mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus comprising: an acquisition unit that acquires a scene model for an area in video frames of an input video, wherein the scene model includes visual element models for the area, wherein the visual element models represent at least appearance features of visual elements in previous video frames of the input video; a determination unit that determines, based on similarities of appearance features of the visual elements in the visual element models to appearance features of a visual element of the current video frame for the area, whether the visual element models for the area are to be corrected or not; and characterized by: a correction unit that corrects one of the visual element models using a reference visual element model if it is determined that a similarity of the one of the visual element models to the visual element of the current video frame is less than a threshold, wherein the reference visual element model is a visual element model for another area, that is determined not to be corrected, and wherein a similarity among appearance features of the reference visual element model and the visual element model to be corrected satisfies a predetermined condition. an acquisition unit that acquires a scene model for an area in video frames of an input video, wherein the scene model includes visual element models for the area, wherein the visual element models represent at least appearance features of visual elements in previous video frames of the input video; a determination unit that determines, based on similarities of appearance features of the visual elements in the visual element models to appearance features of a visual element of the current video frame for the area, whether the visual element models for the area are to be corrected or not; and characterized by: a correction unit that corrects one of the visual element models using a reference visual element model if it is determined that a similarity of the one of the visual element models to the visual element of the current video frame is less than a threshold, wherein the reference visual element model is a visual element model for another area, that is determined not to be corrected, and wherein a similarity among appearance features of the reference visual element model and the visual element model to be corrected satisfies a predetermined condition. a correction unit that corrects one of the visual element models using a reference visual element model if it is determined that a similarity of the one of the visual element models to the visual element of the current video frame is less than a threshold, wherein the reference visual element model is a visual element model for another area, that is determined not to be corrected, and wherein a similarity among appearance features of the reference visual element model and the visual element model to be corrected satisfies a predetermined condition.
A manufacturing method of a semiconductor device, the semiconductor device comprising: a first electrode; a second electrode electrically coupled to the first electrode; a first plating deposition portion formed on the first electrode; and a second plating deposition portion formed on the second electrode and having an area smaller than an area of the first plating deposition portion, the method comprising: preparing a semiconductor wafer including a plurality of chip regions and a dicing region, the first and second electrodes (MSF, MSS) being arranged in each of the chip regions, a third electrode electrically coupled to at least one of the first electrode and the second electrode and being arranged as an electron supplying electrode in the dicing region; performing electroless plating such that the first plating deposition portion is formed on the first electrode, the second plating deposition portion is formed on the second electrode, and a third plating deposition portion is formed on the third electrode, the third plating deposition portion having an area smaller than the area of the first plating deposition portion; and cutting the semiconductor wafer along the dicing region to form semiconductor chips. a first electrode; a second electrode electrically coupled to the first electrode; a first plating deposition portion formed on the first electrode; and a second plating deposition portion formed on the second electrode and having an area smaller than an area of the first plating deposition portion, the method comprising: preparing a semiconductor wafer including a plurality of chip regions and a dicing region, the first and second electrodes (MSF, MSS) being arranged in each of the chip regions, a third electrode electrically coupled to at least one of the first electrode and the second electrode and being arranged as an electron supplying electrode in the dicing region; performing electroless plating such that the first plating deposition portion is formed on the first electrode, the second plating deposition portion is formed on the second electrode, and a third plating deposition portion is formed on the third electrode, the third plating deposition portion having an area smaller than the area of the first plating deposition portion; and cutting the semiconductor wafer along the dicing region to form semiconductor chips. preparing a semiconductor wafer including a plurality of chip regions and a dicing region, the first and second electrodes (MSF, MSS) being arranged in each of the chip regions, a third electrode electrically coupled to at least one of the first electrode and the second electrode and being arranged as an electron supplying electrode in the dicing region; performing electroless plating such that the first plating deposition portion is formed on the first electrode, the second plating deposition portion is formed on the second electrode, and a third plating deposition portion is formed on the third electrode, the third plating deposition portion having an area smaller than the area of the first plating deposition portion; and cutting the semiconductor wafer along the dicing region to form semiconductor chips.
A robotic work tool system comprising a signal generator, a boundary wire and a robotic work tool, said boundary wire being adapted to demark a work area, said signal generator being arranged to transmit a control signal through said boundary wire, and said robotic work tool comprising at least one sensor for detecting said control signal being transmitted through the boundary wire, characterized in that said control signal comprising at least one first pulse train being transmitted at a first amplitude and at least one second pulse train being transmitted at a second amplitude, wherein said first amplitude and second amplitude being arranged so that said first amplitude is greater than said amplitude level and a sum of the amplitudes (C1, C2) for all pulse trains (256, 257) over time falls below a threshold value.
