mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying ports of a multi-port Ethernet interface device which is added between a port module of a network device and a switch chip or a Network Processor of a network device, and the multi-port Ethernet interface device implements processing in an uplink direction from the port module to the switch chip or the NP and in a downlink direction from the switch chip or the NP to the port module, comprising: receiving, by the multi-port Ethernet interface device, a message transmitted by the port module; parsing, by the multi-port Ethernet interface device, the received message transmitted by the port module to acquire in-port information included in the received message; and searching, by the multi-port Ethernet interface device, a preset mapping table for information of a switch chip or an NP corresponding to the in-port information; wherein the mapping table contains a correspondence relationship between the in-port information and the information of the switch chip or the NP; writing, by the multi-port Ethernet interface device, the acquired in-port information into the received message, and transmitting, by the multi-port Ethernet interface device, the written message to a corresponding switch chip or NP according to the information of the switch chip or the NP so that the corresponding switch chip or [[the]] NP can acquire the in-port information. receiving, by the multi-port Ethernet interface device, a message transmitted by the port module; parsing, by the multi-port Ethernet interface device, the received message transmitted by the port module to acquire in-port information included in the received message; and searching, by the multi-port Ethernet interface device, a preset mapping table for information of a switch chip or an NP corresponding to the in-port information; wherein the mapping table contains a correspondence relationship between the in-port information and the information of the switch chip or the NP; writing, by the multi-port Ethernet interface device, the acquired in-port information into the received message, and transmitting, by the multi-port Ethernet interface device, the written message to a corresponding switch chip or NP according to the information of the switch chip or the NP so that the corresponding switch chip or [[the]] NP can acquire the in-port information.
A measuring probe for the examination of surface areas of an object, in particular by scanning surface areas of the object, comprising a substrate, a tip for interaction with the object and a transducer for sending acoustic signals into the object, wherein the substrate carries the tip and the transducer, wherein the transducer is built up by a plurality of layers, whereof at least one layer is constituted as a structure that is periodic in the propagation direction, in particular as a multi-quantum well, and can be excited to send acoustic signals and wherein the tip is designed to transmit acoustic signals onto the object.
An actuator drive system, comprising: a pump actuator (212, 214); a plurality of valve actuators; a dedicated half-bridge driving circuit for each of said pump actuator (212, 214) and plurality of valve actuators; and a common half-bridge driving circuit (202, 204, 206, 208) for all of said pump actuator (212, 214) and plurality of valve actuators, wherein said common half-bridge driving circuit (202, 204, 206, 208) for all of said pump actuator (212, 214) and plurality of valve actuators is adapted to operate to drive one of said pump actuator (212, 214) and plurality of valve actuators in cooperation with said dedicated half-bridge driving circuits for each of said pump actuator (212, 214) and plurality of valve actuators, wherein one of said plurality of valve actuators is electrically coupled between a third dedicated half-bridge driving circuit and said common half-bridge driving circuit (202, 204, 206, 208); and wherein said third dedicated half-bridge driving circuit and said common half-bridge driving circuit (202, 204, 206, 208) are configured to selectively switch a voltage supply and a system ground to said valve actuator. a pump actuator (212, 214); a plurality of valve actuators; a dedicated half-bridge driving circuit for each of said pump actuator (212, 214) and plurality of valve actuators; and a common half-bridge driving circuit (202, 204, 206, 208) for all of said pump actuator (212, 214) and plurality of valve actuators, wherein said common half-bridge driving circuit (202, 204, 206, 208) for all of said pump actuator (212, 214) and plurality of valve actuators is adapted to operate to drive one of said pump actuator (212, 214) and plurality of valve actuators in cooperation with said dedicated half-bridge driving circuits for each of said pump actuator (212, 214) and plurality of valve actuators, wherein one of said plurality of valve actuators is electrically coupled between a third dedicated half-bridge driving circuit and said common half-bridge driving circuit (202, 204, 206, 208); and wherein said third dedicated half-bridge driving circuit and said common half-bridge driving circuit (202, 204, 206, 208) are configured to selectively switch a voltage supply and a system ground to said valve actuator.
A method for producing an aluminum foil, wherein an aluminum film is formed on a surface of a substrate by electrolysis using a plating solution containing at least a dialkyl sulfone, an aluminum halide, and at least one nitrogen-containing compound selected from the group consisting of an ammonium halide, a hydrogen halide salt of a primary amine, a hydrogen halide salt of a secondary amine, a hydrogen halide salt of a tertiary amine, and a quaternary ammonium salt represented by the general formula: R 1 R 2 R 3 R 4 N▪ X (R 1 to R 4 independently represent an alkyl group and are the same as or different from one another, and X represents a counteranion for the quaternary ammonium cation), then the film is separated from the substrate to obtain an aluminum foil, and characterized in that the obtained aluminum foil is subjected to a heat treatment, which is performed at 80 to 550°C for 2 to 120 minutes.
