mhurhangee/ep-ind-claims huggingface dataset:
A gear measurement method comprising the step of: (a) measuring an actual movement locus (Rp; Wp) of a ball that is moved along a tooth groove (91; 81) of gear teeth (9; 18) as a shape evaluation index for the gear teeth, wherein during the measuring, the ball is disposed in the tooth groove (91; 81) so as to be in point contact with opposing tooth surfaces (92; 82) at the same time, as the ball is moved along the tooth groove (91; 81), thus obtaining the actual movement locus which is a group of points, wherein either: the gear teeth are rack teeth formed on a rack shaft, wherein in step (a) an axial direction of the rack shaft is determined as a Y axis, a two-dimensional coordinate system of a plane that is orthogonal to the Y axis for each tooth groove is decided on the basis of a measurement of a tooth tip of each rack tooth, and the actual movement locus (Rp) of the ball for each rack tooth is measured in the two-dimensional coordinate system which is decided for each tooth groove, or the gear teeth are splines, wherein in step (a) a three-dimensional coordinate system for a tooth groove of each spline is decided on the basis of a measurement of a tooth tip of the spline, and the actual movement locus (Wp) of the ball for each spline is measured in the decided three-dimensional coordinate system. (a) measuring an actual movement locus (Rp; Wp) of a ball that is moved along a tooth groove (91; 81) of gear teeth (9; 18) as a shape evaluation index for the gear teeth, wherein the gear teeth are rack teeth formed on a rack shaft, wherein in step (a) an axial direction of the rack shaft is determined as a Y axis, a two-dimensional coordinate system of a plane that is orthogonal to the Y axis for each tooth groove is decided on the basis of a measurement of a tooth tip of each rack tooth, and the actual movement locus (Rp) of the ball for each rack tooth is measured in the two-dimensional coordinate system which is decided for each tooth groove, or the gear teeth are splines, wherein in step (a) a three-dimensional coordinate system for a tooth groove of each spline is decided on the basis of a measurement of a tooth tip of the spline, and the actual movement locus (Wp) of the ball for each spline is measured in the decided three-dimensional coordinate system.
An energy storage system having at least one energy storage module and also having a system storage capacity as well as a system output to absorb (En) and release (Ep) energy to the power networks (5, 61, 62) that are connected to the energy storage system, whereby the energy storage system is provided for connection to a non-local power network in order to execute received, non-location-specific regulation and system tasks (NLRS) comprising the provision of primary and secondary regulation measures in transmission or distribution networks of the public power network as a non-local power network and for connection to one or more in-plant power networks, power networks within a house or within building complexes or power networks of a wind farm or of a solar power plant as geographically very limited local power networks (61, 62) in order to execute received location-specific regulation and system tasks in order to improve the quality of a local network in the local power network(s) (61, 62), and said energy storage system is configured in such a way that, via at least one interface (12a, 12b, 12c) of the energy storage system, it can be connected to a communication network and in such a way that it can receive at least the non-location-specific regulation and system tasks (NLRS) via the communication network, and said energy storage system comprises a control unit that is configured to control (SL, SG) the absorption (En) of energy out of and the release (Ep) of energy into the connected power networks (5, 61, 62) in accordance with location-specific and non-location-specific regulation and system tasks (LRS, NLRS) simultaneously for all of the connected power networks (5, 61, 62), characterized in that the control unit is configured to control the non-location-specific regulation and system tasks (NLRS) only within the scope of the free portions (SKg, Lg) of the system storage capacities and/or the system output that are not needed for the location-specific regulation and system tasks, whereby the energy storage system is provided to periodically emit a test signal via the communication network and to receive a corresponding return signal, whereby the receipt of the return signal confirms the existence of a connection to the communication network, whereby, in the absence of a connection to the communication network, the energy storage system is provided for the exclusive execution (SL-A) of the location-specific regulation and system tasks for the appertaining local power network(s) (61, 62).
