KR20010048082A - Parasol expressing shape of flowers blooming with a double layer - Google Patents

Abstract

PURPOSE: Disclosed is a parasol to express blooming shape with a double by giving angle to ribs and cover cloth of parasol, to keep and move being folded parasol with double step by installing folding device in the lower middle rib. CONSTITUTION: The parasol to express blooming shape consists of an upper main rib(30) to be installed radially in an upper fixing rib case(20) installed at the top of a prop(10); an upper middle rib(50) to connect the upper main rib(30) with an upper moving rib case(40) slidden on the prop(10); an upper cover cloth(60) to cover top face of the upper main rib(30); a lower main rib(70) to be installed in a lower fixing rib case(80) to be located between each upper main rib(30); the lower fixing rib case(80) to be installed at the prop(10) between the upper fixing rib case(20) and the upper moving rib case(40); a lower moving rib case(100) to be installed at the prop(10) of the upper moving rib case(40) base together with bushing, to be slidden from the prop(10) and fixed with fixing device; a lower middle rib(110) to connect the lower main rib(70) with a lower moving rib case(100) and the lower fixing rib case(80), to fold the lower main rib(70) with double step with folding device; a lower cover cloth(120) to cover the top face of the lower main rib(70) and to have an air hole(120a) to pass upper middle rib(50) in the center.

Description

Parasol expressing shape of flowers blooming with a double layer}

The present invention relates to a parasol of a two-layer structure expressing a shape in which flowers bloom in double.

In general, a conventional parasol is formed of an upper parasol roof and a lower parasol roof of a two-layer structure, as shown in FIGS. 1, 2, and 3, and the upper parasol roof has a support 10 fixed to a table or a bottom surface. Fold the upper spatula 30 and the upper spatula 30 in a straight line shape radially unfolded by being connected to the upper fixed flesh 20, which is fixed together with the cap 11 on the top of the support (10) In order to enable the unfolding was formed of an upper intermediate rod 50 connected between the upper rod 30 and the lower rod 40, and a cover cloth 60 covering the upper surface of the upper rod 30.

The lower parasol roof has a lower fixed salpage 70 which is fixed to the support 10 of the bottom of the upper fixed salvage 20, and the length of the lower fixed salvage 70 is longer than the upper main streak 30 and is aligned in a straight line. A lower middle rod 40 having a shape, a lower middle rod 80 connected between the lower main rod 40 and the support 10 to support the lower main rod 40, and the lower middle rod 80 A moving means (90) having a pin hole (12) and a pin (91) and a fixing means connected to the lower main body (40) by sliding in the support (10) to allow the unfolding and the lower main body Covering the upper surface of the 40 was formed as a lower cover cloth 100 having a through-hole 110 through the upper middle rib 50 in the center.

The conventional parasol configured as described above has a problem in that the beauty of the curved line, which is our traditional style, is not expressed because the upper and lower slabs 30 and 40 form a straight line. In other words, our sentiment seeks the beauty of oriental nature with the eaves of the eaves, such as Gyeongbokgung Palace, and our surroundings are pursuing the beauty of a straight line composed of gray forests such as apartments and buildings. There is a problem that dries up day by day.

And when the conventional parasols unfold and fold, the upper middle rod 50 is connected between the upper and lower main rods 30 and 40, and because the length is short, the user's force is indirectly transmitted to the upper middle rod 50. That is, the power is almost consumed to unfold the lower main rod 40, and because a small amount of the remaining force is passed to the upper middle rod 30, the user has a lot of power to fold and unfold the parasol. There is a problem.

In addition, the conventional parasol has a long length of the lower rod 40, and there is a problem in that it is not easy to transport and store because it cannot be folded in two stages.

In addition, when collapsing to the ground by an external impact as shown in Figure 4, since the load of the parasol is concentrated at the end of the straight lower casting rod 40, the lower casting rod 40 has a collision force with the ground It was not possible to disperse the whole of the lower slab 40, the problem was bent or even broke.

The present invention is to solve the conventional problems as described above, through the parasols revived our sentiment of reviving the beauty of the oriental nature a little bit, it becomes a revival, giving the flower shape to the spatula and cover cloth parasols When the flower is in full bloom from this flower bud, the parasol collides with the ground by an external impact, and the rod and all other rods absorb the collision force so that the parasol is not broken and the parasol's upper and lower rods are independent. The purpose of the present invention is to provide an easy way to open and fold the parasol even with a small force, and to facilitate the transport and storage by folding the parasol in two stages.

