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    • 1. 发明专利
    • Non-ferrous metallic matter sorter
    • 非金属金属物料分离器
    • JP2009255006A
    • 2009-11-05
    • JP2008109706
    • 2008-04-21
    • Akio AokiMonoi Koki:Kk株式会社物井工機昭雄 青木
    • AOKI AKIOMONOI TETSUO
    • B03C1/00B03C1/23
    • PROBLEM TO BE SOLVED: To solve the problems in a non-ferrous metallic matter sorter that (1) complete distinction between a nonmetallic matter and a non-ferrous metallic matter is theoretically difficult since the flying manner varies depending on a shape, material quality or the like; and that (2) adjustment in purity between a partition A and a partition B is very difficult since conventionally a sorting hopper connected with a rotary magnet drum has two partitions mutually divided by one sorting plate and purity rise in the partition A causes purity fall in the partition B. SOLUTION: Two sorting plates which can be respectively adjusted to move forth and back are provided in the sorting hopper and the inside of the sorting hopper is divided to three sections; a nonmetallic matter section, a mixture section and a non-ferrous metallic matter section from a rotary magnet drum side. Further a matter to be sorted in the mixture section is returned to a sorting conveyor by a recycling conveyor or the like and is sorted again. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了解决有色金属物质分选机中的问题,(1)非金属物质和有色金属物质之间的完全区分在理论上是困难的,因为飞行方式根据形状而变化, 材质等; 并且(2)分隔件A和分隔件B之间的纯度调整是非常困难的,因为传统上与旋转磁鼓相连的分类漏斗具有由一个分选板相互分开的两个隔板,并且隔板A的纯度上升导致纯度下降 分区B.解决方案:分选漏斗设置两个可分别调整后移的分拣板,分拣斗的内侧分为三段; 非金属物质部分,混合部分和来自旋转磁鼓一侧的有色金属物质部分。 此外,混合部分中要分类的事项通过再循环输送机等返回到分拣输送机,并再次分类。 版权所有(C)2010,JPO&INPIT
    • 2. 发明专利
    • Volume reduction device of heat/cold insulation waste
    • 热/冷绝缘废物减量装置
    • JP2014128830A
    • 2014-07-10
    • JP2012288737
    • 2012-12-28
    • Tobishima Corp飛島建設株式会社Mogami Clean Center:Kk株式会社最上クリーンセンターMonoi Koki:Kk株式会社物井工機
    • UCHIDA SUENOBUABE YOSHIHARUMONOI TETSUO
    • B30B9/28B30B1/18
    • PROBLEM TO BE SOLVED: To provide a volume reduction device of heat/cold insulation wastes such as asbestos inclusions, the device that can clear dimensional and gravimetric constraints, and has performance of reducing the volume of heat/cold insulation wastes into a desired shape.SOLUTION: A volume reduction device of heat/cold insulation wastes concerning the present invention is configured such that the heat/cold insulation wastes 60 dumped from an input port 12 to a pressurizing chamber 11 in a main casing 3 are reduced in volume and compressed, and discharged from a discharge port 13 formed in the wall surface part opposite to the input port 12 of the main casing 3. The device includes ball screw pressurization pressing means 20 comprising: a pressurization body 21 with two lines of side-by-side arrangement configuration in the pressurizing chamber 11 of the main casing 3; ball screws 22 with one pair of two lines of side-by-side arrangement configuration for moving each pressurization body 21 in the vertical up-and-down direction by a threaded connection outside the main casing 3; and a ball screw rotational drive mechanism part 31 of two lines of side-by-side arrangement configuration in which the heat/cold insulation wastes 60 in the pressurizing chamber 11 are compressed and reduced in volume individually using each pressurization body 21 by rotationally driving each ball screw 22 by one pair of two and applying compressive force individually to each pressurization body 21 by using the rotation of the ball screws 22.
