mhurhangee/ep-ind-claims huggingface dataset:
Jaw crusher for comminuting rock material having a first crushing jaw and a second crushing jaw, wherein at least one of the two crushing jaws is mounted on a pitman, wherein the crushing jaw is clamped in the longitudinal direction between at least one mounting receiving means, provided on the pitman, and at least one clamping element which enters into operative contact with the crushing jaw, wherein the at least one clamping element is guided in a guide, which is mounted on the pitman, so as to be displaceable substantially in the longitudinal direction of the crushing jaw, characterized in that the at least one clamping element is in contact with at least one resilient element (16, 21a, 21b), wherein the at least one resilient element, when the crushing jaw is clamped, has an operating direction which presses the clamping element against the crushing jaw, and in that the operating direction of the at least one resilient element (16, 21a, 21b) is aligned in the longitudinal direction of the crushing jaw.
Hybrid vehicle comprising an electric drive which can be supplied with current from an electric energy storage device, and comprising a device for charging the energy storage device, wherein the hybrid vehicle is capable of being operated in a mode in which regulation takes place, the objective of the regulation being to continuously hold constant a remaining electrical range (l 0) determined according to a predetermined criterion for driving with the electric drive, where the charging device is not operated, by repeated or long-lasting operation of the charging device according to a predetermined criterion, characterised by a device for determining a value for the remaining electrical range that is to be held constant, said device comprising a control element the actuation of which causes a currently determined value (l 0) to be used for the remaining electrical range as the value to be held constant.
A press pump mountable on a container containing a liquid product, characterized in that the press pump includes: a press pump body (10 in which a spring tube is provided, a spring is contained within the spring tube, wherein a bottom of the spring tube is closed for supporting the spring, thus isolating the spring from the product contained to prevent them from contacting each other; a cylinder head mounted on the press pump body and including an internal bore; a press head including a pressing portion and a rod portion, the rod portion is fit within the internal bore of the cylinder head, and a lower part of the rod portion engages with the spring, so that the spring applies an upward bias force on the press head; and a piston connected to the press head and is slidably and sealingly engaged with the internal circumference of the press pump body. a press pump body (10 in which a spring tube is provided, a spring is contained within the spring tube, wherein a bottom of the spring tube is closed for supporting the spring, thus isolating the spring from the product contained to prevent them from contacting each other; a cylinder head mounted on the press pump body and including an internal bore; a press head including a pressing portion and a rod portion, the rod portion is fit within the internal bore of the cylinder head, and a lower part of the rod portion engages with the spring, so that the spring applies an upward bias force on the press head; and a piston connected to the press head and is slidably and sealingly engaged with the internal circumference of the press pump body.
A power conversion device for converting power between a direct-current circuit and an alternating-current circuit, the power conversion device comprising: a power converter circuit which includes a plurality of unit converters connected in series; and a controller, wherein each unit converter of the plurality of unit converters includes one or more switching elements (22A, 22B) and a capacitor, the controller is configured to transmit, to the unit converter through a first transmission medium, information on a switching command for the unit converter, the unit converter is configured to transmit, to the controller through a second transmission medium, information on at least one condition of the unit converter, and the first transmission medium is an optical fiber, and the second transmission medium is a wireless communication channel. a power converter circuit which includes a plurality of unit converters connected in series; and a controller, wherein each unit converter of the plurality of unit converters includes one or more switching elements (22A, 22B) and a capacitor, the controller is configured to transmit, to the unit converter through a first transmission medium, information on a switching command for the unit converter, the unit converter is configured to transmit, to the controller through a second transmission medium, information on at least one condition of the unit converter, and the first transmission medium is an optical fiber, and the second transmission medium is a wireless communication channel.
Device for absorbing rotational vibrations in drive systems, in particular of internal combustion engines, in which, in a component which rotates with the drive system, there is arranged at least one vibration absorber which, in order to be of order-adaptive design, has an absorber mass positioned on a defined absorber radius of rotation and has a guide which holds the absorber mass so as to be enable the latter to vibrate, wherein the absorber mass is connected to the component only via a torsion element which is fixedly connected to the component, characterized in that the absorber mass is arranged directly axially adjacent to the rotating component and the torsion element is formed by a torsion spring bar, the fastening points of which are positioned with a defined axial spacing to one another on the component and on the absorber mass.
