mhurhangee/patent-ind-claim-en huggingface dataset:
A network of nodes , wherein the network is a wireless network in which data is wirelessly transmitted between nodes , at least some of the nodes comprising: a transceiver for transmitting and receiving data packets; and data storage for storing a database ; wherein at least some of the nodes are arranged such that: if a node generates its own new data element, the node updates its own stored database with the data element, and transmits the data element to at least one other node ; and if a node receives a data element transmitted by another node , the node updates its own database with the received data element; wherein the database stored in each node is in the form of a blockchain, the updating by a node of its own stored database is by adding a block corresponding to the data element to the blockchain database of the node , and the transmission of a data element from one node to another node is a transmission of a block corresponding to the data element to be added to the blockchain database of the other node ; at least some of said nodes comprising a sensor for taking a measurement and being arranged to generate a data element corresponding to the measurement such that the database stored by said at least some of said nodes comprises data elements that correspond to sensor measurements taken by said at least some of said nodes . a transceiver for transmitting and receiving data packets; and data storage for storing a database ; wherein at least some of the nodes are arranged such that: if a node generates its own new data element, the node updates its own stored database with the data element, and transmits the data element to at least one other node ; and if a node receives a data element transmitted by another node , the node updates its own database with the received data element; if a node generates its own new data element, the node updates its own stored database with the data element, and transmits the data element to at least one other node ; and if a node receives a data element transmitted by another node , the node updates its own database with the received data element; wherein the database stored in each node is in the form of a blockchain, the updating by a node of its own stored database is by adding a block corresponding to the data element to the blockchain database of the node , and the transmission of a data element from one node to another node is a transmission of a block corresponding to the data element to be added to the blockchain database of the other node ; at least some of said nodes comprising a sensor for taking a measurement and being arranged to generate a data element corresponding to the measurement such that the database stored by said at least some of said nodes comprises data elements that correspond to sensor measurements taken by said at least some of said nodes .
Modular construction kit for structural size configuration for one hydraulic size with different magnetic coupling sizes, or for one magnetic coupling size and different hydraulic sizes, for producing a pump arrangement having an interior space formed by a pump casing of the pump arrangement , having a containment can which hermetically seals off a chamber surrounded by said containment can with respect to the interior space formed by the pump casing , having an impeller shaft which can be driven in rotation about an axis of rotation (A), having an impeller which is arranged on one end of the impeller shaft , having an inner rotor which is arranged on the other end of the impeller shaft , and having an outer rotor which interacts with the inner rotor , characterized by different adaptor elements connecting the containment can to a casing cover of the pump casing , which adaptor elements have a mounting flange which, at the side close to the interior space , bears against an abutment surface of the casing cover .
A method of incorporating an augmented reality image into a virtual environment, comprising detecting (s10) a state of a real-world control object in an image captured by a video camera ; augmenting (s20) the image responsive to the state of the control object; calculating (s30) a trajectory responsive to a state of the control object with respect to a local co-ordinate system of the image, for an action by a user using the control object; embedding (s40) the augmented image within a 3D virtual environment at a given position, scale and orientation; calculating (s50) the trajectory for the action with respect to a local co-ordinate system of the 3D virtual environment, based upon the given position, scale and orientation of the embedded augmented image; and rendering (s60) a graphical effect corresponding to the calculated trajectory for the action within the 3D virtual environment.
