mhurhangee/ep-ind-claims huggingface dataset:
A welding wire transfer system for use with at least a pair of endless welding wire containers (16, 18), wherein at least one of said containers is an in-process supply container containing a coil of wire (12 or 14) and at least one other of said containers is a staged supply container containing a coil of wire (14 or 12) with a start end of said staged container welding wire butt-welded to a tail of said in-process container welding wire, said welding wire transfer system comprising a vertical shaft or post; and a horizontal shaft extending normal to said vertical shaft and comprising a welding wire transfer guide, characterized in that said guide has an outwardly-facing curvilinear groove, one end of said groove of said welding wire transfer guide positioned nearly tangent to an outer diameter of the in-process coil of wire and an opposed end of said groove positioned nearly tangent to an inner diameter of the staged coil of welding wire.
Process for preparing alkyl 5-dialkylacetal-2-furoates of formula: in which: R 1, R 2 and R 3 each independently designate a C 1 -C 22 alkyl or alkenyl group, characterized in that it comprises a step of converting one or more uronic acids by reaction with at least one alcohol of formula R-OH wherein R designates a C 1 -C 22 alkyl or alkenyl group, in the presence of at least one acidic catalyst, the reaction medium being brought to a temperature of 150 to 180°C.
A communication terminal (100, 200, 300) comprising: a primary concave reflector configured to provide a first focal length to a focal point; a secondary concave reflector configured to provide a second focal length to the focal point, wherein the focal point is located between the primary concave reflector and the secondary concave reflector; an optical transceiver facing the secondary concave reflector, wherein the optical transceiver is configured to transmit and receive the optical signal via the primary and secondary concave reflectors through the focal point; one or more RF transceivers facing the primary concave reflector, wherein the one or more RF transceivers are positioned adjacent to the focal point and offset from a path of the optical signal, and wherein the one or more RF transceivers are configured to transmit and receive the RF signal via the primary concave reflector. a primary concave reflector configured to provide a first focal length to a focal point; a secondary concave reflector configured to provide a second focal length to the focal point, wherein the focal point is located between the primary concave reflector and the secondary concave reflector; an optical transceiver facing the secondary concave reflector, wherein the optical transceiver is configured to transmit and receive the optical signal via the primary and secondary concave reflectors through the focal point; one or more RF transceivers facing the primary concave reflector, wherein the one or more RF transceivers are positioned adjacent to the focal point and offset from a path of the optical signal, and wherein the one or more RF transceivers are configured to transmit and receive the RF signal via the primary concave reflector.
Vapour extraction apparatus with a viewing cover, a chimney arranged above the viewing cover and an air outlet unit, which forms a part of the chimney, wherein at least one part of one of the walls (41, 42, 43) of the air outlet unit consists of an air-permeable material and at least two walls (41, 42, 43, 44) of the air outlet unit represent a single-piece component, characterised in that at least one part of two lateral outer surfaces (42, 43) of the air outlet unit consists of air-permeable material, which represents a textile, expanded metal lattice, fleece or knitted fabric.
A device for damping pressure fluctuations in a delivery line of a thick-matter piston pump, comprising at least one container which communicates with the delivery line and is at least partially filled with a compressible fluid, for a pulsing intake and output of transported material during the pumping operation of the thick-matter pump with alternating compression and expansion of the fluid, characterized by a control device for the fluid filling level in the container depending on operating parameters during pump operation, said control device comprising at least one pressure sensor for determining the delivery pressure and also an electronic computing unit which is intended and suitable for determining and storing a pressure ratio V between delivery pressure values during a working cycle of the thick-matter pump, on the one hand, and a switch-over phase between each of the working cycles of the pistons of the thick-matter pump, on the other hand, or a mean value M of the delivery pressure over a time interval during the switch-over phase as a measure of the effectiveness of the damping.
