mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a film product using thermal roll imprinting and blade coating, comprising: a preparing step of preparing a first transparent film; an imprinting step of transporting the first transparent film between a thermal roll provided with an imprint mask and a support roll to form a groove of a fine pattern on the first transparent film; and a blading step of filling a filling material of a paste state having at least one property of light blocking and conductivity in the groove of the first transparent film by a doctor blade, wherein the thermal roll and the support roll press and support each other in a heated state, and the first transparent film is capable of being thermally imprinted. a preparing step of preparing a first transparent film; an imprinting step of transporting the first transparent film between a thermal roll provided with an imprint mask and a support roll to form a groove of a fine pattern on the first transparent film; and a blading step of filling a filling material of a paste state having at least one property of light blocking and conductivity in the groove of the first transparent film by a doctor blade, wherein the thermal roll and the support roll press and support each other in a heated state, and the first transparent film is capable of being thermally imprinted.
An aircraft undercarriage comprising: - at least one wheel; - a support; - a drive system for driving rotation of the wheel, the drive system being movable relative to said support between an engaged position relative to the wheel and a disengaged position relative to the wheel; - a mover system connected to the drive system in order to move it between its engaged and disengaged positions; - a first pair of links (51, 52) that are hinged to each other about a first hinge axis of this first pair of links (51, 52), this first pair of links being arranged in such a manner that during the movement of the drive system between its engaged and disengaged positions, the links (51, 52) of this first pair of links pivot relative to each other about said first hinge axis of this first pair of links; and - a locking actuator, characterized in that at least one first target, the locking actuator being arranged to act at least on the first target in such a manner as to lock or unlock selectively the drive system in its disengaged position, the first target being carried by one of the links of the first pair of links (51, 52). - at least one wheel; - a support; - a drive system for driving rotation of the wheel, the drive system being movable relative to said support between an engaged position relative to the wheel and a disengaged position relative to the wheel; - a mover system connected to the drive system in order to move it between its engaged and disengaged positions; - a first pair of links (51, 52) that are hinged to each other about a first hinge axis of this first pair of links (51, 52), this first pair of links being arranged in such a manner that during the movement of the drive system between its engaged and disengaged positions, the links (51, 52) of this first pair of links pivot relative to each other about said first hinge axis of this first pair of links; and - a locking actuator,
Door latch, in particular a motor vehicle door latch, comprising a locking mechanism (3, 4) consisting substantially of a catch and a pawl, and comprising a closing device (5, 6, 7, 8, 9; 16, 17) which acts on the locking mechanism (3, 4), wherein the closing device (5 to 9; 16, 17) has at least one motor-driven operating lever and a drive pawl interacting with a locking mechanism component (3, 4), and has at least one unlocking element (16, 17) for mechanically interrupting the force flux between the operating lever and the drive pawl, and wherein the unlocking element (16, 17) acts, for emergency unlocking, on a coupling element which separates the closing device (5 to 9) largely without force, which coupling element in this case transitions from its previous "engaged" state into the "disengaged" functional position, wherein the unlocking element (16, 17) is designed in two parts having an emergency unlocking lever and an ejector lever, characterized in that the emergency unlocking lever is designed as a three-arm lever rotatable about an axis, which lever has both an operating lug and an operating arm, wherein the emergency unlocking lever engages by its operating lug in a contour on the ejector lever.
Method for identifying a failure in a service or parking brake which has an electromotive brake apparatus which comprises an electric brake motor and a hydraulic brake apparatus for generating a clamping force (F N), wherein a fault in the hydraulic brake apparatus is detected if, during generation of a hydraulic clamping force in addition to the electromotive clamping force, a motor characteristic variable of the electric brake motor, or a variable correlating therewith, lies outside an admissible value range.
An operating table, comprising a patient support carried by a column, wherein the column has a foot having at least two base arms (12, 14) which are arranged next to one another, which are hinged at a base and which extend in the longitudinal direction of the patient support, wherein the spacing between the base arms (12, 14) is variable; and wherein the base arms (12, 14) are two struts in total which are movable about a vertical axis out of a mutually parallel position into a spread apart position, characterized in that the base is arranged between the two base arms (12, 14), each base arm (12, 14) has a support element (38, 40) which can be moved into the base located between the base arms, and respectively one castor is arranged at the four ends of the two base arms (12, 14).
