mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting concentration of air contaminants, comprising: obtaining single beam measurements recorded frequently, said single beam measurements comprising measured electromagnetic radiation values, wherein said single beam measurements are obtained from a detector in predetermined intervals; determining a moving average sample single beam value, which is a moving average of a first set of single beam measurements obtained from the detector; determining a moving average background single beam value, which is a moving average of a second set of single beam electromagnetic radiation measurements obtained from the detector, wherein the second set of single beam measurements comprises single beam measurements included in the first set of single beam measurements; upon recording of a single beam measurement, updating the moving average sample single beam value and the moving average background single beam value; comparing the moving average sample single beam value to the moving average background single beam value to determine the concentration of air contamination as a function of time; wherein the second set of single beam measurements comprises a plurality of single beam measurements that were detected by the detector prior to the detection of the single beam measurements included in the first set of single beam measurements. obtaining single beam measurements recorded frequently, said single beam measurements comprising measured electromagnetic radiation values, wherein said single beam measurements are obtained from a detector in predetermined intervals; determining a moving average sample single beam value, which is a moving average of a first set of single beam measurements obtained from the detector; determining a moving average background single beam value, which is a moving average of a second set of single beam electromagnetic radiation measurements obtained from the detector, wherein the second set of single beam measurements comprises single beam measurements included in the first set of single beam measurements; upon recording of a single beam measurement, updating the moving average sample single beam value and the moving average background single beam value; comparing the moving average sample single beam value to the moving average background single beam value to determine the concentration of air contamination as a function of time; wherein the second set of single beam measurements comprises a plurality of single beam measurements that were detected by the detector prior to the detection of the single beam measurements included in the first set of single beam measurements.
A device for the adjustment and control of temperature, of the type comprising a cold water inlet and a hot water inlet each of which are provided with respective electrically-operated valve (6,7) which can be adjusted by the user through selection means for selecting the flow and temperature of the mixed water which has to be supplied and a control unit for adjusting the flows of cold water and hot water supplied by the respective inlets (2, 3), the control unit comprising a temperature sensor, wherein the device further comprises a mixer connected downstream of the electrically-operated valves (6,7) and a mixed water outlet, the inlets to the mixer originating from the electrically-operated valves (6,7) being mutually opposed to each other and the electrically operated valves (6,7) being solenoid valves provided with respective membranes associated with the respective operating solenoids, the control unit, depending on the selection made by the user, acting on the proportional electrically operated valves (6,7) varying the flows of cold water and hot water according to the f low and temperature selected by the user in the selection means characterised in that the control unit also comprises respective flow sensors (22, 32) for the hot water inlet and the cold water inlet flow, the temperature and the flow sensors (21, 31, 22, 32) being located upstream of the electrically-operated valves,the control unit being adapted for controlling the positioning of plugs of each valve independently to permit the passage of flows of cold water and hot water and provide mixed water according to a selection made by the user such that flow rate of mixed water is adjusted during use by the control unit by operating the proportional electrically operated valves (6,7) taking the values selected through the selection means and the values measured by the flow and temperature sensors as a basis.
An image heating apparatus for an image forming apparatus, for heating an image formed on a recording material, the image heating apparatus comprising: a tubular rotary member including an electrically conductive layer; a magnetic core inserted into a hollow portion of the rotary member; a coil helically wound around an outer side of the magnetic core in the hollow portion, the coil is provided so that a direction of a helical axis of the coil is a direction along a generatrix direction of the rotary member; and a control unit configured to control a frequency of an alternating current flowing through the coil, wherein the electrically conductive layer generates heat by an electromagnetic induction in an alternating magnetic field formed when the alternating current flows through the coil, and wherein the control unit controls the frequency in accordance with a size of the recording material, characterized in that the coil is continuously extended in a range from one longitudinal end of the rotary member to the other longitudinal end of the rotary member, and the control unit sets a first frequency in a case where heating processing is performed on the recording material having a first width, and sets a second frequency that is higher than the first frequency in a case where the heating processing is performed on the recording material having a second width that is wider than the first width. a tubular rotary member including an electrically conductive layer; a magnetic core inserted into a hollow portion of the rotary member; a coil helically wound around an outer side of the magnetic core in the hollow portion, the coil is provided so that a direction of a helical axis of the coil is a direction along a generatrix direction of the rotary member; and a control unit configured to control a frequency of an alternating current flowing through the coil, wherein the electrically conductive layer generates heat by an electromagnetic induction in an alternating magnetic field formed when the alternating current flows through the coil, and wherein the control unit controls the frequency in accordance with a size of the recording material, characterized in that the coil is continuously extended in a range from one longitudinal end of the rotary member to the other longitudinal end of the rotary member, and the control unit sets a first frequency in a case where heating processing is performed on the recording material having a first width, and sets a second frequency that is higher than the first frequency in a case where the heating processing is performed on the recording material having a second width that is wider than the first width.
