mhurhangee/ep-ind-claims huggingface dataset:
A sealing cover, comprising a cover body and a wire fixing part, and wiring terminals, the cover body is formed by a top cover and a side wall, and the cover body is of a half-surrounded structure; the wire fixing part comprises a bottom plate and side plates, the bottom plate is located in the cover body, a wire accommodating space is defined by a side of the bottom plate that facing the top cover of the cover body and the top cover and the side wall of the cover body, and a fitting space is formed between a side of the bottom plate that facing the open side of the cover body and the side wall; the side plates are located in the wire accommodating space, and wire guide slots are formed between the side plate and the bottom plate; and the bottom plate is provided with guide holes; characterized in that, the wire fixing part further comprises positioning bars arranged on the bottom plate at the wire guide slots, and the guide holes are located on the positioning bars; the top cover of the cover body is provided with positioning parts, and the positioning parts are arranged towards the wire guide slots and extend into the wire guide slots; each said positioning part comprises at least two limiting ribs and a limiting plate, the limiting ribs are arranged towards one said wire guide slot and extend into the wire guide slot, the limiting plate is connected between the two limiting ribs in the wire guide slot and is not parallel to an axial direction of the wire guide slot, and a positioning groove is defined by the two limiting ribs, the limiting plate, and the top cover of the cover body; and each said wiring terminal comprises an electrical connector, a lead wire fixing base and a limiting strip, the electrical connector is fixedly connected to an end of the lead wire fixing base and is inserted into one said wire guide slot, and the lead wire fixing base is exposed out of the wire guide slot, wherein the electrical connector comprises two clamping pieces, one end of each clamping piece is fixed to the lead wire fixing base, the two clamping pieces are arranged in opposition, and a clamping gap is formed between the two clamping pieces; the limiting strip is located on an upper side of the clamping gap formed between the two clamping pieces and an end extending towards the lead wire fixing base to form a flare angle with an upper side face of the clamping gap; and when the electrical connector is inserted into the wire guide slot, the positioning bar in the wire guide slot is clamped by the two clamping pieces, so that a lower side of the clamping piece is propped open by the positioning bar to fix the electrical connector; the limiting strip is pressed by the limiting plate of the positioning part to compress the flange angle; after the electrical connector is inserted into the wire guide slot, the limiting strip rebounds, and then the flare angle is restored; and when the electrical connector is pulled along the wire guide slot in a direction away from the cover body, an end of the limiting strip is clamped in the limiting groove.
An ignition coil for delivering a spark-generating current to a spark plug; said ignition coil comprising: a magnetically-permeable core; a primary winding disposed outward of said core; and a secondary winding radially surrounding said primary winding and inductively coupled to said primary winding, said secondary winding having a low-voltage end and a high-voltage end; wherein said secondary winding includes a secondary winding first section proximal to said low-voltage end and having a secondary winding first thickness (T 54) and wherein said secondary winding also has a secondary winding second section proximal to said high-voltage end and having a secondary winding second thickness (T 56) that is less than said secondary winding first thickness (T 54) and, wherein said secondary winding first thickness (T 54) is substantially uniform and said secondary winding second thickness (T 56) is substantially uniform, characterized in that, said secondary winding includes a secondary winding third section between said secondary winding first section and said secondary winding second section, said secondary winding third section tapering in thickness from said secondary winding first thickness (T 54) to said secondary winding second thickness (T 56). a magnetically-permeable core; a primary winding disposed outward of said core; and a secondary winding radially surrounding said primary winding and inductively coupled to said primary winding, said secondary winding having a low-voltage end and a high-voltage end; wherein said secondary winding includes a secondary winding first section proximal to said low-voltage end and having a secondary winding first thickness (T 54) and wherein said secondary winding also has a secondary winding second section proximal to said high-voltage end and having a secondary winding second thickness (T 56) that is less than said secondary winding first thickness (T 54) and, wherein said secondary winding first thickness (T 54) is substantially uniform and said secondary winding second thickness (T 56) is substantially uniform, characterized in that, said secondary winding includes a secondary winding third section between said secondary winding first section and said secondary winding second section, said secondary winding third section tapering in thickness from said secondary winding first thickness (T 54) to said secondary winding second thickness (T 56).
