mhurhangee/ep-ind-claims huggingface dataset:
A method for the preparation of a 4-phenyldibenzo[b,d]thiophene, the method comprising the following steps: a) reacting a dihalobenzene with a phenyllithium in the presence of a solvent and under conditions sufficient to give a terphenyllithium: b) reacting the terphenyllithium with sulfur to give a thiollithium: c) treating the thiollithium with an acid to form a thiol; and d) reacting the thiol with an oxidizing agent to form the 4-phenyldibenzo[b,d]-thiophene: wherein R, R 1, R 2, R 3, R 4, R 5, and R 6 are each independently selected from the group consisting of hydrogen, phenyl, an alkyl substituent (-C n) and an ether substituent (-C m1 -O-C m2), where n, m1 and m2 are each an integer, with each of n and (m1+m2+1) being in the range of 0 to 16; and wherein X 1 and X 2 are each independently selected from the group consisting of chlorine, iodine and bromine. a) reacting a dihalobenzene with a phenyllithium in the presence of a solvent and under conditions sufficient to give a terphenyllithium: b) reacting the terphenyllithium with sulfur to give a thiollithium: c) treating the thiollithium with an acid to form a thiol; and d) reacting the thiol with an oxidizing agent to form the 4-phenyldibenzo[b,d]-thiophene: wherein R, R 1, R 2, R 3, R 4, R 5, and R 6 are each independently selected from the group consisting of hydrogen, phenyl, an alkyl substituent (-C n) and an ether substituent (-C m1 -O-C m2), where n, m1 and m2 are each an integer, with each of n and (m1+m2+1) being in the range of 0 to 16; and wherein X 1 and X 2 are each independently selected from the group consisting of chlorine, iodine and bromine.
A device for collecting floating waste on the water surface, including a floating frame equipped with flotation means and having a collection opening formed at least partly below the waterline of the frame, the opening opening onto a waste intake area formed in the floating frame, said waste intake area being equipped with means (36, 40) for storing waste inside the floating frame, the storage means (36, 40) being configured to allow water to pass to an outlet (48, 53) of the floating frame but retain the floating waste, characterised by the fact that the waste floating collection device further includes a first impeller and a second impeller mounted on the floating frame, below the waterline, downstream of the outlet (48, 53) of the floating frame, to draw water from the collection opening towards the outlet (48, 53) to cause a corresponding movement of the floating frame, a third impeller mounted perpendicular to the first and second impellers to allow movement of the floating frame in a direction perpendicular to the fluid flow in the floating frame caused by the first and second impellers, and a movable flap associated with the second impeller, the flap being mounted between the outlet and the second impeller such that in a first direction of rotation of the second impeller, the flap is in a first position allowing water to pass from the outlet to the second impeller, and in a second direction of rotation of the second impeller, the flap is in a second position preventing water from passing between the outlet and the second impeller and allowing water to pass from the second impeller to an opening in the floating frame uncovered by the second position of the flap, the collection device being further equipped with power means and control means for controlling at least one of the collection opening, the movement of the collection device, the first, second and third impellers.
An erosion resistant mounting material comprising: a mat mounting material comprising inorganic fibers and having a plurality of peripheral edges, the plurality of peripheral edges comprising a first peripheral edge; and a layer of reinforcing composition inwardly disposed on the mounting material along the entire first peripheral edge, but not contacting a majority of the mounting material; wherein, on a dry weight basis, at least one compound represented by the formula (M m+) d ((Z p O q r) n-) e •(H 2 O) f comprises a majority of the reinforcing composition, wherein each M m+ independently represents a cationic species, other than H +, having a positive charge of m+; and (Z p O q r) n- represents a species having a charge of n-, wherein Z represents phosphorus, and further wherein: f is a real number greater than or equal to zero; d, n, q, and r are integers greater than or equal to zero; e, m, and p are integers greater than or equal to one; and d times m equals e times n; and wherein the erosion resistant mounting material is flexible. a mat mounting material comprising inorganic fibers and having a plurality of peripheral edges, the plurality of peripheral edges comprising a first peripheral edge; and a layer of reinforcing composition inwardly disposed on the mounting material along the entire first peripheral edge, but not contacting a majority of the mounting material; wherein, on a dry weight basis, at least one compound represented by the formula (M m+) d ((Z p O q r) n-) e •(H 2 O) f comprises a majority of the reinforcing composition, wherein each M m+ independently represents a cationic species, other than H +, having a positive charge of m+; and (Z p O q r) n- represents a species having a charge of n-, wherein Z represents phosphorus, and further wherein: f is a real number greater than or equal to zero; d, n, q, and r are integers greater than or equal to zero; e, m, and p are integers greater than or equal to one; and d times m equals e times n; and f is a real number greater than or equal to zero; d, n, q, and r are integers greater than or equal to zero; e, m, and p are integers greater than or equal to one; and d times m equals e times n; and wherein the erosion resistant mounting material is flexible.