An image processing system, comprising: an input port for receiving at least two projection images, wherein the at least two projection images are based on different energy values of X-ray radiation interacting with a specimen that includes a first material, the at least two projection images having been acquired by an imager; an image reconstructor (RECON) configured to reconstruct the at least two input images into at least one reconstructed image representative of a distribution of said first material or of a second material of the specimen; wherein operation of the reconstructor (RECON) is driven by a regularized objective function that includes a regularizer function; wherein the regularizer function includes at least one material term with a material parameter representative of a predefined amount of at least said first material in at least a part of the specimen. an input port for receiving at least two projection images, wherein the at least two projection images are based on different energy values of X-ray radiation interacting with a specimen that includes a first material, the at least two projection images having been acquired by an imager; an image reconstructor (RECON) configured to reconstruct the at least two input images into at least one reconstructed image representative of a distribution of said first material or of a second material of the specimen; wherein operation of the reconstructor (RECON) is driven by a regularized objective function that includes a regularizer function; wherein the regularizer function includes at least one material term with a material parameter representative of a predefined amount of at least said first material in at least a part of the specimen.
Handle arrangement for arrangement to a door provided with a door latch which in a latching position engages with the doorframe to prevent the door from being opened, the handle arrangement comprising a housing having a hollow interior; a handle moveable relative to the housing along a first direction, the handle configured to couple, when the handle arrangement is in use, to the door latch, wherein a movement of the handle along said first direction moves the door latch to or from the latching position; wherein the handle is moveable relative the housing along a second direction, between a secured position, in which position the handle is locked to the housing, and a released position, in which position the handle is moveable relative the housing about the first direction; characterized in that the handle arrangement further comprises a first locking mechanism configured to, in a locking state, lock the handle in the secured position, and in a releasing state, allow the handle to be moved to the released position, a second locking mechanism configured to, in a locking state, prevent movement of the door latch from the latching position, and in a releasing state allow movement of the door latch from the latching position; and an actuating device configured to actuate the first locking mechanism into a locking state or a releasing state, wherein the actuating device is further configured to actuate the second locking mechanism into a locking state or a releasing state. a housing having a hollow interior; a handle moveable relative to the housing along a first direction, the handle configured to couple, when the handle arrangement is in use, to the door latch, wherein a movement of the handle along said first direction moves the door latch to or from the latching position; wherein the handle is moveable relative the housing along a second direction, between a secured position, in which position the handle is locked to the housing, and a released position, in which position the handle is moveable relative the housing about the first direction; characterized in that the handle arrangement further comprises a first locking mechanism configured to, in a locking state, lock the handle in the secured position, and in a releasing state, allow the handle to be moved to the released position, a second locking mechanism configured to, in a locking state, prevent movement of the door latch from the latching position, and in a releasing state allow movement of the door latch from the latching position; and an actuating device configured to actuate the first locking mechanism into a locking state or a releasing state, wherein the actuating device is further configured to actuate the second locking mechanism into a locking state or a releasing state.
A combustor assembly for a gas turbine engine defining an axial direction and a circumferential direction and including structural component, the combustor assembly comprising: a combustor dome; a liner (114, 116) attached to or formed integrally with the combustor dome and extending between a forward end (118, 122) and an aft end (120, 124), the combustor dome and liner (114, 116) together defining at least in part a combustion chamber; a mounting assembly attached to the liner (114, 116) proximate the forward end of the liner for supporting the combustor dome and liner (114,116) within the gas turbine engine relative to the structural component of the gas turbine engine; wherein the liner comprises a coupling flange at the forward end extending outward from the combustion chamber, wherein the combustor dome also includes a coupling flange extending outward relative to the combustion chamber and positioned adjacent to the coupling flange of the liner, and wherein the mounting assembly attaches the coupling flange of the liner to the coupling flange of the combustor dome; and wherein the coupling flanges (138, 140) extend outwardly generally along a radial direction R. a combustor dome; a liner (114, 116) attached to or formed integrally with the combustor dome and extending between a forward end (118, 122) and an aft end (120, 124), the combustor dome and liner (114, 116) together defining at least in part a combustion chamber; a mounting assembly attached to the liner (114, 116) proximate the forward end of the liner for supporting the combustor dome and liner (114,116) within the gas turbine engine relative to the structural component of the gas turbine engine; wherein the liner comprises a coupling flange at the forward end extending outward from the combustion chamber, wherein the combustor dome also includes a coupling flange extending outward relative to the combustion chamber and positioned adjacent to the coupling flange of the liner, and wherein the mounting assembly attaches the coupling flange of the liner to the coupling flange of the combustor dome; and wherein the coupling flanges (138, 140) extend outwardly generally along a radial direction R.
