KR101609135B1 - Beach parasol apparatus - Google Patents

Abstract

The parasol apparatus 100 according to the present invention has a foldable strut 2 whose upper and lower main pipes 4 and 6 are connected to a link joint 10, And a strut binding joint (70) configured to allow the upper main pipe (4) to be raised or lowered by adjusting the angle, wherein the lower main pipe (6) The binding member 70 has a handle bolt 76 formed at the corner of the tubular member 71 and an insertion barrel 72 having a hooking groove 72a formed on the outer circumferential surface thereof is coupled to the lower portion of each tubular member 71 The lower edge main pipe 6 of the support column 2 is inserted into the respective pipe grooves 74 of the pipe member 71 and fixed by the handle bolt 76 and inserted into the insertion round bar 72 Is fixed to the ground fixing member.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]

More particularly, the present invention relates to an improved parasol apparatus for easily changing the direction of the parasol umbrella in the direction of the sunlight, facilitating the installation and mobility of the parasol umbrella, and adjusting the height of the parasol umbrella will be.

A commonly known parasol is a large-scale mass-produced instrument that secures the area of a canopy for the user by blocking strong light. It can be used for outdoor activities, outdoor activities, fishing, etc. to secure a shelter space to avoid hot sunlight, It is also very useful for shelter and outdoor decorative roads to help prevent exposure to ultraviolet rays and to avoid sudden rain.

The umbrella-shaped parasol in the outdoors is equipped with a support to support the parasol in the center. The parasol is stably inserted into the fixed body which is inserted into the ground or the table.

However, in general parasols, the location of the sunshade due to the position of the sun varies with the time of day. Therefore, those who stay in one place like a fisher often can not guarantee the satisfaction of the sunshine. If the sunshine is much tilted from the middle, I can not do it, and I need the improvement.

Although there have been some attempts to tilt the parasol to the altitude of the sun in accordance with such circumstances, the parasol is heavy, and the parasol tilts and supports it. It was not practical either.

Korean Registered Patent No. 10-1215137 "Parasol having a composite strut structure"

SUMMARY OF THE INVENTION It is an object of the present invention to provide a parasol apparatus which is easy and convenient to switch in the direction of the sunlight and which is easy to install and has good mobility.

Another object of the present invention is to provide an improved parasol apparatus which can easily adjust the height of a parasol or can be installed regardless of the size of a parasol or the size of a parasol pole.

The parasol apparatus according to the present invention has the upper and lower main pipes (4) and (6) provided with a bendable strut table (2) connected to the link joint part (10) (70) for mounting the lower main pipe (6) to the shaft rotatable surface fixing member is configured such that the upper main pipe (4) can be raised or lowered by adjusting the joint angle of the upper main pipe Respectively,

The holding band fastening tool 70 has a handle bolt 76 formed at a corner of each tubular member 71 and an insertion rod 72 having an engaging groove 72a formed on the outer circumferential surface thereof is coupled to the lower portion of each tubular member 71 So that the lower portion main pipe 6 of the column 2 is inserted into the respective pipe groove 74 of the pipe member 71 and fixed by bolts 76 with the handle bolts 76, (72) is coupled to the ground surface fixing member.

When the ground fixing member is a heavy fixing member 24, it also includes a tubular base 60 screwed to the core nut tube 56 of the heavy object fixing member 24 and having a knob bolt 66 at the corner, The insertion barrel 72 of the strut binding joint 70 is inserted into the respective groove 64 of the pipe base 60 and the position is fixed by the handle bolt 66. [

When the ground fixing member is the pack fixing body 90, the packing fixing body 90 is connected to the holding pack 92 and to the side of the holding pack 92 and has a handle bolt 99 at the corner, And the insertion barrel 72 of the strut binding bands 70 is inserted into the respective tube grooves 98 of the respective tube bases 94 and the position is fixed by the knob bolts 99 .

The present invention provides a bending-type support bar having a link joint capable of adjusting a predetermined angle of the upper main pipe by an operation handle, so that the user can easily and easily tilt the bending-type support bar so that the bidirectional conversion of the parasol according to the sun altitude is easy It is. In addition, the present invention provides a parasol umbrella having excellent installation and mobility by using a column-type strut-tying fastener, and the parasol pole is securely fastened in the longitudinal direction regardless of the diameter of the parasol pole, It is possible to easily adjust the height of the parasol umbrella by installing the fixed pole fixture, or it can be installed by the user regardless of various parasol size or parasol pole size.

