mhurhangee/ep-ind-claims huggingface dataset:
An airfoil member having a root end, a tip end, a leading edge, and a trailing edge, the airfoil member comprising: an upper skin; a lower skin; a composite core member having a plurality of cells (257, 261), an upper surface network of the cells being bonded to the upper skin, a lower surface network of the cells being bonded to the lower skin; characterized by a septum layer (237, 241, 243, 247, 253, 255) embedded in the composite core, the septum layer being configured to provide tailored characteristics of the airfoil member; wherein the septum layer (237, 241, 243, 247, 255) includes a layer of composite material in a corrugated geometry located between adjacent cells, the corrugations mating with cells that are adjacent to the corrugations. an upper skin; a lower skin; a composite core member having a plurality of cells (257, 261), an upper surface network of the cells being bonded to the upper skin, a lower surface network of the cells being bonded to the lower skin;
Laser transfer printing device for coating an object surface, preferably a glass surface or a ceramic surface, or a metal surface, preferably a glass panel surface (26a;b), by means of laser transfer printing, comprising a) a dispenser tape supply device for supplying at least one dispenser tape having a dispenser tape coating with a dispenser tape pressure device, wherein the dispenser tape pressure device comprises a pressure element comprising a pressure surface for pressing the at least one dispenser tape against the object surface, wherein the pressure element comprises at least one laser aperture for guiding the laser radiation through the pressure element, wherein the laser aperture comprises a pressure chamber open at the pressure surface, b) a laser radiation source, c) a laser beam manipulating device for manipulating the laser beam provided by the laser beam source, and d) a control device, characterized in that the laser transfer printing device comprises a compressed air charging device for charging the pressure chamber with compressed air, wherein the compressed air charging device comprises at least one pressure chamber pressure sensor, which is connected to the control device, for measuring the pressure prevailing in the pressure chamber, and the compressed air charging device comprises at least one ambient pressure sensor connected to the control device for measuring the ambient pressure, and the laser transfer printing device is set up such that the laser beam only irradiates the at least one dispenser tape when a predetermined target differential pressure between the ambient pressure and the pressure in the at least one pressure chamber is detected by the control device. a) a dispenser tape supply device for supplying at least one dispenser tape having a dispenser tape coating with a dispenser tape pressure device, wherein the dispenser tape pressure device comprises a pressure element comprising a pressure surface for pressing the at least one dispenser tape against the object surface, wherein the pressure element comprises at least one laser aperture for guiding the laser radiation through the pressure element, wherein the laser aperture comprises a pressure chamber open at the pressure surface, b) a laser radiation source, c) a laser beam manipulating device for manipulating the laser beam provided by the laser beam source, and d) a control device, the laser transfer printing device comprises a compressed air charging device for charging the pressure chamber with compressed air, wherein the compressed air charging device comprises at least one pressure chamber pressure sensor, which is connected to the control device, for measuring the pressure prevailing in the pressure chamber, and the compressed air charging device comprises at least one ambient pressure sensor connected to the control device for measuring the ambient pressure, and the laser transfer printing device is set up such that the laser beam only irradiates the at least one dispenser tape when a predetermined target differential pressure between the ambient pressure and the pressure in the at least one pressure chamber is detected by the control device.
A network interface device included in a computer that is arranged to be connected to a network interface device of another computer for performing communications via a network, the network interface device comprising: a first management unit that is arranged to identify a communication connection by a port number, and to manage a communication connection state of each port by a port context that is stored in a storage unit that is accessible by both a processor and the network interface device and is associated with a port number; a second management unit that is arranged to manage a storage state of the port context; a control unit that is arranged to refer to the port context, and to perform an operation to establish a unidirectional communication connection and an operation to cut off a communication connection between ports; wherein, when the processor of an originating computer issues a command to transmit a connection request packet, the control unit checks the port context corresponding to the port number designated as an originator in the command, and, when the port context is set at a "stand-by state" by the processor, the control unit transmits the connection request packet to a destination computer via the network; and after transmitting the connection request packet, the control unit updates the port context to a "connection requested state" and notifies the processor of transmission completion. a first management unit that is arranged to identify a communication connection by a port number, and to manage a communication connection state of each port by a port context that is stored in a storage unit that is accessible by both a processor and the network interface device and is associated with a port number; a second management unit that is arranged to manage a storage state of the port context; a control unit that is arranged to refer to the port context, and to perform an operation to establish a unidirectional communication connection and an operation to cut off a communication connection between ports; wherein, when the processor of an originating computer issues a command to transmit a connection request packet, the control unit checks the port context corresponding to the port number designated as an originator in the command, and, when the port context is set at a "stand-by state" by the processor, the control unit transmits the connection request packet to a destination computer via the network; and after transmitting the connection request packet, the control unit updates the port context to a "connection requested state" and notifies the processor of transmission completion.
