mhurhangee/ep-ind-claims huggingface dataset:
Arrangement of a casting production process line for casting concrete products, which casting production process line is a center process line comprising a plurality work stations, which production process line further comprises at least one central transfer wagon movable on a path on the center process line for moving molds/mold tables from one work station for a process stage to another work station on a main level of the casting production process line, which work stations are located along the path of the central transfer wagon on at least at one side of the path of the center process line, in which at least one of the central transfer wagons of the arrangement comprises a lifting mechanism by which the molds/mold tables are liftable to the at least one upper level, characterized in that the production process line is located on a main level and on at least one upper level and the upper level is a work station level located one floor above the main level of the production process line and that the upper level comprises at least one opening for passing through the mold table by the lifting mechanism of the central transfer wagon and locking means by which the mold table is fastened on the upper level and safety means by which the safety of personnel is ensured.
A method of manufacturing a substrate with at least one micro-channel, the method comprising the steps of, - injection molding a first moldable material at high speed, high temperature and high packing pressure in a mould cavity for forming a base plate with at least one half open micro-channel at its outer surface, - enlarging the mould cavity, - injection molding a second moldable material into the enlarged mould cavity over the first moldable material for adding a cover layer to the base plate, the cover layer covering the half open micro-channel wherein - the injection molding of the second moldable material is performed at low speed, low temperature and low packing pressure - during the injection molding of the second moldable material, the second moldable material freezes-in without or without completely filling the half open micro-channel, thereby forming the at least one micro-channel in the substrate, wherein the base plate is formed with a slot at its outer surface, the at least one half open micro-channel being provided inside the slot and wherein the injection molding of the second moldable material comprises at least partially filling the slot with the second moldable material. - injection molding a first moldable material at high speed, high temperature and high packing pressure in a mould cavity for forming a base plate with at least one half open micro-channel at its outer surface, - enlarging the mould cavity, - injection molding a second moldable material into the enlarged mould cavity over the first moldable material for adding a cover layer to the base plate, the cover layer covering the half open micro-channel wherein - the injection molding of the second moldable material is performed at low speed, low temperature and low packing pressure - during the injection molding of the second moldable material, the second moldable material freezes-in without or without completely filling the half open micro-channel, thereby forming the at least one micro-channel in the substrate, wherein the base plate is formed with a slot at its outer surface, the at least one half open micro-channel being provided inside the slot and wherein the injection molding of the second moldable material comprises at least partially filling the slot with the second moldable material.
A method of operating a wireless communications system with multiple antennas for supplying a same spatial coverage area with wireless communications signals, comprising sharing the multiple antennas by multiple mobile network operators, wherein the wireless communications signals are supplied to different user equipments in one and a same time-frequency resource element.
Arrangement for vibration decoupling of an engine for motorized two-wheeled vehicles having a drive unit swinging fork which is mounted so as to be rotatable about a first axle, wherein the first axle is mounted rotatably on the vehicle frame of the two-wheeled vehicle by means of a decoupling swinging fork on a second axle, and wherein, furthermore, a support rod equipped with damping buffers (14a, 14b) is provided on the drive unit swinging fork, the orientation of which support rod is selected such that vibration decoupling is effected in and counter to the vehicle longitudinal direction and/or cylinder direction, wherein the second axle is, as decoupling axle, mounted rotatably on frame-side fastening lugs (16a, 16b), characterized in that the decoupling swinging fork has the second axle and two connecting arms (20a, 20b) with in each case one fastening element (21, 22) arranged at both ends for the first and second axle (11, 12).
