KR102635517B1 - Free space practical use parasol by the outside arrangement of center pole - Google Patents

Abstract

The present invention seeks to provide a holder for a parasol for outdoor leisure in a simple and convenient structure. The configuration of the present invention is to provide a parasol holder consisting of a combination of a parasol 200 and a holder 100, in which the parasol ( The strut of 200) is configured to be assembled separately into the upper strut (201a) and the lower strut (201b), and the upper and lower struts (201) are configured to be connected in a right angle direction by an elbow (205), and the mounting device (100) The support pipe (1) is coupled to the support panel (2), and the lifting pipe (4), which has a horizontal axis pipe (41) formed at the top, is installed to slide up and down so that the height can be adjusted with the fixing bolt (42), Inside the transverse axis pipe 41, a center pipe 44 is rotatably built so that the lower support bar 201b of the parasol 200 is inserted into the front side, and an angle adjustment handle 45 is installed on the rear side to secure the fixing bolt. By fixing it with (43), the inclination of the parasol (200) is adjusted around the transverse axis pipe (41) according to the rotation of the handle (45), so that the parasol can be used for outdoor leisure purposes with free space utilization due to the external arrangement of the support. It is designed to be used conveniently.

Description

{Free space practical use parasol by the outside arrangement of center pole}

The present invention relates to a parasol that allows free use of space due to the external arrangement of the support, and more specifically, to dramatically improve the holding structure of parasols used for various purposes outdoors to maximize the use of the space under the parasol.

In general, outdoor parasols function as umbrellas in rainy weather and are widely used as sunshades on sunny days or hot summer days. However, conventional parasols, regardless of size, have a problem in that the space at the bottom of the parasol cannot be utilized smoothly because the support supporting the pole is located in the center of the round parasol body. Meanwhile, among conventional umbrellas, in order to expand the user's physical space utilization, the support is formed in an inclined or bent structure, and Utility Model Publication No. 1992-0008064 (hereinafter referred to as Prior Art 1) and Patent No. 10-2110917. Although it was previously disclosed as (hereinafter referred to as prior art 2), this structure had the disadvantage of being insufficient in terms of space utilization as it was only a limited eccentric structure in which the support did not extend beyond the entire area of the umbrella.

Looking at this in more detail, the prior art 1 is a design related to an eccentric umbrella. The upper and lower bars placed at the center of the umbrella are spaced a certain distance apart, and a fixing handle is horizontally connected between the spaced distances to maintain the central axis of the umbrella. The lower part is slightly opened, and despite this structure, the entire lower space of the umbrella cannot be utilized, and there is a problem that space utilization is still limited due to the lower umbrella stand on one side. The prior art 2 is an angle-adjustable parasol holder, which is the central pillar of the parasol. A fixing device constituting the direction control part is installed at the bottom, and this direction control part is connected to the side of the fixed combination support installed perpendicular to the ground outside the umbrella and horizontally as an angle adjustment lever to adjust the vertical angle of the umbrella and the forward and left and right directions. Although it is configured to be adjustable, the overall structure of the holder device is unnecessarily complicated, and the holder device occupies part of the space under the parasol, so the utilization of the space under the parasol as intended by the present invention is insufficient.

The present invention improves the structure of the stand to a more reasonable structure by designing it with an extremely simple structure while allowing 100% use of the lower space for sunshade in certain places by using an external stand.

The present invention fundamentally solves the above-described conventional problems and aims to provide a separate parasol holder so that the parasol can be used for various purposes while ensuring maximum space utilization throughout the entire area of the parasol. The technical problem of the present invention is to provide a foldable parasol. The aim is to provide a parasol with a special configuration that is easy to install, can be easily disassembled and removed after use, and can be quickly restored to its original state by combining the general configuration with an assembled and mobile stand that can maximize space utilization.

The specific solution of the present invention is to use an existing parasol, but divide the parasol's support at a specific point to separate it into two upper and lower stages, and install the divided support on the lower side in the horizontal direction to create a height-adjustable top and bottom. By assembling it with the stand, the mounted parasol can be freely adjusted in the vertical, side, and incline directions, providing a new configuration that allows the space under the parasol to be fully utilized without any space restrictions due to the stand.

The effect of the present invention having the above configuration is

First: Installation and removal of outdoor parasols can be done easily and instantly.

Second: The space underneath the parasol can be utilized to its full potential without being hindered by the parasol support.

Third: In rainy weather, it functions as an umbrella, and on a clear, sunny day, the parasol can be freely adjusted up and down, left and right, and at any inclination angle according to the direction of the sunlight.

Fourth: It is not affected at all by the ground on which the parasol is installed, and has the advantage of providing various practical effects such as easy immediate erection and disassembly.

Figure 1 is a perspective view showing the overall configuration of the present invention.
Figure 2 is a cross-sectional view of the transverse pipe portion of the present invention
Figure 3 is a cross-sectional view of the strut pipe portion of the present invention
Figure 4 is a cross-sectional view of the connection state of the parasol support
Figure 5 is a plan view showing the operating state of the present invention
Figure 6 is a side view of the parasol tilt adjustment device of the present invention
Figure 7 is a perspective view of the elbow of the present invention
Figure 8 is a cross-sectional view of the elbow in the combined state of the present invention

Figure 1 is a perspective view showing the overall configuration of the present invention, Figure 2 is a cross-sectional view of the transverse axis pipe portion of the configuration of the present invention, and Figure 3 is a cross-sectional view of the holder support pipe portion of the present invention.

