mhurhangee/ep-ind-claims huggingface dataset:
A mechanical seal assembly comprising a mechanical seal comprising a rotating slide ring and a stationary slide ring defining a sealing gap therebetween, and a safety seal provided as a redundant seal in the event of failure of the mechanical seal and arranged to seal on a rotating component, characterized in that, the safety seal comprising a base body and a sealing area projecting from the base body in the axial direction (X-X) and being flexible, wherein the safety seal is stationary and comprises a sealing surface on an inner circumference, the safety seal is provided as one-piece, and further comprising a rotating component to which the rotating slide ring is connected, wherein recesses are provided in the rotating component, which recesses are radially arranged inside the safety seal.
A method for determining a location of a mobile device, comprising: receiving position location data from a plurality of different sources including a first source and a second source, wherein the first source comprises at least one base station and the second source comprises a satellite positioning system; comparing the received position location data from the first source and the second source to determine whether the position location data received from the second source are consistent with the position location data received from the first source; and determining the location of the mobile terminal based on the position location data received from the first source while discarding or de-weighting the position location data received from the second source if it is determined that the position location data received from the second source are inconsistent with the position location data received from the first source. receiving position location data from a plurality of different sources including a first source and a second source, wherein the first source comprises at least one base station and the second source comprises a satellite positioning system; comparing the received position location data from the first source and the second source to determine whether the position location data received from the second source are consistent with the position location data received from the first source; and determining the location of the mobile terminal based on the position location data received from the first source while discarding or de-weighting the position location data received from the second source if it is determined that the position location data received from the second source are inconsistent with the position location data received from the first source.
A shoe (10, 110) with waterproof and vapor-permeable sole and upper, comprising a waterproof and vapor-permeable sole (11, 111) and an assembly (12, 112) associated in an upward region with respect to said sole (11, 111) and comprising: - an external vapor-permeable upper (13, 113), an internal lining (14, 114) and, interposed between them, a first waterproof and vapor-permeable functional element (15, 115), - a perforated or vapor-permeable insole (16, 116), which is joined in a perimetric region at least to said lining (14, 114), said shoe (10, 110) being such that it comprises a flexible waterproof element (18, 118) associated in a downward region with respect to said insole (16, 116), at least partially perforated or vapor-permeable at a vapor permeation area (19, 119), where it also has a greater thickness which creates a step (20, 120), said sole (11, 111) being joined perimetrically so as to form a seal to said assembly (12, 112) and to said flexible element (18, 118) at a perimetric region thereof (24, 124) with respect to said vapor-permeation area (19, 119). - an external vapor-permeable upper (13, 113), an internal lining (14, 114) and, interposed between them, a first waterproof and vapor-permeable functional element (15, 115), - a perforated or vapor-permeable insole (16, 116), which is joined in a perimetric region at least to said lining (14, 114),
A luggage case comprising: a first wire frame element forming at least a partial shape of a main body; an inner material attached at least in part to the first wire frame element; an outer material positioned over the first wire frame element; and wherein the outer material is not attached to the first wire frame element; and wherein the inner material is attached to the first wire frame element by a hem formed around a portion of the first wire frame element; wherein the outer material is free of any interruptions created by anchoring the first wire frame element to said outer material, characterized in that the outer material curves around a shoulder region formed by the first wire frame element. a first wire frame element forming at least a partial shape of a main body; an inner material attached at least in part to the first wire frame element; an outer material positioned over the first wire frame element; and wherein the outer material is not attached to the first wire frame element; and wherein the inner material is attached to the first wire frame element by a hem formed around a portion of the first wire frame element; wherein the outer material is free of any interruptions created by anchoring the first wire frame element to said outer material, characterized in that the outer material curves around a shoulder region formed by the first wire frame element.
A collecting apparatus that operates on a seafloor, the apparatus comprising: a plurality of discs disposed in front of an inlet of a slurry suction pipe; and one or more clearing members, each of the one or more clearing members being located at least partially between adjacent discs of the plurality of discs; wherein the one or more clearing members are arranged such that material over a predetermined size is passed over the top of the clearing members and plurality of discs such that it falls behind the collecting apparatus. a plurality of discs disposed in front of an inlet of a slurry suction pipe; and one or more clearing members, each of the one or more clearing members being located at least partially between adjacent discs of the plurality of discs; wherein the one or more clearing members are arranged such that material over a predetermined size is passed over the top of the clearing members and plurality of discs such that it falls behind the collecting apparatus.
