mhurhangee/ep-ind-claims huggingface dataset:
Expansion tank (20; 30) for the coolant of a fluid-cooled machine, in particular a fluid-cooled internal combustion engine of a vehicle, comprising at least one inlet connection arranged in the lower region of the expansion tank (20; 30), and an outlet connection for connection of the expansion tank (20; 30) to a cooling circuit of the machine; a filler nozzle arranged in the upper region of the expansion tank which has a lower edge spaced from an expansion tank cover to limit the fill level; at least one valve sealing the filler nozzle for filling the expansion tank (20; 30) and protecting the cooling system from over-pressure, wherein an air volume in the expansion tank (20; 30), which remains on maximum filling of the expansion tank (20; 30) with coolant, can be adjusted; wherein to adjust the remaining air volume in the expansion tank (20; 30), at least one air chamber is provided; wherein the at least one air chamber comprises an air inlet opening which lies in the interior of the expansion tank (20; 30) above the lower edge of the filler nozzle and can be opened and closed with an assigned closing device; characterized in that the at least one air chamber is arranged on the inside in the upper region of the expansion tank (20; 30).
A method of determining an extremum value in an array of data stored in a memory system of a processing system and a corresponding address of the extremum value in the array of data stored in the memory system of the processing system, the method comprising the steps of: initializing a reference extremum value and a corresponding address of the reference extremum value to a previous extremum value of a previous array of data, and a corresponding address of the previous extremum value in the previous array of data; storing the reference extremum value and the corresponding address of the reference extremum value in the memory system of the processing system; receiving an input array of data from a memory system; determining an input extremum value of the input array of data; determining a corresponding address of the input extremum value in the input array of data; and comparing the input extremum value with the reference extremum value stored in the memory system of the processing system to determine (410, 412) an output extremum value and a corresponding address of the output extremum value, based on the comparison; wherein determining the input extremum value of the input array of data comprises comparing values of the input array of data to compute intermediate values, and comparing the intermediate values to compute the input extremum value. initializing a reference extremum value and a corresponding address of the reference extremum value to a previous extremum value of a previous array of data, and a corresponding address of the previous extremum value in the previous array of data; storing the reference extremum value and the corresponding address of the reference extremum value in the memory system of the processing system; receiving an input array of data from a memory system; determining an input extremum value of the input array of data; determining a corresponding address of the input extremum value in the input array of data; and comparing the input extremum value with the reference extremum value stored in the memory system of the processing system to determine (410, 412) an output extremum value and a corresponding address of the output extremum value, based on the comparison; wherein determining the input extremum value of the input array of data comprises comparing values of the input array of data to compute intermediate values, and comparing the intermediate values to compute the input extremum value.
A method of determining the presence or absence of RNA in a sample comprising bodily fluid or tissue obtained from a human or other animal or a portion of the leaves, roots, stem, sap, flower, seed or fruit of a plant without amplification of said RNA, the method comprising steps of: (a) contacting the sample with a composition comprising (i) a quaternary ammonium compound including a silicon-containing functional group; and (b) contacting the sample with a probe which is capable of interacting with the nucleic acid sequence;and (c) observing and/or measuring a property of the sample. (a) contacting the sample with a composition comprising (i) a quaternary ammonium compound including a silicon-containing functional group; and (i) a quaternary ammonium compound including a silicon-containing functional group; and (b) contacting the sample with a probe which is capable of interacting with the nucleic acid sequence;and (c) observing and/or measuring a property of the sample.
