mhurhangee/ep-ind-claims huggingface dataset:
A method to monitor integrity of webpages, the method comprising: obtaining rendered code, the rendered code being finalized instructions to layout presentation of a webpage that have been generated using source code of the webpage obtained in response to a request to a webserver (110, 210) that hosts the webpage and using remotely called code referenced in the source code; characterised by obtaining previous rendered code of the webpage, that was generated before the request is sent to the webserver (110, 210) for the source code used to generate the rendered code; determining a difference between the rendered code and the previous rendered code of the webpage; analyzing the difference between the rendered code and the previous rendered code to determine a change in integrity of security of the webpage; generating an alert regarding the integrity of security of the webpage in response to a change in the integrity of security of the webpage. obtaining rendered code, the rendered code being finalized instructions to layout presentation of a webpage that have been generated using source code of the webpage obtained in response to a request to a webserver (110, 210) that hosts the webpage and using remotely called code referenced in the source code; characterised by obtaining previous rendered code of the webpage, that was generated before the request is sent to the webserver (110, 210) for the source code used to generate the rendered code; determining a difference between the rendered code and the previous rendered code of the webpage; analyzing the difference between the rendered code and the previous rendered code to determine a change in integrity of security of the webpage; generating an alert regarding the integrity of security of the webpage in response to a change in the integrity of security of the webpage.
A method for protecting memory from unauthorised access, the method comprising: storing the start and end addresses of each of a plurality of memory segments; storing control data in a control register, the control data being indicative of a type of permitted access to each of the plurality of memory segments; receiving (22, 23) a request to access a selected memory portion from a processor, wherein the request is represented by addresses of the selected memory portion and access data indicative of the type of access; comparing the start and end addresses with the addresses of the selected memory portion; logically combining the access data with the control data; permitting the access to the selected memory portion depending on the comparison and combination results; and dynamically adapting the control data in the control register to permit different types of access to one or more of the memory segments over time. storing the start and end addresses of each of a plurality of memory segments; storing control data in a control register, the control data being indicative of a type of permitted access to each of the plurality of memory segments; receiving (22, 23) a request to access a selected memory portion from a processor, wherein the request is represented by addresses of the selected memory portion and access data indicative of the type of access; comparing the start and end addresses with the addresses of the selected memory portion; logically combining the access data with the control data; permitting the access to the selected memory portion depending on the comparison and combination results; and dynamically adapting the control data in the control register to permit different types of access to one or more of the memory segments over time.
A snow groomer comprising a winch assembly to aid handling of the snow groomer on steep slopes, the snow groomer comprising a frame; a control unit; and said winch assembly, which comprises a support structure fixed to the frame, a drum that rotates with respect to the support structure about an axis, a cable wound about the drum, an actuator assembly for rotating the drum about the axis and a first sensor for determining the position of the drum about the axis, the position of the drum being the absolute position with respect to a zero reference point, in which the drum is in a predetermined winding condition, preferably with the cable being fully wound; the control unit being configured to control the cable as a function of the position of the drum and the geometry of the drum, wherein the winch assembly comprises at least one idle pulley, which is positioned contacting said cable and rotated by said cable; the snow groomer being characterized in that the winch assembly comprises a second sensor for determining the position of the idle pulley; the control unit being configured to acquire the rotation speed of the drum and the rotation speed of the idle pulley, and to control the actuator assembly as a function of the rotation speed of the drum, the rotation speed of the idle pulley, the position of the drum, and the geometry of the idle pulley and the drum, for controlling the tension of the cable.
A display apparatus comprising: an addressable array of light-emitting elements (336, 338, 340, 342, 344, 346, 348, 350, 352, 354, 356); an array of collimating optical elements configured to collimate light emitted by the array of light-emitting elements (336, 338, 340, 342, 344, 346, 348, 350, 352, 354, 356); one or more diffractive grating layers (306, 308) configured to diffract the collimated light collimated by the array of collimating optical elements; and an array of adaptive optical mask elements configured to selectively block or pass light received from the one or more diffractive grating layers (306, 308) in synchronization to illumination of the addressable array of light-emitting elements based on content to be displayed. an addressable array of light-emitting elements (336, 338, 340, 342, 344, 346, 348, 350, 352, 354, 356); an array of collimating optical elements configured to collimate light emitted by the array of light-emitting elements (336, 338, 340, 342, 344, 346, 348, 350, 352, 354, 356); one or more diffractive grating layers (306, 308) configured to diffract the collimated light collimated by the array of collimating optical elements; and an array of adaptive optical mask elements configured to selectively block or pass light received from the one or more diffractive grating layers (306, 308) in synchronization to illumination of the addressable array of light-emitting elements based on content to be displayed.
