JPH0318485Y2 - - Google Patents

Description

[Detailed description of the invention] [Industrial application field] This invention relates to work clothes worn when spraying pesticides, and is designed to provide good ventilation and minimize the possibility of pesticides adhering to the body. It is designed to prevent this from happening.

[Conventional technology]

Spraying pesticides is usually carried out by wearing waterproof coats, but carrying a heavy sprayer on your back and wearing waterproof clothing with poor breathability has the disadvantage of being extremely hot and humid and extremely tiring.

[Problem that the invention attempts to solve]

By the way, in recent years, work clothes that can be used in the rain and can also be used as exercise clothes have been developed, and these are made of jackets and pants that are layered in two layers (top and bottom), and the outside air enters through the overlapped parts to improve breathability. It is starting to be granted. (For example, Jitsukaiaki
(Refer to Publication No. 60-161125 and Publication No. 59-91311 of Japanese Utility Model Publication) These work clothes can be worn when spraying pesticides, but they were originally used in an almost upright position and were designed to prevent rainwater from entering from above. It was designed for the purpose of preventing spraying, and it takes into account situations such as the forced posture of bending down or arching back, such as when spraying pesticides, and situations where the spray liquid is sprayed not only from above but from the side. It is not implemented and is not practical.

[Means for solving problems]

On the other hand, this invention is similar to the above-mentioned athletic wear/work clothes in that part of the jacket and pants are layered to allow ventilation from this part, but in this invention, In particular, the structure is such that it prevents the spray liquid from penetrating and allows the spray liquid adhering to the surface of the outer cloth to immediately flow downward.

[Example of idea]

An example of this invention will be explained with reference to the drawings.
As is clear from FIGS. 1 to 5, the jacket A is
It is formed by attaching sleeves 1, 1, which are also waterproof, to a waterproof front and rear body, and the inner surface of this front and rear body is fully lined with a mesh lining 2 having a coarse mesh. After attaching the waterproof lower outer fabric 3 to the lower half of the lining 2 by sewing its periphery,
As shown in FIG.
is attached by sewing both ends to the armhole. The lower edge of this upper outer cloth 4 is as shown in FIG.
As is clear from FIG. 3, they have triangular hanging edges 5, 5 projecting downward.

Next, as shown in FIGS. 6 and 7, the upper half of the inner surface of the pants B has a mesh lining 6 with a coarse mesh, and is sewn to the lower end of this mesh lining 6 to form a waterproof lower outer part. A cloth 7 is hung vertically on the outer surface of the net-like lining 6, leaving a ventilation section 8 at the upper end, and an upper outer cloth 9, which is also waterproof, is arranged so that its lower edge sufficiently overlaps the upper edge of the lower outer cloth 7. It is installed hanging down. Note that 10 is a tightening rubber string.

Next, the waterproof hood C includes a head covering part 13 formed by wrapping a net-like lining 12 with a waterproof cloth 11 connected to the lower end in a waterproof cloth, and a head cover part 13 formed by sewing the upper end to the lower end of the waterproof cloth 11 to cover the head. The head cover is formed of a waterproof hanging cloth 14 that protrudes downward from the head cover 13, and the head cover has a gusset 15 at the rear of the lower edge so that the lower edge is at the rear. It is overhanging.

[Function and effect]

This device has the above-mentioned structure, in which the upper outer fabric 4 of the upper garment A is overlapped with the lower outer fabric 3 with a sufficient overlap, and its lower edge protrudes as a triangular hanging edge 5. Therefore, the spray liquid flowing down along the surface of the upper outer cloth 4 is collected at one point by the hanging edge 5, and there is little risk of it spreading laterally between the inner surface of the lower outer cloth 3 and the lower outer cloth 3. Furthermore, since the mesh lining 2 is stretched over the inner front surfaces of the front and rear body parts, it does not become sticky due to sweat and is comfortable to use with ventilation from the overlapped parts. In the illustrated embodiment, the front of the jacket A is opened and closed via a snap button, but it may be of a closed type and worn over the head.

Next, pants B have a ventilation section 8 formed by a mesh at the upper end, which makes them cool, and this ventilation section 8
is covered by the hem of jacket A, so there is no risk of the spray liquid entering.

In addition, since the waterproof hood C has a triangular shape with the tip protruding downward like the hanging cloth 14, there is no risk of the flowing liquid spreading laterally, and furthermore, the upper end of the hanging cloth 14 has a waterproof part at its center. Since it is sewn and connected to the cloth 11, it has good breathability and there is no risk of the spray liquid entering.
Since the rear edge of No. 4 protrudes rearward, sufficient ventilation can be maintained even when working with the head facing upward.

As mentioned above, each part has a layered structure, which provides good ventilation and allows for easy bending and stretching of the body.Furthermore, since the inner surface that contacts the body is formed of a series of net-like linings that extend vertically, it is possible to Even if the spray liquid gets inside due to some reason,
This liquid has many advantages, such as flowing downward along the mesh and minimizing the contact area with the skin.

[Brief explanation of the drawing]

Figures 1 to 5 are front views of the jacket, respectively;
Front back view, back view, back back view, side sectional view,
6 and 7 are a front view and a front back view of the pants, respectively, and FIGS. 8 and 9 are a side view and a front view of the waterproof hood, respectively. Codes in the figure: 1 is both sleeves, 2, 6, 12 are mesh lining, 3, 7 are outer outer fabrics, 4, 9 are upper outer fabrics, 5 is a hanging edge, 8 is a ventilation part, 11 is a waterproof fabric, 13 14 is a hanging cloth, 15 is a gusset, A is a jacket,
B indicates pants and C indicates a waterproof hood.

Claims (1)

[Scope of utility model registration request] A lower outer fabric 3 is sewn to the outer surface of the net-like lining 2 to cover the lower half, and both ends are sewn to the armholes, the lower edge is overlapped with the upper edge of the lower outer fabric 3, and the lower edge is sewn to the outer surface of the net-like lining 2. A waterproof jacket A in which both sleeves 1, 1 are sewn to the front and back body formed of an upper outer cloth 4 with a triangular hanging protrusion in the center,
The upper half is a net-like lining 6, the lower half is a lower outer cloth 7,
Leaving the upper end on the outer surface of this net-like lining 6, the upper outer cloth 9
Waterproof trousers B whose lower edges overlap the upper edges of the lower outer cloth 7 and hang down; and a head covering portion 13 whose inner surface is lined with a net-like lining 12 and a waterproof cloth 11 continuous to the lower end of this net-like lining. Work clothes for spraying pesticides comprising a waterproof hood C having a lower end edge of a hanging cloth 14 whose trailing edge extends rearward, and a waterproof hood C with its upper edge central part sewn to the lower end of the waterproof cloth 11.