mhurhangee/ep-ind-claims huggingface dataset:
A variable speed fan drive for a vehicle powered by an internal combustion engine, the fan drive comprising a variable sheave assembly rotationally driven by the internal combustion engine of the vehicle, the variable sheave assembly being drivingly connected to a fan; and a hydraulic actuator connected to the variable sheave assembly for variable actuation thereof so that fan speed is variable, wherein the hydraulic actuator comprises a housing, a piston, a piston chamber in the housing, a control valve and an oil line providing pressurized engine oil to the control valve from an oil galley of the engine, the control valve selectively allowing pressurized oil to flow to the piston housing to actuate the piston based on control signals from an engine controller, a shaft journaled in the housing, a hub journaled in the piston, the hub and piston being slidingly mounted on the shaft, a spur gear mounted on the shaft, a first sheave half of the variable sheave assembly mounted on the hub and a second sheave half of the variable sheave assembly mounted on the shaft so that when the piston is actuated the hub and first sheave half are moved relative to the shaft and second sheave half, characterized in that a valve boss is provided on the housing adjacent to the piston chamber, the valve boss having a valve cavity therein, wherein an oil inlet communicates with the valve cavity as does a first oil passage to the piston chamber, and wherein the housing includes a second oil passage communicating between the piston chamber and a drain port, the valve cavity has a lube passage which communicates with an oil galley in the housing, wherein the valve is a solenoid operated 4 way 3 position hydraulic valve used as a 3 way 3 position valve, wherein in a first position the oil inlet passage is connected directly with the lube passage while the passage to the piston chamber is blocked so that no pressurized oil is provided to the piston chamber, wherein in a second position the lube passage is blocked, the oil inlet passage is connected with the oil passage to the piston chamber so that pressurized oil is directed into the piston chamber thereby actuating the piston and/or in a third position the pressurized oil inlet passage is blocked and the oil passage to the piston chamber is connected with the lube passage allowing oil to drain from the piston chamber.
A wooden container, in particular for the maturation of fermented drinks or the fermentation of sweet musts, having a continuous curvature and a main axis of symmetry defining two poles, comprising wood pieces elongated along meridian planes, distributed about the axis and clamped together by their lateral faces to ensure a seal, characterized in that the wood pieces form at each pole a hole centered on the axis each receiving a bottom, and in that the two funds are interconnected by tie rods inside the container.
A method of making a timepiece spring comprising at least one monolithic ribbon of metallic glass having at least one curvature, characterized in that it comprises a step of shaping said monolithic ribbon by cold plastic deformation in order to obtain at least part of said curvature.
A method of allocating a protection duration of a radio subsystem for a transmitting station of a wireless communication system, the method comprising: when it is determined that the protection duration is allocated for the radio subsystem, transmitting a power saving poll, PS-Poll, frame indicating the protection duration allocated for the radio subsystem and the receiver address that the transmitting station is currently associated with to at least one receiving station of the wireless communication system, wherein the protection duration includes a protection lead time and an operating time for performing radio subsystem operation, characterised by the transmitting station switching from a current radio system operation to the radio subsystem operation during the protection lead time. when it is determined that the protection duration is allocated for the radio subsystem, transmitting a power saving poll, PS-Poll, frame indicating the protection duration allocated for the radio subsystem and the receiver address that the transmitting station is currently associated with to at least one receiving station of the wireless communication system, wherein the protection duration includes a protection lead time and an operating time for performing radio subsystem operation, characterised by the transmitting station switching from a current radio system operation to the radio subsystem operation during the protection lead time.
The use of a composite for the reduction of back face signature and trauma caused by an oncoming projectile having a front strike face and a back wear face comprising: an elastomer; and an impact resistive substrate wherein at least a portion of the impact resistive substrate is coated by the elastomer to provide the composite having a front strike face coating and a back wear face coating and wherein a weight ratio of front strike face coating to back wear face coating ranges from 1:1.2 to 1:20. an elastomer; and an impact resistive substrate wherein at least a portion of the impact resistive substrate is coated by the elastomer to provide the composite having a front strike face coating and a back wear face coating and wherein a weight ratio of front strike face coating to back wear face coating ranges from 1:1.2 to 1:20.
