mhurhangee/ep-ind-claims huggingface dataset:
A multi-stage Lyot filter comprising: two prisms (202, 204), wherein each of the prisms (202, 204) is configured to (i) receive and transmit light through a first surface and to reflect the light by a second surface and a third surface, and (ii) transmit the light through the first surface in a direction opposite to a direction of the received light; a polarizing block configured to provide polarization discrimination of the light; and a non-rotating, single-adjustment birefringent element configured to tune the Lyot filter, wherein the prisms (202, 204) are further configured to pass the light through the birefringent element multiple times such that, for each stage N of the filter, the light is passed through the birefringent element 2 N-1 times; and wherein the prisms are further configured to pass the light through the polarizing block at least once before passing the light through the birefringent element and to pass the light through the polarizing block at least once after each of the stages. two prisms (202, 204), wherein each of the prisms (202, 204) is configured to (i) receive and transmit light through a first surface and to reflect the light by a second surface and a third surface, and (ii) transmit the light through the first surface in a direction opposite to a direction of the received light; a polarizing block configured to provide polarization discrimination of the light; and a non-rotating, single-adjustment birefringent element configured to tune the Lyot filter, wherein the prisms (202, 204) are further configured to pass the light through the birefringent element multiple times such that, for each stage N of the filter, the light is passed through the birefringent element 2 N-1 times; and wherein the prisms are further configured to pass the light through the polarizing block at least once before passing the light through the birefringent element and to pass the light through the polarizing block at least once after each of the stages.
Grinding or cutting tool for a power tool with a rotary drive, having a fastening portion for connecting to a tool shaft of the power tool and having a main material removing body for workpiece machining, wherein the main material removing body has a machining edge or face and the drive rotation axis through the fastening portion forms an axis of symmetry of the main material removing body, wherein the machining edge or face is located at least partially at a distance from the drive rotation axis, wherein the main material removing body has an extensive bearing side which bears against the workpiece during workpiece machining and on which the machining edge or face is formed, characterized in that the fastening portion and the main material removing body are formed in one piece, and in that the fastening portion is subdivided into two separate halves (2a, 2b) which are each connected to the main material removing body, wherein the parting line between the halves (2a, 2b) extends symmetrically through a cutout in the fastening portion for receiving the tool shaft.
A restoration device of at least one silicon-based photovoltaic solar cell, said device comprising: - a support of the photovoltaic solar cell; - means for generating charge carriers in the photovoltaic solar cell; characterized in that it comprises a tank designed to be filled by a liquid, and in that the support is configured to arrange the photovoltaic solar cell in the liquid. - a support of the photovoltaic solar cell; - means for generating charge carriers in the photovoltaic solar cell;
Hydrogen-fuelled gas turbine power system with pre-combustion CO2 capture, the main parts of which being comprised by a compressor, a combustor, a turbine and a fuel supply device for supplying the fuel to the hydrogen-fuelled gas turbine, - the turbine being adapted for connection to auxiliary means for power generation in the form of electrical energy; - the fuel supply device having the form of a hydrogen gas producing reactor system with at least one reactor selected from the group consisting of i) a reactor capable of supporting sorption enhanced steam methane reforming (SE-SMR) of methane and ii) a reactor capable of supporting sorption enhanced water gas shift (SE-WGS) of syngas, or a combination of the two; - the reactor being connected in a closed loop with a regenerator for circulating and regenerating a CaO containing CO 2 absorber between the reactor and the regenerator, characterized in the presence of a closed heat exchange loop between the regenerator of the hydrogen gas producing reactor system and at least one of the downstream end of the combustor of the hydrogen-fuelled gas turbine and the upstream end of the turbine of said hydrogen-fuelled gas turbine, enabling the function of raising the temperature in the regenerator at 900°C while simultaneously lowering the temperature in the upstream end of the turbine of the hydrogen-fuelled gas turbine and cooling relevant turbine parts to a level acceptable for long term stable use of the hydrogen-fuelled gas turbine and reducing the need for dilution air to the turbine. - the turbine being adapted for connection to auxiliary means for power generation in the form of electrical energy; - the fuel supply device having the form of a hydrogen gas producing reactor system with at least one reactor selected from the group consisting of i) a reactor capable of supporting sorption enhanced steam methane reforming (SE-SMR) of methane and ii) a reactor capable of supporting sorption enhanced water gas shift (SE-WGS) of syngas, or a combination of the two; - the reactor being connected in a closed loop with a regenerator for circulating and regenerating a CaO containing CO 2 absorber between the reactor and the regenerator,
A tractor comprising an operation unit in which a loader manipulation part and a hydraulic manipulation part are arranged near a driver seat disposed at the rear of a steering wheel, the loader manipulation part and the hydraulic manipulation part being arranged within a semi-arc range over which a right arm of a driver turns about his/her right elbow which rests on a right arm rest of the driver seat, characterized in that the loader manipulation part has a grasp portion with an engine boosting switch, a valve manipulation switch and a mode switch, wherein; the engine boosting switch causes an engine boost control in which an engine rotation frequency of an engine is raised while a speed change ratio of a hydraulic stepless transmission is lowered, to keep the vehicle speed constant, the valve manipulation switch causes a hydraulic pressure cylinder provided in a work equipment to extend or retract; and the mode switch causes switching the maximum rotation speed of the engine and the maximum vehicle speed which are preliminarily set for each of a plurality of modes.