Method for detecting and monitoring rails in images of a video stream filmed parallel to the axis of the rails, comprising, for at least one image of the video stream, the step of: Forming an image of rail contours (IC i), characterised in that it comprises, for said at least one image of the video stream, the steps of: Estimating, by particle filtering, a set of weighted models of representations of rails (M j) as a function of the image of rail contours, each model being defined by parameters which comprise on the one hand the x-coordinates of control points of a representation of a central axis of the rails in a coordinate system defined in the image, the y-coordinates of the control points being predefined and distinct, and on the other hand coefficients of a linear function representing the distance between the representation of the central axis of the rails and, respectively, representations of the left and right rails as a function of the y-coordinate in the coordinate system of the image, Estimating the position of the rails in the image as a function of the set of weighted models. Forming an image of rail contours (IC i), characterised in that it comprises, for said at least one image of the video stream, the steps of: Estimating, by particle filtering, a set of weighted models of representations of rails (M j) as a function of the image of rail contours, each model being defined by parameters which comprise on the one hand the x-coordinates of control points of a representation of a central axis of the rails in a coordinate system defined in the image, the y-coordinates of the control points being predefined and distinct, and on the other hand coefficients of a linear function representing the distance between the representation of the central axis of the rails and, respectively, representations of the left and right rails as a function of the y-coordinate in the coordinate system of the image, Estimating the position of the rails in the image as a function of the set of weighted models. Estimating, by particle filtering, a set of weighted models of representations of rails (M j) as a function of the image of rail contours, each model being defined by parameters which comprise on the one hand the x-coordinates of control points of a representation of a central axis of the rails in a coordinate system defined in the image, the y-coordinates of the control points being predefined and distinct, and on the other hand coefficients of a linear function representing the distance between the representation of the central axis of the rails and, respectively, representations of the left and right rails as a function of the y-coordinate in the coordinate system of the image, Estimating the position of the rails in the image as a function of the set of weighted models.
A method for user authentication based on face recognition and handwritten signature verification, the method comprising: receiving a handwritten signature of a user; while the handwritten signature is input acquiring a face image of the user who inputs the handwritten signature; determining whether the user is a legitimate user, on the basis of characteristics information of the face image at a first analysis step; adjusting a reference value for verification based on characteristics information of the handwritten signature, according to a result of determination based on the characteristics information of the face image; and determining whether the user is the legitimate user, on the basis of the characteristics information of the received handwritten signature and the adjusted reference value at a second analysis step. receiving a handwritten signature of a user; while the handwritten signature is input acquiring a face image of the user who inputs the handwritten signature; determining whether the user is a legitimate user, on the basis of characteristics information of the face image at a first analysis step; adjusting a reference value for verification based on characteristics information of the handwritten signature, according to a result of determination based on the characteristics information of the face image; and determining whether the user is the legitimate user, on the basis of the characteristics information of the received handwritten signature and the adjusted reference value at a second analysis step.
A communication method, comprising: receiving, by a session management device, a request for establishing or updating a second session for a terminal; obtaining, by the session management device, a first network instance identifier of a network instance to which an access network device serving the terminal belongs; and sending, by the session management device, a first message to a user plane device, wherein the first message is used to request establishing or updating a first session, the first session is associated with the second session, the first message comprises the first network instance identifier and a network address, and the network address is located in a packet forwarding rule in the first message; obtaining, by the session management device, a second network instance identifier of a network instance to which the user plane device belongs; and sending, by the session management device, the second network instance identifier to the access network device. receiving, by a session management device, a request for establishing or updating a second session for a terminal; obtaining, by the session management device, a first network instance identifier of a network instance to which an access network device serving the terminal belongs; and sending, by the session management device, a first message to a user plane device, wherein the first message is used to request establishing or updating a first session, the first session is associated with the second session, the first message comprises the first network instance identifier and a network address, and the network address is located in a packet forwarding rule in the first message; obtaining, by the session management device, a second network instance identifier of a network instance to which the user plane device belongs; and sending, by the session management device, the second network instance identifier to the access network device.