A method for precoding in a wireless communication system, comprising: obtaining, by a receiver, a reference signal from a transmitter; deriving, by the receiver, a rank indication, one codebook index n 1 in a first codebook C 1, codebook indices k 1 and k 2 in a second codebook C 2,, a wideband channel quality indicator, CQI 1, and a subband channel quality indicator, CQI 2, based on the obtained reference signal, wherein the wideband CQI 1 is associated with a second precoder represented by indices n 1, k 1, and the subband CQI 2 is associated with a third precoder represented by indices n 1, k 2, and wherein the second precoder represents a wideband precoder, and the third precoder represents a subband precoder; sending, by the receiver, the rank indication, the codebook index n 1 in the first codebook C 1, the codebook indices k 1 and k 2 in the second codebook C 2, the wideband CQI 1 and the subband CQI 2, to the transmitter; and receiving, by the receiver, data precoded by a first precoder from the transmitter, wherein the first precoder is determined by the transmitter based on the rank indication and the indices n 1, k 1 and k 2. obtaining, by a receiver, a reference signal from a transmitter; deriving, by the receiver, a rank indication, one codebook index n 1 in a first codebook C 1, codebook indices k 1 and k 2 in a second codebook C 2,, a wideband channel quality indicator, CQI 1, and a subband channel quality indicator, CQI 2, based on the obtained reference signal, wherein the wideband CQI 1 is associated with a second precoder represented by indices n 1, k 1, and the subband CQI 2 is associated with a third precoder represented by indices n 1, k 2, and wherein the second precoder represents a wideband precoder, and the third precoder represents a subband precoder; sending, by the receiver, the rank indication, the codebook index n 1 in the first codebook C 1, the codebook indices k 1 and k 2 in the second codebook C 2, the wideband CQI 1 and the subband CQI 2, to the transmitter; and receiving, by the receiver, data precoded by a first precoder from the transmitter, wherein the first precoder is determined by the transmitter based on the rank indication and the indices n 1, k 1 and k 2.
A combination comprising: a first member where an erect portion (35, 80) in which a first through-hole (39, 84) is formed is protruded, a second member where a second through-hole (40, 86) into which the erect portion (35, 80) is inserted to pass through is formed, and a clip coupling a coupling hole defined by the first through-hole (39, 84) passing through the second through-hole (40, 86), and the second member, and comprising a flexible cylindrical portion having a predetermined center axis line, and opening two ends, wherein the cylindrical portion is inserted into the coupling hole so that the center axis line is orthogonal to an axis line of the coupling hole, and is rotatable between a first rotational position and a second rotational position around the center axis line, said combination being characterized in that the cylindrical portion of said clip is formed so that a distance (L1, L2) from the center axis line to an outside surface is different in a rotational direction around the center axis line, and is set to have the distance (L1, L2) between the center axis line and the outside surface in such a way as to be loosely fitted in the coupling hole at the first rotational position and to be clamped between hole walls of the coupling hole at the second rotational position. a first member where an erect portion (35, 80) in which a first through-hole (39, 84) is formed is protruded, a second member where a second through-hole (40, 86) into which the erect portion (35, 80) is inserted to pass through is formed, and a clip coupling a coupling hole defined by the first through-hole (39, 84) passing through the second through-hole (40, 86), and the second member, and comprising a flexible cylindrical portion having a predetermined center axis line, and opening two ends, wherein the cylindrical portion is inserted into the coupling hole so that the center axis line is orthogonal to an axis line of the coupling hole, and is rotatable between a first rotational position and a second rotational position around the center axis line, said combination being characterized in that the cylindrical portion of said clip is formed so that a distance (L1, L2) from the center axis line to an outside surface is different in a rotational direction around the center axis line, and is set to have the distance (L1, L2) between the center axis line and the outside surface in such a way as to be loosely fitted in the coupling hole at the first rotational position and to be clamped between hole walls of the coupling hole at the second rotational position.