A method for bonding a first substrate to a second substrate on mutually facing contact surfaces of the substrates (4o, 4u), the first substrate being mounted on a first chuck and the second substrate being mounted on a second chuck with a plate, and the plate being arranged between the second substrate and the second chuck, and the second substrate with the plate is deformed with respect to the second chuck before and/or during the bonding characterized in that the deformation is set and/or controlled by means of a bending means (5, 5') loading the plate and the deformation of the second substrate and/or the plate is detected by curvature measuring means.
A textile machine producing cross-wound packages, said machine being equipped with a plurality of workstations arranged next to one another on both longitudinal sides of the machine and having a cross-wound package transport apparatus, the cross-wound package transport apparatus having a first transport device, arranged between the two rows of workstations for conveying cross-wound packages, and a handling apparatus (23, 26; 29, 30) for moving cross-wound packages from the first transport device to a second transport device, characterised in that the handling apparatus (23, 26) is arranged between the end regions of the first transport device.
A light emitting device comprising: a light emitting structure including a first conductive type semiconductor layer, an active layer over the first conductive type semiconductor layer, and a second conductive type semiconductor layer over the active layer; a dielectric layer formed in each of a plurality of cavities defined by removing a portion of the light emitting structure; a second electrode layer over the dielectric layer; and a first electrode under the first conductive type semiconductor layer; wherein the cavities extend through the second conductive type semiconductor layer and the active layer until a portion of the first conductive type semiconductor is exposed, and wherein the second electrode layer comprises a reflective layer over the dielectric layer characterised in that the second electrode layer comprises a conductive substrate over the reflective layer, wherein the reflective layer partially fills the cavities and the conductive substrate fills the remaining portion of the cavities. a light emitting structure including a first conductive type semiconductor layer, an active layer over the first conductive type semiconductor layer, and a second conductive type semiconductor layer over the active layer; a dielectric layer formed in each of a plurality of cavities defined by removing a portion of the light emitting structure; a second electrode layer over the dielectric layer; and a first electrode under the first conductive type semiconductor layer; wherein the cavities extend through the second conductive type semiconductor layer and the active layer until a portion of the first conductive type semiconductor is exposed, and wherein the second electrode layer comprises a reflective layer over the dielectric layer characterised in that the second electrode layer comprises a conductive substrate over the reflective layer, wherein the reflective layer partially fills the cavities and the conductive substrate fills the remaining portion of the cavities.
Conveying system for suspended goods, having a conveying element, wherein the conveying system for suspended goods is configured to move hanging suspended goods on a suspension on a rail along a conveying direction via the rail, wherein the conveying element comprises a first projection by means of which the suspension of the suspended goods is contactable at a first stop face and can be carried along via the rail, wherein the first projection is formed and dimensioned so that, during an upward displacement of the suspension along at least one portion of the first stop face, the suspension is contactable at least at two horizontally spaced sites on the first stop face simultaneously, wherein the first projection protrudes from a base of the conveying element as far as a first point by a first length which is defined perpendicularly to the conveying direction, when the conveying element is mounted on the conveying system for suspended goods, wherein the conveying element further comprises a second projection which is arranged, in the conveying direction, in front of the first projection, wherein the second projection protrudes from the base of the conveying element as far as a second point by a second length which is defined perpendicularly to the conveying direction, when the conveying element is mounted on the conveying system for suspended goods, characterised in that the second length is shorter than the first length, wherein the first stop face tapers in a portion in which the suspension is contactable during an upward displacement of the suspension along the portion of the first stop face at least at two horizontally spaced sites on the first stop face simultaneously.
