mhurhangee/ep-ind-claims huggingface dataset:
A packaging suitable for at least one object preferably having a mass comprised between 2 and 25 kg, the packaging comprising: - a body having at least two parts (15A, 15B), which is able to be moved between a closed configuration, in which the body defines a housing suitable for receiving the object, and an open configuration, in which the two parts (15A, 15B) are separated from one another relative to the closed configuration to allow the object to be removed from said housing, the body defining, in the closed configuration, a lower face intended to rest on a surface in a bearing direction; and - a member for fixing the two parts (15A, 15B) together in the closed configuration; - the body also comprises a base intended to serve as a support for the object in the open configuration of the body, the base defining at least one portion of the lower face in the closed configuration of the body; and - at least one of said parts (15A, 15B) of the body is situated away from the base in the open configuration to arrange direct access to the object in at least one access direction substantially perpendicular to the bearing direction, the direct access being intended to allow said removal of the object, characterized in that said parts (15A, 15B) of the body define, in the closed configuration, an opening of the housing toward the outside of the body, the base extending through the opening, and the opening being defined by an edge (36A-36B) including at least one shoulder (50A-50B) able to cooperate with at least one complementary shoulder of the base to prevent unboxing of the base in the bearing direction. - a body having at least two parts (15A, 15B), which is able to be moved between a closed configuration, in which the body defines a housing suitable for receiving the object, and an open configuration, in which the two parts (15A, 15B) are separated from one another relative to the closed configuration to allow the object to be removed from said housing, the body defining, in the closed configuration, a lower face intended to rest on a surface in a bearing direction; and - a member for fixing the two parts (15A, 15B) together in the closed configuration; - the body also comprises a base intended to serve as a support for the object in the open configuration of the body, the base defining at least one portion of the lower face in the closed configuration of the body; and - at least one of said parts (15A, 15B) of the body is situated away from the base in the open configuration to arrange direct access to the object in at least one access direction substantially perpendicular to the bearing direction, the direct access being intended to allow said removal of the object, characterized in that said parts (15A, 15B) of the body define, in the closed configuration, an opening of the housing toward the outside of the body, the base extending through the opening, and the opening being defined by an edge (36A-36B) including at least one shoulder (50A-50B) able to cooperate with at least one complementary shoulder of the base to prevent unboxing of the base in the bearing direction.
A copolymer composition comprising a phosphorus acid group containing telomeric copolymer of acrylic acid and methacrylic acid and/or salts thereof having a weight average molecular weight (Mw) of up to 20,000 as determined by aqueous gel permeation chromatography against poly(acrylic acid) (pAA) standards, and having an average of (i) from 19 to 74 wt.% of the copolymerization residue of methacrylic acid, anhydride, or its salts, (ii) from 1 to 20 wt.% of phosphorus acid groups chosen from hypophosphite, phosphite, alkyl phosphinate, alkyl phosphonate, dialkyl phosphinate, and mixtures thereof, (iii) from 0 to 20 wt.% of the copolymerization residue of a third vinyl monomer, and (iv) from 25 to 80 wt.% of the copolymerization residue of acrylic acid, anhydride, or its salts, the wt.% of all monomers and phosphorus acid group forming reactants being based on the total weight of reactants used to make the telomeric copolymer, wherein the telomeric copolymer comprises at least one copolymerization residue of propene (-CH2-CH -).
An electronic apparatus, comprising: a memory; and a processor configured to: execute a process using data loaded into the memory, characterized in that, identify a current usage rate of the processor, execute a first memory recovery operation having a memory recovery rate faster than that of a second memory recovery operation when the identified current usage rate is greater than a usage rate threshold, and execute the second memory recovery operation when the identified current usage rate is not greater than the usage rate threshold. a memory; and a processor configured to: execute a process using data loaded into the memory, characterized in that, identify a current usage rate of the processor, execute a first memory recovery operation having a memory recovery rate faster than that of a second memory recovery operation when the identified current usage rate is greater than a usage rate threshold, and execute the second memory recovery operation when the identified current usage rate is not greater than the usage rate threshold. execute a process using data loaded into the memory, characterized in that, identify a current usage rate of the processor, execute a first memory recovery operation having a memory recovery rate faster than that of a second memory recovery operation when the identified current usage rate is greater than a usage rate threshold, and execute the second memory recovery operation when the identified current usage rate is not greater than the usage rate threshold.
