mhurhangee/ep-ind-claims huggingface dataset:
A method of determining a predetermined position of a positioning system relatively a fixed focus point in a radiation therapy system, the system comprising a radiation therapy unit having a fixed radiation focus point; a measurement tool (50; 50') for holding at least one diode element adapted to measure the radiation intensity in said focus point; a positioning system for positioning a treatment volume in a patient in relation to said fixed focus point in the radiation therapy unit, wherein said measurement tool (50,; 50') is arranged in fixed engagement with the positioning system; and a control system adapted to control a movement of said positioning system in order to determine said predetermined position, said method comprising the steps of: obtaining a measurement value at a position where said diode element is located substantially in said fixed focus point; determining a value corresponding to a radiation intensity at said position where said diode element is located substantially in said fixed focus point; obtaining measurement data, said data comprising coordinates and radiation intensity, at predetermined number of measurement points in three substantially orthogonal motional axes at edges of said radiation intensity curve according to a predetermined measurement protocol, wherein said edges are identified by means of said value corresponding to a radiation intensity at said position where said diode element is located substantially in said fixed focus point; and determining a three-dimensional centre coordinate of said obtained coordinates using the measured positions at said measurement points. obtaining a measurement value at a position where said diode element is located substantially in said fixed focus point; determining a value corresponding to a radiation intensity at said position where said diode element is located substantially in said fixed focus point; obtaining measurement data, said data comprising coordinates and radiation intensity, at predetermined number of measurement points in three substantially orthogonal motional axes at edges of said radiation intensity curve according to a predetermined measurement protocol, wherein said edges are identified by means of said value corresponding to a radiation intensity at said position where said diode element is located substantially in said fixed focus point; and determining a three-dimensional centre coordinate of said obtained coordinates using the measured positions at said measurement points.
An electrode assembly including a first electrode laminate having at least one or more electrode units having a first area, stacked therein, a second electrode laminate having at least one or more electrode units having a second area smaller than the first area, stacked therein, and a step portion provided by stacking the first electrode laminate and the second electrode laminate in a direction perpendicular to a plane and having a step formed due to a difference in areas of the first and second electrode laminates, the electrode assembly being characterized in that, the electrode unit is wound by a rectangular-shaped separation film such that at least a portion of the rectangular-shaped separation film covers the step portion of the electrode assembly, and a step having a shape according to the shape of the step portion is formed, wherein the rectangular-shaped separation film covering the step portion of the electrode assembly has a thickness equal to 90% or less of a thickness of the rectangular-shaped separation film located in the electrode laminate, by winding the electrode unit, and the rectangular-shaped separation film covering the step portion of the electrode assembly is cut on one side portion of the electrode assembly through which the rectangular-shaped separation film is passed and in which the step is formed.
A method for operating an aerial robotic vehicle, comprising: determining, by a processor of the aerial robotic vehicle, whether a propeller guard is installed on the aerial robotic vehicle; determining whether the propeller guard is damaged in response to determining that the propeller guard is installed; setting (440, 445), by the processor, a flight parameter of the aerial robotic vehicle based on the determination as to whether the propeller guard is installed on the aerial robotic vehicle and based on the determination of whether the propeller guard is damaged, wherein setting the flight parameter comprises setting a proximity threshold; and controlling, by the processor, one or more motors of the aerial robotic vehicle using the flight parameter of the aerial robotic vehicle. determining, by a processor of the aerial robotic vehicle, whether a propeller guard is installed on the aerial robotic vehicle; determining whether the propeller guard is damaged in response to determining that the propeller guard is installed; setting (440, 445), by the processor, a flight parameter of the aerial robotic vehicle based on the determination as to whether the propeller guard is installed on the aerial robotic vehicle and based on the determination of whether the propeller guard is damaged, wherein setting the flight parameter comprises setting a proximity threshold; and controlling, by the processor, one or more motors of the aerial robotic vehicle using the flight parameter of the aerial robotic vehicle.
Two-part component for a vehicle body, comprising an external panel and an internal panel, wherein the external panel is connected to the internal panel at least in one connection portion along the peripheries of said panels (1, 2) in such a manner that in a first region of the external panel the external panel and the internal panel run so as to be mutually parallel, wherein in the first region a bonding material is incorporated between the external panel and the internal panel, and in a second region of the external panel the external panel is bent towards the internal side of the internal panel, wherein in the second region of the external panel the outermost periphery of the external panel along the connection portion is welded to the internal side of the internal panel, characterized in that the external panel on the outermost periphery bears on the internal side of the internal panel at an acute angle (α), wherein the angle (α) is between 12 and 27 degrees.