A pharmaceutical composition of 19 F-FACBC characterised in that said composition: (i) comprises 50-100 mM citrate buffer; and, (ii) has a pH of 4.0-5.0 with the proviso that said composition does not comprise a sugar lactone or a sugar alcohol radiostabiliser. (i) comprises 50-100 mM citrate buffer; and, (ii) has a pH of 4.0-5.0
A chimeric peptide construct comprising a cell penetrating peptide linked to a pro-apoptotic peptide, for use in treating a tumor in combination with an anti-tumor agent which is a chemotherapeutic agent, wherein the chimeric peptide construct is selected from the group consisting of: VKKKKIKREIKI-YVETLDDIFEQWAHSEDL (SEQ ID NO: 29) VKKKKIKREIKI-YIETLDDILEQWARSEDL (SEQ ID NO: 30) VKKKKIKAEIKI-YVETLDDIFEQWAHSEDL (SEQ ID NO: 31) VKKKKIKAEIKI-YIETLDDILEQWARSEDL (SEQ ID NO: 32) VKKKKIKKEIKI-YVETLDDIFEQWAHSEDL (SEQ ID NO: 33) VKKKKIKKEIKI-YIETLDDILEQWARSEDL (SEQ ID NO: 34) VKKKKIKNEIKI-YVETLDDIFEQWAHSEDL (SEQ ID NO: 35) and VKKKKIKNEIKI-YIETLDDILEQWARSEDL (SEQ ID NO: 36). VKKKKIKREIKI-YVETLDDIFEQWAHSEDL (SEQ ID NO: 29) VKKKKIKREIKI-YIETLDDILEQWARSEDL (SEQ ID NO: 30) VKKKKIKAEIKI-YVETLDDIFEQWAHSEDL (SEQ ID NO: 31) VKKKKIKAEIKI-YIETLDDILEQWARSEDL (SEQ ID NO: 32) VKKKKIKKEIKI-YVETLDDIFEQWAHSEDL (SEQ ID NO: 33) VKKKKIKKEIKI-YIETLDDILEQWARSEDL (SEQ ID NO: 34) VKKKKIKNEIKI-YVETLDDIFEQWAHSEDL (SEQ ID NO: 35) and VKKKKIKNEIKI-YIETLDDILEQWARSEDL (SEQ ID NO: 36).
PTC heater with reduced inrush current, comprising - a base body having a length L, a width B and a height H made of a PTC material, - a first electrode and a second electrode made of an electrically conductive material, a dielectric layer on a side surface of the base body, where - L ≥ B ≥ H holds true for L, B and H, respectively, - the electrodes (EL1, EL2) are attached to the base body in such a way that for their distance d from each other holds true: d > H; - the base body comprises doped BaTiO 3, - the base body comprises Sr, Pb and/or Ca, - the base body comprises a rare earth element, Mn, Fe and/or Al, - the electrodes (EL1, EL2) comprise Cr, Ni, Ti, Al, Ag, Cu and/or Au. - a base body having a length L, a width B and a height H made of a PTC material, - a first electrode and a second electrode made of an electrically conductive material, - L ≥ B ≥ H holds true for L, B and H, respectively, - the electrodes (EL1, EL2) are attached to the base body in such a way that for their distance d from each other holds true: d > H; - the base body comprises doped BaTiO 3, - the base body comprises Sr, Pb and/or Ca, - the base body comprises a rare earth element, Mn, Fe and/or Al, - the electrodes (EL1, EL2) comprise Cr, Ni, Ti, Al, Ag, Cu and/or Au.
