JP2519963Y2 - Fly sheet overhang device for tent - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Purpose of Invention] (Industrial field of application) The present invention relates to a semi-circular flexible tent that is tensioned by an elastic pole having a milk part along each ridge of the tent. The present invention relates to an overhanging device when a fly sheet is stretched over a stretched tent.

(Prior art) A fixed tent that has a milk part along the ridgeline either fixes both ends of a pole inserted in the milk part to the ground, or uses the pole inserted in this milk part as an auxiliary pole, The tent is stretched by fixing the auxiliary poles to the pillars that are crossed along the milk part and fixed to the ground at both ends.

When the fly sheet is stretched on the tent after it has been stretched, as shown in Japanese Utility Model Publication No. 57-19000, conventionally, in the case of a large fixed tent, a hook piece for locking the tent pole is provided. A tent formed by extending the base of the hook piece downward to form an auxiliary pole through hole that opens in the longitudinal direction of the tent pole, and forming a flysheet supporting tension pole insertion hole in a direction intersecting the hole. You are using the seat suspension. This is to make a hole for the tension pole to pass through to the fixture for attaching the auxiliary pole to the column, and to pass the tension pole to the hole of the fixture on the adjacent ridge line and cover the fly sheet on it. I am trying. That is, a fly sheet overhanging device is provided by the attachment and the upholstery pole.

Further, when the tent is stretched only by the pole inserted through the milk portion, a separately prepared fixing tool for fixing the tension pole through the tension pole is attached to the pole, and the tension pole is inserted therethrough.

In any case, in the conventional case, since it is a fixed type, it lacks flexibility, and it is necessary to use a member such as a fixture or a fixture. Since these are small, they are often lost. Further, since the conventional fly sheet overhanging device is fixedly attached to a fixed position of the tent body so as to cover the entire surface of the tent body, the position of the fly sheet cannot be adjusted. Therefore, not only the air permeability is impaired, but also the overhang direction and overhang of the fly sheet cannot be adjusted depending on the weather conditions such as the wind direction.

(Problems to be solved by the invention) The present invention aims to improve such a point, and is semicircular and flexible without using the above-mentioned members such as fittings and fixings that may be lost. A fly sheet for a tent that can be stretched with an elastic pole that allows you to stretch a fly sheet on a certain tent and adjust the stretch direction and amount of the fly sheet relative to the tent depending on weather conditions such as wind and rain directions. Is to provide.

[Means for Solving the Problem] (Means for Solving the Problems) A fly sheet overhanging device for a tent according to the present invention is a milk formed along a ridge line that hangs radially from the apex of the tent sheet that is tensioned by an elastic pole. Part, hole (3)
The eyelet (4) having the
The holes (3) and (3) of the eyelets (4) and (4) are provided at the opposite positions of (1), and the end portions of the holes (3) and (3) have a thickness substantially equal to that of the holes (3). Are slidably inserted through the tension poles (6) having a length capable of protruding from the eyelets (4) and (4), and the tension poles (6) are inserted into the eyelets (4) and (4) next to each other. Determining the overhang direction and the overhang amount of the fly sheet (5), which is locked by the inner edges of the holes (3), (3) that are inclined in a "H" shape at the opposing positions of the milk part (1) (1). It is characterized by being able to do.

(Operation) In the present invention, the ridgeline of the tent extends radially from the tent apex tensioned by the elastic pole, so that the hole (3) of the eyelet (4) is not perpendicular to the horizontal. No, it becomes diagonal. That is, the two eyelets (4) and (4) that are inserted through the tension pole (6) are tensioned and arranged in a "H" shape, as shown in FIG.
The hole (3) of the eyelet (4) is set to be approximately equal to or slightly larger than the thickness of the tension pole (6). The apparent diameter becomes smaller, and the tension pole (6) is inclined ("C" shape) with tension of the tent to form a retainer. The tension pole (6) is the eyelet (4).
It is slidably inserted and supported with respect to it, and it is possible to make the protrusion length from the left and right milk parts (1) (1) of the tension pole (6) equal, or to attach one side so that it projects longer Thus, it is possible to adjust the overhanging direction and the overhanging amount of the fly sheet, and thus the fly sheet can be made as small in area as possible.

(Embodiment) FIG. 1 is an embodiment of the tent according to the present invention. As shown in the figure, the ridgeline of the tent extends from the apex of the tent as a starting point, so that along the ridgeline, the milk part (1), ( 1),
(1) is provided. A pole (2) is inserted through the milk part (1) to fix the tip part to the ground.