A secure computation device, wherein x, y, and z are real numbers, a, b, c, δ, and ζ are real number coefficients which are set according to an approximation function func of a desired elementary function, and a secret share value of · is [·], the secure computation device comprising: a first secure computation unit configured to obtain a secret share value [y] = [δx 2 + ax] through secure computation using a secret share value [x] of the real number x; and a second secure computation unit configured to obtain and output a secret share value [func(x)] = [y(ζy + b) + cx] of an elementary function approximation value z = func(x) of the real number x through secure computation using the secret share value [x] and the secret share value [y]. a first secure computation unit configured to obtain a secret share value [y] = [δx 2 + ax] through secure computation using a secret share value [x] of the real number x; and a second secure computation unit configured to obtain and output a secret share value [func(x)] = [y(ζy + b) + cx] of an elementary function approximation value z = func(x) of the real number x through secure computation using the secret share value [x] and the secret share value [y].
A multi-spot/multi-fiber laser probe, comprising: a first adapter, the first adapter operable to connect with an opposing second adapter on a laser source; a third adapter, wherein the first adapter is operable to connect with the third adapter; a GRIN lens (125,301) within the first adapter, the GRIN lens configured to receive a laser beam from the laser source at a proximal end of the GRIN lens and to relay the received laser beam towards a distal end of the GRIN lens; an array of optical fibers (150,320) having a proximal end configured to receive the relayed laser beam, wherein the array of optical fibers is within the third adapter, characterized in that the GRIN lens is further configured and adapted to receive the laser beam at a first focused beam spot from the laser source and to relay the received laser beam through a second focused beam spot into a collimated wave front, wherein the array of optical fibers is positioned adjacent the distal end of the GRIN lens such that each optical fiber in the array receives a portion of the collimated wave front. a first adapter, the first adapter operable to connect with an opposing second adapter on a laser source; a third adapter, wherein the first adapter is operable to connect with the third adapter; a GRIN lens (125,301) within the first adapter, the GRIN lens configured to receive a laser beam from the laser source at a proximal end of the GRIN lens and to relay the received laser beam towards a distal end of the GRIN lens; an array of optical fibers (150,320) having a proximal end configured to receive the relayed laser beam, wherein the array of optical fibers is within the third adapter, characterized in that the GRIN lens is further configured and adapted to receive the laser beam at a first focused beam spot from the laser source and to relay the received laser beam through a second focused beam spot into a collimated wave front, wherein the array of optical fibers is positioned adjacent the distal end of the GRIN lens such that each optical fiber in the array receives a portion of the collimated wave front.
A dental irradiation device (100, 400, 500, 600) comprising a first light emitting unit (102, 402, 502, 602) for emitting blue light adapted for light hardening of a dental material, a second light emitting unit (104, 404, 504, 604) and an image sensing unit (106, 406, 506, 606), the second light emitting unit and the image sensing unit being adapted for cooperation with each other for simultaneous illumination and image capturing, wherein the dental irradiation device is adapted to display an image captured by the image sensing unit superimposed with a crosshair having a position and an area size indicator, wherein the area size indicator is adapted to indicate an area in which the emitted light is suitable to harden a dental material, wherein the crosshair is computer generated and superimposed at the appropriate position with the image taken by the image sensing unit, and wherein the dental irradiation device is further adapted to display an image captured by the image sensing unit superimposed with a level indicator for indicating a magnitude of an area illuminated by the first light emitting unit.
Ink composition comprising at least one organic functional material having a molecular weight of at most 5,000 g/mol, wherein the organic functional material is selected from the group consisiting of fluorescent emitters, phosphorescent emitters, host materials, matrix materials, exciton-blocking materials, electron-transport materials, electron-injection materials, hole-conductor materials, hole-injection materials, negative type organic dopants, positive type organic dopants, wide-band-gap materials, electron-blocking materials, hole-blocking materials and a combination of any of these, and at least a first organic solvent having a boiling point in the range from 200°C to 320°C, wherein the first organic solvent is selected from the group consisting of terpenes, terpenoids, and a combination thereof, wherein the terpenes comprise a unit of formula and a unit of formula, and do not contain a unit of formula, a unit of formula, and a unit of formula, wherein the terpenoids comprise at least one unit selected from the group consisiting of a unit of formula, a unit of formula, and a unit of formula. wherein, R 1, R 2 and R 3 are, identically or differently at each occurrence, H or CH 3, and at least any one of R 1, R 2 and R 3 is CH 3; n is an integer from 1 to 2; m is an integer from 1 to 3; and the dashed lines are, each independently, a bond connected to the molecule.
