公开(公告)号：US3939800A

公开(公告)日：1976-02-24

申请号：US490969

申请日：1974-07-23

Applicant: Harold J. Banker

Inventor： Harold J. Banker

IPC: G03G15/09 ,  B05B5/02 ,  G03G15/08

CPC classification number: G03G15/09

Abstract: An apparatus for depositing electrostatically and magnetically responsive particulate matter on a conductive surface having an electrostatically charged latent image comprises an elongate permanent magnet that is disposed adjacent to the conductive surface and that is capable of producing a magnetic field having a region of concentrated magnetic flux that permeates the surface and also a region of dilute magnetic flux that is inclined and generally adjacent to the surface, a hopper for storing the particulate matter, and a channel connected to the hopper disposed in the region of dilute magnetic flux having two opposite converging walls that terminate adjacent to the conductive surface in the region of concentrated magnetic flux. The particulate matter when introduced to the region of dilute magnetic flux is caused to be moved by magnetic forces and gravitational forces from the region of dilute magnetic flux to the region of concentrated magnetic flux. The particulate matter is deposited on the surface by the electrostatic forces overcoming the magnetic forces in the region of concentrated magnetic flux. The application also discloses a process for depositing particulate matter on a moving conductive surface by producing a magnetic field having a region of concentrated magnetic flux that permeates the surface and a region of dilute magnetic flux that is inclined and generally adjacent to the surface, introducing a quantity of the particulate matter to the region of dilute magnetic flux, and then placing the conductive surface into the region of concentrated magnetic flux whereby the particulate matter is caused to move from the region of dilute magnetic flux to the region of concentrated magnetic flux by magnetic forces and gravitational forces and thence to the conductive surface by overwhelming electrostatic forces.

Abstract translation: 一种用于在具有静电电荷潜影的导电表面上沉积静电和磁响应性颗粒物质的装置包括细长永久磁铁，该细长永久磁铁邻近导电表面设置并且能够产生具有浓磁场区域的磁场， 渗透表面以及倾斜并大体上与表面相邻的稀释磁通的区域，用于存储颗粒物质的料斗和连接到设置在具有两个相对的会聚壁的稀释磁通区域中的料斗的通道，所述通道具有两个相反的会聚壁， 在集中磁通的区域内与导电表面相邻地终止。 当引入稀释磁通区域的颗粒物质被磁力和重力从稀磁通区域移动到浓磁通区域时。 颗粒物质通过克服集中磁通区域内的磁力的静电力沉积在表面上。 本申请还公开了一种通过产生具有渗透表面的集中磁通区域的磁场和倾斜并且大体上与表面相邻的稀释磁通的区域来将颗粒物质沉积在移动的导电表面上的方法， 将稀释磁通量区域的颗粒物质的量，然后将导电表面放置在浓缩磁通区域中，从而使颗粒物质从稀释磁通的区域移动到通过磁性的浓缩磁通的区域 力和重力，从而通过压倒静电力到导电表面。

公开(公告)号：US5184736A

公开(公告)日：1993-02-09

申请号：US848905

申请日：1992-03-09

Applicant: Harold J. Banker

Inventor： Harold J. Banker

IPC: A47B57/34 ,  A47B81/06 ,  G11B23/023

CPC classification number: G11B23/0236 ,  A47B57/34 ,  A47B81/067

Abstract: A storage rack mounting device for releasably storing a plurality of tape storage compartments or modules therein. The storage compartments are utilized to hold a plurality of tapes, sch as computer tapes, therein. The rack includes a frame to hold a plurality of tape storage compartments and comprises two opposed sidewalls spaced apart to receive the tape storage compartments therebetween. Upper and lower mounting flanges extend outwardly from the interiors of each of the sidewalls to hold therebetween the tape storage compartment and to permit the tape storage compartment to be introduced and removed from the frame. The storage compartments have two sidewalls, at least one of which has an opening therethrough and a peripheral edge thereabout to releasably engage a locking flange which extends rearwardly and outwardly at an angle from the interior of the sidewall. The storage compartments are slid into place in between the upper and lower mounting flanges until the locking flange engages the peripheral edge of the opening in the sidewall of the compartment. In a preferred embodiment, the frame is free standing and angles outwardly near the base to aid in storing and retrieving tapes.

Abstract translation: 一种用于在其中可释放地存储多个带存储室或模块的存储架安装装置。 存储隔间用于在其中容纳多个磁带，作为计算机磁带。 机架包括一个框架，用于保持多个磁带储存室，并且包括间隔开的两个相对的侧壁，用于接收它们之间的磁带存储隔间。 上部和下部安装法兰从每个侧壁的内部向外延伸以在其间保持带存储隔室，并且允许带存储隔间从框架被引入和移除。 储存室具有两个侧壁，其中至少一个具有穿过其的开口以及在其周围的周边边缘以可释放地接合从侧壁内部以一定角度向后和向外延伸的锁定凸缘。 储存室滑入上下安装凸缘之间的位置，直到锁定凸缘与隔室的侧壁中的开口的周边边缘接合。 在优选实施例中，框架是自由站立的并且在基座附近向外角度以帮助存储和取回带子。

