mhurhangee/patent-ind-claim-en huggingface dataset:
A permanent magnet direct-drive wind power generator system comprising a stator, the stator comprising a stator support , a stator iron core arranged around an outer peripheral wall of the stator support , and a blade side tooth pressing plate arranged on an axial end face at a blade side of the stator iron core , wherein at least one first air hole is provided in the outer peripheral wall of the stator support , at least one second air hole is provided in the blade side tooth pressing plate ; and the stator further comprises at least one air flow passage via which the first air hole and the second air hole are in communication with each other, and the air flow passage passes through an interior of the stator iron core ; characterized in that a stamped sheet fixing key is fixed on the outer peripheral wall of the stator support , a dovetail groove of the stator iron core is sleeved on the stamped sheet fixing key , and the air flow passage passes through the stamped sheet fixing key to be in communication with the first air hole ; and the first air hole is connected to an air source system arranged inside the permanent magnet direct-drive wind power generator system, the air source system comprises an air source generation device configured to generate an air flow with a predetermined pressure, and an air source treatment device is configured to purify and dry the air flow.
An electricity storage device comprising: a first oxide semiconductor layer having a first conductivity-type first oxide semiconductor; a first charge layer disposed on the first oxide semiconductor layer , the first charge layer composed by comprising a first insulating material and a second oxide semiconductor, the second oxide semiconductor comprising the first conductivity-type; and a third oxide semiconductor layer disposed on the first charge layer , wherein the third oxide semiconductor layer has hydrogen and a second conductivity-type third oxide semiconductor, and a percentage of the hydrogen with respect to a metal constituting the third oxide semiconductor is equal to or greater than 40%. a first oxide semiconductor layer having a first conductivity-type first oxide semiconductor; a first charge layer disposed on the first oxide semiconductor layer , the first charge layer composed by comprising a first insulating material and a second oxide semiconductor, the second oxide semiconductor comprising the first conductivity-type; and a third oxide semiconductor layer disposed on the first charge layer , wherein the third oxide semiconductor layer has hydrogen and a second conductivity-type third oxide semiconductor, and a percentage of the hydrogen with respect to a metal constituting the third oxide semiconductor is equal to or greater than 40%.
A container for receiving an object manufactured in a 3D printer trolley having a build platform , the container comprising: a wall forming the sides of the container; a top extending to the sides of the container a connector for connection to a vacuum source; and a guillotine member ; wherein a lower portion of the container has support members to slidably receive the guillotine member to form a base of the container and prevent manufactured objects from falling out of the container; and wherein the guillotine member is selectively adjustable between an apertured configuration having a plurality of through holes to allow passage of air and/or build material, and a closed configuration in which the through holes are closed so as to prevent build material from falling out of the container. a wall forming the sides of the container; a top extending to the sides of the container a connector for connection to a vacuum source; and a guillotine member ; wherein a lower portion of the container has support members to slidably receive the guillotine member to form a base of the container and prevent manufactured objects from falling out of the container; and wherein the guillotine member is selectively adjustable between an apertured configuration having a plurality of through holes to allow passage of air and/or build material, and a closed configuration in which the through holes are closed so as to prevent build material from falling out of the container.
A trunnion bearing comprising: an inner ring having a first exterior surface and a first interior surface , the first exterior surface having a spherical contour; an outer ring having a second interior surface and a second exterior surface , the second interior surface having a spherical contour; the inner ring being disposed at least partially in the outer ring ; a metallic liner comprising a copper-based alloy, the metallic liner being disposed between the first exterior surface of the inner ring and the second interior surface of the outer ring characterised in that at least one of the inner ring and the outer ring comprises a titanium based alloy; and in that the trunnion bearing further comprises at least one recess in the metallic liner , the at least one recess being configured as a second lubricant reservoir for dispensing a second lubricant between the metallic liner and the first exterior surface of the inner ring . an inner ring having a first exterior surface and a first interior surface , the first exterior surface having a spherical contour; an outer ring having a second interior surface and a second exterior surface , the second interior surface having a spherical contour; the inner ring being disposed at least partially in the outer ring ; a metallic liner comprising a copper-based alloy, the metallic liner being disposed between the first exterior surface of the inner ring and the second interior surface of the outer ring characterised in that at least one of the inner ring and the outer ring comprises a titanium based alloy; and in that the trunnion bearing further comprises at least one recess in the metallic liner , the at least one recess being configured as a second lubricant reservoir for dispensing a second lubricant between the metallic liner and the first exterior surface of the inner ring .
