mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a first controller comprising a first drive register and a second drive register ; a first processor communicatively coupled with the first drive register via a first serial bus ; a second processor communicatively coupled with the second drive register via a second serial bus ; a first set of non-volatile memory express drives communicatively coupled with the first processor via the first drive register and the first serial bus ; and a second set of non-volatile memory express drives communicatively coupled with the second processor via the second drive register and the second serial bus ; wherein the first and second drive registers (704 and 706) are respectively configured to communicate with the first and second sets of non-volatile memory express drives (714 and 716) and to obtain control and/or monitor the first and second sets of non-volatile memory express drives (714 and 716); a second controller communicatively coupled with the first drive register via a third serial bus , and the second drive register respectively via a fourth serial bus ; wherein the second controller is configured to determine and maintain status conditions of the first set of non-volatile memory express drives and the second set of non-volatile memory express drives; wherein the second controller is configured to determine the status conditions based on one or more drive signals received by the first drive register or the second drive register . a first controller comprising a first drive register and a second drive register ; a first processor communicatively coupled with the first drive register via a first serial bus ; a second processor communicatively coupled with the second drive register via a second serial bus ; a first set of non-volatile memory express drives communicatively coupled with the first processor via the first drive register and the first serial bus ; and a second set of non-volatile memory express drives communicatively coupled with the second processor via the second drive register and the second serial bus ; wherein the first and second drive registers (704 and 706) are respectively configured to communicate with the first and second sets of non-volatile memory express drives (714 and 716) and to obtain control and/or monitor the first and second sets of non-volatile memory express drives (714 and 716); a second controller communicatively coupled with the first drive register via a third serial bus , and the second drive register respectively via a fourth serial bus ; wherein the second controller is configured to determine and maintain status conditions of the first set of non-volatile memory express drives and the second set of non-volatile memory express drives; wherein the second controller is configured to determine the status conditions based on one or more drive signals received by the first drive register or the second drive register .
An electric tool including a transmission for switching a reduction ratio, the transmission being disposed between a motor as a rotational power source and an output unit rotatably driven by the motor , the electric tool comprising: a driving state detecting means detecting at least two driving states of driving states which vary in response to a magnitude of a load when the output unit is driven; and a controlling means making the transmission switch the reduction ratio when the at least two driving states detected by the driving state detecting means satisfy predetermined conditions preset for the at least two driving states, respectively; characterized in that : the controlling means switches the reduction ratio from a low reduction ratio side to a high reduction ratio side when a motor driving current value and an increase rate of the number of rotations of the motor satisfy the respective predetermined conditions, and switches the reduction ratio from a high reduction ratio side to a low reduction ratio side when a motor driving current value and the number of rotations of the motor satisfy the respective predetermined conditions. a driving state detecting means detecting at least two driving states of driving states which vary in response to a magnitude of a load when the output unit is driven; and a controlling means making the transmission switch the reduction ratio when the at least two driving states detected by the driving state detecting means satisfy predetermined conditions preset for the at least two driving states, respectively; characterized in that : the controlling means switches the reduction ratio from a low reduction ratio side to a high reduction ratio side when a motor driving current value and an increase rate of the number of rotations of the motor satisfy the respective predetermined conditions, and switches the reduction ratio from a high reduction ratio side to a low reduction ratio side when a motor driving current value and the number of rotations of the motor satisfy the respective predetermined conditions.
