mhurhangee/ep-ind-claims huggingface dataset:
Method for positioning an articulated arm of a medical robot to assist a practitioner in a medical operation on an anatomical location of interest of a patient, the medical robot comprising a base to which the articulated arm is linked, and a control unit allowing the articulated arm to be configured in a determined position, the medical robot being assisted by an electromagnetic navigation system comprising an electromagnetic field generator and two electromagnetic sensors (21, 22), the generated electromagnetic field forming a measurement zone in which the position of a sensor (21, 22) can be determined by the electromagnetic navigation system and communicated to the medical robot, a first sensor being positioned, in a step prior to said method at the anatomical location of interest, a second sensor being positioned on the articulated arm, the method for positioning the articulated arm being characterized in that said method comprises: - a determination, when the two sensors (21, 22) are located in the measurement zone, of a so-called "region of reduced influence" of the measurement zone from the position of the electromagnetic field generator and from the position of the sensors (21, 22), said region of reduced influence being a region for which the presence of a metal part of the articulated arm in this region negligibly disturbs the determination of the position of each of the two sensors (21, 22), - a configuration of the articulated arm such that any metal part of the articulated arm located in the measurement zone is situated within the region of reduced influence, said method for positioning the articulated arm not including a step of execution of a medical act on the patient. - a determination, when the two sensors (21, 22) are located in the measurement zone, of a so-called "region of reduced influence" of the measurement zone from the position of the electromagnetic field generator and from the position of the sensors (21, 22), said region of reduced influence being a region for which the presence of a metal part of the articulated arm in this region negligibly disturbs the determination of the position of each of the two sensors (21, 22), - a configuration of the articulated arm such that any metal part of the articulated arm located in the measurement zone is situated within the region of reduced influence,
A computer-implemented method for guiding a dispatcher when communicating with a person needing assistance via a communication device regarding an emergency incident and for dispatching an emergency dispatch response to the incident, the computer-implemented method comprising: presenting, on a dispatch center computer device, a pre-scripted interrogation comprising a plurality of preprogrammed inquiries for the dispatcher to present to the person needing assistance in order to systematically obtain a description of the incident, wherein the description of the incident comprises responses by the person needing assistance to the plurality of preprogrammed inquiries; automatically sending, using the dispatch center computer device, at least one preprogrammed inquiry to the person needing assistance as an SMS/MMS message responsive to a dispatcher input at the dispatch center computer device without the dispatcher copying and/or transcribing the at least one preprogrammed inquiry; receiving, on the dispatch center computer device, input representative of the responses by the person needing assistance to the preprogrammed inquiries of the pre-scripted interrogation; determining automatically on the dispatch center computer device a determinant value from one of a plurality of pre-established determinant values based on the input representative of the responses by the person needing assistance to one or more of the plurality of preprogrammed inquires; and generating an emergency dispatch response by emergency responders based on the determinant value. presenting, on a dispatch center computer device, a pre-scripted interrogation comprising a plurality of preprogrammed inquiries for the dispatcher to present to the person needing assistance in order to systematically obtain a description of the incident, wherein the description of the incident comprises responses by the person needing assistance to the plurality of preprogrammed inquiries; automatically sending, using the dispatch center computer device, at least one preprogrammed inquiry to the person needing assistance as an SMS/MMS message responsive to a dispatcher input at the dispatch center computer device without the dispatcher copying and/or transcribing the at least one preprogrammed inquiry; receiving, on the dispatch center computer device, input representative of the responses by the person needing assistance to the preprogrammed inquiries of the pre-scripted interrogation; determining automatically on the dispatch center computer device a determinant value from one of a plurality of pre-established determinant values based on the input representative of the responses by the person needing assistance to one or more of the plurality of preprogrammed inquires; and generating an emergency dispatch response by emergency responders based on the determinant value.
