mhurhangee/ep-ind-claims huggingface dataset:
Device for moving an object comprising at least a substrate through an open side of a processing station (1a,b) of a processing apparatus, the device comprising: at least one support, placeable at the processing station (1a,b), at least one carrier (27a,b), each guided for movement relative to the support(s) along a respective path predominantly directed in parallel to a reference axis (z) in a reference co-ordinate system; at least one device (29a,b,30a,b,31a,b) for controlling the movement of at least one of the carriers (27a,b) and driving the movement in at least one of opposite directions along the path; a component for holding the object; and a suspension mechanism with which the holding component is connected to the at least one carrier (27a,b), wherein the suspension mechanism is arranged to guide movement of the holding component relative to the at least one carrier (27a,b) along a holding component path, and wherein the device is arranged to drive the movement of the holding component in at least one direction along the holding component path, characterised in that the holding component path is predominantly directed in parallel to the reference axis (z). at least one support, placeable at the processing station (1a,b), at least one carrier (27a,b), each guided for movement relative to the support(s) along a respective path predominantly directed in parallel to a reference axis (z) in a reference co-ordinate system; at least one device (29a,b,30a,b,31a,b) for controlling the movement of at least one of the carriers (27a,b) and driving the movement in at least one of opposite directions along the path; a component for holding the object; and a suspension mechanism with which the holding component is connected to the at least one carrier (27a,b), wherein the suspension mechanism is arranged to guide movement of the holding component relative to the at least one carrier (27a,b) along a holding component path, and wherein the device is arranged to drive the movement of the holding component in at least one direction along the holding component path, characterised in that the holding component path is predominantly directed in parallel to the reference axis (z).
Method for the operation of a self-driving motor vehicle, having the steps of: reading travel direction information representing a planned driving manoeuvre of the motor vehicle, capturing at least one road user in the path region of the planned driving manoeuvre with the evaluation of at least the travel direction information, determining a lamp control data set for controlling at least one lamp (4a, 4b) of the motor vehicle, which is embodied in the form of a front headlight with a daytime running light, with the evaluation of at least the travel direction information if a road user has been captured in the path region, and controlling the lamp (4a, 4b) in accordance with the lamp control data set, characterized in that the lamp control data set effects a switch to operation of the daytime running light of the lamp (4a, 4b) with an increased luminous intensity if a road user has been captured in the path region. reading travel direction information representing a planned driving manoeuvre of the motor vehicle, capturing at least one road user in the path region of the planned driving manoeuvre with the evaluation of at least the travel direction information, determining a lamp control data set for controlling at least one lamp (4a, 4b) of the motor vehicle, which is embodied in the form of a front headlight with a daytime running light, with the evaluation of at least the travel direction information if a road user has been captured in the path region, and controlling the lamp (4a, 4b) in accordance with the lamp control data set, characterized in that the lamp control data set effects a switch to operation of the daytime running light of the lamp (4a, 4b) with an increased luminous intensity if a road user has been captured in the path region.
A device in a radio communication system, comprising: circuitry (110, 120) configured to estimate power strengths of a signal received, at a plurality of receive positions on a transmission resource, from one or more possible transmit positions of a first type of node to be detected; estimate the power strengths, at each of the plurality of receive positions, of the transmission signal on the transmission resource from each of one or more possible transmit positions of other respective types of nodes; make a statistic of a power space distribution of the first type of node, according to a result of estimation; and make a statistic of power space distributions of the other types of node, where signal transmit power strength levels of the respective types of nodes are different from each other. circuitry (110, 120) configured to estimate power strengths of a signal received, at a plurality of receive positions on a transmission resource, from one or more possible transmit positions of a first type of node to be detected; estimate the power strengths, at each of the plurality of receive positions, of the transmission signal on the transmission resource from each of one or more possible transmit positions of other respective types of nodes; make a statistic of a power space distribution of the first type of node, according to a result of estimation; and make a statistic of power space distributions of the other types of node, where signal transmit power strength levels of the respective types of nodes are different from each other.
