mhurhangee/ep-ind-claims huggingface dataset:
Use of a sliding element for seals, wherein the sliding element for seals is used as mechanical seal for water pump, mechanical seal for compressor of car air conditioner, mechanical seal for pump of industrial use or mechanical seal for pump of all purposes, wherein the sliding element for seals is made by firing a preformed material mainly comprising: 25 to 75 weight % carbonaceous impalpable powdery aggregate of non-graphitizing carbon and 20 to 50 weight % synthetic resin as binder, wherein carbonaceous carbon fibers without surface treatment are blended within the range of 5 to 25 weight %, wherein said carbon fibers are randomly scattered inside carbon matrix, and wherein said carbon fibers are 5 to 30μm diameter and 50 to 300μm length and have Vickers hardness of 200 or more, wherein a firing temperature of the preformed material is 800 to 1500° C, and wherein Vickers hardness of carbonaceous impalpable powdery aggregate of non-graphitizing carbon is 80 or more and/or synthetic resins as said binder are phenolic resin, epoxy resin, furan resin, polyester resin, or naphthalene resin. 25 to 75 weight % carbonaceous impalpable powdery aggregate of non-graphitizing carbon and 20 to 50 weight % synthetic resin as binder, wherein carbonaceous carbon fibers without surface treatment are blended within the range of 5 to 25 weight %, wherein said carbon fibers are randomly scattered inside carbon matrix, and wherein said carbon fibers are 5 to 30μm diameter and 50 to 300μm length and have Vickers hardness of 200 or more, wherein a firing temperature of the preformed material is 800 to 1500° C, and wherein Vickers hardness of carbonaceous impalpable powdery aggregate of non-graphitizing carbon is 80 or more and/or synthetic resins as said binder are phenolic resin, epoxy resin, furan resin, polyester resin, or naphthalene resin.
An Fc-containing molecule having decreased affinity for at least one Fcγ receptor as compared to a wildtype Fc, comprising an antibody Fc domain with a mutated IgG2 constant region, wherein amino acid residues 233, 234, 235, 237, and 238 defined by the EU numbering system, comprise a sequence selected from PAAAS (SEQ ID NO:5), and SAAAS (SEQ ID NO:6).
A computer-implemented method, comprising: disseminating an Interest for a data collection, wherein said Interest is a packet that indicates a request for a piece of data and includes a name or a name prefix for the piece of data; receiving a Content Object that includes a manifest for the data collection, wherein the manifest includes Content Object hash values for a set of other Content Objects of the data collection, wherein the other Content Objects of the data collection do not include a name, and are accessed based on their Content Object hash value; determining a name prefix for a content-hosting service that hosts at least a portion of the data collection; generating a second Interest for a respective Content Object of the data collection, wherein the second Interest's name includes the name prefix for the content-hosting service, and also includes a COH value for the respective Content Object; and disseminating the second Interest to obtain the respective Content Object of the data collection. disseminating an Interest for a data collection, wherein said Interest is a packet that indicates a request for a piece of data and includes a name or a name prefix for the piece of data; receiving a Content Object that includes a manifest for the data collection, wherein the manifest includes Content Object hash values for a set of other Content Objects of the data collection, wherein the other Content Objects of the data collection do not include a name, and are accessed based on their Content Object hash value; determining a name prefix for a content-hosting service that hosts at least a portion of the data collection; generating a second Interest for a respective Content Object of the data collection, wherein the second Interest's name includes the name prefix for the content-hosting service, and also includes a COH value for the respective Content Object; and disseminating the second Interest to obtain the respective Content Object of the data collection.
Method for transferring objects onto a substrate, preferably moving, characterized in that it is implemented by means of a transfer area comprising an inlet and an outlet spaced apart from one another by two lateral edges opposite one another, and holding a carrier liquid forming a conveyor, said objects being held by a compact film of particles floating on the carrier liquid of this transfer area, in which said objects are moved with said particle film so as to be transferred onto the substrate when they reach the outlet.
A method of forming an NMOS device comprising: forming openings in a silicon substrate in source/drain regions of the NMOS device; forming a dislocation nucleation material in the source/drain openings on the substrate, wherein the dislocation nucleation material comprises a lattice constant that is larger than a substrate lattice constant, wherein the dislocation nucleation material comprises a silicon germanium material that is selectively grown in the source/drain openings and wherein a plurality of dislocations form in the dislocation nucleation material; and forming a silicon or silicon carbon alloy source/drain material on the dislocation nucleation material, wherein a plurality of source/drain dislocations are formed in the source/drain material, wherein a tensile strain along a conduction direction is imparted to a channel region adjacent the source/drain material. forming openings in a silicon substrate in source/drain regions of the NMOS device; forming a dislocation nucleation material in the source/drain openings on the substrate, wherein the dislocation nucleation material comprises a lattice constant that is larger than a substrate lattice constant, wherein the dislocation nucleation material comprises a silicon germanium material that is selectively grown in the source/drain openings and wherein a plurality of dislocations form in the dislocation nucleation material; and forming a silicon or silicon carbon alloy source/drain material on the dislocation nucleation material, wherein a plurality of source/drain dislocations are formed in the source/drain material, wherein a tensile strain along a conduction direction is imparted to a channel region adjacent the source/drain material.
