mhurhangee/ep-ind-claims huggingface dataset:
A method for computing a predicted frame from a first and a second reference frames, said method comprising for each block of pixels in the predicted frame the acts of: a) defining a first block of pixels in the first reference frame collocated with a third block of pixels corresponding to the block of pixels in the predicted frame, b) defining a second block of pixels corresponding, in the second reference frame, to the first block of pixels along the motion vector of said first block from said first to second reference frames, c1) computing a first set of interpolation coefficients allowing the transformation of the pixels of the first block into pixels of the second block, d) computing pixels of the third block using the first set of interpolation coefficients and pixels from a fourth block collocated in the first reference frame with the second block of pixels. a) defining a first block of pixels in the first reference frame collocated with a third block of pixels corresponding to the block of pixels in the predicted frame, b) defining a second block of pixels corresponding, in the second reference frame, to the first block of pixels along the motion vector of said first block from said first to second reference frames, c1) computing a first set of interpolation coefficients allowing the transformation of the pixels of the first block into pixels of the second block, d) computing pixels of the third block using the first set of interpolation coefficients and pixels from a fourth block collocated in the first reference frame with the second block of pixels.
An assembled battery comprising a plurality of unit cells electrically connected with one another in parallel, wherein the plurality of unit cells are arranged in a nested manner such that one unit cell is disposed within another unit cell, wherein each of the plurality of unit cells is a toroidal unit cell having a through-hole, each toroidal unit cell comprising an inner side wall defining the through-hole, an outer side wall defining an outer circumference of the toroidal unit cell, and a core between the inner side wall and the outer side wall, and the plurality of toroidal unit cells are arranged in a nested manner such that one toroidal unit cell is disposed within the through-hole of another toroidal unit cell; wherein the opposed inner and outer side walls of two adjacent unit cells are fixedly connected via heat dissipating fins,
A surfactant system comprising microfibrous cellulose at a concentration of 0.05% to 0.09% (w/w), surfactant at 20% to 50% (w/w active surfactant), water and a suspended particulate, wherein the composition is transparent.
Biodegradable implant for ligament reconstruction and/or bone reconstruction, wherein the implant comprises a biodegradable material which is suitable to be remodelled into vital bone, wherein the biodegradable material has a compression strength of at least 50 N/mm 2 and/or a shear stress strength of at least 50 N/mm 2, and the biodegradable material comprises a micro pore structure characterized in that the micro pores have an average diameter ranging from 2 to 10 micrometers and in that all of said bio-degradable material has no macro pores with a diameter ranging from 100 to 500 micrometers, and wherein said biodegradable material has a porosity ranging from 25 % to 50 % by volume, wherein the biodegradable material is a sintered ceramic only consisting of β-tricalcium phosphate.
Shelf for refrigerators or the like, comprising at least one removable tray and at least one opening(12,14) for positioning said at least one removable tray, wherein the removable tray presents an annular bent edge and has a flat cover, characterized in that each opening (12, 14) has an annular step having a depth corresponding to the thickness of said bent edge of the tray and of said cover, the overall configuration of the shelf being such that the tray may be supported by the shelf in a first configuration in which the flat cover of the tray is flush with an upper surface of the shelf, as well as in a second configuration in which the tray is supported upside down on its flat cover and the annular bent edge is flush with the upper surface of the shelf.
A method for producing a vinylamine unit-containing polymer solution comprising: producing a polymer containing N-vinylcarboxamide monomer units and having a value of weight average molecular weight Mw/number average molecular weight Mn, as calculated by size exclusion chromatography employing GPC (gel permeation chromatography) or GFC (gel filtration chromatography), of at least 5 by an aqueous solution standing adiabatic polymerization method, and then performing hydrolysis on the polymer in an aqueous solvent under the presence of alkali and an antigelling agent, wherein the reduced viscosity of 0.1 g/dl of the polymer containing N-vinylcarboxamide units in a 1N brine solution, as determined according to the description, is 2 to 9.
A composition comprising a first multilayer film comprising a plurality of alternating, oppositely charged polyelectrolyte layers, wherein one of the polyelectrolyte layers in the multilayer film comprises a first antigenic polyelectrolyte, wherein the first antigenic polyelectrolyte comprises a modified Plasmodium falciparum circumsporozoite T* epitope of SEQ ID NO: 5, and wherein the polyelectrolytes in the multilayer film comprise a polycationic material or a polyanionic material having a molecular weight of greater than 1,000 and at least 5 charges per molecule. a first multilayer film comprising a plurality of alternating, oppositely charged polyelectrolyte layers, wherein one of the polyelectrolyte layers in the multilayer film comprises a first antigenic polyelectrolyte, wherein the first antigenic polyelectrolyte comprises a modified Plasmodium falciparum circumsporozoite T* epitope of SEQ ID NO: 5, and wherein the polyelectrolytes in the multilayer film comprise a polycationic material or a polyanionic material having a molecular weight of greater than 1,000 and at least 5 charges per molecule.
