mhurhangee/patent-ind-claim-en huggingface dataset:
A scanning laser ophthalmoscope configured to scan the retina of an eye , comprising a light source configured to emit a light beam , scan relay elements , wherein the light source and the scan relay elements are configured to provide a two-dimensional scan of the light beam which is transferred from an apparent point source at a pupillary point of the eye to the retina of the eye, and a static aberration correction element which has a shape defined to provide correction of aberrations of at least some of the scan relay elements and a location within the scanning laser ophthalmoscope chosen to provide correction of aberrations of at least some of the scan relay elements , which location maintains transfer of the light beam from the apparent point source at the pupillary point of the eye to the retina of the eye , wherein the static aberration correction element is configured to modify the phase of the light beam to provide correction of aberration of at least some scan relay elements of the scan relay elements, characterised in that the static aberration correction element is configured to provide aberration correction by imposing, onto the phase of the light beam , one or more phase characteristics of the static aberration correction element , wherein the one or more phase characteristics imposed onto the phase of the light beam are consequential of a depth of the static aberration correction element which is spatially variant along a major axis and a minor axis of the static aberration correction element . a light source configured to emit a light beam , scan relay elements , wherein the light source and the scan relay elements are configured to provide a two-dimensional scan of the light beam which is transferred from an apparent point source at a pupillary point of the eye to the retina of the eye, and a static aberration correction element which has a shape defined to provide correction of aberrations of at least some of the scan relay elements and a location within the scanning laser ophthalmoscope chosen to provide correction of aberrations of at least some of the scan relay elements , which location maintains transfer of the light beam from the apparent point source at the pupillary point of the eye to the retina of the eye , wherein the static aberration correction element is configured to modify the phase of the light beam to provide correction of aberration of at least some scan relay elements of the scan relay elements, characterised in that the static aberration correction element is configured to provide aberration correction by imposing, onto the phase of the light beam , one or more phase characteristics of the static aberration correction element , wherein the one or more phase characteristics imposed onto the phase of the light beam are consequential of a depth of the static aberration correction element which is spatially variant along a major axis and a minor axis of the static aberration correction element .
A cradle for positioning and holding a dental prosthesis adjacent a surgical site on a particular patient's upper or lower jaw where the dental prosthesis includes a sub-structure and a plurality of teeth that extend outwardly from the sub-structure ; wherein the cradle is fabricated specifically to fit the particular patient's upper or lower jaw , said cradle comprising: a first wall with an interior surface and an exterior surface, wherein the interior surface is shaped to conform to a region of the patient's upper or lower jaw ; wherein the first wall defines an aperture therein which extends between the interior and exterior surfaces; said aperture being adapted to permit access to the surgical site therethrough when the interior surface of the cradle is located adjacent the region of the patient's upper or lower jaw ; wherein the first wall is U-shaped and includes a first end and a second end that are laterally spaced apart from each other; wherein the aperture is sized and shaped to be complementary to the sub-structure of the dental prosthesis and is adapted to selectively receive the sub-structure of the dental prosthesis therein and to hold the dental prosthesis in a single position and orientation relative to the region of the patient's upper or lower jaw . a first wall with an interior surface and an exterior surface, wherein the interior surface is shaped to conform to a region of the patient's upper or lower jaw ; wherein the first wall defines an aperture therein which extends between the interior and exterior surfaces; said aperture being adapted to permit access to the surgical site therethrough when the interior surface of the cradle is located adjacent the region of the patient's upper or lower jaw ; wherein the first wall is U-shaped and includes a first end and a second end that are laterally spaced apart from each other; wherein the aperture is sized and shaped to be complementary to the sub-structure of the dental prosthesis and is adapted to selectively receive the sub-structure of the dental prosthesis therein and to hold the dental prosthesis in a single position and orientation relative to the region of the patient's upper or lower jaw .