    • 要解决的问题:提供诸如石棉夹杂物之类的热/冷绝缘废物的体积减小装置,该装置可以清除尺寸和重量约束,并且具有将热/冷绝缘废物的体积减小到所需形状的性能。 解决方案:关于本发明的冷/热绝缘废物的体积减小装置被构造成使得从主体壳体3中的从输入口12倾斜到加压室11的冷/热绝缘废物60被减小并被压缩, 并且从形成在与主壳体3的输入口12相对的壁面部的排出口13排出。该装置包括滚珠丝杠加压按压装置20,该装置包括:加压体21,其具有两条并排布置 主壳体3的加压室11内的结构; 滚珠丝杠22,其具有一对两排并排布置构造,用于通过主壳体3外部的螺纹连接在垂直上下方向上移动每个加压体21; 并且通过旋转地驱动每个加压体21,通过使用每个加压体21分别压缩和减小加压室11中的冷/热绝缘废物60的两排并排布置构造的滚珠丝杠旋转驱动机构部31 滚珠丝杠22由一对2组成,并通过使用滚珠丝杠22的旋转而分别施加到每个加压体21的压力。
    • 3. 发明专利
    • Solid-liquid separator
    • 固液分离器
    • JP2007050316A
    • 2007-03-01
    • JP2005235727
    • 2005-08-16
    • Akio AokiMonoi Koki:Kk株式会社物井工機昭雄 青木
    • MONOI TETSUOAOKI AKIO
    • B01D33/04C02F11/12
    • PROBLEM TO BE SOLVED: To provide a solid-liquid separator which is capable of conducting high compression and effecting high throughput and which is composed by a conventional slit and a network without necessitating a solid-liquid separation filter.
      SOLUTION: The solid-liquid separator is provided with a throwing port of the solid-liquid mixture, a lower caterpillar conveyer arranged by facing the throwing port and an upper caterpillar conveyer arranged by opposing the downstream side of the lower caterpillar conveyer. A pair of the caterpillar conveyers are arranged so that the distance between these caterpillars are gradually decreased as it reaches the downstream side from the upstream side. The solid-liquid mixture is constricted and drained during the carriage of the solid-liquid mixture from the lower part to the upper part and the drained liquid is automatically discharged from the upstream leading front of the lower conveyer.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种能够进行高压缩并且实现高产量的固液分离器,其由传统的狭缝和网络组成,而不需要固液分离过滤器。 解决方案:固液分离器设置有固液混合物的投掷口,通过面向投掷口设置的下履带式输送机和通过与下履带式履带机的下游侧相对布置的上履带式输送机。 一对卡特彼勒传送带被布置成使得这些毛毛虫之间的距离随着从上游侧到达下游侧而逐渐减小。 在从下部到上部运送固液混合物期间,固液混合物被收缩并排出,排出的液体从下输送机的上游前端自动排出。 版权所有(C)2007,JPO&INPIT
    • 4. 发明专利
    • System of separating plastic bottle and aluminum can
    • 分离塑料瓶和铝罐系统
    • JP2011005410A
    • 2011-01-13
    • JP2009150750
    • 2009-06-25
    • Akio AokiMonoi Koki:Kk株式会社物井工機昭雄 青木
    • AOKI AKIOMONOI TETSUOMONOI TAKAYUKI
    • B09B5/00B07B1/10B29B17/02
    • Y02W30/523
    • PROBLEM TO BE SOLVED: To reduce plastic bottles at least in the front stage because the mixing ratio of the plastic bottles and the sorting purity of aluminum cans are parameters opposite to each other when using an aluminum sorter for sorting recyclable waste in which at least aluminum cans and plastic bottles are mixed.SOLUTION: The aluminum cans and the plastic bottles are compressed and shaped, and then sorted by a sieve device according to their thickness, whereby the aluminum cans and the plastic bottles can be separated. It uses the fact that the aluminum cans easily maintain the compressed shape and the plastic bottles are swelled by the elasticity. The shapes of the aluminum cans are made uniform, whereby the flying form in the aluminum sorter is stabilized.