Device for batch-wise processing of spray cans, the device comprising: - a first chamber configured and suitable for batch-wise separation of spray cans into solid parts, liquid and gas by means of separating means provided for this purpose; - feed means for feeding the spray cans into the first chamber; and - first discharge means for discharging the solid parts from the first chamber, wherein: - a wall of the first chamber is provided with a plurality of passages configured and suitable for allowing passage of the liquid and the gas but unsuitable for allowing passage of the solid parts; and - the device also comprises: - a second chamber which surrounds the first chamber; - second discharge means for discharging the gas from the second chamber; and - third discharge means for discharging the liquid from the second chamber. - a first chamber configured and suitable for batch-wise separation of spray cans into solid parts, liquid and gas by means of separating means provided for this purpose; - feed means for feeding the spray cans into the first chamber; and - first discharge means for discharging the solid parts from the first chamber, - a wall of the first chamber is provided with a plurality of passages configured and suitable for allowing passage of the liquid and the gas but unsuitable for allowing passage of the solid parts; and - the device also comprises: - a second chamber which surrounds the first chamber; - second discharge means for discharging the gas from the second chamber; and - third discharge means for discharging the liquid from the second chamber. - a second chamber which surrounds the first chamber; - second discharge means for discharging the gas from the second chamber; and - third discharge means for discharging the liquid from the second chamber.
Electrical household appliance for food preparation for squeezing foodstuffs, comprising working chamber (40; 75; 76) housing a presser screw, rotatingly inserted into filter, comprising at least one filtering side part (32a, 32b, 33a, 33b), with work chamber (40; 75; 76), comprising filtered food draining outlet on the outside of filter, filter comprising side section without a filtering part that covers the entire height of filter, said side section covering at least the part opposite filtered food draining outlet, characterised in that all filtering side part(s) (32a, 32b, 33a, 33b) of filter open over sloped part (42, 43) of base of work chamber (40; 75; 76) which slopes towards filtered food draining outlet.
A lipoprotein cage for intracellular delivery of cargo, said lipoprotein cage comprises: (i) a protein cage comprising at least one polypeptide comprising an amino acid sequence I consisting of: wherein any of X 1 to X 29 are independently of each other an amino acid, provided that at least 3 of X 1 to X 6 are independently of each other a positively charged amino acid, and wherein optionally up to 5 amino acids in positions other than denoted by X 1 to X 29 in SEQ ID NO: 1 are exchanged by any amino acid; wherein said protein cage possesses a positively charged interior; and (ii) a surfactant composition comprising one or more amphiphiles, wherein the one or more amphiphiles are selected such that the net charge of the composition is negative; each of said amphiphiles comprises a hydrophilic group and a hydrophobic group, wherein the hydrophobic group comprises at least one hydrocarbon moiety selected from the group consisting of C4-C30 alkyl, C4-C30 alkenyl, C4-C30 alkynyl, C4-C30 alkoxy or C5-C30 cycloalkyl; wherein said surfactant composition is encapsulated into the assembled protein cage. (i) a protein cage comprising at least one polypeptide comprising an amino acid sequence I consisting of: wherein any of X 1 to X 29 are independently of each other an amino acid, provided that at least 3 of X 1 to X 6 are independently of each other a positively charged amino acid, and wherein optionally up to 5 amino acids in positions other than denoted by X 1 to X 29 in SEQ ID NO: 1 are exchanged by any amino acid; wherein said protein cage possesses a positively charged interior; and wherein any of X 1 to X 29 are independently of each other an amino acid, provided that at least 3 of X 1 to X 6 are independently of each other a positively charged amino acid, and wherein optionally up to 5 amino acids in positions other than denoted by X 1 to X 29 in SEQ ID NO: 1 are exchanged by any amino acid; wherein said protein cage possesses a positively charged interior; and (ii) a surfactant composition comprising one or more amphiphiles, wherein the one or more amphiphiles are selected such that the net charge of the composition is negative; each of said amphiphiles comprises a hydrophilic group and a hydrophobic group, wherein the hydrophobic group comprises at least one hydrocarbon moiety selected from the group consisting of C4-C30 alkyl, C4-C30 alkenyl, C4-C30 alkynyl, C4-C30 alkoxy or C5-C30 cycloalkyl;
Self-locking belay device for a rope comprising: - a flange provided with a braking surface, - a cam articulated on the flange to lock the rope against the braking surface when the rope is under tension, - a control lever or handle designed to act on the cam to cause progressive releasing of the rope, - and a bias spring to move the cam away in the absence of tension on the rope, the bias spring of the cam being adjustable by means of an adjustment knob, characterized in that the spring is driven directly by a control part integral to the knob and able to move along an oblong groove arranged in the flange to adjust the hardness of the spring according to two predefined values, either a first value corresponding to a belay operating mode, or a second value corresponding to a toprope operating mode. - a flange provided with a braking surface, - a cam articulated on the flange to lock the rope against the braking surface when the rope is under tension, - a control lever or handle designed to act on the cam to cause progressive releasing of the rope, - and a bias spring to move the cam away in the absence of tension on the rope, the bias spring of the cam being adjustable by means of an adjustment knob,
Roller tongue for a locking system, having a spindle, which can be fastened on the locking system, and having a roller, which is mounted in a rotatable manner on the spindle, characterized in that the spindle is formed in a number of parts and comprises a pin and an adapter element, wherein the adapter element comprises a mount for the pin, said mount being arranged eccentrically in the adapter element, and wherein the adapter element can be secured in different orientations on the pin.
