mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling an electronic device comprising a first display (151, 410) and a second display (152, 420), the method comprising: determining a first language or symbol set and a second language or symbol set, the first language or symbol set corresponding to a country code of a first uniform resource locator, URL, displayed through the first display (151, 410) of the electronic device, wherein the first URL is used by a first web browser application to access and display a particular corresponding website on the first display (151, 410), and the second language or symbol set corresponding to a country code of a second URL displayed through the second display (152, 420) of the electronic device, wherein the second URL is used by a second web browser application to access and display a particular corresponding website on the second display (152, 420); displaying a first keypad indicating the determined first language or symbol set in a first input region displayed through the first display (151, 410); and displaying a second keypad indicating the determined second language or symbol set in a second input region displayed through the second display (152, 420). determining a first language or symbol set and a second language or symbol set, the first language or symbol set corresponding to a country code of a first uniform resource locator, URL, displayed through the first display (151, 410) of the electronic device, wherein the first URL is used by a first web browser application to access and display a particular corresponding website on the first display (151, 410), and the second language or symbol set corresponding to a country code of a second URL displayed through the second display (152, 420) of the electronic device, wherein the second URL is used by a second web browser application to access and display a particular corresponding website on the second display (152, 420); displaying a first keypad indicating the determined first language or symbol set in a first input region displayed through the first display (151, 410); and displaying a second keypad indicating the determined second language or symbol set in a second input region displayed through the second display (152, 420).
A mounting structure comprising a terminal, a mounting surface having a stud bolt standing on the mounting surface, and a fixture, the terminal comprising: a contact portion configured to contact with the mounting surface; an insertion portion allowing the stud bolt to be inserted into the insertion portion; and an elastic portion connected to the contact portion and extending in a direction to leave the mounting surface; characterised in that the elastic portion is configured to urge the contact portion elastically toward the mounting surface upon the terminal touching the fixture engaged with the stud bolt so as to fix the terminal to the stud bolt; the terminal further comprising a plurality of the elastic portions, the insertion portion is provided in the contact portion, and one of the plurality of the elastic portions and another of the plurality of the elastic portions are located to sandwich the insertion portion in a predetermined direction; and the terminal further comprising an extension portion extended from the contact portion in the predetermined direction to contact with the mounting surface. a contact portion configured to contact with the mounting surface; an insertion portion allowing the stud bolt to be inserted into the insertion portion; and an elastic portion connected to the contact portion and extending in a direction to leave the mounting surface; characterised in that the elastic portion is configured to urge the contact portion elastically toward the mounting surface upon the terminal touching the fixture engaged with the stud bolt so as to fix the terminal to the stud bolt; the terminal further comprising a plurality of the elastic portions, the insertion portion is provided in the contact portion, and one of the plurality of the elastic portions and another of the plurality of the elastic portions are located to sandwich the insertion portion in a predetermined direction; and the terminal further comprising an extension portion extended from the contact portion in the predetermined direction to contact with the mounting surface.
A massager for back muscles of at least the three spinal regions cervical, thoracic and lumbar, comprising: a body having butt ends and three sides, each of which sides ensures installation of the massager on a horizontal surface, while the planes tangential to each of the said sides and coinciding with the said horizontal surface, which ensures installation of each of the sides, form with one another a two-sided angle of 60±15 degrees, while the sum total of all the two-sided angles comprises 180 degrees, the said sides of the body are conjugated with one another by the means of three rib surfaces, each of which carries lateral parts for paravertebral areas of the back and a medial part for the spinal column, made sunk along the longitudinal axis of the body in relation to the lateral parts; characterized in that the massager further comprises detachable massage heads (1, 2, 4, 5), wherein the body is with sockets designed to secure the said massage heads (1, 2, 4, 5), and the said sockets are located in the lateral parts of each of the said rib zones; the said three rib zones, together with the said massage heads (1, 2, 4, 5) secured in the sockets, form massage surfaces corresponding to the positions of the massaged organs of the back in the three different regions of the spine; and wherein the butt ends of the body carry sockets where handles and/or plugs can be secured. a body having butt ends and three sides, each of which sides ensures installation of the massager on a horizontal surface, while the planes tangential to each of the said sides and coinciding with the said horizontal surface, which ensures installation of each of the sides, form with one another a two-sided angle of 60±15 degrees, while the sum total of all the two-sided angles comprises 180 degrees, the said sides of the body are conjugated with one another by the means of three rib surfaces, each of which carries lateral parts for paravertebral areas of the back and a medial part for the spinal column, made sunk along the longitudinal axis of the body in relation to the lateral parts; characterized in that the massager further comprises detachable massage heads (1, 2, 4, 5), wherein the body is with sockets designed to secure the said massage heads (1, 2, 4, 5), and
A UICC comprising; a body defining a first surface and a second surface opposite the first surface, the body having a first edge, a second edge, and a third edge opposite the first edge; and a plurality of electrical contacts on the first surface, characterized in that the plurality of electrical contacts are disposed in a single row configuration on the first surface to simultaneously engage respective electrical contacts of an input device when the UICC is inserted into said input device with the second edge oriented perpendicular to the direction of insertion, wherein a ground electrical contact is disposed at the end of the row adjacent the first edge of the body and a voltage supply electrical contact is disposed adjacent the third edge of the body opposite the first edge, a clock contact is disposed next to the ground contact, and the plurality of electrical contacts on the first surface is substantially aligned with the second edge of the body, the second edge being disposed between the first and third edges and being substantially perpendicular to the first and third edges.