Scanning unit of a position-measuring device, having a housing in which a detector unit for scanning a scale is arranged, wherein the housing comprises a base body and a cover which is attached to the base body, and wherein the base body has a plurality of holes (41, 42) for screwing the scanning unit onto an object to be measured, characterized in that a plurality of posts (31, 32) are formed on the base body, wherein in each case one of the holes (41, 42) is made in the posts (31, 32), and wherein the posts (31, 32) each have an external contour which corresponds to an internal contour of a recess (51, 52) in the cover in such a way that they form a press fit by means of which the cover is fastened to the base body.
A device for setting a minute hand and for winding a watch, comprising an operating device and a switching device, the operating device being displaceable from an operating position into a switching position against a restoring force by an axial displacement, the axial displacement of the operating device into the switching position driving the switching device, the switching device being displaceable from a winding position into a setting position or vice-versa, the operating device being coupled with a winding device when the switching device is in the winding position and with a setting device for a minute hand when the switching device is in the setting position in such a manner that the minute hand can be set or the winding device can be driven when the operating device is in the operating position, the operating device comprising a driving shaft, characterised in that the operating device comprises a switching shaft disposed concentric relative to the driving shaft, the driving shaft and the switching shaft being connected to each other via a torsionally stiff, axially mobile coupling in such a manner that the driving shaft can be rotated by means of a crown and the switching shaft can be displaced in at least the axial direction.
A convertible mat comprising a generally planar, rectangular or square pad-like base having four sides (21, 22, 23, 24) and a border extending around the base, at the periphery of each side (21, 22, 23, 24) of the base a respective border section (25, 26, 27, 28) extends and is hingedly joined to the base side by a respective folding line (30, 31, 32, 33), the base and the border sections (25, 26, 27, 28) are rigid, the ends of the border sections (25, 26, 27, 28) are joined together by webs (35, 36, 37, 38) along fold lines, the webs (35, 36, 37, 38) being single, generally triangular and substantially non-folding web sections which cause the border sections (25, 26, 27, 28) to be movable together between: a first position in which they are coplanar with the base, and a second position in which they are inclined whereby to form a tray; the border sections (26, 28) extending along the shorter sides (22, 24) of the base are generally rectangular, the border sections (25, 27) which extend along the longer sides (21, 23) of the base are trapezoidal; characterised by the webs (35, 36, 37, 38) being flexible and non-rigid. a first position in which they are coplanar with the base, and a second position in which they are inclined whereby to form a tray; the border sections (26, 28) extending along the shorter sides (22, 24) of the base are generally rectangular, the border sections (25, 27) which extend along the longer sides (21, 23) of the base are trapezoidal; characterised by the webs (35, 36, 37, 38) being flexible and non-rigid.
Collapsible tyre for a vehicle, comprising at least one carcass reinforcement optionally associated with an inextensible crown reinforcement, itself radially on the inside of a tread, said reinforcements each consisting of at least one layer of reinforcing elements, said tread being connected to two beads by two sidewalls, said beads being intended to come into contact with a rim, each bead comprising at least one inextensible circumferential reinforcing element called a bead wire, said bead wire defining, when free of any stress, a mean line forming a substantially circular closed curve in a circumferential plane, said sidewalls having a thickness of between 2.6 and 7 mm and said crown reinforcement having a thickness of between 2 and 7 mm, characterized in that the bead wire of each bead is flexible, and in that after the tyre has been collapsed, the mean line of the bead wire simultaneously defines a first curvature defined in the equatorial plane and having a first helix pitch extending anticlockwise in the axial plane, and a second curvature defined in said equatorial plane and having a second helix pitch extending clockwise in said axial plane, the first and second curvatures being connected together by a third connecting curvature defined in said equatorial plane, the projection of said first, second and third curvatures of the collapsed tyre onto an axial plane defining the two-dimensional envelope of said collapsed tyre by way of a total perimeter P of less than or equal to [3x(2H+A)], H being the height of the sidewall and A the width of the tyre.
