mhurhangee/ep-ind-claims huggingface dataset:
A method for synthesis of a reactive conjugate cluster, wherein the reactive conjugate cluster has one of the formulae: or or comprising: reacting a pentafluorophenyl ester protected branching group having the formula: (PFP-O-C(=O)-E-) m Bg-G-Pg 1 wherein Pg 1 is a protecting group; E is a single bond or C 1 to C 10 alkyl optionally interrupted with one or more groups selected from -O-, -N -and C(=O); Bg is a branching group having the formula: G is a single bond or C 1 to C 10 alkyl optionally including one or more groups selected from -O-, -N - and C(=O); m is 3; with at least m equivalents of a functionalized ligand having the formula: wherein A is C 2 to C 10 alkyl optionally interrupted with one or more groups selected from -O-, -N - and C(=O); wherein Pg 2 is an amino protecting group; in an organic solvent with a palladium catalyst and H 2 for a time and under conditions sufficient to provide the reactive conjugate cluster. reacting a pentafluorophenyl ester protected branching group having the formula: (PFP-O-C(=O)-E-) m Bg-G-Pg 1 wherein Pg 1 is a protecting group; E is a single bond or C 1 to C 10 alkyl optionally interrupted with one or more groups selected from -O-, -N -and C(=O); Bg is a branching group having the formula: G is a single bond or C 1 to C 10 alkyl optionally including one or more groups selected from -O-, -N - and C(=O); m is 3; wherein Pg 1 is a protecting group; E is a single bond or C 1 to C 10 alkyl optionally interrupted with one or more groups selected from -O-, -N -and C(=O); Bg is a branching group having the formula: G is a single bond or C 1 to C 10 alkyl optionally including one or more groups selected from -O-, -N - and C(=O); m is 3; with at least m equivalents of a functionalized ligand having the formula: wherein A is C 2 to C 10 alkyl optionally interrupted with one or more groups selected from -O-, -N - and C(=O); wherein Pg 2 is an amino protecting group; in an organic solvent with a palladium catalyst and H 2 for a time and under conditions sufficient to provide the reactive conjugate cluster. wherein A is C 2 to C 10 alkyl optionally interrupted with one or more groups selected from -O-, -N - and C(=O); wherein Pg 2 is an amino protecting group; in an organic solvent with a palladium catalyst and H 2 for a time and under conditions sufficient to provide the reactive conjugate cluster.
Three point power lift for an agricultural tractor, with a lifting arm, a lower link and a lifting spindle, which is arranged in between, for transmitting a pivoting movement exerted on the lifting arm to the lower link, wherein the lifting spindle has a first fastening portion coupled to the lifting arm and a second fastening portion coupled to the lower link, wherein the second fastening portion has an elongated hole which runs in the longitudinal direction of the lifting spindle and in which a mounting pin extending through a fastening opening in the lower link is mounted, wherein at least two spaced-apart locking regions (38, 40) for the form-fitting receiving of a shaped feature provided on the mounting pin are formed along the elongated hole, wherein a movement of the lower link along the elongated hole is in each case blocked for the situation in which the mounting pin by means of the shaped feature is received by one of the locking regions (38, 40), characterized in that the at least two locking regions (38, 40) are oriented running differently from one another along the elongated hole.
A camera crane mobile base, comprising: a chassis having front left, front right, rear left and rear right corners; and a column pivotally attached to the chassis and moveable in lateral and longitudinal directions relative to the chassis; a drive motor assembly at each corner, with each drive motor assembly including an electric motor linked to an axle via a gear reduction, and at least one wheel (104, 106) attached to the axle; wherein the chassis is rectangular and includes front and rear end tubes (26, 28), and each drive motor assembly is pivotally attached to a structural fitting which may be inserted into and removed from the end tubes (26, 28); and an electrical power supply on the chassis separately linked to each of the electric motors through a controller allowing separate control of each electric motor. a chassis having front left, front right, rear left and rear right corners; and a column pivotally attached to the chassis and moveable in lateral and longitudinal directions relative to the chassis; a drive motor assembly at each corner, with each drive motor assembly including an electric motor linked to an axle via a gear reduction, and at least one wheel (104, 106) attached to the axle; wherein the chassis is rectangular and includes front and rear end tubes (26, 28), and each drive motor assembly is pivotally attached to a structural fitting which may be inserted into and removed from the end tubes (26, 28); and an electrical power supply on the chassis separately linked to each of the electric motors through a controller allowing separate control of each electric motor.
