mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for generating and verifying passwords, the method comprising: receiving a password setup request, the password setup request comprising a list identifying at least two verifiers and data representing a user-provided password; processing the data representing the user-provided password to recognize the user-provided password; forming a basis password based on the user-provided password; generating a plurality of system-generated passwords based on the basis password; encrypting the plurality of system-generated passwords to generate a plurality of encrypted passwords including a first encrypted password and a second encrypted password; submitting the plurality of encrypted passwords to a blockchain system for recordation; providing a first address of the first encrypted password on the blockchain system to a first verifier identified in the list; and providing a second address of the second encrypted password on the blockchain system to a second verifier identified in the list. receiving a password setup request, the password setup request comprising a list identifying at least two verifiers and data representing a user-provided password; processing the data representing the user-provided password to recognize the user-provided password; forming a basis password based on the user-provided password; generating a plurality of system-generated passwords based on the basis password; encrypting the plurality of system-generated passwords to generate a plurality of encrypted passwords including a first encrypted password and a second encrypted password; submitting the plurality of encrypted passwords to a blockchain system for recordation; providing a first address of the first encrypted password on the blockchain system to a first verifier identified in the list; and providing a second address of the second encrypted password on the blockchain system to a second verifier identified in the list.
Device for laterally guiding a metal strip running over a metal-strip conveying device, comprising at least one main body module having a substantially vertical guide plane, characterized in that at least one wear body having a wear face, which in a controlled manner is rotatable to a plurality of defined rotary positions is present, and the wear face is substantially planar and in all defined rotary positions is parallel with the guide plane.
Method for cleaning needles of a needle card, in which the tips of the needles are brought into contact with a cleaning medium in cleaning positions spaced apart from each other, and in which the cleaning positions are distributed according to a pattern over the surface of the cleaning medium, characterized in that the pattern of the cleaning positions is selected at random, whereby the pattern of steps between consecutive cleaning positions is selected as a regularly progressing and periodic pattern that is superposed by a random function.
A method for controlling an ice making assembly of a refrigerator, comprising a tray comprising a plurality of ice recesses ready to receive a supply of water to be frozen; a plurality of fins disposed above the tray; a plurality of rods inserted through the fins and at least partially received in the plurality of ice recesses, wherein the plurality of fins and plurality of rods move vertically and rotationally as a unit after the supplied water is frozen; and a water level sensor including a plurality of electrodes(A,B,C), the method comprising: - inserting the plurality of rods into their corresponding plurality of recesses; - supplying water to the tray; - determining a first level of the water in the tray by detecting a change in capacitance, as measured between a first predetermined pair of the plurality of electrodes (C,B); - transmitting a signal to a control unit through an output terminal of the water level sensor when the change in capacitance is detected; and - stopping the supplying of water temporarily for a predetermined amount of time when the change in capacitance is detected. - inserting the plurality of rods into their corresponding plurality of recesses; - supplying water to the tray; - determining a first level of the water in the tray by detecting a change in capacitance, as measured between a first predetermined pair of the plurality of electrodes (C,B); - transmitting a signal to a control unit through an output terminal of the water level sensor when the change in capacitance is detected; and - stopping the supplying of water temporarily for a predetermined amount of time when the change in capacitance is detected.
A method for controlling a robot cleaner, the method comprising: a map sharing operation of sharing map information transmitted from a further cleaner to the robot cleaner; an image transmitting operation of transmitting an image captured by the further cleaner to the robot cleaner; a determining operation of identifying, by the robot cleaner, position information of the further cleaner by comparing the image transmitted from the further cleaner with an image captured by the robot cleaner; and a travel operation of performing, by the robot cleaner, cleaning while traveling along the further cleaner. a map sharing operation of sharing map information transmitted from a further cleaner to the robot cleaner; an image transmitting operation of transmitting an image captured by the further cleaner to the robot cleaner; a determining operation of identifying, by the robot cleaner, position information of the further cleaner by comparing the image transmitted from the further cleaner with an image captured by the robot cleaner; and a travel operation of performing, by the robot cleaner, cleaning while traveling along the further cleaner.
