mhurhangee/ep-ind-claims huggingface dataset:
Hot water distribution system, comprising at least one heat generator (12, 14, 16), a boiler downstream of the heat generator (12, 14, 16) and at least one consumer (20, 22) downstream of the boiler, wherein a distributor valve having at least two switching positions is provided between the heat generator (12, 14, 16) and the boiler in such a way that in a first switching position hot water coming from the heat generator (12, 14, 16) is guided to the consumer (20, 22) and that in a second switching position hot water coming from the heat generator (12, 14, 16) is directed to the boiler, characterized in that at least two heat generators (12, 14, 16) are provided and the distributor valve is configured in such a way that in the first switching position hot water coming from the first heat generator is guided to the at least one consumer (20, 22), that in the second switching position hot water coming from the heat generator is guided to the boiler, that in a third switching position hot water coming from the second heat generator is guided to the at least one consumer (20, 22), that in a fourth switching position hot water coming from the second heat generator is guided to the boiler, and/or that in a fifth switching position hot water coming from the boiler is guided to the at least one consumer (20, 22), wherein further heat sensors for measuring the temperature of the hot water coming from the at least one heat generator (12, 14, 16) and/or requirement sensors for determining a heat requirement at the at least one consumer (20, 22) are provided, and that a control is provided which drives a servomotor actuating the distributor valve in response to sensor signals coming from the heat sensors and/or requirement sensors.
Safety device for a machine having a rotating part driven by a motor, having a cover for covering the rotating part during operation and a guard lock for blocking the cover, and having a rotary encoder for monitoring the rotating part, wherein a safety circuit releases the guard lock in order to open the cover as soon as the rotating part is stationary or its rotational speed has dropped below a limit rotational speed, characterized in that only a single rotary encoder having at least two outputs (34a, 34b) is used per axis of rotation, and in that the safety circuit, in order to evaluate the rotary encoder, comprises a hardware-based signal processing branch that has a monostable flip-flop and is connected to a first output of the rotary encoder and comprises a software-based signal processing branch that is independent thereof and that has a timer-controlled program loop and is connected to a second output of the rotary encoder, and in that the safety circuit releases the guard lock only when both signal processing branches (31, 32) report a stationary state or undershooting of the limit rotational speed.
A method comprising: employing at least one processor configured to execute computer-executable instructions stored in a memory to perform the following acts: receiving a signal from a service provider by a service consumer that employs data supplied by the service provider, wherein the signal is generated by the service provider upon determination that a detected incident has an impact exceeding a predetermined threshold; determining, by the service consumer, whether or not to initiate a self-serviced failover based on the signal; and initiating, by the service consumer, the self-serviced failover if the determination is in favor of the self-serviced failover; wherein the signal from the service provider grants permission or denies permission to initiate the self-serviced failover; and further comprising the step of, if the incident has not been resolved and a predetermined time is expired, transitioning by the service provider from a primary site to a secondary site such that the secondary site becomes the primary site to which application traffic from the service consumer will be rerouted. employing at least one processor configured to execute computer-executable instructions stored in a memory to perform the following acts: receiving a signal from a service provider by a service consumer that employs data supplied by the service provider, wherein the signal is generated by the service provider upon determination that a detected incident has an impact exceeding a predetermined threshold; determining, by the service consumer, whether or not to initiate a self-serviced failover based on the signal; and initiating, by the service consumer, the self-serviced failover if the determination is in favor of the self-serviced failover; wherein the signal from the service provider grants permission or denies permission to initiate the self-serviced failover; and further comprising the step of, if the incident has not been resolved and a predetermined time is expired, transitioning by the service provider from a primary site to a secondary site such that the secondary site becomes the primary site to which application traffic from the service consumer will be rerouted. receiving a signal from a service provider by a service consumer that employs data supplied by the service provider, wherein the signal is generated by the service provider upon determination that a detected incident has an impact exceeding a predetermined threshold; determining, by the service consumer, whether or not to initiate a self-serviced failover based on the signal; and initiating, by the service consumer, the self-serviced failover if the determination is in favor of the self-serviced failover; wherein the signal from the service provider grants permission or denies permission to initiate the self-serviced failover; and further comprising the step of, if the incident has not been resolved and a predetermined time is expired, transitioning by the service provider from a primary site to a secondary site such that the secondary site becomes the primary site to which application traffic from the service consumer will be rerouted.
