KR100431410B1 - One touch open type tent - Google Patents

Abstract

The present invention relates to a one-touch folding tent, the main object of the invention is to connect a plurality of skeletal pole poles to the connector provided in the center of the roof, the upper end of the skeletal pole poles are crimped in a state connected to be rotatable to the connector According to the operation of pressing and rotating the plate, all the poles can be unfolded or folded at the same time, and especially the unfolded poles are bent in a proper arc shape so that the tent cloth can be always stretched in tension. By eliminating auxiliary poles in the form of umbrellas such as poles, the poles can maintain proper bending when they are tented, so they can withstand the wind. On the other hand, by simplifying the structure, the assembly and productivity can be improved. The purpose is to lower it.

Characteristic configuration of the present invention for achieving the above object is composed of a connecting member for connecting pole poles and a support for crimping support, the hinge shaft portion of the skeleton poles on the hinge shaft support of the support for connection It is to be able to simultaneously unfold and fold all the radially arranged pole poles by simply pressing and turning the crimping support in the assembled state.

Description

One Touch Folding Tent {ONE TOUCH OPEN TYPE TENT}

The present invention relates to a one-touch folding tent, and more particularly, after providing a connection / folding connector in the center of the upper part of the tent, the pole poles of the tent are connected to the connector by hinge type to crimp the upper part of the connector. It is characterized in that the entire poles can be unfolded and folded at the same time according to the operation of pressing the rotating support.

In general, tents consist of fabrics connecting floors, sides and tops, and poles to keep them in a particular shape.Tents are used to sleep, weather, or sunshine during leisure activities such as camping, hiking and fishing. It is widely used as equipment.

These tents are known in various ways depending on the shape of the installed state, folding method, frame structure, etc. In recent years, one-touch folding tents have been gradually introduced for convenience.

In other words, one-touch folding tents are also called umbrella tents, and utility model registration No. 20-315843 (automatic tent using snap trough) and utility model registration No. 20-317335 (one-touch tent allowing detachable floor cloth). Known.

In the conventional one-touch folding tent as described above, the main folding structure is for concentrating and connecting a plurality of skeletal poles to one connector located at the center of the roof, and supporting each of these skeleton poles under the inside thereof. Each auxiliary pole is provided with a structure.

However, the following disadvantages are pointed out in the conventional structure as described above.

In other words, because it is a structure that supports it like an umbrella by using auxiliary poles in addition to skeletal poles, there are many folding parts, so it is frequently broken and heavy, and in order for the tent to maintain a constant dome shape and to be firmly supported, the poles form an arc. Although it should be bent, the conventional one-touch type tent must have a certain height, which is indispensable from the connecting body to the connecting parts of the auxiliary poles below it, so that there is not enough space to bend the pole as necessary as an arc, so that it cannot be bent sufficiently as an arc. There is this.

Therefore, the tent cloth is not always kept in a tense state, when the tent cloth is in a loose state is subjected to a lot of wind resistance results in easy shaking.

Therefore, the present invention has been made to solve and solve the above-mentioned problems in view of the conventional problems, the main object of the present invention is to connect a plurality of skeletal poles to the connector provided in the center of the roof, the upper ends of the poles for the skeleton is connected All poles are unfolded or folded at the same time according to the operation of pressing the press plate while rotating to the sieve, and especially the unfolded poles are bent into a proper arc so that the tent cloth can be always tensioned. On the other hand, by eliminating the umbrella-type auxiliary poles as in the prior art, when the tent is set, the poles can maintain the proper bending to withstand the wind well. Thereby lowering costs while improving assembly and productivity The purpose is to make it possible.

1 is a front view showing the configuration of a one-touch folding tent according to the invention

Figure 2 is an exploded perspective view showing the main configuration of the present invention

3 is a cross-sectional view showing the main configuration of the present invention.

