mhurhangee/patent-ind-claim-en huggingface dataset:
A method for automatic switchover between working states of a plurality of battery packs of electric vehicles, the method comprising: 1) determining a working state of each of the plurality of battery packs , the working state comprising a charging state, a discharging state or an idle state, wherein the determining the working state of each of the plurality of battery packs employs a control panel unit to real-time monitor charging and discharging parameters of each of the plurality of battery packs to determine the working state thereof; 2) if one battery pack of the plurality of battery packs is in a charging state, determining all of the plurality of battery packs are in a charging state, and charging the plurality of battery packs via a charging unit ; 3) if one battery pack of the plurality of battery packs is in a discharging state, determining all of the plurality of battery packs are in a discharging state, and discharging the plurality of battery packs ; 4) otherwise, determining the plurality of battery packs is in an idle state; 5) in a charging state, automatically charging the plurality of battery packs ; and 6) in a discharging state, automatically discharging the plurality of battery packs . 1) determining a working state of each of the plurality of battery packs , the working state comprising a charging state, a discharging state or an idle state, wherein the determining the working state of each of the plurality of battery packs employs a control panel unit to real-time monitor charging and discharging parameters of each of the plurality of battery packs to determine the working state thereof; 2) if one battery pack of the plurality of battery packs is in a charging state, determining all of the plurality of battery packs are in a charging state, and charging the plurality of battery packs via a charging unit ; 3) if one battery pack of the plurality of battery packs is in a discharging state, determining all of the plurality of battery packs are in a discharging state, and discharging the plurality of battery packs ; 4) otherwise, determining the plurality of battery packs is in an idle state; 5) in a charging state, automatically charging the plurality of battery packs ; and 6) in a discharging state, automatically discharging the plurality of battery packs .
A delivery system for delivering a enamel regeneration system to the surfaces of teeth the delivery system comprising a delivery device comprising a plurality of layers, and a separate activator composition the delivery device comprising; i) a first layer comprising a strip of an orally acceptable non-dissolving, flexible, backing film, having a strip surface capable of being applied to a tooth surface; ii) a non-water soluble second layer comprising a component of the enamel regeneration system; iii) a water soluble third layer comprising a water soluble polymer; and an activator composition comprising water; characterised in that the component of the enamel regeneration system comprises a water insoluble and/or slightly soluble calcium source and the activator composition comprises a phosphate source. i) a first layer comprising a strip of an orally acceptable non-dissolving, flexible, backing film, having a strip surface capable of being applied to a tooth surface; ii) a non-water soluble second layer comprising a component of the enamel regeneration system; iii) a water soluble third layer comprising a water soluble polymer; and
A mobile device comprising: a general camera module ; a specific camera module ; a barcode-decoding module electrically connected to the specific camera module , wherein the barcode-decoding module is configured to capture at least one barcode pattern through the specific camera module and convert the at least one barcode pattern into at least one first string (ST1), wherein each of the at least one barcode pattern is generated by using the specific camera module to capture at least one barcode; wherein the specific camera module and the barcode decoding module are integrated into an individual hardware component, that is, a barcode engine; a touch display module configured to display a display frame , wherein the display frame has an input field ; and a control module electrically connected to the general camera module , the specific camera module , and the touch display module , wherein the control module is configured to activate a virtual keyboard window of a system default input method and a trigger element of an image conversion input method in response to an input trigger event of the input field , and the control module is configured to control the touch display module to display an overlapping window of the image conversion input method on the display frame overlappingly in response to a first trigger event of the trigger element . a general camera module ; a specific camera module ; a barcode-decoding module electrically connected to the specific camera module , wherein the barcode-decoding module is configured to capture at least one barcode pattern through the specific camera module and convert the at least one barcode pattern into at least one first string (ST1), wherein each of the at least one barcode pattern is generated by using the specific camera module to capture at least one barcode; wherein the specific camera module and the barcode decoding module are integrated into an individual hardware component, that is, a barcode engine; a touch display module configured to display a display frame , wherein the display frame has an input field ; and a control module electrically connected to the general camera module , the specific camera module , and the touch display module , wherein the control module is configured to activate a virtual keyboard window of a system default input method and a trigger element of an image conversion input method in response to an input trigger event of the input field , and the control module is configured to control the touch display module to display an overlapping window of the image conversion input method on the display frame overlappingly in response to a first trigger event of the trigger element .
