KR101285130B1 - A solidly large-sized canopy - Google Patents

Abstract

PURPOSE: A large canopy without gaps is provided to firmly bear vertical loads without deforming a canopy when being applied with strong vertical loads due to heavy rain or snow. CONSTITUTION: A large canopy without gaps comprises a ridge pillar outer stand (102), a ridge pillar inner stand, a leg (120), a comb stand (109), a stopper (114), and an X-link (115). The ridge pillar outer and inner stands are formed in the center of a canopy (100) for supporting a ridge (101). The leg is formed at four corners of the canopy and is equipped with a corner coupler (118) and a corner slide coupler (119). The comb stand connects the ridge with four corners of the canopy. A reinforcement stand supports the comb stand by being supported in the leg while spreading the canopy. The stopper is protruded on the reinforcement stand. The X-link is linearly connected using a link coupler (116). The X-links are separately fastened with the corner coupler and corner slide coupler to compose the side of the canopy.

Description

A solidly large-sized canopy

The present invention relates to a canopy, and in particular, in constructing a large canopy, there is no play between each component, so that the canopy is firmly fixed without flowing after installation, and the canopy is damaged even from an external impact or heavy rain or heavy snow. It is about a canopy that is not or does not hesitate.

Canopy is defined in terms of canopy-like cover, canopy-shaped sunshade, fallen windshield, and cover.

These canopies are widely used for various purposes, and recently, they are easily installed in street stalls and event venues to block the sun and to block snow and rain.

As described above, the canopy that is easily installed and used in street stalls and event venues can be folded and stored and transported for easy installation and use in event venues or streets, and can be easily folded and stored after the event. "Folding tent for easy storage" is proposed.

The foldable tent (canopy) is as shown in Figure 1, the center column 220 supporting the ridge is composed of the outer (unsign) and the inner (unsign) is elastically supported by the spring inside when the tent is unfolded The core of the center support 220 is raised to support the ridge, and the third support pipe 234 of the inclined holding member 230 is configured to be inserted into or withdrawn from the second support pipe 232 to form a tent. When unfolded, as shown in FIG. 1, the third support pipe 234 protrudes from the second support pipe 232 and is configured to support the tent that is placed on the tent together with the center column 220.

However, if a sudden gust, heavy rain, heavy snow, or the like, a vertical load is applied to the tent, the third support pipe 234, which is a component of the core holder 220 and the slope holding member 230, is each the central holder 220. As the inside of the second support pipe 232 of the outer shell and the inclined holding member 230 is distorted, the shape of the tent is distorted, and eventually, the tent collapses or the tent is broken.

That is, the structure of the tent deforms, breaks or sits down due to the absence of a support structure for vertical loads.

In addition, due to the play that occurs in the coupling portion of each link and the structure there is a problem that the flow is badly generated even in the small impact, such as wind, bumping with the pedestrians.

Therefore, since the conventional canopy cannot be enlarged, there is an inconvenience in that several canopies must be continuously installed when a large canopy is required.

Republic of Korea Patent Publication No. 10-1095662

The present invention constitutes a large canopy so that a large canopy can be installed in order to solve the above problems, even if a strong vertical load acts on the canopy due to heavy rain or heavy snow, the canopy is not deformed or slumped and firmly loaded in the vertical load. It is an object of the present invention to provide a sturdy canopy that can withstand this.

In addition, by constructing the canopy so that play does not occur at each link and joint of the canopy, when the canopy is unfolded on an event hall or street stand, the canopy is firmly supported without flowing even when a strong wind or pedestrian is bumped and the impact is transmitted to the canopy. It is an object of the present invention to provide.

