mhurhangee/patent-ind-claim-en huggingface dataset:
Tamping assembly for a track tamping machine, comprising tamping tool pairs which are arranged on a carrier guided so as to be height-adjustable in a tamping assembly frame, are designed as rocker arms and of which the lower tamping pick ends which are intended for insertion into a ballast bed can be driven in opposite directions by means of an oscillation drive and can be fed hydraulically towards one another, wherein each of the tamping tools of a tamping tool pair is allocated a hydraulic cylinder , wherein the hydraulic cylinders form the feed drive and also the oscillation drive of the tamping tools , and a distance sensor for determining the hydraulic cylinder position, and wherein hydraulic cylinder activation valves are provided in order to actuate the hydraulic cylinders , characterised in that the hydraulic cylinders are activated in dependence upon distance sensor signals and in that the hydraulic cylinder activation valves are arranged directly on the hydraulic cylinder .
A management device configured to transmit and receive information to and from a relay device that is able to communicate via a wireless network (N) with a field device installed in a plant, the management device comprising: an Ethernet communicator configured to receive, from an engineering tool via an Ethernet cable, first setting information that is setting information of the relay device , which includes a baud rate for serial communication connection with the management device , a Modbus address, a gateway tag, and a network ID to which the relay device belongs, and second setting information that is setting information of process communication of the field device for joining the wireless network (N), the first setting information and the second setting information having been created by the engineering tool ; a storage unit including a first setting storage area configured to store the first setting information and a second setting storage area configured to store the second setting information; and a first setting management unit configured to write the first setting information and the second setting information to the relay device . an Ethernet communicator configured to receive, from an engineering tool via an Ethernet cable, first setting information that is setting information of the relay device , which includes a baud rate for serial communication connection with the management device , a Modbus address, a gateway tag, and a network ID to which the relay device belongs, and second setting information that is setting information of process communication of the field device for joining the wireless network (N), the first setting information and the second setting information having been created by the engineering tool ; a storage unit including a first setting storage area configured to store the first setting information and a second setting storage area configured to store the second setting information; and a first setting management unit configured to write the first setting information and the second setting information to the relay device .
A communication transmitter for transmitting a control message over a physical downlink control channel towards a communication entity in a mobile communication network , the communication transmitter comprising: a processor which is configured to process a control block to obtain the control message, the control block having a first portion and a second portion , the first portion comprising downlink control information bits indicating information relating to data transmission over the mobile communication network , wherein the processor is configured to insert prefix error detection code bits into the second portion of the control block to obtain the control message, wherein the processor is configured to replace digital bits of the second portion by the prefix error detection code bits in order to reliably indicate the length of the first portion ; and a communication interface being configured to transmit the control message over the mobile communication network . a processor which is configured to process a control block to obtain the control message, the control block having a first portion and a second portion , the first portion comprising downlink control information bits indicating information relating to data transmission over the mobile communication network , wherein the processor is configured to insert prefix error detection code bits into the second portion of the control block to obtain the control message, wherein the processor is configured to replace digital bits of the second portion by the prefix error detection code bits in order to reliably indicate the length of the first portion ; and a communication interface being configured to transmit the control message over the mobile communication network .
A method of monitoring an electrical system for statistical events, the method comprising: synchronizing an acoustic emission system of monitoring fatigue cracking comprising a plurality of acoustic emission sensors sensing acoustic emission signals from the electrical system with a partial discharge system of monitoring partial discharge comprising a plurality of partial discharge sensors sensing electrical signals from the electrical system; directing collection by the acoustic emission sensors of the acoustic emission signals as acoustic emission data and directing collection by the partial discharge sensors of the electrical signals as electrical data during an occurrence of a statistical event; classifying a first statistical event as a fatigue cracking event by pattern recognition of the acoustic emission data and determine a first location and a first damage condition resulting from the fatigue cracking event; classifying a second statistical event as a partial discharge event by pattern recognition of the acoustic emission data or the electrical data; and fusing the acoustic emission data and the electrical data for the second statistical event and determine a second location and a second damage condition resulting from the partial discharge event. synchronizing an acoustic emission system of monitoring fatigue cracking comprising a plurality of acoustic emission sensors sensing acoustic emission signals from the electrical system with a partial discharge system of monitoring partial discharge comprising a plurality of partial discharge sensors sensing electrical signals from the electrical system; directing collection by the acoustic emission sensors of the acoustic emission signals as acoustic emission data and directing collection by the partial discharge sensors of the electrical signals as electrical data during an occurrence of a statistical event; classifying a first statistical event as a fatigue cracking event by pattern recognition of the acoustic emission data and determine a first location and a first damage condition resulting from the fatigue cracking event; classifying a second statistical event as a partial discharge event by pattern recognition of the acoustic emission data or the electrical data; and fusing the acoustic emission data and the electrical data for the second statistical event and determine a second location and a second damage condition resulting from the partial discharge event.