An oscillation type inertial force sensor including an oscillator for detecting an inertial force, an oscillation circuit unit for driving the oscillator, and a signal processing circuit unit for generating a signal according to the magnitude of the inertial force on the basis of a detection output of the oscillator, comprising: a holding means adapted to hold a processed signal in the signal processing circuit unit at a predetermined potential during a period immediately after power-on until operation of the oscillation circuit unit becomes stable in response to power-on; characterized in that the holding means comprises an amplitude determining circuit adapted to monitor signal amplitude of the oscillation circuit unit and to perform a control so that the processed signal is held at a predetermined potential until the signal amplitude becomes equal to or larger than a predetermined value. a holding means adapted to hold a processed signal in the signal processing circuit unit at a predetermined potential during a period immediately after power-on until operation of the oscillation circuit unit becomes stable in response to power-on; characterized in that the holding means comprises an amplitude determining circuit adapted to monitor signal amplitude of the oscillation circuit unit and to perform a control so that the processed signal is held at a predetermined potential until the signal amplitude becomes equal to or larger than a predetermined value.
A cell aggregate culture vessel (1, 6, 100, 200) for culturing a cell aggregate, comprising: a well (21, 71) having a culture space capable of storing the cell aggregate and culture fluid; a tubular body (3, 81) which is disposed on the well (21,71) on a plane at which the well (21, 71) has an opening and has an inner cavity communicating with the culture space; and a side wall (4, 9) which protrudes above opening of the well (21, 71) and surrounds the well (21, 71), wherein the side wall (4, 9) is disposed on the outside of the tubular body (3, 81), and one or more communication portion capable of discharging the culture fluid and moves the culture fluid to the area between outside of the tubular body (3, 81) and the side wall (4, 9) wherein the communication portion is a slit or a through hole, which prevents passage of the cell aggregate to the outside of the tubular body (3, 81) is formed in a tubular wall of the tubular body (3, 81) a well (21, 71) having a culture space capable of storing the cell aggregate and culture fluid; a tubular body (3, 81) which is disposed on the well (21,71) on a plane at which the well (21, 71) has an opening and has an inner cavity communicating with the culture space; and a side wall (4, 9) which protrudes above opening of the well (21, 71) and surrounds the well (21, 71), wherein the side wall (4, 9) is disposed on the outside of the tubular body (3, 81), and one or more communication portion capable of discharging the culture fluid and moves the culture fluid to the area between outside of the tubular body (3, 81) and the side wall (4, 9) wherein the communication portion is a slit or a through hole, which prevents passage of the cell aggregate to the outside of the tubular body (3, 81) is formed in a tubular wall of the tubular body (3, 81)
A method for producing a formed circuit component, comprising: a first step of forming a base of a synthetic resin, a second step of irradiating a circuit forming portion of the base with a laser beam having a wavelength of from 405 to 1,064 nm to selectively roughen and surface-modify the portion, a third step of contacting the base with an ion catalyst composed of one kind of metal ion, a fourth step of reducing the ion catalyst to a metal by a reducing agent, and a fifth step of forming an electroless plating layer on the circuit forming portion of the base. a first step of forming a base of a synthetic resin, a second step of irradiating a circuit forming portion of the base with a laser beam having a wavelength of from 405 to 1,064 nm to selectively roughen and surface-modify the portion, a third step of contacting the base with an ion catalyst composed of one kind of metal ion, a fourth step of reducing the ion catalyst to a metal by a reducing agent, and a fifth step of forming an electroless plating layer on the circuit forming portion of the base.
Turbidity sensor for measuring in a system through which liquid flows, based on the nephelometric concept, comprising at least one light source, at least one photoreceiver for receiving scattered light, a space which is defined by a jacket part and through which liquid can flow, in which space light emitted by the light source is scattered due to the property and/or characteristic of the liquid, the scattered light is detectable by the photoreceiver, and the reception signals of which can be supplied to an evaluation circuit, wherein the light source is held within the space through which liquid can flow, characterized in that the light source is oriented in the space such that the light beam thereof is directed parallel to the liquid flow, in particular counter to the flow direction, and a plurality of photoreceivers for receiving scattered light are provided and the photoreceivers are positioned perpendicular to the direction of the light.
A method for operating an electrically operable parking brake system of a vehicle, wherein a transfer of the electrically operable parking brake system from an applied operating state into a released operating state is initiated when the presence of a starting condition is detected which is independent of an operating device provided for manually operating the electrically operable parking brake system and/or used to release the parking brake system when the operating device is faulty, characterised in that applying a service brake of the vehicle is requested by the parking brake system.