A functional device, in particular a robot, of the type comprising: - one or more frame bodies ; and - one or more motorized joints , each joint comprising: - one or more electric motors ; - a unit for power supply and control of said motors; and - a first, fixed, cylindrical portion and a second, mobile, cylindrical portion , wherein said first cylindrical portion contains inside it said one or more electric motors, wherein each frame body identifies a first cylindrical seat and a second cylindrical seat , characterized in that said seats are pre-arranged for receiving and having fixed indifferently thereon said first cylindrical portion or said second cylindrical portion . - one or more frame bodies ; and - one or more motorized joints , each joint comprising: - one or more electric motors ; - a unit for power supply and control of said motors; and - a first, fixed, cylindrical portion and a second, mobile, cylindrical portion , wherein said first cylindrical portion contains inside it said one or more electric motors, wherein each frame body identifies a first cylindrical seat and a second cylindrical seat , characterized in that said seats are pre-arranged for receiving and having fixed indifferently thereon said first cylindrical portion or said second cylindrical portion . - one or more electric motors ; - a unit for power supply and control of said motors; and - a first, fixed, cylindrical portion and a second, mobile, cylindrical portion , wherein said first cylindrical portion contains inside it said one or more electric motors,
Fuel supply system for motor applications supplied with gaseous fuels with pressure reducer comprising: - a pressure reducer , fluidly connected in input to a fuel tank containing compressed fuel at an input pressure (Pi), and suitable for supplying said fuel in output, in the gas phase, to an internal combustion engine , at a delivery pressure (Pm) lower than the input pressure (Pi), - at least one exchanger fluid passing through at least one conveying duct so as to at least partially lap a portion of a body of the pressure reducer to increase the temperature of said body and simultaneously reduce the temperature of said exchanger fluid, wherein said conveying duct is provided with at least an adjustment mean suitable to regulate the flow rate of the exchanger fluid that laps the body of the pressure reducer , so as to bring the body of the pressure reducer to a temperature higher than a predetermined minimum value, characterised in that said at least one conveying duct comprises a ventilation duct of an air conditioning system of the vehicle . - a pressure reducer , fluidly connected in input to a fuel tank containing compressed fuel at an input pressure (Pi), and suitable for supplying said fuel in output, in the gas phase, to an internal combustion engine , at a delivery pressure (Pm) lower than the input pressure (Pi), - at least one exchanger fluid passing through at least one conveying duct so as to at least partially lap a portion of a body of the pressure reducer to increase the temperature of said body and simultaneously reduce the temperature of said exchanger fluid, wherein said conveying duct is provided with at least an adjustment mean suitable to regulate the flow rate of the exchanger fluid that laps the body of the pressure reducer , so as to bring the body of the pressure reducer to a temperature higher than a predetermined minimum value, characterised in that said at least one conveying duct comprises a ventilation duct of an air conditioning system of the vehicle .
A Hydrogen Refueling Station (HRS; Hydrogen Refueling Station) comprising at least: - a HRS center module , - a HRS dispenser module , and - a first hydrogen supply line facilitating flow of hydrogen between the HRS center module and the HRS dispenser module , characterized in that the HRS center module comprises a safety controller and a process controller , and the HRS comprises a communication system facilitating data communication via two separate communication channels of which data is communicated between the safety controller and safety components of the HRS dispenser module via a safety communication channel , and of which data is communicated between the process controller and process components of the HRS dispenser module via a process communication channel . - a HRS center module , - a HRS dispenser module , and - a first hydrogen supply line facilitating flow of hydrogen between the HRS center module and the HRS dispenser module , the HRS center module comprises a safety controller and a process controller , and the HRS comprises a communication system facilitating data communication via two separate communication channels of which data is communicated between the safety controller and safety components of the HRS dispenser module via a safety communication channel , and of which data is communicated between the process controller and process components of the HRS dispenser module via a process communication channel .
A downhole tool, comprising: (i) a downhole-tool member containing a reactive metal; and (ii) a downhole-tool member containing a degradable resin composition that promotes degradation of the reactive metal; wherein the reactive metal is a metal element alone or an alloy whose main component is the metal element that can degrade by a degradation reaction based on a chemical change, and wherein the degradable resin composition contains a polyglycolic acid, characterized in that and the downhole tool further comprises (iii) a rubber member formed of a degradable rubber, wherein the degradable rubber contains an urethane rubber. (i) a downhole-tool member containing a reactive metal; and (ii) a downhole-tool member containing a degradable resin composition that promotes degradation of the reactive metal; wherein the reactive metal is a metal element alone or an alloy whose main component is the metal element that can degrade by a degradation reaction based on a chemical change, and wherein the degradable resin composition contains a polyglycolic acid, characterized in that and the downhole tool further comprises wherein the reactive metal is a metal element alone or an alloy whose main component is the metal element that can degrade by a degradation reaction based on a chemical change, and wherein the degradable resin composition contains a polyglycolic acid, characterized in that and the downhole tool further comprises (iii) a rubber member formed of a degradable rubber,
Hob apparatus, in particular an induction hob apparatus, having at least one variable cooking surface region , which is defined by an arrangement of at least two extended heating elements , which are arranged adjacent to one another relative to at least one longitudinal axis of the heating elements and having at least one further extended heating unit , the longitudinal axis of which is oriented at least substantially perpendicular to the longitudinal axes of the heating elements , wherein the further heating unit is formed by just one heating element , wherein a centre point of the further heating unit is arranged at least substantially centrally between centre points of two adjacently arranged heating elements of the variable cooking surface region or at least substantially on one of the longitudinal axes of one of the heating elements of the variable cooking surface region relative to the longitudinal axis of the further heating unit , characterised by at least one further variable cooking surface region , which is defined by an arrangement of at least two extended heating elements , the longitudinal axes of which are oriented at least substantially parallel to the longitudinal axes of the heating elements of the variable cooking surface region and by at least one control unit , which is provided to assign the further heating unit to one of the variable cooking surface regions as a function of at least one operating parameter.
