mhurhangee/ep-ind-claims huggingface dataset:
A crystalline thermoplastic polyurethane composition comprising the reaction product of: (a) 20% by weight of a polyol component, wherein the polyol consists of butane-diol adipate having a weight average molecular weight of 400 to 1000; (b) 75 % by weight to 80% by weight of a hard segment component, wherein the hard segment component comprises (i) an aromatic polyisocyanate and (ii) a chain extender comprising an unbranched, unsubstituted, linear chain diol; (c) optionally, a catalyst, wherein the crystalline thermoplastic polyurethane composition has (a) a storage modulus (G') as measured by dynamic mechanical analysis at 150°C of at least 10 MPa and (b) a flexural modulus as measured by ASTM D790 of at least 1585.8 MPa (230,000 psi). (a) 20% by weight of a polyol component, wherein the polyol consists of butane-diol adipate having a weight average molecular weight of 400 to 1000; (b) 75 % by weight to 80% by weight of a hard segment component, wherein the hard segment component comprises (i) an aromatic polyisocyanate and (ii) a chain extender comprising an unbranched, unsubstituted, linear chain diol; (c) optionally, a catalyst,
A method for determining anisotropic conductive characteristics of a specimen, comprising: applying a current to a specimen to deposit a material on the specimen; determining a quantity of the material deposited at multiple locations on an edge of the specimen; determining anisotropic conductive characteristics of the specimen based on the quantity of the material deposited at the multiple locations on the edge of the specimen, wherein determining the anisotropic conductive characteristics of the specimen includes generating (210, 302) a 2-dimensional map of a current density distribution at the edge of the specimen based on the quantity of the material deposited at the multiple locations on the edge of the specimen. applying a current to a specimen to deposit a material on the specimen; determining a quantity of the material deposited at multiple locations on an edge of the specimen; determining anisotropic conductive characteristics of the specimen based on the quantity of the material deposited at the multiple locations on the edge of the specimen, wherein determining the anisotropic conductive characteristics of the specimen includes generating (210, 302) a 2-dimensional map of a current density distribution at the edge of the specimen based on the quantity of the material deposited at the multiple locations on the edge of the specimen.
An esterified oil soluble polyalkylene glycol having Formula I: R 1 [O(R 2 O) n (R 3 O) m (C=O)R 4] p Formula I wherein R 1 is a linear alkyl having 1 to 18 carbon atoms, a branched alkyl having 4 to 18 carbon atoms or an aryl with 6 to 30 carbon atoms; R 2 O is an oxypropylene moiety derived from 1,2-propylene oxide; R 3 O is an oxybutylene moiety derived from butylene oxide, wherein R 2 O and R 3 O are in a block or a random distribution; R 4 is a linear alkyl with 1 to 18 carbon atoms, a branched alkyl with 4 to 18 carbon atoms or an aryl with 6 to 18 carbon atoms; n and m are each independently integers, n ranging from 0 to 20 and m ranging from 1 to 20, and p is an integer from 1 to 4.
System for the production of a beverage, in particular a cold beverage, having a cartridge which has a reservoir filled with a beverage substance, and a beverage preparation unit having a cartridge receptacle in which the cartridge can be reversibly inserted, and a cartridge discharge device which causes an at least partial transfer of the beverage substance from the reservoir into a mixing chamber provided with a beverage outlet, wherein there is arranged inside the cartridge a screen element on which the cartridge discharge device acts in order to transfer the beverage substance from the reservoir into the mixing chamber, wherein the screen element is arranged between the cartridge discharge device and the beverage substance, characterized in that the screen element is a bellows or a soft bag element which is arranged inside the reservoir, wherein the beverage substance is arranged inside the bellows or the soft bag element, provision being made for the bellows or the soft bag element to extend in a starting state from an output side at least partially parallel to a cartridge wall up to an input side and to be moved by the cartridge discharge device towards the output side.
