mhurhangee/ep-ind-claims huggingface dataset:
An eye surgery apparatus having imaging optics (14, 26, 27) for generating the image of a patient's eye, and having a device for determining the azimuthal orientation of a patient's eye with respect to a reference (3, 80) which is fixed with respect to the patient's eye, said device having a visual display device for displaying a section of an observation image of the patient's eye, which is captured by the imaging optics (14, 26, 27) and contains at least one segment of the sclera, said section being composed of pixels, and a section of a reference image of the patient's eye, which is composed of pixels and contains this segment of the sclera, whereby said device has a computer unit having a computer program for calculating the center of the limbus and/or of the iris of the observation image of the patient's eye, as captured by the imaging optics (14, 26, 27), and of the reference image, the visual display device displaying the pixels of the observation image of the patient's eye, as captured by the imaging optics (14, 26, 27), with polar coordinates in a polar coordinate system, the center of which coincides with the calculated center of the circular structure of the limbus and/or of the iris of the patient's eye, and displaying the pixels of the reference image of the patient's eye with polar coordinates in a polar coordinate system, the center of which corresponds to the calculated center of the circular structure of the limbus of the patient's eye on which the reference image is based, said visual display device being configured to simultaneously display the pixels of the observation image of the patient's eye, as captured by the imaging optics (14, 26, 27), as a first image strip, and the pixels of the reference image of the patient's eye in a second image strip, said device having an input interface which makes it possible for an observer to move the displayed section of the captured observation image of the patient's eye relative to the displayed section of the reference image, and containing a measuring system which can be used to determine an azimuthal orientation of the observation image relative to the reference image, whose orientation is changed during the relative movement, characterized by said first and second image strips (104,108) being displayed parallel to one another in an adjoining manner.
A device for cleaning teeth, - having a mouthpiece in the form of a substantially horseshoe-shaped dental arch, - having a retaining unit, - having a motor drive, - characterized in that - the dental arch is designed as a closed hollow body, - the side of the hollow body that faces the teeth has a tooth-cleaning film (34, 36), - the tooth-cleaning film (34, 36) has an individualized surface contour matched to the tooth shape and jaw shape, - the tooth-cleaning film (34, 36) can be set into oscillation by the motor drive. - having a mouthpiece in the form of a substantially horseshoe-shaped dental arch, - having a retaining unit, - having a motor drive, - characterized in that - the dental arch is designed as a closed hollow body, - the side of the hollow body that faces the teeth has a tooth-cleaning film (34, 36), - the tooth-cleaning film (34, 36) has an individualized surface contour matched to the tooth shape and jaw shape, - the tooth-cleaning film (34, 36) can be set into oscillation by the motor drive.
A method for forming molds comprising: (a) foaming an aggregate material mixture by stirring the aggregate material mixture containing granular aggregate materials, one or more kinds of aqueous binders, a cross linking agent which induces a cross linking reaction with the aqueous binders, and water; (b) filling the foamed aggregate material mixture in a space for forming molds; (c) caking the aggregate material mixture by evaporating a water component of the filled aggregate material mixture and forming a mold; and (d) taking out the formed mold from the space for forming molds, wherein the aqueous binders are selected from the group consisting of the combination of polyvinyl alcohol or its derivatives and starch or its derivatives, the combination of saponins and starch or its derivatives, and the combination of polyvinyl alcohol or its derivatives, and other saccharides, and wherein said method further comprises carrying out a cross linking reaction of the aqueous binders and the cross linking agent during step (c) or after step (d). (a) foaming an aggregate material mixture by stirring the aggregate material mixture containing granular aggregate materials, one or more kinds of aqueous binders, a cross linking agent which induces a cross linking reaction with the aqueous binders, and water; (b) filling the foamed aggregate material mixture in a space for forming molds; (c) caking the aggregate material mixture by evaporating a water component of the filled aggregate material mixture and forming a mold; and (d) taking out the formed mold from the space for forming molds, wherein the aqueous binders are selected from the group consisting of the combination of polyvinyl alcohol or its derivatives and starch or its derivatives, the combination of saponins and starch or its derivatives, and the combination of polyvinyl alcohol or its derivatives, and other saccharides, and wherein said method further comprises carrying out a cross linking reaction of the aqueous binders and the cross linking agent during step (c) or after step (d).
