mhurhangee/patent-ind-claim-en huggingface dataset:
A train control DMI data redundancy control method, wherein, the DMI simultaneously receives and processes two sets of data, wherein the two sets of data have a mutual primary-standby relationship; the DMI judges the primary-standby relationship based on a parsing result of the data; characterized in that the parsing result includes a primary-standby system identifier, the primary-standby system identifier being dynamically changed based on a data state; the DMI judges whether the primary-standby system identifier is a primary system identifier or a standby system identifier; the DMI displays data having the primary system identifier, and the DMI stores data having the standby system identifier. the DMI simultaneously receives and processes two sets of data, wherein the two sets of data have a mutual primary-standby relationship; the DMI judges the primary-standby relationship based on a parsing result of the data; characterized in that the parsing result includes a primary-standby system identifier, the primary-standby system identifier being dynamically changed based on a data state; the DMI judges whether the primary-standby system identifier is a primary system identifier or a standby system identifier; the DMI displays data having the primary system identifier, and the DMI stores data having the standby system identifier.
Household appliance with a drying function and with a device for recording a humidity level H of objects to be dried that can be arranged in the household appliance , wherein the household appliance has: a container for receiving the objects to be dried, at least one sensor for recording at least one measuring signal in the form of a light intensity ( I , I 02 , I 03 ) reflected by the objects to be dried, and a controller , which is connected to the at least one sensor and in which at least one reference characteristic curve is stored, characterised in that the sensor is configured to record a first measuring signal ( I ) in a water absorption strip according to a wavelength range in which water absorbs light, and to record at least one second measuring signal in another wavelength range outside of a water absorption strip, which has a reflected light intensity ( I 02 , I 03 ), and to provide the same to the controller , wherein the controller is configured to determine the humidity level (H) of the objects to be dried in the container on the basis of the first and the at least one second measuring signal and on the basis of the stored reference characteristic curve . a container for receiving the objects to be dried, at least one sensor for recording at least one measuring signal in the form of a light intensity ( I , I 02 , I 03 ) reflected by the objects to be dried, and a controller , which is connected to the at least one sensor and in which at least one reference characteristic curve is stored, characterised in that the sensor is configured to record a first measuring signal ( I ) in a water absorption strip according to a wavelength range in which water absorbs light, and to record at least one second measuring signal in another wavelength range outside of a water absorption strip, which has a reflected light intensity ( I 02 , I 03 ), and to provide the same to the controller , wherein the controller is configured to determine the humidity level (H) of the objects to be dried in the container on the basis of the first and the at least one second measuring signal and on the basis of the stored reference characteristic curve .
An automatic medication injection device comprising: a user grippable housing having a length extending in an axial direction between a proximal end and a distal end ; a container of medication including an outlet that is disposed proximally of said housing proximal end at least during injection, said container including a barrel and a sealing plunger , said sealing plunger in sealing engagement with said barrel; a drive mechanism within said housing which when triggered automatically advances said sealing plunger proximally within said container to force medication from the container outlet, said drive mechanism comprising a plunger element having a driver portion that extends within said sealing barrel to directly engage said sealing plunger; and a plurality of injecting progress indicators visible along a periphery of the housing, at least one of said plurality of injecting progress indicators located distally of said container during an injection, said injecting progress indicators including a flag element integrally formed with said plunger element and movable as the drive mechanism advances said sealing plunger proximally within said container, said plurality of injecting progress indicators configured to indicate sequentially in an axial direction during a single injection as the flag element moves to cooperatively complete different injecting progress indicators at different times during the single injection, whereby injecting progress of the injection may be monitored by a user. a user grippable housing having a length extending in an axial direction between a proximal end and a distal end ; a container of medication including an outlet that is disposed proximally of said housing proximal end at least during injection, said container including a barrel and a sealing plunger , said sealing plunger in sealing engagement with said barrel; a drive mechanism within said housing which when triggered automatically advances said sealing plunger proximally within said container to force medication from the container outlet, said drive mechanism comprising a plunger element having a driver portion that extends within said sealing barrel to directly engage said sealing plunger; and a plurality of injecting progress indicators visible along a periphery of the housing, at least one of said plurality of injecting progress indicators located distally of said container during an injection, said injecting progress indicators including a flag element integrally formed with said plunger element and movable as the drive mechanism advances said sealing plunger proximally within said container, said plurality of injecting progress indicators configured to indicate sequentially in an axial direction during a single injection as the flag element moves to cooperatively complete different injecting progress indicators at different times during the single injection, whereby injecting progress of the injection may be monitored by a user.
