Mounting apparatus for communication exchange equipment

A mounting apparatus for a telephone exchange unit comprising:

• means for both supporting components of said unit and for distributing a large number of communication signal cables between one component and other components including supporting poles which are supported at their bottom ends at predetermined respective positions, along and close to which positions a plurality of components of the telephone exchange equipment will be located, and frameworks which are assembled horizontally above said supporting poles and rigidly fixed to the top ends of said supporting poles, wherein both said supporting poles and said frameworks are constructed by the time a plurality of said components are positioned close to corresponding supporting poles, each of said components including a frame which packages electric parts and forms an electronic control unit, a plurality of which electronic control units form each of the components of the telephone exchange unit wherein said frame is comprised of a front plate, a top joining member, a bottom joining member, a connector holding member, a first supporting plate and a second supporting plate, wherein both the first and second supporting plates hold said electric parts and both said first and second supporting plates are supported at their respective top and bottom ends by said top and bottom joining members, respectively, and both the top and bottom joining members, said front plate and said connector holding member are assembled into the frame.

A mounting apparatus for exchange equipment for communication signals comprising:

• means for both supporting components of said equipment and for distributing a large number of communication signal cables between one component and other components including:
• supporting poles which are supported at their bottom ends at predetermined respective positions, along and close to which positions a plurality of components of the communication signals exchange equipment will be located, and frameworks which are assembled horizontally above said supporting poles and rigidly fixed to the top ends of said supporting poles, wherein both said supporting poles and said frameworks are constructed by the time a plurality of said components are positioned close to corresponding supporting poles,
• each of said supporting poles being provided with a plurality of cable guide rings arranged with a predetermined pitch along a longitudinal axis of the supporting pole, and wherein communication signal cables which are wired between electronic control units of one of said components and corresponding electronic control units of other components, are distributed vertically by way of said cable guide rings, and
• wherein two adjacent supporting poles support cable supporting ducts each of which is arranged horizontally, so that some communication signal cables which are branched from the communication signal cables distributed vertically in the cable guide rings are distributed in said cable supporting ducts and then connected to the electronic control units which will be located close to the corresponding cable supporting duct, and
• wherein each of said cable supporting ducts has a plurality of hang-on-grooves each of which holds a group of communication signal cables temporarily until the time the electronic control units are located close to the cable supporting ducts, and
• wherein at least one end of said group of cables has connectors thereon.

A mounting apparatus for exchange equipment for communication signals comprising:

• means for both supporting components of said equipment and for distributing a large number of communication signal cables between one component and other components including;
• supporting poles which are supported at their bottom ends at predetermined respective positions, along and close to which positions a plurality of components of the exchange equipment for communication signals will be located, and frameworks which are assembled horizontally above said supporting poles and rigidly fixed to the top ends of said supporting poles, wherein both said supporting poles and said frameworks are constructed by the time a plurality of said components are positioned close to corresponding supporting poles, and
• wherein the frameworks are assembled into a form of grids by using a plurality of long pipes and a plurality of short pipes and wherein every two said short pipes abut against two sides of one of said long pipes at every cross point of said grids, so that said frameworks are assembled in one horizontal plane, and
• wherein said frameworks are further comprised of a plurality of additional long pipes which are provided to create a main grid of said frameworks and crossing said plurality of said first long pipes under said one horizontal plane thereof.