mhurhangee/ep-ind-claims huggingface dataset:
Method for securing a transaction of a service between a mobile device of a user and an acceptance point, characterized in that it comprises the following steps: - a step of creation, on a security server to which said mobile device has access via a telecommunication network, of at least one token for said service S and said user, each token having a value TV, and, for each token thus created, - a step of inscription of said token TV by means of an encryption function, called acceptance point encryption function, and of an encryption key K PA specific to a particular acceptance point out of a set of acceptance points, called acceptance point key, and resulting in an encrypted token, called encrypted acceptance point token CTV', - a step of transmission, by said security server, of said encrypted acceptance point token CTV' to said mobile device, - a step of storage of said encrypted acceptance point token CTV' by said mobile device, and, during a transaction between said mobile device and an acceptance point, - a step of transmission by said mobile device of a stored encrypted acceptance point token (CTV"), - a step of decryption, by said acceptance point, of said encrypted acceptance point token previously transmitted by said mobile device by means of a decryption function that is the dual of the acceptance point encryption function and of an acceptance point decryption key (K 20) used specifically by said acceptance point, said decryption step resulting in a recovered token, - a step of verification that said recovered token is valid for the transaction. - a step of creation, on a security server to which said mobile device has access via a telecommunication network, of at least one token for said service S and said user, each token having a value TV, - a step of inscription of said token TV by means of an encryption function, called acceptance point encryption function, and of an encryption key K PA specific to a particular acceptance point out of a set of acceptance points, called acceptance point key, and resulting in an encrypted token, called encrypted acceptance point token CTV', - a step of transmission, by said security server, of said encrypted acceptance point token CTV' to said mobile device, - a step of storage of said encrypted acceptance point token CTV' by said mobile device, and, during a transaction between said mobile device and an acceptance point, - a step of transmission by said mobile device of a stored encrypted acceptance point token (CTV"), - a step of decryption, by said acceptance point, of said encrypted acceptance point token previously transmitted by said mobile device by means of a decryption function that is the dual of the acceptance point encryption function and of an acceptance point decryption key (K 20) used specifically by said acceptance point, said decryption step resulting in a recovered token, - a step of verification that said recovered token is valid for the transaction.
Use of (1 R-trans)-N-[[2-(2,3-dihydro-4-benzofuranyl)cyclopropyl]methyl]-propanamide (MA-1) for the preparation of a pharmaceutical composition for the treatment of a circadian rhythm disorder or a sleep disorder, the pharmaceutical composition being formulated for orally administering MA-1 to the subject suffering such disorder in an amount of about 20 mg to about 50 mg per day.
A sole member for an article of footwear comprising: ground-engaging members attached to a forefoot portion of the sole member and ground-engaging members attached to a heel portion of the sole member; a torsion bar having an exposed intermediate portion attached at a forefoot end to a forefoot socket in the forefoot portion of the sole member and at a heel end to a heel socket in the heel portion of the sole member; characterized by a first hollow component having a bore positioned between the forefoot socket and the heel socket; said first hollow component receiving the torsion bar, wherein the torsion bar is free to rotate within the bore; and at least one rib (115, 116) extending from the first hollow component to the sole member. ground-engaging members attached to a forefoot portion of the sole member and ground-engaging members attached to a heel portion of the sole member; a torsion bar having an exposed intermediate portion attached at a forefoot end to a forefoot socket in the forefoot portion of the sole member and at a heel end to a heel socket in the heel portion of the sole member; characterized by a first hollow component having a bore positioned between the forefoot socket and the heel socket; said first hollow component receiving the torsion bar, wherein the torsion bar is free to rotate within the bore; and at least one rib (115, 116) extending from the first hollow component to the sole member.
A drilling assembly, comprising: a hydraulic amplifier assembly configured to increase a pressure of a drilling fluid so as to produce a pressurized drilling fluid; a driver that is driven by the pressure of the drilling fluid; a bearing housing coupled to the driver; and a shaft extending through the bearing housing, wherein the shaft is driven to rotate by the driver, a drill bit coupled to a downhole end of the shaft and configured to be rotated by the driver; characterized in that the hydraulic amplifier assembly is configured to deliver the pressurized drilling fluid to the drill bit,_wherein the hydraulic amplifier assembly is coupled to the driver, such that the driver is configured to drive the hydraulic amplifier assembly. a hydraulic amplifier assembly configured to increase a pressure of a drilling fluid so as to produce a pressurized drilling fluid; a driver that is driven by the pressure of the drilling fluid; a bearing housing coupled to the driver; and a shaft extending through the bearing housing, wherein the shaft is driven to rotate by the driver, a drill bit coupled to a downhole end of the shaft and configured to be rotated by the driver; characterized in that the hydraulic amplifier assembly is configured to deliver the pressurized drilling fluid to the drill bit,_wherein the hydraulic amplifier assembly is coupled to the driver, such that the driver is configured to drive the hydraulic amplifier assembly.
