mhurhangee/patent-ind-claim-en huggingface dataset:
A charger integrated circuit configured to charge a battery device including a first battery and a second battery connected in series, the charger integrated circuit comprising: a direct charger configured to generate a first charging current and a first current based on an input voltage (VIN) received from an input terminal , the first charging current used to charge the battery device , the first current used to generate a first system current, and the first system current provided to a system load ; a buck converter configured to generate a second current and a second system current based on the input voltage (VIN), the second current used to generate a second charging current, the second charging current used to charge the battery device , and the second system current provided to the system load ; characterised by a switched capacitor configured to generate the first system current based on the first current, and to generate the second charging current based on the second current; and a linear charger configured to provide the first charging current and the second charging current to the battery device . a direct charger configured to generate a first charging current and a first current based on an input voltage (VIN) received from an input terminal , the first charging current used to charge the battery device , the first current used to generate a first system current, and the first system current provided to a system load ; a buck converter configured to generate a second current and a second system current based on the input voltage (VIN), the second current used to generate a second charging current, the second charging current used to charge the battery device , and the second system current provided to the system load ; characterised by a switched capacitor configured to generate the first system current based on the first current, and to generate the second charging current based on the second current; and a linear charger configured to provide the first charging current and the second charging current to the battery device .
A wheel service apparatus for a vehicle wheel including a tyre mounted on a rim, wherein the apparatus comprises: - a frame ; - a plurality of working tools, connected to the frame and movable to perform operations for mounting and demounting the tyre relative to the rim; - a shaft which rotates about a longitudinal axis and which is configured to be connected, at a first end of it, to the rim of the vehicle wheel; - an actuator , operatively connected to the shaft to set it in rotation; - a measuring system , configured to generate vibration signals representing vibrations of the shaft produced by imbalances of the wheel by effect of the rotation of the shaft itself; - a control unit , connected to the measuring system to receive the vibration signals; the apparatus being characterized in that it comprises: - a support device , connected to the frame and movable between an activated position (PD1), where it encircles the shaft while still allowing it to rotate, and a deactivated position (PD2), where it is spaced from the shaft ; - a connector , movable between a working position, where it mechanically connects the measuring system to the frame , and a rest position, where the measuring system is mechanically disengaged from the frame . - a frame ; - a plurality of working tools, connected to the frame and movable to perform operations for mounting and demounting the tyre relative to the rim; - a shaft which rotates about a longitudinal axis and which is configured to be connected, at a first end of it, to the rim of the vehicle wheel; - an actuator , operatively connected to the shaft to set it in rotation; - a measuring system , configured to generate vibration signals representing vibrations of the shaft produced by imbalances of the wheel by effect of the rotation of the shaft itself; - a control unit , connected to the measuring system to receive the vibration signals; the apparatus being characterized in that it comprises: - a support device , connected to the frame and movable between an activated position (PD1), where it encircles the shaft while still allowing it to rotate, and a deactivated position (PD2), where it is spaced from the shaft ; - a connector , movable between a working position, where it mechanically connects the measuring system to the frame , and a rest position, where the measuring system is mechanically disengaged from the frame .
A pressure resistant filter cartridge , adapted for incorporation into the fuel supply system of an internal combustion engine for removing particulate matter from fuel and separating the water from the fuel, and comprising: a housing including opposing upper and lower shell sections , the shell sections being generally symmetric about a cartridge axis and being joined together, the upper shell section having a convex-shape when viewed from a side, the upper shell section being adapted to be received by a filter base receptacle, the upper shell section comprising: a clip element having: a substantially cylindrical inner side wall segment having oppositely disposed a first end section and a second end section , the inner side wall segment defining a cartridge opening substantially coaxial with said cartridge axis; and an outer rim segment extending axially inward and radially inward from the top surface of the upper shell section to the inner side wall segment first end section; a cylindrical side wall portion , and an arcuate transition portion connecting the side wall portion to the outer rim segment , the transition portion having a radius of 0.318-2.858 cm (0.125-1 .125 inches) and comprising said top surface of the upper shell section , a filter disposed within the housing, the filter including at least one filter element. a clip element having: a substantially cylindrical inner side wall segment having oppositely disposed a first end section and a second end section , the inner side wall segment defining a cartridge opening substantially coaxial with said cartridge axis; and an outer rim segment extending axially inward and radially inward from the top surface of the upper shell section to the inner side wall segment first end section; a cylindrical side wall portion , and an arcuate transition portion connecting the side wall portion to the outer rim segment , the transition portion having a radius of 0.318-2.858 cm (0.125-1 .125 inches) and comprising said top surface of the upper shell section , a filter disposed within the housing, the filter including at least one filter element.
