mhurhangee/ep-ind-claims huggingface dataset:
An imaging optical system attachable to and detachable from an imaging apparatus and including a focusing lens whose position is variable, the imaging optical system comprising: a memory configured to store information on aberrations of the imaging optical system, wherein the information is to be used for automatic focusing adjustment and is to be transmitted to the imaging apparatus according to a request from the imaging apparatus, wherein the information comprises a plurality of pieces of information, each of which represents one image-forming position of the imaging optical system based on one of a plurality of defocus Modulation Transfer Function curves corresponding to predetermined discrete spatial frequencies (F1 to F4), respectively. a memory configured to store information on aberrations of the imaging optical system, wherein the information is to be used for automatic focusing adjustment and is to be transmitted to the imaging apparatus according to a request from the imaging apparatus, wherein the information comprises a plurality of pieces of information, each of which represents one image-forming position of the imaging optical system based on one of a plurality of defocus Modulation Transfer Function curves corresponding to predetermined discrete spatial frequencies (F1 to F4), respectively.
Device for supplying fuel to a combustion chamber of a gas generator, comprising: - a wheel for injecting fuel into the combustion chamber, - a fuel supply rail comprising an internal fuel circuit including fuel outlet means supplying fuel to an annular spray chamber formed between the rail (28, 44, 48, 52, 56) and the injection wheel, - at least one dynamic annular seal designed to provide a seal between an annular face of the fuel supply rail (28, 44, 48, 52, 56) and the injection wheel, characterised in that the fuel circuit of the fuel supply rail comprises an annular fuel flow portion (40, 50, 56) arranged radially in the dynamic annular seal. - a wheel for injecting fuel into the combustion chamber, - a fuel supply rail comprising an internal fuel circuit including fuel outlet means supplying fuel to an annular spray chamber formed between the rail (28, 44, 48, 52, 56) and the injection wheel, - at least one dynamic annular seal designed to provide a seal between an annular face of the fuel supply rail (28, 44, 48, 52, 56) and the injection wheel,
Communications apparatus having a short range wireless radio frequency communicator adapted to communicate wirelessly directly with another short range wireless radio frequency communicator in its vicinity to enable communication of power or power and data between the short range wireless radio frequency communicators, and to recharge a rechargeable power supply from an RF field provided by the other short range wireless radio frequency communicator, and a high data rate data communicator adapted to receive power from the rechargeable power supply and communicate directly with another high data rate data communicator to at least one of receive and transmit data when the short range wireless radio frequency communicator has communicated with another short range wireless radio frequency communicator, wherein the rechargeable power supply is a rechargeable battery.
An apparatus comprising a channel member, first and second electrodes configured to enable a flow of electrical current from the first electrode through the channel member to the second electrode, and a supporting substrate configured to support the channel member and the first and second electrodes, wherein the channel member is separated from the supporting substrate by a nanomembrane characterised in that, the nanomembrane layer comprises an electrically-insulating carbon nanomembrane layer configured to facilitate the flow of electrical current through the channel member by inhibiting leakage of the electrical current from the channel member to the supporting substrate.
Filling device for filling a holder with vulnerable products, comprising: - a main frame provided with an elevator conveyor with a supply side and a filling side; - a distributing device connected operatively to the filling side of the elevator conveyor and provided with one or more distributors (30, 36) configured to distribute products over the holder; - height adjusting means (44, 46) configured to move the distributing device in the height relative to the holder such that the distributing device is movable in the height during filling of the holder; and - a supply side guide arranged on the main frame for operation with the height adjusting means and configured to align the supply side of the elevator conveyor with a delivery end of a feed conveyor during a movement of the distributing device in the height, characterized in that the supply side guide comprises a guide curve which is configured such that the distance between the delivery end of the feed conveyor and the supply side of the elevator conveyor remains substantially constant during a filling process. - a main frame provided with an elevator conveyor with a supply side and a filling side; - a distributing device connected operatively to the filling side of the elevator conveyor and provided with one or more distributors (30, 36) configured to distribute products over the holder; - height adjusting means (44, 46) configured to move the distributing device in the height relative to the holder such that the distributing device is movable in the height during filling of the holder; and - a supply side guide arranged on the main frame for operation with the height adjusting means and configured to align the supply side of the elevator conveyor with a delivery end of a feed conveyor during a movement of the distributing device in the height, characterized in that the supply side guide comprises a guide curve which is configured such that the distance between the delivery end of the feed conveyor and the supply side of the elevator conveyor remains substantially constant during a filling process.