A method for transmitting information by a user equipment, UE, in a dual connectivity wireless network, the method comprising: identifying a secondary cell group, SCG, failure for a secondary node, SN obtaining SCG failure information including a master node, MN, report and a SN report, wherein the MN report includes a first measurement result comprising available results of measurements on SN radio access technology, RAT, specific frequencies configured by a MN configuration and a failure type for the SCG failure, and the SN report includes a second measurement result comprising available results of measurements on SN RAT specific frequencies configured by a SN configuration; transmitting , to the MN , the SCG failure information, wherein the MN is associated with a long-term evolution, LTE, RAT and the SN is associated with a new radio, NR, RAT. identifying a secondary cell group, SCG, failure for a secondary node, SN obtaining SCG failure information including a master node, MN, report and a SN report, wherein the MN report includes a first measurement result comprising available results of measurements on SN radio access technology, RAT, specific frequencies configured by a MN configuration and a failure type for the SCG failure, and the SN report includes a second measurement result comprising available results of measurements on SN RAT specific frequencies configured by a SN configuration; transmitting , to the MN , the SCG failure information, wherein the MN is associated with a long-term evolution, LTE, RAT and the SN is associated with a new radio, NR, RAT.
A method for Vehicle-to-Vehicle communication implemented in a first vehicle , the method comprising: - Exchanging messages between the first vehicle and a second vehicle , each of the messages comprising a hash pointer to the respective last previous message, each hash pointer comprising a link to the respective last previous message and a hash of the respective last previous message; and - After completion of the exchange of messages , publishing a hash pointer to the last message of the exchange of messages , the hash pointer comprising a link pointing to the last message of the exchange of messages and a hash of the last message of the exchange of messages , wherein the completion of the exchange of messages between the first vehicle and the second vehicle results in a contract indicating a cooperative manoeuver to be performed by the first vehicle and the second vehicle . - Exchanging messages between the first vehicle and a second vehicle , each of the messages comprising a hash pointer to the respective last previous message, each hash pointer comprising a link to the respective last previous message and a hash of the respective last previous message; and - After completion of the exchange of messages , publishing a hash pointer to the last message of the exchange of messages , the hash pointer comprising a link pointing to the last message of the exchange of messages and a hash of the last message of the exchange of messages , wherein the completion of the exchange of messages between the first vehicle and the second vehicle results in a contract indicating a cooperative manoeuver to be performed by the first vehicle and the second vehicle .
A process for treating natural gas, said process comprising contacting a first feedstream comprising liquid natural gas (LNG) with a feedstock comprising methane and carbon dioxide (CO 2 ), wherein the CO2 present in the feedstock is present in a concentration of 30 % mole by volume or more, to form a first overhead product comprising methane and a first bottom product comprising carbon dioxide (CO 2 ), characterized by distilling the first bottom product to generate a second overhead product vapor comprising methane and a second bottom product liquid that is rich in carbon dioxide (CO 2 ), boiling the second bottom product liquid to form an inlet vapor for use in distilling the first bottom product and an outlet liquid comprising carbon dioxide (CO 2 ); and processing the outlet liquid to form liquid carbon dioxide (CO 2 ). contacting a first feedstream comprising liquid natural gas (LNG) with a feedstock comprising methane and carbon dioxide (CO 2 ), wherein the CO2 present in the feedstock is present in a concentration of 30 % mole by volume or more, to form a first overhead product comprising methane and a first bottom product comprising carbon dioxide (CO 2 ), characterized by distilling the first bottom product to generate a second overhead product vapor comprising methane and a second bottom product liquid that is rich in carbon dioxide (CO 2 ), boiling the second bottom product liquid to form an inlet vapor for use in distilling the first bottom product and an outlet liquid comprising carbon dioxide (CO 2 ); and processing the outlet liquid to form liquid carbon dioxide (CO 2 ).
