WO2014061903A1

WO2014061903A1 - Firm canopy having no gaps

Info

Publication number: WO2014061903A1
Application number: PCT/KR2013/006862
Authority: WO
Inventors: 이동학
Original assignee: Lee Dong-Hak
Priority date: 2012-10-17
Filing date: 2013-07-31
Publication date: 2014-04-24
Also published as: KR101285129B1; US20150247339A1

Abstract

The present invention relates to a canopy that does not generate gaps generated between the components thereof so that the canopy is firmly fixed after installation without any deviation. In addition, the canopy does not break or sink even in the event of an external impact, heavy rainfall, or heavy snowfall.

Description

【Specification】

[Name of invention]

Rigid canopy without play

Technical Field

The present invention relates to a canopy, which does not generate a gap between components, so that the canopy does not flow after installation and is firmly fixed, and that the canopy is not damaged or collapsed even in heavy rain or heavy snow. will be.

Background Art

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

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

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

As shown in Figure 1, the folding tent (canopy) is made up of a spring (120) supporting the ridge is composed of a stool (unsign) and the inner (unsign) by the spring inside when the tent is unfolded. The inner portion of the center column 220 which is elastically supported is raised to support the ridge, and the third support pipe 234 of the inclined holding member 230 is the second.

When the tent is unfolded as it is configured to be inserted into or withdrawn from the support pipe 232, the third support pipe 234 protrudes from the second support pipe 232 as shown in FIG. 1, and is placed in the tent together with the center column 220. It is configured to support the tent.

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 inclined holding member 230, may be each of the core holder ( Inserted into the second support pipe 232 of the holder and the inclined holding member 230 of 220, the shape of the tent is distorted, and eventually there is a problem that falls down or breaks the tent. In other words, the structure of the tent deforms, breaks or sits down due to the absence of support structures 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 generated even in the small stratification such as wind, bumping with a person is not strong.

[Detailed Description of the Invention]

[Technical problem]

The present invention has been made in order to solve the above problems, it is to provide a strong canopy that can hold firmly to the vertical load without deformation or hesitation even if strong vertical lowering acts on the tent for heavy rain or heavy snow. It is an object of the present invention. ^'

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

Technical Solution

In order to achieve the above object, there is no gap between the rugged canopy is a ridge holder supporting the ridge at the top and having a center slide coupler at the bottom; and, the bottom brace is provided at the bottom and the ridge line A ridge ridge that is inserted into the bottom of the outer shell to enter and exit from the ridge ridge; a corner joining sphere is formed at the top, and a corner slide joining rod moving along the bridge ledge is formed at the four corner portions of the canopy. Being outer leg ;， The first comb and the second comb is hinged by the joints composed of one end is hinged with the ridge and the other end is hinged and the corner comb is hinged ;， One end is fastened to the second comb Hinge fastened to the reinforcing bar coupler, the other end is hinged to the edge slide coupler to support the comb bar For;, a link coupling the sphere both sides X link, each end of the hinge fastening the X link in series with the X link that is fastened to the edge of each hinge coupling sphere and the edge of the leg slide coupling geotdae old configuration the sides of the canopy; One end is hinged with the center slide coupler and the lower center coupler, and the other end includes four X links hinged with the link coupler of the X link constituting the side of the canopy. At this time, the clasp is formed at the bottom of the leg shell, characterized in that the leg is inserted into the lower inner side of the leg shell is configured.

In addition, the reinforcing rod is characterized in that the stopper protruding in the direction of the comb.

In addition, a slide groove is formed on both sides of the joint of the comb bar, the cover is formed in the '门' shape is formed in the bottom groove is formed projections inserted into the slide groove of the joint is characterized in that the cover is configured to be fastened to the joint.

In addition, the end portion of the first comb and the second comb hinge hinged to the joint is formed in a semi-circular shape, the outer surface of the semi-circular end portion is configured to be in contact with the surface of the joint, the reinforcement blade ^ portion hinged to the reinforcing bar coupling Shaped in a semicircular shape, characterized in that the semicircular reinforcement end outer surface is configured to be in contact with the face of the reinforcement coupler. In addition, the center slide coupler is formed with a latch is characterized in that it is configured to fix in the state protruding from the ridge ridge ridge. In addition, the edge slide coupler is formed with a latch is characterized in that configured to secure the edge slide coupler to the leg outer surface in the unfolded canopy.

