mhurhangee/patent-ind-claim-en huggingface dataset:
A method of creating a secure network, the method comprising connecting (S100) a first router node to the network; discovering (S102), using the first router node, a link to an adjacent router node within the network; receiving (S104), at the first router node via the discovered link, a first loopback address for the adjacent router node, wherein the first loopback address is an address for a security module in the adjacent router node and is a network wide unique address; creating (S106) a first tunnel between a security module in the first router node and the received first loopback address; receiving (S108), at the first router node via the first tunnel, a second loopback address for the second router node, wherein the second loopback address is an address for a secure access module in the second router node and is a network wide unique address; creating (S110) a second tunnel between a secure access module in the first router node and the received second loopback address; repeating the discovering, receiving and creating steps for each router node which is adjacent to the first router node; storing (S112) information relating to the links between the first router node and each adjacent router node in a link discovery routing table; storing (S112) the unique first loopback address for each adjacent router node in a security routing table; and storing (S112) the unique second loopback address for each adjacent router node in a secure access routing table; whereby each discovered link, first tunnel and second tunnel provide separate connections between the first router node and each adjacent router node. discovering (S102), using the first router node, a link to an adjacent router node within the network; receiving (S104), at the first router node via the discovered link, a first loopback address for the adjacent router node, wherein the first loopback address is an address for a security module in the adjacent router node and is a network wide unique address; creating (S106) a first tunnel between a security module in the first router node and the received first loopback address; receiving (S108), at the first router node via the first tunnel, a second loopback address for the second router node, wherein the second loopback address is an address for a secure access module in the second router node and is a network wide unique address; creating (S110) a second tunnel between a secure access module in the first router node and the received second loopback address; repeating the discovering, receiving and creating steps for each router node which is adjacent to the first router node; storing (S112) information relating to the links between the first router node and each adjacent router node in a link discovery routing table; storing (S112) the unique first loopback address for each adjacent router node in a security routing table; and storing (S112) the unique second loopback address for each adjacent router node in a secure access routing table; whereby each discovered link, first tunnel and second tunnel provide separate connections between the first router node and each adjacent router node.
A test panel for testing food intolerance in patients diagnosed with or suspected to have ulcerative colitis, comprising: a plurality of distinct food preparations, wherein each food preparation is independently coupled to an individually addressable solid carrier; wherein the plurality of distinct food preparations consists of green pea, cantaloupe, pinto bean, cucumber, green pepper, grapefruit, carrot, orange, almond, sardine, sweet potato, broccoli, garlic, lima bean, squashes, celery, string bean, tomato, cauliflower, black walnut, sunflower seed, cane sugar, buck wheat, soybean, lemon, barley, oat, oyster, mustard, rye, peach, chili pepper, spinach, peanut, avocado, shrimp, pineapple, cola nut, rice, cabbage, butter, eggplant, apple, egg, wheat, cottage cheese, sole, cashew, olive, parsley, corn, honey, chocolate, cow's milk, potato, onion, tea, and tobacco.
A ceiling mount having at least one component movable by an actuator , comprising: a user interface through which a user can input an instruction to move the component to a user interface microcontroller ; and a control device , which is designed to query data from the user interface microcontroller , to authenticate it and, if authentication is successful, to control the actuator in order to move the component according to the user's instructions, wherein the control device has a first and a second microcontroller , wherein the first microcontroller is designed to communicate with the user interface microcontroller , and wherein the second microcontroller is designed to communicate with the first microcontroller , and wherein the second microcontroller is designed to send a security query, Challenge, to the user interface microcontroller via the first microcontroller , and wherein the first microcontroller is designed to receive the answer, Response, to the security query, and to forward the answer to the second microcontroller . a user interface through which a user can input an instruction to move the component to a user interface microcontroller ; and a control device , which is designed to query data from the user interface microcontroller , to authenticate it and, if authentication is successful, to control the actuator in order to move the component according to the user's instructions, wherein the control device has a first and a second microcontroller , wherein the first microcontroller is designed to communicate with the user interface microcontroller , and wherein the second microcontroller is designed to communicate with the first microcontroller , and wherein the second microcontroller is designed to send a security query, Challenge, to the user interface microcontroller via the first microcontroller , and wherein the first microcontroller is designed to receive the answer, Response, to the security query, and to forward the answer to the second microcontroller .