In order to achieve the above object, the canopy according to the present invention supports the ridge 101 at the top and the bottom ridge base 102 provided with the center slide coupler 104 at the bottom, and the center lower coupler 105 at the bottom. ) Is provided and inserted into the lower end of the ridge liner outer shell 102 is a ridge liner inner shell 103 to slide in and out from the ridge liner outer shell 102; corner corners 118 is formed at the top, legs 120 Leg 120 is provided with a corner slide coupler 119 to move along the slide; formed on four corners of the canopy; one end is hinged to the ridge 101, the support coupler 111 is A first comb outer shell 106 inserted and slidably moved; a first comb outer shell 107 inserted into the other end of the first comb outer shell 106 and sliding in and out and hinged to the joint 123; One end is at the joint 123 The second end is hinged to the other end is hinged to the corner coupler 118; One side is hinged to the reinforcing bar coupling 113 to slide along the second comb 108 The other side is hinged to the corner slide coupler 119, the reinforcing rod 112 to support the comb; Both ends of the X-link 115 connected in series through the link coupler 116 is the corner coupler ( 118 and the corner slide coupler 119 is hinged to each of the X link 115 to form a side of the canopy; is configured to include.

At this time, the reinforcing rod 112 is characterized in that the stopper 114 of the protruding form is formed.

In addition, slide grooves 137 are formed at both sides of the joint 123, and a cover 138 having protrusions inserted into the slide grooves 137 of the joint 123 is formed in a '┏┓' shape and has a lower inner side. Characterized in that configured to be fastened to the joint 123.

In addition, end portions of the first comb bundle 107 and the second comb bundle 108 hinged to the joint 123 are formed in a semicircular shape, and the outer surface of the semicircular end portion is in contact with the inner surface of the joint 123. Is configured, the end of the reinforcing rod 112 hinged to the reinforcing bar coupling sphere 113 is formed in a semi-circular shape, the outer surface of the semi-circular reinforcing rod 112 end portion is configured to contact the inner surface of the reinforcing bar coupling sphere 113 It features.

In addition, the center slide coupler 104 is characterized in that the clasp 122 is formed so that the ridge line inner core 103 is fixed to the ridge line outer shell 102.

In addition, the edge slide coupler 119 has a clasp 122 is formed, characterized in that configured to secure the corner slide coupler 119 to the leg 120 in the unfolded canopy.

In addition, the clasp 122 is a protrusion 152 protrudes into the coupling hole, the protrusion 152 inside the clasp 122 body is elastically supported by a spring and is fastened to the handle 151 to secure the handle 151. When pulled, the protrusion 152 protruding into the coupler is inserted into the clasp 150, and when the handle 151 is released, the protrusion 152 protrudes into the insertion hole by the elasticity of the spring.

In addition, one end of the X-links 115 connected in series using the link coupling tool 116 is hinged to the link coupling tool 117 fastened to the middle of the X link 115 constituting the four sides of the canopy, The other end of the X-link 115 is characterized in that the hinge is fastened to the center slide coupler 104 and the center lower coupler 105, respectively.

In addition, one side is hinged to the support coupler 111, the other side is hinged to the center lower coupler 105, the support 110 for supporting the comb 109; characterized in that the configuration further comprises It is done.

In addition, the lower end of the leg 102 is formed with a clasp 122, characterized in that the extended leg 121 is configured to be inserted into the lower end of the leg 120.

The present invention configured as described above can provide a large canopy that can be firmly cut to the vertical load without deforming or hesitating even if a strong vertical load acts on the canopy for heavy rain or heavy snow.

In addition, by constructing the canopy so that play does not occur at each link and joint of the canopy, when the canopy is unfolded on an event hall or street stand, the canopy is firmly supported without flowing even when a strong wind or a pedestrian passes and the impact is transmitted to the canopy.

In addition, when a large canopy is required for a large event, it can be installed and dismantled easily using the large canopy of the present invention without the need to install several canopies.

1 is a perspective view showing a conventional canopy.
Figure 2 is a perspective view showing a state in which the canopy is unfolded according to the present invention.
Figure 3 is a perspective view showing a state in which the canopy is folded according to the present invention.
Figure 4 is a view showing the main configuration of the unfolded state canopy according to the present invention.
5 is a view showing the main configuration of the canopy folded state according to the present invention.
Figure 6 is a view showing a state in which the center support is fastened to the lower center lower coupler of the ridge.
Figure 7 is a view showing a state in which the center support is separated.
Figure 8 is a perspective view showing a state in which the canopy of the present invention is deployed in a state in which the center support is fastened.
9 is a perspective view showing the joint of the comb.
10 is a cross-sectional view showing a coupling state of the comb and the joint.
11 is a cross-sectional view showing a coupling state of the reinforcing rod and reinforcement coupler.
12 is a perspective view of a corner slide coupler provided with a clasp;
FIG. 13 illustrates a clasp formed in a center slide coupler. FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a rigid canopy having no play according to the present invention will be described in detail with reference to the accompanying drawings.