1 is an installation view of a parasol apparatus according to an embodiment of the present invention;
FIG. 2 is a perspective view showing a configuration of a concave-coupled strap for a bendable strut having a pole clamp according to the present invention;
Figs. 3 to 5 are views showing a strut supporting member according to the present invention in which the ground fixing member is a heavy fixture and the bending support bar is rotatably mounted on a heavy fixture. Fig. 3 is an exploded perspective view, Sectional configuration, Fig. 5 is a cross-sectional structural view,
6 and 7 are views showing a modified example of the heavy object fixing structure of the present invention, wherein FIG. 6 is an exploded perspective view, FIG.
Fig. 8 and Fig. 9 are diagrams showing a strut bundle binding apparatus of the present invention in which the ground surface fixing member is a pack fixture and the bending strut is mounted on a pack fixture which is stuck in the ground, Fig. 8 is an exploded perspective view, 9 is a cross-sectional structural view.

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

The parasol apparatus 100 according to the embodiment of the present invention can easily and easily be tilted so that the pallet 2 supporting the parasol umbrella 8 can be tilted easily and easily even if the user simply turns the operation handle So that it is easy to change the direction of the parasol in both directions according to the sun altitude. The parasol apparatus 100 according to the present invention is very robust regardless of the thickness of the parasol pole 8a and has a very convenient structure for raising or lowering the parasol umbrella 8 depending on wind strength or ease of use Further, the use of the column-type columnar joints 70 in the form of a pipe makes the installation and the mobility of the parasol umbrella 8 excellent.

1 is an installation state diagram of an umbrella apparatus 100 according to an embodiment of the present invention.

As shown in Fig. 1, the support column 2 for supporting the parasol umbrella 8 is a folding column support, which is composed of a lower main pipe 6 serving as a support and an upper main pipe 4 capable of bending at a predetermined angle, .

The upper and lower main pipes 4 and 6 of the bending column 2 of the present invention are connected to each other via the link joint 10 and the upper main pipe 4 which can be bent at a predetermined angle is provided with the parasol pole 8a A pole clamp 30, which can be a very solid sin regardless of its thickness, is mounted via welding or the like. The pole clamp 30 has a structure that can not only tighten the parasol pole 8a of the parasol umbrella 8 very tightly but also can be easily released when the clamp is released.

FIG. 2 is a perspective view of a foldable strap support 2 having a pole clamping unit 30 according to the present invention. The pole clamping unit 30 is joined to the upper main pipe 4 by welding or the like, In order to freely secure the hoistway of the pole bar 8a, a face plate 12, which also serves as a separating bar, is welded to the chamfered face of the upper main pipe 4, and then, on the upper face of the face plate 12, (30) by welding or the like.

The pole clamping unit 30 is provided with a clamping member 34 which clamps the parasol pole 8a of the parasol umbrella 8 and which is connected to the clamping operation handle 39 as well as to the clamping member 32 of the " And the hooking piece 32a extending to be shaped like a hook is used together to fix the hook and the pole in the longitudinal direction of the pole.

More specifically, the pole clamping unit 30 is provided with an angled support bar 32 made of a "b" shaped iron plate. At least one latching piece 32a for latching the parasol pole base 8a is formed in the longitudinal direction of the angle-type support base 32. The at least one latching piece 32a is first extended to the lower end of the angled support base 32 first, Thereby extending the piece 32a.

The "A" -shaped clamp 34, which can clamp the parasol pole 8a, is positioned on one side of the angle support 32, preferably the upper side of the angle support 32, (34) is configured to be clamped and unclamped by a clamping operation handle (39).

The rear end extension rod of the "A" shaped clamping member 34 is inserted into the shaft tube 38 fixed to the angle support base 32 and connected to the clamping operation handle 39 as a rack and pinion structure, 39 causes the rear end edge of the "a " -shaped clamp 34 to change into a forward and backward linear motion. At this time, a tongue spring is fitted to the rear end stop of the lock shoe (34) to eliminate the back rush phenomenon of the rack and pinion and to prevent the self loosening rotation. The rotation of the operation handle (39) .