An article comprising a polymer composition which includes tungsten oxide particles, wherein said article is a preform for a container or a sheet and wherein said polymer composition includes 5ppm to 150ppm tungsten oxide particles.
A computer implemented method for adjusting a virtual camera's orientation when a vehicle is making a turn, the method comprising: receiving, by one or more computing devices: the vehicle's original heading prior to entering the turn, and the vehicle's projected trajectory; determining, based on the vehicle's original heading and the vehicle's projected trajectory, by the one or more computing devices, at least one angle of the turn the vehicle is anticipated to perform; determining, by the one or more computing devices, at least one camera rotation angle based on the at least one angle of the turn the vehicle is anticipated to perform; adjusting, by one or more computing devices, the virtual camera's orientation relative to the vehicle from an initial orientation to an updated orientation by rotating the virtual camera through the at least one camera rotation angle, wherein the adjusting is initiated at a predetermined distance before the vehicle makes the turn; and generating and displaying, by the one or more computing devices, a video corresponding to the virtual camera's adjusted orientation. receiving, by one or more computing devices: the vehicle's original heading prior to entering the turn, and the vehicle's projected trajectory; the vehicle's original heading prior to entering the turn, and the vehicle's projected trajectory; determining, based on the vehicle's original heading and the vehicle's projected trajectory, by the one or more computing devices, at least one angle of the turn the vehicle is anticipated to perform; determining, by the one or more computing devices, at least one camera rotation angle based on the at least one angle of the turn the vehicle is anticipated to perform; adjusting, by one or more computing devices, the virtual camera's orientation relative to the vehicle from an initial orientation to an updated orientation by rotating the virtual camera through the at least one camera rotation angle, wherein the adjusting is initiated at a predetermined distance before the vehicle makes the turn; and generating and displaying, by the one or more computing devices, a video corresponding to the virtual camera's adjusted orientation.
An apparatus comprising: an encoder adapted to encode a group of pictures by selecting between a frame mode and at least one flexible macroblock ordering mode, wherein the pictures in the group are allowed to be concurrently encoded in different ones of the frame mode and the least one flexible macroblock ordering mode, and the mode selection for each of the pictures in the group is based on an achieved maximum error resilience capability for the group of pictures. an encoder adapted to encode a group of pictures by selecting between a frame mode and at least one flexible macroblock ordering mode, wherein the pictures in the group are allowed to be concurrently encoded in different ones of the frame mode and the least one flexible macroblock ordering mode, and the mode selection for each of the pictures in the group is based on an achieved maximum error resilience capability for the group of pictures.
A method for manufacturing a target object coated with a coating substance, the target object including a flat face portion (Tf) and an edge face portion (Te) continuous from the flat face portion (Tf), the flat face portion (Tf) including a coating flat surface (Tsp) formed thereon which has a flat face, the edge face portion (Te) including a coating edge surface (Tsc) formed thereon, the coating edge surface (Tsc) including at least one of a curved surface or a flat surface that is not parallel to the coating flat surface (Tsp) of the flat face portion (Tf), and a coating substance being coated on the coating flat surface (Tsp) and the coating edge surface (Tsc), the method comprising: a coating substance supply step of supplying the coating substance along at least the coating flat surface (Tsp); and an edge face portion coating substance adjustment step of adjusting the coating substance supplied to the coating edge surface (Tsc), or the coating substance, which is moved from the coating flat surface (Tsp), to cover the coating edge surface (Tsc) at a predetermined thickness, characterised in that: wherein the edge face portion coating substance adjustment step comprises spreading the coating substance by revolving the target object about a revolution axis, and wherein the revolution axis and a virtual line extending from the revolution axis is parallel to the coating flat surface (Tsp), and wherein the revolution axis is away from the target object or is in contact with the coating flat surface (Tsp), a coating substance supply step of supplying the coating substance along at least the coating flat surface (Tsp); and an edge face portion coating substance adjustment step of adjusting the coating substance supplied to the coating edge surface (Tsc), or the coating substance, which is moved from the coating flat surface (Tsp), to cover the coating edge surface (Tsc) at a predetermined thickness, wherein the edge face portion coating substance adjustment step comprises spreading the coating substance by revolving the target object about a revolution axis, and wherein the revolution axis and a virtual line extending from the revolution axis is parallel to the coating flat surface (Tsp), and wherein the revolution axis is away from the target object or is in contact with the coating flat surface (Tsp),
A halftone phase shift photomask blank comprising a transparent substrate and a halftone phase shift film thereon providing a phase shift of 150° to 200° and a transmittance of 9% to 40% with respect to a light of wavelength of 200 nm or below, wherein said halftone phase shift film consists of a transition metal, silicon, oxygen and nitrogen, has an average transition metal content of at least 3 at%, and is composed of a plurality of layers including at least one stress relaxation layer consisting of the transition metal, silicon, oxygen and nitrogen and at least one phase shift adjusting layer consisting of the transition metal, silicon, oxygen and nitrogen, said stress relaxation layer has an oxygen content of at least 3 at% which is the lowest, characterized in that said phase shift adjusting layer has an oxygen content of at least 5 at% which is at least 2 at% higher than the oxygen content of the stress relaxation layer.
