mhurhangee/ep-ind-claims huggingface dataset:
A coil segment forming apparatus comprising a first bending section for bending in the same plane a linear wire rod into a predetermined shape consisting of a pair of slot insertion portions (17b, 17c) substantially in parallel to each other and a linking portion for connecting said pair of slot insertion portions, said first bending section having at least six jigs (14A, 14B, 15A, 15B, 16A, 16B) arranged on said same plane for supporting said wire rod, and a plurality of drive mechanisms (27A, 27B, 28A, 28B) for moving respectively said at least six jigs on said same plane so that said wire rod is formed in said predetermined shape based upon moving amounts respectively set depending upon shape conditions of the coil segment to be formed, wherein said at least six jigs are arranged with an equal number in left-side and right-side of a bending centerline of said first bending section, characterized in that said at least six jigs arranged in the left-side and the right-side are supported respectively by a pair of base members (20A, 20B) arranged in the left-side and the right-side, that said plurality of drive mechanisms are constituted to rotate said pair of base members around a point located on said bending centerline as a turning center, and that said plurality of drive mechanisms are constituted to rotate only an outermost jig among said at least six jigs arranged in the left-side and the right-side.
A cured product, which is a reaction product of a mixture comprising an aliphatic unsaturated bond functional polyorganosiloxane and a compound having hydrogen atoms bound to silicon atoms, and which comprises an unit of the following Formula 1, wherein a ratio (C/Si) of the number of moles of carbon atoms which are present in A of the following Formula 1 to the total number of moles of silicon atoms (Si) is in a range of 0.15 to 0.55: [Formula 1] (R 2 SiO 1/2 A 1/2) where, in Formula 1, each R is independently hydrogen, an epoxy group, an alkoxy group, or a monovalent hydrocarbon group, and A is an alkylene group having 2 to 4 carbon atoms.
Amusement ride (100, 200, 300, 400, 500) with at least one vehicle (1, 201, 301, 401, 501), which comprises one or more means of passenger reception (11, 211, 311) for receiving passengers, and with a pool (2, 302, 402, 502), wherein the amusement ride (100, 200, 300, 400, 500) is implemented such so as to allow for at least one pendulum movement of the vehicle (1, 201, 301, 401, 501), wherein the amusement ride (100, 200, 300, 400, 500) is implemented such that the pool (2, 302, 402, 502) can be filled, at least partially, with a liquid (3, 303, 503) and the vehicle (1, 201, 301, 401, 501), in the course of the pendulum movement, comes into contact with the liquid (3, 303, 503), characterized in that the vehicle (1, 201, 301, 401, 501) is supported by a support structure (5, 205, 305, 405, 505) with one axis, whereby the vehicle forms, together with the support structure, a swinging amusement ride, and in that the pool (2, 302, 402, 502) comprises at least one section over which the liquid (3, 303, 503) can flow, wherein means are provided with which a flow rate of the liquid (3, 303, 503) over the section of the pool (2, 302, 402, 502) can be varied.
A belt drive with (a) a first pulley wheel in the form of a drive sprocket with drive teeth, (b) a second pulley wheel in the form of an output sprocket and (c) a toothed belt, which (i) connects the drive sprocket and the output sprocket for transmitting a force and (ii) has a belt back and (iii) a plurality of teeth, wherein a tooth base is situated between two adjacent teeth, and (d) the toothed belt has a plurality of recesses which locally completely penetrate the belt back of the toothed belt and each of which is configured in a tooth base, characterised in that (e) at least one pulley wheel comprises guide projections for engaging in the recesses. (a) a first pulley wheel in the form of a drive sprocket with drive teeth, (b) a second pulley wheel in the form of an output sprocket and (c) a toothed belt, which (i) connects the drive sprocket and the output sprocket for transmitting a force and (ii) has a belt back and (iii) a plurality of teeth, wherein a tooth base is situated between two adjacent teeth, and (i) connects the drive sprocket and the output sprocket for transmitting a force and (ii) has a belt back and (iii) a plurality of teeth, wherein a tooth base is situated between two adjacent teeth, and (d) the toothed belt has a plurality of recesses which locally completely penetrate the belt back of the toothed belt and each of which is configured in a tooth base, characterised in that (e) at least one pulley wheel comprises guide projections for engaging in the recesses.
