mhurhangee/patent-ind-claim-en huggingface dataset:
A device for controlling rotation of a displayed 2. image on a screen, the device comprising: an illumination sensor; a screen; a sensor unit for detecting whether the device has been rotated; a controller configured for determining whether the device has been rotated and increasing the brightness of 2. the screen of the device after the determination, in response to a determination that the device is rotated and when a value of the illumination around the device is less than or equal to a preset threshold, based on a measurement of the illumination around the device using the illumination sensor; and a photography unit for taking a picture of the face of a user in response to a determination that the device is rotated; wherein the controller is further configured to determine a rotation of the displayed image based on the captured face image of the user, and to rotate the displayed image according to the determined rotation of the displayed image. an illumination sensor; a screen; a sensor unit for detecting whether the device has been rotated; a controller configured for determining whether the device has been rotated and increasing the brightness of 2. the screen of the device after the determination, in response to a determination that the device is rotated and when a value of the illumination around the device is less than or equal to a preset threshold, based on a measurement of the illumination around the device using the illumination sensor; and a photography unit for taking a picture of the face of a user in response to a determination that the device is rotated; wherein the controller is further configured to determine a rotation of the displayed image based on the captured face image of the user, and to rotate the displayed image according to the determined rotation of the displayed image.
A method by a terminal which is capable of communicating with a master base station and a secondary base station in a wireless communication system, the method comprising: receiving , from the master base station, a first control message including a first cell-radio network temporary identifier, C-RNTI, for a master cell group, MCG, associated with the master base station, and a first RNTI for a power control of a physical uplink channel for the MCG; receiving , from the master base station, a second control message including a second C-RNTI for a secondary cell group, SCG, associated with the secondary base station and a second RNTI for a power control of a physical uplink channel for the SCG; monitoring a cell of the MCG based on the first C-RNTI for the MCG; monitoring a cell of the SCG based on the second C-RNTI for the SCG; monitoring a primary cell of the MCG based on the first RNTI for the power control of the physical uplink channel for the MCG; and monitoring a primary cell of the SCG based on the second RNTI for the power control of the physical uplink channel for the SCG. receiving , from the master base station, a first control message including a first cell-radio network temporary identifier, C-RNTI, for a master cell group, MCG, associated with the master base station, and a first RNTI for a power control of a physical uplink channel for the MCG; receiving , from the master base station, a second control message including a second C-RNTI for a secondary cell group, SCG, associated with the secondary base station and a second RNTI for a power control of a physical uplink channel for the SCG; monitoring a cell of the MCG based on the first C-RNTI for the MCG; monitoring a cell of the SCG based on the second C-RNTI for the SCG; monitoring a primary cell of the MCG based on the first RNTI for the power control of the physical uplink channel for the MCG; and monitoring a primary cell of the SCG based on the second RNTI for the power control of the physical uplink channel for the SCG.
A personal protection device , particularly for protecting the backbone of a user while performing sports activities, comprising: - at least one inflatable bag that has a substantially elongated geometric shape so that it can be removably at least partially inserted in a central rear pocket of a cycling shirt at an end thereof so as to protect the backbone of the user wearing said cycling shirt provided with said personal protection device ; - at least one compressed air explosive charge associated with said at least one inflatable bag so that it too is removably accommodated in said central rear pocket and is adapted for the inflation of said at least one inflatable bag as a consequence of its ignition; a central electronic management and control unit which is functionally connected with said at least one explosive charge and with sensor means adapted to measure the dynamic and kinematic parameters of said user and of a bicycle used by said user ; said central electronic management and control unit being adapted to compare said dynamic parameters for a controlled ignition of said at least one explosive charge and said sensor means being partially associable with said user and partially associable with said bicycle . - at least one inflatable bag that has a substantially elongated geometric shape so that it can be removably at least partially inserted in a central rear pocket of a cycling shirt at an end thereof so as to protect the backbone of the user wearing said cycling shirt provided with said personal protection device ; - at least one compressed air explosive charge associated with said at least one inflatable bag so that it too is removably accommodated in said central rear pocket and is adapted for the inflation of said at least one inflatable bag as a consequence of its ignition;