An adsorbent breather assembly for removing contaminants within an enclosure having a fluid port , the assembly comprising: a flow layer comprising a breathable media having at least a bottom surface and a top surface, the flow layer being in fluid communication with the fluid port; an adsorbent filter layer arranged adjacent to the top surface of the flow layer ; a blocking region adjacent to the adsorbent filter layer and arranged to be at least partially aligned with the fluid port such that adsorbed contaminate vapor has to diffuse radially in the adsorbent filter layer during use, the blocking region being configured to prevent fluid passage or diffusion therethrough; and a breathable membrane encapsulating at least the flow layer and the adsorbent filter layer ; wherein the blocking region is formed by a fluid impermeable blocking layer; wherein the ratio of the blocking region area to the surface area of the adsorbent filter layer is from 20% to 70%. a flow layer comprising a breathable media having at least a bottom surface and a top surface, the flow layer being in fluid communication with the fluid port; an adsorbent filter layer arranged adjacent to the top surface of the flow layer ; a blocking region adjacent to the adsorbent filter layer and arranged to be at least partially aligned with the fluid port such that adsorbed contaminate vapor has to diffuse radially in the adsorbent filter layer during use, the blocking region being configured to prevent fluid passage or diffusion therethrough; and a breathable membrane encapsulating at least the flow layer and the adsorbent filter layer ; wherein the blocking region is formed by a fluid impermeable blocking layer; wherein the ratio of the blocking region area to the surface area of the adsorbent filter layer is from 20% to 70%.
Apparatus for building a tyre for vehicle wheels, comprising a building drum configured to support a carcass structure and a shaping device configured to associate the carcass structure with at least one belt structure , wherein the shaping device comprises a thrusting ring movable in an axial approaching relationship to the building drum and at least one sealing ring associated with said thrusting ring and configured to act by thrusting against a bead of said carcass structure , wherein said thrusting ring comprises a plurality of annular contact portions (29a-29d) with said at least one sealing ring that are concentric and correspond to different fitting diameters of the tyre being processed, said annular contact portions (29a-29d) defining a single continuous annular surface .
An avalanche photodiode , comprising: a first layer (108; 662; 812) comprising passive material; a second layer (102; 660; 810) comprising an absorbing material, the second layer (102; 660; 810) being on the first layer (108; 662; 812); a plateau structure comprising a diffusion region (654; 188) having an active region , the active region comprising a buried p-n junction and at least a first portion of the second layer (102; 660; 810); wherein the passive material has no electric field and the active region has an electric field greater than zero, further to applying voltage across the photodiode, wherein the plateau structure is based on an absence of a second portion of the second layer (102; 660; 810), said second portion of the second layer (102; 660; 810) being removed at a distance greater than zero from the buried p-n junction; characterized in that the distance is such that the second portion of the second layer which is removed comprises a part of the active region which has an electric field greater than zero. a first layer (108; 662; 812) comprising passive material; a second layer (102; 660; 810) comprising an absorbing material, the second layer (102; 660; 810) being on the first layer (108; 662; 812); a plateau structure comprising a diffusion region (654; 188) having an active region , the active region comprising a buried p-n junction and at least a first portion of the second layer (102; 660; 810); wherein the passive material has no electric field and the active region has an electric field greater than zero, further to applying voltage across the photodiode, wherein the plateau structure is based on an absence of a second portion of the second layer (102; 660; 810), said second portion of the second layer (102; 660; 810) being removed at a distance greater than zero from the buried p-n junction; characterized in that the distance is such that the second portion of the second layer which is removed comprises a part of the active region which has an electric field greater than zero.
