mhurhangee/patent-ind-claim-en huggingface dataset:
Method for removing an intraocular lens from an injection molded mold half , the intraocular lens having a lens body and lens support members connected to the lens body , the method comprising: - providing a mold half having a bottom side and an opposite top side in which an intraocular lens assembly is contained and attached by bonds between material from which mold half is formed and a cured monomer lens material from which the intraocular lens assembly is formed, the intraocular lens assembly comprising the intraocular lens with the lens body and the lens support members as well as spill ring material ; wherein for separating the intraocular lens from the mold half the method subsequently comprises: - holding the mold half and mechanically engaging the spill ring material to remove the spill ring material from the mold half to provide a mold/lens-assembly consisting of the mold half and the intraocular lens ; - subjecting the mold/lens-assembly to an oscillating mechanical load without substantial deformation of at least a part of the mold half that is in direct contact with the lens body , the oscillating mechanical load having an oscillation frequency which is in a range that excites the mold/lens-assembly to break the bonds between the intraocular lens and the mold half ; and - exerting a static mechanical push force on the bottom side of the mold half to at least partly separate the intraocular lens from the mold half . - providing a mold half having a bottom side and an opposite top side in which an intraocular lens assembly is contained and attached by bonds between material from which mold half is formed and a cured monomer lens material from which the intraocular lens assembly is formed, the intraocular lens assembly comprising the intraocular lens with the lens body and the lens support members as well as spill ring material ; - holding the mold half and mechanically engaging the spill ring material to remove the spill ring material from the mold half to provide a mold/lens-assembly consisting of the mold half and the intraocular lens ; - subjecting the mold/lens-assembly to an oscillating mechanical load without substantial deformation of at least a part of the mold half that is in direct contact with the lens body , the oscillating mechanical load having an oscillation frequency which is in a range that excites the mold/lens-assembly to break the bonds between the intraocular lens and the mold half ; and - exerting a static mechanical push force on the bottom side of the mold half to at least partly separate the intraocular lens from the mold half .
Method for monitoring a railway network and its stationary network units (NEs), whose object data together with the associated geographical coordinates which relate to a reference system, are acquired and stored in an object data record, wherein for acquiring the object data a network computer (NR) is provided, which accesses at least one database (DB), in which the object data records of the stationary network units (NEs) are stored, wherein a) closed area boundaries are provided within the reference system by which network segments (FA12, FA3, ...) are defined which include associated stationary network units (NEs); b) for monitoring the stationary network units (NEs) in one of the network segments (FA12; FA3, ...), at least some of the stored object data records are checked and the stationary network units (NEs) whose object coordinates lie within the network segments (FA12, FA3, ...) are selected; and c) status data of the selected stationary network units (NEs) are determined. a) closed area boundaries are provided within the reference system by which network segments (FA12, FA3, ...) are defined which include associated stationary network units (NEs); b) for monitoring the stationary network units (NEs) in one of the network segments (FA12; FA3, ...), at least some of the stored object data records are checked and the stationary network units (NEs) whose object coordinates lie within the network segments (FA12, FA3, ...) are selected; and c) status data of the selected stationary network units (NEs) are determined.
A method for machine vision image processing, the method comprising: obtaining a plurality of images of a scene from a camera having a dynamic range, each image having a different exposure value; characterized by : comparing pixel values of the images to the dynamic range of the camera to determine a minimal number of optimal images based on the comparison; combining the minimal number of optimal images to obtain an HDR image of the scene. obtaining a plurality of images of a scene from a camera having a dynamic range, each image having a different exposure value; characterized by : comparing pixel values of the images to the dynamic range of the camera to determine a minimal number of optimal images based on the comparison; combining the minimal number of optimal images to obtain an HDR image of the scene. comparing pixel values of the images to the dynamic range of the camera to determine a minimal number of optimal images based on the comparison; combining the minimal number of optimal images to obtain an HDR image of the scene.
