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    • 1. 发明专利
    • Composting processing method
    • 复合加工方法
    • JP2005041738A
    • 2005-02-17
    • JP2003278125
    • 2003-07-23
    • Ando Corp安藤建設株式会社
    • INOUE NAOKIISHIKAWA SHINSUKESUGIYAMA YOSHIKAZUYASOGAWA AKIRAYAMASHITA HIROHISAUNEMOTO KOJI
    • B09B3/00B09B5/00C02F11/02C05F15/00
    • Y02W10/27Y02W30/78
    • PROBLEM TO BE SOLVED: To provide a method for processing a composting treatment that effectively utilizes wooden chips manufactured from scrap wood as a secondary material or a material such as vegetable debris and the like as a compost raw material in the composting treatment processing. SOLUTION: In carrying out the composting treatment to proceed full maturity composting, the primary fermentation and the secondary fermentation of livestock excrements, and animal and plant debris combined at a predetermined mixing ratio are continuously performed using the secondary material containing wooden chips manufactured by processing a thinning material, a pruned tree, wooden building scraps into the size of 8-12 mm in diameter or side and 10-50 mm in length. At the end of the primary fermentation and the secondary fermentation, the wooden chips are separated from the compost by sieving the compost. It is also possible that the wooden chips removed from the compost by the sieving is dried and recycled as a recycled secondary material. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种处理堆肥处理的方法,其有效地利用由废木材制成的木屑作为二次材料,或作为堆肥处理加工中的堆肥原料的蔬菜碎片等材料 。 解决方案:在进行堆肥处理以进行全成熟堆肥时,以预定的混合比组合的家畜排泄物和动植物碎片的初次发酵和二次发酵,使用含有木制碎片的二次材料连续进行 通过加工稀疏材料,修剪树木,木制建筑物的直径或侧面尺寸为8-12毫米,长度为10-50毫米。 在初级发酵和二次发酵结束时,通过筛分堆肥将木屑与堆肥分离。 也可能通过筛分从堆肥中除去的木屑被干燥并作为再循环的二次材料再循环。 版权所有(C)2005,JPO&NCIPI
    • 3. 发明专利
    • Turning apparatus of composting facility and method for turning compost material
    • 复合材料的旋转装置和旋转组合材料的方法
    • JP2006076813A
    • 2006-03-23
    • JP2004260737
    • 2004-09-08
    • Ando Corp安藤建設株式会社
    • INOUE NAOKIISHIKAWA SHINSUKESUGIYAMA YOSHIKAZUYASOGAWA AKIRAYAMASHITA HIROHISAUNEMOTO KOJI
    • C05F17/02B01F13/00B09B3/00C02F11/02C05F3/06
    • Y02A40/208Y02W30/43
    • PROBLEM TO BE SOLVED: To realize improvement in composting work by making a device of a composting facility (primary fermentation tank) more efficient and compact when a composting treatment is carried out. SOLUTION: The turning apparatus is installed in a storage fermentation path provided as a primary fermentation tank of the composting facility. The turning apparatus has a main body frame 13 which is arranged in a standing condition and in such a manner that it overstrides the storage fermentation path on a carriage frame 12 capable of traveling above the storage fermentation path along the longitudinal direction of a trench and which has vertically expandable and contractable leg parts; and a scoop main body 20 whose upper end rotation shaft 21 is pivotally supported on the main body frame 13, and which can change its inclination angle so that a lower end rotation shaft is located in the vicinity of a bottom part of the storage fermentation path with a scraper 25, and has a width nearly equal to that of the storage fermentation passage, and on the surface of which scoops are arranged at a prescribed interval. Transporting work is carried out by switching the inclination angle of the scoop main body 20 according to the composting process and turning the compost material with the scoop parts by the rotation of the scoop main body 20. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:通过使堆肥设备(初级发酵罐)的装置在进行堆肥处理时更加高效和紧凑,从而实现堆肥工作的改进。 解决方案:转动装置安装在作为堆肥设备的初级发酵罐提供的储存发酵通道中。 该转动装置具有主体框架13,该主体框架13以立式状态排列,并且以能够沿着沟槽的纵向方向行进在存储发酵路径上方的支架框架12上的存储发酵路径跨过, 具有垂直伸缩和可收缩的腿部; 以及勺主体20,其上端旋转轴21枢转地支撑在主体框架13上,并且可以改变其倾斜角度,使得下端旋转轴位于储存发酵路径的底部附近 具有刮刀25,并且具有与储存发酵通道的宽度几乎相等的宽度,并且在其表面上以规定的间隔排列勺子。 通过根据堆肥过程切换勺主体20的倾斜角度并通过勺主体20的旋转来使堆肥材料与勺部分转动来进行运输工作。(C)2006, JPO&NCIPI