In this embodiment, a hole (3) is formed at a desired position of the milk part (1).
An eyelet (4) having is attached. The mounting position of this eyelet (4) is such that the height of each ridge line from the ground is constant, that is, the eyelets (4) provided on the opposing ridge portions (1), (1) of adjacent ridge lines. , (4) are selected so as to be in symmetrical positions. The shape and material of the eyelet (4) are not particularly limited, and any material having the hole (3) may be used.

Tension pole (6) for tensioning the fly sheet (5)
(6) is the milk part (1), (1) where the adjacent ridge lines face each other.
As shown in FIG. 1, by inserting eyelets (4) and (4) at symmetrical positions, the length can be extended considerably outside the milk parts (1) and (1). It is formed and is slidably attached to the left and right. As shown in FIGS. 4 and 5, the fly sheet (5) is covered and its end is fixed to the pole (2). The diameter of the hole (3) of the eyelet (4) is equal to or slightly larger than the diameter of the tension pole (6).

The ridges of the tent hang radially from the top and spread out, so the eyelets (4) next to each other on the left and right are the third
As shown in the figure, it will incline in a “C” shape. The hole (3) of the eyelet (4) is apparently small, and the tension pole (6) is pressed down by the inner edge itself of the hole of the eyelet (4). Therefore, the tension pole (6) can be stably attached and supported so as not to move by simply passing it through the eyelet hole (3).

Not only can the tension poles (6) be installed symmetrically, but depending on the direction of the wind and the weather, the position of attachment of the tension pole to the tent can be changed to change the form of installation of the fly sheet (5) as shown in FIG. Even in that case, since the tension pole (6) is pressed down by the hole (3) of the slanting eyelet (4) as described above, it is stably maintained.

[Advantage of Invention] As described above, according to the present invention, since the eyelet having the hole is installed in the milk part provided along the ridge line of the tent which is tensioned by the elastic pole, the milk part is flexible. Since it has a sword and is designed so that the pole is inserted through the eyelet,
There is no need for a special fixture for inserting the tension pole as in the past.

Moreover, since the eyelet is formed on the flexible milk part, the eyelet is slanted into a “H” shape and the tension pole itself is inclined and held by the tension of the tent. The tension pole can be held in a stable and balanced manner simply by inserting it into the hole.

Further, the tension pole can adjust the protrusion length from the milk part, that is, the ridgeline depending on the wind direction and the weather, and can change the protrusion direction of the tension pole depending on the weather conditions such as wind and rain, thus changing the installation form of the fly sheet. Not only does the fly sheet need to be large enough to cover the entire surface of the tent and extend it to the surrounding area, but it also has a smaller area than conventional ones, so even when the fly sheet is stretched. Good breathability.

[Brief description of drawings]

FIG. 1 relates to an embodiment of the present invention. FIG. 1 is a perspective view of a tent before a fly sheet is stretched, FIG. 2 is an enlarged view of a portion having eyelets on a milk portion, and FIG. 3 shows eyelets. FIG. 4 is an enlarged side view showing the tension Paulno relationship, FIG. 4 is a perspective view of the tent in which one fly sheet is stretched, and FIG. 5 is a side view of the tent in which the fly sheet is stretched in a different manner. (1) …… Breast part, (2) …… Pole, (3) …… Hole,
(4) ... eyelet, (5) ... fly sheet, (6) ...
... tension pole

Claims (1)

(57) [Scope of utility model registration request] 1. An eyelet (4) having a hole (3) is formed in a milk part formed along a ridge line that hangs radially from an apex of a tent sheet which is tensioned by an elastic pole, and a milk of an adjacent ridge line. The holes (3) and (3) of the eyelets (4) and (4), which are provided at the positions opposite to each other (1) and (1), have a thickness substantially equal to the diameter of the holes (3). Then, the end portion of the tension pole (6) is slidably inserted into the eyelets (4) and (4), and the tension pole (6) is slidably inserted into the eyelets (4) and (4). Insertion is adjacent to the milk part (1)
The fly of the tent, which is locked by the inner edges of the holes (3) and (3) that are inclined in a "H" shape at the facing position of (1), and in which the overhang direction and the overhang amount of the fly sheet (5) can be determined. Sheet overhang device.