Device for emergency care of a patient, which device is designed as a mobile unit and has various modules with independent functionality, and in which device at least a defibrillator and a respirator are used as modules and are arranged on a support plate which is designed for arrangement in the region of a base structure, characterized in that a central monitoring is implemented for appliance functions and/or measurement data, wherein at least one module is designed both to display its own data and also to display data of at least one further module, and in which each individual module is responsible for its function and is individually functional, in that in the case of further active appliances, however, one of these appliances takes over the monitoring function, i.e. the presentation of adjustment parameters and measured patient data and patient values.
A safety controller for the safe operation of a technical system, comprising at least one input unit for receiving a signal of at least one connected signal generator (2, 3, 4) of the technical system; a control, unit for reading in the received signal and for generating a control command; and at least one output unit for transmitting the generated control command to at least one connected actuator of the technical system, characterized in that the input unit has a switching element at the input side which switching element is controllable by the control unit and which is configured such that the switching element can be controlled periodically, in particular at discrete time intervals, by the control unit and can be actuated, in particular closed, directly before the reading in of the received signal by the control unit and can be actuated, in particular opened, again after the reading in of the received signal by the control unit, wherein the control unit is configured to determine a condition of the input unit from an actuation, in particular from a closing and opening, of the switching element.
A method for manufacturing lithium hydroxide, comprising a step of dissolving lithium phosphate in hydrochloric acid; a step of preparing a monovalent ion selective-type electrodialysis device disposed in the order of a cathode cell containing a cathode separator, a monovalent anion selective-type dialysis membrane for selectively permeating a monovalent anion, a monovalent cation selective-type dialysis membrane for selectively permeating a monovalent cation, and an anode cell containing an anode separator, injecting the lithium phosphate dissolved in the acid between the anode separator of the anode cell and the monovalent cation separator-type dialysis membrane, and between the cathode separator of the cathode cell and the monovalent anion selective-type dialysis membrane, respectively, and injecting water between the monovalent cation selective-type dialysis membrane and the monovalent anion selective-type dialysis membrane; a step of obtaining an aqueous lithium chloride solution, and at the same time, obtaining a phosphoric acid aqueous solution formed as a by-product, by applying an electric current to the monovalent ion selective-type electrodialysis device; and a step of converting the obtained aqueous lithium chloride solution into an aqueous lithium hydroxide electrode solution; wherein the concentration of the electrode solution is 0.1 to 20 wt%; and wherein the electrical conductivity of the electrode solution is 10 to 100 ms/cm. a step of dissolving lithium phosphate in hydrochloric acid; a step of preparing a monovalent ion selective-type electrodialysis device disposed in the order of a cathode cell containing a cathode separator, a monovalent anion selective-type dialysis membrane for selectively permeating a monovalent anion, a monovalent cation selective-type dialysis membrane for selectively permeating a monovalent cation, and an anode cell containing an anode separator, injecting the lithium phosphate dissolved in the acid between the anode separator of the anode cell and the monovalent cation separator-type dialysis membrane, and between the cathode separator of the cathode cell and the monovalent anion selective-type dialysis membrane, respectively, and injecting water between the monovalent cation selective-type dialysis membrane and the monovalent anion selective-type dialysis membrane; a step of obtaining an aqueous lithium chloride solution, and at the same time, obtaining a phosphoric acid aqueous solution formed as a by-product, by applying an electric current to the monovalent ion selective-type electrodialysis device; and a step of converting the obtained aqueous lithium chloride solution into an aqueous lithium hydroxide electrode solution; wherein the concentration of the electrode solution is 0.1 to 20 wt%; and wherein the electrical conductivity of the electrode solution is 10 to 100 ms/cm.
