mhurhangee/ep-ind-claims huggingface dataset:
System for moving loads having: - a cargo hold floor, - at least one row of rollers including a plurality of rollers which are integrated into the cargo hold floor one behind another, - at least one guide rail provided in the cargo hold floor and extending substantially parallel to the at least one row of rollers, and - a least one transport vehicle which is removably received in the guide rail and movable along the guide rail and which comprises at least one connecting element (22a, 22b) which is movable between a first operating position and a second operating position, wherein the connecting element (22a, 22b), in its first operating position, is arranged in such a way that the transport vehicle which is received in the guide rail is positionable under a load deposited onto the at least one row of rollers and, in its second operating position, is arranged in such a way that it is adapted to interact with the load so as to connect the load to the transport vehicle in such a manner that the load is entrained by the transport vehicle when the transport vehicle is moved along the guide rail, characterized in that the system further comprises: - a sensor adapted to detect whether there is free space in a region above the transport vehicle which allows the connecting element (22a, 22b) to be moved from its first operating position into its second operating position, and - a control unit adapted to control the movement of the connecting element (22a, 22b) between its first operating position and its second operating position in dependence of signals provided by the sensor. - a cargo hold floor, - at least one row of rollers including a plurality of rollers which are integrated into the cargo hold floor one behind another, - at least one guide rail provided in the cargo hold floor and extending substantially parallel to the at least one row of rollers, and - a least one transport vehicle which is removably received in the guide rail and movable along the guide rail and which comprises at least one connecting element (22a, 22b) which is movable between a first operating position and a second operating position, wherein the connecting element (22a, 22b), in its first operating position, is arranged in such a way that the transport vehicle which is received in the guide rail is positionable under a load deposited onto the at least one row of rollers and, in its second operating position, is arranged in such a way that it is adapted to interact with the load so as to connect the load to the transport vehicle in such a manner that the load is entrained by the transport vehicle when the transport vehicle is moved along the guide rail, - a sensor adapted to detect whether there is free space in a region above the transport vehicle which allows the connecting element (22a, 22b) to be moved from its first operating position into its second operating position, and - a control unit adapted to control the movement of the connecting element (22a, 22b) between its first operating position and its second operating position in dependence of signals provided by the sensor.
A method for providing a candidate nodes list for live streaming services, which comprises the following steps: collecting information of each node involved in the live streaming services, wherein the information of each node includes progress information and load information of the node and wherein the load information includes load level with regard to CPU, memory, disk space and bandwidth of the node, calculating progress factors of each node based on the collected information, wherein the progress factors include download progress, DP, and supply progress, SP, for a source media file that is cut into media pieces, each media piece having its own duration, wherein the download progress DP is defined as sum of the durations of the media pieces downloaded, wherein the supply progress SP is defined as being by a buffering time smaller than the download progress DP, and wherein, either the buffering time is fixed, or the buffering time is flexible and is equal to the sum of the durations of a certain amount, k, of buffered media pieces, comparing the load level included in the collected information of each node with load thresholds, sorting the nodes, the load level included in the collected information of which are below the load thresholds, on the basis of the calculated progress factors, and forming the candidate nodes list by a number N of first nodes of the sorted nodes. collecting information of each node involved in the live streaming services, wherein the information of each node includes progress information and load information of the node and wherein the load information includes load level with regard to CPU, memory, disk space and bandwidth of the node, calculating progress factors of each node based on the collected information, wherein the progress factors include download progress, DP, and supply progress, SP, for a source media file that is cut into media pieces, each media piece having its own duration, wherein the download progress DP is defined as sum of the durations of the media pieces downloaded, wherein the supply progress SP is defined as being by a buffering time smaller than the download progress DP, and wherein, either the buffering time is fixed, or the buffering time is flexible and is equal to the sum of the durations of a certain amount, k, of buffered media pieces, comparing the load level included in the collected information of each node with load thresholds, sorting the nodes, the load level included in the collected information of which are below the load thresholds, on the basis of the calculated progress factors, and forming the candidate nodes list by a number N of first nodes of the sorted nodes.