A sensor unit driving device comprising: a display panel comprising a display surface for displaying an image; a sensor unit with a sensor; an actuator driving the sensor unit; and a power transmission member connecting the sensor unit and the actuator, wherein the sensor unit is configured to be on a lateral surface side or a rear surface side of the display panel when the sensor unit is in a retreat position, and is configured so that the sensor faces the display surface when the sensor unit is in a detection position; the actuator is configured to drive the sensor unit for switching between the retreat position and the detection position by a movement of the sensor unit; the sensor unit is configured to be moved forward to a predetermined position and to rotate at the predetermined position when the actuator drives the sensor unit, so that the sensor faces the display surface; characterised in that: the power transmission member is configured to be pushed out when the actuator is operated, and is connected to the sensor unit so as to press the sensor unit to apply a rotation moment to the sensor unit at the predetermined position. a display panel comprising a display surface for displaying an image; a sensor unit with a sensor; an actuator driving the sensor unit; and a power transmission member connecting the sensor unit and the actuator, wherein the sensor unit is configured to be on a lateral surface side or a rear surface side of the display panel when the sensor unit is in a retreat position, and is configured so that the sensor faces the display surface when the sensor unit is in a detection position; the actuator is configured to drive the sensor unit for switching between the retreat position and the detection position by a movement of the sensor unit; the sensor unit is configured to be moved forward to a predetermined position and to rotate at the predetermined position when the actuator drives the sensor unit, so that the sensor faces the display surface; characterised in that: the power transmission member is configured to be pushed out when the actuator is operated, and is connected to the sensor unit so as to press the sensor unit to apply a rotation moment to the sensor unit at the predetermined position. wherein the sensor unit is configured to be on a lateral surface side or a rear surface side of the display panel when the sensor unit is in a retreat position, and is configured so that the sensor faces the display surface when the sensor unit is in a detection position; the actuator is configured to drive the sensor unit for switching between the retreat position and the detection position by a movement of the sensor unit; the sensor unit is configured to be moved forward to a predetermined position and to rotate at the predetermined position when the actuator drives the sensor unit, so that the sensor faces the display surface; characterised in that: the power transmission member is configured to be pushed out when the actuator is operated, and is connected to the sensor unit so as to press the sensor unit to apply a rotation moment to the sensor unit at the predetermined position.
A padlock protector comprising a shackle protector, characterized in that the shackle protector is composed from two parts (1A, 1 B), which are to be placed to the opposite sides of the shackle, and which parts are formed into the shape of the loop and surface of the shackle, and which side edges (4A, 4B, 4C, 4D) of the parts are jigsaw puzzle edges in their shape.
A method of manufacture of man-made vitreous fibres (MMVF) comprising: providing a fiberising apparatus, wherein the fiberising apparatus comprises: a set of at least three rotors each mounted for rotation about a different substantially horizontal axis; wherein each rotor has a driving means; rotating the rotors; wherein the first rotor rotates to give an acceleration field of from 25 to 60 km/s 2 and the second and third rotors each rotate to give an acceleration field of at least 125 km/s 2, providing a mineral melt, wherein the melt has a composition comprising the following, expressed by wt of oxides: SiO 2 in an amount of from 33 to 45 wt%, Al 2 O 3 in an amount of from 16 to 24 wt%, an amount of K 2 O and/or Na 2 O, an amount of CaO and/or MgO, wherein the ratio of the amount of Al 2 O 3 to the amount of SiO 2 is in the range 0.34-0.73, wherein the ratio of the total amount of K 2 O and Na 2 O, to the total amount of CaO and MgO, is less than 1; pouring the melt on to the periphery of the first rotor; wherein melt poured on to the periphery of the first rotor in the set is thrown on to the periphery of the subsequent rotors in turn and fibres are thrown off the rotors; and collecting the fibres that are formed. providing a fiberising apparatus, wherein the fiberising apparatus comprises: a set of at least three rotors each mounted for rotation about a different substantially horizontal axis; a set of at least three rotors each mounted for rotation about a different substantially horizontal axis; wherein each rotor has a driving means; rotating the rotors; wherein the first rotor rotates to give an acceleration field of from 25 to 60 km/s 2 and the second and third rotors each rotate to give an acceleration field of at least 125 km/s 2, providing a mineral melt, wherein the melt has a composition comprising the following, expressed by wt of oxides: SiO 2 in an amount of from 33 to 45 wt%, Al 2 O 3 in an amount of from 16 to 24 wt%, an amount of K 2 O and/or Na 2 O, an amount of CaO and/or MgO, wherein the ratio of the amount of Al 2 O 3 to the amount of SiO 2 is in the range 0.34-0.73, wherein the first rotor rotates to give an acceleration field of from 25 to 60 km/s 2 and the second and third rotors each rotate to give an acceleration field of at least 125 km/s 2, SiO 2 in an amount of from 33 to 45 wt%, Al 2 O 3 in an amount of from 16 to 24 wt%, an amount of K 2 O and/or Na 2 O, an amount of CaO and/or MgO, wherein the ratio of the amount of Al 2 O 3 to the amount of SiO 2 is in the range 0.34-0.73, wherein the ratio of the total amount of K 2 O and Na 2 O, to the total amount of CaO and MgO, is less than 1; pouring the melt on to the periphery of the first rotor; wherein melt poured on to the periphery of the first rotor in the set is thrown on to the periphery of the subsequent rotors in turn and fibres are thrown off the rotors; and wherein melt poured on to the periphery of the first rotor in the set is thrown on to the periphery of the subsequent rotors in turn and fibres are thrown off the rotors; and collecting the fibres that are formed.