    • 要解决的问题:至少在前期减少塑料瓶,因为当使用铝分选机分选可回收废物时,塑料瓶的混合比和铝罐的分选纯度是彼此相反的参数,其中至少铝 罐和塑料瓶混合。解决方案:将铝罐和塑料瓶压缩成型,然后根据筛子的厚度进行分选,铝罐和塑料瓶可分离。 它使用铝罐容易地保持压缩形状并且塑料瓶被弹性膨胀的事实。 铝罐的形状均匀,铝分选机中的飞行形状稳定。
    • 5. 发明专利
    • Pneumatic separator
    • 气动分离器
    • JP2008194624A
    • 2008-08-28
    • JP2007032843
    • 2007-02-14
    • Akio AokiMonoi Koki:Kk株式会社物井工機昭雄 青木
    • AOKI AKIOMONOI TETSUO
    • B07B4/08B07B9/00
    • PROBLEM TO BE SOLVED: To provide a pneumatic separator for separating suspended solids such as plastic film flakes or pieces of paper on a conveyor.
      SOLUTION: This pneumatic separator is characterized in that the inner surface of at least one side wall has a vertically recessed shape out of side walls parallel in a conveying direction of a casing 5 being across conveying means 9 for articles to be separated, in that cross wind is blown toward the facing inner surface of the vertically recessed side wall from a blowing-up nozzle 6 provided below the one side wall, and in that suspended solids F are blown up along the inner surface of the recessed side wall and inverted, pneumatically transported along the ceiling of the casing, and discharged from a discharge port 3 provided above the side wall on the same side as the blowing-up nozzle 6. Furthermore, an exclusive-use conveyor 12 in the casing and a hood 13, which are installed above the conveyor and used for preventing outflow of wind, prevent air from flowing out of an outlet 4 of the conveyor.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种用于在输送机上分离诸如塑料薄膜片或纸片的悬浮固体的气动分离器。 解决方案:该气动分离器的特征在于,至少一个侧壁的内表面在平行于壳体5的输送方向的侧壁之间具有垂直凹入的形状,横跨待分离物品的输送装置9, 该横风从设置在一侧壁的下方的吹出喷嘴6向着垂直方向的凹陷侧壁的内表面吹出,悬浮固体F沿着凹入侧壁的内表面被吹出, 倒置的,沿壳体的天花板气动输送,并从设置在与吹起喷嘴6相同的一侧的侧壁上方的排出口3排出。此外,外壳中的专用输送机12和罩13 ,其安装在输送机上方并用于防止风流出,防止空气从输送机的出口4流出。 版权所有(C)2008,JPO&INPIT
    • 6. 发明专利
    • Plastic bag tearing apparatus
    • 塑料袋吊饰装置
    • JP2005254182A
    • 2005-09-22
    • JP2004071636
    • 2004-03-12
    • Monoi Koki:Kk株式会社物井工機
    • MONOI TETSUO
    • B02C18/00B02C18/24B02C18/44
    • PROBLEM TO BE SOLVED: To provide a plastic bag tearing apparatus requiring a small installation space with a simple structure, and giving high treatment efficiency regardless of the size of the plastic bags.
      SOLUTION: This plastic bag tearing apparatus is provided with: an apparatus body 2 having a charging port 3 of the plastic bags P at one upper end side, and a carry out port 4 at a side wall 2a of the other side; a caterpillar conveyor 10 with lower side blades horizontally arranged from the lower part of the charging port 3 to the carry out port 4; a caterpillar conveyor 20 with upper side blades with a carrying end faced to the charging port 3, and one side of the carry out end side oppositely arranged to the caterpillar conveyor 10 in a holding and compacting way of the plastic bags P; and a driving means for driving respective caterpillar conveyors 10, 20 with blades at different speeds. The plastic bags P are held and compacted by both conveyors 10, 20, torn by the blades 15, 25, and discharged from the carry out port 4.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种具有简单结构需要小的安装空间的塑料袋撕裂装置,并且无论塑料袋的尺寸如何,都能提供高的处理效率。 解决方案:该塑料袋撕裂装置设有:具有一个上端侧的塑料袋P的装料口3和另一侧的侧壁2a的进出口4的装置本体2; 具有下侧叶片的履带式输送机10,其从充气口3的下部水平地配置到进出口4; 具有上侧叶片的履带式输送机20,其具有面向充气口3的承载端,并且承载端侧的一侧以塑料袋P的保持和压实方式相对地布置在履带式输送机10上; 以及用于以不同速度用叶片驱动各个履带式输送机10,20的驱动装置。 塑料袋P被两个输送机10,20保持和压实,由叶片15,25撕开,并从进出口4排出。版权所有(C)2005,JPO&NCIPI