Crimping press for manufacturing crimp connections, comprising: - a frame; - a die; - a plunger movable relative to the frame; - a drive attached to the frame for moving the plunger; - a beam arranged between - said drive and said plunger and/or - said frame and said die; characterized by - a sensor arranged on or in the beam for measuring the bending of the beam during crimping when a) a force (Fp) acting on the plunger /the die is fed into a first portion of the beam, which is situated between second portions of the beam, into which a driving force (Fd)/holding force from the drive /the frame is fed or b) a driving force (Fd)/holding force from the drive /the frame is fed into a first portion of the beam, which is situated between second portions of the beam, into which a force (Fp) acting on the plunger /the die is fed, wherein in both cases a) and b) said sensor is arranged between said second portions. - a frame; - a die; - a plunger movable relative to the frame; - a drive attached to the frame for moving the plunger; - a beam arranged between - said drive and said plunger and/or - said frame and said die; characterized by - said drive and said plunger and/or - said frame and said die; characterized by - a sensor arranged on or in the beam for measuring the bending of the beam during crimping when a) a force (Fp) acting on the plunger /the die is fed into a first portion of the beam, which is situated between second portions of the beam, into which a driving force (Fd)/holding force from the drive /the frame is fed or b) a driving force (Fd)/holding force from the drive /the frame is fed into a first portion of the beam, which is situated between second portions of the beam, into which a force (Fp) acting on the plunger /the die is fed, wherein in both cases a) and b) said sensor is arranged between said second portions. a) a force (Fp) acting on the plunger /the die is fed into a first portion of the beam, which is situated between second portions of the beam, into which a driving force (Fd)/holding force from the drive /the frame is fed or b) a driving force (Fd)/holding force from the drive /the frame is fed into a first portion of the beam, which is situated between second portions of the beam, into which a force (Fp) acting on the plunger /the die is fed, wherein in both cases a) and b) said sensor is arranged between said second portions.
A lifting structure for a treadmill, comprising a first unit mounted at a bottom of a treadmill frame and a second unit rotatably connected to the first unit, wherein the first unit comprises first walls and second walls, and the second unit comprises a third wall and fourth walls, the third wall abutting against the first walls when the second unit is in a folded state, and the fourth walls abutting against the second walls when the second unit is in an unfolded state; characterized in that, the first unit comprises an accommodating groove; the first unit comprises a first side edge having an L-shape, a second side edge having an L-shape, and a third side edge integrally connecting the first side edge and the second side edge; a gap surrounded by the first side edge, the second side edge, and the third side edge forms the accommodating groove; wherein the second unit comprises a first portion having a smaller thickness and a second portion having a larger thickness; wherein the first portion fits to the accommodating groove; the first portion is rotatably connected to the first unit; and when the second unit is in the folded state and the unfolded state, the first portion is located inside the accommodating groove and the second portion is located outside the accommodating groove. the first unit comprises an accommodating groove; the first unit comprises a first side edge having an L-shape, a second side edge having an L-shape, and a third side edge integrally connecting the first side edge and the second side edge; a gap surrounded by the first side edge, the second side edge, and the third side edge forms the accommodating groove; wherein the second unit comprises a first portion having a smaller thickness and a second portion having a larger thickness; wherein the first portion fits to the accommodating groove; the first portion is rotatably connected to the first unit; and when the second unit is in the folded state and the unfolded state, the first portion is located inside the accommodating groove and the second portion is located outside the accommodating groove.
A liquid-repellent layer forming resin composition comprising: a polypropylene resin; and a silylated polyolefin, wherein the polypropylene resin comprises a random polypropylene resin and a block polypropylene resin with a mass ratio (Mass of random polypropylene resin /Mass of block polypropylene resin) in the range of 20/80 to 80/20. a polypropylene resin; and a silylated polyolefin,
A method for tracking an edge ring, comprising: capturing an edge ring identifier from a source related to the edge ring; inserting the edge ring to a slot of an edge ring carrier, the edge ring being assigned to the edge ring carrier; and tracking the edge ring identifier for transfers into and out of the edge ring carrier and into and out of a processing station (S1-S6), wherein tracking of the edge ring identifier builds a metadata file that provides lifetime information regarding the edge ring. capturing an edge ring identifier from a source related to the edge ring; inserting the edge ring to a slot of an edge ring carrier, the edge ring being assigned to the edge ring carrier; and tracking the edge ring identifier for transfers into and out of the edge ring carrier and into and out of a processing station (S1-S6), wherein tracking of the edge ring identifier builds a metadata file that provides lifetime information regarding the edge ring.