A multilayer heat-shrinkable asymmetrical film consisting of the following layers: - an outer sealing layer; - a tie layer; - an inner barrier layer comprising EVOH sandwiched between two polyamide layers; - a tie layer; and - an outer skin layer comprising at least 50% by weight of a blend of between 90% to 60% by weight of at least one polyamide and between 10% to 40% by weight of at least one polyester, wherein said polyamide has a melting temperature higher than 170°C and wherein said polyamide is selected from the group consisting of polyamides 6/12, copolyamides of polyamide 6 and a partially aromatic polyamide and ternary copolyamides based on polyamide 6, polyamide 11, polyamide 66 or blends thereof, preferably from the group consisting of polyamide 6, polyamide 6 copolymers comprising less than 5% of an aromatic co-monomer (modified polyamide 6), polyamide 66, polyamides 6/66, polyamides 6/12 or blends thereof. - an outer sealing layer; - a tie layer; - an inner barrier layer comprising EVOH sandwiched between two polyamide layers; - a tie layer; and - an outer skin layer comprising at least 50% by weight of a blend of between 90% to 60% by weight of at least one polyamide and between 10% to 40% by weight of at least one polyester,
A microporous composite film having a coating layer with a thickness of 3 to 8 μm and a porosity of 25 to 60% formed on at least one surface of a microporous polyolefin film, wherein the microporous polyolefin film has a thickness of 8 to 30 μm, a puncture strength of 0.15 N/μm or more, a gas permeability of 40 to 250 sec and an average pore diameter of the surface area of the microporous polyolefin film is 25 to 75nm; and wherein the coating layer simultaneously is including a high thermostable polymer resin having a melting temperature or glass transition temperature of 170 °C to 500 °C and inorganic particles having a porosity of 40 to 80 %; wherein the microporous composite film has the following properties: 1) an area shrinkage (170 °C, 1 hr) is 10% or less; 2) a tensile modulus in each of a machine direction and a transverse direction at 130 °C is 0.5MPa to 7.0MPa; 3) a ratio between permeability of the microporous composite film (CCS p) and permeability of the microporous polyolefin film (S p) is 1.1 ≤ CCS p /S p ≤ 3.5; and 4) a permeability of the microporous composite film is 450 sec or less; wherein the inorganic particles for forming the coating layer have an average particle diameter of 0.3 to 1.5 μm and a surface area of 3 to 10 m 2 /g. 1) an area shrinkage (170 °C, 1 hr) is 10% or less; 2) a tensile modulus in each of a machine direction and a transverse direction at 130 °C is 0.5MPa to 7.0MPa; 3) a ratio between permeability of the microporous composite film (CCS p) and permeability of the microporous polyolefin film (S p) is 1.1 ≤ CCS p /S p ≤ 3.5; and 4) a permeability of the microporous composite film is 450 sec or less;
A wellbore system for producing seismic energy in an earth formation, comprising: a borehole production string (101,201,301); (a) a cavity containing a fluid, wherein said cavity is a resonant cavity configured to be disposed outside the borehole production string and between a wellbore formation and said borehole production string; and (b) a device configured to generate pressure waves in said cavity, said pressure waves generating seismic waves in said earth formation, wherein said pressure waves are created at resonance frequencies of said cavity. (a) a cavity containing a fluid, wherein said cavity is a resonant cavity configured to be disposed outside the borehole production string and between a wellbore formation and said borehole production string; and (b) a device configured to generate pressure waves in said cavity, said pressure waves generating seismic waves in said earth formation, wherein said pressure waves are created at resonance frequencies of said cavity.