    • 7. 发明专利
    • Cleaning apparatus of waste plastics and cleaning, dehydrating and drying apparatus
    • 废塑料和清洁,脱水和干燥装置的清洁装置
    • JP2008194625A
    • 2008-08-28
    • JP2007032844
    • 2007-02-14
    • Akio AokiMonoi Koki:Kk株式会社物井工機昭雄 青木
    • AOKI AKIOMONOI TETSUO
    • B08B3/06B08B3/02B08B3/10B29B17/00
    • Y02W30/62
    • PROBLEM TO BE SOLVED: To solve the problem that hard foreign substances such as stones and metals are strictly inhibited to be mixed in a conventional horizontal rotary vane type washing machine, because they hit against high-speed rotary vanes to damage a casing or the rotary vanes and they often bite in between the rotary vanes and the casing, in addition, to solve the problem that the shaft is long and horizontal, thereby a large bending load is applied, when articles to be washed are charged, thereafter, water is sprayed, and the articles are washed in the anterior half, and they are dehydrated by a centrifugal force in the posterior half. SOLUTION: A cleaning apparatus of waste plastics has the rotary vanes 2 of a vertical type rotating around a vertical shaft, has a charging port 4 to a vertical cylindrical casing 3 at the lower part and a discharge port 5 at the upper part, and has a foreign substance collection space 9 in between the lower end of the rotary vanes 2 and the bottom plate 10 of the casing 3. With this constitution, stones or the like with heavy specific gravity fall on the bottom of the casing immediately after charging to be collected. In addition, with its vertical type and shortening of the apparatus due to a drainage improvement effect upon dehydration reduce the load of the rotary shaft dramatically. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:为了解决在传统的卧式旋转叶片式洗衣机中严格禁止诸如石头和金属等硬质异物混合的问题,因为它们撞击高速旋转叶片以损坏套管 或旋转叶片,并且它们经常咬在旋转叶片和壳体之间,另外为了解决轴是长和水平的问题,因此当被洗涤物品被充电时,施加大的弯曲载荷,此后, 水被喷洒,物品在前半部分被洗涤,并且它们在后半部分通过离心力脱水。 解决方案:废塑料的清洁装置具有垂直轴旋转的旋转叶片2,该旋转叶片2围绕垂直轴旋转,在下部具有到垂直圆柱形壳体3的加料口4和在上部的排出口5 并且在旋转叶片2的下端和壳体3的底板10之间具有异物收集空间9.由此,具有比重重的石头等立即在壳体的底部落下 收费收费。 此外,由于排水改善对脱水的影响,其垂直型和装置缩短,大大降低了旋转轴的负荷。 版权所有(C)2008,JPO&INPIT
    • 8. 发明专利
    • Compression apparatus of waste
    • 垃圾压缩装置
    • JP2007229622A
    • 2007-09-13
    • JP2006054496
    • 2006-03-01
    • Akio AokiMonoi Koki:Kk株式会社物井工機昭雄 青木
    • AOKI AKIOMONOI TETSUO
    • B09B3/00B01D46/00B01D53/86B01J21/06B01J23/42B01J23/44B01J35/04B30B9/28
    • Y02A50/2355
    • PROBLEM TO BE SOLVED: To provide a compression apparatus 1 of plastics or the like, in which dust, harmful gasses, bad smells, which harm the environment and are contained in the air to be discharged from a main compression chamber, are decreased. SOLUTION: An air cleaning means 11 communicated with a discharge port 9 of the main compression chamber of a compressor 1 is arranged in the compression apparatus and a primary exhaust gas storage chamber communicated with the main compression chamber is further arranged on the rear side of a main compression piston to level the amount of the air flowing in the air cleaning means 11. As a result, the air to be discharged from the main compression chamber can be cleaned efficiently. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了提供一种塑料等的压缩装置1,其中有害气体,有害气体,危害环境并被包含在要从主压缩室排出的空气中的气味是 降低。 解决方案:与压缩机1的主压缩室的排出口9连通的空气净化装置11布置在压缩装置中,并且与主压缩室连通的一次排气储存室还设置在后部 主压缩活塞的一侧,以平衡在空气净化装置11中流动的空气量。结果,可以有效地清洁要从主压缩室排出的空气。 版权所有(C)2007,JPO&INPIT