A printer including an ink cassette which contains a supply bobbin on which a long ink sheet coated with ink is wound and a winding bobbin on which the ink sheet pulled out from the supply bobbin is wound, and which is mounted in the printer in which the ink is transferred to a print sheet in a state in which the ink sheet pulled out from the supply bobbin and the print sheet are overlaid and pressed against a print head, wherein the printer includes the print head, a receiving member that receives a pressure contact force of the print head, a raising/lowering mechanism that presses and separates the print head against and from the receiving member over the ink sheet and the print sheet, and a support member that supports the receiving member and the raising/lowering mechanism, an opening into and from which the ink cassette is capable of being inserted and removed is provided in the support member, and a portion that engages with at least two engagement portions (410, 420, 430) provided in the ink cassette when the ink cassette is mounted, is provided in a side surface of the support member in which the opening is provided; the ink cassette is inserted into and removed from the printer through the opening provided in the support member, and a plate member is provided on an end part of the ink cassette in a mounting direction, and the ink cassette includes the at least two engagement portions (410, 420, 430) that engage with portions of the printer when the ink cassette is mounted in the printer are provided in the plate member, the at least two engagement portions (410, 420, 430) are a hole or a boss or a shaft, and the at least two engagement portions (410, 420, 430) are spaced from an edge of the plate member. wherein the printer includes the print head, a receiving member that receives a pressure contact force of the print head, a raising/lowering mechanism that presses and separates the print head against and from the receiving member over the ink sheet and the print sheet, and a support member that supports the receiving member and the raising/lowering mechanism, an opening into and from which the ink cassette is capable of being inserted and removed is provided in the support member, and a portion that engages with at least two engagement portions (410, 420, 430) provided in the ink cassette when the ink cassette is mounted, is provided in a side surface of the support member in which the opening is provided; the ink cassette is inserted into and removed from the printer through the opening provided in the support member, and a plate member is provided on an end part of the ink cassette in a mounting direction, and the ink cassette includes the at least two engagement portions (410, 420, 430) that engage with portions of the printer when the ink cassette is mounted in the printer are provided in the plate member, the at least two engagement portions (410, 420, 430) are a hole or a boss or a shaft, and the at least two engagement portions (410, 420, 430) are spaced from an edge of the plate member.
A fluid processing apparatus configured for separating particles from a fluid flowing through the apparatus, the apparatus comprising: a fluid inlet configured to receive a fluid containing particles having one or more particle sizes; a main fluid channel extending from said fluid inlet and arranged in a spiral configuration and configured to cause differential migration of particles within the fluid flowing through said main fluid channel into unique equilibrium positions within said main channel according to the size of the particle thereby forming one or more particle streams and a particle-free region within the fluid flowing through said main channel; one or more outlets in fluid communication with said main fluid channel and configured to receive particles from a particle stream flowing from said main fluid channel; and one or more rectangular secondary channels extending from a side of said main fluid channel along a length of said main fluid channel between the fluid inlet and the one or more outlets and configured to draw at least a portion of the fluid from the particle-free region within said main channel to increase the concentration of particles within the remaining fluid flowing through said main channel, wherein the main channel has a non-uniform geometry, wherein the geometry of the portion of the main channel downstream from a secondary channel is reduced in width to compensate for a smaller fluid volume in the main channel resulting from fluid removal via the secondary channel; wherein the width of each secondary channel is between 40 and 250 μm. a fluid inlet configured to receive a fluid containing particles having one or more particle sizes; a main fluid channel extending from said fluid inlet and arranged in a spiral configuration and configured to cause differential migration of particles within the fluid flowing through said main fluid channel into unique equilibrium positions within said main channel according to the size of the particle thereby forming one or more particle streams and a particle-free region within the fluid flowing through said main channel; one or more outlets in fluid communication with said main fluid channel and configured to receive particles from a particle stream flowing from said main fluid channel; and one or more rectangular secondary channels extending from a side of said main fluid channel along a length of said main fluid channel between the fluid inlet and the one or more outlets and configured to draw at least a portion of the fluid from the particle-free region within said main channel to increase the concentration of particles within the remaining fluid flowing through said main channel, wherein the main channel has a non-uniform geometry, wherein the geometry of the portion of the main channel downstream from a secondary channel is reduced in width to compensate for a smaller fluid volume in the main channel resulting from fluid removal via the secondary channel; wherein the width of each secondary channel is between 40 and 250 μm.