A performance display program causing a computer to execute a process comprising: displaying on a display frames of video data of a performance performed by a performer, the video data being captured by a video camera, and synchronously therewith a 3D model image generated based on joint position data of the performer acquired by using a sensor during the performance; having a user select a frame within the frames; referring to a database in a storage unit registering therein scoring rule for each athletic event of the performance, the database storing a scoring rule ID that identifies a scoring rule, to acquire the scoring rule ID regarding the athletic event; based on calculation information that is registered in the storage unit and includes the scoring rule ID of the athletic event and, in association therewith, a calculation formula for calculating an angle formed by a joint of the performer and to be scored, and the joint position data corresponding to the selected frame, calculating the angle; and displaying the calculated angle superimposed on the 3D model image corresponding to the selected frame, wherein the calculating includes also calculating an angle based on the calculation information and the joint position data corresponding to a frame previous to the selected frame, and an angle based on the calculation information and the joint position data corresponding to a frame next to the selected frame. displaying on a display frames of video data of a performance performed by a performer, the video data being captured by a video camera, and synchronously therewith a 3D model image generated based on joint position data of the performer acquired by using a sensor during the performance; having a user select a frame within the frames; referring to a database in a storage unit registering therein scoring rule for each athletic event of the performance, the database storing a scoring rule ID that identifies a scoring rule, to acquire the scoring rule ID regarding the athletic event; based on calculation information that is registered in the storage unit and includes the scoring rule ID of the athletic event and, in association therewith, a calculation formula for calculating an angle formed by a joint of the performer and to be scored, and the joint position data corresponding to the selected frame, calculating the angle; and displaying the calculated angle superimposed on the 3D model image corresponding to the selected frame, wherein the calculating includes also calculating an angle based on the calculation information and the joint position data corresponding to a frame previous to the selected frame, and an angle based on the calculation information and the joint position data corresponding to a frame next to the selected frame.
An electric drink preparation machine comprising a pump for supplying fresh water, a heating system for heating the fresh water, a device for supplying milk, a device for supplying air, a mixing device for mixing hot water, water vapor, milk, and/or air, and a delivery device for the mixture to a container, the mixing device being connected to the water vapor or hot water outlet of the heating system, and an air inlet line and a milk inlet line terminating in the mixing device, a switching valve being arranged between heating system and mixing device, said switching valve, in a first switching position, connecting the output of the heating system to the mixing device and, in a second switching position, connecting the output of the heating system to a line leading to a second outlet, in particular a collecting vessel, characterized in that in the line leading to the second outlet, a shut-off valve is arranged, by means of which the line can be shut off or opened, and that from the line leading to the second outlet, between shut-off valve and switching valve, a third line is branched that is connected to the milk inlet line and that is equipped with a throttle.
A ship speedometer (2, 3) for measuring a log speed of a target ship, the ship speedometer comprising: means for measuring, in a fluid where the target ship floats, a speed of a current at a plurality of different water depths within a given measurement range; characterized by: means for conforming a theoretical curve of a log speed for individual water depths, provided in advance and calculated in relation to the target ship, to a distribution of the current speeds for the individual water depths; and means for calculating a log speed at an arbitrary water depth deeper than the measurement range based on the conformed theoretical curve. means for conforming a theoretical curve of a log speed for individual water depths, provided in advance and calculated in relation to the target ship, to a distribution of the current speeds for the individual water depths; and means for calculating a log speed at an arbitrary water depth deeper than the measurement range based on the conformed theoretical curve.
A buffer computer system for user specific data transmission from a source computing device to a target computing device with improved data protection, the buffer system comprising: an interface component configured to receive a copy of a local data structure from the source computing device, the received copy being destined to be transmitted to the target computing device, wherein the received copy includes data with one or more digital representations (1a, 2a, 3a) of one or more physical items (1, 2, 3) wherein the physical items belong to an item selection of a particular individual; a storage component configured to buffer the received copy as a buffered data structure; the interface component further configured to receive, from the target computing device, a retrieval request for the buffered data structure; an authentication check component configured to receive an authentication notification wherein the authentication notification indicates to the buffer system that a user was authenticated based on login credentials which were specifically generated for the user to access a copy of the buffered data structure at the target computing device, the login credentials encoding an identifier of the local data structure or the content of the local data structure as a whole, together with a secret; the interface component further configured to send the copy of the buffered data structure to the target computing device in response to the retrieval request and the authentication notification; and the storage component further configured to delete the buffered data structure after the copy of the buffered data structure is sent to the target computing device. an interface component configured to receive a copy of a local data structure from the source computing device, the received copy being destined to be transmitted to the target computing device, wherein the received copy includes data with one or more digital representations (1a, 2a, 3a) of one or more physical items (1, 2, 3) wherein the physical items belong to an item selection of a particular individual; a storage component configured to buffer the received copy as a buffered data structure; the interface component further configured to receive, from the target computing device, a retrieval request for the buffered data structure; an authentication check component configured to receive an authentication notification wherein the authentication notification indicates to the buffer system that a user was authenticated based on login credentials which were specifically generated for the user to access a copy of the buffered data structure at the target computing device, the login credentials encoding an identifier of the local data structure or the content of the local data structure as a whole, together with a secret; the interface component further configured to send the copy of the buffered data structure to the target computing device in response to the retrieval request and the authentication notification; and the storage component further configured to delete the buffered data structure after the copy of the buffered data structure is sent to the target computing device.
