mhurhangee/ep-ind-claims huggingface dataset:
Method to retrieve customer data of a customer for delivering online service to said customer, with the steps: a service supplier initiates the sending of a network identifier of a mobile node, used by the mobile node to communicate with the service supplier and bound to the customer by a mobile network operator of the mobile mode, to an application programming interface, API, platform with a request to retrieve the customer data, the API platform identifies the mobile network operator of the mobile node, using, if the mobile node sends to the API platform a HTTP, Hypertext Transfer Protocol, HTTPS, Hypertext Transfer Protocol Secure, message in which a header containing an identifier of the mobile network operator of the mobile node is added by 3G, 3 rd Generation, network nodes forwarding the message and operated by the mobile network operator, said header to identify the mobile network operator, or by prompting of the customer to identify the mobile network operator, and forwards the network identifier and the request to retrieve the customer data to said mobile network operator of the mobile node, the mobile network operator uses the network identifier to identify the customer and sends the customer which, is contained in a data repository of the mobile network operator, to the API platform and the API platform returns the customer data to the service supplier. a service supplier initiates the sending of a network identifier of a mobile node, used by the mobile node to communicate with the service supplier and bound to the customer by a mobile network operator of the mobile mode, to an application programming interface, API, platform with a request to retrieve the customer data, the API platform identifies the mobile network operator of the mobile node, using, if the mobile node sends to the API platform a HTTP, Hypertext Transfer Protocol, HTTPS, Hypertext Transfer Protocol Secure, message in which a header containing an identifier of the mobile network operator of the mobile node is added by 3G, 3 rd Generation, network nodes forwarding the message and operated by the mobile network operator, said header to identify the mobile network operator, or by prompting of the customer to identify the mobile network operator, and forwards the network identifier and the request to retrieve the customer data to said mobile network operator of the mobile node, the mobile network operator uses the network identifier to identify the customer and sends the customer which, is contained in a data repository of the mobile network operator, to the API platform and the API platform returns the customer data to the service supplier.
An apparatus comprising: a flexible ultrasound transducer array having a first surface and a second surface opposite the first surface; a bladder configured to be positioned adjacent the first surface of the flexible ultrasound transducer array, the bladder configured to be inflated by a fluid; and a strap configured to wrap around the bladder and the object, wherein the strap is adapted to position the flexible ultrasound transducer array between the bladder and the object to be imaged, wherein the second surface of the flexible ultrasound transducer array is configured to be placed against the object to be imaged; and the strap and the bladder are configured to maintain a force against the first surface of the flexible ultrasound transducer array. a flexible ultrasound transducer array having a first surface and a second surface opposite the first surface; a bladder configured to be positioned adjacent the first surface of the flexible ultrasound transducer array, the bladder configured to be inflated by a fluid; and a strap configured to wrap around the bladder and the object, wherein the strap is adapted to position the flexible ultrasound transducer array between the bladder and the object to be imaged, wherein the second surface of the flexible ultrasound transducer array is configured to be placed against the object to be imaged; and the strap and the bladder are configured to maintain a force against the first surface of the flexible ultrasound transducer array.
A method of supporting a user equipment, UE, handover, using one of a delta configuration signalling scheme or a full configuration signalling scheme, from a source base station, BS, to a target BS, the method being performed by the target BS and comprising: the target BS receiving a handover request message from the source BS, the handover request message indicating a first protocol release used by the source BS to configure the UE; and the target BS transmitting a handover request acknowledge message to the source BS, wherein, on a condition that the first protocol release is newer than a second protocol release supported by the target BS, the handover request acknowledge message contains an indication that the UE perform a full configuration. the target BS receiving a handover request message from the source BS, the handover request message indicating a first protocol release used by the source BS to configure the UE; and the target BS transmitting a handover request acknowledge message to the source BS, wherein, on a condition that the first protocol release is newer than a second protocol release supported by the target BS, the handover request acknowledge message contains an indication that the UE perform a full configuration.
Protective device (10, 110, 210) for the protection of a user, said protective device (10, 110, 210) comprising an inflatable element (12, 112, 212) configured to reach a deflated condition and an inflated condition, wherein the inflatable element (12, 112, 212) includes a mesh structure (11, 111, 211) comprising a first mesh portion (18, 118, 218) and a second mesh portion (19, 119, 219) and a plurality of tie elements, wherein said first mesh portion (18, 118, 218) and said second mesh portion (19, 119, 219) are counterposed and are connected to each other by the plurality of tie elements; wherein the first mesh portion (18, 118, 218), the second mesh portion (19, 119, 219) and the tie elements define at least one inner housing of the mesh structure (11, 111, 211); characterized in that the protective device (10, 110, 210) includes an inner covering or lining apt to internally cover or line said at least one inner housing; wherein the inner covering is a flexible covering which adheres in contact with the mesh structure (11, 111, 211) even in the deflated condition and forms an inner surface of the inflatable element intended to come into contact with an inflation fluid. characterized in that the protective device (10, 110, 210) includes an inner covering or lining apt to internally cover or line said at least one inner housing; wherein the inner covering is a flexible covering which adheres in contact with the mesh structure (11, 111, 211) even in the deflated condition and forms an inner surface of the inflatable element intended to come into contact with an inflation fluid.
