Abstract: The microbial treatment solution according to the present invention includes an acidic hypochlorous acid water and a quantum water. The acidic hypochlorous acid water is at a concentration of 0.5 wt % to 5.0 wt % for the total microbial treatment solution, and the quantum water is 90.0 wt % to 99.5 wt % for the total microbial treatment solution. The quantum water is water passed through a quantum water converter, the quantum water converter comprising a container having an inlet and an outlet and plural fragments installed in the container. The fragment is made of austenitic stainless steel or martensitic stainless steel, and the fragment has a regular hexagonal prism shape. The fragment has a hole that penetrates a bottom surface and a top surface of the fragment, the hole is a circular cross section. The fragment has a spiral groove going around an inner surface of the hole at least once, and the fragment is heat-treated.

Abstract: The microbial treatment solution according to the present invention includes an acidic hypochlorous acid water and a quantum water. The acidic hypochlorous acid water is at a concentration of 0.5 wt % to 5.0 wt % for the total microbial treatment solution, and the quantum water is 90.0 wt % to 99.5 wt % for the total microbial treatment solution. The quantum water is water passed through a quantum water converter, the quantum water converter comprising a container having an inlet and an outlet and plural fragments installed in the container. The fragment is made of austenitic stainless steel or martensitic stainless steel, and the fragment has a regular hexagonal prism shape. The fragment has a hole that penetrates a bottom surface and a top surface of the fragment, the hole is a circular cross section. The fragment has a spiral groove going around an inner surface of the hole at least once, and the fragment is heat-treated.

Abstract: A traffic light structure includes an LED light source having a circuit board and multiple LEDs securely mounted on the circuit board, a front cover having a first incidence surface provided with multiple lenses each with rectangular lenses and a first emergence surface and an inner cover sandwiched between the front cover and the LED light source and having a second incidence surface and a second emergence surface provided with columns symmetrically arranged relative to a central axis on the second emergence surface. Light of the LEDs scattered and reflected by the inner cover and the front cover is inclined downward to a horizontal axis of the front cover.

Abstract: A traffic light includes a circuit board on which linear arrays of light-emitting diodes (LEDs) are mounted in a V-shaped arrangement, an inner cover having a first inner surface facing the LEDs to receive light from the LEDs and an opposite, first outer surface forming elongate prisms inclined with respect to a predetermined axis at a predetermined angle of 65-80 degrees, and a front cover having a second inner surface facing the first outer surface of the inner cover to receive the light from the inner cover, and an opposite, second outer surface through which the light is further projected out of the traffic light. The second inner surface of the front cover forms a honeycomb structure including a plurality of hexagonal lens blocks, each composed of an array of individual lens segments.

Abstract: A memory card with an indicator light has a casing, a processor, an input/output (I/O) interface, memory and an indicator light module. The indicator light module is mounted in the casing and connected to the I/O interface and has an inductor, an LED and a resistor. The inductor is connected to the I/O interface and has an input end and an output end. The LED is mounted on the casing and connected to the output end of the inductor. The resistor is connected in series with the LED. When the LED is not on, electrical power is not being provided to the proper pin on the I/O interface from the digital device. Consequently, any fault observed when the LED is not on can be attributed to a fault in the digital device.

Abstract: A mini memory card adapter that receives a mini memory card (e.g. MicroFlash) to make it compatible with a standard memory card interface. The mini memory card adapter is comprised of a base, a cover and a connection module. A socket is defined at a proximal end of the base, and an inner wall of the socket has a positioning tab integrally formed thereon to fix an inserted memory card. A metal panel has a contact finger that electrically contacts a ground point to provide protection against EMI interference.

Abstract: A memory card casing is composed of a top cover having multiple through holes defined in a peripheral edge of the top cover, and a bottom cover, wherein the bottom cover has multiple longitudinal ridges formed on a peripheral edge of the bottom cover, a first rib formed on the bottom cover to connect to one end of each of the longitudinal ridges and a second rib formed on the bottom cover to connect to the other end of each of the longitudinal ridges so that after a printed circuit board is inserted into a receiving space between the bottom cover and the top cover, contacts on the printed circuit board are exposed via the through holes of the top cover and fully supported by the longitudinal ridges.

