mhurhangee/patent-ind-claim-en huggingface dataset:
Position detection arrangement for doors or gates which can be moved by a drive device, comprising a housing arrangement in which a switching shaft is provided which can be connected to a drive shaft of the drive device, wherein a sensor arrangement for detecting the position of the switching shaft and a control unit which is arranged on a printed circuit board are provided in the housing arrangement , wherein the sensor arrangement is electronically connected with the control unit , which in turn can be connected with the drive device, wherein the sensor arrangement comprises a shift gear wheel (42; 42') which is operatively connected with the shift shaft and which meshes with at least two sensor gear wheels (38, 40; 38', 40'), wherein the at least two sensor gear wheels (38, 40; 38', 40') have a different number of teeth and wherein each sensor gear wheel (38, 40; 38', 40') is assigned a non-contact sensor element , characterized in that the sensor arrangement is also arranged on the printed circuit board , wherein the respective sensor element is implemented as a Hall sensor, or as an AMR sensor or as a THR sensor, which interacts with a permanent magnet that is firmly connected with the respective sensor gear wheel (38, 40; 38', 40'), wherein each sensor element is provided on the printed circuit board below a bearing shell for the respective sensor gear wheel (38, 40; 38', 40'), wherein the respective permanent magnet is arranged in a form-fitting manner in a cavity of the respective sensor gear wheel (38, 40; 38', 40'), wherein the sensor gear wheel (38, 40; 38', 40') and the permanent magnet are rotatably supported on the bearing shell .
Device for detecting in real time features in a hyperspectral scene in three dimensions, characterized in that it comprises a direct detection system of features in said hyperspectral scene integrating a deep convolutional neural network designed to detect the feature(s) sought in said hyperspectral scene from at least one compressed two-dimensional image of the focal plane of the hyperspectral scene, obtained from an acquisition system, and comprising at least a diffracted image of the three-dimensional scene, an input layer of the neural network being populated from the pixels forming said at least one compressed image, the neural network being designed to calculate a probability of presence of the feature(s) sought in said hyperspectral scene from the at least one compressed image.
Process for producing a second gas turbine, in which, proceeding from a first gas turbine, at least one first ceramic thermal barrier coating is removed from first turbine blades or vanes of the first gas turbine and a new, second ceramic thermal barrier coating (7', 7", 13') is applied to the first turbine blades or vanes from which the coating has been removed to produce second turbine blades or vanes , and/or a new, second ceramic thermal barrier coating (7', 7", 13') is applied to new, second turbine blades or vanes which have been newly produced, which (7', 7", 13') differs significantly from the first ceramic thermal barrier coating , namely that the porosity is different, the absolute difference in the reduced or increased porosity being at least 2%, in which case a difference also means at least: the coating thickness is different, the difference in the reduced and increased coating thickness being at least 50 μm, and/or the layer nature is different, wherein either a two-layer ceramic thermal barrier coating is removed from the first turbine blades or vanes and a single-layer thermal barrier coating (7") is applied as a second ceramic thermal barrier coating to the second or new, second turbine blades or vanes, or wherein a single-layer thermal barrier coating is removed from the first turbine blades or vanes and a two-layer thermal barrier coating is applied as a second ceramic thermal barrier coating to the second or new, second turbine blades or vanes, in particular an only two-layer thermal barrier coating , and wherein the new, second and/or the second turbine blades or vanes are incorporated in the second gas turbine. the coating thickness is different, the difference in the reduced and increased coating thickness being at least 50 μm, and/or the layer nature is different, wherein either a two-layer ceramic thermal barrier coating is removed from the first turbine blades or vanes and a single-layer thermal barrier coating (7") is applied as a second ceramic thermal barrier coating to the second or new, second turbine blades or vanes, or wherein a single-layer thermal barrier coating is removed from the first turbine blades or vanes and a two-layer thermal barrier coating is applied as a second ceramic thermal barrier coating to the second or new, second turbine blades or vanes, in particular an only two-layer thermal barrier coating , and wherein the new, second and/or the second turbine blades or vanes are incorporated in the second gas turbine.
Upholstery element which is formed from a fibre-composite material having a fibrous material that is oriented in a three-dimensionally stochastic manner, characterized in that the fibre-composite material comprises at least one thermoplastics which is formed from a thermally pre-treated three-dimensional fibrous material that is oriented in a stochastic manner from polyethylene terephthalate or polysulfone or a synthetic polymer, and is bonded by adding a halogenated hydrocarbon or a polyurethane-based thermosetting bonding agent .
