| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 161 | Compost production method | JP7117187 | 1987-03-24 | JPH0660073B2 | 1994-08-10 | 勘治 佐野; 金一 田中 |
| 162 | Method for treating cut grass and apparatus for treating | JP29921192 | 1992-10-09 | JPH06122583A | 1994-05-06 | TERAMACHI KAZUO |
| PURPOSE: To effectively utilize cut grass, e.g. lawn grass discharged from a golf course without discarding. CONSTITUTION: Cut grass 19 is fermented in a fermenter 1 and then pelletized in an apparatus 8 for producing pellets. The resultant pellets 21 are then dried in a dryer 13 to produce a pelletlike organic fertilizer 22. COPYRIGHT: (C)1994,JPO&Japio | ||||||
| 163 | Composting container | JP3111891 | 1991-04-05 | JPH0562542U | 1993-08-20 | 功 田中 |
| (57)【要約】 【目的】 この考案は、主として家畜の敷料として使用した籾殻、切藁等の農産廃棄物から良質の堆肥を得ることを目的とする。 【構成】 コンテナーの胴部の上下両開口部の全面にわたって空隙率が３０％前後の上蓋と底蓋を取付け、少なくとも上蓋を胴部に対して開閉可能としたことによって、胴部に収容された原肥内を上方に向う空気流が形成されるようになし、併せて原肥の含水率を４０〜８０％
の範囲に維持できるようにしたものである。 |
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| 164 | Device for producing compost | JP34559191 | 1991-12-26 | JPH05170585A | 1993-07-09 | NAGASAKA HIFUYOSHI; HASHIMOTO KIYOBUMI; NAKAYASU SUSUMU; KAWASAKI MASAMI; IDEI YOSHITO |
| PURPOSE: To uniformly supply air by making an air sending pipe laid at the bottom part of a compost tank follow. unevenness of the surface of land. CONSTITUTION: An air supplying means 12 having an 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. The air sending pipe 8 is attachably and detachably connected to the air sending hose 11 through an elbow 8D and the air sending pipe 8 is connected to the elbow 8D rotatably around the center of the pipe so as follow unevenness of the surface of land. COPYRIGHT: (C)1993,JPO&Japio | ||||||
| 165 | Gas deodorizing device | JP33296191 | 1991-11-22 | JPH05137948A | 1993-06-01 | TANAKA YONEMI |
| PURPOSE:To efficiently deodorize basic and/or acidic smells and to effectively utilize by-products selts by providing air diffusers in a reaction chamber, providing a clean air outlet, successively providing smell guiding pipes on the air diffusers, and providing a damper and/or fan in a successively provided part and/or outlet. CONSTITUTION:The air diffusers 11 and clean air outer 14 are provided in the reaction chamber 10 and the smell guiding pipe 18 is provided on these air diffusers 11. The dampers 17-D, 14-D and/or fans 17-F, 14F are provided in the successively provided part and/or outlet 14. Consequently, the basic and/or acidic smells are efficiently deodorized and the salts are byproduced. The by- products are utilizable for chemical fertilizers, etc. | ||||||
| 166 | Compost producing equipment | JP14764891 | 1991-06-19 | JPH05876A | 1993-01-08 | HASHIMOTO KIYOBUMI; TSUCHIDA TAKESHI; KAWASAKI MASAMI; MIHIRA KEIICHI |
| PURPOSE:To eliminate the need for cutting work in the production of compost and to produce compost in a short time. CONSTITUTION:An air supply means 12 constituted of an air supply pipe 8 having many blowout holes 8A is provided to the lower part of the inside of the compost tank 1. A suction means 14 constituted of a suction pipe 9 having suction holes 9A is provided to the upper part of the inside of the compost tank 1. A circulation driver U described below is provided to the outside of the compost tank 1. The circulation driver U circulates the air in a range of the suction means 14 via the inside of a heaped layer 5 from the air supply means 12. The suction pipe 9 is placed on the uppermost face of the heaped layer 5 in the inside of the compost tank 1. The uppermost face of the heaped layer 5 containing the suction pipe 9 is covered with a pressing sheet 6 for dissipating fermentation heat or the like. | ||||||