A synchrocyclotron comprising: magnetic poles (4a,4b) having a gap there between, a magnetic field generator to generate the magnetic field in the gap; a resonant circuit, comprising: accelerating electrodes (10 and 12), disposed between magnetic poles (4a and 4b), and a variable reactive element in circuit with the electrodes (10 and 12) to vary the resonant frequency (602 and 604) of the resonant circuit; a programmable waveform generator configured to produce a voltage input (RF(ω,t)/A(ω,t)) to the resonant circuit, the voltage input (RF(ω,t)/A(ω,t)) being an oscillating voltage; and an adaptive feedback system that is configured to vary the voltage input (RF(ω,t)/A(ω,t)) over the time of acceleration of charged particles; characterised in that the programmable waveform generator is configured to adjust the voltage input (RF(ω,t)/A(ω,t)) on the basis of a property of a particle beam extracted from the synchrocyclotron, the property being the particle beam intensity. magnetic poles (4a,4b) having a gap there between, a magnetic field generator to generate the magnetic field in the gap; a resonant circuit, comprising: accelerating electrodes (10 and 12), disposed between magnetic poles (4a and 4b), and a variable reactive element in circuit with the electrodes (10 and 12) to vary the resonant frequency (602 and 604) of the resonant circuit; accelerating electrodes (10 and 12), disposed between magnetic poles (4a and 4b), and a variable reactive element in circuit with the electrodes (10 and 12) to vary the resonant frequency (602 and 604) of the resonant circuit; a programmable waveform generator configured to produce a voltage input (RF(ω,t)/A(ω,t)) to the resonant circuit, the voltage input (RF(ω,t)/A(ω,t)) being an oscillating voltage; and an adaptive feedback system that is configured to vary the voltage input (RF(ω,t)/A(ω,t)) over the time of acceleration of charged particles; characterised in that the programmable waveform generator is configured to adjust the voltage input (RF(ω,t)/A(ω,t)) on the basis of a property of a particle beam extracted from the synchrocyclotron, the property being the particle beam intensity.
A thermal insulation plate, which is manufactured from cellular plastic, and which comprises a lower surface, an upper surface and side surfaces delimiting the surfaces, of which the upper surface comprises grooves (5a, 5b), which are arranged in two directions over the area of the entire surface, wherein the thermal insulation plate comprises at least in a part of the groove (5a, 5b) intersections a spacer (6, 6a, 6b) for installing reinforcement, which is formed from thermal insulation material as a fixed part of the thermal insulation plate, and the spacer (6, 6a, 6b) comprises a cavity in the middle of the spacer, which cavity is a groove extending through the spacer, whereby it is open at the side surfaces of the spacer, characterized in that the spacer (6, 6a, 6b) is arranged in the centre of the groove intersection, so that a recess surrounds the entire spacer (6, 6a, 6b), and that the cavity is arranged in the spacer substantially through the entire height of the spacer, and in that the cavity is arranged in a different direction than the grooves (5a, 5b) in the thermal insulation plate.
A composite article comprising: a substrate; and a layer attached to the substrate, the layer comprising a metal phase, a first ceramic phase, and a second ceramic phase; wherein the first ceramic phase is at least one of boron nitride or graphite and the second ceramic phase is at least one of a clay, the clay being a hydrous aluminium phyllosilicate, or a metal oxide, the metal oxide having an average particle size less than or equal to 2 micrometres, for example less than or equal to 1 micrometre, for example less than or equal to 200 nanometres; and in that the first ceramic phase and the second ceramic phase are agglomerated together in contact with each other and disposed within the metal phase. a substrate; and a layer attached to the substrate, the layer comprising a metal phase, a first ceramic phase, and a second ceramic phase; wherein the first ceramic phase is at least one of boron nitride or graphite and the second ceramic phase is at least one of a clay, the clay being a hydrous aluminium phyllosilicate, or a metal oxide, the metal oxide having an average particle size less than or equal to 2 micrometres, for example less than or equal to 1 micrometre, for example less than or equal to 200 nanometres; and in that the first ceramic phase and the second ceramic phase are agglomerated together in contact with each other and disposed within the metal phase.