Electrical appliance for cooling or freezing products , comprising enclosing walls , consisting of a metal plate support that covers moisture-proof, fire-retardant or other insulators insulation paneling , so that these walls generate a receptacle or interior space , being assembled with each other through brackets , anchored at the rear of the electrical appliance , which has an opening in which to install a door , hinged or removable by sliding, appliance wherein turbines are provided on the inner face of all or part of the walls generating the electrical appliance itself, redirecting all of the air into the interior space , as well as by the incorporation of a coil connected directly to a compressing motor through an inlet port and outlet port , said coil being housed in a space or chamber which is created between the turbines and perforated plates delimiting the entire interior space where products that need to be cooled or frozen are deposited on a swivel base , said coil comprising a condenser , a capillary tube and an evaporator, electrical appliance wherein a double filtration system is provided which comprises a first filter dryer placed between the compressing motor and the capillary tube and a second filter dryer placed between the evaporator and the compressing motor .
Method for controlling, in real time, a path of a motor vehicle , to compensate for the curvature (γff) of a bend in the lane of the vehicle , characterized in that the method comprises modifying an understeer gradient (Δ 1 ) of an anticipator module on detection of oversteering of the vehicle with respect to its nominal configuration, so as to decrease the lateral deviation (yl) between the centre of gravity of the vehicle and the centre of the lane of the vehicle.
A method for communication in a mobile communication system including an evolved Node B, eNB, and a calling user equipment, UE, , the method comprising: receiving, by the eNB from the calling UE, an invite message for transmitting a call; transmitting, by the eNB to a called UE , the invite message for transmitting the call; receiving, by the eNB, a message to maintain a radio resource control, RRC, connection related to the call, the message including at least one of a ringing message and a session in progress message; maintaining, by the eNB, the RRC connection based on the received message; discarding, by the eNB, a downlink packet received from a serving gateway while maintaining the RRC connection; and ignoring, by the calling UE, the message in case that at least two messages to maintain the RRC connection related to the call are received at the calling UE in a multiple manner. receiving, by the eNB from the calling UE, an invite message for transmitting a call; transmitting, by the eNB to a called UE , the invite message for transmitting the call; receiving, by the eNB, a message to maintain a radio resource control, RRC, connection related to the call, the message including at least one of a ringing message and a session in progress message; maintaining, by the eNB, the RRC connection based on the received message; discarding, by the eNB, a downlink packet received from a serving gateway while maintaining the RRC connection; and ignoring, by the calling UE, the message in case that at least two messages to maintain the RRC connection related to the call are received at the calling UE in a multiple manner.
A device for application of a hair formulation, comprising: a body structure having one or more tines at a front end, wherein a tip of a tine includes an electrode ; an electrostatic charger electrically connected to the electrode ; and a handle extending from the body structure at an obtuse angle with respect to the front end of the body structure, characterized in that the device further comprises a nebulizer to apply the hair formulation. a body structure having one or more tines at a front end, wherein a tip of a tine includes an electrode ; an electrostatic charger electrically connected to the electrode ; and a handle extending from the body structure at an obtuse angle with respect to the front end of the body structure, characterized in that the device further comprises a nebulizer to apply the hair formulation.
A fluid container configured to store carbon dioxide, comprising: a bottle having an axial end surface comprising a mouth of a port; a valve configured to engage with a filling or dispensing head ; and a lip having a bottom surface that: interfaces to the axial end surface of the bottle ; extends radially from the axial end surface of the bottle ; and is configured to engage with a lifting mechanism to bring the valve into engagement with the filling or dispensing head , wherein the lip is arranged longitudinally between a seat of the valve and the axial end surface of the bottle . a bottle having an axial end surface comprising a mouth of a port; a valve configured to engage with a filling or dispensing head ; and a lip having a bottom surface that: interfaces to the axial end surface of the bottle ; extends radially from the axial end surface of the bottle ; and is configured to engage with a lifting mechanism to bring the valve into engagement with the filling or dispensing head , wherein the lip is arranged longitudinally between a seat of the valve and the axial end surface of the bottle . interfaces to the axial end surface of the bottle ; extends radially from the axial end surface of the bottle ; and is configured to engage with a lifting mechanism to bring the valve into engagement with the filling or dispensing head , wherein the lip is arranged longitudinally between a seat of the valve and the axial end surface of the bottle .