Aircraft having: a load-bearing structure; a wing structure; at least three lift rotors; at least one propulsion drive; wherein the wing structure is fastened to the load-bearing structure or is part of the load-bearing structure; wherein the wing structure is configured to generate a lifting force for the aircraft during a horizontal movement of the aircraft and has, for this purpose, at least one aerofoil that is provided with a profile generating dynamic lift, wherein the at least one aerofoil of the wing structure is dimensioned such that, at cruise speeds to be achieved by the aircraft, it alone can ensure sufficient lift for the aircraft; wherein each of the lift rotors is fastened to the load-bearing structure, has a propeller and is configured to create a lifting force (F1, F2, F3, F4), acting in the vertical direction, for the aircraft by rotation of the propeller; wherein the propeller has exactly two propeller blades; wherein the lift rotors are configured to lock respective propeller blades of a lift rotor in a position relative to the load-bearing structure, wherein the propeller is lockable in a rotation position such that the propeller extends parallel to a longitudinal direction of the aircraft, and wherein the propulsion drive is configured to generate a propulsion force, acting in a horizontal direction, on the load-bearing structure. a load-bearing structure; a wing structure; at least three lift rotors; at least one propulsion drive; wherein the wing structure is fastened to the load-bearing structure or is part of the load-bearing structure; wherein the wing structure is configured to generate a lifting force for the aircraft during a horizontal movement of the aircraft and has, for this purpose, at least one aerofoil that is provided with a profile generating dynamic lift, wherein the at least one aerofoil of the wing structure is dimensioned such that, at cruise speeds to be achieved by the aircraft, it alone can ensure sufficient lift for the aircraft; wherein each of the lift rotors is fastened to the load-bearing structure, has a propeller and is configured to create a lifting force (F1, F2, F3, F4), acting in the vertical direction, for the aircraft by rotation of the propeller; wherein the propeller has exactly two propeller blades; wherein the lift rotors are configured to lock respective propeller blades of a lift rotor in a position relative to the load-bearing structure, wherein the propeller is lockable in a rotation position such that the propeller extends parallel to a longitudinal direction of the aircraft, and wherein the propulsion drive is configured to generate a propulsion force, acting in a horizontal direction, on the load-bearing structure.
A transport module for transporting railroad sleepers on a railroad car comprising an elongate support frame which defines a support for the railroad sleepers to be transported; and means for releasably fastening the support frame to the railroad car, characterized in that the support frame is divided into at least two separate assembly groups (19A, 19B, 19C), which are releasably connected to one another, along a longitudinal axis of the frame.
A movement assistive device for the elbow j oint, comprising: - an actuation unit provided with a motor; - at least two arm garments (3,4,3',4') removably attachable to an arm of the wearer; - at least one transmission cable (5, 5'); wherein the actuation unit comprises: - at least one elastic element coupled with the motor and configured to generate, under tension, an elastic force, the at least one transmission cable (5, 5') connecting the at least one elastic element to the at least two arm garments (3,4,3',4'); - at least one cam-spool mechanism (7,7') configured to elongate the at least one elastic element, characterized in that each cam-spool mechanism (7,7') comprises: - a cam curve with rotatable camshaft to move a respective transmission cable (5, 5') around the cam curve; - a roller and a spool provided with a slot, the spool being coupled with the camshaft though a roller that can slide inside the slot; wherein the rotation axis of the camshaft is decoupled and offset from the rotation axis of the spool. - an actuation unit provided with a motor; - at least two arm garments (3,4,3',4') removably attachable to an arm of the wearer; - at least one transmission cable (5, 5'); wherein the actuation unit comprises: - at least one elastic element coupled with the motor and configured to generate, under tension, an elastic force, the at least one transmission cable (5, 5') connecting the at least one elastic element to the at least two arm garments (3,4,3',4'); - at least one cam-spool mechanism (7,7') configured to elongate the at least one elastic element, - at least one elastic element coupled with the motor and configured to generate, under tension, an elastic force, the at least one transmission cable (5, 5') connecting the at least one elastic element to the at least two arm garments (3,4,3',4'); - at least one cam-spool mechanism (7,7') configured to elongate the at least one elastic element, characterized in that each cam-spool mechanism (7,7') comprises: - a cam curve with rotatable camshaft to move a respective transmission cable (5, 5') around the cam curve; - a roller and a spool provided with a slot, the spool being coupled with the camshaft though a roller that can slide inside the slot; - a cam curve with rotatable camshaft to move a respective transmission cable (5, 5') around the cam curve; - a roller and a spool provided with a slot, the spool being coupled with the camshaft though a roller that can slide inside the slot; wherein the rotation axis of the camshaft is decoupled and offset from the rotation axis of the spool.
