Component holdback system

Inactive Publication Date: 2013-02-07
PHOENIX CLOSURES
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

[0007]Additionally, where the component receiving mechanism is a star wheel, in order to better account for the proper feeding of caps into respective recesses in the star wheel, the levers are preferably positioned to hold back caps in a radial manner such that the

Problems solved by technology

In both cases, the consistent and continuous in-feed of components from one or multiple lines into such mechanisms can be of high importance, as each failed insertion of a component may results in a drop in efficiency.
In may cases, a broken part may be the result of improper insertion.
When feeding components into such a star wheel or a straight pocket, problems may arise.
In some situations, components in the in-feed streams can crowd together and become stuck such that fewer than desired (or no) components are received by the star wheel or straight pock

Method used

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  • Component holdback system
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Examples

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Embodiment Construction

[0021]FIG. 1 illustrates a holdback system 1 according to an embodiment of the present invention. It should be understood that the drawings illustrate a holdback assembly 8 in use with a star wheel 2. However, as discussed above, the holdback assembly 8 may be used in connection with straight pockets or any other component receiving mechanism. The holdback assembly 8 would function essentially identically when used with a different component receiving mechanism.

[0022]Star wheel 2 includes cogs 4 and recesses 6, each pair of adjacent cogs 4 defining a recess 6. Each recess 6 of star wheel 2 are sized and shaped to receive a cap 3 therein. Holdback assembly 8 includes a motor 10, a rotatable member 12 and a set of levers 16. Each lever 16 is positioned to be rotatable into and out of a single lane 14. In FIG. 1, five such lanes 14 and levers 16 are shown, with one lever 16 rotatable into each lane 14. However, it is noted that a single lane 14 and lever 16 or any suitable number of lanes

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Abstract

A system with rotatable levers spaced and positioned to alternately retain or release components from a plurality of lanes simultaneously into slots of a component receiving mechanism. The levers may be differently sized and shaped to hold back certain components at different positions than others, or the levers may be attached to a rotatable member at varying angles to one another to accomplish such varying holdback patterns. Alternatively, a cam and pin arrangement may be utilized.

Description

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Claims

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Application Information

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Owner PHOENIX CLOSURES
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