A winding machine for winding a multi-layer coil for a transformer, comprising: a feeder (12A, 12B) for feeding a flat-type electric wire (1A, 1B), which feeder is comprised in plural feeders (12A, 12B) for respectively feeding plural flat-type electric wires (1A, 1B), a molding unit for molding, through rolling, wire portions which will constitute curved portions when the flat-type electric wire will be coiled in disk-like form, and a stacking unit for coiling in disk-like form said flat-type electric wire molded by said molding unit, and piling the disks up in laminated form, characterized in that the winding machine is adapted to constrain the plural flat-type electric wires from the feeders to an overlapped condition where they overlie and underlie each other, so that said molding unit molds the overlapped plural flat-type electric wires simultaneously while they are being constrained to the overlapped condition and that said stacking unit coils said constrained and molded plural flat-type electric wires in disk-like form and piles the disks up in laminated form. a feeder (12A, 12B) for feeding a flat-type electric wire (1A, 1B), which feeder is comprised in plural feeders (12A, 12B) for respectively feeding plural flat-type electric wires (1A, 1B), a molding unit for molding, through rolling, wire portions which will constitute curved portions when the flat-type electric wire will be coiled in disk-like form, and a stacking unit for coiling in disk-like form said flat-type electric wire molded by said molding unit, and piling the disks up in laminated form, characterized in that the winding machine is adapted to constrain the plural flat-type electric wires from the feeders to an overlapped condition where they overlie and underlie each other, so that said molding unit molds the overlapped plural flat-type electric wires simultaneously while they are being constrained to the overlapped condition and that said stacking unit coils said constrained and molded plural flat-type electric wires in disk-like form and piles the disks up in laminated form.
A wall comprising at least one acoustic absorbing assembly, the acoustic absorbing assembly being fastened on the wall and consisting of two fabrics (11, 12) parallel to each other and assembled at the periphery on hooking means, said fabrics (11, 12) defining respectively a solid inner fabric called upper fabric and an outer fabric called lower fabric visible from the room where the assembly is fastened to the wall, the inner fabric being devoid of perforations, said outer fabric is disposed at a distance from the inner fabric comprised between 30 and 200 millimeters, and characterized in that said outer fabric includes micro-perforations with a density greater than 1000 micro-perforations/m 2 having a diameter of less than 0.1 millimeter and arranged to form an acoustic fabric so as to form a sealed acoustic absorbing assembly having a sound wave absorption coefficient greater than or equal to 0.35 for frequencies greater than 300 HZ, and wherein said wall comprising at least said acoustic absorbing assembly further includes light means (50, 51, 52) placed between the wall and the inner fabric of the acoustic absorbing assembly so as to form a backlit wall.