公开(公告)号：US5139320A

公开(公告)日：1992-08-18

申请号：US652803

申请日：1991-02-07

Applicant: Harold J. Banker

Inventor： Harold J. Banker

IPC: A47B81/06 ,  A47B87/02 ,  G11B23/023

CPC classification number: G11B23/0236 ,  A47B81/068 ,  A47B87/0276

Abstract: A storage compartment device and system for releasably storing a plurality of tape cartridges therein. The device basically comprises storage compartment means, at least one partitioning means, tape cartridge positioning means and tape cartridge securing means. The storage compartment means comprises a storage compartment having an opening and an interior for removably securing a plurality of tape cartridges therein. The partitioning means of the device partitions the interior of the storage compartment into sections and guides each of the tape cartridges into and out of its respective section. The tape cartridge positioning means is adjacent each of the sections for movably positioning the tape cartridge and to permit independent insertion and retrieval of each of the tape cartridges. In addition, the tape cartridge securing means is located adjacent each of the sections and releasably secures each of the tape cartridges therein. The present invention additionally includes a system comprising the storage compartment device as well as mounting means for relesably mounting a plurality of the storage compartment devices thereon in the desired orientation.

Abstract translation: 一种用于在其中可释放地存储多个带盒的储藏室装置和系统。 该装置基本上包括储藏室装置，至少一个分隔装置，带盒定位装置和带盒固定装置。 储藏室装置包括具有开口和内部的存储隔间，用于将多个带盒可拆卸地固定在其中。 设备的分隔装置将储藏室的内部分隔成多个部分，并将每个磁带盒引导进入其各自部分。 带盒定位装置邻近每个部分，用于可移动地定位带盒，并且允许每个带盒的独立插入和取出。 此外，带盒固定装置位于每个部分附近并且将每个带盒可释放地固定在其中。 本发明另外包括一种包括储藏室装置的系统以及用于以期望的方向可靠地将多个储藏室装置安装在其上的安装装置。

公开(公告)号：US4021587A

公开(公告)日：1977-05-03

申请号：US657606

申请日：1976-02-12

Applicant: Harold J. Banker

Inventor： Harold J. Banker

IPC: B05D1/00 ,  G03G15/09 ,  B05D1/06

CPC classification number: G03G15/09 ,  Y10S141/01

Abstract: An apparatus for depositing electrostatically and magnetically responsive particulate matter on a conductive surface having an electrostatically charged latent image comprises an elongate permanent magnet that is disposed adjacent to the conductive surface and that is capable of producing a magnetic field having a region of concentrated magnetic flux that permeates the surface and also a region of dilute magnetic flux that is inclined and generally adjacent to the surface, a hopper for storing the particulate matter, and a channel connected to the hopper disposed in the region of dilute magnetic flux having two opposite converging walls that terminate adjacent to the conductive surface in the region of concentrated magnetic flux. The particulate matter when introduced to the region of dilute magnetic flux is caused to be moved by magnetic forces and gravitational forces from the region of dilute magnetic flux to the region of concentrated magnetic flux. The particulate matter is deposited on the surface by the electrostatic forces overcoming the magnetic forces in the region of concentrated magnetic flux. The application also discloses a process for depositing particulate matter on a moving conductive surface by producing a magnetic field having a region of concentrated magnetic flux that permeates the surface and a region of dilute magnetic flux that is inclined and generally adjacent to the surface, introducing a quantity of the particulate matter to the region of dilute magnetic flux, and then placing the conductive surface into the region of concentrated magnetic flux whereby the particulate matter is caused to move from the region of dilute magnetic flux to the region of concentrated magnetic flux by magnetic forces and gravitational forces and thence to the conductive surface by overwhelming electrostatic forces.

Abstract translation: 一种用于在具有静电电荷潜影的导电表面上沉积静电和磁响应性颗粒物质的装置包括细长永久磁铁，该细长永久磁铁邻近导电表面设置并且能够产生具有浓磁场区域的磁场， 渗透表面以及倾斜并大体上与表面相邻的稀释磁通的区域，用于存储颗粒物质的料斗和连接到设置在具有两个相对的会聚壁的稀释磁通区域中的料斗的通道，所述通道具有两个相反的会聚壁， 在集中磁通的区域内与导电表面相邻地终止。 当引入稀释磁通区域的颗粒物质被磁力和重力从稀磁通区域移动到浓磁通区域时。 颗粒物质通过克服集中磁通区域内的磁力的静电力沉积在表面上。 本申请还公开了一种通过产生具有渗透表面的集中磁通区域的磁场和倾斜并且大体上与表面相邻的稀释磁通的区域来将颗粒物质沉积在移动的导电表面上的方法， 将稀释磁通量区域的颗粒物质的量，然后将导电表面放置在浓缩磁通区域中，从而使颗粒物质从稀释磁通的区域移动到通过磁性的浓缩磁通的区域 力和重力，从而通过压倒静电力到导电表面。