2 is a perspective view showing a state in which the canopy is unfolded according to the present invention, FIG. 3 is a perspective view showing a state in which the canopy is folded in accordance with the present invention, and FIG. 4 is a main configuration of a state in which the canopy is unfolded in accordance with the present invention. 5 is a view showing the main configuration of the canopy folded state according to the present invention, Figure 6 is a view showing a state in which the center support is fastened to the lower center lower coupler of the ridge line, Figure 7 Is a view showing a state in which the center support is separated, Figure 8 is a perspective view showing a state in which the canopy of the present invention is unfolded in a state in which the center support is fastened, Figure 9 is a perspective view showing the joint of the comb, Figure 10 Is a cross-sectional view showing a coupling state of the comb bar and the joint, Figure 11 is a cross-sectional view showing a coupling state of the reinforcing rod and the reinforcement coupler, Figure 12 is a corner slide coupling with a latch And the time limit perspective view, Figure 13 is a view showing a latch formed on the slide zipper center.

In the canopy according to the present invention, as shown in FIG. 2, a ridge pillar is formed at the center of the four legs 120 and the four legs 120, and each leg 120, the ridge column, and the X-link 115 are formed. In connection with the canopy.

Looking at the canopy 100 of the present invention in more detail, the ridge liner outer shell 102 and the ridge liner casing 103 supporting the ridge 101 are formed at the center of the canopy 100.

The ridge liner 103 is configured to slide in and out from the bottom of the ridge liner 102 to the inside of the ridge liner 102, and when the canopy 100 is extended, the ridge liner 103 is the ridge liner 102. Is inserted into the interior of the ridge liner 112 as shown in FIG. 4 becomes invisible, when the canopy 100 is folded, the ridge liner 103 is projected from the ridge liner outer shell 102 as shown in FIG. Can be.

A center slide coupler 104 is fastened to the bottom of the ridge line outer shell 111 so as to slide along the ridge line outer shell 102, and a center lower coupler 105 is fastened to the bottom of the ridge line inner shell 103. It is fixed.

Legs 120 are formed at four corner portions of the canopy 100. The legs 120 have edge coupling holes 118 formed at the top of the legs 120, as shown in FIG. An edge slide coupler 119 slidable along the 120 is formed.

The edge coupling unit 118 and the corner slide coupling unit 124 formed on the upper end of the leg 102 are hingedly coupled to the X-link 115 connected in series using the link coupling unit 116 to the four of the canopy 100. Make up the sides.

The X link 115 has two rods hinged to the center of each other.

That is, in the embodiment of the present invention shown in FIG. 2, four X-links 115 are connected in series using the link coupler 116 to form the side of the canopy 100.

In addition, a comb bar 109 connecting four corners of the ridge 101 and the canopy 100 is configured, and the comb bar 109 is configured of a first comb bar and a second comb bar.

The first comb is composed of a first comb outer shell 106 and a first comb outer shell 107, the first comb outer shell 107 is inserted into the first comb outer shell 106 is the first comb outer shell 106 Slide in and out.

One end of the first comb outer shell 106 is hinged with the ridge 101, the other end of the first comb outer shell 106 is inserted into the first comb shell 107, the first comb inner shell 107 ) Is hinged to the joint 123.

One end of the second comb 108 is hinged to the joint 123, and the magnetic end of the second comb 108 is hinged to the corner coupler 118.

