mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a sensor; a first magnetic element which can be rotated to have one of a polarity of a first pole and a second pole in a first direction; and a processor, wherein the processor is configured to, identify, based at least in part on the sensor, a polarity of one of the first magnetic element and a second magnetic element and a strength of a magnetic force generated by approaching the second magnetic element to the first magnetic element, the polarity being determined by the magnetic force, the second magnetic element being included in an external electronic device, select a power transmission scheme from a plurality of power transmission schemes, based on at least in part on the polarity and the strength of the magnetic force, and wirelessly transmit power to the external electronic device, based on the power transmission scheme. a sensor; a first magnetic element which can be rotated to have one of a polarity of a first pole and a second pole in a first direction; and a processor, wherein the processor is configured to, identify, based at least in part on the sensor, a polarity of one of the first magnetic element and a second magnetic element and a strength of a magnetic force generated by approaching the second magnetic element to the first magnetic element, the polarity being determined by the magnetic force, the second magnetic element being included in an external electronic device, select a power transmission scheme from a plurality of power transmission schemes, based on at least in part on the polarity and the strength of the magnetic force, and wirelessly transmit power to the external electronic device, based on the power transmission scheme.
Plant for the production of liquid methane from a feed gas stream comprising at least methane and carbon dioxide comprising, in the direction of circulation of the gas stream: - a continuously operating system for the crystallization of carbon dioxide comprising, countercurrentwise to the feed gas stream comprising at least methane and carbon dioxide, the circulation of a stream predominantly comprising liquid methane, and making possible the production of a methane-enriched gas stream, - an exchanger for liquefaction of the methane-enriched gas stream exiting from the crystallization system, making it possible to produce liquid methane, - a means making it possible to recover the liquid methane (14, 15) at the outlet of the liquefaction exchanger, and - a means making it possible to return a part of the liquid methane to the crystallization system, said part of the liquid methane forming the stream predominantly comprising liquid methane. - a continuously operating system for the crystallization of carbon dioxide comprising, countercurrentwise to the feed gas stream comprising at least methane and carbon dioxide, the circulation of a stream predominantly comprising liquid methane, and making possible the production of a methane-enriched gas stream, - an exchanger for liquefaction of the methane-enriched gas stream exiting from the crystallization system, making it possible to produce liquid methane, - a means making it possible to recover the liquid methane (14, 15) at the outlet of the liquefaction exchanger, and - a means making it possible to return a part of the liquid methane to the crystallization system, said part of the liquid methane forming the stream predominantly comprising liquid methane.
Optical assembly of a light-emitting module, especially of a lighting and/or signalling module, in particular for a motor vehicle, comprising: - an optical element (102, 303, 401, 411, 421); - a frame (101, 301, 402, 412, 422); said optical element being overmoulded on the frame, said frame being shaped so as to make a mechanical attachment between the frame and the optical element following the overmoulding of the optical element on the frame, at least one contact surface of the frame (101, 301, 402, 412, 422) with the optical element (102, 303, 401, 411, 421) comprising at least one hole, in which the hole makes the mechanical attachment between the frame and the optical element following the overmoulding of the optical element on the frame, characterized in that said at least one hole comprises a through-hole so that, following the overmoulding, the optical element (102, 303, 401, 411, 421) partially surrounds the frame (101, 301, 402, 412, 422), and in that the frame comprises a central hole arranged so as to enable light to pass through the optical element. - an optical element (102, 303, 401, 411, 421); - a frame (101, 301, 402, 412, 422); said optical element being overmoulded on the frame, said frame being shaped so as to make a mechanical attachment between the frame and the optical element following the overmoulding of the optical element on the frame, at least one contact surface of the frame (101, 301, 402, 412, 422) with the optical element (102, 303, 401, 411, 421) comprising at least one hole, in which the hole makes the mechanical attachment between the frame and the optical element following the overmoulding of the optical element on the frame, characterized in that said at least one hole comprises a through-hole so that, following the overmoulding, the optical element (102, 303, 401, 411, 421) partially surrounds the frame (101, 301, 402, 412, 422), and in that the frame comprises a central hole arranged so as to enable light to pass through the optical element.