An apparatus comprising an unmanned aerial vehicle and a multi-tool module coupled to the unmanned aerial vehicle, wherein: the unmanned aerial vehicle comprises a body frame , a plurality of rotor motors mounted to the body frame, a plurality of rotors operatively coupled to respective rotor motors of the plurality of rotor motors, and a controller ; the multi-tool module comprises a hub which is rotatable about an axis of rotation, a plurality of arms (64a-64d, 65) having respective first ends coupled to the hub, a plurality of tools mounted to respective second ends of respective arms of the plurality of arms, and a first motor operatively coupled to drive rotation of the hub, and wherein: the unmanned aerial vehicle further comprises a payload support frame pivotably coupled to the body frame ; the multi-tool module is attached to the payload support frame ; and the payload support frame comprises a plurality of surface attachment devices , the controller being configured to activate said surface attachment devices to maintain the UAV stationary on a surface of a structure to be repaired with said surface attachment devices abutting said surface . the unmanned aerial vehicle comprises a body frame , a plurality of rotor motors mounted to the body frame, a plurality of rotors operatively coupled to respective rotor motors of the plurality of rotor motors, and a controller ; the multi-tool module comprises a hub which is rotatable about an axis of rotation, a plurality of arms (64a-64d, 65) having respective first ends coupled to the hub, a plurality of tools mounted to respective second ends of respective arms of the plurality of arms, and a first motor operatively coupled to drive rotation of the hub, and wherein: the unmanned aerial vehicle further comprises a payload support frame pivotably coupled to the body frame ; the multi-tool module is attached to the payload support frame ; and the payload support frame comprises a plurality of surface attachment devices , the controller being configured to activate said surface attachment devices to maintain the UAV stationary on a surface of a structure to be repaired with said surface attachment devices abutting said surface . the unmanned aerial vehicle further comprises a payload support frame pivotably coupled to the body frame ; the multi-tool module is attached to the payload support frame ; and the payload support frame comprises a plurality of surface attachment devices , the controller being configured to activate said surface attachment devices to maintain the UAV stationary on a surface of a structure to be repaired with said surface attachment devices abutting said surface .
Evaporative system with a water reservoir , one or more banks of material to be wetted and a hydraulic device , wherein the hydraulic device comprises a plurality of pumps and a housing with a water inlet and a plurality of water outlets , wherein the pumps are mounted on the housing and a water tank is provided by the housing , the water tank being arranged between the water inlet and the water outlets , wherein the pumps are provided for pumping water through the water outlets, wherein each of the water outlets is assigned an individually controllable pump for pumping water through the respective water outlet , wherein the water inlet of the hydraulic device is connected to the water reservoir , the water reservoir being separate from the water tank of the hydraulic device , and in that the outlets of the hydraulic device are connected to the banks of material , with a water outlet being assigned to each bank of material.
A work machine comprising: a machine body frame ; an engine section provided at a front portion of the machine body frame ; an engine provided on a front end side of the engine section and having an output shaft portion oriented to a machine body front side; a transmission belt entrained around the output shaft portion and an input portion of a PTO shaft ; and an electromagnetic clutch provided in the output shaft portion ; wherein the output shaft portion includes an output pulley and the electromagnetic clutch connects/disconnects power transmission to the output pulley entrained by the transmission belt , characterized in that the electromagnetic clutch provided in a shaft end portion of the output shaft portion which portion is disposed on more machine body front side than the transmission belt ; and an electric conduction harness for the electromagnetic clutch is disposed to extend from an electric power supply section on more machine body rear side than the transmission belt and to bypass an outer side of entraining range of the transmission belt to be connected to the electromagnetic clutch to be freely inserted and withdrawn thereto/therefrom from the machine body front side. a machine body frame ; an engine section provided at a front portion of the machine body frame ; an engine provided on a front end side of the engine section and having an output shaft portion oriented to a machine body front side; a transmission belt entrained around the output shaft portion and an input portion of a PTO shaft ; and an electromagnetic clutch provided in the output shaft portion ; wherein the output shaft portion includes an output pulley and the electromagnetic clutch connects/disconnects power transmission to the output pulley entrained by the transmission belt , characterized in that the electromagnetic clutch provided in a shaft end portion of the output shaft portion which portion is disposed on more machine body front side than the transmission belt ; and an electric conduction harness for the electromagnetic clutch is disposed to extend from an electric power supply section on more machine body rear side than the transmission belt and to bypass an outer side of entraining range of the transmission belt to be connected to the electromagnetic clutch to be freely inserted and withdrawn thereto/therefrom from the machine body front side.
A process for reforming a hydrocarbon feed stream comprising a hydrocarbon gas and steam, said process comprising the steps of: a) in a synthesis gas generation reactor, optionally comprising a first catalyst, generating a first synthesis gas from the hydrocarbon feed stream; b) providing a heated CO 2 rich stream comprising at least 50 dry mole% CO 2 to a post converter comprising a second catalyst active for steam reforming, methanation and reverse water gas shift reactions; and c) in said post converter carrying out steam reforming, methanation and reverse water gas shift reactions of said first synthesis gas and said heated CO 2 rich stream to produce a product synthesis gas, wherein said second catalyst is heated electrically by resistance heating by means of an electrical power source. a) in a synthesis gas generation reactor, optionally comprising a first catalyst, generating a first synthesis gas from the hydrocarbon feed stream; b) providing a heated CO 2 rich stream comprising at least 50 dry mole% CO 2 to a post converter comprising a second catalyst active for steam reforming, methanation and reverse water gas shift reactions; and c) in said post converter carrying out steam reforming, methanation and reverse water gas shift reactions of said first synthesis gas and said heated CO 2 rich stream to produce a product synthesis gas, wherein said second catalyst is heated electrically by resistance heating by means of an electrical power source.
