mhurhangee/ep-ind-claims huggingface dataset:
A method for regulating the radiative cooling sections of flat glass annealing lehrs provided with a plurality of heating elements and a plurality of cooling elements in the glass transport direction, each heating or cooling element comprising a plurality of distinct radiative sections across the web of the glass ribbon, characterized in that the setpoint (Sj) of the controller of the heating or cooling capacity of each radiative section is weighted (Sj') by a system for controlling a filter, called "matrix filter", which weights the influence of the signal delivered by a instrument for measuring the temperature of the glass, for the regarding sector, taking account of the influence of the adjacent sections on the heating or cooling of the glass according to the geometry and the layout of the radiative sections with regard to the point of measurement of the glass temperature.
An image processing device comprising: a decoding unit for performing a decoding process on an encoded stream for generating an image, the encoded stream being arranged into largest coding units, LCUs, wherein filtering parameters of an adaptive offset filter applicable to each LCU are read from the beginning of the corresponding LCU; and an adaptive offset filter unit for performing adaptive offset filtering on portions of the image that correspond to the LCUs using the filtering parameters of the adaptive offset filter read from the beginning of each respective LCU. a decoding unit for performing a decoding process on an encoded stream for generating an image, the encoded stream being arranged into largest coding units, LCUs, wherein filtering parameters of an adaptive offset filter applicable to each LCU are read from the beginning of the corresponding LCU; and an adaptive offset filter unit for performing adaptive offset filtering on portions of the image that correspond to the LCUs using the filtering parameters of the adaptive offset filter read from the beginning of each respective LCU.
An image capturing apparatus comprising: object detection means configured to detect an object moving on ground from an image captured by an image capturing means; and passage detection means configured to detect passage of the object across a detection line on the ground, set in advance on the captured image according to an instruction of an operator, characterized in that the image is captured via an omnidirectional imaging lens; the apparatus further comprises setting means configured to set a reference position in the captured image corresponding to a position of the omnidirectional imaging lens projected vertically to the ground, and to set a position of a foot portion (202, 802) of the object, in the captured image, based on a distance from the reference position; and decision means configured to decide, in the captured image, a determination position (202, 701) of the object at some height with respect to the ground, based on the position of the foot portion (202, 802); and the passage detection means is configured to detect, in the captured image, passage of the determination position (202, 701) across a passage detection line which is set in the captured image by moving the detection line on the ground by said height with respect to ground. object detection means configured to detect an object moving on ground from an image captured by an image capturing means; and passage detection means configured to detect passage of the object across a detection line on the ground, set in advance on the captured image according to an instruction of an operator, characterized in that the image is captured via an omnidirectional imaging lens; the apparatus further comprises setting means configured to set a reference position in the captured image corresponding to a position of the omnidirectional imaging lens projected vertically to the ground, and to set a position of a foot portion (202, 802) of the object, in the captured image, based on a distance from the reference position; and decision means configured to decide, in the captured image, a determination position (202, 701) of the object at some height with respect to the ground, based on the position of the foot portion (202, 802); and the passage detection means is configured to detect, in the captured image, passage of the determination position (202, 701) across a passage detection line which is set in the captured image by moving the detection line on the ground by said height with respect to ground.