Figure 4 is an overall cross-sectional view showing a folding operation state of the present invention

Figure 5 is a cross-sectional view showing the main operation state of the present invention

Figure 6 is a cross-sectional view showing the joint structure of the present invention Figure 7 is a skeleton view of the state of the tent unfolded Figure 8 to 10 is a skeleton view showing the process of folding the tent of the present invention

<Code Description of Main Parts of Drawing>

100: connecting member 110: crimping support

111: shaft 112: compression pull hole

113: jam jaw 114: the closing plate

115: upper plate 120: support for connection

121: vertical pipe portion 122: vertical through hole

123: vertical groove 124: tow line holes

125: hinge shaft support 126: rotation positioning protrusion

127: tow line fixing ring 128: pole support

129: meeting guide groove 130: tow line

140: compression pull string 200: skeleton pole

210: molding part 211: tow line hook groove

212: hinge shaft portion 220: pole member

230: joint portion 231: joint support end

232: joint diffraction step 300: tent cloth

310: ring

Characteristic implementation means of the present invention for achieving the above object comprises a connector, a shaft portion having a plurality of engaging jaw radially at the bottom while having a compression pull-line hole in the center, the horizontal direction from the top of the shaft portion A crimping support made of an upper plate portion extended to the upper surface portion, and a vertical pipe portion having a vertical through hole so that the shaft portion of the crimping support portion can be inserted therein; and a plurality of tow line holes drilled vertically around the through hole in the vertical pipe portion. And a support for connection comprising a plurality of pivot guide grooves radially extending from the upper end of the vertical pipe portion, a pole support portion having a hinge shaft support jaw formed for each pivot guide groove, and the compression pull. Consists of elastic crimp pull string, which is inserted into the string hole and bound using the bottom plate. Has a pawl member, a molding portion having a traction line hook groove at the end of the pawl member, and a hinge shaft portion formed at a position moved inwardly by a distance from the hook groove, wherein the inner end hinge shaft portion is the pole pole described above. It is formed so as to be pinned to the hinge shaft support jaw formed in the rotation guide groove of the support portion, wherein the pole joint portion of the pole is to be folded by assembling the pole base and the pole diffraction stage, but the shaft base and the groove are formed on the pole base. The pole diffraction stage is formed to have a long hole in the longitudinal direction and a protrusion having its own elasticity so that the protrusion of the pole diffraction stage moves in the longitudinal direction within the range of the above-mentioned long hole as it is separated from the groove of the pole support base, so as to be unfolded or bent. To hang the end of the pole tow line to the tow line hook groove of the skeletal pole poles, the two ends are vertically After inserting portion down through gyeoninjul hole, when the one for crimping holder fixed by a fixed ring gyeoninjul press molding portion of skeleton poles, and configured to be lifted to its outer end.

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

1 is a front view showing the configuration of a one-touch folding tent according to the present invention, Figure 2 is an exploded perspective view showing the main configuration of the present invention, Figure 3 is a cross-sectional view showing the main configuration of the present invention.

First, the one-touch folding tent is connected to the plurality of skeletal pole poles (200) extending radially in order to maintain the overall shape of the tent, and the pole poles by connecting the central connection 100 so that the pole poles can be simultaneously folded Configure.

At this time, the connecting member 100 is connected to the support pole 120 that can be arranged to support the rotatable to the hinge shaft portion of the ends of the poles radially, and the upper end of the poles supported by the connection support Consists of a pressing support 110 that can be expanded by pressing.

That is, the crimping support 110 has a crimping pull-line hole 112 in the center and a shaft portion 111 having a plurality of locking jaws 113 radially at the lower end thereof, and a horizontal direction from the upper end of the shaft portion. It consists of an extended top plate 115.

In addition, the connecting support 120 is a vertical pipe portion 121 having a vertical through hole 122 so that the shaft 111 of the crimping support 110 can be inserted, and the through hole in the vertical pipe portion A plurality of tow line holes 124 also vertically drilled in the circumference of the plurality of rotation positioning projections 126 formed on the bottom of the vertical pipe portion 121, and horizontally extended from the upper end of the vertical pipe portion 121 It consists of a plurality of rotation guide grooves 129 formed radially and the pole support portion 128 formed with a hinge shaft support step 125 formed for each of the rotation guide grooves.

And the crimping support 110 and the connecting support 120 is inserted into the crimping pull string hole 112 as an elastic crimping pull line 140 to bind using the bottom plate 114 at the bottom. Tie them together so that they do not deviate from each other.

On the other hand, the pole poles 200 for the skeleton is composed of a pole member 220 having a plurality of joints 230, and a molding portion 210 provided at the end of the top pole member.

The molding part 210 is formed to have a traction line hook groove 211 at the end of the pole member and a hinge shaft portion 212 formed at a position moved inwardly by a predetermined distance from the hook groove, all of which are May be molded from a synthetic resin material or may be molded from an aluminum material.

