JPS6139839Y2 - - Google Patents

Description

[Detailed description of the invention] The present invention allows a shielding member to be attached to a gatepost, more specifically, a gate that opens inward to prevent a gap between the gate and the gate, while a shielding member can be attached to the gate for an outward opening gate. Regarding gateposts that can prevent doors from opening inwards.

Generally, when a gate is suspended from a gate post via a hinge so that it can be opened and closed, it is extremely difficult to fit the gate between the gate posts without any gaps by making the gap between the gate posts completely match the width of the gate. . For this reason, the gap between the gateposts is usually set to be slightly larger than the width of the gate. However, in this case, a gap will be created between the vertical side of the gate on the hanging side and the gatepost, which is not only unfavorable in terms of appearance, but also makes it possible to see inside through the gap, and tools can be used through this gap. It is also possible to remove the gate that is fixed to the hinge by inserting the door, which is not desirable from a security standpoint. In particular, the above-mentioned gap is a big problem in large gates with a large height dimension that are designed so that the inside cannot be seen or climbed over from the outside. In addition, since conventional gateposts are formed with a substantially rectangular cross section, when closing an open gate that opens outward, the gate cannot rotate beyond a predetermined position and attempt to open inward only by the hinge of the gate. Since the hinge is restrained, a large load is placed on the hinge. Therefore, when a heavy cast metal gate or a large gate is suspended from a gatepost, there are disadvantages such as damage to the hinge or deformation of the hinge mounting surface of the gatepost.

The present invention solves the above-mentioned drawbacks, particularly for gates that open inward, by preventing gaps between the gate and the gate, thereby improving the appearance and crime prevention effect, and for gates that open outward, effectively preventing the rotation of the gate. The purpose is to propose gateposts that can

That is, the gate post according to the present invention is provided with an engaging stepped part facing the outside of the gate and receiving the door tip of the outward-swinging gate suspended by the other gate post on the side facing the other opposing gate post. , a gap having a door end receiving part facing the inside of the gate and receiving the door end of the inward opening gate suspended from the other gate post on the engagement step part, and shielding the gap with the inward opening gate; It is characterized in that the shielding member is detachably provided.

Embodiments of the present invention will be described below with reference to the drawings.

Note that FIGS. 1 and 2 are a front view and a cross-sectional view, respectively, of the gate post according to the present invention when used for an inward-opening gate, FIG. 3 is a partial cross-section of the upper end of the gate post, and FIG. is a sectional view when the gate post according to the present invention is used for an outward-opening gate.

In FIG. 2, numerals 1 and 2 each indicate a gatepost, and an inward-opening gate 3 is suspended between the gateposts 1 and 2. In addition, as viewed in FIG. 2, the upper side of the gate 3 is the inside of the gate, and the lower side is the outside of the gate. gatepost 1
The gate post 1 is made of a hollow aluminum member with a substantially rectangular cross section like a normal gate post, and the gate post 1 is equipped with a hinge 1.
A gate 3 is suspended through the 0 so that it can open inward. In addition, 7a is an internal lock, and 7b is its lock receiver. On the other hand, the gatepost 2 is made of a hollow aluminum member, but the side surface 2a facing the gate 3 is recessed inward at a certain distance from the base on the inside of the gate, and the base of this recess is placed on the outside of the gate. A facing step portion 4 is provided. Further, in the side surface 2a of the gate post 2, dovetail-shaped shielding member fitting grooves 5, 5 are provided near the tip of the stepped portion 4 and the outside tip of the gate, respectively.
A shielding member 6 for shielding the gap between the gate post 2 and the gate door 3 is removably provided in the fitting grooves 5, 5. The shielding member 6 has a fitting groove 12 for the cushion material 11 at its tip, and is bent at an acute angle from the tip of the door receiving portion 6a facing the inside of the gate and the door tip receiving portion 6a, and has a decorative uneven surface 13 on the surface. The scratches 14 on the door tip receiving portion 6a and the support piece 6b are bent so as to fit into the fitting grooves 5, 5. The width of the shielding member 6 extending from the gatepost 2 is set to be at least the same as the gap from the gatepost 2 to the end of the gate 3. Note that if the shielding member 6 is simply slid and fitted as described above, it may easily be pulled out from the upper end of the gatepost, so it is preferable to attach the upper end of the shielding member 6 to the gatepost 1, as shown in FIG. It is preferable that the gate post cap 15 extends to near the upper end of the gate post cap 15 so that the lower side end 15a of the gate post cap 15 comes into contact with the upper end of the shielding member 6 or the shielding member cap 15'. The shielding member 6 is a cap 15
Therefore, it is impossible to unfit and disengage from the fitting grooves 5, 5. With this configuration, the shielding member 6
Since no fixing means such as screws are required for installation, handling becomes easier. In addition, as long as the shielding member 6 is removable, it is not limited to the example of fitting and fixing as described above, and may be attached by screwing or the like.

When the shielding member 6 is removably fitted and attached to the gatepost 2 as described above, the door tip receiving part 6a has a sufficient protrusion width to cover the gap between the gate 3 and the gatepost 1, so the gap is outside the gate. The inside of the gate cannot be seen through the gap. Moreover, since the decorative uneven surface 13 is formed on the surface of the supporting piece 6b of the shielding member 6 facing the outside of the gate, the gate post 2
Not only the appearance of the supporting piece 6b is improved, but also the supporting piece 6b
If it is formed so as to face substantially on the extension of the rotational direction of the gate 3 as in the illustrated example above, it will be able to resist the impact when the hinge 10 or the door tip of the gate 3 hits the door tip receiving part 6a during closing. Rotation of the gate 3 can be suppressed by sufficiently supporting the door end receiving part 6a. In connection with this, a stopper 1 is attached to the abutting side end 3a of the gate 3.
6, and the stopper 1 at the closed position of the gate 3.
If the gate 6 is configured to abut against the gate outer side surface 2b of the gate post 2, the rotational force of the gate 3 is further improved. When the length of the stopper 16 is approximately equal to the length of the vertical side of the gate 3, the stopper 16 can provide an effect of shielding the gap between the gate post 2 and the gate 3.

