mhurhangee/ep-ind-claims huggingface dataset:
Device for needling a fibrous web, having at least one needle beam which on its lower side includes a needle board having a multiplicity of needles, having a beam support which is held so as to be movable for holding the needle beam, having a vertical drive which is connected to the beam support for driving the beam support in an oscillating manner in an upward and downward movement, and having a guide unit for guiding the beam support in a lineal manner, wherein the vertical drive is formed by two eccentric drives (6.1, 6.2) which in each case include one crank shaft (9.1, 9.2) and one connecting rod (7.1, 7.2) which is connected via a rod head (10.1, 10.2) to the crank shaft, wherein the connecting rods (7.1, 7.2) by way of their rod eyes (11.1, 11.2) are connected via pivot joints (8.1, 8.2) to the beam support, and wherein the guide unit includes at least one swing arm which is held at one end by way of a pivot joint on a machine frame, characterized in that the opposite end of the swing arm and the beam support are connected by way of a dual kinematics feature to a plurality of elements (17, 22), wherein the swing arm and the elements (17, 18, 22) of the dual kinematics feature are disposed between the connecting rods (7.1, 7.2) of the vertical drive.
A method for sending and processing data, comprising: receiving, by a first router, a first Internet Protocol, IP, data packet sent by a network server, wherein the first IP data packet carries a first data adding instruction; and searching, by the first router according to the first data adding instruction, a first local cache for to-be-added data that is indicated by the first data adding instruction, adding, to the first IP data packet, the to-be-added data that is indicated by the first data adding instruction, to form a second IP data packet, and sending the second IP data packet; characterized in that after the to-be-added data that is indicated by the first data adding instruction is added to the first IP data packet, deleting the first data adding instruction, wherein the first IP data packet further comprises a second data adding instruction, and correspondingly, the second IP data packet comprises the second data adding instruction; and after the sending the second IP data packet, the method further comprises: receiving, by a second router, the second IP data packet sent by the first router; and searching, by the second router according to the second data adding instruction, a second local cache for to-be-added data that is indicated by the second data adding instruction, adding, to the second IP data packet, the to-be-added data that is indicated by the second data adding instruction, to form a third IP data packet, and sending the third IP data packet. receiving, by a first router, a first Internet Protocol, IP, data packet sent by a network server, wherein the first IP data packet carries a first data adding instruction; and searching, by the first router according to the first data adding instruction, a first local cache for to-be-added data that is indicated by the first data adding instruction, adding, to the first IP data packet, the to-be-added data that is indicated by the first data adding instruction, to form a second IP data packet, and sending the second IP data packet; receiving, by a second router, the second IP data packet sent by the first router; and searching, by the second router according to the second data adding instruction, a second local cache for to-be-added data that is indicated by the second data adding instruction, adding, to the second IP data packet, the to-be-added data that is indicated by the second data adding instruction, to form a third IP data packet, and sending the third IP data packet.
A sheet comprising a support and a security means comprising at least one zone having an interference effect, characterized in that said security means also comprises at least one tactile recognition element located in the same region as said zone having an interference effect.
Hearing aid system (1, 20) with a hearing aid comprising at least one first input converter (21, 22), a first signal processing unit, an output converter and a receive unit, and with an external processor unit, comprising at least one second input converter (11A, 11B, 11C), a second signal processing unit and a send unit, characterised in that the external processor unit is permanently assigned to a specific hearing environment and processing adapted to the hearing environment of an input signal picked up by the second input converter (11A, 11b, 11C) takes place in the processor unit, wherein the external processor unit sends the processed signal via the send unit and the hearing aid receives the sent signal by means of the receive unit and outputs it via the output converter.
A Lactobacillus peptide comprising a fragment of p40, wherein the fragment comprises SEQ ID NO:6, and wherein the peptide contains no more than 100 amino acids of the p40 molecule as defined by SEQ ID NO: 2.