A manufacturing method for a secondary battery , comprising: a first preparation step (S11) for inserting a terminal formed in an oval like shape and having a cylindrical shaft part into an attachment hole formed on a sealing plate of a secondary battery that comprises a case main body whose part is opened and comprises the sealing plate provided at the opening of the case main body , so as to make the shaft part protrude from the sealing plate ; a second preparation step (S12) for arranging a conductive member at a periphery of the attachment hole and on a surface at a side where the shaft part of the sealing plate protrudes; a first caulking step (S13) for using a caulking tool having a tip end part formed in an oval like shape and having a base end part formed in a complete round shape whose diameter is larger than the tip end part , to insert the tip end part into the shaft part of the terminal , so as to make the base end part expand an inner diameter of a portion of the shaft part protruding from the sealing plate ; and a second caulking step (S14) for pressing the portion of the shaft part expanded at the first caulking step (S13) to be flat. a first preparation step (S11) for inserting a terminal formed in an oval like shape and having a cylindrical shaft part into an attachment hole formed on a sealing plate of a secondary battery that comprises a case main body whose part is opened and comprises the sealing plate provided at the opening of the case main body , so as to make the shaft part protrude from the sealing plate ; a second preparation step (S12) for arranging a conductive member at a periphery of the attachment hole and on a surface at a side where the shaft part of the sealing plate protrudes; a first caulking step (S13) for using a caulking tool having a tip end part formed in an oval like shape and having a base end part formed in a complete round shape whose diameter is larger than the tip end part , to insert the tip end part into the shaft part of the terminal , so as to make the base end part expand an inner diameter of a portion of the shaft part protruding from the sealing plate ; and a second caulking step (S14) for pressing the portion of the shaft part expanded at the first caulking step (S13) to be flat.
A semiconductor package assembly, comprising: a first semiconductor package (A), comprising: a first semiconductor die ; and a first redistribution layer, RDL, structure coupled to the first semiconductor die and comprising more than one first conductive trace ; and a second semiconductor package (B) bonded to the first semiconductor package (A), wherein the second semiconductor package (B) comprises: a second semiconductor die , wherein an active surface of the second semiconductor die faces an active surface of the first semiconductor die ; and a second RDL structure coupled to the second semiconductor die and comprising more than one second conductive trace , wherein the first conductive traces are in direct contact with the second conductive traces ; wherein the first and second semiconductor packages (A, B) are separately fabricated and are bonded to each other by fusion bonded metal joints of the first and second conductive traces . a first semiconductor package (A), comprising: a first semiconductor die ; and a first redistribution layer, RDL, structure coupled to the first semiconductor die and comprising more than one first conductive trace ; and a second semiconductor package (B) bonded to the first semiconductor package (A), a first semiconductor die ; and a first redistribution layer, RDL, structure coupled to the first semiconductor die and comprising more than one first conductive trace ; and a second semiconductor package (B) bonded to the first semiconductor package (A), wherein the second semiconductor package (B) comprises: a second semiconductor die , wherein an active surface of the second semiconductor die faces an active surface of the first semiconductor die ; and a second RDL structure coupled to the second semiconductor die and comprising more than one second conductive trace , wherein the first conductive traces are in direct contact with the second conductive traces ; a second semiconductor die , wherein an active surface of the second semiconductor die faces an active surface of the first semiconductor die ; and a second RDL structure coupled to the second semiconductor die and comprising more than one second conductive trace , wherein the first conductive traces are in direct contact with the second conductive traces ; wherein the first and second semiconductor packages (A, B) are separately fabricated and are bonded to each other by fusion bonded metal joints of the first and second conductive traces .
Method for filling packages with changing products in a filling machine , wherein the packages are formed from package blanks, package precursors and/or package sleeves which are held ready in a bundle , wherein packages are transported one after the other through the filling machine and the packages are filled one after the other with a first product in a sterile environment, in particular an aseptic zone , via a filling outlet which is connected to a product tank, wherein the packages to be filled are transferred to cells of a transport device and are transported via the transport device in the cells through the filling machine , wherein at least one auxiliary discharge means in the form of a package dummy having at least one base-side opening , without a base and/or at least one lateral opening is used, wherein the at least one auxiliary discharge means is transferred to a cell of the transport device and is transported via the transport device in the cell through the filling machine , wherein, in order to empty the product tank, the at least one auxiliary discharge means is moved into an emptying position and a remainder of the first product is at least partially discharged via the auxiliary discharge means which is located in the emptying position from the sterile environment, in particular the aseptic zone , wherein, prior to the emptying of the product tank, a package blank, a package precursor and/or a package sleeve is introduced into the bundle of package blanks, package precursors and/or package sleeves in order to form the at least one auxiliary discharge means , wherein the auxiliary discharge means after the emptying of the product tank is removed from the emptying position , and wherein packages are subsequently filled one after the other with a second product in the sterile environment, in particular the aseptic zone , via a filling outlet which is connected to a product tank.
