JPH0353662Y2 - - Google Patents

Description

[Detailed Description of the Invention] <Industrial Field of Application> The present invention relates to an adhesive mount for fly traps that directly traps flies in a so-called bird-like manner.

<Prior Art> Conventionally, fly-catching ribbons having adhesive coated on the surface of the ribbon are known as this type of simple fly-catching bodies commonly used. This fly-catching ribbon is normally used by hanging it from the ceiling.

<Problem that the invention aims to solve> However, due to their habit, flies do not constantly fly around in the upper part of the room, which is near the ceiling. That is, they gather in the upper layers of the room from spring to early summer when the temperature is low, and in the lower layers where it is relatively cool from summer to autumn. For this reason, a ribbon type that is simply hung from the ceiling has a low insect-catching rate, and the worst thing about it is that it hangs like a rod from the ceiling and sways as needed, which makes it look unsightly.

In view of the above-mentioned circumstances, the present invention aims to provide an adhesive mount for fly traps that has a mount-like structure that can be installed in an appropriate location and that allows water to drain easily even when it is outdoors and rains. .

<Means for Solving the Problems> The present invention forms a rectangular bifold cardboard mount body whose surfaces are folded inwards, and a mount for opening a shed on both sides of the mount body. Attach an inclined folding curve so as to arrange the triangular piece part at a wide position at the base end of the bifold part so that the tip reaches the corner, and apply adhesive to the center of both inner mating surfaces of the mount body, This adhesive is exposed at the position of the forming part by folding back the mount body and making the triangular pieces stand up.

<Function> Due to the above structure, when not in use, such as shipping or sales packaging, the adhesive is located on the inside of the mount body when folded in half, so it does not take up much space, and when in use, the inside becomes the surface. All you have to do is fold it back, make the triangular pieces that form the sides stand up, make the main body of the mount into a hut, and install this hut in the desired location.Also, since the center is mid-height, even if it rains on the mount, it will not get wet. It becomes something you can let go of.

<Example> Hereinafter, the present invention will be described in detail based on the drawings of the example.

Reference numeral 1 denotes a bi-fold mount body formed by folding the center of a rectangular cardboard mount material 1A in half along the bi-fold line 2, with the front surface 1a facing inward and the back surface 1b facing up; On both sides 1c of 1, an inclined folding curve 4 for forming a triangular piece 3 for opening the shed is attached diagonally, with one end at a position separated by a distance l on the bifold line 2, and the tip connecting the protruding corner 1d. At the same time, a rising ear portion 5 is attached to the open end edge 1e with a folding line 6 parallel to the edge,
In addition, a thin layer of adhesive 7 is applied to the center of the surface to be mated on the inside (surface 1a), and the adhesive 7 is used to adhere both inner mating surfaces, resulting in an adhesive mount 8 for fly traps that is folded in two as a whole. . Of course, the inclined folding line 4 and the folding line 6 are arranged on the upper and lower mount parts 1' and 1', respectively, which are folded in half. That is, the bifold mount body 1
When unfolded, the triangular pieces 3 are located on all sides, and the rising ears 5 are located on both ends (see Fig. 2). However, this rising edge portion 5 is provided with a cut line 9 extending from the edge to the folding line 6 on both sides, and a continuous hem piece portion 10 is provided on the mount portion 1' on the outside thereof. Reference numeral 11 denotes marked lines carved at appropriate intervals on the bending lines of the inclined folding line 4 and the folding line 6, and the marked lines 11
makes it easy to bend. Reference numeral 12 denotes a hanging hole bored in the bifold line portion 2a of the triangular piece of the bifold mount main body 1.

To explain this function now, first, this adhesive mount 8 is used as a two-fold mount main body 1 which is folded in half so that the adhesive 7 side is on the inside at all times (when not in use such as shipping, sales packing, storage, etc.). Therefore, no adhesive 7 appears on the upper and lower surfaces of the adhesive mount 8,
It is possible to stack an appropriate number of sheets in sequence.

Here, when using the fly mount,
This bi-folded mount main body 1 is folded in half, and the adhesive surfaces 7, 7, which are aligned inside, are spread out against this adhesive force so that the actual surface 1a becomes the upper surface. In this state (in the unfolded state), the triangular pieces 3, 3, 3, 3 on both sides of the unfolding mount main body 1'' are aligned with the inclined folding curve 4.
By vertically folding the triangular piece 3,
A roof slope is provided to the mount portions 1', 1' with an inclination of 3. That is, the folding and unfolding mount main body 1'' of the triangular pieces 3, 3, 3, 3 has 13 sets of huts, and the adhesive 7,
7 sides are exposed. In addition, the rising ears 5, 5 at both ends
It also descends along folding lines 6, 6. However, this rising ear part 5 is the hem piece part 10 which becomes the end of the slope of the shed.
Because the length is set shorter than the protrusion length of
If the rising ear portion 5 is bent so as to reach the floor below through the bending line 6 at the base end, a large inclination angle will inevitably be obtained, and the edge will bite into the floor and cause slippage. It acts as a kind of stopper against movement. Note that the upper end of the two downward line portions 2a (the inclined bending curve 4
By providing a U-shaped cut line 14 on the side edge),
The descending reinforcement between the continuous triangular pieces 3, 3 and the roof surfaces 15, 15 is ensured.