A method of predicting presence of a mobile user equipment of at least two mutually associated mobile user equipments (141, 142, 143), performed on a computer and comprising the steps of: determining a set of time-distributed locations of the at least two mutually associated mobile user equipments (141, 142, 143), calculating an aggregated location using a clustering algorithm on the sets of time-distributed locations of the at least two mutually associated mobile user equipments (141, 142, 143), for each mobile user equipment of the at least two mutually associated mobile user equipments (141, 142, 143): calculating personal points of interest using a clustering algorithm on the set of time distributed locations of the mobile user equipment (141, 142, 143), and predicting, based on the personal points of interest, a probability that the mobile user equipment (141, 142, 143) will be present at the aggregated location at a future time, and initiating sending, to any of the mobile user equipments of the at least two mutually associated mobile user equipments, a message indicating that another mobile user equipment (142, 143) of the at least two mutually associated mobile user equipments (141, 142, 143) is predicted to be present at the aggregated location at a specific future time. determining a set of time-distributed locations of the at least two mutually associated mobile user equipments (141, 142, 143), calculating an aggregated location using a clustering algorithm on the sets of time-distributed locations of the at least two mutually associated mobile user equipments (141, 142, 143), for each mobile user equipment of the at least two mutually associated mobile user equipments (141, 142, 143): calculating personal points of interest using a clustering algorithm on the set of time distributed locations of the mobile user equipment (141, 142, 143), and predicting, based on the personal points of interest, a probability that the mobile user equipment (141, 142, 143) will be present at the aggregated location at a future time, and calculating personal points of interest using a clustering algorithm on the set of time distributed locations of the mobile user equipment (141, 142, 143), and predicting, based on the personal points of interest, a probability that the mobile user equipment (141, 142, 143) will be present at the aggregated location at a future time, and initiating sending, to any of the mobile user equipments of the at least two mutually associated mobile user equipments, a message indicating that another mobile user equipment (142, 143) of the at least two mutually associated mobile user equipments (141, 142, 143) is predicted to be present at the aggregated location at a specific future time.
Method for determining an axle load (F R) on a vehicle axle of a tractor having a power lift to which a payload is able to be coupled, wherein - the power lift is driven by a hydraulic pump, characterized in that the pump pressure (p L) thereof is set depending on the coupled payload, - the set pump pressure (p L) is ascertained, and - the axle load (F R) is determined depending on the ascertained pump pressure (p L). - the power lift is driven by a hydraulic pump, characterized in that the pump pressure (p L) thereof is set depending on the coupled payload, - the set pump pressure (p L) is ascertained, and - the axle load (F R) is determined depending on the ascertained pump pressure (p L).
Instrument having a flexible stem which has a distal end and a proximal end, wherein a handling element is disposed on the proximal end, and a main part is configured on the distal end, wherein a fold-out part is disposed so as to be adjustable by way of a linkage between a first position, disposed on the main part, and a second position which in relation to a profile direction of the stem is laterally spaced apart from the main part, wherein a spindle drive by way of which the linkage is activatable is configured, wherein a threaded part of the spindle drive is drivable by way of a flexible shaft that is routed along the stem, and wherein the spindle drive has a mating threaded part which is connected to the linkage and receives the threaded part in order for the spindle drive to be formed, characterized in that the linkage forms a toggle lever, wherein the spindle drive engages on a knuckle joint of the toggle lever.
A method for controlling a four-wheel drive vehicle which comprises: a driving source; primary driven wheels; secondary driven wheels; and a torque distribution device capable of distributing a torque input thereinto from the driving source, not only to the primary driven wheels but also to the secondary driven wheels, and changing a torque distribution amount for the secondary driven wheels, according to an input current to be applied thereto, the method comprising the steps of: determining a target torque distribution amount (T 0) for the secondary driven wheels according to a running state of the vehicle; applying, to the torque distribution device, a current value corresponding to the determined target torque distribution amount (T 0); and when the vehicle is in a predetermined running state, performing a current changing control for increasing and reducing the input current to the torque distribution device, characterized in that the step of performing a current changing control includes causing the input current to the torque distribution device to be temporarily increased to a value (I') greater than the current value corresponding to the target torque distribution amount (T 0), and then returned to the current value corresponding to the target torque distribution amount (T 0), and repeating the temporary increasing of the input current at least at intervals of a predetermined time (t). determining a target torque distribution amount (T 0) for the secondary driven wheels according to a running state of the vehicle; applying, to the torque distribution device, a current value corresponding to the determined target torque distribution amount (T 0); and when the vehicle is in a predetermined running state, performing a current changing control for increasing and reducing the input current to the torque distribution device, characterized in that the step of performing a current changing control includes causing the input current to the torque distribution device to be temporarily increased to a value (I') greater than the current value corresponding to the target torque distribution amount (T 0), and then returned to the current value corresponding to the target torque distribution amount (T 0), and repeating the temporary increasing of the input current at least at intervals of a predetermined time (t).
