mhurhangee/ep-ind-claims huggingface dataset:
Method for handling a green tyre for bicycles, comprising: - arranging a green tyre for bicycles, profiled according to a circular extension around a geometric axis of rotation of the green tyre itself and according to a convex cross-section profile in a radially outer direction, said geometric axis of rotation being arranged in a predefined position, wherein arranging said green tyre comprises exerting a thrust action on a radially inner surface of the green tyre directed radially outwards for expanding said green tyre from the interior up to reaching an expanded configuration; - arranging a gripping device defining a gripping sector distributed around a gripping axis, said gripping sector comprising at least one gripping area which can be activated on the green tyre; - aligning said gripping axis with the geometric axis of rotation of the green tyre for coaxially positioning the gripping device around the green tyre; - activating said at least one gripping area against a radially outer surface of the green tyre so as to retain said green tyre thus arranged, wherein said at least one gripping area is activated against the radially outer surface of the green tyre arranged in the expanded configuration, by means of an attraction action acting on the radially outer surface of the green tyre moving away from the geometric axis of rotation; - handling said gripping device to a subsequent working station of the green tyre while said gripping device continues to retain the green tyre. - arranging a green tyre for bicycles, profiled according to a circular extension around a geometric axis of rotation of the green tyre itself and according to a convex cross-section profile in a radially outer direction, said geometric axis of rotation being arranged in a predefined position, wherein arranging said green tyre comprises exerting a thrust action on a radially inner surface of the green tyre directed radially outwards for expanding said green tyre from the interior up to reaching an expanded configuration; - arranging a gripping device defining a gripping sector distributed around a gripping axis, said gripping sector comprising at least one gripping area which can be activated on the green tyre; - aligning said gripping axis with the geometric axis of rotation of the green tyre for coaxially positioning the gripping device around the green tyre; - activating said at least one gripping area against a radially outer surface of the green tyre so as to retain said green tyre thus arranged, wherein said at least one gripping area is activated against the radially outer surface of the green tyre arranged in the expanded configuration, by means of an attraction action acting on the radially outer surface of the green tyre moving away from the geometric axis of rotation; - handling said gripping device to a subsequent working station of the green tyre while said gripping device continues to retain the green tyre.
Method for thickness measurement on measurement objects which can be moved in a transport direction, wherein at least one sensor from the upper side and at least one other sensor from the lower side measures with respect to the object and, when the spacing of the sensors with respect to each other is known, the thickness of the object is calculated in accordance with the formula D = Gap - (S1 + S2), wherein D = thickness of the measurement object, Gap = spacing of the sensors with respect to each other, S1 = spacing of the upper sensor with respect to the upper side of the measurement object and S2 = spacing of the lower sensor with respect to the lower side of the measurement object, further comprising the compensation of a measurement error which is brought about by the offset of the sensors and/or by a tilting of the sensors, wherein the offset and/or the tilting of the sensors is established by means of calibration using a calibration means which has an edge in a traversing direction transverse relative to the transport direction and is pivoted into and out of the measurement region by means of a pivot mechanism, wherein the position of the edge is evaluated, and the calculated thickness or the calculated thickness profile is corrected accordingly.
A set of panels, preferably for a furniture product, comprising a panel and an adjacent panel, wherein - the panel comprises a groove and at least one hole connected to the groove via an opening, wherein the hole is a circular hole, and wherein a circular segment of the hole extends into the groove with the height (h) of the circular segment and the chord (c) of the circular segment define a width (w) of the opening, - the adjacent panel comprises a first edge that is configured to be arranged in the groove of the panel, and - the panel comprises a locking device configured to lock the first edge of the adjacent panel in the groove of the panel, wherein - the locking device comprises a cylinder and a lever connected to the cylinder, - the locking device is a single piece which does not need any tools to be used, - the cylinder is configured to be arranged in the hole in the panel, - the cylinder is an eccentric cylinder comprising a top and bottom base (43, 44) and a locking surface connecting the top and bottom base (43, 44), - the cylinder is configured to act as a cam when the cylinder is turned about an axis in the hole, and - the lever is configured to, when turned, turn the cylinder about the axis between a mounting position and a locking position, wherein - in the mounting position, the first edge of the adjacent panel is configured to be arranged in the groove of the panel, and - in the locking position, a part of the locking surface of the locking device extends into the groove through the opening and lock the adjacent panel in the groove. - the panel comprises a groove and at least one hole connected to the groove via an opening, wherein the hole is a circular hole, and wherein a circular segment of the hole extends into the groove with the height (h) of the circular segment and the chord (c) of the circular segment define a width (w) of the opening, - the adjacent panel comprises a first edge that is configured to be arranged in the groove of the panel, and - the panel comprises a locking device configured to lock the first edge of the adjacent panel in the groove of the panel, wherein - the locking device comprises a cylinder and a lever connected to the cylinder, - the locking device is a single piece which does not need any tools to be used, - the cylinder is configured to be arranged in the hole in the panel, - the cylinder is an eccentric cylinder comprising a top and bottom base (43, 44) and a locking surface connecting the top and bottom base (43, 44), - the cylinder is configured to act as a cam when the cylinder is turned about an axis in the hole, and - the lever is configured to, when turned, turn the cylinder about the axis between a mounting position and a locking position, wherein - in the mounting position, the first edge of the adjacent panel is configured to be arranged in the groove of the panel, and - in the locking position, a part of the locking surface of the locking device extends into the groove through the opening and lock the adjacent panel in the groove.
