mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: an interface, configured to receive from a calibration probe multiple data points (50, 52A, 54A, 56) acquired in an organ of a patient, each data point comprising (i) a respective position of the calibration probe, and (ii) a respective set of electrical values indicative of respective impedances between the position and multiple electrodes (28a, 28b, 28c, 28d, 28e, 28f) attached externally to the patient; and a processor, configured to construct a mapping between sets of the electrical values and respective positions in the organ, characterized in that the construction of the mapping comprises performing for each received data point: if the mapping already contains one or more existing data points (52A, 54A) in a predefined vicinity of the received data point, adjusting the one or more existing data points (52B, 54B) responsively to the received data point; and if the predefined vicinity does not contain any existing data points, adding the received data point to the mapping, and wherein the processor is configured to sort at least some of the existing data points in the mapping according to their respective distances from the received data point to check whether the existing data points fall within the predefined vicinity of the received data point. an interface, configured to receive from a calibration probe multiple data points (50, 52A, 54A, 56) acquired in an organ of a patient, each data point comprising (i) a respective position of the calibration probe, and (ii) a respective set of electrical values indicative of respective impedances between the position and multiple electrodes (28a, 28b, 28c, 28d, 28e, 28f) attached externally to the patient; and a processor, configured to construct a mapping between sets of the electrical values and respective positions in the organ, characterized in that the construction of the mapping comprises performing for each received data point: if the mapping already contains one or more existing data points (52A, 54A) in a predefined vicinity of the received data point, adjusting the one or more existing data points (52B, 54B) responsively to the received data point; and if the predefined vicinity does not contain any existing data points, adding the received data point to the mapping, and if the mapping already contains one or more existing data points (52A, 54A) in a predefined vicinity of the received data point, adjusting the one or more existing data points (52B, 54B) responsively to the received data point; and if the predefined vicinity does not contain any existing data points, adding the received data point to the mapping, and wherein the processor is configured to sort at least some of the existing data points in the mapping according to their respective distances from the received data point to check whether the existing data points fall within the predefined vicinity of the received data point.
A method of applying an electrically conductive coating over a first surface of a reflective coating of a solar mirror (20, 70, 240), wherein the solar mirror (20, 70, 240) comprises a substrate (28, 72, 242) having a first major surface and an opposite second major surface, the reflective coating having a second surface opposite to the first surface, wherein the second surface of the reflective coating is over a major surface (32, 76, 250) of the substrate (28, 72, 242) of the solar mirror (20, 70, 240), the method comprising: moving a first electrically conductive liquid material over a first area of the first surface of the reflective coating; moving a second electrically conductive liquid material over a second area of the first surface of the reflective coating, wherein one of the liquid materials comprises an electrodepositable coating composition; maintaining the first and the second electrically conductive liquid materials spaced from and out of contact with one another to provide a third area of the first surface between the first and the second areas to establish a current path through the first liquid material, the third area of the conductive surface and through the second liquid material, and moving an electric current through the current path to deposit the protective coating over the area of the first surface of the reflective coating having the electrodepositable coating composition. moving a first electrically conductive liquid material over a first area of the first surface of the reflective coating; moving a second electrically conductive liquid material over a second area of the first surface of the reflective coating, wherein one of the liquid materials comprises an electrodepositable coating composition; maintaining the first and the second electrically conductive liquid materials spaced from and out of contact with one another to provide a third area of the first surface between the first and the second areas to establish a current path through the first liquid material, the third area of the conductive surface and through the second liquid material, and moving an electric current through the current path to deposit the protective coating over the area of the first surface of the reflective coating having the electrodepositable coating composition.
Capacitive touch switch, having a capacitive sensor element which comprises an electrically conductive hollow body in the form of a helical spring which extends from a support plate in the direction of an electrically insulating cover plate which is arranged at a distance from said support plate and on which a touch area is provided, and of which helical spring the last turn forms, at its end which faces the cover plate, a sensor area of the capacitive touch switch and defines the shape and size of the touch area on the cover plate, characterized in that a guide body (20, 24) which is composed of an electrically insulating material is provided, the said guide body extending from the cover plate into the hollow body and defining the position of the hollow body relative to the touch area, wherein the guide body (20, 24) is of at least partially conically tapering design in the direction of the support plate, and the hollow body is of at least partially conically widening design at least in its end region, which faces the cover plate, in the direction of the cover plate.
