| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 121 | Method for crushing pruning scrap and crushing machine | JP29004795 | 1995-11-08 | JPH09132491A | 1997-05-20 | SUGANUMA NOBUAKI; YASUDA YUICHI; NIWA KOJI |
| PROBLEM TO BE SOLVED: To shorten the time for a fermentation treatment after crushing by shearing pruning scrap by means of a rotary cutter arranged on the rear surface side of a screen provided with plural through-holes while applying a pressure on this screen to rub the pruning scrap thereto, then discharging the pruning scrap from these through-holes. SOLUTION: The pruning scrap dropped from a belt conveyor B1 is charged through a hopper 23 for charging and a feed port 19a into a cylinder 19 under rotation of a screw 8 and is transferred to the front end side of the cylinder 19 by the feed blades 11 of a screw body 10 and is gradually compressed while the pruning scarp is rubbed to the screen 27 provided with the plural through-holes 27a by the pressure applied thereon, the pruning scrap is sheared by respective cutting blades 30 for sharing of the cutter 29 rotating together with the screw 8 on the rear surface side of the screen 27. The cut pruning scrap is discharged from the through-holes 27a. The inner peripheral surface of the cylinder 19 is formed to the bore slightly larger than the outside diameter of the feed blades 11 of the screw 8 and is provided with plural recessed grooves 21b along the axial direction of the cylinder exclusive of the front side half body at the peripheral edge of the feed port 19a so that the vegetable fibers of the pruning scrap are loosened. COPYRIGHT: (C)1997,JPO | ||||||
| 122 | Method for drying and carbonizing water-containing organic waste and apparatus therefor | JP24700195 | 1995-09-01 | JPH0967580A | 1997-03-11 | AKAHORI AKIHIRO |
| PROBLEM TO BE SOLVED: To provide a method and apparatus for drying and carbonizing a water-contg. org. waste which can carbonize a flame-retardant waste, such as litter used in a cow barn or a stable, rice husks after threshing, mowed lawn or the like and, in particular, can dry and carbonize mowed lawn or the like, in golf links, contg. a large amt. of sand and separate sand from the resultant carbide to recover a reusable product. SOLUTION: A plurality of heating cylinders 2, which each pivotally supports both ends of an agitating and transfer member 4 installed therein, are horizontally disposed in a multistage state so that they communicate with one another. An overcoat wall 3 is formed so as to surround the cylinders 2, and partition walls 3e are formed in parallel between the overcoat wall 3 and the cylinder 2 to form hot air passages 3a... 3d for heating the outer surface of the cylinders. A hot air feed port 5c for a hot air generating oven 5 is connected to the lower end of the hot air passage, an introduction port 2e for a material to be treated is formed in the end portion of the uppermost cylinder 2a to divide the heating cylinder 2 into a drying region kept at somewhat low temp. and a carbonization region kept under high temp. and oxygen deficient conditions. In this apparatus, a water-contg. organic waste is dried and then carbonized. | ||||||
| 123 | Compost manufacturing equipment | JP20473590 | 1990-07-31 | JP2535437B2 | 1996-09-18 | HASHIMOTO KYOBUMI; KAWASAKI MASAMI; MIHIRA KEIICHI |
| 124 | Device for fermentation and drying | JP5769893 | 1993-02-22 | JPH06247785A | 1994-09-06 | TERAMACHI KAZUO |
| PURPOSE:To smoothly carry out treatment for fermentation and drying of a mowed grass, a garbage, etc. CONSTITUTION:A fermentation tank 12 is arranged at an upper floor and a drying tank 22 is arranged at an under floor, and a material to be treated for fermentation at the fermentation tank 12 is dropped to the drying tank 22 by an opening shutter 12C of an opening 12B. A weir 12D is provided around the opening 12B so that a part of the treated material may be stopped to still remain in the fermentation tank 12 as the next seed in the fermentation process of the next time. | ||||||