An apparatus comprising: an elongate arm ; a rotary spray head assembly rotationally coupled to an end of the elongate arm , a rotating nozzle assembly rotationally coupled to the rotary spray head assembly ; the apparatus being characterized by : a magnetic field source coupled to the rotary spray head assembly so as to generate a spatially changing magnetic field in accordance with a rotation of the rotary spray head assembly in relation to the end of the elongate arm ; and a magnet field sensor carried in a fixed relation to the elongate arm , wherein the magnetic field sensor , in operation, generates a sensor signal that varies in accordance with the spatially changing magnetic field in accordance with the rotation of the rotary spray head assembly . an elongate arm ; a rotary spray head assembly rotationally coupled to an end of the elongate arm , a rotating nozzle assembly rotationally coupled to the rotary spray head assembly ; the apparatus being characterized by : a magnetic field source coupled to the rotary spray head assembly so as to generate a spatially changing magnetic field in accordance with a rotation of the rotary spray head assembly in relation to the end of the elongate arm ; and a magnet field sensor carried in a fixed relation to the elongate arm , wherein the magnetic field sensor , in operation, generates a sensor signal that varies in accordance with the spatially changing magnetic field in accordance with the rotation of the rotary spray head assembly . a magnetic field source coupled to the rotary spray head assembly so as to generate a spatially changing magnetic field in accordance with a rotation of the rotary spray head assembly in relation to the end of the elongate arm ; and a magnet field sensor carried in a fixed relation to the elongate arm , wherein the magnetic field sensor , in operation, generates a sensor signal that varies in accordance with the spatially changing magnetic field in accordance with the rotation of the rotary spray head assembly .
A surgical cutting and stapling instrument comprising at least one processor and operatively associated memory, the surgical instrument configured to: identify a first parameter; identify a second parameter; identify a specified threshold, the specified threshold comprising: a value of a first ultimate threshold for the first parameter; a value of a first marginal threshold for the first parameter; a value of a second ultimate threshold for the second parameter; and a value of a second marginal threshold for the second parameter; and characterized in that the surgical instrument is configured to: store an overlaying threshold, the overlaying threshold based on a mathematical relationship between, on one hand, the value of the first ultimate threshold or the value of the first marginal threshold, and, on the other hand, the value of the second ultimate threshold or the value of the second marginal threshold, and in that the second parameter comprises a number of sterilization cycles of the instrument. identify a first parameter; identify a second parameter; identify a specified threshold, the specified threshold comprising: a value of a first ultimate threshold for the first parameter; a value of a first marginal threshold for the first parameter; a value of a second ultimate threshold for the second parameter; and a value of a second marginal threshold for the second parameter; and characterized in that the surgical instrument is configured to: a value of a first ultimate threshold for the first parameter; a value of a first marginal threshold for the first parameter; a value of a second ultimate threshold for the second parameter; and a value of a second marginal threshold for the second parameter; and characterized in that the surgical instrument is configured to: store an overlaying threshold, the overlaying threshold based on a mathematical relationship between, on one hand, the value of the first ultimate threshold or the value of the first marginal threshold, and, on the other hand, the value of the second ultimate threshold or the value of the second marginal threshold, and in that the second parameter comprises a number of sterilization cycles of the instrument.
