mhurhangee/ep-ind-claims huggingface dataset:
Coating system for coating objects, comprising a) an application device having a dispensing arrangement (16, 18), by means of which a coating material can be dispensed; b) a supply system, which comprises at least: ba) a first supply reservoir (20.1) for coating material, which is connected to the dispensing arrangement (16, 18) via a first supply line (24.1) and a first material valve (32.1); bb) a second supply reservoir (20.2) for coating material, which is connected to the dispensing arrangement (16, 18) via a second supply line (24.2) and a second material valve (32.2); c) a cleaning system having at least a first cleaning line (50.1), to which flushing medium can be fed via a first flushing medium feed line (56.1), and a second cleaning line (50.2), to which flushing medium can be fed via a second flushing medium feed line (56.2); wherein d) the first cleaning line (50.1) is connected to the first supply line (24.1) via a first cleaning valve (48.1) and the second cleaning line (50.2) is connected to the second supply line (24.2) via a second cleaning valve (48.2), characterized in that e) the first cleaning line (50.1) and the second cleaning line (50.2) are connected to one another via a connection line, wherein respective connection points (80.1, 80.2) are arranged ahead of one of the cleaning valves (48.1, 48.2) with reference to the flow direction toward the dispensing arrangement (16, 18). a) an application device having a dispensing arrangement (16, 18), by means of which a coating material can be dispensed; b) a supply system, which comprises at least: ba) a first supply reservoir (20.1) for coating material, which is connected to the dispensing arrangement (16, 18) via a first supply line (24.1) and a first material valve (32.1); bb) a second supply reservoir (20.2) for coating material, which is connected to the dispensing arrangement (16, 18) via a second supply line (24.2) and a second material valve (32.2); ba) a first supply reservoir (20.1) for coating material, which is connected to the dispensing arrangement (16, 18) via a first supply line (24.1) and a first material valve (32.1); bb) a second supply reservoir (20.2) for coating material, which is connected to the dispensing arrangement (16, 18) via a second supply line (24.2) and a second material valve (32.2); c) a cleaning system having at least a first cleaning line (50.1), to which flushing medium can be fed via a first flushing medium feed line (56.1), and a second cleaning line (50.2), to which flushing medium can be fed via a second flushing medium feed line (56.2); d) the first cleaning line (50.1) is connected to the first supply line (24.1) via a first cleaning valve (48.1) and the second cleaning line (50.2) is connected to the second supply line (24.2) via a second cleaning valve (48.2), e) the first cleaning line (50.1) and the second cleaning line (50.2) are connected to one another via a connection line, wherein respective connection points (80.1, 80.2) are arranged ahead of one of the cleaning valves (48.1, 48.2) with reference to the flow direction toward the dispensing arrangement (16, 18).
A computer-implemented method for determining target optical functions for a pair of ophthalmic lenses intended for a wearer, wherein a target optical function is a set of optical criteria values defined for given gaze directions, representing the performance to be reached, the method comprising steps of: - generating a first target optical function for a first lens of the pair based at least on data relating to a first eye of the wearer, wherein said data relating to an eye are selected from monocular data linked to prescription data for said eye or a combination of prescription data, monocular data linked to the level of higher order aberration of the eye, and data linked to the eye's biometry and binocular data, - creating an intermediate optical function for a second lens of the pair based on a transformation of the first target optical function, wherein "intermediate" indicates that the optical function is not intended to be used as a target optical function, wherein said transformation applies to the values of one optical criterion of the first target optical function, and transformation is applied for every gaze direction or for a limited number of gaze directions, and wherein said transformation is selected from linear transformations such as • shifts, including power shifts, and • homotheties, - generating a second target optical function for the second lens of the pair by modifying the intermediate optical function based on the prescription data of the second eye of the wearer. - generating a first target optical function for a first lens of the pair based at least on data relating to a first eye of the wearer, wherein said data relating to an eye are selected from monocular data linked to prescription data for said eye or a combination of prescription data, monocular data linked to the level of higher order aberration of the eye, and data linked to the eye's biometry and binocular data, - creating an intermediate optical function for a second lens of the pair based on a transformation of the first target optical function, wherein "intermediate" indicates that the optical function is not intended to be used as a target optical function, wherein said transformation applies to the values of one optical criterion of the first target optical function, and transformation is applied for every gaze direction or for a limited number of gaze directions, and wherein said transformation is selected from linear transformations such as • shifts, including power shifts, and • homotheties, • shifts, including power shifts, and • homotheties, - generating a second target optical function for the second lens of the pair by modifying the intermediate optical function based on the prescription data of the second eye of the wearer.