Ozone generator with a high-voltage electrode and at least one counter electrode, which define an interstice, in which at least one dielectric is arranged and though which a gas flows in the flow direction, wherein the high-voltage electrode and the at least one counter electrode are provided with a connection for an electrical voltage supply to generate silent discharges, characterised in that a wire fabric is arranged in the gas flow, wherein the density of the fabric decreases in the flow direction.
A braking arrangement for an electric motor, wherein the braking arrangement has - a magnet body - a ring winding - at least one bolt - a housing part with braking face - an armature disc - a brake lining carrier - a shaft, - at least one spring part, in particular a counter-spring, and - at least a first bush, wherein the housing part is connected to the magnet body by means of the bolt, in particular in a form-fit at least in the peripheral direction, wherein the first bush is accommodated in a second bush, in particular is pressed into the second bush, wherein the first bush is manufactured from a different material from the second bush, wherein a radial distance region covered by the armature disc contains, in particular comprises, a radial distance region covered by the second bush, wherein an axial region covered by the armature disc contains, in particular comprises, an axial region covered by the second bush or overlaps with it, characterised in that the spring part, which is supported on the housing part, presses the first bush and/or the second bush towards the magnet body, the brake lining carrier having internal gearing which is engaged with external gearing which is introduced into a driving element which is connected non-rotatably, in particular by means of a feather-key connection, to the shaft, in particular with the driving element being embodied as a ring part, the driving element having an inner driving element part and an outer driving element part and also an intermediate layer arranged radially between the inner and outer driving element parts. - a magnet body - a ring winding - at least one bolt - a housing part with braking face - an armature disc - a brake lining carrier - a shaft, - at least one spring part, in particular a counter-spring, and - at least a first bush, wherein the housing part is connected to the magnet body by means of the bolt, in particular in a form-fit at least in the peripheral direction, wherein the first bush is accommodated in a second bush, in particular is pressed into the second bush, wherein the first bush is manufactured from a different material from the second bush, wherein a radial distance region covered by the armature disc contains, in particular comprises, a radial distance region covered by the second bush, wherein an axial region covered by the armature disc contains, in particular comprises, an axial region covered by the second bush or overlaps with it, characterised in that the spring part, which is supported on the housing part, presses the first bush and/or the second bush towards the magnet body, the brake lining carrier having internal gearing which is engaged with external gearing which is introduced into a driving element which is connected non-rotatably, in particular by means of a feather-key connection, to the shaft, in particular with the driving element being embodied as a ring part, the driving element having an inner driving element part and an outer driving element part and also an intermediate layer arranged radially between the inner and outer driving element parts.
An oil lubricated common rail diesel pump comprising a pumping assembly and a drivetrain assembly, the pumping assembly comprising a pump housing and a plunger mounted along a pumping axis (A-A'), the drivetrain assembly comprising a driveshaft and a cam mounted within a first chamber of a drivetrain housing, the plunger being arranged for reciprocating linear movement along the pumping axis (A-A') within a second chamber of the drivetrain housing upon rotation of the cam, the drivetrain assembly further comprising a guide mounted within the drivetrain housing between the cam and the plunger and being adapted to receive a cam follower, wherein at least the drivetrain housing is adapted to be substantially filled with oil in use and the guide comprises at least one flow passage communicating between the first chamber and the second chamber of the drivetrain housing, wherein the drivetrain housing comprises an oil inlet adapted to deliver oil to the first chamber of the drivetrain housing in the region of the cam, wherein the guide comprises a guide body comprising first and second ends (42, 43) and the at least one flow passage extends between the first and second ends (42, 43) and is open at both ends (42, 43) and; wherein the, or each flow passage is disposed within a peripheral portion of the guide body towards an outside wall or walls of the body and, wherein the guide comprises a substantially centrally located aperture extending between the first and second ends (42, 43) and open at both ends (42, 43) to provide guided sliding contact with the cam follower and wherein the aperture comprises an inner channel and at least one outer channel provided around a periphery of the inner channel and communicating with the inner channel between the first and second ends (42, 43).