Connection element for a moving contact of a vacuum interrupter comprising a connection body and a flexible current conduction element , wherein the connection element has at least one outer body and the connection body is connected to the at least one outer body by means of a flexible, heat-conducting connecting piece , characterized in that the outer body partially or fully surrounds the flexible current conduction element . a connection body and a flexible current conduction element , wherein the connection element has at least one outer body and the connection body is connected to the at least one outer body by means of a flexible, heat-conducting connecting piece , characterized in that the outer body partially or fully surrounds the flexible current conduction element .
Nozzle device for emitting an emission medium onto a component , preferably for emitting the emission medium onto two side faces of a fold, an edge or a transition joint of the component , comprising an opening configuration for emitting the emission medium, the opening configuration comprising at least two openings (2.1, 2.2) for emitting at least two jets (S1, S2) of the emission medium and the at least two openings (2.1, 2.2) being oriented inwardly so that the at least two jets (S1, S2) approach one another toward the emission side (A), characterised in that a protruding horn structure (7.1, 7.2) is arranged on both sides externally beside the at least two openings (2.1, 2.2) and the horn structure (7.1, 7.2) comprises at least two inwardly formed inner flanks (8.1, 8.2), which act upon the jets (S1, S2) output from the at least two openings (2.1, 2.2), in order to deflect the jets (S1, S2) inwardly.
Method for securely replacing a first manufacturer certificate, already introduced into a device (D1, D2), with a second manufacturer certificate, having the steps of: - ascertaining at least one specific device-related parameter that explicitly characterizes the device (D1, D2), which is contained in the first manufacturer certificate, and uniquely identifies the device (D1, D2), from a trusted device database (DB), - generating a second manufacturer certificate containing at least the explicitly characterizing device-related parameter of the first certificate and a public key of the device (D1, D2), and - replacing the first manufacturer certificate with the second manufacturer certificate in the device (D1, D2), wherein the device database (DB) is used to ascertain those devices to which a first manufacturer certificate has been issued by a compromised first certification authority (CA1) and the first manufacturer certificate is replaced in the ascertained devices (D1, D2) with a second manufacturer certificate generated by a second certification authority (CA2). - ascertaining at least one specific device-related parameter that explicitly characterizes the device (D1, D2), which is contained in the first manufacturer certificate, and uniquely identifies the device (D1, D2), from a trusted device database (DB), - generating a second manufacturer certificate containing at least the explicitly characterizing device-related parameter of the first certificate and a public key of the device (D1, D2), and - replacing the first manufacturer certificate with the second manufacturer certificate in the device (D1, D2),
A brake operating arrangement for use with a brake mechanism for braking a wheel, the brake mechanism comprising a braking member movable between a braking position and a non-braking position, wherein the brake operating arrangement comprises: a cam member operable on the brake mechanism , wherein the cam member is rotatable to move the braking member to the braking position; a drive member movable in drive and return directions; and a ratchet mechanism to rotate the cam member when the drive member is moved in the drive direction, the ratchet mechanism being connected to the drive member and the cam member ; wherein the cam member is rotatable between a force applying condition and a release condition, whereby when the cam member is rotated to the force applying condition, the cam member can apply a force to the braking member to maintain the braking member in the braking position; wherein the cam member has a force applying region , and the cam member is rotatable by moving the drive member in the drive direction to move the force applying region into engagement with the braking member and to move the braking member to the braking position; and the force applying region comprises a force applying surface , characterised in that the force applying surface is a radially outwardly facing force applying surface . a cam member operable on the brake mechanism , wherein the cam member is rotatable to move the braking member to the braking position; a drive member movable in drive and return directions; and a ratchet mechanism to rotate the cam member when the drive member is moved in the drive direction, the ratchet mechanism being connected to the drive member and the cam member ; wherein the cam member is rotatable between a force applying condition and a release condition, whereby when the cam member is rotated to the force applying condition, the cam member can apply a force to the braking member to maintain the braking member in the braking position; wherein the cam member has a force applying region , and the cam member is rotatable by moving the drive member in the drive direction to move the force applying region into engagement with the braking member and to move the braking member to the braking position; and the force applying region comprises a force applying surface , characterised in that the force applying surface is a radially outwardly facing force applying surface .