Abstract: A ski braking device is provided which includes a base plate, a brake member which is rotatably supported by the base plate, a pedal member connected to the brake member, and a metal member which extends from the base plate into a hollow space located in the pedal member. The metal member is made up by a metal rod and includes a first end portion which is rotatably supported by the base plate and a second free end portion which extends into the hollow space in the pedal member and which is hooked or bent toward the side edge of the ski plate. The pedal member includes first and second elastic pressure exerting members which are located in the hollow space which sandwich the second free end portion of the metal member between them.

Abstract: In a ski boot heel binding comprising a heel supporting body slidably mounted on a base plate, a transverse shaft is rotatably supported by the supporting body and has fixed thereto a ski brake and a lever to rotate together with the shaft. The lever is operatively connected with a stationary part of the base plate in such a manner that when the supporting body slides back or forth along the base plate, the lever rotates about the stationary part of the base plate.

Abstract: A ski boot heel binding having a pivotable heel engaging jaw member is provided with first and second cam members both swingably mounted to a supporting frame body on a base plate. The second cam member has a transverse rod slidably engaged with a recess formed in the rear part of the jaw member and acts upon the first cam member to swing back the latter against a spring force when the second cam member is rotated by the upward movement of the transverse rod engaging with the recess in the jaw member.

Abstract: A ski braking device includes a spring wire, the front portion of which extends along the side edge of a ski plate and which is extensible below the lower surface of the ski plate, the intermediate portion of which is rotatably supported on a mounting plate, and the rear end portion of which is elastically bent and slidably provided in a guide cavity in a pedal member. The pedal member is movably connected to the mounting plate in such a manner that when the pedal member is pushed down, the pedal member is moved relative to the rear end portion of the spring wire to deform the bent shape thereof and to allow an elastic strain energy to be retained at the deformed rear end portion thereof.

Abstract: A metallic main body having a toe holder at one end thereof is rotatably mounted upon a base plate by a pivot means provided at one end portion of the main body adjacent to the toe holder. A cam member, against which a roller located at one end of a piston is urged by a horizontally disposed compression spring, is provided separately from the pivot means and projects into an intermediate free space in the main body between the pivot means and the other end of the main body.

Abstract: A ski boot heel binding having a cam member slidably disposed within a bore formed in the lengthwise direction of a main body is disclosed, wherein the cam member is connected to the front end of a rotatably mounted unlocking lever. The unlocking lever has an inclined shoulder at the upper portion thereof against which a fulcrum pin bears and which is fixed relative to the main body, whereby when the rear end of the unlocking lever is lifted, the fulcrum pin slides down relative to the shoulder with the result that the fulcrum point of the leverage is shifted so as to retract the cam member in a straight line along the bore and displace the binding to the heel releasing position.

Abstract: Each one of a pair of pivot members is provided at the forward end portion thereof with a boot toe holding member and pivotably connected at the rear end portion thereof to a base plate by a first pin. Each one of a pair of links is pivotably connected at the forward end portion thereof to a pivot member by a second pin, wherein the first pin for the pivot member is located outwardly and rearwardly of the second pin. Each link is urged forwardly by a spring acting on the outer rear end thereof.

Abstract: A ski boot heel binding having a locking means for normally setting a pivotally mounted body to a heel holding position and allowing the body to be displaced to a heel releasing position when the locking means is retracted, is disclosed wherein a pair of upper and lower fulcrum means are provided rearwardly of the front end of an unlocking lever. The front end portion of said lever has the locking means operatively connected thereto, and arranged in such a manner that when the rear end of the lever is depressed downwardly, the lower front end portion of the lever engages with the lower fulcrum means to retract the locking means by operation of the leverage thereon and that when the same rear end of the lever is moved upwardly, the upper front end portion of the lever engages with the upper fulcrum means to retract the locking means by operation of the leverage thereon.

Abstract: In a ski boot toe binding of the type in which a boot toe holding member is swingably connected to a pivotable body by a pair of arms, a slidable cam plate is provided between a base plate and the pivotable body. The arms are held in an inoperative position independent of the cam plate, while the toe holding member is in a toe holding central position and is swung from the central position through a predetermined stroke, to allow the cam plate to take a locking position where the pivotable body is immovably engaged with the base plate. The cam plate is moved in the lengthwise direction of the base plate by an arm after the toe holding member is swung beyond the predetermined stroke whereby it is moved to an unlocked position where the engagement between the pivotable body and the base plate is released to allow the pivotable body to rotate relative to the base plate.