The second comb 108 is formed with a reinforcing bar coupler 113 fastened to be movable along the second comb 108, and one side of the reinforcing bar 112 is hinged to the reinforcing bar coupler 113. Is fastened, the other side of the reinforcing rod 112 is hinged to the edge slide coupler 119 to slide along the leg (120).

The reinforcing rod 112 is when the canopy (100) is unfolded so that the reinforcing rod 112 is supported on the leg 120 to support the comb 109 so that the comb 109 is struck or damaged by an external load Serves to prevent this.

In addition, one end of the support 110 is hinged to the support coupler 111 fastened and fixed to the first comb outer cover 106, and the other end of the support 110 is located at the lower end of the molten iron core 103. The hinge is fastened to the fastened center lower coupler 105.

The support 110 is supported by the ridged column serves to prevent the comb 109 to fall or break.

The place receiving the most load from the canopy is the comb bar 108, but in the case of a large canopy as in the present invention, the comb bar 109 is liable to be damaged even if a little impact is applied due to the sagging or striking of the comb bar 109. Both sides are supported by the reinforcing rods 112 and the supporter 110, respectively, so that the load on the comb rods 109 of the canopy 100 is dispersed by distributing the lower shelf of the comb rods 109 to the legs 120 and the center column. Configure to support.

Folding the canopy 100 of the present invention configured as described above is folded as shown in Figure 3 is very easy to carry or store.

When the canopy 100 of the present invention is folded in the state as shown in FIG. 4, the comb bar 109 is bent around the joint 123 as shown in FIG. 5, and the joint 123 is bent while the first comb is bent. The supporter coupling is fastened to the first comb outer cover 102 while the inner shell 107 is slide-inserted into the first comb outer shell 106 and the first comb outer shell 106 hinged to the ridge 101 is rotated downward. The support 110 hinged to the sphere 111 moves the center lower coupler 105 downward.

As the center lower coupler 105 is downward, the first ridge line 106 and the support 110 are folded while the ridge line bundle 103 inserted into the ridge line outer shell 106 is removed.

The second comb 108 hinged to the corner coupler 118 rotates downward while the canopy 100 is folded, and is hinged to the reinforcement coupler 113 fastened and fixed to the second comb 108. The fastened reinforcing rod 112 pushes the corner edge slide coupler 119 so that the edge slide coupler 119 slides along the leg 120 to fold the second comb 108 and the reinforcing rod 112.

The extended leg 121 is configured to increase the height of the canopy 100 is inserted into the lower inner side of the leg 120, when expanding the canopy by dismantling the clasp 122 formed on the lower end of the leg 120 Insert the leg 121 into the leg 120 is configured to reduce the length.

When the canopy 100 is folded, the X link 115 constituting four sides of the canopy 100 is folded as shown in FIG. 3.

As shown in FIGS. 4 and 5, a stopper 114 having a protruding shape is formed on the reinforcing rod 112. The stopper 114 serves to smoothly unfold when the folded canopy 100 is unfolded.

When the stopper 114 is installed on the reinforcing rod 112 and the canopy 100 is folded, as shown in FIG. 5, the stopper 114 contacts the leg 120 and the reinforcing rod 112 is opened at a predetermined angle with the leg 120. Induced to be in a state to be easily unfolded when the canopy 100 is unfolded.

If there is no stopper 114 as described above, the central axes of the reinforcing rod 112 and the leg 120 are in parallel with each other. When the canopy 100 is unfolded in this state, the second comb 108 and the reinforcing rod ( 112 and the leg 120 cross each other and there is a problem that the canopy is not extended well.

By constructing the stopper 114 as described above so that the second comb 108, the leg 120 and the reinforcing rod 112 to form a triangular shape to expand the canopy 100 when the canopy 100 is configured to be easily unfolded It is desirable to.