A system for sensing a UF 6 gas leak in a nuclear fuel manufacturing process, the system comprising: an autoclave provided with a cylinder, charged with uranium hexafluoride (UF 6) in a solid state, disposed therein, the autoclave further comprising a nitrogen supply pipe configured to provide a nitrogen inflow into the autoclave and a nitrogen discharge pipe configured for nitrogen discharge from the autoclave, wherein said nitrogen supply pipe and said nitrogen discharge pipe are installed on one side and an opposite side of the autoclave, respectively, wherein the autoclave is configured to vaporize the UF 6 inside the cylinder through heating the nitrogen inside the autoclave; and a detection unit installed at the nitrogen discharge pipe, such that nitrogen discharged through the nitrogen discharge pipe is discharged via the detection unit, wherein the detection unit is configured to sense whether the UF 6 is mixed with the nitrogen discharged after circulating inside the autoclave, thereby sensing whether the UF 6 leaks inside the autoclave, wherein the detection unit is adapted to generate UO 2 F 2 and HF by reacting UF 6 with outside air and wherein the detection unit comprises a measuring instrument, characterized in that the measuring instrument is configured to optically sense the generated UO 2 F 2 particles in a solid state, to allow non-contact UF 6 leak detection to be made. an autoclave provided with a cylinder, charged with uranium hexafluoride (UF 6) in a solid state, disposed therein, the autoclave further comprising a nitrogen supply pipe configured to provide a nitrogen inflow into the autoclave and a nitrogen discharge pipe configured for nitrogen discharge from the autoclave, wherein said nitrogen supply pipe and said nitrogen discharge pipe are installed on one side and an opposite side of the autoclave, respectively, wherein the autoclave is configured to vaporize the UF 6 inside the cylinder through heating the nitrogen inside the autoclave; and a detection unit installed at the nitrogen discharge pipe, such that nitrogen discharged through the nitrogen discharge pipe is discharged via the detection unit, wherein the detection unit is configured to sense whether the UF 6 is mixed with the nitrogen discharged after circulating inside the autoclave, thereby sensing whether the UF 6 leaks inside the autoclave, wherein the detection unit is adapted to generate UO 2 F 2 and HF by reacting UF 6 with outside air and wherein the detection unit comprises a measuring instrument, characterized in that the measuring instrument is configured to optically sense the generated UO 2 F 2 particles in a solid state, to allow non-contact UF 6 leak detection to be made.
An oligonucleotide for detecting KRAS gene mutations at codons 12 or 13 of exon 2 as set forth in SEQ ID No. 34 or at codon 61 of exon 3 as set forth in SEQ ID No. 29, wherein the codon 12 KRAS mutations are selected from the group consisting of Gly12Asp (GGT>GAT), Gly12Ala (GGT>GCT), Gly12Val (GGT>GTT), Gly12Ser(GGT>AGT), Gly12Arg (GGT>CGT) and Gly12Cys(GGT>TGT), wherein the codon 13 KRAS mutation is Gly13Asp (GGC>GAC), and wherein the codon 61 KRAS mutation is Gln61Leu (CAA>CTA), comprising a 5' segment of 15 - 35 bases in length complementary to a target sequence of the KRAS gene; a 3'segment of 3 - 5 bases in length complementary to a mutant sequence of the KRAS gene at codons 12, 13, or 61; and a polydeoxyinosine linker of 3 - 5 bases in length that separates the 5'segment from the 3'segment. a 5' segment of 15 - 35 bases in length complementary to a target sequence of the KRAS gene; a 3'segment of 3 - 5 bases in length complementary to a mutant sequence of the KRAS gene at codons 12, 13, or 61; and a polydeoxyinosine linker of 3 - 5 bases in length that separates the 5'segment from the 3'segment.
Device for manufacturing fibrous boards, having a board carrier (5, 15, 25) and a plurality of at least four cutting tools (100, 200) for separating fibrous material (1, 11, 21), in particular strand-shaped or tape-shaped fibrous material, into portions (2, 12, 22), and for depositing the portions (2, 12, 22), wherein these depositing cutting tools (100, 200) each have one separation roller (4, 14, 24) having a plurality of cutters (6, 16, 26, 46), which are disposed on the roller circumference of the separation rollers (4, 14, 24), and each have one counter roller (3, 13, 23), the latter and said separation roller (4, 14, 24) being rotatable in opposite directions and being disposed such that the fibrous material (1, 11, 21) is guided through between the separation roller (4, 14, 24) and the counter roller (3, 13, 23) and thereby by interaction with the counter roller (3, 13, 23) may be severed by one of the cutters (6, 16, 26, 46) such that a portion (2, 12, 22) is created on account thereof, wherein a plurality of integrated retaining regions (7, 17, 27) and a plurality of releasing elements (7, 19, 27) are present on the counter roller (3, 13, 23) or on the separation roller (4, 14, 24), configured such that in each case at least one of the retaining regions (7, 17, 27) may exert a retaining force on a respective portion (2, 12, 22), on account of which the portion (2, 12, 22) is retained on the roller (3, 13, 23, 4, 14, 24) having the retaining regions and, after severing, may be moved conjointly with the roller circumference of this roller (3, 13, 23, 4, 14, 24) by a distance, and wherein the releasing elements (7, 19, 27) are configured in such a manner that the same for depositing may move the portion (2, 12, 22) away from the roller circumference (8, 28), and in such a manner that the respective portion (2, 12, 22) after having been conjointly moved on the roller may be deposited, wherein the board carrier (5, 15, 25) is displaceable below the depositing cutting tools (100, 200) therethrough in at least one movement direction, and wherein the depositing cutting tools (100, 200) are substantially stationary and are disposed beside one another in such a manner that the portions (2, 12, 22) of these depositing cutting tools (100, 200) may be simultaneously deposited beside one another on the board carrier (5, 15, 25).