A liquid blow molding method for molding a bottomed tubular-shaped preform into a liquid-containing container in which a content liquid is held, the liquid blow molding method comprising: a first molding step of liquid blow molding the preform into a halfway shape by supplying, into the preform that has been heated to a predetermined temperature, a first liquid at a predetermined pressure through a nozzle; and a second molding step, performed after the first molding step, of liquid blow molding the preform by supplying a second liquid into the preform at a predetermined pressure through the nozzle, being characterized in that the method further comprises a cleaning step, performed after the second molding step, of removing the second liquid out of the nozzle by liquid blow molding the preform by supplying only the first liquid into the preform at a predetermined pressure through the nozzle. a first molding step of liquid blow molding the preform into a halfway shape by supplying, into the preform that has been heated to a predetermined temperature, a first liquid at a predetermined pressure through a nozzle; and a second molding step, performed after the first molding step, of liquid blow molding the preform by supplying a second liquid into the preform at a predetermined pressure through the nozzle,
A kit for use in restoring muscle function of the lumbar spine, the kit comprising: an electrode lead (200, 200', 200", 200"') configured to be implanted in or adjacent to a tissue associated with control of the lumbar spine, the electrode lead having a proximal end and a distal end with one or more electrodes (204, 206, 208, 210) disposed thereon; an implantable pulse generator (300, 300', 300") configured to be coupled to the proximal end of the electrode lead, the implantable pulse generator having a programmable controller configured to provide electrical stimulation via the one or more electrodes disposed on the electrode lead; a tunneler comprising an elongated shaft, a threaded distal portion, a proximal end having a handle, and a stopper positioned between the elongated shaft and the handle; a sheath having a lumen extending therethrough configured to receive a portion of the tunneler and the proximal end of the electrode lead, the sheath sized and shaped to fit over the elongated shaft of the tunneler between the stopper and the threaded distal portion of the tunneler, the sheath further configured to be disposed temporarily in a subcutaneous passage; and a tunneler tip (744, 746) having a mating portion configured to be coupled to the threaded distal portion of the tunneler, the tunneler tip configured to create the subcutaneous passage to accept the sheath, characterized in that the tunneler tip is selected from group comprising a bullet-shaped tunneler tip and a facet-shaped tunneler tip. an electrode lead (200, 200', 200", 200"') configured to be implanted in or adjacent to a tissue associated with control of the lumbar spine, the electrode lead having a proximal end and a distal end with one or more electrodes (204, 206, 208, 210) disposed thereon; an implantable pulse generator (300, 300', 300") configured to be coupled to the proximal end of the electrode lead, the implantable pulse generator having a programmable controller configured to provide electrical stimulation via the one or more electrodes disposed on the electrode lead; a tunneler comprising an elongated shaft, a threaded distal portion, a proximal end having a handle, and a stopper positioned between the elongated shaft and the handle; a sheath having a lumen extending therethrough configured to receive a portion of the tunneler and the proximal end of the electrode lead, the sheath sized and shaped to fit over the elongated shaft of the tunneler between the stopper and the threaded distal portion of the tunneler, the sheath further configured to be disposed temporarily in a subcutaneous passage; and a tunneler tip (744, 746) having a mating portion configured to be coupled to the threaded distal portion of the tunneler, the tunneler tip configured to create the subcutaneous passage to accept the sheath, characterized in that the tunneler tip is selected from group comprising a bullet-shaped tunneler tip and a facet-shaped tunneler tip.
A modular connecting device for connecting a consumer to a bus system, which is connected downstream of a segment coupler - a connecting unit - of the bus system and has a current limiting unit for the current flowing to the connected consumer, and having a data transmission unit, which is operationally connected via the bus system to a higher-order control unit - a control station - which is connected upstream of the system coupler, and which data transmission unit is designed at least for transmitting an item of state information about the state of the current limiting unit to the control unit, characterized in that the data transmission unit is connected to a current sensor and/or a voltage sensor for sampling a current and/or voltage state in the connecting device and has a data generating unit for generating transmission data on the basis of measurement data of the current sensor and/or the voltage sensor for transmission to the higher-order control unit.
A method for preparing a surface-decorated make-up product (1 A, 1 B), comprising the steps of: a. preparing a substrate formed from a first cosmetic product b. pressing a first die comprising at least one relief onto said substrate to form at least one recess in said substrate c. removing the first die d. disposing on the substrate a masking element presenting at least one passage in a position corresponding with at least one relief of the die and hence corresponding with at least one recess of the substrate e. causing at least one second cosmetic product to penetrate into said at least one recess of said substrate, and f. removing the masking element g. carrying out a processing procedure on a portion of said second cosmetic product projecting from the substrate and on a surface portion of the substrate. a. preparing a substrate formed from a first cosmetic product b. pressing a first die comprising at least one relief onto said substrate to form at least one recess in said substrate c. removing the first die d. disposing on the substrate a masking element presenting at least one passage in a position corresponding with at least one relief of the die and hence corresponding with at least one recess of the substrate e. causing at least one second cosmetic product to penetrate into said at least one recess of said substrate, and f. removing the masking element g. carrying out a processing procedure on a portion of said second cosmetic product projecting from the substrate and on a surface portion of the substrate.
A method for managing a graphical user interface, GUI, pointer on a touch sensitive screen of a mobile communication terminal, the method comprising: displaying a pointer on a first display point on the screen in response to a touch at a first touch point on the screen; moving the pointer in response to a touch drag on the screen from the first touch point to a second touch point, wherein the pointer moves from the first display point to a second display point by maintaining an initial distance between the first touch point and the first display point and forming the same line as that of the touch drag; and selecting a GUI object located at the second display point in response to a second user interaction with the mobile terminal; characterized in that the first display point is predetermined to be a center part of the screen in consideration of vertical and horizontal mobility of the pointer. displaying a pointer on a first display point on the screen in response to a touch at a first touch point on the screen; moving the pointer in response to a touch drag on the screen from the first touch point to a second touch point, wherein the pointer moves from the first display point to a second display point by maintaining an initial distance between the first touch point and the first display point and forming the same line as that of the touch drag; and selecting a GUI object located at the second display point in response to a second user interaction with the mobile terminal; characterized in that the first display point is predetermined to be a center part of the screen in consideration of vertical and horizontal mobility of the pointer.