A system comprising a fuel flow control system , a gas turbine engine system and a fuel bypass , the fuel flow control system comprising: a fuel inlet ; a central chamber ; a first nozzle in communication with the gas turbine engine system and extending from a first side of the central chamber, the first nozzle comprising a first throat ; a second nozzle in communication with the fuel bypass and extending from a second side of the central chamber opposite the first side, the second nozzle comprising a second throat , wherein the fuel bypass is configured to direct fuel back to a fuel tank or to a fuel pump ; and a flow control shuttle comprising: a first needle having a first tapered portion positioned within the first throat for controlling flow through the first nozzle ; and a second needle having a second tapered portion positioned within the second throat for controlling flow through the second nozzle , wherein movement of the flow control shuttle controls flow through the first nozzle and the second nozzle simultaneously, such that the flow control shuttle simultaneously modifies the flow to the gas turbine engine system and the flow to the fuel bypass . a fuel inlet ; a central chamber ; a first nozzle in communication with the gas turbine engine system and extending from a first side of the central chamber, the first nozzle comprising a first throat ; a second nozzle in communication with the fuel bypass and extending from a second side of the central chamber opposite the first side, the second nozzle comprising a second throat , wherein the fuel bypass is configured to direct fuel back to a fuel tank or to a fuel pump ; and a flow control shuttle comprising: a first needle having a first tapered portion positioned within the first throat for controlling flow through the first nozzle ; and a second needle having a second tapered portion positioned within the second throat for controlling flow through the second nozzle , a first needle having a first tapered portion positioned within the first throat for controlling flow through the first nozzle ; and a second needle having a second tapered portion positioned within the second throat for controlling flow through the second nozzle ,
A mobile device comprising: at least one processor; and memory storing instructions that, when executed by the at least one processor, cause the mobile device to: identify content rendered by a mobile application during a current session of screen capture events, generate feature vectors from the content, determine that the generated feature vectors do not match a classification model , and provide, in response to the determination that the generated feature vectors do not match the classification model , a challenge based on content captured during a previous session of screen capture events distinct from the current session, the previous session including feature vectors that matched the classification model or that were verified using a trusted location, wherein the challenge is configured to authenticate a user of the mobile device. at least one processor; and memory storing instructions that, when executed by the at least one processor, cause the mobile device to: identify content rendered by a mobile application during a current session of screen capture events, generate feature vectors from the content, determine that the generated feature vectors do not match a classification model , and provide, in response to the determination that the generated feature vectors do not match the classification model , a challenge based on content captured during a previous session of screen capture events distinct from the current session, the previous session including feature vectors that matched the classification model or that were verified using a trusted location, wherein the challenge is configured to authenticate a user of the mobile device. identify content rendered by a mobile application during a current session of screen capture events, generate feature vectors from the content, determine that the generated feature vectors do not match a classification model , and provide, in response to the determination that the generated feature vectors do not match the classification model , a challenge based on content captured during a previous session of screen capture events distinct from the current session, the previous session including feature vectors that matched the classification model or that were verified using a trusted location, wherein the challenge is configured to authenticate a user of the mobile device.