Crank drive comprising a frame, which in particular can be formed by a housing, a rocker arm immovably borne on the frame, a crank forming the drive immovably borne on the frame and a coupler connecting the rocker arm and the crank, wherein the coupler is connected in an articulated manner respectively to the crank and to an end of the rocker arm opposite the immovable bearing so that the rocker arm and the coupler form a knee lever, wherein to actuate the crank a first cylinder, operated with a pressure medium, with a displaceably borne piston is provided, and wherein the piston and the coupler are connected to each other in an articulated manner by means of a push rod so that the axial movement of the piston causes the rocker arm to swing with a to and fro swing movement, wherein the rocker arm comprises a section, facing away from the immovable bearing of the rocker arm, which is inclined at a fixed angle towards the coupler characterised in that the knee joint-like gear consisting of the rocker arm and the coupler amplifies the torque applied to the crank wherein the rocker arm and the facing-way section are formed in one piece and wherein the push rod is hinged in the inflexion point of the rocker arm.
A transmitter (400, 700) in a first wireless communication device comprising: a Gaussian Minimum Shift Keying, GMSK, modulator (420, 720); a rate selector (410, 710) configured to select a data rate, wherein the rate selector comprises an input configured to receive input bits and an output to provide the bits with the selected data rate; a bit to symbol mapper (430, 730) configured to receive the bits from the rate selector and map the bits to symbols of an arbitrary alphabet; a spreading unit (440, 740) configured to spread the symbols received from the bit to symbol mapper (430, 730) to a chip sequence by means of a spreading code;and a re-mapping unit (450, 750) configured to map the chip sequence received from the spreading unit to produce signals for providing to the GMSK modulator (420, 720). a Gaussian Minimum Shift Keying, GMSK, modulator (420, 720); a rate selector (410, 710) configured to select a data rate, wherein the rate selector comprises an input configured to receive input bits and an output to provide the bits with the selected data rate; a bit to symbol mapper (430, 730) configured to receive the bits from the rate selector and map the bits to symbols of an arbitrary alphabet; a spreading unit (440, 740) configured to spread the symbols received from the bit to symbol mapper (430, 730) to a chip sequence by means of a spreading code;and a re-mapping unit (450, 750) configured to map the chip sequence received from the spreading unit to produce signals for providing to the GMSK modulator (420, 720).
A system for removing mercury from a flue gas stream containing mercury and sulfur oxides, the system comprises: a reaction vessel configured to receive a flue gas stream containing mercury and sulfur oxides that is discharged from a boiler; an aqueous liquor supply configured to supply aqueous liquor to the reaction vessel, wherein the aqueous liquor comprises water and lime or limestone as a reagent; an oxidizer supply configured to supply oxidizer to the aqueous liquor in the reaction vessel; liquid to gas mass transfer device disposed within the interior of the reaction vessel; the liquid to gas mass transfer device is configured to contact the flue gas stream with the aqueous liquor supply; wherein the reaction vessel has a make-up water supply at its bottom; and the oxidizer supply is configured to supply the oxidizer via introduction into the make-up water at the bottom of the reaction vessel. a reaction vessel configured to receive a flue gas stream containing mercury and sulfur oxides that is discharged from a boiler; an aqueous liquor supply configured to supply aqueous liquor to the reaction vessel, wherein the aqueous liquor comprises water and lime or limestone as a reagent; an oxidizer supply configured to supply oxidizer to the aqueous liquor in the reaction vessel; liquid to gas mass transfer device disposed within the interior of the reaction vessel; the liquid to gas mass transfer device is configured to contact the flue gas stream with the aqueous liquor supply; wherein the reaction vessel has a make-up water supply at its bottom; and the oxidizer supply is configured to supply the oxidizer via introduction into the make-up water at the bottom of the reaction vessel.
A manure removing apparatus for a freestall cattle barn, comprising a manure alley, a scraper to be pulled along the manure alley, which gathers manure in front of itself for conveying the manure into a removing channel, a traction cable attached to the scraper, a traction mechanism for pulling the traction cable and the scraper, a control device for controlling operation of the traction mechanism, as well as means for measuring the pulling force of the traction cable and for stopping operation of the traction mechanism once the pulling force exceeds a threshold value set in the control device and based on a rate of change or sudden increase in the pulling force of the scraper, and/or the threshold value is adapted to automatically increase as a function of the scraper's travelling distance as the scraper proceeds from an outer end of the manure alley towards the removing channel, characterized in that the traction mechanism is fastened to a wall or some other backing structure through the intermediary of a weighing sensor, said weighing sensor being adapted to measure the pulling force throughout the entire pulling cycle and to supply the control device with measurement data about the pulling force across the entire travelling distance of the scraper.