Method for operating a supply assembly configured for supplying fuel gas and an inert purge media to a gas turbine combustor; the method comprising the steps of: a) providing a supply assembly comprising a fuel distribution system connected to at least a combustor ; a fuel gas circuit and an inert purge media circuit connecting respectively a fuel gas source and an inert purge media source to the fuel distribution system ; a control unit configured for controlling the fuel gas flow rate in the fuel gas circuit and the inert purge media flow rate in the inert purge media circuit ; b) supplying the fuel gas in the fuel gas circuit with an upper flow rate; c) reducing the fuel gas flow rate in the fuel gas circuit from the upper flow rate to a lower flow rate; d) stopping the supply of the fuel gas in the fuel gas circuit ; e) starting the supply of the inert purge media in the inert purge media circuit ; wherein the step e) of starting the supply of the inert purge media in the inert purge media circuit is performed before the step d) of stopping the supply of the fuel gas flow in the fuel gas circuit in order to have a temporary parallel supply of fuel gas and of inert purge media to the fuel distribution system; the method comprises the step f) of temporary maintaining the fuel gas flow rate in the fuel gas circuit at the lower flow rate; the step d) of starting the supply of the inert purge media in the inert purge media circuit is performed while the fuel gas flow rate is maintained at the lower flow rate; wherein the inert purge media circuit is provided with an inert purge media control valve ; the method comprises the step g) of rising the inert purge media flow rate in the inert purge media circuit from zero to an upper flow rate; wherein the step g) ends with a delay with respect to the ending point of the step f). a) providing a supply assembly comprising a fuel distribution system connected to at least a combustor ; a fuel gas circuit and an inert purge media circuit connecting respectively a fuel gas source and an inert purge media source to the fuel distribution system ; a control unit configured for controlling the fuel gas flow rate in the fuel gas circuit and the inert purge media flow rate in the inert purge media circuit ; b) supplying the fuel gas in the fuel gas circuit with an upper flow rate; c) reducing the fuel gas flow rate in the fuel gas circuit from the upper flow rate to a lower flow rate; d) stopping the supply of the fuel gas in the fuel gas circuit ; e) starting the supply of the inert purge media in the inert purge media circuit ; wherein the step e) of starting the supply of the inert purge media in the inert purge media circuit is performed before the step d) of stopping the supply of the fuel gas flow in the fuel gas circuit in order to have a temporary parallel supply of fuel gas and of inert purge media to the fuel distribution system;
A holding element of a fitting part of a drive rod fitting in a fitting groove of a window having resiliently designed projections facing side walls of the fitting groove , with in each case a support surface (14-16) for supporting a face plate and a drive rod of the fitting part , wherein the resilient projection has the form of a closed arc and that the plane of the arc of the resilient projection is arranged parallel to the support surface for supporting the face plate , characterized in that a rigid projection is arranged transversely to the longitudinal direction of the drive rod and is designed non-elastically for pressing into the side wall of the fitting groove .
Battery having • a housing, • at least one individual cell with at least one positive electrode and at least one negative electrode, which individual cell is arranged in the housing, • a positive pole stud which is passed through the housing and is electrically connected to the at least one positive electrode and/or a negative pole stud which is passed through the housing and is electrically connected to the at least one negative electrode, and • at least one electrical switch which can be pneumatically operated and changes its switching state in the event of an increase in pressure within the housing beyond a threshold value and, in the process, interrupts the electrical connection between at least one of the pole studs and the associated at least one electrode, • a resetting device with which an electrical connection which is interrupted as a result of a change in the switching state can be re-established, without the housing having to be opened for this purpose, characterized in that the positive pole stud and/or the negative pole stud comprise/comprises • a head with two opposite flat sides, • a shaft which extends out of one of the flat sides and has a free shaft end, • a hollow space within the head, • a gas-impermeable diaphragm which delimits the hollow space, and • a passage bore through the shaft, which passage bore issues into the hollow space and connects the hollow space and the diaphragm to the outside of the housing. • a housing, • at least one individual cell with at least one positive electrode and at least one negative electrode, which individual cell is arranged in the housing, • a positive pole stud which is passed through the housing and is electrically connected to the at least one positive electrode and/or a negative pole stud which is passed through the housing and is electrically connected to the at least one negative electrode, and • at least one electrical switch which can be pneumatically operated and changes its switching state in the event of an increase in pressure within the housing beyond a threshold value and, in the process, interrupts the electrical connection between at least one of the pole studs and the associated at least one electrode, • a resetting device with which an electrical connection which is interrupted as a result of a change in the switching state can be re-established, without the housing having to be opened for this purpose, • a head with two opposite flat sides, • a shaft which extends out of one of the flat sides and has a free shaft end, • a hollow space within the head, • a gas-impermeable diaphragm which delimits the hollow space, and • a passage bore through the shaft, which passage bore issues into the hollow space and connects the hollow space and the diaphragm to the outside of the housing.