An apparatus configured for providing optimized power balanced variable thrust transfer orbits to minimize an electric orbit raising duration of the apparatus , the electric orbit raising comprising a first transfer orbit and a target orbit , the apparatus comprising control electronics configured to: transfer the apparatus to a second transfer orbit to reach the target orbit ; determine a variable thrust based on a current electric power balance ; execute a thruster maneuver to transfer the apparatus from the first transfer orbit to the second transfer orbit according to the determined variable thrust and a predetermined maneuver plan , wherein the predetermined maneuver plan comprises a set of compound steering parameters , wherein the set of compound steering parameters are based on an optimized variable thrust and an associated electrical power balance to the optimized variable thrust , and an optimized series of transfer orbits to minimize the electric orbit raising duration of the apparatus to the target orbit ; and wherein the second transfer orbit is one of the optimized series of transfer orbits . transfer the apparatus to a second transfer orbit to reach the target orbit ; determine a variable thrust based on a current electric power balance ; execute a thruster maneuver to transfer the apparatus from the first transfer orbit to the second transfer orbit according to the determined variable thrust and a predetermined maneuver plan , wherein the predetermined maneuver plan comprises a set of compound steering parameters , wherein the set of compound steering parameters are based on an optimized variable thrust and an associated electrical power balance to the optimized variable thrust , and an optimized series of transfer orbits to minimize the electric orbit raising duration of the apparatus to the target orbit ; and wherein the second transfer orbit is one of the optimized series of transfer orbits .
A computer-implemented method comprising: Receiving , by a mobile computing device, an initial audio input corresponding to an utterance; determining whether the initial audio input corresponds to an utterance of an initial portion of a hotword; in response to determining that the initial audio input corresponds to an utterance of an initial portion of a hotword, and while a remaining portion of the hotword is being uttered and before the hotword is fully uttered, providing , by the mobile computing device, verification audio for output through a speaker of the mobile computing device; receiving, by the mobile computing device, an additional audio input corresponding to an utterance of the remaining portion of a hotword; and selectively enabling access to one or more resources of the mobile computing device after the hotword is fully uttered; but based at least in part on a determination as to whether one of either the initial audio input corresponding to an utterance of an initial portion of a hotword or the additional audio input corresponding to an utterance of the remaining portion of a hotword comprises audio data corresponding to verification audio different than the verification audio provided for output through the speaker of the mobile computing device, disabling access to one or more resources of the mobile computing device. Receiving , by a mobile computing device, an initial audio input corresponding to an utterance; determining whether the initial audio input corresponds to an utterance of an initial portion of a hotword; in response to determining that the initial audio input corresponds to an utterance of an initial portion of a hotword, and while a remaining portion of the hotword is being uttered and before the hotword is fully uttered, providing , by the mobile computing device, verification audio for output through a speaker of the mobile computing device; receiving, by the mobile computing device, an additional audio input corresponding to an utterance of the remaining portion of a hotword; and selectively enabling access to one or more resources of the mobile computing device after the hotword is fully uttered; but based at least in part on a determination as to whether one of either the initial audio input corresponding to an utterance of an initial portion of a hotword or the additional audio input corresponding to an utterance of the remaining portion of a hotword comprises audio data corresponding to verification audio different than the verification audio provided for output through the speaker of the mobile computing device, disabling access to one or more resources of the mobile computing device.
