mhurhangee/patent-ind-claim-en huggingface dataset:
A method for connecting an X-ray marker to a base body of an implant, in particular of a stent , comprising the following steps: - providing a base body of a stent , the base body including a receptacle, in particular a through-opening , for receiving an X-ray marker ; - providing a flexible film and an X-ray marker , so that at least a section of the film is located between the base body including the receptacle, in particular the through-opening , and the X-ray marker ; and - pressing the X-ray marker into the receptacle, in particular into the through-opening , of the base body , while interposing the film , so that the X-ray marker is plastically deformed and, together with the film , is fixed in a force-fit manner in the receptacle, in particular the through-opening , the film preventing contact between the X-ray marker and the base body . - providing a base body of a stent , the base body including a receptacle, in particular a through-opening , for receiving an X-ray marker ; - providing a flexible film and an X-ray marker , so that at least a section of the film is located between the base body including the receptacle, in particular the through-opening , and the X-ray marker ; and - pressing the X-ray marker into the receptacle, in particular into the through-opening , of the base body , while interposing the film , so that the X-ray marker is plastically deformed and, together with the film , is fixed in a force-fit manner in the receptacle, in particular the through-opening , the film preventing contact between the X-ray marker and the base body .
Cebranopadol or a physiologically acceptable salt thereof for use in the treatment or the prevention of pain and/or opioid drug dependence in a subject with impaired hepatic and/or renal function, wherein - the pain is chronic neuropathic pain and Cebranopadol or the physiologically acceptable salt thereof is administered orally once daily at a dose of at least 100 μg; or - the pain is acute neuropathic pain and Cebranopadol or the physiologically acceptable salt thereof is administered orally once daily at a dose of at least 100 μg; or - the pain is chronic nociceptive pain and Cebranopadol or the physiologically acceptable salt thereof is administered orally once daily at a dose of at least 200 μg; or - the pain is acute nociceptive pain and Cebranopadol or the physiologically acceptable salt thereof is administered orally once daily at a dose of at least 200 μg; in each case as equivalent dose relative to Cebranopadol free base. - the pain is chronic neuropathic pain and Cebranopadol or the physiologically acceptable salt thereof is administered orally once daily at a dose of at least 100 μg; or - the pain is acute neuropathic pain and Cebranopadol or the physiologically acceptable salt thereof is administered orally once daily at a dose of at least 100 μg; or - the pain is chronic nociceptive pain and Cebranopadol or the physiologically acceptable salt thereof is administered orally once daily at a dose of at least 200 μg; or - the pain is acute nociceptive pain and Cebranopadol or the physiologically acceptable salt thereof is administered orally once daily at a dose of at least 200 μg;
A color projection system comprising: - a lighting system configured to provide one or more of first light including blue light, second light including one or more of green and yellow light, and third light including red light, wherein the first light , the second light , and the third light include light having a wavelength of 430 nm or larger; - a further light source configured to provide further light source light including one or more of UV light and short wavelength blue light having a wavelength of 420 nm or smaller, wherein the first light , second light , third light and the further light source light have mutually differing spectral power distributions; - a spatial light modulator system configured to receive simultaneously and/or sequentially one or more of the first light , the second light , the third light , and the further light source light , wherein the spatial light modulator system is further configured to provide a plurality of pixels for providing projection system light comprising one or more of the first light , the second light , the third light , and the further light source light ; and - a control system configured to control the lighting system , the further light source , and the spatial light modulator system thereby controlling the composition of the projection system light ; characterized in that only when the control system controls the lighting system and the spatial light modulator system such that one or more pixels are configured to provide white projection system light , the control system is further configured to control the further light source and the spatial light modulator system to provide also the further light source light via one or more of those one or more pixels . - a lighting system configured to provide one or more of first light including blue light, second light including one or more of green and yellow light, and third light including red light, wherein the first light , the second light , and the third light include light having a wavelength of 430 nm or larger; - a further light source configured to provide further light source light including one or more of UV light and short wavelength blue light having a wavelength of 420 nm or smaller, wherein the first light , second light , third light and the further light source light have mutually differing spectral power distributions; - a spatial light modulator system configured to receive simultaneously and/or sequentially one or more of the first light , the second light , the third light , and the further light source light , wherein the spatial light modulator system is further configured to provide a plurality of pixels for providing projection system light comprising one or more of the first light , the second light , the third light , and the further light source light ; and - a control system configured to control the lighting system , the further light source , and the spatial light modulator system thereby controlling the composition of the projection system light ;
