JPS60205965A - Manufacture of storage battery - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement in a method for connecting a storage PIi and a pond in a collective storage battery in which a plurality of single cells are connected.

Conventionally, a pole pole is used as a set of collective storage batteries by connecting a plurality of single cells in series or in parallel.1.
1' is inserted into a pole pole insertion machine (which makes a hole of Δ) in the recess formed by the cover 2vc, and the outer circumference of the pole pole 1.1' is wrapped around the outer circumference of the pole pole 1.1', and a rubber bushing 5 is inserted into the space inside the recess 3. In order to insert the device into the pole column 1.1' through the strong fitting fin insertion hole 8.8' in a shaft-fitted state to the pole column 1.1', and to weld the column 1.1' to the peripheral wall surface. A gap is created between the eaves and the surrounding wall of the gas burner, and the lead that melts into A drips down, flows along the upper surface 6 and the flange surface 7 of the rubber bushing 5, and flows out onto the lid 2 surface, causing the rubber bushing 5 and the flange surface 7 to flow down. The flange surface 7 has the disadvantage that it is difficult to connect the lid 2 and the rubber pushing 5 by burning out, such as burning even the 2 sides of the eaves, making it difficult to connect.

The present invention eliminates the above-mentioned drawbacks and prevents the molten lead from flowing out to the lid surface through the opening of the connecting rod. It is installed on the surface of all connecting rods and is obstructed by the upper and s walls, so that the VC can be installed on the surface of the receiver without flowing down onto the comb bushing surface.
Tome Atoba Rano 1. The present invention provides a method for connecting pole poles of adjacent biconverting batteries via connecting rods in a manner that prevents the poles from being bent on one side.

1) To explain the embodiment of the present invention, the battery containers are placed in adjacent battery containers.1. A pole post 1.1', which is separated from a group of pole plates (not shown), is provided on the surface of the lid 2.2', respectively.
The rubber bushing 5.5' is fitted into the pole pillars 1 and 1' and inserted into the space of the recessed portion 3.3' to keep the inside of the space secure. 6' and the flange wall 11 forming the upper surface of each recess 3.3' are inserted, and the through hole 8.8' of the connecting rod 9 is inserted into the pole post 1.1'. In this situation, a fire from a gas burner caused the tip of the pole column 1.1' and the O wall surface of the through hole 8.8' to melt and pour molten lead into the tip of the pole column 1.1'. The through hole 8.8' containing the lead is filled and fixed, but at this time molten lead enters the through hole 8.8'.
Even if you miss the melting gap that occurs on the bottom of the odor wall part 11
is inserted into the transparent frame portion 12, so that the receiver 10
．． 10' and prevents it from flowing down to the rubber bushing 5.5' and the collar edge 7.7'.

By performing the connection work using the method described above, even if lead melts due to abnormal heating, it may cause an abnormality! (Rubber bushings 5.5' and 2.2' flush by filling the gap between the through hole 8.8' and the tip of the pole column 1.1' due to the With the flow, it is possible to prevent burnout damage caused by fL et al.'s i3B,
1. It's too easy to avoid dropping the molten lead. The molten state of Rua 1” lead is insufficient.
Although advanced welding techniques were compared because there was a risk that the connection between the connecting rod 9 and the pole columns 1 and 1' would become opaque due to the molten lead being incident on the molten lead, the present invention In this case, the receiver 1o made of synthetic resin or the like is used.As mentioned above, the present invention 21 is a mechanical material that can facilitate the welding work when connecting the connecting rod and prevent burnout of the lid, etc. It is a very valuable dog.

[Brief explanation of drawings]

Figure 1 is a sectional view of the main parts showing the connection structure in the conventional storage battery manufacturing method, Figure 2 is a bottom view of the connection rod used in the present invention, and Figure 3 is the connection structure in the frost storage pond manufacturing method of the present invention. FIG. 4 is a cross-sectional view of the receiver according to the present invention. J, 1' is the pole column, 2.2' is the lid, 3.3' is the recessed part, 4.
4' is the pole insertion [ ], 5' is the rubber bushing, 6.
6' is the upper surface part, 7.7' is the flange surface part, 9 is the connecting rod, 10
, 10' is the receiver, 11.11' is the partition wall, 12σ transparent opening frame, 13 is the applicant for Zenman Bamboo Permit.

Claims (1)

[Claims] The upper surface of the rubber bushing, which is inserted into the pole post that can be inserted into the pole post insertion hole provided in the recess provided in the lid and is present in the recess, and the flange surface of the recess are in a state of being thick. Connect the pole post and the connecting rod by inserting the receiver having a section into the pole post and fitting the dedicated wall part of the receiver Q into the circular groove formed on the back side of the open frame part of the connecting rod. A method for manufacturing a storage battery characterized by the following.