A printing press and dryer combination, further comprising a web stabilizer positioned between said printing press and said dryer for floating a web of material exiting said printing press and entering said dryer, said web stabilizer comprising a primary discharge orifice and a second discharge orifice stepped down from said primary discharge orifice and downstream thereof in the direction of web travel, a first web support surface between said primary discharge orifice and said secondary discharge orifice, a second web support surface downstream of said secondary discharge orifice in the direction of web travel, and an integrated blower for supplying air to said primary and secondary discharge orifices.
A machine having a tamping unit for simultaneously tamping at least two sleepers of a track, positioned one following the other with regard to a longitudinal direction of the machine, comprising the following features: a) provided for simultaneous immersion into the same sleeper crib are two inner tamping tines in each case, arranged one following the other in the longitudinal direction of the machine and connected to tamping levers, b) arranged at either end of the tamping unit, with regard to the longitudinal direction of the machine, is a respective outer tamping tine connected to a tamping lever and provided for immersion into a sleeper crib by itself, c) each tamping lever mounted for pivoting about a pivot axis on an assembly frame is connected to a squeeze drive, d) the squeeze drives of each assembly frame are mounted in each case on a common eccentric shaft having an eccentricity with respect to an axis of rotation, characterized in that the eccentricity causing vibrations of the inner tamping tine is configured differently as compared to the eccentricity causing vibrations of the outer tamping tine. a) provided for simultaneous immersion into the same sleeper crib are two inner tamping tines in each case, arranged one following the other in the longitudinal direction of the machine and connected to tamping levers, b) arranged at either end of the tamping unit, with regard to the longitudinal direction of the machine, is a respective outer tamping tine connected to a tamping lever and provided for immersion into a sleeper crib by itself, c) each tamping lever mounted for pivoting about a pivot axis on an assembly frame is connected to a squeeze drive, d) the squeeze drives of each assembly frame are mounted in each case on a common eccentric shaft having an eccentricity with respect to an axis of rotation, characterized in that the eccentricity causing vibrations of the inner tamping tine is configured differently as compared to the eccentricity causing vibrations of the outer tamping tine.
A method comprising, at an apparatus: receiving a network address and an identifier from a smart device; upon said receiving, accessing a remote resource based on the network address; receiving a command indication, wherein the command indication indicates an action to be executed by the smart device; upon said receiving of the command indication, transmitting the command indication to the remote resource; receiving a command from the remote resource, wherein at least one of the transmission of the command indication or reception of the command is encrypted; upon said receiving of the command, transmitting the command to the smart device to cause the smart device to execute the command and generate a reply, wherein the transmission includes the identifier received from the smart device; and receiving the reply from the smart device, wherein the reply comprises an acknowledgement of the command, a status of execution of the command, and the identifier received from the smart device. receiving a network address and an identifier from a smart device; upon said receiving, accessing a remote resource based on the network address; receiving a command indication, wherein the command indication indicates an action to be executed by the smart device; upon said receiving of the command indication, transmitting the command indication to the remote resource; receiving a command from the remote resource, wherein at least one of the transmission of the command indication or reception of the command is encrypted; upon said receiving of the command, transmitting the command to the smart device to cause the smart device to execute the command and generate a reply, wherein the transmission includes the identifier received from the smart device; and receiving the reply from the smart device, wherein the reply comprises an acknowledgement of the command, a status of execution of the command, and the identifier received from the smart device.
A deposition method, comprising: providing a channel for a substrate through a deposition apparatus, feeding precursor vapor into the channel; depositing material from the precursor vapor onto the substrate on its way through the deposition apparatus beneath a shader by exposing the substrate to the precursor vapor and to alternating photon exposure and shade periods within the channel, the shader having photon permeable areas and photon impermeable areas shading the substrate surface beneath the shader so that the photon permeable areas provide the photon exposure periods for areas of the substrate beneath the photon permeable areas and that the photon impermeable areas provide the photon shade periods for areas of the substrate beneath the photon impermeable areas, wherein a first precursor species reacts with reactive sites on the area of shade of the substrate surface on the shade period and, on the following photon exposure period, a second precursor species reacts with chemisorbed first precursor species. providing a channel for a substrate through a deposition apparatus, feeding precursor vapor into the channel; depositing material from the precursor vapor onto the substrate on its way through the deposition apparatus beneath a shader by exposing the substrate to the precursor vapor and to alternating photon exposure and shade periods within the channel, the shader having photon permeable areas and photon impermeable areas shading the substrate surface beneath the shader so that the photon permeable areas provide the photon exposure periods for areas of the substrate beneath the photon permeable areas and that the photon impermeable areas provide the photon shade periods for areas of the substrate beneath the photon impermeable areas, wherein a first precursor species reacts with reactive sites on the area of shade of the substrate surface on the shade period and, on the following photon exposure period, a second precursor species reacts with chemisorbed first precursor species.
