mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting a frame of an image for determining if a specific image is an image that is qualified for an application requirement of a website, the method comprising: obtaining a specific image; calculating an edge characteristic value of multiple pixels of the specific image, the edge characteristic value being a vector that describes an edge characteristic of a pixel; finding a pixel for which the modulus value of its edge characteristic value is a local maximum value along the direction of the edge characteristic value of the pixel; when the modulus value of the found pixel is larger than a preset characteristic value threshold, filling the pixel whose modulus value is the local maximum value with a preset color; scanning the specific image; counting an amount of pixels whose color is the preset color at a scanning line of the specific image; and when the amount of pixels whose color is the preset color is larger than a preset number threshold, determining a line where the scanning line locates as an edge line of a frame of the specific image; and determining that the specific image is an image that is qualified based on a width of the frame determined using the edge line of the frame. obtaining a specific image; calculating an edge characteristic value of multiple pixels of the specific image, the edge characteristic value being a vector that describes an edge characteristic of a pixel; finding a pixel for which the modulus value of its edge characteristic value is a local maximum value along the direction of the edge characteristic value of the pixel; when the modulus value of the found pixel is larger than a preset characteristic value threshold, filling the pixel whose modulus value is the local maximum value with a preset color; scanning the specific image; counting an amount of pixels whose color is the preset color at a scanning line of the specific image; and when the amount of pixels whose color is the preset color is larger than a preset number threshold, determining a line where the scanning line locates as an edge line of a frame of the specific image; and determining that the specific image is an image that is qualified based on a width of the frame determined using the edge line of the frame.
A metal bonding material characterized by consisting essentially of: copper nanoparticles, the copper nanoparticles including an aggregate of a plurality of single crystals having crystallinity and each single crystal having a particle size of less than 10 nm and each of the copper nanoparticles having a copper oxide layer containing copper oxide formed in a surface of the copper nanoparticles; and one or more organic solvents, the organic solvents each having a boiling point of 200°C to 250°C and having a chain structure having a hydroxy group at an end of the chain structure. copper nanoparticles, the copper nanoparticles including an aggregate of a plurality of single crystals having crystallinity and each single crystal having a particle size of less than 10 nm and each of the copper nanoparticles having a copper oxide layer containing copper oxide formed in a surface of the copper nanoparticles; and one or more organic solvents, the organic solvents each having a boiling point of 200°C to 250°C and having a chain structure having a hydroxy group at an end of the chain structure.
A claw pole type motor comprising: a rotor which comprises a magnet and a rotation shaft around which the magnet is attached; and a stator which comprises a bobbin (6a, 6b), a winding (5a, 5b) wound around the bobbin (6a, 6b), and a yoke (7a, 8a, 7b, 8b) which comprises a plurality of pole teeth (7a1, 8a1, 7b1, 8b1) disposed to oppose the magnet and which is located outside the winding (5a, 5b), characterized in that a vibration suppressing means (6a2, 16A2, 16A3, r11, r21, r31) is provided at an inner circumferential surface (6a1, 6b1) of the bobbin (6a, 6b) and is in contact with a distal end portion (7a2, 8a2, 7b2, 8b2) of the pole tooth (7a1, 8a1, 7b1, 8b1) and by which the pole tooth (7a1, 8a1, 7b1, 8b1) is pressure-supported on the inner circumferential surface (6a1, 6b1) of the bobbin (6a, 6b), whereby the pole tooth (7a1, 8a1, 7b1, 8b1) is suppressed from vibrating. a rotor which comprises a magnet and a rotation shaft around which the magnet is attached; and a stator which comprises a bobbin (6a, 6b), a winding (5a, 5b) wound around the bobbin (6a, 6b), and a yoke (7a, 8a, 7b, 8b) which comprises a plurality of pole teeth (7a1, 8a1, 7b1, 8b1) disposed to oppose the magnet and which is located outside the winding (5a, 5b),
Primary or secondary side magnetic structure for a wireless transformer for inductive power transfer through an air gap, including a first magnetically permeable plate, a second magnetically permeable plate, characterized in that at least two rods (5, 6) are linking the first and the second magnetically permeable plate where an inductive winding is wound around each rod (5, 6).