A tire having a tread that comprises a rubber composition based on at least: - an elastomer matrix; - a reinforcing filler comprising more than 200 phr of a reinforcing inorganic filler; and - a plasticizing agent comprising more than 30 phr of at least one liquid plasticizer exhibiting a glass transition temperature less than -70°C, preferably less than -80°C. - an elastomer matrix; - a reinforcing filler comprising more than 200 phr of a reinforcing inorganic filler; and - a plasticizing agent comprising more than 30 phr of at least one liquid plasticizer exhibiting a glass transition temperature less than -70°C, preferably less than -80°C.
A circuit, comprising: a primary side, a secondary side, and an isolated energy transfer device (150, 250) electrically isolating the primary side and the secondary side, wherein the primary side comprises: a first energy storage device (110, 210) coupled to a power source, a control system (120, 220) coupled to the first energy storage device (110, 210) for power and configured to receive a data signal, a second energy storage device (130, 230), and a coupling system (140, 240), coupled to the control system (130, 230), to selectively couple the second energy storage device (130, 230) to the power source in a first phase to charge the second energy storage device, and to decouple the second energy storage device from the power source and selectively couple the second energy storage device to the primary side of the isolated energy transfer device (150, 250) during a second phase to transmit stored energy in the second energy storage device to the secondary side, wherein the control system is configured to control the coupling system such that the stored energy transmitted from the second energy storage device to the secondary side corresponds to the data signal. a primary side, a secondary side, and an isolated energy transfer device (150, 250) electrically isolating the primary side and the secondary side, wherein the primary side comprises: a first energy storage device (110, 210) coupled to a power source, a control system (120, 220) coupled to the first energy storage device (110, 210) for power and configured to receive a data signal, a second energy storage device (130, 230), and a coupling system (140, 240), coupled to the control system (130, 230), to selectively couple the second energy storage device (130, 230) to the power source in a first phase to charge the second energy storage device, and to decouple the second energy storage device from the power source and selectively couple the second energy storage device to the primary side of the isolated energy transfer device (150, 250) during a second phase to transmit stored energy in the second energy storage device to the secondary side, a first energy storage device (110, 210) coupled to a power source, a control system (120, 220) coupled to the first energy storage device (110, 210) for power and configured to receive a data signal, a second energy storage device (130, 230), and a coupling system (140, 240), coupled to the control system (130, 230), to selectively couple the second energy storage device (130, 230) to the power source in a first phase to charge the second energy storage device, and to decouple the second energy storage device from the power source and selectively couple the second energy storage device to the primary side of the isolated energy transfer device (150, 250) during a second phase to transmit stored energy in the second energy storage device to the secondary side, wherein the control system is configured to control the coupling system such that the stored energy transmitted from the second energy storage device to the secondary side corresponds to the data signal.
A child stroller apparatus comprising: a first frame portion (112, 212) provided with a first wheel assembly (120, 220); a second frame portion (114, 214) provided with a second wheel assembly (130, 232), the second frame portion (114, 214) being assembled with the first frame portion (112, 212) for sliding movement along a lengthwise axis extending from a front to a rear of the child stroller apparatus; and a control mechanism (160, 210, 210') operable to adjust a position of the second frame portion (114, 214) relative to the first frame portion (112, 212), the control mechanism (160, 210, 210') including an actuator (162, 242) assembled with one of the first and second frame portions (112, 212, 114, 214), the actuator (162, 242) being operable to drive the second frame portion (114, 214) in sliding movement relative to the first frame portion (112, 212) for modifying a distance between the first and second wheel assemblies (120, 220, 130, 232), wherein the actuator (162, 242) is assembled adjacent to a footrest provided on the first frame portion, or adjacent to a stand platform provided on the second frame portion. a first frame portion (112, 212) provided with a first wheel assembly (120, 220); a second frame portion (114, 214) provided with a second wheel assembly (130, 232), the second frame portion (114, 214) being assembled with the first frame portion (112, 212) for sliding movement along a lengthwise axis extending from a front to a rear of the child stroller apparatus; and a control mechanism (160, 210, 210') operable to adjust a position of the second frame portion (114, 214) relative to the first frame portion (112, 212), the control mechanism (160, 210, 210') including an actuator (162, 242) assembled with one of the first and second frame portions (112, 212, 114, 214), the actuator (162, 242) being operable to drive the second frame portion (114, 214) in sliding movement relative to the first frame portion (112, 212) for modifying a distance between the first and second wheel assemblies (120, 220, 130, 232), wherein the actuator (162, 242) is assembled adjacent to a footrest provided on the first frame portion, or adjacent to a stand platform provided on the second frame portion.