A method of producing a compound represented by the following formula (F), comprising subjecting a composition comprising a compound represented by the following formula (A) to a purification treatment in the order of distillation and washing with an aqueous alkali solution to give a purified product comprising a compound represented by the following formula (A), and subjecting the purified product to a thermal decomposition reaction to give a compound represented by the following formula (F) : wherein each R may be the same or different and is a monovalent hydrocarbon group, and X is a halogen atom.
An alignment device for regulating the position of a component of a turbomachine with respect to a baseplate (B) of the turbomachine , wherein the alignment device includes at least a first bolt , a second bolt and a third bolt , each bolt including a regulating screw respectively coupled with a threaded through hole in said component , each threaded through hole defining a respective alignment axis (X, Y, Z) for said component , each screw having a respective axial end which is susceptible of contacting said baseplate (B) for defining the position of the component along each axis (X, Y, Z) respectively, each bolt including a blocking nut for respectively blocking said regulating screws in said threaded holes; the alignment device further including a fourth fixing screw which is screwable in a threaded hole of the baseplate (B) for fixing said component to the baseplate (B); wherein one of the regulating screws of one of said bolts has a through hole coaxial with the respective alignment axis (Z) for housing said fourth fixing screw .
An x-ray computed tomography apparatus comprising an energy discriminating x-ray measurement system including a detector , at least first and second energy resolving photon counters , and a combiner , the measurement system configured to measure an energy of x-radiation received by the detector and the combiner configured to combine energy measurements generated by the energy discriminating x-ray measurement system to produce an output (EL, EH) indicative of the energy of the received x-radiation, wherein the detector includes at least a first and a second detector portion, the first detector portion sensitive to x-radiation radiation having a first energy, the second detector portion sensitive to x-radiation having a second energy which is different from the first energy, the first energy resolving photon counter in operative communication with the first detector portion , the second energy resolving photon counter in operative communication with the second detector portion ; wherein the first detector portion and the second detector portion include, respectively, any one of the following: a scintillator or a direct conversion detector, wherein the combiner is in operative communication with the first energy resolving photon counter and with the second energy resolving photon counter to receive counts, and characterized in that the combiner is configured to operate to combine the counts in a manner so as to preserve a sum of said counts.
A method for vehicle headlight control, the method comprising: receiving , by a control unit, image data from a front facing camera of the vehicle; detecting , by the control unit, at least one object in the image data; detecting , by the control unit, an illumination level of the at least one object in the image data; determining , by the control unit, a control setting to modify illumination of at least one lighting element of the vehicle, the at least one lighting element arranged to be orientable, wherein the control setting is determined to increase an illumination level for the at least one object; and controlling , by the control unit, the at least one lighting element of the vehicle in response to the control setting, the controlling includes orienting the at least one lighting element to a position to maximize illumination of the at least one object, the position computed using the equation: θ ∗ φ ∗ = arg max θ φ ∑ i L xi yi zi θ φ ∗ P obj i wherein ( θ *, φ *) respectively represent a horizontal orientation and a vertical orientation of the at least one lighting element in the position, L ( xi,yi,zi ; θ , φ ) represents an illuminated level of the at least one object ( obj i ) positioned in a real-world coordinate of ( xi,yi,zi ) with respect to a frame of reference of the vehicle, and ( θ , φ ) represents an orientation of the at least one lighting element to illuminate the at least one object at the illuminated 1 level, and P(obj i ) is the importance of object i estimated based on its visual characteristics. receiving , by a control unit, image data from a front facing camera of the vehicle; detecting , by the control unit, at least one object in the image data; detecting , by the control unit, an illumination level of the at least one object in the image data; determining , by the control unit, a control setting to modify illumination of at least one lighting element of the vehicle, the at least one lighting element arranged to be orientable, wherein the control setting is determined to increase an illumination level for the at least one object; and controlling , by the control unit, the at least one lighting element of the vehicle in response to the control setting, the controlling includes orienting the at least one lighting element to a position to maximize illumination of the at least one object, the position computed using the equation: θ ∗ φ ∗ = arg max θ φ ∑ i L xi yi zi θ φ ∗ P obj i wherein ( θ *, φ *) respectively represent a horizontal orientation and a vertical orientation of the at least one lighting element in the position, L ( xi,yi,zi ; θ , φ ) represents an illuminated level of the at least one object ( obj i ) positioned in a real-world coordinate of ( xi,yi,zi ) with respect to a frame of reference of the vehicle, and ( θ , φ ) represents an orientation of the at least one lighting element to illuminate the at least one object at the illuminated 1 level, and P(obj i ) is the importance of object i estimated based on its visual characteristics.