A surgical apparatus comprising: • a body (200, 301, 600, 1, 800) having at least one port (205, 320, 605, 10, 845); and • at least one item of surgical equipment; in which each item of surgical equipment comprises an engagement member arranged to engage a port (205, 320, 605, 10, 845) of the body (200, 301, 600, 1, 800), and in which the apparatus further comprises: • a control circuit arranged to determine for each port (205, 320, 605, 10, 845) whether the engagement member of one of the items of surgical equipment is engaged to the port (205, 320, 605, 10, 845); and • an indicator (805, 920) controlled by the control circuit and arranged to indicate whether each engagement member is engaged with the at least one port (205, 320, 605, 10, 845), wherein each item of surgical equipment comprises or consists of at least one item taken from one or more of the following groups: • surgical swabs/sponges; • throat packs; • surgical vaginal tampons; • surgical tools, including retractors and scalpels, and at least one, or potentially all, of the items of surgical equipment are provided with an elongate tail. • a body (200, 301, 600, 1, 800) having at least one port (205, 320, 605, 10, 845); and • at least one item of surgical equipment; in which each item of surgical equipment comprises an engagement member arranged to engage a port (205, 320, 605, 10, 845) of the body (200, 301, 600, 1, 800), and in which the apparatus further comprises: • a control circuit arranged to determine for each port (205, 320, 605, 10, 845) whether the engagement member of one of the items of surgical equipment is engaged to the port (205, 320, 605, 10, 845); and • an indicator (805, 920) controlled by the control circuit and arranged to indicate whether each engagement member is engaged with the at least one port (205, 320, 605, 10, 845), • a control circuit arranged to determine for each port (205, 320, 605, 10, 845) whether the engagement member of one of the items of surgical equipment is engaged to the port (205, 320, 605, 10, 845); and • an indicator (805, 920) controlled by the control circuit and arranged to indicate whether each engagement member is engaged with the at least one port (205, 320, 605, 10, 845), wherein each item of surgical equipment comprises or consists of at least one item taken from one or more of the following groups: • surgical swabs/sponges; • throat packs; • surgical vaginal tampons; • surgical tools, including retractors and scalpels, • surgical swabs/sponges; • throat packs; • surgical vaginal tampons; • surgical tools, including retractors and scalpels, and at least one, or potentially all, of the items of surgical equipment are provided with an elongate tail.
A printing press comprising: - a print unit printing a plurality of printed products, the plurality of printed products being formed into a stream downstream of the print unit; - at least one base (80, 80'); and - a press component, the press component mounted onto the at least one base for translational movement transverse to the stream, - the printed product stream having a first pitch; characterized in that the press component (10, 10') is mounted onto the at least one base for placement in the stream, in that the press component is a pitch changing (10, 10') device for changing the first pitch of the stream, and in that the stream is located between two sidewalls (16, 16') and the pitch changing device (10, 10') is moved from a position adjacent one sidewall into a position between the two sidewalls. - a print unit printing a plurality of printed products, the plurality of printed products being formed into a stream downstream of the print unit; - at least one base (80, 80'); and - a press component, the press component mounted onto the at least one base for translational movement transverse to the stream, - the printed product stream having a first pitch;
A method for configuring a second wireless device to access a wireless network for a first time using a first wireless device, wherein the wireless network comprises an access point, the method is performed by the second wireless device comprising: generating a first message of a one-round key exchange protocol; embedding the first message into a beacon packet and broadcasting the beacon packet; receiving in response to the broadcast beacon packet a message from the first wireless device, wherein the message comprises encrypted configuration data of the wireless network and a second message of the one-round key exchange protocol; computing a shared key K S using the first message and the second message; decrypting the encrypted configuration data using the shared key Ks; accessing the wireless network using the configuration data, wherein the accessing comprises connecting to the access point in the wireless network; and wherein the one-round key exchange protocol comprises a Two-Basis Password Exponential Key Exchange, TBPEKE, protocol, wherein the first message comprises a first token computed using a shared token Gs and a random value x, the second message comprises a second token computed using the shared token Gs and a random value y, and the shared key Ks is computed using the shared token Gs and the random values x and y, and whereby the shared token G S is derived using two fixed Elliptic Curve Cryptography, ECC, points U, V and a random value w that were pre-loaded in the first and second wireless devices. generating a first message of a one-round key exchange protocol; embedding the first message into a beacon packet and broadcasting the beacon packet; receiving in response to the broadcast beacon packet a message from the first wireless device, wherein the message comprises encrypted configuration data of the wireless network and a second message of the one-round key exchange protocol; computing a shared key K S using the first message and the second message; decrypting the encrypted configuration data using the shared key Ks; accessing the wireless network using the configuration data, wherein the accessing comprises connecting to the access point in the wireless network; and wherein the one-round key exchange protocol comprises a Two-Basis Password Exponential Key Exchange, TBPEKE, protocol, wherein the first message comprises a first token computed using a shared token Gs and a random value x, the second message comprises a second token computed using the shared token Gs and a random value y, and the shared key Ks is computed using the shared token Gs and the random values x and y, and whereby the shared token G S is derived using two fixed Elliptic Curve Cryptography, ECC, points U, V and a random value w that were pre-loaded in the first and second wireless devices.