An isolated, caninized antigen binding protein that specifically binds to canine Nerve Growth Factor comprising a variable light chain comprising the amino acid sequence of SEQ ID NO: 26 (CAN-SSME3M-VL) and a variable heavy chain comprising the amino acid sequence of SEQ ID NO: 27 (CAN-SSM57-VH).
A method for manufacturing a tower structure of a wind turbine at a wind turbine site, the method comprising: determining an optimized shape of the tower structure based on at least one site parameter, the optimized shape of the tower structure being non-symmetrical and comprising an I-beam cross-section within the tower structure, the tower structure defining a tower wall defining an exterior shape of the tower structure, the I-beam cross-section including a cross-beam extending between an upstream portion and a downstream portion of the tower wall along a predominant wind direction being one of the at least one site parameter; printing, via an additive printing device, the optimized shape of the tower structure of the wind turbine at the wind turbine site, at least in part, of a cementitious material, and allowing the cementitious material to cure so as to form the tower structure of the wind turbine. determining an optimized shape of the tower structure based on at least one site parameter, the optimized shape of the tower structure being non-symmetrical and comprising an I-beam cross-section within the tower structure, the tower structure defining a tower wall defining an exterior shape of the tower structure, the I-beam cross-section including a cross-beam extending between an upstream portion and a downstream portion of the tower wall along a predominant wind direction being one of the at least one site parameter; printing, via an additive printing device, the optimized shape of the tower structure of the wind turbine at the wind turbine site, at least in part, of a cementitious material, and allowing the cementitious material to cure so as to form the tower structure of the wind turbine.
A shifting tool for use in displacing a component of a well tool, the shifting tool comprising: an inner mandrel; at least one first engagement member outwardly extendable relative to the inner mandrel; a retraction sleeve; at least one second engagement member outwardly extendable relative to the inner mandrel; characterized by a first detent device that releasably secures the inner mandrel in at least two longitudinal positions relative to the first engagement member; and a second detent device that releasably secures the retraction sleeve in at least two longitudinal positions relative to the first engagement member. an inner mandrel; at least one first engagement member outwardly extendable relative to the inner mandrel; a retraction sleeve; at least one second engagement member outwardly extendable relative to the inner mandrel; characterized by a first detent device that releasably secures the inner mandrel in at least two longitudinal positions relative to the first engagement member; and a second detent device that releasably secures the retraction sleeve in at least two longitudinal positions relative to the first engagement member.
A method of producing infrared images comprising: for each of a plurality of frames, sampling a plurality of foveal array elements constituting a detector foveal region of a microbolometer array at a faster sampling rate to yield foveal array data; sampling a plurality of peripheral array elements constituting a detector peripheral region of the microbolometer array at a slower sampling rate to yield peripheral array data, the plurality of peripheral array elements comprising a plurality of sub-regions, each sub-region comprising two or more peripheral array elements, wherein sampling the plurality of peripheral array elements further comprises for each sub-region: sampling a first subset of the each sub-region for a first frame of the plurality of frames; and sampling a second subset of the each sub-region for a second frame of the plurality of frames, the second subset not equal to the first subset; processing the foveal array data to yield foveal image data for a display foveal region of a display; and processing the peripheral array data to yield peripheral image data for a display peripheral region of the display. for each of a plurality of frames, sampling a plurality of foveal array elements constituting a detector foveal region of a microbolometer array at a faster sampling rate to yield foveal array data; sampling a plurality of peripheral array elements constituting a detector peripheral region of the microbolometer array at a slower sampling rate to yield peripheral array data, the plurality of peripheral array elements comprising a plurality of sub-regions, each sub-region comprising two or more peripheral array elements, wherein sampling the plurality of peripheral array elements further comprises for each sub-region: sampling a first subset of the each sub-region for a first frame of the plurality of frames; and sampling a second subset of the each sub-region for a second frame of the plurality of frames, the second subset not equal to the first subset; sampling a first subset of the each sub-region for a first frame of the plurality of frames; and sampling a second subset of the each sub-region for a second frame of the plurality of frames, the second subset not equal to the first subset; processing the foveal array data to yield foveal image data for a display foveal region of a display; and processing the peripheral array data to yield peripheral image data for a display peripheral region of the display.