| 167 | JPH0448236U - | JP8813090 | 1990-08-22 | JPH0448236U | 1992-04-23 | |
| 168 | Compost producing device | JP20473390 | 1990-07-31 | JPH0489380A | 1992-03-23 | HASHIMOTO KIYOBUMI; MIHIRA KEIICHI; KAWASAKI MASAMI |
| PURPOSE: To prevent the infiltration of water, etc., into a suction driving body and to prevent the generation of a trouble by providing a curved part on a connecting pipe at the time of sucking the fermentation gas, etc., generated in a compost tank by using the suction driving body provided on the outside of the compost tank. CONSTITUTION: Compost is produced by sending air from an air feed pipe 10 into a deposition bed 1 of compost materials in the compost tank 2 and fermenting the compost materials. An air suction pipe 17 having air suction holes 17A is vertically installed in the central part of the compost tank 2 to suck the fermentation gas, etc. The suction driving body 15 is provided in the outside part of the compost tank 2 to suck the fermentation gas, etc., via the connecting pipe 19 for communicating the lower part of the air suction pipe 17 and the suction part of the suction driving body 15 to the outside of the tank, by which the inside of the tank is aerated. The connecting pipe 19 is provided with a bent part 21 rising upward from the lower part of the air suction pipe 17 to prevent the infiltration of water, etc., in the fermentation gas to the suction driving body 15 at this time. COPYRIGHT: (C)1992,JPO&Japio | ||||||
| 169 | Production of organic fertilizer and apparatus therefor | JP18496990 | 1990-07-11 | JPH0474785A | 1992-03-10 | MATSUO TOSHITAKA |
| PURPOSE: To effectively utilize the conventionally discarded skin of onions and enable production of an organic fertilizer by pulverizing the onions, weakly alkalinizing the pulverized onions and then drying the pressed juice thereof. CONSTITUTION: Onions are pulverized and the pulverized substances are weakly alkalinized and then separated into pressed juice and marcs. The resultant pressed juice is subsequently dried and converted into a crystalline substance to afford the objective organic fertilizer. The aforementioned crystalline substance may be pulverized and further mixed with the marcs and dried. In addition, the marcs and the crystalline substances may be pulverized without any difficulty. A construction equipped with the second pulverizing means for drying the above-mentioned pressed juice, providing the crystalline substance and pulverizing the crystalline substance may be used or a mixing and drying means for mixing the marcs with the crystalline substance and drying the prepared mixture may be provided. Furthermore, a construction having the second pulverizing means for pulverizing the marcs and the crystalline substance may be provided. COPYRIGHT: (C)1992,JPO&Japio | ||||||
| 170 | Device for preparing compost | JP24168090 | 1990-09-11 | JPH0459685A | 1992-02-26 | HASHIMOTO KIYOBUMI; MIHIRA KEIICHI; KAWASAKI MASAMI |
| PURPOSE: To lower the compression of a compost material in the lower portion by disposing frame members at intermediate positions of the compost material in the vertical direction so as to receive the weight of the upper portion of the compost. CONSTITUTION: An air-charging pipe 13 having many penetrated holes 14 on the upper surface side of the pipe is disposed at the lower portion of a compost material 11 baled with a baling sheet material 12 and also pipe-like frame members 17, 18 having many penetrated holes 14 on the upper surface sides thereof and having plural supports 20, 21 on the lower surface sides thereof are disposed at the intermediate positions of the compost material 11. An air- discharging pipe 25 having air-discharging holes 26 on the lower surface side thereof is disposed between the baling material 12 and the material 11. Air from an air blower 29 is supplied to the frame members 17, 18 through an air-supplying pipe 30 and connecting pipes 31 charged from the respective penetrated holes 19 into the material 11. The air is sucked from the discharging holes 26 and circulated into the air blower 29 through discharging pipe 33. COPYRIGHT: (C)1992,JPO&Japio | ||||||