1. A flow control valve comprising: a body having a body bore oriented coaxially with a longitudinal axis of the body and a seat member extending into the body bore ; a spool valve member slidably disposed in the body bore and oriented coaxially with the longitudinal axis of the body , the spool valve member including a non-circular geometrically-shaped head , the non-circular geometrically-shaped head being rectangular-shaped, wherein the spool valve member further includes a first piston positioned at an opposite end of the spool valve member from the geometrically-shaped head , a second piston positioned between the first piston and the geometrically-shaped head whereby the first and second pistons operate to seal against cylinder walls of the body as the spool valve member slidably moves in the body bore and at least one seat engagement member outwardly radially extending from the spool valve member sealingly engaging with the seat member defining a closed position of the flow control valve ; a drive adapter including a head receiving cavity which includes a plurality of cavity faces which mate with corresponding head faces of the rectangular-shaped head and which slidingly receives the rectangular-shaped head of the spool valve member while preventing axial rotation of the spool valve member , the head receiving cavity further providing a clearance gap about an entire perimeter of the rectangular-shaped head; and a stepper motor connected to the drive adapter , the stepper motor operating to axially rotate a shaft directly engaged with the spool valve member . a body having a body bore oriented coaxially with a longitudinal axis of the body and a seat member extending into the body bore ; a spool valve member slidably disposed in the body bore and oriented coaxially with the longitudinal axis of the body , the spool valve member including a non-circular geometrically-shaped head , the non-circular geometrically-shaped head being rectangular-shaped, wherein the spool valve member further includes a first piston positioned at an opposite end of the spool valve member from the geometrically-shaped head , a second piston positioned between the first piston and the geometrically-shaped head whereby the first and second pistons operate to seal against cylinder walls of the body as the spool valve member slidably moves in the body bore and at least one seat engagement member outwardly radially extending from the spool valve member sealingly engaging with the seat member defining a closed position of the flow control valve ; a drive adapter including a head receiving cavity which includes a plurality of cavity faces which mate with corresponding head faces of the rectangular-shaped head and which slidingly receives the rectangular-shaped head of the spool valve member while preventing axial rotation of the spool valve member , the head receiving cavity further providing a clearance gap about an entire perimeter of the rectangular-shaped head; and a stepper motor connected to the drive adapter , the stepper motor operating to axially rotate a shaft directly engaged with the spool valve member .
A bolt tightening mechanism, comprises: an electric motor , the electric motor being connected to a right-angle speed reducer ; a first socket , with one end being fitted with a second socket , enabling the second socket to drive the first socket to rotate, and the other end being used to be fitted with a bolt to be tightened; and the second socket , with the other end being fixed on an output shaft of the right-angle speed reducer , wherein the first socket comprises a round socket section and a square socket section , the round socket section is used to be fitted with the bolt to be tightened, an end portion of one end, which is used to be fitted with the first socket , of the second socket is provided with a square hole, and one end, away from the round socket section , of the square socket section is arranged in the square hole for mutual fitting, leaving a gap between an outer wall of the square socket section and a wall of the square hole. an electric motor , the electric motor being connected to a right-angle speed reducer ; a first socket , with one end being fitted with a second socket , enabling the second socket to drive the first socket to rotate, and the other end being used to be fitted with a bolt to be tightened; and the second socket , with the other end being fixed on an output shaft of the right-angle speed reducer , wherein the first socket comprises a round socket section and a square socket section , the round socket section is used to be fitted with the bolt to be tightened, an end portion of one end, which is used to be fitted with the first socket , of the second socket is provided with a square hole, and one end, away from the round socket section , of the square socket section is arranged in the square hole for mutual fitting, leaving a gap between an outer wall of the square socket section and a wall of the square hole.