A method of joining fiberglass-reinforced composite pipes, comprising: joining an inner tube of each pipe by fusion to form a fused bond; joining fiber reinforced polymer tubes of each pipe by depositing a silica glass particle epoxy directly on the fused bond and on bonded edges of the fiber reinforced polymer tubes as a composition to cover tube edges and the fused inner tube bond; and curing the composition. joining an inner tube of each pipe by fusion to form a fused bond; joining fiber reinforced polymer tubes of each pipe by depositing a silica glass particle epoxy directly on the fused bond and on bonded edges of the fiber reinforced polymer tubes as a composition to cover tube edges and the fused inner tube bond; and curing the composition.
A method for the construction of a tunnel of tunnel elements extending from a starting portal to a target portal, characterized in that the bores connecting the two portals (2, 3) are produced through the earth into which tensioning elements are inserted, and that a driving part and subsequent tunnel elements are fed into the earth between the bores with the tensioning elements inserted therein by means of press cylinders, which cylinders are arranged on the side of the starting portal and are in operative connection with the target portal via the tensioning elements, wherein the bores extend through the earth outside the cross-section of the driving part and the tunnel elements.
A composition comprising anakinra or the amino acid sequence of SEQ ID NO: 16 for use in a method of inhibiting or reducing the severity of an inflammatory disorder affecting the ocular and adnexal tissues, which inflammatory disorder comprises posterior blepharitis associated with meibomian gland dysfunction, wherein said composition is for local administration to an ocular or adnexal tissue of a subject.
A mounting structure for an engine mount for an internal combustion engine, the mounting structure comprising a fitting having an axis, for fitment to an engine mount, and bracket for fitment to an internal combustion engine, the bracket being arranged to receive the fitting in a direction parallel to its axis, characterised by the bracket comprising a clamp which is operable to cause the bracket to retain or release the fitting, the clamp being accessible along a direction which is perpendicular to the direction in which the fitting is received into the bracket.
An assembly for a bearing compartment of a gas turbine engine, the assembly comprising: a bearing support connected to a frame of the gas turbine engine; a thrust-sensing assembly held in position by the bearing support, wherein the thrust-sensing assembly comprises: a spacer comprising: an outer frusto-conical portion with an axial row (96, 98) of a plurality of slots; and an inner ring connected to the outer frusto-conical portion; and a retaining ring with a plurality of axial extensions that are in contact with the outer frusto-conical portion of the spacer; and a bearing assembly disposed radially inward and in contact with the thrust sensing assembly. a bearing support connected to a frame of the gas turbine engine; a thrust-sensing assembly held in position by the bearing support, wherein the thrust-sensing assembly comprises: a spacer comprising: an outer frusto-conical portion with an axial row (96, 98) of a plurality of slots; and an inner ring connected to the outer frusto-conical portion; and a retaining ring with a plurality of axial extensions that are in contact with the outer frusto-conical portion of the spacer; and a bearing assembly disposed radially inward and in contact with the thrust sensing assembly. a spacer comprising: an outer frusto-conical portion with an axial row (96, 98) of a plurality of slots; and an inner ring connected to the outer frusto-conical portion; and an outer frusto-conical portion with an axial row (96, 98) of a plurality of slots; and an inner ring connected to the outer frusto-conical portion; and a retaining ring with a plurality of axial extensions that are in contact with the outer frusto-conical portion of the spacer; and a bearing assembly disposed radially inward and in contact with the thrust sensing assembly.
A vacuum pump arrangement, in particular a turbomolecular pump arrangement, comprising a vacuum pump, in particular a turbomolecular pump, which comprises a rotor, a stator and a housing; at least one connection element via which the vacuum pump is connectable to a vacuum chamber, wherein the connection element can be brought into engagement with a pump flange, which is associated with the pump housing, and can be fixed to a counter-flange associated with the vacuum chamber; and at least one separate intermediate element in particular configured as an insert ring, characterized in that the connection element is provided with at least one tooth which, when the connection element is fixed to the counter-flange and the intermediate element is arranged between the counter-flange and the connection element, is pressed into the intermediate element or engages into a reception recess provided in the intermediate element in order to secure said connection element against a rotation.