The leading bent portion of the "A" shaped crimp fastener 34 is configured to be inserted into the insertion guide groove of the extended piece 36 attached to the angled support bar 32 so that the swing of the crimp fastener 34 in the pole length direction .

Since the pole clamping unit 30 is broken and widened by the "? "-Shaped angle bracket 32 and the"? &Quot; clamping arm 34 having the rectangular inner corner, The parasol pole bar 8a is pushed to the corner of the angle support bar 32 and can be tightly clamped by the clamping force of the "a "

The engaging piece 32a on the opposite side (lower side) of the angled support bar 32 while safely tightening one side of the upper part of the parasol pole bar 8a can securely secure the other side of the parasol bar bar 8a to the " The parasol pole 8a is prevented from being displaced even if it is affected by a strong wind.

In case the parasol pole 8a is short and can not reach the lower end of the angled support bar 32 of the pole support 30, the engagement piece 32a is provided in the middle of the angular support bar 32 Since the lower end of the parasol pole 8a can be caught by the intermediate latching piece 32a even if it is short, strong clamping force is exerted in connection with the clamping of the clamping piece 34. [

The pole clamping unit 30 can securely tighten the parasol pole unit 8a having various diameters and can easily loosen the parasol pole unit 8a so that the height of the parasol umbrella 8 can be adjusted easily.

The link joint portion 10 for connecting the upper and lower main pipes 4 and 6 constituting the bending-type strut 2 in the present invention has the worm and the worm wheel 16 in the embodiment shown in Fig. As shown in FIG. The worm wheel 16 mounted on the upper end of the lower main pipe 6 is similar to a helical gear so that the groove of the worm wheel 16 is obliquely engraved, The worm wheel 16 is rotated while being slightly moved.

The worm wheel 16 is provided at the upper end of the lower main pipe 6 in the axial groove of the upper main pipe 4 so that the link joint 10 has a worm gear structure. And a worm gear meshing with the worm wheel 16 and a bearing for supporting the worm are installed at the ceiling portion of the shaft. The operation handle 18 is connected to the worm shaft.

Preferably, when the worm wheel 16 is welded and fixed to the upper end of the lower main pipe 6, eccentric welding is performed to slightly deviate from the central axis on the upper end face of the lower main pipe 6, In which the disk surface has a slope of 1 to 5 degrees. This is because the eccentric load of the parasol umbrella 8 causes the side wall of the upper main pipe 4 to be supported and supported by the worm wheel 16 of the lower main pipe 6 when the link joint 10 is connected thereto, 8) is prevented by the clearance of the upper main pipe (4) when the shaft is connected.

The worm gear structure as described above has a structure in which the upper guide tube 4 provided with the parasol umbrella 8 at a large reduction ratio corresponding to the worm gear structure characteristic even when the user rotates only the operation handle 18 is rotated from a standing position to an inclined position Lie down operation is enabled.

The lower ground main pipe 6 of the bending-type pillars 2 on which the parasol umbrella 8 of the present invention is mounted is connected to the heavy object fixture 24 shown in Fig. 1 or the pack fixture 90 , And is used as a shaft-to-pinch joint 70 as shown in Figs. 3 to 9 so that the shaft can be rotated or firmly fixed according to the user's needs.

3 to 5 show an example in which a strut supporting member 70 is used when a heavy material fixing body 24 having a large floor area and sufficient weight is used as a ground fixing member,

Figs. 8 and 9 show an example in which a strut supporting rod 70 is used when a pack fixing body 90 capable of being grounded as a ground fixing member is used.

First, the configuration of the strut binding member 70 for mounting the lower ground main pipe 6 to the shaft-rotatable surface fixing member will be described in the case where the ground fixing member is the heavy fixing member 24 shown in Figs. 3 to 5.

Figs. 3 to 5 are diagrams showing a state in which the ground support member 70 of the present invention is mounted so that the ground support member is a heavy fixture 24 and the bending column 2 is rotatably mounted on the heavy fixture 24 Fig. 3 is an exploded perspective view, Fig. 4 is an exploded sectional configuration, and Fig. 5 is a combined sectional configuration view.

The heavy fixture 24 as the ground fixing member is a structure in which the concrete structure 58 having the bundling wire 58a is filled in the metal drum 54 and closed by the metal bottom cover 59, And a nut tube 56 extending from the flat surface portion to the inside of the drum is welded and fixed to a flange-shaped shaft bracket 57.