An optical amplification system comprising: a plurality of nodes including Add/Drop nodes and relay nodes the relay nodes being arranged between adjacent Add/ Drop nodes; multi-core fibers having a plurality of cores , the multi-core fibers being used as connection between the nodes , wherein each Add/Drop node comprises: a remote excitation laser configured to output remote excitation light; and an amplification light input unit configured to input the remote excitation light to a respective core of the plurality of cores of the multi-core fiber, allocated to each of the relay nodes , and wherein each one node of the relay nodes comprises: an amplification unit configured to amplify communication light transmitted through at least one core of the plurality of cores of the multi-core fiber using the remote excitation light; and an amplification light coupling unit configured to couple the remote excitation light, which is input to the core allocated to the one node by the amplification light input unit , to the amplification unit ; wherein each one node of the relay nodes is configured to amplify communication light by excitation light allocated by the amplification light coupling unit to the amplification unit provided in the one node. a plurality of nodes including Add/Drop nodes and relay nodes the relay nodes being arranged between adjacent Add/ Drop nodes; multi-core fibers having a plurality of cores , the multi-core fibers being used as connection between the nodes , wherein each Add/Drop node comprises: a remote excitation laser configured to output remote excitation light; and an amplification light input unit configured to input the remote excitation light to a respective core of the plurality of cores of the multi-core fiber, allocated to each of the relay nodes , and a remote excitation laser configured to output remote excitation light; and an amplification light input unit configured to input the remote excitation light to a respective core of the plurality of cores of the multi-core fiber, allocated to each of the relay nodes , and an amplification unit configured to amplify communication light transmitted through at least one core of the plurality of cores of the multi-core fiber using the remote excitation light; and an amplification light coupling unit configured to couple the remote excitation light, which is input to the core allocated to the one node by the amplification light input unit , to the amplification unit ; wherein
An aqueous sealant composition for a nonaqueous electrolyte battery, comprising an acrylic polymer obtained by polymerizing a monomer composition comprising a compound represented by a general formula (I): CH 2 = CR 1 COOR 2 ... (I), where R 1 represents -H or -CH 3 , and R 2 represents an alkyl group having 8 or more carbon atoms, in an amount of 85 mass% or more in an aqueous solvent, and a water-soluble polymer comprising at least one of polyvinyl alcohol and polyvinyl pyrrolidone, where in terms of solid content, the acrylic polymer is present in an amount of 70 mass% or more and 95 mass% or less, and the water-soluble polymer is present in an amount of 0.1 mass% or more and 30 mass% or less; and a total solid content concentration is 5 mass% or more and 70 mass% or less. in terms of solid content, the acrylic polymer is present in an amount of 70 mass% or more and 95 mass% or less, and the water-soluble polymer is present in an amount of 0.1 mass% or more and 30 mass% or less; and a total solid content concentration is 5 mass% or more and 70 mass% or less.
A once daily modified release formulation comprising lacosamide and modified release polymer, wherein the modified release polymer is selected from the group consisting of hydrophilic polymer, hydrophobic polymer, wax; and mixtures thereof.
Vessel for containing direct reduced iron (DRI), comprising at least an upper zone , defined by a first lateral wall having a substantially cylindrical tubular shape, and a discharge zone , positioned below said upper zone and defined by a second lateral wall having a substantially truncated cone shape converging toward a lower discharge aperture , said second lateral wall having an internal surface at least partly lined by an internal lining , characterized in that said internal lining comprises at least a first layer of a composite ceramic material comprising a mixture of alumina, in the form of corundum (Al2O3), zircon oxide (zirconia - ZrO2) and silica (SiO2), said internal lining having a surface with a surface hardness greater than or equal to 8.5 on the Mohs scale so as to reduce the friction coefficient of said second lateral wall and increase the ability of said DRI to slide toward said discharge aperture , in that said ceramic material comprises at least a quantity of corundum (Al2O3) comprised between 40% and 60% in weight, in that said ceramic material comprises at least a quantity of zircon oxide (ZrO2) comprised between 25% and 40% in weight, and in that said ceramic material comprises at least a quantity of silica (SiO2) comprised between 10% and 20%.
Connecting insert, which is moldable into a plastic component and which comprises the following features: a. a cylindrical main body having a radially outer side as well as a first and a second axial end , b. at least one circumferential collar arranged at the radially outer side of the main body which has at least in sections the largest outer diameter compared to the remaining main body and which is arranged at a distance to the first and the second axial end of the main body , c. a radially protruding structure arranged at the radially outer side of the main body which extends continuously and/or discontinuously parallel and/or inclined to the longitudinal axis (L) of the main body between the collar and the first and/or the second axial end , wherein d. the collar has a changing diameter in a circumferential course, so that a plurality of radial valleys and elevations are arranged in the collar , and e. the cylindrical main body comprises a central bore with a radially inner side at which a connecting structure is provided, preferably a thread , a bayonet closure or a radial knurling, or f. the cylindrical main body comprises a bolt like axial extension at the first axial end . a. a cylindrical main body having a radially outer side as well as a first and a second axial end , b. at least one circumferential collar arranged at the radially outer side of the main body which has at least in sections the largest outer diameter compared to the remaining main body and which is arranged at a distance to the first and the second axial end of the main body , c. a radially protruding structure arranged at the radially outer side of the main body which extends continuously and/or discontinuously parallel and/or inclined to the longitudinal axis (L) of the main body between the collar and the first and/or the second axial end , wherein d. the collar has a changing diameter in a circumferential course, so that a plurality of radial valleys and elevations are arranged in the collar , and e. the cylindrical main body comprises a central bore with a radially inner side at which a connecting structure is provided, preferably a thread , a bayonet closure or a radial knurling, or f. the cylindrical main body comprises a bolt like axial extension at the first axial end .