mhurhangee/ep-ind-claims huggingface dataset:
An encoder comprising: a generation unit configured to generate information in a first parameter set contained in a first network abstraction layer unit, the first parameter set being a syntax structure which contains syntax elements that apply to zero or more entire coded video sequences, and the information describing a parameter for use in decoding at least a first layer of multiple layers of the video sequences, and a second NAL unit having a specific NAL unit type code, the second NAL unit corresponding to a second layer of said multiple layers, and the second NAL unit including supplemental information, the supplemental information from the second NAL unit indicating (i) an identifier of the first parameter set to indicate that the second NAL unit is used to supplement the first NAL unit, (ii) a video usability information ("VUI") parameter having layer-dependent information for use in decoding said second layer of said multiple layers; and an encoding unit configured to encode said second layer of said multiple layers based on the generated information for the first NAL unit and the generated supplemental information for the second NAL unit, wherein the parameter for use in decoding at least said first layer is required for decoding said second layer of said multiple layers. a generation unit configured to generate information in a first parameter set contained in a first network abstraction layer unit, the first parameter set being a syntax structure which contains syntax elements that apply to zero or more entire coded video sequences, and the information describing a parameter for use in decoding at least a first layer of multiple layers of the video sequences, and a second NAL unit having a specific NAL unit type code, the second NAL unit corresponding to a second layer of said multiple layers, and the second NAL unit including supplemental information, the supplemental information from the second NAL unit indicating (i) an identifier of the first parameter set to indicate that the second NAL unit is used to supplement the first NAL unit, (ii) a video usability information ("VUI") parameter having layer-dependent information for use in decoding said second layer of said multiple layers; and an encoding unit configured to encode said second layer of said multiple layers based on the generated information for the first NAL unit and the generated supplemental information for the second NAL unit, wherein the parameter for use in decoding at least said first layer is required for decoding said second layer of said multiple layers.
A targetless radar or lidar tracking device comprising: a detector configured to receive scattered radiation indicative of the presence of an object; and a processor configured to: calculate a positional relationship between the device and the object based on the scattered radiation; receive an indication of a desired positional relationship of the detector relative to the object; and generate an error signal indicative of the positional relationship versus the desired positional relationship so that the device position is able to be controlled to reduce the error signal; characterised in that the processor is further configured to calculate the positional relationship by creating first and second images at first and second points in time, respectively, and then comparing the first and second images in order to calculate the positional relationship; wherein either: the scattered radiation is from a radar and the first and second images are radar images; or the scattered radiation is from a lidar and the first and second images are lidar images. a detector configured to receive scattered radiation indicative of the presence of an object; and a processor configured to: calculate a positional relationship between the device and the object based on the scattered radiation; receive an indication of a desired positional relationship of the detector relative to the object; and generate an error signal indicative of the positional relationship versus the desired positional relationship so that the device position is able to be controlled to reduce the error signal; characterised in that the processor is further configured to calculate the positional relationship by creating first and second images at first and second points in time, respectively, and then comparing the first and second images in order to calculate the positional relationship; wherein either: the scattered radiation is from a radar and the first and second images are radar images; or the scattered radiation is from a lidar and the first and second images are lidar images. calculate a positional relationship between the device and the object based on the scattered radiation; receive an indication of a desired positional relationship of the detector relative to the object; and generate an error signal indicative of the positional relationship versus the desired positional relationship so that the device position is able to be controlled to reduce the error signal; characterised in that the processor is further configured to calculate the positional relationship by creating first and second images at first and second points in time, respectively, and then comparing the first and second images in order to calculate the positional relationship; wherein either: the scattered radiation is from a radar and the first and second images are radar images; or the scattered radiation is from a lidar and the first and second images are lidar images.