A compound having a formula (F-I) below: wherein: R 1 and R 2 are independently each a linear alkyl group selected from n -butyl, n -hexyl, n -octyl, n -decyl, and n -dodecyl; and R3 groups are selected from: methyl, ethyl, n -propyl, n -butyl, n -pentyl, n -hexyl, n- heptyl, n -octyl, n -nonyl, n -decyl, n -undecyl, n -dodecyl, n -tridecyl, n -tetradecyl, n -pentadecyl, n -hexadecyl, n -heptadecyl, n -octadecyl, n -nonadecyl, n -icosyl, phenyl, benzyl, 2-phenylethyl, 3-phenylpropyl, 4-phenylbutyl, 3-(3-methylphenyl)propyl, 3-(p-tolyl)propyl, 2-methylphenyl, 3-methylphenyl, 4-methylphenyl, 2-methyl-1-naphthyl, 6-phenylhexyl, 5-pentylphenyl, 4-butylphenyl, 4-tert-butylphenyl, 7-phenylheptanyl, 4-octylphenyl, 2-methylcyclohexyl, 3-methylcyclohexyl, 4-methylcyclohexyl, 4-tert-butylcyclohexyl, 4-phenylcyclohexyl, cyclohexylpentyl, nitrophenylmethyl, xylylmethyl, xylylpropyl, methoxyphenylethyl, methoxyphenylpropyl, methoxyphenylbutyl, nitrophenylpropyl, nitrophenylbutyl, and xylylbutyl. R 1 and R 2 are independently each a linear alkyl group selected from n -butyl, n -hexyl, n -octyl, n -decyl, and n -dodecyl; and R3 groups are selected from: methyl, ethyl, n -propyl, n -butyl, n -pentyl, n -hexyl, n- heptyl, n -octyl, n -nonyl, n -decyl, n -undecyl, n -dodecyl, n -tridecyl, n -tetradecyl, n -pentadecyl, n -hexadecyl, n -heptadecyl, n -octadecyl, n -nonadecyl, n -icosyl, phenyl, benzyl, 2-phenylethyl, 3-phenylpropyl, 4-phenylbutyl, 3-(3-methylphenyl)propyl, 3-(p-tolyl)propyl, 2-methylphenyl, 3-methylphenyl, 4-methylphenyl, 2-methyl-1-naphthyl, 6-phenylhexyl, 5-pentylphenyl, 4-butylphenyl, 4-tert-butylphenyl, 7-phenylheptanyl, 4-octylphenyl, 2-methylcyclohexyl, 3-methylcyclohexyl, 4-methylcyclohexyl, 4-tert-butylcyclohexyl, 4-phenylcyclohexyl, cyclohexylpentyl, nitrophenylmethyl, xylylmethyl, xylylpropyl, methoxyphenylethyl, methoxyphenylpropyl, methoxyphenylbutyl, nitrophenylpropyl, nitrophenylbutyl, and xylylbutyl.
Method for controlling filter cleaning in a vacuuming device, the vacuuming device comprising at least one filter that is cleaned regularly, the filter cleaning comprising cleaning operations, wherein an intensity of the cleaning operations is set in dependence on a state of the filter of the vacuuming device, wherein the intensity of the cleaning operations is set in that cleaning pulses of the cleaning operations comprise lengths of time ti which are set in dependence on a state of the filter of the vacuuming device, characterized in that the length of time ti is set by varying the valve opening time.