A package of oral care implements comprising: an enclosure having an internal cavity; a retainer comprising: a housing forming a chamber and comprising a first wall, a second wall opposite the first wall, and a plurality of pairs of ribs (230, 240) protruding from an inner surface (213, 223) of each of the first and second walls (211, 221) into the chamber, each pair of ribs (230, 240) forming a receiving channel (231, 241); and a slot in the housing forming a passageway into the chamber; and a plurality of oral care implements detachably mounted to the retainer in a fixed orientation relative to one another, wherein each of the oral care implements comprises a handle and a head, the heads of the oral care implements being disposed within the chamber such that each of the heads of the oral care implements is disposed in one of the receiving channels on the first wall and another one of the receiving channels on the second wall, and the handles of the oral care implements protrude from the slot, the retainer and the oral care implements disposed within the internal cavity of the enclosure, wherein the enclosure is a flexible bag. an enclosure having an internal cavity; a retainer comprising: a housing forming a chamber and comprising a first wall, a second wall opposite the first wall, and a plurality of pairs of ribs (230, 240) protruding from an inner surface (213, 223) of each of the first and second walls (211, 221) into the chamber, each pair of ribs (230, 240) forming a receiving channel (231, 241); and a slot in the housing forming a passageway into the chamber; and a housing forming a chamber and comprising a first wall, a second wall opposite the first wall, and a plurality of pairs of ribs (230, 240) protruding from an inner surface (213, 223) of each of the first and second walls (211, 221) into the chamber, each pair of ribs (230, 240) forming a receiving channel (231, 241); and a slot in the housing forming a passageway into the chamber; and a plurality of oral care implements detachably mounted to the retainer in a fixed orientation relative to one another, wherein each of the oral care implements comprises a handle and a head, the heads of the oral care implements being disposed within the chamber such that each of the heads of the oral care implements is disposed in one of the receiving channels on the first wall and another one of the receiving channels on the second wall, and the handles of the oral care implements protrude from the slot, the retainer and the oral care implements disposed within the internal cavity of the enclosure, wherein the enclosure is a flexible bag.
An optical inspection system comprising: an illuminating system for illuminating an object under inspection; an imaging system for imaging the object under inspection within an object field; an objective shared in part by both the illuminating system and the imaging system; the objective being at least approximately telecentric and including a front relay lens, a rear relay lens, and an objective stop disposed between the front and rear relay lenses for collecting light scattered from the object and forming an image of the object with the collected light; and a multiplexed beam generator of the illuminating system including a plurality of effective light sources and a plurality of beam-shaping optics respectively associated with the plurality of effective light sources and disposed surrounding the objective stop for illuminating the object; the beam shaping optics comprising collector lenses for converting output from the effective light sources into an angular spread of beams for collectively illuminating the object field through the front relay lens of the objective, said collector lenses have peripheries that are truncated adjacent to the objective stop and optical axes being positioned closer to the objective stop through radial distances that approximately correspond to amounts that the peripheries of the beam-shaping optics are truncated in common radial directions; each of the beam-shaping optics being arranged together with its associated effective light source for non-uniformly distributing light within a range of angles required for illuminating the object field. an illuminating system for illuminating an object under inspection; an imaging system for imaging the object under inspection within an object field; an objective shared in part by both the illuminating system and the imaging system; the objective being at least approximately telecentric and including a front relay lens, a rear relay lens, and an objective stop disposed between the front and rear relay lenses for collecting light scattered from the object and forming an image of the object with the collected light; and a multiplexed beam generator of the illuminating system including a plurality of effective light sources and a plurality of beam-shaping optics respectively associated with the plurality of effective light sources and disposed surrounding the objective stop for illuminating the object; the beam shaping optics comprising collector lenses for converting output from the effective light sources into an angular spread of beams for collectively illuminating the object field through the front relay lens of the objective, said collector lenses have peripheries that are truncated adjacent to the objective stop and optical axes being positioned closer to the objective stop through radial distances that approximately correspond to amounts that the peripheries of the beam-shaping optics are truncated in common radial directions; each of the beam-shaping optics being arranged together with its associated effective light source for non-uniformly distributing light within a range of angles required for illuminating the object field.