Cosmetic or pharmaceutical composition for topical application to the skin, wherein the composition contains at least one polymer precursor, characterized in that the composition additionally contains at least one polymerization catalyst, in the presence of which the at least one polymer precursor polymerizes under the action of light, and wherein the polymerization of the polymer precursor is effected either in a purely light-induced and light-driven process or by dual polymerization, wherein by dual polymerization is meant the initiation of the polymerization process by light followed by chemical polymerization, or in reverse order, wherein the mechanism of the chemical polymerization is selected from a condensation reaction polymerization, an addition reaction polymerization, a ring-opening reaction polymerization and/or a catalytic polymerization.
An electronic device comprising: a first structure; a second structure receiving at least a portion of the first structure and guiding a sliding movement of the first structure; a flexible display including a first area connected with the first structure and a second area extending from the first area and being bendable; and a sweeper member configured to slide along an inside of the second structure while being attached to an end of the second area of the flexible display, according to the sliding movement of the flexible display. a first structure; a second structure receiving at least a portion of the first structure and guiding a sliding movement of the first structure; a flexible display including a first area connected with the first structure and a second area extending from the first area and being bendable; and a sweeper member configured to slide along an inside of the second structure while being attached to an end of the second area of the flexible display, according to the sliding movement of the flexible display.
An image generating apparatus comprising a determiner for determining a first-eye view pose and a second-eye view pose; a receiver for receiving a reference first-eye image with associated first depth values and a reference second-eye image with associated second depth values, the reference first-eye image being for a first-eye reference pose and the reference second-eye image being for a second-eye reference pose; characterised such that the apparatus further comprises a depth processor for determining a reference depth value; a first modifier for generating modified first depth values by reducing a difference between the first depth values and the reference depth value by a first amount dependent on a difference between the first-eye view pose and the first-eye reference pose; a second modifier for generating modified second depth values by reducing a difference between the second depth values and the reference depth value by a second amount dependent on a difference between the second-eye view pose and the second-eye reference pose; and a synthesizer for synthesizing an output first-eye image for the first-eye view pose by view shifting the reference first-eye image based on the modified first depth values and an output second-eye image for the second-eye view pose by view shifting the reference second-eye image based on the modified second depth values. a determiner for determining a first-eye view pose and a second-eye view pose; a receiver for receiving a reference first-eye image with associated first depth values and a reference second-eye image with associated second depth values, the reference first-eye image being for a first-eye reference pose and the reference second-eye image being for a second-eye reference pose; characterised such that the apparatus further comprises a depth processor for determining a reference depth value; a first modifier for generating modified first depth values by reducing a difference between the first depth values and the reference depth value by a first amount dependent on a difference between the first-eye view pose and the first-eye reference pose; a second modifier for generating modified second depth values by reducing a difference between the second depth values and the reference depth value by a second amount dependent on a difference between the second-eye view pose and the second-eye reference pose; and a synthesizer for synthesizing an output first-eye image for the first-eye view pose by view shifting the reference first-eye image based on the modified first depth values and an output second-eye image for the second-eye view pose by view shifting the reference second-eye image based on the modified second depth values.
A method for navigation based on a cell-ID aided positioning system, the method comprising: determining, at a cell-ID aided positioning system-compatible device, that a user has moved through a sequence of cell-IDs, wherein moving through a sequence of cell-IDs comprises moving from a first region corresponding to a first cell-ID to a second region corresponding to a second cell-ID; the method characterised by: accessing previously stored route information corresponding to the sequence of cell-IDs, wherein the previously stored route information includes previously recorded sequences of cell-IDs and global positioning system information corresponding to the device; estimating a current position of the user based on the previously stored route information, wherein estimating comprises searching the previously stored route information to determine whether the sequence of cell-IDs matches a previously recorded sequence of cell-IDs, wherein the searching the previously stored route information so as to determine whether the sequence of cell-IDs matches a previously recorded sequence of cell-IDs comprises applying the Smith-Waterman Algorithm to the sequence of cell-IDs and the previously recorded sequence of cell-IDs in a manner that does not allow any gaps or substitutions in a cell-ID sequence match and that requires a last cell-ID of the sequence of cell-IDs to be in the cell-ID sequence match, and wherein the previously stored route information further includes a time, a GPS coordinate, and a cell-ID corresponding to the time; and displaying the current position of the user. accessing previously stored route information corresponding to the sequence of cell-IDs, wherein the previously stored route information includes previously recorded sequences of cell-IDs and global positioning system information corresponding to the device; estimating a current position of the user based on the previously stored route information, wherein estimating comprises searching the previously stored route information to determine whether the sequence of cell-IDs matches a previously recorded sequence of cell-IDs, wherein the searching the previously stored route information so as to determine whether the sequence of cell-IDs matches a previously recorded sequence of cell-IDs comprises applying the Smith-Waterman Algorithm to the sequence of cell-IDs and the previously recorded sequence of cell-IDs in a manner that does not allow any gaps or substitutions in a cell-ID sequence match and that requires a last cell-ID of the sequence of cell-IDs to be in the cell-ID sequence match, and wherein the previously stored route information further includes a time, a GPS coordinate, and a cell-ID corresponding to the time; and displaying the current position of the user.
