mhurhangee/ep-ind-claims huggingface dataset:
Ophthalmological measuring system, in particular for acquiring biometric data of an eye, at least consisting of means for illuminating an eye with light and means for capturing and evaluating backscattered or reflected light components, and a control unit, wherein the device measuring head thereof is connected to a headrest with chin support via a base plate, characterized in that for testing the function and the calibration state of the measuring system at least one calibration and test means is provided which is integrated in the ophthalmological measuring system and has at least one test structure, and in that an apparatus is provided to receive the calibration and test means and to change the position thereof with respect to the means for capturing the backscattered or reflected light components, wherein the apparatus for receiving at least one calibration and test means is arranged at the headrest or at the device measuring head itself, characterized in that the at least one calibration and test means has a machine-readable identifier that contains the individual physical data of the calibration and test means and in that a corresponding apparatus for activating and/or reading the machine-readable identifier is included in the ophthalmological measuring system.
A receiver circuit including an input terminal through which an input signal (Vin) is received, said receiver circuit further including: - a first amplifier stage connected via one of the inputs thereof to the input terminal of said receiver circuit and delivering an amplified signal (Vout), said first amplifier stage including a low-noise amplifier, - an envelope detector stage, connected to the first stage output, for detecting maxima in the amplified incoming signal (Vout) in order to recover the signal envelope and to deliver a detected signal (Vout1), - a comparator circuit having a positive input connected to the output of the envelope detector stage and a negative input receiving a reference signal (Swref) in order to compare the output of the envelope detector stage (Vout1) to the reference signal (Swref) and to deliver a demodulated output signal (Vdout), - a second amplifier stage having a negative input connected to the output of the envelope detector stage and a positive input receiving the reference signal (Swref), characterised in that the second amplifier stage includes an operational transconductance amplifier consisting in comparing the signal detected (Vout1) at the output of the detector stage to the reference signal (Swref) to deliver a control signal (Vcom) sent to the first amplifier stage for varying the gain of the first amplifier stage, and in that the comparator circuit includes a comparator unit distinguishing between the output signal from the envelope detector stage (Vout1) and the reference signal (Swref), and a hysteresis unit, said comparator unit being connected to earth via a first regulating transistor traversed by a first regulating current (Icmp), and in that the hysteresis unit is connected to earth (Vss) via a second regulating transistor traversed by a second regulating current (Ihyst), the hysteresis width being linked to the ratio between the second regulating current (Ihyst) and the first regulating current (Icmp). - a first amplifier stage connected via one of the inputs thereof to the input terminal of said receiver circuit and delivering an amplified signal (Vout), said first amplifier stage including a low-noise amplifier, - an envelope detector stage, connected to the first stage output, for detecting maxima in the amplified incoming signal (Vout) in order to recover the signal envelope and to deliver a detected signal (Vout1), - a comparator circuit having a positive input connected to the output of the envelope detector stage and a negative input receiving a reference signal (Swref) in order to compare the output of the envelope detector stage (Vout1) to the reference signal (Swref) and to deliver a demodulated output signal (Vdout), - a second amplifier stage having a negative input connected to the output of the envelope detector stage and a positive input receiving the reference signal (Swref),
Device for modifying an emotional state of a user, which comprises: - a real-time reader of electroencephalographic signals, - a module for determining an emotional state according to an electroencephalographic signal read, - a means for determining a target emotional state, - an automatic selector for selecting a succession of at least one sound file, from a pre-compiled list of sound files, according to the target emotional state determined, the electroencephalographic signal read, and at least one parameter associated with each said sound file, a parameter used by the automatic selector to select a succession of sound files being an indicator representative of an emotional state value associated to at least one sound file, the succession of sound files being configured to have an increasing emotional state value gradient corresponding to the target emotional state determined, and - an electroacoustic transducer configured to play the selected succession of sound files, characterised in that the device also comprises: - a secondary selector of a sound file, and - a means for updating the succession by determining a new succession following manual selection, according to the sound file manually selected by the secondary selector to achieve the target emotional state, the new succession of sound files being configured to have an increasing emotional state value gradient corresponding to the target emotional state determined based on the indicator representative of an emotional state value associated to the sound file selected. - a real-time reader of electroencephalographic signals, - a module for determining an emotional state according to an electroencephalographic signal read, - a means for determining a target emotional state, - an automatic selector for selecting a succession of at least one sound file, from a pre-compiled list of sound files, according to the target emotional state determined, the electroencephalographic signal read, and at least one parameter associated with each said sound file, a parameter used by the automatic selector to select a succession of sound files being an indicator representative of an emotional state value associated to at least one sound file, the succession of sound files being configured to have an increasing emotional state value gradient corresponding to the target emotional state determined, and - an electroacoustic transducer configured to play the selected succession of sound files, - a secondary selector of a sound file, and - a means for updating the succession by determining a new succession following manual selection, according to the sound file manually selected by the secondary selector to achieve the target emotional state, the new succession of sound files being configured to have an increasing emotional state value gradient corresponding to the target emotional state determined based on the indicator representative of an emotional state value associated to the sound file selected.
