mhurhangee/ep-ind-claims huggingface dataset:
A pulse estimation device, comprising: a determination unit adapted to determine a stop time at which a user has stopped exercise; and a measurement unit adapted to measure a pulse rate of the user at a first time which occurs later than the stop time and at a second time which occurs a predetermined time period later than the first time; and a calculation unit adapted to calculate a ratio of changes indicating a ratio of a difference between the pulse rate measured at the first time and the pulse rate measured at the second time, to the predetermined time period; and an estimation unit adapted to estimate the pulse rate at the stop time, based on a time elapsed from the stop time to the first time, the pulse rate measured at the first time and the ratio of changes. a determination unit adapted to determine a stop time at which a user has stopped exercise; and a measurement unit adapted to measure a pulse rate of the user at a first time which occurs later than the stop time and at a second time which occurs a predetermined time period later than the first time; and a calculation unit adapted to calculate a ratio of changes indicating a ratio of a difference between the pulse rate measured at the first time and the pulse rate measured at the second time, to the predetermined time period; and an estimation unit adapted to estimate the pulse rate at the stop time, based on a time elapsed from the stop time to the first time, the pulse rate measured at the first time and the ratio of changes.
An optoelectronic sensor for detecting an object in a monitoring area, the sensor comprising a light transmitter for transmitting a light pulse, a light receiver for receiving the remitted light pulse and having a line arrangement of light-receiving elements each comprising at least one avalanche photodiode element that can be biased with a bias voltage above a breakdown voltage and can thus be operated in a Geiger mode, and a control and evaluation unit configured to determine the distance to the object from the received signals of the avalanche photodiode elements in a first distance measurement from the light time of flight between transmission of the light pulse and reception of the remitted light pulse and in a second distance measurement by means of triangulation from the location of incidence of the remitted light pulse on the arrangement, characterized that the control and evaluation unit is configured to accumulate a plurality of measured light times of flight in a respective histogram for each region of the line arrangement, counting in the bins of a histogram how often a light time of flight has been measured in a specific light time of flight range, to determine a reception level per histogram and to determine the location of incidence from the distribution of the reception levels over the histograms, and to base the distance measurements only on those histograms and/or regions of histograms for which distances determined by first distance measurement using the light time of flight and by second distance measurement using triangulation deviate from one another by at most a distance tolerance.
Ticketing method for charging a passenger for using a transport system implemented by a computer program, comprising a mobile device executing a client software of the computer program, a server computer executing a server software of the computer program, checking-in the passenger via the mobile device of the passenger upon accessing a vehicle of the transport system thereby generating a check-in data signal; and checking-out the passenger via the mobile device upon exiting a vehicle of the transport system thereby generating a check-out data signal, characterized by further comprising a sensor of the mobile device of the passenger generating a sensor data signal, wherein the sensor of the mobile device comprises a location sensor and a motion sensor, or a location sensor and a position sensor, and the sensor data signal comprises location data and motion data, or location data and position data, respectively; transferring the sensor data signal, the check-in data signal and the check-out data signal from the mobile device of the passenger to the server computer; the computer program evaluating sensor data associated to the sensor data signal; the passenger staying checked-in when the evaluated sensor data is in range of a transport system movement pattern; the server computer automatically calculating a travel movement pattern dataset based on sensor data associated to the transferred sensor data signal; the server computer automatically comparing the travel movement pattern dataset to a transport system movement pattern dataset; the server computer automatically identifying a non-compliance of the travel movement pattern dataset with regard to the transport system movement pattern dataset; the server computer generating check-out data using the identified non-compliance and the check-out data signal; and the server computer automatically calculating a price for a travel of the passenger within the transport system by evaluating check-in data transformed from the check-in data signal and representing the checking-in of the passenger, and the check-out data representing the checking-out of the passenger.
