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    • 2. 发明授权
    • Delivery unit of plant tissue
    • 植物组织交付单位
    • US4769945A
    • 1988-09-13
    • US8737
    • 1987-01-30
    • Shimesu MotoyamaSeiichi UmedaHiroaki OgishimaSashiro Motegi
    • Shimesu MotoyamaSeiichi UmedaHiroaki OgishimaSashiro Motegi
    • A01C1/00A01G9/10A01H4/00C12M3/00A01C1/06
    • A01G9/1033A01H4/001
    • A delivery unit of plant tissue of the present invention comprises a vessel in which meristematic tissue having the ability to grow into an entire plant body through differentiation is received. The body of the vessel is made of water-soluble substance and the interior thereof is covered with a water-insoluble substance. Hydrogel is charged in the vessel and the meristematic tissue is held by the hydrogel in a state in which its root or rooting portion is embedded therein or it is placed on the hydrogel. The vessel has a structure of a closed type with a cap or an open type. When the delivery unit of plant tissue is seeded in a medium, the water-soluble substance of the vessel body is dissolved by water contained in the medium and the bud and root grown out of the meristematic tissue breaks the thin film made of a water-insoluble substance which is provided in the interior of the vessel so as to further grow out.
    • 本发明的植物组织的输送单元包括容器,其中具有通过分化生长成整个植物体的能力的分生组织被接收。 容器的主体由水溶性物质制成,其内部被水不溶性物质覆盖。 将水凝胶装入容器中,分生组织由其根部或生根部分嵌入其中或将其置于水凝胶上的状态下由水凝胶保持。 容器具有封闭形式的具有盖或开放型的结构。 当植物组织的输送单元接种在培养基中时,容器体的水溶性物质被包含在培养基中的水溶解,并且从分生组织生长的芽和根分解由水 - 不溶物质,其设置在容器的内部以进一步生长。
    • 3. 发明授权
    • Powder coating method
    • 粉末涂布法
    • US4756922A
    • 1988-07-12
    • US47779
    • 1987-05-08
    • Shimesu MotoyamaSeiichi UmedaHiroaki OgishimaSashiro Motegi
    • Shimesu MotoyamaSeiichi UmedaHiroaki OgishimaSashiro Motegi
    • A01G1/06A01C1/06A01G1/00A01H4/00C12N5/00C12N5/04B05D7/24
    • A01H4/00Y10S47/11
    • A method in which a plant meristematic tissues which retain aqueous liquid on their surfaces are mixed with fine powder, thereby forming powder-coated bodies to which fine powder is adhered at the periphery thereof, so that meristematic tissues are separated from each other. A quantity of water or a liquid mainly consisting of water large enough to make fine powder adhere to the surfaces of the meristematic tissues which can grow into entire plant bodies directly or after they have passed through differentiation and organogenesis. The meristematic tissues are mixed with the fine powder which does not indicate adhesiveness at least during the mixing process. This mixing process is effected in such a manner that the powder is adhered to the tissues by gently shaking or agitating them without applying excessive shearing stress to the meristematic tissues.
    • 将其表面保持水性液体的植物分生组织与细粉末混合,从而在其周围形成附着微细粉末的粉末涂覆体,使分生组织彼此分离。 一定量的水或液体主要由足够大的水组成的液体,以使细粉末粘附到分生组织的表面,其可以直接生长到整个植物体内,或者在它们通过分化和器官发生后生长。 将分生组织与至少在混合过程中不表示粘合性的细粉末混合。 这种混合过程以这样的方式进行:粉末通过轻轻地摇动或搅拌而粘附到组织上,而不对分生组织施加过大的剪切应力。
    • 6. 发明授权
    • Granulating and coating machine
    • 造粒机及涂布机
    • US4623098A
    • 1986-11-18
    • US542471
    • 1983-10-17
    • Shimesu MotoyamaKaoru KuritaShizuka SakashitaNarimichi TakeiShigeru Ohno
    • Shimesu MotoyamaKaoru KuritaShizuka SakashitaNarimichi TakeiShigeru Ohno
    • B01J2/16B05B7/14B02C23/26
    • B05B7/144B01J2/10B01J2/16B05B15/003
    • A machine for use in granulation, coating, mixing, drying etc. of powdery or granular raw materials such as medicine or foods etc. The machine is comprised of a casing for containing raw materials, a rotator for tumbling and giving centrifugal force to the material in the casing rotatable horizontally in the casing and at least one disintegrator provided above the rotator for subdividing undesirously large particles. At least one agitator is provided above the rotator for agitating and kneading materials to be granulated or coated. The rotator is movable or fixed in vertical position, and an annular slit is formed between an annular slit forming ring or inner wall of the casing and outer periphery of the rotator. The slit forming ring is movable or fixed in vertical position. At least one ventilating portion is formed on at least one portion of the rotator, and a gas flow rate adjusting mechanism is provided for controlling flow rate of gas passed through the ventilating portion.