A variable-throat exhaust turbocharger equipped with a variable throat mechanism comprising: a plurality of nozzle vanes supported rotatably by a nozzle mount fixed to a turbine casing, an annular drive ring connected to and rotated by an actuator, and lever plates identical in number with the number of the nozzle vanes, each of the lever plates being connected at its one end to the drive ring via a connection pin (10; 11), which is formed in one piece with the lever plate or the drive ring, and a groove (3y; 1b), into which a connection pin (10; 11) is engaged, and at the other end being connected to the nozzle vanes, whereby the lever plates are swung by rotating the drive ring and the nozzle vanes are rotated by the swing of the lever plates to vary the blade angle of the nozzle vanes, wherein said drive ring is disposed between said lever plates and the nozzle mount side by side with the lever plates and the nozzle mount in an axial direction thereof, characterized in that rivets are fixed to the nozzle mount at its outside face so that an outer side face of the drive ring can come into contact with seating faces of the rivets thereby to prevent the drive ring from moving axially; and in that recesses are formed to stride across the outer side face of the drive ring and an outer side face of the nozzle mount, and the head of each of the rivets is received in each of the recesses and in that the connection pin (10;11) or groove(3y;lb) are treated with surface hardening including diffusion coating. a plurality of nozzle vanes supported rotatably by a nozzle mount fixed to a turbine casing, an annular drive ring connected to and rotated by an actuator, and lever plates identical in number with the number of the nozzle vanes, each of the lever plates being connected at its one end to the drive ring via a connection pin (10; 11), which is formed in one piece with the lever plate or the drive ring, and a groove (3y; 1b), into which a connection pin (10; 11) is engaged, and at the other end being connected to the nozzle vanes, whereby the lever plates are swung by rotating the drive ring and the nozzle vanes are rotated by the swing of the lever plates to vary the blade angle of the nozzle vanes, wherein said drive ring is disposed between said lever plates and the nozzle mount side by side with the lever plates and the nozzle mount in an axial direction thereof, characterized in that rivets are fixed to the nozzle mount at its outside face so that an outer side face of the drive ring can come into contact with seating faces of the rivets thereby to prevent the drive ring from moving axially; and in that recesses are formed to stride across the outer side face of the drive ring and an outer side face of the nozzle mount, and the head of each of the rivets is received in each of the recesses and in that the connection pin (10;11) or groove(3y;lb) are treated with surface hardening including diffusion coating.
Use of a precious metal alloy, comprising palladium and rhodium, for manufacturing pieces like jewelry, jewelry articles, bijouterie, watches and watch cases and/or writing utensils and/or a component thereof, characterized in that the used precious metal alloy comprises palladium in an amount of 40-60% by weight and rhodium in an amount of 40-60% by weight, and that the used precious metal alloy preferably comprises gold, platinum, ruthenium and/or iridium in an amount between greater than 0 to 10% by weight, preferably in an amount between 2% by weight and 5% by weight, more preferably in an amount of 3% by weight, wherein by the aforementioned secondary alloy components the corresponding amount of rhodium and/or palladium is replaced, and wherein the amounts of rhodium and palladium as well as of the preferably provided aforementioned secondary alloy components complement, apart from usual admixtures and impurities, to 100% by weight.
A recombinant DNA polymerase comprising an amino acid sequence that is at least 80%, identical to SEQ ID NO: 10, which recombinant DNA polymerase comprises at least one amino acid substitution mutation at one or more positions positionally equivalent to Lys476 and Thr590, in the 9°N DNA polymerase amino acid sequence, wherein the mutation at the position positionally equivalent to Lys476 comprises a mutation to a hydrophobic amino acid.
A dual frequency HF-UHF RFID integrated circuit comprising a power supply, the power supply comprising: - an HF branch comprising an HF rectifier and a linear voltage regulator, wherein the linear voltage regulator is a series linear voltage regulator, wherein the HF rectifier is configured to be connected to a resonance circuit formed by a HF antenna-coil and a resonance capacitor and wherein the HF rectifier is connected to the linear voltage regulator; - a UHF branch comprising a UHF rectifier and a shunt voltage regulator, wherein the UHF rectifier comprises a charge pump and is configured to be connected to a UHF antenna and wherein the UHF rectifier is connected to the shunt voltage regulator; wherein the HF branch and the UHF branch operates independently from each other; and a supply line, wherein the supply line of the power supply is connected to both said HF branch and said UHF branch; wherein the linear voltage regulator is arranged between the HF rectifier and the supply line; and the shunt voltage regulator is arranged between the UHF rectifier and the supply line. - an HF branch comprising an HF rectifier and a linear voltage regulator, wherein the linear voltage regulator is a series linear voltage regulator, wherein the HF rectifier is configured to be connected to a resonance circuit formed by a HF antenna-coil and a resonance capacitor and wherein the HF rectifier is connected to the linear voltage regulator; - a UHF branch comprising a UHF rectifier and a shunt voltage regulator, wherein the UHF rectifier comprises a charge pump and is configured to be connected to a UHF antenna and wherein the UHF rectifier is connected to the shunt voltage regulator; wherein the HF branch and the UHF branch operates independently from each other; and a supply line, wherein the supply line of the power supply is connected to both said HF branch and said UHF branch; wherein the linear voltage regulator is arranged between the HF rectifier and the supply line; and the shunt voltage regulator is arranged between the UHF rectifier and the supply line.
