mhurhangee/ep-ind-claims huggingface dataset:
A multi-client multi-protocol equipment server for communicating with a tool, comprising a processor including: means for configuring a plurality of host/client interfaces of the multi-client multi-protocol equipment server (525, 535), at least one of said plurality of host/client interfaces for communicating with a manufacturing execution system; means for configuring a plurality of tool interfaces of the multi-client multi-protocol equipment server for communicating with the tool (545,550), wherein at least one of the plurality of the tool interfaces is a Semi Equipment Communications Standard / Generic Model for Communications and Control of Manufacturing Equipment, SECS/GEM, interface, characterised in that the multi-client multi-protocol server includes means for creating an instance of an equipment object model of the tool on the multi-client multi-protocol equipment server, wherein the equipment object model includes static attributes received from an XML document used to configure the SECS/GEM interface, dynamic attributes retrieved from the tool, and dynamic attributes set from a host application, wherein the manufacturing execution system is adapted to communicate with the tool based on said equipment object model of the tool. means for configuring a plurality of host/client interfaces of the multi-client multi-protocol equipment server (525, 535), at least one of said plurality of host/client interfaces for communicating with a manufacturing execution system; means for configuring a plurality of tool interfaces of the multi-client multi-protocol equipment server for communicating with the tool (545,550), wherein at least one of the plurality of the tool interfaces is a Semi Equipment Communications Standard / Generic Model for Communications and Control of Manufacturing Equipment, SECS/GEM, interface, characterised in that the multi-client multi-protocol server includes means for creating an instance of an equipment object model of the tool on the multi-client multi-protocol equipment server, wherein the equipment object model includes static attributes received from an XML document used to configure the SECS/GEM interface, dynamic attributes retrieved from the tool, and dynamic attributes set from a host application, wherein the manufacturing execution system is adapted to communicate with the tool based on said equipment object model of the tool.
An apparatus comprising: a graphene field effect transistor where the graphene field effect transistor comprises a graphene channel and quantum dots provided overlaying the graphene channel, wherein the quantum dots comprise a first layer comprising quantum dots connected to a first ligand and a second layer comprising quantum dots connected to a second ligand, and wherein the first ligand is configured to cause the first layer to have a first refractive index and the second ligand is configured to cause the second layer to have a second refractive index wherein the second refractive index is different to the first refractive index, wherein the thickness of at least one of the layers (9, 13) of quantum dots is arranged to provide an anti-reflective coating, wherein the layers (9, 13) arranged to provide an anti-reflective coating are also arranged to transduce incident light into an electrical output. a graphene field effect transistor where the graphene field effect transistor comprises a graphene channel and quantum dots provided overlaying the graphene channel, wherein the quantum dots comprise a first layer comprising quantum dots connected to a first ligand and a second layer comprising quantum dots connected to a second ligand, and wherein the first ligand is configured to cause the first layer to have a first refractive index and the second ligand is configured to cause the second layer to have a second refractive index wherein the second refractive index is different to the first refractive index, wherein the thickness of at least one of the layers (9, 13) of quantum dots is arranged to provide an anti-reflective coating, wherein the layers (9, 13) arranged to provide an anti-reflective coating are also arranged to transduce incident light into an electrical output.
A method of selecting clones for high expression of a protein of interest by using an expression vector, the expression vector comprising: (i) a gene expression cassette comprising a selectable marker gene to which a polyadenylation signal (polyA) has been inoperably linked or a selectable marker gene from which a polyA has been removed; and (ii) a gene expression cassette which encodes a recombinant protein of interest and to which polyA has been operably linked, the method comprising transfecting a host cell with the expression vector, culturing the transfected host cell under a selective condition in which an inhibitor of the protein that is encoded by the selectable marker gene is present, and only cells transfected with a large number of said vector can survive. (i) a gene expression cassette comprising a selectable marker gene to which a polyadenylation signal (polyA) has been inoperably linked or a selectable marker gene from which a polyA has been removed; and (ii) a gene expression cassette which encodes a recombinant protein of interest and to which polyA has been operably linked, the method comprising transfecting a host cell with the expression vector, culturing the transfected host cell under a selective condition in which an inhibitor of the protein that is encoded by the selectable marker gene is present, and only cells transfected with a large number of said vector can survive.
