Browse Prior Art Database

Web Storage With New Roller Assembly

IP.com Disclosure Number: IPCOM000062432D
Original Publication Date: 1986-Nov-01
Included in the Prior Art Database: 2005-Mar-09
Document File: 2 page(s) / 39K

Publishing Venue

IBM

Related People

Glock, E: AUTHOR [+2]

Abstract

A web storage is described comprising a new roller assembly which permits the rollers to touch the web successively rather than simultaneously. This reduces the web tension occurring upon acceleration of the rollers. Fig. 1 shows a conventional web storage. For filling the storage, carriage b, supporting the even numbered rollers 2 to 8, is moved vertically upward to position F. In this assembly, acceleration of the rollers leads to increased tensile forces when the rollers touch the web. The magnitude of those forces can be reduced by a roller assembly (Fig. 2) which is slightly inclined to the web plane, so that the rollers touch the web successively rather than simultaneously. Increased friction, if any, occurring in the carriage guide (not shown), can be eliminated by an assembly, according to Fig. 3.

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Web Storage With New Roller Assembly

A web storage is described comprising a new roller assembly which permits the rollers to touch the web successively rather than simultaneously. This reduces the web tension occurring upon acceleration of the rollers. Fig. 1 shows a conventional web storage. For filling the storage, carriage b, supporting the even numbered rollers 2 to 8, is moved vertically upward to position F. In this assembly, acceleration of the rollers leads to increased tensile forces when the rollers touch the web. The magnitude of those forces can be reduced by a roller assembly (Fig. 2) which is slightly inclined to the web plane, so that the rollers touch the web successively rather than simultaneously. Increased friction, if any, occurring in the carriage guide (not shown), can be eliminated by an assembly, according to Fig. 3. In the latter assembly, however, the tensile forces are slightly higher than in the assembly of Fig. 2, as two rollers are always accelerated simultaneously.

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