A gas turbine engine comprising: a first component that defines a first passage ; a second component , said second component being a bearing support; and a jumper tube that extends through said first passage , wherein said jumper tube includes a lateral opening and extends from the second component ; characterised in that : the jumper tube is resiliently mounted within the first passage ; and the gas turbine engine further comprises a flange that mounts said jumper tube to said second component . a first component that defines a first passage ; a second component , said second component being a bearing support; and a jumper tube that extends through said first passage , wherein said jumper tube includes a lateral opening and extends from the second component ; the jumper tube is resiliently mounted within the first passage ; and the gas turbine engine further comprises a flange that mounts said jumper tube to said second component .
Helmholtz damper comprising an enclosure from which a neck extends, and a pipe that is inserted into and fits the neck wherein said pipe has a perforated portion housed within the enclosure , an open end delimiting a continuous portion that is at least partially inserted into the neck and a closed end opposite the open end , wherein the perforated portion has through holes that allow gas to pass through; said enclosure has a through seat in a position opposite the neck ; said pipe has a second continuous portion delimited by the closed end and extending outside of the enclosure through the through seat ; and an actuator is connected to the pipe to adjust its portion inserted into the neck . the perforated portion has through holes that allow gas to pass through; said enclosure has a through seat in a position opposite the neck ; said pipe has a second continuous portion delimited by the closed end and extending outside of the enclosure through the through seat ; and an actuator is connected to the pipe to adjust its portion inserted into the neck .
Plastic-degrading solution characterized by comprising Flavobacterium, Enterobacter asburiae, Ideonella sakaiensis, Sphingomonas, Bacillus subtilis and extracts of Fusarium oxysporum, Purpureocillium lilacinum, Pestalotiopsis microspora, Trichoderma arzianum and Alcaligenes eutrophus.
A tangible, non-transitory, machine-readable medium, comprising machine- readable instructions that, when executed by one or more processors of a machine, cause the machine to: store participant interactivity data of a distributed attraction comprising a plurality of distributed interaction points , where the participant interactivity data relates to interaction of the participant with one or more of the plurality of distributed interaction points , the participant being associated with a wearable electronic device while the participant interacts with one or more of the plurality of distributed interaction points ; identify one or more subscriber interaction points, comprising a subset of the plurality of distributed interaction points that have subscribed to a first portion of the participant interactivity data, where the subscription of an interaction point of the plurality of distributed interaction points is established by the interaction point providing a request for the first portion of the participant interactivity data prior to an interaction indicated by the first portion of the participant interactivity data; and provide the first portion of the participant interactivity data to the one or more subscriber interaction points, while refraining from providing the first portion of the participant interactivity data to distributed interaction points outside of the one or more subscriber interaction points. store participant interactivity data of a distributed attraction comprising a plurality of distributed interaction points , where the participant interactivity data relates to interaction of the participant with one or more of the plurality of distributed interaction points , the participant being associated with a wearable electronic device while the participant interacts with one or more of the plurality of distributed interaction points ; identify one or more subscriber interaction points, comprising a subset of the plurality of distributed interaction points that have subscribed to a first portion of the participant interactivity data, where the subscription of an interaction point of the plurality of distributed interaction points is established by the interaction point providing a request for the first portion of the participant interactivity data prior to an interaction indicated by the first portion of the participant interactivity data; and provide the first portion of the participant interactivity data to the one or more subscriber interaction points, while refraining from providing the first portion of the participant interactivity data to distributed interaction points outside of the one or more subscriber interaction points.
