mhurhangee/ep-ind-claims huggingface dataset:
A multiple inputs and multiple outputs analyzer, which is a multimode resonant cavity comprising the following elements: - a separating element that separates signal transmission systems from signal reception systems, wherein the separating element is a slotted piece; - the separating element incorporating mobile switching pieces above and below the separating element to leave the slots of the slotted piece open, partially open or closed; - axes along which the mobile switching pieces move; - one or more mode stirrers; - one or more lenses; - signal transmission means and signal reception means. - a separating element that separates signal transmission systems from signal reception systems, wherein the separating element is a slotted piece; - the separating element incorporating mobile switching pieces above and below the separating element to leave the slots of the slotted piece open, partially open or closed; - axes along which the mobile switching pieces move; - one or more mode stirrers; - one or more lenses; - signal transmission means and signal reception means.
A method of estimating the position of a wireless terminal, comprising: receiving identities of a plurality of transmitters to be used to estimate the position of the terminal; determining a plurality of expected areas (A - E) for the plurality of transmitters; adjusting the expected area associated with each transmitter based on at least one scale factor to determine a plurality of adjusted expected areas each associated with a respective transmitter; and combining the plurality of adjusted expected areas for the plurality of transmitters to estimate the position for the terminal; wherein adjusting the expected area associated with each transmitter further includes scaling a size of the expected area based on received power, and moving a center of the expected area based on a received signal strength. receiving identities of a plurality of transmitters to be used to estimate the position of the terminal; determining a plurality of expected areas (A - E) for the plurality of transmitters; adjusting the expected area associated with each transmitter based on at least one scale factor to determine a plurality of adjusted expected areas each associated with a respective transmitter; and combining the plurality of adjusted expected areas for the plurality of transmitters to estimate the position for the terminal;
A wine cellar forming a temperature-regulated enclosure, equipped with a door and with two lighting devices (24, 26) and at least two light guides (27, 28, 29), each lighting device (24, 26) including a light source adapted for emitting a light flux through the light guides (27, 28), the lighting devices (24, 26), as well as the light guides (27, 28), being laid out inside the enclosure, and each light guide (27, 28) being optically coupled with a different lighting device (24, 26) and comprising first (58, 60) and second (64, 65) terminal portions, at least the first terminal portion (58, 60) comprising a chamfer (61, 62), oriented towards the inside of the enclosure so as to receive the light flux from the lighting devices (24, 26), each lighting device (24, 26) having its light source facing the chamfer (61, 62) of the light guide (27, 28) with which it is optically coupled, wherein the enclosure comprises a front face including interior walls (16, 17, 18, 20), comprising a left side wall and a right side wall, the front face comprising a block for configuring the temperature inside the enclosure and accessible for a user after opening the door, the ends (32, 33) of the block being in contact with left and right side walls (16, 17) so as to hide the lighting devices (24, 26) from the view of a user of the enclosure, wherein the light guides (27, 28) are attached along the interior walls (16, 17, 18, 20) of the front face, wherein each of left and right side walls (16, 17) of the front face comprises a groove (36, 38) adapted for receiving one light guide (27, 28), and wherein the groove (36, 38) is provided with a clipping lip maintaining the light guide (27, 28), the light guides (27, 28) being maintained in the groove (36, 38) by matching shapes.
A method of removing polymeric material comprising heteroatoms from a surface the method comprising: contacting the surface with a composition, the composition comprising: a compound according to formula and at least one oxygen containing solvent having a molecular weight of not greater than 130 g/mol; and wiping the composition and at least some portion of the polymer from the surface. a compound according to formula and at least one oxygen containing solvent having a molecular weight of not greater than 130 g/mol; and wiping the composition and at least some portion of the polymer from the surface.
An air battery system, comprising: an air battery (20, 110); and a reservoir tank (50, 120) to reserve electrolytic solution to be supplied to the air battery (20, 110), wherein a reaction product sump (10, 130) to store a reaction product produced in the air battery (20, 110) is provided between the air battery (20, 110) and the reservoir tank (50, 120), and the reaction product sump (10, 130) comprises an expandable/shrinkable structure, which is a bellows structure, and which elastically deforms according to an increase of the inner pressure due to production of the reaction product.