A device for guiding a linear sliding movement of a force transfer element within an opening between two regions (41, 42) with different media, comprising: a guide bushing that has a central sheath-like guide portion with an inside guide surface, wherein the guide bushing has sealing portions that extend to the axial ends of the guide portion and branch into at least one radially inner lip portion and one radially outer lip portion; spreading elements that can generate a spreading effect between two radii by means of elastic pre-tensioning are disposed in a radial branch of the sealing portions between the inner lip portion and the outer lip portion; and the guide portion and the sealing portions are together formed as an integral body made of PTFE, a polymer compound containing PTFE or of PVDF; characterised in that at least one drainage opening is located within the guide portion, which drainage opening establishes a fluid connection between the inside guide surface and an outside surface of the guide portion. a guide bushing that has a central sheath-like guide portion with an inside guide surface, wherein the guide bushing has sealing portions that extend to the axial ends of the guide portion and branch into at least one radially inner lip portion and one radially outer lip portion; spreading elements that can generate a spreading effect between two radii by means of elastic pre-tensioning are disposed in a radial branch of the sealing portions between the inner lip portion and the outer lip portion; and the guide portion and the sealing portions are together formed as an integral body made of PTFE, a polymer compound containing PTFE or of PVDF; characterised in that at least one drainage opening is located within the guide portion, which drainage opening establishes a fluid connection between the inside guide surface and an outside surface of the guide portion.
A method to test for Alzheimer's disease, comprising the steps of: testing a saliva sample for levels of a group of biomarkers consisting of IGF-I, IGF-II, Aβ-40, Aβ-42, alpha amylase, IL-1 beta, and TNF-alpha; and determining the saliva sample is positive for Alzheimer's disease if the levels of the group of biomarkers pass all criteria in a group of test criteria consisting of: Aβ-40 level below an Aβ-40 reference level, TNF-alpha level above a TNF-alpha reference level, IL-1 beta level above an IL-1 beta reference level, Aβ-42 level above an Aβ-42 reference level, IGF-I level below an IGF-I reference, IGF-II level below an IGF-II reference level, and Alpha-amylase level above an Alpha-amylase reference level. testing a saliva sample for levels of a group of biomarkers consisting of IGF-I, IGF-II, Aβ-40, Aβ-42, alpha amylase, IL-1 beta, and TNF-alpha; and determining the saliva sample is positive for Alzheimer's disease if the levels of the group of biomarkers pass all criteria in a group of test criteria consisting of: Aβ-40 level below an Aβ-40 reference level, TNF-alpha level above a TNF-alpha reference level, IL-1 beta level above an IL-1 beta reference level, Aβ-42 level above an Aβ-42 reference level, IGF-I level below an IGF-I reference, IGF-II level below an IGF-II reference level, and Alpha-amylase level above an Alpha-amylase reference level. Aβ-40 level below an Aβ-40 reference level, TNF-alpha level above a TNF-alpha reference level, IL-1 beta level above an IL-1 beta reference level, Aβ-42 level above an Aβ-42 reference level, IGF-I level below an IGF-I reference, IGF-II level below an IGF-II reference level, and Alpha-amylase level above an Alpha-amylase reference level.
An ink pad container comprising: a body (10A, 10B, 10C, 10D, 10E, 10F) having a chamber formed in the body (10A, 10B, 10C, 10D, 10E, 10F); a bottom surface; two opposite side surfaces; a front surface; an opening formed in the bottom surface of the body (10A, 10B, 10C, 10D, 10E, 10F) and communicating with the chamber; two positioning portions formed in the two opposite side surfaces of the body (10A, 10B, 10C, 10D, 10E, 10F) respectively; and a front recess formed in the front surface of the body (10A, 10B, 10C, 10D, 10E, 10F); characterized in that the ink pad container further comprises: a front stopper formed across the front recess of the body (10A, 10B, 10C, 10D, 10E, 10F); and a front guiding groove formed between the front stopper and the front recess. a body (10A, 10B, 10C, 10D, 10E, 10F) having a chamber formed in the body (10A, 10B, 10C, 10D, 10E, 10F); a bottom surface; two opposite side surfaces; a front surface; an opening formed in the bottom surface of the body (10A, 10B, 10C, 10D, 10E, 10F) and communicating with the chamber; two positioning portions formed in the two opposite side surfaces of the body (10A, 10B, 10C, 10D, 10E, 10F) respectively; and a front recess formed in the front surface of the body (10A, 10B, 10C, 10D, 10E, 10F); characterized in that the ink pad container further comprises: a front stopper formed across the front recess of the body (10A, 10B, 10C, 10D, 10E, 10F); and a front guiding groove formed between the front stopper and the front recess. a front stopper formed across the front recess of the body (10A, 10B, 10C, 10D, 10E, 10F); and a front guiding groove formed between the front stopper and the front recess.
