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    • 1. 发明授权
    • Apparatus for treating powdery and granular material
    • 用于处理粉状和颗粒状材料的设备
    • US4785759A
    • 1988-11-22
    • US91714
    • 1987-09-01
    • Shimesu MotoyamaSiuri YamadaNarimichi TakeiKoji Nagaka
    • Shimesu MotoyamaSiuri YamadaNarimichi TakeiKoji Nagaka
    • B01J2/12A23G3/26A61J3/00B01F9/02B01J2/00B05C3/08F26B11/04B05C5/00
    • B01J2/003A23G3/26A61J3/005B05C3/08
    • A powdery and granular material treating apparatus wherein a powdery or granular material is contained in a rotary drum and the rotary drum is rotated about a horizontal axis to thereby coat the powdery or granular material. Ventilating perforations are formed on the entire surface or portions of the outer periphery of the rotary drum and drying air is fed to or exhausted from the rotary drum through these ventilating perforations. This powdery and granular material treating apparatus includes: seal plates for sealing drying air fed into the rotary drum; circular sliding frames provided on the sides of the outer periphery of the rotary drum, the outer surfaces of said sliding frames being in sliding contact with the seal plates at portions, through which air is fed to or exhausted from the rotary drum; and partition plates provided on the side of the outer periphery of the rotary drum at positions spaced apart in the circumferential direction of the rotary drum from one another. The rotary drum, sliding frames, partition plates and seal plates are housed in an outer casing.
    • 一种粉状和颗粒状材料处理装置,其中粉状或颗粒状材料包含在旋转滚筒中,并且旋转滚筒绕水平轴线旋转,从而涂覆粉状或颗粒状材料。 在旋转滚筒的外周的整个表面或部分上形成通风穿孔,并且干燥空气通过这些通风穿孔被输送到旋转滚筒或从滚筒排出。 该粉状粒状物料处理装置包括:密封干燥送入旋转鼓的空气的密封板; 设置在旋转鼓的外周侧的圆形滑动框架,所述滑动框架的外表面在空气被输送到旋转滚筒或从旋转滚筒排出的部分处与密封板滑动接触; 以及设置在旋转鼓的外周侧的分隔板在旋转鼓的圆周方向上彼此间隔开的位置处。 旋转鼓,滑动框架,隔板和密封板容纳在外壳中。
    • 2. 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。
    • 3. 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。
    • 4. 发明申请
    • Fluidized bed apparatus and filter washing method for fluidized bed apparatus
    • 流化床设备的流化床设备和过滤器清洗方法
    • US20080006290A1
    • 2008-01-10
    • US11822529
    • 2007-07-06
    • Kuniaki YamanakaShigemi IsobeKazuomi UnosawaNarimichi TakeiYuriko HiraiTakashi Terada
    • Kuniaki YamanakaShigemi IsobeKazuomi UnosawaNarimichi TakeiYuriko HiraiTakashi Terada
    • B08B3/04B01J8/08B08B3/12B08B9/04
    • B08B3/04B01D41/04B01J2/16B08B3/02B08B3/102B08B3/12B08B5/02B08B9/00
    • A cartridge filter 7 is vertically movably placed in a processing vessel 1 having a cylindrical profile. An ultrasonic washer 55 is fitted to the lateral wall 3a of the spray casing of the processing vessel 1. Washing liquid 56 is injected into the processing vessel 1 and the filter 7 is moved downward and immersed in the washing liquid 56. The washer 55 is activated under this condition to wash the filter 7. Since the washer 55 is arranged near the filter 7, the ultrasonic oscillation is easily transmitted to the filter 7 to efficiently remove the foreign objects adhering to the filter 7. Thus, with this arrangement, it is possible to wash the filter 7 in the processing vessel 1 without removing the filter 7 from a fluidized bed apparatus. In a filter washing apparatus 101, a cartridge filter 103 is contained in a processing vessel 102 and immersed in washing liquid 110. The filter 103 is rotatably suspended below an upper lid 104 by means of a retainer 107a, 107b, a rotary joint 108 and a filter anchoring knob 111. Then, it is washed in the washing liquid 110 as it is driven to rotate by a jet flow 144.
    • 筒式过滤器7可垂直移动地放置在具有圆柱形轮廓的处理容器1中。 超声波清洗机55安装在处理容器1的喷雾罩的侧壁3a上。 将洗涤液56注入到处理容器1中,并且过滤器7向下移动并浸入洗涤液体56中。 在这种条件下,洗涤器55被激活以清洗过滤器7。 由于垫圈55布置在过滤器7附近,所以超声波振荡容易地传递到过滤器7,以有效地去除附着在过滤器7上的异物。 因此,通过这种布置,可以在处理容器1中清洗过滤器7而不从流化床装置中移除过滤器7。 在过滤器洗涤装置101中,筒式过滤器103容纳在处理容器102中并浸没在洗涤液110中。 过滤器103通过保持器107a,107b,旋转接头108和过滤器锚定旋钮111可旋转地悬挂在上盖104的下方。 然后,当它被驱动以通过喷射流144旋转时,它在洗涤液体110中被洗涤。
    • 7. 发明授权
    • Seamless capsule manufacturing apparatus
    • 无缝胶囊制造装置
    • US08070466B2
    • 2011-12-06
    • US12311491
    • 2007-09-25
    • Narimichi TakeiHiroshi Nagao
    • Narimichi TakeiHiroshi Nagao
    • B01J13/02
    • B01J13/04A23P10/30A61J3/07
    • In a seamless capsule manufacturing apparatus that ejects a droplet from a nozzle into hardening liquid to manufacture a seamless capsule SC, tube passages which are synthetic resin tubes are provided as flexible sections between pumps and the nozzle. The vibration caused by the pumps is absorbed in the flexible sections and thus is not transmitted to the nozzle, whereby eyes or the like of the seamless capsule caused by vibration noises can be suppressed. Instead of a synthetic resin tube, a vibration absorbing block formed of an elastic member may be attached to the tube passages. Alternatively, a vibration absorbing unit, which is provided with a pad formed of an elastic member and for holding the tube passages, may be provided.