Support arrangement adapted to hold a portable multimedia device in the passenger compartment of a vehicle, in which said support is configured to be fixed on an arm, said arm extending from a tube guiding the steering column, in which the support comprises a cavity formed from its upper wall, in which the cavity comprises inclined transverse front and rear walls, and in which the cavity comprises in its bottom a passage passing through near the inclined front wall, and in which a flap is pivotally mounted, in the open position the flap comes to bear on the inclined rear wall of the cavity, in the closed position the flap closes the cavity. in which the support comprises a cavity formed from its upper wall, in which the cavity comprises inclined transverse front and rear walls, and in which the cavity comprises in its bottom a passage passing through near the inclined front wall, and in which a flap is pivotally mounted, in the open position the flap comes to bear on the inclined rear wall of the cavity, in the closed position the flap closes the cavity.
Method for designing contoured knitted fabrics to be produced on a flat knitting machine with the aid of a design means, wherein a) a cut of the contoured knitted fabric is described by means of vectorial cutting data and/or the vectorial cutting data of a cut is uploaded from the memory of the design means; b) the cut is positioned on a base pattern as a symbol illustration; c) cutting data is displayed together with the knitting data of the base pattern without converting the cutting data into needle-related knitting data, characterised in that d) adjustments that would be implemented to the base pattern by the cut if machine control data for this cut positioning were to be generated, as well as possible conflicts between the cutting data and the knitting data of the base pattern are displayed. a) a cut of the contoured knitted fabric is described by means of vectorial cutting data and/or the vectorial cutting data of a cut is uploaded from the memory of the design means; b) the cut is positioned on a base pattern as a symbol illustration; c) cutting data is displayed together with the knitting data of the base pattern without converting the cutting data into needle-related knitting data, characterised in that d) adjustments that would be implemented to the base pattern by the cut if machine control data for this cut positioning were to be generated, as well as possible conflicts between the cutting data and the knitting data of the base pattern are displayed.
A device for storing and releasing heat energy apt to receive a concentrated solar radiation, which device comprises: - at least one bed (3, 30) of fluidisable particles, arranged at least partly at receiving surfaces for such radiation; - feeding means (14, 142, 21) for feeding a fluidisation gas for the fluidisation of said particles; and - heat exchange elements flown through, in use, by an operating fluid and arranged at or in proximity of said bed (3, 30) of fluidisable particles, wherein the overall arrangement is such that, in use, portions (3, 30) of said bed of particles are apt to be selectively moved by the fluidisation gas for storing heat energy received from solar radiation in a storing step and for releasing stored heat energy to said heat exchange elements in a releasing step, and characterized in that the overall arrangement is such to allow an independent activation of the heat storing step and of the heat releasing step. - at least one bed (3, 30) of fluidisable particles, arranged at least partly at receiving surfaces for such radiation; - feeding means (14, 142, 21) for feeding a fluidisation gas for the fluidisation of said particles; and - heat exchange elements flown through, in use, by an operating fluid and arranged at or in proximity of said bed (3, 30) of fluidisable particles,
A method performed by an electronic apparatus in a communication system, the method comprising: transmitting, to a first server an identifier of an embedded universal integrated circuit card, eUICC; receiving, from the first server, an address of a second server and an identifier for an event; transmitting, to the second server, the identifier for the event, the second server being identified based on the address of the second server; receiving, from the second server, a profile associated with the identifier for the event; and installing the profile in the eUICC, wherein the first server is a subscription manager discovery service, SM-DS, and wherein the second server is a subscription manager data preparation plus, SM-DP+. transmitting, to a first server an identifier of an embedded universal integrated circuit card, eUICC; receiving, from the first server, an address of a second server and an identifier for an event; transmitting, to the second server, the identifier for the event, the second server being identified based on the address of the second server; receiving, from the second server, a profile associated with the identifier for the event; and installing the profile in the eUICC, wherein the first server is a subscription manager discovery service, SM-DS, and wherein the second server is a subscription manager data preparation plus, SM-DP+.