A sensing device for detecting an object in a blind spot in a surrounding environment of a moving body, the sensing device comprising: a distance measurer configured to acquire distance information indicating a distance from the moving body to the surrounding environment; a detector configured to detect the object in the blind spot; and a controller configured to control operation of the detector, wherein the controller is configured to: detect the blind spot in the surrounding environment and a distance to the blind spot, based on the distance information acquired by the distance measurer; control precision indicating what degree the detector precisely detects the object in the blind spot, according to the detected distance to the blind spot; and cause the detector to detect the object in the blind spot, according to the controlled precision. a distance measurer configured to acquire distance information indicating a distance from the moving body to the surrounding environment; a detector configured to detect the object in the blind spot; and a controller configured to control operation of the detector, wherein the controller is configured to: detect the blind spot in the surrounding environment and a distance to the blind spot, based on the distance information acquired by the distance measurer; control precision indicating what degree the detector precisely detects the object in the blind spot, according to the detected distance to the blind spot; and detect the blind spot in the surrounding environment and a distance to the blind spot, based on the distance information acquired by the distance measurer; control precision indicating what degree the detector precisely detects the object in the blind spot, according to the detected distance to the blind spot; and
A method for adaptive noise reduction based on phase differences, comprising determining spatial information associated with a first audio signal received in a first channel from a first microphone and with a second audio signal received in a second channel from a second microphone, the first and second audio signals including a target audio inside a beam and noise from outside the beam; adjusting phase differences by applying an adjustment if a phase difference is greater than π then it is made equal to -2π + the phase difference greater than π, and if a phase difference is less than -π then it is made equal to 2π + the phase difference less than -π; estimating a signal-to-noise ratio on a single-channel signal derived from the first and second audio signals using the determined spatial information; using the estimated signal-to-noise ratio for adapting a mapping of the adjusted phase differences to gain factors for determination of frequency dependent attenuation factors for attenuating frequency bins associated with noise outside the beam, wherein the adapting the mapping from the phase differences to gain factors further comprises calculating a phase difference error to be equal to an absolute value of the phase difference divided by a vector with an allowable phase difference and subtracting a beam factor from the calculated phase difference error and clamping negative phase difference error values to zero to prevent frequency bins inside the inner portion of the beam from being attenuated; and applying the frequency dependent attenuation factors to attenuate frequency bins outside the beam to produce a target signal having noise reduced.
A barrier, in particular for infrastructures or constructions, especially for separating lines of communication, such as railways, roads or the like, from the surrounding environment, comprising a lower part supporting an upper part of the same barrier, the lower supporting part comprising a plurality of segments (12, 14); said plurality of segments (12, 14) forming respective load-bearing segments and respective infill segments, said infill segments being alternated with and connected to the load-bearing segments, each of said load-bearing segments comprising fixing means for supporting the upper part of the barrier; the barrier further comprising interconnection means (15, 150, 150c, 150'c, 250, 250') for joining the adjacent segments of said plurality of segments (12, 14) to each other, and a supporting foundation; the barrier being characterized in that: each load-bearing segment has a main and infill portion and an anchoring portion for being anchored to the supporting foundation below it, said anchoring portion protruding downwardly from the main and infill portion of the load-bearing segments; said fixing means for supporting the upper part of the barrier comprises an anchoring plate which is connected to the main and infill portion of the load-bearing segment; said infill segments do not comprise such fixing means or anchoring plate for supporting the upper part; the supporting foundation comprises isolated foundations in the form of respective plinths, each having a respective cavity for receiving a corresponding anchoring portion of the load-bearing segment. each load-bearing segment has a main and infill portion and an anchoring portion for being anchored to the supporting foundation below it, said anchoring portion protruding downwardly from the main and infill portion of the load-bearing segments; said fixing means for supporting the upper part of the barrier comprises an anchoring plate which is connected to the main and infill portion of the load-bearing segment; said infill segments do not comprise such fixing means or anchoring plate for supporting the upper part; the supporting foundation comprises isolated foundations in the form of respective plinths, each having a respective cavity for receiving a corresponding anchoring portion of the load-bearing segment.
A dental paste comprising: (i) a compound of Formula I: wherein: R 1 is a C 1 -C 2 alkyl group, and R 2 is C R 3, wherein R 3 is a C 7 -C 9 alkyl group, and n is an integer of 4; (ii) a compound of Formula II or a pharmaceutically acceptable salt thereof: wherein: R 4 is a hydrogen atom or a C 1 -C 12 alkyl group, and m is an integer of 4; and (iii) a dental abrasive. (i) a compound of Formula I: wherein: R 1 is a C 1 -C 2 alkyl group, and R 2 is C R 3, wherein R 3 is a C 7 -C 9 alkyl group, and n is an integer of 4; R 1 is a C 1 -C 2 alkyl group, and R 2 is C R 3, wherein R 3 is a C 7 -C 9 alkyl group, and n is an integer of 4; (ii) a compound of Formula II or a pharmaceutically acceptable salt thereof: wherein: R 4 is a hydrogen atom or a C 1 -C 12 alkyl group, and m is an integer of 4; and R 4 is a hydrogen atom or a C 1 -C 12 alkyl group, and m is an integer of 4; and (iii) a dental abrasive.
