mhurhangee/ep-ind-claims huggingface dataset:
A Dewar device for mechanical and/or functional components of a watch, said device being provided with a bracelet and a casing including an enclosure wherein it is possible to arrange a case of said watch and at least one reversible connecting element fixing said watch case in said enclosure of the casing while keeping it remote from all the elements (10a, 10b, 10c) of the casing defining this enclosure, said at least one reversible connecting element being provided with a body forming a structure including at least one recessed area, device in which said casing elements defining said enclosure are: - a crystal, - an inner peripheral wall of a middle part on which said bracelet is fixed, and - a back of this casing, a crystal of the watch case being disposed opposite a crystal of the casing when the watch case is arranged in said enclosure. - a crystal, - an inner peripheral wall of a middle part on which said bracelet is fixed, and - a back of this casing,
A proximity sensor comprising: magnet means comprising a permanent magnet (10;10') which has the form of a rectangular parallelepiped having N and S poles at pole faces (12,13;12',13') which are a pair of opposite faces, and other faces perpendicular to the pole faces; a first yoke (20;20a,20b) which includes a projecting portion (22;22a,22b) projecting away from the permanent magnet (10; 10') in a direction parallel to the magnetic pole faces (12, 13; 12',13') and perpendicular to a first pair of said other faces; a second yoke (30;30') that includes a main body portion (31;31') parallel with said first pair of other faces, said second yoke being spaced from the projecting portion (22;22a,22b) of the first yoke (20;20a,20b); and a magnetic responsive element (40;40a,40b) that is arranged in the space between the projecting portion (22;22a,22b) of the first yoke (20;20a,20b) and the second yoke (30;30'); wherein the permanent magnet (10;10') is arranged with its magnetic pole faces (12,13;12',13') in parallel with the intended direction of relative movement of a member to be detected, characterised in that said magnet means consists of a single permanent magnet (10; 10') and said first yoke (20;20a,20b) is held in an intermediate position between the pole faces (12,13;12',13') and its projecting portion (22;22a,22b) projects from one of said other faces which extends parallel to the main body portion (31;31') of the second yoke (30;30'). magnet means comprising a permanent magnet (10;10') which has the form of a rectangular parallelepiped having N and S poles at pole faces (12,13;12',13') which are a pair of opposite faces, and other faces perpendicular to the pole faces; a first yoke (20;20a,20b) which includes a projecting portion (22;22a,22b) projecting away from the permanent magnet (10; 10') in a direction parallel to the magnetic pole faces (12, 13; 12',13') and perpendicular to a first pair of said other faces; a second yoke (30;30') that includes a main body portion (31;31') parallel with said first pair of other faces, said second yoke being spaced from the projecting portion (22;22a,22b) of the first yoke (20;20a,20b); and a magnetic responsive element (40;40a,40b) that is arranged in the space between the projecting portion (22;22a,22b) of the first yoke (20;20a,20b) and the second yoke (30;30'); wherein the permanent magnet (10;10') is arranged with its magnetic pole faces (12,13;12',13') in parallel with the intended direction of relative movement of a member to be detected, characterised in that said magnet means consists of a single permanent magnet (10; 10') and said first yoke (20;20a,20b) is held in an intermediate position between the pole faces (12,13;12',13') and its projecting portion (22;22a,22b) projects from one of said other faces which extends parallel to the main body portion (31;31') of the second yoke (30;30').
A vortex generator arrangement for an aircraft comprising - a surface section forming a flow surface interacting with a flow surrounding the aircraft in operation, wherein the surface section comprises an opening, - a vortex generating means movable between a retracted position and an extended position, wherein in the extended position the vortex generating means extends through the opening into the flow and wherein in the retracted position the vortex generating means does not extend through the opening into the flow, - a retaining means (19, 29) for holding the vortex generating means in the retracted position, - a biasing means for biasing the vortex generating means towards the extended position and - a release means (23, 33) for releasing the vortex generating means from the retaining means (19, 29) such that the vortex generating means can be moved towards the extended position, characterized in that - a sealing means is provided completely sealing the opening when the vortex generating means is in the retracted position and - the sealing means is adapted such that the vortex generating means can permanently destroy the sealing of the opening by the sealing means when moving from the retracted position to the extended position. - a surface section forming a flow surface interacting with a flow surrounding the aircraft in operation, wherein the surface section comprises an opening, - a vortex generating means movable between a retracted position and an extended position, wherein in the extended position the vortex generating means extends through the opening into the flow and wherein in the retracted position the vortex generating means does not extend through the opening into the flow, - a retaining means (19, 29) for holding the vortex generating means in the retracted position, - a biasing means for biasing the vortex generating means towards the extended position and - a release means (23, 33) for releasing the vortex generating means from the retaining means (19, 29) such that the vortex generating means can be moved towards the extended position, - a sealing means is provided completely sealing the opening when the vortex generating means is in the retracted position and - the sealing means is adapted such that the vortex generating means can permanently destroy the sealing of the opening by the sealing means when moving from the retracted position to the extended position.