A stent for insertion into a vessel of a patient, comprising: a tubular member having a first smaller diameter for insertion into the vessel, and a second larger diameter for deployment within the vessel, said tubular member including a central portion comprised of a plurality of helical circumferential windings separated by a helical space, each of said windings including a plurality of undulations, with each said undulation being defined by two adjacent struts (22, 24) and a loop connecting the struts, wherein adjacent windings are connected with a plurality of bridges (50, 52, 54, 56), said bridges extending across said helical space between said adjacent windings and connected to said loops of a plurality of said undulations, wherein, for at least one of said windings, for any given number n of undulations on said winding and any given number b of bridges (50, 52, 54, 56) connected to said winding, where n≠b, a maximum number of undulations is provided between said bridges (50, 52, 54, 56), wherein the tubular member defines a longitudinal axis, said tubular member including at least one cylindrical end portion at an end of said central portion, and a transition zone between said central portion and each of said at least one cylindrical end portions, said transition zone including a plurality of transition undulations having struts (42, 22) that progressively increase in length, characterized in that a relatively longer strut of said transition undulations has a relatively wider width than a relatively shorter strut of said transition undulations. a tubular member having a first smaller diameter for insertion into the vessel, and a second larger diameter for deployment within the vessel, said tubular member including a central portion comprised of a plurality of helical circumferential windings separated by a helical space, each of said windings including a plurality of undulations, with each said undulation being defined by two adjacent struts (22, 24) and a loop connecting the struts, wherein adjacent windings are connected with a plurality of bridges (50, 52, 54, 56), said bridges extending across said helical space between said adjacent windings and connected to said loops of a plurality of said undulations, wherein, for at least one of said windings, for any given number n of undulations on said winding and any given number b of bridges (50, 52, 54, 56) connected to said winding, where n≠b, a maximum number of undulations is provided between said bridges (50, 52, 54, 56), wherein the tubular member defines a longitudinal axis, said tubular member including at least one cylindrical end portion at an end of said central portion, and a transition zone between said central portion and each of said at least one cylindrical end portions, said transition zone including a plurality of transition undulations having struts (42, 22) that progressively increase in length, characterized in that a relatively longer strut of said transition undulations has a relatively wider width than a relatively shorter strut of said transition undulations.
A tire condition detecting apparatus that is provided in each of wheel assemblies of a vehicle to detect condition of the tire, the apparatus comprising: a condition detecting section (32, 33), which is adapted to detect condition of the tire; a transmission section, which is configured to transmit a signal that contains information related to the condition of the tire to a receiver, which includes a reception-side control section, wherein the reception-side control section is adapted to identify the position of the wheel assembly in which the tire condition detecting apparatus is provided based on a received signal strength indication (RSSI) of the signal; and a transmission-side control section, which is adapted to cause the transmission section to transmit the signal, wherein the transmission-side control section is configured to cause a position detecting signal and an instruction signal to be transmitted from the transmission section to the receiver, wherein the position detecting signal is configured to cause the reception-side control section to identify the position of the tire condition detecting apparatus, the tire condition detecting apparatus being characterized in that the instruction signal is adapted to be transmitted before the position detecting signal is transmitted and is adapted to instruct the reception-side control section to start obtaining the RSSI. a condition detecting section (32, 33), which is adapted to detect condition of the tire; a transmission section, which is configured to transmit a signal that contains information related to the condition of the tire to a receiver, which includes a reception-side control section, wherein the reception-side control section is adapted to identify the position of the wheel assembly in which the tire condition detecting apparatus is provided based on a received signal strength indication (RSSI) of the signal; and a transmission-side control section, which is adapted to cause the transmission section to transmit the signal, wherein the transmission-side control section is configured to cause a position detecting signal and an instruction signal to be transmitted from the transmission section to the receiver, wherein the position detecting signal is configured to cause the reception-side control section to identify the position of the tire condition detecting apparatus, the tire condition detecting apparatus being characterized in that the instruction signal is adapted to be transmitted before the position detecting signal is transmitted and is adapted to instruct the reception-side control section to start obtaining the RSSI.
A composition comprising: a surfactant; a rheology modifier comprising a mixture of alkyl glycoside fatty acid esters comprising: a long chain fatty acid ester of an alkyl glycoside, the long chain fatty acid ester consisting of at least one fatty acid ester group R 1 O-, wherein R 1 is a C 12 or higher hydrocarbon, and a short chain fatty acid ester of an alkyl glycoside, the short chain fatty acid ester consisting of least one fatty acid ester group R 2 O-, wherein R 2 is a C 6 -C 10 hydrocarbon; and water, wherein a molar ratio of long chain fatty acid ester groups to short chain fatty acid ester groups in the rheology modifier is less than 1:1. a surfactant; a rheology modifier comprising a mixture of alkyl glycoside fatty acid esters comprising: a long chain fatty acid ester of an alkyl glycoside, the long chain fatty acid ester consisting of at least one fatty acid ester group R 1 O-, wherein R 1 is a C 12 or higher hydrocarbon, and a short chain fatty acid ester of an alkyl glycoside, the short chain fatty acid ester consisting of least one fatty acid ester group R 2 O-, wherein R 2 is a C 6 -C 10 hydrocarbon; and a long chain fatty acid ester of an alkyl glycoside, the long chain fatty acid ester consisting of at least one fatty acid ester group R 1 O-, wherein R 1 is a C 12 or higher hydrocarbon, and a short chain fatty acid ester of an alkyl glycoside, the short chain fatty acid ester consisting of least one fatty acid ester group R 2 O-, wherein R 2 is a C 6 -C 10 hydrocarbon; and water, wherein a molar ratio of long chain fatty acid ester groups to short chain fatty acid ester groups in the rheology modifier is less than 1:1. wherein a molar ratio of long chain fatty acid ester groups to short chain fatty acid ester groups in the rheology modifier is less than 1:1.