Functional film for application to a profiled part which can be cut to any desired length, in particular to a continuous profile, comprising at least one circuit-carrier layer with periodically repeating touch-sensor conductor areas and operating conducting tracks for conveying signals to and from the touch sensors formed by the touch-sensor conductor areas, wherein the functional film comprises periodically repeating connection regions for connecting an evaluation unit, in particular a microcontroller, for at least one touch sensor in each case, characterised in that the circuit-carrier layer further comprises at least one power-supply conducting track and/or at least one communication conducting track for the evaluation units, wherein the power-supply conducting track and/or the communication conducting track in each case is guided from one connection region to the next connection region.
Method for shaping a part (2, 2b) made of a metal material by means of a magnetic pulse, characterised in that it includes the steps of: - positioning a thin layer made of an electrically conducting material, referred to as a conductive layer, on all or part of the part to be shaped, - positioning the part (2, 2b) between a coil and a matrix, the conductive layer being arranged between said coil and said part, - generating, by the coil, an induced current, said induced current being configured: - on the one hand to vaporise the conductive layer, generating a pressure wave in the direction of the part, and - on the other hand, in association with a magnetic field generated by said coil, to accelerate the part (2, 2b) in the direction of the matrix, pressing said part against said matrix, resulting in the part (2, 2b) being shaped. - positioning a thin layer made of an electrically conducting material, referred to as a conductive layer, on all or part of the part to be shaped, - positioning the part (2, 2b) between a coil and a matrix, the conductive layer being arranged between said coil and said part, - generating, by the coil, an induced current, said induced current being configured: - on the one hand to vaporise the conductive layer, generating a pressure wave in the direction of the part, and - on the other hand, in association with a magnetic field generated by said coil, to accelerate the part (2, 2b) in the direction of the matrix, pressing said part against said matrix, resulting in the part (2, 2b) being shaped. - on the one hand to vaporise the conductive layer, generating a pressure wave in the direction of the part, and - on the other hand, in association with a magnetic field generated by said coil, to accelerate the part (2, 2b) in the direction of the matrix, pressing said part against said matrix, resulting in the part (2, 2b) being shaped.
A mobile communication terminal, comprising: an user input unit; a display; a broadcast receiving module configured to receive a broadcast signal including at least one interactive function for participating in a broadcast corresponding to the broadcast signal; a memory configured to store at least one symbol indicating a broadcast participation type of the at least one interactive function; and a control unit configured to control an operation related to the at least one interactive function of the broadcast, characterized in that: the control unit is further configured to: detect the broadcast participation type of the at least one interactive function synchronized with a currently broadcast scene in the received broadcast signal, search the memory for the at least one symbol indicating the detected broadcast participation type, control the display to display the searched symbol, and control an operation of the at least one interactive function corresponding to the displayed symbol according to a signal provided via the user input unit. an user input unit; a display; a broadcast receiving module configured to receive a broadcast signal including at least one interactive function for participating in a broadcast corresponding to the broadcast signal; a memory configured to store at least one symbol indicating a broadcast participation type of the at least one interactive function; and a control unit configured to control an operation related to the at least one interactive function of the broadcast, characterized in that: the control unit is further configured to: detect the broadcast participation type of the at least one interactive function synchronized with a currently broadcast scene in the received broadcast signal, search the memory for the at least one symbol indicating the detected broadcast participation type, control the display to display the searched symbol, and control an operation of the at least one interactive function corresponding to the displayed symbol according to a signal provided via the user input unit. the control unit is further configured to: detect the broadcast participation type of the at least one interactive function synchronized with a currently broadcast scene in the received broadcast signal, search the memory for the at least one symbol indicating the detected broadcast participation type, control the display to display the searched symbol, and control an operation of the at least one interactive function corresponding to the displayed symbol according to a signal provided via the user input unit. detect the broadcast participation type of the at least one interactive function synchronized with a currently broadcast scene in the received broadcast signal, search the memory for the at least one symbol indicating the detected broadcast participation type, control the display to display the searched symbol, and control an operation of the at least one interactive function corresponding to the displayed symbol according to a signal provided via the user input unit.
