mhurhangee/ep-ind-claims huggingface dataset:
A lubricating oil composition, comprising: a lubricating oil base oil, a compound having at least one element selected from calcium and magnesium, a compound having at least one element selected from molybdenum and phosphorous, and an ashless dispersant having nitrogen; wherein: (i) the amount of magnesium in the lubricating oil composition is 0.01% by weight to 0.6% by weight; (ii) X as determined from following equation: X = Ca + 0.5 Mg × 8 − Mo × 8 − P × 30 wherein [Ca], [Mg], [Mo] and in equation respectively represent the concentrations (wt%) of calcium, magnesium, molybdenum and phosphorous in the lubricating oil composition, satisfies the expression X ≤ -1.68; (iii) Y as determined from following equation: Y = Ca + 1.65 Mg + N wherein [Ca], [Mg] and in equation respectively represent the concentrations (wt%) of calcium, magnesium and nitrogen derived from ashless dispersant in the lubricating oil composition, satisfies the expression Y ≥ 0.18; (iv) Q as determined from the following equation: Q = Ca + 0.05 Mg satisfies the expression 0.01 ≤ Q ≤ 0.15; (v) W as determined from the following equation: W = Ca + 1.65 Mg satisfies the expression 0.14 ≤ W ≤ 1.0; and (vi) said lubricating oil composition contains at least one friction modifier having molybdenum. (i) the amount of magnesium in the lubricating oil composition is 0.01% by weight to 0.6% by weight; (ii) X as determined from following equation: X = Ca + 0.5 Mg × 8 − Mo × 8 − P × 30 wherein [Ca], [Mg], [Mo] and in equation respectively represent the concentrations (wt%) of calcium, magnesium, molybdenum and phosphorous in the lubricating oil composition, satisfies the expression X ≤ -1.68; wherein [Ca], [Mg], [Mo] and in equation respectively represent the concentrations (wt%) of calcium, magnesium, molybdenum and phosphorous in the lubricating oil composition, satisfies the expression X ≤ -1.68; (iii) Y as determined from following equation: Y = Ca + 1.65 Mg + N wherein [Ca], [Mg] and in equation respectively represent the concentrations (wt%) of calcium, magnesium and nitrogen derived from ashless dispersant in the lubricating oil composition, satisfies the expression Y ≥ 0.18; (iv) Q as determined from the following equation: Q = Ca + 0.05 Mg satisfies the expression 0.01 ≤ Q ≤ 0.15; (v) W as determined from the following equation: W = Ca + 1.65 Mg satisfies the expression 0.14 ≤ W ≤ 1.0; and (vi) said lubricating oil composition contains at least one friction modifier having molybdenum.
A mask for patient ventilation comprising: a frame portion for surrounding a respiratory opening region of a patient; a retention strap configured to couple with the frame portion for maintaining positive pressure between the frame portion and the respiratory opening region of said patient; a removable insert that is configured to physically attach and detach from said frame portion without requiring removal of said retention strap or said frame portion from said patient; and a first breathing limb and a second breathing limb laterally disposed with respect to the temporal region of the patient and configured to couple with said frame portion, such that the first breathing limb is on a first lateral side of the frame portion and the second breathing limb is on a second lateral side of the frame portion, said first breathing limb providing fresh respiratory gases to said patient, and said second breathing limb transporting respiratory gases from said patient; wherein said first breathing limb delivers said fresh respiratory gases to said patient with said removable insert removed from said frame portion,wherein said removable insert enables access to a nose region and a mouth region of said patient without requiring removal of said frame portion. a frame portion for surrounding a respiratory opening region of a patient; a retention strap configured to couple with the frame portion for maintaining positive pressure between the frame portion and the respiratory opening region of said patient; a removable insert that is configured to physically attach and detach from said frame portion without requiring removal of said retention strap or said frame portion from said patient; and a first breathing limb and a second breathing limb laterally disposed with respect to the temporal region of the patient and configured to couple with said frame portion, such that the first breathing limb is on a first lateral side of the frame portion and the second breathing limb is on a second lateral side of the frame portion, said first breathing limb providing fresh respiratory gases to said patient, and said second breathing limb transporting respiratory gases from said patient; wherein said first breathing limb delivers said fresh respiratory gases to said patient with said removable insert removed from said frame portion,wherein said removable insert enables access to a nose region and a mouth region of said patient without requiring removal of said frame portion.
A lighting device comprising (i) a closed chamber with a light transmissive window and (ii) a light source configured to provide light source radiation into the chamber, wherein the chamber further encloses a wavelength converter configured to convert at least part of the light source radiation into wavelength converter light, wherein the light transmissive window is transmissive for the wavelength converter light, wherein the wavelength converter comprises luminescent quantum dots which upon excitation with at least part of the light source radiation generate at least part of said wavelength converter light, and wherein the closed chamber comprises a filling gas comprising one or more of helium gas, hydrogen gas, nitrogen gas and oxygen gas, characterised in that the filling gas has a relative humidity at 19 °C of at least 5%.
