mhurhangee/patent-ind-claim-en huggingface dataset:
A portable computerized device configured for tracking items in a shopping container ; the device comprising a scanner , one or more cameras , and a processing circuitry comprising one or more computer processors; wherein at least one camera is configured to capture one or more images of an item being inserted to or removed from the container ; wherein the scanner is configured to provide scanning output data in response to scanning of a respective identification tag associated with the item, wherein the processing circuitry is configured to: process the one or more images and detect insertion or removal of the item to/from the container ; identify the item using one or more machine learning models applied on the one or more images, and add the item to or remove the item from a purchase item-list; in case, following detection of insertion or removal of the item, the one or more machine learning models fail to identify the item, generate and prompt instructions to a shopper requesting the shopper to scan the identification tag with the scanner , identify the item based on scanning output data generated by the scanner in response to scanning of a respective identification tag associated with the item; link between the one or more images and the respective scanning output data; add the one or more images and the respective scanning output data to a training dataset that is used for training at least one of the one or more machine learning models to thereby update the training dataset and enable the at least one model to be applied to one or more images of the item and identify the item, wherein the shopping container is a shopping cart. wherein at least one camera is configured to capture one or more images of an item being inserted to or removed from the container ; wherein the scanner is configured to provide scanning output data in response to scanning of a respective identification tag associated with the item, wherein the processing circuitry is configured to: process the one or more images and detect insertion or removal of the item to/from the container ; identify the item using one or more machine learning models applied on the one or more images, and add the item to or remove the item from a purchase item-list; in case, following detection of insertion or removal of the item, the one or more machine learning models fail to identify the item, generate and prompt instructions to a shopper requesting the shopper to scan the identification tag with the scanner , identify the item based on scanning output data generated by the scanner in response to scanning of a respective identification tag associated with the item; link between the one or more images and the respective scanning output data; add the one or more images and the respective scanning output data to a training dataset that is used for training at least one of the one or more machine learning models to thereby update the training dataset and enable the at least one model to be applied to one or more images of the item and identify the item, wherein the shopping container is a shopping cart.
A method for providing a digital user secret that is associated with a protected data object involving: - provision of a data object that is protected by a first user secret; - generation of a first digital user secret data object for the first user secret, wherein the first digital user secret data object comprises first user secret data encompassing the following for the first digital user secret data object : - a first user secret value , - a first user secret type and - a first user secret reference indicating an association between the data object and the first digital user secret data object ; - digital encryption of the first digital user secret data object ; - generation of a digital data structure associated with the data object , comprising: - a user secret data container containing the encrypted first digital user secret data object ; - product reference data indicating an association between the data object and the user secret data container ; and - integrity protection data determined for at least the user secret data container and the product reference data and with the help of which data integrity of the user secret data container can be verified; and - storage of the digital data structure in a data storage device . - provision of a data object that is protected by a first user secret; - generation of a first digital user secret data object for the first user secret, wherein the first digital user secret data object comprises first user secret data encompassing the following for the first digital user secret data object : - a first user secret value , - a first user secret type and - a first user secret reference indicating an association between the data object and the first digital user secret data object ; - a first user secret value , - a first user secret type and - a first user secret reference indicating an association between the data object and the first digital user secret data object ; - digital encryption of the first digital user secret data object ; - generation of a digital data structure associated with the data object , comprising: - a user secret data container containing the encrypted first digital user secret data object ; - product reference data indicating an association between the data object and the user secret data container ; and - integrity protection data determined for at least the user secret data container and the product reference data and with the help of which data integrity of the user secret data container can be verified; and - a user secret data container containing the encrypted first digital user secret data object ; - product reference data indicating an association between the data object and the user secret data container ; and - integrity protection data determined for at least the user secret data container and the product reference data and with the help of which data integrity of the user secret data container can be verified; and - storage of the digital data structure in a data storage device .
An electronic device comprising electronic components and a metal case configured as a back cover for the electronic device for housing the electronic components , the electronic device being characterized in comprising: a power receiving element disposed on the metal case near an edge of the metal case ; and configured to magnetically couple with a magnetic field that emanates from the edge of the metal case when the metal case is exposed to an externally generated magnetic field , to wirelessly receive power from the externally generated magnetic field . a power receiving element disposed on the metal case near an edge of the metal case ; and configured to magnetically couple with a magnetic field that emanates from the edge of the metal case when the metal case is exposed to an externally generated magnetic field , to wirelessly receive power from the externally generated magnetic field .