A scintillator for a charged particle beam apparatus (10a, 10b), the scintillator comprising: a substrate; a buffer layer provided on a surface of the substrate; a stacked body of a luminescent layer and a barrier layer, the stacked body being provided on a surface of the buffer layer; and a conductive layer provided on a surface of the stacked body, wherein the luminescent layer contains InGaN, and the barrier layer contains GaN, characterized in that a ratio b/a of a thickness b of the barrier layer to a thickness a of the luminescent layer is from 11 to 25, wherein the barrier layer contains Si, and an order of concentration of Si is from 10 16 cm -3 to 10 19 cm -3. a substrate; a buffer layer provided on a surface of the substrate; a stacked body of a luminescent layer and a barrier layer, the stacked body being provided on a surface of the buffer layer; and a conductive layer provided on a surface of the stacked body, wherein the luminescent layer contains InGaN, and the barrier layer contains GaN, characterized in that a ratio b/a of a thickness b of the barrier layer to a thickness a of the luminescent layer is from 11 to 25, wherein the barrier layer contains Si, and an order of concentration of Si is from 10 16 cm -3 to 10 19 cm -3.
A lifting device for a vehicle axle, vehicle axle, suspension arm and suspension support, the vehicle axle being supported by the suspension arm which is pivotally coupled to the suspension support by means of a suspension bolt, the device being of the type comprising: - a fixed base coupled to the suspension support, - a bellows element coupled to said base, - a connecting structure comprising at least one lower plate coupled to the bellows element, a pair of lateral plates projecting from the lower plate in an essentially perpendicular direction and being essentially parallel to each other, and an upper plate essentially perpendicular to the lateral plates, - a stop element located above the upper plate and configured to come into contact with the suspension arm of the vehicle axle, and - a pair of arms, provided on a first end to be pivotally coupled to the suspension support or to the fixed base of the lifting device, and on a second end to be fastened to the lateral plates of the connecting structure, characterised in that the connecting structure is a single piece, and each arm is coupled to each lateral plate by means of only one bolt, for which each lateral plate is provided with one hole, and in that a portion of the arms near the second end of each arm rests on the lower plate of the connecting structure, and this portion of the arms and its rest on the lower plate is configured to prevent a relative movement or rotation between the arms and the connecting structure. - a fixed base coupled to the suspension support, - a bellows element coupled to said base, - a connecting structure comprising at least one lower plate coupled to the bellows element, a pair of lateral plates projecting from the lower plate in an essentially perpendicular direction and being essentially parallel to each other, and an upper plate essentially perpendicular to the lateral plates, - a stop element located above the upper plate and configured to come into contact with the suspension arm of the vehicle axle, and - a pair of arms, provided on a first end to be pivotally coupled to the suspension support or to the fixed base of the lifting device, and on a second end to be fastened to the lateral plates of the connecting structure,
A multi-core fiber for accommodating multiple single mode cores (1, 11-13) in one optical fiber, each of the multiple cores (1, 11-13) comprising a core part and a cladding part that covers an outer periphery of the core part, and the cladding part of the core (1, 11-13) comprising a double cladding structure including a first cladding for surrounding an outer periphery of the core part and a second cladding on the outer side of the first cladding, wherein in the core part and the first cladding, an optical electromagnetic profile is confined within a range of the core part and the first cladding, restricting a leakage thereof to the second cladding, thereby rendering propagation characteristics of all core part uniform, characterized in that the multiple cores (1, 11-13) comprise multiple types of non-identical cores each having a different refractive index of the first cladding so that the non-identical cores vary in the propagation constant of the fundamental mode propagating through the core part, thereby obtaining the propagation constant being different in the multiple types of non-identical cores.
A steering axle for a vehicle, wherein steering arms (31, 32) are hinged to both sides of an axle body, and each of the steering arms (31, 32) is operatively connected to a tie rod arm (41, 42), and a tie rod is hinged at both ends at points of attack (61, 62) to the tie rod arms (41, 42), wherein the tie rod arms (41, 42) comprise an adjusting device (71, 72) for varying the position of the point of attack (61, 62), characterized in that at least one further adjusting device (81, 82) is provided for changing the position of a further point of attack for a slave cylinder of a forced steering system.