| 171 | Apparatus for producing compost | JP5234890 | 1990-03-03 | JPH03261690A | 1991-11-21 | MIHIRA KEIICHI; KAWASAKI MASAMI; IDEI YOSHITO; TACHIBANA MATSUO |
| PURPOSE: To homogeneously convert a compost material into a compost nearly over the whole in a short period by providing a construction for encircling the compost material in an aggregated form with a sheet encircling unit, homogeneously circulating and ventilating air with an air feeding means, venting means, etc. CONSTITUTION: Aggregates 5 of a compost material such as chaff or rice straw are encircled with a sheet encircling unit 1 and stacked in plural stages. A circulation driving unit 11 is then operated to feed air from an air feeding means 6 and the air is passed through the sheet encircling unit 1 and vented from an air venting means 8 to circulate the air. Furthermore, plural auxiliary air feed pipes 7 formed into a communicating state are erected upward on the air feeding means 6 and plural auxiliary air venting pipes 9 formed into a communicating state are simultaneously projectingly installed downward in the air venting means 8. The auxiliary air feeding pipes 7 and auxiliary air venting pipes 9 are mutually overlapped in the height direction and arranged to homogeneously and actively ventilate air into the sheet encircling unit 1 and promote fermentation. Thereby, the aggregates are converted into a compost in a short period. COPYRIGHT: (C)1991,JPO&Japio | ||||||
| 172 | JPH02129261U - | JP3674489 | 1989-03-30 | JPH02129261U | 1990-10-24 | |
| 173 | Temperature controlling method for fermenting organic substance at high speed | JP30286087 | 1987-11-30 | JPH01145390A | 1989-06-07 | KISHIDA MASAKATSU; KITANO MAKOTO; KUGIMIYA SEIJI; NIBU KAZUO |
| PURPOSE: To make it possible to maintain materials to be treated at optimum temp. for fermentation and to shorten the time for treatment, by heating materials to be treated inside a fermentation tank from the outside surface of the tank wall via the tank wall, and controlling the temp. of the inside surface of the tank wall. CONSTITUTION: The materials 3 to be treated inside the tank 1 are indirectly heated by means of a heating device 2 of a uniform heating system such as a plane-shaped heater or a hot water jacket heater provided on the outside surface of the wall of the fermentation tank 1 via the tank wall. Then, the temperatures of the materials 3 to be treated and the inside wall surface are detected with a temp. detector 4 and a temp. detector 5 provided on the inside surface side of the tank wall respectively, and are transferred to temp. setting instruments 6, 7. These setting instruments have the upper and lower limit temp. set values respectively. The operation of the heating device 2 is stopped at the upper limit temp. set value T 1 of the setting instrument 7 and the operation as mentioned above is performed at the lower limit temp. set value T 2 of the setting instrument 7 until the temp. of the materials 3 to be treated reaches the upper limit temp. set value t 1 of the setting instrument 6. Then, when the temp. of the materials 3 to be treated rises to or above the set value t 1, the operation of the heating device 2 is stopped irrespective of any signals from the setting instrument 7 until this temp. reaches the lower limit temp. set value t 2 of the setting instrument 6. COPYRIGHT: (C)1989,JPO | ||||||