Method of operating an exhaust gas cleaning device with at least one catalytic converter for filtering exhaust gas assigned to the exhaust system of an internal combustion engine, and with at least one lambda probe (5, 6) arranged in the exhaust gas wherein a time period is determined by which the reaction of the lambda probe (5, 6) is delayed in relation to the setting of another fuel-air mix on the internal combustion engine, wherein a time period end (t 0, t 1), that is assigned to a maximum and minimum respectively of a signal value delayed by a delay is determined, in that a variable value tracks the signal value (λ) so that the variable value always represents the maximum or minimum respectively of the signal value, and on the signal value (λ) falling below or exceeding the variable value by a determined difference value (Δλ) the time period end (t 0, t 1) is determined, wherein the time period end (t 0, t 1) is corrected on the basis of the time constant (τ) of the delay, characterised in that a correction value (Δt) is determined for the period end (t 0, t 1) from the difference value (Δλ) and the time constant (τ).
Medical device, in particular a device for extracorporeal blood treatment, having an output unit for outputting system sounds for communication with a user, wherein the output unit is additionally adapted to transmit message sounds for communication with at least one other apparatus and to simultaneously emit the system sounds and the message sounds so that the message sounds are transmitted in a masked manner.
A light emitting arrangement adapted to provide a total light output spectrum, comprising: - a solid state light source adapted to emit primary light; and - a wavelength converting member arranged to receive said primary light and comprising a plurality of wavelength converting domains (102a, 102b, 102c, 102d, 102e, 102f, 102g, 102h) comprising wavelength converting material for converting primary light into secondary light, each wavelength converting domain thereby providing a sub-range of the total light output spectrum, wherein at least some of said wavelength converting domains are arranged as an array and comprise quantum dots, wherein different wavelength converting domains comprise quantum dots having different secondary light emission ranges providing different sub-ranges of the total light output spectrum, wherein a sub-range provided by each wavelength converting domain overlaps or is contiguous with at least one other sub-range provided by another wavelength converting domain, characterized in that said wavelength converting domains together provide secondary light including all wavelengths of the range from 400 nm to 800 nm, wherein a domain comprising a broad band emitting wavelength converting material is a phosphor layer, and said array of domains comprising quantum dots are provided as another layer arranged in the path of light from the solid state light source to the phosphor layer. - a solid state light source adapted to emit primary light; and - a wavelength converting member arranged to receive said primary light and comprising a plurality of wavelength converting domains (102a, 102b, 102c, 102d, 102e, 102f, 102g, 102h) comprising wavelength converting material for converting primary light into secondary light, each wavelength converting domain thereby providing a sub-range of the total light output spectrum,
A planetary gearset, in particular for a servo system, of the type comprising, arranged in a casing, a planet carrier bearing a plurality of planet gears, a ring gear and a sun gear, and means for changing the input and output gear ratio, which are actionable from outside the casing, where the ring gear is mounted rotating in the casing and the control means are suitable for imposing a determined rotation speed on the ring gear in order to produce a first gear ratio and for securing the ring gear and the planet carrier in rotation to produce a second gear ratio, characterized in that the ring gear and the planet carrier are each provided with outer gear teeth (36, 38) and in that the control means comprise a pinion that is movable between a gear mesh position of only the outer gear teeth of the ring gear and a position securing the ring gear and the planet carrier in rotation by gear mesh of the outer gear teeth (36, 38) of the ring gear and the planet carrier.
An expression vector encoding a Cas9 enzyme comprising a substitution, wherein the substitution is of at least one of the following amino acids: 1473 and K500; and wherein the amino acid sequence of the Cas9 is at least 80% similar to SEQ ID NO:1 across its entire length.