A method for evaluating and improving performance of a control implementation on a quantum processor comprising multiple qubits in the presence of noise, the method comprising: modelling the noise by decomposing noise interactions described by a multi-qubit noise Hamiltonian into multiple contributory noise channels, each channel generating noise dynamics described by a unique noise-axis operator A i , where i indexes the ith noise channel; determining, for a given control implementation, the unique filter function for each noise channel representing susceptibility of the multi-qubit system to the associated noise dynamics, each of the multiple filter functions being based on a frequency transformation of the noise axis operator A i of the corresponding noise channel i to thereby evaluate the performance of the control implementation; determining an optimised control sequence based on the filter function to reduce the susceptibility of the multi-qubit system to the noise channels, thereby reducing the effective interaction with the multi-qubit noise Hamiltonian; applying the optimised control sequence to the multi-qubit system to control the quantum processor to thereby improve the performance of the control implementation. modelling the noise by decomposing noise interactions described by a multi-qubit noise Hamiltonian into multiple contributory noise channels, each channel generating noise dynamics described by a unique noise-axis operator A i , where i indexes the ith noise channel; determining, for a given control implementation, the unique filter function for each noise channel representing susceptibility of the multi-qubit system to the associated noise dynamics, each of the multiple filter functions being based on a frequency transformation of the noise axis operator A i of the corresponding noise channel i to thereby evaluate the performance of the control implementation; determining an optimised control sequence based on the filter function to reduce the susceptibility of the multi-qubit system to the noise channels, thereby reducing the effective interaction with the multi-qubit noise Hamiltonian; applying the optimised control sequence to the multi-qubit system to control the quantum processor to thereby improve the performance of the control implementation.
An Escherichia coli bacterium capable of producing more than 30 grams per liter of succinic acid, wherein one of the biosynthetic intermediates for said succinic acid is phosphoenolpyruvate, and said bacterium contains at least one exogenous gene that encodes a protein that functions in the facilitated diffusion of a sugar, a mutation or deletion in one or more genes that encode proteins that functions in a phosphotransferase system for sugar import and two or more copies of a functional crr gene or a functional homolog of a crr gene.
A computer-implemented method comprising: rendering a digital representation at least a portion of a tooth within a three-dimensional environment; determining a position of a digital representation of at least a portion of an orthodontic appliance relative to the digital representation of the tooth within the 3D environment; determining a thickness of at least a portion of a coupling matrix; rendering a digital representation of the coupling matrix within the 3D environment based on the position of the orthodontic appliance; and determining a volume of the coupling matrix comprising: subdividing the digital representation of the coupling matrix into a plurality of substantially equal-sized columns; and determining a volume of each of the plurality of columns based on a thickness of each of the columns. rendering a digital representation at least a portion of a tooth within a three-dimensional environment; determining a position of a digital representation of at least a portion of an orthodontic appliance relative to the digital representation of the tooth within the 3D environment; determining a thickness of at least a portion of a coupling matrix; rendering a digital representation of the coupling matrix within the 3D environment based on the position of the orthodontic appliance; and determining a volume of the coupling matrix comprising: subdividing the digital representation of the coupling matrix into a plurality of substantially equal-sized columns; and determining a volume of each of the plurality of columns based on a thickness of each of the columns. determining a volume of the coupling matrix comprising: subdividing the digital representation of the coupling matrix into a plurality of substantially equal-sized columns; and determining a volume of each of the plurality of columns based on a thickness of each of the columns.
An open interface management method, applied in a device where an Operation and Maintenance Center, OMC, system is deployed, characterized by comprising: receiving a registration request configured to request registration of a target open interface and the registration request carrying an attribute of the target open interface; determining a type of the target open interface with a preset classification manner according to the attribute of the target open interface carried in the registration request, and acquiring an open interface model package corresponding to the type, wherein the open interface model package is pre-established and stored in the OMC system, includes a registration file of the open interface of the corresponding type and is applied to registration of the open interface; acquiring an authentication file corresponding to the open interface model package, and authenticating the registration request according to the authentication file, wherein the authentication file is generated based on an authorized item file matching an open interface model package of each type after the establishment of the open interface model package; and registering the target open interface at an application programming interface, API, gateway according to the registration file comprised in the open interface model package in response to a passed authentication. receiving a registration request configured to request registration of a target open interface and the registration request carrying an attribute of the target open interface; determining a type of the target open interface with a preset classification manner according to the attribute of the target open interface carried in the registration request, and acquiring an open interface model package corresponding to the type, wherein the open interface model package is pre-established and stored in the OMC system, includes a registration file of the open interface of the corresponding type and is applied to registration of the open interface; acquiring an authentication file corresponding to the open interface model package, and authenticating the registration request according to the authentication file, wherein the authentication file is generated based on an authorized item file matching an open interface model package of each type after the establishment of the open interface model package; and registering the target open interface at an application programming interface, API, gateway according to the registration file comprised in the open interface model package in response to a passed authentication.
