mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for measuring a degree of burnout of a fuel in a furnace, in which at least partially liquid or solid fuels are burned, comprising at least one measuring unit (6, 7), with which a temperature can be detected at one point within the combustion chamber, which is supplied to an evaluation unit, in which, considering the temperature detected in the combustion chamber, at least one information about the burnout behavior in the combustion chamber can be generated, characterized in that a first measuring unit for detecting the temperature of a droplet or particle located in the combustion chamber as well as a second measuring unit for detecting the temperature in a vicinity of the droplet or particle are provided and that the evaluation unit, to which the detected temperatures are transferred, is designed such that the information about the burnout behavior in the combustion chamber is generated based on a difference between the droplet or particle temperature and the temperature in the vicinity of the droplets or particles.
A structure of a die for insert molding which molds a molded article integrally with an inserted article in a state in which the inserted article is inserted between a pair of split dies (1, 2), the structure comprising: a positioning mechanism vertically arranged on one split die (1, 2), the positioning mechanism including a positioning pin (11, 12) having a tapered distal end and positioning the inserted article by engaging the inserted article with the positioning pin (11, 12); a stop mechanism that has a spring means assembled with the one split die and a stopper portion held by the spring means, and temporarily stops movement of the other split die when the other split die comes into contact with the stopper portion at a time of mold clamping; characterized by a pressing mechanism that has a spring assembled with the other split die, a pusher pin urged by the spring, a spring assembled with the one split die, and a pusher pin urged by the spring, and elastically presses the inserted article by the pusher pin (33, 35) urged by the spring (32, 34). a positioning mechanism vertically arranged on one split die (1, 2), the positioning mechanism including a positioning pin (11, 12) having a tapered distal end and positioning the inserted article by engaging the inserted article with the positioning pin (11, 12); a stop mechanism that has a spring means assembled with the one split die and a stopper portion held by the spring means, and temporarily stops movement of the other split die when the other split die comes into contact with the stopper portion at a time of mold clamping; characterized by a pressing mechanism that has a spring assembled with the other split die, a pusher pin urged by the spring, a spring assembled with the one split die, and a pusher pin urged by the spring, and elastically presses the inserted article by the pusher pin (33, 35) urged by the spring (32, 34).
A gas turbine denitrifying combustion gas by using a denitrification catalyst and ammonia as a reducing agent, the gas turbine comprising: a turbine provided with an intake port, a scroll flow path, a plurality of stator vanes, and a plurality of branch flow paths each arranged to supply cooling air to a respective one of the stator vanes, a compressor configured to supply the branch flow paths with a cooling air, and a denitrification chamber filled with a denitrification catalyst and discharged with a post-power recovery combustion gas from the turbine, characterized in that the gas turbine is configured to improve the cooling capacity of part of the stator vanes compared with the cooling capacity of the other stator vanes by supplying part of the branch flow paths communicated with the part of the stator vanes positioned in the inside of the scroll flow path and in the vicinity of an inlet of the scroll flow path exposed to the combustion gas that has a temperature higher than the average value in a temperature distribution of the combustion gas in accordance with the measured temperature distribution of the combustion gas at the intake port in advance with the liquid ammonia in addition to the cooling air. a turbine provided with an intake port, a scroll flow path, a plurality of stator vanes, and a plurality of branch flow paths each arranged to supply cooling air to a respective one of the stator vanes, a compressor configured to supply the branch flow paths with a cooling air, and a denitrification chamber filled with a denitrification catalyst and discharged with a post-power recovery combustion gas from the turbine, characterized in that the gas turbine is configured to improve the cooling capacity of part of the stator vanes compared with the cooling capacity of the other stator vanes by supplying part of the branch flow paths communicated with the part of the stator vanes positioned in the inside of the scroll flow path and in the vicinity of an inlet of the scroll flow path exposed to the combustion gas that has a temperature higher than the average value in a temperature distribution of the combustion gas in accordance with the measured temperature distribution of the combustion gas at the intake port in advance with the liquid ammonia in addition to the cooling air.