A process for extracting the anode butt and the thimbles attached to a spent anode for the production of aluminium using igneous electrolysis, comprising the following stages: a) the butt is fitted between a stop device and an attacking device, said attacking device being able to be moved using an actuator in towards said stop device, said stop device surrounding, at least partially, each stub of the anode stem leg and having a first stop stopping the butt from moving forward, said stop device being provided, around each stub, with a recess having a second stop which stops said thimbles from moving forward; b) the spent anode is moved until the butt is blocked by said first stop; c) said attacking device is moved towards the stop device so that it arrives in contact with said anode butt and imposes on said butt such a force as to cause it to break up and the fragments to be detached from the butt; d) the fragments of butt are removed; e) said attacking device continues to move so that the thimbles are blocked by the second stop and are detached from the stubs; f) said attacking device stops and is withdrawn; said process being characterized in that the axial distance between said first stop and said second stop is higher or substantially equal to the height of said thimbles. a) the butt is fitted between a stop device and an attacking device, said attacking device being able to be moved using an actuator in towards said stop device, said stop device surrounding, at least partially, each stub of the anode stem leg and having a first stop stopping the butt from moving forward, said stop device being provided, around each stub, with a recess having a second stop which stops said thimbles from moving forward; b) the spent anode is moved until the butt is blocked by said first stop; c) said attacking device is moved towards the stop device so that it arrives in contact with said anode butt and imposes on said butt such a force as to cause it to break up and the fragments to be detached from the butt; d) the fragments of butt are removed; e) said attacking device continues to move so that the thimbles are blocked by the second stop and are detached from the stubs; f) said attacking device stops and is withdrawn;
Method for operating a heating system for service water and heating water for a building having a heating device and a thermal solar absorber, in the case of which the solar absorber is connected via a heat exchanger in the return line of the heating device with a heating circuit, wherein the heating device is disposed in the upper region of the building and a warm water or hot water storage (60, 80), the heat source of which is connected exclusively via the supply line and return line of the heating circuit, is disposed in the lower region of the building, the heating circuit is connected with at least one heating body (43, 53), wherein to a heating body valve (45, 55) is assigned to each heating body (43, 53) and in the supply line or return line of the warm water or hot water storage (60, 80) is disposed a shut-off valve, characterised in that a bypass line having a changeover valve is disposed between supply line and return line of the heating device, and that the heating body valves (45, 55) of the heating bodies (43, 53) are closed for storage charging of the warm water or hot water storage (60, 80) and for heating living space the shut-off valve of the warm water or hot water storage (60, 80) is closed, wherein when the solar heat is not sufficient to satisfy the heating requirement the three-way changeover valve is switched such that the throughflow via the bypass line is locked and the heating water, prewarmed in the heat exchanger, flows from the heating return line via the heating device into the heating supply line.
A CVT transmission comprising: a shaft journalled to a housing; a first sheave fixed to the shaft; a second sheave moveable parallel to an axis of rotation of the shaft; the second sheave locked in rotating relation with the first sheave by a first sheave member cooperatively engaged with a second sheave receiving member, the second sheave receiving member comprising a slot; a sprocket journalled to the housing; the sprocket threadably engaged with a movable member, a bearing disposed between the movable member and the second sheave; the movable member engaged with the housing whereby movement of the movable member is parallel with the axis of rotation; an actuator engaged with the sprocket; and the second sheave is axially movable upon a rotation of the sprocket, and wherein the axial movement of the second sheave is determined in part by the orientation of the slot, said orientation being helical with respect to the axis of rotation with a helix angle in the range of 5 degrees to 50 degrees. a shaft journalled to a housing; a first sheave fixed to the shaft; a second sheave moveable parallel to an axis of rotation of the shaft; the second sheave locked in rotating relation with the first sheave by a first sheave member cooperatively engaged with a second sheave receiving member, the second sheave receiving member comprising a slot; a sprocket journalled to the housing; the sprocket threadably engaged with a movable member, a bearing disposed between the movable member and the second sheave; the movable member engaged with the housing whereby movement of the movable member is parallel with the axis of rotation; an actuator engaged with the sprocket; and the second sheave is axially movable upon a rotation of the sprocket, and wherein the axial movement of the second sheave is determined in part by the orientation of the slot, said orientation being helical with respect to the axis of rotation with a helix angle in the range of 5 degrees to 50 degrees.