At this time, the clasp is a projection protruding into the inside of the coupler, the protrusion inside the clasp body is elastically supported by the spring and the handle ^ is fastened into the inside of the clasp body protruding into the inside of the clasp to pull the handle, the handle When placed, it characterized in that the projection is configured to protrude into the insertion hole by the elasticity of the spring.

Advantageous Effects

Robust canopy of the present invention configured as described above can be held firmly to the vertical load without deformation or slump, even if a strong vertical load acts on the tent for heavy rain or heavy snow. _,

In addition, it is configured to prevent play from occurring at each link and joint of the canopy, so when the canopy is spread on an event hall or street stand, the canopy does not flow and is firmly supported. There is an advantage to use.

[Brief Description of Drawings]

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 in 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 perspective view of the comb joint.

Figure 7 is a cross-sectional view showing a coupling state of the comb and the joint.

8 is a cross-sectional view showing a coupling state of the reinforcing rod and the corner slide coupler. Figure 9 is a perspective view of the corner slide coupler provided with a clasp.

10 shows a clasp formed on a center slide coupler.

100 canopy

111 Dragon Marge Master

112 Dragon Marge

113 ridge

114 center slide coupler

115 Center Lower Coupler

121 legs

122 Legband

123 corner joints

124 corner slide coupler

130 combs

131 first comb

132 Second Comb

133 joints

134 reinforcement

135 stopper

136 Reinforcement Splice

137 Slide groove

138 cover

140 X links

141 link coupler 151 ： Handle

152 ： Turning

[Best form for implementation of the invention]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a rigid canopy without a 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, Figure 3 is a perspective view showing a state in which the canopy is folded according to the present invention, Figure 4 is a 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 perspective view showing a comb-like joint, Figure 7 is a view showing a coupling state of the comb and joint 8 is a cross-sectional view showing a coupling state of the reinforcing bar and the edge slide coupler, Figure 9 is a perspective view showing a corner slide coupler provided with a clasp, Figure 10 shows a clasp formed in the center slide coupler One drawing.

The canopy 100 according to the present invention has four legs, and a center column is formed at the center of four legs as shown in De 2, and each bridge and the center column and the bridge are connected by the X link 140. The canopy is constructed.

Looking in more detail the canopy 100 of the present invention is formed in the central portion of the canopy 100 is a ridge ridge holder 111 and a ridge ridge bundle 112 for supporting the ridge floor 113.

The yongmaru zige 112 is configured to slide in and out from the bottom of the yongmaru zige 111 to the inside of the yong maru zige 111, when the elongated canopy (100) spread out the yongji rouge zidae 112 Is inserted into the inside of the ridge

The inner core 112 becomes invisible, and when the canopy 100 is folded as shown in FIG. 5, the inner rib 112 protrudes from the ridge holder 111.

A center slide coupler 114 is fastened to the bottom of the ridge liner 111 to slide along the ridge liner stand 111, and a center lower coupler 115 is disposed at the bottom of the ridge liner 112. Fastening is fixed.

Legs are formed at four corner portions of the canopy 100. As shown in FIG. 2, a corner coupling hole 123 is formed at an upper end of the leg holder 121, and the leg holder 121 is formed. A slide slide coupler 124 that is movable along the slide is formed. Two series-connected X-links 140 are fastened to the corner coupler 123 and the corner slide coupler 124 formed at the upper end of the leg stool 121 to connect the leg stool 121 with the leg stool 121. Connect and configure four sides of the canopy 100.

The X link 140 is hinged at the center of the two rods, and the X link 140 connecting the leg rest 121 and the leg rest 121 is a link coupling sphere 141 as shown in FIG. By using two hinges X link 140.

And the link coupler of the side constituted by the X-linked 140 connected in series between the leg pad 121 and the leg pad 121 of the canopy 100 slides along the ridge line base 111 as shown in FIG. It is hinged to the center lower coupler 115, which is fastened and fixed to the lower end of the moving center slide coupler 114 and the ridged inner core 112, respectively. Folding the canopy 100 of the present invention configured as described above as shown in FIG.