A display device, comprising: a display panel arranged to display an image; a container member for the display panel, the container member including: a metal frame including a space arranged to accommodate the display panel, a plurality of sides and a bottom having a first opening; and a mold frame arranged inside the metal frame so as to be in between the sides of the metal frame and sides of the display panel when in use and a buffer tape arranged within the first opening of the metal frame, wherein the container member is arranged to accommodate the display panel; wherein the mold frame further includes a bottom having a second opening having an area that corresponds to the first opening; and a double-sided tape is arranged between the display panel and the buffer tape and between the display panel and the bottom of the metal frame. a display panel arranged to display an image; a container member for the display panel, the container member including: a metal frame including a space arranged to accommodate the display panel, a plurality of sides and a bottom having a first opening; and a mold frame arranged inside the metal frame so as to be in between the sides of the metal frame and sides of the display panel when in use and a buffer tape arranged within the first opening of the metal frame, wherein the container member is arranged to accommodate the display panel; wherein a metal frame including a space arranged to accommodate the display panel, a plurality of sides and a bottom having a first opening; and a mold frame arranged inside the metal frame so as to be in between the sides of the metal frame and sides of the display panel when in use and a buffer tape arranged within the first opening of the metal frame, wherein the container member is arranged to accommodate the display panel; wherein the mold frame further includes a bottom having a second opening having an area that corresponds to the first opening; and a double-sided tape is arranged between the display panel and the buffer tape and between the display panel and the bottom of the metal frame.
Control unit for a welding device (1, 1', 1"), - wherein the control unit is configured to receive information about control commands used to control a welding device, characterised - in that the control unit is configured to perform a user interface optimisation for optimising a user interface of a welding device (1, 1', 1") after receiving information about a user input on the performing of a user interface optimisation, the user interface optimisation comprising: - evaluating received information on control commands used to control a welding device (1, 1', 1") to obtain an evaluation result, wherein the information comprises information on control commands relating to the setting of operating parameters, and - assigning a control command to a defined user input via the user interface as a function of the evaluation result, the control command being a selection of an operating parameter, the setting of a welding parameter or a combination selection of operating parameters, and - assigning a user output to an output element (16a-h) of the user interface assigned to the defined user input. - wherein the control unit is configured to receive information about control commands used to control a welding device, characterised - in that the control unit is configured to perform a user interface optimisation for optimising a user interface of a welding device (1, 1', 1") after receiving information about a user input on the performing of a user interface optimisation, the user interface optimisation comprising: - evaluating received information on control commands used to control a welding device (1, 1', 1") to obtain an evaluation result, wherein the information comprises information on control commands relating to the setting of operating parameters, and - assigning a control command to a defined user input via the user interface as a function of the evaluation result, the control command being a selection of an operating parameter, the setting of a welding parameter or a combination selection of operating parameters, and - assigning a user output to an output element (16a-h) of the user interface assigned to the defined user input. - evaluating received information on control commands used to control a welding device (1, 1', 1") to obtain an evaluation result, wherein the information comprises information on control commands relating to the setting of operating parameters, and - assigning a control command to a defined user input via the user interface as a function of the evaluation result, the control command being a selection of an operating parameter, the setting of a welding parameter or a combination selection of operating parameters, and - assigning a user output to an output element (16a-h) of the user interface assigned to the defined user input.