A sensor system comprising: a cell system comprising a pump laser configured to generate a circularly polarized pump beam to polarize alkali metal vapor enclosed within a sensor cell of the sensor system, and a magnetic field generator configured to generate a magnetic field within the sensor cell; a detection system comprising a probe laser configured to generate a probe beam, the detection system being configured to calculate at least one measurable parameter based on characteristics of the probe beam passing through the sensor cell resulting from precession of the polarized alkali metal vapor in response to an applied magnetic field; and a pump beam control system configured to pulse-width modulate a frequency of the pump beam to provide a pulse-width modulated pump beam, and to control a duty-cycle of the PWM pump beam based on the characteristics of the probe beam passing through the sensor cell in a feedback manner to control polarization uniformity of the alkali metal vapor and to mitigate the effects of AC Stark shift on the at least one measurable parameter, wherein the pump beam control system is configured to control the duty-cycle in the feedback manner to maintain the duty-cycle at which the effects of the AC Stark shift are substantially equal and opposite with respect to a pulse-width modulation period of the PWM pump beam based on the characteristics of the probe beam passing through the sensor cell. a cell system comprising a pump laser configured to generate a circularly polarized pump beam to polarize alkali metal vapor enclosed within a sensor cell of the sensor system, and a magnetic field generator configured to generate a magnetic field within the sensor cell; a detection system comprising a probe laser configured to generate a probe beam, the detection system being configured to calculate at least one measurable parameter based on characteristics of the probe beam passing through the sensor cell resulting from precession of the polarized alkali metal vapor in response to an applied magnetic field; and a pump beam control system configured to pulse-width modulate a frequency of the pump beam to provide a pulse-width modulated pump beam, and to control a duty-cycle of the PWM pump beam based on the characteristics of the probe beam passing through the sensor cell in a feedback manner to control polarization uniformity of the alkali metal vapor and to mitigate the effects of AC Stark shift on the at least one measurable parameter, wherein the pump beam control system is configured to control the duty-cycle in the feedback manner to maintain the duty-cycle at which the effects of the AC Stark shift are substantially equal and opposite with respect to a pulse-width modulation period of the PWM pump beam based on the characteristics of the probe beam passing through the sensor cell.
A friction material which is a non-asbestos-organic friction material utilized for a disc brake pad, which is used with a cast iron disc rotor and is manufactured by forming a friction material composition comprising of a fiber base material, a binder, and a friction modifier, characterized in that said friction material composition, as an inorganic friction modifier, contains: 1 -10 weight %, relative to a total amount of the friction material composition, of one or any combination of two or more of aluminum particle and alloy particle mainly containing aluminum; 5 - 20 weight %, relative to the total amount of the friction material composition, of a hard inorganic particle with an average particle diameter of 1 - 20 μm and the Mohs' hardness of 4.5 or higher; and 7 - 35 weight %, relative to the total amount of the friction material composition, of titanate which is in a sheet shape or an indeterminate shape having plurality of convex portions; and contains only an organic fiber as the fiber base material; and a total amount of a copper component contained in the friction material composition is less than 0.5 weight % relative to the total amount of the friction material composition. which is used with a cast iron disc rotor and is manufactured by forming a friction material composition comprising of a fiber base material, a binder, and a friction modifier, characterized in that said friction material composition, as an inorganic friction modifier, contains: 1 -10 weight %, relative to a total amount of the friction material composition, of one or any combination of two or more of aluminum particle and alloy particle mainly containing aluminum; 5 - 20 weight %, relative to the total amount of the friction material composition, of a hard inorganic particle with an average particle diameter of 1 - 20 μm and the Mohs' hardness of 4.5 or higher; and 7 - 35 weight %, relative to the total amount of the friction material composition, of titanate which is in a sheet shape or an indeterminate shape having plurality of convex portions; and contains only an organic fiber as the fiber base material; and a total amount of a copper component contained in the friction material composition is less than 0.5 weight % relative to the total amount of the friction material composition. 1 -10 weight %, relative to a total amount of the friction material composition, of one or any combination of two or more of aluminum particle and alloy particle mainly containing aluminum; 5 - 20 weight %, relative to the total amount of the friction material composition, of a hard inorganic particle with an average particle diameter of 1 - 20 μm and the Mohs' hardness of 4.5 or higher; and 7 - 35 weight %, relative to the total amount of the friction material composition, of titanate which is in a sheet shape or an indeterminate shape having plurality of convex portions; and contains only an organic fiber as the fiber base material; and a total amount of a copper component contained in the friction material composition is less than 0.5 weight % relative to the total amount of the friction material composition.