| 125 | Method for carbonizing organic substance containing moisture and apparatus for carbonization | JP30051992 | 1992-10-13 | JPH06122879A | 1994-05-06 | KOBARI ITARU; KIDA TAKASHI; SATO MASATOSHI; TANAKA KOHEI; TAKAHASHI KEIZO |
| PURPOSE: To provide the subject small-sized and energy-saving type apparatus, capable of charging an organic substance from one end of a drying furnace, having a heat radiating surface in the ceiling surface and the interior thereof kept in a poor oxygen state and drying the organic substance during the feeding to the other end and then carbonizing the dried substance in a charcoal smoking furnace at a high temperature and providing high-quality grass peat. CONSTITUTION: An organic solution containing moisture is charged from one end of a slender drying furnace 2 having a heat radiating source such as a radiant cup burner 21 in the ceiling surface and the interior thereof kept in a poor oxygen state and dried while being stirred with paddles 17 during the feed to the other end of the drying furnace 2. The dried organic substance is then taken from one end of the carbonizing furnace 3 kept at a higher temperature in the furnace than that of the drying furnace 2 with a heat radiating source such as a radiant cup burner 22 located in the ceiling surface while keeping the poor oxygen state. The organic substance is subsequently carbonized in the carbonizing furnace 3 while being stirred and fed with paddles 18 to carbonize the organic substance containing moisture such as cut lawn grass, sawdust, chaff, bean-curd refuse or wet refuse in the small-sized furnace. Thereby, grass peat of good quality is obtained with saved energy. COPYRIGHT: (C)1994,JPO&Japio | ||||||
| 126 | Heating system | JP3059392 | 1992-05-11 | JPH0590266U | 1993-12-10 | 豊 半澤 |
| (57)【要約】 【目的】 堆肥中の発酵熱を捕集利用する暖房装置において、最も発熱量が多く発熱温度も高い堆肥中心部の熱を十分に取出すことが出来ると共に、水を循環させるためのパイプ（水循環路）の布設並びに撤去を容易に行なうことが出来る暖房装置の提供。 【構成】 矩形状に形成した機枠２の内側に水循環用パイプ１をループ状に配設すると共に該水循環用パイプの出入口3a，3bを上記機枠２に配設せしめて熱捕集用パネルＢを構成するか、或いは矩形状に形成した機枠２の両面に集熱板４を設置すると共に両集熱板４にわたり仕切板５を交互に配設して出入口3a，3bを有する水循環路６を形成せしめてなる熱捕集用パネルＢを構成し、該熱捕集用パネルＢを堆肥Ａ中に埋設するようにし、更に前記機枠２に懸吊用フック８を設けた。 | ||||||
| 127 | Device for producing compost | JP34559291 | 1991-12-26 | JPH05170586A | 1993-07-09 | NAGASAKA HIFUYOSHI; HASHIMOTO KIYOBUMI; NAKAYASU SUSUMU; KAWASAKI MASAMI; IDEI YOSHITO |
| PURPOSE: To prevent development of a hollow on a ceiling part by accumulation of rainwater, snow, etc., by forming a dome at the ceiling part of a compost tank. CONSTITUTION: An air supplying means 12 comprising an air sending pipe 8 with a great number of jetting holes 8A is installed at the bottom of a compost tank 1. An air inlet means 14 comprising an air intake pipes 9 having air inlet holes 9A is laid at the upper part in the compost tank 1 and a protrusively bent dome is constructed through a dome formed material 23 at the top of the compost tank 1. COPYRIGHT: (C)1993,JPO&Japio | ||||||
| 128 | Device for producing compost | JP34558991 | 1991-12-26 | JPH05170583A | 1993-07-09 | NAGASAKA HIFUYOSHI; HASHIMOTO KIYOBUMI; NAKAYASU SUSUMU; KAWASAKI MASAMI; IDEI YOSHITO |
| PURPOSE: To prevent deformation of an air-supplying pump caused by weight of compost and to make an air inlet pipe follow sinking of compost with progress of formation of compost. CONSTITUTION: An air supplying means 12 having a flexible bellowslike air sending hose 11 connected to an air sending pipe 8 with a great number of jetting holes 8A is installed at the bottom of a compost tank 1. An air inlet means 14 having a flexible bellowslike air supply hose 13 connected to an air inlet pipe 9 with an air supplying holes 9A is laid at the upper part in the compost tank 1. The bellows part of the air sending hose 11 is spirally wound with a reinforcing wire. COPYRIGHT: (C)1993,JPO&Japio | ||||||
| 129 | JPH0445156B2 - | JP27027287 | 1987-10-28 | JPH0445156B2 | 1992-07-23 | HAMADA SHOICHI; SUGAWARA IWAO |