A method of cementing comprising: a) providing a cement slurry by mixing: - a cement composition comprising a cement and an amount of magnetic nanoparticles from 0.01 wt.% to 10 wt.% relative to the amount of cement (0.01% to 10% BWOC), wherein the magnetic nanoparticles have a mean particle size determined by Transmission Electron Microscopy from 10 nm to 50 nm and a crystallite size determined by the Scherrer equation as disclosed in the description which is at least 80% of said mean particle size; and - water; and b) applying to the cement slurry an alternating magnetic field of from 25 mT to 60 mT at a frequency from 50 kHz to 200 kHz in order to set the cement slurry. a) providing a cement slurry by mixing: - a cement composition comprising a cement and an amount of magnetic nanoparticles from 0.01 wt.% to 10 wt.% relative to the amount of cement (0.01% to 10% BWOC), wherein the magnetic nanoparticles have a mean particle size determined by Transmission Electron Microscopy from 10 nm to 50 nm and a crystallite size determined by the Scherrer equation as disclosed in the description which is at least 80% of said mean particle size; and - water; and - a cement composition comprising a cement and an amount of magnetic nanoparticles from 0.01 wt.% to 10 wt.% relative to the amount of cement (0.01% to 10% BWOC), wherein the magnetic nanoparticles have a mean particle size determined by Transmission Electron Microscopy from 10 nm to 50 nm and a crystallite size determined by the Scherrer equation as disclosed in the description which is at least 80% of said mean particle size; and - water; and b) applying to the cement slurry an alternating magnetic field of from 25 mT to 60 mT at a frequency from 50 kHz to 200 kHz in order to set the cement slurry.
A mobile radio communications network within which a mobile radio communications device (90, 110, 132) is to operate with access to a Small Data Transmission feature, the mobile radio communications network comprising: a first network device (94, 116, 138) arranged to receive Small Data Transmission signalling, attempting Small Data Transmission communications, initiated by the mobile radio communications device (90, 110, 132) and to send associated signalling to a second network device (96, 140) as part of an establishment procedure for the attempted Small Data Transmission communications for the mobile radio communications device (90, 110, 132) within the network; and the second network device (96, 140) arranged to receive the associated signalling from the said first network device (94, 114, 138) as part of the establishment procedure for the attempted Small Data Transmission communications for the mobile radio communications device (90, 110, 132) within the network; wherein the first network device is further arranged to determine, based on said sent associated signalling to the second network device (96, 140), if the initiated Small Data Transmission signalling should be prevented for the mobile radio communications device (90, 110, 132) and to initiate sending of a Small Data Transmission rejection message to the mobile radio communications device for use in the control of the mobile radio communications device (90, 110, 132) if Small Data Transmission is to be rejected. a first network device (94, 116, 138) arranged to receive Small Data Transmission signalling, attempting Small Data Transmission communications, initiated by the mobile radio communications device (90, 110, 132) and to send associated signalling to a second network device (96, 140) as part of an establishment procedure for the attempted Small Data Transmission communications for the mobile radio communications device (90, 110, 132) within the network; and the second network device (96, 140) arranged to receive the associated signalling from the said first network device (94, 114, 138) as part of the establishment procedure for the attempted Small Data Transmission communications for the mobile radio communications device (90, 110, 132) within the network; wherein the first network device is further arranged to determine, based on said sent associated signalling to the second network device (96, 140), if the initiated Small Data Transmission signalling should be prevented for the mobile radio communications device (90, 110, 132) and to initiate sending of a Small Data Transmission rejection message to the mobile radio communications device for use in the control of the mobile radio communications device (90, 110, 132) if Small Data Transmission is to be rejected.
4D data ultrasound imaging system comprising a matrix of transducer elements suitable for transmitting and for receiving ultrasound signals, said transducer elements being divided into sub-matrixes and being suitable for receiving a same acoustic signal in a delayed way, a plurality of reception channels with one of said reception channels associated with one of said transducer elements, a beamformer device comprising a plurality of storage cells arranged in re-phasing matrixes, each re-phasing matrix being associated with a corresponding sub-matrix with each row (Ri) associated with one of said transducer elements, said storage cells comprising a storage input stage (In) that is selectively associated with a row (Ri) and a reading output stage (Out) that is selectively associated with a buffer; characterised in that each storage cell that belongs to a same column (Coi) has said storage input stage (In) which is dynamically activated in sequential times with respect to another storage cell of the same column (Coi) for storing said same delayed acoustic signal, said storage cells that belongs to the same column (Coi) have said reading, output stage (Out) which is simultaneously activated.