A safety lock mechanism for a portable weapon, comprising: a. an actuator; b. a driver; c. locking means (C1 - C28) operable from an unlocked state to a locked state, being actuated by said actuator driven by said driver for blocking a firing sequence of said portable weapon; d. a controller for controlling said driver; characterized in that said actuator comprises: i. an electromagnet (5(f), 5a(f), 5b(f), 5c(f), 5d(f), 5e(f), 5f(f)); and, ii. a permanent magnet (30, 30a, 30b, 30c, 30d, 30e, 30f), wherein said permanent magnet is affixed to said locking means; wherein said controller causes said driver to drive the actuator by electrifying said electromagnet for 10 to 100 ms to actuate said locking means through said permanent magnet to block said firing sequence within 150 ms upon detecting a condition for locking said firing sequence. a. an actuator; b. a driver; c. locking means (C1 - C28) operable from an unlocked state to a locked state, being actuated by said actuator driven by said driver for blocking a firing sequence of said portable weapon; d. a controller for controlling said driver; characterized in that said actuator comprises: i. an electromagnet (5(f), 5a(f), 5b(f), 5c(f), 5d(f), 5e(f), 5f(f)); and, ii. a permanent magnet (30, 30a, 30b, 30c, 30d, 30e, 30f), wherein said permanent magnet is affixed to said locking means; i. an electromagnet (5(f), 5a(f), 5b(f), 5c(f), 5d(f), 5e(f), 5f(f)); and, ii. a permanent magnet (30, 30a, 30b, 30c, 30d, 30e, 30f), wherein said permanent magnet is affixed to said locking means;
A display device, comprising: a display module; a frame positioned behind the display module; a first gear positioned between the display module and the frame, adjacent to a corner of the display module, and rotatably mounted by a screw on the frame; characterised by a second gear engaged with the first gear and rotatably mounted on the frame, wherein a back surface of the display module is in contact with the first gear, and wherein the first gear is configured to move along a longitudinal direction of the screw, and to move between the display module and the frame according to a rotation of the second gear. a display module; a frame positioned behind the display module; a first gear positioned between the display module and the frame, adjacent to a corner of the display module, and rotatably mounted by a screw on the frame; characterised by a second gear engaged with the first gear and rotatably mounted on the frame, wherein a back surface of the display module is in contact with the first gear, and wherein the first gear is configured to move along a longitudinal direction of the screw, and to move between the display module and the frame according to a rotation of the second gear.
Apparatus (2,74) for measuring a load current in a load circuit having a switch with a characteristic curve which is intended to switch the load current and has a control variable and an output variable, which is dependent on the control variable, a setting means for keeping the output variable constant at a predetermined value, and an evaluation means for determining the load current, characterized in that the setting means is intended to keep the output variable constant at a predetermined value in the case of variable current through the switch and the evaluation means is intended for determining the load current from the control variable.
An extensible slit sheet paper product for wrapping and cushioning an object, said slit sheet paper having a slit pattern that forms open cells upon expansion of said paper product, said paper product further being extensible and having an extensible range as measured on unslit paper from 3-9% in a machine direction and 1-5% in a cross direction.