A driven conveyor roller, comprising: - at least one axle body having at least one passage opening; - a conveyor roller shell rotatably supported on the at least one axle body; - a drive by means of which the conveyor roller shell can be caused to rotate relative to the at least one axle body; - at least one electrical wire line (11 a, 11 b), which is electrically connected to the drive with a first end and, in a connection configuration, is connected to an associated electrical stranded-wire line (15a, 15b) with a second end, wherein the connection configuration is arranged in the passage opening and closes the passage opening in a fluid-tight manner; characterized in that the connection configuration comprises at least one crimp connector (17a, 17b), wherein an associated stranded-wire line (15a, 15b) is in part(s) secured in a first terminal opening of the crimp connector (17a, 17b) and an associated wire line (11a, 11b) is in part(s) secured in a second terminal opening of the crimp connector (17a, 17b). - at least one axle body having at least one passage opening; - a conveyor roller shell rotatably supported on the at least one axle body; - a drive by means of which the conveyor roller shell can be caused to rotate relative to the at least one axle body; - at least one electrical wire line (11 a, 11 b), which is electrically connected to the drive with a first end and, in a connection configuration, is connected to an associated electrical stranded-wire line (15a, 15b) with a second end, wherein the connection configuration is arranged in the passage opening and closes the passage opening in a fluid-tight manner; characterized in that
A construction support, having an axial longitudinal direction, a circumferential direction concentric therewith, and a radial direction, comprising an outer tube extending in the longitudinal direction, an inner tube disposed therein, extending in the longitudinal direction, being adjustable relative to the outer tube in the longitudinal direction and having an external thread, wherein the outer tube is a non-circular rolled tube, wherein the outer tube is provided in the course of rolling production with at least one guide groove extending in the longitudinal direction and opening radially inwards, wherein the inner tube is a round tube and has at least one radially outwardly projecting guide element which engages in the radially inwardly open guide groove, so that the inner tube is thereby arranged in the outer tube in a form-locking manner in the circumferential direction, and wherein an adjusting nut with an internal thread which can be screwed to the external thread of the inner tube is arranged in a longitudinal end region of the outer tube so as to be secure against loss but rotatable in the circumferential direction, wherein the adjusting nut is arranged on the outer tube by means of a securing element held on the outer tube in a form-locking manner in the axial direction but with play and rotatably in the circumferential direction and is held on the outer tube in a manner precluding loss, wherein the securing element is a securing ring surrounding the outer tube, and wherein by turning the adjusting nut the inner tube is adjustable relative to the outer tube in longitudinal direction, wherein the guide element slides in the guide groove. wherein the outer tube is a non-circular rolled tube, wherein the outer tube is provided in the course of rolling production with at least one guide groove extending in the longitudinal direction and opening radially inwards, wherein the inner tube is a round tube and has at least one radially outwardly projecting guide element which engages in the radially inwardly open guide groove, so that the inner tube is thereby arranged in the outer tube in a form-locking manner in the circumferential direction, and wherein an adjusting nut with an internal thread which can be screwed to the external thread of the inner tube is arranged in a longitudinal end region of the outer tube so as to be secure against loss but rotatable in the circumferential direction, wherein the adjusting nut is arranged on the outer tube by means of a securing element held on the outer tube in a form-locking manner in the axial direction but with play and rotatably in the circumferential direction and is held on the outer tube in a manner precluding loss, wherein the securing element is a securing ring surrounding the outer tube, and wherein by turning the adjusting nut the inner tube is adjustable relative to the outer tube in longitudinal direction, wherein the guide element slides in the guide groove.