The present invention for achieving the above object is to form the upper and lower spatula to be curved in the upper and lower sides of the upper and lower spatula to form a circular arc to the outer side in order to make the parasol is a flower shape and at the same time the elasticity at the same time The upper and lower cover cloths installed on the main rods are laid down between the ends of the upper and lower main rods to form a flower shape, and the upper and lower middle rods are moved to the upper and lower fixed slivers and the upper and lower fixed ribs so that the upper and lower roofs of the parasol operate independently of each other. It is characterized in that it is connected to the apricot, the lower main rod is positioned between each upper main rod so that the flowers have a double overlapped parasol shape, and the folding means is provided on the lower middle rod so that the parasol is folded in two stages.

1 is a perspective view of a conventional parasol.

2 is a front view of a conventional parasol.

3 is a plan view of a conventional parasol.

Figure 4 is a front sectional view of the main part of the conventional parasol.

5A and 5B are perspective views of the present invention.

6 is a front view of the present invention.

7A and 7B are plan and bottom views of the present invention.

8A and 8B are front views of main parts of the present invention.

Figures 9a, 9b, 9c is a front sectional view showing an operating state of the present invention.

Figure 10 is an enlarged view of the main portion showing the effect of the present invention.

11 is a perspective view of main parts of the present invention;

12A and 12B are enlarged front and side views of main parts of the present invention.

Figure 13 is a front sectional view showing a decorative operation state of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: prop 20: upper fixed housing

30: upper rod 40: upper mobile

50: upper middle rod 60: upper cover cloth

70: lower rod 80: lower fixed housing

90: bushing 100: lower moving flesh

110: lower middle rod 120: lower cover cloth

130: shock absorber 140: ornament

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

5A and 5B are perspective views of the present invention, FIG. 6 is a front view of the present invention, and FIGS. 7A and 7B are a plan view and a bottom view of the present invention.

First, the configuration of the present invention will be described.

As shown in FIG. 6, the support 10 is fixed to a table or a bottom surface and has a pentagonal circumferential surface, and the pin holes 10a are formed at predetermined heights in the support 10.

The upper fixed pillar 20 is fixed to the upper portion of the support 10 is installed with a top cap 11 and the inner diameter is formed in a pentagon.

In addition, the upper fixed flesh 20 is formed in the upper parasol roof is rotatably connected to the upper main rod 30 is formed in a circular arc and the upper side is rotatably upward.

As shown in FIG. 8A, as an example, the most preferable shape for the upper rod 30 is an angle α at which the arc portion of the upper rod 30 is bent upwards is approximately 0 degrees to 60 degrees with respect to the horizontal plane. When the total length L of the upper rod 30 is about 80 cm, the total length L is again A, B, C, D, E, F, G, H points. By dividing by, we represent the angle of arrival from point A to each point with the length and the horizontal angle between point A as the reference angle.

The length (L1) and angle from A to B are about 43.3 cm and -7 degrees,

The length (L2) and angle from B to C are about 12.9 cm and -6.5 degrees,

The length (L3) and the angle from C to D are about 6.5cm and -6 degrees,

The length (L4) and the angle from D to E are about 6.5cm and -5 degrees,

The length (L5) and the angle from E to F are about 6.5cm and -2 degrees,

The length (L6) and angle from F to G are about 4.3cm and 0 degree,

The length (L7) and the angle from G to H (about 2cm and +1.5 degrees) can be used to make the upper pole (30) on the parasol to make the upper parasol roof the best flower shape.

And the upper moving sliver 40 is formed sliding in the support (10) and the inner diameter is formed into a pentagon, and supports the upper slab 30 between the upper moving sludge 40 and the upper slab (30) The upper middle rod 50 forming the calyx on the flower-shaped parasol is made.

The upper middle rod 50 is composed of two elastic members 51 that are opened to both sides so as to be elastically operated when the upper main rod is folded and unfolded as shown in FIG. 11.

And the upper surface of the upper slab 30, the outer periphery between each of the upper slab (30) is made to be installed in the upper cover cloth (60) to make a flower shape at the same time to be fluttered in the wind.

The cover cloth 60 is cut by subtracting the circular arc portion 70a of the upper slab 70, the diameter of the cover cloth 60 is made of the length of the circular arc portion of the upper slab 30 completely unfolded. . And between each upper spatula 30, the cover cloth 60 is installed taut from the inside to the arc portion, the outer circumferential edge of the cover cloth 60 is the length of the upper spatula 30 is an arc portion ( 70a) is shorter than the length of the fully extended state, so that it sags downward between each upper rod 30.