An ornamental rod-like body comprising: (a) a strap-shaped ornamental body that includes: a plurality of granular ornamental bodies selected from the group consisting of a jewel, an artificial jewel, a bead, a noble-metal ball, and a metal ball; a connecting member configured to arrange the granular ornamental bodies in a plurality of rows and connect the granular ornamental bodies to each other; and (b) a linearly extending adhesion member having an adhesive layer including a hot-melt adhesive, the adhesion member being configured to be adhered to a backside of the connecting member, the strap-shaped ornamental body being adhered and secured to the adhesion member such that the strap-shaped ornamental body is wound around the adhesion member with the granular ornamental bodies exposed radially outward of the adhesion member. (a) a strap-shaped ornamental body that includes: a plurality of granular ornamental bodies selected from the group consisting of a jewel, an artificial jewel, a bead, a noble-metal ball, and a metal ball; a connecting member configured to arrange the granular ornamental bodies in a plurality of rows and connect the granular ornamental bodies to each other; and a plurality of granular ornamental bodies selected from the group consisting of a jewel, an artificial jewel, a bead, a noble-metal ball, and a metal ball; a connecting member configured to arrange the granular ornamental bodies in a plurality of rows and connect the granular ornamental bodies to each other; and (b) a linearly extending adhesion member having an adhesive layer including a hot-melt adhesive, the adhesion member being configured to be adhered to a backside of the connecting member, the strap-shaped ornamental body being adhered and secured to the adhesion member such that the strap-shaped ornamental body is wound around the adhesion member with the granular ornamental bodies exposed radially outward of the adhesion member.
A uniaxially-stretched, high yield extruded polyetherimide film comprising an extruded polyetherimide comprising units derived from polymerization of an aromatic dianhydride with a diamine selected from a meta-phenylene diamine, a para-phenylene diamine, and a combination thereof, wherein the polyetherimide is endcapped with a substituted or unsubstituted aromatic primary monoamine; and wherein the high yield extruded polyetherimide film is solvent free and comprises at least 90 weight percent of the polyetherimide before extrusion; and wherein the high yield extruded polyetherimide film has a dielectric constant at 1 kHz, 23°C and 50% RH of at least 3.
A quick fit adjustment mechanism comprising: a housing comprising: a first end that is attachable to an associated pole; and, a second end having (a) an outer surface with threads that are engageable with threads on a first associated accessory to secure the first associated accessory to the associated pole; and, (b) first and second holes; first and second actuator pins that are positioned within the first and second holes, respectively; a lever that: is supported to the housing; is moveable with respect to the housing; comprises an operator button; and, has first and second contact surfaces that contact the first and second actuator pins, respectively; and, wherein the quick fit adjustment mechanism is adjustable by moving the operator button to move the lever with respect to the housing between: a first position where the first and second actuator pins are in a retracted position with respect to the first and second holes in the housing; and, the second end of the housing is insertable within an opening in a second associated accessory; and, a second position where the first and second actuator pins extend out of the first and second holes and are contactable to an inner surface of the opening in the second associated accessory to secure the second associated accessory to the pole. a housing comprising: a first end that is attachable to an associated pole; and, a second end having (a) an outer surface with threads that are engageable with threads on a first associated accessory to secure the first associated accessory to the associated pole; and, (b) first and second holes; first and second actuator pins that are positioned within the first and second holes, respectively; a lever that: is supported to the housing; is moveable with respect to the housing; comprises an operator button; and, has first and second contact surfaces that contact the first and second actuator pins, respectively; and, wherein the quick fit adjustment mechanism is adjustable by moving the operator button to move the lever with respect to the housing between: a first position where the first and second actuator pins are in a retracted position with respect to the first and second holes in the housing; and, the second end of the housing is insertable within an opening in a second associated accessory; and, a second position where the first and second actuator pins extend out of the first and second holes and are contactable to an inner surface of the opening in the second associated accessory to secure the second associated accessory to the pole.
A shower stall with heating wall, characterized in that it comprises at least one heating wall comprising two vertical section bars (2, 3), at least one glass wall and at least one crosswise section bar (11, 12), said two vertical section bars (2, 3) holding said at least one glass wall and connected by said at least one crosswise section bar (11, 12), said section bars (2, 3, 11, 12) having hollow sections (23, 25, 26, 27) connected to one another, in which a hot fluid flows, at least one of the hollow sections (23, 25, 26, 27) being connected to at least one hollow pipe in which a hot fluid, preheated by an external heating system, can enter and to at least one pipe from which said fluid can exit.