A transmission method for uplink control information, UCI, comprising: obtaining target UCI, wherein the target UCI comprises at least two types of UCI, the target UCI comprises configured grant UCI, CG-UCI and hybrid automatic repeat-request acknowledgement, HARQ-ACK; mapping (S101a) the target UCI to a physical uplink shared channel, PUSCH, wherein the CG-UCI and the HARQ-ACK are encoded using joint encoding, and a code rate compensation factor configured for use in independent encoding of the HARQ-ACK is used for determining resources occupied by the CG-UCI and the HARQ-ACK encoded using the j oint encoding; and transmitting (S102a) the PUSCH on configured grant, CG, uplink resources. obtaining target UCI, wherein the target UCI comprises at least two types of UCI, the target UCI comprises configured grant UCI, CG-UCI and hybrid automatic repeat-request acknowledgement, HARQ-ACK; mapping (S101a) the target UCI to a physical uplink shared channel, PUSCH, wherein the CG-UCI and the HARQ-ACK are encoded using joint encoding, and a code rate compensation factor configured for use in independent encoding of the HARQ-ACK is used for determining resources occupied by the CG-UCI and the HARQ-ACK encoded using the j oint encoding; and transmitting (S102a) the PUSCH on configured grant, CG, uplink resources.
A method for forming a solid object, the method comprising the steps of: a. providing a first mixture comprising a first particulate component and at least one selected from the group consisting of a carbohydrate and cellulose, wherein the first particulate component is an inert support of silica sand, silica gel, vermiculite, fireclay, or other porous ceramic; b. providing an acid, selected from the group consisting of sulfuric acid, sulfonic acid, and chlorosulfonic acid; c. combining the first mixture and the acid to react the acid and the at least one selected from the group consisting of a carbohydrate and cellulose to form a first reactive component, wherein the first reactive component is a particulate comprising a dry oligomeric catalyst that is chemically distinct from the acid and the at least one selected from the group consisting of a carbohydrate and cellulose; d. dispensing a substantially flat layer of the first reactive component onto a build surface; and e. applying a liquid binder comprising a second reactive component onto at least a portion of the flat layer, wherein the second reactive component comprises a furan monomer. a. providing a first mixture comprising a first particulate component and at least one selected from the group consisting of a carbohydrate and cellulose, wherein the first particulate component is an inert support of silica sand, silica gel, vermiculite, fireclay, or other porous ceramic; b. providing an acid, selected from the group consisting of sulfuric acid, sulfonic acid, and chlorosulfonic acid; c. combining the first mixture and the acid to react the acid and the at least one selected from the group consisting of a carbohydrate and cellulose to form a first reactive component, wherein the first reactive component is a particulate comprising a dry oligomeric catalyst that is chemically distinct from the acid and the at least one selected from the group consisting of a carbohydrate and cellulose; d. dispensing a substantially flat layer of the first reactive component onto a build surface; and e. applying a liquid binder comprising a second reactive component onto at least a portion of the flat layer, wherein the second reactive component comprises a furan monomer.
A biaxial semi-prefabricated lightweight concrete slab system comprising semi-prefabricated elements, wherein said elements are self-carrying, each incorporating a concrete bottom plate functioning as slab formwork, and further incorporating semi-prefabricated stringer structures being fabricated before said elements, said stringer structures comprising a high strength composite zone of reinforced-concrete with a steel arrangement protruding from the concrete surface of said stringer structures towards a bottom reinforcement integrated in said concrete bottom plate, said slab system further comprising a final concrete slab acting as a biaxial homogeneous plate with carrying capacity according to the design load on the slab, and said slab system further comprising lightweight material and/ or lightweight members as, but not limited to, hollow volumes, placed in a geometrical cell structure, said slab system being characterised in that said semi-prefabricated stringer structures further comprise a zone with post-tension tendons enabling an optimized effect of post-tension, which is applied after concreting of the elements, positioned so in said elements that the stringers and concrete bottom allows for full carrying capacity in one direction over the main span for the final dead load.
A spraying nozzle for spraying a product, defining a passage for the circulation of the product through the nozzle, the passage opening through a wide connecting orifice to the outside of the nozzle at an upstream end thereof, and opening through a narrow spraying orifice, able to spray the product, at a downstream end of the nozzle, the passage having, between the connection orifice and the spraying orifice, at least one pre-atomization narrowing capable of atomizing the product, followed by a broadening downstream of the pre-atomization narrowing, characterized in that the pre-atomization narrowing is formed by a hemispherical cavity slit by a slot.
