mhurhangee/ep-ind-claims huggingface dataset:
A system for reducing the symptoms of maladies of the vestibular system comprising: one or more vestibular devices, each device operable to generate one or more vibratory signals that cause a de-stimulation or masking of the vestibular system of an individual, wherein each of the one or more vestibular devices comprises: a signal generator for generating one or more initial signals; an amplifying section for receiving the one or more initial signals and amplifying the one or more initial signals by an amount sufficient to produce one or more amplified signals that de-stimulate the vestibular system; and a bone conduction transducer operable to receive the one or more amplified signals and generate the one or more vibratory signals, the bone conduction transducer operable to generate the one or more vibratory signals having a majority of power contained in a fundamental frequency of the one or more vibratory signals, the one or more vibratory signals including signals at one or more harmonics of the fundamental frequency in the range 10 to 300 Hz, the one or more vestibular devices configured to be positioned on a head of the individual such that the one or more vibratory signals are allowed to propagate through to the vestibular system over bone. one or more vestibular devices, each device operable to generate one or more vibratory signals that cause a de-stimulation or masking of the vestibular system of an individual, wherein each of the one or more vestibular devices comprises: a signal generator for generating one or more initial signals; an amplifying section for receiving the one or more initial signals and amplifying the one or more initial signals by an amount sufficient to produce one or more amplified signals that de-stimulate the vestibular system; and a bone conduction transducer operable to receive the one or more amplified signals and generate the one or more vibratory signals, the bone conduction transducer operable to generate the one or more vibratory signals having a majority of power contained in a fundamental frequency of the one or more vibratory signals, the one or more vibratory signals including signals at one or more harmonics of the fundamental frequency in the range 10 to 300 Hz, a signal generator for generating one or more initial signals; an amplifying section for receiving the one or more initial signals and amplifying the one or more initial signals by an amount sufficient to produce one or more amplified signals that de-stimulate the vestibular system; and a bone conduction transducer operable to receive the one or more amplified signals and generate the one or more vibratory signals, the bone conduction transducer operable to generate the one or more vibratory signals having a majority of power contained in a fundamental frequency of the one or more vibratory signals, the one or more vibratory signals including signals at one or more harmonics of the fundamental frequency in the range 10 to 300 Hz, the one or more vestibular devices configured to be positioned on a head of the individual such that the one or more vibratory signals are allowed to propagate through to the vestibular system over bone.
Guide plate for the lateral guidance of a rail on a counter bearing, which is formed on a base, which has a contact area, on which the guide plate stands in the completely assembled state, the guide plate having a support portion, which is associated with the counter bearing, with a support face, with which the guide plate is supported, in the completely assembled state, on the counter bearing, wherein a shoulder, by means of the end face of which, associated with the counter bearing, the support face of the support portion is extended, is formed on the support portion, characterised in that the shoulder is configured projecting in the direction of its end face associated with the counter bearing and in that the end face of the shoulder associated with the counter bearing and at least the region adjoining it of the support face of the support portion is curved in in the manner of a groove.
A process schedule support apparatus, which supports creation of control data for a plurality of processing machines, comprising: a removal area calculation unit configured to calculate a removal area based on a difference between a product shape of a product and a material shape of a material used to process the product; a divided area calculation unit configured to generate a plurality of divided areas by dividing the removal area; a tool path calculation unit configured to generate tool paths, which are used to remove the divided areas by respective ones of the processing machines, for each divided area; and a processing time calculation unit configured to calculate a combination of the tool paths so that a time period for removing all the divided areas becomes minimum, characterised in that the divided area calculation unit is adapted to generate the divided areas by dividing the removal area by planes which define limits to the movable range of each processing machine being a candidate for performing work for removing the removal area and which planes have been calculated separately for said plurality of processing machines and for different angles at which the material is grasped. a removal area calculation unit configured to calculate a removal area based on a difference between a product shape of a product and a material shape of a material used to process the product; a divided area calculation unit configured to generate a plurality of divided areas by dividing the removal area; a tool path calculation unit configured to generate tool paths, which are used to remove the divided areas by respective ones of the processing machines, for each divided area; and a processing time calculation unit configured to calculate a combination of the tool paths so that a time period for removing all the divided areas becomes minimum, characterised in that the divided area calculation unit is adapted to generate the divided areas by dividing the removal area by planes which define limits to the movable range of each processing machine being a candidate for performing work for removing the removal area and which planes have been calculated separately for said plurality of processing machines and for different angles at which the material is grasped.