A method of selectively copying data in a wireless communication network, the wireless communication network comprising a plurality of wireless devices, an apparatus, a core network, and a local service cloud providing at least one of services and applications for the plurality of wireless devices, the method comprising: - selectively copying, by the apparatus, data related to locally routed traffic based on one or more control parameters received from the core network, the locally routed traffic being routed locally between one or more wireless devices of the plurality of wireless devices and the local service cloud, wherein the one or more wireless devices are subject to lawful interception; - randomly selecting, by the core network, one or more other wireless devices from the plurality of wireless devices; - copying, by the apparatus, data related to locally routed traffic being routed locally between the selected one or more other wireless devices and the local service cloud, wherein the selected one or more other wireless devices are not subject to lawful interception; and - forwarding, by the apparatus, the copied data to the core network. - selectively copying, by the apparatus, data related to locally routed traffic based on one or more control parameters received from the core network, the locally routed traffic being routed locally between one or more wireless devices of the plurality of wireless devices and the local service cloud, wherein the one or more wireless devices are subject to lawful interception; - randomly selecting, by the core network, one or more other wireless devices from the plurality of wireless devices; - copying, by the apparatus, data related to locally routed traffic being routed locally between the selected one or more other wireless devices and the local service cloud, wherein the selected one or more other wireless devices are not subject to lawful interception; and - forwarding, by the apparatus, the copied data to the core network.
An electronic control device comprising: - a step-up switching element, - a coil, and - a diode configured to generate a step-up voltage; and - a capacitor mounted to store the step-up voltage, wherein current values at the time of a current rise when stepping up is started and a current drop when stepping up is stopped are controlled in a stepwise manner, - a current monitor circuit configured to perform current control to step up, wherein a plurality of target current values to control stepping up is provided, characterized in that: the current values at the time of the current rise when stepping up is started or the current drop when stepping up is stopped are controlled in a stepwise manner. - a step-up switching element, - a coil, and - a diode configured to generate a step-up voltage; and - a capacitor mounted to store the step-up voltage, wherein current values at the time of a current rise when stepping up is started and a current drop when stepping up is stopped are controlled in a stepwise manner, - a current monitor circuit configured to perform current control to step up, wherein a plurality of target current values to control stepping up is provided,
Apparatus for producing rod-shaped tobacco segments that have a heating strip, comprising - a strand forming unit to which a continuous strip of a wrapping strip, a tobacco material and a heating strip material is supplied, which heating strip material has weak points arranged at regular intervals in the longitudinal direction, the distances between two adjacent weak points in the heating strip material corresponding to the predetermined length of the tobacco segments, - a continuous strand of which the shape is fixed by means of the wrapping strip and which comprises the tobacco material arranged therein and the heating strip material being formed in the strand forming unit, and - a cutting device which cuts the tobacco segments from the continuous strand at a predetermined length by making a cut in the region of the weak points of the heating strip material, characterised in that a sensor device which detects the weak points is provided, and - the cutting device is controlled according to the signal from the sensor device, and - the sensor device is arranged in such a way that it detects the position of the weak points before the heating strip material is inserted into the strand or after the heating strip material is inserted into the strand. - a strand forming unit to which a continuous strip of a wrapping strip, a tobacco material and a heating strip material is supplied, which heating strip material has weak points arranged at regular intervals in the longitudinal direction, the distances between two adjacent weak points in the heating strip material corresponding to the predetermined length of the tobacco segments, - a continuous strand of which the shape is fixed by means of the wrapping strip and which comprises the tobacco material arranged therein and the heating strip material being formed in the strand forming unit, and - a cutting device which cuts the tobacco segments from the continuous strand at a predetermined length by making a cut in the region of the weak points of the heating strip material, characterised in that a sensor device which detects the weak points is provided, and - the cutting device is controlled according to the signal from the sensor device, and - the sensor device is arranged in such a way that it detects the position of the weak points before the heating strip material is inserted into the strand or after the heating strip material is inserted into the strand.