A method comprising: determining that there are no uplink resources available for transmitting a Scheduling Request or a Buffer Status Report; characterised by receiving from a network apparatus configuration information for setting the length of a timer, wherein the timer is for delaying a random access procedure initiating the timer based on the configuration information in response to said determining that there are no uplink resources available for transmitting a Scheduling Request or a Buffer Status Report; if said timer expires, on expiry of said timer, initiating a random access procedure on the uplink; and if an allocation of resources for an uplink channel is received prior to expiry of said timer; transmit the Scheduling Request or a Buffer Status Report on said allocated resources. determining that there are no uplink resources available for transmitting a Scheduling Request or a Buffer Status Report; characterised by receiving from a network apparatus configuration information for setting the length of a timer, wherein the timer is for delaying a random access procedure initiating the timer based on the configuration information in response to said determining that there are no uplink resources available for transmitting a Scheduling Request or a Buffer Status Report; if said timer expires, on expiry of said timer, initiating a random access procedure on the uplink; and if an allocation of resources for an uplink channel is received prior to expiry of said timer; transmit the Scheduling Request or a Buffer Status Report on said allocated resources.
Method for treating, in particular for coating, a component (7, 120, 130) in a device, by means of a robot (10, 13, 16), in which a measuring device (24, 25) determines a distance and an orientation of the robot (10, 13, 16), in particular of a coating nozzle, with respect to the component (7, 120, 130) to be treated and before the treatment, it is ascertained whether the distance and the orientation of the component (7, 120, 130) with respect to the robot (10, 13, 16) deviate from a target distance and a target orientation and when there is at least one deviation, a standard movement program of the robot (10, 13, 16) is executed and on the basis of the deviations ascertained, a change of the position of the robot (10, 13, 16), in particular of the coating nozzle, is carried out during the treatment, in which the points of contact (40, 43) of parallel lines running in the Y direction with the component (7, 120, 130) that are furthest away in the X direction are used for the orientation of the X coordinates and in which the points of contact (30, 33) of parallel lines running in the X direction with the component (7, 120, 130) that are furthest away in the Y direction are used for the orientation of the Y coordinates.
Method of adjusting an orientation of a soil-working agricultural implement comprising recording, while the agricultural implement is moving, a series of orientation values corresponding to an orientation of a frame or frame part of the agricultural implement in at least one vertical plane, calculating a derived orientation value based on said series of values and if the derived orientation value is outside a predetermined acceptable orientation value interval, adjusting a mutual positional relationship between at least two parts (10, 11, 12, 13, 14, 210, 211, 212) that can be moved relative each other on the agricultural implement and/or adjusting a mutual positional relationship between the agricultural implement and the traction vehicle fully or partially pulling it, wherein the derived orientation value comprises a mean value of at least a partial quantity of said series of orientation values, and wherein the mean orientation value is calculated when the agricultural implement has travelled along a predetermined path, such as closed path, or a path along which the agricultural implement has moved back and forth in parallel rows, such that the derived orientation value is provided as a mean orientation of the agricultural implement for the predetermined path.
A system for managing windows (110, 120, 130) in a computer system comprising at least one display, at least one user interface and a processor executing instructions from a memory to: load a host application into memory and display a first window associated with the host application in the user interface; detect an input to the host application to launch an independent application that is grouped with the host application; launch the independent application and display a second window associated with the independent application in the user interface in accordance with one or more of stored window location or stored window size information referenced by the host application within the memory; wherein the processor detects an operation being applied by a user to either of the first window associated with the host application or the second window associated with the independent application; applies the operation to at least the other of the first window associated with the host application or the second window associated with the independent application, wherein the operation is selected from the group consisting of moving, minimizing, maximizing, restoring, and closing the respective applications, wherein the host application is configured to monitor window activity from different, independent applications to determine if windows are intended to be grouped and wherein the host application reviews a status of each independently running window application on a regular basis for changes in status. load a host application into memory and display a first window associated with the host application in the user interface; detect an input to the host application to launch an independent application that is grouped with the host application; launch the independent application and display a second window associated with the independent application in the user interface in accordance with one or more of stored window location or stored window size information referenced by the host application within the memory; wherein the processor detects an operation being applied by a user to either of the first window associated with the host application or the second window associated with the independent application; applies the operation to at least the other of the first window associated with the host application or the second window associated with the independent application, wherein the operation is selected from the group consisting of moving, minimizing, maximizing, restoring, and closing the respective applications, wherein the host application is configured to monitor window activity from different, independent applications to determine if windows are intended to be grouped and wherein the host application reviews a status of each independently running window application on a regular basis for changes in status.