An ultrasound diagnosis apparatus comprising: a display unit that is adapted to display a first screen including a first ultrasound image that represents an object , with at least one marker having been set in the ultrasound image and including a marker list containing the at least one marker; a user interface unit for receiving a selection of a predetermined marker from the marker list; and a controller that is adapted to control the display unit to display a second screen including a second ultrasound image whose view of the object is changed from the first ultrasound image according to the predetermined marker, wherein the controller changes the view of the object based on position information of the predetermined marker and information about a viewpoint (520, P1, P2) corresponding to the predetermined marker. a display unit that is adapted to display a first screen including a first ultrasound image that represents an object , with at least one marker having been set in the ultrasound image and including a marker list containing the at least one marker; a user interface unit for receiving a selection of a predetermined marker from the marker list; and a controller that is adapted to control the display unit to display a second screen including a second ultrasound image whose view of the object is changed from the first ultrasound image according to the predetermined marker, wherein the controller changes the view of the object based on position information of the predetermined marker and information about a viewpoint (520, P1, P2) corresponding to the predetermined marker.
An in-vehicle processing device comprising: a data transmission and reception device that transmits and receives data; and a processor that controls the data transmission and reception device , wherein the data transmission and reception device includes a filter device (FD) that attenuates noise superimposed on the data by reflection of the data, and a steady current suppression circuit that suppresses a steady current flowing through the filter device (FD) and facilitates a transient current flowing through the filter device (FD); wherein the steady current suppression circuit suppresses the steady current flowing through the filter device (FD) and facilitates the transient current flowing through the filter device (FD) during a period in which the data transmission and reception device transmits the data; characterized in that the data transmission and reception device includes a first communication line (N0) and a second communication line (N1) constituting a differential transmission path, the filter device (FD) is constituted with: a first low-pass filter provided in the first communication line; and a second low-pass filter provided in the second communication line, and the steady current suppression circuit has one end connected to the first communication line (N0) and the other end connected to the second communication line (N1). a data transmission and reception device that transmits and receives data; and a processor that controls the data transmission and reception device , wherein the data transmission and reception device includes a filter device (FD) that attenuates noise superimposed on the data by reflection of the data, and a steady current suppression circuit that suppresses a steady current flowing through the filter device (FD) and facilitates a transient current flowing through the filter device (FD); wherein the steady current suppression circuit suppresses the steady current flowing through the filter device (FD) and facilitates the transient current flowing through the filter device (FD) during a period in which the data transmission and reception device transmits the data; characterized in that the data transmission and reception device includes a first communication line (N0) and a second communication line (N1) constituting a differential transmission path, the filter device (FD) is constituted with: a first low-pass filter provided in the first communication line; and a second low-pass filter provided in the second communication line, and a first low-pass filter provided in the first communication line; and a second low-pass filter provided in the second communication line, and the steady current suppression circuit has one end connected to the first communication line (N0) and the other end connected to the second communication line (N1).
A solenoid valve comprising: a valve portion having a pin , the pin having a groove ; a solenoid portion having an aperture configured to receive the pin; and a resilient locking device configured to engage the groove when the pin has been inserted into the aperture to releasably hold the pin in the aperture; and a movable cap having a first and second position wherein, in the first position the movable cap does not abut the resilient locking device and wherein, in the second position, the movable cap abuts the resilient locking device so as to prevent movement of the resilient locking device out of the groove, characterised in that the resilient locking device is in the aperture of the solenoid portion . a valve portion having a pin , the pin having a groove ; a solenoid portion having an aperture configured to receive the pin; and a resilient locking device configured to engage the groove when the pin has been inserted into the aperture to releasably hold the pin in the aperture; and a movable cap having a first and second position wherein, in the first position the movable cap does not abut the resilient locking device and wherein, in the second position, the movable cap abuts the resilient locking device so as to prevent movement of the resilient locking device out of the groove, characterised in that the resilient locking device is in the aperture of the solenoid portion .