A compound represented by Formula (Ib): wherein: R' is -OH, (C 1 -C 8)alkyl, or -NH 2, wherein alkyl is optionally substituted with - NR d R e or heterocyclyl having from 3 to 7 ring member atoms; wherein R d and R e are each independently hydrogen, straight or branched (C 1 -C6)alkyl, optionally substituted (C 3 -C 14)aryl(C 1 -C 6)alkylene- or optionally substituted (C 3 -C 14)aryl, or a tautomer, stereoisomer, racemate, pharmaceutically acceptable salt, ester, solvate, or polymorph thereof. R' is -OH, (C 1 -C 8)alkyl, or -NH 2, wherein alkyl is optionally substituted with - NR d R e or heterocyclyl having from 3 to 7 ring member atoms; wherein R d and R e are each independently hydrogen, straight or branched (C 1 -C6)alkyl, optionally substituted (C 3 -C 14)aryl(C 1 -C 6)alkylene- or optionally substituted (C 3 -C 14)aryl,
A display and control system comprising: an optical device worn by a user; and a processing unit adapted to display augmented reality images to the user using the optical device, the augmented reality images being determined in real-time and with reference to the real-world environment of the user and relating to at least part of an item of equipment that is within the real-world environment of the user; wherein the processing unit is further adapted to allow the user to control the item of equipment remotely; and characterised in that the augmented reality images are based on the distance of the user from the item of equipment. an optical device worn by a user; and a processing unit adapted to display augmented reality images to the user using the optical device, the augmented reality images being determined in real-time and with reference to the real-world environment of the user and relating to at least part of an item of equipment that is within the real-world environment of the user; wherein the processing unit is further adapted to allow the user to control the item of equipment remotely; and characterised in that the augmented reality images are based on the distance of the user from the item of equipment.
A method for producing a grain-oriented electrical steel sheet comprising a series of steps of heating a steel slab having a chemical composition comprising C: 0.04-0.12 mass%, Si: 1.5-5.0 mass%, Mn: 0.01-1.0 mass%, sol. Al: 0.010-0.040 mass%, N: 0.004-0.02 mass%, one or two of S and Se: 0.005-0.05 mass% in total, optionally one or more selected from Ni: 0.1-1.0 mass%, Cu: 0.02-1.0 mass%, Sb: 0.01-0.10 mass% and 0.002-1.0 mass% in total of one or more selected from Ge, Bi, V, Nb, Te, Cr, Sn and Mo, and the remainder being Fe and inevitable impurities to not lower than 1250°C, hot rolling to obtain a hot rolled sheet having a thickness of not less than 1.8 mm, subjecting the hot rolled sheet to a single cold rolling or two or more cold rollings including an intermediate annealing therebetween to obtain a cold rolled sheet having a final thickness of 0.15-0.23 mm, and subjecting the cold rolled sheet to primary recrystallization annealing and further to final annealing, characterized in that a content ratio of sol. Al to N in the steel slab (sol. Al/N) and a final thickness d (mm) satisfy the following equation: 4 d + 1.52 ≤ sol. Al / N ≤ 4 d + 2.32 and the steel sheet in the heating process of the final annealing is held at a temperature of 775-875°C for 40-200 hours and then heated in a temperature region of 875-1050°C at a heating rate of 10-60°C/hr, wherein a region of 200-700°C in the heating process of the primary recrystallization annealing is heated at a heating rate of not less than 50°C/s, while any temperature between 250-600°C is held for 1-10 seconds. and the steel sheet in the heating process of the final annealing is held at a temperature of 775-875°C for 40-200 hours and then heated in a temperature region of 875-1050°C at a heating rate of 10-60°C/hr, wherein a region of 200-700°C in the heating process of the primary recrystallization annealing is heated at a heating rate of not less than 50°C/s, while any temperature between 250-600°C is held for 1-10 seconds.
A circuit card assembly, comprising: a substantially planar substrate having longitudinally spaced first and second substrate end edges (218, 220), transversely spaced top and bottom substrate surfaces (214, 216), and laterally spaced first and second substrate side edges (210, 212), at least a selected one of the top and bottom substrate surfaces (214, 216) having laterally arranged, longitudinally extending first, second, and third substrate regions (222, 224, 226), the first substrate region being directly laterally adjacent the first substrate side edge, the third substrate region being directly laterally adjacent the second substrate side edge, and the second substrate region being located laterally between the first and third substrate regions (222, 226); and at least one circuit trace located on the selected substrate surface (214, 216), with a portion of the circuit trace located in the first substrate region being made of only a first material, a portion of the circuit trace located in the third substrate region being made of only a second material, and a portion of the circuit trace located in the second substrate region being made of both the first and second materials (430, 432), wherein, in the second substrate region, the portion of the circuit trace made from the first material is at least partially arranged in direct longitudinal contact in the same layer with at least the portion of the circuit trace made from the second material. a substantially planar substrate having longitudinally spaced first and second substrate end edges (218, 220), transversely spaced top and bottom substrate surfaces (214, 216), and laterally spaced first and second substrate side edges (210, 212), at least a selected one of the top and bottom substrate surfaces (214, 216) having laterally arranged, longitudinally extending first, second, and third substrate regions (222, 224, 226), the first substrate region being directly laterally adjacent the first substrate side edge, the third substrate region being directly laterally adjacent the second substrate side edge, and the second substrate region being located laterally between the first and third substrate regions (222, 226); and at least one circuit trace located on the selected substrate surface (214, 216), with a portion of the circuit trace located in the first substrate region being made of only a first material, a portion of the circuit trace located in the third substrate region being made of only a second material, and a portion of the circuit trace located in the second substrate region being made of both the first and second materials (430, 432), wherein, in the second substrate region, the portion of the circuit trace made from the first material is at least partially arranged in direct longitudinal contact in the same layer with at least the portion of the circuit trace made from the second material.