A method of operating a terminal device (406, 408) in a wireless telecommunications system for communicating with network infrastructure equipment using a first component operating on radio resources within a first frequency band and a further component operating on radio resources within a shared second frequency band, wherein the method comprises the steps: (a) receiving an indication of a configuration setting for the further component from the network infrastructure equipment; (b) establishing a duration of a validity period for the configuration setting for the further component, based on an indication of the duration received from the network infrastructure equipment in association with the indication of the configuration setting; and (c) receiving data from the network infrastructure equipment using the further component operating in accordance with the configuration setting for the further component during the validity period for the configuration setting. (a) receiving an indication of a configuration setting for the further component from the network infrastructure equipment; (b) establishing a duration of a validity period for the configuration setting for the further component, based on an indication of the duration received from the network infrastructure equipment in association with the indication of the configuration setting; and (c) receiving data from the network infrastructure equipment using the further component operating in accordance with the configuration setting for the further component during the validity period for the configuration setting.
A method for decoding an image, the method comprising: receiving a bitstream including image information; decoding a base block size information on a size of a base block having a same quantization parameter and a residual quantization parameter of a decoding object unit from the bitstream; obtaining a predicted quantization parameter of the decoding object unit based on the base block size information; and determining a quantization parameter of the decoding object unit by adding the predicted quantization parameter and the residual quantization parameter; wherein the base block size information is defined in a Picture Parameter Set and the residual quantization parameter is indicated in a transform unit TU, wherein, when the size of the decoding object unit is smaller than the size of the base block, the decoding object unit is included in an inner part of the base block and the predicted quantization parameter of the decoding object unit is derived a same value as a predicted quantization parameter of other units inside the base block. receiving a bitstream including image information; decoding a base block size information on a size of a base block having a same quantization parameter and a residual quantization parameter of a decoding object unit from the bitstream; obtaining a predicted quantization parameter of the decoding object unit based on the base block size information; and determining a quantization parameter of the decoding object unit by adding the predicted quantization parameter and the residual quantization parameter; wherein the base block size information is defined in a Picture Parameter Set and the residual quantization parameter is indicated in a transform unit TU, wherein, when the size of the decoding object unit is smaller than the size of the base block, the decoding object unit is included in an inner part of the base block and the predicted quantization parameter of the decoding object unit is derived a same value as a predicted quantization parameter of other units inside the base block.
An ophthalmic nutraceutical composition comprising: - vitamins; - trace elements; - carotenoids; - omega-3 fatty acids; and - resveratrol in a quantity of more than 20 mg, said composition not comprising saffron. - vitamins; - trace elements; - carotenoids; - omega-3 fatty acids; and - resveratrol in a quantity of more than 20 mg,
Device for simulating an ingestion of chunks of ice by an engine, comprising: - a main tank forming a cavity for a fuel, and connected to an inlet of the engine by a pipe, - an injection system, comprising an injector arranged in the pipe, - a secondary tank forming a cavity for a fuel, connected to the injection system by a selector, and - a reservoir, connected on the one hand to a water reserve and on the other hand to the injection system by the intermediary of the selector, wherein the selector is designed to place the injection system selectively in communication with the secondary tank or the reservoir in order to inject a determined quantity of water into the engine. - a main tank forming a cavity for a fuel, and connected to an inlet of the engine by a pipe, - an injection system, comprising an injector arranged in the pipe, - a secondary tank forming a cavity for a fuel, connected to the injection system by a selector, and - a reservoir, connected on the one hand to a water reserve and on the other hand to the injection system by the intermediary of the selector, wherein the selector is designed to place the injection system selectively in communication with the secondary tank or the reservoir in order to inject a determined quantity of water into the engine.