A vehicle occupant information acquisition device comprising: a driving control unit configured to switch between autonomous driving mode and manual driving mode of a vehicle; an acquisition unit (16, 18, 20, 22, 24, 26) configured to acquire, from two or more vehicle occupants intended to ride on the vehicle, a plurality of information relating to driving suitability of each of the vehicle occupants; and an alert unit configured to, in a case in which the driving control unit is switching from autonomous driving mode to manual driving mode, alert one vehicle occupant among the riding vehicle occupants who is suitable to drive on the basis of acquisition results of the acquisition unit, characterized in that the alert unit is configured to select and alert the one vehicle occupant who is suitable to drive by calculating an evaluation value for each of the vehicle occupants by adding respective weightings based on the plurality of information acquired by the acquisition unit and evaluating each of the vehicle occupants based on the calculated evaluation value. a driving control unit configured to switch between autonomous driving mode and manual driving mode of a vehicle; an acquisition unit (16, 18, 20, 22, 24, 26) configured to acquire, from two or more vehicle occupants intended to ride on the vehicle, a plurality of information relating to driving suitability of each of the vehicle occupants; and an alert unit configured to, in a case in which the driving control unit is switching from autonomous driving mode to manual driving mode, alert one vehicle occupant among the riding vehicle occupants who is suitable to drive on the basis of acquisition results of the acquisition unit, characterized in that the alert unit is configured to select and alert the one vehicle occupant who is suitable to drive by calculating an evaluation value for each of the vehicle occupants by adding respective weightings based on the plurality of information acquired by the acquisition unit and evaluating each of the vehicle occupants based on the calculated evaluation value.
A fresh air supply device for feeding fresh air to an internal combustion engine, - with a suction module for conducting supercharged fresh air, - with a charge air cooler arranged in the suction module for cooling the supercharged fresh air, - wherein the suction module comprises a housing with a charge air inlet for uncooled charge air and with a charge air outlet for cooled chargeair, - wherein the housing comprises a cooler shell, which comprises the charge air inlet, which contains the charge air cooler and which comprises an assembly opening, which with respect to a flow direction of the charge air is arranged downstream of the charge air cooler and through which the charge air cooler is inserted into the cooler shell, - wherein the housing comprises a connecting shell, which comprises the charge air outlet and which in the region of the assembly opening is attached to the cooler shell in an air-tight manner, characterized in that on the cooler shell at least one tensile anchor is integrally formed on the onflow side, which with respect to the flow direction of the charge air is arranged on an onflow side of the charge air cooler and which connects two wall portions (24, 25), which are located opposite one another on the onflowside of the charge air cooler, to one another. - with a suction module for conducting supercharged fresh air, - with a charge air cooler arranged in the suction module for cooling the supercharged fresh air, - wherein the suction module comprises a housing with a charge air inlet for uncooled charge air and with a charge air outlet for cooled chargeair, - wherein the housing comprises a cooler shell, which comprises the charge air inlet, which contains the charge air cooler and which comprises an assembly opening, which with respect to a flow direction of the charge air is arranged downstream of the charge air cooler and through which the charge air cooler is inserted into the cooler shell, - wherein the housing comprises a connecting shell, which comprises the charge air outlet and which in the region of the assembly opening is attached to the cooler shell in an air-tight manner,
A laundry machine comprising: a tub (100, 120, 130) for holding washing water; a drum (300, 320, 340) in the tub (100, 120, 130) for holding laundry; a rotation shaft connected to a rear surface of the drum (300, 320, 340); a tub back which forms a rear side of the tub (100, 120, 130) and through which the rotation shaft passes; a bearing housing for supporting the rotation shaft; and a vibration sensor for sensing vibration of a structure supported by the suspension unit (430, 431, 440, 450,500, 510, 520, 530, 540) characterized by a suspension unit (430, 431, 440, 450,500, 510, 520, 530, 540) connected to the bearing housing for buffering and supporting the bearing housing; and a rear gasket sealably connected to the tub back and the tub rear for preventing washing water from leaking from the tub (100, 120, 130), said rear gasket having a corrugated portion allowing the relative motion of the tub back and the tub rear. a tub (100, 120, 130) for holding washing water; a drum (300, 320, 340) in the tub (100, 120, 130) for holding laundry; a rotation shaft connected to a rear surface of the drum (300, 320, 340); a tub back which forms a rear side of the tub (100, 120, 130) and through which the rotation shaft passes; a bearing housing for supporting the rotation shaft; and a vibration sensor for sensing vibration of a structure supported by the suspension unit (430, 431, 440, 450,500, 510, 520, 530, 540) a suspension unit (430, 431, 440, 450,500, 510, 520, 530, 540) connected to the bearing housing for buffering and supporting the bearing housing; and a rear gasket sealably connected to the tub back and the tub rear for preventing washing water from leaking from the tub (100, 120, 130), said rear gasket having a corrugated portion allowing the relative motion of the tub back and the tub rear.