A telescopic boom assembly with at least two boom parts (20, 21), comprising: - an outer boom part; and - an inner boom part which is movable in the longitudinal direction inside the outer boom part; - an outer wall structure of the inner boom part; - an inner wall structure of the outer boom part, opposite to the outer wall structure (21 c), wherein a channel is defined between the outer wall structure (21 c) and the inner wall structure, extending in the longitudinal direction inside the boom assembly; and - a flexible energy transmission chain, inside which the hoses, cables or the like are placed and which can be folded up and folded out when the inner boom part moves inside the outer boom part; and which has a first section movable with the inner end (21 a) of the inner boom part and is followed by a curved second section followed by a third section which is in said channel and extends in the longitudinal direction inside the boom assembly; characterized in that the boom assembly further comprises: - at least one support moving with the inner end (21 a) of the inner boom part and supporting the inner end (21 a) of the inner boom part to the inner wall structure; and further said at least one support being placed in the lateral direction with respect to the energy transmission chain; and further said at least one support delimiting one or more openings, through which the third section of the energy transmission chain extends when the inner boom part moves inside the outer boom part. - an outer boom part; and - an inner boom part which is movable in the longitudinal direction inside the outer boom part; - an outer wall structure of the inner boom part; - an inner wall structure of the outer boom part, opposite to the outer wall structure (21 c), wherein a channel is defined between the outer wall structure (21 c) and the inner wall structure, extending in the longitudinal direction inside the boom assembly; and - a flexible energy transmission chain, inside which the hoses, cables or the like are placed and which can be folded up and folded out when the inner boom part moves inside the outer boom part; and which has a first section movable with the inner end (21 a) of the inner boom part and is followed by a curved second section followed by a third section which is in said channel and extends in the longitudinal direction inside the boom assembly; - at least one support moving with the inner end (21 a) of the inner boom part and supporting the inner end (21 a) of the inner boom part to the inner wall structure; and further said at least one support being placed in the lateral direction with respect to the energy transmission chain; and further said at least one support delimiting one or more openings, through which the third section of the energy transmission chain extends when the inner boom part moves inside the outer boom part.
A seal for doors and windows, particularly for door shutters, sliding doors, windows or frames, comprising a profile made of a flexible material designed to be positioned to an edge of a door or window leaf, said profile having an elongate connection portion with a longitudinal axis from which at least one lower lip projection extends to interact with the floor or the threshold of the leaf; characterized in that said at least one lip projection has a first series of substantially transverse cuts uniformly distributed along the whole longitudinal extent (l 4) of said at least one lip projection and defining a plurality of flexible segments independent from each other and adapted to allow the seal to fit the irregularities of the floor or of the threshold with low friction.
A ex vivo method for manufacturing an individually engineered implant based on a natural or synthetic scaffold as supporting matrix for the growth of tissue cells for scar free healing and remodeling of defected or injured tissue in a patient by means of stem cells and healthy cells deriving from the patient; the method comprising the steps: (i) providing a preparation of freshly prepared autologous non-expanded stem cells obtained from the peripheral blood or bone marrow cells of the patient to be treated, wherein the stem cells are stimulated by incubating the stem cell preparation with erythropoietin, (ii) providing a preparation of healthy cells as copy cells obtained by biopsy from the defected or injured tissue of the patient to be treated, and incubating the healthy cell preparation with the scaffold, thus loading the healthy cells onto or into the scaffold, (iii) incubating the pretreated scaffold of step (ii) with the stem cell preparation of step (i) in the presence of a composition comprising (a) a native factor which stimulate stem cells wherein this factor is EPO, (b) a native factor which recruits stem cells and increases stem cell availability, wherein this factor is G-CSF or GM-CSF, and (c) a native factor that promotes differentiation of stem cells, wherein this factor is TGF-ß, VEGF, vitamin E or vitamin C, and (iv) providing the so-treated scaffold for implantation into the patient by a surgeon, wherein steps (i) to (iv) are carried out under sterile conditions in a bioreactor chamber or a laminar air flow cabinet during a period of 10 to 30 minutes and simultaneously with the prearrangement of the patient to the implantation of the scaffold, or are in temporal conjunction with surgery of the patient. (i) providing a preparation of freshly prepared autologous non-expanded stem cells obtained from the peripheral blood or bone marrow cells of the patient to be treated, wherein the stem cells are stimulated by incubating the stem cell preparation with erythropoietin, (ii) providing a preparation of healthy cells as copy cells obtained by biopsy from the defected or injured tissue of the patient to be treated, and incubating the healthy cell preparation with the scaffold, thus loading the healthy cells onto or into the scaffold, (iii) incubating the pretreated scaffold of step (ii) with the stem cell preparation of step (i) in the presence of a composition comprising (a) a native factor which stimulate stem cells wherein this factor is EPO, (b) a native factor which recruits stem cells and increases stem cell availability, wherein this factor is G-CSF or GM-CSF, and (c) a native factor that promotes differentiation of stem cells, wherein this factor is TGF-ß, VEGF, vitamin E or vitamin C, and (iv) providing the so-treated scaffold for implantation into the patient by a surgeon,
A compound or a pharmaceutically acceptable salt thereof for use in treating triple negative breast cancer, wherein the compound is enzalutamide: wherein cells of the triple negative breast cancer express an androgen receptor.