And the support 10 between the upper fixed flesh 20 and the upper movable flesh 40 is provided with a lower fixed flesh 80, which is formed in a five-sided inner diameter, the strut located on the bottom of the upper movable flesh 40 10, the lower moving sliver 100 having a fixing pin 100a for fixing the parasol to the support 10 when the parasol is fully unfolded has an inner diameter of a pentagon and is slidably installed in the support 10.

The lower fixed flesh 80 has a lower length 70 extending in length than the upper thickness 30 and forming an arc shape of the same angle between each upper thickness 30 to form a roof of the lower parasol Is done.

Taking the most preferable shape for the lower slab 70 as shown in FIG. 8B as an example, when the total length M of the lower slab 70 is about 185 cm, the total length M is A, B, C. By dividing into points D, E, F, G, and H, and indicating the angle of arrival from point A to each point with the length and the horizontal angle between point A as the reference angle,

The length (M1) and angle from A to B are about 100cm and -7 degrees,

The length (M2) and angle from B to C are about 30cm and -6.5 degrees,

The length (M3) and angle from C to D are about 15cm and -6 degrees,

The length (M4) and angle from D to E are about 15 cm and -5 degrees,

The length (M5) and the angle from E to F are about 15 cm and -2 degrees,

The length (M6) and angle from F to G are about 10cm and 0 degrees

The length (M7) and the angle from G to H and about 5cm and +1.5 degrees can be used to make the lower spokes (70) on the parasols to make the lower parasol roof the best flower shape.

And between the lower moving sliver 100 and the lower slab 70 is to fold the lower slab 70 in two stages and the lower intermediate rod 110 to give elasticity to the lower slab 70 is the folding of the parasol According to the angle is formed by the folding means to form a flower shape in full bloom and a half flower shape.

The lower intermediate rod 110 having the folding means has one side end connected to the lower moving sliver 100 and the other end connected to the inner portion of the lower main rod 70 and one side end thereof. Intermediate auxiliary rod 112 is connected to the lower fixed flesh 80 and the other end is connected to the outer portion of the lower auxiliary rib 111, one end is connected to the inner portion of the intermediate auxiliary rib 112 and the other end is It consists of an upper auxiliary rod 113 connected to the inner end of the lower main rod 70.

As shown in FIG. 7B, the lower auxiliary rod 111 is formed of two elastic members that serve as calyxes on the roof of the lower parasol and open to both sides to support the lower main rod 70 elastically.

In addition, the upper auxiliary rod 113 has a shape in which the center is bent about 140 to 160 degrees to make the parasol fold well in two stages and at the same time round the inner part of the lower main rod 70 forming a flower shape. Is done.

And bushing 90 having a predetermined height in the strut 10 between the upper moving flesh 40 and the lower moving flesh 100 and equalizing the spread angle of the upper flesh 30 and the lower flesh 70 The sliding is made possible.

And a lower cover cloth 120 is installed on the upper surface of the lower slab 70 in the same shape as the upper cover cloth 60 to the size larger than the upper cover cloth 60 to cover the upper surface of the lower spatula 70. Is done.

And as shown in Figure 12a, 12b at the outer end of the lower spigot 70 is provided with a new shape ornament 140 having a shock absorber 130 on the rear to express the flying shape according to the folding of the parasol. Is done.

The shock absorber 130 is made of an elastic material to protect the lower slab 70 and is installed on the bottom of the lower slab 70, the lower cover cloth (120) on both sides of the lower cover cloth ( A ring 130a for dividing the petals is installed at 120, and a hook hole 120a is installed at the lower cover cloth 120 corresponding to the ring 130a.

Referring to the operation of the present invention configured as described above is as shown in Figures 9a, 9b, 9c and 11 and 13.

The strut 10 of the present invention is formed in a pentagon when the user folds and unfolds the parasol, the upper and lower movable flesh 40, 100 is sliding in the strut 10, in which the pentagonal pillar 10 is the upper and lower movable flesh It does not rotate the left and right (40, 100) and serves as a guide to move only up and down straight. Therefore, the upper and lower main rods 30 and 70 connected to the upper and lower moving slits 40 and 100 are folded and spread finely without twisting from side to side in the support 10. On the other hand, the support 10 may form the circumferential surface of the polygonal close to the circular shape within the range that allows only the vertical movement of the upper and lower moving flesh 40, 100.