The heavy object fixture 24 also includes a tubular base 60 that can be separated or coupled to the core nut tube 56 of the heavy object fixture 24 according to the user's convenience. The pipe base 60 has a handle bolt 66 formed at the corner of the main pipe body and a sleeve 62 screwed to the core nut pipe 56 is formed at the lower portion of each pipe body.

When the tubular base 60 is fastened to the heavy object fixture 24, the insertion barrel 72 of the strut fastener 70 used in accordance with the present invention is inserted into the tubular grooves 64 of the tubular base 60 And the insertion barrel 72 of the strut binding bore 70 is fixed by the handle bolt 66. [

The strut binding member 70 of the present invention is characterized in that the handle bolt 76 is formed at the corner of each tubular member 71 and the insertion grooves 72 are formed at the lower portion of each tubular member 71 ).

The insertion barrel 72 of the support bar binding member 70 is inserted into the barrel base 60 of the heavy object fixture 24 and fixed by the pinching of the knob bolt 76, 6 are inserted into the respective pipe grooves 74 of the strut binding joints 70 and are bolted to the handle bolts 76, the inserted circular rods 72 of the strut binding bands 70 are inserted into the respective grooves 74 of the heavy- (24).

 In the present invention, the tubular member 71 of the strut binding member 70 and the tubular base 60 of the heavy object fixing member 24 are in the form of a rectangular tubular body, and each tubular member 71 and the tubular base 60, Since the knob bolts 76 and 66 are positioned at one corner of the rectangular hole 74, the lower paper main pipe 6 and the insertion circular bar 72, which are the temporary temporary circular rods, (64), the two bolts (76) and (66) are pressed against each other at the same time, the bolts (76) and (66) .

When it is necessary to rotate the shaft of the lower spindle 6 of the strut 2 by releasing the knob bolt 76 slightly, the lower spindle 6 is inserted into the groove 74 of the strut binding bands 70 Only the axis can be rotated without being inserted in the inserted state.

6 and 7 are views showing a modified example of the structure of the heavy object fixture 24 of the present invention.

The heavy object 24 shown in FIG. 4 and FIG. 5 is not easy to move because the parasol umbrella 8 is heavy so that it is difficult for an adult person to fly even in strong winds. The heavy object fixture 24 of the modified example shown is a divided configuration.

6 and 7 together, the heavy object fixture 24 of FIG. 6 is composed of a heavy object base 24a and at least one additional weight stacker 24b.

The heavy object foundation 24a has the same structure as the heavy object fixture 24 of FIG. 5, but has a relatively thin thickness so that an adult can easily move. On the upper side of the heavy object foundation 24a, And a structure in which at least one additional weight stacking table 24b having an easy weight is stacked.

Unlike the heavy object fixture 24 of FIG. 5, the heavy object base 24a has a hooking protrusion 88a formed at the upper outer edge thereof and a hooking protrusion 88a at the lower portion of the additional heavy object stacking base 24b And an engagement groove 88b is formed.

The additional weight stacking table 24b has a structure in which a deep intubation tube 82 and a pair of horizontally fitting tubes 84 are welded and fixed in a state of being filled with a concrete structure. And the movable plunger 86 for use when the user inserts the plunger into the plunger or the plunger is inserted into the plunger 84. [

The hooking trough 88a is formed on the upper outer edge of the additional weight stacking table 24b so that additional weight stacking tables 24b of the same type can be additionally stacked.

Next, when the ground fixing member is the pack fixing body 90 shown in Figs. 8 to 9, the configuration of the strut binding bore 70 for mounting the lower ground main pipe 6 to the shaft fixing body 90 .

8 and 9 show a strut mount 70 of the present invention in which the ground stationary member is a pack fixture 90 and the foldable strut 2 is rotatably mounted on a pack fixture 90 which is put into the ground, Fig. 8 is an exploded perspective view, and Fig. 9 is an assembled cross-sectional view.

The pack fixture 90 includes a column pack 92 having a sharp "A" shape toward the front end and a tubular base 94 coupled to the outer side of the column pack 92 and having a knob bolt 99 at the corner Respectively. A pit rod 96 is welded to the inner corner of the upper end of the holding pack 92.