A method of cooling a liner (16, 26, 36) in a plasma chamber, comprising: contacting the liner with or passing through the liner (26, 36) at least one recycle gas to cool the liner (16, 26, 36) and pre-heat the at least one recycle gas to generate a pre-heated recycle gas; and returning the pre-heated recycle gas to the plasma chamber to create the plasma. contacting the liner with or passing through the liner (26, 36) at least one recycle gas to cool the liner (16, 26, 36) and pre-heat the at least one recycle gas to generate a pre-heated recycle gas; and returning the pre-heated recycle gas to the plasma chamber to create the plasma.
A rotary compressor comprising a cylinder, an eccentric core of a shaft disposed in the cylinder, a piston fitted into the eccentric core, a vane which follows eccentric rotation of the piston and which reciprocates in a slot formed in the cylinder, and two end plates (34, 35) which close upper and lower end surfaces of the cylinder, a lower inner surface angle portion of which outer peripheral circle is diameter B is formed on an inner peripheral end portion of a lower end surface of the piston, an upper inner surface angle portion of which outer peripheral circle is a diameter A is formed on an inner peripheral end portion of an upper end surface of the piston, a second area surrounded by the outer peripheral circle of the diameter B opposite to the end plate which closes the lower end surface of the cylinder is set greater than a first area surrounded by the outer peripheral circle of the diameter A opposited to the end plate which closes the upper end surface of the cylinder, characterized in that an angle formed toward between the lower end surface of the piston and the lower inner surface angle portion is set smaller than an angle formed between the upper end surface of the piston and the upper inner surface angle portion.
A lid feeder (1a, 1b) in combination with a vacuum crimping machine, the lid feeder (1a, 1b) comprising a passage channel adapted to guide lids to a lid crimping station contained in a vacuum chamber of said vacuum crimping machine, said passage channel having a closed profile and passing through a wall of said vacuum chamber so as to connect the environment inside said vacuum chamber to the outside environment, the lid feeder (1a, 1b) comprising means for pushing said lids, wherein the means for pushing the lids are accommodated slidingly along said passage channel, so as to push said lids along said passage channel, a hermetic seal being provided between the internal walls of said passage channel and said pusher means so as to prevent the air of said outside environment from filtering through said passage channel into said vacuum chamber, said pusher means comprising a plurality of pushers, each adapted to push a respective lid, and an actuation chain, which supports said pushers and is adapted to move said pushers along said passage channel, said plurality of pushers being supported by said actuation chain such that said pushers are alternated with said lids so as to retain each one of said lids between two consecutive pushers which are arranged at a mutual distance that is substantially equal to the diameter of said each one of said lids fed by the pushers which grip therebetween said each one of said lids, and a play between the pusher means and the at least one longitudinal channel (21, 26) being comprised in a range between 0.05 and 0.1 mm,
A method to control the rotor position in a reluctance machine comprising a stator, a rotor movable relative to the stator and at least one phase winding coupled to the stator, the method comprising the steps of: energising the phase winding to move the rotor relative to the stator; freewheeling current through the phase winding over a freewheeling period; sampling rate of change of phase current and amplitude of phase current; de-energising the phase winding; and computing the angular position of the rotor. energising the phase winding to move the rotor relative to the stator; freewheeling current through the phase winding over a freewheeling period; sampling rate of change of phase current and amplitude of phase current; de-energising the phase winding; and computing the angular position of the rotor.
