mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine , comprising: a generator , one or more power converters arranged between the generator and a point of connection to a main transformer , and one or more wind turbine electrical components , wherein the main transformer is configured to connect a bus bar to an auxiliary wind turbine transformer , wherein the busbar is configured to receive electrical power from an electrical grid with a main voltage, wherein one or more of the wind turbine electrical components are configured to be connected to the auxiliary wind turbine transformer , and wherein a selection of the wind turbine electrical components is further configured to be connected to the busbar through a service voltage transformer when the main transformer is disconnected from the busbar . a generator , one or more power converters arranged between the generator and a point of connection to a main transformer , and one or more wind turbine electrical components , wherein the main transformer is configured to connect a bus bar to an auxiliary wind turbine transformer , wherein the busbar is configured to receive electrical power from an electrical grid with a main voltage, wherein one or more of the wind turbine electrical components are configured to be connected to the auxiliary wind turbine transformer , and wherein a selection of the wind turbine electrical components is further configured to be connected to the busbar through a service voltage transformer when the main transformer is disconnected from the busbar .
A compound of the formula (I) or a salt thereof: (In the formula, R 1 is H or lower alkyl, R 2 is H or CN, any one of G 1 , G 2 , and G 3 is O, and the other two of G 1 , G 2 , and G 3 are CH 2 , ring A is aryl, or nitrogen-containing heteroaryl, ring B is cyclic amino, R 3 and R 4 are the same as or different each other, and are H, halogen, lower alkyl,-lower alkylene-OH, halo-lower alkyl, -O-lower alkyl, -O-halo-lower alkyl, cycloalkyl, CN, OH, -N(lower alkyl) 2 , or -C(=O)NH 2 , R 5 , R 6 , R 7 and R 8 are the same as or different from each other, and are H, halogen, lower alkyl, halo-lower alkyl, -O-lower alkyl, or CN, or in the case where R 5 and R 6 are bonded to the same carbon atom, R 5 and R 6 may form cycloalkane or cyclic ether together with the carbon atom, and may form a spiro ring together with Ring B, or ring B may form 6,7-dihydro oxazolo[4,5-c]pyridin-5 -yl together with R 5 and R 6 .) R 1 is H or lower alkyl, R 2 is H or CN, any one of G 1 , G 2 , and G 3 is O, and the other two of G 1 , G 2 , and G 3 are CH 2 , ring A is aryl, or nitrogen-containing heteroaryl, ring B is cyclic amino, R 3 and R 4 are the same as or different each other, and are H, halogen, lower alkyl,-lower alkylene-OH, halo-lower alkyl, -O-lower alkyl, -O-halo-lower alkyl, cycloalkyl, CN, OH, -N(lower alkyl) 2 , or -C(=O)NH 2 , R 5 , R 6 , R 7 and R 8 are the same as or different from each other, and are H, halogen, lower alkyl, halo-lower alkyl, -O-lower alkyl, or CN, or in the case where R 5 and R 6 are bonded to the same carbon atom, R 5 and R 6 may form cycloalkane or cyclic ether together with the carbon atom, and may form a spiro ring together with Ring B, or ring B may form 6,7-dihydro oxazolo[4,5-c]pyridin-5 -yl together with R 5 and R 6 .)
A coated plywood panel , the coated plywood panel comprising - a plywood part and - a primary coating , the primary coating comprising paper and polymerized resin, wherein - the primary coating is attached to the plywood part , and - the primary coating comprises • a first number (N1) of first protrusions (710, pi) protruding from the primary coating away from the plywood part such that • a second number (N2) of the first protrusions (710, pi) are even on their top, wherein - each one (pi) of the first protrusions (710, pi) have • a height (H p1,pi ), • a length (L p1,pi ) that is perpendicular to the height (H p1,pi ) and • a width (W p1,pi ) that is perpendicular to the height (H p1,pi ) and the length (L p1 ) such that - the smaller of the length (L p1,pi ) and the width (W p1,pi ) is from 0.3 mm to 1.5 mm, - the larger of the length (L p1,pi ) and the width (W p1,pi ) is from 0.7 mm to 2.5 mm, and - the height (H p1,pi ) is from 0.05 mm to 0.5 mm, wherein - the ratio (N2/N1) of the second number (N2) to the first number (N1) is at least 2/3. - a plywood part and - a primary coating , the primary coating comprising paper and polymerized resin, wherein - the primary coating is attached to the plywood part , and - the primary coating comprises • a first number (N1) of first protrusions (710, pi) protruding from the primary coating away from the plywood part such that • a second number (N2) of the first protrusions (710, pi) are even on their top, wherein • a first number (N1) of first protrusions (710, pi) protruding from the primary coating away from the plywood part such that • a second number (N2) of the first protrusions (710, pi) are even on their top, wherein - each one (pi) of the first protrusions (710, pi) have • a height (H p1,pi ), • a length (L p1,pi ) that is perpendicular to the height (H p1,pi ) and • a width (W p1,pi ) that is perpendicular to the height (H p1,pi ) and the length (L p1 ) such that • a height (H p1,pi ), • a length (L p1,pi ) that is perpendicular to the height (H p1,pi ) and • a width (W p1,pi ) that is perpendicular to the height (H p1,pi ) and the length (L p1 ) such that - the smaller of the length (L p1,pi ) and the width (W p1,pi ) is from 0.3 mm to 1.5 mm, - the larger of the length (L p1,pi ) and the width (W p1,pi ) is from 0.7 mm to 2.5 mm, and - the height (H p1,pi ) is from 0.05 mm to 0.5 mm, - the ratio (N2/N1) of the second number (N2) to the first number (N1) is at least 2/3.