A particulate feedstock compound for use in a powder bed additive manufacturing process, comprising, a) sinterable non-organic particles having a maximum particle size of 200 μm dispersed throughout the compound particle, and b) a binder component, the binder component comprising, relative to the volume of the binder component b-i) 3 to 70% by volume of a thermoplastic polyamide having a DSC melt peak temperature T P below 140 °C, and b-ii) 30 to 97% by volume of a wax or wax-type material having a drop point in the range of 20 to 160 °C. a) sinterable non-organic particles having a maximum particle size of 200 μm dispersed throughout the compound particle, and b) a binder component, the binder component comprising, relative to the volume of the binder component b-i) 3 to 70% by volume of a thermoplastic polyamide having a DSC melt peak temperature T P below 140 °C, and b-ii) 30 to 97% by volume of a wax or wax-type material having a drop point in the range of 20 to 160 °C. b-i) 3 to 70% by volume of a thermoplastic polyamide having a DSC melt peak temperature T P below 140 °C, and b-ii) 30 to 97% by volume of a wax or wax-type material having a drop point in the range of 20 to 160 °C.
A composition comprising: a. a metal bleach catalyst which is a complex of a transition metal and a macrocyclic ligand, wherein the metal bleach catalyst is present in the composition in an amount ranging from 0.0001% to 10%, based on total weight of the composition, and wherein the metal bleach catalyst is preferably a complex of a transition metal and a cross-bridged macropolycyclic ligand; and b. a bleaching primer, wherein the bleaching primer is selected from a group consisting of diacyl peroxide, and mixtures thereof, and wherein the bleaching primer is preferably present in the composition in an amount ranging from 0.0001% to 1.0%, based on total weight of the composition; wherein the composition has a molar ratio of bleaching primer to metal bleach catalyst of from 1:20 to 100:1, preferably from 1:2 to 50:1, and more preferably from 1:1 to 20:1; and wherein the composition further comprises a primary oxidant selected from a group consisting of hydroperoxides, dialkyl peroxides, peroxyketals, cyclic peroxides, and mixtures thereof. a. a metal bleach catalyst which is a complex of a transition metal and a macrocyclic ligand, wherein the metal bleach catalyst is present in the composition in an amount ranging from 0.0001% to 10%, based on total weight of the composition, and wherein the metal bleach catalyst is preferably a complex of a transition metal and a cross-bridged macropolycyclic ligand; and b. a bleaching primer, wherein the bleaching primer is selected from a group consisting of diacyl peroxide, and mixtures thereof, and wherein the bleaching primer is preferably present in the composition in an amount ranging from 0.0001% to 1.0%, based on total weight of the composition;
A method of managing timing alignment, TA, functionality for a network of a wireless communication system which supports carrier aggregation that multiple component carriers are aggregated to support wider transmission bandwidth, the method comprising: transmitting, to a communication device of the wireless communication system, a radio resource control, RRC, message indicating the usage of a plurality of timing advance commands respectively for a plurality of component carriers configured to the communication device; and transmitting, to the communication device, a timing advance command to instruct the communication device to apply TA functionality for a corresponding one of the plurality of component carriers, for updating a timing advance value for the corresponding component carrier. transmitting, to a communication device of the wireless communication system, a radio resource control, RRC, message indicating the usage of a plurality of timing advance commands respectively for a plurality of component carriers configured to the communication device; and transmitting, to the communication device, a timing advance command to instruct the communication device to apply TA functionality for a corresponding one of the plurality of component carriers, for updating a timing advance value for the corresponding component carrier.