A method for wireless communication by an apparatus of a wireless communication device, comprising: selecting a first resource unit, RU, of a plurality of RUs for transmitting a physical, PHY, layer convergence protocol, PLCP, protocol data unit, PPDU, over a wireless medium, the first RU including a set of contiguous tones occupying a first frequency bandwidth, the plurality of RUs collectively spanning a second frequency bandwidth greater than the first frequency bandwidth; mapping the set of contiguous tones of the first RU to a set of non-contiguous tones distributed across the second frequency bandwidth using a tone mapping vector and a tone mapping offset associated with the first RU, wherein the tone mapping vector indicates a starting tone index and an ending tone index of the set of non-contiguous tones; and transmitting the PPDU over the set of non-contiguous tones distributed across the second frequency bandwidth. selecting a first resource unit, RU, of a plurality of RUs for transmitting a physical, PHY, layer convergence protocol, PLCP, protocol data unit, PPDU, over a wireless medium, the first RU including a set of contiguous tones occupying a first frequency bandwidth, the plurality of RUs collectively spanning a second frequency bandwidth greater than the first frequency bandwidth; mapping the set of contiguous tones of the first RU to a set of non-contiguous tones distributed across the second frequency bandwidth using a tone mapping vector and a tone mapping offset associated with the first RU, wherein the tone mapping vector indicates a starting tone index and an ending tone index of the set of non-contiguous tones; and transmitting the PPDU over the set of non-contiguous tones distributed across the second frequency bandwidth.
An electronic orientation monitor comprising: an orientation sensing electronics configured for calibration when in a reference orientation and being responsive to manipulation of the monitor so as to calculate a difference between a current orientation of the monitor and the reference orientation; and a display, wherein the orientation sensing electronics is configured to calculate first, second and third angles which together represent the difference between the current orientation of the monitor and the reference orientation; and wherein the display is responsive to the first and second angles so as to display a point positioned relative to first and second axes, characterized in that a coordinate of the position of the point on the first axis is determined with reference to the first angle and a coordinate of the position of the point on the second axis is determined with reference to the second angle, the display being further responsive to the third angle so as to display a line having a direction relative to the first and second axes such that a combination of the position of the point and the direction of the line is indicative to a user of the difference between the current orientation of the monitor and the reference orientation; wherein the line extends from an origin of the first and second axes; and wherein a current orientation that corresponds to the reference orientation is indicated on the display by the point being disposed on the origin of the first and second axes and the line being aligned with a reference indicium. an orientation sensing electronics configured for calibration when in a reference orientation and being responsive to manipulation of the monitor so as to calculate a difference between a current orientation of the monitor and the reference orientation; and a display, wherein the orientation sensing electronics is configured to calculate first, second and third angles which together represent the difference between the current orientation of the monitor and the reference orientation; and wherein the display is responsive to the first and second angles so as to display a point positioned relative to first and second axes, characterized in that a coordinate of the position of the point on the first axis is determined with reference to the first angle and a coordinate of the position of the point on the second axis is determined with reference to the second angle, the display being further responsive to the third angle so as to display a line having a direction relative to the first and second axes such that a combination of the position of the point and the direction of the line is indicative to a user of the difference between the current orientation of the monitor and the reference orientation; wherein the line extends from an origin of the first and second axes; and wherein a current orientation that corresponds to the reference orientation is indicated on the display by the point being disposed on the origin of the first and second axes and the line being aligned with a reference indicium.
Wastewater outlet having an odour trap, in particular as an outlet for flat shower trays, comprising - a housing consisting of a base part (3.1), which is provided with a horizontally exiting outlet connector, and of a cover part (3.2) having an opening at the top, - an inlet connector which is inserted into the opening and terminates above a sump part taking up a sub-region of the base part (3.1), - a wall surrounding the inlet connector, wherein a sub-region is provided with an overflow edge, characterised in that - a siphon section, connected to the overflow edge of the wall, includes at least one water level chamber, - the siphon section connected to the overflow edge is in the form of a round section which surrounds the sump part in the form of a partial circle and terminates at the outlet connector. - a housing consisting of a base part (3.1), which is provided with a horizontally exiting outlet connector, and of a cover part (3.2) having an opening at the top, - an inlet connector which is inserted into the opening and terminates above a sump part taking up a sub-region of the base part (3.1), - a wall surrounding the inlet connector, wherein a sub-region is provided with an overflow edge, characterised in that - a siphon section, connected to the overflow edge of the wall, includes at least one water level chamber, - the siphon section connected to the overflow edge is in the form of a round section which surrounds the sump part in the form of a partial circle and terminates at the outlet connector.