A lens for filming, comprising: a plurality of movable lenses (G2, G4) arranged apart from each other in the direction of an optical axis, and which move in the direction of the optical axis for focusing, wherein a fixed lens, which does not move, is provided between at least one pair of movable lenses (G2, G4) adjacent to each other among the plurality of movable lenses (G2, G4), wherein a movable lens arranged closest to a subject side among the plurality of movable lenses (G2, G4) has negative power, wherein at least one movable lens arranged toward an image formation side of the movable lens having the negative power has positive power, wherein the movable lens having the negative power has a concave surface toward the subject side and a concave surface toward the image formation side, and the movable lens having the positive power has a least a convex surface toward the subject side out of the subject side and the image formation side, characterized in that the movable lens having the positive power satisfies the following relationship: − 0.1 ≤ fa / Ra ≤ 0.1, where fa is a focal length and Ra is a curvature radius of the image formation side. a plurality of movable lenses (G2, G4) arranged apart from each other in the direction of an optical axis, and which move in the direction of the optical axis for focusing, wherein a fixed lens, which does not move, is provided between at least one pair of movable lenses (G2, G4) adjacent to each other among the plurality of movable lenses (G2, G4), wherein a movable lens arranged closest to a subject side among the plurality of movable lenses (G2, G4) has negative power, wherein at least one movable lens arranged toward an image formation side of the movable lens having the negative power has positive power, wherein the movable lens having the negative power has a concave surface toward the subject side and a concave surface toward the image formation side, and the movable lens having the positive power has a least a convex surface toward the subject side out of the subject side and the image formation side, characterized in that the movable lens having the positive power satisfies the following relationship: − 0.1 ≤ fa / Ra ≤ 0.1, where fa is a focal length and Ra is a curvature radius of the image formation side.
A terminal comprising: a receiving section configured to receive downlink control information that is used for scheduling of a downlink shared channel; and a control section configured to determine an assignment symbol location of the downlink shared channel and a transmission timing of a delivery acknowledgement signal for the downlink shared channel based on the downlink control information. a receiving section configured to receive downlink control information that is used for scheduling of a downlink shared channel; and a control section configured to determine an assignment symbol location of the downlink shared channel and a transmission timing of a delivery acknowledgement signal for the downlink shared channel based on the downlink control information.
A method for rendering damaged-enhanced images in a computer simulation comprising a computer-generated environment, the method comprising, during the computer simulation: determining coordinates, in the computer-generated environment, of a virtual impact having an effective radius; identifying, at the coordinates, a first plurality of rendering faces affected by the virtual impact considering the effective radius, the first plurality of rendering faces being associated with at least one three-dimensional polygon mesh of the computer-generated environment; clipping the first plurality of rendering faces to a mathematically-defined subtraction shape computed considering the effective radius, wherein the mathematically-defined subtraction shape is preferably a sphere or a spheroid expressed by a single mathematical formula; computing a second plurality of rendering faces (6022, 6024, 6026, 6210) from the clipped first plurality of rendering faces, thereby defining at least one newly formed 3D polygon mesh; and rendering at least one damaged-enhanced image for display comprising a subset of the second plurality of rendering faces using a visual texture, the subset being determined from a field of view of the computer simulation. determining coordinates, in the computer-generated environment, of a virtual impact having an effective radius; identifying, at the coordinates, a first plurality of rendering faces affected by the virtual impact considering the effective radius, the first plurality of rendering faces being associated with at least one three-dimensional polygon mesh of the computer-generated environment; clipping the first plurality of rendering faces to a mathematically-defined subtraction shape computed considering the effective radius, wherein the mathematically-defined subtraction shape is preferably a sphere or a spheroid expressed by a single mathematical formula; computing a second plurality of rendering faces (6022, 6024, 6026, 6210) from the clipped first plurality of rendering faces, thereby defining at least one newly formed 3D polygon mesh; and rendering at least one damaged-enhanced image for display comprising a subset of the second plurality of rendering faces using a visual texture, the subset being determined from a field of view of the computer simulation.
Control equipment for guiding a drill rod, the control equipment comprising a frame, two guide jaws (8a, 8b) provided with guide surfaces and mounted to be linearly movable in relation to the frame, between which guide jaws the drill rod is to be set during drilling, and actuators for moving the guide jaws (8a, 8b) transversely to the axis of the drill rod for moving them away from one another, and correspondingly, towards one another for guiding the drill rod, characterized by including a detector which detects that the guide surfaces of the guide jaws (8a, 8b) are in contact with the drill rod and a control unit, by means of which the movement of the guide jaws (8a, 8b) is controlled, wherein the detector is connected to the control unit and the control unit is arranged to automatically move the guide jaws (8a, 8b) for a predetermined distance away from the drill rod to a guide position, when a signal is received from the detector that the guide jaws (8a, 8b) are in contact with the drill rod.