A drive mechanism (100, 500) having integrated status indication comprising a drive housing (130, 630), a status switch interconnect (132, 632) mounted, connected, printed or otherwise attached to a proximal end of the drive housing (130, 630), a spring (122, 622), a piston (110, 610) having an interface surface (110C, 610C), a contact sleeve (140, 640) having a contact surface (134, 634) located thereon, and a drug container (50, 550) having a cap (52, 552), a pierceable seal (56, 556), a barrel (58, 558), and a plunger seal (60, 560), wherein the spring (122, 622) is configured to bear upon the interface surface (110C, 610C) of the piston (110, 610) to translate the piston (110, 610) from an initial inactive state to an actuated state, the spring (122, 622) axially translating the contact sleeve (140, 640) from a position in which (i) the contact surface (134, 634) is initially in contact with the status switch interconnect (132, 632) and is caused to disengage, or (ii) the contact surface (134, 634) is initially disconnected from the status switch interconnect (132, 632) and is caused to engage, in either case, to permit a signal to be sent to and/or from a power and control system to relay information related to the status of operation of the drive mechanism (100, 500). a status switch interconnect (132, 632) mounted, connected, printed or otherwise attached to a proximal end of the drive housing (130, 630), a spring (122, 622), a piston (110, 610) having an interface surface (110C, 610C), a contact sleeve (140, 640) having a contact surface (134, 634) located thereon, and a drug container (50, 550) having a cap (52, 552), a pierceable seal (56, 556), a barrel (58, 558), and a plunger seal (60, 560), wherein the spring (122, 622) is configured to bear upon the interface surface (110C, 610C) of the piston (110, 610) to translate the piston (110, 610) from an initial inactive state to an actuated state, the spring (122, 622) axially translating the contact sleeve (140, 640) from a position in which (i) the contact surface (134, 634) is initially in contact with the status switch interconnect (132, 632) and is caused to disengage, or (ii) the contact surface (134, 634) is initially disconnected from the status switch interconnect (132, 632) and is caused to engage, in either case, to permit a signal to be sent to and/or from a power and control system to relay information related to the status of operation of the drive mechanism (100, 500). (i) the contact surface (134, 634) is initially in contact with the status switch interconnect (132, 632) and is caused to disengage, or (ii) the contact surface (134, 634) is initially disconnected from the status switch interconnect (132, 632) and is caused to engage, in either case, to permit a signal to be sent to and/or from a power and control system to relay information related to the status of operation of the drive mechanism (100, 500).
An electric power conversion system comprising: power semiconductors; fins for releasing heat from the power semiconductors; a circuit board having a driver circuit for driving the power semiconductors; a casing disposed between the fins and the circuit board, for covering the fins, having a cutout part through which the power semiconductors are inserted, and an air-flow hole; a cover combined with the casing, for covering the circuit board; and a fan for causing air to flow to the fins, characterised in that the air-flow hole is provided in a front face of the casing, on the lower side of the fins, the circuit board is disposed on a side of the front face of the casing, opposite from the fins, and has an air-flow hole for causing air from a first space between the cover and the circuit board to flow to a second space between the circuit board and the front face of the casing, and the fan is disposed to cause the air from the circuit board to flow to the fins through the air-flow hole in the front face of the casing. power semiconductors; fins for releasing heat from the power semiconductors; a circuit board having a driver circuit for driving the power semiconductors; a casing disposed between the fins and the circuit board, for covering the fins, having a cutout part through which the power semiconductors are inserted, and an air-flow hole; a cover combined with the casing, for covering the circuit board; and a fan for causing air to flow to the fins, characterised in that the air-flow hole is provided in a front face of the casing, on the lower side of the fins, the circuit board is disposed on a side of the front face of the casing, opposite from the fins, and has an air-flow hole for causing air from a first space between the cover and the circuit board to flow to a second space between the circuit board and the front face of the casing, and the fan is disposed to cause the air from the circuit board to flow to the fins through the air-flow hole in the front face of the casing.
A rotor assembly for a gas turbine, the rotor assembly comprising: • a rotor body rotatable about an axis a, the rotor body comprising at least a rotor fir tree portion, configured to receive a correspondent blade fir tree, and a circumferential groove engraved in the rotor body in proximity of said at least one rotor fir tree portion; • a lock plate associated to said rotor fir tree portion comprising a lock plate lower portion inserted in said circumferential groove; said groove defining a side wall facing said lock plate lower portion; said rotor assembly further comprises a sealing wire located within said circumferential groove and in that said side wall and said lock plate define a convergent passage such that said sealing wire, during operation, is moved by centrifugal forces upwards there along until it contacts said lower portion of the lock plate and said side wall in a sealing configuration; wherein said lock plate lower portion is point-shaped; wherein said lock plate lower portion comprises a terminal wall facing said side wall which is inclined forming an acute angle α 1 with a radial direction r of said rotor body, characterised in that said side wall is inclined forming an acute angle α2 with a radial direction r of said rotor body, wherein said acute angle α2 is comprised in the range 0 < α2 < arc tan (μf2), wherein pf2 is the friction coefficient associated to said side wall. • a rotor body rotatable about an axis a, the rotor body comprising at least a rotor fir tree portion, configured to receive a correspondent blade fir tree, and a circumferential groove engraved in the rotor body in proximity of said at least one rotor fir tree portion; • a lock plate associated to said rotor fir tree portion comprising a lock plate lower portion inserted in said circumferential groove; said groove defining a side wall facing said lock plate lower portion;
An intermediate transfer member comprising in sequence a supporting substrate layer and a layer in contact with said supporting substrate comprising a mixture of a conductive component, an acid catalyst, and a hydroxyl terminated poly(oxetane) based fluorinated polyether as represented by at least one of the following formulas/structures and wherein x and y represent the number of segments with x being from 1 to 40 and y being from 1 to 40; wherein said hydroxyl terminated poly(oxetane) based fluorinated polyether is crosslinked with an aminoplast resin, and which member is substantially free of bioaccumulation characteristics.
