mhurhangee/ep-ind-claims huggingface dataset:
A binocular vision assessment and therapy apparatus comprising: a source of left eye image and right eye image pairs adapted to be viewed dichoptically and perceived with binocular vision, said pairs having a variable difference in information content between said left eye image and said right eye image; a dichoptic display system adapted to present a selected one of said images pairs as a right eye image to a patient's right eye and a left eye image to a patient's left eye, wherein said variable difference is adjustable to achieve binocular vision in a patient having a deficiency of binocular vision; and a processor configured to process user input data recorded by a user interface, said interface being provided by a computer programmed to provide said user interface, and related to at least one preceding task of a series of tasks performed by a user to determine a level of binocular vision of said user, said processor adjusting said information content presented to each eye and therewith said variable difference in information content before each subsequent task as a function of user input related to performance at the preceding task; wherein said processor is configured to adjust the information content presented to each eye in a manner that the amount of information presented to the weak eye is inversely proportional to the level of binocular vision having been determined and that the strong eye receives less information than said weak eye. a source of left eye image and right eye image pairs adapted to be viewed dichoptically and perceived with binocular vision, said pairs having a variable difference in information content between said left eye image and said right eye image; a dichoptic display system adapted to present a selected one of said images pairs as a right eye image to a patient's right eye and a left eye image to a patient's left eye, wherein said variable difference is adjustable to achieve binocular vision in a patient having a deficiency of binocular vision; and a processor configured to process user input data recorded by a user interface, said interface being provided by a computer programmed to provide said user interface, and related to at least one preceding task of a series of tasks performed by a user to determine a level of binocular vision of said user, said processor adjusting said information content presented to each eye and therewith said variable difference in information content before each subsequent task as a function of user input related to performance at the preceding task; wherein said processor is configured to adjust the information content presented to each eye in a manner that the amount of information presented to the weak eye is inversely proportional to the level of binocular vision having been determined and that the strong eye receives less information than said weak eye.
A filter assembly (1,10,100) comprising - a filter body which defines an internal cavity, - a supply duct, in fluid communication with the cavity of the filter body, intended to feed the filter body with a fluid - a discharge duct, in fluid communication with said cavity of the filter body, intended to allow the outflow of the fluid from the body wherein in the filter body a cyclone separator and a permanent magnet are housed placed along a circuit for the passing through of the filter body from the supply duct to the discharge one by the fluid, characterized in that said filter assembly (1,10,100) comprises a connection flange for the fluid connection with ducts of a heating plant or similar, said flange comprising a first and a second inlet fitting and an outlet fitting, said first and second inlet fittings (81,82) being in fluid communication with the supply duct, said outlet fitting being in fluid communication with the discharge duct, said first and second inlet fitting (81,82) being oriented differently relative to the body. - a filter body which defines an internal cavity, - a supply duct, in fluid communication with the cavity of the filter body, intended to feed the filter body with a fluid - a discharge duct, in fluid communication with said cavity of the filter body, intended to allow the outflow of the fluid from the body
A method (500, 600) of a wireless communication by a first device, the method comprising: generating (502, 602) a set of Near Field Communication, NFC, Forum Data Exchange Format, NDEF, records (403a, 403b), each NDEF record of the set of NDEF records including an NDEF record header and an NDEF record payload; applying (504, 606) an authentication-encryption function to each NDEF record (403a, 403b) of the set of NDEF records based on the NDEF record header of each NDEF record, the NDEF record payload of each NDEF record, and a value associated with each NDEF record to obtain a set of authentication-encrypted NDEF record payloads respectively corresponding to the set of NDEF records, wherein each authentication-encrypted NDEF record payload includes an encrypted NDEF record payload and an authentication tag associated with a corresponding NDEF record; and transmitting (506, 612) a protected NDEF message including the set of authentication-encrypted NDEF records (415a, 415b) to a second device, wherein each authentication-encrypted NDEF record includes the NDEF record header of the corresponding NDEF record and the authentication-encrypted NDEF record payload. generating (502, 602) a set of Near Field Communication, NFC, Forum Data Exchange Format, NDEF, records (403a, 403b), each NDEF record of the set of NDEF records including an NDEF record header and an NDEF record payload; applying (504, 606) an authentication-encryption function to each NDEF record (403a, 403b) of the set of NDEF records based on the NDEF record header of each NDEF record, the NDEF record payload of each NDEF record, and a value associated with each NDEF record to obtain a set of authentication-encrypted NDEF record payloads respectively corresponding to the set of NDEF records, wherein each authentication-encrypted NDEF record payload includes an encrypted NDEF record payload and an authentication tag associated with a corresponding NDEF record; and transmitting (506, 612) a protected NDEF message including the set of authentication-encrypted NDEF records (415a, 415b) to a second device, wherein each authentication-encrypted NDEF record includes the NDEF record header of the corresponding NDEF record and the authentication-encrypted NDEF record payload.