    • 5. 发明专利
    • LIGHTING STAND PROVIDED WITH HEAT EXHAUSTING MEANS
    • JPH10144118A
    • 1998-05-29
    • JP30520996
    • 1996-11-15
    • ANDO CORP
    • YASOGAWA AKIRAAOKI KEN
    • F21V29/00F21S6/00F21S8/08F21S1/10F21M7/00F21S1/12
    • PROBLEM TO BE SOLVED: To restrict the temperature rise of a lighting stand by providing a lamp guard cap having an inner space, which is communicated with a convection passage through an upper opening of a lamp guard, and having an air flow outlet opened downward. SOLUTION: A flow passage, in which the air flowed from an opening 13 of a base 2 flows so as to flow out from an air flow outlet 15 through a lower opening 12 of a bottom plate 10, an inner space of a lamp guard 7, an opening 11 of a top plate 9 and an inner space of a lamp guard cap 14, is formed. When a light source of a lighting stand 1 is turned on, a fluorescent lamp 6 generates the heat, and the air inside of the lamp guard 7 is heated, and an ascending air current is generated in the inner space of the lamp guard 7. Cold air of the outside is always sucked through the opening 13 of the base 2 by the force of the ascending air current, and the heated air is extruded outside from the air flow outlet 15 of the lamp guard cap 14. An airflow flowing around the fluorescent lamp 6 is generated by the ascending air current, and a luminaire such as a fluorescent lamp 6 is effectively cooled.
    • 9. 发明专利
    • Composting facility, and composting method
    • 组合设施和组合方法
    • JP2005022883A
    • 2005-01-27
    • JP2003186902
    • 2003-06-30
    • Ando Corp安藤建設株式会社
    • INOUE NAOKIISHIKAWA SHINSUKESUGIYAMA YOSHIKAZUYASOGAWA AKIRAYAMASHITA HIROHISAUNEMOTO KOJI
    • B09B3/00C02F11/02C05F3/06C05F9/02C05F17/02
    • Y02A40/208Y02A40/215Y02W10/27Y02W30/43
    • PROBLEM TO BE SOLVED: To make the facilities for progressing composting treatment compact, to improve the sanitation therein and to enhance the efficiency in composting work in actual operations. SOLUTION: Compost raw materials and auxiliary materials weighed per material and charged from a receiving hopper are individually stored in a material receiving part 10. The compost raw materials and auxiliary materials fed from the material receiving part 10 to a mixing tank 20 are mixed by a stirring mechanism 21 to obtain a compost material. Next, the compost material is fed from the mixing tank 20 to the starting end of a storage fermentation path 33 in a primary fermentation tank 30. The compost material is transferred in the longitudinal direction of the storage fermentation path 33 in the prescribed number of days and is turned so as to cause the primary fermentation of compost by the activation of aerobic microorganisms. Further, the compost which has reached the end of the primary fermentation and discharged from the termination part of the primary fermentation tank 30 is stored per prescribed quantity in a plurality of humidity-controllable containers 41 which are individually movably arranged. While the individual containers 41 move to the termination part in succession, turning is performed per container 41, and the maturing fermentation (secondary fermentation) of the compost is carried out at the inside of each container. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:使堆肥加工设施结构紧凑,改善卫生环境,提高堆肥工作在实际运行中的效率。 解决方案:将来自接收料斗的每种材料称重的堆肥原材料和辅助材料分别存储在材料接收部分10中。从材料接收部分10供给到混合罐20的堆肥原料和辅助材料是 通过搅拌机构21混合以获得堆肥材料。 接下来,将堆肥材料从初级发酵罐30从混合槽20送入储存发酵通道33的起始端。堆肥材料按规定天数沿储存发酵路径33的长度方向转移 并转化为通过活氧需氧微生物来进行堆肥的一次发酵。 此外,已经到达初级发酵结束并从一次发酵罐30的终止部排出的堆肥按规定数量存储在多个可单独移动地布置的湿度可控容器41中。 当各个容器41连续地移动到终端部分时,每个容器41进行转动,并且堆肥的成熟发酵(二次发酵)在每个容器的内部进行。 版权所有(C)2005,JPO&NCIPI