A utility module (455, 700) for enhancing functionality of a defibrillator including an energy storage device (350, 415) configured to store an electrical charge, the utility module (455, 700) comprising: a parameter module configured to detect a parameter of a patient; a module processor configured to control the parameter module and to control communications between the parameter module and the defibrillator; a power source; and a power outlet (470, 1616) configured to provide the electrical charge to the energy storage device (350, 415) of the defibrillator and configured to provide the power requirements of the defibrillator to convey an electrical shock to the patient when connected to the defibrillator. a parameter module configured to detect a parameter of a patient; a module processor configured to control the parameter module and to control communications between the parameter module and the defibrillator; a power source; and a power outlet (470, 1616) configured to provide the electrical charge to the energy storage device (350, 415) of the defibrillator and configured to provide the power requirements of the defibrillator to convey an electrical shock to the patient when connected to the defibrillator.
Particle trap for separating particles from a flow, wherein the particle trap comprises at least one inlet module, at least two or more collector modules, and at least one outlet module, wherein: • the at least two or more collector modules have at least four outer walls,,, forming a substantially square-shaped channel containing at least one baffle, wherein the collector modules have a lower opening having a lower mounting flange, and an upper opening having an upper mounting flange, the lower mounting flange and the upper mounting flange being provided with holes, such that the upper mounting flange from a first collector module can be arranged to a lower mounting flange 23' of a second collector module 1′; • the baffle contained in the at least two or more collector modules forms a surface, in which the surface wholly or partially slopes towards a point, in which the point is arranged close to or against one or more outer walls,,,, to which said outer walls,,, the baffle is affixed and whereby the arrangement of the baffle in the collector modules provides an opening in the square channel formed by the outer walls,,,; • the inlet module is arranged with a flange arranged to fit the lower mounting flange of the first collector module of the particle trap and the outlet module is arranged with a flange arranged to fit the upper mounting flange of the last collector module of the particle trap; said particle trap being characterised in that the two or more collector modules are placed such that the flow path through the particle trap is extended by alternately arranging a baffle against the first outer wall and the second outer wall, and the next baffle against the third outer wall and the fourth outer wall. • the at least two or more collector modules have at least four outer walls,,, forming a substantially square-shaped channel containing at least one baffle, wherein the collector modules have a lower opening having a lower mounting flange, and an upper opening having an upper mounting flange, the lower mounting flange and the upper mounting flange being provided with holes, such that the upper mounting flange from a first collector module can be arranged to a lower mounting flange 23' of a second collector module 1′; • the baffle contained in the at least two or more collector modules forms a surface, in which the surface wholly or partially slopes towards a point, in which the point is arranged close to or against one or more outer walls,,,, to which said outer walls,,, the baffle is affixed and whereby the arrangement of the baffle in the collector modules provides an opening in the square channel formed by the outer walls,,,; • the inlet module is arranged with a flange arranged to fit the lower mounting flange of the first collector module of the particle trap and the outlet module is arranged with a flange arranged to fit the upper mounting flange of the last collector module of the particle trap;
Method for identifying limited movability of a throttle grip for a motorcycle, wherein the method comprises: generating a control signal for activating a throttle grip actuator for adjusting the throttle grip; receiving sensor data, which are generated by a throttle grip sensor system in response to the activation of the throttle grip actuator and which indicate a deflection of the throttle grip from a starting position and/or a force applied to the throttle grip; and identifying the limited movability by evaluating the sensor data. generating a control signal for activating a throttle grip actuator for adjusting the throttle grip; receiving sensor data, which are generated by a throttle grip sensor system in response to the activation of the throttle grip actuator and which indicate a deflection of the throttle grip from a starting position and/or a force applied to the throttle grip; and identifying the limited movability by evaluating the sensor data.