A mobile access point comprising: a wireless transceiver; and at least one module operable to, at least: receive context information for each of a plurality of network nodes, the plurality of network nodes comprising an other mobile access point; identify a network node of the plurality of network nodes to utilize for connection to a backhaul network based on the received context information and adaptable node decision-making criteria comprising a cost function; and connect to the identified network node utilizing the wireless transceiver, wherein the received context information comprises information of node location and/or information of node velocity. a wireless transceiver; and at least one module operable to, at least: receive context information for each of a plurality of network nodes, the plurality of network nodes comprising an other mobile access point; identify a network node of the plurality of network nodes to utilize for connection to a backhaul network based on the received context information and adaptable node decision-making criteria comprising a cost function; and connect to the identified network node utilizing the wireless transceiver, wherein the received context information comprises information of node location and/or information of node velocity. receive context information for each of a plurality of network nodes, the plurality of network nodes comprising an other mobile access point; identify a network node of the plurality of network nodes to utilize for connection to a backhaul network based on the received context information and adaptable node decision-making criteria comprising a cost function; and connect to the identified network node utilizing the wireless transceiver, wherein the received context information comprises information of node location and/or information of node velocity.
A gas fastening tool comprising an internal combustion engine including one combustion chamber, fuel injection means to inject fuel into the chamber and air injection means to inject air into the chamber, firing means for an air-fuel mixture within the chamber, reception means to receive a fastening element, one cylinder communicating with the chamber, forming together a combustion gas propagation pathway and wherein a piston (3, 11) is slidingly mounted so as to drive the fastening element, such tool being characterized in that it comprises a duct provided with a downstream input mouth and an upstream output mouth on the gas pathway, the piston stroke in the cylinder extending between the two duct mouths (17, 16), said duct being independent of said air injection means so that, after firing and explosion of said mixture into said chamber, fresh air located under the piston is driven by the piston through said duct and into said chamber in order to improve the completion of the combustion.
A porous expanded polyparaxylylene membrane comprising a microstructure of nodes interconnected by fibrils, wherein said fibrils comprise polymer chains and said polymer chains are oriented along a fibril axis.
Apparatus for sectioning a electric energy flow in one or more conductors of an electric energy generating plant, characterized in that it comprises: a pneumatic circuit that feeds a plurality of pneumatic remote switches; and a control unit that controls said pneumatic circuit; said pneumatic remote switches intercepting conductors of an electric energy generating plant and being capable of interrupting the passage of current both for automatic safety intervention and for manual or automatic controlled intervention.
A combustion-powered fastener driving tool configured to employ a fuel cell having an internal fuel metering valve with an axially reciprocating delivery stem, said tool comprising an actuator for causing the dispensing of a desired dose of fuel from the fuel cell prior to each combustion event, characterised in that it comprises: at least one actuator element configured for exerting an axial force on the stem, releasing the dose of fuel; and a fuel conduit associated with said actuator element and being in fluid communication with the stem for transmitting the fuel for delivery to a combustion engine, wherein said actuator element is: - either pivotally engaged relative to a cylinder head of the tool, - or provided with a stem receiver configured for receiving the fuel cell stem at a first end, wherein said actuator element pivotally engages a cylinder head of the tool at a second end and places the fuel cell in fluid communication with said cylinder head. at least one actuator element configured for exerting an axial force on the stem, releasing the dose of fuel; and a fuel conduit associated with said actuator element and being in fluid communication with the stem for transmitting the fuel for delivery to a combustion engine, wherein said actuator element is: - either pivotally engaged relative to a cylinder head of the tool, - or provided with a stem receiver configured for receiving the fuel cell stem at a first end, wherein said actuator element pivotally engages a cylinder head of the tool at a second end and places the fuel cell in fluid communication with said cylinder head. - either pivotally engaged relative to a cylinder head of the tool, - or provided with a stem receiver configured for receiving the fuel cell stem at a first end, wherein said actuator element pivotally engages a cylinder head of the tool at a second end and places the fuel cell in fluid communication with said cylinder head.
Spectrometer comprising an input and an output for electromagnetic radiation and an optical means being arranged between said input and output for splitting the electromagnetic radiation into at least two parts of radiation of different wavelengths in such a way that radiation of a first wavelength appears at a first location on an outlet surface area of the output while radiation of a second wavelength appears at a second location on the outlet surface of the output, characterized in that, the input is realized as input element comprising a single mode fibre for optically guiding incoming electromagnetic radiation to a distribution core which is designed in such a manner that a wave-front of said radiation is formed on an outlet plane of the distribution core being arranged at an interface to a dispersive waveguide element optically coupled to the distribution core, said dispersive waveguide element is made of a bundle of multiple optical fibres used as waveguides, having different optical path lengths, wherein the wave-front of the radiation propagating through the distribution core is formed on the incident plane of the optical fibres, and fibres of the dispersive waveguide element are arranged to define a two-dimensional matrix and in a manner such that the normal of the incident plane of each fibre of the dispersive waveguide element matches with a normal of the local wave-front surface adjacent to the incident plane of said fibre, said dispersive waveguide element splits the electromagnetic radiation into at least two parts of radiation and guides the radiation into an imaging core, where different wave-fronts leaving different optical fibres of the dispersive waveguide element propagate and interfere with each other in a manner such that at least one typical interference pattern in the form of one or a group of focusing spots appears on an output plane of the imaging core and radiation of at least two different wavelengths leaving the output plane is guided into a multi-core single-mode waveguide and/or a sensor array for further processing.