In addition, grooves 5', 5' for fitting the shielding member are similarly provided on the side surface 1a of the gatepost 2 on the side of the gatepost 1, and the grooves 5', 5' for fitting are provided with a gate external shape that is symmetrical to the shielding member 6. By detachably attaching the shielding member 6', the appearance of the gateposts 1 and 2 is improved, and it is possible to prevent prying eyes from inside and outside. It is possible to prevent the fixing screw 3 from being removed. Furthermore, by fitting a cushion material inside the tip of the shielding member 6', the gate 3 can be prevented from opening outward at this portion as well.

Next, FIG. 4 shows an example in which the gate 3 is configured to open outward, and if the hinge 10 in FIG. 1 is turned inside out and replaced with the gate post 1, and the gate 3 is fixed to the hinge 10 in the same manner as described above, The gate 3 can be easily opened outward. However, in this case, the shielding members 6', 6' are removed because they become an obstacle when opening and closing the gate. Since the members 6', 6' are removably attached to the gate posts 1, 2, they can be easily removed. Embedded members 1 are inserted into the fitting grooves 5' and 5 after removal.
7 should be fitted.

When the gate 3 is made to open outward, restraining the rotational force when closing the gate 3 becomes a problem, but a stepped portion 4 facing the outside of the gate is formed on the side surface of the gate post 2 on the side of the gate 3. Therefore, by the stepped portion 4 receiving the tip of the gate 3, the rotational force can be effectively suppressed. In this case, normally, as shown in FIG. 4, a stopper 9 may be formed to protrude from the outside side of the abutting side end 3a of the gate 3. That is,
The stopper 9 has the same structure as the stopper 16 shown in FIG. 1, and has projecting pieces 9b and 9c projecting from one end of the fixed piece 9a at substantially right angles on both sides, bending one projecting piece 9b inward, and bending the other projecting piece 9b inward. A fitting groove for the cushion material 18 is provided inside the overhanging piece 9c, and the overhanging piece 9b
The bent end portion of the fixing piece 9 a is screwed into a retaining groove 19 formed in the abutting side end portion 3 a of the gate door 3 via a screw retainer 20 . Note that the stopper 9 does not necessarily have to have the same configuration as the stopper 16 shown in FIG. 1, but if it has the same configuration, the stopper 16 for opening inward
This is convenient because it can be used as a stopper for opening outward by simply replacing the inside and outside.

As described above, when the stopper 9 is attached to the butting side end of the gate 3, when closing the opened gate 3, the overhanging piece 9c of the stopper 9
It abuts and engages with the surface, inhibits rotation of the gate, and prevents it from opening inward. in this way,
Since the rotation of the gate 3 can be restricted by the stepped portion of the gate post 2, no load is placed on the hinge 10 in this case. Therefore, not only the durability of the hinge is improved, but also the gate post 1 can be maintained in a stable state at all times. Note that it is preferable that the stopper 9 be at least the same height as the gate 3. This is because the contact surface against the gatepost 2 becomes larger, which reduces the load per unit area for preventing the rotation of the gate 3, and also reduces the gap between the gatepost 2 and the gate 3, as with the shielding member in Fig. 1. This is because it is possible to prevent people from looking into the inside of the gate from the outside of the gate through the gap.

As explained in detail above, the gate post of the present invention is formed with an engaging stepped portion that abuts and engages the abutting ends of the outward-opening door, and also has a shielding member that shields the gap formed between the door and the gate. Since it is configured so that it can be installed, it is possible to effectively restrict excessive rotation of the gate for outward-opening gates without putting any burden on the hinge, and for inward-opening gates, In addition to being able to reliably restrict the gate from rotating more than necessary, it is also possible to attach a shielding member to cover the gap between the gate and the gate to prevent prying from inside and outside, which is very useful for crime prevention.

[Brief explanation of the drawing]

Figures 1 and 2 are a front view and a sectional view, respectively, of the gatepost according to the present invention when used for an inward opening door, Figure 3 is a partial cross-section of the upper end of the gatepost, and Figure 4 is a cross-sectional view of the gatepost according to the present invention. FIG. 2 is a cross-sectional view of the invented gatepost used for an outward-swinging door. Code, 1, 2...gatepost, 2a...side, 2b...
...Side, 3...Gate, 4...Step, 5,5'...
Fitting groove, 6... Shielding member, 6a... Door tip receiving portion, 6b... Support piece, 7a... Inner lock, 7b...
... Lock receiver, 9, 16 ... Stopper, 10 ... Hinge, 11, 18 ... Cushion material, 12 ... Fitting groove, 13 ... Decorative uneven surface, 14 ... Base, 15
... Cap for gatepost, 17 ... Embedded member, 19
...Retaining groove, 20...Screw holder.

Claims (1)

[Scope of utility model registration request] An engaging stepped portion facing the outside of the gate and receiving the door tip of the outward-opening gate suspended from the other gate post is provided on the side facing the other opposing gate post, and the engaging stepped portion is provided with a gate. A gap shielding member is removably provided, which has a door end receiving part that faces inward and receives the door end of the inward opening gate suspended from the other gate pillar, and which shields the gap with the inward opening gate. A gatepost featuring