An emulsion comprising water and: a) from about 38 to about 61% menthol, by weight, of the total weight of the emulsion excluding the weight of the water; b) from about 39 to about 62% of a Gum Arabic comprising Acacia seyal, by weight, of the total weight of the emulsion excluding the weight of the water; c) from about 0.06 to about 0.22%, by weight of a dried extract comprising a saponin, of the total weight of the emulsion excluding the weight of water; wherein the water is provided in an amount of about 45% to about 50% by weight of the total weigh of the emulsion; wherein the extract is a natural extract comprising at least 10% by weight of saponins, relative to the total weight of the extract. a) from about 38 to about 61% menthol, by weight, of the total weight of the emulsion excluding the weight of the water; b) from about 39 to about 62% of a Gum Arabic comprising Acacia seyal, by weight, of the total weight of the emulsion excluding the weight of the water; c) from about 0.06 to about 0.22%, by weight of a dried extract comprising a saponin, of the total weight of the emulsion excluding the weight of water; wherein the water is provided in an amount of about 45% to about 50% by weight of the total weigh of the emulsion;
An apparatus comprising: a plurality of displacement arms, wherein each displacement arm having at least one component pane capture element located on its length, the at least one component pane capture element being configured to capture a component pane, the plurality of displacement arms being rotatable and displaceable between a plurality of sets of pre-determined positions, each set of the plurality of sets of pre-determined positions corresponding to a component pane of different shape and/or size; and a position control mechanism suitably coupled to the plurality of displacement arms, the position control mechanism being configurable to control a displacement of the plurality of displacement arms to a set of pre-determined positions from amongst the plurality of sets of predetermined positions, corresponding to the shape and size of a component pane being handled, wherein said displacement of the plurality of displacement arms results in the displacement of the at least one component pane capture element thereon to the set of pre-determined positions for capture and handling of the component pane of a corresponding pre-determined shape and size. a plurality of displacement arms, wherein each displacement arm having at least one component pane capture element located on its length, the at least one component pane capture element being configured to capture a component pane, the plurality of displacement arms being rotatable and displaceable between a plurality of sets of pre-determined positions, each set of the plurality of sets of pre-determined positions corresponding to a component pane of different shape and/or size; and a position control mechanism suitably coupled to the plurality of displacement arms, the position control mechanism being configurable to control a displacement of the plurality of displacement arms to a set of pre-determined positions from amongst the plurality of sets of predetermined positions, corresponding to the shape and size of a component pane being handled, wherein said displacement of the plurality of displacement arms results in the displacement of the at least one component pane capture element thereon to the set of pre-determined positions for capture and handling of the component pane of a corresponding pre-determined shape and size.
A drive device for a movable furniture part, in particular a drawer, having an ejection device, which has a driver and a carriage which is pre-tensioned by a force accumulator and can be coupled via a driver to a movable furniture part, wherein upon unlocking of the ejection device, the movable furniture part is accelerated from an overpressing or closed position over a first travel distance via the carriage and the driver in an opening direction and after the first travel distance, the movable furniture part is movable over a second travel distance, at which the driver is movable in relation to the carriage, characterized in that brake forces act on the driver and the movable furniture part during the second travel distance and the driver can be decoupled from the movable furniture part at the end of the second travel distance, whereby the braking or dampening means is active only after the first travel distance..
An overhead shower head, the overhead shower head comprises a shower head main body and a universal ball disposed in a ball fixing seat at the rear side of the shower head main body; wherein an assembly and a disassembly of the overhead shower head is achieved by rotating the shower head main body without using tools; wherein an abutting fitting portion is disposed between the universal ball and the ball fixing seat, when the universal ball and the ball fixing seat rotate relatively, the abutting fitting portion abuts in the rotating direction, so that the universal ball and the ball fixing seat rotate together, wherein the abutting fitting portion comprises a stop block disposed at a side surface of the universal ball and a limit slot disposed in the ball fixing seat; and wherein the limit slot is disposed in an internal periphery surface of a ratchet wheel, an external periphery of the ratchet wheel and an internal periphery of the ball fixing seat are disposed with cooperating ratchets (113, 151).