Drive train for a motor-driven, mobile working machine, comprising a vehicle transmission, a driven drive shaft, comprising a first partial drive shaft (6, 26) and a second partial drive shaft (7, 27), said partial drive shafts (6, 7; 26, 27) being connected to one another by means of a disconnecting clutch (5, 24), as well as an output clutch (12, 32) connected to the first partial drive shaft (6, 26) for providing a secondary output (11, 35) for driving one or more work-performing units, wherein, in a first operating mode of the working machine, with the disconnecting clutch (5, 24) closed, at least one drive wheel of the working machine can be driven, and wherein, in a second operating mode of the working machine for driving the secondary output (11, 35), the disconnecting clutch (5, 24) is opened and the output clutch (12, 32) is closed, and wherein a drive clutch (15, 37) is connected to the second partial drive shaft (7, 27), by which, when closed, a torque can be transmitted to the second partial drive shaft (7, 27), wherein the drive clutch (15, 37) receives the torque to be transmitted to the second partial drive shaft (7, 27) by means of the secondary output (11, 35), such that, in the second operating mode, with the separating clutch opened and the output clutch and drive clutch (12, 15, 32, 37) closed, a bypass power flow from the first partial drive shaft (6, 26) to the second partial drive shaft (7, 27), bypassing the open disconnecting clutch (5, 24) via the secondary output (11, 35), is possible, wherein the power flow is effected mechanically or mechanically-hydraulically via the secondary output to the second partial drive shaft, characterised in that the first partial drive shaft (6, 26) of the drive shaft is driven by the vehicle transmission, and that, arranged between the output clutch and the drive clutch, is a differential gear, with two axle shafts (19, 20) and a control shaft exerting influence on them, wherein the output clutch drives a first axle shaft of the differential gear, and the second axle shaft of the differential gear drives the drive clutch and a friction element exerts effect on the control shaft, adjustable in relation to the control shaft with regard to its friction.
A method for producing an optically active alkali metal salt of 2-pyrrolidone-5-carboxylic acid, comprising a step of adding an alkali metal hydroxide to a solution of optically active zinc 2-pyrrolidone-5-carboxylate 2 hydrate, and filtering off the precipitate.
Method for parking a motor vehicle in a parking zone (5, 6) designed as a marked parking area, in which method the motor vehicle is driven on a path outside the parking zone (5, 6) to the parking zone (5, 6) and is then parked autonomously in the parking zone (5, 6), the motor vehicle being driven to the parking zone (5, 6) with the driver present in the motor vehicle and being parked in a temporary parking position in the parking zone (5, 6), the driver leaving the motor vehicle (5, 6) after the temporary parking position has been reached and then, depending on at least one decision criterion, an autonomous parking process being carried out and the motor vehicle being positioned in a final parking position in a parking zone (5, 6) by the autonomous parking process, characterized in that the execution of the autonomous parking process to reach the final position starting from the temporary parking position is initiated by the driver, the driver being able to decide himself whether the temporary parking position is already so good that no execution of the autonomous parking process is necessary, the driver specifying, when initiating the autonomous parking process, whether the motor vehicle is to be parked forward or backward into the parking zone (5, 6) during the autonomous parking process. the motor vehicle being driven to the parking zone (5, 6) with the driver present in the motor vehicle and being parked in a temporary parking position in the parking zone (5, 6), the driver leaving the motor vehicle (5, 6) after the temporary parking position has been reached and then, depending on at least one decision criterion, an autonomous parking process being carried out and the motor vehicle being positioned in a final parking position in a parking zone (5, 6) by the autonomous parking process, characterized in that the execution of the autonomous parking process to reach the final position starting from the temporary parking position is initiated by the driver, the driver being able to decide himself whether the temporary parking position is already so good that no execution of the autonomous parking process is necessary, the driver specifying, when initiating the autonomous parking process, whether the motor vehicle is to be parked forward or backward into the parking zone (5, 6) during the autonomous parking process.
A method comprising: receiving an indication of data associated with a first potential display view; receiving an indication of data associated with a second potential display view; receiving orientation information indicative of an orientation angle of a device including a display; and enabling, via a processor, provision of a display view at the display that includes a variable portion of the first potential display view based on the orientation angle, and wherein enabling provision of the display view further comprises providing the first potential display view overlaid with respect to the second potential display view with a degree of overlay that is based on the orientation angle, and wherein the enabling provision of the display view further comprises providing the first potential display view overlaid with respect to the second potential display view such that a discontinuous portion of the first potential display view replaces a corresponding discontinuous portion of the second potential display view based on the orientation angle. receiving an indication of data associated with a first potential display view; receiving an indication of data associated with a second potential display view; receiving orientation information indicative of an orientation angle of a device including a display; and enabling, via a processor, provision of a display view at the display that includes a variable portion of the first potential display view based on the orientation angle, and wherein enabling provision of the display view further comprises providing the first potential display view overlaid with respect to the second potential display view with a degree of overlay that is based on the orientation angle, and wherein the enabling provision of the display view further comprises providing the first potential display view overlaid with respect to the second potential display view such that a discontinuous portion of the first potential display view replaces a corresponding discontinuous portion of the second potential display view based on the orientation angle.