Next will be described the assembly structure of the connector 100 and the skeleton pole pole 200 of the present invention. One each in the rotation guide groove 129 formed radially on the pole pole support portion 128 of the support for connection 120 Assembling the pole pole 200 for the skeleton, the hinge shaft portion 212 formed in the molding portion 210 of the pole pole is assembled by fitting the pin (P) to the hinge shaft support step 125.

Skeleton pole poles 200 assembled as described above by hanging the suspension of the pole pole tow rope 130 to the tow line hook groove 211 formed in the molding portion 210 of the skeletal pole poles 200, the both ends of the vertical Inserted down through the tow line holes 124 of the tube portion 121, and fixed to the tow line fixing ring 127 at the bottom of the vertical pipe portion 121.

The traction cord 130 used here is suitable for good elasticity and good quality elastic cord, and is intended to have a force to pull the tip of the skeleton pole pole 200 for the usual down.

Subsequently, the shaft 111 of the crimping support 110 is fitted into the vertical through-hole 122 formed at the center of the vertical pipe portion 121 of the connecting support 120.

At this time, the shaft 111 is formed with a locking jaw 113 protruding in all directions at its lower end, and the locking jaw 113 is fitted to be guided along the vertical grooves 123 of the vertical through hole 122. And, after it is fully inserted, the compression pull string 140 is inserted into the vertically penetrated compression pull string hole 112, and binds with a separate closing plate 114 interposed at the bottom of the shaft 111. .

At this time, the compression pull string 140 is also good elasticity and good quality rubber band is possible, usually the crimping support 110 so that the force acts so as not to decompose detached from the support 120 for the connection, to the traction line By pressing the primary pulled pole further it will be better unfolded.

When the assembly is completed as described above and the assembly of the connecting pole 100 and the skeleton pole pole 200 is completed by walking the ring 310 of the tent cloth 300 in the middle of the skeleton pole pole 200.

The structure of the tent cloth 300 is omitted in detail because the structure is large and similar in the one-touch folding tent.

However, the skeletal pole 200 may be slightly different depending on the direction in which the configuration of the joint portion 230 connected to the middle of the pole member 220 is folded (inward or outward bending).

In particular, the joint portion 230, as shown in Figure 6, but the pole stand base 231 and pole stand diffraction stage 232 is manufactured by the method of molding, the pole stand base 231 is formed with a shaft pin (231a) The pole diffraction stage 232 is provided with a long hole 232a in the longitudinal direction so that when the pole diffraction stage 232 is moved in the longitudinal direction within the range of the long hole 232a, it can be unfolded or folded.

In particular, it is assumed that the pole diffraction stage 232 has a protrusion 232b having its own elasticity, and the groove 231b is formed on the pole base 231 so that the protrusion 232b does not easily fall off.

The following describes the operating state of the present invention configured as described above.

To mention from the results, when the plurality of skeleton poles 200 connected to the connector 100 is unfolded by the crimping operation of the crimping support 110, as shown in FIG. ) Will be unfolded in a tense state, on the contrary, when folded by the release operation of the crimping support 110, as shown in FIGS. 8 to 10, each joint portion of the skeletal pole 200 is folded at the same time while the tent is folded. Will be hit.

At this time, the operation of the important connector 100 will be described with reference to FIGS.

4 is an overall cross-sectional view showing a folding operation state of the present invention, Figure 5 is a cross-sectional view showing the main operation state of the present invention.

Skeleton pole poles 200 for the skeleton in the traction line hanger groove 211 side in the state in which the hinge shaft portion 212 of the molding portion 210 is assembled with a pin (P) to the hinge shaft support jaw 125 of the pole support portion 128 The lifted slightly above this state, the tow line 130 is a state that is holding the tow line hook groove 211, in this state pressing the pressing support 110 in the vertical direction.

Accordingly, the shaft 111 of the crimping support 110 that is pressed is exposed downward through the vertical through hole 122 of the support jaw 120 at the lower end thereof, and in an exposed state. The crimping support 110 is rotated in a clockwise direction.

As such, when the shaft 111 of the crimping support 110 is rotated, the locking jaw 113 at the lower end thereof does not rotate when caught by the rotation positioning protrusion 126 at the lower end of the vertical pipe 121. The upper plate portion 115 is pressed to the upper end of the above-described skeleton pole poles 200, the skeleton pole poles 200 are pushed to the top as shown in Figure 7 because the hinge shaft portion 212 is lifted to the maximum point As it is bent in a bowed state as it is to spread the tent cloth (300).

When folding the tent, press the top plate 115 of the crimping support 110 to turn in a counterclockwise direction.