A method for Equivalent Public Land Mobile Network, EPLMN, list management in a mobile terminal, the method comprising: receiving (404, 504, 704, 804) a message from a network (210, 211) after storing (403, 503, 703, 803) an EPLMN list having at least one PLMN entry; determining (405, 505, 706, 806) whether an EPLMN list is present in the received message; and performing (407, 507, 707, 807) EPLMN list management by maintaining, when an EPLMN list is not present in the received message, the stored EPLMN list; wherein the message corresponds to one of a location update accept message, an attach accept message, and a routing area update accept message. receiving (404, 504, 704, 804) a message from a network (210, 211) after storing (403, 503, 703, 803) an EPLMN list having at least one PLMN entry; determining (405, 505, 706, 806) whether an EPLMN list is present in the received message; and performing (407, 507, 707, 807) EPLMN list management by maintaining, when an EPLMN list is not present in the received message, the stored EPLMN list; wherein the message corresponds to one of a location update accept message, an attach accept message, and a routing area update accept message.
A wireless power supply system comprising a power transmission device provided on a ground side and having a power transmission coil, and a power receiving device provided in a vehicle and having a power receiving coil, the power transmission coil transmitting electric power to the power receiving coil via a wireless connection, so as to supply the electric power to an electrical load installed in the power receiving device, the power transmission device including a power controller configured to control electric power supplied to the power transmission coil according to a transmission power command value (Pbat*), the power receiving device including an efficiency calculator configured to calculate a power transmission efficiency (η) based on the electric power supplied to the electrical load and the transmission power command value (Pbat*), and a switching controller configured to stop supplying the electric power received by the power receiving coil to the electrical load when the power transmission efficiency (η) falls to a predetermined threshold efficiency or less, the power controller being configured to regulate the electric power supplied to the power transmission coil when a current flowing through the power transmission coil exceeds a threshold current since the electric power supplied to the electrical load is stopped.
A lighting control console for controlling a lighting system, digital adjusting commands being generated in the lighting control console, which commands can be transmitted to the lighting devices of the lighting system via data links, said lighting control console comprising at least one digital processor (16, 17) and at least one digital memory for generating, managing and storing the adjusting commands, and said digital processor (16, 17) and said digital memory being disposed in a console housing, and a control panel having at least one control element, in particular a key button and/or at least one slide control and/or at least one rotary control, being provided at the upper side of the console housing, which control panel allows users to enter control commands, and said lighting control console comprising at least one screen, and said lighting control console comprising at least one cooling device, with the aid of which components within the interior of the console housing can actively be cooled, characterised in that the cooling device comprises at least one recuperator (18, 28) for indirect heat transfer, said recuperator (18, 28), on its primary side (21, 32), absorbing waste heat and transferring it to its secondary side (22, 30) by way of heat conduction without any exchange of material, and said recuperator (18, 28), on its secondary side, being configured to have a cooling agent flow through it or circulate around it in a flow channel in order to transfer the waste heat onto the cooling agent, at least one air filter element being disposed in the flow channel (25, 26), with the aid of which dust particles can be filtered from the cooling air, and the heat transfer element being embodied in the manner of a closed heat pipe, said heat pipe being filled with a working medium, in particular with water or with ammonia, and said working medium filling the volume of the heat pipe partly in a liquid state and partly in a vapour state, and said heat transfer being effected in the heat pipe using vaporisation heat of the working medium circulating in the heat pipe, and said cooling device comprising at least one temperature sensor that is disposed in the interior of the console housing and/or in the flow channel (25, 26), the cooling capacity of the cooling device having the recuperator (18, 28) being controlled by a temperature control device as a function of the measured sensor data of the temperature sensor, and said cooling capacity of the cooling device having the recuperator (18, 28) being controlled by changing the drive power of the fan that is electrically driven as a function of the sensor data of the temperature sensor, and a circulating fan that is electrically driven being provided in the interior of the console housing, with the aid of which circulating fan the air in the interior of the console housing is circulated.