A printed circuit board comprising: a semiconductor integrated circuit having a power source terminal and a ground terminal; and a printed wiring board on a surface of which the semiconductor integrated circuit is mounted, the printed wiring board having on the surface a power source pattern connected to the power source terminal and a ground pattern connected to the ground terminal and a conductor pattern, wherein the printed wiring board includes a plane conductor which does not establish direct current continuity with any of the power source pattern and ground pattern; the power source pattern is connected to the conductor pattern through a first capacitor and the ground pattern is connected to the conductor pattern through a second capacitor and the conductor pattern is connected to the plane conductor through a first filter. a semiconductor integrated circuit having a power source terminal and a ground terminal; and a printed wiring board on a surface of which the semiconductor integrated circuit is mounted, the printed wiring board having on the surface a power source pattern connected to the power source terminal and a ground pattern connected to the ground terminal and a conductor pattern, wherein the printed wiring board includes a plane conductor which does not establish direct current continuity with any of the power source pattern and ground pattern; the power source pattern is connected to the conductor pattern through a first capacitor and the ground pattern is connected to the conductor pattern through a second capacitor and the conductor pattern is connected to the plane conductor through a first filter.
An apparatus for sharing a signal, comprising: a means for receiving a Radio Frequency signal; a means for receiving wireless power comprising a means for rectifying arranged to convert at least one radiation band of the RF signal to a direct current signal; a first data receiving means configured to operate in a first radiation band; a second data receiving means configured to operate in a second radiation band; a coupling means comprising a common port, a first port, a second port and a third port, the first port being arranged to connect to the first data receiving means, the second port being arranged to connect to the means for receiving wireless power and the third port being arranged to connect to the second data receiving means; the coupling means being arranged to selectively couple the common port to the first and second ports (414, 416) in respective first and second configurations, such that in the second configuration the direct current signal is generated at the means for receiving wireless power to power or charge an electronic device wherein the coupling means comprises a diplexer configured to split the Radio Frequency signal into the first and second radiation bands and to allow a tailored frequency response in said first and second radiation bands. a means for receiving a Radio Frequency signal; a means for receiving wireless power comprising a means for rectifying arranged to convert at least one radiation band of the RF signal to a direct current signal; a first data receiving means configured to operate in a first radiation band; a second data receiving means configured to operate in a second radiation band; a coupling means comprising a common port, a first port, a second port and a third port, the first port being arranged to connect to the first data receiving means, the second port being arranged to connect to the means for receiving wireless power and the third port being arranged to connect to the second data receiving means; the coupling means being arranged to selectively couple the common port to the first and second ports (414, 416) in respective first and second configurations, such that in the second configuration the direct current signal is generated at the means for receiving wireless power to power or charge an electronic device wherein the coupling means comprises a diplexer configured to split the Radio Frequency signal into the first and second radiation bands and to allow a tailored frequency response in said first and second radiation bands.
Needle valve for controlling a fluid flow of a coating composition (H, SL) in a coating system, in particular for controlling a flow of a two-component mixture of two coating composition components (H, SL), in particular of a two-component paint of a master batch and a curing agent, having a) a coating composition inlet (1, 2) for suppyling the coating composition, b) a valve seat and c) a displaceable valve needle having a needle stem and a needle head, c1) wherein the needle head closes the valve seat when the valve needle is in a closed position, c2) whereas the needle head frees the valve seat when the valve needle is in an open position, d) a flexible membrane which surrounds the valve needle upstream of the needle head in an annular and sealing manner, characterised in that e) above a specific opening pressure, the coating composition pressure at the coating composition inlet (1, 2) pushes the valve needle, via the membrane, out of the closed position into the open position, and f) the opening pressure of the coating composition at the coating composition inlet (1, 2) is at least 8 bar and not more than 35 bar. a) a coating composition inlet (1, 2) for suppyling the coating composition, b) a valve seat and c) a displaceable valve needle having a needle stem and a needle head, c1) wherein the needle head closes the valve seat when the valve needle is in a closed position, c2) whereas the needle head frees the valve seat when the valve needle is in an open position, c1) wherein the needle head closes the valve seat when the valve needle is in a closed position, c2) whereas the needle head frees the valve seat when the valve needle is in an open position, d) a flexible membrane which surrounds the valve needle upstream of the needle head in an annular and sealing manner, characterised in that e) above a specific opening pressure, the coating composition pressure at the coating composition inlet (1, 2) pushes the valve needle, via the membrane, out of the closed position into the open position, and f) the opening pressure of the coating composition at the coating composition inlet (1, 2) is at least 8 bar and not more than 35 bar.
