) an RNA or DNA nucleotide sequence comprising the complement of the nucleotide sequence of (a), or (b). a) SEQ ID NO: 6, wherein when the isolated RNA or DNA nucleotide sequence is an RNA nucleotide sequence, thymidine (t) nucleotides are substituted with uridine (u) nucleotides; b) an RNA or DNA sequence having at least 90% sequence identity over at least 100 nucleotides with the nucleotide sequence set forth in SEQ ID NO: 6; or c) an RNA or DNA nucleotide sequence comprising the complement of the nucleotide sequence of (a), or (b).
A clothing treatment agent dispensing assembly for a clothing treatment apparatus, wherein the clothing treatment apparatus comprises a body, and the clothing treatment agent dispensing assembly comprises a storage container and a dispensing device that are connected, and wherein the storage container is to be w fixedly disposed in the body and configured to store a clothing treatment agent, and the dispensing device is capable of moving relative to the storage container and is configured to dispense the clothing treatment agent, characterized in that the clothing treatment agent dispensing assembly further comprises a sleeve device, one end of which is in communication with the dispensing device and the other end of which is in communication with the storage container, so that while the dispensing device is capable of moving relative to the storage container, the clothing treatment agent in the dispensing device can also flow into the storage container.
A data sending method, comprising: sending a data block at a Transmission Time Interval, TTI, which is taken as a unit, the TTI comprising N symbols, each of which has a cyclic prefix, wherein T min ≤ T ≤ T max; T min = 13 × N × L 3; T max = 200 K; N is a positive integer not smaller than 1 and not greater than └600/ ┘; T represents the TTI, L represents an average value of cyclic prefixes of the N symbols, L≤6; └ ┘ represents a round down operation, K is a constant, 2 < K ≤ 7; a unit of each of the T, L, T min and T max is μs.
A method for authenticating a user, the method comprising: receiving, by an electronic device (410, 510, 710), first moving pattern information of a wearable device (405, 505, 705) from the wearable device (405, 505, 705), wherein the wearable device (405, 505, 705) is registered as a valid authenticator for the electronic device (410, 510, 710); determining, by the electronic device (410, 510, 710), second moving pattern information of an input received on a display of the electronic device (410, 510, 710), wherein the second moving pattern information indicates a non-predetermined moving pattern of the input; and unlocking, by the electronic device (410, 510, 710), the electronic device (410, 510, 710) if the first moving pattern information of the wearable device (405, 505, 705) corresponds to the second moving pattern information of the input. receiving, by an electronic device (410, 510, 710), first moving pattern information of a wearable device (405, 505, 705) from the wearable device (405, 505, 705), wherein the wearable device (405, 505, 705) is registered as a valid authenticator for the electronic device (410, 510, 710); determining, by the electronic device (410, 510, 710), second moving pattern information of an input received on a display of the electronic device (410, 510, 710), wherein the second moving pattern information indicates a non-predetermined moving pattern of the input; and unlocking, by the electronic device (410, 510, 710), the electronic device (410, 510, 710) if the first moving pattern information of the wearable device (405, 505, 705) corresponds to the second moving pattern information of the input.
Method for producing a thermal insulation (11a, 11b) consisting of polyurethane foam on the surface of a pneumatic vehicle tyre, which comprises a profiled tread having grooves, sidewalls and bead regions, characterized in that a thixotropic or liquid, one- or two-component polyurethane system is applied directly to the outer side of the pneumatic vehicle tyre, expands immediately when applied or after a time delay, subsequently cures and forms at least one thermal insulating layer (11a, 11b), the outer surfaces of the bead regions that come into contact with a tyre rim and the running surface of the tread being omitted.