An inside spray coating composition comprising: an acid- or anhydride-functional acrylic polymer comprising an acid- or anhydride-functional latex that is substantially free of styrene and has a glass transition temperature of greater than 40°C; and a nitrogen-containing carboxyl-reactive crosslinker which includes hydroxyl groups and at least one amide group; wherein the coating composition is an aqueous coating composition that is suitable for use in forming a food-contact coating of a metal food or beverage can and is substantially free of bisphenol A. an acid- or anhydride-functional acrylic polymer comprising an acid- or anhydride-functional latex that is substantially free of styrene and has a glass transition temperature of greater than 40°C; and a nitrogen-containing carboxyl-reactive crosslinker which includes hydroxyl groups and at least one amide group; wherein the coating composition is an aqueous coating composition that is suitable for use in forming a food-contact coating of a metal food or beverage can and is substantially free of bisphenol A.
A vehicle steering wheel comprising a steering wheel axis about which the vehicle steering wheel can be rotated in the installed state, a steering wheel carcass which has a hub section in the region of the steering wheel axis, as well as a separate latching peg for latching with an airbag module, which extends in the axial direction and can be mounted on the steering wheel carcass, wherein the hub section of the steering wheel carcass includes a rigid carcass hook for latching with the airbag module, which extends in the axial direction, wherein the latching peg adjoins the carcass hook, characterized in that the latching peg at least partially surrounds the carcass hook in the circumferential direction, wherein the carcass hook extends starting from the hub section in the axial direction to a free end and, at the free end, includes a latching lug having a stop face for a latching spring of the airbag module. a steering wheel axis about which the vehicle steering wheel can be rotated in the installed state, a steering wheel carcass which has a hub section in the region of the steering wheel axis, as well as a separate latching peg for latching with an airbag module, which extends in the axial direction and can be mounted on the steering wheel carcass, wherein the hub section of the steering wheel carcass includes a rigid carcass hook for latching with the airbag module, which extends in the axial direction, wherein the latching peg adjoins the carcass hook, characterized in that the latching peg at least partially surrounds the carcass hook in the circumferential direction, wherein the carcass hook extends starting from the hub section in the axial direction to a free end and, at the free end, includes a latching lug having a stop face for a latching spring of the airbag module.
A composition comprising a pesticide and an alkoxylate of the formula where R 1 is a C 6 -C 32 hydrocarbon group, R 2 is a C 5 alkylene group, AO is C 2 -C 6 alkyleneoxy group, n is from 1 to 30, and m is from 2 to 200.
A resin material for an acoustic wave probe, comprising: a polymer that is formed of at least - a structural unit (a) having a polysiloxane bond of Formula, and - a structural unit (b) which has a partial structure of Formula and is an acryloyloxy structural unit, an acrylamide structural unit or a styrene structural unit, wherein n is an integer of 10-10,000, and R is H or a monovalent organic group; and a bond line extending downward from a carbon atom to which R bonds is a bond. a polymer that is formed of at least - a structural unit (a) having a polysiloxane bond of Formula, and - a structural unit (b) which has a partial structure of Formula and is an acryloyloxy structural unit, an acrylamide structural unit or a styrene structural unit, - a structural unit (a) having a polysiloxane bond of Formula, and - a structural unit (b) which has a partial structure of Formula and is an acryloyloxy structural unit, an acrylamide structural unit or a styrene structural unit, wherein n is an integer of 10-10,000, and R is H or a monovalent organic group; and a bond line extending downward from a carbon atom to which R bonds is a bond.
Housing for a refrigeration appliance, having a carcass and a door hinged to the carcass, which together delimit an interior, wherein at least one of the carcass and door are embodied as an evacuated insulating body (3, 4, 5, 6, 11), wherein an inner wall (7, 15) made from plastic material is disposed before the insulating body (3, 4, 5, 6, 11) in the direction towards the interior and wherein the inner wall (7, 15) is not formed by a wall of the evacuated insulating body (3, 4, 5, 6 11), characterised in that the inner wall (7, 15), in contrast with the wall of the insulating body, has at least one aperture.