A gas turbine engine (20;200;300;400;600) comprising: a compressor section (24;190;210;310;410;610); a combustor (26;192;220;320;420;620) fluidly connected to the compressor section (24;...610) via a primary flowpath; a turbine (28;194;230;330;430;630) section fluidly connected to the combustor (26;...620) via the primary flowpath; a cascading cooling system having a first inlet connected to a first compressor bleed (240;340;440;640), a second inlet connected to a second compressor bleed (242;342;442;642) downstream of the first compressor bleed (240;340;440;640), and a third inlet connected to a third compressor bleed (244;344;444;644) downstream of the second compressor bleed (242;...642); the cascading cooling system including at least one heat exchanger (250,251,252,253;350;450,451,453;650,651,652,653) configured to incrementally generate cooling air for at least one of an aft compressor stage and a foremost turbine stage relative to fluid flow through the turbine section (28;...630); characterised in that: the gas turbine engine (20;...600) further comprises an auxiliary compressor system (270;370;470) having an auxiliary turbine (272;672) connected to an auxiliary compressor (274;674) such that rotation of the auxiliary turbine (272;672) drives rotation of the auxiliary compressor (274;674), and wherein an input of the auxiliary turbine (272;672) is connected to a heat sink outlet of a first heat exchanger (253;350;453;653) such that cooling air originating at the second compressor bleed (242;...642) is compressed in the auxiliary compressor (274;674). a compressor section (24;190;210;310;410;610); a combustor (26;192;220;320;420;620) fluidly connected to the compressor section (24;...610) via a primary flowpath; a turbine (28;194;230;330;430;630) section fluidly connected to the combustor (26;...620) via the primary flowpath; a cascading cooling system having a first inlet connected to a first compressor bleed (240;340;440;640), a second inlet connected to a second compressor bleed (242;342;442;642) downstream of the first compressor bleed (240;340;440;640), and a third inlet connected to a third compressor bleed (244;344;444;644) downstream of the second compressor bleed (242;...642); the cascading cooling system including at least one heat exchanger (250,251,252,253;350;450,451,453;650,651,652,653) configured to incrementally generate cooling air for at least one of an aft compressor stage and a foremost turbine stage relative to fluid flow through the turbine section (28;...630); characterised in that: the gas turbine engine (20;...600) further comprises an auxiliary compressor system (270;370;470) having an auxiliary turbine (272;672) connected to an auxiliary compressor (274;674) such that rotation of the auxiliary turbine (272;672) drives rotation of the auxiliary compressor (274;674), and wherein an input of the auxiliary turbine (272;672) is connected to a heat sink outlet of a first heat exchanger (253;350;453;653) such that cooling air originating at the second compressor bleed (242;...642) is compressed in the auxiliary compressor (274;674).
An isolated herpesvirus entry mediator (HVEM) polypeptide, wherein the polypeptide consists of amino acids 39-120 of SEQ ID NO: 79 or amino acids 39-141 of SEQ ID NO:79 and wherein the polypeptide comprises an amino acid substitution at residue position 109 of SEQ ID NO: 79, the substitution being R109W.
A surgical instrument, comprising: an elongated housing having a proximal end and a distal end; a loading unit removably mountable with the distal end of the elongated housing and having a tool assembly; a handle assembly at the proximal end of the elongated housing; a rotation member at the proximal end of the elongated housing; and characterized in that the surgical instrument further comprises: a locking structure for securing the loading unit on the elongated housing, the locking structure including a locking shaft comprising a slot and a button accessible at the rotation member, said button defining a protrusion which engages slot of locking shaft; wherein button is part of a button assembly located at the proximal end of the housing, said button assembly being moveable between a first locked position and a second unlocked position and including a return spring which biases the button distally; wherein interaction between the slot and protrusion allows the button and locking shaft to be moveable between first and second positions as the button is moved by a user. an elongated housing having a proximal end and a distal end; a loading unit removably mountable with the distal end of the elongated housing and having a tool assembly; a handle assembly at the proximal end of the elongated housing; a rotation member at the proximal end of the elongated housing; and characterized in that the surgical instrument further comprises: a locking structure for securing the loading unit on the elongated housing, the locking structure including a locking shaft comprising a slot and a button accessible at the rotation member, said button defining a protrusion which engages slot of locking shaft; wherein button is part of a button assembly located at the proximal end of the housing, said button assembly being moveable between a first locked position and a second unlocked position and including a return spring which biases the button distally; wherein interaction between the slot and protrusion allows the button and locking shaft to be moveable between first and second positions as the button is moved by a user. a locking structure for securing the loading unit on the elongated housing, the locking structure including a locking shaft comprising a slot and a button accessible at the rotation member, said button defining a protrusion which engages slot of locking shaft; wherein button is part of a button assembly located at the proximal end of the housing, said button assembly being moveable between a first locked position and a second unlocked position and including a return spring which biases the button distally; wherein interaction between the slot and protrusion allows the button and locking shaft to be moveable between first and second positions as the button is moved by a user.