A user authentication electrical outlet or connector which allows main power to be supplied from a main power supply to a power demanding side when a power demanding device is authenticated through a user authentication process, the user authentication electrical outlet or connector comprising: a microcurrent limiting device configured to allow a microcurrent to flow from the user authentication electrical outlet or connector to the power demanding side; and an authentication device operated with authentication power and configured to perform the user authentication process; characterized in that the microcurrent limiting device is a passive element and it is not until the power demanding device is connected to the user authentication electrical outlet or connector that a closed loop is formed for the microcurrent to flow through the microcurrent limiting device so that the microcurrent is supplied to the power demanding side, and, in that the authentication power is generated by the power demanding side from the microcurrent supplied to the power demanding side and is supplied from the power demanding side to the user authentication electrical outlet or connector . a microcurrent limiting device configured to allow a microcurrent to flow from the user authentication electrical outlet or connector to the power demanding side; and an authentication device operated with authentication power and configured to perform the user authentication process; characterized in that the microcurrent limiting device is a passive element and it is not until the power demanding device is connected to the user authentication electrical outlet or connector that a closed loop is formed for the microcurrent to flow through the microcurrent limiting device so that the microcurrent is supplied to the power demanding side, and, in that the authentication power is generated by the power demanding side from the microcurrent supplied to the power demanding side and is supplied from the power demanding side to the user authentication electrical outlet or connector .
A method for analysing faults in a transmission line network comprising at least one line segment and having a plurality of ends, said method comprising the steps of: - acquiring , at at least two ends of the line network, a measurement of a signal being propagated in the line network, - applying a time reversal to each signal measurement, - for each segment of the line network, constructing a cost function dependent on the time and the distance from a point of the segment to an end of the line network, by adding together the measurements of signals which are time-reversed and delayed by the propagation time of the signal between a point of the segment and the end of the line network associated with the measurement, - searching for at least one extremum of the cost function over all of the segments of the line network and retaining the coordinates of the extremum, - deducing therefrom the presence of a fault at a position and an instant of occurrence that are given by the coordinates of the extremum. - acquiring , at at least two ends of the line network, a measurement of a signal being propagated in the line network, - applying a time reversal to each signal measurement, - for each segment of the line network, constructing a cost function dependent on the time and the distance from a point of the segment to an end of the line network, by adding together the measurements of signals which are time-reversed and delayed by the propagation time of the signal between a point of the segment and the end of the line network associated with the measurement, - searching for at least one extremum of the cost function over all of the segments of the line network and retaining the coordinates of the extremum, - deducing therefrom the presence of a fault at a position and an instant of occurrence that are given by the coordinates of the extremum.
Washing and/or cleaning apparatus for industrial components or workpieces, in particular printed circuit boards, comprising a vat providing a washing and/or cleaning chamber and a basket serving to receive the component and/or workpiece, the basket being designed such that it can be moved in the height direction in relation to the tub and can be rotated about a basket vertical axis , characterized by a supporting structure , which has a supporting frame accommodating the vat , a vertical post arranged on the supporting structure , and a carriage arranged on the vertical post , the carriage being movable in the height direction along the vertical post whereby the basket can be lowered into or moved out of the vat and the carriage providing a coupling unit for the rotatable arrangement of the basket so that a rotation of the basket about a basket vertical axis can be performed.
A method for operating a pool cleaning robot, the method comprises: receiving, from a user and by a mobile computer that is under a control of the user, a demarcation line; converting, by the mobile computer, the demarcation line to demarcation information; receiving , by the pool cleaning robot, the demarcation information, wherein the demarcation information defines pool zones and pool cleaning robot operational parameters related to the pool zones; and performing a cleaning operation, by the pool cleaning robot, based on the demarcation information. receiving, from a user and by a mobile computer that is under a control of the user, a demarcation line; converting, by the mobile computer, the demarcation line to demarcation information; receiving , by the pool cleaning robot, the demarcation information, wherein the demarcation information defines pool zones and pool cleaning robot operational parameters related to the pool zones; and performing a cleaning operation, by the pool cleaning robot, based on the demarcation information.