Implant for planar connection of tissue to bone, wherein the implant comprises a clamping surface and at least three securing means (3, 3', 3") connected to the clamping surface, wherein the clamping surface comprises an outer edge and an inner edge, wherein the outer edge is connected at least partially to the inner edge at least partially by means of at least one connecting web, and/or the clamping surface comprises an outer edge and at least one opening arranged within the clamping surface, which opening is connected by means of at least one connecting web at least to a partial region of the outer edge of the clamping surface, characterized in that the clamping surface comprises at least one projection, which has at least one opening, and the clamping surface comprises at least one fixing means, which is arranged on an underside.
A thermal system for a stage light source module comprising: a lamp chamber for housing a light source; a light condenser which is provided in the lamp chamber and by which light emitted from the light source is converged into a light beam defining a main optical axis; wherein the lamp chamber is of a hollow columnar structure defined by at least five side walls, or of a hollow cylindrical structure, or of a hollow elliptic cylindrical structure, a support plate is provided above the lamp chamber; a heat-shield assembly is provided above the support plate and defines a heat dissipation chamber together with the support plate; and the support plate is provided with a first through hole which is closely fitted to the opening at an end of the light condenser. a lamp chamber for housing a light source; a light condenser which is provided in the lamp chamber and by which light emitted from the light source is converged into a light beam defining a main optical axis; wherein the lamp chamber is of a hollow columnar structure defined by at least five side walls, or of a hollow cylindrical structure, or of a hollow elliptic cylindrical structure, a support plate is provided above the lamp chamber; a heat-shield assembly is provided above the support plate and defines a heat dissipation chamber together with the support plate; and the support plate is provided with a first through hole which is closely fitted to the opening at an end of the light condenser.
A tape supplying body comprising: a tape roll on which a tape to be fed to a tape printing apparatus is wound; a first member on which the tape roll is placed; and a second member, wherein the second member has a running-onto prevention part that is provided on a side opposite to a side of the first member with respect to the tape roll and prevents the tape from running onto the tape roll, a tape receiving part that is provided on a side opposite to a side of the tape roll with respect to the first member and receives the tape dropping from the first member, and a connection part that is provided on a radially outer side of the tape roll and connects the running-onto prevention part and the tape receiving part to each other, characterized in that the first member has a shaft part formed into a substantially cylindrical shape, the second member has a shaft insertion part and an insertion-side engagement part provided at the shaft insertion part, and the first member and the second member are rotatably coupled to each other by engagement between the insertion-side engagement part and the shaft part. a tape roll on which a tape to be fed to a tape printing apparatus is wound; a first member on which the tape roll is placed; and a second member, wherein the second member has a running-onto prevention part that is provided on a side opposite to a side of the first member with respect to the tape roll and prevents the tape from running onto the tape roll, a tape receiving part that is provided on a side opposite to a side of the tape roll with respect to the first member and receives the tape dropping from the first member, and a connection part that is provided on a radially outer side of the tape roll and connects the running-onto prevention part and the tape receiving part to each other, characterized in that the first member has a shaft part formed into a substantially cylindrical shape, the second member has a shaft insertion part and an insertion-side engagement part provided at the shaft insertion part, and the first member and the second member are rotatably coupled to each other by engagement between the insertion-side engagement part and the shaft part.
A filter head assembly comprising: a filter head configured to be attached to an engine block and to enable oil flow between the engine block and an oil filter connected to the filter head, the filter head including a base, characterized in that the filter head further includes a tubular body protruding from the base, the tubular body defining threads; and a threaded bayonet connection adapter configured to connect the oil filter to the filter head via a bayonet connection, the bayonet connection adapter including an annular body defining threads configured to engage the threads on the tubular body of the filter head to attach the bayonet connection adapter to the filter head; an axially deformable rotational position tolerance improving retainer ring, which is annular and is arranged on the tubular body and compressed, preferably elastically compressed, between the filter head and the threaded bayonet connection adapter. a filter head configured to be attached to an engine block and to enable oil flow between the engine block and an oil filter connected to the filter head, the filter head including a base, characterized in that the filter head further includes a tubular body protruding from the base, the tubular body defining threads; and a threaded bayonet connection adapter configured to connect the oil filter to the filter head via a bayonet connection, the bayonet connection adapter including an annular body defining threads configured to engage the threads on the tubular body of the filter head to attach the bayonet connection adapter to the filter head; an axially deformable rotational position tolerance improving retainer ring, which is annular and is arranged on the tubular body and compressed, preferably elastically compressed, between the filter head and the threaded bayonet connection adapter. a tubular body protruding from the base, the tubular body defining threads; and a threaded bayonet connection adapter configured to connect the oil filter to the filter head via a bayonet connection, the bayonet connection adapter including an annular body defining threads configured to engage the threads on the tubular body of the filter head to attach the bayonet connection adapter to the filter head; an axially deformable rotational position tolerance improving retainer ring, which is annular and is arranged on the tubular body and compressed, preferably elastically compressed, between the filter head and the threaded bayonet connection adapter.