    • 在从喷嘴喷出液滴以形成无缝胶囊SC的无缝胶囊制造装置中,作为合成树脂管的管路被设置为泵和喷嘴之间的柔性部分。 由泵引起的振动被吸收在柔性部分中,因此不会传递到喷嘴,从而可以抑制由振动噪声引起的无缝胶囊的眼睛等。 代替合成树脂管,由弹性构件形成的振动吸收块可以附接到管道。 或者,也可以设置有设置有由弹性部件形成并用于保持管状通道的垫的振动吸收单元。
    • 9. 发明申请
    • Coating apparatus
    • 涂装设备
    • US20070209582A1
    • 2007-09-13
    • US11708319
    • 2007-02-21
    • Narimichi TakeiKazuomi UnosawaKuniaki YamanakaShigemi Isobe
    • Narimichi TakeiKazuomi UnosawaKuniaki YamanakaShigemi Isobe
    • B05C5/00
    • B05B13/0257
    • A rotating drum 3 has ventilation sections 6 that can ventilate the inside of the drum and the outside of the drum in the coating processing. To the ventilation sections 6, a panel unit 41 having arranged therein plural hollow pipes 42 through which cold water passes is attached. The hollow pipes 42 are fixed to a base plate 44 in parallel with each other, and a gap “G” is provided between the adjacent pipes. The base plate 44 is provided with a communication hole 45, and the hollow pipes 42 are so arranged as to face the communication hole 45. To both ends of the hollow pipes 42, charge/discharge collecting pipes 46a and 46b are fixed. In the coating processing, cold water is arbitrarily supplied to the hollow pipes 42 through the charge/discharge collecting pipe 46a to cool the drum 3 so as to bring about the temperature difference between the inside of the drum and processing objects, which can prevent coating base materials from adhering to the inside of the drum.
    • 旋转滚筒3具有通风部分6,其在涂覆处理中可以使滚筒的内部和滚筒的外部通风。 在通风部6中,安装有冷却水通过的多个中空管42的面板单元41。 中空管42彼此平行地固定在基板44上,在相邻的管之间设置间隙“G”。 基板44设置有连通孔45,中空管42布置成面向连通孔45。 在中空管42的两端固定有充放电收集管46a,46b。 在涂布处理中,冷水通过充放电收集管46a任意地供应到中空管42,以冷却滚筒3,从而导致滚筒内部和加工对象之间的温度差,这可以防止 涂覆基材从粘附到滚筒的内部。
    • 10. 发明授权
    • Particle measuring device for granule processing apparatus and particle
measuring method
    • 颗粒处理装置用粒子测定装置及粒子测定方法
    • US5992245A
    • 1999-11-30
    • US51903
    • 1998-04-15
    • Narimichi TakeiKuniaki YamanakaShigemi Isobe
    • Narimichi TakeiKuniaki YamanakaShigemi Isobe
    • G01N1/02G01N15/00G01N15/14G01N33/00G06M11/04G01N31/00
    • G01N1/02G01N15/147G01N15/1475G06M11/04G01N2001/2833G01N2015/0096G01N2033/0091
    • In a particle measurement device 1 for a powder or granular material processing apparatus, powder or granular material is introduced into a drawing tube 3, which is formed to be projected from the inside of the granulating vessel 2, by injecting high pressure gas from the inside of the granulating vessel 2, so as to capture it with adhesive film 6. The captured powder or granular material is photographed, and, based on the obtained image information, information on the powder or granular material within the granulating vessel 2 is obtained. An air inlet 4, which is communicated with the drawing tube 3, is provided in the drawing tube 3 in the neighborhood of its end portion 3b on the side of the outside of the granulating vessel 2. Through this air inlet 4, gas having higher pressure than the inside of the granulating vessel 2 is introduced into the drawing tube 3. By this, in the particle measurement device for the powder or granular processing apparatus, effects of remaining powder or granular material and flow out of the powder or granular material are removed, and grain size etc. are measured with high reliability.
    • PCT No.PCT / JP96 / 03074 Sec。 371日期:1998年4月15日 102(e)日期1998年4月15日PCT 1996年10月23日PCT公布。 出版物WO97 / 15816 PCT 日期1997年5月1日在用于粉末或颗粒材料处理装置的颗粒测量装置1中,粉末或颗粒材料被引入到从造粒容器2的内部突出形成的拉拔管3中, 从造粒容器2的内部排出的气体,以便用粘合膜6捕获。拍摄的粉末或颗粒材料被拍照,并且基于所获得的图像信息,关于造粒容器2内的粉末或颗粒材料的信息 获得。 与拉丝管3连通的进气口4在造粒容器2的外侧的端部3b附近的拉拔管3内设置。通过该空气入口4,具有较高的气体 压力比造粒容器2的内部被引入到抽拉管3.由此,在粉末或颗粒状处理装置的粒子测定装置中,残留的粉末或粒状物质的粉末或粒状物质的流出效果为 去除,粒度等测量,可靠性高。