A process for the separation of nitrogen from a liquefied natural gas feed (201, 301), the process comprising the steps of: (i) cooling the feed (201, 301) and passing the feed to a fractionation column (206, 306); (ii) withdrawing from the fractionation column (206, 306) an overhead vapour stream (213, 313) having an enriched nitrogen content, and a liquid stream (207, 307) having a reduced nitrogen content; (iii) dividing the overhead vapour stream (213, 313) from step (ii) into at least first (218, 318) and second (215, 315) overhead streams; (iv) compressing, cooling and at least partially condensing at least the first overhead stream (218, 318) from step (iii); and (v) expanding the stream (225, 325) from step (iv) and passing the expanded stream (227, 327) to the fractionation column (206, 306) as reflux, wherein cooling in step (iv) is provided, at least in part, by heat exchange with at least a portion of the liquid stream (207, 307) withdrawn from the fractionation column (206, 306) and characterised in that at least a portion of the liquid stream (207, 307) withdrawn from the fractionation column (206, 306) is expanded before being passed in heat exchange with the compressed first overhead vapour stream (222, 322). (i) cooling the feed (201, 301) and passing the feed to a fractionation column (206, 306); (ii) withdrawing from the fractionation column (206, 306) an overhead vapour stream (213, 313) having an enriched nitrogen content, and a liquid stream (207, 307) having a reduced nitrogen content; (iii) dividing the overhead vapour stream (213, 313) from step (ii) into at least first (218, 318) and second (215, 315) overhead streams; (iv) compressing, cooling and at least partially condensing at least the first overhead stream (218, 318) from step (iii); and (v) expanding the stream (225, 325) from step (iv) and passing the expanded stream (227, 327) to the fractionation column (206, 306) as reflux,
Mobile harbor crane with an undercarriage and a running gear attached thereto with a support device, an upper carriage with a tower extending in the vertical direction, a slewing gear (d) connecting the upper carriage to the undercarriage, a jib, a luffing gear (w) connecting the jib to the upper carriage, and a hoisting gear (h), wherein the mobile harbor crane has an on-board energy supply system for supplying drives of the running gear, the support device, the slewing gear (d), the luffing gear (w) and the hoisting gear (h) with electrical energy, wherein in normal operation of the mobile harbor crane the drives are supplied with the required electrical energy from a primary energy source (13; 14), the electrical energy being transmitted via an on-board crane power grid provided in the on-board power supply system, characterized in that the on-board power supply system has a long-term energy store for an auxiliary operation and/or an emergency operation I and/or an emergency operation II of the mobile harbor crane in order to supply at least some of the drives (6; 8; d; w; h) via the on-board crane power grid through the long-term energy store instead of through the primary energy source (13; 14), wherein the on-board energy supply system comprises a control system which, in auxiliary operation, permits the drives of the running gear, the support device, the slewing gear (d), the luffing gear (w) and the hoisting gear (h) to be supplied solely with electrical energy by the long-term energy store and/or, in emergency operation I, mandatorily assigns to the long-term energy store the sole supply of electrical energy to the drives of the running gear, the support device, the slewing gear (d), the luffing gear (w) and the hoisting gear (h) and/or, in emergency operation II, mandatorily assigns to the long-term energy store the supply of electrical energy to the drive of the running gear and/or the drive of the lifting gear (h) and preferably limits it to this, wherein the control system in emergency operation II also permits discharging of the long-term energy store below the predetermined lower charging threshold.