An isolated Huwentoxin-IV variant comprising a sequence X 1 CX 2 X 3 X 4 FX 5 X 6 CX 7 X 8 X 9 X 10 X 11 X 12 CCX 13 X 14 X 15 X 16 X 17 X 18 CX 19 X 20 X 21 X 22 X 23 X 24 CKX 25 X 26 IX 27 X 28 (SEQ ID NO: 265); wherein a. X 1 is E; b. X 2 is L; c. X 3 is R, N, Q or E; d. X 4 is I; e. X 5 is K; f. X 6 is R, or A; g. X 7 is N; h. X 8 is P; i. X 9 is S; j. X 10 is N; k. X 11 is D; l. X 12 is N or Q; m. X 13 is K; n. X 14 is Q, P or S; o. X 15 is N or S; p. X 16 is R or K; q. X 17 is L; r. X 18 is K, T, L or V; s. X 19 is S or I; t. X 20 is K, W, G, I, R orD; u. X 21 is W, K or H; v. X 22 is T; w. X 23 is H, W, N, G, L or R; x. X 24 is W or K; and y. X 25 is W, T, or Y; z. X 26 is Y, F, S, T, G, V, L or Q; aa. X 27 is K, R, H, F, W, V, L, I, G or deleted; and bb. X 28 is R, H, Y, F, W, N, V, P, K or deleted; and wherein the Huwentoxin-IV variant has an IC 50 value of less than 0.03×10 -6 M for human Nav1.7 (SEQ ID NO: 263), with the proviso that the Huwentoxin-IV variant is not a polypeptide comprising a sequence shown in SEQ ID NO: 1. a. X 1 is E; b. X 2 is L; c. X 3 is R, N, Q or E; d. X 4 is I; e. X 5 is K; f. X 6 is R, or A; g. X 7 is N; h. X 8 is P; i. X 9 is S; j. X 10 is N; k. X 11 is D; l. X 12 is N or Q; m. X 13 is K; n. X 14 is Q, P or S; o. X 15 is N or S; p. X 16 is R or K; q. X 17 is L; r. X 18 is K, T, L or V; s. X 19 is S or I; t. X 20 is K, W, G, I, R orD; u. X 21 is W, K or H; v. X 22 is T; w. X 23 is H, W, N, G, L or R; x. X 24 is W or K; and y. X 25 is W, T, or Y; z. X 26 is Y, F, S, T, G, V, L or Q; aa. X 27 is K, R, H, F, W, V, L, I, G or deleted; and bb. X 28 is R, H, Y, F, W, N, V, P, K or deleted; and
A friction clutch for a drivetrain of a motor vehicle, comprising: - an input part having an outer plate carrier rotatable about an axis of rotation by at least one drive motor, wherein at least one outer plate is attached to the outer plate carrier; - an output part having a rotor carrier and an inner plate carrier separated from the rotor carrier, wherein at least one inner plate is attached to the inner plate carrier; - at least one spring device, with which the at least one outer plate and the at least one inner plate can be tensioned with a pressing force for closing the friction clutch; and - at least one leaf spring which is connected to the inner plate carrier and the rotor carrier in such a way that the at least one leaf spring increases the pressing force with a boosting force when a torque is introduced by the drive motor, characterised in that the at least one leaf spring is connected to the rotor carrier via an adapter ring, wherein the adapter ring has a plurality of radially inwardly directed attachment tabs, via which the adapter ring is connected to the rotor carrier and which engage through a pressure pot, via which the at least one spring device tensions the at least one outer plate and the at least one inner plate. - an input part having an outer plate carrier rotatable about an axis of rotation by at least one drive motor, wherein at least one outer plate is attached to the outer plate carrier; - an output part having a rotor carrier and an inner plate carrier separated from the rotor carrier, wherein at least one inner plate is attached to the inner plate carrier; - at least one spring device, with which the at least one outer plate and the at least one inner plate can be tensioned with a pressing force for closing the friction clutch; and - at least one leaf spring which is connected to the inner plate carrier and the rotor carrier in such a way that the at least one leaf spring increases the pressing force with a boosting force when a torque is introduced by the drive motor,
A system for delivery of a high viscosity fluid, comprising: a variable speed pump; a circuit through which the fluid is pumped by the variable speed pump, the circuit comprising a loop having a plurality of fluid off-takes; and a controller configured to control operation and speed of the variable speed pump: (i) to pump the fluid in the circuit in a high pressure mode, wherein the fluid flows from the variable speed pump into the loop and to the plurality of fluid off-takes in opposing flow directions along the loop in the high pressure mode, and wherein the controller is configured to control the speed of the variable speed pump to maintain a pressure of the fluid in the circuit in the high pressure mode, and (ii) to pump the fluid around the circuit in a single flow direction along the loop, in a low pressure mode during periods when none of the plurality of fluid off-takes are being used. a variable speed pump; a circuit through which the fluid is pumped by the variable speed pump, the circuit comprising a loop having a plurality of fluid off-takes; and a controller configured to control operation and speed of the variable speed pump: (i) to pump the fluid in the circuit in a high pressure mode, wherein the fluid flows from the variable speed pump into the loop and to the plurality of fluid off-takes in opposing flow directions along the loop in the high pressure mode, and wherein the controller is configured to control the speed of the variable speed pump to maintain a pressure of the fluid in the circuit in the high pressure mode, and (ii) to pump the fluid around the circuit in a single flow direction along the loop, in a low pressure mode during periods when none of the plurality of fluid off-takes are being used. (i) to pump the fluid in the circuit in a high pressure mode, wherein the fluid flows from the variable speed pump into the loop and to the plurality of fluid off-takes in opposing flow directions along the loop in the high pressure mode, and wherein the controller is configured to control the speed of the variable speed pump to maintain a pressure of the fluid in the circuit in the high pressure mode, and (ii) to pump the fluid around the circuit in a single flow direction along the loop, in a low pressure mode during periods when none of the plurality of fluid off-takes are being used.