A method for detecting a target analyte using a gold nanoparticle, comprising: Step 1 of preparing a substrate on which a target analyte is immobilized directly or through a material capable of capturing the target analyte; Step 2 of forming a complex with the target analyte by contacting a gold nanoparticle-labelled material that specifically binds to the target analyte with the substrate of Step 1; and Step 3 of growing a copper crystal specifically on the gold nanoparticle by treating the substrate, on which the complex of Step 2 is formed, with a solution comprising a copper ion, a polymer having a primary or secondary amine group, and a reducing agent. Step 1 of preparing a substrate on which a target analyte is immobilized directly or through a material capable of capturing the target analyte; Step 2 of forming a complex with the target analyte by contacting a gold nanoparticle-labelled material that specifically binds to the target analyte with the substrate of Step 1; and Step 3 of growing a copper crystal specifically on the gold nanoparticle by treating the substrate, on which the complex of Step 2 is formed, with a solution comprising a copper ion, a polymer having a primary or secondary amine group, and a reducing agent.
Item of furniture, comprising lateral elements (27, 27') which form a structure, a top element and/or bottom element and/or a seat surface, wherein the item of furniture comprises at least one securing means for securing the item of furniture to a bottom element or a wall element and the securing means has magnetic properties, characterized in that the at least one securing means comprises at least one arrangement composed of at least one permanent magnet and at least one magnetizable material and also at least one electromagnet, wherein preferably a relative movement of the permanent magnet can be performed by the electromagnet.
A sound system for producing sound, the sound system comprising - a processing unit for processing an input sound signal to produce a loudspeaker signal, - a loudspeaker for generating sound in dependency on the loudspeaker signal, the loudspeaker comprising a voice coil for driving the loudspeaker, the temperature of the voice coil depending on the loudspeaker signal, and - a monitor for monitoring an electric response of the voice coil to the loudspeaker signal, the processing unit being configured for adapting the loudspeaker signal to control the temperature of the voice coil In dependency on the monitored response, wherein adapting the loudspeaker signal to control the temperature of the voice coil comprises attenuating at least one signal component in the loudspeaker signal; wherein the processing unit comprises: - a signal generator for generating an evaluation signal, wherein the evaluation signal comprises a signal having a particular evaluation frequency; characterized in that: - the processing unit comprises a frequency filter for removing from the input sound signal a signal component of the evaluation frequency before combining the filtered input sound signal with the evaluation signal. - a processing unit for processing an input sound signal to produce a loudspeaker signal, - a loudspeaker for generating sound in dependency on the loudspeaker signal, the loudspeaker comprising a voice coil for driving the loudspeaker, the temperature of the voice coil depending on the loudspeaker signal, and - a monitor for monitoring an electric response of the voice coil to the loudspeaker signal, the processing unit being configured for adapting the loudspeaker signal to control the temperature of the voice coil In dependency on the monitored response, wherein adapting the loudspeaker signal to control the temperature of the voice coil comprises attenuating at least one signal component in the loudspeaker signal; - a signal generator for generating an evaluation signal, wherein the evaluation signal comprises a signal having a particular evaluation frequency; - the processing unit comprises a frequency filter for removing from the input sound signal a signal component of the evaluation frequency before combining the filtered input sound signal with the evaluation signal.