A communication adapter provided with a serial interface that is connected to a home appliance for connecting the home appliance to an external network, characterized by comprising: a writing control terminal; a non volatile memory in which data is rewriteable when the writing control terminal is pulled down or pulled up to a predetermined voltage; and a setting circuit for setting the writing control terminal to the predetermined voltage, wherein the setting circuit is turned ON by trigger means that is included in a ROM writer when the serial interface is connected to an interface of the ROM writer, instead of being connected to the home appliance. a writing control terminal; a non volatile memory in which data is rewriteable when the writing control terminal is pulled down or pulled up to a predetermined voltage; and a setting circuit for setting the writing control terminal to the predetermined voltage, wherein the setting circuit is turned ON by trigger means that is included in a ROM writer when the serial interface is connected to an interface of the ROM writer, instead of being connected to the home appliance.
A system for determining pressure at an injection site, comprising: a calibrated tube having an inlet and an outlet, the tube being calibrated by applying a known pressure drop over the tube and monitoring the flowrate of a fluid with known viscosity, keeping the flow laminar, the calibrated tube being coupled to an injection device; a pressure sensor positioned substantially near the inlet; and a flow sensor for measuring velocity of a fluid located at a distance from the pressure sensor, the flow sensor having a very high sensitivity to low flow rates, wherein the flow sensor incorporates a nano-scale sensing element and is more specifically an elastic filament velocimeter; and a pump or syringe configured such that a fluid flows from the pump or syringe through the flow sensor and the calibrated tube; and a processor configured to calculate a pressure at an injection site based on data from the pressure sensor and the flow sensor using laminar flow equations, the outlet of the calibrated tube being at the injection site, wherein at least some of the fluid flowing through the calibrated tube flows through the elastic filament velocimeter. a calibrated tube having an inlet and an outlet, the tube being calibrated by applying a known pressure drop over the tube and monitoring the flowrate of a fluid with known viscosity, keeping the flow laminar, the calibrated tube being coupled to an injection device; a pressure sensor positioned substantially near the inlet; and a flow sensor for measuring velocity of a fluid located at a distance from the pressure sensor, the flow sensor having a very high sensitivity to low flow rates, wherein the flow sensor incorporates a nano-scale sensing element and is more specifically an elastic filament velocimeter; and a pump or syringe configured such that a fluid flows from the pump or syringe through the flow sensor and the calibrated tube; and a processor configured to calculate a pressure at an injection site based on data from the pressure sensor and the flow sensor using laminar flow equations, the outlet of the calibrated tube being at the injection site, wherein at least some of the fluid flowing through the calibrated tube flows through the elastic filament velocimeter.
A gas engine heat pump comprising: an engine which burns a mixed air of air and fuel; a turbo charger comprising: a first compressor which compresses the mixed air and supplies to the engine, and a first turbine which is installed in the first exhaust flow path and receives the exhaust gas from the engine to drive the first compressor; a first exhaust flow path which connects the engine and the first turbine; a supercharger which is installed in the first exhaust flow path between the engine and the first turbine, and receives and compresses the exhaust gas passing through the first exhaust flow path to supply to the first turbine; a second exhaust flow path which is branched from the first exhaust flow path between the engine and the supercharger, and converges to the first exhaust flow path between the supercharger and the first turbine; a first valve which is installed to be opened and closed in the second exhaust flow path; a third exhaust flow path which is branched from the first exhaust flow path between the supercharger and the first turbine, and converges to the first exhaust flow path in downstream of the first turbine; a second valve which is installed to be opened and closed in the third exhaust flow path; and a controller which controls operations of the first valve, the second valve, and the supercharger according to load of the engine. an engine which burns a mixed air of air and fuel; a turbo charger comprising: a first compressor which compresses the mixed air and supplies to the engine, and a first turbine which is installed in the first exhaust flow path and receives the exhaust gas from the engine to drive the first compressor; a first exhaust flow path which connects the engine and the first turbine; a supercharger which is installed in the first exhaust flow path between the engine and the first turbine, and receives and compresses the exhaust gas passing through the first exhaust flow path to supply to the first turbine; a second exhaust flow path which is branched from the first exhaust flow path between the engine and the supercharger, and converges to the first exhaust flow path between the supercharger and the first turbine; a first valve which is installed to be opened and closed in the second exhaust flow path; a third exhaust flow path which is branched from the first exhaust flow path between the supercharger and the first turbine, and converges to the first exhaust flow path in downstream of the first turbine; a second valve which is installed to be opened and closed in the third exhaust flow path; and a controller which controls operations of the first valve, the second valve, and the supercharger according to load of the engine.