Method to control the coil current of an electromagnetic flowmeter with a first value representing an overvoltage U Ü and a second value representing a holding voltage U H, wherein the first value is greater than the second value, wherein said method comprises the following steps: A Setting of a first switch point Is for the current intensity up to which a coil is to be supplied with the overvoltage U Ü; B Application of an overvoltage U Ü until the current intensity increases to the switch point I S for the current intensity that is currently set; C Switching from the overvoltage U Ü to the holding voltage U H in order to keep the current intensity at a constant current end value I H, characterized in that - following the switching as per Step C - the actual current intensity I is evaluated and the switch point I S is set on the basis of this actual current intensity. A Setting of a first switch point Is for the current intensity up to which a coil is to be supplied with the overvoltage U Ü; B Application of an overvoltage U Ü until the current intensity increases to the switch point I S for the current intensity that is currently set; C Switching from the overvoltage U Ü to the holding voltage U H in order to keep the current intensity at a constant current end value I H,
Method for monitoring a web speed of a material web moved by rollers (2, 3, 4), wherein - a drive roller (2, 3, 4) is driven by means of a motor, - an instantaneous rotational speed of the motor is measured, - from the measured rotational speed of the motor and a diameter of the drive roller (2, 3, 4), an instantaneous web speed is determined, characterised in that - the instantaneous web speed determined is compared with a predefined speed target value and a predefined speed threshold value of the web speed, - and the motor is shut down, - if the instantaneous web speed determined is greater than the speed threshold value for longer than a second tolerance period which is predefined, - or if the deviation of the determined web speed from the speed target value is greater than a tolerance deviation which is predefined, - or if the instantaneous web speed determined is greater than the speed threshold value. - a drive roller (2, 3, 4) is driven by means of a motor, - an instantaneous rotational speed of the motor is measured, - from the measured rotational speed of the motor and a diameter of the drive roller (2, 3, 4), an instantaneous web speed is determined, characterised in that - the instantaneous web speed determined is compared with a predefined speed target value and a predefined speed threshold value of the web speed, - and the motor is shut down, - if the instantaneous web speed determined is greater than the speed threshold value for longer than a second tolerance period which is predefined, - or if the deviation of the determined web speed from the speed target value is greater than a tolerance deviation which is predefined, - or if the instantaneous web speed determined is greater than the speed threshold value. - if the instantaneous web speed determined is greater than the speed threshold value for longer than a second tolerance period which is predefined, - or if the deviation of the determined web speed from the speed target value is greater than a tolerance deviation which is predefined, - or if the instantaneous web speed determined is greater than the speed threshold value.
Wind power plant, comprising a housing, a rotor and at least one generator which has a generator shaft, the rotor being mounted relative to the housing in a bearing arrangement which has at least two bearing rings (6, 6', 6", 7, 7', 7"), and a drive train being arranged between the rotor and the generator, in order to transmit the rotation of the rotor to the at least one generator shaft, the drive train comprising the at least one bearing inner ring (7, 7', 7") of the bearing arrangement, the rotor being flange-connected on an end side of the bearing inner ring (7, 7', 7") and thus being connected fixedly to the bearing inner ring (7, 7', 7") so as to rotate with it, the bearing inner ring (7, 7', 7") being provided with a toothing system which is arranged on the inner circumference of the bearing inner ring (7, 7', 7"), the drive train comprising, furthermore, at least one pinion which is in engagement with the toothing system of the bearing inner ring (7, 7', 7"), the pinion being connected directly or via a gear mechanism to the generator shaft, and the pinion being arranged radially within the bearing inner ring (7, 7', 7"), and the toothing system and the pinion forming a spur toothing system, characterized in that the pinion including the generator shaft, the optionally present gear mechanism and the generator are arranged eccentrically with respect to the rotational axis of the rotor.
