公开(公告)号：US5598931A

公开(公告)日：1997-02-04

申请号：US335578

申请日：1994-11-07

申请人： Yasunobu Hosogoshi ,  Toshio Maruo ,  Yasuo Sakata ,  Katsumasa Morita ,  Takefumi Ibori ,  Harumi Kubota ,  Toshio Douzono ,  Kanemitsu Nakagawa ,  Kunio Sugihara ,  Yukio Yoshizawa ,  Yoshiaki Aridome ,  Shoji Yamanaka

发明人： Yasunobu Hosogoshi ,  Toshio Maruo ,  Yasuo Sakata ,  Katsumasa Morita ,  Takefumi Ibori ,  Harumi Kubota ,  Toshio Douzono ,  Kanemitsu Nakagawa ,  Kunio Sugihara ,  Yukio Yoshizawa ,  Yoshiaki Aridome ,  Shoji Yamanaka

IPC分类号： B07B1/38 ,  B07B1/46 ,  B07B1/49

CPC分类号： B07B1/4618 ,  B07B1/38 ,  B07B1/46

摘要： A sifter frame is composed of a pair of frame elements including an outer frame and an inner frame, and the outer frame is formed from a frame member having the same height and includes a pair of fine powder dropping ports, a rough powder dropping port and a rectangular fine powder receiving plate disposed in a region surrounded by these openings and one of the outer block frame members and the inner frame is fitted with the space above the receiving plate. A pair of the outer frame members of the inner frame in contact with the fine powder dropping ports of the inner frame are projected more to the rough powder dropping port than the outer block frame members of the inner frame in contact with the rough powder dropping port of the outer frame, receiving portions are provided with the outer frame in correspondence with the above arrangement so that the projected portions of the inner frame are placed thereon as well as the surfaces where the projected portions are engaged with the receiving portions are formed to an arc shape in order to that a depressing force of an upper stage sifter frame is applied to the engaging surfaces where the inner frame of a lower stage sifter frame is engaged with the outer frame thereof as a sealing force. With the above arrangement, there is provided a novel stacking type sifter frame by which the mixture of rough powder with fine powder can be securely prevented while limiting a portion to be periodicially replaced to a minimum necessary portion.

摘要翻译： 筛子框架由包括外框架和内框架的一对框架元件构成，外框架由具有相同高度的框架构件形成，并且包括一对细粉末滴入口，粗粉末滴入口和 设置在由这些开口包围的区域中的矩形细粉末容纳板和外块体框架构件和内框架中的一个嵌合有容纳板上方的空间。 与内部框架的细粉末滴下口接触的内框架的一对外框架构件比与内部框架的外部框架构件相比突出地更多地与粗粉末滴落口 外框架的接收部分设置有与上述布置相对应的外框架，使得内框架的突出部分被放置在其上，并且突出部分与接收部分接合的表面形成为 为了使下级筛子框架的内框架与其外框架接合的接合表面施加上级筛分框架的压下力作为密封力。 通过上述布置，提供了一种新颖的堆叠式筛子框架，通过该框架可以可靠地防止粗粉末与细粉末的混合物，同时将要周期性更换的部分限制在最小必需部分。

公开(公告)号：US4402635A

公开(公告)日：1983-09-06

申请号：US285280

申请日：1981-07-20

申请人： Toshio Maruo

发明人： Toshio Maruo

IPC分类号： B65G53/66

CPC分类号： B65G53/66

摘要： In a pneumatic conveyor system comprising a plurality of parallel transport pipes and a blower for passing air through the pipes at a high velocity to transport particulate solids, each of the transport pipes is provided with a flow regulator. The flow regulator in a first embodiment is a manual flow regulator which is preset to a predetermined airflow and allows fine adjustment in response to a variation of particulate-air ratio to keep the airflow constant. The flow regulator in a second embodiment cooperates with a process control computer so as to provide the air stream through each pipe with an optimum air flow velocity. Air flows at a rate sufficient to transport particulate solids at varying particulate-air ratios, reducing the capacity of a blower as well as saving power comsumption.