An insulin analogue which is stabilized against degradation by one or more enzymes selected from the group consisting of: pepsin, chymotrypsin, trypsin, Insulin-Degrading Enzyme, elastase, carboxypeptidase, aminopeptidase and cathepsin D relative to human insulin, wherein the amino acid in position A14 is Glu, Asp or His, the amino acid in position B25 is His and which optionally further comprises one or more additional mutations, and wherein T1⁄2 is increased at least 2-fold relative to the parent insulin.
Track section of a car racing track for model vehicles with a road element, which ideally forms a road for model vehicles and on which model vehicles can be moved, and with a minimum of one contact rail (3a, 3b) to supply the model vehicles with energy, wherein the minimum of one contact rail (3a, 3b) has a U-shaped profile characterised by the fact that the minimum of one contact rail (3a, 3b) has a perforation and the road element to which the minimum of one contact rail (3a, 3b) is integrally connected, wherein the material of the road element at least partially penetrates the perforation in the minimum of one contact rail (3a, 3b).
A mobile device for obtaining a photoplethysmography, PPG, measurement, comprising: a processor; an outer body sized to be portable for a user of the mobile device; a light emitting component (185, 330, 820) coupled to a light guide; a 45 degree corner prism coupled to the light guide, wherein the prism is configured to direct light emitted by the light emitting component toward the light guide, and wherein the light guide is configured to wrap around and encompass a body part of the user and emit light directed by the prism uniformly around said body part toward blood vessels with the user; at least one light collecting component (182, 320, 325) coupled to the light guide, wherein the at least one light collecting component is configured to measure reflected light from the light emitting component reflected off of blood vessels within the user, and wherein said processor is configured to obtain the PPG measurement based on the reflected light measured by the at least one light collecting component. a processor; an outer body sized to be portable for a user of the mobile device; a light emitting component (185, 330, 820) coupled to a light guide; a 45 degree corner prism coupled to the light guide, wherein the prism is configured to direct light emitted by the light emitting component toward the light guide, and wherein the light guide is configured to wrap around and encompass a body part of the user and emit light directed by the prism uniformly around said body part toward blood vessels with the user; at least one light collecting component (182, 320, 325) coupled to the light guide, wherein the at least one light collecting component is configured to measure reflected light from the light emitting component reflected off of blood vessels within the user, and wherein said processor is configured to obtain the PPG measurement based on the reflected light measured by the at least one light collecting component.
Fuel control method of a gas turbine combustor for an advanced humid air turbine using humidified air according to claim 4; which advanced humid air turbine comprises: a compressor; the gas turbine combustor, which uses compressed air compressed by the compressor to burn fuel to generate combustion gas; a fuel control device of said gas turbine combustor; a turbine driven by the combustion gas generated in the gas turbine combustor; a humidification tower for humidification of the compressed air compressed by the compressor and fed to the gas turbine combustor; and a recuperator, in which water fed to the humidification tower is heated by exhaust gas discharged from the turbine, the gas turbine combustor including plural combustion units comprising plural fuel nozzles for supplying fuel and plural air nozzles for supplying air for combustion, a part of the plural combustion units being provided with air nozzles which impart swirl to air flow so as to be more excellent in flame stabilizing performance than the other combustion units, wherein a fuel ratio, at which fuel is fed to said part of the plural combustion units provided with the air nozzles which impart swirl to air flow so as to be more excellent in flame stabilizing performance than the other combustion units, is set by giving a first order lag to change in the fuel ratio when a value set based on condition before starting of humidification of the compressed air by the humidification tower is changed to a value set based on condition after starting of humidification, whereby a flow ratio of fuel fed to the plural combustion units of the gas turbine combustor is controlled.