The comb 130 folds the joint 133 in a deep manner, and each X-link hinged with the legrest 121 and the legrest 121 and the ridged outer shell 111 and the ridged rod (μ2). 140) collapses and the volume of the canopy (100) is reduced.

In the folded state as shown in FIG.

Unfolding the canopy 100 in the folded state as shown in Figure 2 center slide coupling 114 and the center lower coupling 115 and the link coupling sphere 141 and the hinged X link 140 is extended to the ridge line The 112 is inserted into the inside of the ridge base shell 111, and the center slide coupler 114 slides downward along the ridge line base 111.

When the canopy (100) is fully extended, the center ^ sub-engagement (115) is the ridge

While touching the lower end of the base 111, the ridge line inner core 112 is completely inserted into the ridge line base 111.

In addition, as the serially connected X-links 140 connecting the leg pads 121 and the leg pads 121 are opened, the edge slide coupler 124 of the leg holder 121 is placed along the leg holder 121. The canopy 100 is completely unfolded by sliding in the direction of 123. In the state shown in FIG. 5, the first comb band 131 and the second comb band 132 which are hinged to the joint 133 are extended, and the corner slide coupler 124 slides upward as described above. The reinforcing bar 134 is firmly supported by the reinforcing bar 134 by moving the edge slide coupler 124 and the hinged reinforcing bar 134 by sliding along the second comb 132.

The canopy is completed by raising the tent on the upper portion of the canopy 100 unfolded as described above. As shown in FIG. 2, the canopy 100 according to the present invention can be firmly supported by vertical load because the center slide joint 114 and the ridge 113 are simultaneously supported by the ridge ridge holder 111. .

In other words, when the tent is placed on the canopy 100, the vertical load of the ridge 113 and the comb-rod 130 is collected during the weight, heavy rain, and heavy snowfall of the tent, and the vertical load is most other than the load transmitted to the legs. Is transmitted to the center slide coupler 114 through the ridge liner outer shell 111 and the X-link 140 through the ridge line 113, as described above.

Since the ridge 113 and the center slide coupler 114 are fastened to one ridge hanger 111, the load can be effectively supported without generating play.

In contrast, the conventional canopy has a center column 220 supporting the ridge as shown in FIG. 1, which is composed of a stool (unsigned) and a sack (unsigned), which is elastically supported by a spring inside when the tent is unfolded. The inner portion of the 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. When the tent is expanded, as shown in FIG. 1, the third support pipe 234 protrudes from the second support pipe 232 and is configured to support the tent to be placed on the tent together with the central column 220. When a vertical load is applied to the tent due to heavy snow, etc., the third support pipe 234, which is a part of the core of the center column 220 and the slope holding member 230, is respectively a stand and the slope of the center member 220. Low support pipe (23) 2) The inside of the tent is distorted as it is inserted inside, and eventually hesitates or the tent is broken.

On the other hand, as described above, the canopy according to the present invention can effectively support a load without generating play because the ridge 113 and the center slide coupler 114 are fastened to one ridge outer shell 111.

In addition, as shown in FIGS. 4 and 10, holes (unsigned) are drilled in the ridge support stem 111 and the ridge support stem 112, and the latch 150 is formed in the center slide coupler 114. It is desirable to configure to support the load more effectively. As shown in FIG. 9, the clasp 150 forms a handle 151 that slides along the clasp body on one side of the coupler, and a protrusion 152 protrudes inside the coupler.

The protrusion 152 is elastically supported by a spring in the body of the clasp 151 and elastically protrudes into the insertion hole 125 of the coupler or is inserted into the body of the clasp 150, the protrusion 152 is Connection configuration with handle 151 inside the body of clasp 150 When the user pulls the handle 151, the protrusion 152 is inserted into the body of the clasp 150, and when the handle 151 is released, the protrusion 152 protrudes into the insertion hole 125.

When the canopy (100) is unfolded, the ridge liner 112 is inserted into the ridge liner shell 111, and the perforated hole of the ridge liner 112 and the perforated hole of the ridge liner 111 coincide with each other. As shown in Fig. 10, the protrusions 152 that are elastically supported are inserted through the matching holes so that the ridge holder 111 and the ridge holder 112 are fixed to each other so that they can effectively support external impact or load. But also prevents the canopy ₁₀₀ from flowing by external descent or stratification.