An attenuated mutant strain of Salmonella comprising at least one copy of a recombinant DNA molecule comprising a eukaryotic expression cassette encoding Wilms' Tumor Protein.
A gas turbine engine comprising an arrangement of concentric, independently rotating inner and outer shafts (21, 26) for a rotating gear train system of the gas turbine engine, the rotating inner shaft being operatively coupled to a rotating element of the gas turbine engine; the rotating outer shaft being concentric with the inner shaft and arranged radially outward from the inner shaft; the arrangement further comprising: a first bearing stack, the first bearing stack arranged radially outward from the inner shaft and comprising at least one preloaded ball bearing; a second bearing stack, the second bearing stack arranged radially outward from the outer shaft and comprising at least one ball bearing; and a bearing stack retainer, mating with the first and second bearing stacks (32, 36) to hold the first and second bearing stacks (32, 36) in position with respect to the inner and outer shafts (21, 26); the bearing stack retainer comprises a retaining ring for holding the stack retainer in position with respect to the outer shaft. inner and outer shafts (21, 26) for a rotating gear train system of the gas turbine engine, the rotating inner shaft being operatively coupled to a rotating element of the gas turbine engine; the rotating outer shaft being concentric with the inner shaft and arranged radially outward from the inner shaft; the arrangement further comprising: a first bearing stack, the first bearing stack arranged radially outward from the inner shaft and comprising at least one preloaded ball bearing; a second bearing stack, the second bearing stack arranged radially outward from the outer shaft and comprising at least one ball bearing; and a bearing stack retainer, mating with the first and second bearing stacks (32, 36) to hold the first and second bearing stacks (32, 36) in position with respect to the inner and outer shafts (21, 26); the bearing stack retainer comprises a retaining ring for holding the stack retainer in position with respect to the outer shaft. a first bearing stack, the first bearing stack arranged radially outward from the inner shaft and comprising at least one preloaded ball bearing; a second bearing stack, the second bearing stack arranged radially outward from the outer shaft and comprising at least one ball bearing; and a bearing stack retainer, mating with the first and second bearing stacks (32, 36) to hold the first and second bearing stacks (32, 36) in position with respect to the inner and outer shafts (21, 26); the bearing stack retainer comprises a retaining ring for holding the stack retainer in position with respect to the outer shaft.
A toilet comprising: an infrared generator; a toilet body a top of which is open, and in one side surface of which is formed an opening configured to provide the infrared generator therein; a bowl which is coupled inside the toilet body, which is made of a material capable of transmitting infrared rays, emitted by the infrared generator, therethrough, and in which an infrared ray transmission region, through which infrared rays emitted by the infrared generator are transmitted, is formed without formation of a hole; and a rim conduit which is coupled to a top of the toilet body; wherein the toilet body, the bowl, and the rim conduit are separately formed, and are then integrated into a single body; and wherein the infrared generator is provided in the opening of the toilet body. an infrared generator; a toilet body a top of which is open, and in one side surface of which is formed an opening configured to provide the infrared generator therein; a bowl which is coupled inside the toilet body, which is made of a material capable of transmitting infrared rays, emitted by the infrared generator, therethrough, and in which an infrared ray transmission region, through which infrared rays emitted by the infrared generator are transmitted, is formed without formation of a hole; and a rim conduit which is coupled to a top of the toilet body; wherein the toilet body, the bowl, and the rim conduit are separately formed, and are then integrated into a single body; and wherein the infrared generator is provided in the opening of the toilet body.