A microscope , comprising: an autofocus system for executing a focusing procedure, having a first image sensor , arranged in a first coupled-out beam path , for acquiring a first image , and a second image sensor , arranged in a second coupled-out beam path , for acquiring a second image , the autofocus system being configured to adjust a relative location of the focal plane with respect to the object plane , at a focus displacement speed, during the image acquisition time for acquisition of the first image acquired by the first image sensor and of the second image acquired by the second image sensor , characterized in that the focus displacement speed is equal to the ratio of an increment to the image acquisition time, that the increment is larger than the depth of focus of the microscope , and that the increment is smaller than or equal to 10 times the depth of focus of the microscope. an autofocus system for executing a focusing procedure, having a first image sensor , arranged in a first coupled-out beam path , for acquiring a first image , and a second image sensor , arranged in a second coupled-out beam path , for acquiring a second image , the autofocus system being configured to adjust a relative location of the focal plane with respect to the object plane , at a focus displacement speed, during the image acquisition time for acquisition of the first image acquired by the first image sensor and of the second image acquired by the second image sensor , characterized in that the focus displacement speed is equal to the ratio of an increment to the image acquisition time, that the increment is larger than the depth of focus of the microscope , and that the increment is smaller than or equal to 10 times the depth of focus of the microscope.
An intermediate transfer medium which comprises a substrate, a protective layer and a receiving layer which are layered on a surface of the substrate; wherein the protective layer comprises a binder resin which is regulated so as to have a storage elastic modulus G' of not less than 1.0 x 10 5 Pa and not more than 1.0 x 10 8 Pa at 70 °C - 90 °C, and the storage elastic modulus G' of more than 1.0 x 10 9 Pa at 35 °C and is selected from polyester resins, polycarbonate resins, acrylic resins, epoxy resins, polystyrene resins, polyester urethane resins, acrylic urethane resins, silicone modified resins of the aforementioned resins, and mixtures of any combination of the aforementioned resins.
An expiratory limb for a breathing circuit for carrying humidified gases exhaled by a patient, the expiratory limb comprising: an inlet and an outlet; and a foamed-polymer conduit that is permeable to water vapor and substantially impermeable to liquid water and bulk flow of gas, such that the foamed-polymer conduit enables flow of humidified gas from the inlet to the outlet within a gases space enclosed by the foamed-polymer conduit, wherein the foamed-polymer conduit comprises a solid thermoplastic elastomer material and cell voids distributed throughout the solid material, the foamed-polymer conduit having an inner surface adjacent the gases space enclosed by the foamed-polymer conduit and an inner volume adjacent the inner surface. an inlet and an outlet; and a foamed-polymer conduit that is permeable to water vapor and substantially impermeable to liquid water and bulk flow of gas, such that the foamed-polymer conduit enables flow of humidified gas from the inlet to the outlet within a gases space enclosed by the foamed-polymer conduit, wherein the foamed-polymer conduit comprises a solid thermoplastic elastomer material and cell voids distributed throughout the solid material, the foamed-polymer conduit having an inner surface adjacent the gases space enclosed by the foamed-polymer conduit and an inner volume adjacent the inner surface.
Method for machining material using laser radiation, wherein the unfocused laser radiation is focused through a focusing optics to a smaller beam cross-section, the optical axis of the focused laser radiation, called beam axis, is directed at the material surface, the beam waist, which results from the focusing operation, of the focused laser radiation is held in the region of the evolving interaction surface of laser radiation and material, the laser radiation is partially absorbed on the interaction surface such that due to induced material removal or induced material displacement the interaction surface and thus also the laser radiation penetrate into the material, wherein the spacing of the beam waist from the upper or lower side of the interaction surface in axial direction corresponds at most to three times the value of the penetration depth of the interaction surface into the material, characterized in that the focusing operation is carried out such that components of the laser radiation are made divergent in a region viewed in the propagation direction beginning already before the beam waist up to a region after the beam waist and are thus directed away from the beam axis, and that said components and angles of divergence are greater than those of the effects of imaging errors, which are inadvertently produced using standard optics and are accepted, wherein the greater divergent angles of the beam components are used for reducing their incident angles on the interaction surface and thus for increasing the absorption of the radiation components on the interaction surface and for reducing the change in the absorption at fluctuations in the incident angles, and that the greater divergent angles of the radiation components are generated laser-internal or laser-external using at least one beam-shaping optics, and that the greater divergent angles of the radiation components are generated by increasing the amount of aberration in the beam-shaping optics.