An in vitro method for diagnosing alpha-synucleinopathies or for monitoring the treatment response of a medicament used to treat alpha-synucleinopathies by detecting alpha-synuclein in a sample of a subject comprising the steps of: a) providing a sample obtained from a subject, b) Applying the sample to a luminescence assay, and c) Optionally, comparing the results with a control, wherein said sample is a blood sample, a plasma sample or a serum sample, and wherein the luminescence assay uses Time Resolved Fluorescence Resonance Energy Transfer (TR-FRET) in which two different fluorophores are linked to two antibodies binding to alpha-synuclein or pS129 (phospho-serine 129) of alpha-synuclein (the numbering of amino acids being in accordance with SEQ ID NO: 1), wherein one fluorophore used has a longer fluorescence time (donor) than the other fluorophore used (acceptor). a) providing a sample obtained from a subject, b) Applying the sample to a luminescence assay, and c) Optionally, comparing the results with a control,
Storage apparatus, comprising: a memory; an encryption processor, which is configured to receive and encrypt data transmitted from one or more computers for storage in the memory; and a one-way link, coupling the encryption processor to the memory; wherein the encryption processor is connected to the one or more computers via a computer network; wherein the memory comprises an archive memory centrally archiving data for a plurality of computers; and wherein the memory and the encryption processor are connected directly only by the one-way link, and the one-way link is physically configured to permit data transmission between the encryption processor and the memory only in the direction from the encryption processor to the memory; characterized in that the apparatus further comprises a monitoring processor connected to the archive memory, having a connection allowing transmission to the network, wherein the monitoring processor is pre-programmed to monitor the status of the archive memory and to report on a data storage status of the archive memory to an appropriate computer without receiving explicit commands to do so from computers, and the said connection of the monitoring processor to the network is through a second one-way link and wherein the one or more computers are unable to send to the monitoring processor data or commands that could cause the monitoring processor to retrieve and transmit to the network confidential data from the archive memory. a memory; an encryption processor, which is configured to receive and encrypt data transmitted from one or more computers for storage in the memory; and a one-way link, coupling the encryption processor to the memory; wherein the encryption processor is connected to the one or more computers via a computer network; wherein the memory comprises an archive memory centrally archiving data for a plurality of computers; and wherein the memory and the encryption processor are connected directly only by the one-way link, and the one-way link is physically configured to permit data transmission between the encryption processor and the memory only in the direction from the encryption processor to the memory; characterized in that the apparatus further comprises a monitoring processor connected to the archive memory, having a connection allowing transmission to the network, wherein the monitoring processor is pre-programmed to monitor the status of the archive memory and to report on a data storage status of the archive memory to an appropriate computer without receiving explicit commands to do so from computers, and the said connection of the monitoring processor to the network is through a second one-way link and wherein the one or more computers are unable to send to the monitoring processor data or commands that could cause the monitoring processor to retrieve and transmit to the network confidential data from the archive memory.
A method for manufacturing a solid oxide fuel cell device comprising a cell array including a plurality of individual fuel cells housed in a fuel cell module, and a current collector electrically connected to electrodes formed on the end portions of the plurality of individual fuel cells constituting the cell array, comprising: a step for respectively forming electrically conductive electrode protective layers on electrodes formed on the end portions of the plurality of individual fuel cells; after the step for respectively forming electrically conductive electrode protective layers, a modularization step for forming a cell array from the plurality of individual fuel cells; and after the modularization step, an attaching step for attaching a current collector to the cell array, wherein the current collector is a metal plate in or on which a plurality of attaching holes are formed for respectively inserting the end portions of the plurality of individual fuel cells, a plurality of elastic pieces are provided at each attaching hole, and by pressing the current collector into the cell array, the end portions of the individual fuel cells are inserted into the corresponding attaching holes of the current collector and the current collector is attached to the cell array by the elastic force of the elastic pieces; wherein the electrode protective layer is a solid layer of electrically conductive material for preventing damage to the electrode caused by contact of the elastic pieces in the attaching step, and after the current collector is pressed into the cell array in the attaching step, the elastic pieces engage with the electrode protective layers. a step for respectively forming electrically conductive electrode protective layers on electrodes formed on the end portions of the plurality of individual fuel cells; after the step for respectively forming electrically conductive electrode protective layers, a modularization step for forming a cell array from the plurality of individual fuel cells; and after the modularization step, an attaching step for attaching a current collector to the cell array, wherein the current collector is a metal plate in or on which a plurality of attaching holes are formed for respectively inserting the end portions of the plurality of individual fuel cells, a plurality of elastic pieces are provided at each attaching hole, and by pressing the current collector into the cell array, the end portions of the individual fuel cells are inserted into the corresponding attaching holes of the current collector and the current collector is attached to the cell array by the elastic force of the elastic pieces; wherein the electrode protective layer is a solid layer of electrically conductive material for preventing damage to the electrode caused by contact of the elastic pieces in the attaching step, and after the current collector is pressed into the cell array in the attaching step, the elastic pieces engage with the electrode protective layers.
A transparent cosmetic or persona! care composition comprising: a) a polymeric thickener, b) a protein, c) an active material, which is selected from disaccharides, lactones, inorganic salts, diacids and mixtures thereof, d) a solubiliser, e) a pH adjuster, f) a dye g) water wherein the solubiliser comprises a mixture of at least two components, said mixture comprising at least one high HLB component having an HLB value of from 10 to 20 and at least one low HLB component having an HLB value of from 1 to less than 10, and wherein the dye comprises violet, blue, red or mixtures thereof. a) a polymeric thickener, b) a protein, c) an active material, which is selected from disaccharides, lactones, inorganic salts, diacids and mixtures thereof, d) a solubiliser, e) a pH adjuster, f) a dye g) water