A stationary blade for a blade set of a hair cutting appliance, said blade set being arranged to be moved through hair in a moving direction to cut hair, said blade comprising - a first wall portion arranged to serve as a skin facing wall portion during operation, the first wall portion extending in a substantially flat manner, - a second wall portion, each of the first and the second wall portion defining - a first surface (80, 82, 84), and - a second surface (86, 88, 90) facing away from the first surface (80, 82, 84), and - an intermediate wall portion arranged between the first and the second wall portion, wherein the first wall portion the second wall portion and the intermediate wall portion jointly define at least one toothed leading edge (32, 34) comprising a plurality of mutually spaced apart projections provided with respective tips, wherein the toothed leading edge (32, 34) at least partially extends in a transverse direction (Y, t) relative to the moving direction assumed during operation, wherein the mutually spaced apart projections at least partially extend forwardly in a longitudinal direction (X, r) approximately perpendicular to the transverse direction (Y, t), wherein the first surfaces (80, 82) of the first wall portion and the second wall portion face each other, at least at their leading edges (32, 34), wherein facing projections along the leading edges (32, 34) of the first wall portion, the second wall portion and the intermediate wall portion are interconnected at their tips to define a plurality of teeth, wherein the first surfaces (80, 82) of the first wall portion and the second wall portion define therebetween a guide slot for a movable blade of said blade set, wherein the first wall portion, the second wall portion and the intermediate wall portion comprise an overall height extension (t o), wherein the overall height extension (t o) of the first wall portion, the second wall portion and the intermediate wall portion, at least at the at least one leading edge (32, 34), is in the range of about 0.3 mm to about 0.75 mm, preferably in the range of about 0.4 mm to 0.5 mm, characterized in that the connecting region formed by the intermediate wall portion at the at least one leading edge (32, 34) comprises a longitudinal extension (l f1) in the range of about 0.35 mm to 1.5 mm. - a first wall portion arranged to serve as a skin facing wall portion during operation, the first wall portion extending in a substantially flat manner, - a second wall portion, each of the first and the second wall portion defining - a first surface (80, 82, 84), and - a second surface (86, 88, 90) facing away from the first surface (80, 82, 84), and - a first surface (80, 82, 84), and - a second surface (86, 88, 90) facing away from the first surface (80, 82, 84), and - an intermediate wall portion arranged between the first and the second wall portion,
A polarizing plate comprising: a polarizer; a bonding agent layer and a protective film sequentially provided on one surface of the polarizer; and a protective layer which is directly attached to the other surface of the polarizer, wherein the protective layer is a resin layer comprising an active energy ray curable composition comprising a bisphenol F-type epoxy compound, an oxetane compound, a polyol compound, and an epoxy compound which does not contain an aromatic ring, or a cured product thereof; and wherein the active energy ray curable composition includes 15 to 40 parts by weight of the bisphenol F-type epoxy compound, 30 to 80 parts by weight of the oxetane compound, and 1 to 20 parts by weight of the polyol compound based on 100 parts by weight of the epoxy compound which does not contain an aromatic ring. a polarizer; a bonding agent layer and a protective film sequentially provided on one surface of the polarizer; and a protective layer which is directly attached to the other surface of the polarizer, wherein the protective layer is a resin layer comprising an active energy ray curable composition comprising a bisphenol F-type epoxy compound, an oxetane compound, a polyol compound, and an epoxy compound which does not contain an aromatic ring, or a cured product thereof; and wherein the active energy ray curable composition includes 15 to 40 parts by weight of the bisphenol F-type epoxy compound, 30 to 80 parts by weight of the oxetane compound, and 1 to 20 parts by weight of the polyol compound based on 100 parts by weight of the epoxy compound which does not contain an aromatic ring.
A security element, with a hidden picture and a visible picture (XXX'), consisting of: - a background layer applied onto a substrate of a security and/or valuable document, wherein the background layer consists of multiple sequences of parallel, relative to each other, first lines, wherein one sequence of the parallel, relative to each other, first lines, contains at least two lines (101, 102, 103) of different colours, that are repeated in the same order, wherein the colour of the substrate may be one of the colours of the sequence of the first lines, and the lines in the sequence of the first lines are of the same width, and - at least one embossed structure (104, 204, 304, 404) on the background layer, wherein the embossed structure (104, 204, 304, 404) consists of equidistant, relative to each other, first geometric shapes, whereas the hidden picture (105, 205, 305, 405) is obtained by embossing the first geometric shapes of the embossed structure (104, 204, 304, 404) with a shift relative to the sequences of the first lines of the background layer, the security element comprising - at least one inked embossed structure consisting of equidistant, relative to each other, second geometric shapes embossed and covered with ink on the background layer, whereas the visible picture (XXX') is obtained by embossing the second geometric shapes of the inked embossed structure with a shift relative to the sequences of the first lines of the background layer. - a background layer applied onto a substrate of a security and/or valuable document, wherein the background layer consists of multiple sequences of parallel, relative to each other, first lines, wherein one sequence of the parallel, relative to each other, first lines, contains at least two lines (101, 102, 103) of different colours, that are repeated in the same order, wherein the colour of the substrate may be one of the colours of the sequence of the first lines, and the lines in the sequence of the first lines are of the same width, and - at least one embossed structure (104, 204, 304, 404) on the background layer, wherein the embossed structure (104, 204, 304, 404) consists of equidistant, relative to each other, first geometric shapes, whereas the hidden picture (105, 205, 305, 405) is obtained by embossing the first geometric shapes of the embossed structure (104, 204, 304, 404) with a shift relative to the sequences of the first lines of the background layer, the security element comprising - at least one inked embossed structure consisting of equidistant, relative to each other, second geometric shapes embossed and covered with ink on the background layer, whereas the visible picture (XXX') is obtained by embossing the second geometric shapes of the inked embossed structure with a shift relative to the sequences of the first lines of the background layer.