A method for draining a water supply system onboard an aircraft which supplies water from a central water tank to a plurality of consumers , wherein water is supplied by a supply pump from the central water tank through supply lines of a conduit system to each consumer of the plurality of consumers , wherein each consumer of the plurality of consumers is associated with a supply valve for drawing water from the conduit system , wherein the conduit system extends between the supply pump and the supply valves associated with the plurality of consumers and wherein the supply lines are flexible and have a maximum internal diameter of 8 mm or less, the method characterized by comprising the steps of closing the supply valves associated with the plurality of consumers , subjecting the supply lines of the conduit system at the supply pump to a draining pressure and while the supply lines of the conduit system are subjected to the draining pressure, sequentially opening the supply valves associated with the plurality of consumers such that due to the draining pressure to which the supply lines are subjected, water is removed from the supply lines of the conduit system . closing the supply valves associated with the plurality of consumers , subjecting the supply lines of the conduit system at the supply pump to a draining pressure and while the supply lines of the conduit system are subjected to the draining pressure, sequentially opening the supply valves associated with the plurality of consumers such that due to the draining pressure to which the supply lines are subjected, water is removed from the supply lines of the conduit system .
A method for forming a composite structure, comprising steps of: forming a fiber-reinforced polymer paste to a shape of a cavity of a dry fiber preform structure wherein said step of forming said fiber-reinforced polymer paste to said shape of said cavity of said dry fiber preform structure includes extruding said fiber-reinforced polymer paste directly into said cavity; compacting said fiber-reinforced polymer paste provided to said cavity of said dry fiber preform structure and applying a pressure to form the fiber-reinforced polymer paste to a final shape wherein walls of said fiber preform are used to help form said fiber-reinforced polymer paste to the final shape of said cavity; heating said dry fiber preform structure having said fiber-reinforced polymer in said cavity to an infusion temperature; infusing resin into said dry fiber preform structure and around said fiber-reinforced polymer; and curing said resin-infused dry fiber preform structure and said fiber-reinforced polymer at a cure temperature higher than said infusion temperature. forming a fiber-reinforced polymer paste to a shape of a cavity of a dry fiber preform structure wherein said step of forming said fiber-reinforced polymer paste to said shape of said cavity of said dry fiber preform structure includes extruding said fiber-reinforced polymer paste directly into said cavity; compacting said fiber-reinforced polymer paste provided to said cavity of said dry fiber preform structure and applying a pressure to form the fiber-reinforced polymer paste to a final shape wherein walls of said fiber preform are used to help form said fiber-reinforced polymer paste to the final shape of said cavity; heating said dry fiber preform structure having said fiber-reinforced polymer in said cavity to an infusion temperature; infusing resin into said dry fiber preform structure and around said fiber-reinforced polymer; and curing said resin-infused dry fiber preform structure and said fiber-reinforced polymer at a cure temperature higher than said infusion temperature.
System comprising a device for use in the internet of things as well as a triggering device, wherein the device comprises: - a communication interface , - a configuration memory , - a microcontroller with firmware as a control unit for controlling the communication interface , wherein the control unit is designed to - establish a connection to a first cloud service on the basis of a configuration stored in the configuration memory , - receive a control command and on receipt of the control command set up a connection to a second cloud service , - receive address data for the second cloud service with the control command and to establish the connection using the address data , wherein the triggering device is designed to transmit the control command to the device , characterised in that - after establishing the connection with the second cloud service , the control unit is designed to receive and store certificates from the second cloud service , - the triggering device is designed in the second cloud service to bring about the provision of certificates which can be received on a restricted basis. - a communication interface , - a configuration memory , - a microcontroller with firmware as a control unit for controlling the communication interface , wherein the control unit is designed to - establish a connection to a first cloud service on the basis of a configuration stored in the configuration memory , - receive a control command and on receipt of the control command set up a connection to a second cloud service , - receive address data for the second cloud service with the control command and to establish the connection using the address data , - establish a connection to a first cloud service on the basis of a configuration stored in the configuration memory , - receive a control command and on receipt of the control command set up a connection to a second cloud service , - receive address data for the second cloud service with the control command and to establish the connection using the address data , wherein the triggering device is designed to transmit the control command to the device , characterised in that - after establishing the connection with the second cloud service , the control unit is designed to receive and store certificates from the second cloud service , - the triggering device is designed in the second cloud service to bring about the provision of certificates which can be received on a restricted basis. - after establishing the connection with the second cloud service , the control unit is designed to receive and store certificates from the second cloud service , - the triggering device is designed in the second cloud service to bring about the provision of certificates which can be received on a restricted basis.