A lighting device for a road lighting luminaire, comprising: a reflector, said reflector comprising a reflecting surface formed by revolving a parabolic curve around a first axis (y) through a predetermined angle (Ω), said parabolic curve having an aperture at its vertex, said first axis (y) being co-planar with said parabolic curve, and being substantially perpendicular to the axis (x) of symmetry of said parabolic curve, and being located at or outside said aperture of said parabolic curve; a LED light source, said LED light source being disposed at an entry of said reflecting surface, said entry corresponding to said aperture of said parabolic curve; characterized in that, the lighting device further comprises: a holding unit for holding said reflector and said LED light source; and a base; wherein said holding unit is rotatably connected to said base such that said holding unit is rotatable around a second axis (z), said second axis (z) being perpendicular to both the optical axis (x') of the beam generated by said lighting device and said first axis (y). a reflector, said reflector comprising a reflecting surface formed by revolving a parabolic curve around a first axis (y) through a predetermined angle (Ω), said parabolic curve having an aperture at its vertex, said first axis (y) being co-planar with said parabolic curve, and being substantially perpendicular to the axis (x) of symmetry of said parabolic curve, and being located at or outside said aperture of said parabolic curve; a LED light source, said LED light source being disposed at an entry of said reflecting surface, said entry corresponding to said aperture of said parabolic curve; characterized in that, the lighting device further comprises: a holding unit for holding said reflector and said LED light source; and a base; wherein said holding unit is rotatably connected to said base such that said holding unit is rotatable around a second axis (z), said second axis (z) being perpendicular to both the optical axis (x') of the beam generated by said lighting device and said first axis (y). a holding unit for holding said reflector and said LED light source; and a base; wherein said holding unit is rotatably connected to said base such that said holding unit is rotatable around a second axis (z), said second axis (z) being perpendicular to both the optical axis (x') of the beam generated by said lighting device and said first axis (y).
A propulsion engine having a rotor carrying at least one swivel-mounted blade and an actuator device connected to said blade, said actuator device comprising: · at least one electricity source (2, 2') suitable for transferring electrical energy from a stationary frame of reference to the rotor; · an electric actuator carried by the rotor in order to steer said blade; and · a power supply circuit (4, 4') carried by the rotor and connecting said electricity source (2, 2') to said actuator; the engine being characterized in that the actuator device further comprises an inertial device carried by the rotor and connected to said power supply circuit (4, 4'), said inertial device being suitable for converting electrical energy coming from said power supply circuit (4, 4') into mechanical energy, for storing said mechanical energy, and for converting said mechanical energy into electrical energy for said power supply circuit (4, 4'). · at least one electricity source (2, 2') suitable for transferring electrical energy from a stationary frame of reference to the rotor; · an electric actuator carried by the rotor in order to steer said blade; and · a power supply circuit (4, 4') carried by the rotor and connecting said electricity source (2, 2') to said actuator;
Use of an antigen in the manufacture of a vaccine, wherein the vaccine is for administration in combination with a pulsed electrical field of sufficient voltage and pulse frequency for enhancing an immunostimulatory effect of the vaccine as compared to the vaccine used without a pulsed electrical field, but below a threshold of electroporation of cell membranes, and wherein the administration comprises exposing an area of skin or mucosa of a subject to ultrashort, high energy, pulsed electrical fields, and contacting the subject with the antigen in the layers of the skin or mucosa at or near the site of the electrical field.