A setting device for a control shaft of a thermostat, the control shaft having an upper end and being rotatable about a shaft axis to adjust a setting temperature of the thermostat, said setting device comprising: a first coupling piece having a first central bore; a second coupling piece having a second central bore; a knob member; a first engagement mechanism configured to permit said first coupling piece to be rotated with said second coupling piece; and a second engagement mechanism configured to permit said second coupling piece to be rotated with said knob member, characterized in that: said first central bore is configured to permit said first coupling piece to be fittingly sleeved on the upper end of the control shaft such that the control shaft is permitted to be rotated with said first coupling piece; and said second central bore is configured to permit said second coupling piece to be loosely sleeved on the upper end of the control shaft. a first coupling piece having a first central bore; a second coupling piece having a second central bore; a knob member; a first engagement mechanism configured to permit said first coupling piece to be rotated with said second coupling piece; and a second engagement mechanism configured to permit said second coupling piece to be rotated with said knob member, characterized in that: said first central bore is configured to permit said first coupling piece to be fittingly sleeved on the upper end of the control shaft such that the control shaft is permitted to be rotated with said first coupling piece; and said second central bore is configured to permit said second coupling piece to be loosely sleeved on the upper end of the control shaft. said first central bore is configured to permit said first coupling piece to be fittingly sleeved on the upper end of the control shaft such that the control shaft is permitted to be rotated with said first coupling piece; and said second central bore is configured to permit said second coupling piece to be loosely sleeved on the upper end of the control shaft.
A method performed in a network server system of a service provider providing a service comprising media streaming, the method comprising: providing a mobile radio device running the service for a user registered with the service provider, with information, comprising coordinates, about predefined geographical areas to enable the radio device to determine whether it is in one of said predefined geographical areas; receiving a detection message from the mobile radio device, said message comprising an indication that said radio device has detected that it is within a predefined geographical area of said predefined geographical areas; determining that the predefined geographical area, as defined by geographical coordinates of its borders, is registered with the service provider and associated with one or more actions, the determining comprising obtaining geographical coordinates of a present location of the radio device within the predefined geographical area; electing an action of the one or more actions, based on the obtained geographical coordinates of the present location of the radio device; and sending an instructions message to the radio device, said message comprising instructions to modify the service such that the radio device performs the elected action. providing a mobile radio device running the service for a user registered with the service provider, with information, comprising coordinates, about predefined geographical areas to enable the radio device to determine whether it is in one of said predefined geographical areas; receiving a detection message from the mobile radio device, said message comprising an indication that said radio device has detected that it is within a predefined geographical area of said predefined geographical areas; determining that the predefined geographical area, as defined by geographical coordinates of its borders, is registered with the service provider and associated with one or more actions, the determining comprising obtaining geographical coordinates of a present location of the radio device within the predefined geographical area; electing an action of the one or more actions, based on the obtained geographical coordinates of the present location of the radio device; and sending an instructions message to the radio device, said message comprising instructions to modify the service such that the radio device performs the elected action.