A method of providing a pathway through a luminal network of a patient from an entry point to a target comprising the steps of: A) providing a three-dimensional map of said luminal network; B) selecting a target on said map; C) running an algorithm that automatically determines a pathway from the selected target to a selected entry point by beginning at said selected target and following lumina of the luminal network back to said entry point; and D) displaying said determined pathway on a user interface; wherein the method further comprises running an algorithm that automatically assigns and displays waypoints along said pathway by detecting luminal intersections and designating a point spaced apart from said intersection, and on said pathway, as a waypoint for use as a navigational guidance target along the pathway. A) providing a three-dimensional map of said luminal network; B) selecting a target on said map; C) running an algorithm that automatically determines a pathway from the selected target to a selected entry point by beginning at said selected target and following lumina of the luminal network back to said entry point; and D) displaying said determined pathway on a user interface;
An array of 1T-1C memory cells individually comprising a capacitor and a transistor, comprising: in a first level, alternating columns of digitlines and conductive shield lines; in a second level above the first level, rows of lower transistors that are directly electrically coupled to individual of the digitlines that are in the first level, the rows of lower transistors comprising rows of lower transistor wordlines in the second level; in a third level above the second level, rows and columns of capacitors; in a fourth level above the third level, rows of upper transistor wordlines; in a fifth level above the fourth level, alternating columns of digitlines and conductive shield lines; the fourth level comprising rows of upper transistors comprising the rows of upper transistor wordlines, the upper transistors being directly electrically coupled to individual of the digitlines that are in the fifth level; and immediately adjacent capacitors in the same row of the third level being directly electrically coupled to alternating ones of the upper transistors in the fourth level and the lower transistors in the second level. in a first level, alternating columns of digitlines and conductive shield lines; in a second level above the first level, rows of lower transistors that are directly electrically coupled to individual of the digitlines that are in the first level, the rows of lower transistors comprising rows of lower transistor wordlines in the second level; in a third level above the second level, rows and columns of capacitors; in a fourth level above the third level, rows of upper transistor wordlines; in a fifth level above the fourth level, alternating columns of digitlines and conductive shield lines; the fourth level comprising rows of upper transistors comprising the rows of upper transistor wordlines, the upper transistors being directly electrically coupled to individual of the digitlines that are in the fifth level; and immediately adjacent capacitors in the same row of the third level being directly electrically coupled to alternating ones of the upper transistors in the fourth level and the lower transistors in the second level.
An erasable programmable non-volatile memory, comprising: a first transistor comprising a select gate, a first doped region and a second doped region, wherein the select gate is connected with a word line, and the first doped region is connected with a source line; a second transistor comprising the second doped region, a third doped region and a floating gate, wherein the third doped region is connected with a bit line; and an erase gate region connected with an erase line, wherein the floating gate is extended to the erase gate region; characterized by a metal layer disposed over the floating gate and connected with the bit line. a first transistor comprising a select gate, a first doped region and a second doped region, wherein the select gate is connected with a word line, and the first doped region is connected with a source line; a second transistor comprising the second doped region, a third doped region and a floating gate, wherein the third doped region is connected with a bit line; and an erase gate region connected with an erase line, wherein the floating gate is extended to the erase gate region; characterized by a metal layer disposed over the floating gate and connected with the bit line.
A substrate processing device comprising: a chamber with inside capable of being evacuated; a substrate holder provided inside the chamber and including a substrate mounting surface arranged to cool a substrate; a shield provided inside the chamber and including a side wall portion provided to surround a lateral side of the substrate mounting surface and an upper wall portion opposed to the substrate mounting surface; a shield cooling unit configured to cool the shield; a control device, the control device comprising: a processor configured to execute a method, wherein the method comprises mounting the substrate on the substrate holder in a state where the substrate holder and the shield are cooled to a temperature at which gas molecules are trapped; and cooling the substrate on the substrate holder. a chamber with inside capable of being evacuated; a substrate holder provided inside the chamber and including a substrate mounting surface arranged to cool a substrate; a shield provided inside the chamber and including a side wall portion provided to surround a lateral side of the substrate mounting surface and an upper wall portion opposed to the substrate mounting surface; a shield cooling unit configured to cool the shield; a control device, the control device comprising: a processor configured to execute a method, wherein the method comprises mounting the substrate on the substrate holder in a state where the substrate holder and the shield are cooled to a temperature at which gas molecules are trapped; and cooling the substrate on the substrate holder. mounting the substrate on the substrate holder in a state where the substrate holder and the shield are cooled to a temperature at which gas molecules are trapped; and cooling the substrate on the substrate holder.