A peritoneal dialysis machine having at least one machine housing and having at least one drain pan for receiving one or more solution bags for storing consumed dialyzate, wherein the drain pan is connected to at least one weighing cell such that the weight of the drain pan can be detected by means of the weighing cell , characterized in that at least one damping system is provided to prevent the occurrence of undue force introduction into the weighing cell , wherein the damping system has at least one damper to which the drain pan is directly or indirectly fastened, wherein the damper is connected to the weighing cell such that the weight of the drain pan acting thereon is transmitted to the weighing cell , wherein at least one holder is provided which carries the drain pan and which is arranged directly or indirectly at the damper and the damper has at least one feed-through through which the holder extends, and wherein the damping device has at least one force introduction element in the form of a top plate , which is located above the damper and to which the drain pan is fastened by means of the holder .
A sample loading system for loading a sample into a processing and/or analysis system, the sample loading system comprising - a sample reservoir for receiving a sample and a metering volume reservoir , the sample reservoir and a first side of the metering volume reservoir (120 being interconnected through a first channel (C1) with a first flow resistance (R1) so as to allow filling of the metering volume reservoir with a metered amount of sample, - a further reservoir for receiving a second fluid, the further reservoir being interconnected with the metering volume reservoir at the first side via a second channel (C2), - a first valve (V1) for blocking flow from the sample from the metering volume reservoir into the second channel (C2), - a second valve (V2) connected to the second side of the metering volume reservoir for controlling the blocking and flowing of sample from the metering volume reservoir , and - first timing circuitry for controlling the second valve (V2) as function of the filling of the further reservoir , for allowing opening of the second valve (V2) and allowing sample to flow from the metering volume reservoir to a processing and/or analysis system characterized in that the second channel (C2) has a second flow resistance (R2) being smaller than the first flow resistance (R1). - a sample reservoir for receiving a sample and a metering volume reservoir , the sample reservoir and a first side of the metering volume reservoir (120 being interconnected through a first channel (C1) with a first flow resistance (R1) so as to allow filling of the metering volume reservoir with a metered amount of sample, - a further reservoir for receiving a second fluid, the further reservoir being interconnected with the metering volume reservoir at the first side via a second channel (C2), - a first valve (V1) for blocking flow from the sample from the metering volume reservoir into the second channel (C2), - a second valve (V2) connected to the second side of the metering volume reservoir for controlling the blocking and flowing of sample from the metering volume reservoir , and - first timing circuitry for controlling the second valve (V2) as function of the filling of the further reservoir , for allowing opening of the second valve (V2) and allowing sample to flow from the metering volume reservoir to a processing and/or analysis system characterized in that the second channel (C2) has a second flow resistance (R2) being smaller than the first flow resistance (R1).
A method for assessing a health of a first apparatus , comprising: receiving a first performance parameter from a second apparatus at a first time, wherein a performance of the second apparatus is dependent upon the health of the first apparatus ; and characterized by further comprising the steps of: comparing the first performance parameter with a second performance parameter received from the second apparatus at a later second time; and determining the health of the first apparatus based upon the comparison between the first and second performance parameters, wherein the first apparatus is unmonitored. receiving a first performance parameter from a second apparatus at a first time, wherein a performance of the second apparatus is dependent upon the health of the first apparatus ; and characterized by further comprising the steps of: comparing the first performance parameter with a second performance parameter received from the second apparatus at a later second time; and determining the health of the first apparatus based upon the comparison between the first and second performance parameters, wherein the first apparatus is unmonitored. comparing the first performance parameter with a second performance parameter received from the second apparatus at a later second time; and determining the health of the first apparatus based upon the comparison between the first and second performance parameters, wherein the first apparatus is unmonitored.
Device for tensioning a screw , containing: a screw pulling member comprising an engagement section for engagement with a thread of a screw to be tensioned, a toggle lever mechanism for displacing the screw pulling member relative to a part to be tightened , and a support member for supporting the toggle lever mechanism against the part to be tightened , characterized in that the toggle lever mechanism comprises a fist lever member and a second lever member , wherein the first lever member is at a first side pivotably connected with the support member and at a second side pivotably connected with a second side of the second lever member , and the second lever member is pivotably connected with the screw pulling member at a first side of the second lever member . a screw pulling member comprising an engagement section for engagement with a thread of a screw to be tensioned, a toggle lever mechanism for displacing the screw pulling member relative to a part to be tightened , and a support member for supporting the toggle lever mechanism against the part to be tightened , characterized in that the toggle lever mechanism comprises a fist lever member and a second lever member , wherein the first lever member is at a first side pivotably connected with the support member and at a second side pivotably connected with a second side of the second lever member , and the second lever member is pivotably connected with the screw pulling member at a first side of the second lever member .