Suspension of a hermetic reciprocating compressor for a mobile application, wherein: - the compressor comprising at least one reciprocating compression unit enclosed in a hermetic housing; - the suspension comprising at least one upper end stop, at least one intermediate spring and at least one lower end stop; - the referred upper end stop being associated with the reciprocating compression unit, the lower end stop being associated with the hermetic housing, and the intermediate spring being disposed between the upper end stop and the lower end stop; - the lower end stop comprising at least one anchoring structure, at least one damping structure and at least one upper cover; - the referred suspension being CHARACTERIZED in that: - the aforementioned damping structure is concentrically disposed on the anchoring structure so as to cover the at least one anchoring structure completely; and - the aforementioned upper cover is concentrically disposed on the damping structure so as to cover it completely; - the damping structure comprises a cylindrical body with a top closed - the damping structure further comprises a bottom annular edge; - the upper cover comprises a truncated cone with a top partially open; - the upper cover further comprises a bottom annular edge. - the compressor comprising at least one reciprocating compression unit enclosed in a hermetic housing; - the suspension comprising at least one upper end stop, at least one intermediate spring and at least one lower end stop; - the referred upper end stop being associated with the reciprocating compression unit, the lower end stop being associated with the hermetic housing, and the intermediate spring being disposed between the upper end stop and the lower end stop; - the lower end stop comprising at least one anchoring structure, at least one damping structure and at least one upper cover; - the referred suspension being CHARACTERIZED in that: - the aforementioned damping structure is concentrically disposed on the anchoring structure so as to cover the at least one anchoring structure completely; and - the aforementioned upper cover is concentrically disposed on the damping structure so as to cover it completely; - the damping structure comprises a cylindrical body with a top closed - the damping structure further comprises a bottom annular edge; - the upper cover comprises a truncated cone with a top partially open; - the upper cover further comprises a bottom annular edge. - the aforementioned damping structure is concentrically disposed on the anchoring structure so as to cover the at least one anchoring structure completely; and - the aforementioned upper cover is concentrically disposed on the damping structure so as to cover it completely; - the damping structure comprises a cylindrical body with a top closed - the damping structure further comprises a bottom annular edge; - the upper cover comprises a truncated cone with a top partially open; - the upper cover further comprises a bottom annular edge.
A computer-implemented method, comprising: receiving, at a mobile edge computing, MEC, node (120; 300) that is paired with a base station of a wireless carrier network, a report of a malfunction of a transceiver of the base station or a communication traffic overload of the base station from the base station, wherein the MEC node is deployed in addition to a centralized data center; deploying, by the MEC node, an unmanned aerial vehicle, UAV, communication cell (122; 128; 200) in response to receiving the report of the malfunction of the transceiver of the base station or the communication traffic overload of the base station; receiving vehicle movement data of one or more vehicles at the MEC node from the UAV communication cell; processing, by the MEC node, the vehicle movement data into vehicle guidance instructions for at least one vehicle; and sending, by the MEC node, the vehicle guidance instructions to the UAV communication cell for broadcasting to the at least one vehicle. receiving, at a mobile edge computing, MEC, node (120; 300) that is paired with a base station of a wireless carrier network, a report of a malfunction of a transceiver of the base station or a communication traffic overload of the base station from the base station, wherein the MEC node is deployed in addition to a centralized data center; deploying, by the MEC node, an unmanned aerial vehicle, UAV, communication cell (122; 128; 200) in response to receiving the report of the malfunction of the transceiver of the base station or the communication traffic overload of the base station; receiving vehicle movement data of one or more vehicles at the MEC node from the UAV communication cell; processing, by the MEC node, the vehicle movement data into vehicle guidance instructions for at least one vehicle; and sending, by the MEC node, the vehicle guidance instructions to the UAV communication cell for broadcasting to the at least one vehicle.
A hydrodynamic journal pad bearing comprising: - several pads circumferentially distributed around the rotor of a large steam turbine; - a platform to which each pad is mounted; and - a cylindrical cage connectable to the floor of a hall housing turbine, wherein the platform separates the pad from the cylindrical cage, wherein an interface between at least one of the several pads and the platform on which the at least one of the several pads is mounted is formed such as to include at least two areas with different curvatures to increase the stiffness of the interface in the event of a relative movement between the pad and the platform, characterized in that at least one of the several pads has at a contact area between the pad and the platform a first radius of curvature outside the center of the contact area and a second radius of curvature at the center of the contact area and with the second radius being five to ten times larger than the first radius of curvature. - several pads circumferentially distributed around the rotor of a large steam turbine; - a platform to which each pad is mounted; and - a cylindrical cage connectable to the floor of a hall housing turbine, wherein the platform separates the pad from the cylindrical cage, wherein an interface between at least one of the several pads and the platform on which the at least one of the several pads is mounted is formed such as to include at least two areas with different curvatures to increase the stiffness of the interface in the event of a relative movement between the pad and the platform, characterized in that at least one of the several pads has at a contact area between the pad and the platform a first radius of curvature outside the center of the contact area and a second radius of curvature at the center of the contact area and with the second radius being five to ten times larger than the first radius of curvature.