A method for blockchain-based data migration, the method comprising: receiving, by a blockchain node, a block of a blockchain, the blockchain node being configured to store data using a storage architecture comprising a first storage system and a second storage system interconnected with the first storage system; storing the block in the first storage system; determining whether a migration trigger event for block data of the block of the blockchain stored in the first storage system is detected, including invoking a smart contract corresponding to data migration of the blockchain and determining whether specified data in the block data stored in the first storage system satisfies migration trigger logic claimed in the smart contract; and migrating block data that is stored in the first storage system and that exists before a migration reference time to the second storage system in response to the migration trigger event, including executing data migration logic claimed in the smart contract, to migrate the block data that is stored in the first storage system and that exists before the migration reference time to the second storage system. receiving, by a blockchain node, a block of a blockchain, the blockchain node being configured to store data using a storage architecture comprising a first storage system and a second storage system interconnected with the first storage system; storing the block in the first storage system; determining whether a migration trigger event for block data of the block of the blockchain stored in the first storage system is detected, including invoking a smart contract corresponding to data migration of the blockchain and determining whether specified data in the block data stored in the first storage system satisfies migration trigger logic claimed in the smart contract; and migrating block data that is stored in the first storage system and that exists before a migration reference time to the second storage system in response to the migration trigger event, including executing data migration logic claimed in the smart contract, to migrate the block data that is stored in the first storage system and that exists before the migration reference time to the second storage system.
A method for operating a home automation system that includes a host controller , the method comprising the steps of: maintaining, at the host controller , a home database that is adapted to store at least one of configuration information used for providing services involving one or more hardware elements (110-122) of the home automation system, scenes that are configured in the home automation system, or system state information indicating a present condition of one or more hardware elements (110-122) of the home automation system; wherein the host controller includes application program interfaces, APIs , that support communications with a mobile application, app, executing on a mobile device , separate from the host controller , and is used to configure and/ or control the home automation system; synchronizing the home database with a configuration database of cloud services over the Internet ; wherein when there is connectivity between the mobile application, app, executing on the mobile device and the host controller via an in-home local area network, LAN, , performing data interactions related to the home automation system between the mobile app and the home database of the host controller over the in-home LAN ; and when there is no connectivity between the mobile app and the host controller via the in-home LAN , performing data interactions related to the home automation system between the mobile app and the configuration database of the cloud services over the Internet . maintaining, at the host controller , a home database that is adapted to store at least one of configuration information used for providing services involving one or more hardware elements (110-122) of the home automation system, scenes that are configured in the home automation system, or system state information indicating a present condition of one or more hardware elements (110-122) of the home automation system; wherein the host controller includes application program interfaces, APIs , that support communications with a mobile application, app, executing on a mobile device , separate from the host controller , and is used to configure and/ or control the home automation system; synchronizing the home database with a configuration database of cloud services over the Internet ; wherein when there is connectivity between the mobile application, app, executing on the mobile device and the host controller via an in-home local area network, LAN, , performing data interactions related to the home automation system between the mobile app and the home database of the host controller over the in-home LAN ; and when there is no connectivity between the mobile app and the host controller via the in-home LAN , performing data interactions related to the home automation system between the mobile app and the configuration database of the cloud services over the Internet .