A method for alerting a user that an operating system has entered a secure mode, the method comprising: tracking operations of an application that is hosted by the operating system, wherein the environment status of the operating system is a default mode; determining whether the tracked operations of the application trigger a transition of the environment status from the default mode to a secure mode, wherein, in the secure mode, the application is prohibited from reading inputs to the operating system initiated by a user; transitioning the environment status from the default mode to the secure mode upon determining that the tracked operations of the application trigger the transition to the secure mode, characterized by: rendering input areas on a user-interface display that, upon receiving one or more expected inputs, allow for transitioning to the default mode; and automatically communicating an indication of the transition to the secure mode from the operating system to an indicator device, wherein the indicator device is exclusively controlled by the operating system and only the operating system may manipulate the indicator device and configured for producing an alert to notify the user of the transition to the secure mode. tracking operations of an application that is hosted by the operating system, wherein the environment status of the operating system is a default mode; determining whether the tracked operations of the application trigger a transition of the environment status from the default mode to a secure mode, wherein, in the secure mode, the application is prohibited from reading inputs to the operating system initiated by a user; transitioning the environment status from the default mode to the secure mode upon determining that the tracked operations of the application trigger the transition to the secure mode, characterized by: rendering input areas on a user-interface display that, upon receiving one or more expected inputs, allow for transitioning to the default mode; and automatically communicating an indication of the transition to the secure mode from the operating system to an indicator device, wherein the indicator device is exclusively controlled by the operating system and only the operating system may manipulate the indicator device and configured for producing an alert to notify the user of the transition to the secure mode. rendering input areas on a user-interface display that, upon receiving one or more expected inputs, allow for transitioning to the default mode; and automatically communicating an indication of the transition to the secure mode from the operating system to an indicator device, wherein the indicator device is exclusively controlled by the operating system and only the operating system may manipulate the indicator device and configured for producing an alert to notify the user of the transition to the secure mode.
A method for transmitting data from a plurality of base stations (104a, 104b) to a user device (u 0), comprising: determining antenna weights for each of the plurality of base stations (104a, 104b) that maximize the data rate that can be reliably transmitted to the user device (u 0); transmitting data to the user device using the determined antenna weights; and characterized in that the determination of the antenna weights is subject to a predetermined power constraint and a predetermined non-zero interference constraint. determining antenna weights for each of the plurality of base stations (104a, 104b) that maximize the data rate that can be reliably transmitted to the user device (u 0); transmitting data to the user device using the determined antenna weights; and characterized in that the determination of the antenna weights is subject to a predetermined power constraint and a predetermined non-zero interference constraint.
A coaxial heat exchanger assembly, comprising: a first condenser tee, and a coaxial heat exchanger connected to said condenser tee; said heat exchanger having an inner conduit formed of one of titanium, stainless steel or alloys thereof and an outer jacket formed of copper or alloys thereof; said first condenser tee having three ports (30, 32, 34) wherein a first port is capable of flow communication with saltwater, a third port is configured to be in flow communication with a refrigerant and a second port is configured to be in flow communication with said heat exchanger wherein both of said saltwater and said refrigerant are configured to pass for heat exchange;and said second and third ports (32, 34) being connected to said heat exchanger and being connectable to a refrigerant tubing by at least one of high pressure high temperature resin or brazing; characterized in that said first port being connected to said inner conduit by a compression fitting comprising an adapter which is braze compatible with said first condenser tee, and a compression ring which engages said adapter and seals said inner conduit to said first port. a first condenser tee, and a coaxial heat exchanger connected to said condenser tee; said heat exchanger having an inner conduit formed of one of titanium, stainless steel or alloys thereof and an outer jacket formed of copper or alloys thereof; said first condenser tee having three ports (30, 32, 34) wherein a first port is capable of flow communication with saltwater, a third port is configured to be in flow communication with a refrigerant and a second port is configured to be in flow communication with said heat exchanger wherein both of said saltwater and said refrigerant are configured to pass for heat exchange;and said second and third ports (32, 34) being connected to said heat exchanger and being connectable to a refrigerant tubing by at least one of high pressure high temperature resin or brazing; characterized in that said first port being connected to said inner conduit by a compression fitting comprising an adapter which is braze compatible with said first condenser tee, and a compression ring which engages said adapter and seals said inner conduit to said first port.