As shown in FIG. 2, the X-links 115 are connected in series, and the legs 120 are hinged on both sides. The link-coupled holes 117 fastened in the middle of the X-links connected in series are the legs 120. One side of the X-link 115 connected in series and another separate series-connected X-link between the hinge is hinged and the other side is hinged to the center slide coupling 104 and the lower center coupling 105 of the ridge, respectively. It is preferable to configure the canopy so that the canopy is firmly supported by distributing the load applied to 101).
As shown in FIG. 2, the link coupler 117 is configured such that the X link 115 is hinged to both sides, and the other X link 115 is hinged in a direction perpendicular thereto. That is, the link coupler 116 is configured to hinge the X link 115 on both sides, while the link coupler 117 is configured to hinge the X link 115 in the direction perpendicular to both sides. will be.

And as shown in Figure 7 to form a center support insert 130 in the center lower coupling portion 105 of the ridge, and a separate center support 131 as shown in Figure 6 the center support insert of the center lower coupling (105) By inserting into the 130, the center support 131 as shown in Figure 8 can be configured to firmly support the load transmitted to the ridge 101 and the comb 109.

As described above, even if the center support 131 is installed in the lower part of the ridge, the large canopy 100 is configured to effectively support the load transmitted to the ridge 101 and the comb 109 of the canopy 100 to provide a firm canopy. Can be configured.

And when the canopy is opened, as shown in Figure 9 by fastening the cover 138 of the '┏┓' shape to the joint 123 can not only effectively support the external shock or load, but also external load Alternatively, the canopy is preferably configured to prevent the canopy from shaking or flowing.

As shown in FIG. 9, the slide grooves 137 are formed on both sides of the body of the joint 123 for hinge-fastening the first comb holder 107 and the second comb holder 108, and protrude in both lower portions of the cover 138. When the cover 138 is fastened to the joint 123 in the same manner as shown in FIG. 9, the protrusion of the cover 138 is inserted into the slide groove 137 to cover the cover 138. It is fixed to the joint 133.

When the load acts on the comb bar 109, the first comb bar 107 and the second comb bar 108 may be slightly folded around the joint 123 and the canopy 100 may be shaken as described above. The cover 138 is fastened to the cover 138 to prevent the first comb bundle 107 and the second comb 108 from bending by a load or an impact, thereby effectively preventing the canopy 100 from being shaken by an impact or a load. It can prevent.

And as shown in Figure 4 in order to firmly support the load transmitted to the reinforcing rod 112 for supporting the comb bar 109 to constitute a latch 122 in the corner slide coupler 119 as shown in FIG. When the canopy 100 is opened by forming a hole in the leg 120, the latch 122 fixes the corner slide coupler 119 to the leg 120 to effectively support external shocks or loads as well as the outside. The canopy can be prevented from flowing by the load or the impact of.

As shown in FIG. 10, the ends of the first comb bundle 107 and the second comb bundle 108 hinged to the joint 123 are formed in a semicircle shape, and the outer surface of the semicircular end portion is the joint 123. It is configured to rotate the first comb bundle 107 and the second comb 108 in a state to be in contact with the inner surface of the.

In this configuration, since the first comb belt 107 and the second comb belt 108 are in contact with the inner surface of the joint 123, there is no gap and no flow occurs in the canopy. Effectively support

Similarly, as shown in FIG. 11, an end portion of the reinforcing rod 112 hinged to the reinforcing rod coupling hole 113 fastened to the second comb 108 is formed in a semicircular shape, and an outer surface of the end of the reinforcing rod 112 is reinforced. By configuring the coupler 113 to rotate in contact with the inner surface, the canopy is not shaken by the external load or the impact as well as effectively supporting the external impact or the load.

The large canopy according to the present invention can provide a large canopy that can be firmly cut to the vertical load without deforming or hesitating even if a strong vertical load acts on the canopy due to heavy rain or heavy snow.

In addition, by constructing the canopy so that play does not occur at each link and joint of the canopy, when the canopy is unfolded on an event hall or street stand, the canopy is firmly supported without flowing even when a strong wind or a pedestrian passes and the impact is transmitted to the canopy.

In addition, when a large canopy is required for a large event, it can be installed and dismantled easily using the large canopy of the present invention without the need to install several canopies.

