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TUNABLE, DYNAMIC COUNTERBALANCE

发明专利审中
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21权利要求 · 21 独立
§ Ⅰ

卷宗概要

发明人

Nicholas Samuel Celia, JR.; Cyriac Devasia

IPC 分类

H2K 7/4H2K 7/8H2K 7/14

CPC 分类

H2K7/4H2K7/8H2K7/14

A tunable, dynamic counterbalance suitable for use, inter alia, in a die bonding system to stabilize one or more gantries disposed thereon, the tunable, dynamic counterbalance being operatively connected to a gantry and comprising at least one counter-weight disposed in a base of the system, the gantry being configured to move opposite the counterweight, thereby stabilizing that gantry as well as any other device and/or system disposed on the die bonding system, including a second or subsequent gantry, wherein the counterbalance reduces or eliminates the need for stabilizing mass, reducing the environmental impact of the gantry and allowing such systems to be closely spaced and used on second and subsequent floors of a building, while maintaining or even providing an increase in die placement accuracy, in the exemplary and non-limiting case of a die bonding system, and/or reduction in cycle time, relative to weighted bases in common use today.

原文(中文)

A tunable, dynamic counterbalance suitable for use, inter alia, in a die bonding system to stabilize one or more gantries disposed thereon, the tunable, dynamic counterbalance being operatively connected to a gantry and comprising at least one counter-weight disposed in a base of the system, the gantry being configured to move opposite the counterweight, thereby stabilizing that gantry as well as any other device and/or system disposed on the die bonding system, including a second or subsequent gantry, wherein the counterbalance reduces or eliminates the need for stabilizing mass, reducing the environmental impact of the gantry and allowing such systems to be closely spaced and used on second and subsequent floors of a building, while maintaining or even providing an increase in die placement accuracy, in the exemplary and non-limiting case of a die bonding system, and/or reduction in cycle time, relative to weighted bases in common use today.