Abstract: The present invention is provided with a plurality of solar power generation panels installed via trestles, where an upper surface of power generation surface of the panels faces the sunlight incidence direction. The solar power generation panels include double-sided incidence-type solar power generation panels provided with power generation surfaces on both the upper and lower sides. A light passage space is provided below a lower surface of a power generation surface. The present invention includes a reflector laid so as to cover a site ground underneath the solar power generation panels and the periphery thereof. The reflector is provided with a reflecting layer including a sheet material with a highly light-reflective colour where the surface side facing the lower surface of power generation surface reflects directly incident light of sunlight and scattered light of sunlight.

Abstract: A sample holder capable of limiting X-rays accepted into an X-ray detector is provided. The sample holder is for use in an electron microscope equipped with a polepiece assembly and a semiconductor detector. The sample holder includes: a sample stage on which a sample is held; and a shield plate. When the sample stage has been introduced in the sample chamber of the electron microscope, the shield plate is located between the polepiece assembly and the semiconductor detector.

Abstract: A sample holder capable of limiting X-rays accepted into an X-ray detector is provided. The sample holder is for use in an electron microscope equipped with a polepiece assembly and a semiconductor detector. The sample holder includes: a sample stage on which a sample is held; and a shield plate. When the sample stage has been introduced in the sample chamber of the electron microscope, the shield plate is located between the polepiece assembly and the semiconductor detector.

Abstract: A defrosting heater in a refrigerator with a flammable refrigerant sealed therein, including a first glass tube (53) having a heater wire (52) inside thereof, a plug (58) covering both end opening parts of the first glass tube (53) and a second glass tube (54), a lead wire (55) piercing the plug (58) and connected to an end of the heater wire (52), and a positioning plate (57) disposed on a connection part of the lead wire (55) with the heater wire (52). Flame propagation can be prevented by setting the size of a space (58b) formed by the plug (58) and the positioning plate (59) according to the sealing quantity of the flammable refrigerant and the surface temperature of the heater wire (52), and an unstable state in a defrosting mode is prevented even when the flammable refrigerant leaks.

Abstract: A defrost heater, in which the strength of an insertion force needed for inserting a second glass tube in a plug is specified to be smaller than that needed for inserting a first glass tube in a plug. Thereby, dispersion in the insertion force needed for attaching the plug with a double glass tube can be reduced, and the assembling efficiency is improved.

Abstract: The automatic ice making device includes ice sensor for detecting ice-making in ice chill tray, heater for heating ice to separate the ice from ice chill tray, motor rotating discharging member for discharging ice from ice chill tray, position detecting switch for detecting rotating position of discharging member, ice storage amount detecting switch for detecting overs and shorts of discharged and stored ice, water supply valve for supplying water to ice chill tray, and controller for controlling electric conduction to heater and motor. When power supply to controller is once interrupted and re-started, ice storage amount detecting switch detects shortage of ice so as to hold motor not to drive until ice sensor detects temperature below a predetermined temperature.

Abstract: An ice tray includes a tray section and a heater. The tray section has a first face and a second face opposite to the first face. The first face temporarily retains water and the water is cooled to make ice. The heater is unitarily molded with the tray section at the second face, and warms the tray section for the ice to come off the tray section.

Abstract: A drive device of an automatic ice machine turns over an ice tray in which ice has been made. This is done to separate the ice. The drive device includes a motor, a first output shaft and a second output shaft having positional relation of mutually crossing, and a reduction gear for reducing rotation of the motor and transmitting respectively different driving forces to the first output shaft and the second output shaft. The second output shaft crushes ice, and the first output shaft separates ice from the ice tray. In this manner the ice is made rocky without roundness.

Abstract: An ice tray driving device has a mesh start section. The mesh start section includes a raised tooth formed by projecting at least one tooth of each of two output gears in the tooth width direction, a column section axially adjacent to the driving gear, a recessed tooth disposed in the column section and formed so as to mesh with the raised tooth, and a slide member for blocking the recessed tooth of the column section at a predetermined position. When the driving gear rotates one of the two output gears, the slide member keeps the blockage of the recessed tooth with respect to the raised tooth of the output gear that is not rotated to prevent the meshing. Thus, the meshing is started only by facing the raised tooth to the recessed tooth, the driving gear and the entire ice tray driving device can be downsized.

Abstract: A drive device of an automatic ice machine turns over an ice tray in which ice has been made. This is done to separate the ice. The drive device includes a motor, a first output shaft and a second output shaft having positional relation of mutually crossing, and a reduction gear for reducing rotation of the motor and transmitting respectively different driving forces to the first output shaft and the second output shaft. The second output shaft crushes ice, and the first output shaft separates ice from the ice tray. In this manner the ice is made rocky without roundness.