A lamp comprising: a support; a plurality of LEDs mounted on the support; a reflector connected with the support and including a plurality of interconnected reflector cups each including an LED opening that receives a respective LED, the reflector also defining at least one void disposed between adjacent reflector cups; and an annular structure connected with the plurality of reflector cups. a support; a plurality of LEDs mounted on the support; a reflector connected with the support and including a plurality of interconnected reflector cups each including an LED opening that receives a respective LED, the reflector also defining at least one void disposed between adjacent reflector cups; and an annular structure connected with the plurality of reflector cups.
A method of generating a multiplexed image for printing that can be observed in a plurality of modes and can be printed using a laser marking apparatus, comprising: receiving a plurality of input images (16A, 16B); combining the plurality of input images (16A, 16B) to form a multiplexed input image; retrieving a multiplexed palette from a memory, the multiplexed palette including a plurality of images that can be printed on a substrate surface by varying one or more parameters of the laser marking apparatus, the parameters including one or more of: laser power; scanning speed; laser focus; laser spacing; repetition rate; laser polarization; laser wavelength; pulse duration, each image being observable in the plurality of modes and having a plurality of color values corresponding to the plurality of modes; determining a finite shape of the multiplexed palette in a combined color space based on the color values of the plurality of images; determining a maximum volume hyperrectangle enclosed in the finite shape of the multiplexed palette; performing gamut mapping to map color values of the multiplexed input image to color values inside the maximum volume hyperrectangle; and obtaining the multiplexed image for printing based on the gamut-mapped color values of the multiplexed input image. receiving a plurality of input images (16A, 16B); combining the plurality of input images (16A, 16B) to form a multiplexed input image; retrieving a multiplexed palette from a memory, the multiplexed palette including a plurality of images that can be printed on a substrate surface by varying one or more parameters of the laser marking apparatus, the parameters including one or more of: laser power; scanning speed; laser focus; laser spacing; repetition rate; laser polarization; laser wavelength; pulse duration, each image being observable in the plurality of modes and having a plurality of color values corresponding to the plurality of modes; determining a finite shape of the multiplexed palette in a combined color space based on the color values of the plurality of images; determining a maximum volume hyperrectangle enclosed in the finite shape of the multiplexed palette; performing gamut mapping to map color values of the multiplexed input image to color values inside the maximum volume hyperrectangle; and obtaining the multiplexed image for printing based on the gamut-mapped color values of the multiplexed input image.
A tire comprising at least a circular tire frame formed of a thermoplastic resin material, the thermoplastic resin material including a thermoplastic elastomer including a hard segment and a soft segment in a molecule thereof, and a resin of the same kind as the hard segment, which is other than the thermoplastic elastomer., wherein the elastic modulus of the resin is 100 MPa or greater when measured by pulling a sample at a tensile rate of 1 mm/min. a thermoplastic elastomer including a hard segment and a soft segment in a molecule thereof, and a resin of the same kind as the hard segment, which is other than the thermoplastic elastomer.,
A zoom lens, comprising a first lens group having a positive refractive power, a second lens group having a negative refractive power, a third lens group having a positive refractive power, and a fourth lens group having a positive refractive power, which are disposed in order from an object, wherein the first lens group comprises a 1st group-1st negative lens and a 1st group-2nd positive lens which are disposed in order from the object, the second lens group comprises a 2nd group-1st negative lens, a 2nd group-2nd negative lens, and a 2nd group-3rd positive lens which are disposed in order from the object, the second lens group comprises a plurality of lenses and the third lens group also comprises a plurality of lenses, and each of a lens surface closest to the object in the second lens group, at least one surface (9, 10) of a lens disposed closest to the image in the second lens group, at least one surface among lens surfaces located from a lens surface closest to the object in the third lens group to an object side lens surface of a lens having the greatest central thickness in the third lens group, and at least one surface among lens surfaces located from an image side lens surface of the lens having the greatest central thickness in the third lens group to a lens surface closest to the image in the third lens group is aspherical, wherein the third lens group comprises a 3rd group-1st positive lens, a 3rd group-2nd negative meniscus lens having a convex surface facing the object, a 3rd group-3rd positive lens and a 3rd group-4th negative meniscus lens having a convex surface facing the object which are disposed in order from the object, at least one of three surfaces of an object side lens surface of the 3rd group-1st positive lens, an image side lens surface of the 3rd group-1st positive lens, and an object side lens surface of the 3rd group-2nd negative lens is aspherical, and at least one of three surfaces of an image side lens surface of the 3rd group-3rd positive lens, an object side lens surface of the 3rd group-4th negative lens and an image side lens surface of the 3rd group-4th negative lens is aspherical.