Metal composite panel intended for construction, comprising at least two substantially parallel sheets and and, arranged between them, profiles substantially parallel to each other and fastened to said sheets, each profile having a uniform cross section over its entire length, said profiles comprising at least one transverse portion, intended to space apart said sheets and and at least two lateral portions and, intended to come into contact with the sheets, characterised in that said profiles, numbering at least three, serve as separators making it possible to separate said sheets and are arranged so that the average distance between two adjacent structural shapes is not uniform but suited to the local conditions of use of said panel.
Mechanical component for a vehicle, having a measuring area with a surface and a force sensor assigned to the measuring area for detecting a force loading the component, the force sensor comprising a layer of carbon nanotubes, called the CNT layer below, applied to the surface of the measuring area (x), characterized in that the mechanical component is formed as a pendulum support of a chassis, the pendulum support is connected via a ball joint to a ball stub having a shaft, and the CNT layer is applied to the conically formed shaft of the ball stub.
A method for the purification of cadaverine from an aqueous cadaverine salt composition without organic solvent extraction, said method comprising: a) adjusting the pH of the aqueous cadaverine salt composition to provide a first composition comprising an aqueous cadaverine composition and a solid composition, wherein the pH of the aqueous cadaverine composition is at least 12 and the cadaverine concentration of the aqueous cadaverine composition is 5% or higher; b) removing the solid composition from the first composition of step a), wherein step b) comprises b-1) filtering/centrifuging the first composition to provide a solid and a filtrate/supernatant; b-2) rinsing the solid with an aqueous salt solution and filtering/centrifuging the obtained mixture to provide another solid and another filtrate/supernatant; b-3) optionally repeating step b-2) until the solid obtained is substantially free of cadaverine; and b-4) combining the filtrates/supernatants obtained from steps b-1), b-2) and b-3) to provide the aqueous cadaverine composition to be further processed in step c); and c) obtaining cadaverine from evaporation or distillation of the aqueous cadaverine composition. a) adjusting the pH of the aqueous cadaverine salt composition to provide a first composition comprising an aqueous cadaverine composition and a solid composition, wherein the pH of the aqueous cadaverine composition is at least 12 and the cadaverine concentration of the aqueous cadaverine composition is 5% or higher; b) removing the solid composition from the first composition of step a), wherein step b) comprises b-1) filtering/centrifuging the first composition to provide a solid and a filtrate/supernatant; b-2) rinsing the solid with an aqueous salt solution and filtering/centrifuging the obtained mixture to provide another solid and another filtrate/supernatant; b-3) optionally repeating step b-2) until the solid obtained is substantially free of cadaverine; and b-4) combining the filtrates/supernatants obtained from steps b-1), b-2) and b-3) to provide the aqueous cadaverine composition to be further processed in step c); and b-1) filtering/centrifuging the first composition to provide a solid and a filtrate/supernatant; b-2) rinsing the solid with an aqueous salt solution and filtering/centrifuging the obtained mixture to provide another solid and another filtrate/supernatant; b-3) optionally repeating step b-2) until the solid obtained is substantially free of cadaverine; and b-4) combining the filtrates/supernatants obtained from steps b-1), b-2) and b-3) to provide the aqueous cadaverine composition to be further processed in step c); and c) obtaining cadaverine from evaporation or distillation of the aqueous cadaverine composition.