Shaped body, in particular for a pressure sensor, with a membrane and with a supporting section supporting the membrane, wherein the membrane and the supporting section are produced at least in sections from a ceramic material, wherein the membrane and the supporting section are produced in one piece and by means of additive manufacturing, characterized in that the membrane has an outer circumferential shape with at least one corner, in that in a cross-section of the supporting section the greatest possible distance between two points lying on the outer circumference of the supporting section is less than 25 mm and in that the supporting section has a total height of more than 2 mm.
An additive manufacturing method of components in accordance with a set program., comprising: forming a body of component by direct deposition of a substance in a form of granules of metal or non-metal, wherein the substance comes from a reservoir under the influence of gravity and electromagnetic forces and is directed to a bath melt, produced by heat energy of at least one laser or electron beam, and subsequently crystallizes; adjusting path and rate of said substance to reach the desired bath melt location by acting on neutral and / or charged said granules by means of an electromagnetic field. forming a body of component by direct deposition of a substance in a form of granules of metal or non-metal, wherein the substance comes from a reservoir under the influence of gravity and electromagnetic forces and is directed to a bath melt, produced by heat energy of at least one laser or electron beam, and subsequently crystallizes; comes from a reservoir under the influence of gravity and electromagnetic forces and is directed to a bath melt, produced by heat energy of at least one laser or electron beam, and subsequently crystallizes; adjusting path and rate of said substance to reach the desired bath melt location by acting on neutral and / or charged said granules by means of an electromagnetic field.
A tool system for an agricultural tillage machine with a base part which is connected by means of a releasable connection with a support element, in particular with a tine of the agricultural tillage machine, the base part comprising a cutting edge and, adjoining the cutting edge, at least one hard material element, and the support element comprising wing shares which are arranged in the end region thereof pointing in the working direction and are equipped with hard metal plates (42, 42.1), characterized in that the edge, equipped with hard metal plates (42, 42.1), of the wing share is guided up to a lateral surface (12.1) of the support element.
A sheet-stapling apparatus that mounts a center-fold booklet and staples the booklet at a fold of the booklet by a staple, the apparatus comprising: a stapler that penetrates the staple into the booklet; a clincher that clinches legs of the staple penetrated into the booklet; and a booklet-holding member (2, 3) that holds the mounted center-fold booklet before the stapler penetrates the staple into the booklet, characterized in that the booklet-holding member includes a pushing recess portion that is configured to be composed of at least two pushing surfaces and to have a triangular section, a vertex of the triangular section aligning the fold of the booklet, and the pushing recess portion is configured to change an angle of the vertex of the triangular section from a booklet-positioning angle (α2) to a booklet-pushing angle (α3) when the booklet-holding member pushes the mounted booklet. a stapler that penetrates the staple into the booklet; a clincher that clinches legs of the staple penetrated into the booklet; and a booklet-holding member (2, 3) that holds the mounted center-fold booklet before the stapler penetrates the staple into the booklet, characterized in that the booklet-holding member includes a pushing recess portion that is configured to be composed of at least two pushing surfaces and to have a triangular section, a vertex of the triangular section aligning the fold of the booklet, and the pushing recess portion is configured to change an angle of the vertex of the triangular section from a booklet-positioning angle (α2) to a booklet-pushing angle (α3) when the booklet-holding member pushes the mounted booklet.