A flat heating module , the heating module extending in a flat manner along a heating module plane (HE), the heating module comprising: a. at least one flat heating layer oriented along the heating module plane (HE) for heating a surrounding area of the heating module , and b. at least one flat photovoltaic layer oriented along the heating module plane (HE) for generating electrical energy, c. at least one flat luminescent layer oriented along the heating module plane (HE) for illuminating a surrounding area of the heating module , d. at least one flexible support element extending in a flat manner along the heating module plane (HE), to which at least the at least one heating layer , the at least one photovoltaic layer and the at least one luminescent layer are applied, and e. at least one flexible encapsulating layer for protecting at least the at least one heating layer and the at least one photovoltaic layer from environmental influences, f. wherein the at least one heating layer and the at least one photovoltaic layer and the at least one luminescent layer each comprising a plurality of material layers oriented along the heating module plane (HE) and having material compositions which differ from one another, characterized in that g. the at least one heating layer , the at least one photovoltaic layer , the at least one luminescent layer and the entire heating module are configured flexibly. a. at least one flat heating layer oriented along the heating module plane (HE) for heating a surrounding area of the heating module , and b. at least one flat photovoltaic layer oriented along the heating module plane (HE) for generating electrical energy, c. at least one flat luminescent layer oriented along the heating module plane (HE) for illuminating a surrounding area of the heating module , d. at least one flexible support element extending in a flat manner along the heating module plane (HE), to which at least the at least one heating layer , the at least one photovoltaic layer and the at least one luminescent layer are applied, and e. at least one flexible encapsulating layer for protecting at least the at least one heating layer and the at least one photovoltaic layer from environmental influences, f. wherein the at least one heating layer and the at least one photovoltaic layer and the at least one luminescent layer each comprising a plurality of material layers oriented along the heating module plane (HE) and having material compositions which differ from one another, characterized in that g. the at least one heating layer , the at least one photovoltaic layer , the at least one luminescent layer and the entire heating module are configured flexibly.
Method for initialising a server embodied as an operator station in a technical installation, in particular production or process installation, wherein the technical installation has at least one server embodied as an engineering station and at least one certification authority for issuing certificates, the method comprising the following steps: a) Establishment of a connection from the engineering station server to the operator station server ; b) Installation of a trust chain valid for the engineering station server on the operator station server ; c) Installation of a trust chain valid for the operator station server on the engineering station server ; d) Transmission of a validation certificate of the engineering station server to the operator station server so that the operator station server can validate the engineering station server by means of the corresponding trust chain previously installed; e) Transmission of a validation certificate of the operator station server to the engineering station server so that the engineering station server can validate the operator station server by means of the corresponding trust chain previously installed; f) Transmission of configuration information from the engineering station server to a certification service implemented on the operator station server , wherein the configuration information depends on a role of the operator station server in the technical installation and comprises information as to which certificates of the certification service of the operator station server must be requested from the certification authority of the technical installation. a) Establishment of a connection from the engineering station server to the operator station server ; b) Installation of a trust chain valid for the engineering station server on the operator station server ; c) Installation of a trust chain valid for the operator station server on the engineering station server ; d) Transmission of a validation certificate of the engineering station server to the operator station server so that the operator station server can validate the engineering station server by means of the corresponding trust chain previously installed; e) Transmission of a validation certificate of the operator station server to the engineering station server so that the engineering station server can validate the operator station server by means of the corresponding trust chain previously installed; f) Transmission of configuration information from the engineering station server to a certification service implemented on the operator station server , wherein the configuration information depends on a role of the operator station server in the technical installation and comprises information as to which certificates of the certification service of the operator station server must be requested from the certification authority of the technical installation.