A method of operating a wireless electronic device having three antennas, the method comprising: with control circuitry, selecting a first antenna of the three antennas to use for radio-frequency transmissions in a first frequency band that is susceptible to intermodulation interference with a second frequency band; and with switching circuitry, mitigating intermodulation interference in the first frequency band by selecting a second antenna of the three antennas that is located at an opposite end of the wireless electronic device from the first antenna and routing radio-frequency transmit signals in the second frequency band to only the selected second antenna in response to selecting the first antenna to use for the radio-frequency transmissions in the first frequency band. with control circuitry, selecting a first antenna of the three antennas to use for radio-frequency transmissions in a first frequency band that is susceptible to intermodulation interference with a second frequency band; and with switching circuitry, mitigating intermodulation interference in the first frequency band by selecting a second antenna of the three antennas that is located at an opposite end of the wireless electronic device from the first antenna and routing radio-frequency transmit signals in the second frequency band to only the selected second antenna in response to selecting the first antenna to use for the radio-frequency transmissions in the first frequency band.
A system for improving racecar driver performance, the system comprising: a vest that is adapted to be worn by a driver of a racecar, said vest including a plurality of tactile devices capable of communicating tactile signals to the driver; and a controller that controls the tactile devices to communicate performance-related information to the driver in real time during movement of the racecar, said controller configured to receive vehicle information, including vehicle information collected by vehicle sensors of the racecar, and configured to use the vehicle information to select tactile messages to convey to the driver, said tactile messages including at least a first tactile stimulation pattern that notifies the driver that a driver-performed action was performed early relative to an optimum time for performing the action, and a second tactile stimulation pattern that notifies the driver that the driver-performed action was performed late relative to the optimum time. a vest that is adapted to be worn by a driver of a racecar, said vest including a plurality of tactile devices capable of communicating tactile signals to the driver; and a controller that controls the tactile devices to communicate performance-related information to the driver in real time during movement of the racecar, said controller configured to receive vehicle information, including vehicle information collected by vehicle sensors of the racecar, and configured to use the vehicle information to select tactile messages to convey to the driver, said tactile messages including at least a first tactile stimulation pattern that notifies the driver that a driver-performed action was performed early relative to an optimum time for performing the action, and a second tactile stimulation pattern that notifies the driver that the driver-performed action was performed late relative to the optimum time.
A plastering strip for placement at a building transition between a first building component designed as window or door frame and a second building component, in particular a thermal insulation and/or a plaster layer, comprising: a base body (6, 12, 14) of plastics material; and a foam adhesive tape that is adhesive on both sides and on one side thereof is adhesively bonded to the base body and on another side thereof is provided with an adhesive layer and is intended to be bonded to the first building component; characterised in that the foam adhesive tape comprises a flame retardant reducing the behavior of the foam adhesive tape in the event of fire at least to fire protection class B2 "normal flammability" according to DIN standard 4102-1:1998; and the flame retardant is designed as a halogenated flame retardant, a nitrogen-based flame retardant, an organophosphorus flame retardant, or an inorganic flame retardant. a base body (6, 12, 14) of plastics material; and a foam adhesive tape that is adhesive on both sides and on one side thereof is adhesively bonded to the base body and on another side thereof is provided with an adhesive layer and is intended to be bonded to the first building component; characterised in that the foam adhesive tape comprises a flame retardant reducing the behavior of the foam adhesive tape in the event of fire at least to fire protection class B2 "normal flammability" according to DIN standard 4102-1:1998; and the flame retardant is designed as a halogenated flame retardant, a nitrogen-based flame retardant, an organophosphorus flame retardant, or an inorganic flame retardant.