A disposable wearing article having a vertical direction and a lateral direction, and a skin facing surface and a non-skin facing surface on an opposite side thereof, comprising: a front waist region; a rear waist region; a crotch region positioned between the front waist region and the rear waist region; and a pair of leg openings, and a waist opening defined by side edges (13c,14c) of the front waist region and the rear waist region being connected, the wearing article being characterized in that: at least one of the front waist region and the rear waist region includes a pair of tape fasteners fixed to the non-skin facing surface of the side edges (13c,14c), a belt-like area positioned on the skin facing surface and extending in the lateral direction, and a pocket positioned on the non-skin facing surface side, facing the belt-like area in the direction of thickness, at a middle part in the lateral direction; the pocket is openable toward the crotch region and includes a pocket outer area extending from the crotch region side toward the waist opening side, and a pocket inner area facing the pocket outer area and the belt-like area in the direction of thickness, and continuous with the pocket outer area, and connected to the belt-like area; and an upper end of a fixing part of the tape fastener is positioned at a lower side of an upper end of the pocket outer area in the vertical direction and the upper end of the fixing part of the tape fastener is either positioned at a lower side of a lower end of the pocket inner area in the vertical direction, or evens up with the lower end. a front waist region; a rear waist region; a crotch region positioned between the front waist region and the rear waist region; and a pair of leg openings, and a waist opening defined by side edges (13c,14c) of the front waist region and the rear waist region being connected, the wearing article being characterized in that: at least one of the front waist region and the rear waist region includes a pair of tape fasteners fixed to the non-skin facing surface of the side edges (13c,14c), a belt-like area positioned on the skin facing surface and extending in the lateral direction, and a pocket positioned on the non-skin facing surface side, facing the belt-like area in the direction of thickness, at a middle part in the lateral direction; the pocket is openable toward the crotch region and includes a pocket outer area extending from the crotch region side toward the waist opening side, and a pocket inner area facing the pocket outer area and the belt-like area in the direction of thickness, and continuous with the pocket outer area, and connected to the belt-like area; and an upper end of a fixing part of the tape fastener is positioned at a lower side of an upper end of the pocket outer area in the vertical direction and the upper end of the fixing part of the tape fastener is either positioned at a lower side of a lower end of the pocket inner area in the vertical direction, or evens up with the lower end.
A method of controlling an ion shutter of an IMS cell, the method comprising controlling a barrier voltage between a first shutter electrode and a second shutter electrode to open and close the shutter to allow ions of interest to pass through the shutter in a drift direction by varying both: (a) the voltage of the first shutter electrode; and (b) the voltage of the second shutter electrode; wherein the voltages of the first shutter electrode and the second shutter electrode are varied with respect to a spatially varying profile voltage of the IMS cell, wherein the spatially varying profile voltage provides an electric field that moves ions from the reaction region to a detector of the IMS cell, the voltage of the first shutter electrode is controlled to match the profile voltage prior to opening of the shutter, and the first shutter electrode lies between the reaction region of the IMS cell and the second shutter electrode. (a) the voltage of the first shutter electrode; and (b) the voltage of the second shutter electrode;
Method for the treatment of loose material of vegetable origin to be used as infill material in artificial, or natural, or mixed artificial and natural turfs, said method being characterized in that it provides a step of mixing a predetermined amount of said loose material of vegetable origin with a predetermined amount of a predetermined compound based on at least a drying, or semi-drying oil, in such a way to improve the properties of said loose material of vegetable origin.