An article transfer device comprising: a robot hand having a gripping unit gripping an article and transferring the article gripped by the gripping unit to a transfer destination; and a control unit controlling operation of the robot hand, the control unit is adapted to insert the gripping unit into an article region where a plurality of the articles are disposed, characterized in that the control unit is configured to control the gripping unit to grip griga predetermined amount of the articles, and to transfer the gripped predetermined amount of the articles to the transfer destination, in that the control unit is adapted to control the operation of the robot hand such that the gripping unit is closed and the predetermined amount of the articles is gripped after opening-closing operation for opening the gripping unit after temporarily closing the gripping unit is executed at least once at a position of the gripping unit at a time when the gripping unit is inserted in the article region, and in that the control unit is adapted to control the operation of the robot hand such that the gripping unit rotates by a predetermined first angle around an axis along a direction of insertion of the gripping unit during the temporary closing, the subsequent opening, and subsequent reclosing of the gripping unit at the position of the gripping unit at the time when the gripping unit is inserted in the article region. a robot hand having a gripping unit gripping an article and transferring the article gripped by the gripping unit to a transfer destination; and a control unit controlling operation of the robot hand, the control unit is adapted to insert the gripping unit into an article region where a plurality of the articles are disposed, characterized in that the control unit is configured to control the gripping unit to grip griga predetermined amount of the articles, and to transfer the gripped predetermined amount of the articles to the transfer destination, in that the control unit is adapted to control the operation of the robot hand such that the gripping unit is closed and the predetermined amount of the articles is gripped after opening-closing operation for opening the gripping unit after temporarily closing the gripping unit is executed at least once at a position of the gripping unit at a time when the gripping unit is inserted in the article region, and in that
A method of making filter media comprising: covering a first surface of a fabric with a coating; positioning the covered fabric in a chamber; passing air into the chamber and through the covered fabric to impregnate a portion of the fabric below the first surface with the coating and permeate the impregnated fabric, the air being at a predetermined temperature or temperature range and the air being passed into the chamber and through the covered fabric at a predetermined pressure or pressure range which is above atmospheric; allowing the impregnated fabric to cure to ensure the coating bonds to the fabric to form the filter media. covering a first surface of a fabric with a coating; positioning the covered fabric in a chamber; passing air into the chamber and through the covered fabric to impregnate a portion of the fabric below the first surface with the coating and permeate the impregnated fabric, the air being at a predetermined temperature or temperature range and the air being passed into the chamber and through the covered fabric at a predetermined pressure or pressure range which is above atmospheric; allowing the impregnated fabric to cure to ensure the coating bonds to the fabric to form the filter media.
Method for producing a blank from a ceramic material, in particular a blank tobe used for the production of a dental restoration, wherein at least two layers (14, 24) of ceramic materials of different compositions are filled in pourable conditionlayer-by-layer into a die and thereafter they are pressed and then sintered, wherein after filling of the first layer, a further layer of a ceramic material in pourable condition, which differs from the first layer, is filled into the die, in that the material of the first layer is mixed with the material of the further layer to form an intermediate layer, and then the second layer is filled into the die wherein the material used for the further layer is the same as that used for the second layer (24, 124), wherein mixing takes place with an element which at least penetrates into the first layer to a depth which corresponds to the height of the intermediate layer, wherein the material of the further layer is mixed with that of the first layer commencing from the free surface of the further layer over a height that corresponds to twice, or approximately twice, the height of the further layer.
Assembly of elements allowing the forming of a prosthesis for the trapeziometacarpal joint comprising a cup intended to be attached in the trapezium and a stem intended to be attached in one of the metacarpal bones, characterized in that the assembly comprises an implant able to replace said trapezium, and in that said stem is arranged to receive, in articulated manner, either said cup intended to be attached in the trapezium or said implant able to replace said trapezium.
Method for producing a manufactured article made of composite material; said method comprising: a first insertion step to arrange at least a first sheet of at least a first material inside a mould; a hardening step, during which the first material is hardened; said method comprises: a positioning step to arrange at least an edge strip, having at least a longitudinal fold, inside the mould along at least part of an inside edge of the mould; the edge strip and the first sheet being arranged inside the mould so that a longitudinal border of the edge strip opposite the fold and the first sheet at least partially overlap and the fold is at least partially oriented towards the inside edge; the edge strip comprises a strip made of at least a second material folded longitudinally; the hardening step follows the positioning step and the first insertion step; characterized in that the edge strip comprises a shim element, which comprises a braided fibre string and around which the strip is folded. a first insertion step to arrange at least a first sheet of at least a first material inside a mould; a hardening step, during which the first material is hardened; said method comprises: a positioning step to arrange at least an edge strip, having at least a longitudinal fold, inside the mould along at least part of an inside edge of the mould; the edge strip and the first sheet being arranged inside the mould so that a longitudinal border of the edge strip opposite the fold and the first sheet at least partially overlap and the fold is at least partially oriented towards the inside edge; the edge strip comprises a strip made of at least a second material folded longitudinally; the hardening step follows the positioning step and the first insertion step;