A gas turbine blade, comprising: a cooling channel formed in the gas turbine blade; a partition disposed on a tip side of the gas turbine blade for isolating the cooling channel from an outside of the gas turbine blade; and a tip end wall formed to extend from a tip of a blade portion toward the outside in a radial direction; a plurality of reinforcements provided along a boundary between an outer surface of the partition and an inner surface of the tip end wall, the reinforcements being spaced apart from each other; a plurality of outer surface cooling holes extending from the cooling channel into communication with an outer surface of the blade portion; and a plurality of inner surface cooling holes extending from the cooling channel into communication with the inner surface of the tip end wall through the partition, characterized in that an inner surface cooling hole is in communication with the cooling channel and a space outside the gas turbine blade between adjacent reinforcements, and an opening on an outlet side of the inner surface cooling hole is located on the tip end wall side of the partition, wherein the inner surface cooling hole is formed to inject a cooling medium along the inner surface of the tip end wall or toward the inner surface of the tip end wall, wherein an outer surface cooling hole is disposed to have a hole part penetrating the partition superimposed over an arrangement area of a reinforcement when viewing the blade portion from the outside in the radial direction. a cooling channel formed in the gas turbine blade; a partition disposed on a tip side of the gas turbine blade for isolating the cooling channel from an outside of the gas turbine blade; and a tip end wall formed to extend from a tip of a blade portion toward the outside in a radial direction; a plurality of reinforcements provided along a boundary between an outer surface of the partition and an inner surface of the tip end wall, the reinforcements being spaced apart from each other; a plurality of outer surface cooling holes extending from the cooling channel into communication with an outer surface of the blade portion; and a plurality of inner surface cooling holes extending from the cooling channel into communication with the inner surface of the tip end wall through the partition, characterized in that an inner surface cooling hole is in communication with the cooling channel and a space outside the gas turbine blade between adjacent reinforcements, and an opening on an outlet side of the inner surface cooling hole is located on the tip end wall side of the partition, wherein the inner surface cooling hole is formed to inject a cooling medium along the inner surface of the tip end wall or toward the inner surface of the tip end wall, wherein an outer surface cooling hole is disposed to have a hole part penetrating the partition superimposed over an arrangement area of a reinforcement when viewing the blade portion from the outside in the radial direction.
A system including a multimedia device associated with a multimedia service customer account, comprising: one or more memories; and one or more processors communicatively coupled to at least one of the one or more memories and configured to: provide a multimedia service corresponding to the multimedia service customer account; receive a request for network credentials from an extender device associated with a serial number bound to the multimedia service customer account, wherein the extender device is unconfigured; transmit a request to a web service for permission to share the network credentials corresponding to the multimedia device, wherein the request for the permission includes the serial number; receive the permission, from the web service after verification of association between the serial number and the multimedia service customer account, to share the network credentials with the extender device; and transmit the network credentials to the extender device. one or more memories; and one or more processors communicatively coupled to at least one of the one or more memories and configured to: provide a multimedia service corresponding to the multimedia service customer account; receive a request for network credentials from an extender device associated with a serial number bound to the multimedia service customer account, wherein the extender device is unconfigured; transmit a request to a web service for permission to share the network credentials corresponding to the multimedia device, wherein the request for the permission includes the serial number; receive the permission, from the web service after verification of association between the serial number and the multimedia service customer account, to share the network credentials with the extender device; and transmit the network credentials to the extender device. provide a multimedia service corresponding to the multimedia service customer account; receive a request for network credentials from an extender device associated with a serial number bound to the multimedia service customer account, wherein the extender device is unconfigured; transmit a request to a web service for permission to share the network credentials corresponding to the multimedia device, wherein the request for the permission includes the serial number; receive the permission, from the web service after verification of association between the serial number and the multimedia service customer account, to share the network credentials with the extender device; and transmit the network credentials to the extender device.
An article of footwear, comprising: a motorized tensioning system including a tensile member and a motorized tightening device, the tightening device configured to apply tension in the tensile member to adjust the size of an internal void defined by the article of footwear wherein the tightening device is attached to an outer surface of the article of footwear, whereby attaching the tightening device to the outer surface has the effect that the tightening device does not take up space between layers of the upper or within the sole structure of the article of footwear; and by further comprising: a tightening device cover configured to be removably attached to the article of footwear over the tightening device, wherein the tightening device and the tightening device cover are configured to be separately attached to the article of footwear. a motorized tensioning system including a tensile member and a motorized tightening device, the tightening device configured to apply tension in the tensile member to adjust the size of an internal void defined by the article of footwear wherein the tightening device is attached to an outer surface of the article of footwear, whereby attaching the tightening device to the outer surface has the effect that the tightening device does not take up space between layers of the upper or within the sole structure of the article of footwear; and by further comprising: a tightening device cover configured to be removably attached to the article of footwear over the tightening device, wherein the tightening device and the tightening device cover are configured to be separately attached to the article of footwear.