A method for encapsulation, the method comprising: forming a casing by connecting at least a first casing component and a second casing component, wherein at least one of the first casing component or the second casing component is shaped to provide a sealing groove along a seam of the first casing component and the second casing component; characterised by hermetically sealing the seam between the first casing component and the second casing component by filling the sealing groove by injection moulding, wherein materials of the first casing component, the second casing component and a material used for injection moulding comprise an elastomer and the materials have adhesion properties with each other; and wherein dimensions of the sealing groove and temperature of the material used for injection moulding are determined based on dimensions of the casing and the used materials such that the sealing groove is filled with a sufficient amount of the material used for injection moulding to cover the seam and such that enough heat is provided by the injection moulding to cause the first and the second casing component to melt together and to melt the injection moulded seam with the first and the second casing component. forming a casing by connecting at least a first casing component and a second casing component, wherein at least one of the first casing component or the second casing component is shaped to provide a sealing groove along a seam of the first casing component and the second casing component; characterised by hermetically sealing the seam between the first casing component and the second casing component by filling the sealing groove by injection moulding, wherein materials of the first casing component, the second casing component and a material used for injection moulding comprise an elastomer and the materials have adhesion properties with each other; and wherein dimensions of the sealing groove and temperature of the material used for injection moulding are determined based on dimensions of the casing and the used materials such that the sealing groove is filled with a sufficient amount of the material used for injection moulding to cover the seam and such that enough heat is provided by the injection moulding to cause the first and the second casing component to melt together and to melt the injection moulded seam with the first and the second casing component.
In combination: a template fabricated from a mould of a patient's actual tooth configuration, for forming on a target tooth an attachment device to anchor a dental repositioning appliance having tooth receiving cavities in place on a patient's teeth to enable the repositioning appliance to apply force to reposition the teeth from their actual configuration, the template having a cavity conforming to a portion of the surface of the target tooth and a receptacle to receive polymerisable material to form the attachment device; and a polymerisable material placed in the receptacle to form the attachment device, wherein the polymerisable material has a first state in which it is malleable and a second state in which it is rigid. a template fabricated from a mould of a patient's actual tooth configuration, for forming on a target tooth an attachment device to anchor a dental repositioning appliance having tooth receiving cavities in place on a patient's teeth to enable the repositioning appliance to apply force to reposition the teeth from their actual configuration, the template having a cavity conforming to a portion of the surface of the target tooth and a receptacle to receive polymerisable material to form the attachment device; and a polymerisable material placed in the receptacle to form the attachment device, wherein the polymerisable material has a first state in which it is malleable and a second state in which it is rigid.
Method for the resolution and operation of POI stacks in a virtual environment represented on a screen surface, wherein on selecting a first POI stack with an amount of POIs contained in the POI stack by a user of the screen surface, the representation of the virtual environment is automatically scaled so that POIs contained in the first POI stack are represented on the screen surface in such a way that individual POIs when correctly positioned in the virtual environment maintain a minimum size and a minimum distance to the respective adjacent POIs, and if the minimum distance cannot be maintained then a subset of the amount of POIs of the first POI stack is, depending on the respective position of the individual POIs in the virtual environment, subsumed in at least a second POI stack, wherein the minimum distance is formed depending on a threshold value, which is calculated dynamically and depending on the available screen surface and on the total number of POIs to be represented.
A cooling device disposable within a torque tube of a shape-memory alloy actuator, the cooling device characterised in that it comprises an expandable sleeve; a sliding sleeve disposed within the expandable sleeve and axially movable relative to the expandable sleeve; and one or more cooling fins coupled to an outer surface of the expandable sleeve; wherein the sliding sleeve and the expandable sleeve have complementing tapered surfaces. an expandable sleeve; a sliding sleeve disposed within the expandable sleeve and axially movable relative to the expandable sleeve; and one or more cooling fins coupled to an outer surface of the expandable sleeve;