mhurhangee/ep-ind-claims huggingface dataset:
A process for making a compound having the structure of compound 11: wherein R1 is an alkyl group of from 1 to about 4 carbon atoms, wherein the process comprises the steps: (a) reacting (5-halo-pyridin-2-yl)-methanol of the Formula 137A where X 2 is selected independently from Cl, Br, or I; with an X 1 halogenating agent, to produce a compound of the formula of compound 137, where X 1 is the same for each occurrence and is selected from Cl or Br and X 2 is as defined above; (b) reacting compound 137 with a phosphite compound of the structure of Formula A: wherein R 9 is selected from alkyl, aryl, heteroaryl, and arylalkyl groups having 1 to 10 carbon atoms, to produce compound 138: wherein R 9 is as defined above; (c) treating compound 138 with HX 3, where X 3 is selected from Cl and Br, to precipitate the corresponding hydrohalide salt of Formula 138 A and (d) reacting the hydrohalide salt from step "c" with a 3-fluorophenylboronate compound of the structure of Formula B wherein R 11 is selected independently for each occurrence from alkyl, aryl heteroaryl and arylalkyl groups having 1 to 10 carbon atoms and hydrogen, optionally in the presence of a palladium catalyst to produce compound 116. (a) reacting (5-halo-pyridin-2-yl)-methanol of the Formula 137A where X 2 is selected independently from Cl, Br, or I; with an X 1 halogenating agent, to produce a compound of the formula of compound 137, where X 1 is the same for each occurrence and is selected from Cl or Br and X 2 is as defined above; (b) reacting compound 137 with a phosphite compound of the structure of Formula A: wherein R 9 is selected from alkyl, aryl, heteroaryl, and arylalkyl groups having 1 to 10 carbon atoms, to produce compound 138: wherein R 9 is as defined above; (c) treating compound 138 with HX 3, where X 3 is selected from Cl and Br, to precipitate the corresponding hydrohalide salt of Formula 138 A and (d) reacting the hydrohalide salt from step "c" with a 3-fluorophenylboronate compound of the structure of Formula B wherein R 11 is selected independently for each occurrence from alkyl, aryl heteroaryl and arylalkyl groups having 1 to 10 carbon atoms and hydrogen, optionally in the presence of a palladium catalyst to produce compound 116.
System of linear luminaire with fitting light modules, composed by a series of light modules (M1, M2,...Mn), forming part of a row of light sources, in such a way that these light modules are set out in a serial row of elements, connected to an electric energy supply through conducting lines L1, L2, L3, with any type of setup design, as an electric main, where these modules are mutually linked by means of connecting blocks, that provide a mechanical and electrical interconnection between them, wherein these connecting blocks integrate means for the control/conversion of the electric energy which actuate on the performance of the adjacent light module (M1, M2,...Mn), controlling the type of current and the supply conditions to the respective light sources of the corresponding light module, or to a part of those light sources, in such a way that this action is realized at a distance of any of the connecting blocks of the electric main, through its respective connecting lines. characterized in that the light sources are LEDs and wherein the luminaire has a first light module with: - a series of light-emitting devices based on LEDs, - a main line for the LEDs support and for the passage of current supply means to feed those LEDs; and - a connecting block for the mechanical and electrical connection of the first light module to the second light module, similar or analogous, creating a continuous row, wherein the mentioned conducting lines comprise at least a first, second and third conducting line for current supply, that are respectively connected to a first, second and third current supply source, and the connecting block has inside at least selection means which are going to select one of these conducting lines (F1, F2 o F3) for power supply and connect them to at least one part of the LEDs of one of those first or second light modules, for their feeding. - a series of light-emitting devices based on LEDs, - a main line for the LEDs support and for the passage of current supply means to feed those LEDs; and - a connecting block for the mechanical and electrical connection of the first light module to the second light module, similar or analogous, creating a continuous row,
A vacuum pump, in particular a turbomolecular pump, comprising at least one housing section; and at least one shielding means, wherein the shielding means is formed at the housing section to electromagnetically shield an interior of the pump with respect to an exterior of the pump, and wherein the shielding means comprises copper and/or beryllium, characterized in that the shielding means is formed as a lattice at an inlet flange and/or an expulsion flange.