A steering column assembly for motor vehicles, comprising: - a steering wheel, - a steering shaft housing unit including a steering shaft that is joined to the steering wheel, wherein the steering shaft housing unit is pivotally connected to a supporting bracket about a first shaft, said supporting bracket being pivotally connected to a vehicle body about a second shaft, - first and/or second adjusting means adapted to adjust the angular position of the steering shaft housing unit relative to the supporting bracket and the angular position of the supporting bracket relative to the vehicle body, the steering column assembly further comprising first locking means adapted to lock the steering shaft housing unit in a locked position until a kinetic energy transmitted to the steering wheel, in particular during a collision event, is less than a threshold value (Et), the first locking means incorporating collapsible means adapted to collapse when the kinetic energy transmitted to the steering wheel is above said threshold value (Et), thus leading to the displacement of the steering shaft housing unit from the locked position to a final position, in which at least a part of the kinetic energy transmitted to the steering wheel has been absorbed by the collapsible means, characterized in that the first locking means comprise a locking arm extending between an upper end pivotally connected to the steering shaft housing unit and a lower end pivotally connected to a collapsible element that is fixedly connected to the supporting bracket, the collapsible element being configured to collapse under the action of a compression force applied by the locking arm. - a steering wheel, - a steering shaft housing unit including a steering shaft that is joined to the steering wheel, wherein the steering shaft housing unit is pivotally connected to a supporting bracket about a first shaft, said supporting bracket being pivotally connected to a vehicle body about a second shaft, - first and/or second adjusting means adapted to adjust the angular position of the steering shaft housing unit relative to the supporting bracket and the angular position of the supporting bracket relative to the vehicle body,
An electronic card comprising: - a card body comprising an upper surface and a lower surface; - a fingerprint sensor flush with the upper surface of said card body, the fingerprint sensor bring configured to acquire an image of a fingerprint of a user when a finger of the user rests on an active part of the fingerprint sensor; the electronic card being characterized in that it comprises: - a tactile mark placed on the upper surface of the card body near the fingerprint sensor, said tactile mark having an excess thickness from the upper surface of the card to guide, when said mark is touched, a correct positioning of a finger on the active part of said fingerprint sensor, the thickness of the tactile mark being such that the card has a thickness compatible with standard ISO 7810 ID1, the thickness of the tactile mark being between 30 and 60 μm, typically 50 μm. - a card body comprising an upper surface and a lower surface; - a fingerprint sensor flush with the upper surface of said card body, the fingerprint sensor bring configured to acquire an image of a fingerprint of a user when a finger of the user rests on an active part of the fingerprint sensor; - a tactile mark placed on the upper surface of the card body near the fingerprint sensor, said tactile mark having an excess thickness from the upper surface of the card to guide, when said mark is touched, a correct positioning of a finger on the active part of said fingerprint sensor, the thickness of the tactile mark being such that the card has a thickness compatible with standard ISO 7810 ID1, the thickness of the tactile mark being between 30 and 60 μm, typically 50 μm.
An interferometric arrangement for measuring relative movement, comprising: - a light source (110, 210) for emitting a light beam, - a moving element (120, 220) having a reflective surface (121, 221) adapted to reflect a first wavefront portion of the light beam, - a reference element (130, 230) having a reflective surface (131, 231) adapted to reflect a second wavefront portion of the light beam, - detecting means (140, 240) for detecting changes in a spatial interference pattern produced by the light reflected from the moving element and the reference element, the detecting means comprising at least two light detectors, - processing means (150, 160, 250, 260) for calculating the relative movement between the moving element and the reference element from the phase change in the detected spatial interference pattern, and - light directing means (280, 281, 282) for directing the light from the light source to the moving element and the reference element; characterised in that the light directing means comprise an angular mirror consisting of a first plane mirror adapted to direct the first wavefront portion of the light beam to the moving element and a second plane mirror adapted to direct the second wavefront portion of the light beam to the reference element, and the moving element and the reference element are arranged so that their reflective surfaces are essentially parallel and on the same level when the moving element is at the rest position. - a light source (110, 210) for emitting a light beam, - a moving element (120, 220) having a reflective surface (121, 221) adapted to reflect a first wavefront portion of the light beam, - a reference element (130, 230) having a reflective surface (131, 231) adapted to reflect a second wavefront portion of the light beam, - detecting means (140, 240) for detecting changes in a spatial interference pattern produced by the light reflected from the moving element and the reference element, the detecting means comprising at least two light detectors, - processing means (150, 160, 250, 260) for calculating the relative movement between the moving element and the reference element from the phase change in the detected spatial interference pattern, and - light directing means (280, 281, 282) for directing the light from the light source to the moving element and the reference element;
A ready to use seed treatment composition comprising: from 0.025% to 0.1% ascorbic acid by weight of the seed treatment composition; from 0.015% to 0.06 % choline chloride by weight of the seed treatment composition; from 0.001% to 0.004% indole-3-butyric acid by weight of the seed treatment composition; and water. from 0.025% to 0.1% ascorbic acid by weight of the seed treatment composition; from 0.015% to 0.06 % choline chloride by weight of the seed treatment composition; from 0.001% to 0.004% indole-3-butyric acid by weight of the seed treatment composition; and water.