An information processing apparatus for securely storing a program group comprising one or more programs, the information processing apparatus comprising: a first detector that is arranged to detect an execution waiting state of a given program among the program group; a secure module that is configured such that information stored therein cannot be referred to by an external device, and includes an encrypter arranged such that when the execution waiting state is detected by the first detector, the secure module encrypts the given program and writes the encrypted given program to a storage area that is different from that of the program group, wherein the encrypter uses different data for an encryption key each time encryption is performed and a table is stored which correlates the program subject to encryption and the encryption key; a second detector that is arranged to detect an execution request concerning the given program; a decrypter that is arranged to decrypt the given program encrypted by the secure module and write the decrypted given program to the storage area, when the execution request concerning the given program is detected by the second detector; and a program executor that is arranged to execute the given program decrypted by the decrypter. a first detector that is arranged to detect an execution waiting state of a given program among the program group; a secure module that is configured such that information stored therein cannot be referred to by an external device, and includes an encrypter arranged such that when the execution waiting state is detected by the first detector, the secure module encrypts the given program and writes the encrypted given program to a storage area that is different from that of the program group, wherein the encrypter uses different data for an encryption key each time encryption is performed and a table is stored which correlates the program subject to encryption and the encryption key; a second detector that is arranged to detect an execution request concerning the given program; a decrypter that is arranged to decrypt the given program encrypted by the secure module and write the decrypted given program to the storage area, when the execution request concerning the given program is detected by the second detector; and a program executor that is arranged to execute the given program decrypted by the decrypter.
An eye compress system comprising: an external frame having at least one attachment mechanism configured to couple a gel pack to the frame; the eye compress system further comprising the gel pack, the gel pack having a thermally activatable gelatinous substance and an outer surface, the frame being fabricated from a material stiff enough to support at least a portion of the gravitational weight of the gel pack such that when the external frame is in a vertical orientation it does not buckle when the gel pack is attached thereto and secured against an eye region of the user; and a strap attached to the external frame, the strap configured to hold the gel pack against the eye region of the user when the gel pack is attached to the external frame, characterised in that the gel pack has a greater surface area than the external frame, such that the external frame does not cover the entire outer surface area of the gel pack. an external frame having at least one attachment mechanism configured to couple a gel pack to the frame; the eye compress system further comprising the gel pack, the gel pack having a thermally activatable gelatinous substance and an outer surface, the frame being fabricated from a material stiff enough to support at least a portion of the gravitational weight of the gel pack such that when the external frame is in a vertical orientation it does not buckle when the gel pack is attached thereto and secured against an eye region of the user; and a strap attached to the external frame, the strap configured to hold the gel pack against the eye region of the user when the gel pack is attached to the external frame, characterised in that the gel pack has a greater surface area than the external frame, such that the external frame does not cover the entire outer surface area of the gel pack.
A shaft-hub connection, having a hub and a shaft, wherein the shaft is at least partially pressed into the hub, wherein the shaft has a cylindrical region and a region of a toothing, wherein between the cylindrical region and the region of the toothing there is arranged a transition region, wherein the hub has a receiving bore into which the cylindrical region and the region of the toothing are pressed, wherein before the pressing-in of the shaft, the internal diameter (d) of the receiving bore is constant irrespective of the axial position, characterised in that the external diameter of the transition region increases steadily from the cylindrical region to the region of the toothing, wherein the root diameter of the region of the toothing is smaller than the external diameter of the cylindrical region, wherein the tip diameter of the region of the toothing is greater than the external diameter of the cylindrical region. having a hub and a shaft, wherein the shaft is at least partially pressed into the hub, wherein the shaft has a cylindrical region and a region of a toothing, wherein between the cylindrical region and the region of the toothing there is arranged a transition region, wherein the hub has a receiving bore into which the cylindrical region and the region of the toothing are pressed, wherein before the pressing-in of the shaft, the internal diameter (d) of the receiving bore is constant irrespective of the axial position, characterised in that the external diameter of the transition region increases steadily from the cylindrical region to the region of the toothing, wherein the root diameter of the region of the toothing is smaller than the external diameter of the cylindrical region, wherein the tip diameter of the region of the toothing is greater than the external diameter of the cylindrical region.