A method for transferring data from a first memory card to a second memory card using a managing device which comprises a SIM card, the method comprising receiving, in the managing device, data from the first memory card and transferring the data from the managing device to the second memory card, each memory card (102a,b) allowing reading and/or writing access upon verification of a corresponding allocated card credential and wherein: - accessing the functions of the SIM card and data stored therein requires that a user of a host device connected to the managing device via a data link authenticates himself to the SIM card using a secret SIM card credential allocated to the user, which is entered at the managing device and passed to the SIM card, where it is checked by a SIM card security mechanism that unlocks the SIM card functions and data only after having successfully verified the SIM card credential; - an application allows the user to control the data exchange between the first and second memory cards (102a,b) by providing a graphical user interface which is presented on the display unit of the managing device, said managing device further comprising an input unit allowing the user to input commands for controlling the application; - in case of successful user authentication to the SIM card, providing, by the SIM card, the credentials allocated to the memory cards (102a,b) to the managing device; - providing to the second memory card the credential allocated to the second memory card by the managing device, and - copying the data in the second memory card after having successfully verified said allocated credential by the second memory card such that the data is available in the first memory card and the second memory card. - accessing the functions of the SIM card and data stored therein requires that a user of a host device connected to the managing device via a data link authenticates himself to the SIM card using a secret SIM card credential allocated to the user, which is entered at the managing device and passed to the SIM card, where it is checked by a SIM card security mechanism that unlocks the SIM card functions and data only after having successfully verified the SIM card credential; - an application allows the user to control the data exchange between the first and second memory cards (102a,b) by providing a graphical user interface which is presented on the display unit of the managing device, said managing device further comprising an input unit allowing the user to input commands for controlling the application; - in case of successful user authentication to the SIM card, providing, by the SIM card, the credentials allocated to the memory cards (102a,b) to the managing device; - providing to the second memory card the credential allocated to the second memory card by the managing device, and - copying the data in the second memory card after having successfully verified said allocated credential by the second memory card such that the data is available in the first memory card and the second memory card.
A headlight for a motor vehicle, having at least one heat source to be cooled and one cooling device, which cooling device has a heat sink, coupled thermally to the heat source, and a fan with a fan housing which generates an air stream that cools the heat sink, characterized in that the heat sink with the fan housing forms a one-piece structural heat sink/fan housing unit (52; 53).
An aircraft having a vertical takeoff and landing flight mode and a forward flight mode, the aircraft comprising: a fuselage; an X-tiltwing rotatable relative to the fuselage between a vertical lift orientation and a forward thrust orientation, the X-tiltwing having oppositely disposed V-wing members (22a-b) each having first and second wing sections (24a-d); a distributed propulsion system attached to the X-tiltwing, the distributed propulsion system including a plurality of propulsion assemblies (26a-1) attached to each wing section (24a-d); and a flight control system operably associated with the distributed propulsion system and operable to independently control each of the propulsion assemblies (26a-1); wherein, in the vertical lift orientation, the first and second wing sections (24a-d) of each V-wing member (22a-b) are in the same horizontal plane; wherein, in the forward thrust orientation, the first and second wing sections (24a-d) of each V-wing member (22a-b) are in the same vertical plane. a fuselage; an X-tiltwing rotatable relative to the fuselage between a vertical lift orientation and a forward thrust orientation, the X-tiltwing having oppositely disposed V-wing members (22a-b) each having first and second wing sections (24a-d); a distributed propulsion system attached to the X-tiltwing, the distributed propulsion system including a plurality of propulsion assemblies (26a-1) attached to each wing section (24a-d); and a flight control system operably associated with the distributed propulsion system and operable to independently control each of the propulsion assemblies (26a-1); wherein, in the vertical lift orientation, the first and second wing sections (24a-d) of each V-wing member (22a-b) are in the same horizontal plane; wherein, in the forward thrust orientation, the first and second wing sections (24a-d) of each V-wing member (22a-b) are in the same vertical plane.