A tractor comprising an engine, a power take-off transmission and a shaft carrying a belt pulley (24, 25) and connecting the engine to the power take-off transmission, characterised in that at a first portion of the shaft a sleeve is axially displaceable between a locking position in which it radially immovably engages into a socket of a second portion of the shaft and an unlocking position in which an end piece of the first portion of the shaft is free to pass a lateral opening of the socket.
Apparatus for positioning and orienting fish bodies, comprising a conveying device with trough-shaped receiving elements for individually receiving one each of the fish bodies and for conveying the fish bodies transversely to their longitudinal axis in a conveying direction, at least one positioning device, which is configured to position the fish bodies by displacing them in a displacement direction, wherein the displacement direction runs transversely to the conveying direction, wherein the positioning device comprises a sliding element for displacing the fish bodies and a sliding element receptacle, wherein the sliding element is arranged on the sliding element receptacle so as to be pivotable out of a rest position about at least one axis, and wherein the sliding element receptacle is designed and configured to be movable in the displacement direction, characterised in that the positioning device comprises magnetic reset means which are designed and configured in such a manner that, during displacement of the fish body, they exert a restoring force on the sliding element acting in the displacement direction.
A gripping or clamping device for gripping or clamping objects, having an electric drive mechanism, wherein the drive mechanism drives a pinion, which is provided on a power takeoff shaft and with jaws (12, 14) that are coupled for motion to the pinion and are movable along a base part via a jaw guide, characterized in that the jaw guide has needle bearing rollers, provided in the vicinity between the jaws (12, 14), in such a way that the axes of rotation of the needle bearing rollers extend parallel to and spaced apart from the axis of rotation, and the axes of rotation of the needle bearing rollers and the axis of rotation are located side by side in an axial plane, and axis of rotation is located between the axes of rotation of the needle bearing rollers.
A liquid bio-fuel comprising: 50 to 95 weight percent oxygenated hydrocarbons; 5 to 50 weight percent nonoxygenated hydrocarbons; not more than 15 weight percent water; and not more than 2,500 ppmw solids, wherein said liquid bio-fuel has an ignition temperature in the range of 175 to 300 °C and a higher heating value at least 20,934 kJ/kg (9,000 btu/lb).
Hydraulic adjustment device for transverse adjustment of lower links (21, 22) of a three-point power lift on an agricultural machine, with two selectively actuatable hydraulic cylinders (1, 2) and a hydraulic control circuit for actuating the hydraulic cylinders (1, 2), characterized in that the control circuit has a pressure control apparatus for generating an adjustable control pressure depending on an electrical control signal, and a pressure-controlled changeover valve which is connected to the pressure control apparatus and which, when a first control pressure value is applied, assumes a first switching position in which a first of the hydraulic cylinders is connected to a pressure sink and the second of the hydraulic cylinders is connected to a pressure source, and, when a second control pressure value is applied which is higher than the first control pressure value, assumes a second switching position in which the first hydraulic cylinder is connected to the pressure source and the second hydraulic cylinder is connected to the pressure sink.
A circulator, comprising: a gyrator (1402, 1708) having a first side and having a second side connected to a third port; a first transmission line section having a first side connected to the first side of the gyrator and a second side connected to a first port; a second transmission line section having a first side connected to the first port and having a second side connected to a second port; a third transmission line section having a first side connected to the second port and having a second side connected to the third port; characterised in that the circulator further comprises a first cancellation path that is connected between the first port and the third port and that introduces a current that is 90 degrees out of phase with a first voltage at the first port; and a second cancellation path that is connected between the second port and the third port and that introduces a current that is orthogonal to the current introduces by the first cancellation path. a gyrator (1402, 1708) having a first side and having a second side connected to a third port; a first transmission line section having a first side connected to the first side of the gyrator and a second side connected to a first port; a second transmission line section having a first side connected to the first port and having a second side connected to a second port; a third transmission line section having a first side connected to the second port and having a second side connected to the third port; characterised in that the circulator further comprises a first cancellation path that is connected between the first port and the third port and that introduces a current that is 90 degrees out of phase with a first voltage at the first port; and a second cancellation path that is connected between the second port and the third port and that introduces a current that is orthogonal to the current introduces by the first cancellation path. a first cancellation path that is connected between the first port and the third port and that introduces a current that is 90 degrees out of phase with a first voltage at the first port; and a second cancellation path that is connected between the second port and the third port and that introduces a current that is orthogonal to the current introduces by the first cancellation path.