An engine for a vehicle, comprising a viscosity measuring apparatus configured to measure viscosity of a coolant of the engine, the engine having a cylinder pressure sensor configured to detect cylinder pressure which is inner pressure of a cylinder of the engine, a fuel injection valve configured to supply fuel to the engine, and a temperature sensor configured to detect temperature of a coolant of the engine, said viscosity measuring apparatus comprising: an estimating device configured to calculate a cooling loss from a heating value of the cylinder based on the cylinder pressure detected by the cylinder pressure sensor and an input heating value of the cylinder, and to estimate viscosity of the coolant on the basis of the calculated cooling loss. an estimating device configured to calculate a cooling loss from a heating value of the cylinder based on the cylinder pressure detected by the cylinder pressure sensor and an input heating value of the cylinder, and to estimate viscosity of the coolant on the basis of the calculated cooling loss.
Absorption air conditioning device, in particular for a motor vehicle, comprising: - an evaporator and an absorber each having at least one dispersion plate through which a refrigerant fluid and an absorbent fluid pass, respectively, said dispersion plates being constituted by at least one grid (51, 52, 53) and at least one of said dispersion plates being constituted by two parallel grids (52, 53) separated by a small distance of between 0 and 2.7 mm, and the grid constituting the dispersion plate traversed by an absorbent fluid being constituted by intertwined wires forming meshes, and said grid having the following characteristics: the wire size is between 30 and 400 micrometers, the mesh size has lengths between 100 and 2700 micrometers, and its material is made of absorbent fluid resistant plastic or absorbent fluid resistant steel. - an evaporator and an absorber each having at least one dispersion plate through which a refrigerant fluid and an absorbent fluid pass, respectively, said dispersion plates being constituted by at least one grid (51, 52, 53) and at least one of said dispersion plates being constituted by two parallel grids (52, 53) separated by a small distance of between 0 and 2.7 mm, and the grid constituting the dispersion plate traversed by an absorbent fluid being constituted by intertwined wires forming meshes, and said grid having the following characteristics: the wire size is between 30 and 400 micrometers, the mesh size has lengths between 100 and 2700 micrometers, and its material is made of absorbent fluid resistant plastic or absorbent fluid resistant steel.
A flight conveyor of the kind which is arranged for conveying a material from one position to another one and which is comprising, - a frame, - at least one drive wheel and at least one idler wheel rotatably mounted on the frame, - a number of segments for supporting the material, - a number of shafts for pivotally interconnecting the segments to an endless row which has an upper row part and lower row part and is running, during operation, over the at least one drive wheel and the at least one idler wheel, and - a number of conveyor flights for bringing the material along in the conveying direction, further comprising - that at least one rail is extending between the idler wheel and the drive wheel in an area below the upper row part, - that at least one slide (11;21), which is mounted on the back of each flight, seen in the conveying direction, is slidingly supported by the at least one rail, - that removing means is arranged at the drive wheel for successively removing adhered material from segments and flights passing the removing means during operation, characterized in comprising - that the flights are pivotally mounted on each their shaft, and - that the flights can pivot freely around their shaft when transported between the removing means and the at least one rail. - a frame, - at least one drive wheel and at least one idler wheel rotatably mounted on the frame, - a number of segments for supporting the material, - a number of shafts for pivotally interconnecting the segments to an endless row which has an upper row part and lower row part and is running, during operation, over the at least one drive wheel and the at least one idler wheel, and - a number of conveyor flights for bringing the material along in the conveying direction, further comprising - that at least one rail is extending between the idler wheel and the drive wheel in an area below the upper row part, - that at least one slide (11;21), which is mounted on the back of each flight, seen in the conveying direction, is slidingly supported by the at least one rail, - that removing means is arranged at the drive wheel for successively removing adhered material from segments and flights passing the removing means during operation, characterized in comprising - that the flights are pivotally mounted on each their shaft, and - that the flights can pivot freely around their shaft when transported between the removing means and the at least one rail.