A method for processing text information, carried out by a terminal apparatus interacting with a home appliance, comprising: determining that first text information is in a browsed state by determining that a screen of the terminal configured to display the first text information receives a preset touch instruction and/or by determining that a physical key or a virtual key of the terminal configured to display the first text information receives a preset operation instruction; determining based on prompt information from the home appliance associated with the terminal configured to display the first text information that the browsed state is to be interrupted when the home appliance receives a preset instruction and generates the prompt information; when it is determined that the browsed state is interrupted, obtaining second text information from the first text information by: detecting a focus position of user's pupils on the screen of the terminal configured to display the first text information; determining the focus position as the text position being viewed; and determining text information following the text position being viewed in the first text information as the second text information; and converting the second text information to speech information and playing the speech information. determining that first text information is in a browsed state by determining that a screen of the terminal configured to display the first text information receives a preset touch instruction and/or by determining that a physical key or a virtual key of the terminal configured to display the first text information receives a preset operation instruction; determining based on prompt information from the home appliance associated with the terminal configured to display the first text information that the browsed state is to be interrupted when the home appliance receives a preset instruction and generates the prompt information; when it is determined that the browsed state is interrupted, obtaining second text information from the first text information by: detecting a focus position of user's pupils on the screen of the terminal configured to display the first text information; determining the focus position as the text position being viewed; and determining text information following the text position being viewed in the first text information as the second text information; and converting the second text information to speech information and playing the speech information. detecting a focus position of user's pupils on the screen of the terminal configured to display the first text information; determining the focus position as the text position being viewed; and determining text information following the text position being viewed in the first text information as the second text information; and converting the second text information to speech information and playing the speech information.
Device (10; 110) for rotatable mounting of a camshaft of an internal combustion engine, comprising: a first bearing body (14; 14A) with a receiver (22; 22A) for rotatable mounting of the camshaft; a cylinder head or a fixing frame for fixing the first bearing body (14; 14A); and a first fixing means which fixes the first bearing body (14; 14A) to the cylinder head or fixing frame, wherein the first fixing means is the sole fixing means which fixes the first bearing body (14; 14A) to the cylinder head or fixing frame, characterized by: a rocker arm shaft for rotatable mounting of a rocker arm, wherein the first fixing means additionally fixes the rocker arm shaft to the cylinder head or fixing frame. a first bearing body (14; 14A) with a receiver (22; 22A) for rotatable mounting of the camshaft; a cylinder head or a fixing frame for fixing the first bearing body (14; 14A); and a first fixing means which fixes the first bearing body (14; 14A) to the cylinder head or fixing frame, wherein the first fixing means is the sole fixing means which fixes the first bearing body (14; 14A) to the cylinder head or fixing frame,
A method for selectively patching frame erasures in a first stream, comprising: receiving (610, 705) the first stream; receiving (620, 710), in response to a frame erasure rate of the first stream being greater than or equal to a threshold, a second stream corresponding to the first stream, synchronizing the first stream and the second stream based on a comparison of frame information for a plurality of frames in the first stream and a plurality of frames in the second stream; wherein the plurality of frames in the first stream match the plurality of frames in the second stream; detecting (630, 750) a missing frame in the first stream; and attempting (640, 755, 760) to replace the missing frame in the first stream with a corresponding frame from the second stream. receiving (610, 705) the first stream; receiving (620, 710), in response to a frame erasure rate of the first stream being greater than or equal to a threshold, a second stream corresponding to the first stream, synchronizing the first stream and the second stream based on a comparison of frame information for a plurality of frames in the first stream and a plurality of frames in the second stream; wherein the plurality of frames in the first stream match the plurality of frames in the second stream; detecting (630, 750) a missing frame in the first stream; and attempting (640, 755, 760) to replace the missing frame in the first stream with a corresponding frame from the second stream.