A vehicle lamp with a lamp interior, which is at least partly enclosed by a lamp housing and a light lens, and at least one lighting means with at least one light source, which lighting means is at least partly accommodated in the lamp interior, and which lighting means is provided to fulfill at least one light function with a legally specified light distribution of the vehicle lamp, or which lighting means contributes to a mandatory light distribution of such a light function, comprising a raster image, which is backlit by at least one light source of a lighting means provided to fulfill the corresponding light function or contributing to a specified light distribution of the light function, which raster image produces, on a viewer looking through the light lens from outside of the lamp interior, an autostereoscopic effect with the corresponding depth effect or protruding effect involved in the perception of a spatial shape of the light function, wherein the raster image is illuminated by an organic light-emitting diode as lighting means (02, 20), and the raster image is applied directly onto the light source (02, 20).
Eyewear having a frame with lens and temples, each of said temples comprising: (a) a first connecting member having proximate and distal ends (315; 325), said proximate end being pivotably mounted to said frame about a first axis such that said first connecting member is movable from open and closed positions, said distal end comprising a first portion having a central bore formed as a through hole; and (b) a second branch member extending along a second axis from a proximate end to a distal end (111; 112), said second axis intersecting said first axis, wherein said proximate end of said second branch member comprises a second portion characterized in that the first portion is molded from a first material having a first melting temperature, and the second portion is molded from a second material having a second melting temperature, said first and second materials being different from each other and chemically incompatible such that they do not react or create chemical bonds with one another, further characterized in that one of said first and second portions is overmolded onto the other of said first and second portions for affixing together said first and second portions (330; 340), said first portion being disc-shaped and said second portion having complementary form and forming a molded rod of the second material which fills the central bore and extends between roughly circular first and second opposed sides of the second portion in their middle such that said second branch member is affixed to and pivotable relative to said first connecting member about a third axis intersecting said second axis. (a) a first connecting member having proximate and distal ends (315; 325), said proximate end being pivotably mounted to said frame about a first axis such that said first connecting member is movable from open and closed positions, said distal end comprising a first portion having a central bore formed as a through hole; and (b) a second branch member extending along a second axis from a proximate end to a distal end (111; 112), said second axis intersecting said first axis, wherein said proximate end of said second branch member comprises a second portion
A transmitter optical subassembly, comprising: a header electrically coupled to a chassis ground; and a circuit mounted on the header and comprising: a first input node configured to receive a first data signal; a second input node configured to receive a second data signal that is complementary of the first data signal; a buffer stage having a first node coupled to the first input node and the buffer stage including a second node coupled to the second input node; an electro-optical transducer; and an amplifier stage; characterized by: the amplifier stage having a fifth node coupled to a third node of the buffer stage and the amplifier stage having a sixth node coupled to a signal ground, wherein the signal ground is not coupled to the chassis ground; and the electro-optical transducer having an eighth node coupled to a seventh node of the amplifier stage and the electro-optical transducer having a ninth node adapted to couple to a voltage source, the ninth node being coupled to a fourth node of the buffer stage, wherein the amplifier stage is adapted to pull current through the electro-optical transducer via the sixth node, the seventh node, the eighth node, and the ninth node. a header electrically coupled to a chassis ground; and a circuit mounted on the header and comprising: a first input node configured to receive a first data signal; a second input node configured to receive a second data signal that is complementary of the first data signal; a buffer stage having a first node coupled to the first input node and the buffer stage including a second node coupled to the second input node; an electro-optical transducer; and an amplifier stage; a first input node configured to receive a first data signal; a second input node configured to receive a second data signal that is complementary of the first data signal; a buffer stage having a first node coupled to the first input node and the buffer stage including a second node coupled to the second input node; an electro-optical transducer; and an amplifier stage; the amplifier stage having a fifth node coupled to a third node of the buffer stage and the amplifier stage having a sixth node coupled to a signal ground, wherein the signal ground is not coupled to the chassis ground; and the electro-optical transducer having an eighth node coupled to a seventh node of the amplifier stage and the electro-optical transducer having a ninth node adapted to couple to a voltage source, the ninth node being coupled to a fourth node of the buffer stage, wherein the amplifier stage is adapted to pull current through the electro-optical transducer via the sixth node, the seventh node, the eighth node, and the ninth node.