A system, comprising: a user profile data store remote from a mobile device configured to maintain a user account associated with the mobile device, wherein the user account includes information indicating an election of a dual mode service of a wireless provider, a wireless home access point identifier, and a geographical address associated with the wireless home access point identifier; an initialization component configured to initialize the home access point identifier in response to receipt of an access point initialization message from the remote mobile device, the message comprising an access point identifier obtained by the mobile device from an access point; and an authorization component configured to limit service for the mobile device based at least in part upon an association between the home access point identifier and an access point through which the mobile device is requesting the service. a user profile data store remote from a mobile device configured to maintain a user account associated with the mobile device, wherein the user account includes information indicating an election of a dual mode service of a wireless provider, a wireless home access point identifier, and a geographical address associated with the wireless home access point identifier; an initialization component configured to initialize the home access point identifier in response to receipt of an access point initialization message from the remote mobile device, the message comprising an access point identifier obtained by the mobile device from an access point; and an authorization component configured to limit service for the mobile device based at least in part upon an association between the home access point identifier and an access point through which the mobile device is requesting the service.
Tie rod for a plastic tank, wherein the tie rod has end faces (1, 2) made of plastic and between the end faces (1, 2) has a central part made of a metal, wherein the end faces (1, 2) represent the terminations of end portions (4, 5), characterized in that the central part is a metal bar and the end portions (4, 5) are formed by perforated metal plates, which are encapsulated with plastic by injection moulding.
A recombinant adeno-associated virus vector for use in a method of transferring a gene via a peripheral administration to a nervous system cell in the brain, which comprises: (a) a capsomere which comprises a protein comprising the amino acid sequence of SEQ ID NO: 8 or 12, and (b) a polynucleotide packaged in said capsomere which comprises a nervous system cell-specific promoter sequence selected from the group consisting of a synapsin I promoter, a myelin basic protein promoter and an L7 promoter (cerebellar Purkinje cell specific promoter) and a nucleotide sequence operably linked to the promoter sequence. (a) a capsomere which comprises a protein comprising the amino acid sequence of SEQ ID NO: 8 or 12, and (b) a polynucleotide packaged in said capsomere which comprises a nervous system cell-specific promoter sequence selected from the group consisting of a synapsin I promoter, a myelin basic protein promoter and an L7 promoter (cerebellar Purkinje cell specific promoter) and a nucleotide sequence operably linked to the promoter sequence.