A shielding case, wherein the shielding case comprises: a first shielding case body and a second shielding case body that are interconnected, wherein the first shielding case body has a first top wall and a first side wall, the second shielding case body has a second top wall and a second side wall, wherein the second shielding case body at least partially covers the first shielding case body, and a heat storage material is accommodated between the first shielding case body and the second shielding case body; wherein the second shielding case body covers both the first top wall and the first side wall; characterised in that the second shielding case body is connected with the first shielding case body through multiple joint pins that are arranged along a circumference direction at intervals; an inner end of the joint pin is connected with a corner between the first top wall and the first side wall, while an outer end is connected with a corner between the second top wall and the second side wall; the heat storage material comprises a first heat storage material located between the first top wall and the second top wall and a second heat storage material located between the first side wall and the second side wall.
A method of making a nanostructure comprising an InP core and a first GaP or AlP shell, comprising (a) contacting an InP core with MX 3, wherein M = Al or Ga, and X = an anion, and a source of phosphide in a solvent to give an InP core surrounded by a first GaP or AlP shell; wherein the contacting in (a) is carried out in the absence of an acid. (a) contacting an InP core with MX 3, wherein M = Al or Ga, and X = an anion, and a source of phosphide in a solvent to give an InP core surrounded by a first GaP or AlP shell;
Quantum device with at least two spin qubits, comprising at least: - a semiconductor portion comprising a main dimension according to a first direction and arranged on a buried dielectric layer of a semiconductor-on-insulator type substrate which further comprises a semiconductor support layer such that the buried dielectric layer is arranged between the semiconductor portion and the support layer, wherein at least two first distinct parts (108a, 108b) each form a confinement region of one of the at least two qubits and are spaced apart from one another by at least one second part forming a coupling region between the confinement regions of the at least two qubits; - at least two front gates comprising a main dimension according to a second direction perpendicular to the first direction and crossing the semiconductor portion in a top view, an intermediate part of each of the at least two front gates covering one of the at least two first parts (108a, 108b) of the semiconductor portion; characterized in that the support layer comprises at least one doped region with at least a part arranged in line with the at least one second part of the semiconductor portion and aligned with respect to the front gates such that edges of a projection of the at least one doped region in a plane which is parallel to the interface between the support layer and the buried dielectric layer are aligned with those of a projection of the front gates in said plane, thereby forming at least one back gate controlling coupling between the confinement regions of the at least two qubits. - a semiconductor portion comprising a main dimension according to a first direction and arranged on a buried dielectric layer of a semiconductor-on-insulator type substrate which further comprises a semiconductor support layer such that the buried dielectric layer is arranged between the semiconductor portion and the support layer, wherein at least two first distinct parts (108a, 108b) each form a confinement region of one of the at least two qubits and are spaced apart from one another by at least one second part forming a coupling region between the confinement regions of the at least two qubits; - at least two front gates comprising a main dimension according to a second direction perpendicular to the first direction and crossing the semiconductor portion in a top view, an intermediate part of each of the at least two front gates covering one of the at least two first parts (108a, 108b) of the semiconductor portion;
Mast arm for a concrete distributor mast with an box profile support elongated along a longitudinal axis and composed, at least in sections, of a lower flange, an upper flange and two lateral walls (24, 26) which connect the flanges (20, 22), and comprising at least one partition plate element arranged in a hollow cross section of the rectangular-shaped closed box profile support, characterized in that the partition plate element is welded to the box profile support by way of longitudinal welding joints running along the box profile support, and that the flanges (20 22) or the lateral walls (24, 26) are provided with cutouts for introducing the longitudinal welding joints as fill joint.
