Gislon, Gabriele

An object of the present invention is to provide an intraoral light therapy device that not only accurately irradiates light to gingival margin and free gingiva throughout a user's entire dentition, but also provides excellent wearing comfort when the user fits the mouthpiece deep inside the oral cavity.An intraoral light therapy device comprises a mouthpiece (1), and a light source (2) disposed in the mouthpiece (1) and provided with a plurality of light emitters (20), the mouthpiece (1) comprising a bite tray (3) formed in a U-shape according to a wearer's dentition and bitten by the dentition of the wearer's upper and lower jaws, a front flange (4) facing outer surfaces of the wearer's upper and lower gums (9), and a rear flange (5) facing inner surfaces of the wearer's upper and lower gums (9). Each outer edge end portion (30a) of rear end portions (30, 30) of the bite tray (3) is formed flush with a tip portion of a rear end portion (4b) of the front flange (4) to which the outer edge end portion (30a) is connected, and both rear end portions (5b, 5b) of the rear flange (5) are located anterior to the outer edge end portions (30a, 30a) of both the rear end portions (30, 30) of the bite tray (3).

Device (1) for storing and moving gas cylinders and the like, comprising: a base portion (2) equipped with a bearing surface (21) for the cylinders and with protrusions (22) for ground support, said support protrusions (22) being preferably equipped with openings (22a) for forklift forks; three side walls (31, 32, 33), each wall comprising two uprights (32a, 32b) and one or more crossbars (32c, 32d), so as to form side walls (31, 32, 33) with open portions (321, 322), the uprights (32a, 32b) of said side walls (31, 32, 33) being provided, at an end thereof, with coupling portions (32e) configured to be removably inserted into seats (23, 25, 26) of said base portion (2), said uprights (32a, 32b) being translatable and rotatable relative to said base portion (2) by means of a slot (32f) - pin (26) coupling, wherein the pins (26) coupled to different side walls (31, 32, 33) are arranged, considering a use condition, at different heights (H1, H2), preferably said slot (32f) being made in the coupling portion (32e) of said uprights (32a, 32b); a ramp (4), removably hinged either to uprights (32a, 32b) of two of said side walls (31, 32, 33), which are opposite each other, or to the base portion (2).

The present invention provides footwear that has a function adjusting a human body's posture such that it enables a bow-legged or knock-kneed user to land naturally from the heel during walking and to walk while the gravity center moves along an outwardly curved zone. The footwear comprises a sole and a cover part that covers the instep of the foot, and the sole has a toe portion and a heel portion on which the heel is placed. Assuming that the sole is divided into an inner portion including the thumb of the foot and an outer portion including the little finger, a flat thick area is provided on the inner portion, and the other portion of the sole is made to be a flat thin area. The thick area extends from the toe portion to a portion facing the medial longitudinal arch of the foot through a portion respectively facing the thumb and the base portion of the thumb. The thin area continuously extends in the longitudinal direction of the sole from a portion respectively facing the middle finger, the ring finger, the little finger of the foot, and each base portion of the middle finger, the ring finger, and the little finger to the heel portion through a portion facing a lateral longitudinal arch of the foot.

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The present invention relates to an information processor enabling data and commands to be transmitted and received between a USB-compliant information processor and a SAS-compliant information processor.The information processor executes a USB/SAS protocol conversion for enabling data and commands to be transmitted and received between a USB-compliant information processor and a SAS-compliant information processor, and comprises: at least one USB connector for connecting the USB-compliant information processor; at least one SAS connector for connecting the SAS-compliant information processor; and a USB/SAS converter for converting between a USB protocol and a SAS protocol; wherein the USB connector is connected to the USB/SAS converter via a bus, and the USB/SAS converter is connected to the SAS connector via another bus, wherein the data and commands transmitted from the USB-compliant information processor are received to be stored in a memory provided in the USB connector in a USB protocol format, wherein the data and commands are converted into a SAS protocol format by the USB/SAS converter, wherein the data and commands converted into the SAS protocol format by the USB/SAS converter are stored in another memory provided in the SAS connector and are transmitted to the SAS-compliant information processor from said another memory, and wherein the USB/SAS converter is allowed to alter the processing algorithm thereof and is capable of executing parallel processing.

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