A verification information update method, comprising: receiving, by a server, a first request message for binding to a smart device from a terminal device, the first request message carrying a universally unique identifier UUID of the smart device; determining, by the server, a binding relationship between the UUID and a user identifier of the terminal device; generating, by the server, a session random number corresponding to the binding relationship; generating (204, 205), by the server, a new verification number based on an initial verification number and the session random number and a new verification password based on an initial verification password and the session random number, wherein the initial verification number and the initial password were stored on the smart device and were used by the server for authenticating the smart device; returning, by the server, the session random number to the terminal device; sending, by the terminal device, the session random number to the smart device; and generating, by the smart device, a new verification number based on the initial verification number and the received session random number and a new verification password based on the initial verification password and received session random number, wherein the new verification number and the new verification password are used for authenticating the smart device to the server. receiving, by a server, a first request message for binding to a smart device from a terminal device, the first request message carrying a universally unique identifier UUID of the smart device; determining, by the server, a binding relationship between the UUID and a user identifier of the terminal device; generating, by the server, a session random number corresponding to the binding relationship; generating (204, 205), by the server, a new verification number based on an initial verification number and the session random number and a new verification password based on an initial verification password and the session random number, wherein the initial verification number and the initial password were stored on the smart device and were used by the server for authenticating the smart device; returning, by the server, the session random number to the terminal device; sending, by the terminal device, the session random number to the smart device; and generating, by the smart device, a new verification number based on the initial verification number and the received session random number and a new verification password based on the initial verification password and received session random number, wherein the new verification number and the new verification password are used for authenticating the smart device to the server.
Quick-opening door, of the type comprising a flexible canvas, secured by its upper end to a motor-driven drum for its winding in an opening position and its unwinding in a closing position of the door; having said canvas in its lateral ends vertical alignments of abutment elements (2a, 2b, 2c) which are guided in vertical uprights of the door during the vertical displacement of the canvas, being released said abutment element from the vertical uprights when the canvas receives a push action of a certain intensity; some sensors arranged in a passage area of the abutment elements (2a, 2b, 2c) which capture different sequences of impulses, during the passage of the abutment elements (2a, 2b, 2c) distributed with different separations on the side ends of the canvas, determining the position of the canvas in any given moment; characterized in that the door further comprises at least: - a hose carrying electrical cables, covered by a tape or sheath welded to the same and secured to one or both side ends of the canvas, containing one or various electrical cables connected to a wireless signal transmitter; - a plurality of guiding abutment elements (2a, 2b, 2c) secured on the lateral ends of the tape or sheath and distributed along said side ends with different separations, in an individual form or by means of groups and assemble with capacity to displace vertically in respect to the vertical uprights of the door; and - a contact detecting band connected to the transmitter by means of the electrical cables contained within the hose and located within a bag for the adjustment of the canvas on the floor. - a hose carrying electrical cables, covered by a tape or sheath welded to the same and secured to one or both side ends of the canvas, containing one or various electrical cables connected to a wireless signal transmitter; - a plurality of guiding abutment elements (2a, 2b, 2c) secured on the lateral ends of the tape or sheath and distributed along said side ends with different separations, in an individual form or by means of groups and assemble with capacity to displace vertically in respect to the vertical uprights of the door; and - a contact detecting band connected to the transmitter by means of the electrical cables contained within the hose and located within a bag for the adjustment of the canvas on the floor.