A method for making a catalyst or catalyst precursor for the hydrodesulfurisation of naphtha, the method comprising: (i) impregnating a silica support that has a silica content of at least 85 wt.%, based on silica, and has a pore volume between 0.6 cm 3 /g (cc/g) and 2.0 cm 3 /g (cc/g), as determined by mercury intrusion porosimetry, according to the ASTM D4284-03 method, and median pore sizes in the range of 150Å to 2000Å, as measured by mercury porosimetry, according to the ASTM D4284-03 method, with (a) an aqueous solution of a cobalt salt and (b) an aqueous solution of a molybdenum salt to form a first catalyst precursor; (ii) drying the first catalyst precursor at a temperature of less than 350oC to form a first dried catalyst precursor; (iii) impregnating the dried catalyst precursor with (c) at least one organic additive, the organic additive comprising at least one compound selected from the group consisting of compounds comprising at least two hydroxyl groups and 2-20 carbon atoms, and the (poly)ethers of these compounds, to form a second catalyst precursor; (iv) drying the second catalyst precursor at a temperature of less than 350°C to form a second dried catalyst precursor; and (v) optionally sulfiding the second catalyst precursor; provided that the second dried catalyst precursor or catalyst is not calcined prior to sulfiding or use for HDS. (i) impregnating a silica support that has a silica content of at least 85 wt.%, based on silica, and has a pore volume between 0.6 cm 3 /g (cc/g) and 2.0 cm 3 /g (cc/g), as determined by mercury intrusion porosimetry, according to the ASTM D4284-03 method, and median pore sizes in the range of 150Å to 2000Å, as measured by mercury porosimetry, according to the ASTM D4284-03 method, with (a) an aqueous solution of a cobalt salt and (b) an aqueous solution of a molybdenum salt to form a first catalyst precursor; (ii) drying the first catalyst precursor at a temperature of less than 350oC to form a first dried catalyst precursor; (iii) impregnating the dried catalyst precursor with (c) at least one organic additive, the organic additive comprising at least one compound selected from the group consisting of compounds comprising at least two hydroxyl groups and 2-20 carbon atoms, and the (poly)ethers of these compounds, to form a second catalyst precursor; (iv) drying the second catalyst precursor at a temperature of less than 350°C to form a second dried catalyst precursor; and (v) optionally sulfiding the second catalyst precursor; provided that the second dried catalyst precursor or catalyst is not calcined prior to sulfiding or use for HDS.
An image forming apparatus comprising: a printing path in which an image is formed on a recording medium; a discharge path through which the recording medium that has passed through the printing path is discharged; a reverse path, separate from the discharge path, in which the recording medium that has passed through the printing path is reversed; a resupply path in which the recording medium which reversely travels along the reverse path is guided to the printing path; a connection portion in which the printing path, the discharge path, the reverse path, and the resupply path cross one another; a first guide member that is disposed in the connection portion, wherein the first guide member has a first position through which the recording medium that has passed through the printing path is guided to the reverse path and a second position, different to the first position, through which the recording medium that reversely travels along the reverse path is guided to the resupply path and is guided to the discharge path once the recording medium has passed through the printing path again; and a second guide member that is disposed in the connection portion, wherein the second guide member has a third position through which the recording medium that has passed through the printing path is guided to the discharge path and a fourth position, different to the third position, through which the recording medium that reversely travels along the discharge path is guided to the resupply path, wherein the first guide member and the second guide member rotate while interlocking with each other. a printing path in which an image is formed on a recording medium; a discharge path through which the recording medium that has passed through the printing path is discharged; a reverse path, separate from the discharge path, in which the recording medium that has passed through the printing path is reversed; a resupply path in which the recording medium which reversely travels along the reverse path is guided to the printing path; a connection portion in which the printing path, the discharge path, the reverse path, and the resupply path cross one another; a first guide member that is disposed in the connection portion, wherein the first guide member has a first position through which the recording medium that has passed through the printing path is guided to the reverse path and a second position, different to the first position, through which the recording medium that reversely travels along the reverse path is guided to the resupply path and is guided to the discharge path once the recording medium has passed through the printing path again; and a second guide member that is disposed in the connection portion, wherein the second guide member has a third position through which the recording medium that has passed through the printing path is guided to the discharge path and a fourth position, different to the third position, through which the recording medium that reversely travels along the discharge path is guided to the resupply path, wherein the first guide member and the second guide member rotate while interlocking with each other.
A wing for an airplane, extending from an inner wing end for being mounted to a base body of said airplane towards an outer wing end and having at least two winglets (8,10) at the outer wing end, an upstream one of the winglets preceding a downstream one of the winglets in a flight direction (x), the upstream winglet having torsional elastic properties with regard to a longitudinal axis thereof such that a local angle of attack in a plane (xz) parallel to the flight direction (x) between said upstream winglet's chord line and an airflow direction at said upstream winglet's leading edge is reduced under high aerodynamic load conditions substantially above 1g, in particular above 2g, due to a torsional elastic reaction of the upstream winglet to said high aerodynamic load conditions, wherein the downstream winglet experiences a downwash of the upstream winglet, said downwash being reduced by said torsional elastic reaction of said upstream winglet, and wherein a local angle of attack in a plane (xz) parallel to the flight direction (x) between said downstream winglet's chord line and an airflow direction at said downstream winglet's leading edge is increased under said high aerodynamic load conditions at least in part due to said reduction of said downwash, such that stall appears at said downstream winglet.
A two vessel compact beer brewing system having vessels configured to perform mashing, lautering and boiling brewing stages, characterised in that it comprises a bottom vessel having a tun configured to perform mashing and boiling stages, a top vessel positioned above the bottom vessel in fluid communication with said tun and configured to perform the lautering stage, and a pump for moving fluid from said tun to said top vessel, wherein said bottom vessel comprises a top opening providing access to the bottom tun and said top vessel is provided with a false bottom and comprises a side orifice.