A method of determining the location relative to the body of a user of a device carried by the user, comprising: determining a mathematical representation of a transformation between a device reference frame and an earth reference frame at the device; receiving movement data from a sensor arrangement of the device capable of measuring movement of the device while the user is walking; transforming the movement data, using said mathematical representation, into earth reference frame components; identifying a principal component of variation of at least one component of the transformed data; resolving the transformed data into the principal component; determining, by performing statistical analysis on the resolved data, one or more statistical characteristics of the resolved data; and identifying a location of the device relative to the user by comparing the determined one or more statistical characteristics to one or more predetermined statistical characteristics. determining a mathematical representation of a transformation between a device reference frame and an earth reference frame at the device; receiving movement data from a sensor arrangement of the device capable of measuring movement of the device while the user is walking; transforming the movement data, using said mathematical representation, into earth reference frame components; identifying a principal component of variation of at least one component of the transformed data; resolving the transformed data into the principal component; determining, by performing statistical analysis on the resolved data, one or more statistical characteristics of the resolved data; and identifying a location of the device relative to the user by comparing the determined one or more statistical characteristics to one or more predetermined statistical characteristics.
A process for the treatment of a semimanufactured leather, imitation leather or fabric product, said process comprising the steps of: - providing the semimanufactured product to be treated; - preparing a treatment solution comprising a binder solution and particles comprising silver ions in the form of insoluble or slightly soluble salts; - applying said treatment solution to at least one surface of said semimanufactured product to be treated, wherein said binder solution comprises natural proteins in aqueous solution. - providing the semimanufactured product to be treated; - preparing a treatment solution comprising a binder solution and particles comprising silver ions in the form of insoluble or slightly soluble salts; - applying said treatment solution to at least one surface of said semimanufactured product to be treated,
Optical system (2; 32; 52) for shaping a laser beam consisting of a first optical element designed as a base body (7; 33; 53) with a base surface (10; 36; 56), a top surface (11; 37; 57) and a lateral surface (12; 38; 58) adjoining the base and top surfaces (10, 11; 36, 37; 56, 57), wherein the lateral surface (12; 38; 58) is designed as a transmitting surface for the laser beam and the base body (7; 33; 53) includes a first cutout (8; 34; 54) with a base surface (14; 39; 59) arranged in the top surface (11; 37; 57) of the base body (7; 33; 53) and a lateral surface (15; 40; 61) designed as a first reflecting surface for the laser beam and generating an annular segment-shaped laser beam (22; 46; 69), wherein the base body (7; 33; 53) includes a second cutout (9; 35; 55) with a base surface (17; 41; 62) arranged in the base surface (10; 36, 56) of the base body (7; 33; 53), a top surface (18; 42; 63) designed as a transmitting surface for the laser beam and a lateral surface (19; 43; 64) adjoining the base and top surfaces (17, 18; 41, 42; 62, 63) designed as a second reflecting surface for the annular segment-shaped laser beam (22; 46; 69), and wherein the angle between the first reflecting surface and the base surface of the first cutout and the angle between the second reflecting surface and the base surface of the second cutout are adapted to one another in such a manner that the incident laser beam is deflected through 90° after leaving the optical system, characterised in that at least one further optical element (44; 65; 74a, 74b) is integrated into the lateral surface (12; 38; 58) of the base body (7; 33, 53), the lateral surface (15; 40; 61) of the first cutout (8; 34; 54) or the lateral surface (19; 43; 64) of the second cutout (9; 35; 55) or that at least one further optical element directly adjoins the lateral surface (12; 38; 58) of the base body (7; 33; 53), the lateral surface (15; 40; 61) of the first cutout (8; 34; 54) or the lateral surface (19; 43; 64) of the second cutout (9; 35; 55) and that the second optical element serves to shape the beam.
A method for securely classifying data by a computing platform, characterised in that it comprises: - a step of sending data to be classified, from at least one client to said computing platform, the data being sent in an encrypted form by means of a stream encryption using a first symmetric key, associated with the client; - a step of sending parameters of a classification model, from at least one provider to said computing platform, the parameters being sent in an encrypted form by means of a stream encryption using a second symmetric key, associated with the provider; - a first transcryption step in which the data encrypted by the first symmetric key are re-encrypted by the public key of a homomorphic cryptosystem, the data thus re-encrypted being decrypted in the homomorphic domain from the first symmetric key encrypted by the public key of the homomorphic cryptosystem, to obtain said data, encrypted by said public key; - a second transcryption step in which the parameters encrypted by the second symmetric key are re-encrypted by said public key and then decrypted in the homomorphic domain from the second symmetric key encrypted by the public key of the homomorphic cryptosystem, to obtain said parameters, encrypted by said public key; - a step of classifying the data by means of a classification function, said classification function operating on the data and parameters encrypted by the public key, said classification function being assessed in the homomorphic domain to provide a classification result encrypted by said public key. - a step of sending data to be classified, from at least one client to said computing platform, the data being sent in an encrypted form by means of a stream encryption using a first symmetric key, associated with the client; - a step of sending parameters of a classification model, from at least one provider to said computing platform, the parameters being sent in an encrypted form by means of a stream encryption using a second symmetric key, associated with the provider; - a first transcryption step in which the data encrypted by the first symmetric key are re-encrypted by the public key of a homomorphic cryptosystem, the data thus re-encrypted being decrypted in the homomorphic domain from the first symmetric key encrypted by the public key of the homomorphic cryptosystem, to obtain said data, encrypted by said public key; - a second transcryption step in which the parameters encrypted by the second symmetric key are re-encrypted by said public key and then decrypted in the homomorphic domain from the second symmetric key encrypted by the public key of the homomorphic cryptosystem, to obtain said parameters, encrypted by said public key; - a step of classifying the data by means of a classification function, said classification function operating on the data and parameters encrypted by the public key, said classification function being assessed in the homomorphic domain to provide a classification result encrypted by said public key.