A tubular insertion system comprising: an insertion unit including a bendable portion to be bent; a bending operation mechanism that operates the bendable portion to bend the bendable portion; a bending operation amount detection/calculation device that detects an operation of the bending operation mechanism to calculate bending operation amount information indicating a bending operation amount; a bent shape detection/calculation device that detects a bent shape of the bendable portion to calculate bent shape information indicating the bent shape; and a first operation support information acquisition unit that acquires first operation support information indicating support of the operation of the bendable portion based on at least one of the bending operation amount information and the bent shape information, characterized in that: the tubular insertion system further comprises a shape prediction calculation unit that calculates prediction information of the bent shape of the bendable portion corresponding to the bending operation amount based on the bending operation amount information; and the first operation support information acquisition unit acquires the first operation support information by combining and calculating the bent shape information and the prediction information of the bent shape. an insertion unit including a bendable portion to be bent; a bending operation mechanism that operates the bendable portion to bend the bendable portion; a bending operation amount detection/calculation device that detects an operation of the bending operation mechanism to calculate bending operation amount information indicating a bending operation amount; a bent shape detection/calculation device that detects a bent shape of the bendable portion to calculate bent shape information indicating the bent shape; and a first operation support information acquisition unit that acquires first operation support information indicating support of the operation of the bendable portion based on at least one of the bending operation amount information and the bent shape information, characterized in that: the tubular insertion system further comprises a shape prediction calculation unit that calculates prediction information of the bent shape of the bendable portion corresponding to the bending operation amount based on the bending operation amount information; and the first operation support information acquisition unit acquires the first operation support information by combining and calculating the bent shape information and the prediction information of the bent shape. the tubular insertion system further comprises a shape prediction calculation unit that calculates prediction information of the bent shape of the bendable portion corresponding to the bending operation amount based on the bending operation amount information; and the first operation support information acquisition unit acquires the first operation support information by combining and calculating the bent shape information and the prediction information of the bent shape.
A card connector, the card connector is used to accommodate a first card or a second card, a size of the first card is approximate to or the same as that of the second card and the type of the first card and the type of the second card are different; characterized in that the card connector comprises six first terminals and two second terminals, wherein the six first terminals are arranged to form a first card access area, the first card access area is used to install a first card, the six first terminals are configured to be electrically connected to the first card, the first terminals are arranged in two rows and three columns, and the two second terminals are respectively arranged on one side of the two rows of first terminals, in each row, a distance between a second terminal and an adjacent first terminal is shorter than a distance between two adjacent first terminals, the second terminals are distributed on a periphery of the first card access area, the six first terminals and the two second terminals jointly form a second card access area, the second card access area is used to install a second card, and the first terminals and the second terminals are all configured to be electrically connected to the second card; the six first terminals are electrically connected to the first card and the two second terminals abut against the first card when the first card is inserted into the card connector; the six first terminals and the two second terminals are both electrically connected to the second card when the second card is inserted into the card connector. the card connector comprises six first terminals and two second terminals, wherein the six first terminals are arranged to form a first card access area, the first card access area is used to install a first card, the six first terminals are configured to be electrically connected to the first card, the first terminals are arranged in two rows and three columns, and the two second terminals are respectively arranged on one side of the two rows of first terminals, in each row, a distance between a second terminal and an adjacent first terminal is shorter than a distance between two adjacent first terminals, the second terminals are distributed on a periphery of the first card access area, the six first terminals and the two second terminals jointly form a second card access area, the second card access area is used to install a second card, and the first terminals and the second terminals are all configured to be electrically connected to the second card; the six first terminals are electrically connected to the first card and the two second terminals abut against the first card when the first card is inserted into the card connector; the six first terminals and the two second terminals are both electrically connected to the second card when the second card is inserted into the card connector.