A method for wireless communications in a device having Bluetooth and wireless local area network WLAN capabilities, comprising: determining information regarding an operational status of a WLAN transceiver of the device, the operational status information comprising an indication of a Bluetooth alternate media access control / physical layer AMP link capacity from among no AMP capacity, a low AMP capacity, a medium AMP capacity, a high AMP capacity, and a full AMP capacity; reporting the information to a Bluetooth host of the device through a protocol adaptation layer PAL of the WLAN transceiver; and adjusting operation of the AMP link based at least in part on the indicated AMP link capacity; wherein the operational status information comprises an AMP_Status_Change message sent to the Bluetooth host, wherein the AMP_Status_Change message has a first value, wherein the first value indicates the WLAN transceiver has no AMP capacity and wherein operating the AMP link comprises disconnecting the AMP link; and wherein a first AMP_Status_Change message with the first value is reported based on an impending channel switch for the WLAN transceiver, further comprising: reporting a second AMP_Status_Change message with a second value when the WLAN transceiver switches to a new channel; and establishing an AMP link over the new channel. determining information regarding an operational status of a WLAN transceiver of the device, the operational status information comprising an indication of a Bluetooth alternate media access control / physical layer AMP link capacity from among no AMP capacity, a low AMP capacity, a medium AMP capacity, a high AMP capacity, and a full AMP capacity; reporting the information to a Bluetooth host of the device through a protocol adaptation layer PAL of the WLAN transceiver; and adjusting operation of the AMP link based at least in part on the indicated AMP link capacity; wherein the operational status information comprises an AMP_Status_Change message sent to the Bluetooth host, wherein the AMP_Status_Change message has a first value, wherein the first value indicates the WLAN transceiver has no AMP capacity and wherein operating the AMP link comprises disconnecting the AMP link; and wherein a first AMP_Status_Change message with the first value is reported based on an impending channel switch for the WLAN transceiver, further comprising: reporting a second AMP_Status_Change message with a second value when the WLAN transceiver switches to a new channel; and establishing an AMP link over the new channel.
Agricultural device, in particular soil-cultivating device, with a supporting frame on which carrier bars designed side sections (4, 5) which are pivotable about axes of articulation, which point in the direction of travel, from an approximately horizontal working position (Fig. 1) into an approximately vertical transport position are arranged, wherein cultivating elements (14, are arranged on the carrier bars, wherein set-down legs are provided for setting down the machine when the carrier bars are in the transport position, characterized in that at least one set-down leg can be arranged at the lower end of a carrier bar which is in the transport position.
A gas turbine engine comprising a casing defining a flow passage through the gas turbine engine, a variable area exhaust nozzle being arranged at the downstream end of the casing, the variable area exhaust nozzle having a downstream end, characterised by a cross-sectional area measured at the downstream end of the variable area nozzle, a power sensor (50,54,66) configured to measure the power produced by the gas turbine engine, a flight speed sensor configured to measure the flight speed of the gas turbine engine or an altitude sensor configured to measure the altitude of the gas turbine engine, a control device arranged to receive measurements of the power produced by the gas turbine engine, the flight speed of the gas turbine engine or the altitude of the gas turbine engine, the control device arranged to analyse the power produced by the gas turbine engine, the flight speed of the gas turbine engine or the altitude of the gas turbine engine, the control device arranged to configure the cross-sectional area of the variable area exhaust nozzle at a first cross-sectional area in a first mode of operation when the control device determines that the flight speed of the gas turbine engine or the altitude of the gas turbine engine is less than a first predetermined value, the control device is arranged to configure the cross-sectional area of the variable area exhaust nozzle at a second cross-sectional area that is geater than zero in a second mode of operation when the control device determines that the flight speed of the gas turbine engine or the altitude of the gas turbine engine is equal to or greater than the first predetermined value and the power produced by the gas turbine engine is equal to or greater than a second predetermined value, and the control device is arranged to configure the cross-sectional area of the variable area exhaust nozzle at a third cross-sectional area in a third mode of operation when the control device determines that the flight speed of the gas turbine engine or the altitude of the gas turbine engine is equal to or greater than the first predetermined value and the power produced by the gas turbine engine is less than the second predetermined value, wherein the second cross-sectional area is less than both the first cross-sectional area and the third cross-sectional area and the third cross-sectional area is less than the first cross-sectional area.