Herrero & Asociados, S.L

A method for manufacturing an ophthalmic lens, the method comprising receiving frame data corresponding to a complete refraction order, defining in the ophthalmic lens a vision area (12) that provides essential optical correction, establishing in the ophthalmic lens an aesthetic area (13) surrounding the vision area contour (12) for thickness and distortion optimization, wherein the aesthetic area (13) is configured to maintain local optical power near zero; and generating in the ophthalmic lens a manufacturing area (14), extending beyond the aesthetic area (13) to accommodate production tooling.

The present application relates to a secondary battery and a housing thereof. The secondary battery includes a housing, a bare cell, and a top cover assembly. The top cover assembly includes an end cover and lower plastic part provided on the end cover. The end cover seals an opening of the housing. The end cover is provided with an explosion-proof valve through hole for mounting an explosion-proof valve. The lower plastic part is provided with a plurality of exhaust through holes in communication with the explosion-proof valve. An area of the explosion-proof valve through hole accounts for 1.5% to 8% of an area of the end cover. Exhaust areas of orthographic projections of the plurality of exhaust through holes in the end cover account for 1% to 5% of the area of the end cover.

A photovoltaic frame includes: a carrying plate configured to support a backlight surface of a laminate; and a first side plate and a second side plate. The first side plate has a protruding portion protruding from the carrying plate, the protruding portion and the carrying plate enclose a mounting groove. The protruding portion and/or the carrying plate is provided with a glue groove structure, and a side surface of the second side plate away from the first side plate is provided with a glue overflow plate protruding towards in a direction away from the first side plate, the glue overflow plate and the second side plate enclose a first glue overflow groove in communication with the mounting groove, when the laminate is mounted on the photovoltaic frame, a top end of the protruding portion is lower than or coplanar with a light-receiving surface of the laminate.

A first temperature sensor detects (53) a first temperature of a region in a heating device (52). A second temperature sensor (54) detects a second temperature of a portion of the heating device (52) between one end, and an end of the region on the side of the one end. A sheet sensor (55) detects a medium passing a position in a nip region corresponding to a portion of the heating device (52) between the other end, and the other end of the region on the side of the other end of the heating device (52). A controller (100) starts successive transport of the medium at a first number. Upon deciding that a temperature difference is smaller than a first threshold, and that the medium has not been detected, the controller (100) changes the number of sheets of the successive transport to a second number, fewer than the first number.

A fixing device (13) includes: a heat roller (31); a heating device (52) disposed inside the heat roller (31) to heat the heat roller (31); a pressure roller (32) opposed to the heat roller (31) and forming, together with the heat roller (31), a nip (N) where a recording medium (P) to be subjected to fixing processing is to be passed through; a conveyance guide (61) that guides the recording medium (P) to the nip (N) and is provided with a gap (G) from the pressure roller (32) in a direction in which the conveyance guide (61) guides the recording medium (P), and an air blower (71) disposed in a region located on the pressure roller (32) side of the conveyance guide (61) in a direction of alignment of the heat roller 4520251207 (31) and the pressure roller (32) to blow air toward the heat roller (31) through the gap (G).

The present application discloses a plug structure and a charger. The plug structure includes a first pin, a second pin, a grounding pin, and two mating covers. The first pin and the second pin are inserted into one end of the main body, the two covers are each rotatably connected to the end of the main body, and the grounding pin is rotatably arranged on either of the two mating covers. The two mating covers of the present application engage with each other when rotated about the end of the main body, and accommodate the first pin, the second pin, and the grounding pin within the two mating covers. Before the two mating covers are engaged, the grounding pin is rotated to fit against its corresponding mating cover. Engaging the two mating covers stores all pins, reducing volume, creating a slim, compact, aesthetically pleasing charger that's protective, convenient, and portable.

A cloud application provision system (20) provides a cloud application (32) to be utilized by an electronic device (40). The cloud application provision system (20) manages a tenant to which the electronic device (40) belongs, and the electronic device (40) belonging to the tenant. The cloud application provision system (20) creates, upon receipt of specific information transmitted from the electronic device (40), the tenant in which the electronic device (40) that is a transmission source of the specific information is to be registered, and registers the electronic device (40) that is the transmission source of the specific information, in the tenant created.

The method comprises: placing a sheet (2) in a mold; closing the mold, tensioning said sheet (2); injecting a first material into a perimeter ring (5) formed in the mold; forming a perimeter edge (3) around said sheet (2), defining an interior space; injecting a second material into the interior space; and vulcanizing the second material, forming a footwear insole (1) comprising the perimeter edge (3) of the first material and an interior part (4) of the second material. The footwear insole comprises a first and second materials and a sheet (2), wherein the first material forms only a perimeter edge (3) surrounding an interior part (4) of said second material. It allows providing a footwear insole that achieves lightness, flexibility, cushioning and an infinity of colors, infinite patterns and infinite textures.

An enriched air delivery device comprises an upper casing (10); a lower casing (20) provided with ventilation grids (21); a chamber (30) located between both casings (10, 20), which houses air inside it; at least one atmospheric cold plasma generator (40) housed between both casings (10, 20), and configured to emit negatively charged ions onto the air in the chamber (30), thus creating enriched air; and an external device (50) connected by wiring to the at least one atmospheric cold plasma generator (40), for its electrical supply; such that in an operating state of the device (1), and applied to the skin of a user, the enriched air existing in the chamber (30) is released to the outside through the ventilation grids (21) of the lower casing (20), such that said enriched air is naturally absorbable by the user's own skin.

An ear-clip wireless headphone is provided. The ear-clip wireless headphone includes a first headphone head, a second headphone head, and a bridge part. The bridge part is connected between the first headphone head and the second headphone head. The first headphone head is provided with a first airbag, the second headphone head is provided with a second airbag; and the first airbag and the second airbag are disposed opposite to each other. By disposing the airbags on opposite sides of the first headphone head and the second headphone head, whether the bridge part is made of hard material or flexible material, an additional buffer space exists on a surface of the ear-clip wireless headphone contacting with an ear of a user when the ear-clip wireless headphone is worn, which not only ensures stable wearing of the headphone, but also makes a wearing action more convenient, thereby significantly improving wearing comfort.