Pump for liquid contaminated with solid material, comprising: a pump housing, an axially extending rotatable motor shaft having an impeller fixed torque-proof thereto and a cutting unit provided at a bottom plate of the pump housing within an intake region, wherein the cutting unit comprises a cutting element provided stationary at the bottom plate and a cutting body comprising a respective cutting edge fixed torque-proof to the motor shaft, the cutting edge of the cutting body projects axially beyond the bottom plate in a first sector of rotation of the cutting body which is free of the cutting element for catching the solid material, and the cutting element projects axially beyond the cutting body only in a second sector of rotation of the cutting body, which is different from the first sector of rotation, so that the cutting edges can cooperate for chopping the catched solid material. a pump housing, an axially extending rotatable motor shaft having an impeller fixed torque-proof thereto and a cutting unit provided at a bottom plate of the pump housing within an intake region, wherein the cutting unit comprises a cutting element provided stationary at the bottom plate and a cutting body comprising a respective cutting edge fixed torque-proof to the motor shaft, the cutting edge of the cutting body projects axially beyond the bottom plate in a first sector of rotation of the cutting body which is free of the cutting element for catching the solid material, and the cutting element projects axially beyond the cutting body only in a second sector of rotation of the cutting body, which is different from the first sector of rotation, so that the cutting edges can cooperate for chopping the catched solid material.
An N -acetylglucosamine sugar chain group-containing polymer whose weight average molecular weight is within the range of 16,000 to 50,000, having 27 to 50 N- acetylglucosamine sugar chain groups per molecule.
Sensor having a housing which defines a measurement side and a connection side, a coil which is arranged in the housing at the measurement side and a cover for closing the housing at the measurement side, wherein the housing is produced from ferromagnetic material, in particular from ferromagnetic steel, and wherein the coil is positioned and fixed close to the cover or directly on the cover in the housing and is arranged in a receiving member, characterised in that the receiving member is constructed inside the housing as an integral component of the housing, wherein the housing has a base region, wherein a pin for positioning the coil is formed inside the housing in a coaxial arrangement, and in that the pin is constructed as a central cylinder integrally with the base region of the housing, wherein the pin together with the base region and the housing forms an integrally constructed cup core.
Condenser, notably for a motor vehicle air conditioning circuit, comprising a first heat exchange unit for cooling a refrigerant until it condenses using a coolant, and a second heat exchange unit for supercooling the refrigerant using a cooling fluid, the second unit being produced in the form of an internal heat exchanger for ensuring an exchange of heat beween the condensed refrigerant coming from the first unit, referred to as "high-pressure refrigerant", and the same refrigerant once it has expanded, referred to as "low-pressure refrigerant", the second unit comprising a circulation passage for the high-pressure refrigerant coming from the first unit and a circulation passage for the low-pressure refrigerant, characterized in that the first unit (12; 212) comprises an interface plate equipped with an inlet pipe and with an outlet pipe for the coolant, the condenser further comprising a bottle interposed between the first unit and the second unit and through which the refrigerant can pass, the bottle being fixed removably between the first unit and the second unit via, respectively, an outlet flange and an inlet flange which are fixed to a part for receiving of the bottle and which at the same time form interfaces for the circulation of the refrigerant, the first unit comprising an interface plate equipped with the outlet flange and an opposite interface plate equipped with an inlet flange for the refrigerant that is to be condensed.
A radio device with an encryption unit (40, 72), a first processing unit and a second processing unit, wherein the first processing unit is embodied to process unencrypted data, wherein the second processing unit is embodied to process encrypted data, wherein the encryption unit (40, 72) is embodied to encrypt and decrypt data, wherein the first processing unit contains a control-signal processing unit (31, 63) for processing only control signals, and/or the first processing unit contains a payload-data processing unit (30, 64) for processing only payload data and/or control signals linked with payload data, and wherein the radio device further contains a loading unit (22, 49, 77), wherein the loading unit (22, 49, 77) is embodied to implement a reconfiguration of the radio device, wherein the loading unit (22, 49, 77) is embodied, during the reconfiguration of the radio device, to hold ready the content of buffer partitions to be reconfigured, wherein the loading unit (22, 49, 77) is embodied to replace the content of a buffer partition to be reconfigured with a held-ready content of the buffer partition, and wherein the loading unit (22, 49, 77) is embodied completely to delete payload data buffered in the buffer partition to be reconfigured whenever a new waveform is to be processed, characterised in that the radio device contains an operating system (23, 32, 44, 74) which is embodied to administer several buffer partitions and at least one processor, that the operating system (23, 32, 44, 74) is embodied to administer sensitive data in an interception-proof and falsification-proof manner, that the radio device is embodied in such a manner that a communication between the payload-data processing unit (30, 64) and the control-signal processing unit (31, 63) takes place only via the operating system (23, 32, 44, 74).