As shown in FIG. 6, when the canopy 100 is extended, the canopy can effectively support external impact or load by fastening the cover 138 having a 'π' shape to the joint 133. It is preferable that the canopy 100 is configured to be prevented from flowing by external insects or lamellas.

As shown in FIG. 6, the sulfide grooves 137 are formed on both sides of the body 133 of the joint 133 which hinges the first comb 131 and the second comb 132. When the protrusion (not shown) is formed in the lower part and the cover 138 is fastened to the joint 133 in the same manner as in FIG. 6, the protrusion of the cover 138 is inserted into the slide groove 137 of the joint 133. The cover 138 is fixed to the joint 133.

When the load acts on the comb 130, the first comb 131 and the second comb 132 may be slightly bent and the canopy may flow around the joint / 133. The cover 138 can be fastened to prevent the first comb bar 131 and the 12 comb bar 132 from being bent by load or stratification, so that the canopy can effectively support external layer or load. Canopy 100 can be prevented from flowing by external dehydration or impact.

And as shown in Figure 4 in order to firmly support the load transferred to the reinforcing rod 134 for supporting the comb rod 130, as shown in FIG. ), And when the canopy 100 is closed by forming a hole in the leg rest 121, the clasp 150 fixes the edge slide coupler 124 to the leg rest 121 to prevent external impact or load. Not only can it be effectively supported, but it can also prevent the canopy 100 from flowing by external loads or lamellas.

As shown in FIGS. 2 and 4, the canopy can be easily unfolded when the canopy is unfolded by configuring the protrusion stopper in the direction of the comb 130 in the reinforcing rod 134. To be configured.

The stopper 135 is installed on the reinforcing rod 134 and when the canopy 100 is folded, when the canopy 100 is folded as shown in FIG. 5, the spur 135 is in contact with the legrest 121 and the reinforcing rod 134. Is guided so as to open a predetermined angle with the leg pad 121, and unfolds easily when the canopy (100) is unfolded.

If there is no stopper 135 as described above, the center axis of the reinforcing rod 134 and the leg pad 121 are parallel to each other. In this state, when the canopy 100 is unfolded, the second comb rod 132 and the reinforcing rod are 134 and the legs 121 are crossed with each other and the canopy does not extend well occurs.

As described above, it is preferable that the stopper 135 is configured so that the second comb 132, the leg pad 121, and the reinforcing bar 134 form a triangular shape so that the canopy is easily extended when the canopy is unfolded. Do.

As shown in FIG. 7, the ends of the first comb band 131 and the second comb band 132 which are hinged to the joint 133 are formed in a semi-circular shape, and the outer surface of the semi-circular end is formed in the joint 133. It is configured to rotate about the hinge in contact with the inner surface of the.

When configured as described above, the ends of the first comb 131 and the second comb 132

Since there is no contact between the first and second comb bands 131 and 132 and the joint 133 in the folded or unfolded state of the canopy because there is no contact with the inner surface of the joint 133, no flow occurs in the canopy. Not only can the impact or load be effectively supported, but the canopy 100 can be prevented from flowing by external loads or lamellas.

Likewise, as shown in FIG. 8, an end portion of the reinforcing bar 134 hinged to the reinforcing bar coupling 136 sliding along the second comb 132 is formed in a semicircular shape, and the outer surface of the end is the reinforcing bar coupling. By configuring to rotate in contact with the inner surface of 136, not only can the external impact or load be effectively supported, but also the canopy 100 can be prevented from "r-moving" by the external load or impact.

And as shown in Figure 2 toward the bottom of the leg rest 121

By configuring the leg bundle 122 to be inserted or protruded, it is preferable to configure the height of the canopy 100 through the substitute bundle 122.

At this time, as shown in Figure 2 constitutes a clasp 150 in the lower end of the leg rest 121, by forming a multi-stage hole (not shown) in the axial direction in the inner leg is configured to freely adjust the height of the canopy. The rigid canopy without the play of the present invention can firmly hold the vertical load without deforming or sitting down even if a strong vertical load acts on the tent due to heavy rain or heavy snow.

