会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Battery plate stacker
    • 电池板堆垛机
    • US5099982A
    • 1992-03-31
    • US487636
    • 1990-03-02
    • John W. WirtzDavid YanikRobert R. RaderRoel MendozaDennis E. Essig
    • John W. WirtzDavid YanikRobert R. RaderRoel MendozaDennis E. Essig
    • B21D43/20
    • B21D43/20
    • Apparatus for piling in stacks a plurality of successive individual battery plates moving at a high rate of speed. Synchronized plates are transferred to a carrier conveyor which advances them into work stations with the leading edge of each plate raised generally vertically above its trailing edge. Sequentially in one and another of the stations, each plate is rapidly stopped so that a plurality of succeeding synchronized plates are each disengaged from the carrier and deposited in a stack on an elevator underlying each station. The elevator is retracted as each plate is deposited so that the next plate can be received on the stack. Periodically, the depositing of plates is switched from one station to another and stacks of plates are removed from the elevator associated with each station so that another stack can be formed on the elevator.
    • 用于堆叠多个以高速率移动的连续的单个电池板的装置。 同步板被转移到载体输送机,其将它们推进到工作站中,每个板的前缘大致垂直地在其后缘上方升高。 在一个和另一个站中,每个板被快速停止,使得多个后续同步板每个从载体脱离并且堆叠在每个站下的电梯上的堆叠中。 当每个板被沉积时,升降机被缩回,使得下一个板可以被接收在堆叠上。 定期地,板的沉积从一个站切换到另一个站,并且从与每个站相关联的电梯中移除堆叠的板,使得可以在电梯上形成另一个堆叠。
    • 2. 发明授权
    • Battery plate stacker
    • 电池板堆垛机
    • US5494400A
    • 1996-02-27
    • US328853
    • 1994-10-25
    • Roel MendozaRobert R. RaderDavid Yanik
    • Roel MendozaRobert R. RaderDavid Yanik
    • B65H29/18B65H31/32H01M4/20H01M10/04H01M10/14B65G57/14B65H29/38
    • H01M10/0404B65H29/18B65H31/32H01M10/14H01M4/20Y02P70/54
    • Apparatus for transporting and stacking battery plates in which pasted battery plates are delivered from a drying oven to a stacking station by an entry conveyor. In the stacking station, a stack of battery plates builds up on a stacking elevator which then deposits the stack on a take-off conveyor. The take-off conveyor indexes, moving the stack of battery plates out of the stacking station to make room for the next stack. A change elevator moves into the stacking station to handle incoming battery plates while the stacking elevator deposits a stack on the take-off conveyor and the take-off conveyor indexes to remove the stack. A partial stack of battery plates accumulates on the change elevator. When the previous stack has been removed from the stacking station, the partial stack is transferred from the change elevator to the stacking elevator, a full stack builds up on the stacking elevator and the cycle repeats.
    • 用于运输和堆放电池板的装置,其中通过入口输送机将粘贴的电池板从干燥箱输送到堆垛站。 在堆垛站中,堆叠的电池板堆积在层叠电梯上,然后将堆叠物堆放在起飞输送机上。 起飞输送机索引,将堆叠的电池板移出堆放站,为下一堆提供空间。 升降机移动到堆垛站以处理进入的电池板,同时堆垛电梯在堆垛机上放置一个堆垛机,并且取出输送机索引以取出堆垛。 电池板的一部分堆积在更换电梯上。 当先前的堆栈已经从堆垛站移除时,部分堆垛从更换电梯传送到堆垛电梯,堆垛电梯上堆积了一堆堆垛,循环重复。
    • 3. 发明授权
    • Battery plate stacker method
    • 电池板堆垛机方法
    • US5062762A
    • 1991-11-05
    • US488272
    • 1990-03-02
    • John W. WirtzDavid YanikRobert R. RaderRoel MendozaDennis E. Essig
    • John W. WirtzDavid YanikRobert R. RaderRoel MendozaDennis E. Essig
    • B21D43/20
    • B21D43/20
    • A method and apparatus for piling in stacks a plurality of successive individual battery plates moving at a high rate of speed. Synchronized plates are transferred to a carrier conveyor which advances them into work stations with the leading edge of each plate raised generally vertically above its trailing edge. Sequentially in one and another of the stations, each plate is rapidly stopped so that a plurality of succeeding synchronized plates are each disengaged from the carrier and deposited in a stack on an elevator underlying each station. The elevator is retracted as each plate is deposited so that the next plate can be received on the stack. Periodically, the depositing of plates is switched from one station to another and stacks of plates are removed from the elevator associated with each station so that another stack can be formed on the elevator.
    • 一种用于堆叠多个以高速率移动的连续的单个电池板的方法和装置。 同步板被转移到载体输送机,其将它们推进到工作站中,每个板的前缘大致垂直地在其后缘上方升高。 在一个和另一个站中,每个板被快速停止,使得多个后续同步板每个从载体脱离并且堆叠在每个站下的电梯上的堆叠中。 当每个板被沉积时,升降机被缩回,使得下一个板可以被接收在堆叠上。 定期地,板的沉积从一个站切换到另一个站,并且从与每个站相关联的电梯中移除堆叠的板,使得可以在电梯上形成另一个堆叠。