Abstract: A leaky cable with a central conductor, and an outer conductor having a rectangular cross section surrounding the central conductor. The outer conductor has a first and a second surface parallel to each other, and at least one slot row formed in at least one of the first and second surface. The slot row is formed in a first direction of the outer conductor and includes a plurality of slots each configured to form a leaky electromagnetic field. An insulator is disposed between the central conductor and the outer conductor. The width of the rectangular cross section in a direction parallel to the first and second surfaces is less than half of a wavelength of an electric signal transmitted through the leaky cable.

Abstract: Provided is a leaky coaxial cable in which a plurality of slots 1 for forming a leak electromagnetic field are arranged in a string shape in an outer conductor of the coaxial cable. The pitch interval of the slots 1 is periodically changed in the axial direction. The periodical change of the pitch interval of a slot portion changes according to a sinusoidal function, a quadratic function, or other functions.

Abstract: A leaky cable with a central conductor, and an outer conductor having a rectangular cross section surrounding the central conductor. The outer conductor has a first and a second surface parallel to each other, and at least one slot row formed in at least one of the first and second surface. The slot row is formed in a first direction of the outer conductor and includes a plurality of slots each configured to form a leaky electromagnetic field. An insulator is disposed between the central conductor and the outer conductor. The width of the rectangular cross section in a direction parallel to the first and second surfaces is less than half of a wavelength of an electric signal transmitted through the leaky cable.

Abstract: Provided is a leaky coaxial cable in which a plurality of slots 1 for forming a leak electromagnetic field are arranged in a string shape in an outer conductor of the coaxial cable. The pitch interval of the slots 1 is periodically changed in the axial direction. The periodical change of the pitch interval of a slot portion changes according to a sinusoidal function, a quadratic function, or other functions.

Abstract: A mobile communication terminal according to the present invention has a leaky transmission line whose radiation direction faces opposite a radiation direction of a part or a whole of the leaky transmission line of a wireless base station, as at least a part of an antenna element, connected to the communication terminal. Here, preferably, when a difference in angle between the radiation directions falls within the range between 180±7.5 degrees, the radiation directions are considered to face opposite each other. With this configuration, even when the leaky transmission line of the wireless base station has a curved line portion, a curved portion or the like, it is possible to ensure satisfactory communications with the wireless base station without a complicated configuration of the system but by a simple process to build the system.

Abstract: Each of connection data 11, . . . , or 15, of the downstream side of a socket 1, . . . , or 5 or a panel board 6, 7, or 8 in a power supply direction, is generated in a tap 16, a UPS 25 and 35, or a terminal 24 or 34, and each of the connection data is transmitted to a electrical system wiring diagram generating terminal 36. Then, a wiring diagram is generated, based on connecting information 91 of the upstream side, which is registered in the generating terminal 36, and the plural connection data of the downstream sides.

Abstract: An Uninterrupted Power Supply (UPS) managing system is described for managing a plurality of small UPS devices, the small UPS device are connected to power supply routes between wall sockets and load devices. The UPS managing system comprises a plurality of lower controllers provided corresponding to each of small UPS devices or each of groups which is comprising at least two of said small UPS devices; a communication network for connecting a plurality of said lower controllers each other; and a higher controller connected to said communication network. In addition, each of said lower controllers generates connection information between each of its corresponding small UPS device(s) and each of load device(s) which is powered by said corresponding small UPS device(s), and transmits said connection information to said higher controller.

Abstract: A slightly acid solution nebulizer comprises a gas generator, a reservoir device, a nebulization device and a cleaning device, wherein the gas generator generates chlorine gas by electrolyzing diluted hydrochloric acid, the reservoir device reserves water to be mixed with the chlorine gas to produce a hypochlorous acid solution, the nebulization device nebulizes the hypochlorous acid solution, and the cleaning device cleans the gas generator by leading the water reserved in the reservoir device to the gas generator after production of the hypochlorous acid solution.

Abstract: Each of connection data 11, . . . , or 15, of the downstream side of a socket 1, . . . , or 5 or a panel board 6, 7, or 8 in a power supply direction, is generated in a tap 16, a UPS 25 and 35, or a terminal 24 or 34, and each of the connection data is transmitted to a electrical system wiring diagram generating terminal 36. Then, a wiring diagram is generated, based on connecting information 91 of the upstream side, which is registered in the generating terminal 36, and the plural connection data of the downstream sides.

Abstract: An Uninterrupted Power Supply (UPS) managing system is described for managing a plurality of small UPS devices, the small UPS device are connected to power supply routes between wall sockets and load devices. The UPS managing system comprises a plurality of lower controllers provided corresponding to each of small UPS devices or each of groups which is comprising at least two of said small UPS devices; a communication network for connecting a plurality of said lower controllers each other; and a higher controller connected to said communication network. In addition, each of said lower controllers generates connection information between each of its corresponding small UPS device(s) and each of load device(s) which is powered by said corresponding small UPS device(s), and transmits said connection information to said higher controller.

Abstract: A pachinko game machine mounting unit capable of promoting its mass production, shorten its construction period and reduce a construction cost of a pachinko island.

Abstract: A kneading member and a cylinder is easily mounted on and dismounted from a flour kneading unit in an automatic noodle making machine, and a mechanism for mounting and dismounting the mixer of the noodle making machine in which an assembly of the kneading member and the cylinder is removably supported in the clamped state between a stationary support arm and a movable support arm below the ceiling plate of a housing of the noodle making machine, and the opposite ends of the kneading member are detachably supported by a driving rotary member disposed in the stationary support arm and a driven rotary member disposed in the movable support arm to rotate about a center axis of the mixer.

Abstract: A quantitative flour feeding unit of a noodle making machine which can easily be exchanged with another one for making a different kind of noodle using a different kind of flour including a support platform on which a hopper and a rotational driving mechanism are mounted to quantitatively feeding the flour stored in the hopper to a flour kneading unit. The support platform is removably mounted on a housing of the noodle making machine by a position determining unit to enable the exchange with the position determining unit including a V-shaped groove formed at one corner of the support platform and a stationary knob disposed on the support platform at another diametrically located platform corner. The noodle making machine has a unit for transmitting the power generated by a motor to the rotational driving mechanism and a unit for setting and indicating what kind of flour is being used at present.

Abstract: An automatic vending machine for noodles, comprising: noodle-making means for forming grain flour into powered fish-like noodle materials, rolling said materials into a noodle web, and cutting said noodle web into noodle lines to make noodles; powder sprinkling means for sprinkling powder on the noodle lines prepared by said noodle-making means; packing means for packing the noodle lines having the powder sprinkled by said powder sprinkling means into a bag; and discharge means for discharging a bag body in which a noodle ball of the noodle lines is packed by said packing means to an outlet.

Abstract: A noodle making machine includes a flour storing arrangement, a mixing arrangement to form entangled noodle base by stirring the flour fed from the flour storing arrangement together with kneading water, and a water feeding arrangement to feed kneading water to the mixing arrangement. Also, a noodle-making control arrangement is provided to control the noodle quantity for each meal by keeping constant the feed quantities of the flour and kneading water for unit time, and for changing the feed times.