A method for an electronic device having a touch screen comprising a display section and a touch sensor, the method comprising: via a setting screen displayed on the touch screen comprising a list of menu items each corresponding to an application executable at the electronic device, mapping a plurality of applications executable at the electronic device respectively to a plurality of different gesture patterns having predetermined shapes; detecting an input gesture through the touch screen while the electronic device is in an idle mode and the electronic device is locked; identifying one of the plurality of different gesture patterns which corresponds to the detected input gesture based on a shape drawn by the input gesture; and unlocking the electronic device and invoking an application mapped to the identified gesture pattern, in response to the identifying of the gesture pattern. via a setting screen displayed on the touch screen comprising a list of menu items each corresponding to an application executable at the electronic device, mapping a plurality of applications executable at the electronic device respectively to a plurality of different gesture patterns having predetermined shapes; detecting an input gesture through the touch screen while the electronic device is in an idle mode and the electronic device is locked; identifying one of the plurality of different gesture patterns which corresponds to the detected input gesture based on a shape drawn by the input gesture; and unlocking the electronic device and invoking an application mapped to the identified gesture pattern, in response to the identifying of the gesture pattern.
Blocking clamp for screwing onto a pivoting latch of an electric door opener or onto a lower part of a striking plate of a building door, having a base part and a blocking shoulder running at right angles to it having an inner surface for cooperating with a locking latch and an outer surface opposite the inner surface, wherein the base part has slots for screwing the base part, and the base part and the inner surface of the blocking shoulder span a receiving space for a locking latch, wherein, on its outer surface, the blocking shoulder has a locking latch guide having a locking latch guide web running on a plane in parallel to the base part, and the locking latch guide web lies flush with a front edge of the blocking shoulder, characterised in that the locking latch guide is adjustably mounted on the blocking shoulder.
A method of controlling a position of a structure, comprising: receiving a position command indicating a desired position for the structure; receiving a position feedback signal indicating the position of the structure; generating a position control signal based on a difference between the desired position and the position indicated by the position feedback signal; receiving a stop feedback signal indicating a current condition of the structure; generating a stop control signal based on a difference between the stop feedback signal and a stop condition for the structure; selecting one of the position control signal and the stop control signal based on relative magnitudes of the position control signal and the stop control signal; and providing the selected one of the position control signal and the stop control signal to an actuator for controlling the position of the structure, wherein: the position feedback signal indicates a position of the actuator; and the stop feedback signal indicates the position of the structure other than by identifying the position of the actuator. receiving a position command indicating a desired position for the structure; receiving a position feedback signal indicating the position of the structure; generating a position control signal based on a difference between the desired position and the position indicated by the position feedback signal; receiving a stop feedback signal indicating a current condition of the structure; generating a stop control signal based on a difference between the stop feedback signal and a stop condition for the structure; selecting one of the position control signal and the stop control signal based on relative magnitudes of the position control signal and the stop control signal; and providing the selected one of the position control signal and the stop control signal to an actuator for controlling the position of the structure, wherein: the position feedback signal indicates a position of the actuator; and the stop feedback signal indicates the position of the structure other than by identifying the position of the actuator. the position feedback signal indicates a position of the actuator; and the stop feedback signal indicates the position of the structure other than by identifying the position of the actuator.