A method for the production of a slide ring, comprising producing a slide ring from grey cast iron heating a functional surface of the slide ring by irradiating with high-energy radiation, namely a laser beam or electron beam, wherein the irradiating is carried out such that at least a partial region of the irradiated surface is remelted, wherein the parameters of the irradiation are selected such that at least a partial region of the functional surface has a ledeburitic microstructure after cooling, characterised in that the microstructure is present on the functional surface up to a depth of 1.5 mm, and in that particles consisting of at least one carbide and/or a self-lubricating substance are additionally incorporated by dispersion directly into the melt during remelting.
An electric motor or generator for mounting in a wheel for a road vehicle comprising: a stator having a plurality of coils; a rotor having a radial wall and a circumferential wall on which a plurality of magnets are mounted on the inside of the circumferential wall surrounding the coils of the stator; a bearing block having a first part fixed to the stator and a second part fixed to the rotor; a radial wall of the stator having a central portion for mounting to a vehicle on one side and for connection to the first part of the bearing block; the radial wall of the rotor having a central portion for mounting a wheel on the outside of the rotor and to the second part of the bearing block on the inside of the rotor; wherein a wheel is mountable to the motor at the central portion of the radial wall of the rotor for connection to a vehicle by the bearing block, wherein the outside of the circumferential wall of the rotor has no load bearing portions. a stator having a plurality of coils; a rotor having a radial wall and a circumferential wall on which a plurality of magnets are mounted on the inside of the circumferential wall surrounding the coils of the stator; a bearing block having a first part fixed to the stator and a second part fixed to the rotor; a radial wall of the stator having a central portion for mounting to a vehicle on one side and for connection to the first part of the bearing block; the radial wall of the rotor having a central portion for mounting a wheel on the outside of the rotor and to the second part of the bearing block on the inside of the rotor; wherein a wheel is mountable to the motor at the central portion of the radial wall of the rotor for connection to a vehicle by the bearing block, wherein the outside of the circumferential wall of the rotor has no load bearing portions.
Method for operating an internal combustion engine of a motor vehicle, wherein the exhaust gas is after-treated in a catalytic converter system, and in an "overrun phase" of the internal combustion engine operating state, in which a required engine torque is less than a thrust torque of the motor vehicle, an overrun cutoff is suppressed and an air/fuel ratio (λ) is set to less than or equal to 1.1, characterized in that during the overrun phase with the overrun cutoff suppressed the air/fuel ratio is set as a function of an exhaust gas mass flow.
Flame-retardant article obtained by forming a polyamide composition comprising at least one flame retardancy system comprising at least one phosphorus-comprising flame-retardant agent or at least one flame-retardant agent comprising brominated derivatives, said composition comprising from 5 to 40 % by weight of flame-retardant agents, with respect to the total weight of the composition; said article comprising, at least over a portion of its surface, an intumescent coating, said coating having, under cold conditions, a film thickness of 0.1 to 4 mm and said intumescent coating comprising an acid source, a carbon source, a blowing agent and a binder.
Water-conducting household appliance, in particular a dishwasher, with a washing chamber formed by a washing container and a pivotable door for washing dishes, a door module for automatically opening and closing the door, and a control device, characterised in that the control device is designed to activate the door module in the presence of a first signal level of a detection signal which is indicative of the presence of the user in a particular area in front of the household appliance, such that it closes the door, and to activate the door module in the presence of a second signal level of the detection signal which indicates the absence of the user in the particular area, such that it opens the door.
Valve for controlling the internal pressure p i in a cabin of an aircraft, having a first flap and a second flap, the flaps (11, 12) controlling a pressure changing fluid flow between the environment and the cabin through an opening of the valve, wherein a closing device is provided which, in the inflow position of the flaps (11, 12), reduces or closes a region between the first flap and the second flap which is limited by the flaps (11, 12), characterised in that at least one of the flaps (11, 12) is of variable length so as to reduce an outflow of the inflow air.