Control device for actuating a DC-to-DC converter, having: a voltage regulating device which is configured to regulate as regulated variable the output voltage of the DC-to-DC voltage converter; and a current regulating device which is configured to regulate as regulated variable the output current of the DC-to-DC voltage converter, wherein the control device is configured to receive a mode selection signal and, on the basis of the mode selection signal, to set the voltage regulating device such that the voltage regulating device limits the output voltage of the DC-to-DC voltage converter to a predefined constant maximum voltage, and to set the current regulating device such that the current regulating device uses as regulating deviation the difference between a predefined setpoint output voltage and the output voltage of the DC-to-DC voltage converter. a voltage regulating device which is configured to regulate as regulated variable the output voltage of the DC-to-DC voltage converter; and a current regulating device which is configured to regulate as regulated variable the output current of the DC-to-DC voltage converter, wherein the control device is configured to receive a mode selection signal and, on the basis of the mode selection signal, to set the voltage regulating device such that the voltage regulating device limits the output voltage of the DC-to-DC voltage converter to a predefined constant maximum voltage, and to set the current regulating device such that the current regulating device uses as regulating deviation the difference between a predefined setpoint output voltage and the output voltage of the DC-to-DC voltage converter.
Method of generating a tamper-proof time-dependent signal on a capacitive surface sensor comprising the following steps: a) Providing an apparatus having a capacitive surface sensor and a device comprising an electrically conductive structure having structural elements on a non-conductive substrate for generating static signals on the capacitive surface sensor, b) Placing the device on the surface sensor, thereby generating a set of static signals on the surface sensor, and wherein the static signals are assigned positions on the surface sensor which are determined by the arrangement of the structural elements of the electrically conductive structure, c) Providing a dynamic input on or along the device in the form of a movement and/or a gesture with an input means without the input means contacting the electrically conductive structure, wherein an edge of the device is used for guiding the input by the input means and whereby on the capacitive surface sensor a dynamic input signal is generated and deflects the assigned positions of the static signals on the capacitive surface sensor and thereby converting the static signals into dynamic signals so that the dynamic input signal and the dynamic signals represent a time-dependent overall signal which is evaluated by the apparatus including the capacitive surface sensor. a) Providing an apparatus having a capacitive surface sensor and a device comprising an electrically conductive structure having structural elements on a non-conductive substrate for generating static signals on the capacitive surface sensor, b) Placing the device on the surface sensor, thereby generating a set of static signals on the surface sensor, and wherein the static signals are assigned positions on the surface sensor which are determined by the arrangement of the structural elements of the electrically conductive structure, c) Providing a dynamic input on or along the device in the form of a movement and/or a gesture with an input means without the input means contacting the electrically conductive structure, wherein an edge of the device is used for guiding the input by the input means and whereby on the capacitive surface sensor a dynamic input signal is generated and deflects the assigned positions of the static signals on the capacitive surface sensor and thereby converting the static signals into dynamic signals so that the dynamic input signal and the dynamic signals represent a time-dependent overall signal which is evaluated by the apparatus including the capacitive surface sensor.
A method for removing air within an air chamber, comprising: receiving a flow of a fluid via a first check valve at a first port of the air chamber from a fluid source in fluid communication with the air chamber; dispensing the fluid from a second port out of the air chamber; and reversing a pump to draw the fluid from the fluid source into the air chamber via the second port to purge air within any one of the air chamber and the fluid source through a third port and a second check valve. receiving a flow of a fluid via a first check valve at a first port of the air chamber from a fluid source in fluid communication with the air chamber; dispensing the fluid from a second port out of the air chamber; and reversing a pump to draw the fluid from the fluid source into the air chamber via the second port to purge air within any one of the air chamber and the fluid source through a third port and a second check valve.
A method for providing a casing for a prefabricated column of chromatography column material in order to manufacture a chromatography column, wherein the casing is generated by additive manufacturing, including the steps of rotating the column of chromatography column material with respect to a casing material feed in a manner to successively cover a casing surface of the chromatography column material along a contact area path, and of arranging an amount of flowable casing material at a current contact area along the contact area path at the casing surface of the column of chromatography column material in order to generate the casing for the chromatography column by successively adding the solidified amount of casing material at the contact area.