A measurement system adapted to measure an amount of a drug solution that fills each needle-shaped recess of a sheet-shaped mold in which a plurality of the needle-shaped recesses are formed, each of the needle-shaped recesses being an inverted type of a micro-needle, or an amount of a drug after the filled drug solution is dried, the system comprising: a measurement unit that measures respective heights of a plurality of measurement points preset on a plane parallel to the mold and disposed to match features of a surface shape of the drug solution, in a direction orthogonal to the plane, which are heights on the surface of the drug solution that fills the needle-shaped recess or heights on the surface of the drug after the filled drug solution is dried; a surface shape calculation unit that calculates a three-dimensional shape of the surface of the drug solution or the surface of the drug after the filled drug solution is dried on the basis of the heights of the plurality of measurement points measured by the measurement unit; and a volume calculation unit that calculates the volume of the drug solution that fills the needle-shaped recess or the drug after the filled drug solution is dried on the basis of the three-dimensional shape of the surface of the drug solution or the surface of the drug after the filled drug solution is dried, calculated by the surface shape calculation unit, and the shape of the needle-shaped recess of the mold. a measurement unit that measures respective heights of a plurality of measurement points preset on a plane parallel to the mold and disposed to match features of a surface shape of the drug solution, in a direction orthogonal to the plane, which are heights on the surface of the drug solution that fills the needle-shaped recess or heights on the surface of the drug after the filled drug solution is dried; a surface shape calculation unit that calculates a three-dimensional shape of the surface of the drug solution or the surface of the drug after the filled drug solution is dried on the basis of the heights of the plurality of measurement points measured by the measurement unit; and a volume calculation unit that calculates the volume of the drug solution that fills the needle-shaped recess or the drug after the filled drug solution is dried on the basis of the three-dimensional shape of the surface of the drug solution or the surface of the drug after the filled drug solution is dried, calculated by the surface shape calculation unit, and the shape of the needle-shaped recess of the mold.
An apparatus comprising: a port for the connection of a cable (110, 300), the port being compatible with a first protocol and a second protocol, the port including a connector for the second protocol, the port including a plurality of pins including a first pin, a second pin, and a power pin; a pull-up resistor coupled between the first pin and a voltage source, wherein the pull-up resistor is a resistor required for the second protocol; a pull-down resistor coupled between the second pin and ground; and a voltage detection element coupled with the second pin; wherein the apparatus is to determine that a cable (110, 300) compatible with the first protocol is connected to the port if the voltage detection element detects a voltage above a first threshold, wherein a cable (110, 300) compatible with the first protocol includes a resistor linking the first pin and the second pin; and wherein the first protocol includes a discovery sequence between connected devices, and wherein the apparatus is to supply a voltage on the power pin upon determining based upon the voltage detected by the voltage detection element that a cable (110, 300) compatible with the first protocol is connected to the connector without requiring a successful discovery sequence for the apparatus and a connected device. a port for the connection of a cable (110, 300), the port being compatible with a first protocol and a second protocol, the port including a connector for the second protocol, the port including a plurality of pins including a first pin, a second pin, and a power pin; a pull-up resistor coupled between the first pin and a voltage source, wherein the pull-up resistor is a resistor required for the second protocol; a pull-down resistor coupled between the second pin and ground; and a voltage detection element coupled with the second pin; wherein the apparatus is to determine that a cable (110, 300) compatible with the first protocol is connected to the port if the voltage detection element detects a voltage above a first threshold, wherein a cable (110, 300) compatible with the first protocol includes a resistor linking the first pin and the second pin; and wherein the first protocol includes a discovery sequence between connected devices, and wherein the apparatus is to supply a voltage on the power pin upon determining based upon the voltage detected by the voltage detection element that a cable (110, 300) compatible with the first protocol is connected to the connector without requiring a successful discovery sequence for the apparatus and a connected device.
A flyer bow for processing wires, the flyer bow comprising: an elongate arcuate body having a middle portion, and first and second end portions (4, 5) at opposite ends of the middle portion, wherein the elongate arcuate body is configured to be rotated about an axis of rotation, the middle portion includes an inner surface, an outer surface, a leading edge, and a trailing edge, and the inner surface and the outer surface cooperate to form a cross section (A-A), characterized in that at least one centerline of the cross section has a radius of curvature substantially equal to a distance (d) between the elongate arcuate body at the location of the at least one centerline and the axis of rotation. an elongate arcuate body having a middle portion, and first and second end portions (4, 5) at opposite ends of the middle portion, wherein the elongate arcuate body is configured to be rotated about an axis of rotation, the middle portion includes an inner surface, an outer surface, a leading edge, and a trailing edge, and the inner surface and the outer surface cooperate to form a cross section (A-A), characterized in that at least one centerline of the cross section has a radius of curvature substantially equal to a distance (d) between the elongate arcuate body at the location of the at least one centerline and the axis of rotation.