A magnetostrictive current sensor comprising: a magnetic core (10, 10a, 10b) configured to surround a current carrying conductor, said magnetic core (10, 10a, 10b) including a gap disposed between first and second mounting sections (15, 16), the first mounting section having a cross sectional area that decreases in the direction of the magnetic field (11, 11a, 11b) and the second mounting section having a cross sectional area that increases in the direction of the magnetic field (11, 11a, 11b), each mounting section (15, 16) including a generally planar mounting surface being an exterior surface of the magnetic core (10, 10a, 10b) outside the gap; a magnetostrictive element disposed in a path of a magnetic field (11, 11a, 11b) generated by said current carrying conductor, mechanically coupled to the mounting surfaces outside the gap and having a dimension in the direction of the magnetic field (11, 11a, 11b) that is larger than the size of the gap in said direction; and a strain gauge mechanically coupled to said magnetostrictive element. a magnetic core (10, 10a, 10b) configured to surround a current carrying conductor, said magnetic core (10, 10a, 10b) including a gap disposed between first and second mounting sections (15, 16), the first mounting section having a cross sectional area that decreases in the direction of the magnetic field (11, 11a, 11b) and the second mounting section having a cross sectional area that increases in the direction of the magnetic field (11, 11a, 11b), each mounting section (15, 16) including a generally planar mounting surface being an exterior surface of the magnetic core (10, 10a, 10b) outside the gap; a magnetostrictive element disposed in a path of a magnetic field (11, 11a, 11b) generated by said current carrying conductor, mechanically coupled to the mounting surfaces outside the gap and having a dimension in the direction of the magnetic field (11, 11a, 11b) that is larger than the size of the gap in said direction; and a strain gauge mechanically coupled to said magnetostrictive element.
A metallized film (11, 12) comprising: a dielectric resin film (21, 22); and a metal layer (31, 32) provided on one surface of the dielectric resin film (21, 22), wherein when a linear thermal expansion coefficient of the metallized film (11, 12) is α P and a linear thermal expansion coefficient of the metal layer (31, 32) is α M, characterized in that a value of α P /α M is 5.1 or less. a dielectric resin film (21, 22); and a metal layer (31, 32) provided on one surface of the dielectric resin film (21, 22), wherein when a linear thermal expansion coefficient of the metallized film (11, 12) is α P and a linear thermal expansion coefficient of the metal layer (31, 32) is α M, characterized in that a value of α P /α M is 5.1 or less.
A power line communication apparatus for receiving a signal having a plurality of subcarriers via a power line, the power line communication apparatus comprising: a transmission line connecting unit that receives the signal having a plurality of subcarriers via the power line; a noise level calculator that calculates a noise level corresponding to each of the plurality of subcarriers; and a determination unit that determines a modulation scheme employed for each of the plurality of subcarriers based on the noise level; characterized by a transmission rate calculator that calculates a transmission rate corresponding to a data volume per symbol based on the noise level corresponding to each of the subcarriers; and a display that displays a status of the transmission rate. a transmission line connecting unit that receives the signal having a plurality of subcarriers via the power line; a noise level calculator that calculates a noise level corresponding to each of the plurality of subcarriers; and a determination unit that determines a modulation scheme employed for each of the plurality of subcarriers based on the noise level; characterized by a transmission rate calculator that calculates a transmission rate corresponding to a data volume per symbol based on the noise level corresponding to each of the subcarriers; and a display that displays a status of the transmission rate.
A method for controlling device to device communications by a network apparatus of a wireless system, comprising determining a reference radio bearer which is based on semi-persistent scheduling, wherein the reference bearer is determined to provide an adequate service in a cellular access mode, determining information of semi-static resource allocation for the reference radio bearer, signalling a configuration of the reference radio bearer and the information of semi-static resource allocation for the reference radio bearer to at least one device for use in configuring the at least one device for a device to device communication mode, and configuring the reference radio bearer to become an actual radio bearer in a cellular access mode upon at least one device switching modes from the device-to-device communications mode to the cellular access mode.
Method for controlling the state of coupling of a traction machine (10; 12; 16) of a motor vehicle to a wheel set of the vehicle, the method comprising the detection of a request of a target coupling state (SGi_cib) at a time (tx), the method being characterized in that it further comprises the steps of: - the determination of the controlled coupling state (ST_tx) of the traction machine (10; 12; 16) to the wheel set at the instant (tx) of the detection of said request and, - control of said request is authorized from the instant (tx) of detection of said request when the controlled coupling state (ST_tx) at the instant (tx) of detection is identical to the state target coupling (SGi_tx) of said request. - the determination of the controlled coupling state (ST_tx) of the traction machine (10; 12; 16) to the wheel set at the instant (tx) of the detection of said request and, - control of said request is authorized from the instant (tx) of detection of said request when the controlled coupling state (ST_tx) at the instant (tx) of detection is identical to the state target coupling (SGi_tx) of said request.
