JPS591318Y2 - Case for button type air battery - Google Patents

Description

[Detailed description of the invention] This invention relates to an improvement of a button-type air battery case, which prevents accidents during transportation of batteries and storage deterioration of batteries, and provides a case that allows reliable removal of batteries during use. It is.

As shown in Figure 4, the conventional button-type air battery case uses a synthetic resin plate a made of vinyl chloride, polystyrene, etc., and forms a recess in the synthetic resin plate a that is large enough to accommodate one battery e. As shown in an enlarged view in FIG. 5, a button-type air battery e whose individual air supply holes C of the battery 0 are pasted and sealed with adhesive tape d is housed inside, and the mutually parallel peripheral edges of the synthetic resin plate a are housed. A case was used in which a cover plate g was removably inserted into a groove f which was newly curved inward.

However, in conventional cases, the cover plate g is inserted so that it can be inserted and removed, so the cover plate g comes off due to impact while the battery e is being transported or handled, and the battery e often falls out of the case or gets lost. Ta.

In addition, since the adhesive tape d is attached to the bottom of each battery 0, there are cases where the adhesive tape d is inserted into the equipment used without removing it, and oxygen is not supplied to the air electrode, and the adhesive tape d Because they are insulating, they sometimes do not conduct with the device terminals and do not function as a battery at all.

In this invention, for example, six batteries are lined up in a ring shape so as to seal the air supply hole on a pasting mount with an annular adhesive surface, and the pasting is fixed, and then covered with a battery case with a battery ejection window. To provide a button-type air battery case in which the battery can be easily taken out and an air supply hole can be reliably opened by rotating the case.

An embodiment of the present invention will be described based on FIG. 1.2.3.

1 is a button-type air battery, in which an air electrode 4, a separator 5, a cathode 6, etc. are housed in an anode wire 3 having an air supply hole 2 at the bottom, and the battery is sealed with a cathode sealing plate 8 through a backing 7. There is.

Reference numeral 9 is a case mount made of synthetic resin or paper, with the name of the battery, company trademark, etc. printed on the upper front, and instructions for use of the case and battery printed on the back, and 10 is a hole for hanging the case holder. .

Reference numeral 11 denotes a pasting mount having an adhesive surface 12, which is rotatably attached with rivets 15 together with a battery case 14 having an annular battery accommodating portion 13 therein.

The battery 1 is attached to the mount 1 so as to seal the air supply hole 2 on the bottom.
The adhesive is fixed and stored in a ring shape on the annular adhesive surface 12 of 1.

Reference numeral 16 is a protrusion provided on a part of the pasting mount 11 and does not have an adhesive surface, and is a knob for rotating the pasting mount 11.

The battery case 14 is made of a hard transparent synthetic resin such as vinyl chloride, polystyrene, polyethylene, etc., and is provided with a window 17 at one location on the side or top surface for taking out the battery 1.

In the case of the present invention, the button-type air battery 1 is fixedly attached to the affixing mount 11, so that the battery 1 does not fly out and get lost due to impact during transportation or handling of the case, and air supply is prevented. Since the hole 2 is in a sealed state, it is airtight during storage to prevent storage deterioration, and when in use, the pasting mount 11. Rotate the battery case 14 and remove the battery 1 from the window 17.
Since it is peeled off from the adhesive mount 11 at the same time as it is taken out,
Inevitably, the air supply hole 2 opens, oxygen in the air is supplied, and a discharge reaction begins.Furthermore, since no adhesive tape is used, there will be no insulation from the 0 end f- of the device being used due to forgetting to remove it. If the mount 9 is printed in color, it will have a good appearance and attract the user's attention, and if it is hung from the hanging hole 10, it will be easy to display it at stores such as supermarkets, and anyone can freely purchase the required number of units when needed. .

In addition, when the pasting mount 11 is fixed to the case mount 9 and the battery case 14 with the take-out window 17 is rotatably riveted, the window 17 can be freely rotated and the pasted battery 1 can be taken out.

Further, when the pasting mount 11 is rotated and the battery case 14 with the window 17 is fixed to the case mount 9 by riveting, the sticking mount 11 is rotated by pinching the protrusion 16 and the battery 1 is attached to the window 1.
Move to 7 and remove the attached battery 1.

Therefore, the rotation operation is easy, and the mechanical strength of the case is also increased, which has great effects.

For this reason, the present invention involves attaching and fixing a battery to a pasting board with an adhesive surface so as to seal the air supply hole, covering the battery with a battery case with a window for taking out the battery, and attaching a button to take out the battery by rotating it. The case for air batteries prevents batteries from being lost during transportation, and does not deteriorate when stored.
When in use, oxygen is supplied and IL insulation does not occur, so its industrial value is great.

[Brief explanation of the drawing]

Figure 1 is a front view of the button-type air battery case of the present invention.
Fig. 2 is a sectional view taken along the line 8-A', Fig. 3 is a sectional view of a button-type air battery housed in a case of the present invention, Fig. 4 is a perspective view of a conventional case, and Fig. 5 is a sectional view of a button-type air battery housed in a conventional case. FIG. 2 is an enlarged partially cutaway sectional view of a button-type air battery. 1...Battery, 2...Air supply hole, 9.
...Case mount, 11... Paste mount, 1
4...Battery case, 17...Window.

Claims (1)

[Scope of utility model registration request] A case mount 9, a pasting mount 11 having an annular adhesive surface 12 and closing the air supply hole 2 of the air cell 1, and a battery take-out located on the top surface of the pasting mount 11 and having a part cut out of the battery case 14 itself. It consists of a battery case 14 having a window 17 and an annular battery storage section 13 that stores the battery 1 in a ring shape, the case mount 9, the pasting mount 11, and the battery case 14.
A button-type air battery case characterized in that the two are connected by studs 15 and are rotatable.