Inclined conveyor for a combine harvester, having at least two traction means which circulate within a conveying channel, wherein said traction means are connected to one another by entraining arrangements which are arranged transversely to the direction of conveyance and which convey the harvested material in the undershot conveying channel (9.1), characterised in that the conveying channel is subdivided into an overshot return channel (9.2) and an undershot conveying channel (9.1) by separating means arranged between the upper strand (13.1) and the lower strand (13.2) of the traction means, and the entraining strips, in addition to their entraining property, are designed as accelerating elements for the harvested material, through the fact that the cross-section of each of the entraining strips, viewed in the direction of conveyance, fills up at least 30% of the smallest clear cross-section of the undershot conveying channel (9.1).
Headlamp housing (case headlamp) for motor vehicle, comprising: - a wall with an inner face marking a cavity capable of receiving at least one light module, and an outer face; - at least one attachment leg protruding from the outer face of the wall in a main direction; - one or more of the fastening legs is frangible (12 3) in case of impact on the front of the vehicle and includes means of guidance (18, 20) of the case after failure of the said leg. - the attachment leg comprising a proximal (12 1) area of the wall, a distal (12 2) area of attachment to the vehicle, and a portion of connection (12 3) of those proximal (12 1) and distal (12 2) areas which is frangible in the case of the forward impact of the vehicle - guidance means including mutual slip surfaces (18, 20) on proximal (12 1) and distal (12 2) areas, characterized by - the frangible bond portion (12 3) extends significantly across the main direction, in the direction of the width of the paw over less than half the width of the paw in the proximal zone (12 1) and/or distal zone (12 2), at the level of the said portion (12 3). - a wall with an inner face marking a cavity capable of receiving at least one light module, and an outer face; - at least one attachment leg protruding from the outer face of the wall in a main direction; - one or more of the fastening legs is frangible (12 3) in case of impact on the front of the vehicle and includes means of guidance (18, 20) of the case after failure of the said leg. - the attachment leg comprising a proximal (12 1) area of the wall, a distal (12 2) area of attachment to the vehicle, and a portion of connection (12 3) of those proximal (12 1) and distal (12 2) areas which is frangible in the case of the forward impact of the vehicle - guidance means including mutual slip surfaces (18, 20) on proximal (12 1) and distal (12 2) areas, - the frangible bond portion (12 3) extends significantly across the main direction, in the direction of the width of the paw over less than half the width of the paw in the proximal zone (12 1) and/or distal zone (12 2), at the level of the said portion (12 3).
Ultrasound sensor, comprising - an ultrasound transmitter, and - a cavity arranged in connection with this, which is in resonance mode at the ultrasound frequency used, characterized in that - the sensor comprises a flexible diaphragm as a passive sensor element, the distance of which from the ultrasound transmitter is selected in such a way that the resonance condition is met, located at the opposite end of the cavity to the ultrasound transmitter, - the ultrasound transmitter comprises a light-construction diaphragm oscillator, which is thus well connected to the surrounding medium, and - the sensor contains means for measuring the interaction between the ultrasound transmitter and the cavity. - an ultrasound transmitter, and - a cavity arranged in connection with this, which is in resonance mode at the ultrasound frequency used, - the sensor comprises a flexible diaphragm as a passive sensor element, the distance of which from the ultrasound transmitter is selected in such a way that the resonance condition is met, located at the opposite end of the cavity to the ultrasound transmitter, - the ultrasound transmitter comprises a light-construction diaphragm oscillator, which is thus well connected to the surrounding medium, and - the sensor contains means for measuring the interaction between the ultrasound transmitter and the cavity.
Arrangement for contactless energy transmission, wherein a primary conductor laid elongated is provided, wherein at least one carriage movable along the primary conductor is provided, wherein a means for data transmission is provided on the carriage, wherein the primary conductor is composed of single-stranded wires provided electrically insulated from one another, characterised in that the means for data transmission comprises at least one coupling element which is provided capacitively coupled to the stranded wires in such a way that signal voltages can be coupled into and/or out of the stranded wires, wherein the coupling element comprises at least two coupling surfaces, to which a voltage can be applied for transmitting data, wherein the normal directions of the coupling surfaces are oriented perpendicular to one another.