Adapter assembly for contactless transfer of electrical power, comprising a female receptacle and a male plug , wherein the female receptacle and the male plug are provided with corresponding magnetic fastening means , respectively, for mutual connection by means of a magnetic force, wherein the female receptacle and male plug are provided with means for contactless transfer of electrical power in that the female receptacle comprises a primary side of a transformer and the male plug comprises a secondary side of the transformer , such that when the female receptacle and the male plug are connected together via the magnetic fastening means , the transformer is capable of transferring power from the female receptacle to the male plug without physical contact between power transferring parts, wherein - the female receptacle comprises a main body accommodating the primary side of the transformer and the magnetic fastening means , the magnetic fastening means being recessed in the main body , and - the male plug comprises a main body accommodating the secondary side of the transformer and the magnetic fastening means , the magnetic fastening means protruding from the main body , characterized in that - a front side of the main body of the female receptacle comprises two or more circular female recesses with magnetic fastening means arranged for receiving and accommodating the magnetic fastening means of the male plug , and - a front side of the main body of the male plug comprises two or more circular male protrusions with magnetic fastening means adapted for arrangement to the magnet fastening means of the female receptacle . - the female receptacle comprises a main body accommodating the primary side of the transformer and the magnetic fastening means , the magnetic fastening means being recessed in the main body , and - the male plug comprises a main body accommodating the secondary side of the transformer and the magnetic fastening means , the magnetic fastening means protruding from the main body , characterized in that - a front side of the main body of the female receptacle comprises two or more circular female recesses with magnetic fastening means arranged for receiving and accommodating the magnetic fastening means of the male plug , and - a front side of the main body of the male plug comprises two or more circular male protrusions with magnetic fastening means adapted for arrangement to the magnet fastening means of the female receptacle .
An inkjet printer comprising: an inkjet head comprising at least one nozzle configured to eject ink; an image acquirer configured to acquire an image data of multi-bpp, the image data, once decoded, indicating a certain number of drops of the ink for each of pixels, and to output the acquired image data of multi-bpp via a communication line ; and a head controller configured to convert the image data of multi-bpp received from the image acquirer via the communication line such that, in each pixel for which the number of drops of the ink indicated by the received image data of multi-bpp, once decoded, is one or more, the number of drops of the ink is incremented while a number of gradation steps of the received image data of multi-bpp is maintained, and to control drive of one nozzle of the inkjet head based on the converted image data such that a series of the number of drops of the ink based on the converted image data is ejected from the one nozzle, wherein each of the drops of the ink is substantially the same size. an inkjet head comprising at least one nozzle configured to eject ink; an image acquirer configured to acquire an image data of multi-bpp, the image data, once decoded, indicating a certain number of drops of the ink for each of pixels, and to output the acquired image data of multi-bpp via a communication line ; and a head controller configured to convert the image data of multi-bpp received from the image acquirer via the communication line such that, in each pixel for which the number of drops of the ink indicated by the received image data of multi-bpp, once decoded, is one or more, the number of drops of the ink is incremented while a number of gradation steps of the received image data of multi-bpp is maintained, and to control drive of one nozzle of the inkjet head based on the converted image data such that a series of the number of drops of the ink based on the converted image data is ejected from the one nozzle, wherein each of the drops of the ink is substantially the same size.
An aircraft pylon for mounting to the underside of an aircraft wing projecting from a fuselage and for carrying an external payload suspended therefrom, the pylon comprising: • an attachment mechanism configured for facilitating mounting of the pylon to the aircraft wing; and • a carrying arrangement configured for carrying said payload and being pivotally articulated to said attachment mechanism , and comprising a housing defining an open-bottomed chamber therewithin and a payload release unit for suspension therefrom of said payload, the aircraft pylon being characterized in that the payload release unit being configured to shift between an operational position in which it at least partially projects downwardly out of the housing, and a storage position in which it is fully received within the chamber; said pylon being configured to pivot said carrying arrangement about a pylon axis (P) between a vertical position in which it is suspended in a substantially vertical orientation and a tilted position in which it is tilted toward said fuselage, wherein the pylon is configured such that the carrying arrangement remains in its vertical position when the payload release unit is in its operational position, and to pivot about pylon axis (P) to its tilted position when the payload release unit shifts to its storage position, wherein: an actuator is provided facilitating tilting of the carrying arrangement , and a controller configured to coordinate shifting of the carrying arrangement between its two positions and pivoting of the carrying arrangement between its two positions and/or the payload release unit comprises a mechanical arrangement such that it is configured to mechanically facilitate pivoting of the carrying arrangement from its vertical position to its tilted position, when shifting from its operational position to its storage position. • an attachment mechanism configured for facilitating mounting of the pylon to the aircraft wing; and • a carrying arrangement configured for carrying said payload and being pivotally articulated to said attachment mechanism , and comprising a housing defining an open-bottomed chamber therewithin and a payload release unit for suspension therefrom of said payload, the aircraft pylon being characterized in that the payload release unit being configured to shift between an operational position in which it at least partially projects downwardly out of the housing, and a storage position in which it is fully received within the chamber;