A system for characterizing esophageal events, the system comprising: a wearable acquisition device comprising a microprocessor; and an array of at least two ultrasonic transducers in electrical connection to the wearable acquisition device, wherein the at least two ultrasonic transducers comprise a first transducer and a second transducer, and wherein the first transducer is configured to be placed proximal to a first transverse plane of an esophagus, and the second transducer is configured to be placed proximal to a second transverse plane of the esophagus, the microprocessor configured to emit a plurality of sound waves at each of the at least two ultrasonic transducers and detect a plurality of echoes resulting from the plurality of sound waves at each of the at least two ultrasonic transducers; characterized in that the microprocessor is configured to: record a time of flight between each of the plurality of sound waves and the plurality of echoes at each of the at least two ultrasonic transducers; generate an acoustic time frame for each of the at least two ultrasound transducers representative of the plurality of echoes and time of flight; identify at least one point of interest in the acoustic time frame; analyze a plurality of points of interest on a plurality of acoustic time frames; and analyze multiple acoustic frames to determine acoustic frames representative of a collapsed esophagus and an expanded esophagus. record a time of flight between each of the plurality of sound waves and the plurality of echoes at each of the at least two ultrasonic transducers; generate an acoustic time frame for each of the at least two ultrasound transducers representative of the plurality of echoes and time of flight; identify at least one point of interest in the acoustic time frame; analyze a plurality of points of interest on a plurality of acoustic time frames; and analyze multiple acoustic frames to determine acoustic frames representative of a collapsed esophagus and an expanded esophagus.
A method of embedding watermarks (302, 304, 306) into a host content, comprising: obtaining a payload of a first watermark message (302; 304) for embedding into the host content; obtaining a payload of a second watermark message (302; 304) that is different from the first watermark message for embedding into the host content; and embedding the first and the second watermark messages (302, 304) into the host content in a coordinated fashion such that the embedded first watermark message has a pre-defined relationship with the embedded second watermark message in a particular domain, wherein the particular domain is one of a frequency, time or spatial domain, wherein embedded symbols of the first watermark message (302; 304) are substantially non-overlapping with embedded symbols of the second watermark message (302; 304) in the particular domain, wherein at least some of the symbols of the first watermark message (302; 304) are embedded in non-consecutive embedding opportunities in the host content and at least some of the symbols of the second watermark message (302; 304) are embedded in the host content in gaps between the symbols of the first watermark message, and wherein the pre-defined relationship comprises a ratio of the embedding opportunities allocated to the symbols of the first watermark message to the embedding opportunities allocated to symbols of the second watermark message, the ratio selected to achieve a particular watermark extraction reliability of the first watermark messages. obtaining a payload of a first watermark message (302; 304) for embedding into the host content; obtaining a payload of a second watermark message (302; 304) that is different from the first watermark message for embedding into the host content; and embedding the first and the second watermark messages (302, 304) into the host content in a coordinated fashion such that the embedded first watermark message has a pre-defined relationship with the embedded second watermark message in a particular domain, wherein the particular domain is one of a frequency, time or spatial domain, wherein embedded symbols of the first watermark message (302; 304) are substantially non-overlapping with embedded symbols of the second watermark message (302; 304) in the particular domain, wherein at least some of the symbols of the first watermark message (302; 304) are embedded in non-consecutive embedding opportunities in the host content and at least some of the symbols of the second watermark message (302; 304) are embedded in the host content in gaps between the symbols of the first watermark message, and wherein the pre-defined relationship comprises a ratio of the embedding opportunities allocated to the symbols of the first watermark message to the embedding opportunities allocated to symbols of the second watermark message, the ratio selected to achieve a particular watermark extraction reliability of the first watermark messages.