A bumper attachment structure, comprising: a flange of a bumper fascia provided with a guide portion (23, 25, 61) protruding therefrom; a flange of a fender panel having an insertion hole (49, 53) into which the guide portion (23, 25, 61) can be inserted; an attachment bracket having a groove in which the guide portion (23, 25, 61) can be housed; and an insertion fitting portion in which a tip portion of the attachment bracket can fit, wherein the guide portion (23, 25, 61) is inserted into the insertion hole (49, 53) of the flange of the fender panel to protrude therefrom, a protruding portion (23a, 25a) of the guide portion (23, 25, 61) is inserted into the groove of the attachment bracket so as to slide the attachment bracket along the protruding portion (23a, 25a), and the tip portion of the attachment bracket is allowed to fit into the insertion fitting portion, so that the flange of the bumper fascia is attached to the flange of the fender panel in a manner such that the flange of the fender panel is held between the flange of the bumper fascia and the attachment bracket, characterized in that the attachment bracket is provided with a contact surface protruding upward, which is formed so as to come into slide contact with a rear surface of the fender panel when the attachment bracket is allowed to slide. a flange of a bumper fascia provided with a guide portion (23, 25, 61) protruding therefrom; a flange of a fender panel having an insertion hole (49, 53) into which the guide portion (23, 25, 61) can be inserted; an attachment bracket having a groove in which the guide portion (23, 25, 61) can be housed; and an insertion fitting portion in which a tip portion of the attachment bracket can fit,
A filter assembly component comprising: a pleat guide comprising a repeating pattern comprising a plurality of peaks and a plurality of valleys distributed about a circumference of the pleat guide; wherein the plurality of peaks and the plurality of valleys are configured to interface with a pleated filter media to maintain pleat spacing between corresponding pleats of the pleated filter media; characterized in that the pleat guide defines a plurality of hollow passages extending from a central portion of the pleat guide to a circumferential surface of the pleat guide, each hollow passage connecting to a central aperture at the central portion and connecting to an outer circumferential aperture at the circumferential surface of the pleat guide, wherein the plurality of central apertures are connected to a hollow central coupling ring disposed at the center of each of the interior pleat guides, wherein the pleat guide further defines a fluid inlet port in fluid communication with the plurality of hollow passages, and wherein each central coupling ring is connected by a longitudinal hollow tube, which is further coupled to the fluid inlet port. a pleat guide comprising a repeating pattern comprising a plurality of peaks and a plurality of valleys distributed about a circumference of the pleat guide; wherein the plurality of peaks and the plurality of valleys are configured to interface with a pleated filter media to maintain pleat spacing between corresponding pleats of the pleated filter media; characterized in that the pleat guide defines a plurality of hollow passages extending from a central portion of the pleat guide to a circumferential surface of the pleat guide, each hollow passage connecting to a central aperture at the central portion and connecting to an outer circumferential aperture at the circumferential surface of the pleat guide, wherein the plurality of central apertures are connected to a hollow central coupling ring disposed at the center of each of the interior pleat guides, wherein the pleat guide further defines a fluid inlet port in fluid communication with the plurality of hollow passages, and wherein each central coupling ring is connected by a longitudinal hollow tube, which is further coupled to the fluid inlet port.
A method for recovering carbon dioxide from gas, in which method: - pressurizing said gas, - feeding said pressurized gas and water used as a solvent to an absorption column, - feeding water received from the absorption column and carbon dioxide absorbed therein to a desorption column for recovering carbon dioxide from the water, - recirculating water exiting the desorption column to the absorption column, - recovering carbon dioxide exiting the desorption column, characterized in that, in the method, - pressurizing said gas delivered to the absorption column to 3 to 10 bar absolute pressure, preferably a minimum of 4 bar, - feeding at least part of the gas to an auxiliary desorption column prior to pressurizing the gas, and - sending water exiting the desorption column and the carbon dioxide residue remaining in the water back to the absorption column via the auxiliary desorption column and desorbing carbon dioxide in the auxiliary desorption column from the water into the gas. - pressurizing said gas, - feeding said pressurized gas and water used as a solvent to an absorption column, - feeding water received from the absorption column and carbon dioxide absorbed therein to a desorption column for recovering carbon dioxide from the water, - recirculating water exiting the desorption column to the absorption column, - recovering carbon dioxide exiting the desorption column, - pressurizing said gas delivered to the absorption column to 3 to 10 bar absolute pressure, preferably a minimum of 4 bar, - feeding at least part of the gas to an auxiliary desorption column prior to pressurizing the gas, and - sending water exiting the desorption column and the carbon dioxide residue remaining in the water back to the absorption column via the auxiliary desorption column and desorbing carbon dioxide in the auxiliary desorption column from the water into the gas.