A device for grinding and/or polishing a cutting tool, preferably a household knife comprising: a cylindrical device body; marked by a first and a second substantially circular disc (4, 5) arranged at different axial ends of the jig body and each connected to an axle rotatably mounted in the jig body, so that when the jig body is pulled along a surface, preferably a table surface, the two discs (4, 5) rotate relative to the jig body, and wherein at least the first disc is designed for grinding and is such that when a cutting edge of the cutting tool is applied to the first disc and the jig body is pulled along a surface, preferably a table surface, the two discs (4, 5) rotate relative to the jig body. and wherein at least the first disc is designed for grinding and is such that when a cutting edge of the cutting tool is applied to the first disc and the device body is pulled over the surface, preferably manually, the first disc grinds the cutting edge due to the rotation, the first disc grinds the cutting edge due to the rotation, wherein the first disc has a grinding surface on the end face, wherein the second disc is designed for grinding or polishing the cutting tool and has a grinding or polishing surface on the end face, wherein the two discs (4, 5) each taper towards the end face. a cylindrical device body; marked by a first and a second substantially circular disc (4, 5) arranged at different axial ends of the jig body and each connected to an axle rotatably mounted in the jig body, so that when the jig body is pulled along a surface, preferably a table surface, the two discs (4, 5) rotate relative to the jig body, and wherein at least the first disc is designed for grinding and is such that when a cutting edge of the cutting tool is applied to the first disc and the jig body is pulled along a surface, preferably a table surface, the two discs (4, 5) rotate relative to the jig body. and wherein at least the first disc is designed for grinding and is such that when a cutting edge of the cutting tool is applied to the first disc and the device body is pulled over the surface, preferably manually, the first disc grinds the cutting edge due to the rotation, the first disc grinds the cutting edge due to the rotation, wherein the first disc has a grinding surface on the end face, wherein the second disc is designed for grinding or polishing the cutting tool and has a grinding or polishing surface on the end face, wherein the two discs (4, 5) each taper towards the end face.
A testing apparatus for testing visual systems, the testing apparatus comprising: a moveable holding device for holding a viewing unit of the visual system; wherein the holding device is configured to accomplish a movement of the viewing unit with one rotational degree of freedom; a position detection unit (120A, 120B) for detecting the position and the orientation of the viewing unit; a test-conducting unit which is coupled to the position detection unit (120A, 120B) such that a detected position and an orientation of the viewing unit can be transmitted to the test-conducting unit, wherein the test-conducting unit is furthermore configured to determine a field of view depending on the detected position and orientation of the viewing unit; wherein the test-conducting unit is furthermore configured to read in a field of view actually shown by the viewing unit and to compare the determined field of view with the read in field of view; characterized in that the test-conducting unit is configured to be coupled with a control unit of the visual system and to read in a field of view transmitted by the control unit to the viewing unit depending on the position and the orientation of the viewing unit, so that the field of view read in by the test-conducting unit corresponds to the field of view transmitted by the control unit to the viewing unit. a moveable holding device for holding a viewing unit of the visual system; wherein the holding device is configured to accomplish a movement of the viewing unit with one rotational degree of freedom; a position detection unit (120A, 120B) for detecting the position and the orientation of the viewing unit; a test-conducting unit which is coupled to the position detection unit (120A, 120B) such that a detected position and an orientation of the viewing unit can be transmitted to the test-conducting unit, wherein the test-conducting unit is furthermore configured to determine a field of view depending on the detected position and orientation of the viewing unit; wherein the test-conducting unit is furthermore configured to read in a field of view actually shown by the viewing unit and to compare the determined field of view with the read in field of view; characterized in that the test-conducting unit is configured to be coupled with a control unit of the visual system and to read in a field of view transmitted by the control unit to the viewing unit depending on the position and the orientation of the viewing unit, so that the field of view read in by the test-conducting unit corresponds to the field of view transmitted by the control unit to the viewing unit.
A method of preparing a printer cartridge for transport, characterized in that the method comprises: applying a volume of immiscible fluid to a nozzle bore of a printhead, characterised in that the immiscible fluid is an isoparaffin liquid.
A conjugate comprising interleukin-22, and a diabody which binds the Extra Domain-A (ED-A) of fibronectin and comprises an antigen binding site having the complementarity determining regions (CDRs) of antibody F8 set forth in SEQ ID NOs 1-6, wherein the IL22 is linked to the N-terminus of the VH domain of the diabody via an amino acid linker.