A wafer holder and temperature conditioning arrangement to be mounted to a vacuum wafer treatment chamber, comprising • a base arrangement with an extended, essentially plane surface bordered by a protruding circular rim surface about a center of said essentially plane surface; • a metal circular wafer carrier plate mounted centered with respect to said center of said essentially plane surface, one surface of said metal circular wafer carrier plate, said extended, essentially plane surface and said protruding circular rim surface commonly defining a heater compartment and said extended essentially plane surface and said protruding peripheral circular rim surface being heat reflector surfaces, said metal circular wafer carrier plate being drivingly rotatable about a geometric axis through said center of said extended, essentially plane surface with respect to said base arrangement; • a multitude of heater lamp tubes arranged in said heater compartment along said extended, essentially plane surface and along said one surface of said metal circular wafer carrier plate and directly exposed to said one surface of said metal circular wafer carrier plate and mounted to said base arrangement; • a wafer retaining arrangement operationally coupled to said metal circular wafer carrier plate, wherein said metal circular carrier plate itself forms one wall of the heater compartment. • a base arrangement with an extended, essentially plane surface bordered by a protruding circular rim surface about a center of said essentially plane surface; • a metal circular wafer carrier plate mounted centered with respect to said center of said essentially plane surface, one surface of said metal circular wafer carrier plate, said extended, essentially plane surface and said protruding circular rim surface commonly defining a heater compartment and said extended essentially plane surface and said protruding peripheral circular rim surface being heat reflector surfaces, said metal circular wafer carrier plate being drivingly rotatable about a geometric axis through said center of said extended, essentially plane surface with respect to said base arrangement; • a multitude of heater lamp tubes arranged in said heater compartment along said extended, essentially plane surface and along said one surface of said metal circular wafer carrier plate and directly exposed to said one surface of said metal circular wafer carrier plate and mounted to said base arrangement; • a wafer retaining arrangement operationally coupled to said metal circular wafer carrier plate,
A method for the extension of a device description file of a field device, comprising: loading the device description file on a field device, putting the field device with the device description file into operation in a fieldbus system, characterized in that the method further comprises: loading an extension file on the field device during operation of the field device, the extension file containing only concrete objects, the concrete objects each having at least one specified parameter name, one specified data type, and one specified access type.
Hydroxycarbamide for use in preventing the increase in capillary non-perfusion area in a patient with central retinal vein occlusion (CRVO), characterized in that it is administered systemically.
An information processing apparatus comprising: a sound pickup sensor that has a sound pickup function; a communicating part that wirelessly transmits audio data picked up by the sound pickup sensor to an outside; a control part that controls the sound pickup sensor and the communicating part; a power source part that supplies a power source to at least one of the sound pickup sensor, the communicating part, or the control part; a housing part that accommodates therein at least one of the sound pickup sensor, the communicating part, the control part, or the power source part; and an adhering part that fixes the housing part to a skin of the body of a user of the information processing apparatus; characterized by further comprising: a biological sensor that detects biological information of the user, wherein the control part controls processing of the audio data picked up by the sound pickup sensor on a basis of the biological information detected by the biological sensor. a sound pickup sensor that has a sound pickup function; a communicating part that wirelessly transmits audio data picked up by the sound pickup sensor to an outside; a control part that controls the sound pickup sensor and the communicating part; a power source part that supplies a power source to at least one of the sound pickup sensor, the communicating part, or the control part; a housing part that accommodates therein at least one of the sound pickup sensor, the communicating part, the control part, or the power source part; and an adhering part that fixes the housing part to a skin of the body of a user of the information processing apparatus; characterized by further comprising: a biological sensor that detects biological information of the user, wherein the control part controls processing of the audio data picked up by the sound pickup sensor on a basis of the biological information detected by the biological sensor. a biological sensor that detects biological information of the user, wherein the control part controls processing of the audio data picked up by the sound pickup sensor on a basis of the biological information detected by the biological sensor.
Method for determining an eye correction that is suitable at night, taking into account twilight and night-time effects of refraction on a test person, comprising the following steps: - presenting the test person with optotypes on a central display; - illuminating a portion of a frame surrounding the display by at least three point-shaped light sources (26, 28, 30) arranged linearly on the frame, the light sources having light of different colors from each other to achieve different refractions; and - determining an eye correction that is suitable at night depending on the communication of the subjective impression of the test person regarding the size of the circles of confusion of the different light sources perceived by the test person, by the refraction being adjusted for the different colors. - presenting the test person with optotypes on a central display; - illuminating a portion of a frame surrounding the display by at least three point-shaped light sources (26, 28, 30) arranged linearly on the frame, the light sources having light of different colors from each other to achieve different refractions; and - determining an eye correction that is suitable at night depending on the communication of the subjective impression of the test person regarding the size of the circles of confusion of the different light sources perceived by the test person, by the refraction being adjusted for the different colors.