A deformable membrane assembly comprising an at least partially flexible fluid-filled envelope, one wall of which is formed by an elastic membrane that is held around its edge by a resiliently bendable non-round supporting ring , a fixed support for the envelope and selectively operable moving means for causing relative movement between the supporting ring and the support for adjusting the pressure of the fluid in the envelope, thereby to cause the membrane to deform; wherein the bending stiffness of the ring varies round the ring such that upon deformation of the membrane the ring bends variably to control the shape of the membrane to a predefined form which is defined by one or more Zernike polynomials Z j ± k ( k ≤ j ), and the moving means comprise a plurality of ring-engaging members that are arranged for applying a force to the ring at spaced control points; characterised in that there are at least three control points, and there is a control point at or proximate each point on the ring where the profile of the ring that is needed to produce the predefined form upon deformation of the membrane exhibits a turning point in the direction of the force applied at the control point between two adjacent points where the profile of the ring exhibits an inflection point or a turning point in the opposite direction.
A refrigerator , comprising: a liner including a top wall , a rear wall , and first and second side walls ; a wall covering assembly having a top wall disposed adjacent to and spaced-apart from the top wall of the liner and a rear wall disposed adjacent to and spaced-apart from the rear wall of the liner to form a cavity therebetween, wherein the rear wall of the wall covering assembly is further disposed between the first and second side walls of the liner and includes a ventilated portion , and further wherein the liner and the wall covering assembly cooperate to define a refrigerator cabinet ; and a pattern of ports disposed on the ventilated portion of the rear wall of the wall covering assembly , the pattern of ports including first and second sets of ports , wherein the second set of ports opens into the refrigerator cabinet on a first side of the rear wall of the wall covering assembly and further opens into the cavity on a second side of the rear wall of the wall covering assembly , characterized by a duct assembly having an upright portion disposed in the cavity , wherein the upright portion includes a plurality access apertures , and wherein the first set of ventilation ports is configured to align with the access apertures of the duct assembly to introduce cooled air into the refrigerator cabinet through the rear wall of the wall covering assembly . a liner including a top wall , a rear wall , and first and second side walls ; a wall covering assembly having a top wall disposed adjacent to and spaced-apart from the top wall of the liner and a rear wall disposed adjacent to and spaced-apart from the rear wall of the liner to form a cavity therebetween, wherein the rear wall of the wall covering assembly is further disposed between the first and second side walls of the liner and includes a ventilated portion , and further wherein the liner and the wall covering assembly cooperate to define a refrigerator cabinet ; and a pattern of ports disposed on the ventilated portion of the rear wall of the wall covering assembly , the pattern of ports including first and second sets of ports , wherein the second set of ports opens into the refrigerator cabinet on a first side of the rear wall of the wall covering assembly and further opens into the cavity on a second side of the rear wall of the wall covering assembly , characterized by a duct assembly having an upright portion disposed in the cavity , wherein the upright portion includes a plurality access apertures , and wherein the first set of ventilation ports is configured to align with the access apertures of the duct assembly to introduce cooled air into the refrigerator cabinet through the rear wall of the wall covering assembly .
A seat break over device , comprising: a linkage member comprising first and second arms configured to hinge with respect to one another; the first arm adapted to be secured to a seat back and the second arm adapted to be secured to a stable quadrant arm of a seat assembly ; a weighted member configured to move upon application of an identified force load; wherein movement of the weighted member causes hinged movement of the linkage member , wherein hinged movement of the linkage member is adapted to cause movement of the seat back with respect to the stable quadrant arm , characterized in that the weighted member is configured to transfer a force onto the linkage member so that the force moves the linkage member into an unstable mode so as to allow movement of the seat back with respect to the stable quadrant arm . a linkage member comprising first and second arms configured to hinge with respect to one another; the first arm adapted to be secured to a seat back and the second arm adapted to be secured to a stable quadrant arm of a seat assembly ; a weighted member configured to move upon application of an identified force load; wherein movement of the weighted member causes hinged movement of the linkage member , wherein hinged movement of the linkage member is adapted to cause movement of the seat back with respect to the stable quadrant arm , characterized in that the weighted member is configured to transfer a force onto the linkage member so that the force moves the linkage member into an unstable mode so as to allow movement of the seat back with respect to the stable quadrant arm .
