JPS5929908Y2 - Mosquito repellent storage case - Google Patents

Description

[Detailed description of the invention] This invention is a mosquito repellent mat storage case, specifically a mosquito repellent that stores mosquito repellent mats stacked one on top of the other so that the mosquito repellent mats can be rolled out one by one and attached to the heating plate of an electric mosquito repellent. This relates to a mat storage case.

Conventionally, most commercially available mosquito repellent mats are individually packaged, and the individual packages are connected continuously with a sheet-like film, which is then folded and stored in a paper box.

Therefore, when using it, first open the paper box, take out the sheet, tear off one mosquito repellent mat from the sheet, tear off the packaging for this one sheet, and use your fingers to remove the bare mosquito repellent mat. He took it out, pinched it with his fingers, and attached it to the heating plate of the electric mosquito repellent.

This method of use has two drawbacks: firstly, the insecticidal ingredients of the mosquito repellent mat stick to the hands and fingers, making the user feel uncomfortable, secondly, it is a hassle to put it on, and thirdly, the packaging must be torn apart each time it is used. Since it is thrown away, garbage is generated, and fourthly, the unused mosquito repellent mat and the paper box are separated and there is a risk that the mosquito repellent mat will be scattered.

The present invention was made to eliminate the above-mentioned drawbacks of the conventional mosquito repellent mat, and it prevents the hands and fingers from getting dirty with insecticidal ingredients when handling the mosquito repellent mat, prevents the mosquito repellent mat from falling over in the case, and prevents the mosquito repellent mat from falling over. The purpose of this invention is to provide a new mosquito repellent mat storage case that prevents quality deterioration.

The present invention will be explained below based on the illustrated embodiments.

A first embodiment of the present invention is shown in FIG.

This mosquito repellent mat storage case 1 is composed of a vertically elongated hollow rectangular column in which mosquito repellent mats can be stacked and stored.

Inside the mosquito repellent mat storage case 1, a pin 11 is fixed vertically downward to the inner wall of the top surface 13.

In addition, the front surface 14 and rear surface 15 of the mosquito repellent mat storage case 1 are
A protrusion 12 having a semicircular longitudinal section is formed along the lateral direction of the mosquito mat storage case 1 at the lower end.

Furthermore, a communication port 16 is provided on the lower surface of the mosquito repellent mat storage case 1 over almost the entire surface.

The pin 11 is fixed to the inner wall of the top surface 13 so as to be inserted into one of the holes 30 and 30' of the mosquito mat 3 stacked inside the mosquito mat storage case 1, as shown in FIG. ing.

The mosquito mat 3 stacked and stored in the mosquito mat storage case 1 in this way has the pin 11 inserted through its hole 30, so even if the mosquito mat storage case 1 is roughly handled, the mosquito mat 3, there is no risk of misalignment or falling.

In addition, the pin 11 is provided so as to reach near the communication hole 16, so that even if only one mosquito mat 3 is stored in the mosquito mat storage case 1, it can be prevented from falling over. It has become.

Here, the hole 30 of the mosquito repellent mat 3 through which the pin 11 is inserted
The mosquito repellent mat is designed to quickly evaporate the insecticidal ingredients in the mosquito repellent mat, provide good heat conduction of the insecticide, and allow the heated and evaporated insecticide to efficiently diffuse into the air.

Therefore, in order to make the insect killing effect of the mosquito repellent mat efficient, these holes are optimal.

In this invention, the holes for efficient use of mosquito mats are used to prevent mosquito mats from collapsing and falling when aligned, and a new mechanism is provided to prevent mosquito mats from collapsing and falling. It is unnecessary and convenient.

In addition, by inserting a pin into the hole that volatilizes the insecticidal ingredient, it prevents the mosquito mat from sagging and falling when it is aligned in the mosquito mat storage case, and also improves the quality of the mosquito mat, which means the evaporation of the insecticidal ingredient. It also serves as a preventive measure.