Co-filament comprising a first filament and a second filament, the first filament and the second filament being physically and/or chemically connected to one another to form the co-filament, the first filament consisting of an inorganic substance, the first filament having a glass transition temperature of greater than or equal to 400°C, the second filament consisting of a metal material, the second filament contacting the first filament, characterized in that a contact region between the first filament and the second filament is greater than or equal to 5% of the circumference of the first filament.
Process for synthesizing a polymer bearing one or more furan functional groups within its chain, which process comprises the radical copolymerization of at least two comonomers A and B, the comonomer A being a diene monomer and the comonomer B being a monomer bearing a furan function chosen from furfuryl methacrylate and furfuryl acrylate.
A method for accepting a content item on a receiving portable communications device, the method comprising: detecting, by the receiving portable communications device, a receiving gesture, the receiving gesture specifying a receiving direction; sending, by the receiving portable communications device to a device distinct from the receiving portable communications device, a request comprising the receiving direction; wherein the receiving direction comprises a receiving angular dispersion; receiving, by the receiving portable communications device, a sending distance; receiving, by the receiving portable communications device, the content item; and accepting, by the receiving portable communication device, the content item when the receiving portable communications device determines that it is within the sending distance of the device distinct from the receiving portable communications device. detecting, by the receiving portable communications device, a receiving gesture, the receiving gesture specifying a receiving direction; sending, by the receiving portable communications device to a device distinct from the receiving portable communications device, a request comprising the receiving direction; wherein the receiving direction comprises a receiving angular dispersion; receiving, by the receiving portable communications device, a sending distance; receiving, by the receiving portable communications device, the content item; and
Communication adapter for communication between a chip card comprising an integrated circuit and an optical communication interface (105, 307, 503) for communicating with the integrated circuit, and a chip card reader for communicating with the integrated circuit of the chip card, wherein the chip card reader comprises an optical communication interface (203, 507) for communicating with the chip card, wherein the communication adapter comprises a first optical communication interface for communicating with the optical communication interface (105, 307, 503) of the chip card and a second optical communication interface for communicating with the optical communication interface (203, 507) of the chip card reader, wherein the communication adapter is formed as a communication adapter chip card, characterized in that the first and second optical communication interfaces of the communication adapter are configured to receive and transmit optical signals, respectively, to effect optical decoupling between the chip card reader and the chip card.
A sealing device for hydraulically sealing surfaces on components which can be moved relative to one another in a translational or rotatory relative movement, comprising: a viscoplastic sealing body with at least one sliding surface which can be assigned to at least one sealing surface of one of the components; wherein there is formed in the at least one sliding surface a plurality of cavities (2a, 2b) which have closed contours, separated from one another, in relation to the sliding surface; wherein the contours of the cavities (2a, 2b) have a longer dimension (x) in a contour longitudinal direction and a shorter dimension (y) in a contour transverse direction; characterized in that the cavities (2a, 2b) have an elliptical contour and differ from one another in relation to the dimensions (x, y) of the contour, and the sealing device has at least two different groups of cavities (2a, 2b) with the same dimensions (x, y) of the contour. a viscoplastic sealing body with at least one sliding surface which can be assigned to at least one sealing surface of one of the components; wherein there is formed in the at least one sliding surface a plurality of cavities (2a, 2b) which have closed contours, separated from one another, in relation to the sliding surface; wherein the contours of the cavities (2a, 2b) have a longer dimension (x) in a contour longitudinal direction and a shorter dimension (y) in a contour transverse direction; characterized in that the cavities (2a, 2b) have an elliptical contour and differ from one another in relation to the dimensions (x, y) of the contour, and the sealing device has at least two different groups of cavities (2a, 2b) with the same dimensions (x, y) of the contour.
Electric drive axle with an electric drive system integrated in the drive axle and an energy supply device, having the following: a housing arranged on the drive axle, an internal DC power supply designed to provide a high-voltage DC power within the housing, and a connection device for a high-voltage DC load, having the following: a fastening plate designed to fasten the connection device to the housing, a connection element arranged on a first side of the fastening plate and designed to be coupled to the high-voltage DC load, and a safety unit connected to a second side of the fastening plate and designed to accommodate at least one electrical protective element, wherein the safety unit is arranged in an interior of the housing when the connection device is fastened to the housing; wherein the energy supply device further has a contact element designed to electrically couple the internal DC power supply to the safety unit.