Key module for a keyboard, the key module comprising: a key plunger, the key plunger having a coupling portion for coupling a key cap for the key module, the key plunger having at least one guide portion (326, 328) for guiding a translational actuating movement of the key plunger between a rest position and an actuating position, the key plunger having at least one plunger stop for limiting the actuating movement; a trigger element for triggering a switching signal of the key module in response to the actuation movement, the trigger element being attachable to the key plunger, wherein the trigger element is configured as a contactor for electrically short-circuiting contact surfaces of the circuit substrate of the keyboard, the contactor having an attachment portion by means of which the contactor is attachable to the key plunger of the keypad module, wherein the contactor is integrally formed; a module housing, the module housing being integrally formed, the module housing having at least one positioning protrusion for positioning the key module on a circuit substrate of the keyboard, the module housing being formed to movably receive the key plunger to permit actuating movement of the key plunger relative to the module housing, the module housing having at least one housing abutment for abutment against the at least one plunger abutment of the key plunger in the rest position of the key plunger; and elastic means, the elastic means being configured to bias the key plunger into the rest position in an assembled state of the key module. a key plunger, the key plunger having a coupling portion for coupling a key cap for the key module, the key plunger having at least one guide portion (326, 328) for guiding a translational actuating movement of the key plunger between a rest position and an actuating position, the key plunger having at least one plunger stop for limiting the actuating movement; a trigger element for triggering a switching signal of the key module in response to the actuation movement, the trigger element being attachable to the key plunger, wherein the trigger element is configured as a contactor for electrically short-circuiting contact surfaces of the circuit substrate of the keyboard, the contactor having an attachment portion by means of which the contactor is attachable to the key plunger of the keypad module, wherein the contactor is integrally formed; a module housing, the module housing being integrally formed, the module housing having at least one positioning protrusion for positioning the key module on a circuit substrate of the keyboard, the module housing being formed to movably receive the key plunger to permit actuating movement of the key plunger relative to the module housing, the module housing having at least one housing abutment for abutment against the at least one plunger abutment of the key plunger in the rest position of the key plunger; and elastic means, the elastic means being configured to bias the key plunger into the rest position in an assembled state of the key module.
A heating radiator of a heating system, the radiator comprising two heating plates (2, 3) and a connecting element connecting the two heating plates (2, 3), said connecting element consisting of lateral connecting sockets (4,5) and of a first threaded connection bushing, that are arranged to form a T-shaped casing formed around a central spherical part of the connecting element, wherein a second threaded connection bushing for the group of the valve shaft is attached across the plane of the intersections of the principal axes of the lateral connecting sockets (4,5) and of the first threaded connection bushing and that said valve shaft extends sealed into the central spherical part of the connecting element by means of its cylindrical obturator provided with the radial recess, for which a cylindrical seat is formed with its lateral holes (13,14,15) emptying into the lateral connection sockets (4,5) and into the first threaded connection bushing, characterized in that the group of the valve shaft includes a coaxial sleeve to guide and to seal up a stem of the valve shaft, while the free end of the stem is provided with a driving shoulder, for a manual knob and / or an actuator of a servomotor.
A compound of structural Formula (Ibb), or a pharmaceutically acceptable salt, solvate, tautomer, or stereoisomer thereof: wherein: X 2 is -O-, -S-, or -NR 13B; R 13B and R 13C are independently hydrogen, halogen, -CF 3, -CCl 3, -CBr 3, -CI 3, -COOH, - CONH 2, substituted or unsubstituted alkyl, substituted or unsubstituted heteroalkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted heterocycloalkyl, substituted or unsubstituted aryl, or substituted or unsubstituted heteroaryl; or R 13B and R 13C substituents bonded to the same nitrogen atom may optionally be joined to form a substituted or unsubstituted heterocycloalkyl or substituted or unsubstituted heteroaryl. X 2 is -O-, -S-, or -NR 13B; R 13B and R 13C are independently hydrogen, halogen, -CF 3, -CCl 3, -CBr 3, -CI 3, -COOH, - CONH 2, substituted or unsubstituted alkyl, substituted or unsubstituted heteroalkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted heterocycloalkyl, substituted or unsubstituted aryl, or substituted or unsubstituted heteroaryl; or R 13B and R 13C substituents bonded to the same nitrogen atom may optionally be joined to form a substituted or unsubstituted heterocycloalkyl or substituted or unsubstituted heteroaryl.
A thermoelectric conversion material comprising: a redox pair; a capture compound which captures only one of the redox pair selectively at low temperature and releases the only one of the redox pair at high temperature; and water, or an aqueous solvent comprising water and an organic solvent. a redox pair; a capture compound which captures only one of the redox pair selectively at low temperature and releases the only one of the redox pair at high temperature; and water, or an aqueous solvent comprising water and an organic solvent.
Adjustment device of a cross-section adjustment element of an exhaust-gas turbocharger for providing an overall torque at a driving shaft of the adjustment device, which driving shaft is coupled to a drive, characterized by a cam disc which is connected rotationally conjointly to the driving shaft and whose edge, which deviates at least in regions from a circular shape, is at at least one circumferential position acted on with a force, which is dependent on the rotational angle position of the cam disc, for generating an auxiliary torque on the driving shaft, which auxiliary torque assists a drive torque of the drive, wherein the drive torque and the additional torque together form the overall torque.