Power plant having a steam circuit which can be supplied, in the region of a heat recovery steam generator , with thermal energy for producing steam, wherein the steam circuit comprises, in the region of the heat recovery steam generator , a high-pressure part , a medium-pressure part and a low-pressure part , and wherein, furthermore, a heat reservoir which has a phase change material is included which is not arranged in the region of the heat recovery steam generator , wherein a supply line proceeding from the high-pressure part or the medium-pressure part is included for the supply of thermally treated water to the heat reservoir , and a discharge line is included for the discharge of thermally treated water from the heat reservoir , which discharge line opens into the medium-pressure part , the low-pressure part or a steam turbine .
A racket comprising a head portion connected to a handle portion , which head portion comprises a beam comprising string holes and at least one string looped through the string holes, the racket further comprising at least one tensioning device , charachterized in that the at least one tensioning device is rotatably arranged on a support surface on the exterior surface of the beam relative to which it can be rotated between a first and a second position, wherein the at least one tensioning device comprises a through hole arranged parallel and offset to the rotation axis and extending through the tensioning device , wherein the at least one string is looped from a first string hole through the through hole to a second string hole, so that the tension of the at least one string can be varied by rotation of the tensioning device between the first and second position, and where the outer circumference of the tensioning device further comprises a mating surface for mating with the support surface , which mating surface extends from a first mating patch which contacts the support surface in the first position to a second mating patch which contacts the support surface in the second position and where the cross section of the mating surface perpendicular to the rotation axis has an arched shape.
Electron Paramagnetic Resonance (="EPR") apparatus comprising a main magnet with two pole pieces provided on either side of an air gap, at least one EPR probe head adapted for Rapid Scan (="RS") measurements, positionable between the pole pieces of the main magnet and a pair of RS coils , characterized in that the EPR apparatus further comprises - at least one EPR probe head adapted for Continuous Wave (="CW") signal measurements, positionable between the pole pieces of the main magnet , - and a carrier which allows to insert the RS coils into the air gap between the pole pieces of the magnet in an operation position and to extract the RS-coils from the air gap to a storage position outside of CW operating volume. - at least one EPR probe head adapted for Continuous Wave (="CW") signal measurements, positionable between the pole pieces of the main magnet , - and a carrier which allows to insert the RS coils into the air gap between the pole pieces of the magnet in an operation position and to extract the RS-coils from the air gap to a storage position outside of CW operating volume.
A control device for controlling at least one collimator, wherein the collimator has a plurality of parts being designed for collimating and shaping rays, wherein the rays are generated for treating a predefined body part of a patient, wherein the control device comprises - a programmable logic controller , - a plurality of controller nodes , - a plurality of device controllers , and - a plurality of real-time bus interfaces , wherein the programmable logic controller is designated as a first master device with respect to each of the controller nodes , wherein the programmable logic controller is designed for superordinate control of the plurality of parts of the collimator, wherein each of the controller nodes is designated as a first slave device with respect to the programmable logic controller , wherein the controller node is designated as a second master device with respect to at least one corresponding device controller , wherein the controller node is designed for controlling at least one corresponding part of the collimator, wherein the controller node is connected to the programmable logic controller by one of the real-time bus interfaces , wherein each of the device controllers is designated as a second slave device with respect to a corresponding controller node , wherein each of the device controllers is designed for controlling at least one of an actuator and a sensor , wherein the actuator is designed for adjusting a corresponding part of the collimator, and wherein the sensor is designed for providing data related to position information and/or velocity information with respect to the corresponding part of the collimator, wherein the device controller is connected to the corresponding controller node by one of the real-time bus interfaces . - a programmable logic controller , - a plurality of controller nodes , - a plurality of device controllers , and - a plurality of real-time bus interfaces ,