The upper and lower rods 30 and 70 and the upper and lower cover cloths 60 and 120 may express a double bloom up to the state where the flowers are in full bloom according to the folding angle of the parasol.

And since the upper middle rod 50 and the lower auxiliary rod 111 is formed of two elastic members that open to both sides as shown in Figs. 11 and 7b, when the parasol is observed from the bottom, the upper and lower roofs of the pedestals bloom. It serves to protect the upper and lower rods by elastically absorbing the impact generated when the parasol is folded and unfolded through the elastic member.

In addition, the upper auxiliary rod 113, if the lower main rod 70 does not absorb the shock and the remaining amount of fine shock is immediately transmitted to the lower middle rod 110, the fine impact is the lower main rod 70 and It is delivered to the upper auxiliary rod 113 and the intermediate auxiliary pole 112 to be connected, but is first extinguished immediately by the upper auxiliary pole 113. Specifically, the fine impact shakes the upper portion of the bent portion on the upper auxiliary rod 113, but the upper auxiliary rod has a shape in which the center is bent and the angle of the bent portion is formed as about 140 to 160 degrees. The micro-impact is extinguished by the kinetic force through shaking on the upper portion of the bent portion on the upper auxiliary rod 113 because it has its own elastic force. Therefore, the micro impact delivered to the lower middle rod 110 is blocked by the upper auxiliary rod 113.

Referring to the state in which the parasol of the present invention operates in detail as follows.

First, as shown in FIGS. 5A and 9A, when the user unfolds the parasol to form a flower shape in full bloom, when the user raises the lower movable salvage 100 upward, the lower movable salvage 100 and the bushing 90 are struts ( As it slides in 10), it moves upwards at a certain height.

As the lower moving sliver 100 moves upward, the lower auxiliary rod 111 moves upwardly from the lower main rod 70 and the intermediate auxiliary rod 112 by a folding means around the hinge point of the lower moving rod 100. Lift it while rotating it. Therefore, the intermediate auxiliary rod 112 is unfolded while rotating upwards about the hinge point of the lower fixed rib 80, the upper auxiliary rod 113 connected to the inner end of the lower main rod 70 is the intermediate auxiliary rod ( It unfolds while rotating downward about the hinge point of 112).

And the lower cover cloth 120 on the upper surface of the lower spatula 70 is fully unfolded by the lower spatula 70, the user to the fixing pin (100a) of the lower moving flesh 100 to the upper portion of the support (10) When the plug is inserted into the formed pinhole 10a, the roof of the lower parasol is completely unfolded.

At this time, the upper parasol roof is unfolded at the same time as the lower parasol roof in the upward movement to the bushing 90 sliding on the support 10, the upward movement of the bushing 90 is the rise of the upper mobile salvage 40 located thereon The upper middle rib 50 connected to the upper moving flesh 40 is moved by the two elastic members 51 to both sides by the upper moving flesh 40 to elastically fix the upper main flesh 30 to the upper fixed flesh. Lifting while rotating upwards about the hinge point of (20).

And the upper cover cloth (60) fixed to the upper surface by the upper spatula (30) lifted upwards is fully extended to form a flower shape full parasols.

As described above, the optimum angle for forming the flower shape in full bloom parasol as described above, the angle of the support 10 and the intermediate auxiliary pole 112 is about 73 degrees, the support 10 and the lower auxiliary pole The angle of 111 is about 73 degrees. And the angle of the intermediate auxiliary rod 112 and the upper auxiliary pole 113 and the angle of the lower main rod 70 and the lower auxiliary rod 111 is about 34 degrees. At this time, as shown in FIG. 5A, the optimum angle β that the outer periphery of the lower cover cloth 120 sags about the lower slab 70 in a parasol in full bloom is about 30 degrees.

Second, when folding the parasol, the user pulls out the fixing pin 100a from the pin hole 10a formed in the parasol support and lowers the lower movable sprayer 100 downward, the lower movable sprayer 100 and the bushing 90 are supporters. Sliding at (10) is to move to a certain height in the downward direction.

The lower sub-array 111 connected to the lower sub-movement 100 by the downward movement of the lower moving decoction 100 is folded while rotating the lower main rod 70 and the intermediate sub-array 112 by a folding means. Will be hit.

Therefore, the intermediate auxiliary rod 112 is rotated downward while rotating about the hinge point of the lower fixed rib 80, and the upper auxiliary rod 113 connected to the inner end of the lower main rod 70 is also an intermediate auxiliary pole It rotates upwards about the hinge point of 112 and is closed.