A connection mechanism (10, 10A-10C) for a tire slip prevention device configured to connect ends of a wire disposed along a longitudinal direction of a tire slip prevention device for vehicles and positioned on at least one of an inner position or an outer position of a tire when mounted on the tire, the connection mechanism (10, 10A-10C) comprising: a coupling member including one end, a coupling base portion on the one end, another end, and a tubular body on the other end, one end of the wire being engaged with the coupling base portion, the tubular body having an insertion opening; a connecting head portion having a projection surface, another end of the wire being connected to the projection surface, the projection surface being greater than a diameter of the wire and capable of being inserted into the insertion opening; and a clamping means disposed inside the body, the clamping means including pawls (16a2) configured to clamp a rear end of the connecting head portion inserted from the insertion opening or a constricted portion provided on the connecting head portion, wherein the clamping means is formed by joining a pair of clamping pieces, the clamping pieces including pressing portions (16a3), the pawls (16a2), and pivots (16a1) positioned between the pressing portions (16a3) and the pawls (16a2), the pair of clamping pieces being joined at the pivots (16a1) as an axis, and wherein the body is provided with notched portions (14c2) on a side surface corresponding to a location position of the pressing portions (16a3) when the clamping means is contained in the body, the notched portions (14c2) being recessed in a direction in which a pair of the pressing portions (16a3) approaches each other. a coupling member including one end, a coupling base portion on the one end, another end, and a tubular body on the other end, one end of the wire being engaged with the coupling base portion, the tubular body having an insertion opening; a connecting head portion having a projection surface, another end of the wire being connected to the projection surface, the projection surface being greater than a diameter of the wire and capable of being inserted into the insertion opening; and a clamping means disposed inside the body, the clamping means including pawls (16a2) configured to clamp a rear end of the connecting head portion inserted from the insertion opening or a constricted portion provided on the connecting head portion, wherein the clamping means is formed by joining a pair of clamping pieces, the clamping pieces including pressing portions (16a3), the pawls (16a2), and pivots (16a1) positioned between the pressing portions (16a3) and the pawls (16a2), the pair of clamping pieces being joined at the pivots (16a1) as an axis, and wherein the body is provided with notched portions (14c2) on a side surface corresponding to a location position of the pressing portions (16a3) when the clamping means is contained in the body, the notched portions (14c2) being recessed in a direction in which a pair of the pressing portions (16a3) approaches each other.
Method for treating odorous gases in a pulp mill, in which method odorous gases are combusted in a separate combustion device and flue gas generated therein is scrubbed, characterized in that the scrubbed flue gas is led into a recovery boiler.
A base comprising: a frame; a keyboard enclosed by the frame, the keyboard being configured to wirelessly communicate with a computing device; and a mount hingedly attached to the frame at one or more locations in the frame adjacent to the keyboard, wherein the mount is rotatable from a position resting against a rear portion of the frame and laying flat against the base to laying across the keyboard, wherein the mount comprises a plurality of magnets configured to retain the computing device and wherein the mount occupies the space between a back portion of the keyboard and an end portion of the frame at the rear of the frame when laying flat against the base such that a top portion of the mount is adjacent to the end portion of the frame; wherein the plurality of magnets includes: a first column of magnets extending in a first direction, the first direction being generally perpendicular to an axis of rotation of the hinge about the frame; a second column of magnets extending in the first direction; and a row of magnets extending in a second direction, the second direction being generally parallel to the axis of rotation of the hinge about the frame; wherein the row of magnets is located in a lower portion of the mount such that the row of magnets is closer to the back portion of the keyboard than to the end portion of the frame when the mount is flat against the frame in order to prevent the computing device from rotating about the top portion of the mount. a frame; a keyboard enclosed by the frame, the keyboard being configured to wirelessly communicate with a computing device; and a mount hingedly attached to the frame at one or more locations in the frame adjacent to the keyboard, wherein the mount is rotatable from a position resting against a rear portion of the frame and laying flat against the base to laying across the keyboard, wherein the mount comprises a plurality of magnets configured to retain the computing device and wherein the mount occupies the space between a back portion of the keyboard and an end portion of the frame at the rear of the frame when laying flat against the base such that a top portion of the mount is adjacent to the end portion of the frame; a first column of magnets extending in a first direction, the first direction being generally perpendicular to an axis of rotation of the hinge about the frame; a second column of magnets extending in the first direction; and a row of magnets extending in a second direction, the second direction being generally parallel to the axis of rotation of the hinge about the frame; wherein the row of magnets is located in a lower portion of the mount such that the row of magnets is closer to the back portion of the keyboard than to the end portion of the frame when the mount is flat against the frame in order to prevent the computing device from rotating about the top portion of the mount.