In addition, in order to use the mosquito mat storage case 1 in which the mosquito mats 3 are stacked and stored, the mosquito mat storage case 1 is attached to the mat supply device 2 as shown in FIGS. 3 and 4. Then, the mosquito repellent mats 3 are rolled out one by one.
Next, the attachment of the mat supply device 2 and the mosquito repellent mat storage case 1 to the mat supply device 2 will be described.

The mat supply device 2 to which the mosquito repellent mat storage case 1 is attached is
It consists of an action chamber 2a in the shape of an oblong hollow square prism that communicates with the communication port 16 of the mosquito repellent mat storage case 1, and a mechanism chamber 2b in the shape of an elongated hollow square prism that communicates with the action chamber 2a and is integrally attached.

An opening 22 for feeding out the mosquito repellent mats 3 one by one is provided at the front lower end of the working chamber 2a, and an opening 23 identical to the opening 22 is provided at the rear lower end of the working chamber 2a.

Further, in the upper part of the openings 22 and 23, as shown in FIG. 4, a groove 27 having a semicircular longitudinal section is formed so as to fit into the protrusion 12 of the mosquito repellent mat storage case 1. By fitting the grooves 27 and the protrusions 12, the mosquito mat storage case 1 is integrally attached to the mat supply device 2.

Note that the means for attaching the mosquito repellent mat storage case 1 and the mat supply device 2 is not limited to the above-mentioned attachment means.

A long plate-shaped slider 21 is slidably inserted into the opening 23, and the tip of the slider 21 is inserted into the opening 22.
It is installed to block the

Furthermore, an operating member 21a having an inverted U-shaped cross section is housed inside the mechanism chamber 2b, and is integrally attached to the rear end of the slider 21. A biasing member 25, such as a spring, is interposed therein to constantly push the operating member 21a and the slider 21 forward so that the tip of the slider 21 closes the opening 22.

The slider 21 has a front-to-back length that is approximately equal to the front-to-back width of the mosquito repellent mat storage case 1, and the operating member 21a attached integrally with the slider 21 collides with the front surface of the mechanism chamber 2b and the rear surface of the action chamber 2a. This prevents the slider 21 from protruding outward from the opening 22.

The opening 22 for feeding out the mosquito repellent mat in this way is
Slider 21 being pushed forward by the biasing member 25
Since the inside of the mosquito mat storage case 1 communicating with the action chamber 2a is sealed, the airtightness of the mosquito mat storage case 1 is maintained, thereby preventing deterioration of the quality of the mosquito mat.

If a leaf spring is attached between the slider 21 and the action chamber 2a so as to always push the slider 21 upward, it is possible to further increase the airtightness inside the mosquito mat storage case 1.

Further, an operation button 21b is fixed to the upper part of the operation member 21a, and is slidably attached to a long hole 24 formed in the upper plate 27 of the mechanism chamber 2b.

The mosquito repellent mat is fed out by operating this operation button 21b, and the feeding method will be described next.

To feed and attach the mosquito repellent mat 3 to the heating plate of an electric mosquito repellent (not shown) using the mosquito repellent mat storage case 1 and the mat supply device 2, after pulling the operation button 21b backward. , just slide it forward again and attach it to the heating plate of the electric mosquito repellent.

More specifically, first, the slider 21, which is always pushed forward by the biasing member 25 inside the mechanism chamber 2b, is moved backward from the opening 23 by sliding the operation button 21b inside the elongated hole 24 backward. (state shown in Figure 4).

Due to this movement, the mosquito mats 3 stacked in the mosquito mat storage case 1 fall into the action chamber 2a in which the slider 21 is housed due to their own weight or the weight of the stacked mosquito mats 3.

Next, when the operation button 21b in the long hole 24 is slid forward, the slider 21 also slides forward, and the mosquito mat 3 that has fallen into the action chamber 2a is moved to the opening 22.
It is fed out from the machine and attached to the heating plate of the electric mosquito repellent.

Furthermore, as a second embodiment, the one shown in FIG. 5 will be explained.

This mosquito repellent mat storage case 10 has a hollow rectangular prism shape with a bottom, and has communication ports 18 and 18' on the front surface 14 and the rear surface 15.
is provided.