A machine for separative machining with a machining tool for a plate-shaped workpiece, which has two workpiece support surfaces (14, 15) for supporting the workpiece, between which a gap is formed, and comprises at least one movable carriage (24, 25) in or along the gap which is connected to at least one covering element (30, 31) which at least partially covers the gap and which comprises a chain with a plurality of chain links which are designed to be pivotable relative to one another, characterised in that - the chain links have a brush support on an upper side, and - at least two mutually adjacent chain links have a pivot delimitation angle (a) relative to the longitudinal axis of the chain links, so that the chain links assume a non-planar, upwardly curved course when they are aligned in a straight line without the application of force, and - the pivot delimitation angle (a) between two adjacent chain links in relation to the longitudinal axis of the chain links comprises at least 1°, and/or the chain links are pivotable relative to one another at a pivot angle (β) of at least 1° to 60° and the pivot angle (β), starting from the longitudinal axis, adjoins the pivot delimitation angle (a). - the chain links have a brush support on an upper side, and - at least two mutually adjacent chain links have a pivot delimitation angle (a) relative to the longitudinal axis of the chain links, so that the chain links assume a non-planar, upwardly curved course when they are aligned in a straight line without the application of force, and - the pivot delimitation angle (a) between two adjacent chain links in relation to the longitudinal axis of the chain links comprises at least 1°, and/or the chain links are pivotable relative to one another at a pivot angle (β) of at least 1° to 60° and the pivot angle (β), starting from the longitudinal axis, adjoins the pivot delimitation angle (a).
A method for detecting a misfire condition in an internal combustion engine provided with a driving shaft to which a phonic wheel is splined, which phonic wheel is coupled to a sensor comprising the steps of detecting the intensity of the signal generated by the passage of the teeth of the phonic wheel by means of the sensor; sampling the signal generated by the passage of the teeth of the phonic wheel; processing the sampled signal by applying a Discrete Fourier Transform; representing the sampled signal processed by means of the Discrete Fourier Transform by means of a virtual phasor; said virtual phasor represents in a vector form the signal which has been sampled and processed by means of the Discrete Fourier Transform; and determining a corresponding theoretical phasor for each virtual phasor; said theoretical phasor represents the theoretical evolution of the signal which has been sampled and processed by means of the Discrete Fourier Transform over time; comparing the theoretical phasor with the virtual phasor; determining the presence of a misfire condition by comparing the theoretical phasor with the virtual phasor which represents the signal which has been sampled and processed by means of the Discrete Fourier Transform.
A time of flight camera comprising: an imaging sensor comprising a two dimensional pixel matrix that is configured to demodulate received light from a field of view of a scene; and an illumination module for sequentially illuminating respective portions of the field of view of the scene with modulated light, wherein each illuminated portion of the field of view corresponds to several lines or columns of pixels of the matrix, each illuminated portion corresponding to fewer than all of the pixels in the matrix. an imaging sensor comprising a two dimensional pixel matrix that is configured to demodulate received light from a field of view of a scene; and an illumination module for sequentially illuminating respective portions of the field of view of the scene with modulated light, wherein each illuminated portion of the field of view corresponds to several lines or columns of pixels of the matrix, each illuminated portion corresponding to fewer than all of the pixels in the matrix.
A tilt sensor comprising: a pressure sensor disposed to be movable relative to a detection target object and configured to detect pressure of a fluid; a tilt information detection unit; and a movement mechanism configured to move the pressure sensor relative to the detection target object along a predetermined movement path, wherein the tilt information detection unit is arranged to detect tilt information of the detection target object according to the output of the pressure sensor and the movement information of the pressure sensor moved along the predetermined movement path by the movement mechanism, the tilt information detection unit being characterised by being arranged to perform synchronization detection according to a periodic output signal output from the pressure sensor moved along a predetermined movement path and a reference signal which corresponds to a tilt in a predetermined direction according to the movement information, and the tilt information detection unit being arranged to detect the tilt information of the detection target object according to a result of the synchronization detection. a pressure sensor disposed to be movable relative to a detection target object and configured to detect pressure of a fluid; a tilt information detection unit; and a movement mechanism configured to move the pressure sensor relative to the detection target object along a predetermined movement path, wherein the tilt information detection unit is arranged to detect tilt information of the detection target object according to the output of the pressure sensor and the movement information of the pressure sensor moved along the predetermined movement path by the movement mechanism, the tilt information detection unit being characterised by being arranged to perform synchronization detection according to a periodic output signal output from the pressure sensor moved along a predetermined movement path and a reference signal which corresponds to a tilt in a predetermined direction according to the movement information, and the tilt information detection unit being arranged to detect the tilt information of the detection target object according to a result of the synchronization detection.