A method for displaying an image on a first display device which comprises a sensing unit, a communication unit, a control unit, an output unit and a display unit, the method comprising: detecting with the sensing unit that a user is using the first display device based on a user input, transmitting with the communication unit to a wearable device use information generated by the control unit which indicates that the user is using the first display device; receiving with the communication unit from the wearable device, information about at least a portion of an image displayed on the wearable device, corresponding to the use information, the at least a portion of the image being determined by the wearable device based on the use information, wherein when the image displayed on the wearable device is a moving image, the received information about the at least a portion of the image includes an image captured by the wearable device, synchronization information representing the current play position of the moving image and an identification value of the moving image displayed on the wearable device, wherein the synchronization information further includes information about a link address of an external server storing the moving image and an identification information of the external server; receiving the at least a portion of the image determined from the external server based on the synchronization information and the identification value of the moving image; and displaying on the first display device the received at least a portion of the image. detecting with the sensing unit that a user is using the first display device based on a user input, transmitting with the communication unit to a wearable device use information generated by the control unit which indicates that the user is using the first display device; receiving with the communication unit from the wearable device, information about at least a portion of an image displayed on the wearable device, corresponding to the use information, the at least a portion of the image being determined by the wearable device based on the use information, wherein when the image displayed on the wearable device is a moving image, the received information about the at least a portion of the image includes an image captured by the wearable device, synchronization information representing the current play position of the moving image and an identification value of the moving image displayed on the wearable device, wherein the synchronization information further includes information about a link address of an external server storing the moving image and an identification information of the external server; receiving the at least a portion of the image determined from the external server based on the synchronization information and the identification value of the moving image; and displaying on the first display device the received at least a portion of the image.
Method of controlling a stretch-reducing rolling mill, wherein tube ends of stretched tubes are optimised by control of one or more motors of the stretch-reducing rolling mill, comprising at least one wall thickness measurement at the outlet side and an automatic adaptation of the amount of a change in rotational speed of the motors to the tube wall thickness profile, characterised in that the time plot of the rotational speed changes of individual or all motors is automatically adapted on the basis of the tube wall thickness measurement values, wherein the time plot of the rotational speeds is characterised by the start instant of the rotational speed change and the end instant of the rotational speed change, wherein the time plot is characterised by start instant or end instant and a rate of change. characterised in that the time plot of the rotational speed changes of individual or all motors is automatically adapted on the basis of the tube wall thickness measurement values, wherein the time plot of the rotational speeds is characterised by the start instant of the rotational speed change and the end instant of the rotational speed change, wherein the time plot is characterised by start instant or end instant and a rate of change.
A method performed by a network node (203a, 203b) for transmitting enhanced Multimedia Broadcast Multicast Services, eMBMS, control information to wireless devices (121,122) in a wireless telecommunications network, which eMBMS control information comprises MBMS Single Frequency Network, MBSFN, area configuration information and MCH Scheduling Information, MSI, for a Multicast CHannel, MCH, wherein the MBSFN area configuration information and the MSI indicate Multicast Traffic Channels, MTCHs, for the eMBMS, characterized in that the method comprises configuring the indication of the MTCHs in the MBSFN area configuration information and in the MSI based on an order of logical channel identities of the MTCHs that is set in the network node (203a, 203b); and transmitting the MBSFN area configuration information and MSI to the wireless devices (121,122) in the wireless telecommunications network. configuring the indication of the MTCHs in the MBSFN area configuration information and in the MSI based on an order of logical channel identities of the MTCHs that is set in the network node (203a, 203b); and transmitting the MBSFN area configuration information and MSI to the wireless devices (121,122) in the wireless telecommunications network.