A blade for a turbomachine , the blade comprising: an airfoil body including at least one first coolant passage , and an opening in the airfoil body having a first tip retention member seat at a first radial position in or on an inner surface of the airfoil body ; and a tip having a shape at least partially configured for coupling to the opening in the airfoil body , the tip including: a tip body ; at least one second coolant passage in the tip body configured for fluid communication with the at least one first coolant passage in the airfoil body ; and a retention member extending from the tip body for coupling to the first tip retention member seat in the airfoil body , characterized in that the opening in the airfoil body has a second tip retention member seat at a second, different radial position in or on the inner surface of the airfoil body , the second radial position of the second tip retention member seat being radially inward of the first radial position of the first tip retention member seat . an airfoil body including at least one first coolant passage , and an opening in the airfoil body having a first tip retention member seat at a first radial position in or on an inner surface of the airfoil body ; and a tip having a shape at least partially configured for coupling to the opening in the airfoil body , the tip including: a tip body ; at least one second coolant passage in the tip body configured for fluid communication with the at least one first coolant passage in the airfoil body ; and a retention member extending from the tip body for coupling to the first tip retention member seat in the airfoil body , characterized in that the opening in the airfoil body has a second tip retention member seat at a second, different radial position in or on the inner surface of the airfoil body , the second radial position of the second tip retention member seat being radially inward of the first radial position of the first tip retention member seat . a tip body ; at least one second coolant passage in the tip body configured for fluid communication with the at least one first coolant passage in the airfoil body ; and a retention member extending from the tip body for coupling to the first tip retention member seat in the airfoil body , characterized in that the opening in the airfoil body has a second tip retention member seat at a second, different radial position in or on the inner surface of the airfoil body , the second radial position of the second tip retention member seat being radially inward of the first radial position of the first tip retention member seat .
An air circulation and ventilation system for an enclosure , comprising: a housing defining a manifold, including: a first intake aperture configured to receive air from within the enclosure ; a first outlet aperture configured to emit air from the manifold to outside the enclosure ; and a fan configured to draw air in through the first intake aperture ; a port configured to allow additional air into the enclosure , the port including a port damper for selectively opening and closing the port ; and a switch operably coupled to the fan and the port damper , the switch configured to provide a first state wherein the port damper is closed and the fan is off, and a second state wherein the port damper is open and the fan is on, wherein the housing further comprises an outlet damper for selectively opening and closing the first outlet aperture , the outlet damper operatively coupled to the switch , and the second state further comprises the outlet damper in an open position. a housing defining a manifold, including: a first intake aperture configured to receive air from within the enclosure ; a first outlet aperture configured to emit air from the manifold to outside the enclosure ; and a fan configured to draw air in through the first intake aperture ; a first intake aperture configured to receive air from within the enclosure ; a first outlet aperture configured to emit air from the manifold to outside the enclosure ; and a fan configured to draw air in through the first intake aperture ; a port configured to allow additional air into the enclosure , the port including a port damper for selectively opening and closing the port ; and a switch operably coupled to the fan and the port damper , the switch configured to provide a first state wherein the port damper is closed and the fan is off, and a second state wherein the port damper is open and the fan is on, wherein the housing further comprises an outlet damper for selectively opening and closing the first outlet aperture , the outlet damper operatively coupled to the switch , and the second state further comprises the outlet damper in an open position.
Motor vehicle latch comprising a locking mechanism that has a catch and at least one pawl, a plastics housing , a Bowden cable , it being possible for a free end of the Bowden cable , in particular a Bowden cable sheath , to be inserted into the plastics housing and to be mounted in the motor vehicle latch , and an adjustable fastening means for the free end of the Bowden cable sheath in the plastics housing , it being possible for at least one part of a mounting region of the free end to be closed by means of a cover which is fastened to the housing so as to be movable, it being possible for the Bowden cable to be secured in a set mounting position by means of the cover , characterized in that the fastening means is in the form of an adjusting screw , the adjusting screw interacting with a thread on the Bowden cable .