An optical collimator comprising: a plastic-coated optical fiber ; and a cylindrical holding member which is configured to hold a collimator lens at an end and has an insertion hole at an opposite end for inserting the plastic-coated optical fiber , wherein the plastic-coated optical fiber is sandwiched by the inner surfaces of a recess which is formed in the holding member in proper alignment with the collimator lens , and the collimator lens and the plastic-coated optical fiber are positioned by making the collimator lens and the plastic-coated optical fiber abut inclined opposite surfaces (11f 1 , 11f 2 ) of a positioning recess formed in a part of the holding member . a plastic-coated optical fiber ; and a cylindrical holding member which is configured to hold a collimator lens at an end and has an insertion hole at an opposite end for inserting the plastic-coated optical fiber , wherein the plastic-coated optical fiber is sandwiched by the inner surfaces of a recess which is formed in the holding member in proper alignment with the collimator lens , and the collimator lens and the plastic-coated optical fiber are positioned by making the collimator lens and the plastic-coated optical fiber abut inclined opposite surfaces (11f 1 , 11f 2 ) of a positioning recess formed in a part of the holding member .
Separation apparatus for carbon dioxide, in particular from a flue gas (RG) of a fossil-fuelled power plant, comprising an absorption unit , a desorption unit assigned to the absorption unit , and a separation unit for separating salts from a scrubbing solution, wherein the absorption unit and the desorption unit are connected to each other via a first conduit for a regenerated scrubbing solution (A) and a second conduit for a loaded scrubbing solution (A'), wherein the separation unit comprises a crystallizer for forming salt crystals and a first separator unit on the downstream side thereof for separating off the salt crystals, wherein the crystallizer comprises a crystallization chamber for forming the salt crystals and a classifying device (e.g. 22) constructed as a countercurrent classifier for separating the salt crystals according to their particle size, wherein a first branch conduit is connected to the crystallization chamber and via a second separator unit opens into the countercurrent classifier , where this substream acts as counterflow, wherein the second separator unit is set up so as to retain large and medium salt crystals, and wherein the second separator unit is connected to the crystallization chamber via a conduit for feeding of the retained salt crystals.
A micro-infusion device , comprising: a first chamber having an input port and an output port ; a first valve disposed in the first chamber between the input port and an interior volume of the first chamber ; a second valve disposed on a piston that is moveable within the first chamber ; a second chamber disposed adjacent the first chamber ; and a third valve disposed between the first chamber and the second chamber , wherein the third valve is a sole fluid coupling between the first chamber and the second chamber . a first chamber having an input port and an output port ; a first valve disposed in the first chamber between the input port and an interior volume of the first chamber ; a second valve disposed on a piston that is moveable within the first chamber ; a second chamber disposed adjacent the first chamber ; and a third valve disposed between the first chamber and the second chamber , wherein the third valve is a sole fluid coupling between the first chamber and the second chamber .
Process for producing a polymer nonwoven , in which process - a polymer blend of a thermoplastic polymer and a further thermoplastic material is provided, - the polymer blend is used to produce fibres and these are used to form a semifinished nonwoven product , and - the polymer nonwoven is produced by mechanical stretching of the semifinished nonwoven product and subsequent relaxation in order to achieve an increase in volume. - a polymer blend of a thermoplastic polymer and a further thermoplastic material is provided, - the polymer blend is used to produce fibres and these are used to form a semifinished nonwoven product , and - the polymer nonwoven is produced by mechanical stretching of the semifinished nonwoven product and subsequent relaxation in order to achieve an increase in volume.