Compression ignited, supercharged internal combustion engine comprising a body in which at least one cylinder is arranged, a cylinder head arranged in connection with the cylinder provided with at least one inlet valve and at least one exhaust valve, a valve mechanism (421, 441) arranged for operating the valves (42, 44) in the cylinder head, a piston arranged in the cylinder moveably between its top dead center and bottom dead center, characterized in that the valve mechanism (421, 441) is arranged to operate so that a scavenging area is 80 - 120 percent-degrees (%deg) and the scavenging area has its peak height less than 3% of the diameter of the cylinder, wherein the term "percent-degrees" (%deg) means an integral of relative valve position over a range of crank angle, wherein the percentage means valve position in relation to cylinder diameter.
A windscreen wiper device, comprising: a longitudinally extending wiper blade of a flexible material for sealing against a windshield; a carrier element operably supporting said wiper blade and operatively biasing said wiper blade into a pre-curved shape; a two-piece connecting device including a base and an joint part for attachment with an oscillating wiper arm; said base being secured with at least one of said carrier element and said wiper blade; said joint part being pivotally attached with said base and being of a single integral piece; said joint part including a main body portion extending between opposite longitudinal ends characterized in that said joint part includes a front nose portion connected with one longitudinal end of said main body portion via a living hinge for allowing said front nose portion to pivot relative to said main body portion and a pair of rear locking lugs extending from said longitudinal end of said main body portion opposite of said front nose portion; said main body portion of said joint part having a top surface with a resilient tab formed therein and said resilient tab having a button with a stepped surface facing longitudinally towards said front nose portion of said joint part and presenting three vertically and longitudinally spaced tiers (60a, 60b, 60c) for lockingly connecting said joint part with differently sized wiper arms. a longitudinally extending wiper blade of a flexible material for sealing against a windshield; a carrier element operably supporting said wiper blade and operatively biasing said wiper blade into a pre-curved shape; a two-piece connecting device including a base and an joint part for attachment with an oscillating wiper arm; said base being secured with at least one of said carrier element and said wiper blade; said joint part being pivotally attached with said base and being of a single integral piece; said joint part including a main body portion extending between opposite longitudinal ends characterized in that said joint part includes a front nose portion connected with one longitudinal end of said main body portion via a living hinge for allowing said front nose portion to pivot relative to said main body portion and a pair of rear locking lugs extending from said longitudinal end of said main body portion opposite of said front nose portion; said main body portion of said joint part having a top surface with a resilient tab formed therein and said resilient tab having a button with a stepped surface facing longitudinally towards said front nose portion of said joint part and presenting three vertically and longitudinally spaced tiers (60a, 60b, 60c) for lockingly connecting said joint part with differently sized wiper arms.
A polyethylene composition suitable for use in injection molding, the polyethylene composition comprising: from 2 wt.% to 25 wt.% of a high molecular weight component consisting of an ethylene/alpha-olefin copolymer, wherein the high molecular weight component has a density of from 0.910 g/cc to 0.971 g/cc, a melt index (I 2.16) of greater than 0.5 g/10 min to less than 1.5 g/10 min, a molecular weight distribution (Mw/Mn) of 6.0 to 20.0; from 75 wt.% to 98 wt.% a low molecular weight component consisting of an ethylene homopolymer or an ethylene/alpha-olefin copolymer, wherein the ethylene homopolymer or an ethylene/alpha-olefin copolymer has a density from 0.920 g/cc to 0.971 g/cc, a melt index (I 2.16) from 5.0 g/10 min to 120 g/10 min, and a molecular weight distribution (Mw/Mn) of less than 6.0; wherein the polyethylene composition has a shrinkage anisotropy (MD Shrink /TD Shrink) that is less than a shrinkage anisotropy (MD shrink /TD shrink) of the low molecular weight component, wherein MD shrink is the machine direction total shrinkage and TD shrink is the transverse direction total shrinkage; wherein melt index (I 2.16) is determined according to ASTM D1238 at 190°C, 2.16 kg. from 2 wt.% to 25 wt.% of a high molecular weight component consisting of an ethylene/alpha-olefin copolymer, wherein the high molecular weight component has a density of from 0.910 g/cc to 0.971 g/cc, a melt index (I 2.16) of greater than 0.5 g/10 min to less than 1.5 g/10 min, a molecular weight distribution (Mw/Mn) of 6.0 to 20.0; from 75 wt.% to 98 wt.% a low molecular weight component consisting of an ethylene homopolymer or an ethylene/alpha-olefin copolymer, wherein the ethylene homopolymer or an ethylene/alpha-olefin copolymer has a density from 0.920 g/cc to 0.971 g/cc, a melt index (I 2.16) from 5.0 g/10 min to 120 g/10 min, and a molecular weight distribution (Mw/Mn) of less than 6.0; wherein the polyethylene composition has a shrinkage anisotropy (MD Shrink /TD Shrink) that is less than a shrinkage anisotropy (MD shrink /TD shrink) of the low molecular weight component, wherein MD shrink is the machine direction total shrinkage and TD shrink is the transverse direction total shrinkage; wherein melt index (I 2.16) is determined according to ASTM D1238 at 190°C, 2.16 kg.