When the shaft 111 of the crimping support 110 is rotated in the opposite direction, when the catching jaws 113 formed at the lower end thereof are aligned with the vertical grooves 123 of the vertical through hole 122, the pole pole for the skeleton ( Since the entire support of the crimping support 110 is easily lifted by the force that the tip of the 200 is to be lifted, and thus the tension force of the skeletal pole poles 200 is released, as shown in FIG. Fold down and then fold each joint portion 230 as shown in FIGS. 9 and 10, so that the tent cloth 300 can be easily folded. The trick of folding the joint portion 230 is as shown in FIG. The pole diffraction stage 232 is pulled out from the pole support base 231. That is, the protrusion 232b of the pole pole diffraction stage 232 is pulled out of the recess 231b of the pole support base 231 while the pole pole diffraction stage 232 is removed. It moves in the longitudinal direction within the range of the long hole 232a, and the missing protrusion 232b is required. Since it is not caught in the groove 231b, it can be folded like an imaginary line, and the same applies to all the joints 230.

The present invention as described in detail above is composed of a connecting member for connecting pole poles and the support for the circular connection and the support for crimping, in the state of fitting the hinge shaft portion of the skeletal pole poles to the hinge shaft support jaw of the connecting support Since only the simple pressing and turning of the crimping support supports all the radially arranged skeleton poles at the same time, the entire tent can be folded more easily in a one-touch manner.

In particular, in the present invention, unlike the conventional one-touch tent, there is no separate auxiliary poles for supporting the poles for the skeleton, and thus the structure is simple, it is easy to go out, and there is an advantage that it can be provided at a low price.

In addition, since the lower half of the hinge shaft portion by pressing the top of the skeleton poles are configured to open like a bow, the tent cloth is stretched as tight as possible, so the shape is good, and it is advantageous to maintain a safe state under the influence of the wind.

Claims (2)

In the one-touch folding tent configured to allow the poles to be folded at the same time by connecting the poles with a plurality of skeletal pole poles (200) extending radially to maintain the overall shape of the tent with a central connecting member (100) , The connecting member 100 has a compression pull-line hole 112 in the center and a shaft portion 111 having a plurality of locking jaws 113 radially at the bottom thereof, and an upper plate portion extending in a horizontal direction from an upper end of the shaft portion. A vertical pipe portion 121 having a vertical through-hole 122 so that the crimping support 110 made of 115 and the shaft 111 of the crimping support 110 can be inserted therein; A plurality of tow line holes 124 also vertically drilled around the through hole in the pipe portion, a plurality of rotation guide grooves 129 radially formed while being extended in the horizontal direction from the upper end of the vertical pipe portion 121, Connecting supporter 120 made of a pole support 128 formed with a hinge shaft support step 125 formed for each guide groove, and by using the above-mentioned pressing pull hole 112 to close the bottom plate 114 Consists of the elastic crimp pull string (140), The skeletal pole pole 200 is a pole member 220, a hinge shaft hook groove 211 at the end of the pole member, and a hinge shaft portion 212 formed at a position moved inward by a predetermined distance from the hook groove With a molding unit 210 having a), the inner end hinge shaft portion 212 is a pin (P) to the hinge shaft support step 125 formed in the pivot guide groove 129 of the pole support (128) So that it fits in, The pole joint 230 of the pole 200 is to be folded by assembling the pole base 231 and the pole diffraction stage 232, the pole base 231 has a shaft pin 231a and the groove 231b. ), And the pole diffraction stage 232 forms a longitudinally long hole 232a and a protrusion 232b having its own elasticity, so that the protrusion 232b of the pole diffraction stage 232 of the pole support base 231 is formed. While moving away from the groove 231b is configured to move in the longitudinal direction within the range of the above-mentioned long hole 232a to be expanded or folded, After the suspension of the pole traction line 130 in the traction line hook groove 211 of the skeletal pole poles 200, the two ends are inserted through the traction line holes 124 of the vertical pipe portion 121, the traction line is fixed Fixed by the ring 127 when the pressing support 110 when pressing the molding portion 210 of the skeletal pole poles 200, characterized in that the pole poles 200 are configured to be lifted while bending in an arc shape One-touch folding tent. The method of claim 1, The vertical through-hole 122 of the support 120 for the connection is a vertical groove 123 for preventing rotation so that the locking step 113 formed at the end of the shaft portion 111 of the crimping support 110 can pass. One-touch folding tent, characterized in that formed.