A coffee machine, comprising: at least one boiling chamber comprising a heater at the bottom of the boiling chamber; at least one boiling pot for insertion into the at least one boiling chamber in a starting position, the boiling pot having a liquid containing portion comprising a bottom surface; and a lifter that selectively moves the boiling pot within the boiling chamber between a boiling position at which the bottom surface of the boiling pot contacts the heater and a starting position at which the bottom surface of the boiling pot does not contact the heater, wherein the lifter is adapted to move the boiling pot downward into the boiling position and release the boiling pot back to the starting position after the boiling process. at least one boiling chamber comprising a heater at the bottom of the boiling chamber; at least one boiling pot for insertion into the at least one boiling chamber in a starting position, the boiling pot having a liquid containing portion comprising a bottom surface; and a lifter that selectively moves the boiling pot within the boiling chamber between a boiling position at which the bottom surface of the boiling pot contacts the heater and a starting position at which the bottom surface of the boiling pot does not contact the heater, wherein the lifter is adapted to move the boiling pot downward into the boiling position and release the boiling pot back to the starting position after the boiling process.
Mattress and/or cushion comprising at least one section of flexible polyurethane foam, characterized in that the flexible polyurethane foam has been obtained by reaction of at least one polyol component and at least one isocyanate component in the presence of the compound of the formula and at least one blowing agent.
A printing method in a printing system including a printer configured to perform printing on continuous paper and an autochanger including a plurality of slots each holding a roll paper and a switching mechanism that automatically switches a slot from which a roll paper to be supplied to the printer is drawn, the autochanger being configured to supply a roll paper drawn from any one of the plurality of slots to the printer as the continuous paper, the plurality of slots being capable of holding a plurality of roll papers with different types and different remaining amounts, the printing method comprising: a print job registration step of registering a plurality of print jobs to be executed by the printer in a job list; a scheduling step (S112, S122, S152, S154, S162, and S164) of creating a print schedule including a job execution schedule defining an execution order of the plurality of print jobs and a roll paper loading schedule defining a schedule for using a roll paper loaded in each of the plurality of slots and a schedule for loading a roll paper into each of the plurality of slots on a basis of a type and a remaining amount of roll paper loaded in each of the plurality of slots, a type of roll paper necessary for execution of each of the plurality of print jobs, and a print distance of each of the plurality of print jobs; and a possible loading time calculation step (S170 and S180) of obtaining, on a basis of the print schedule, a possible loading time that is a time at which a roll paper is loadable into a loading target slot being a slot into which a roll paper is to be loaded during execution of continuous printing based on the plurality of print jobs among the plurality of slots. a print job registration step of registering a plurality of print jobs to be executed by the printer in a job list; a scheduling step (S112, S122, S152, S154, S162, and S164) of creating a print schedule including a job execution schedule defining an execution order of the plurality of print jobs and a roll paper loading schedule defining a schedule for using a roll paper loaded in each of the plurality of slots and a schedule for loading a roll paper into each of the plurality of slots on a basis of a type and a remaining amount of roll paper loaded in each of the plurality of slots, a type of roll paper necessary for execution of each of the plurality of print jobs, and a print distance of each of the plurality of print jobs; and a possible loading time calculation step (S170 and S180) of obtaining, on a basis of the print schedule, a possible loading time that is a time at which a roll paper is loadable into a loading target slot being a slot into which a roll paper is to be loaded during execution of continuous printing based on the plurality of print jobs among the plurality of slots.
A anastomosis device (100, 200) framework of elongate elements which define: a first apposition portion (102, 202); a second apposition portion (104, 204); and a central portion disposed between and interconnecting the first apposition portion and the second apposition portion; characterized in that the central portion includes two or more circumferential stent rings and one or more axial adjustment members being disposed within the central portion so as to interconnect the stent rings; and the central portion is configured to axially expand or contract in response to tensile forces transferred to the central portion from the apposition portions (102, 202) and (104, 204). a first apposition portion (102, 202); a second apposition portion (104, 204); and a central portion disposed between and interconnecting the first apposition portion and the second apposition portion; characterized in that the central portion includes two or more circumferential stent rings and one or more axial adjustment members being disposed within the central portion so as to interconnect the stent rings; and the central portion is configured to axially expand or contract in response to tensile forces transferred to the central portion from the apposition portions (102, 202) and (104, 204).