A peptide for use in the reduction of side-effects in the form of immunostimulatory reactions/effects which occur with gene therapy, wherein the peptide is coupled to a nucleic acid molecule used in gene therapy, wherein the peptide consists of up to 300 amino acids, wherein the peptide comprises the cleavage sequence for Legumain (cleavage sequence: Ala-Ala-Asn).
Drive comprising an electric motor, a gearing and a component arranged between the electric motor and the gearing, wherein the component comprises a first part and a second part, wherein the rotor shaft of the electric motor is connected to the first part for conjoint rotation and the input shaft of the gearing is connected to the second part for conjoint rotation, wherein fan blades are shaped or arranged on the second part such that the air flow sucked in, preferably radially, by the fan blades is conveyed towards the gearing in the axial direction, i.e. an axial fan is formed on the second part, wherein the first part is a first clutch part and the second part is a second clutch part of a switchable clutch, wherein torque can be transmitted or not transmitted from the first to the second clutch part (25, 26) depending on the switching state, wherein the second part, i.e. the second clutch part, is formed so as to be integrated with a brake disc or brake drum, wherein the clutch is formed as a fluid clutch, wherein the first and the second clutch part (25, 26) have slats on the sides facing one another, wherein, when an electromagnet of the component is energised, a brake shoe is pushed onto the brake disc or brake drum, counter to the spring force generated by a spring element, wherein the fan is configured so as to be integrated on the second part, wherein the second part also acts as a second clutch part and as a brake disc or brake drum, wherein the first and the second part are enclosed by a shared housing, i.e. the fan function, the brake function and the clutch function are configured in the housing. wherein the component comprises a first part and a second part, wherein the rotor shaft of the electric motor is connected to the first part for conjoint rotation and the input shaft of the gearing is connected to the second part for conjoint rotation, wherein fan blades are shaped or arranged on the second part such that the air flow sucked in, preferably radially, by the fan blades is conveyed towards the gearing in the axial direction, i.e. an axial fan is formed on the second part, wherein the first part is a first clutch part and the second part is a second clutch part of a switchable clutch, wherein torque can be transmitted or not transmitted from the first to the second clutch part (25, 26) depending on the switching state, wherein the second part, i.e. the second clutch part, is formed so as to be integrated with a brake disc or brake drum, wherein the clutch is formed as a fluid clutch, wherein the first and the second clutch part (25, 26) have slats on the sides facing one another, wherein, when an electromagnet of the component is energised, a brake shoe is pushed onto the brake disc or brake drum, counter to the spring force generated by a spring element, wherein the fan is configured so as to be integrated on the second part, wherein the second part also acts as a second clutch part and as a brake disc or brake drum, wherein the first and the second part are enclosed by a shared housing, i.e. the fan function, the brake function and the clutch function are configured in the housing.
An electromagnetic contactor, including an arc extinguishing chamber, inside which a contact mechanism is mounted, said contact mechanism having a pair of fixed contacts (111, 112) and a movable contact that comes into contact with the pair of fixed contacts (111, 112), wherein the arc extinguishing chamber has a plate-like fixed contact support insulating substrate, the electromagnetic contactor being characterized in that metal foils are formed, by a metalizing process, at least around each through hole, in which the pair of fixed contacts (111, 112) are fixed, and on an outer peripheral edge of one surface, in that the arc extinguishing chamber is arranged such that the pair of fixed contacts (111, 112) and a metal cylindrical body are brazed and joined in the metal foils of the fixed contact support insulating substrate, and in that an insulating cylindrical body is disposed on the inner peripheral surface of the metal cylindrical body, the insulating cylindrical body is configured by combining ceramic plates. wherein the arc extinguishing chamber has a plate-like fixed contact support insulating substrate, the electromagnetic contactor being characterized in that metal foils are formed, by a metalizing process, at least around each through hole, in which the pair of fixed contacts (111, 112) are fixed, and on an outer peripheral edge of one surface, in that the arc extinguishing chamber is arranged such that the pair of fixed contacts (111, 112) and a metal cylindrical body are brazed and joined in the metal foils of the fixed contact support insulating substrate, and in that an insulating cylindrical body is disposed on the inner peripheral surface of the metal cylindrical body, the insulating cylindrical body is configured by combining ceramic plates.