A method for adjusting a timepiece comprising a case , provided with a bracelet , in which a microcontroller powered by a cell or battery is arranged, said microcontroller comprising a time base and memory areas and being used to send control signals to display means for displaying at least one piece of time information, said method comprising the following steps: • providing a portable object comprising a screen and a case in which there is an electronic circuit comprising a microcontroller , a display module , control means , a camera and a communication module , the electronic circuit being powered by a battery ; • testing the accuracy of a piece of time information displayed by said timepiece by using the camera of the portable object to compare it with a piece of time information available in the portable object and obtained from an external source; • sending the time information from the portable object to the timepiece if a difference is detected, the timepiece comprising at least one phototransistor arranged at the case for receiving this time information, the timepiece being arranged to operate its display means to display this correct time information; • checking that the correct information is displayed, characterized in that the step of sending the time information comprises the following sub-steps: - defining, on the screen of the portable object , an area whose shape and dimensions are similar to those of the case of the timepiece ; - pressing the case of the timepiece against said area ; - sequentially displaying black or white over the entirety of said area or over the entirety of a portion of said area , according to a black and white sequence corresponding to a light coding of the time information to be sent from the portable object to the timepiece . • providing a portable object comprising a screen and a case in which there is an electronic circuit comprising a microcontroller , a display module , control means , a camera and a communication module , the electronic circuit being powered by a battery ; • testing the accuracy of a piece of time information displayed by said timepiece by using the camera of the portable object to compare it with a piece of time information available in the portable object and obtained from an external source; • sending the time information from the portable object to the timepiece if a difference is detected, the timepiece comprising at least one phototransistor arranged at the case for receiving this time information, the timepiece being arranged to operate its display means to display this correct time information; • checking that the correct information is displayed, - defining, on the screen of the portable object , an area whose shape and dimensions are similar to those of the case of the timepiece ; - pressing the case of the timepiece against said area ; - sequentially displaying black or white over the entirety of said area or over the entirety of a portion of said area , according to a black and white sequence corresponding to a light coding of the time information to be sent from the portable object to the timepiece .
A method for transmitting downlink data of a base station in a wireless communication system, the method comprising: transmitting information on a plurality of control channel resources on a higher layer signaling; transmitting downlink control information, DCI, comprising resource allocation information for the downlink data and an indicator for a rate matching of the downlink data, wherein the indicator indicates whether a control channel resource among the plurality of control channel resources is unavailable for the downlink data or not; and in a case that the indicator indicates that the control channel resource is unavailable for the downlink data and a resource for the downlink data and the control channel resource collide with each other , transmitting the downlink data on the resource for the downlink data except for the control channel resource, by performing said rate matching. transmitting information on a plurality of control channel resources on a higher layer signaling; transmitting downlink control information, DCI, comprising resource allocation information for the downlink data and an indicator for a rate matching of the downlink data, wherein the indicator indicates whether a control channel resource among the plurality of control channel resources is unavailable for the downlink data or not; and in a case that the indicator indicates that the control channel resource is unavailable for the downlink data and a resource for the downlink data and the control channel resource collide with each other , transmitting the downlink data on the resource for the downlink data except for the control channel resource, by performing said rate matching.