A coffee mill hopper assembly, comprising: a hopper defining a plurality of compartments (18a, 18b) for storing coffee beans, and at least one outlet through which coffee beans may be released from the respective compartments of the hopper; a compartment selector, comprising a shaft interconnecting a control knob and a closure member, said shaft being rotatably mounted to the hopper such that a rotational position of the closure member is adjustable by rotating the shaft around its axis through rotation of the control knob, and wherein the closure member is arranged to cooperate with the at least one outlet of the hopper to provide at least one outflow aperture that, depending on the rotational position of the closure member, selectively enables a release of coffee beans from at least one compartment (18a, 18b); characterized in that the compartment selector further comprises a first toothed member that is rotationally locked to the shaft and a second toothed member that is rotationally locked to the hopper, at least one of said toothed members (50a, 50b) being movably arranged relative to the shaft and spring-biased to force the teeth (54a, 54b) of the toothed members towards each other in a meshing relationship. a hopper defining a plurality of compartments (18a, 18b) for storing coffee beans, and at least one outlet through which coffee beans may be released from the respective compartments of the hopper; a compartment selector, comprising a shaft interconnecting a control knob and a closure member, said shaft being rotatably mounted to the hopper such that a rotational position of the closure member is adjustable by rotating the shaft around its axis through rotation of the control knob, and wherein the closure member is arranged to cooperate with the at least one outlet of the hopper to provide at least one outflow aperture that, depending on the rotational position of the closure member, selectively enables a release of coffee beans from at least one compartment (18a, 18b);
An induction coil system for producing vapor for ablating tissue in medical applications, comprising: a coiled fluid tube configured to carry a fluid; a coiled wire configured to carry electric current, wherein the electric current in the coiled wire generates a magnetizing inductance to inductively heat the fluid tube; a capsule between the coiled fluid tube and the coiled wire, characterized in that the capsule includes multiple ports facilitating air flow into the capsule or air flow out of the capsule and bores or grooves on an inner surface of the capsule, with the bores or grooves and the ports together forming a plurality of airflow channels through the capsule, and wherein the coiled wire is located inside the capsule and the coiled fluid tube is located outside of the capsule; a cooling fluid supply configured to force a cooling fluid through the capsule across the coiled wire. a coiled fluid tube configured to carry a fluid; a coiled wire configured to carry electric current, wherein the electric current in the coiled wire generates a magnetizing inductance to inductively heat the fluid tube; a capsule between the coiled fluid tube and the coiled wire, characterized in that the capsule includes multiple ports facilitating air flow into the capsule or air flow out of the capsule and bores or grooves on an inner surface of the capsule, with the bores or grooves and the ports together forming a plurality of airflow channels through the capsule, and wherein the coiled wire is located inside the capsule and the coiled fluid tube is located outside of the capsule; a cooling fluid supply configured to force a cooling fluid through the capsule across the coiled wire.
A combustor system, comprising: a combustor (200, 220, 240, 300, 320, 400, 420, 500, 510, 600) having a first end, a second end, an outer shell, an inner shell, and an annular volume formed between the outer shell and the inner shell extending from the first end to the second end; a carbon dioxide inlet configured to introduce carbon dioxide to the combustor; an oxygen inlet configured to introduce oxygen to the combustor; a first mixing zone configured to mix a first portion of any carbon dioxide introduced through the carbon dioxide inlet with at least a portion of any oxygen introduced through the oxygen inlet to produce a first mixture comprising oxygen and carbon dioxide; a fuel inlet configured to introduce a fuel to the combustor; a second mixing zone configured to mix the first mixture and the fuel to produce a second mixture comprising oxygen, carbon dioxide, and fuel; and a combustion zone configured to combust the second mixture to produce a combustion product, wherein a second portion of any carbon dioxide introduced through the carbon dioxide inlet flows through one or more apertures disposed through the inner shell and mixes with and cools the combustion product. a combustor (200, 220, 240, 300, 320, 400, 420, 500, 510, 600) having a first end, a second end, an outer shell, an inner shell, and an annular volume formed between the outer shell and the inner shell extending from the first end to the second end; a carbon dioxide inlet configured to introduce carbon dioxide to the combustor; an oxygen inlet configured to introduce oxygen to the combustor; a first mixing zone configured to mix a first portion of any carbon dioxide introduced through the carbon dioxide inlet with at least a portion of any oxygen introduced through the oxygen inlet to produce a first mixture comprising oxygen and carbon dioxide; a fuel inlet configured to introduce a fuel to the combustor; a second mixing zone configured to mix the first mixture and the fuel to produce a second mixture comprising oxygen, carbon dioxide, and fuel; and a combustion zone configured to combust the second mixture to produce a combustion product, wherein a second portion of any carbon dioxide introduced through the carbon dioxide inlet flows through one or more apertures disposed through the inner shell and mixes with and cools the combustion product.