Method for producing intertwining knots in a multifilament thread, wherein an air stream pulse is generated by a nozzle channel opening into a treatment channel periodically with an interval between successive air stream pulses and wherein during an interval the air stream pulse is directed transversely onto the thread guided in the treatment channel, so that a continuous sequence of intertwining knots is produced in the running thread, characterised in that an auxiliary air stream is generated continuously or discontinuously and that the auxiliary air stream and the air stream pulse are blown in together into the treatment channel.
A method of calibrating an alpha source detection device having a known amplification gain, comprising the steps of; detecting a series of alpha particles at the detection device, measuring the energy of each of the alpha particles and recording each alpha particle in one of a plurality of energy bins, establishing a curve of counts against energy bins to produce a spectrum, establishing a peak energy value for the source, comparing the measured peak energy with the expected peak energy, calculating the area under the curve between one point corresponding to a first energy bin and a second point corresponding to a second energy bin, comparing said area with an area calculated at the same energy bin values derived from a known calibration curve, and modifying the gain of the detection device to map the measured spectrum onto the spectrum derived from the known calibration curve, wherein a predetermined number of alpha particles is used to create the measured spectrum
A robotic surgical system comprising: a first manipulator arm supporting a first image capture device so as to capture images of a work site from a first perspective; second and third manipulator arms, the second arm supporting a surgical instrument, the third arm supporting a second image capture device so as to capture images of the work site from a second perspective; a display; a master controller having an input device disposed adjacent the display and manipulatable by an operator; and a processor (SCI, STG, CTP, CE1, CE2, SCO) operatively coupling the input device to the second arm so that movement of the input device effects movement of the surgical instrument, the processor being arranged to transmit arm movement signals to the second arm in response to input commands from the input device according to a first coordinate system transformation when the display shows the first image from the image capture device and according to a second coordinate system transformation when the display shows the image from the second image capture device, the processor being arranged to derive the first and second coordinate system transformations so that shown images of the surgical instrument appear substantially connected to the input device when the input device move. a first manipulator arm supporting a first image capture device so as to capture images of a work site from a first perspective; second and third manipulator arms, the second arm supporting a surgical instrument, the third arm supporting a second image capture device so as to capture images of the work site from a second perspective; a display; a master controller having an input device disposed adjacent the display and manipulatable by an operator; and a processor (SCI, STG, CTP, CE1, CE2, SCO) operatively coupling the input device to the second arm so that movement of the input device effects movement of the surgical instrument, the processor being arranged to transmit arm movement signals to the second arm in response to input commands from the input device according to a first coordinate system transformation when the display shows the first image from the image capture device and according to a second coordinate system transformation when the display shows the image from the second image capture device, the processor being arranged to derive the first and second coordinate system transformations so that shown images of the surgical instrument appear substantially connected to the input device when the input device move.
A belt buckle for a seat belt, comprising a buckle case, a locking mechanism for locking a plug-in tongue inserted in the buckle case, a release key which is movable in a first direction A relative to the buckle case for unlocking the plug-in tongue, and a securing mechanism for preventing the release key from automatically moving in the first direction A, wherein the securing mechanism includes a mass body movable in the first direction A relative to the buckle case and a rotatably supported coupling lever having an axis of rotation C which is immobile relative to the buckle case, and wherein the coupling lever is coupled to the mass body and to the release key so that, upon acceleration of the belt buckle in a second direction B opposite to the first direction A, it transmits an inertia force which in the first direction A acts on the mass body in the opposite second direction B to the release key, characterized by an interlock mechanism which, upon acceleration of the belt buckle in the first direction A, limits displacement of the mass body in the second direction B caused by the inertia force which acts on the mass body in the second direction B.