Use of a liquid composition, comprising - one or more monomers for the production of a polyester, polyamide or polyesteramide, where at least one monomer is at least trifunctional, - a solvent, as binder, which when hardened leads to a polyester, polyamide or polyesteramide, in additive manufacture by binder jetting. - one or more monomers for the production of a polyester, polyamide or polyesteramide, where at least one monomer is at least trifunctional, - a solvent,
A computer-implemented method of configuring an Unspent Transaction Output, UTXO, blockchain in order to emulate an account model blockchain, the method comprising configuring the UTXO blockchain so that upon a spending transaction being received at a node for validation prior to inclusion in a block of the UTXO blockchain , the node: determines the presence of an identifier relating to an account in an input of the spending transaction ; and validates the spending transaction only when: the same identifier is also present in an output of the spending transaction ; and a single output of the spending transaction comprises a locking script that requires: an unlocking script of a subsequent transaction to reference the identifier; and an output of the subsequent transaction to comprise the identifier; wherein the identifier comprises a unique identifier. determines the presence of an identifier relating to an account in an input of the spending transaction ; and validates the spending transaction only when: the same identifier is also present in an output of the spending transaction ; and a single output of the spending transaction comprises a locking script that requires: an unlocking script of a subsequent transaction to reference the identifier; and an output of the subsequent transaction to comprise the identifier; the same identifier is also present in an output of the spending transaction ; and a single output of the spending transaction comprises a locking script that requires: an unlocking script of a subsequent transaction to reference the identifier; and an output of the subsequent transaction to comprise the identifier; an unlocking script of a subsequent transaction to reference the identifier; and an output of the subsequent transaction to comprise the identifier; wherein the identifier comprises a unique identifier.
Inking unit (D1-D4) of a rotary printing press having an ink transfer roller , which comprises recesses, in which printing ink can be transported, having an ink reservoir for providing printing ink , wherein the ink transfer roller protrudes at least partially into the ink reservoir , in order to collect printing ink , having at least one flexible and/or elastic element , which is connected to the base of the ink reservoir and is stationary in the circumferential direction of the ink transfer roller wherein the ink transfer roller and/or the ink reservoir can also be moved by means of a position adjuster, wherein the components can be brought closer together in a force and/or position-controlled manner, wherein the flexible and/or elastic element can be deformed, wherein there is a contact surface between the ink transfer roller and the flexible and/or elastic element . having an ink transfer roller , which comprises recesses, in which printing ink can be transported, having an ink reservoir for providing printing ink , wherein the ink transfer roller protrudes at least partially into the ink reservoir , in order to collect printing ink , having at least one flexible and/or elastic element , which is connected to the base of the ink reservoir and is stationary in the circumferential direction of the ink transfer roller wherein the ink transfer roller and/or the ink reservoir can also be moved by means of a position adjuster, wherein the components can be brought closer together in a force and/or position-controlled manner, wherein the flexible and/or elastic element can be deformed, wherein there is a contact surface between the ink transfer roller and the flexible and/or elastic element .
A method for dynamically adapting speech recognition for individual voice queries of a user using class-based language models, the method comprising: receiving, at a computing device, a voice query spoken by a user, the voice query comprising audio data corresponding to an utterance of the user and context data associated with either the audio data or the user; generating, by the computing device, one or more class models associated with respective classes, the class models identifying user specific terms determined to be relevant based on the context data; accessing, by the computing device, a language model, that includes a residual unigram symbol representing a set of terms that are unlikely to occur within language associated with the language model; processing, by the computing device, the language model for each respective class, the processing comprising inserting a respective class symbol associated with a respective class at each instance of the residual unigram that occurs within the language model in order to generate an updated language model; and generating, by the computing device, using the updated language model, a transcription for the voice query. receiving, at a computing device, a voice query spoken by a user, the voice query comprising audio data corresponding to an utterance of the user and context data associated with either the audio data or the user; generating, by the computing device, one or more class models associated with respective classes, the class models identifying user specific terms determined to be relevant based on the context data; accessing, by the computing device, a language model, that includes a residual unigram symbol representing a set of terms that are unlikely to occur within language associated with the language model; processing, by the computing device, the language model for each respective class, the processing comprising inserting a respective class symbol associated with a respective class at each instance of the residual unigram that occurs within the language model in order to generate an updated language model; and generating, by the computing device, using the updated language model, a transcription for the voice query.