An electronic music apparatus comprising: a storage section (7, 9) storing a plurality of sets of registration data each comprising a plurality of tone setting parameters; and an instruction section configured to instruct readout of one set of registration data from said storage section at a selectable time during a performance, characterized in that the electronic music apparatus further comprises: a control section (5, S4, S11, S12) configured to make a setting such that the parameters in the one set of registration data are used in response to an instruction issued by said instruction section for reading out the one set of registration data, the plurality of tone setting parameters in the one set of registration data being classified into a plurality of sub-sets, said control section making the setting such that one or more tone setting parameters belonging to a particular sub-set of the plurality of sub-sets in the one set of registration data are used at delayed readout timing, later than a time point at which the instruction has been issued, in accordance with readout settings defining prompt readout timing or delayed readout timings individually for each of the plurality of sub-sets. a storage section (7, 9) storing a plurality of sets of registration data each comprising a plurality of tone setting parameters; and an instruction section configured to instruct readout of one set of registration data from said storage section at a selectable time during a performance, characterized in that the electronic music apparatus further comprises: a control section (5, S4, S11, S12) configured to make a setting such that the parameters in the one set of registration data are used in response to an instruction issued by said instruction section for reading out the one set of registration data, the plurality of tone setting parameters in the one set of registration data being classified into a plurality of sub-sets, said control section making the setting such that one or more tone setting parameters belonging to a particular sub-set of the plurality of sub-sets in the one set of registration data are used at delayed readout timing, later than a time point at which the instruction has been issued, in accordance with readout settings defining prompt readout timing or delayed readout timings individually for each of the plurality of sub-sets. a control section (5, S4, S11, S12) configured to make a setting such that the parameters in the one set of registration data are used in response to an instruction issued by said instruction section for reading out the one set of registration data, the plurality of tone setting parameters in the one set of registration data being classified into a plurality of sub-sets, said control section making the setting such that one or more tone setting parameters belonging to a particular sub-set of the plurality of sub-sets in the one set of registration data are used at delayed readout timing, later than a time point at which the instruction has been issued, in accordance with readout settings defining prompt readout timing or delayed readout timings individually for each of the plurality of sub-sets.
A self-propelled surface cutter, having a working rotor as a working assembly that is drivable by an engine, in particular an internal combustion engine, wherein the engine forms a traction drive and can be connected to the working assembly via a power split transmission comprising a mechanical first power branch and an electric or hydraulic second power branch, wherein the said first and second power branches (7, 8) are combined by a summation transmission that is couplable to the working assembly at the output side and that is received in an inner space of the working assembly which is formed as a cylindrical elongate working rotor, wherein a variable transmission ratio between the mechanical first power branch and the output side can be set by a summation transmission input rotational speed that can be provided by the electric or hydraulic second power branch, characterized in that a blocking apparatus is provided for blocking the variability of the transmission ratio by the electric or hydraulic second power branch, wherein a control apparatus is provided for an automatic actuation of the blocking apparatus in dependence on the working speed of the working assembly and/or in dependence on the rotational speed of the engine and is configured such that the blocking apparatus blocks the transmission ratio of the summation transmission when the working speed of the working assembly is in a predefined range and the rotational speed of the engine is in a corresponding predefined range at said blocked, fixed increased-speed/decreased-speed ratio, in which range a higher driving torque at the working assembly is achieved by purely mechanic power transmission than with connected power branches.
A projection capture system, comprising: a controller; a workspace camera operatively connected to the controller for capturing still images and video images of an object in a workspace; a projector operatively connected to the controller; the controller configured to control the workspace camera and the projector to capture an image of a real object in the workspace and to project the object image into the workspace; wherein the controller is configured to control the camera and the projector to capture an image of the object image as the object image is being altered in the workspace and to project the altered object image into the workspace; and an object recognition device operatively connected to the controller for distinguishing the real object on the workspace from the object image and altered object image projected onto the workspace. a controller; a workspace camera operatively connected to the controller for capturing still images and video images of an object in a workspace; a projector operatively connected to the controller; the controller configured to control the workspace camera and the projector to capture an image of a real object in the workspace and to project the object image into the workspace; wherein the controller is configured to control the camera and the projector to capture an image of the object image as the object image is being altered in the workspace and to project the altered object image into the workspace; and an object recognition device operatively connected to the controller for distinguishing the real object on the workspace from the object image and altered object image projected onto the workspace.