A print controlling apparatus connectable to a first image forming apparatus, the print controlling apparatus comprising: a storage to prestore a plurality of colour feature information; an acquirer to acquire colour feature information of a second image forming apparatus; a moderator to renew a colour converting table of the first image forming apparatus by using the acquired colour feature information and the plurality of colour feature information prestored in the storage; a controller to control the first image forming apparatus to perform print jobs by using the renewed colour converting table; and a communicating interface to communicate with a scanner and the second image forming apparatus, wherein the acquirer is configured to control the second image forming apparatus to print prestored colour charts, and to acquire the colour feature information of the second image forming apparatus by using a scan image of the prestored colour charts printed by the second image forming apparatus received from the scanner through the communicating interface, wherein the moderator is arranged to select colour feature information from the plurality of prestored colour feature information which is most similar to the acquired colour feature information by comparing three-dimensional colour matrices of the plurality of prestored colour feature information with a three-dimensional colour matrix generated from the acquired colour feature information, and is arranged to renew the colour converting table of the first image forming apparatus by using the selected colour feature information and the acquired colour feature information, wherein the colour feature information comprises an International Colour Consortium, ICC, profile or a colour converting table regarding each of the first and second image forming apparatuses, wherein the colour converting table is a look-up table for converting colours in a first colour space to colours in a second colour space. a storage to prestore a plurality of colour feature information; an acquirer to acquire colour feature information of a second image forming apparatus; a moderator to renew a colour converting table of the first image forming apparatus by using the acquired colour feature information and the plurality of colour feature information prestored in the storage; a controller to control the first image forming apparatus to perform print jobs by using the renewed colour converting table; and a communicating interface to communicate with a scanner and the second image forming apparatus,
A bone plate for the internal fixation of a posterolateral surface of a distal humerus bone, comprising: (a) a rigid body portion having a distal end, a proximal end, a top surface and a bottom surface, the length of the rigid body being greater than the width of the rigid body, thereby defining a longitudinal axis extending between the distal end and proximal end of the rigid body in a longitudinal direction, and a plurality of holes (440, 442, 444, 446, 448) extending between the top and bottom surfaces, each of the holes for receiving a fastener (1000, 1100, 1200) for attachment of the bone plate to the bone, (b) a first arm and a second arm extending from the distal end on opposing sides of the longitudinal axis, thereby forming a Y-shape, the first arm having a first ring element and the second arm having a second ring element, and (c) a third arm extending transversely away from longitudinal axis, the third arm having a third ring element having a threaded hole, the third ring element extending from a third deformable bridge element, characterised by the first ring element having a threaded hole and being attached to the distal end of the body portion by a first deformable bridge element, the second ring element having a threaded hole and being attached to the distal end of the body portion by a second deformable bridge element, and the third arm being attached directly to the body portion such that the third arm is configured to wrap partially around a lateral side of the distal humerus, wherein the body portion is provided with hourglass-shaped openings (454, 456) on either side of a location at which the third arm is attached to the body portion. (a) a rigid body portion having a distal end, a proximal end, a top surface and a bottom surface, the length of the rigid body being greater than the width of the rigid body, thereby defining a longitudinal axis extending between the distal end and proximal end of the rigid body in a longitudinal direction, and a plurality of holes (440, 442, 444, 446, 448) extending between the top and bottom surfaces, each of the holes for receiving a fastener (1000, 1100, 1200) for attachment of the bone plate to the bone, (b) a first arm and a second arm extending from the distal end on opposing sides of the longitudinal axis, thereby forming a Y-shape, the first arm having a first ring element and the second arm having a second ring element, and (c) a third arm extending transversely away from longitudinal axis, the third arm having a third ring element having a threaded hole, the third ring element extending from a third deformable bridge element, characterised by the first ring element having a threaded hole and being attached to the distal end of the body portion by a first deformable bridge element, the second ring element having a threaded hole and being attached to the distal end of the body portion by a second deformable bridge element, and the third arm being attached directly to the body portion such that the third arm is configured to wrap partially around a lateral side of the distal humerus,
A test and measurement instrument, comprising: an asynchronous time-interleaved, ATI, digitizer (30,32); and characterized by further comprising: a compensation oscillator configured to provide a compensation signal to the ATI digitizer; a switch configured to send either an input signal or the compensation signal to the ATI digitizer; a processor configured to determine at least one compensation value based on the compensation signal sent to the ATI digitizer; wherein the at least one compensation value is a phase error value; and wherein the processor is further configured to determine the phase error value based on a difference in phase between an original frequency component of the compensation signal traveling through the ATI digitizer and a twice-converted frequency component of the compensation signal traveling through the ATI digitizer. a compensation oscillator configured to provide a compensation signal to the ATI digitizer; a switch configured to send either an input signal or the compensation signal to the ATI digitizer; a processor configured to determine at least one compensation value based on the compensation signal sent to the ATI digitizer; wherein the at least one compensation value is a phase error value; and wherein the processor is further configured to determine the phase error value based on a difference in phase between an original frequency component of the compensation signal traveling through the ATI digitizer and a twice-converted frequency component of the compensation signal traveling through the ATI digitizer.