The communication openings 18 and 18' are formed so that one mosquito repellent mat 3 can be inserted therethrough, and have the same size and shape as the openings 22 and 23 of the mat supply device 2.

To attach the mosquito repellent mat storage case 10 to the mat supply device, as shown in FIG. A groove 28 having the same shape as the cross section of the mat storage case 10 is formed, and the lower end of the mosquito mat storage case 10 is fitted into the groove 28 to attach the mosquito repellent mat storage case 10 to the mat supply device 2.

Further, the communication ports 18, 18' are in close contact with the openings 22 and 23 of the mat supply device 2, and the slider 21 can be inserted therethrough.

Since this slider 21 is always pushed forward, the communication port 18.18' and the opening 22.23 are connected to the slider 21.
This prevents the mosquito repellent mat storage case 10 from falling off from the mat supply device 2.

Further, the length of the pin 11 is such that it is inserted from the bottom upward to the hole 30 of the second mosquito repellent mat 3.

Therefore, when the mosquito repellent mat 3 located at the lowest position is paid out by the slider 21, the pin 11 is inserted into the second mosquito repellent mat 3 from the bottom, so that the second mosquito repellent mat 3 from the bottom The second mosquito repellent mat 3 does not shift.

The structure and mechanism of the mosquito repellent mat storage case 10 and the mat supply device 2 are the same as those of the first embodiment except for those mentioned above, and the explanation thereof will be omitted.

In addition, in the first and second embodiments, the shape and size of the mosquito mat storage case were made to match the mosquito mat, but as shown in FIG. The shape of the cross section of the pin 11 inserted into the mosquito repellent mat 3 is polygonal (triangular in FIG. 7), and the corners are attached to the mosquito repellent mat 3
If the mosquito repellent mat 3 is brought into contact with the hole 30 of the mosquito repellent, the mosquito repellent mat 3 will not easily shift in the horizontal direction, so that the shape and size of the mosquito repellent mat storage case can be made freely.

As described above, in this invention, the mosquito mats can be stacked and stored, and there is no need to take out the mosquito mats one by one from the sheet-like material. There is no need to attach it to an electric mosquito repellent, or the insecticidal ingredients will stick to your hands and fingers, causing discomfort.

In addition, pins are inserted into holes formed in the mosquito mat for the evaporation of insecticidal ingredients to prevent the mosquito mat from sagging and falling when aligned within the case, and also to prevent deterioration in the quality of the mosquito mat. be.

[Brief explanation of drawings]

Fig. 1 is a perspective view of a mosquito repellent mat storage case showing the first embodiment of the present invention, and Fig. 2 is a first view when mosquito repellent mats are stacked and stored in the mosquito repellent mat storage case of Fig. 1. ■I-■■ line sectional view, Figure 3 is a perspective view showing the mosquito repellent mat storage case shown in Figure 1 attached to the mat supply device, Figure 4 is Figure 3 line IV-IV sectional view, Fig. 5 is a perspective view of a mosquito repellent mat storage case showing the second embodiment, Fig. 6 is a sectional view showing the mosquito repellent mat storage case of Fig. 5 attached to a mat supply device, and Fig. 7 is a pin It is a simplified perspective view explaining the shape of. 1.10... Mosquito mat storage case, 2...
... Mat supply device, 3 ... Mosquito repellent mat, 30
...hole, 11...pin.

Claims (1)

[Scope of utility model registration request] 1. In a mosquito mat storage case in which mosquito mats having at least one hole are stacked and stored, a pin that is inserted through the hole in the stacked mosquito mats is provided inside the mosquito mat storage case. A mosquito repellent mat storage case featuring: 2. Utility model registration claim No. 2, characterized in that the pin is inserted upward from the bottom of the mosquito repellent mats stacked and stored in the mat storage case to a hole in the second mosquito repellent mat. Mosquito mat storage case described in item 1. 3. The mosquito repellent mat storage case according to claim 1 or 2, wherein the pin is formed to protrude from an inner wall of the mat storage case. 4. The mosquito repellent mat storage case according to any one of claims 1 to 3, wherein the pin has a polygonal cross-sectional shape.