An electrochemical device comprising: a cathode chamber including an inlet configured to receive a feed gas comprising carbon dioxide; a reduction catalyst layer in the cathode chamber configured to reduce carbon dioxide in the gas to form an ionic carrier species ; an anode chamber with an outlet configured to output a gas comprising carbon dioxide; a solid electrolyte membrane configured to space the anode chamber from the cathode chamber , and to transport the ionic carrier species between the cathode chamber and the anode chamber , wherein the solid electrolyte membrane comprises a polymerized ionic liquid; an oxidation catalyst layer in the anode chamber configured to oxidize the ionic carrier species to form carbon dioxide; and an energy source , electrically connected with at least one of the reduction catalyst layer and the oxidation catalyst layer , configured to provide energy for the reduction and oxidation. a cathode chamber including an inlet configured to receive a feed gas comprising carbon dioxide; a reduction catalyst layer in the cathode chamber configured to reduce carbon dioxide in the gas to form an ionic carrier species ; an anode chamber with an outlet configured to output a gas comprising carbon dioxide; a solid electrolyte membrane configured to space the anode chamber from the cathode chamber , and to transport the ionic carrier species between the cathode chamber and the anode chamber , wherein the solid electrolyte membrane comprises a polymerized ionic liquid; an oxidation catalyst layer in the anode chamber configured to oxidize the ionic carrier species to form carbon dioxide; and an energy source , electrically connected with at least one of the reduction catalyst layer and the oxidation catalyst layer , configured to provide energy for the reduction and oxidation.
A lock assembly comprising: a striking plate assembly comprising an aperture and a magnetometer arranged in proximity of the aperture ; a bolt being displaceable to enable movement through the aperture of the striking plate assembly , the bolt comprising a magnet ; and a sensor device for detecting proximate presence of an object, wherein the sensor device is configured to power up the magnetometer when the sensor device detects proximate presence of an object; wherein the lock assembly is configured to detect, using the magnetometer and magnet when the bolt is in a protruded position through the aperture . a striking plate assembly comprising an aperture and a magnetometer arranged in proximity of the aperture ; a bolt being displaceable to enable movement through the aperture of the striking plate assembly , the bolt comprising a magnet ; and a sensor device for detecting proximate presence of an object, wherein the sensor device is configured to power up the magnetometer when the sensor device detects proximate presence of an object; wherein the lock assembly is configured to detect, using the magnetometer and magnet when the bolt is in a protruded position through the aperture .
Transport installation for vehicles comprising an aerial hauling cable for hauling the vehicles and a device for supporting and guiding the aerial hauling cable the device comprising a carrying structure (4 to 7) in which an orifice is formed, at least one support (5 to 11) carrying a rotary roller intended to be in contact with the aerial hauling cable , the roller being freely rotatably mounted by means of a rotational articulation and a pivot articulation (12 to 18) connecting said at least one support (5 to 11) to the carrying structure (4 to 7), the pivot articulation (12 to 18) comprising a first frame attached to the support (5 to 11), a second frame introduced into the orifice and at least one elastic element placed between the first and second frames and adapted to allow a pivoting movement of the first frame relative to the carrying structure (4 to 7), characterized in that the pivot articulation (12 to 18) has a variable outer diameter (D1) able to decrease when the pivot articulation (12 to 18) is introduced into the orifice .