A multi-band active antenna, wherein the multi-band active antenna comprises a broadband antenna , a combiner , and an active module , wherein a first port of the combiner is connected to a first port of the broadband antenna and a first port of the active module is connected to a second port of the combiner, wherein a concave window is disposed on an enclosure frame of the broadband antenna; the first port of the broadband antenna is disposed in the window; the combiner is removably plug-connected into the window; a mounting kit of the broadband antenna is disposed on the enclosure frame of the broadband antenna and the active module is removably connected to the mounting kit; wherein an antenna port of the broadband antenna is disposed on an external surface of the broadband antenna; the first port of the active module is connected to the antenna port by a conducting wire; and an intermediate port connected to the antenna port is also disposed in the window, wherein the intermediate port is connected to the second port of the combiner, so that the first port of the active module is connected to the second port of the combiner by the antenna port.
A chill roll for a printing machine, the chill roll comprising a cylindrical body elongated according to a longitudinal axis (X) and shafts projecting from respective opposite ends of the cylindrical body , the cylindrical body containing a cooling circuit for the circulation of a cooling fluid, said chill roll further comprising a first chamber , an inlet to said cooling circuit being open inside said first chamber , said first chamber further comprising an access for the inlet of said cooling fluid in said first chamber , characterised in that a first one of said shafts provides auxiliary rotation drive means housed inside said first chamber , said auxiliary rotation drive means being adapted, under the pushing action of said cooling fluid supplied through said access , to transmit a rotational movement around said longitudinal axis (X) to said cylindrical body .
Arrangement having a plunger piston which is arranged in a guide in a housing cover and which acts via a pressure plate and a pressure spring on a piston which is guided in a housing , wherein the housing cover is screwed together with the housing , characterized in that the housing cover is composed of a dimensionally stable material which can be cast in the installation dimensions, in that the guide is composed of a dimensionally stable material which can be cast in the installation dimensions and which has good sliding characteristics, and in that the guide is screwed or clipped together with the housing cover .
Device for dispensing a plurality of drugs, characterised in that it comprises: - for each drug dose (23 to 28) of said plurality of drugs, a drawer configured to accommodate a single dose of any of the drugs of said plurality of drugs; - a storage unit comprising cases , each case comprising at least one passage (43 to 45) for holding drawers and, in each passage, drawers next to one another all comprising identical drug doses; - a unit for preparing pillboxes that is configured to pull drawers out from the cases of the storage unit and place the pulled-out drawers in a pillbox associated with a patient's identifier, the pillbox comprising a passage for holding the drawers that have been placed therein. - for each drug dose (23 to 28) of said plurality of drugs, a drawer configured to accommodate a single dose of any of the drugs of said plurality of drugs; - a storage unit comprising cases , each case comprising at least one passage (43 to 45) for holding drawers and, in each passage, drawers next to one another all comprising identical drug doses; - a unit for preparing pillboxes that is configured to pull drawers out from the cases of the storage unit and place the pulled-out drawers in a pillbox associated with a patient's identifier, the pillbox comprising a passage for holding the drawers that have been placed therein.
Closure plug for temporary closure of a pipe, specifically for closure of a pipe opening at a pipe end , having a holding portion , which is to be inserted into the pipe to be closed off and holds the closure plug against the pipe, and having a stop , which, by way of at least one stop surface , comes to bear against an end surface, surrounding the pipe opening to be closed off, of the pipe end during the closure of the pipe and whose maximum diameter is equal to the outer diameter of the pipe at the pipe end with the pipe opening to be closed off, wherein the closure plug has a lengthening portion on that side of its stop which faces away from the pipe end with the pipe opening to be closed off, characterized in that the length of the lengthening portion is greater by an amount ΔL than the receiving length of a plug-in region , enlarged in terms of its inner diameter, of any pipe connector provided for connecting the pipe to other elements of a line system, wherein the outer diameter of the closure plug , in its lengthening portion , is smaller than the inner diameter of the plug-in region of a respective pipe connector but is greater than the inner diameter of a pipe connector portion which adjoins the plug-in region of the same pipe connector .