Heat exchanging assembly including at least one first heat exchanger comprising a plurality of parallel tubes extending between two opposite sides (13, 14) of the heat exchanger, a first and a second header (15, 16) respectively positioned at each of said two opposite sides of the heat exchanger, and connecting means positioned on said headers, which are provided for mounting a second heat exchanger on said first heat exchanger, wherein said connecting means comprise hinge-like support means positioned on one of said first and second header, which are engageable with one of a first side and second side of the second heat exchanger for defining a rotation axis parallel to a longitudinal axis of said one of said first and second header, around which the second heat exchanger is rotatable relative to the first heat exchanger, and quick fastening means (18, 19) positioned on the other of said first and second header, which are engageable with the other of said first side and second side of the second heat exchanger for fixing the second heat exchanger against the first heat exchanger; the heat exchanging assembly being characterized in that it further comprises auxiliary connecting means provided for mounting a third heat exchanger, as an alternative to the second heat exchanger, on said first heat exchanger, said auxiliary connecting means being mounted on attachment seats (21, 22, 23, 24) formed on said headers, wherein said auxiliary connecting means comprise hinge-like support means (137a, 137b) mountable on said other of said first and second header, which are engageable with one of a first side and second side of the third heat exchanger for defining a rotation axis parallel to a longitudinal axis of said other of said first and second header, around which the third heat exchanger is rotatable relative to the first heat exchanger, and quick fastening means (138, 139) mountable on said one of said first and second header, which are engageable with the other of said first side and second side of the third heat exchanger for fixing the third heat exchanger against the first heat exchanger.
A method for producing a steel profile, said method comprising the steps of: providing a workpiece (2, 44, 52), in particular a steel blank, preferably a steel strip blank, forming a weakened point in the region of a planned bend in the workpiece (2, 44, 52), bending the workpiece (2, 44, 52) to produce a bend in the workpiece (2, 44, 52), wherein the weakened point is formed by forming an indentation in the workpiece (2, 44, 52), wherein the indentation forming the weakened point is formed by milling, characterized in that the weakened point after bending is reinforced by laser welding, and that the indentation is formed on an inner side of the bend in the workpiece (2, 44, 52) and is reduced in size or closed during bending, wherein the indentation is closed after bending by laser welding, wherein welding is done by using a focused laser beam which is aimed from the outer side of the bend in the workpiece to the inner side of the bend along a zero gap formed by the indentation after bending, the focus of said beam being inside the workpiece. providing a workpiece (2, 44, 52), in particular a steel blank, preferably a steel strip blank, forming a weakened point in the region of a planned bend in the workpiece (2, 44, 52), bending the workpiece (2, 44, 52) to produce a bend in the workpiece (2, 44, 52), wherein the weakened point is formed by forming an indentation in the workpiece (2, 44, 52), wherein the indentation forming the weakened point is formed by milling, characterized in that the weakened point after bending is reinforced by laser welding, and that the indentation is formed on an inner side of the bend in the workpiece (2, 44, 52) and is reduced in size or closed during bending, wherein the indentation is closed after bending by laser welding, wherein welding is done by using a focused laser beam which is aimed from the outer side of the bend in the workpiece to the inner side of the bend along a zero gap formed by the indentation after bending, the focus of said beam being inside the workpiece.
A method comprising: monitoring user inputs to a content item (27,28) on a device input by a user; using the user inputs to track an emotional condition of the user; determining whether a change in the tracked emotional condition of the user has occurred; and in response to determining that a change in the tracked emotional condition of the user has occurred, using a camera to capture an image of the user and inserting the image into the content item; and in response to determining that a change in the tracked emotional condition of the user has not occurred continuing to monitor inputs without capturing an image. monitoring user inputs to a content item (27,28) on a device input by a user; using the user inputs to track an emotional condition of the user; determining whether a change in the tracked emotional condition of the user has occurred; and in response to determining that a change in the tracked emotional condition of the user has occurred, using a camera to capture an image of the user and inserting the image into the content item; and in response to determining that a change in the tracked emotional condition of the user has not occurred continuing to monitor inputs without capturing an image.