A composition comprising an effective amount of mesencephalic astrocyte-derived neurotrophic factor (MANF), or a fragment thereof, for use in the treatment of a retinal disorder selected from the group consisting of retinitis pigmentosa, age-related macular degeneration, and glaucoma, wherein said MANF consists of SEQ ID NO:3 or a fragment thereof.
A dental tool comprising a shaft extending along a longitudinal axis and having a distal end and a proximal end, the dental tool comprising an insertion tool, having at its distal end a functional element comprising torque applying means suitable for transmitting torque to a dental implant and axial retention means for axially connecting the implant to the tool, wherein the tool further comprises an annular resilient retention member formed of a metal material and connected to said shaft such that at least a section of the member protrudes from a surface of said shaft, and wherein the annular resilient retention member is located at the distal end and forms the axial retention means. the dental tool comprising an insertion tool, having at its distal end a functional element comprising torque applying means suitable for transmitting torque to a dental implant and axial retention means for axially connecting the implant to the tool, torque applying means suitable for transmitting torque to a dental implant and axial retention means for axially connecting the implant to the tool, wherein the tool further comprises an annular resilient retention member formed of a metal material and connected to said shaft such that at least a section of the member protrudes from a surface of said shaft, and wherein the annular resilient retention member is located at the distal end and forms the axial retention means.
A process to produce at least a first enzyme capable of hydrolysing a first pre-treated ligno-cellulosic biomass, comprising the step of cultivating the host cell in a sugar-depleted cultivation environment comprising the host cell, water and a solid composition, obtained from a second pre-treated ligno-cellulosic biomass comprising a complex sugar selected from the group of polymeric water-insoluble glucans and xylans, and a lignin; wherein the ratio of the total amount of the complex sugars to the total amount of the lignin in the solid composition is less than the ratio of the total amount of the complex sugars to the total amount of the lignin in the second pre-treated ligno-cellulosic biomass; and wherein said solid composition is obtained by removing a fraction, but not all, of the complex sugars contained in the second pre-treated ligno-cellulosic biomass.
A method (800, 900, 1000, 1500, 1600) for producing a location-aiding audible signal, the method comprising: defining a near field location-aiding audible signal (900, 1600) comprising broad-bandwidth audible noise with spectral portions selectively modified to create respective spectral amplitude peaks within substantially 1/1 6th of an octave around 500 Hz, within substantially 1/16 th of an octave around 4 kHz, and within substantially 1/16 th of an octave around 8 kHz; defining a far field location-aiding audible signal comprising a plurality of simultaneously occurring fundamental tone frequencies (720, 210, 712, 714, 716), the far field location-aiding audible signal further comprising a plurality of respective harmonic components for each fundamental tone frequency; emitting, during each of a first set of time durations, the near field location-aiding audible signal; and emitting, during a second set of time durations, the far field location-aiding audible signal, the second set of time durations being interleaved with the first set of time durations. defining a near field location-aiding audible signal (900, 1600) comprising broad-bandwidth audible noise with spectral portions selectively modified to create respective spectral amplitude peaks within substantially 1/1 6th of an octave around 500 Hz, within substantially 1/16 th of an octave around 4 kHz, and within substantially 1/16 th of an octave around 8 kHz; defining a far field location-aiding audible signal comprising a plurality of simultaneously occurring fundamental tone frequencies (720, 210, 712, 714, 716), the far field location-aiding audible signal further comprising a plurality of respective harmonic components for each fundamental tone frequency; emitting, during each of a first set of time durations, the near field location-aiding audible signal; and emitting, during a second set of time durations, the far field location-aiding audible signal, the second set of time durations being interleaved with the first set of time durations.
Transport device for containers with a plurality of lifting devices for raising and lowering the container which can be mounted releasably on the container at the corners of the container by means of a coupling mechanism (4, 6), characterised in that the coupling mechanism (4, 6) comprises a connecting part which is provided with a ball head and arranged at the corners of the container so as to be fixed or able to swivel, and a locking device for lockable retention of the connecting part.