A combustor air bar grid for use within a fluidized bed reactor , the combustor air bar grid comprising: - at least two main air collector bars in fluid communication with a source of fluidizing gas; - a plurality of primary air bars that are transversal to said main air collector bars and arranged on said at least two main air collector bars such that the main air collector bars support them, and in fluid communication to at least two of said main air collector bars , the main air collector bars and the primary air bars defining ash removal openings in the air bar grid ; - a plurality of fluidizing nozzles arranged to each of the primary air bars for fluidizing the bed reactor - a number of ash hoppers arranged beneath the ash removal openings; characterized in that: the main air collector bars are configured to form external air-cooled walls for the ash hoppers that are cooled with the pressurized fluidizing gas. - at least two main air collector bars in fluid communication with a source of fluidizing gas; - a plurality of primary air bars that are transversal to said main air collector bars and arranged on said at least two main air collector bars such that the main air collector bars support them, and in fluid communication to at least two of said main air collector bars , the main air collector bars and the primary air bars defining ash removal openings in the air bar grid ; - a plurality of fluidizing nozzles arranged to each of the primary air bars for fluidizing the bed reactor - a number of ash hoppers arranged beneath the ash removal openings;
Actuator device for brakes suitable to be operatively connected to at least a first braking device acting on a brake disc or drum , so as to exercise a braking action, - the actuator device for brakes being fitted with a lever and/or pedal for its manual operation, and being provided with a body which houses at least one piston which acts on a hydraulic circuit fluidically connected to said at least one first braking device for the hydraulic operation thereof, - the lever and/or pedal being operatively connected to said piston so as to command its movement or operating stroke in an operating direction (X), so as to exert pressure on the fluid of the hydraulic circuit , wherein the actuator device for brakes is fitted with an automatic actuator , operatively connected to the piston and /or to the operating lever and/or pedal , so as to increase, control or reduce the braking action imposed manually by operating the operating lever and/or pedal , controlling the operating stroke of the piston , characterised in that the body identifies a first chamber which houses said piston fitted with at least a first head , the first chamber being provided with a delivery opening fluidically connected to the at least one first braking device so as to receive the fluid pressurised by the first head during the stroke of the piston , wherein the body identifies a second chamber which houses a second head of the piston , the second chamber being in connection with the automatic actuator so as to exercise on the piston a thrust action in accordance or discordance with the thrust action exercised by the operating lever and/or pedal . - the actuator device for brakes being fitted with a lever and/or pedal for its manual operation, and being provided with a body which houses at least one piston which acts on a hydraulic circuit fluidically connected to said at least one first braking device for the hydraulic operation thereof, - the lever and/or pedal being operatively connected to said piston so as to command its movement or operating stroke in an operating direction (X), so as to exert pressure on the fluid of the hydraulic circuit ,
A method of transmission power control, comprising: determining that a first uplink transmission and a second uplink transmission are scheduled for transmission during a symbol of a subframe , wherein the first uplink transmission has a first transmission time interval, TTI , and a first transmission power and the second uplink transmission has a second TTI , and a second transmission power , wherein a duration of the first TTI is different from a duration of the second TTI ; determining that a power limitation condition is met for one or both of the first transmission power or the second transmission power following the determining that the first uplink transmission and the second uplink transmission are scheduled for transmission during the symbol of the subframe ; and adjusting one or both of the first transmission power or the second transmission power based on a determination that the power limitation condition is met. determining that a first uplink transmission and a second uplink transmission are scheduled for transmission during a symbol of a subframe , wherein the first uplink transmission has a first transmission time interval, TTI , and a first transmission power and the second uplink transmission has a second TTI , and a second transmission power , wherein a duration of the first TTI is different from a duration of the second TTI ; determining that a power limitation condition is met for one or both of the first transmission power or the second transmission power following the determining that the first uplink transmission and the second uplink transmission are scheduled for transmission during the symbol of the subframe ; and adjusting one or both of the first transmission power or the second transmission power based on a determination that the power limitation condition is met.
Floating platform for the attachment of a floating wind turbine to the bottom of a body of water by means of a mooring buoy anchored to the bottom of the body of water, wherein the floating wind turbine has a recess opening in the direction of the bottom of the body of water for receiving the mooring buoy characterized in that the floating platform comprises a positioning means in the form of a docking zone for positioning the floating wind turbine in a predetermined position relative to the floating platform , and an actuator designed as a lift or swivel arm for lowering the mooring buoy below the platform and inserting the mooring buoy into the recess of the floating wind turbine by lifting the mooring buoy . the floating platform comprises a positioning means in the form of a docking zone for positioning the floating wind turbine in a predetermined position relative to the floating platform , and an actuator designed as a lift or swivel arm for lowering the mooring buoy below the platform and inserting the mooring buoy into the recess of the floating wind turbine by lifting the mooring buoy .