3 to 5, the insertion barrel 72 of the strut binding channel 70 having the structure as described above is infiltrated into the respective pipe grooves 98 of the pipe base 94 of the pack container 90, When the bolts 99 are clamped by the bolts 99, the strut binding joints 70 can be firmly fixed and the strut binding joints 70 can be fixed to the lower main groove 6 of the strut 2 can do.

Reference numeral 40, which is not shown in FIG. 1, is an assembled type table that can be completed by assembling two semi-discs. Reference numeral 80, which is not shown in FIGS. 3 to 9, is a reinforcement member.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments. Therefore, the scope of the present invention should not be limited by the described embodiments, but should be determined by the scope of claims and equivalents thereof.

(2) - Landing zone (4) - Supervised land area
(6) - Undercarriage (8) - Parasol Umbrella
(8a) - Parasol pole (10) - Link Joint
(12) - Cotton bracket (16) - Worm wheel
(18) - operating handle (20) - shaft pin
(24) - Heavyweight fixture
(30) - Poles (32) - Angle supports
(32a) -chucking piece (34) -negative lock
(36) - extension (38) - shaft
(39) - Clamping handle (40) - Table
(70), a strut fastening hole (71), a tubular member
(72) - Insertion rod (74) - Each groove
(90) - pack fixture (92) - holding pack
(94) - Each tube base (96) - Pita grub
(98) - Each groove (99) - Knob bolt
(100) - Parasol device

Claims (4)

In the parasol apparatus,
The upper and lower main bearing pipes 4 and 6 of the circular shape are provided with the parabolic support table 2 connected to the link joint part 10 and the joint angle of the link joint part 10 of the support table 10 is adjusted 4), and a strut binding joint (70) configured to be able to perform an upright or downward laying operation and to mount the lower main pipe (6) on the axially rotatable floor surface fixing member,
The strut binding member 70 has a rectangular tubular member 71 and a handle bolt 76 is positioned at one square corner of each tubular member 71. The lower end of each tubular member 71 The lower end main pipe 6 of the circular columnar support 2 is connected to the rectangular pipe groove 72 of the tubular member 71 74 and bolted with the handle bolts 76 of one corner portion, the lower main pipe 6 is firmly fixed to both inner wall surfaces of the rear corner in the respective pipe grooves 74 by simultaneous double-side contact and pressing, Wherein the insertion barrel (72) of the support bar binding member (70) is configured to be coupled to the ground support member.
2. The apparatus according to claim 1, wherein the ground fixing member is a heavy material fixing body (24)
The heavy object fixing body 24 is composed of a rectangular tube body having a nut tube 56 formed at the core of the heavy object and screwed to the core nut tube 56 and having a knob bolt 66 at one square corner, The insertion barrel 72 of the strut binding bands 70 is inserted into the rectangular tubular grooves 64 of the respective tubular bases 60 and fastened with the handle bolts 66 at one corner So that the tubular base (60) is securely positioned and fixed by pressing after simultaneous double-sided contact with both inner wall surfaces of the rear corner in the respective groove (64).
The floor fixing member according to claim 1, wherein the ground fixing member is a heavy fixing body (24) composed of a heavy foundation base (24a) and at least one additional weight stacking base (24b) sequentially stacked above the heavy foundation base (24a) The heavy foundation base 24a includes a square tube base tube 60 having a nut tube 56 formed at the core portion and screwed to the core nut tube 56 and having a handle bolt 66 at one square corner And the inserting circular bar 72 of the strut binding pin 70 is inserted into the square type square groove 64 of the square pipe base 60 and the bolt is fastened by the handle bolt 66 of the one corner, Wherein the concave base (60) is firmly fixed in position by pressing both inner side wall surfaces of the inner corner at the same time on both sides.
The apparatus according to claim 1, wherein the ground fixing member is a pack fixing body (80)
The pack fixture 80 includes a strut pack 92 and a tubular base 94 coupled to the side of the strut pack 92 and having a knob bolt 99 at one square corner, And the bolt 99 of the one corner portion is fastened to the inner circumferential wall 98 of the rear corner of the inner circumferential surface of the rear corner And the insertion barrel (72) of the columnar fastener (70) is firmly fixed in position by pressing after simultaneous double-sided contact.

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