A printed circuit board comprising: a substrate including a first metal layer, a second metal layer formed on one surface of the first metal layer and which is a different kind of metal layer from the first metal layer, and a third metal layer formed on the other surface of the first metal layer and which is a different kind of metal layer from the first metal layer; an insulating layer formed on the substrate and including a cavity configured to accommodate a light emitting element package; a circuit pattern formed on the insulating layer; a protection layer; and a plating layer formed on the circuit pattern, wherein the plating layer is not formed on a portion of the substrate where the insulating layer does not cover the substrate; wherein the protection layer is formed on the circuit pattern, wherein a thermal conductivity of the first metal layer is greater than thermal conductivities of the second metal layer and the third metal layer, wherein the second metal layer is exposed by the cavity, a portion of the second metal layer forming the entirety of the lower surface of the cavity, wherein the second metal layer and the third metal layer prevent surface oxidation of the substrate, wherein the first metal layer is a copper (Cu) layer, and. wherein the second metal layer and the third metal layer are aluminum metal (Al) layers. a substrate including a first metal layer, a second metal layer formed on one surface of the first metal layer and which is a different kind of metal layer from the first metal layer, and a third metal layer formed on the other surface of the first metal layer and which is a different kind of metal layer from the first metal layer; an insulating layer formed on the substrate and including a cavity configured to accommodate a light emitting element package; a circuit pattern formed on the insulating layer; a protection layer; and a plating layer formed on the circuit pattern, wherein the plating layer is not formed on a portion of the substrate where the insulating layer does not cover the substrate; wherein the protection layer is formed on the circuit pattern, wherein a thermal conductivity of the first metal layer is greater than thermal conductivities of the second metal layer and the third metal layer, wherein the second metal layer is exposed by the cavity, a portion of the second metal layer forming the entirety of the lower surface of the cavity, wherein the second metal layer and the third metal layer prevent surface oxidation of the substrate, wherein the first metal layer is a copper (Cu) layer, and. wherein the second metal layer and the third metal layer are aluminum metal (Al) layers.
System for managing structural health, based on combined physical and simulated integrity data, of a critical structure comprising: a. a physical module placed in said structure, which comprises a sensor network (1,3,4) mounted or embedded in said structure wherein the sensors positions are defined using optimization of the sensor response over a range of frequencies so they capture the maximum set of vibration modes, a hardware platform comprising a data acquisition and sampling and signal processing sub-modules with multi-sensor capability, and an interface to the hardware platform; b. a virtual module, which comprises a simulated representative virtual model of the structure combined with a suitable solver able to reproduce the behaviour of the structure, and its components, based on the physical information gathered from the physical module; wherein the sampling sub-module is configured to trigger data gathering intervals and data acquisition frequency, based on predefined values or on a sporadic but relevant event. a. a physical module placed in said structure, which comprises a sensor network (1,3,4) mounted or embedded in said structure wherein the sensors positions are defined using optimization of the sensor response over a range of frequencies so they capture the maximum set of vibration modes, a hardware platform comprising a data acquisition and sampling and signal processing sub-modules with multi-sensor capability, and an interface to the hardware platform; b. a virtual module, which comprises a simulated representative virtual model of the structure combined with a suitable solver able to reproduce the behaviour of the structure, and its components, based on the physical information gathered from the physical module;
A method configured to guide a steerable vehicle through a road network, in which the vehicle has a front glass, a heads-up display and an operating position from which an operator looking through the front glass steers the vehicle, the method comprising: determining navigation data representing the vehicle's position and travel direction; receiving from a storage object's data corresponding to real-world objects for the determined navigation data; generating on said heads-up display a two-dimensional light pattern that indicates an upcoming specific real-world object on the road of current travel based on the object's data; and projecting the light pattern onto the front glass in a position where the light pattern appears to at least partly overlap with or to be projected onto or in close proximity to the corresponding specific real-world object when viewed by the operator in the operating position, wherein the light pattern has a light wavelength that changes in accordance with predefined distance ranges between the vehicle and the specific real-world object, the light pattern is a two-dimensional image, the light pattern has a shape whose vertical extension is at least twice the size of its horizontal extension, the light wavelength of the light pattern or graphic pattern changes gradually or incrementally, and and said distance ranges vary incrementally in accordance with vehicle speed. determining navigation data representing the vehicle's position and travel direction; receiving from a storage object's data corresponding to real-world objects for the determined navigation data; generating on said heads-up display a two-dimensional light pattern that indicates an upcoming specific real-world object on the road of current travel based on the object's data; and projecting the light pattern onto the front glass in a position where the light pattern appears to at least partly overlap with or to be projected onto or in close proximity to the corresponding specific real-world object when viewed by the operator in the operating position, wherein the light pattern has a light wavelength that changes in accordance with predefined distance ranges between the vehicle and the specific real-world object, the light pattern is a two-dimensional image, the light pattern has a shape whose vertical extension is at least twice the size of its horizontal extension, the light wavelength of the light pattern or graphic pattern changes gradually or incrementally, and and said distance ranges vary incrementally in accordance with vehicle speed.