| 130 | Compost producing device | JP20473590 | 1990-07-31 | JPH0489382A | 1992-03-23 | HASHIMOTO KIYOBUMI; KAWASAKI MASAMI; MIHIRA KEIICHI |
| PURPOSE: To efficiently establish an aerobic condition in a compost tank and to accelerate composting by providing a circulation driving body which feeds air and sucks a fermentation gas on the outside of the compost tank and providing a fresh air intake near the suction part of the circulation driving body. CONSTITUTION: The circulation driving body 22 is provided in the outside part of the compost tank 2 and the fresh air intake 27 is provided on an air suction pipe 14 side near the suction part 22B of the circulation driving body 22 in the outside part of the compost tank 2. The air is then sent from the air feed part 22A of the circulation driving body 22 and is supplied from air feed holes 13 of an air feed pipe 10 provided in the lower bottom in the compost tank 2 into a deposition body 1 of compost materials, by which the compost materials are fermented to produce the compost. Further, the formed fermentation gas is sucked from suction holes 17 of the suction pipe 14 provided in the upper part of the compost tank 2 into the suction part 22B of the circulation driving body 22. The fresh air is taken in from the fresh air intake 27 and is circulated in the compost tank 2. COPYRIGHT: (C)1992,JPO&Japio | ||||||
| 131 | Dust removing deodorizer for waste gas in production of organic fertilizer and fodder | JP17412490 | 1990-06-29 | JPH0465378A | 1992-03-02 | FUKUHARA KAZUTAKA |
| PURPOSE: To remove the dust and malodor in waste gas with simple equipment by successively diffusing and discharging the waste gas into a cleaning soln. in the treating tank divided by a partition wall with a gap formed below its lower end to clean the waste gas. CONSTITUTION: The waste gas introduced from a waste gas inlet line 12 is passed through a cleaning soln. 8 in the first treating chamber 5 of a treating tank having an inclined bottom 2 and sent above the soln. surface 8a. The dust and malodor in the waste gas are mostly removed at this time. The waste gas is then passed through the gas passage window 10 provided at the upper part of a partition wall 3 and gas passage 11, blown against the soln. surface in the following treating chamber 6 and cleaned. The waste gas is then blown against the soln. surface in the following treating chamber 7, cleaned and discharged into the atmosphere through a waste gas outlet 18. The dust deposited on the bottom 2 is discharged from a sludge output 20 furnished at the bottom of a sludge reservoir 19. COPYRIGHT: (C)1992,JPO&Japio | ||||||
| 132 | JPH0353699Y2 - | JP12777987 | 1987-08-21 | JPH0353699Y2 | 1991-11-25 | |
| 133 | Compost production device | JP2075190 | 1990-01-30 | JPH03228887A | 1991-10-09 | HASHIMOTO KIYOBUMI; MIHIRA KEIICHI; KAWASAKI MASAMI |
| PURPOSE: To produce compost uniformly, early and inexpensively by providing an air supply means, an air discharge means, and an air circulation driving body in a sheet enclosure body which collects and packs compost material, such as rice hulls, rice straws, grass, etc. CONSTITUTION: A congregation bodies 5 of rice straws, rice hulls, grass, etc., mixed with ferment bacilli, urea, water, etc., are piled up in stages, and packed with a tubular sheet enclosure body 1 made of cloth, resin, etc. Then, air is supplied through the air supply means 6 consisting of a base pipe 6A and branch pipes 6B having numerous spouting openings, and discharged through the air discharge means 7 provided on the upper part of the sheet enclosure body 1, and the discharged air is returned to the air supply means 6 to circulate again by the circulation driving body 11, such as a blade type pump, so that the fermentation is promoted and the congregation bodies 5 are made into compost. COPYRIGHT: (C)1991,JPO&Japio | ||||||
| 134 | Batch type manufacturing method and device for organic fertilizer | JP27313890 | 1990-10-11 | JPH03170389A | 1991-07-23 | ERUMO SHII ROBINSON |