In addition, it is designed to prevent play from occurring at each link and joint of the canopy, so when the canopy is unfolded at an event venue or street stand, the canopy does not flow and is firmly supported even when a strong wind or pedestrian is bumped and passed. There is an advantage to use.

In the above, the clearance-free solid canopy by this invention was demonstrated.

The technical configuration of the present invention will be understood by those skilled in the art that the present invention can be implemented in other specific forms without changing the technical spirit or essential features.

Therefore, the above-described embodiments are to be understood in all respects as illustrative and not restrictive, the scope of the present invention being indicated by the following claims rather than the foregoing description, and the meanings of the claims and All changes or modifications derived from the scope and equivalent concepts thereof should be construed as being included in the scope of the present invention.

Claims

[Range of request]

[Claim 1]

A ridge base holder 111 supporting the ridge top 1113 at the top and having a center slide coupler 114 at the bottom; and a bottom bottom engagement hole 115 at the bottom and the ridge base 111 Is inserted into the bottom of the ridge for entering and exiting from the Maruage ridge 111 111 ,,

Edge coupled to a top opening (123) is formed and, geoldae bridge ^121, bridge geoldae 121 which is provided with a copper sphere slide edge bonds 124 formed on four corners of the canopy ;, ^'slide along the

The first comb 131 and the second comb 132 are hinged by the joint 133, one end is hinged with the ridge 113, and the other end is hinged and the corner comb 123 and hinged ( 130, one end is hinged to the reinforcing rod coupler 136 is fastened to the second comb 132, the other end is hinged to the corner slide coupler 124 to support the comb 130 The reinforcement 134 ;,

Each end of the X link 140 hinged in series with both axes of the link coupler 141 is the edge of the leg rest 121, the joint 123 and the edge slide

X-links 140 hinged to the coupler 124 to form the sides of the canopy, respectively;

One end is hinged with the center slide coupler 114 and the lower center coupler 115, and the other end is hinged with the link coupler 141 of the X-link 140 constituting the side of the canopy. A link-free, rigid canopy, characterized in that it comprises a.

[Claim 2]

The method of claim 1,

Clasp 150 is formed at the lower end of the leg holder 121, and the leg canister 122 is inserted into the lower inner side of the leg holder 121, characterized in that there is no gap between the rigid canopy.

[Claim 3]

The method of claim 1,

The reinforcing rod 134 has a stopper canopy characterized in that the stopper 135 is formed in the direction of the comb 130 is formed.

[Claim 4]

The method of claim 1,

Slide grooves 137 are formed at both sides of the joint 133 of the comb 130, a protrusion formed in the shape of ¹ ΓΊ 'and inserted into the slide groove 137 of the joint at the lower inner side (138) The gapless solid canopy, characterized in that the cover 138 is configured to be fastened to the joint (133).

[Claim 5]

According to claim 1,

End portions of the first comb band 131 and the second comb band 132 hinged to the joint 133 are formed in a semicircle shape, and the outer surface of the semi-circle end part is configured to be in contact with the inner surface of the joint 133. ,

The end of the reinforcing bar 134 hinged to the reinforcing bar coupler 136 is formed in a semi-circular shape, the outer surface of the end of the semi-circular reinforcing bar 134 is configured to be in contact with the surface of the reinforcing bar coupler 136 Robust canopy without play.

[Claim 6]

Tax in Clause 1

The center slide coupler 114 has a clasp 150 is formed so that the ridge line inner core 112 is configured to be fixed to the ridge line hanger 111, characterized in that the firm canopy without gaps.

[Claim 71

In that U term,

The corner slide coupler 123 has a clasp 150 is formed so as to secure the corner slide coupler 124 to the leg shell 121 in a state in which the canopy is opened, characterized in that no rigid canopy .

[Claim 8]

The method according to claim 6 or 7,

The clasp 150 is ᅳ The protrusion 152 protrudes into the coupler, and the protrusion 152 in the clasp 150 body is elastically supported by the spring and is engaged with the handle 151 to pull the handle 151 to protrude into the coupling sphere. A rigid canopy without gaps, characterized in that (152) is inserted into the clasp (150) body, and when the handle (151) is released, the protrusion (152) is protruded into the insertion hole by the spring elasticity.