A kitchen appliance comprising: a base housing a motor , the base having an upper surface and a first portion of a magnetic drive coupling beneath the upper surface, wherein the first portion comprises a first magnet arrangement; a container, wherein a bottom side of the container is for mounting on the base , wherein the container houses: a tool ; and a second portion of the magnetic drive coupling for magnetically coupling with the first portion of the magnetic drive coupling, such that the tool is driven by the motor of the base via the magnetic drive coupling, wherein the second portion comprises a second magnet arrangement; and a separator arrangement for axially separating the first portion of the magnetic drive coupling from the second portion of the magnetic drive coupling, characterized in that the separator arrangement comprises a pivotable lever with mechanical advantage for moving up and down the second portion of the magnetic coupling within the container . a base housing a motor , the base having an upper surface and a first portion of a magnetic drive coupling beneath the upper surface, wherein the first portion comprises a first magnet arrangement; a container, wherein a bottom side of the container is for mounting on the base , wherein the container houses: a tool ; and a second portion of the magnetic drive coupling for magnetically coupling with the first portion of the magnetic drive coupling, such that the tool is driven by the motor of the base via the magnetic drive coupling, wherein the second portion comprises a second magnet arrangement; and a tool ; and a second portion of the magnetic drive coupling for magnetically coupling with the first portion of the magnetic drive coupling, such that the tool is driven by the motor of the base via the magnetic drive coupling, wherein the second portion comprises a second magnet arrangement; and a separator arrangement for axially separating the first portion of the magnetic drive coupling from the second portion of the magnetic drive coupling, characterized in that the separator arrangement comprises a pivotable lever with mechanical advantage for moving up and down the second portion of the magnetic coupling within the container .
An acoustic device , in particular for applications in the automotive industry, comprising: a support ; a microphone device , which is connected to the support and has a sensitive area ; an acoustic conduit , which is designed to convey the sound pressure waves generated by an external acoustic source towards the sensitive area ; wherein the acoustic conduit has a funnel-shaped portion which is provided with a first symmetry axis (X) and is designed to convey and amplify the sound pressure waves coming from the external acoustic source towards a cylindrical portion in communication with the sensitive area ; and a membrane , which is interposed between the microphone device and the cylindrical portion of the acoustic conduit so as to protect the sensitive area from external agents; wherein the cylindrical portion of the acoustic conduit is L-shaped and is divided into a first section , which is in communication with the funnel-shaped portion and is coaxial to the first symmetry axis (X), and a second section , which is provided with a second axis (Y), which is substantially orthogonal to the first symmetry axis (X). a support ; a microphone device , which is connected to the support and has a sensitive area ; an acoustic conduit , which is designed to convey the sound pressure waves generated by an external acoustic source towards the sensitive area ; wherein the acoustic conduit has a funnel-shaped portion which is provided with a first symmetry axis (X) and is designed to convey and amplify the sound pressure waves coming from the external acoustic source towards a cylindrical portion in communication with the sensitive area ; and a membrane , which is interposed between the microphone device and the cylindrical portion of the acoustic conduit so as to protect the sensitive area from external agents; wherein the cylindrical portion of the acoustic conduit is L-shaped and is divided into a first section , which is in communication with the funnel-shaped portion and is coaxial to the first symmetry axis (X), and a second section , which is provided with a second axis (Y), which is substantially orthogonal to the first symmetry axis (X).
A method for ensuring a service level agreement, SLA, of an application, wherein the method comprises: sending , by an application function entity, a slice information request to a network side entity, wherein the slice information request comprising location information of a specified location of a terminal; receiving , by the application function entity, a slice information response from the network side entity, wherein the slice information response comprises SLA support capability information of at least one network slice instance, NSI, between the specified location of the terminal and a data network; obtaining , by the application function entity from the at least one NSI based on a subscribed SLA requirement of the application and the SLA support capability information of the at least one NSI, information about a first NSI whose SLA support capability meets the subscribed SLA requirement of the application; and sending , by the application function entity, a notification message to an access and mobility management function entity, wherein the notification message comprises information about the first NSI. sending , by an application function entity, a slice information request to a network side entity, wherein the slice information request comprising location information of a specified location of a terminal; receiving , by the application function entity, a slice information response from the network side entity, wherein the slice information response comprises SLA support capability information of at least one network slice instance, NSI, between the specified location of the terminal and a data network; obtaining , by the application function entity from the at least one NSI based on a subscribed SLA requirement of the application and the SLA support capability information of the at least one NSI, information about a first NSI whose SLA support capability meets the subscribed SLA requirement of the application; and sending , by the application function entity, a notification message to an access and mobility management function entity, wherein the notification message comprises information about the first NSI.