A point of sale system comprising: a near field communication, NFC, front end communicatively coupled to an antenna and adapted to receive a signal; a discrete microcontroller: (i) communicatively coupled with the near field communication front end; (ii) storing a first software stack for a first near field communication protocol; and (iii) storing a second software stack for a second near field communication protocol; and an applications microprocessor: (i) communicatively coupled with the discrete microcontroller; (ii) instantiating an operating system for the point of sale system; and (iii) instantiating a master NFC service; wherein the discrete microcontroller is programmed to, selectively and in response to a selection by the master NFC service, perform one of: (i) instantiate the first software stack exclusive to the second software stack and process the signal with the first software stack and not the second software stack; and (ii) instantiate the second software stack exclusive to the first software stack and process the signal with the second software stack and not the first software stack; wherein the first and second software stacks are independent; and wherein the first near field communication protocol and the second near field communication protocol are different and incompatible. a near field communication, NFC, front end communicatively coupled to an antenna and adapted to receive a signal; a discrete microcontroller: (i) communicatively coupled with the near field communication front end; (ii) storing a first software stack for a first near field communication protocol; and (iii) storing a second software stack for a second near field communication protocol; and an applications microprocessor: (i) communicatively coupled with the discrete microcontroller; (ii) instantiating an operating system for the point of sale system; and (iii) instantiating a master NFC service; wherein the discrete microcontroller is programmed to, selectively and in response to a selection by the master NFC service, perform one of: (i) instantiate the first software stack exclusive to the second software stack and process the signal with the first software stack and not the second software stack; and (ii) instantiate the second software stack exclusive to the first software stack and process the signal with the second software stack and not the first software stack; (i) instantiate the first software stack exclusive to the second software stack and process the signal with the first software stack and not the second software stack; and (ii) instantiate the second software stack exclusive to the first software stack and process the signal with the second software stack and not the first software stack; wherein the first and second software stacks are independent; and wherein the first near field communication protocol and the second near field communication protocol are different and incompatible.
A crack analysis device comprising: an image acquisition unit configured to acquire a photographed image of a road surface; a crack detector configured to detect cracks in which a closed region is formed on the photographed road surface based on the photographed image; a deterioration degree calculator configured to calculate a degree of deterioration of the road surface in accordance with a range of the road surface on which the cracks are detected; and a display configured to display a detection result of the detected cracks, wherein the crack detector is further configured to detect the cracks which intersect each other on the road surface to form the closed regions, characterized in that the display is further configured to perform display in accordance with the calculated degree of deterioration so that the performed display is superimposed on the photographed image, the deterioration degree calculator is further configured to divide a range of the road surface into ranges of a wheel passage portion and other portions in a crossing direction of the road and to calculate the degree of deterioration in the road surface in accordance with presence of the cracks within each of the divided ranges. an image acquisition unit configured to acquire a photographed image of a road surface; a crack detector configured to detect cracks in which a closed region is formed on the photographed road surface based on the photographed image; a deterioration degree calculator configured to calculate a degree of deterioration of the road surface in accordance with a range of the road surface on which the cracks are detected; and a display configured to display a detection result of the detected cracks, wherein the crack detector is further configured to detect the cracks which intersect each other on the road surface to form the closed regions, characterized in that the display is further configured to perform display in accordance with the calculated degree of deterioration so that the performed display is superimposed on the photographed image, the deterioration degree calculator is further configured to divide a range of the road surface into ranges of a wheel passage portion and other portions in a crossing direction of the road and to calculate the degree of deterioration in the road surface in accordance with presence of the cracks within each of the divided ranges. wherein the crack detector is further configured to detect the cracks which intersect each other on the road surface to form the closed regions, characterized in that the display is further configured to perform display in accordance with the calculated degree of deterioration so that the performed display is superimposed on the photographed image, the deterioration degree calculator is further configured to divide a range of the road surface into ranges of a wheel passage portion and other portions in a crossing direction of the road and to calculate the degree of deterioration in the road surface in accordance with presence of the cracks within each of the divided ranges.