A heat-curable epoxy resin composition comprising: an epoxy resin; a carboxyl group-free curing agent; and an annular carbodiimide compound, characterized in that an equivalent ratio of said carboxyl group-free curing agent to said epoxy resin is 0.5 to 1.5, and said annular carbodiimide compound is in an amount of 2 to 50 parts by mass with respect to a total of 100 parts by mass of said epoxy resin and said carboxyl group-free curing agent. an epoxy resin; a carboxyl group-free curing agent; and an annular carbodiimide compound, characterized in that
An apparatus disposed on a drillstring for deviating a borehole advanced by a drill bit, the apparatus comprising: a housing disposed on the drillstring, the housing having a center of rotation about which the housing rotates and transferring the rotation to the drill bit, the housing having a bore communicating fluid from the drillstring to the drill bit; at least one director disposed on the housing to rotate therewith, the at least one director at least including a piston movable in a chamber, a pad pivotable about a fixed pivot point between an extended condition and a retracted condition relative to the housing, and a linkage arm pivotably connected between the piston and the pad; and at least one actuator disposed on the housing in fluid communication with communicated fluid, the at least one actuator operable at least between a first condition directing the communicated fluid to the chamber of the at least one director and a second condition at least permitting the at least one director to retract toward the retracted condition. a housing disposed on the drillstring, the housing having a center of rotation about which the housing rotates and transferring the rotation to the drill bit, the housing having a bore communicating fluid from the drillstring to the drill bit; at least one director disposed on the housing to rotate therewith, the at least one director at least including a piston movable in a chamber, a pad pivotable about a fixed pivot point between an extended condition and a retracted condition relative to the housing, and a linkage arm pivotably connected between the piston and the pad; and at least one actuator disposed on the housing in fluid communication with communicated fluid, the at least one actuator operable at least between a first condition directing the communicated fluid to the chamber of the at least one director and a second condition at least permitting the at least one director to retract toward the retracted condition.
A wide-band feeder circuit, comprising: a lower conductive plate provided substantially in parallel to an upper conductive plate; and a short-circuit portion provided in a concave manner at a central portion of the lower conductive plate, characterized by: a convex portion at a central portion of a short-circuit plate forming a bottom of the short-circuit potion; and a coaxial central conductor protected at the center of the convex portion by a guide portion. a lower conductive plate provided substantially in parallel to an upper conductive plate; and a short-circuit portion provided in a concave manner at a central portion of the lower conductive plate, characterized by: a convex portion at a central portion of a short-circuit plate forming a bottom of the short-circuit potion; and a coaxial central conductor protected at the center of the convex portion by a guide portion. a convex portion at a central portion of a short-circuit plate forming a bottom of the short-circuit potion; and a coaxial central conductor protected at the center of the convex portion by a guide portion.
A removable lid to close the opening of a container, in particular to reclose metal cans used for beverage after opening, which features a lid base complete with a pour opening, a cap to cover the pour opening, as well as connecting body, to connect the lid base to the container; the lid base has a first fastening element located near the pour opening while the cap has a second fastening element working in combination with the first fastening element, and the cap is removably fastened to the pour opening of the lid base in a removable and replaceable manner by means of the second fastening element, wherein the connecting body comprises a first clamping member with a join piece on a first end and a connector on the second end, and to a second clamping member with a join piece on a first end and a connector on the second end, wherein the connector of the first clamping member is connected to the connector of the second clamping member in a separable manner, and wherein the lid base comprises a locking piece rotatably coupled with the join piece of the first clamping member and the join piece of the second clamping member, the first end of the clamping member and the first end of the second clamping member being interconnected through the locking piece of the lid base, the side of each clamping member (31/32) facing the container being a side support (31e/32e) wherein one or more hook extensions are installed on each side support, and wherein the lid base carries a seal for closing on the connecting body and/or container.
A mold heating device for heating a mold for vulcanizing a tire, the mold heating device comprising an electrothermal heater that has a heating wire disposed therein, has flexibility, and is wound around a peripheral surface of the mold, wherein the electrothermal heater is configured to include a plurality of split belts that have a heating wire disposed therein and have flexibility, characterized in that the mold heating device further comprises a coupling part that couples end parts of the electrothermal heater together in a circumferential direction so that the circumferential length of the electrothermal heater can be changed, wherein the coupling part is capable of changing a spacing between the split belts to be coupled together, and wherein the coupling part is constituted of an extendable member capable of being extended and compressed in the circumferential direction, and wherein end parts of the split belts serve as the coupling parts.