A razor cartridge comprising a guard, a cap and a plurality of blades (17,18,19) each with sharpened edges (17', 18', 19') located between the guard and the cap, the cap comprising a cap edge positioned nearest the blades and an erodible skin engaging member. said plurality of blades comprising a cap blade defining a blade edge nearest the cap and an adjacent blade defining a blade edge positioned immediately adjacent to the cap blade and between the cap blade and the guard, said skin engaging member comprising at least one upper layer comprising an erodible skin engaging layer of a first color, said upper layer having an upper surface, a lower surface and a first thickness dimension, a base layer positioned below said upper layer comprising an erodible skin engaging layer of a second color different from said first color, said base layer having an upper surface, a lower surface and a thickness dimension, and said upper layer eroding during shaving exposing said upper surface of said base layer, characterised by said upper surface of said base layer being positioned relative to the cap edge such that when said upper layer has eroded the cap blade edge has a final exposure defined by the adjacent blade edge, the cap edge and the upper surface of the base layer.
Die ejector, comprising a base plate having a slot, a table plate, which is situated on the base plate and has a slot, which runs parallel to the slot of the base plate, a channel, to which vacuum can be applied and which opens into the slot of the base plate or the slot of the table plate, two deflection rollers (9, 10), which are situated below the base plate at opposite ends of the slot of the base plate, a drive belt, which is wider than the slot of the base plate and is guided around the two deflection rollers (9, 10), so that the drive belt seals the slot of the base plate, a motor to move the drive belt back and forth, a slide, which is situated in the slot of the base plate and is fastened on the drive belt, the slot of the base plate forming a guide for the slide, and a slide plate, which is removably fastenable on the slide, and whose width is equal to the width of the slot of the table plate, the table plate either consisting of one single plate or comprising multiple plates and the base plate and the table plate being formed either from separate plates or from a single piece of material.
A valve assembly (100, 300) comprising: a valve moveable between an open positon where hydraulic fluid flow is permitted between first and second ports of the valve and a closed position where hydraulic fluid flow is blocked between the first and second ports, wherein a characteristic vibration is generated by turbulent hydraulic fluid flow within the valve when hydraulic fluid flow is first initiated between the first and second ports as the valve moves from the closed position toward the open position; a solenoid (130, 312) for moving the valve between the open and closed positions; and a controller (200, 302) for providing electrical current to control movement of the valve, characterized by: the controller (200, 302) including an accelerometer (204, 309) for sensing the characteristic vibration, wherein the controller identifies an electrical current value of the electrical current at a time when the characteristic vibration is detected. a valve moveable between an open positon where hydraulic fluid flow is permitted between first and second ports of the valve and a closed position where hydraulic fluid flow is blocked between the first and second ports, wherein a characteristic vibration is generated by turbulent hydraulic fluid flow within the valve when hydraulic fluid flow is first initiated between the first and second ports as the valve moves from the closed position toward the open position; a solenoid (130, 312) for moving the valve between the open and closed positions; and a controller (200, 302) for providing electrical current to control movement of the valve,
Entry aid for a rail vehicle or a motor vehicle, comprising - a footboard which is mounted displaceably on rolling bodies (30..33) and/or sliding surfaces, and - a drive which is coupled to the footboard and is designed for extending and retracting the footboard, characterised in that the rolling bodies (30..33) and/or sliding surfaces a) are positioned in precisely three support regions (40..43) which are spaced apart from one another and are arranged in a triangle, or b) are arranged on a plurality of rockers, and bearing points of the rockers are positioned in precisely three support regions (40..43) which are spaced apart from one another and are arranged in a triangle. - a footboard which is mounted displaceably on rolling bodies (30..33) and/or sliding surfaces, and - a drive which is coupled to the footboard and is designed for extending and retracting the footboard, a) are positioned in precisely three support regions (40..43) which are spaced apart from one another and are arranged in a triangle, or b) are arranged on a plurality of rockers, and bearing points of the rockers are positioned in precisely three support regions (40..43) which are spaced apart from one another and are arranged in a triangle.