| 174 | JPS6445746U - | JP14087587 | 1987-09-17 | JPS6445746U | 1989-03-20 | |
| 175 | Manufacture and apparatus for fully ripe compost and organic fertilizer | JP21691085 | 1985-09-30 | JPS6278181A | 1987-04-10 | TAKESHI SENTAROU |
| 176 | 水と肥料の混合装置及び水と肥料の溶液の調製生産ライン | JP2023185682 | 2023-10-30 | JP7621681B2 | 2025-01-27 | 李長河; 盧月; 周宗明; 劉暁初; 劉明政; 王暁銘; 張効偉; 石明村; 盧秉恒 |
| 177 | 有機液肥の製造装置及び有機液肥の製造方法 | JP2023048019 | 2023-03-24 | JP2024136780A | 2024-10-04 | HASHIMOTO SHOICHIRO |
| 【課題】有機物の分解効率を向上させ、比較的短時間で有機液肥を生産することを可能にした有機液肥の製造装置を提供する。【解決手段】有機物を含む処理液Sを処理液S中の有機物を分解する微生物を含む分解資材Bとともに収容する処理槽1を備え、処理槽1内に、処理液Sを加温または冷却するヒートパイプPを設け、ヒートパイプPを、熱交換媒体を密封した金属製の外管と、外管内に設けられ熱源流体の熱によって外管内の熱交換媒体を気化もしくは液化させる内管とを備えて構成し、処理槽1内の処理液の温度を検知する温度センサ60を設け、この温度センサ60が検知した処理液Sの温度に基づいて処理液Sが所定温度範囲の温度になるようにヒートパイプPを制御する制御部を備えた。【選択図】図1 | ||||||
| 178 | 農林資源の肥料化減容システム | JP2015110826 | 2015-05-29 | JP2016221458A | 2016-12-28 | 鈴木 敏勝 |
| 【課題】伐採木、枝、葉、稲わら、もみがらなどの農林資源を効率良く減容して、且つ放射性物質などを確実に分離する農林資源の肥料化減容システムを提供する。 【解決手段】本発明の農林資源の肥料化減容システム10は、伐採された木、枝などの農林資源を亜臨界水処理により分解する亜臨界水処理装置20と、その処理物から分離された固形物を超微細気泡含有水により洗浄して、微粒子を含む上澄み水と、肥料となる沈殿物とに分離する超微細気泡洗浄装置70と、上澄み水に超微細気泡を含む加圧水を混合して、微粒子を凝集剤によって絡め取って、浮上物として分離する加圧浮上装置80と、亜臨界水処理装置20から排出された流動物を処理して、汚泥とろ液に分離する、生物処理装置42と、を有し、汚泥は亜臨界水処理装置20に戻されて処理される構成となっている。 【選択図】図1 |
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| 179 | 燻し焼き装置ならびに燻炭，燻灰，燻液の製造方法および籾殻燻灰肥料 | JP2013103584 | 2013-05-15 | JP2014224185A | 2014-12-04 | SASAKI TERU |
| 【課題】燻し焼き温度の検知制御をしなくとも、従来よりも低温かつ安定した温度での燻し焼き継続が可能な燻し焼き装置を提供する。【解決手段】イネ科の植物原料を燻し焼きする燻し焼き装置において、内部を燻し焼きのための空隙とした燻し焼き窯本体を含む燻し焼き窯100と、燻し焼き窯本体内の空気導入室に空気を自然送気する空気導入口300と、燻し焼き窯本体内の燻し焼き室で生じる燻煙を自然排気する煙突400とを備え、燻し焼き窯本体が、天側が開口された略円筒型の本体円筒部110と、天面および底面が開口されて底側周縁部が本体円筒部110の天側周縁部に載置された略円錐台型の本体円錐台部120と、本体円錐台部の天側周縁部に載置された略円盤型の本体天蓋部130とを有する。【選択図】図1 | ||||||
| 180 | Heating apparatus for mown grass | JP2006222519 | 2006-08-17 | JP2008044819A | 2008-02-28 | TOMOTO AKIHIRO; USHIRO YASUO; NUIMURA HIROMI; SHINTANI MASAYUKI |
| PROBLEM TO BE SOLVED: To provide a heating apparatus which can efficiently heat mown grass with small amount of steam so that harmful seeds contained in the mown grass is made impossible to germinate, has a simple structure and is free from the fear of blockage. SOLUTION: In the heating apparatus, the discharge port 2d of a screw feeder 2 having an ascending slope inclined from a charging port 2c for the mown grass A is connected to the supply port 1a of a heating machine 1 heating the mown grass A to be supplied from the supply port 1a in the upper part to be freely inclined while transporting the mown grass to the discharge port 1c in the lower part, the ascending slope of the screw feeder 2 is adjusted on the basis of the quantity of the steam detected in the discharge port 1c of the heating machine 1 and the charge port 2c of the screw feeder 2 to give discharge resistance of the steam from the supply port 1a to the screw feeder 2 having the ascending slope which is connected to the supply port 1a of the heating machine 1 to control the discharge resistance by the adjustment of the ascending slope of the screw feeder 2. As a result, the useless discharge of the steam and the flow-in of the air are prevented and the mown grass is efficiently heated with the small amount the steam with a simple structure without occurrence of the fear of the blockage. COPYRIGHT: (C)2008,JPO&INPIT | ||||||
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