And the lower cover cloth 120 covering the upper surface of the lower spatula 70 by the folded lower spatula 70 is completely folded, the user holding the holding pin (100a) of the lower moving sliver 100 (10) The bottom of the parasol is fully folded and the length of the parasol is shortened by about 1/3 by the lower middle rib 110.

At this time, the upper spatula 30 constituting the upper parasol roof is folded at the same time as the lower parasol roof in the downward movement to the bushing 90 sliding on the support 10, the lower movement of the bushing 90 is located in the upper The moving slits 40 are moved downward by a load, and the upper intermediate rod 50 connected to the upper movable slits 40 has two elastic members 51 bent to both sides by the load of the upper main rod 30. Supporting the upper rod 30 is folded elastically downward. And as the lower of the upper rod 30, the upper cover cloth 60 is completely folded on the upper surface.

Third, when making the parasol in half flower state as shown in Figure 5b and Figure 9b in the process of folding or unfolding the parasol as described above pin pin (a) in the center of the support (10) of the fixing pin (100a) 10a), the parasol becomes a half-flowered flower.

Referring to the optimum angle of the half flower shape as described above with reference to a specific example, the angle of the lower fixing column 80 and the intermediate auxiliary rod 112 is about 60 degrees, and the support 10 and the lower auxiliary rod 111 of The angle is about 60 degrees. And the angle of the intermediate auxiliary rod 112 and the upper auxiliary pole 113 and the angle of the lower main rod 70 and the lower auxiliary rod 111 is about 60 degrees. In addition, as shown in FIG. 5B, the optimal angle β at which the outer periphery of the lower cover cloth 120 sags about the lower slab 70 in a parasol-opened state is about 90 degrees.

Fourth, when the parasol collapses by an external impact and collides with the ground, as shown in FIG. 10, the load of the parasol is concentrated on the arc portion 70a of the lower slab 70 as the end of the lower slab 70 is concentrated. The ground is brought into contact, so that the load is directed toward the ground in the arc portion 70a of the lower slab 70, and the impact force is directed to the arc portion of the lower slab 70 on the ground. At this time, since the arc portion 70a of the lower slab 70 has a resilient force, the impact of the ground to both sides of the lower slab 70 at the moment when the arc portion 70a of the lower slab 70 touches the ground. Corresponding repulsive forces are created to reduce the force so that the collision force is distributed and reduced throughout the lower slab 70. The parasols of the parasols, therefore, do not break, and the parasols do not break because many flexible rods absorb and cushion shocks.

And as shown in Figure 11a, 11b by installing the elastic shock absorber 130 at the end of the lower slab 70 to have a predetermined thickness in the same arc shape as the bottom surface of the lower slab 70 to absorb the collision. The lower parasol 70 protects the lower parasol and at the same time buffers against secondary shocks so that the lower main rod 70 of the parasol is not broken or bent.

And the decorative tool 140 can express the appearance of the bird sitting on the parasol in the process of folding the parasol as shown in Figure 13, giving a sense of parasols, so selectively used materials such as metal or wood, synthetic resin In addition, by using insects or characters of dragons, butterflies, bees, birds, etc. as well as birds, the shapes and shapes may be expressed differently according to the age or place of the user.

On the other hand, the ornament 140 is horizontal when the lower pole 70 is unfolded about 73 degrees relative to the vertical plane.

As described above, the parasol of the present invention gives an angle to the rod and the cover cloth, and expresses the shape of flowers blooming in twofold, thereby purely assimilation of the desolate human heart, and the shape of the parasol according to the folding angle of the rod and the cover cloth. Not only has a flower shape in full bloom, but also a half flower can be expressed in the same way, it is effective to make the parasol aesthetically gorgeous.

In addition, by installing ornaments that express animal figures such as birds or various characters at the outer end of the lower main rod, when the parasol is folded and unfolded, it can visually express the shape of the bird flying or the character moving, which gives the parasol a vivid vitality. It works.

And when the parasol is knocked down by an external impact, the parasol of the present invention has more flexible rods than those of the conventional parasols, as well as the tip of the main rod forms an arc, so all the rods have excellent shock absorbing and buffering action, and shape preservation. It has a strong effect against any impact such as wind.

And since the parasol's support circumferential surface is formed in a polygon, the vertically moving slid sliding in the support only moves up and down straightly. Therefore, when the parasol is unfolded and folded, the main rod can be slightly rotated from side to side through the polygonal support. It works.