Extrusion head having a mandrel, which is mounted in a housing of the extrusion head so that an extrusion material can flow around it in an extrusion direction of the extrusion head and in this respect an end nozzle portion of the mandrel is arranged in an opening in a nozzle, downstream of the mandrel in the extrusion direction, of the extrusion head so as to form a geometrically variable, circumferential gap between the nozzle portion and the nozzle, and the mandrel is mounted in the housing of the extrusion head so as to be pivotable transversely in relation to the extrusion direction about at least one axis, characterized in that the mandrel is mounted so as to be longitudinally movable in the direction of the axis and thus transversely in relation to the extrusion direction.
An airfoil-shaped body comprising: a base skin made of composite material; a first hat-shaped spar made of composite material and comprising a forward flange and an aft flange integrally formed with the base skin, a top, a forward web that connects the forward flange to the top, and an aft web that connects the aft flange to the top; a close-out skin; and a first plurality of fasteners by which the close-out skin is attached to the top of the first hat-shaped spar, a second hat-shaped spar made of composite material and comprising a forward flange and an aft flange integrally formed with the base skin, a top, a forward web that connects the forward flange to the top, and an aft web that connects the aft flange to the top, and a second plurality of fasteners by which the close-out skin is attached to the top of the second hat-shaped spar, wherein the close-out skin comprises a first laminate made of composite material, wherein the close-out skin further comprises: a first honeycomb panel made of composite material and integrated with the first laminate; and a second laminate made of composite material and integrated with the first honeycomb panel, wherein the first honeycomb panel overlies a first space between the first and second hat-shaped spars (14,16). a base skin made of composite material; a first hat-shaped spar made of composite material and comprising a forward flange and an aft flange integrally formed with the base skin, a top, a forward web that connects the forward flange to the top, and an aft web that connects the aft flange to the top; a close-out skin; and a first plurality of fasteners by which the close-out skin is attached to the top of the first hat-shaped spar, a second hat-shaped spar made of composite material and comprising a forward flange and an aft flange integrally formed with the base skin, a top, a forward web that connects the forward flange to the top, and an aft web that connects the aft flange to the top, and a second plurality of fasteners by which the close-out skin is attached to the top of the second hat-shaped spar, wherein the close-out skin comprises a first laminate made of composite material, wherein the close-out skin further comprises: a first honeycomb panel made of composite material and integrated with the first laminate; and a second laminate made of composite material and integrated with the first honeycomb panel, wherein the first honeycomb panel overlies a first space between the first and second hat-shaped spars (14,16). a first honeycomb panel made of composite material and integrated with the first laminate; and a second laminate made of composite material and integrated with the first honeycomb panel, wherein the first honeycomb panel overlies a first space between the first and second hat-shaped spars (14,16).
A method for operating at least a first radio access technology and a second radio access technology in a communication system, the method comprising the following step of: a network node providing a mobile terminal with a hybrid frame, the hybrid frame comprising elements of the first radio access technology and of the second radio access technology, wherein the hybrid radio frame comprises super frames of the first radio access technology and of the second radio access technology, wherein the super frame of the first radio access technology also comprises elements of the second radio access technology and a starting point of the super frame of the second radio access technology is flexibly set within the first super frame of the first radio access technology by determining a varying time shift (T, Tsl, Ts2) between the starting point of the super frame (302, 303) of the second radio access technology and of a starting point of the super frame of the first radio access technology, wherein the starting point of the super frame of the second radio access technology begins in an area around the middle of the first super frame of the first radio access technology, in order to avoid an overlap between control information of both radio access technologies (RAT1, RAT2). a network node providing a mobile terminal with a hybrid frame, the hybrid frame comprising elements of the first radio access technology and of the second radio access technology, wherein the hybrid radio frame comprises super frames of the first radio access technology and of the second radio access technology, wherein the super frame of the first radio access technology also comprises elements of the second radio access technology and a starting point of the super frame of the second radio access technology is flexibly set within the first super frame of the first radio access technology by determining a varying time shift (T, Tsl, Ts2) between the starting point of the super frame (302, 303) of the second radio access technology and of a starting point of the super frame of the first radio access technology, wherein the starting point of the super frame of the second radio access technology begins in an area around the middle of the first super frame of the first radio access technology, in order to avoid an overlap between control information of both radio access technologies (RAT1, RAT2).