A chromatography column fitting which includes: a body member configured to be received at an end of a chromatography column, the body member defining an axially extending open bore having a portion defining a diameter approximating that of a passage of the column, the body member being internally stepped to define a shoulder configured to bear against a frit at the end of the chromatography column to retain the frit in position at the end of column; and an insert removably received in the bore, the insert defining a flow conduit opening out into an operatively inner end of the insert to be in flow communication, in use, with an interior of the chromatography column, the operatively inner end defining a planar bearing surface which has a diameter approximating that of the passage of the column, the bearing surface configured to bear against the frit to minimise dead volume between the flow conduit and the frit, characterised in that each of the insert and the body member carry complementary mounting formations which facilitate removable insertion of the insert into the bore of the body member. a body member configured to be received at an end of a chromatography column, the body member defining an axially extending open bore having a portion defining a diameter approximating that of a passage of the column, the body member being internally stepped to define a shoulder configured to bear against a frit at the end of the chromatography column to retain the frit in position at the end of column; and an insert removably received in the bore, the insert defining a flow conduit opening out into an operatively inner end of the insert to be in flow communication, in use, with an interior of the chromatography column, the operatively inner end defining a planar bearing surface which has a diameter approximating that of the passage of the column, the bearing surface configured to bear against the frit to minimise dead volume between the flow conduit and the frit, characterised in that each of the insert and the body member carry complementary mounting formations which facilitate removable insertion of the insert into the bore of the body member.
A hand tool for dispensing plastic fasteners, comprising: a gun shaped casing, said casing having a barrel portion, and a handle portion, said casing further having a needle assembly opening at the front of the barrel portion and a trigger slot on the front of said handle portion; a hollow needle; a needle assembly, said needle assembly being slidably movable back and forth between a retracted position disposed substantially within said casing and an extended position disposed substantially out of said casing through said needle assembly opening, said needle disposed on one end of said needle assembly; a trigger, said trigger being pivotally mounted within said casing and extending out from said trigger slot, said trigger being capable of moving said needle assembly between the retracted and extended positions; and an anvil, said anvil having a finger guide portion, a main portion and a tag slot, said tag slot separating said finger guide portion from said main portion characterized in that: the hand tool is provided with a ball plunger having a ball end protruding into the tag slot in order to secure a hangtag inserted between the finger guide portion and the main portion. a gun shaped casing, said casing having a barrel portion, and a handle portion, said casing further having a needle assembly opening at the front of the barrel portion and a trigger slot on the front of said handle portion; a hollow needle; a needle assembly, said needle assembly being slidably movable back and forth between a retracted position disposed substantially within said casing and an extended position disposed substantially out of said casing through said needle assembly opening, said needle disposed on one end of said needle assembly; a trigger, said trigger being pivotally mounted within said casing and extending out from said trigger slot, said trigger being capable of moving said needle assembly between the retracted and extended positions; and an anvil, said anvil having a finger guide portion, a main portion and a tag slot, said tag slot separating said finger guide portion from said main portion the hand tool is provided with a ball plunger having a ball end protruding into the tag slot in order to secure a hangtag inserted between the finger guide portion and the main portion.
A plastic delivery bag, comprising a front bag wall and an opposite rear bag wall, each with upper edges (10, 12) and lower edges (14, 16) and first and second side edges (18, 20; 22, 24), a in particular closable bag opening, an opposite bag bottom with a bottom fold and a first bottom fold section, which extends from the lower edge of the front bag wall to the bottom fold, and a second bottom fold section, which extends from the lower edge of the rear bag wall to the bottom fold, wherein the front bag wall and the rear bag wall are connected, in particular welded to one another, along or adjacent to their respective first and second side edges (18, 20; 22, 24), thereby forming first and second connecting areas (26, 28), in particular first and second connecting strips or lines, wherein at least one, in particular elongated, first, second, third and fourth weakened area (11, 13, 15, 17), in particular at least one first, second, third, and fourth perforation line, extend from the transition from the first bottom fold section to the front bag wall, in particular from the lower edge of the front bag wall, and from the transition from the second bottom fold section to the rear bag wall, in particular from the lower edge of the rear bag wall at least sectionally adjacent to and spaced apart from, the first elongated connecting area towards the bag opening in the front bag wall and the rear bag wall as well as the first and second bottom fold sections (7, 9), and wherein at least one elongated further weakened area (41, 43, 45, 47, 51, 53), in particular a further perforation line, extends from the, in particular elongated, first, second, third, and/or fourth weakened area(s), preferably in a substantially orthogonal orientation, towards the second elongated connecting area.