A method for providing a battery cell comprising: the provision of a battery cell including an electrode assembly of a cathode/separator/anode structure, the electrode assembly being impregnated with an electrolyte, the electrode assembly being chargeable and dischargeable; the mounting of the electrode assembly in an aluminum or an aluminum alloy battery case; said method further comprising: the application of a protective coating layer to at least a portion of an outer surface of the battery case, in a state in which an uncoated margin section having a predetermined length (h) of 0.5 to 5 mm is provided downward from an outer circumference of an upper end of the battery case, the protective coating layer containing an electrically insulative polymer material, wherein a battery cell activation process, which is carried out during manufacturing of the battery cell, is performed in a state in which the first charge pin is connected to an upper end of the battery cell and the second charge pin is connected to a lower end of the battery cell, and the protective coating layer is applied to a bottom of the battery case excluding a connection opening section, to which the second charge pin is connected, wherein the connection opening section is formed by forming the protective coating layer at the battery case in a state in which an insulation material is applied to a portion of the bottom of the battery case or an insulator or an insulation tape is mounted or attached to a portion of the bottom of the battery case and removing the insulation material, the insulator, or the insulation tape. the provision of a battery cell including an electrode assembly of a cathode/separator/anode structure, the electrode assembly being impregnated with an electrolyte, the electrode assembly being chargeable and dischargeable; the mounting of the electrode assembly in an aluminum or an aluminum alloy battery case; the application of a protective coating layer to at least a portion of an outer surface of the battery case, in a state in which an uncoated margin section having a predetermined length (h) of 0.5 to 5 mm is provided downward from an outer circumference of an upper end of the battery case, the protective coating layer containing an electrically insulative polymer material, wherein a battery cell activation process, which is carried out during manufacturing of the battery cell, is performed in a state in which the first charge pin is connected to an upper end of the battery cell and the second charge pin is connected to a lower end of the battery cell, and the protective coating layer is applied to a bottom of the battery case excluding a connection opening section, to which the second charge pin is connected, wherein the connection opening section is formed by forming the protective coating layer at the battery case in a state in which an insulation material is applied to a portion of the bottom of the battery case or an insulator or an insulation tape is mounted or attached to a portion of the bottom of the battery case and removing the insulation material, the insulator, or the insulation tape.
An assembly comprising: a first stent having a longitudinal axis, a tubular wall and a side branch opening, and a catheter assembly extending through the side branch projection of the first stent, the catheter assembly comprising: a catheter shaft, a balloon mounted on the catheter shaft, the balloon having two adjacent independently inflatable chambers (28, 30), a first of said chambers having a globular configuration when inflated, and a second of said chambers disposed distally of the first chamber, the second chamber having a generally cylindrical configuration, and a second stent, the second stent having a tubular body which includes a main body portion, and, a plurality of finger-like projections the second stent mounted over the balloon such that the finger like projections are disposed over a portion of the first chamber and the main body portion is disposed over the second chamber, wherein the side branch opening in the first stent includes a tubular projection extending at an angle to the longitudinal axis from a portion of the tubular wall, the tubular projection overlapping with a portion of the second stent main body portion, characterized in that the chamber of the balloon has a proximal end attached to the catheter in everted form. a first stent having a longitudinal axis, a tubular wall and a side branch opening, and a catheter assembly extending through the side branch projection of the first stent, the catheter assembly comprising: a catheter shaft, a balloon mounted on the catheter shaft, the balloon having two adjacent independently inflatable chambers (28, 30), a first of said chambers having a globular configuration when inflated, and a second of said chambers disposed distally of the first chamber, the second chamber having a generally cylindrical configuration, and a second stent, the second stent having a tubular body which includes a main body portion, and, a plurality of finger-like projections the second stent mounted over the balloon such that the finger like projections are disposed over a portion of the first chamber and the main body portion is disposed over the second chamber, a catheter shaft, a balloon mounted on the catheter shaft, the balloon having two adjacent independently inflatable chambers (28, 30), a first of said chambers having a globular configuration when inflated, and a second of said chambers disposed distally of the first chamber, the second chamber having a generally cylindrical configuration, and a second stent, the second stent having a tubular body which includes a main body portion, and, a plurality of finger-like projections the second stent mounted over the balloon such that the finger like projections are disposed over a portion of the first chamber and the main body portion is disposed over the second chamber,