A method for decoding encoded image data, the method comprising: accessing a residual data block including residual data block values, said residual data block comprising a first data block ê representing a two-dimensional matrix; accessing a prediction data block including prediction data block values, said prediction data block comprising a second data block Y representing a two-dimensional matrix; accessing a projection factor comprising a scalar quantity ρ', said projection factor being associated with the residual data block, wherein ρ' is a reconstruction of 〈 X, Y 〉 〈 X, Y 〉, X being a third data block representing an input data block of the encoded image data in the form of a two-dimensional matrix; generating, by a computing system, scaled prediction data block values by multiplying the projection factor by the prediction data block values, said generating scaled prediction data block values comprising calculating ρ' Y; and generating, by the computing system, output data block values included in third data block X by summing corresponding residual data block values and scaled prediction data block values, said generating output data block values comprising calculating X = e + ρ' Y accessing a residual data block including residual data block values, said residual data block comprising a first data block ê representing a two-dimensional matrix; accessing a prediction data block including prediction data block values, said prediction data block comprising a second data block Y representing a two-dimensional matrix; accessing a projection factor comprising a scalar quantity ρ', said projection factor being associated with the residual data block, wherein ρ' is a reconstruction of 〈 X, Y 〉 〈 X, Y 〉, X being a third data block representing an input data block of the encoded image data in the form of a two-dimensional matrix; generating, by a computing system, scaled prediction data block values by multiplying the projection factor by the prediction data block values, said generating scaled prediction data block values comprising calculating ρ' Y; and generating, by the computing system, output data block values included in third data block X by summing corresponding residual data block values and scaled prediction data block values, said generating output data block values comprising calculating X = e + ρ' Y
A power generation system (20A, 20B, 20C) comprising a plurality of power generation units (50A, 50B, 50C) which are provided in parallel to an external power system, wherein each of the power generation units (50A, 50B, 50C) comprises: an expander configured to be rotated by a working medium; a power generator configured to generate power through the rotation of the expander; a rectifier configured to rectify the power generated by the power generator and output the rectified power to the external power system; a medium distribution system configured to pump the working medium into the expander; a relay configured to connect and disconnect power between the power generator and the external power system; an operating unit configured to be operated when maintenance of the power generation unit (50A, 50B, 50C) starts; a sensor configured to detect an operation of the operating unit to send a detection signal to a relay driving unit, a relay driving unit configured to switch the relay so as to interrupt power between the power generator and the external power system, based on the detection signal from the sensor. an expander configured to be rotated by a working medium; a power generator configured to generate power through the rotation of the expander; a rectifier configured to rectify the power generated by the power generator and output the rectified power to the external power system; a medium distribution system configured to pump the working medium into the expander; a relay configured to connect and disconnect power between the power generator and the external power system; an operating unit configured to be operated when maintenance of the power generation unit (50A, 50B, 50C) starts; a sensor configured to detect an operation of the operating unit to send a detection signal to a relay driving unit, a relay driving unit configured to switch the relay so as to interrupt power between the power generator and the external power system, based on the detection signal from the sensor.
A quantum communication device adapted to correct first sift key data acquired by performing sift processing with respect to a quantum bit string received from a transmission device via a quantum communication path, the device comprising: a calculation unit configured to calculate a margin of an estimated error rate on the basis of at least one of a change in a polarization characteristic of and a change in a phase characteristic of the quantum communication path, and deviation in an arrival time of a photon; a determination unit configured to determine setting information of error correction processing on the first sift key data according to a set error rate, the set error rate being calculated from the estimated error rate of the first sift key data and the margin of the estimated error rate; and a correction unit configured to generate corrected key data by performing the error correction processing using the setting information. a calculation unit configured to calculate a margin of an estimated error rate on the basis of at least one of a change in a polarization characteristic of and a change in a phase characteristic of the quantum communication path, and deviation in an arrival time of a photon; a determination unit configured to determine setting information of error correction processing on the first sift key data according to a set error rate, the set error rate being calculated from the estimated error rate of the first sift key data and the margin of the estimated error rate; and a correction unit configured to generate corrected key data by performing the error correction processing using the setting information.
An aircraft system comprising: an aircraft; and an electronic instrument on said aircraft, said electronic instrument comprising: a wireless connectivity interface providing wireless communication over a plurality of communication channels; characterized in that the electronic instrument further comprises: a display comprising a visual indication, said visual indication being indicative of which of said plurality of communication channels are available communication channels, wherein the available communication channel is capable of transmitting and/or receiving data, said visual indication being further indicative of which of the available communication channels are in-use communication channels, wherein the in-use communication channel is both available and being used to transmit and/or receive data, wherein the system is configured such that it places in use only one or several of the available communication channels. an aircraft; and an electronic instrument on said aircraft, said electronic instrument comprising: a wireless connectivity interface providing wireless communication over a plurality of communication channels; a display comprising a visual indication, said visual indication being indicative of which of said plurality of communication channels are available communication channels, wherein the available communication channel is capable of transmitting and/or receiving data, said visual indication being further indicative of which of the available communication channels are in-use communication channels, wherein the in-use communication channel is both available and being used to transmit and/or receive data, wherein the system is configured such that it places in use only one or several of the available communication channels.