Dust hood for a cut-off grinder equipped with a gear neck for fastening the dust hood , having a hood body for at least partially covering a circular cut-off wheel , and having an extraction port via which abrasively removed substrate (S) can be extracted from the hood body , wherein, in the hood body , a main extraction duct connected to the extraction port is formed, said main extraction duct extending tangentially to the cut-off wheel and being located on a connection side (AS) of the hood body , characterized in that , in a rear side (RS) of the hood body opposite to the connection side (AS), an inflow opening is formed, via which ambient air (UL) can flow into the hood body during cutting operation, wherein the inflow opening is in the form of a slot and, with regard to the direction of rotation (R) of the cut-off wheel and along an end face of the hood body , defines a circle segment (KS) of at most 30 degrees.
Method for regulating a strand casting plant, wherein the strand casting plant comprises a mold and a strand guide downstream of the mold , wherein liquid metal is poured into the mold , in particular via an inflow unit , which liquid metal solidifies on walls of the mold , so that a metal strand having a solidified strand shell and a still liquid core forms, wherein the metal strand is drawn out of the mold by means of rollers of the strand guide arranged spaced apart, wherein a measured variable is determined, which correlates with the variation of the casting level forming in the mold, this measured variable is processed with incorporation of at least one computing rule and is used to reduce the variations of the casting level, characterized in that the mutual spacing of opposing rollers of the strand guide before the complete solidification point (D) is cyclically changed to reduce the variations of the casting level, namely by cyclic change, opposing the variations of the casting level, of the roller spacing of opposing rollers of the strand guide .
A balloon catheter provided on an outer surface of a balloon with a plurality of elongate bodies which are crystals of a water-insoluble drug extending while having independent long axes, wherein the elongate bodies include fixed-side elongate bodies that are fixed to an outer surface side of the balloon , and top-side elongate bodies that are bent or broken from the fixed-side elongate bodies and are continuous with or independent of the fixed-side elongate bodies, wherein the balloon has an overlapping portion where portions of the outer surface of the balloon overlap with each other when the balloon is folded in a deflated state, and the elongate bodies having the fixed-side elongate bodies and the top-side elongate bodies are provided on the portions of the outer surface of the balloon that overlap with each other at the overlapping portion . wherein the elongate bodies include fixed-side elongate bodies that are fixed to an outer surface side of the balloon , and top-side elongate bodies that are bent or broken from the fixed-side elongate bodies and are continuous with or independent of the fixed-side elongate bodies, wherein the balloon has an overlapping portion where portions of the outer surface of the balloon overlap with each other when the balloon is folded in a deflated state, and the elongate bodies having the fixed-side elongate bodies and the top-side elongate bodies are provided on the portions of the outer surface of the balloon that overlap with each other at the overlapping portion .
Method for controlling street lighting in a predetermined geographical zone (ZG), the method comprising the following steps: • (E11) Providing a set of data (D) relating to the presence of people in an estimation geographical zone (ZE), obtained from mobile devices of these people; • (E2) Determining at least one model (M) of population flow in said predetermined geographical zone from said set of data; • (E5) Defining a control law (LC) for the street lighting of said geographical zone on the basis of said population flow model and (E6) applying said control law to this street lighting; characterized in that the step (E2) of determining the model (M) comprises a sub-step (E21) of generating a plurality of models (M 1 , M 2 , M N ) of population flow in said predetermined geographical zone (ZG), so-called test models, each test model being generated by a distinct machine learning algorithm from said set of data (D), each test model being associated with an evaluation metric, and a sub-step (E22) of selecting a population flow model (M) from the plurality of test models on the basis of the evaluation metrics of said plurality of test models. • (E11) Providing a set of data (D) relating to the presence of people in an estimation geographical zone (ZE), obtained from mobile devices of these people; • (E2) Determining at least one model (M) of population flow in said predetermined geographical zone from said set of data; • (E5) Defining a control law (LC) for the street lighting of said geographical zone on the basis of said population flow model and (E6) applying said control law to this street lighting; characterized in that the step (E2) of determining the model (M) comprises a sub-step (E21) of generating a plurality of models (M 1 , M 2 , M N ) of population flow in said predetermined geographical zone (ZG), so-called test models, each test model being generated by a distinct machine learning algorithm from said set of data (D), each test model being associated with an evaluation metric, and a sub-step (E22) of selecting a population flow model (M) from the plurality of test models on the basis of the evaluation metrics of said plurality of test models.