A computer-program for determining a 2D-view within an acquired 3D-image-dataset of a patient, which, when running on a computer, causes the computer to perform the following steps: - a representation of at least one anatomical structure of interest is identified in the 3D-image-dataset and registered with the at least one anatomical structure ; - the spatial position and spatial orientation of the at least one anatomical structure and the spatial position and spatial orientation of a predetermined section, particularly a tip, of a medical instrument are determined in real space; - the 2D-view is determined within the 3D-image-dataset, wherein the view-plane of the 2D-view is defined by the spatial position and spatial orientation of the medical instrument , wherein the view-centre (B) of the 2D-view is defined on the basis of the relative spatial position of the predetermined section of the medical instrument and the at least one anatomical structure , and wherein the 2D-view is centred to the at least one anatomical structure ; the computer-program being characterized by the following step: - the relative position of the defined view-centre (B) with respect to the predetermined section of the medical instrument is maintained in the 2D-view when the spatial orientation of the medical instrument is changed while the tip of the instrument is left in the same position at a distance (d) from the view-centre (B). - a representation of at least one anatomical structure of interest is identified in the 3D-image-dataset and registered with the at least one anatomical structure ; - the spatial position and spatial orientation of the at least one anatomical structure and the spatial position and spatial orientation of a predetermined section, particularly a tip, of a medical instrument are determined in real space; - the 2D-view is determined within the 3D-image-dataset, wherein the view-plane of the 2D-view is defined by the spatial position and spatial orientation of the medical instrument , wherein the view-centre (B) of the 2D-view is defined on the basis of the relative spatial position of the predetermined section of the medical instrument and the at least one anatomical structure , and wherein the 2D-view is centred to the at least one anatomical structure ; the computer-program being characterized by the following step: - the relative position of the defined view-centre (B) with respect to the predetermined section of the medical instrument is maintained in the 2D-view when the spatial orientation of the medical instrument is changed while the tip of the instrument is left in the same position at a distance (d) from the view-centre (B). - the relative position of the defined view-centre (B) with respect to the predetermined section of the medical instrument is maintained in the 2D-view when the spatial orientation of the medical instrument is changed while the tip of the instrument is left in the same position at a distance (d) from the view-centre (B).
A method of adapting content-stream bandwidth, comprising: generating a content stream for transmission over an unmanaged network with varying capacity; sending the content stream, via the unmanaged network, toward a client device; monitoring the capacity of the unmanaged network; determining whether an aggregate bandwidth of an upcoming portion of the content stream fits the capacity, wherein the upcoming portion of the content stream corresponds to a respective frame time and includes video content and graphical user-interface data; and in response to a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: when the graphical user-interface data is not the result of a user interaction: prioritizing a frame rate of the video content over latency for the graphical user-interface data; and in accordance with a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: sending ahead one or more frames of the video content in the upcoming portion, and delaying the graphical user-interface data in the upcoming portion. generating a content stream for transmission over an unmanaged network with varying capacity; sending the content stream, via the unmanaged network, toward a client device; monitoring the capacity of the unmanaged network; determining whether an aggregate bandwidth of an upcoming portion of the content stream fits the capacity, wherein the upcoming portion of the content stream corresponds to a respective frame time and includes video content and graphical user-interface data; and in response to a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: when the graphical user-interface data is not the result of a user interaction: prioritizing a frame rate of the video content over latency for the graphical user-interface data; and in accordance with a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: sending ahead one or more frames of the video content in the upcoming portion, and delaying the graphical user-interface data in the upcoming portion. prioritizing a frame rate of the video content over latency for the graphical user-interface data; and in accordance with a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: sending ahead one or more frames of the video content in the upcoming portion, and delaying the graphical user-interface data in the upcoming portion. sending ahead one or more frames of the video content in the upcoming portion, and delaying the graphical user-interface data in the upcoming portion.
A method for manufacturing an optical fiber ribbon in which adjacent optical fibers are connected intermittently in a length direction, the method comprising: feeding the optical fibers along the length direction; and applying a resin intermittently in the length direction by rotating, between adjacent ones of the optical fibers , a rotating member having a peripheral edge part including a recess allowing the resin to flow to connect adjacent optical fibers to each other, and further a peripheral edge part blocking the resin to leave adjacent optical fibers unconnected, characterised in that a moving speed (V2), in the length direction, of the peripheral edge part blocking the resin is slower than a feeding speed (V1) of the optical fibers . feeding the optical fibers along the length direction; and applying a resin intermittently in the length direction by rotating, between adjacent ones of the optical fibers , a rotating member having a peripheral edge part including a recess allowing the resin to flow to connect adjacent optical fibers to each other, and further a peripheral edge part blocking the resin to leave adjacent optical fibers unconnected, characterised in that a moving speed (V2), in the length direction, of the peripheral edge part blocking the resin is slower than a feeding speed (V1) of the optical fibers .