Abstract: The automatic ice making device includes ice sensor for detecting ice-making in ice chill tray, heater for heating ice to separate the ice from ice chill tray, motor rotating discharging member for discharging ice from ice chill tray, position detecting switch for detecting rotating position of discharging member, ice storage amount detecting switch for detecting overs and shorts of discharged and stored ice, water supply valve for supplying water to ice chill tray, and controller for controlling electric conduction to heater and motor. When power supply to controller is once interrupted and re-started, ice storage amount detecting switch detects shortage of ice so as to hold motor not to drive until ice sensor detects temperature below a predetermined temperature.

Abstract: An ice tray includes a tray section and a heater. The tray section has a first face and a second face opposite to the first face. The first face temporarily retains water and the water is cooled to make ice. The heater is unitarily molded with the tray section at the second face, and warms the tray section for the ice to come off the tray section.

Abstract: The life log or journal is directed to produce a record of the life of a child by parent and child, explicitly divided into a fetus era, newborn era, school era, grown-up era, and mature-age era, guiding a parent to write down a record when the child is too young to write for himself/herself, and guiding the child to write for himself/herself when the child grows up. In the region guiding the parent to write down a record, an instruction is printed to inspire the parent to facilitate writing down events of the child's development on occasion together with the parent's feelings at that time. As a result, a life log can be produced, leaving the affection devoted from the parent to child in a visual form so that the parent and child can share affection, joy and emotions throughout the childhood and adulthood of the child.

Abstract: A seat structure includes a seat plate, a backrest plate adjustable in inclination angle, and a bridging member covering up a flexion portion between the seat plate and the backrest plate for bridging the seat plate and the backrest plate smoothly. The bridging member is a member shaped like a thin flat plate having a flexural elasticity and stably supports a baby's buttocks while dispersing a body pressure with its entire surface. This structure can provide such a seat structure that can prevent local loads from acting on the buttocks both in the form of a bed and in the form of a chair.

Abstract: A defrost heater, in which the strength of an insertion force needed for inserting a second glass tube in a plug is specified to be smaller than that needed for inserting a first glass tube in a plug. Thereby, dispersion in the insertion force needed for attaching the plug with a double glass tube can be reduced, and the assembling efficiency is improved.

Abstract: In a state where a parent wears an adult garment and carries a baby in a laid-down manner with a child carrier, female buckles of upper connection tools provided on the adult garment are connected to male buckles of the child carrier, and a ring-shaped buckle of a lower connection tool provided on the adult garment engages with a clip of the child carrier. With this configuration, it is possible to provide an adult garment, a child garment, and parent and child clothing which are almost the same in appearance with regular clothing when worn, have a function as a baby carrier and a harness therefor, are fashionable and casual, and can be used by a man without uncomfortable feeling.

Abstract: A defrosting heater in a refrigerator with a flammable refrigerant sealed therein, including a first glass tube (53) having a heater wire (52) inside thereof, a plug (58) covering both end opening parts of the first glass tube (53) and a second glass tube (54), a lead wire (55) piercing the plug (58) and connected to an end of the heater wire (52), and a positioning plate (57) disposed on a connection part of the lead wire (55) with the heater wire (52). Flame propagation can be prevented by setting the size of a space (58b) formed by the plug (58) and the positioning plate (59) according to the sealing quantity of the flammable refrigerant and the surface temperature of the heater wire (52), and an unstable state in a defrosting mode is prevented even when the flammable refrigerant leaks.

Abstract: A thermostat includes a wall plate unitarily molded of thermoplastic resin, a first metal plate holding a temperature sensing section, and a second metal plate holding a cam shaft. A fulcrum of a lever and a fulcrum of adjusting plate are protected by the wall plate and they are not exposed to the outside. Since both the fulcrums are not exposed to the outside, the fulcrums are free from being touched with foreign matters. This thermostat thus prevents a temperature set therein from changing.

Abstract: An ice tray driving device has a mesh start section. The mesh start section includes a raised tooth formed by projecting at least one tooth of each of two output gears in the tooth width direction, a column section axially adjacent to the driving gear, a recessed tooth disposed in the column section and formed so as to mesh with the raised tooth, and a slide member for blocking the recessed tooth of the column section at a predetermined position. When the driving gear rotates one of the two output gears, the slide member keeps the blockage of the recessed tooth with respect to the raised tooth of the output gear that is not rotated to prevent the meshing. Thus, the meshing is started only by facing the raised tooth to the recessed tooth, the driving gear and the entire ice tray driving device can be downsized.

Abstract: An infrared ray insulating dielectric multilayer film 3 for cutting infrared rays is provided on one of the surfaces of a glass plane-convex lens 2a, 2c having a flat refractive surface 21 on one side and a convex refractive surface 22 on the other side. A multi-cavity lens molding 26 having projections 24 of a convex lens integrally formed on the surface of a flat plate 25 is molded with glass, the infrared ray insulating dielectric multilayer film 3 is provided on either one of the surfaces of the multi-cavity lens molding 26, and the portion of the flat plate 25 of the multi-cavity lens molding 26 having the dielectric multilayer film 3 formed thereon is cut into individual projections 24. A lens with an infrared ray filter 1c which is obtained is used as a condenser for compact cameras.