Valve-regulated storage battery provided with electric quantity display

一种带有电量显示的阀控蓄电池

  • Inventors: ZHANG LINGJIE
  • Assignees: 张灵杰
  • Publication Date: March 27, 2013
  • Publication Number: CN-202839889-U

Abstract

The utility model discloses a valve-regulated storage battery provided with electric quantity display. The valve-regulated storage battery provided with the electric quantity display comprises an outer shell and a top cover, battery lead plates and bus boards are arranged inside the outer shell, the battery lead plates are longitudinally arrayed inside the outer shell in a parallel mode, the number of the bus boards is two, the bus boards are arranged above the battery lead plates and are connected with the battery lead plates, an acid collector used for the battery lead plates is arranged between the two bus boards, and a plurality of groups of electric quantity display branches are arranged in parallel connection between a positive electrode and a negative electrode. Due to the structure and the arrangement of the electric quantity display branches, terminal voltages of the solid storage battery can be detected through circuits, different terminal voltages control different diodes, the volumes of the storage battery terminal voltages can be evaluated through observing the number of the lit light-emitting diodes (LEDs), the storage battery terminal voltages are in direct proportion to the electric quantity of the storage battery, and therefore the electric quantity of the storage battery can be indicated through the number of the lit LEDs, the circuit design of a management system of the storage battery is simplified, the use inconvenience problem is solved, and the management level of the storage battery is improved.
本实用新型公开了一种带有电量显示的阀控蓄电池,包括外壳和上盖,外壳内设置有电极板和汇流板,电极板纵向平行排列于外壳内;所述汇流板为两块,设置于电极板上方并与电极板连接,其两块汇流板之间设置有用于电极板的集酸器;所述正极和负极之间并联有若干组电量显示分路。本实用新型采用上述结构后,通过设置电量显示分路,实现通过电路检测固体蓄电池端电压,不同的端电压控制不同的二极管,可通过观察发光二极管点亮个数的多少,来评定蓄电池端电压的多少,蓄电池端电压又与电量成正,因此可通过发光二极管点亮的多少指示蓄电池电量的多少,简化了蓄电池的管理系统的线路设计,解决了使用不便的问题,提高了蓄电池的管理水平。

Claims

Description

Topics

Download Full PDF Version (Non-Commercial Use)

Patent Citations (0)

    Publication numberPublication dateAssigneeTitle

NO-Patent Citations (0)

    Title

Cited By (0)

    Publication numberPublication dateAssigneeTitle