100: canopy
101: ridge
102: Dragon Maru Ji Venom
103: Dragon Marshal Company
104: center slide coupler
105: center lower coupling
106: the first comb skin
107: the first comb skin
108: second comb
109: comb
110: Support
111: support coupler
112: reinforcement
113: reinforcing bar coupling
114: stopper
115: X link
116: link coupler
117: link coupler
118: corner joint
119: corner slide coupler
120: leg
121: extended leg
122: clasp
123: joint
130: center support insertion hole
131: center support
137: Slide groove
138: cover
151: Handle
152: projection

Claims (10)

A ridge base shell 102 supporting the ridge 101 at the top and a center slide coupler 104 at the bottom, and a center bottom coupler 105 at the bottom are provided, and the bottom of the ridge base 102 is provided. A ridge column inner shell 103 inserted into the slide column from the ridge holding shell 102 to move in and out;
Corner coupling unit 118 is formed at the top, the edge 120 is provided with a corner slide coupling unit 119 to slide along the leg 120 is formed on the four corner portions of the canopy;
One end portion is hinged to the ridge 101, the support comb 111 is inserted into the slide first comb outside the slide 106, the first comb outside the slide 106 is inserted into the other end of the slide A first comb bundle 107, which is hinged to the joint 123 to enter and exit; one end is hinged to the joint 123 and the other end is hinged to the corner coupler 118; 108 ;,
One side is hinged to the reinforcing rod coupler 113 to slide along the second comb 108, the other side is hinged to the corner slide coupler (119) to support the comb 112; ,
A stopper 114 formed to protrude from the reinforcing rod 112;
Both ends of the X link 115 connected in series through the link coupler 116 are hinged to the corner coupler 118 and the corner slide coupler 119, respectively, to form the sides of the canopy X link 115. Spacing upsing solid large canopy, characterized in that configured to include.
delete The method of claim 1,
Slide grooves 137 are formed at both sides of the joint 123,
The large canopy without gaps, characterized in that the '┏┓' shape and the bottom inner side is formed with a projection 138, the projection is inserted into the slide groove 137 of the joint 123 is fastened to the joint 123.
The method of claim 1,
Ends of the first comb bundle 107 and the second comb bundle 108 hinged to the joint 123 are formed in a semicircular shape, and the outer surface of the semicircular end portion is configured to contact the inner surface of the joint 123. ,
The end of the reinforcing bar 112 hinged to the reinforcing bar coupling sphere 113 is formed in a semi-circular shape, the outer surface of the end of the reinforcing bar 112 of the semi-circular shape is characterized in that it is configured to contact the inner surface of the reinforcing bar coupling (113) Robust large canopy with no play.
The method of claim 1,
The center slide coupler 104 has a clasp 122 is formed so that the ridge line inner core 103 is fixed to the ridge line outer shell 102, characterized in that the large canopy without gaps.
The method of claim 1,
The corner slide coupler 119 has a clasp 122 is formed to secure a large slide canopy without gaps, characterized in that configured to secure the corner slide coupler 119 to the leg 120 in the unfolded canopy.
The method according to claim 5 or 6,
The clasp 122 is a protrusion 152 protrudes into the coupling hole, the protrusion 152 in the clasp 122 body is elastically supported by a spring and is coupled to the handle 151 to pull the handle 151 is coupled The protrusion 152 protruding into the sphere is inserted into the clasp 150 body, and when the handle 151 is released, the protrusion 152 is configured to protrude into the insertion hole by the elasticity of the spring. .
The method of claim 1,
One end of another X link 115 connected in series using the link coupling tool 116 is hinged to the link coupling tool 117 fastened to the middle of the X link 115 constituting the four sides of the canopy. The other end of the other X-link 115 is hinged to the center slide coupler 104 and the center lower coupler 105, respectively, characterized in that it is configured without gaps and firm canopies.
The method of claim 1,
One side is hinged with the support coupler 111, the other side is hinged to the center lower coupler 105, the support 110 for supporting the comb 109; characterized in that it further comprises Robust large canopy with no play.
The method of claim 1,
Clasp 122 is formed at the bottom of the leg 120, the expansion leg 121 is a large canopy without gaps, characterized in that configured to be inserted into the lower end of the leg 120.

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