The component device of the present invention is composed of a combination of a parasol holder 100 and a parasol device 200.

The parasol device 200 consists of a parasol cover (cover) 202, a pole 203 that supports the pole 202, and a center support pole 201 that supports the pole 203 as a whole. The basic structure of the parasol 200 is a conventionally generalized configuration device.

In the present invention, the support 201 of the parasol 200 is divided into an upper support 201a and a lower support 201b, so that they can be disassembled and combined with a threaded portion 201c.

Meanwhile, in a state in which the strut 201 is separated into upper and lower parts, the upper strut 201a and the lower strut 201b are aligned in a right angle direction using the elbow 205 forming the coupling screw tubes 205a and 205b in both directions. Connect.

That is, the upper strut (201a) of the parasol (200) is screwed and fixed to the coupling screw pipe (205a) side of the elbow (205), and one end of the lower strut (201b) is screwed to the coupling screw tube (205b). The other end side is inserted into the central pipe 44 provided on the side of the horizontal axis pipe 41 of the mounting device 100, which will be described later, to ensure connection.

Meanwhile, the holding device 100 has a support pipe (1) arranged vertically, and this support pipe (1) can be inserted and erected on a fixation pipe (3) on which approximately four-shaped support panels (2) are fixed in all directions. The upright position is fixed by tightening the fixing bolt (31) installed on one side of the fixing pipe (3). On the upper side of the support pipe (1), an elevator pipe (4) with a horizontal axis pipe (41) formed in a horizontal direction is installed in a sliding state so that the height can be adjusted up and down, and is installed at a predetermined height of the support pipe (1) with a fixing bolt (42). Make sure it is fixed. The horizontal axis pipe (41) is equipped with a center pipe (44) in the horizontal direction so that it can be rotated by the angle adjustment handle (45), and the rotation state is controlled to stop at a certain angle using a fixing bolt (43), and the horizontal axis pipe (41) ) The outer side of the parasol device 200 is configured to be assembled by inserting the lower support 201b in the horizontal direction. In addition, insertion holes 46 are drilled in four directions in the support panel 2 on which the support pipe 1 of the mounting device 100 is erected and fixed, and fixing bolts 47 or anchor bolts are inserted into these insertion holes 46. (Drawing omitted) is installed so that the support panel (2) can be firmly fixed to the ground.

When reinforcing the holding power of the parasol (200) due to weather effects, such as strong winds, the protruding pin (207) on the upper side of the parasol (200) and the ring portion (50a) and insertion pipe (50b) at the top of the support pipe (1) are installed. The supporting force of the entire parasol 200 can be strengthened by combining the formed auxiliary supports 50.

Meanwhile, the upper and lower struts 201a and 201b may be connected in the form of a screw as shown in the embodiment of FIG. 4(a) or in the form of an insert pin as shown in FIG. 4(b).

The effects of the present invention configured as described above are explained as follows.

When holding the parasol (200) and using it independently, the upper support (201a) and the lower support (201b) are connected with the threaded part (201c) or the connecting pin (206) as shown in Figure 4 to unite the entire support (201). Therefore, it can be used as a parasol or umbrella as needed.

When using the parasol (200) outdoors in a fixed position, loosen the screw portion (201c) or connect the support bar (201) of the parasol (200) so that it is divided into the upper support support (201a) and the lower support support (201b). (206) is separated. After division, the separately provided orthogonal connecting pipe portion 205a of the elbow 205 is coupled to the upper support 201a as shown in Figure 8, and in the unfolded state of the parasol 200, the lower support 201b is oriented to the side. It is coupled to the connection pipe 205b of the elbow 205 so that it is coupled to the center pipe 44, which will be described later.

Meanwhile, the mounting device 100 is installed vertically on the ground at a location where the parasol 200 needs to be installed. First, the support panel (2) is fixed to the ground at the desired location. If the ground is soft like soil, insert the T-shaped metal fixing pin (47) into the insertion hole (46) of the support panel (2) and hit it with a hammer, etc. Drive and secure the entire support panel (2) to the ground. If the ground is hard ground, such as a seaside rock, a hole of a certain depth can be drilled in the seaside rock using a drill, etc., and then an anchor bolt can be inserted into the insertion hole (46) to secure it to the hard ground.

In this way, after the support panel (2) is firmly fixed to the ground, the support pipe (1) is inserted vertically into the fixing pipe (3) of the support panel (2) and fixed with the fixing bolt (31), and then the horizontal axis pipe (41) is fixed. ) and the elevator pipe (4) formed as one body are coupled to the outer peripheral surface of the support stand (1) to slide up and down. At this time, the temporary height of the elevator pipe (4) is adjusted up and down using the adjustment bolt (42).