A user device that communicates with a base station (eNB) in a narrowband radio communication system and using a physical downlink shared channel that includes multiple subframes, the user device comprising: an acquirer configured to obtain a total repetition number indicating a total number of times each of the multiple subframes is repeatedly transmitted in the time domain, and a predetermined resource number indicating a number of times each of the multiple subframes is consecutively repeatedly transmitted in the time domain, the predetermined resource number being different from the total repetition number; and a receiver configured to receive, from the base station (eNB), the physical downlink shared channel in which each of the multiple subframes is consecutively repeated a number of times indicated by the predetermined resource number in each repetition unit and is repeated in total a number of times indicated by the total repetition number, wherein the user device is configured to communicate with the base station (eNB) by using a guard band in an LTE system band as an operating frequency band, the operating frequency band being 180 kHz. an acquirer configured to obtain a total repetition number indicating a total number of times each of the multiple subframes is repeatedly transmitted in the time domain, and a predetermined resource number indicating a number of times each of the multiple subframes is consecutively repeatedly transmitted in the time domain, the predetermined resource number being different from the total repetition number; and a receiver configured to receive, from the base station (eNB), the physical downlink shared channel in which each of the multiple subframes is consecutively repeated a number of times indicated by the predetermined resource number in each repetition unit and is repeated in total a number of times indicated by the total repetition number, wherein the user device is configured to communicate with the base station (eNB) by using a guard band in an LTE system band as an operating frequency band, the operating frequency band being 180 kHz.
A vehicle lamp, comprising: a light source; an optical system that repeats a periodic motion and thus scans an exit beam from the light source; and a controlling unit for controlling the on/off of the light source to form a predetermined light distribution pattern, wherein the controlling unit is arranged to set a brightness of the light source to no higher than a predetermined value in a partial time segment within one scan period and thus forms a non-illumination region in a region corresponding to the time segment, and wherein the controlling unit, when the entirety of the at least one non-illumination region is to be changed over to an illumination region, is arranged to start changing the non-illumination region over to the illumination region from one end and changes gradually toward another end of the non-illumination region in a widthwise direction of the vehicle, characterized in that in a case where the non-illumination region includes a center portion of the light distribution pattern, the controlling unit is arranged to change the non-illumination region over to the illumination region at one rate up to the center portion and at a different rate past the center portion. a light source; an optical system that repeats a periodic motion and thus scans an exit beam from the light source; and a controlling unit for controlling the on/off of the light source to form a predetermined light distribution pattern, wherein the controlling unit is arranged to set a brightness of the light source to no higher than a predetermined value in a partial time segment within one scan period and thus forms a non-illumination region in a region corresponding to the time segment, and wherein the controlling unit, when the entirety of the at least one non-illumination region is to be changed over to an illumination region, is arranged to start changing the non-illumination region over to the illumination region from one end and changes gradually toward another end of the non-illumination region in a widthwise direction of the vehicle, characterized in that in a case where the non-illumination region includes a center portion of the light distribution pattern, the controlling unit is arranged to change the non-illumination region over to the illumination region at one rate up to the center portion and at a different rate past the center portion.
Bioreactor for the cultivation of hairy root cultures, comprising: a cultivation chamber; a rotor stator located at the bottom of the bioreactor; an inoculation port, wherein the inner diameter of the inoculation port is ≥ 10 mm; a harvest port, wherein the inner diameter of the harvest port is ≥ 10 mm and wherein the harvest port is located at the bottom of the bioreactor; and two aeration outlets (3, 4), wherein one aeration outlet is for gas inlet and the other aeration outlet is for gas outlet; optionally further comprising a gas sparger, wherein the one aeration outlet for gas inlet is connected to the gas sparger, one to four outlets for dip tubes, wherein the one to four dip tubes are for base addition, feed addition, acid addition, and/or sampling, and/or one to three ports for probes, wherein the probes are for measuring pH, dissolved oxygen, and/or conductivity; optionally wherein the cultivation chamber volume is from 1-100000 L. a cultivation chamber; a rotor stator located at the bottom of the bioreactor; an inoculation port, wherein the inner diameter of the inoculation port is ≥ 10 mm; a harvest port, wherein the inner diameter of the harvest port is ≥ 10 mm and wherein the harvest port is located at the bottom of the bioreactor; and two aeration outlets (3, 4), wherein one aeration outlet is for gas inlet and the other aeration outlet is for gas outlet; optionally further comprising a gas sparger, wherein the one aeration outlet for gas inlet is connected to the gas sparger, one to four outlets for dip tubes, wherein the one to four dip tubes are for base addition, feed addition, acid addition, and/or sampling, and/or one to three ports for probes, wherein the probes are for measuring pH, dissolved oxygen, and/or conductivity; optionally wherein the cultivation chamber volume is from 1-100000 L.