A pressed component manufacturing method for manufacturing a pressed component by press-forming a metal sheet having a sheared edge face, the method comprising a first press forming step in which it is estimated that tensile residual stress is generated in a direction along a sheared edge on a portion of a sheared edge face of the metal sheet after die release, wherein the method includes, as a subsequent step to the first press forming step, a tensile residual stress relaxation step of bulging, in a sheet thickness direction, an area including at least a site on a sheared edge face where it is estimated that the tensile residual stress is generated, characterized in that the method sets a bulging shape formed by bulging in the tensile residual stress relaxation step in such a way that bulge height decreases as a location is further away from a sheared edge face. a first press forming step in which it is estimated that tensile residual stress is generated in a direction along a sheared edge on a portion of a sheared edge face of the metal sheet after die release, wherein the method includes, as a subsequent step to the first press forming step, a tensile residual stress relaxation step of bulging, in a sheet thickness direction, an area including at least a site on a sheared edge face where it is estimated that the tensile residual stress is generated, characterized in that the method sets a bulging shape formed by bulging in the tensile residual stress relaxation step in such a way that bulge height decreases as a location is further away from a sheared edge face.
A scissors lift comprising a bottom frame, a top frame and a scissors mechanism arranged between said bottom frame and said top frame to displace said bottom frame and said top frame relative to each other by transfer of an actuation force, wherein said scissors mechanism comprises - a central hollow scissors arm delimited between opposite scissors arm surfaces, wherein said central hollow scissors arm has a bottom pivotal connection connecting it to said bottom frame and a top pivotal connection connecting it to said top frame, and - two passive scissors arms (103, 103') being pivotally connected to said bottom frame and pivotally connected to said top frame, wherein - each of said two passive scissors arms (103, 103') is pivotally connected to said central hollow scissors arm on said opposite scissors arm surfaces of said central hollow scissors arm, characterised in that - said scissors lift comprises a motor providing said actuation force, said motor being housed by said central hollow scissors arm and located between said opposite scissors arm surfaces of said central hollow scissors arm. - a central hollow scissors arm delimited between opposite scissors arm surfaces, wherein said central hollow scissors arm has a bottom pivotal connection connecting it to said bottom frame and a top pivotal connection connecting it to said top frame, and - two passive scissors arms (103, 103') being pivotally connected to said bottom frame and pivotally connected to said top frame, - each of said two passive scissors arms (103, 103') is pivotally connected to said central hollow scissors arm on said opposite scissors arm surfaces of said central hollow scissors arm, - said scissors lift comprises a motor providing said actuation force, said motor being housed by said central hollow scissors arm and located between said opposite scissors arm surfaces of said central hollow scissors arm.
A merchandising system, comprising: a base configured to support product (2002, 2003); a housing configured to engage with the base, comprising a top wall, a first side wall, and a second side wall; a pusher movably mounted on the base; a window rotatable from a closed position to an open position about a hinge point adjacent to the top wall of the housing; characterised by a trigger axle located adjacent to the hinge point of the window, wherein when the window is rotated, the trigger axle is rotated. a base configured to support product (2002, 2003); a housing configured to engage with the base, comprising a top wall, a first side wall, and a second side wall; a pusher movably mounted on the base; a window rotatable from a closed position to an open position about a hinge point adjacent to the top wall of the housing; characterised by a trigger axle located adjacent to the hinge point of the window, wherein when the window is rotated, the trigger axle is rotated.
A rigid piston assembly for use in a flush valve, the flush valve having a valve body with a fluid inlet, a fluid outlet, an outer cover, and a handle member, the rigid piston assembly comprising: a rigid piston having a central opening and a by-pass orifice, wherein the rigid piston is configured to be mounted within the valve body; a piston seal adapted to fixedly engage to the rigid piston and sealingly engage to the valve body, the piston seal having a by-pass orifice and an annular skirt that is adapted to expand out toward a cap configured to be connected to the valve body and form a seal with the cap; a cap having a hollow stem that extends from a central opening in the cap, the cap configured to connect to the valve body at an end opposite the fluid outlet; a fitting having a first end and a second end, the first end of the fitting configured to fixedly connect to the cap; a solenoid adapted to connect to the second end of the fitting, characterized by a retaining ring (90, 290) adapted to fixedly engage to the piston seal, wherein the retaining ring (90, 290) comprises a by-pass orifice and a plurality of channels. a rigid piston having a central opening and a by-pass orifice, wherein the rigid piston is configured to be mounted within the valve body; a piston seal adapted to fixedly engage to the rigid piston and sealingly engage to the valve body, the piston seal having a by-pass orifice and an annular skirt that is adapted to expand out toward a cap configured to be connected to the valve body and form a seal with the cap; a cap having a hollow stem that extends from a central opening in the cap, the cap configured to connect to the valve body at an end opposite the fluid outlet; a fitting having a first end and a second end, the first end of the fitting configured to fixedly connect to the cap; a solenoid adapted to connect to the second end of the fitting, characterized by a retaining ring (90, 290) adapted to fixedly engage to the piston seal, wherein the retaining ring (90, 290) comprises a by-pass orifice and a plurality of channels.