After the height of the elevator pipe (4) is fixed, the upper strut (201a) of the parasol (200) and the lower strut (201b) connected at right angles as elbows (205) are attached to the tip of the central pipe (44), as shown in Figure 2. Insert it horizontally and assemble it horizontally as shown. Accordingly, the entire parasol device 200 is firmly supported and fixed at the tip of the central pipe 44 by the lower support 201b, the elbow 205, and the upper support 201a.

At this time, the central pipe 44 is maintained at a fixed angle by the fixing bolt 43, so that the inclination of the parasol 200 can be adjusted to a certain angle.

When assembly is completed in this way, the supports 201a and 201b of the parasol 200 support the parasol 200 while being hung in a perpendicular direction on the central pipe 44 of the mounting device 100. As described above, the height of the parasol (200) can be adjusted by adjusting the height up and down using the fixing bolt (42) because the lift pipe (4) is coupled to the support pipe (1) in a sliding state.

In addition, when adjusting the position of the parasol 200 by rotating it laterally (360 degrees) with the support pipe 1 as the central axis, the parasol 200 can be easily rotated and fixed to the required position using the fixing bolt 42.

Figure 5 shows that the position of the parasol 200 can be moved to positions A, B, and C with the support pipe 1 as the central axis.

The central pipe 44 is connected to the angle adjustment handle 45, so that by rotating the handle 45 at a certain angle, the angle of the parasol 200 can be adjusted from the vertical state to the left and right.

Figure 6 shows that the inclination angle of the parasol 200 can be adjusted to a certain angle (A to B) by the angle adjustment handle 45.

Therefore, depending on the inclination of sunlight, the inclination angle of the parasol 200 can be freely adjusted to 30 degrees or 45 degrees as shown in FIG. 6, and the position of the parasol 200 can be adjusted by rotating the support pipe 1 around the central axis as shown in FIG. The installation position (A, B, C positions) can be adjusted arbitrarily by rotating in 360 degrees.

In other words, no matter what direction or angle the sun shines on, the parasol installation direction and angle can be accurately and finely adjusted to secure as much shade space as possible.

When the combined installation is performed in this way, the space available at the bottom of the parasol 200 is not limited by the support 201, so there is an advantage that the entire space underneath the parasol 200 can be utilized.

The effects and advantages of using the present invention with the above configuration are summarized as follows.

① The overall structure is relatively simple and disassembly and assembly are easy, so it is convenient to transport and move. It is small in size when disassembled, so it can be easily stored in a special bag.

② Installation and removal of the mounting device can be carried out conveniently and instantly.

③ Once the parasol is connected to the holder and assembled, you can engage in leisure activities by making full use of the space underneath.

④ Since the parasol can be conveniently tilted according to the direction of sunlight, the parasol can be used as a sunshade throughout the day, and it is advantageous and convenient to use even in rainy weather as the space utilization is wide.

⑤ The support pipe (1) of the stand can be fixed to the ground by selectively using the fixing pin (47) and anchor bolts, so it can be installed regardless of the hardness of the ground or location.

⑥ The upper and lower supports (201a) (201b) of the parasol (200) are assembled in an upper and lower manner, so when they are not combined with the mounting device (100), they can be returned to their original state and used independently as a general parasol.

The present invention, which has the above-described use effects, can be widely used for various purposes such as outdoor gambling, fishing, and various outdoor events, and is a very useful invention with remarkable practicality and industrial effects.

100: Holding device
200: Parasol device
201: Holder
201a: Upper strut
201b: lower strut
201c: threaded part
202: Parasol Forge
203: Saldae
205: Elbow
205a: combined screw pipe
205b: connection pipe
206: Connection pin
207: Protruding pin
1: Holding pipe
2: Support panel
3: Fixed tube
4: Elevator pipe
41: Transverse pipe
42: Adjustment bolt
31,43: Fixing bolt
44: Central pipe
45: Angle adjustment handle
46: Insertion hole
47: fixing pin
50: Auxiliary support span
50a: hook
50b: Insertion tube

Claims (2)

In constructing a parasol holder consisting of a combination of a parasol 200 and a holder 100,
The support 201 of the parasol 200 is divided into an upper support 201a and a lower support 201b and connected in a right angle direction by an elbow 205,
The mounting device 100,
A support pipe (1) vertically coupled to the support panel (2),
A transverse axis pipe (41) is formed in the horizontal direction, and a lift pipe (4) that slides to adjust the height up and down on the support pipe (1),
A central pipe (44) rotatably built into the transverse axis pipe (41) and into which the lower strut (201b) of the parasol (200) is inserted,
An angle adjustment handle (45) installed on the other side of the center pipe (44) to rotate the center pipe (44) about the transverse axis pipe (41),
It includes a fixing bolt 43 formed on the outside of the transverse axis pipe 41 to secure the central pipe 44,
The supporting force of the parasol (200) is strengthened by combining the upper protruding pin (207) of the parasol (200) and the auxiliary support section (50) formed with a ring portion (50a) and an insertion pipe (50b) at the top of the holding pipe (1). A parasol that allows free use of space due to the external arrangement of the support.
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