A display device, comprising: a substrate including a first electrode extending along a first direction; a plurality of semiconductor light emitting devices electrically connected to the first electrode; a conductive adhesive layer disposed along the first direction on the first electrode having a plurality of anisotropic conductive media, characterised in an intermediate electrode extending along the first direction disposed between the conductive adhesive layer and the plurality of semiconductor light emitting devices, electrically connecting a plurality of first conductive electrodes of the semiconductor light emitting devices with the first electrode , wherein a first part of the anisotropic conductive media is electrically connected to the intermediate electrode and the first electrode , respectively, at positions overlapping with the first conductive electrodes, wherein a second part of the anisotropic conductive media is electrically connected to the intermediate electrode and the first electrode , respectively, at positions not overlapping with the first conductive electrodes. a substrate including a first electrode extending along a first direction; a plurality of semiconductor light emitting devices electrically connected to the first electrode; a conductive adhesive layer disposed along the first direction on the first electrode having a plurality of anisotropic conductive media, characterised in an intermediate electrode extending along the first direction disposed between the conductive adhesive layer and the plurality of semiconductor light emitting devices, electrically connecting a plurality of first conductive electrodes of the semiconductor light emitting devices with the first electrode , wherein a first part of the anisotropic conductive media is electrically connected to the intermediate electrode and the first electrode , respectively, at positions overlapping with the first conductive electrodes, wherein a second part of the anisotropic conductive media is electrically connected to the intermediate electrode and the first electrode , respectively, at positions not overlapping with the first conductive electrodes.
An actuation mechanism for a multi-flush toilet assembly, the actuation mechanism comprising: a first handle configured to pivot about a pivot axis; a second handle configured to pivot about the pivot axis; and a moveable element ; wherein rotation of the one of the first and second handles is limited to a first angular travel by the moveable element in a first position, the first angular travel configured to provide a first flush mode of the toilet assembly; and wherein rotation of both the first and second handles results in movement of the moveable element to a second position which permits the first and second handles to rotate to a second angular travel to provide a second flush mode that is different than the first flush mode; characterised in that a cam is coupled to one of the first and second handles and includes a cam surface, which is configured to move the moveable element upon rotation of both the first and second handles, and wherein the moveable element is rotated by the cam relative to the first and second handles to the second position. a first handle configured to pivot about a pivot axis; a second handle configured to pivot about the pivot axis; and a moveable element ; wherein rotation of the one of the first and second handles is limited to a first angular travel by the moveable element in a first position, the first angular travel configured to provide a first flush mode of the toilet assembly; and wherein rotation of both the first and second handles results in movement of the moveable element to a second position which permits the first and second handles to rotate to a second angular travel to provide a second flush mode that is different than the first flush mode; characterised in that a cam is coupled to one of the first and second handles and includes a cam surface, which is configured to move the moveable element upon rotation of both the first and second handles, and wherein the moveable element is rotated by the cam relative to the first and second handles to the second position.
An inductive structure comprising: a first core structure arranged on a semiconductor structure : a first non-conductive layer that touches a top surface of the first core structure ; a coil that touches the first non-conductive layer and lies over the first core structure ; a second non-conductive layer that touches a top surface of the coil ; and a second core structure that touches the second non-conductive layer , the second core structure lying directly over the first core structure , characterized in that the semiconductor structure includes a cavity , the first core structure is adhesively attached to the semiconductor structure and the first core structure and the first non-conductive layer lie in the cavity . a first core structure arranged on a semiconductor structure : a first non-conductive layer that touches a top surface of the first core structure ; a coil that touches the first non-conductive layer and lies over the first core structure ; a second non-conductive layer that touches a top surface of the coil ; and a second core structure that touches the second non-conductive layer , the second core structure lying directly over the first core structure , characterized in that the semiconductor structure includes a cavity , the first core structure is adhesively attached to the semiconductor structure and the first core structure and the first non-conductive layer lie in the cavity .