A microcapsule type curable resin composition containing: a microcapsule encapsulating a curable compound (a); a substance able to bring about curing of the component (a); and a binder able to adhere the microcapsule to an adherend, characterized in that the microcapsule type curable resin composition includes, per total 100 parts by mass of all of the microcapsules, 1 to 25 parts by mass of mica having an average particle diameter of 10 to 150 μm wherein said average particle diameter is measured by a laser diffraction method, and 1 to 25 parts by mass of an inorganic filler (except the mica) having an average particle diameter of 3 to 50 μm, a mass ratio of the component and the component being 0.2 to 2.0 of the component with respect to 1.0 of the component. a microcapsule encapsulating a curable compound (a); a substance able to bring about curing of the component (a); and a binder able to adhere the microcapsule to an adherend,
A mammography X-ray imaging system for tomosynthesis mammography, comprising: - an X-ray source; - an X-ray detector; - a support structure; and - a breast support with a breast support surface; wherein the X-ray source and the X-ray detector are mounted on an upwardly extending scan arm; wherein the X-ray source is mounted on the scan arm above the breast support and the X-ray detector is mounted on the scan arm below the breast support; wherein the scan arm is movably mounted to the support structure to perform a swivelling motion about a rotation axis located below the breast support and at a position substantially below the X-ray detector when the scan arm is in vertical position; and wherein, during the swivelling motion, the scan arm swivels about the rotation axis such that the X-ray source and the X-ray detector perform a scan motion and an object on the breast support is radiated from different angular directions; wherein a motion adapting mechanism is provided that, during the scan motion, moves the X-ray detector along an adapted trajectory that follows the breast support surface; and wherein, preferably, the adapted trajectory is in alignment with the breast support surface. - an X-ray source; - an X-ray detector; - a support structure; and - a breast support with a breast support surface;
A coreless web material dispensing apparatus, the apparatus comprising: a housing having a base, defining a back wall, a cover that is removably, pivotably or hingedly connected to and movable relative to the base between a closed position and an open position, and a cavity defined between the base and the cover; at least one brace extending from the base to the cover, and configured to retain a roll of web material therein; and wherein, when the housing is in a closed orientation, the at least one brace receives a compression force from the cover and compresses the at least one brace into engagement with the roll of web material and prohibits lateral disengagement of the roll of web material from the at least one brace, and wherein, when the housing is in an opened orientation, the at least one brace does not receive the compression force from the cover thereby allowing it to expand into a relaxed position, and the at least one brace having first and second inwardly directed protrusions (60, 64), which are coaxially aligned when the housing is in the closed orientation to provide a rotational axle for the coreless roll of web material retained therein and wherein said rotational axle of the roll is perpendicular to the back wall. a housing having a base, defining a back wall, a cover that is removably, pivotably or hingedly connected to and movable relative to the base between a closed position and an open position, and a cavity defined between the base and the cover; at least one brace extending from the base to the cover, and configured to retain a roll of web material therein; and wherein, when the housing is in a closed orientation, the at least one brace receives a compression force from the cover and compresses the at least one brace into engagement with the roll of web material and prohibits lateral disengagement of the roll of web material from the at least one brace, and wherein, when the housing is in an opened orientation, the at least one brace does not receive the compression force from the cover thereby allowing it to expand into a relaxed position, and the at least one brace having first and second inwardly directed protrusions (60, 64), which are coaxially aligned when the housing is in the closed orientation to provide a rotational axle for the coreless roll of web material retained therein and wherein said rotational axle of the roll is perpendicular to the back wall.
An axially-switchable quick release device, comprising: a rod extending in an axial direction; a clutch shaft disposed at an end of the rod and having a meshing teeth portion and an idling ring portion both of which are disposed on an outer surface of the clutch shaft; and a quick release lever having a fitting portion and a turning portion connected to the fitting portion, the fitting portion having a fitting teeth portion, the fitting teeth portion being sleeved onto the clutch shaft and movable between a meshing position and an idling position along the axial direction, wherein, when the fitting portion of the quick release lever is at the meshing position, the fitting teeth portion of the fitting portion engages with the meshing teeth portion of the clutch shaft to allow the quick release lever and the clutch shaft to rotate synchronously; when the fitting portion of the quick release lever is at the idling position, the fitting teeth portion of the fitting portion separates from the meshing teeth portion and moves to the idling ring portion to allow the quick release lever to rotate freely relative to the clutch shaft; and wherein clutch shaft; the fitting portion has a fitting hole penetrating in the axial direction, and the fitting teeth portion is disposed on a peripheral wall of the fitting hole; characterized in that the clutch shaft has a limit slot and a limit unit both of which are disposed and on the outer circumferential surface of the clutch shaft; the limit slot is disposed between the meshing teeth portion and the idling ring portion and extends inward in a radial direction of the rod; the limit unit is received in the limit slot compressedly in the radial direction of the rod. a rod extending in an axial direction; a clutch shaft disposed at an end of the rod and having a meshing teeth portion and an idling ring portion both of which are disposed on an outer surface of the clutch shaft; and a quick release lever having a fitting portion and a turning portion connected to the fitting portion, the fitting portion having a fitting teeth portion, the fitting teeth portion being sleeved onto the clutch shaft and movable between a meshing position and an idling position along the axial direction, wherein, when the fitting portion of the quick release lever is at the meshing position, the fitting teeth portion of the fitting portion engages with the meshing teeth portion of the clutch shaft to allow the quick release lever and the clutch shaft to rotate synchronously; when the fitting portion of the quick release lever is at the idling position, the fitting teeth portion of the fitting portion separates from the meshing teeth portion and moves to the idling ring portion to allow the quick release lever to rotate freely relative to the clutch shaft;