An electrosurgical generator for providing radio frequency voltage to be applied, in use, to tissue, comprising: a radio frequency output stage coupled to an active terminal and a return terminal and configured to generate a radio frequency voltage; a sensor circuit that measures at least one of a tissue property and a radio frequency voltage property; and a transformer including (i) a primary winding having a first lead coupled to the active terminal and a second lead coupled to the return terminal, the first and second leads coupled to the radio frequency output stage characterized in that the transformer comprises (ii) a plurality of secondary windings (44, 46), configured to output at least a first sensed voltage (V SENI) and a second sensed voltage (V SENz), and each of the outputs of the secondary windings are coupled to the sensor circuit and configured to transmit the first and second sensed voltages to first and second respective sensors of the sensor circuit; and wherein the first respective sensor is configured to determine from the first sensed voltage at least one of tissue impedance and radio frequency energy properties, and the second respective sensor is configured to monitor the second sensed voltage for at least one of error conditions and single fault protection conditions. a radio frequency output stage coupled to an active terminal and a return terminal and configured to generate a radio frequency voltage; a sensor circuit that measures at least one of a tissue property and a radio frequency voltage property; and a transformer including (i) a primary winding having a first lead coupled to the active terminal and a second lead coupled to the return terminal, the first and second leads coupled to the radio frequency output stage characterized in that the transformer comprises (ii) a plurality of secondary windings (44, 46), configured to output at least a first sensed voltage (V SENI) and a second sensed voltage (V SENz), and each of the outputs of the secondary windings are coupled to the sensor circuit and configured to transmit the first and second sensed voltages to first and second respective sensors of the sensor circuit; and wherein the first respective sensor is configured to determine from the first sensed voltage at least one of tissue impedance and radio frequency energy properties, and the second respective sensor is configured to monitor the second sensed voltage for at least one of error conditions and single fault protection conditions.
Pixel circuit for detecting time-dependent visual data comprising a photo sensing device detecting a light intensity and generating a signal representing the detected light intensity, said pixel circuit being characterized in that it further comprises: - a voltage amplifier configured for amplifying the signal representing the detected light intensity (V ph) and generating an amplified signal (V o), the amplified signal being generated by taking into account a control signal (V qDC) which shifts an input voltage offset of said voltage amplifier, - a hysteresis comparing module configured for comparing the amplified signal (V o) to at least one threshold value (θo+, θo-) and to a reference value (V ref) and for generating at least one output signal (V o +, V o -;, V o1 +, V o1 -) based on said comparison, said at least one output signal (V o +, V o -; V o1 +, V o1 -) being set to an active state if said amplified signal (V o) passes said at least one threshold value (θo+, θo-), said at least one output signal (V o +, V o -; V o1 +, V o1 -) being set to an inactive state otherwise, and - a feedback control module configured for generating said control signal (V qDC) of said voltage amplifier based on said at least one output signal generated by said hysteresis comparing module, wherein, in the active state, said feedback control module is configured for increasing or decreasing said control signal (V qDc) causing said amplified signal (V 0) respectively to decrease or increase until it reaches said reference value (V ref), and in the inactive state, the feedback control module is configured for keeping the control signal (V qDc) constant. - a voltage amplifier configured for amplifying the signal representing the detected light intensity (V ph) and generating an amplified signal (V o), the amplified signal being generated by taking into account a control signal (V qDC) which shifts an input voltage offset of said voltage amplifier, - a hysteresis comparing module configured for comparing the amplified signal (V o) to at least one threshold value (θo+, θo-) and to a reference value (V ref) and for generating at least one output signal (V o +, V o -;, V o1 +, V o1 -) based on said comparison, said at least one output signal (V o +, V o -; V o1 +, V o1 -) being set to an active state if said amplified signal (V o) passes said at least one threshold value (θo+, θo-), said at least one output signal (V o +, V o -; V o1 +, V o1 -) being set to an inactive state otherwise, and - a feedback control module configured for generating said control signal (V qDC) of said voltage amplifier based on said at least one output signal generated by said hysteresis comparing module, wherein, in the active state, said feedback control module is configured for increasing or decreasing said control signal (V qDc) causing said amplified signal (V 0) respectively to decrease or increase until it reaches said reference value (V ref), and in the inactive state, the feedback control module is configured for keeping the control signal (V qDc) constant.
An injector having a connector connected to a socket coming from the electronic control unit of the vehicle for injecting fuel to the combustion chamber in internal combustion engines, characterized by comprising at least one connection housing provided on a main body with threaded parts formed at least partially on the inner wall of the connection housing and at least one threaded part provided on the connector and disposed into said connection housing, for providing connection of said connector to the main body of the injector, the connector comprises at least one connector body and the threaded part is provided on the outer wall of said connector body.
An oil scraper piston ring, comprising - a ring body; - two radial outer running webs on the ring body, which are arranged one behind the other in relation to the run direction of the piston and are spaced apart from one another by an external depression; - wherein each running web respectively has two scraper lips; and characterized by - a wear protection coating on each scraper lip. - a ring body; - two radial outer running webs on the ring body, which are arranged one behind the other in relation to the run direction of the piston and are spaced apart from one another by an external depression; - wherein each running web respectively has two scraper lips; and - a wear protection coating on each scraper lip.