Aluminium die casting alloy comprising the following alloy components: 7.5 to 11.5 wt % silicon, 0.25 to 0.6 wt % manganese, 0.03 to 0.06 wt % chromium, 0.001 to 0.048 wt %, in particular 0.001 to 0.043 wt %, in particular 0.024 to 0.043 wt % molybdenum, 0.001 to 0.08 wt % magnesium, optionally 0.001 to 0.15 wt % iron, optionally 0.004 to 0.15 wt % titanium, optionally 0.01 to 0.2 wt % zirconium, optionally 0.008 to 0.02 wt % strontium, optionally 0.001 to 0.1 wt % vanadium, the rest aluminium and unavoidable impurities. 7.5 to 11.5 wt % silicon, 0.25 to 0.6 wt % manganese, 0.03 to 0.06 wt % chromium, 0.001 to 0.048 wt %, in particular 0.001 to 0.043 wt %, in particular 0.024 to 0.043 wt % molybdenum, 0.001 to 0.08 wt % magnesium, optionally 0.001 to 0.15 wt % iron, optionally 0.004 to 0.15 wt % titanium, optionally 0.01 to 0.2 wt % zirconium, optionally 0.008 to 0.02 wt % strontium, optionally 0.001 to 0.1 wt % vanadium, the rest aluminium and unavoidable impurities.
A method executed in a network node of a communication network capable of transmitting a broadcasted service to user equipments, comprising: - acquiring a list of Service Area Identities, SAIs, indicative of service areas capable of providing the broadcasted service to the user equipments, the list comprising at least one SAI that is currently broadcasted in a current cell and at least one SAI that is currently broadcasted in at least one neighboring cell with the same frequency as in the current cell; - modifying the list by grouping the SAIs, such that the at least one SAI, currently broadcasted in a current cell is distinguishable from the at least one SAI, currently broadcasted in the neighboring cells with the same frequency as in the current cell, by adding a delimiter symbol to the list, separating the at least one SAI currently broadcasted in a current cell from the at least one SAI, currently broadcasted in a neighboring cell, and being distinguishable from the SAIs of the list, and - transmitting the modified list to the user equipments. - acquiring a list of Service Area Identities, SAIs, indicative of service areas capable of providing the broadcasted service to the user equipments, the list comprising at least one SAI that is currently broadcasted in a current cell and at least one SAI that is currently broadcasted in at least one neighboring cell with the same frequency as in the current cell; - modifying the list by grouping the SAIs, such that the at least one SAI, currently broadcasted in a current cell is distinguishable from the at least one SAI, currently broadcasted in the neighboring cells with the same frequency as in the current cell, by adding a delimiter symbol to the list, separating the at least one SAI currently broadcasted in a current cell from the at least one SAI, currently broadcasted in a neighboring cell, and being distinguishable from the SAIs of the list, and - transmitting the modified list to the user equipments.
Use of a sulphate compound to improve dough strength and/or to decrease dough stickiness of a flour-based dough containing a reduced level of sodium, wherein the dough contains not more than 0.6% of sodium by weight of cereal ingredients selected from the group consisting of flour, whole grains, grain components and mixtures thereof, said use comprising combining flour, water, a sulphate compound and optionally one or more other bakery ingredients including sodium chloride, said use being characterized in that: • the sulphate compound is incorporated in the dough in a concentration of 0.5-75 mmole per kg of flour, with the proviso that if the sulphate compound is not calcium sulphate, said sulphate component is incorporated in the dough in a concentration of at least 5 mmole per kg of flour and with the proviso that if the sulphate compound is calcium sulphate and if said calcium sulphate is incorporated in a concentration of less than 5 mmole per kg of flour, the method additionally comprises the addition of at least 0.1 mmole of an edible acid per kg of flour; • sodium chloride is incorporated in a concentration of 0-1.6% by weight of cereal ingredients selected from the group consisting of flour, whole grains, grain components and mixtures thereof. • the sulphate compound is incorporated in the dough in a concentration of 0.5-75 mmole per kg of flour, with the proviso that if the sulphate compound is not calcium sulphate, said sulphate component is incorporated in the dough in a concentration of at least 5 mmole per kg of flour and with the proviso that if the sulphate compound is calcium sulphate and if said calcium sulphate is incorporated in a concentration of less than 5 mmole per kg of flour, the method additionally comprises the addition of at least 0.1 mmole of an edible acid per kg of flour; • sodium chloride is incorporated in a concentration of 0-1.6% by weight of cereal ingredients selected from the group consisting of flour, whole grains, grain components and mixtures thereof.