A method of processing an electrochromic device disposed on a substrate, the electrochromic device comprising an electrochromic device stack between a first transparent conductive layer and a second transparent conductive layer, the electrochromic device stack comprising an electrochromic layer, a counter electrode layer, and an ion conducting layer, the method comprising: 1) removing the electrochromic device layers, including the layers of the electrochromic device stack and at least the second transparent conductive layer from a peripheral region of the substrate, wherein the peripheral region is between about 1 mm and about 20 mm wide; and 2) sealing the peripheral edge of the electrochromic device in a primary seal between the substrate and a spacer of an insulated glass unit, the insulated glass unit comprising two substrates with the spacer therebetween, one of which is said substrate having the electrochromic device disposed thereon. 1) removing the electrochromic device layers, including the layers of the electrochromic device stack and at least the second transparent conductive layer from a peripheral region of the substrate, wherein the peripheral region is between about 1 mm and about 20 mm wide; and 2) sealing the peripheral edge of the electrochromic device in a primary seal between the substrate and a spacer of an insulated glass unit, the insulated glass unit comprising two substrates with the spacer therebetween, one of which is said substrate having the electrochromic device disposed thereon.
A method of extracting a liquid phase from a suspension, the method comprising: - injecting said suspension into a duct presenting a first section that is straight and a second section that is curved; and - at the outlet from said curved section of the duct, extracting a liquid-enriched fraction of said suspension that is spatially separated from a particle-enriched fraction of the suspension; characterized in that the injection flow rate of the suspension and the geometry of the duct are selected in such a manner that: - in the straight section, lift forces cause particles to be superconcentrated in a ring around the longitudinal axis of the duct; and - in the curved section, Dean secondary flows deform said ring and give rise to spatial separation between said liquid-enriched fraction and said particle-enriched fraction, and in that the length and the radius of curvature of said curved section, and the flow rate of the suspension, are selected in such a manner that the Dean secondary flows give rise to a superconcentration of particles on the inside ( i) of the duct; and wherein said liquid-enriched suspension fraction is extracted from the outside ( o) of the duct. - injecting said suspension into a duct presenting a first section that is straight and a second section that is curved; and - at the outlet from said curved section of the duct, extracting a liquid-enriched fraction of said suspension that is spatially separated from a particle-enriched fraction of the suspension; characterized in that the injection flow rate of the suspension and the geometry of the duct are selected in such a manner that: - in the straight section, lift forces cause particles to be superconcentrated in a ring around the longitudinal axis of the duct; and - in the curved section, Dean secondary flows deform said ring and give rise to spatial separation between said liquid-enriched fraction and said particle-enriched fraction, and in that the length and the radius of curvature of said curved section, and the flow rate of the suspension, are selected in such a manner that the Dean secondary flows give rise to a superconcentration of particles on the inside ( i) of the duct; and wherein said liquid-enriched suspension fraction is extracted from the outside ( o) of the duct. - in the straight section, lift forces cause particles to be superconcentrated in a ring around the longitudinal axis of the duct; and - in the curved section, Dean secondary flows deform said ring and give rise to spatial separation between said liquid-enriched fraction and said particle-enriched fraction,
A method comprising; generating, at a first device, key information for a virtual private network, VPN, connection between the first device and a second device, the VPN connection being over a public network; wherein the key information comprises one or more session keys for a VPN session associated with the VPN connection that are specific to the VPN session; generating, at the first device, a plurality of shares from the key information; wherein the plurality of shares includes a first set of one or more shares and a second set of one or more shares; wherein the first set of one or more shares is different than the second set of one or more shares; causing the first set of one or more shares to be stored on a dongle that is paired to the first device; causing the second set of one or more shares to be stored on the first device; in response to a request to re-establish the VPN session associated with the VPN connection between the first device and the second device: retrieving the first set of one or more shares from the dongle; re-establishing the VPN session between the first device and the second device based on the first set of one or more shares and the second set of one or more shares. retrieving the first set of one or more shares from the dongle; re-establishing the VPN session between the first device and the second device based on the first set of one or more shares and the second set of one or more shares.