A compound having a structure represented by formula: wherein R 1 and R 2 are each independently -C -R 3; and each R 3 is independently selected from alkyl, alkyoxyalkyl, aryl and aralkyl. R 1 and R 2 are each independently -C -R 3; and each R 3 is independently selected from alkyl, alkyoxyalkyl, aryl and aralkyl.
A method for combining all control operations during a conference call, the method comprising: connecting a room function controller (600, 700, 832, 932) with a link to a conference unit (810, 910, 945, 955); transmitting control data from the conference unit (810, 910, 945, 955) to the room function controller (600, 700, 832, 932) through the link, wherein the control data indicates a room function; sending a command from the room function controller (600, 700, 832, 932) to a room function device (804, 806, 814-817, 904, 906, 913, 914-921) to perform the room function; and performing the room function by the room function device (804, 806, 814-817, 904, 906, 913, 914-921); wherein the conference unit (810, 910, 945, 955) is a speakerphone (945, 955) or a video conference unit (810, 910). connecting a room function controller (600, 700, 832, 932) with a link to a conference unit (810, 910, 945, 955); transmitting control data from the conference unit (810, 910, 945, 955) to the room function controller (600, 700, 832, 932) through the link, wherein the control data indicates a room function; sending a command from the room function controller (600, 700, 832, 932) to a room function device (804, 806, 814-817, 904, 906, 913, 914-921) to perform the room function; and performing the room function by the room function device (804, 806, 814-817, 904, 906, 913, 914-921); wherein the conference unit (810, 910, 945, 955) is a speakerphone (945, 955) or a video conference unit (810, 910).
An exhaust heat recovery structure (10, 200) having an exhaust pipe configured to be mounted horizontally in a vehicle having a longitudinal direction, rightward and leftward directions and upward and downward directions, the exhaust heat recovery structure (10, 200) comprising: an exhaust pipe configured to allow exhaust gas flowing from an engine to flow through the exhaust pipe; and a heat exchange portion including an inlet and an outlet that communicate with the exhaust pipe, the heat exchange portion being configured to carry out heat exchange between the exhaust gas flowing in from the exhaust pipe through the inlet and a heating medium, and guide the exhaust gas that has been heat-exchanged with the heating medium to flow out through the outlet to the exhaust pipe, the exhaust heat recovery structure (10, 200) being characterized in that it further comprises a lower inner surface located inside the heat exchange portion, said lower inner surface being inclined with respect to the horizontal from one toward the other of the inlet and the outlet. an exhaust pipe configured to allow exhaust gas flowing from an engine to flow through the exhaust pipe; and a heat exchange portion including an inlet and an outlet that communicate with the exhaust pipe, the heat exchange portion being configured to carry out heat exchange between the exhaust gas flowing in from the exhaust pipe through the inlet and a heating medium, and guide the exhaust gas that has been heat-exchanged with the heating medium to flow out through the outlet to the exhaust pipe, the exhaust heat recovery structure (10, 200) being characterized in that it further comprises a lower inner surface located inside the heat exchange portion, said lower inner surface being inclined with respect to the horizontal from one toward the other of the inlet and the outlet.
A method comprising: displaying information in a first area of a touch-sensitive display of an electronic device; detecting invocation of a controller; displaying the controller in a second area of the touch-sensitive display without covering or displacing the displayed information in the first area; detecting a touch associated with the second area; detecting movement of the touch associated with the second area; and in response to detecting movement of the touch, moving an indicator within the information in a corresponding direction based on one of a multiple and fraction of a distance the touch is moved to control the indicator within the information characterized in that; the method further comprising displaying, in the second area of the touch-sensitive display, selectable editing features associated with editing the displayed information; wherein, when selection of a selectable editing feature is detected, a corresponding editing function is performed and the displayed information is edited accordingly. displaying information in a first area of a touch-sensitive display of an electronic device; detecting invocation of a controller; displaying the controller in a second area of the touch-sensitive display without covering or displacing the displayed information in the first area; detecting a touch associated with the second area; detecting movement of the touch associated with the second area; and in response to detecting movement of the touch, moving an indicator within the information in a corresponding direction based on one of a multiple and fraction of a distance the touch is moved to control the indicator within the information characterized in that; the method further comprising displaying, in the second area of the touch-sensitive display, selectable editing features associated with editing the displayed information; wherein, when selection of a selectable editing feature is detected, a corresponding editing function is performed and the displayed information is edited accordingly.