    • 一种用于粉末或颗粒状原料如药物或食品等的造粒,涂布,混合,干燥等的机器。该机器包括用于包含原料的壳体,用于翻转并向材料提供离心力的旋转器 在壳体中可水平旋转的壳体和设置在转子上方的至少一个分解器,用于细分不期望的大颗粒。 在旋转体上方设置至少一个搅拌器,用于搅拌和捏合待造粒或涂覆的材料。 旋转体可移动或固定在垂直位置,并且在环形狭缝形成环或壳体的内壁和旋转体的外周之间形成环形狭缝。 狭缝形成环可在垂直位置上移动或固定。 在旋转体的至少一部分上形成有至少一个通气部,并且设置有用于控制通过通气部的气体的流量的气体流量调节机构。
    • 7. 发明授权
    • Granulating and coating machine
    • 造粒机及涂布机
    • US4556175A
    • 1985-12-03
    • US535387
    • 1983-09-23
    • Shimesu MotoyamaKaora KuritaShizuka SakashitaNarimichi TakeiShigeru Ohno
    • Shimesu MotoyamaKaora KuritaShizuka SakashitaNarimichi TakeiShigeru Ohno
    • B01J2/14B01J2/16B05B7/14F26B11/14B02C23/26
    • B05B7/144B01J2/16B05B15/003F26B11/14
    • A granulating and coating machine for use in granulation, coating, mixing, drying etc. of powdery or granular materials. The machine includes a casing for holding the powdery or granular raw materials, a rotator for performing granulation or coating arranged at the bottom of the casing and formed with at least one ventilating porition, an annular slit formed between the periphery of the rotator and the inner wall of the casing. A gas flow adjusting mechanism including two separated ducts for gas flow is provided in order to control independently the rate of gas fed through the ventilating portion and the slit gas fed through the slit. An agitator for agitating the powdery or granular materials and a disintegrator for breaking undesirously large particles of the powdery or granular materials may be provided above the rotator. The slit may be formed by an annular slit forming ring mounted on the inner wall of the casing. The slit forming ring may be moved vertically by a slit adjusting mechanism to change the width of the slit so as to adjust the rate of flow of the slit gas fed through the slit.
    • 用于粉状或粒状物料的造粒,涂布,混合,干燥等的造粒和涂布机。 该机器包括用于保持粉末或颗粒状原料的壳体,用于进行造粒或涂布的旋转器,布置在壳体的底部并形成有至少一个通风口,形成在旋转器的周边和内部 外壳的墙壁。 提供了包括用于气流的两个分开的管道的气流调节机构,以便独立地控制通过通风部分供给的气体和通过狭缝进料的狭缝气体的速率。 用于搅拌粉状或粒状材料的搅拌器和用于破碎粉状或颗粒状材料的不希望的大颗粒的粉碎机可以设置在旋转器的上方。 狭缝可以由安装在壳体的内壁上的环形狭缝形成环形成。 狭缝形成环可以通过狭缝调节机构垂直移动以改变狭缝的宽度,以调节通过狭缝供给的狭缝气体的流动速率。
    • 8. 发明授权
    • Method of and apparatus for testing properties
    • 性能测试方法和设备
    • US4472960A
    • 1984-09-25
    • US287687
    • 1981-07-28
    • Shimesu MotoyamaKaoru KuritaAkira Iwasaki
    • Shimesu MotoyamaKaoru KuritaAkira Iwasaki
    • G01N33/00G01N33/15G01N35/00G01N3/56G01N3/40
    • G01N33/15G01N35/00G01N2033/0077
    • Method of and apparatus for testing required properties of the specimen solids such as tablets, pills, granules, capsules, etc. automatically and continuously. After nondestructive tests are performed, then destructive tests are performed automatically and continuously. The data obtained by the tests can be processed to record and display the processed data. The nondestructive tests comprise at least one of the tests of the weight, diameter, thickness, color difference, and surface area, etc. which are performed in order or simultaneously. The destructive tests comprise at least one of the tests of the hardness, disintegration, dissolution, abrasion and chemical analysis. The apparatus consists of supply a mechanism for supplying the solids, nondestructive test mechanisms, destructive test mechanisms and a system for transferring solids from one test position to the next test position.
    • 自动连续地测试样品固体如片剂,丸剂,颗粒剂,胶囊等所需性质的方法和装置。 进行非破坏性试验后,自动连续进行破坏性试验。 可以处理通过测试获得的数据来记录和显示处理的数据。 非破坏性试验包括按顺序或同时进行的重量,直径,厚度,色差和表面积等的试验中的至少一种。 破坏性测试包括硬度,分解,溶解,磨损和化学分析的至少一个测试。 该设备包括提供用于供应固体的机构,非破坏性测试机构,破坏性测试机构和用于将固体从一个测试位置传递到下一个测试位置的系统。
    • 9. 发明授权
    • Fluid granulating/coating apparatus utilizing suction air current
    • 利用吸入气流的流体造粒/涂布装置
    • US4027624A
    • 1977-06-07
    • US615123
    • 1975-09-19
    • Shimesu Motoyama
    • Shimesu Motoyama
    • A61J3/06B01J2/16B05B17/00
    • B01J2/16
    • In the fluid granulating/coating apparatus to be worked by utilizing suction air current, a granulating/coating apparatus wherein a receptacle for accommodating bag filters as disposed in the upper part of the apparatus is in the shape of a cylinder with smooth interior, the suction air current is supposed to be discharged by way of one side wall of said cylindrical receptacle, a fan for generating the suction air current and a damper for stopping air suction are installed on the outside of said cylindrical receptacle, and a large-sized safety lid is installed on the upper part of the cylindrical receptacle.
    • 在通过利用吸入气流加工的流体造粒/涂布装置中,制粒/涂布装置,其中设置在装置的上部的用于容纳袋式过滤器的容器是具有平滑内部的气缸的形状, 假设气流通过所述圆筒形容器的一个侧壁排出,用于产生吸入气流的风扇和用于停止吸气的阻尼器安装在所述圆筒形容器的外侧,并且安装有大型安全盖 安装在圆柱形容器的上部。