A retractor device for engaging a connecting element affixed to a vertebra of a spine, the connecting element having a passageway device connected thereto and extending proximally therefrom along a longitudinal axis , the passageway device defining at least one longitudinal opening extending along at least a portion of the longitudinal axis , the retractor device comprising: an engagement portion adapted to receive at least a portion of the passageway device therein; and a retractor blade connected to the engagement portion , a longitudinal length of the retractor blade being longer than a longitudinal length of the engagement portion ; wherein, when the engagement portion receives the passageway device , the retractor blade is positioned so as to cover at least a portion of the longitudinal opening. an engagement portion adapted to receive at least a portion of the passageway device therein; and a retractor blade connected to the engagement portion , a longitudinal length of the retractor blade being longer than a longitudinal length of the engagement portion ; wherein, when the engagement portion receives the passageway device , the retractor blade is positioned so as to cover at least a portion of the longitudinal opening.
A method to support machine-to-machine communications, the method comprising: receiving, by a machine device, system information from a base station; transmitting, by the machine device, a capability negotiation request message including information indicating a type of the machine device to the base station; receiving, by the machine device, a capability negotiation response message including information on parameters for a ranging back-off window (201;202;203) corresponding to the type of the machine device from the base station; identifying, by the machine device, a ranging channel during the ranging back-off window (201;202;203) based on the parameters; performing, by the machine device, ranging based on the identified ranging channel; and communicating, by the machine device, with the base station, wherein the ranging channel is identified based on a ranging priority of the machine device, wherein the type of the machine device is one of a machine type device with a delay less than a first value, and a machine type device with a delay less than a second value being greater than the first value. receiving, by a machine device, system information from a base station; transmitting, by the machine device, a capability negotiation request message including information indicating a type of the machine device to the base station; receiving, by the machine device, a capability negotiation response message including information on parameters for a ranging back-off window (201;202;203) corresponding to the type of the machine device from the base station; identifying, by the machine device, a ranging channel during the ranging back-off window (201;202;203) based on the parameters; performing, by the machine device, ranging based on the identified ranging channel; and communicating, by the machine device, with the base station, wherein the ranging channel is identified based on a ranging priority of the machine device, wherein the type of the machine device is one of a machine type device with a delay less than a first value, and a machine type device with a delay less than a second value being greater than the first value.
Household appliance with a pipeline , which comprises a volumetric flow sensor for fluids, characterised in that the volumetric flow sensor comprises a first electrode pair (105-1) in a wall of the pipeline for heating the fluid and a second electrode pair (105-2) in the wall of the pipeline for determining a conductivity of the heated fluid, so that a non-invasive measurement of the volumetric flow can be performed without obstacles in the fluid flow, which obstacles would influence the fluid flow.
A feeding device for feeding spherical objects for tobacco industry applications, comprising: - a mass chamber for storing a plurality of the spherical objects ; - at least one single layer chamber located below the mass chamber and connected with the mass chamber such that the spherical objects may flow from the mass chamber to the single layer chamber , wherein the single layer chamber comprises an outlet having multiple outlet ducts for outputting the spherical objects to a receiving device; - at least one roller located next to the outlet duct , wherein a circumferential surface of the roller constitutes a wall of the outlet duct ; - a cylindrical rotary element located below the mass chamber in an area of connection of the mass chamber and the single layer chamber , wherein a side surface of the cylindrical rotary element constitutes a wall for guiding the flow of the spherical objects from the mass chamber to the single layer chamber ; characterized in that - the cylindrical rotary element is located tangentially to the wall of the bottom of the mass chamber . - a mass chamber for storing a plurality of the spherical objects ; - at least one single layer chamber located below the mass chamber and connected with the mass chamber such that the spherical objects may flow from the mass chamber to the single layer chamber , wherein the single layer chamber comprises an outlet having multiple outlet ducts for outputting the spherical objects to a receiving device; - at least one roller located next to the outlet duct , wherein a circumferential surface of the roller constitutes a wall of the outlet duct ; - a cylindrical rotary element located below the mass chamber in an area of connection of the mass chamber and the single layer chamber , wherein a side surface of the cylindrical rotary element constitutes a wall for guiding the flow of the spherical objects from the mass chamber to the single layer chamber ; - the cylindrical rotary element is located tangentially to the wall of the bottom of the mass chamber .