A fuel injector for a gas turbine combustor, comprising: a) a feed arm including means for mounting the injector within the combustor; b) a fuel nozzle depending from the feed arm for injecting fuel into the combustor for combustion, and c) optical sensing means embedded in the fuel nozzle, characterised in that the fuel nozzle includes a leading edge having a plurality of spaced apart viewing ports formed therein; and in that the optical sensing means are embedded in the viewing ports of the fuel nozzle for observing combustion conditions within the combustor. a) a feed arm including means for mounting the injector within the combustor; b) a fuel nozzle depending from the feed arm for injecting fuel into the combustor for combustion, and c) optical sensing means embedded in the fuel nozzle, characterised in that the fuel nozzle includes a leading edge having a plurality of spaced apart viewing ports formed therein; and in that the optical sensing means are embedded in the viewing ports of the fuel nozzle for observing combustion conditions within the combustor.
A working machine, comprising: a vehicle body; a travel apparatus arranged on a rearward portion of the vehicle body; a fender arranged above the travel apparatus; and hydraulic piping having a plurality of hydraulic pipes (201, 202, 203, 204, 205) disposed between the travel apparatus and the fender, characterized in that the plurality of hydraulic pipes extend from a forward portion to a rearward portion of the fender, and is configured to send a hydraulic fluid to a front-mounted implement and return the hydraulic fluid from the front-mounted implement; the working machine further comprising: a hydraulic instrument arranged at the rearward portion of the vehicle body, a rearward portion of a part of the plurality of hydraulic pipes (201, 202, 203, 204, 205) being connected to the hydraulic instrument; and a piping holder attached to the fender and having a holding portion, the holding portion being configured to hold another part of the plurality of hydraulic pipes (201, 202, 203, 204, 205) that is not connected to the hydraulic instrument; wherein the hydraulic instrument is a control valve that is configured to control supply of the hydraulic fluid through the plurality of hydraulic pipes (201, 202, 203, 204, 205). a vehicle body; a travel apparatus arranged on a rearward portion of the vehicle body; a fender arranged above the travel apparatus; and hydraulic piping having a plurality of hydraulic pipes (201, 202, 203, 204, 205) disposed between the travel apparatus and the fender, characterized in that the plurality of hydraulic pipes extend from a forward portion to a rearward portion of the fender, and is configured to send a hydraulic fluid to a front-mounted implement and return the hydraulic fluid from the front-mounted implement; the working machine further comprising: a hydraulic instrument arranged at the rearward portion of the vehicle body, a rearward portion of a part of the plurality of hydraulic pipes (201, 202, 203, 204, 205) being connected to the hydraulic instrument; and a piping holder attached to the fender and having a holding portion, the holding portion being configured to hold another part of the plurality of hydraulic pipes (201, 202, 203, 204, 205) that is not connected to the hydraulic instrument; wherein the hydraulic instrument is a control valve that is configured to control supply of the hydraulic fluid through the plurality of hydraulic pipes (201, 202, 203, 204, 205). a hydraulic instrument arranged at the rearward portion of the vehicle body, a rearward portion of a part of the plurality of hydraulic pipes (201, 202, 203, 204, 205) being connected to the hydraulic instrument; and a piping holder attached to the fender and having a holding portion, the holding portion being configured to hold another part of the plurality of hydraulic pipes (201, 202, 203, 204, 205) that is not connected to the hydraulic instrument; wherein the hydraulic instrument is a control valve that is configured to control supply of the hydraulic fluid through the plurality of hydraulic pipes (201, 202, 203, 204, 205).