Method for operating a motor vehicle in an automated driving mode, comprising the steps: - determining a standard trajectory, which implements vehicle guidance according to the target setting predefined by the driver and the instantaneous vehicle surroundings situation, and - determining a safety trajectory which implements safe stopping of the vehicle as a function of the instantaneous vehicle surroundings situation, in the event of an emergency, - feeding in the standard trajectory to a first closed-loop control device by means of which the signals can be passed on to actuator devices (10, 11, 13, 14) of the vehicle in order to guide the vehicle on the basis of the standard trajectory, and - feeding the safety trajectory to a second closed-loop control device by means of which signals can be passed on to actuator devices (10, 11, 13, 14) of the vehicle in order to guide the vehicle on the basis of the safety trajectory, characterized in that - in the standard operating mode the actuator devices (10, 11) for guiding the vehicle are actuated by the first closed-loop control device, and - if the automated driving mode cannot be ensured in the event of an emergency, the actuator devices (13, 14) are actuated by the second closed-loop control device in order to stop the vehicle without danger. - determining a standard trajectory, which implements vehicle guidance according to the target setting predefined by the driver and the instantaneous vehicle surroundings situation, and - determining a safety trajectory which implements safe stopping of the vehicle as a function of the instantaneous vehicle surroundings situation, in the event of an emergency, - feeding in the standard trajectory to a first closed-loop control device by means of which the signals can be passed on to actuator devices (10, 11, 13, 14) of the vehicle in order to guide the vehicle on the basis of the standard trajectory, and - feeding the safety trajectory to a second closed-loop control device by means of which signals can be passed on to actuator devices (10, 11, 13, 14) of the vehicle in order to guide the vehicle on the basis of the safety trajectory, - in the standard operating mode the actuator devices (10, 11) for guiding the vehicle are actuated by the first closed-loop control device, and - if the automated driving mode cannot be ensured in the event of an emergency, the actuator devices (13, 14) are actuated by the second closed-loop control device in order to stop the vehicle without danger.
A compound which is N-[5-(3,5-difluorobenzyl)-1H-indazol-3-yl]-4-(4-methylpiperazin-1-yl)-2-(tetrahydro-2H-pyran-4-ylamino) benzamide, or a pharmaceutically acceptable salt thereof, in combination with irinotecan and temozolomide, for use in treating neuroblastoma, wherein said neuroblastoma is tropomyosin-receptor-kinase positive, and wherein said neuroblastoma is known to be tropomyosin-receptor-kinase positive prior to said use.
A device for easy vascular access allowing for external access to a vessel, comprising: - at least a first port positioned subcutaneously and for guiding a needle inserted from outside; - at least a second port positioned subcutaneously and for guiding a needle inserted from outside; - at least one graft at least one part of which is suitable to be connected to a vessel, and at least another part of which is connected to the first port and the second port, and which comprises at least one connection conduit at least one part of which is suitable to be connected to a vessel, and at least another part of which is connected to the second port and which allows the needle inserted from outside to reach to the vessel, and at least one expansion conduit at least one part of which is connected to the first port and which is expanded when filled with a fluid and thus blocks the connection conduit; - at least one needle which is suitable to be inserted through the skin of the patient into a vessel via the second port; and - at least one valve located on that part of the connection conduit that is close to the vessel and which allows one-way fluid passage characterised in that, said first port comprises at least one body which forms the outer surface; at least one hollow delivery chamber provided inside the said body and which delivers the fluid introduced from outside into the expansion conduit; at least one delivery line which connects the delivery chamber to the expansion conduit; and at least one gel for passing the needle into the delivery chamber. - at least a first port positioned subcutaneously and for guiding a needle inserted from outside; - at least a second port positioned subcutaneously and for guiding a needle inserted from outside; - at least one graft at least one part of which is suitable to be connected to a vessel, and at least another part of which is connected to the first port and the second port, and which comprises at least one connection conduit at least one part of which is suitable to be connected to a vessel, and at least another part of which is connected to the second port and which allows the needle inserted from outside to reach to the vessel, and at least one expansion conduit at least one part of which is connected to the first port and which is expanded when filled with a fluid and thus blocks the connection conduit; - at least one needle which is suitable to be inserted through the skin of the patient into a vessel via the second port; and - at least one valve located on that part of the connection conduit that is close to the vessel and which allows one-way fluid passage