Rolling bearing for a belt or chain tensioning roller device comprising two inner rings (3, 4), two outer rings (5, 6) and two rows of rolling elements (7, 8), each row of rolling elements (7, 8) being placed between an inner ring (3, 4) and an outer ring (5, 6), each row of rolling elements (7, 8) being in contact via two contact zones (7a, 7b, 8a, 8b) respectively with an inner ring (3, 4) and an outer ring (5, 6), the said inner ring (3, 4) and outer ring (5, 6) having a thin wall produced by stamping of a metal sheet or of a tube, characterized in that each inner ring (3, 4) comprises at least one radial portion (3b, 4b) extending inwards, a substantially oblique portion (3c, 4c) in contact with the row of rolling elements (7, 8), and an axial portion (3a, 4a) said axial portion (3a, 4a) extending towards the inside of the rolling bearing by said radial portion (3b, 4b) via said substantially oblique portion (3c, 4c).
A controller for use in a synchronous generator that includes an exciter field winding, an exciter armature winding, a main field winding and a main armature winding, the controller comprising: a first input operably connected to monitor output voltages (V a, V b, V c) of the generator; a voltage calculator operably connected to the first input for calculating an average voltage value based on the monitored output voltages; and a control loop (46, 52, 60) operably connected to the voltage calculator for generating a compensated signal based on the average voltage value, wherein in response to an unbalanced short-circuit condition the control loop identifies and modifies a voltage ripple component within the average voltage value to generate a compensated signal; characterised by the control loop further including a filter for isolating alternating current content from the average voltage value to obtain a voltage ripple signal caused by the unbalanced short-circuit fault condition; and an output (84,38) operably connected to control excitation provided to the exciter field winding based on the compensated signal provided to the control loop, wherein the compensated signal counteracts armature reaction voltage ripples generated as a result of an unbalanced short-circuit fault. a first input operably connected to monitor output voltages (V a, V b, V c) of the generator; a voltage calculator operably connected to the first input for calculating an average voltage value based on the monitored output voltages; and a control loop (46, 52, 60) operably connected to the voltage calculator for generating a compensated signal based on the average voltage value, wherein in response to an unbalanced short-circuit condition the control loop identifies and modifies a voltage ripple component within the average voltage value to generate a compensated signal; characterised by the control loop further including a filter for isolating alternating current content from the average voltage value to obtain a voltage ripple signal caused by the unbalanced short-circuit fault condition; and an output (84,38) operably connected to control excitation provided to the exciter field winding based on the compensated signal provided to the control loop, wherein the compensated signal counteracts armature reaction voltage ripples generated as a result of an unbalanced short-circuit fault.
A gas generator, including at least one pyrotechnic charge contained in at least one chamber delimited by a first outer tubular wall and by at least second and third transversal walls (4, 5) transverse to the first wall, at least one of the first and second walls (3, 4) including at least one through-hole for letting through combustion gases of the pyrotechnic charge from the chamber towards the outside of the chamber, at least one covering sheet being located facing the through-hole, the covering sheet being in the shape of a box inserted inside the chamber and including a first tubular part located facing at least one part of the first tubular wall, the first tubular part of the sheet being closed on one side by a second transversal part of the sheet located facing the second transversal wall, at least one seal gasket being provided between the covering sheet and one of the walls (3, 4, 5) for ensuring the seal of the chamber towards the through-hole, the covering sheet being capable of yielding upon combustion of the pyrotechnic charge for letting through the combustion gases of the pyrotechnic charge into the through-hole, characterized in that the seal gasket is positioned between the first tubular part of the covering sheet and the first outer tubular wall of the chamber for ensuring the seal between the box and the first outer tubular wall towards the through-hole.
A helmet, comprising a shell and a shock absorbing liner disposed inside of the shell, the shell comprising front openings (21 a) and rear opening; the shock absorbing liner comprising front ventilation holes to communicatively connect the front openings to the inside of the shock absorbing liner, outside air paths disposed in a space on an outer side relative to an inner surface of the shock absorbing liner, and communicative holes to communicatively connect the inside of the shock absorbing liner to the outside air paths; characterised by the outside air paths comprising primary flow paths disposed to be connected to the rear opening and secondary flow paths, and the secondary flow paths being disposed to connect the communicative holes to the primary flow paths.