Then, the assembled adhesive mount 8 is installed at a desired location. For example, from spring to early summer, when the temperature is low, flies tend to gather in the upper layers of the room, so they are placed in high places such as on shelves and chests of drawers. Place directly on the surface. This adhesive mount 8 has a planar structure with adhesives 7, 7, so that the adhesive surface area for flies is wide, and the planar setting provides good stability and good appearance. Of course, when discarding after use, if you reverse the above-mentioned roof assembly operation and unfold the triangular pieces 3, 3, 3, 3 and fold the unfolded mount main body 1'' in half, the adhesive 7, 7 side will be on the inside. As a result, the flies that have become insect traps can be thrown away without being seen.

In addition, when used outdoors, since there is a risk that the adhesive mount 8 may be blown away by the wind, etc., the constricted portions that become the bi-fold line portions 2a, 2a of the triangular piece portions 3, 3, 3, 3 formed by the roof frame. 16 (the central part is constricted when viewed from above), a fixed object B such as a pebble may be placed on it (see Fig. 6).
When used outdoors, the adhesive mount 8 may be exposed to water droplets from rain, etc.
5,15, the water droplets flow down along the slope and can be easily discharged.

Furthermore, when used for hanging from an upper position such as a ceiling surface, hanging holes 12, 12 arranged at the bi-fold line portions 2a, 2a on both sides of the assembled adhesive mount 8 are used.
The suspension string 17 may be inserted through the adhesive 7, and with the adhesive 7 facing downward, the suspension string 17 may be hooked onto a separate locking device (not shown) arranged above to obtain a hanging position. (See Figure 7).

<Effects of the invention> As mentioned above, the adhesive mount for fly traps of the invention has the following effects:
Triangular pieces for opening the shed are arranged on both sides of the mount body, adhesive is applied to the center part, and the adhesive side is folded in half with the inside facing up. By opening the main body of the mount and folding the triangular pieces to take it out, the mount becomes a flat mount with the adhesive surface as the surface of the mount, so it can be set in the desired location and is less noticeable than the conventional ribbon type. Good appearance. Furthermore, since the adhesive surface has a roof slope, even if it rains when used outdoors, water can easily drain away. Moreover, by providing a rising edge shorter than the hem piece in the center of the hem piece that is the end of the slope of the shed, the rising ear can be bent at a large slope so that it reaches the floor when in use. This serves as a kind of slip prevention, and since the central part of the roof frame is constricted, fixed objects etc. can be placed here, and from this point of view, it can also be used as a mount that does not cause slippage. Furthermore, since this adhesive mount has a two-fold structure, when not in use, the adhesive side is folded inside, making it possible to bulk up a large number of sheets. Just like when in use, the adhesive side is folded inward, so you can throw it away without seeing the flies. Of course, since the base material of this adhesive mount is made of cardboard, it can be incinerated as is. Further, since the structure of the present invention is simplified, it is only necessary to go through simple steps such as punching, scoring, and applying adhesive, and it has practical effects such as being suitable for mass production.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention; FIG. 1 is a perspective view of the device in use, FIG. 2 is an expanded plan view, FIG. 3 is a bottom view of the same, and FIG. 4 is a plan view folded in half.
FIG. 5 is a longitudinal cross-sectional view of the same, FIG. 6 is a slope view of another embodiment for outdoor use, and FIG. 7 is a slope view of the device for hanging use. 1... Bifold mount body, 1a... Surface, 1c
...Side part, 2...bi-fold line, 3...triangular piece,
4... Inclined bending curve, 7... Adhesive.

Claims (1)

[Scope of utility model registration request] On both sides of a flat rectangular cardboard mount with a bi-fold line for inward or outward folding in the center, four protruding corners are placed on both sides of the base at an inner position a certain distance away from both ends of the bi-fold line. Triangular pieces for opening the shed are divided and arranged with slanted folding curves extending over the sections, and the folding lines parallel to the leading edges and perpendicular cut lines on both sides are set up in the middle of both ends of the mount material. A mount body on which the ears are arranged is formed, an adhesive is applied to the center of the surface of the mount body, and the mount body is folded in half with the adhesive side on the inside when not in use, and the adhesive side is on the front side when in use. The triangular pieces disposed on both sides are vertically folded down along inclined folding curves to form a shed with a predetermined slope, and the lower ends of the raised ears at both ends are aligned with the floor surface. Adhesive mount for fly traps that can be folded down through the folding line to reach the surface.