Method for determining a length value (L ES, DPBOESEL) characterizing a length (L ES) of a first section of a first telecommunication line, a second section of the first telecommunication line being arranged along at least one second telecommunication line so that the first telecommunication line causes crosstalk to the second telecommunication line, wherein the method comprises - acquiring line noise measurement data characterizing quiet line noise of the second telecommunication line; and - determining the length value (L ES) based on the line noise measurement data; characterized in that the second telecommunication line is subject to crosstalk caused by at least one third telecommunication line arranged along the second telecommunication line, wherein the method comprises selecting a transmit power signal density of at least one data signal transmitted over the third telecommunication line such that the crosstalk caused by the first telecommunication line dominates the crosstalk caused by the third telecommunication line. - acquiring line noise measurement data characterizing quiet line noise of the second telecommunication line; and - determining the length value (L ES) based on the line noise measurement data;
A semiconductor device inspection method for inspecting a semiconductor device which is an inspection object, the method comprising: a step of inputting a stimulation signal to the semiconductor device; a step of acquiring a detection signal based on a reaction of the semiconductor device to which the stimulation signal has been input; a step of generating a first in-phase image and a first quadrature image including amplitude information and phase information in the detection signal based on the detection signal and a reference signal generated based on the stimulation signal; characterized by further comprising: a step (S9, S10) of performing a filtering process of reducing noise on at least one of the first in-phase image and the first quadrature image and then generating a first amplitude image based on the first in-phase image and the first quadrature image; wherein an in-phase image is an image in which in-phase information, in each pixel is mapped on a predetermined luminance value corresponding to the in-phase information, and a quadrature image is an image in which quadrature information in each pixel is mapped on a predetermined luminance value corresponding to the quadrature information, the in-phase information indicating an in-phase component at a frequency to be measured and the quadrature information indicating a quadrature component at a frequency to be measured. a step of inputting a stimulation signal to the semiconductor device; a step of acquiring a detection signal based on a reaction of the semiconductor device to which the stimulation signal has been input; a step of generating a first in-phase image and a first quadrature image including amplitude information and phase information in the detection signal based on the detection signal and a reference signal generated based on the stimulation signal; characterized by further comprising: a step (S9, S10) of performing a filtering process of reducing noise on at least one of the first in-phase image and the first quadrature image and then generating a first amplitude image based on the first in-phase image and the first quadrature image;
Method for producing a ring-shaped formed part, in which by means of a forming device a ring (41; 241) of smaller cross-sectional dimensions than the formed part being produced is formed from a blank and then, in an expansion stage of the forming device, the resulting ring (41; 241) is expanded to the cross-sectional dimensions of the formed part being produced by means of at least one die (51; 451, 551) and by means of at least one expansion punch (152; 352; 452, 552), wherein the ring (41; 241) is arranged in the die (51; 451, 551) and the expansion punch (152; 352; 452, 552) is pressed into the ring in the axial direction and thereby expands the ring, characterised in that the expansion of the ring is effected in two or more steps.
A bone cutting system for cutting a bone of a subject, the bone cutting system comprising an elongated surgical bone cutting tool (200, 220, 230) adapted for cutting the bone, the elongated surgical bone cutting tool (200, 220, 230) having a first extremity for fixing the elongated surgical bone cutting tool to a cutting robot or machinery and a second extremity opposite thereto at an end of the elongated surgical bone cutting tool, the bone cutting system further comprising a protection system, the protection system comprising a protection element (101, 111, 121,131,141, 151, 161) attachable to the elongated bone cutting tool or to a frame of the elongated bone cutting tool, wherein the protection element includes an interposing portion covering, when the protection element is attached to the elongated bone cutting tool or to the frame of the elongated bone cutting tool, at least part of the second extremity of the elongated bone cutting tool, so that the interposing portion is being interposed between soft tissue surrounding the bone and the bone cutting tool (200, 220, 230) during cutting with the elongated cutting tool, for preventing the bone cutting tool (200, 220 230) from cutting into soft tissue surrounding the bone, and wherein during cutting with the elongated cutting tool, the protection element follows in congruence with the bone cutting tool (200, 220 230) and characterized in that the bone cutting system comprises at least one sensor (500, 511) for extracting a contact force of the protection element on the bone. the protection element includes an interposing portion covering, when the protection element is attached to the elongated bone cutting tool or to the frame of the elongated bone cutting tool, at least part of the second extremity of the elongated bone cutting tool, so that the interposing portion is being interposed between soft tissue surrounding the bone and the bone cutting tool (200, 220, 230) during cutting with the elongated cutting tool, for preventing the bone cutting tool (200, 220 230) from cutting into soft tissue surrounding the bone, and wherein during cutting with the elongated cutting tool, the protection element follows in congruence with the bone cutting tool (200, 220 230) and characterized in that the bone cutting system comprises at least one sensor (500, 511) for extracting a contact force of the protection element on the bone.