A vehicle-use rear combination lamp comprising: a tail lamp portion; a pair of blinker lamp portions (46L, 46R) disposed on both left and right sides of the tail lamp portion; a common housing on which the tail lamp portion and the pair of blinker lamp portions (46L, 46R) are mounted; an inner lens which covers the tail lamp portion; and an outer lens which integrally covers the inner lens and the pair of blinker lamp portions (46L, 46R); wherein the inner lens includes a tail lens portion (100, 104) to which tail lamp light from the tail lamp portion is irradiated, wherein a light transmission suppressing portion which suppresses transmission of light is provided, characterised in that the light transmission suppressing portion is formed on a portion of the inner lens, the light transmission suppressing portion includes a pair of side light-transmission suppressing portions (118L, 118R) positioned on both left and right side portions of the inner lens respectively, to ensure the clear distinction between the visibility of tail lamp light from the tail lamp portion and the visibility of blinker lamps lights from the respective blinker lamp portions (46L,46R), and wherein the respective side light-transmission suppressing portions (118L, 118R) are positioned vehicle rearward of the tail lens portion (100, 104), when the vehicle-use rear combination lamp is installed to the vehicle. a tail lamp portion; a pair of blinker lamp portions (46L, 46R) disposed on both left and right sides of the tail lamp portion; a common housing on which the tail lamp portion and the pair of blinker lamp portions (46L, 46R) are mounted; an inner lens which covers the tail lamp portion; and an outer lens which integrally covers the inner lens and the pair of blinker lamp portions (46L, 46R); wherein the inner lens includes a tail lens portion (100, 104) to which tail lamp light from the tail lamp portion is irradiated, wherein a light transmission suppressing portion which suppresses transmission of light is provided, characterised in that the light transmission suppressing portion is formed on a portion of the inner lens, the light transmission suppressing portion includes a pair of side light-transmission suppressing portions (118L, 118R) positioned on both left and right side portions of the inner lens respectively, to ensure the clear distinction between the visibility of tail lamp light from the tail lamp portion and the visibility of blinker lamps lights from the respective blinker lamp portions (46L,46R), and wherein the respective side light-transmission suppressing portions (118L, 118R) are positioned vehicle rearward of the tail lens portion (100, 104), when the vehicle-use rear combination lamp is installed to the vehicle.
Clamping mechanism comprising a clamp and a prop, the clamp having in its inner face an inner protrusion and the prop having in its outer face at least one corner, in which when the clamp is closed, the inner protrusion of the clamp engages the corner of the prop preventing the assembly of the clamp and the prop from moving horizontally and vertically wherein the clamp comprises a solid and fixed sector which is complemented by a movable sector, said movable sector being attached to the fixed sector by an axis of rotation, characterized in that the movable sector terminates with three ends each with a tooth, so that when the clamp is closed the teeth remain secured with a locking pin which locks the clamp and keeps the inner protrusion of the clamp fully engaged in the corner of the prop. wherein the clamp comprises a solid and fixed sector which is complemented by a movable sector, said movable sector being attached to the fixed sector by an axis of rotation, characterized in that the movable sector terminates with three ends each with a tooth, so that when the clamp is closed the teeth remain secured with a locking pin which locks the clamp and keeps the inner protrusion of the clamp fully engaged in the corner of the prop.
A method of operating a Vertical Take-Off and Landing, VTOL, aircraft (104; 900), the method comprising: deploying a retractable propulsor assembly from a compartment of a fuselage of the VTOL aircraft to provide lift for vertical flight, wherein the retractable propulsor assembly comprises: an arm having a first end rotatably coupled to the fuselage; a propulsor disposed at a second end of the arm and a drive mechanism configured to deploy the arm; transitioning the VTOL aircraft from the vertical flight to cruise flight; and stowing the retractable propulsor assembly in the compartment during the cruise flight to reduce aerodynamic drag on the VTOL aircraft, wherein deploying the retractable propulsor assembly comprises: in case where the drive mechanism configured to deploy the arm has failed or is inoperable, disengaging the first end of the arm from the drive mechanism; and applying a torque to the first end of the arm to deploy the arm and the propulsor from the compartment independently of the drive mechanism. deploying a retractable propulsor assembly from a compartment of a fuselage of the VTOL aircraft to provide lift for vertical flight, wherein the retractable propulsor assembly comprises: an arm having a first end rotatably coupled to the fuselage; a propulsor disposed at a second end of the arm and a drive mechanism configured to deploy the arm; transitioning the VTOL aircraft from the vertical flight to cruise flight; and stowing the retractable propulsor assembly in the compartment during the cruise flight to reduce aerodynamic drag on the VTOL aircraft, wherein deploying the retractable propulsor assembly comprises: in case where the drive mechanism configured to deploy the arm has failed or is inoperable, disengaging the first end of the arm from the drive mechanism; and applying a torque to the first end of the arm to deploy the arm and the propulsor from the compartment independently of the drive mechanism. in case where the drive mechanism configured to deploy the arm has failed or is inoperable, disengaging the first end of the arm from the drive mechanism; and applying a torque to the first end of the arm to deploy the arm and the propulsor from the compartment independently of the drive mechanism.