A work vehicle , comprising: a pair of left and right front wheels and a pair of left and right rear wheels each provided on a machine body frame ; a transmission case ; and a power transmission device housed in the transmission case and configured to transmit a driving power from an engine (E) to driving wheels , wherein the power transmission device comprises: a front wheel driving shaft arranged in a lower inside portion of the transmission case and configured to transmit the driving power to the front wheels ; and a four-wheel drive clutch arranged in the transmission case , wherein the four-wheel drive clutch is configured to switch between a two-wheel drive state, in which the driving power is transmitted to the rear wheels and thus only the rear wheels act as the driving wheels, and a four-wheel drive state, in which the driving power is transmitted to the front wheels and the rear wheels via the front wheel driving shaft and thus both the front wheels and the rear wheels act as the driving wheels; characterized in that the transmission case is arranged below the machine body frame ; and in that the four-wheel drive clutch is arranged at a location in the transmission case , which is located above the front wheel driving shaft . a pair of left and right front wheels and a pair of left and right rear wheels each provided on a machine body frame ; a transmission case ; and a power transmission device housed in the transmission case and configured to transmit a driving power from an engine (E) to driving wheels , wherein the power transmission device comprises: a front wheel driving shaft arranged in a lower inside portion of the transmission case and configured to transmit the driving power to the front wheels ; and a four-wheel drive clutch arranged in the transmission case , wherein the four-wheel drive clutch is configured to switch between a two-wheel drive state, in which the driving power is transmitted to the rear wheels and thus only the rear wheels act as the driving wheels, and a four-wheel drive state, in which the driving power is transmitted to the front wheels and the rear wheels via the front wheel driving shaft and thus both the front wheels and the rear wheels act as the driving wheels; characterized in that a front wheel driving shaft arranged in a lower inside portion of the transmission case and configured to transmit the driving power to the front wheels ; and a four-wheel drive clutch arranged in the transmission case , wherein the four-wheel drive clutch is configured to switch between a two-wheel drive state, in which the driving power is transmitted to the rear wheels and thus only the rear wheels act as the driving wheels, and a four-wheel drive state, in which the driving power is transmitted to the front wheels and the rear wheels via the front wheel driving shaft and thus both the front wheels and the rear wheels act as the driving wheels; characterized in that the transmission case is arranged below the machine body frame ; and in that the four-wheel drive clutch is arranged at a location in the transmission case , which is located above the front wheel driving shaft .
An electronic apparatus comprising: a first supply power node ; a second supply power node ; and a charge pump coupled to the first and second supply power nodes to transfer charge from the first supply power node to the second supply power node during a first time interval and to transfer charge from the second supply power node to the first supply power node during a second time interval; and characterized in that : a first transistor having a first terminal directly coupled to the first supply power node and a second terminal directly coupled to the second supply power node ; wherein the first transistor is arranged to turn on during the first time interval and to turn off during the second time interval; the second supply power node is arranged to provide a supply voltage to a functional unit , and the charge pump is arranged to transfer charge from the second supply power node to the first supply power node during the second interval when the functional unit changes from a higher power consumption state to a lower power consumption state. a first supply power node ; a second supply power node ; and a charge pump coupled to the first and second supply power nodes to transfer charge from the first supply power node to the second supply power node during a first time interval and to transfer charge from the second supply power node to the first supply power node during a second time interval; and characterized in that : a first transistor having a first terminal directly coupled to the first supply power node and a second terminal directly coupled to the second supply power node ; wherein the first transistor is arranged to turn on during the first time interval and to turn off during the second time interval; the second supply power node is arranged to provide a supply voltage to a functional unit , and the charge pump is arranged to transfer charge from the second supply power node to the first supply power node during the second interval when the functional unit changes from a higher power consumption state to a lower power consumption state. a first transistor having a first terminal directly coupled to the first supply power node and a second terminal directly coupled to the second supply power node ; wherein the first transistor is arranged to turn on during the first time interval and to turn off during the second time interval; the second supply power node is arranged to provide a supply voltage to a functional unit , and the charge pump is arranged to transfer charge from the second supply power node to the first supply power node during the second interval when the functional unit changes from a higher power consumption state to a lower power consumption state.