Method for regulating a rolling train, particularly a hot-rolling train, in which a metal rolling material, preferably in the form of slabs or ingots, is reshaped in one or more rolling passes in units of the rolling train with reduction in thickness and/or width to form a finished metal strip as end product, wherein the method comprises as method step a) measurement and detection of an actual geometry of the rolling material at at least one measuring point at least ahead of and/or after a reshaping step in a unit of the rolling train, characterised in that the method further comprises regulation of individual units of the rolling train by means of a superordinate automated process system with use of the following method steps: b) calculation of start values of at least some work variables of the rolling process on the basis of predetermined requirements of the geometry of the end product as target geometry and with consideration of the measured actual geometry of the rolling material, c) calculation of a geometry, which is to be expected on the basis of the work variables calculated in advance, of the rolling material with the use of a computer-supported process model which models the flow behaviour of the rolling material under a given and/or assumed deforming action, d) comparison of the geometry, which is determined on model basis and expected, of the rolling material with the target geometry of the rolling material, e) deriving adapted work variables for at least one reshaping process if the difference of the geometry, which is determined on model basis and expected, from the target geometry lies outside a given error tolerance, f) repetition of steps b) to e) until the differences between the target geometry and the expected geometry lie within the given error tolerance and g) regulation of at least one unit of the rolling train with use of the derived work variables. b) calculation of start values of at least some work variables of the rolling process on the basis of predetermined requirements of the geometry of the end product as target geometry and with consideration of the measured actual geometry of the rolling material, c) calculation of a geometry, which is to be expected on the basis of the work variables calculated in advance, of the rolling material with the use of a computer-supported process model which models the flow behaviour of the rolling material under a given and/or assumed deforming action, d) comparison of the geometry, which is determined on model basis and expected, of the rolling material with the target geometry of the rolling material, e) deriving adapted work variables for at least one reshaping process if the difference of the geometry, which is determined on model basis and expected, from the target geometry lies outside a given error tolerance, f) repetition of steps b) to e) until the differences between the target geometry and the expected geometry lie within the given error tolerance and g) regulation of at least one unit of the rolling train with use of the derived work variables.
An interaction point (12, 216), comprising: a hardware-based processor configured to communicate with a cloud-based storage system that stores participant interactivity data relating to interaction of the participant with an entertainment attraction, the participant being associated with a wearable electronic device while the participant interacts with interactive elements of the entertainment attraction; a local cache data store configured to locally store a local portion of the participant interactivity data, wherein the local portion of the participant interactivity data is used in local interaction processing by the hardware-based processor; a radio-frequency identification (RFID) reader, configured to retrieve electromagnetic radiation of the wearable electronic device indicative of an interaction with the interaction point, the interaction comprising data transmission between the RFID reader and the wearable electronic device, enabled by a proximity between the RFID reader and the wearable electronic device; wherein the hardware-based processor is configured to, based upon the interaction with the interaction point perform local interaction processing using the local portion of the participant interactivity data, by updating the local portion of the participant interactivity data stored in the local cache; and wherein the hardware-based processor is configured to propagate the updated local portion of the participant interactivity data to the cloud-based storage system. a hardware-based processor configured to communicate with a cloud-based storage system that stores participant interactivity data relating to interaction of the participant with an entertainment attraction, the participant being associated with a wearable electronic device while the participant interacts with interactive elements of the entertainment attraction; a local cache data store configured to locally store a local portion of the participant interactivity data, wherein the local portion of the participant interactivity data is used in local interaction processing by the hardware-based processor; a radio-frequency identification (RFID) reader, configured to retrieve electromagnetic radiation of the wearable electronic device indicative of an interaction with the interaction point, the interaction comprising data transmission between the RFID reader and the wearable electronic device, enabled by a proximity between the RFID reader and the wearable electronic device; wherein the hardware-based processor is configured to, based upon the interaction with the interaction point perform local interaction processing using the local portion of the participant interactivity data, by updating the local portion of the participant interactivity data stored in the local cache; and wherein the hardware-based processor is configured to propagate the updated local portion of the participant interactivity data to the cloud-based storage system.