A method for realizing any point in time functionality in a storage system, the method comprising: receiving an input/output at an owner of an object (108, 508) in the storage system, the storage system storing objects (108, 508); extracting metadata associated with the input/output; characterized by manipulating and storing the extracted metadata in a metadata object that is owned by the owner, wherein the manipulated metadata includes the metadata object and is separate from the object (108, 508); performing the input/output on the object; generating a new snapshot for a selected point in time by only manipulating the metadata object and without copying or moving data included in the object (108, 508); and restoring a production volume by: scanning the metadata object to determine relevant metadata included in the metadata object; creating a metadata volume from a blank metadata volume by writing relevant metadata from the metadata object corresponding to the new snapshot to populate the blank metadata volume, the metadata including identifiers, wherein each identifier points to data in the objects; and while creating the metadata volume, hydrating the production volume using the metadata volume and the objects, wherein the production volume corresponds to the selected point in time. receiving an input/output at an owner of an object (108, 508) in the storage system, the storage system storing objects (108, 508); extracting metadata associated with the input/output; characterized by manipulating and storing the extracted metadata in a metadata object that is owned by the owner, wherein the manipulated metadata includes the metadata object and is separate from the object (108, 508); performing the input/output on the object; generating a new snapshot for a selected point in time by only manipulating the metadata object and without copying or moving data included in the object (108, 508); and restoring a production volume by: scanning the metadata object to determine relevant metadata included in the metadata object; creating a metadata volume from a blank metadata volume by writing relevant metadata from the metadata object corresponding to the new snapshot to populate the blank metadata volume, the metadata including identifiers, wherein each identifier points to data in the objects; and scanning the metadata object to determine relevant metadata included in the metadata object; creating a metadata volume from a blank metadata volume by writing relevant metadata from the metadata object corresponding to the new snapshot to populate the blank metadata volume, the metadata including identifiers, wherein each identifier points to data in the objects; and while creating the metadata volume, hydrating the production volume using the metadata volume and the objects, wherein the production volume corresponds to the selected point in time.
A method for refurbishing of components, comprising: (a) providing access to a plurality of rotatable components of a turbine assembly, the turbine assembly being a portion of a turbomachine; (b) providing a predetermined volume of a buffered electrolytic solution in an electro-polishing tank; (c) coupling the plurality of rotatable components of the turbine assembly via a plurality of power supply leads to a power distribution ring supplying DC power from a DC power supply; (d) immersing a portion of at least one of the plurality of rotatable components in the buffered electrolytic solution; (e) individually controlling (140, 150) a current through each of the plurality of power supply leads so as to distribute DC current only to those of the plurality of rotatable components which have a portion immersed in the buffered electrolytic solution, wherein an electrical flux to the immersed portion electro-polishes the immersed portion; (f) separating the immersed portion of the at least one of the plurality of rotatable components from the buffered electrolytic solution; and (g) applying a corrosion inhibitor to the plurality of rotatable components. (a) providing access to a plurality of rotatable components of a turbine assembly, the turbine assembly being a portion of a turbomachine; (b) providing a predetermined volume of a buffered electrolytic solution in an electro-polishing tank; (c) coupling the plurality of rotatable components of the turbine assembly via a plurality of power supply leads to a power distribution ring supplying DC power from a DC power supply; (d) immersing a portion of at least one of the plurality of rotatable components in the buffered electrolytic solution; (e) individually controlling (140, 150) a current through each of the plurality of power supply leads so as to distribute DC current only to those of the plurality of rotatable components which have a portion immersed in the buffered electrolytic solution, wherein an electrical flux to the immersed portion electro-polishes the immersed portion; (f) separating the immersed portion of the at least one of the plurality of rotatable components from the buffered electrolytic solution; and (g) applying a corrosion inhibitor to the plurality of rotatable components.