| PURPOSE: To improve stability and fertilizer effects by adding acid to a slurry mixture containing an organic matter, an inorganic compound and water, decomposing and aging them and injecting an alkaline substance. CONSTITUTION: The organic matter (example: kitchen waste) whose moisture content is 50-90 wt.% inside a hopper 12, the inorganic compound (example: phosphate rock) inside the hopper 14 and potash and minerals, etc., inside the hopper 16 are transferred through a conveyor 18 to a mixer 20, an acid such as phosphoric acid or sulfuric acid or the like is injected or atomized from a tank 24 through a nozzle, pH is lowered to 0.5-1.0 and chemical decomposition is performed. Then, after the mixture is transferred to a container 30 and aged for more than four hours, the alkaline substance (example: NH 4OH) is supplied from the tank 34 through an injector 32 at the bottom part of the tank 30 taking a long time and reacted with an acid substance and it is raised to the pH value of a final product. COPYRIGHT: (C)1991,JPO | ||||||
| 135 | Production of organic fertilizer and apparatus therefor | JP27246388 | 1988-10-28 | JPH02167878A | 1990-06-28 | INOUE SATOSHI |
| PURPOSE: To obtain an organic fertilizer with promoted composting through contact with oxygen evenly by cutting and kneading under pressurized state a mixture of coarse organic materials regulated in moisture content to effect temperature rise followed by releasing under reduced pressure and then pulverization. CONSTITUTION: A mixture of livestock excreta and coarse organic materials such as grass, straw, rice hulls and wood chips is regulated in moisture content to 25-75wt.%, thus preparing a raw material. This material is then plunged through a port 4, being cut and kneaded under pressurized state by a screw press-feed means and cutting-kneading means provided in the first treatment tank 1 to effect temperature rise to 40-90°C. Thence, the resulting material is fed to the second treatment tank 2 via an openable gate 3 to effect release from the pressurized state followed by further grinding with a rotary grinding edge. COPYRIGHT: (C)1990,JPO&Japio | ||||||
| 136 | JPS6432743U - | JP12777987 | 1987-08-21 | JPS6432743U | 1989-03-01 | |
| 137 | 混合装置 | JP2022191257 | 2022-11-30 | JP2024078743A | 2024-06-11 | SUMIYA HIROCHIKA; SUMIYA KAZUNORI |
| 【課題】複数の原料同士の混合を、高効率、かつ高精度で行うことが可能な混合装置の提供。【解決手段】混合装置1は、各々が所定の含有割合に調整された複数の必要成分を含む原料混合物を得るために、必要成分を少なくとも1つ含む複数の原料同士を、所定の配合割合で混ぜ合わせる混合装置1であって、原料を貯留する複数の貯留部2と、貯留部から排出された複数の原料を1つにまとめて収容する第1収容部31を有する統合装置3と、各貯留部2から排出された各原料を第1収容部31へ搬送する複数の搬送装置4と、第1収容部31から排出された原料からなる複数の原料を収容する第2収容部51、及び第2収容部51内に設けられ複数の原料を攪拌して、原料混合物を得る攪拌部52を有する攪拌装置5とを備え、複数の搬送装置4は、各貯留部2から排出された各原料同士が、配合割合で、第1収容部31に供給されるように、それぞれ所定の搬送速度に設定される。【選択図】図1 | ||||||
| 138 | 木製物から植物栄養液を製造するスキッドマウントタイプの機器 | JP2022179655 | 2022-11-09 | JP2024018850A | 2024-02-08 | FANG JILEI; XU YONGWEI; YAO YIQING; ZHANG SHUCHEN; CHEN HAINING; CHO I; WANG MINGJUN; WANG PENG; YU QINGFENG |
| 【課題】木製物から植物栄養液を製造する機器を提供する。【解決手段】木製物原料は、乾燥気化室内で空気を隔離し、熱供給室によって生成された高温の煙道ガスが熱供給チャネルを介して乾燥気化室に入り、木製物の材料タンクと熱交換し、熱交換後の煙道ガスは排煙チャネルを通って再燃焼室付きの煙突に入る。木製物材料が材料タンク内での加熱によって生成される揮発性ガスは、温度に応じてそれぞれ水蒸気排出口、カップリング液化装置4、または熱供給室に入る。この機器は、温度を正確に制御でき、熱効率が高く、異なる揮発温度によると、植物栄養液を正確に収集して、生産プロセス全体では木製のウッドタールを生成しない。【選択図】図2 | ||||||
| 139 | 植物育成剤製造装置及びその運転方法 | JP2017021060 | 2017-02-08 | JP6560698B2 | 2019-08-14 | 菅澤 貢 |
| 140 | 植物育成剤製造装置及びその運転方法 | JP2017021060 | 2017-02-08 | JP2018127378A | 2018-08-16 | 菅澤 貢 |
| 【課題】肥料として高濃度植物育成剤を高効率に得られる植物育成剤製造装置及びその運転方法の提供 【解決手段】ダンピングボックス4からの一定量の竹チップと、循環水タンク6からの一定量の循環水を投入し、攪拌を行う溶出タンク8,58、攪拌後の竹チップと循環水が移送され竹チップの沈降を促す沈降タンク66、沈降タンク66からの竹チップと循環水を分離する脱水機17、脱水機17からの循環水を保管する循環水タンク6、循環水タンク6からの循環水を保管する溶出液タンク14、竹チップと循環水を溶出タンク8,58に投入から循環水タンク6に循環水を回収する迄の一連の処理を制御し、前記処理を繰り返し実行とともに、循環水タンク6内の循環水についての所定条件成立により、循環水を溶出液タンク14に移す制御を行う制御装置を備え、溶出液タンク14内の循環水を植物育成剤として得る植物育成剤製造装置 【選択図】図2 |
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