    • 9. 发明专利
    • Compressing/volume reducing packing apparatus for waste
    • 用于废物的压缩/减量包装装置
    • JP2010284564A
    • 2010-12-24
    • JP2009137782
    • 2009-06-09
    • Akio AokiMonoi Koki:Kk株式会社物井工機昭雄 青木
    • AOKI AKIOMONOI TETSUOMONOI TAKAYUKI
    • B09B3/00B29B17/00B30B9/30
    • Y02W30/62
    • PROBLEM TO BE SOLVED: To provide an apparatus for compressing/volume reducing waste plastic, having a large capacity of treatment and high efficiency desirable from the plant constitution. SOLUTION: The apparatus is configured such that a compressing/volume reducing means for compressing/volume reducing works is physically separated from an extruding packing means binding packages while extruding, both means are connected with each other by a newly set moving means, compressed matter is quickly moved from the compressing/volume reducing means to the extruding packing means with the moving means to greatly reduce the non-working time of the compressing/volume reducing means, and the compressing/volume reducing work and packing work can be performed in parallel, to greatly reduce the cycle time and to increase the treatment efficiency by 30-40% compared to conventional ones. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种用于压缩/减小废塑料的设备,具有大的处理能力和从工厂结构所期望的高效率。 解决方案:该装置被构造成使得用于压缩/减小体积的工作的压缩/体积减小装置在与挤出装置捆绑在一起的挤压包装装置中物理分离,两者均通过新设置的移动装置相互连接, 压缩物质通过移动装置从压缩/减容装置快速移动到挤出包装装置,以大大减少压缩/减容装置的非工作时间,并且可以执行压缩/减容工作和包装工作 与传统的相比,大大减少了循环时间,提高了处理效率30-40%。 版权所有(C)2011,JPO&INPIT
    • 10. 发明专利
    • Volume-reduction bagging device for soft treatment object
    • 用于软治疗对象的体积减小包装装置
    • JP2009227429A
    • 2009-10-08
    • JP2008076919
    • 2008-03-25
    • Akio AokiMonoi Koki:Kk株式会社物井工機昭雄 青木
    • AOKI AKIOMONOI TETSUO
    • B65F5/00B09B3/00
    • Y02W30/64
    • PROBLEM TO BE SOLVED: To solve problems as the problem common to the prior art that (1) in order to enhance a volume-reduction ratio, when compression is stopped and fastening is performed, although it is required that an opening part of a storage bag is fastened in such a state that an internal pressure by a soft treatment article is applied, the compressedly inserted soft treatment article is reversely flowed and scattered to the outside from an inlet of the storage bag, and (2) since the usually used storage bag is the closed type one, air included when the soft treatment article is packed in the storage bag is also sealed and the volume-reduction ration is deteriorated. SOLUTION: The reverse flow of the content is reduced by making an inlet diameter of the storage bag sufficiently thinner than a body part diameter. A fulll-openable outlet is provided on a bottom part of the storage bag to facilitate discharge. Further, the air-permeable storage bag is stored in a closed vessel having a discharge means, and discharge of the included air and volume-reduction by reduced pressure suction are attained by performing suction/exhaust from the outer side of the storage bag. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了解决现有技术中共同的问题(1)为了提高体积减小率,当压缩停止并进行紧固时,尽管要求开口部分 在通过软处理物品施加内部压力的状态下固定储存袋时,压缩插入的软处理物品从储存袋的入口反向流动并散布到外部,(2)由于 通常使用的存放袋是封闭式的一种,当软处理物品被包装在储存袋中时包含的空气也被密封并且体积减小比率劣化。 解决方案:通过使储存袋的入口直径比身体部分直径更薄,减少内容物的反向流动。 在储存袋的底部设置有可开启的出口,以便于排出。 此外,透气性存储袋被存储在具有排出装置的密闭容器中,并且通过从储存袋的外侧进行抽吸/排出来获得通过减压抽吸排出所包含的空气和减小体积。 版权所有(C)2010,JPO&INPIT