A landing gear system uplock arrangement , comprising: a hook defining a gap , wherein the hook is movable between a first position, at which the hook is for retaining a movable element of a landing gear system in the gap, and a second position, at which the hook is for permitting movement of the element into and out from the gap; a lock that is changeable between a locked state, in which the lock prevents movement of the hook from the first position to the second position, and an unlocked state, in which the lock permits movement of the hook from the first position to the second position; a sensor arrangement for sensing whether the element is present in the gap; and a member that is moveable relative to the gap by the element when the element is in the gap, characterised in that the member is operatively connected to the lock so that movement of the member relative to the gap causes operation of the lock. a hook defining a gap , wherein the hook is movable between a first position, at which the hook is for retaining a movable element of a landing gear system in the gap, and a second position, at which the hook is for permitting movement of the element into and out from the gap; a lock that is changeable between a locked state, in which the lock prevents movement of the hook from the first position to the second position, and an unlocked state, in which the lock permits movement of the hook from the first position to the second position; a sensor arrangement for sensing whether the element is present in the gap; and a member that is moveable relative to the gap by the element when the element is in the gap, characterised in that the member is operatively connected to the lock so that movement of the member relative to the gap causes operation of the lock.
Apparatus for transcutaneous electrical nerve stimulation in a user, the apparatus comprising: stimulation means for electrically stimulating at least one nerve with at least one stimulation pulse ; control means connected to said stimulation means for controlling at least one characteristic of said at least one stimulation pulse ; and modulating means connected to the control means and configured to modulate said at least one characteristic of said at least one stimulation pulse according to the time of the day based on a mathematical model of the circadian variation in the perception threshold to electrical stimulation of the user. stimulation means for electrically stimulating at least one nerve with at least one stimulation pulse ; control means connected to said stimulation means for controlling at least one characteristic of said at least one stimulation pulse ; and modulating means connected to the control means and configured to modulate said at least one characteristic of said at least one stimulation pulse according to the time of the day based on a mathematical model of the circadian variation in the perception threshold to electrical stimulation of the user.
A control device for starting a mobile hotspot, characterized by comprising: a password sending module , configured to: send a Bluetooth pairing password and a preset start password to a mobile terminal which previously accessed the mobile hotspot via WIFI; a working state detecting module , configured to: detect a working state of the mobile hotspot ; a sleep triggering module , configured to: trigger the mobile hotspot to enter into a sleeping state when detecting that the mobile hotspot has no user access and/or no data service in the working state; wherein entering into the said sleeping state comprises that a WIFI module of the mobile hotspot is shout down; a Bluetooth module , configured to: establish a Bluetooth connection with the mobile terminal accessing the mobile hotspot via the Bluetooth pairing password when the mobile hotspot is in the sleeping state, and receive the start password sent by the mobile terminal via a Bluetooth device; a start controlling module , configured to: compare the received start password with a locally stored start password, and control the mobile hotspot to enter into the working state for providing WIFI access when a comparison result is that the received start password and the locally stored start password are consistent; wherein entering into the working state comprises enabling the WIFI module of the mobile hotspot for providing WIFI access. a password sending module , configured to: send a Bluetooth pairing password and a preset start password to a mobile terminal which previously accessed the mobile hotspot via WIFI; a working state detecting module , configured to: detect a working state of the mobile hotspot ; a sleep triggering module , configured to: trigger the mobile hotspot to enter into a sleeping state when detecting that the mobile hotspot has no user access and/or no data service in the working state; wherein entering into the said sleeping state comprises that a WIFI module of the mobile hotspot is shout down; a Bluetooth module , configured to: establish a Bluetooth connection with the mobile terminal accessing the mobile hotspot via the Bluetooth pairing password when the mobile hotspot is in the sleeping state, and receive the start password sent by the mobile terminal via a Bluetooth device; a start controlling module , configured to: compare the received start password with a locally stored start password, and control the mobile hotspot to enter into the working state for providing WIFI access when a comparison result is that the received start password and the locally stored start password are consistent; wherein entering into the working state comprises enabling the WIFI module of the mobile hotspot for providing WIFI access.