A parameterizable merging unit for sensor-based measurement of current and voltage in high voltage networks or electrical grids operating with different voltage levels, comprising: - a plurality of inputs configured to receive a signal from a plurality of sensors comprising a current sensor and a voltage sensor; - a memory configured to store correction data comprising a correction table; wherein the signal from each of the current sensor and the voltage sensor comprises instantaneous measured values of current or voltage and an ambient temperature of the current sensing element or voltage sensing element; wherein the merging unit is configured to correct the instantaneous measured values of current or voltage, wherein the merging unit is configured to apply a temperature correction by multiplying the instantaneous measured values of current or voltage by a correction coefficient selected from the correction table, and wherein the merging unit is configured to apply a time delay to the instantaneous measured values of current or voltage corresponding to a phase shift of the instantaneous measured values at a nominal frequency of the voltage network or electrical grid. - a plurality of inputs configured to receive a signal from a plurality of sensors comprising a current sensor and a voltage sensor; - a memory configured to store correction data comprising a correction table; wherein the signal from each of the current sensor and the voltage sensor comprises instantaneous measured values of current or voltage and an ambient temperature of the current sensing element or voltage sensing element; wherein the merging unit is configured to correct the instantaneous measured values of current or voltage, wherein the merging unit is configured to apply a temperature correction by multiplying the instantaneous measured values of current or voltage by a correction coefficient selected from the correction table, and wherein the merging unit is configured to apply a time delay to the instantaneous measured values of current or voltage corresponding to a phase shift of the instantaneous measured values at a nominal frequency of the voltage network or electrical grid. wherein the signal from each of the current sensor and the voltage sensor comprises instantaneous measured values of current or voltage and an ambient temperature of the current sensing element or voltage sensing element; wherein the merging unit is configured to correct the instantaneous measured values of current or voltage, wherein the merging unit is configured to apply a temperature correction by multiplying the instantaneous measured values of current or voltage by a correction coefficient selected from the correction table, and wherein the merging unit is configured to apply a time delay to the instantaneous measured values of current or voltage corresponding to a phase shift of the instantaneous measured values at a nominal frequency of the voltage network or electrical grid.
A polymeric sorbent comprising a reaction product of: (a) a precursor polymeric material comprising a polymerized product of a polymerizable composition comprising 8 to 65 weight percent maleic anhydride based on the total weight of monomers in the polymerizable composition; 30 to 85 weight percent divinylbenzene based on the total weight of monomers in the polymerizable composition; and 0 to 20 weight percent of a styrene-type monomer based on the total weight of monomers in the polymerizable composition, wherein the styrene-type monomer is styrene, an alkyl-substituted styrene, or a combination thereof; and (b) a nitrogen-containing compound that is selected from ammonia or a compound having at least one primary amino group or at least one secondary amino group, wherein the polymeric sorbent has covalently attached nitrogen-containing groups. (a) a precursor polymeric material comprising a polymerized product of a polymerizable composition comprising 8 to 65 weight percent maleic anhydride based on the total weight of monomers in the polymerizable composition; 30 to 85 weight percent divinylbenzene based on the total weight of monomers in the polymerizable composition; and 0 to 20 weight percent of a styrene-type monomer based on the total weight of monomers in the polymerizable composition, wherein the styrene-type monomer is styrene, an alkyl-substituted styrene, or a combination thereof; and 8 to 65 weight percent maleic anhydride based on the total weight of monomers in the polymerizable composition; 30 to 85 weight percent divinylbenzene based on the total weight of monomers in the polymerizable composition; and 0 to 20 weight percent of a styrene-type monomer based on the total weight of monomers in the polymerizable composition, wherein the styrene-type monomer is styrene, an alkyl-substituted styrene, or a combination thereof; and (b) a nitrogen-containing compound that is selected from ammonia or a compound having at least one primary amino group or at least one secondary amino group, wherein the polymeric sorbent has covalently attached nitrogen-containing groups.
Hermetic enclosure comprising at least one glass substrate having at least one electrical feedthrough configured as a through glass via, the through glass via comprising a conductive rod electrically connecting the inside of the hermetic enclosure to the outside through the glass substrate, wherein the part of the conductive rod's surface facing towards the outside of the hermetic enclosure is completely covered with an electrically conductive coating, wherein the electrically conductive coating is a multilayer structure comprising at least an adhesion layer in direct contact with the conductive rod and a corrosion resistant layer, characterized in that the electrical feedthrough comprises a depression in or an elevation on an outside facing surface of the glass substrate and/or on an inside facing surface of the glass substrate, wherein the recess or elevation surrounds the conductive rod.