摘要翻译： 在包括多个平行输送管和鼓风机的气动输送机系统中，空气高速通过管道以输送颗粒固体，每个输送管道设有流量调节器。 第一实施例中的流量调节器是预设为预定气流的手动流量调节器，并且允许响应于颗粒空气比的变化进行微调，以保持气流恒定。 第二实施例中的流量调节器与过程控制计算机配合，以便通过每个管道提供具有最佳空气流速的空气流。 空气以足以以不同的微粒 - 空气比运输颗粒固体的速率流动，降低鼓风机的容量以及节省电力消耗。

公开(公告)号：US5664686A

公开(公告)日：1997-09-09

申请号：US662065

申请日：1996-06-12

申请人： Yasunobu Hosogoshi ,  Toshio Maruo ,  Yasuo Sakata ,  Katsumasa Morita ,  Takefumi Ibori ,  Harumi Kubota ,  Toshio Douzono ,  Kanemitsu Nakagawa ,  Kunio Sugihara ,  Yukio Yoshizawa ,  Yoshiaki Aridome ,  Shoji Yamanaka

发明人： Yasunobu Hosogoshi ,  Toshio Maruo ,  Yasuo Sakata ,  Katsumasa Morita ,  Takefumi Ibori ,  Harumi Kubota ,  Toshio Douzono ,  Kanemitsu Nakagawa ,  Kunio Sugihara ,  Yukio Yoshizawa ,  Yoshiaki Aridome ,  Shoji Yamanaka

IPC分类号： B07B1/38 ,  B07B1/46 ,  B07B1/49

CPC分类号： B07B1/4618 ,  B07B1/38 ,  B07B1/46

摘要： A sifter frame is composed of a pair of frame elements including an outer frame and an inner frame, and the outer frame is formed from a frame member having the same height and includes a pair of fine powder dropping ports, a rough powder dropping port and a rectangular fine powder receiving plate disposed in a region surrounded by these openings and one of the outer block frame members and the inner frame is fitted with the space above the receiving plate. A pair of the outer frame members of the inner frame in contact with the fine powder dropping ports of the inner frame are projected more to the rough powder dropping port than the outer block frame members of the inner frame in contact with the rough powder dropping port of the outer frame, receiving portions are provided with the outer frame in correspondence with the above arrangement so that the projected portions of the inner frame are placed thereon as well as the surfaces where the projected portions are engaged with the receiving portions are formed to an arc shape in order to that a depressing force of an upper stage sifter frame is applied to the engaging surfaces where the inner frame of a lower stage sifter frame is engaged with the outer frame thereof as a sealing force. With the above arrangement, there is provided a novel stacking type sifter frame by which the mixture of rough powder with fine powder can be securely prevented while limiting a portion to be periodically replaced to a minimum necessary portion.

摘要翻译： 筛子框架由包括外框架和内框架的一对框架元件构成，外框架由具有相同高度的框架构件形成，并且包括一对细粉末滴入口，粗粉末滴入口和 设置在由这些开口包围的区域中的矩形细粉末容纳板和外块体框架构件和内框架中的一个嵌合有容纳板上方的空间。 与内部框架的细粉末滴下口接触的内框架的一对外框架构件比与内部框架的外部框架构件相比突出地更多地与粗粉末滴落口 外框架的接收部分设置有与上述布置相对应的外框架，使得内框架的突出部分被放置在其上，并且突出部分与接收部分接合的表面形成为 为了使下级筛子框架的内框架与其外框架接合的接合表面施加上级筛分框架的压下力作为密封力。 通过上述结构，提供了一种新颖的堆叠式筛子框架，通过该框架可以可靠地防止粗粉末与细粉末的混合，同时将要定期更换的部分限制在最小必需部分。