In addition, the parasol's upper and lower rods operate independently when the parasols are unfolded and folded so that they can be easily unfolded and folded even with a small amount of force. It is easy to carry and store.

Claims (10)

An upper spigot 30 which is radially installed on the upper fixed flesh 20 which is installed on the upper part of the support 10, An upper intermediate rod 50 for connecting the upper rod 30 to the upper movable flesh 40 sliding on the support 10; An upper cover cloth 60 covering an upper surface of the upper rod 30; The upper fixing rod 20 and the upper fixing rod 20 is installed on the support 10 between the upper moving sling 40, has a larger shape than the upper main rod 30 and the same each upper main rod 30 Lower slab 70 is installed to be located between), The lower moving sliver 100 is installed as a bushing 90 on the support 10 of the bottom of the upper moving sliver 40 and slides in the support 10, as well as fixed by fixing means. A lower intermediate rod 110 that connects the lower rod 70 to the lower movable sludge 100 and the lower fixed rib 80 and folds the lower rod 70 into two stages by folding means; A parasol expressing a double blossoming flower shape, characterized in that it consists of a lower cover cloth 120 having a central through-hole 120a through which the upper middle rod 50 passes and covers the upper surface of the lower rod 70. . The method of claim 1; The upper and lower spatula (30, 70) is a parasol expressing a flower blooms in a double shape, characterized in that the outer side is formed in a circular arc and curved upward. The method of claim 1 or 2; The angle α in which the arc portions of the upper and lower rods 30 and 70 are bent upwards is positioned between about 0 degrees and 60 degrees with respect to the horizontal plane, thereby expressing a double flower shape. parasol. The method of claim 1; The circumferential surface of the support 10 is formed in a polygon, and the two layers of flowers, characterized in that formed in the inner diameter polygon of the upper and lower fixed flesh 20, 80 and the upper and lower movable flesh 40, 100 coupled to the support Parasol with a shape that blooms. The method of claim 1; The lower intermediate rod 110 having the folding means has one side end connected to the lower moving sliver 100 and the other end connected to the inner side of the lower main rod 70 and the lower auxiliary rod 111 and one end thereof. Intermediate auxiliary rod 112 is connected to the fixed flesh 80 and the other end is connected to the outer portion of the lower auxiliary pole 111, and one end is connected to the inner portion of the intermediate auxiliary pole 112 and the other end is lower Parasol representing the flower blooms in a double, characterized in that consisting of the upper auxiliary rod 113 connected to the inner end of the main rod 70. The method of claim 1; The upper auxiliary rod 113 has a shape in which the center is bent and the angle of the bent portion is a parasol expressing a double flower shape, characterized in that made of about 140 to 160 degrees. The method of claim 1; The optimum angle for the lower middle rib 110 to form a parasol in full bloom is about 73 degrees of the angle of the support 10 and the intermediate auxiliary pole 112, the support 10 and the lower auxiliary pole 111 The angle is approximately 73 degrees, the angle of the intermediate auxiliary rod 112 and the upper auxiliary rod 113 and the angle of the lower main rod 70 and the lower auxiliary rod 111 are about 34 degrees, and the parasol is half-opened. Optimal angle of the lower intermediate rib 110 to achieve the angle of the lower fixing column 80 and the intermediate auxiliary pole 112 is about 60 degrees, the angle of the support 10 and the lower auxiliary pole 111 is about 60 degrees , The angle of the intermediate auxiliary rod 112 and the upper auxiliary rod 113 and the angle of the lower main rod 70 and the lower auxiliary rod 111 is about 60 degrees to express the shape of the flowers in double. parasol. The method of claim 1; The optimum angle β that the outer periphery of the lower cover cloth 120 sags about the lower main rod 70 in the state where the parasol is in full and half open is double flower, characterized in that it consists of about 30 degrees and 90 degrees, respectively. The parasol which expressed this blooming figure. The method of claim 1; The outer end of the lower spigot 70 is provided with a decorative tool 140 having an impact absorbing table 130, the ring 130a is provided on each side of the shock absorbing table 130, respectively, the lower cover cloth A parasol expressing a double-flowered shape, characterized in that the hook 120 (120a) is installed on (120). The method of claim 9; The ornament 140 is a parasol having a shape in which the flower blooms in two layers, characterized in that the horizontal when the lower main rod 70 is extended about 73 degrees based on the vertical plane.