Signal distribution module (5 to 7) for a signal transmission apparatus , wherein the signal distribution module (5 to 7) can be connected to a further signal distribution module (5 to 7) by means of a signal bridge (9 to 13), which connects an interface of the signal distribution module (5 to 7) to a corresponding interface of the further signal distribution module (5 to 7), wherein each interface of a signal distribution module (7 to 7) has a number of direct connection contacts for direct connections, wherein at least one direct connection terminates within the signal distribution module (5 to 7), wherein the direct connection contacts are connected, in a contact sequence defined for the interfaces , to direct connection lines for direct connections guided in the signal distribution module (5 to 7) to the interface , characterised in that , in the signal distribution module (5 to 7), the direct connection lines of the direct connections terminating in the signal distribution module (5 to 7) are connected to the first direct connection contacts , according to the contact sequence, of a first interface of the signal distribution module (5 to 7), and each further direct connection contact of the first interface is connected by one of the direct connection lines to a direct connection contact of the second interface , whose position in the contact sequence lies before, by the number of first direct connection contacts , the position of the direct connection contact to which it is connected at the first interface .
A synchronized mechanism for a correlated seat/backrest movement of an office chair, with a base support mountable on a chair column, with a seat support arranged on the base support and movable relative to the base support , and with a backrest support connected to the seat support , wherein a swiveling of the backrest support produces a movement of the seat support relative to the base support , wherein the backrest support able to swivel about a transverse axis is articulated directly to the base support , wherein the backrest support is connected to the seat support via a coupling element , wherein the coupling element is articulated both to the backrest support and to the seat support , wherein the force applied to the seat support upon swiveling the backrest support is applied to the seat support solely via the coupling element , wherein on the base support a first guide element and on the seat support a second guide element is provided, wherein the first guide element and the second guide element cooperate to form a guide element pair such that a swiveling of the backrest support produces a movement of the second guide element along the first guide element and thus a movement of the seat support relative to the base support , wherein two guide element pairs are provided, spaced apart from each other in the chair lengthwise direction , namely a front guide element pair looking in the chair lengthwise direction and a rear guide element pair looking in the chair lengthwise direction , characterized in that the connection point of the coupling element to the seat support serving as the location of force application to the seat support upon swiveling of the backrest support is not identical to the connection point of the seat support to the base support serving as the location for guiding the seat support on the base support .
Device for regulating the supply of a photovoltaic converter , comprising: - a laser source , - a photovoltaic converter , which supplies a DC to DC converter , - an optical fibre to transmit energy from the laser source to the photovoltaic converter ; - means for regulating said DC to DC converter according to the operating voltage (U s ) of the photovoltaic converter and of the open circuit voltage (U S0 ) thereof, - means for measuring an output voltage of the DC to DC converter and to produce a regulation signal (SR' R ) of the laser source. - a laser source , - a photovoltaic converter , which supplies a DC to DC converter , - an optical fibre to transmit energy from the laser source to the photovoltaic converter ; - means for regulating said DC to DC converter according to the operating voltage (U s ) of the photovoltaic converter and of the open circuit voltage (U S0 ) thereof, - means for measuring an output voltage of the DC to DC converter and to produce a regulation signal (SR' R ) of the laser source.
Undergarment having a front part and a back part , the back part having a reinforcing device on its inner side in the region covering the lumbar vertebrae, characterized in that the reinforcing device hasan inner layer , a middle layer and an outer layer , which have an increasingly greater width from the inside to the outside.
A valve to perform lung volume reduction procedures, comprising: a braided structure adapted for endoscopic insertion in a bronchial passage, the braided structure having a proximal end and a distal end; a non porous coating adapted to prevent flow of air through the braided structure; a constricted portion of the braided structure preventing flow of air therethrough, and defining a funnel shaped portion thereof; a valve structure adapted to permit expulsion of mucus from the distal end to the proximal end; and an anchor portion extending from the braided structure, wherein the funnel shaped portion is adapted to prevent flow of air from the proximal end to the distal end in the direction towards the constricted portion. a braided structure adapted for endoscopic insertion in a bronchial passage, the braided structure having a proximal end and a distal end; a non porous coating adapted to prevent flow of air through the braided structure; a constricted portion of the braided structure preventing flow of air therethrough, and defining a funnel shaped portion thereof; a valve structure adapted to permit expulsion of mucus from the distal end to the proximal end; and an anchor portion extending from the braided structure, wherein the funnel shaped portion is adapted to prevent flow of air from the proximal end to the distal end in the direction towards the constricted portion.