A method of archiving data, comprising: receiving a data stream to be archived, the data stream including a plurality of data items; defining a plurality of data item properties for the data stream; creating a record manifest for the data stream, wherein the record manifest comprises metadata for the plurality of data items in the data stream, wherein the metadata corresponds to the plurality of data item properties for the data stream; storing the data stream and the record manifest for the data stream prior to indexing the data stream; receiving a search query including a plurality of search criteria; characterized by indexing the stored data stream after receiving the search query and according to the plurality of search criteria; and applying the search query to the stored indexed data stream, wherein receiving a data stream to be archived further comprises separating the plurality of data items to be archived into a plurality of data streams according to a plurality of preset criteria; and repeating the receiving , defining , creating , and storing steps for each data stream of the plurality of data streams, further comprising receiving a search query including a plurality of search criteria that correspond to data item properties common to two or more stored data streams of the plurality of stored data streams; indexing the two or more stored data streams after receiving the search query; applying the search query to the two or more indexed stored data streams; returning search results after applying the search query to the two or more indexed stored data streams. receiving a data stream to be archived, the data stream including a plurality of data items; defining a plurality of data item properties for the data stream; creating a record manifest for the data stream, wherein the record manifest comprises metadata for the plurality of data items in the data stream, wherein the metadata corresponds to the plurality of data item properties for the data stream; storing the data stream and the record manifest for the data stream prior to indexing the data stream; receiving a search query including a plurality of search criteria; characterized by indexing the stored data stream after receiving the search query and according to the plurality of search criteria; and applying the search query to the stored indexed data stream, wherein receiving a data stream to be archived further comprises separating the plurality of data items to be archived into a plurality of data streams according to a plurality of preset criteria; and repeating the receiving , defining , creating , and storing steps for each data stream of the plurality of data streams, further comprising receiving a search query including a plurality of search criteria that correspond to data item properties common to two or more stored data streams of the plurality of stored data streams; indexing the two or more stored data streams after receiving the search query; applying the search query to the two or more indexed stored data streams; returning search results after applying the search query to the two or more indexed stored data streams.
A method for managing file system replication, the method comprising: collecting event data associated with file system events, each of the file system events indicative of a modification of at least one file at a first file system location; for each of the file system events, generating at least one file system action to apply the modification of the at least one file at the first file system location to at least one corresponding file at a second file system location; storing the at least one generated file system action in an action buffer; identifying dependencies between file system actions in the action buffer; scheduling the file system actions in the action buffer for execution based on the dependencies; wherein the method further comprises: upon determining one of the file system events associated with the received event data indicates that content data of at least one file at the first location is being modified: monitoring a length of the content data being modified; and generating a copy chunk action when the length of the content data being modified indicates that a new chunk of modified content data having a defined chunk size is available for copying, the copy chunk action to replicate the new chunk of modified content data at the second location. collecting event data associated with file system events, each of the file system events indicative of a modification of at least one file at a first file system location; for each of the file system events, generating at least one file system action to apply the modification of the at least one file at the first file system location to at least one corresponding file at a second file system location; storing the at least one generated file system action in an action buffer; identifying dependencies between file system actions in the action buffer; scheduling the file system actions in the action buffer for execution based on the dependencies; wherein the method further comprises: upon determining one of the file system events associated with the received event data indicates that content data of at least one file at the first location is being modified: monitoring a length of the content data being modified; and generating a copy chunk action when the length of the content data being modified indicates that a new chunk of modified content data having a defined chunk size is available for copying, the copy chunk action to replicate the new chunk of modified content data at the second location. monitoring a length of the content data being modified; and generating a copy chunk action when the length of the content data being modified indicates that a new chunk of modified content data having a defined chunk size is available for copying, the copy chunk action to replicate the new chunk of modified content data at the second location.