Profile (116, 216, 316) for mounting extruded honeycomb plates (14, 114), comprising: - a front longitudinal portion (116a, 216a, 316a) with a substantially U-shaped transversal cross-section defining a first longitudinal housing (119a, 219a, 319a) configured to receive a peripheral edge of a first plate, - a rear longitudinal portion (116b, 216b, 316b) with a substantially U-shaped transversal cross-section defining a second longitudinal housing (119b, 219b, 319b) configured to receive a peripheral edge of a second plate, wherein said front and rear portions are at a transversal distance from one another and connected to one another by an intermediate longitudinal portion (116c, 216c, 316c) with a predetermined transversal dimension defining said transversal distance between said front and rear portions; wherein said front and rear portions (116a, 116b, 216a, 216b, 316a, 316b) each comprise two independent parts, respectively a front part (116aa, 116ba, 216aa, 216ba, 316aa, 316ba) and a rear part (116ab, 116bb, 216ab, 216bb, 316ab, 316bb), connected to one another by crosspieces (120, 130, 220, 230, 320, 330) provided to break the thermal bridging; wherein the front part (116ba, 216ba, 316ba) of the rear portion (116b, 216b, 316b) and the rear part (116ab, 216ab, 316ab) of the front portion (116a, 216a, 316a) are made of one single part with said intermediate portion (116c, 216c, 316c); characterised in that the front part (116aa, 216aa, 316aa) of the front portion has a substantially U-shaped transversal cross-section and comprises a front branch (116aa1) and a rear branch (116aa2) each having a lower longitudinal edge, the lower longitudinal edge of the front branch being connected to the lower longitudinal edge of the rear branch by a median longitudinal wall (116aa3); and wherein the rear branch (116aa2), the median longitudinal wall (116aa3) and a lower part of the front branch (116aa1) define a longitudinal tubular cavity (126, 226, 326) that is open in the top part thereof. - a front longitudinal portion (116a, 216a, 316a) with a substantially U-shaped transversal cross-section defining a first longitudinal housing (119a, 219a, 319a) configured to receive a peripheral edge of a first plate, - a rear longitudinal portion (116b, 216b, 316b) with a substantially U-shaped transversal cross-section defining a second longitudinal housing (119b, 219b, 319b) configured to receive a peripheral edge of a second plate,
A wood chip fireproof water resistant material to make oriented strand boards characterized in that the material consists of a mixture containing 30 to 43 weight percent of wood chips, 53 to 61.9 weight percent of an aqueous solution of sodium silicate, 2 to 5 weight percent of aluminium hydroxide, 1 to 3 weight percent of water, 0.1 to 1 weight percent of a stabilizer of the aqueous solution of silicate, which is hydrophilic alkoxyle alkyl ammonia salts, in the form of 98-percent aqueous solution of N,N,N',N'-Tetrakis (2-hydroxypropyl) ethylene diamine, and a hardener of the aqueous solution of sodium silicate in the concentration of 0.5 to 5 weight percent to the pure aqueous solution of sodium silicate providing always that the density of the aqueous solution of sodium silicate ranges from 1370 to 1400 kg/m 3 and the SiO 2 to NA 2 O molar ratio in an aqueous solution of sodium silicate ranges from 3.2 to 3.4.
A method for the production of at least one organic target product and of biogas, characterized in that: a) heterogeneous organic substrate is supplied to an anaerobic fermentation process; b) hydrolysis, acidification and methanation are carried out in a reaction chamber during this anaerobic fermentation process using a mixed culture of bacteria and archaea; c) partial suppression of the anaerobic fermentation is controlled by the hydraulic residence time for the anaerobic fermentation process and/or the substrate supply and/or the temperature of the anaerobic fermentation process and/or by limiting at least one nutrient in the anaerobic fermentation process and/or the concentration of an inhibitor in the anaerobic fermentation process, whereupon a portion of the organic substrate is not completely decomposed into biogas or methane; d) at least one target product is enriched as an organic metabolite of a mixed culture of bacteria in the fermentation process by the deliberately incomplete decomposition of the organic substrate; e) the biogas formed by the archaea in the anaerobic fermentation process has a hydrogen content of less than 5% and is recovered for further use; and f) at least one organic target product is produced from the anaerobic fermentation process for further use. a) heterogeneous organic substrate is supplied to an anaerobic fermentation process; b) hydrolysis, acidification and methanation are carried out in a reaction chamber during this anaerobic fermentation process using a mixed culture of bacteria and archaea; c) partial suppression of the anaerobic fermentation is controlled by the hydraulic residence time for the anaerobic fermentation process and/or the substrate supply and/or the temperature of the anaerobic fermentation process and/or by limiting at least one nutrient in the anaerobic fermentation process and/or the concentration of an inhibitor in the anaerobic fermentation process, whereupon a portion of the organic substrate is not completely decomposed into biogas or methane; d) at least one target product is enriched as an organic metabolite of a mixed culture of bacteria in the fermentation process by the deliberately incomplete decomposition of the organic substrate; e) the biogas formed by the archaea in the anaerobic fermentation process has a hydrogen content of less than 5% and is recovered for further use; and f) at least one organic target product is produced from the anaerobic fermentation process for further use.