A system for predicting a surge of a centrifugal refrigeration compressor, comprising: a signal capturing module for capturing at least two signals relevant to the centrifugal refrigeration compressor; a feature extracting module defining a window period for extracting data of the at least two signals, and defining at least two feature functions respectively acting on the data in the window period of the at least two signals; and, a feature analyzing and deducing module calculating a feature value for each of the signals to map a probability value of surge prediction for each of the signals, characterized in that a final probability value is concluded, based on the probability value of surge prediction for each of the signals, to determine whether or not the surge will occur to the centrifugal refrigeration compressor, wherein the final probability value is obtained according to the probability values of surge prediction for each of the signals by means of weight average, arithmetic average or taking a maximum value. a signal capturing module for capturing at least two signals relevant to the centrifugal refrigeration compressor; a feature extracting module defining a window period for extracting data of the at least two signals, and defining at least two feature functions respectively acting on the data in the window period of the at least two signals; and, a feature analyzing and deducing module calculating a feature value for each of the signals to map a probability value of surge prediction for each of the signals, characterized in that a final probability value is concluded, based on the probability value of surge prediction for each of the signals, to determine whether or not the surge will occur to the centrifugal refrigeration compressor, wherein the final probability value is obtained according to the probability values of surge prediction for each of the signals by means of weight average, arithmetic average or taking a maximum value.
An optical fiber connector comprising: a housing configured to mate with a receptacle; a collar body disposed in the housing, wherein the collar body includes a fiber stub disposed in a first end portion of the collar body, the fiber stub including a first optical fiber mounted in a ferrule of the fiber stub, the first optical fiber having a first end proximate to an end face of the ferrule and a second end, wherein the collar body further includes a mechanical splice device disposed in a portion of the collar body, the mechanical splice device configured to splice the second end of the fiber stub to a second optical fiber; a backbone to retain the collar body within the housing, the backbone including a fiber jacket clamping portion to clamp a jacket portion that surrounds a portion of the second optical fiber upon actuation; and a boot attachable to a portion of the backbone, wherein the boot is configured to actuate the fiber jacket clamping portion of the backbone upon attachment to the backbone. a housing configured to mate with a receptacle; a collar body disposed in the housing, wherein the collar body includes a fiber stub disposed in a first end portion of the collar body, the fiber stub including a first optical fiber mounted in a ferrule of the fiber stub, the first optical fiber having a first end proximate to an end face of the ferrule and a second end, wherein the collar body further includes a mechanical splice device disposed in a portion of the collar body, the mechanical splice device configured to splice the second end of the fiber stub to a second optical fiber; a backbone to retain the collar body within the housing, the backbone including a fiber jacket clamping portion to clamp a jacket portion that surrounds a portion of the second optical fiber upon actuation; and a boot attachable to a portion of the backbone, wherein the boot is configured to actuate the fiber jacket clamping portion of the backbone upon attachment to the backbone.
Method for transmission of data with at least two radiation sources, wherein - the radiation sources emit radiation with in each case a definable intensity that is substantially constant on average over time; - at least two of the intensities are varied with a respective carrier frequency; characterized in that - at least one portion of the data is transmitted by means of a phase relationship of the carrier frequencies of at least two of the radiation sources among one another. - the radiation sources emit radiation with in each case a definable intensity that is substantially constant on average over time; - at least two of the intensities are varied with a respective carrier frequency; - at least one portion of the data is transmitted by means of a phase relationship of the carrier frequencies of at least two of the radiation sources among one another.
A hose connector comprising: a body including: a first body portion extending along a longitudinal axis; and a second body portion disposed concentrically around the first body portion; wherein the first body portion and the second body portion define a gap therebetween such that the gap is adapted to receive a hose therein; a clamping nut threadably coupled to the second body portion; and a plurality of clamping claws associated with the second body portion being oriented at an angle (α) greater that 0 degree relative to the longitudinal axis, characterized in that: the plurality of clamping claws are designed such that they remain straight along the longitudinal axis up to a point before the clamping claws take a helical arrangement in accordance with the angle (α). a body including: a first body portion extending along a longitudinal axis; and a second body portion disposed concentrically around the first body portion; wherein the first body portion and the second body portion define a gap therebetween such that the gap is adapted to receive a hose therein; a first body portion extending along a longitudinal axis; and a second body portion disposed concentrically around the first body portion; wherein the first body portion and the second body portion define a gap therebetween such that the gap is adapted to receive a hose therein; a clamping nut threadably coupled to the second body portion; and a plurality of clamping claws associated with the second body portion being oriented at an angle (α) greater that 0 degree relative to the longitudinal axis, characterized in that: the plurality of clamping claws are designed such that they remain straight along the longitudinal axis up to a point before the clamping claws take a helical arrangement in accordance with the angle (α).