A computer-implemented method of searching for objects in a distributed version control system, the method comprising: accessing a single index corresponding to a plurality of pack files, the single index indexing objects in the plurality of pack files and including a listing of the pack files corresponding to the single index, wherein each pack file contains aggregated content of version control system objects, the single index further storing metadata for the pack files and for the objects within the pack files, wherein a soft-cap size corresponding to each of the pack files is configurable during run-time; from the single index, determining a location of a version control system object by using the single index to identify which pack file from among the plurality of pack files the object is stored in, and a location in the identified pack file where the object is stored; and retrieving the version control system object from the identified pack file. accessing a single index corresponding to a plurality of pack files, the single index indexing objects in the plurality of pack files and including a listing of the pack files corresponding to the single index, wherein each pack file contains aggregated content of version control system objects, the single index further storing metadata for the pack files and for the objects within the pack files, wherein a soft-cap size corresponding to each of the pack files is configurable during run-time; from the single index, determining a location of a version control system object by using the single index to identify which pack file from among the plurality of pack files the object is stored in, and a location in the identified pack file where the object is stored; and retrieving the version control system object from the identified pack file.
Stator of a rotary electric machine comprising a body provided with slots that extend radially and circumferentially and that are separated between them by teeth and, a polyphased coil constituted of several windings of turns arranged by layers in the slots, with each winding comprises, on the one hand, first conductive segments each provided with a first connector head extended by two first branches , with each first conductive segment being coated with insulation except the presence of a first bared surface on each one of the first branches and, on the other hand, second conductive segments each provided with a second connector head extended by two second branches , with each second conductive segment being coated with insulation except the presence of a second bared surface on each one of the second branches, with the shape of the first bared surface and the shape of the second bared surface being complementary, with each slot accepting first branches and second branches positioned opposite with the first bared surfaces thereof and the second bared surfaces thereof respectively in contact with one another in such a way as to form a continuous conductive wire, characterised in that the body forms a single-block element, with each tooth comprising at its end a tooth root which extend circumferentially on either side of the said tooth, said first conductive segments and second conductive segments being arranged in a staggered configuration and in opposite directions successively one after the other, , said stator comprising means for maintaining arranged directly in the slots and configured to block the relative movements between the first and second adjacent branches in the longitudinal direction of the slot so as to maintain the first and second bared surfaces in contact with one another in the slots, without any welds between the first and second bared surfaces, the means for maintaining exerting a pressure on the contact surfaces between the first and second bared surfaces.
An anti-vibration telescope , comprising: a housing ; a first optical element provided on one side of the housing ; a second optical element provided on another side of the housing ; an image blur corrector housed into the housing to be located between the first optical element and the second optical element , the image blur corrector including an erecting prism , a supporting mechanism rotatably supporting the erecting prism and an actuator for rotating the erecting prism via the supporting mechanism ; a first detector configured to detect a first angular velocity, the first angular velocity being an angular velocity of the housing ; a second detector configured to detect a second angular velocity, the second angular velocity being an angular velocity of the erecting prism ; and a controller configured to control the actuator on the basis of the first angular velocity detected by the first detector and the second angular velocity detected by the second detector , the controller is further configured to control the actuator such that the second angular velocity is a product of the first angular velocity and a proportionality coefficient set in advance. a housing ; a first optical element provided on one side of the housing ; a second optical element provided on another side of the housing ; an image blur corrector housed into the housing to be located between the first optical element and the second optical element , the image blur corrector including an erecting prism , a supporting mechanism rotatably supporting the erecting prism and an actuator for rotating the erecting prism via the supporting mechanism ; a first detector configured to detect a first angular velocity, the first angular velocity being an angular velocity of the housing ; a second detector configured to detect a second angular velocity, the second angular velocity being an angular velocity of the erecting prism ; and a controller configured to control the actuator on the basis of the first angular velocity detected by the first detector and the second angular velocity detected by the second detector ,
A hand extruder, particularly for welding parts made of plastic material, comprising a main body which supports an extrusion means for the extrusion of plastic material, an actuation means actuating said extrusion means, a heating means heating said plastic material, a preheating means preheating parts to be welded, and a control means controlling said hand extruder; a grip detachably connected to said main body by an interconnection means preset to pass from a coupling configuration, in which said grip is joined to said main body, to an uncoupling configuration, in which said grip is separated from said main body; said hand extruder being characterized in that said interconnection means comprises an electrical mating means electrically and detachably connecting at least part of said means supported by said main body to an electrical control means arranged on said grip.