A timepiece, characterized in that it comprises: - a frame supporting an energy source, - a carriage comprising a support being pivotably mounted inside said carriage about a first axis of a first pivoting system comprising first and second (54a, 54b) coaxial arbors, said carriage being pivotably mounted in reference to the frame about a second axis substantially perpendicular to the first axis by means of a second pivoting system comprising first and second coaxial arbors (154a, 154b), - an escapement arranged on said support and comprising wheels (242, 244) rotatably arranged about a common axis, wherein, a first wheel supported by the first arbor of the first pivoting system forms a first gear train with a second wheel supported by the first arbor of the second pivoting system, and a first wheel supported by the second arbor of the first pivoting system forms a second gear train with a second wheel supported by the first or the second arbor of the second pivoting system, and wherein: - one of the wheels (176a, 176b) supported by the second pivoting system is kinematically connected to the energy source, and the other wheel supported by that pivoting system is stationary relative to the frame, - and both wheels supported by the first pivoting system are kinematically connected with an input wheel (202a, 202b) of a differential gear arranged to transmit, at an output wheel, the average of the rotations received at its inputs, said output wheel being kinematically connected to the escapement, - the input and output wheels of the differential gear being pivotably arranged about an axis of rotation that is parallel to the axis of rotation of the escapement wheels. - a frame supporting an energy source, - a carriage comprising a support being pivotably mounted inside said carriage about a first axis of a first pivoting system comprising first and second (54a, 54b) coaxial arbors, said carriage being pivotably mounted in reference to the frame about a second axis substantially perpendicular to the first axis by means of a second pivoting system comprising first and second coaxial arbors (154a, 154b), - an escapement arranged on said support and comprising wheels (242, 244) rotatably arranged about a common axis, - one of the wheels (176a, 176b) supported by the second pivoting system is kinematically connected to the energy source, and the other wheel supported by that pivoting system is stationary relative to the frame, - and both wheels supported by the first pivoting system are kinematically connected with an input wheel (202a, 202b) of a differential gear arranged to transmit, at an output wheel, the average of the rotations received at its inputs, said output wheel being kinematically connected to the escapement, - the input and output wheels of the differential gear being pivotably arranged about an axis of rotation that is parallel to the axis of rotation of the escapement wheels.
Method for joining hard material bodies to teeth of a saw blade, in particular of a band saw blade or circular saw blade, each tooth having a tooth face and a tooth back, and the method comprising the following steps: - bringing each tooth of the saw blade into a working region; - guiding each hard material body toward the tooth located in the working region; - advancing a joining device into the working region; - joining the hard material body to the tooth located in the working region; - and withdrawing the joining device out of the working region; characterized in that each hard material body is joined to the tooth back of each tooth wherein the joining device is a welding device having a welding electrode, and each hard material body and each tooth are joined to one another by resistance welding and in that in a step preceding the joining process, at least one welding introduction attachment protruding from a joining surface of the tooth or from a joining surface of the hard material body is formed on the tooth back of each tooth of the saw blade or at each hard material body, the welding introduction attachment being melted when a welding pulse is introduced and in that each hard material body is ground, in particular to its final shape, in a step preceding the joining process. - bringing each tooth of the saw blade into a working region; - guiding each hard material body toward the tooth located in the working region; - advancing a joining device into the working region; - joining the hard material body to the tooth located in the working region; - and withdrawing the joining device out of the working region;
A method for controlling a bistable shut-off valve for an aircraft engine connected to two control channels (A, B), the valve comprising a pallet movable between a first position in which the valve is closed and a second position in which the valve is open, wherein the method comprises steps of: - emitting over one of the control channels a closing signal which stresses the pallet towards the first position, - emitting over the other control channel an opening signal which stresses the pallet towards the second position, wherein the method is characterized in that: - the amplitude of the closing signal is adjusted to an actuation value adapted to stress the pallet towards the first position constantly in a time interval of given time period, - in the same time interval, the amplitude of the opening signal is adjusted to values oscillating between an actuation value adapted to stress the valve towards the second position and a rest value adapted to leave the movable element not stressed, wherein the actuation values of the two signals are mutually adapted to apply to the pallet forces which cancel each other out and keep the pallet stationary, when the two signals received by the valve simultaneously take said actuation values in the given time interval. - emitting over one of the control channels a closing signal which stresses the pallet towards the first position, - emitting over the other control channel an opening signal which stresses the pallet towards the second position, - the amplitude of the closing signal is adjusted to an actuation value adapted to stress the pallet towards the first position constantly in a time interval of given time period, - in the same time interval, the amplitude of the opening signal is adjusted to values oscillating between an actuation value adapted to stress the valve towards the second position and a rest value adapted to leave the movable element not stressed,