A thermal barrier system , comprising: a protective coating on a substrate ; and a ceramic feature layer , wherein said ceramic feature layer forms a lattice structure ; characterised in that : said ceramic feature layer is attached to said protective coating via an adhesive spray coat , wherein the ceramic feature layer is mechanically interlocked to said protective coating via said adhesive spray coat , and said adhesive spray coat at least partially overfills said ceramic feature layer , said ceramic feature layer including an extended area such that a bottom surface of a wall of the ceramic feature layer is enlarged with respect to a top surface thereof, which facilitates the mechanical interlock between said ceramic feature layer and said protective coating via said adhesive spray coat , and said extended area being flared. a protective coating on a substrate ; and a ceramic feature layer , wherein said ceramic feature layer forms a lattice structure ; characterised in that : said ceramic feature layer is attached to said protective coating via an adhesive spray coat , wherein the ceramic feature layer is mechanically interlocked to said protective coating via said adhesive spray coat , and said adhesive spray coat at least partially overfills said ceramic feature layer , said ceramic feature layer including an extended area such that a bottom surface of a wall of the ceramic feature layer is enlarged with respect to a top surface thereof, which facilitates the mechanical interlock between said ceramic feature layer and said protective coating via said adhesive spray coat , and said extended area being flared.
A process for producing an ethylene-based polymer, the process comprising: a. compressing ethylene monomer to a pressure of at least 122 MPa; b. contacting the compressed ethylene monomer and a vinyl acetate monomer with a catalyst in a reactor to form a product mixture comprising an ethylene-based polymer; and c. cooling the product mixture in a product cooler located downstream of the reactor and upstream of a high pressure let down valve used for subsequently reducing the pressure of the product mixture, wherein the product cooler has a length of at least 200 m and an internal diameter of at least 60 mm, and wherein the velocity of the product mixture in the product cooler is at least 20 m/s. a. compressing ethylene monomer to a pressure of at least 122 MPa; b. contacting the compressed ethylene monomer and a vinyl acetate monomer with a catalyst in a reactor to form a product mixture comprising an ethylene-based polymer; and c. cooling the product mixture in a product cooler located downstream of the reactor and upstream of a high pressure let down valve used for subsequently reducing the pressure of the product mixture, wherein the product cooler has a length of at least 200 m and an internal diameter of at least 60 mm, and wherein the velocity of the product mixture in the product cooler is at least 20 m/s.
Loading device with a sliding platform, intended to equip the rear surface of a vehicle having projecting wheel arches, comprising: - a fixed chassis intended to be anchored on the rear loading surface of the vehicle, - the sliding platform , - a guidance system between the sliding platform and said fixed chassis , said sliding platform being able to pass from a retracted position (P1) on the fixed chassis , to a deployed position (P2) projecting from said fixed chassis , characterised in that the device comprises fixed auxiliary platforms , carried by the fixed chassis , at the same level as the flat surface of the sliding platform , said auxiliary platforms (6 to 9) defining two lateral recesses (EC1, EC2) intended to have a shape complementary to said wheel arches, and in that , in said retracted position (P1) of the sliding platform , the auxiliary platforms laterally extend the flat surface of the sliding platform , and wherein the fixed chassis comprises a frame formed by two longitudinal members and two cross-members secured by the ends thereof, and wherein supports (10 to 15) extending laterally from the longitudinal members towards the outside of the frame in order to hold the auxiliary platform projecting from the longitudinal members . - a fixed chassis intended to be anchored on the rear loading surface of the vehicle, - the sliding platform , - a guidance system between the sliding platform and said fixed chassis , said sliding platform being able to pass from a retracted position (P1) on the fixed chassis , to a deployed position (P2) projecting from said fixed chassis , characterised in that the device comprises fixed auxiliary platforms , carried by the fixed chassis , at the same level as the flat surface of the sliding platform , said auxiliary platforms (6 to 9) defining two lateral recesses (EC1, EC2) intended to have a shape complementary to said wheel arches, and in that , in said retracted position (P1) of the sliding platform , the auxiliary platforms laterally extend the flat surface of the sliding platform , and wherein the fixed chassis comprises a frame formed by two longitudinal members and two cross-members secured by the ends thereof, and wherein supports (10 to 15) extending laterally from the longitudinal members towards the outside of the frame in order to hold the auxiliary platform projecting from the longitudinal members .
A plate for temporarily bridging fragments of a fracture comprising a proximal portion , a distal portion and an intermediate portion disposed between the proximal portion and the distal portion , wherein - the proximal portion has a proximal attachment zone adapted to be applied and attached to a first tubular bone , - the distal portion has a distal attachment zone adapted to be applied and attached to a second tubular bone , and - the intermediate portion is designed to bridge a joint between the first tubular bone and the second tubular bone and thereby at least one further bone, in particular without attachment to the at least one further bone, wherein the plate has at least one curved region between the proximal fastening zone and the distal fastening zone , characterized in that a first curved region is curved, preferably U-shaped or Z-shaped, when viewed from above. - the proximal portion has a proximal attachment zone adapted to be applied and attached to a first tubular bone , - the distal portion has a distal attachment zone adapted to be applied and attached to a second tubular bone , and - the intermediate portion is designed to bridge a joint between the first tubular bone and the second tubular bone and thereby at least one further bone, in particular without attachment to the at least one further bone,