A method of using a fabrication cell to fabricate a composite part, the fabrication cell comprising a clean section for performing clean operations including laying up the reinforcing fibers on a mandrel tool, the clean section satisfying clean room requirements for processing uncured composite materials; an adjacent dirty section for performing dirty operations including machining the layup after curing; a common end effector positioning system movable between the clean and dirty sections; and means for preventing contaminants in the dirty section from entering the clean section; the method comprising: using the end effector positioning system to build a mandrel tool in the dirty section; moving the mandrel tool and the end effector positioning system into the clean section; using the end effector positioning system to deposit reinforcing fibers on the tool; moving the tool to a curing section and performing curing; moving the mandrel tool and end the effector positioning system back into the dirty section; machining the cured part on the tool. using the end effector positioning system to build a mandrel tool in the dirty section; moving the mandrel tool and the end effector positioning system into the clean section; using the end effector positioning system to deposit reinforcing fibers on the tool; moving the tool to a curing section and performing curing; moving the mandrel tool and end the effector positioning system back into the dirty section; machining the cured part on the tool.
Fluid recirculation and dispenser valve, for example of an industrial paint, comprising a valve body which extends in an axial direction between a proximal end and a distal end and a valve rod which extends partially in said valve body, wherein: - the valve body comprises a proximal valve rod actuation portion, in which valve rod actuator means are at least partially housed, and a distal recirculation portion, suitable for fluidically communicating with a fluid recirculation duct; - the valve rod is axially movable, by means of said valve rod actuator means, between a rearward position, in which the valve rod closes said distal end of the valve body, and a forward position, in which the valve rod opens said distal end of the valve body, the fluid recirculation and dispenser valve being characterised in that said proximal and distal portions (12, 14) of the valve body are fluidically isolated from each other by a membrane sealing gasket integral with the valve rod. - the valve body comprises a proximal valve rod actuation portion, in which valve rod actuator means are at least partially housed, and a distal recirculation portion, suitable for fluidically communicating with a fluid recirculation duct; - the valve rod is axially movable, by means of said valve rod actuator means, between a rearward position, in which the valve rod closes said distal end of the valve body, and a forward position, in which the valve rod opens said distal end of the valve body,
Backrest trim to be fastened to a rear-side seat structure having a multilayer construction with: a decorative layer that is arranged on the side facing away from the seat structure in the assembled state of the backrest trim, and which has a contour cut, at least one reinforcing layer, which is fastened to the side of the decorative layer facing the seat structure and a foam layer arranged on the reinforcing layer, which is connected to the decorative layer and embedded in the reinforcing layer, whereby the reinforcing layer has a net-like or lattice-like structure. a decorative layer that is arranged on the side facing away from the seat structure in the assembled state of the backrest trim, and which has a contour cut, at least one reinforcing layer, which is fastened to the side of the decorative layer facing the seat structure and a foam layer arranged on the reinforcing layer, which is connected to the decorative layer and embedded in the reinforcing layer, whereby the reinforcing layer has a net-like or lattice-like structure.
A drive unit for a trailer comprising drive means, power means and mounting means, the mounting means being arranged, in use, to be secured to a trailer, the drive means being arranged to rotate a wheel of a trailer around an axle of the trailer, the drive unit comprising actuating means to move the drive means between: a disengaged position, and an engaged position in which movement is transmitted from the drive means to a wheel of the trailer, wherein the power means comprises a detachable battery which is mounted directly within the drive unit and is supported therein and wherein the drive unit forms a single integral self-supporting component, and characterised in that: the drive unit comprises locking means and, in which, the locking means is arranged to lock the detachable battery within the drive unit to prevent the unauthorised removal of the detachable battery. a disengaged position, and an engaged position in which movement is transmitted from the drive means to a wheel of the trailer,