An imaging system , comprising: an optical channel configured to transfer light, a first sensor configured to generate first image data by imaging an object along a first optical path , and a second sensor configured to generate second image data by imaging the object along a second optical path , wherein the first sensor and the second sensor are focus shifted, wherein the first optical path and the second optical path are guided at least partly through the optical channel , and wherein the first sensor and the second sensor are arranged such that they are inclined in relation to each other. an optical channel configured to transfer light, a first sensor configured to generate first image data by imaging an object along a first optical path , and a second sensor configured to generate second image data by imaging the object along a second optical path , wherein the first sensor and the second sensor are focus shifted, wherein the first optical path and the second optical path are guided at least partly through the optical channel , and wherein the first sensor and the second sensor are arranged such that they are inclined in relation to each other.
An appliance comprising: a housing having an operable portion ; a power receptacle in electrical communication with the operable portion and having a high-friction interface ; a power source that is selectively engaged with the power receptacle to define an installed position that selectively delivers an electrical current from the power source to a motor of the operable portion ; and at least one resilient member that exerts a biasing force against the power source when the power source is in the installed position , wherein: the high-friction interface maintains the power source in the installed position during operation of the motor and resists vibrations from the operable portion to maintain the power source in the installed position ; at least one of the power receptacle and the power source includes the at least one resilient member ; and the resilient member is positioned to exert the biasing force in an outward direction that the power source can be extracted from the power receptacle , characterised in that the power source includes a lever that selectively engages the housing when the power source is in the installed position , wherein the lever and the at least one resilient member cooperate to overcome the high-friction interface and the lever is rotationally operable to engage a bearing surface of the housing . a housing having an operable portion ; a power receptacle in electrical communication with the operable portion and having a high-friction interface ; a power source that is selectively engaged with the power receptacle to define an installed position that selectively delivers an electrical current from the power source to a motor of the operable portion ; and at least one resilient member that exerts a biasing force against the power source when the power source is in the installed position , the high-friction interface maintains the power source in the installed position during operation of the motor and resists vibrations from the operable portion to maintain the power source in the installed position ; at least one of the power receptacle and the power source includes the at least one resilient member ; and the resilient member is positioned to exert the biasing force in an outward direction that the power source can be extracted from the power receptacle , characterised in that the power source includes a lever that selectively engages the housing when the power source is in the installed position , wherein the lever and the at least one resilient member cooperate to overcome the high-friction interface and the lever is rotationally operable to engage a bearing surface of the housing .
A steering shaft for a vehicle, comprising a tubular shaft body which extends along a longitudinal axis (L) and has a first shaft end and a second shaft end , a bending section being arranged between the first shaft end and the second shaft end , the bending section having a plurality of grooves which run in the circumferential direction of the shaft body for the formation of a groove structure, and wherein the groove structure is of non-uniform configuration in the direction of the longitudinal axis (L), characterized in that a number of grooves are configured so as to be recessed inward in an outer circumferential face of the shaft body , wherein the external diameters (D1, D2, D3, D4) of said grooves are smaller than the external diameter (D) of the steering shaft , and the internal diameters (d1, d2, d3, d4) of said grooves being smaller than the internal diameter (d) of the steering shaft . a tubular shaft body which extends along a longitudinal axis (L) and has a first shaft end and a second shaft end , a bending section being arranged between the first shaft end and the second shaft end , the bending section having a plurality of grooves which run in the circumferential direction of the shaft body for the formation of a groove structure, and wherein the groove structure is of non-uniform configuration in the direction of the longitudinal axis (L), characterized in that a number of grooves are configured so as to be recessed inward in an outer circumferential face of the shaft body , wherein the external diameters (D1, D2, D3, D4) of said grooves are smaller than the external diameter (D) of the steering shaft , and the internal diameters (d1, d2, d3, d4) of said grooves being smaller than the internal diameter (d) of the steering shaft .