Fuel injection assembly having a longitudinal axis and comprising - a fuel injector having a fuel inlet port and a fuel outlet end and comprising a pocket, - an injector cup having a recess in which the fuel inlet port of the fuel injector is received through an opening of the recess, the injector cup comprising a collar which extends circumferentially around the opening, and - a tab which extends longitudinally beyond the opening in direction towards the fuel outlet end and projects axially beyond the collar in longitudinal direction towards the fuel outlet end, and is received in the pocket, characterized in that the tab is comprised by the injector cup and is inserted in longitudinal direction into the pocket in such fashion that is axially displaceable in reciprocating fashion relative to the pocket. - a fuel injector having a fuel inlet port and a fuel outlet end and comprising a pocket, - an injector cup having a recess in which the fuel inlet port of the fuel injector is received through an opening of the recess, the injector cup comprising a collar which extends circumferentially around the opening, and - a tab which extends longitudinally beyond the opening in direction towards the fuel outlet end and projects axially beyond the collar in longitudinal direction towards the fuel outlet end, and is received in the pocket,
An electric power tool comprising: a tool body; a battery pack removably mounted to the tool body and provided with a battery cell and a power source terminal group, the battery pack being used as a power source of the tool body; and a lock unit for keeping locking the battery pack mounted to the tool body, characterized in that the electric power tool further comprises an interrupter switch which is adapted to make an electric connection between the power source terminal group and a battery cell of the battery pack when the battery pack is completely mounted to the tool body or the battery pack is completely separated from the tool body or interrupts the electric connection when the battery pack makes contact with the tool body but is not completely mounted to the tool body. a tool body; a battery pack removably mounted to the tool body and provided with a battery cell and a power source terminal group, the battery pack being used as a power source of the tool body; and a lock unit for keeping locking the battery pack mounted to the tool body, characterized in that the electric power tool further comprises an interrupter switch which is adapted to make an electric connection between the power source terminal group and a battery cell of the battery pack when the battery pack is completely mounted to the tool body or the battery pack is completely separated from the tool body or interrupts the electric connection when the battery pack makes contact with the tool body but is not completely mounted to the tool body.
Method for producing ground piles with expanded pile heads by means of a device, which has a drilling tool with a first outer diameter and a first rotary drive, as well as an expanding tool with a second outer diameter and a second rotary drive, wherein the first outer diameter is smaller than the second outer diameter, and wherein the drilling tool is guided in a longitudinally movable manner in a tubular body of the expanding tool, comprising the method steps: sinking the expanding tool under rotating drive down to a first depth; sinking the drilling tool under rotating drive down to a second depth, which is below the first depth, wherein the rotational velocity of the expanding tool is reduced during sinking the drilling tool from the first depth to the second depth; pulling the drilling tool and the expanding tool out of the ground while injecting a suspension, wherein the suspension fills a hollow space, formed by the drilling tool and the expanding tool. sinking the expanding tool under rotating drive down to a first depth; sinking the drilling tool under rotating drive down to a second depth, which is below the first depth, wherein the rotational velocity of the expanding tool is reduced during sinking the drilling tool from the first depth to the second depth; pulling the drilling tool and the expanding tool out of the ground while injecting a suspension, wherein the suspension fills a hollow space, formed by the drilling tool and the expanding tool.
An ankle foot orthopaedic device (56, 156, 556, 656, 756, 856), the device including a first part for association with a leg engaging item, a second part for association with a foot engaging item, a connector for connecting the first part to the second part, the connector including a first adjuster (66, 566, 666), which, in an adjustment condition, permits a first adjustment relative movement of the first part and the second part around a first device axis of rotation, characterised in that the connector includes a second adjuster (64, 564, 664), which, in an adjustment condition, permits a second adjustment relative movement of the first part and the second part around a second device axis of rotation, wherein, in use in a fitted condition in which the device is fitted to a user's leg and foot, the first device axis substantially corresponds with a dominant anatomical axis of rotation of the sub talar joint and the second device axis substantially corresponds with a dominant anatomical axis of rotation of the tibio-talarjoint.
An oral dose of between 350 mg and 1200 mg per day of 3β-arachidylamido-7α, 12α-dihydroxy-5β-cholan-24-oic acid (Aramchol), or a pharmaceutically acceptable salt thereof, as the sole active ingredient for use in treating hepatic fibrosis in a human subject by down regulation of collagen production in the liver of the subject.