JP2002527655A - One-touch tent that can be stretched and folded - Google Patents

Abstract

(57) [Summary] The present invention relates to a tent in which a frame and a sheet are integrally formed, and can be installed and folded with one touch like an umbrella, and particularly, a problem when such a tent is used. Related to the tent that was removed. The tent sheet is formed by a double skin tent mounted below the frame, and the tent sheet and the frame are integrally formed to facilitate expansion and folding. If the flexible poles and leg poles forming the frame are not folded, the tent sheet is not folded at the same time, and the upper hub member and the lower hub member are connected to each other. As a result, the angle of the upper hub member varies to form various configurations of leg poles and tents. A groove is formed in the leg pole so that the leg pole is not separated from the tent sheet, and the wrap ring in the groove of the leg pole is not separated from the tent sheet when the leg pole is inserted into the small hole. Used, the clips are joined by bands so that these stomas are not separated from the double tent sheet.

Description

DETAILED DESCRIPTION OF THE INVENTION

TECHNICAL FIELD [0001] The present invention relates to a tent in which a frame and a tent sheet are integrally formed and stretched and folded with one touch like an umbrella. In particular, the present invention relates to a tent that can be stretched and folded with one touch like an umbrella in order to solve the problems using such a tent.

BACKGROUND OF THE INVENTION In the prior art, a tent frame that opens and dismantles like an umbrella with one touch is a flexible tent that is radially connected to an upper hub assembly (10), as shown in FIGS. A pole (30), a leg tube (40) that links to the hinge assembly (60) and is located at the center of the flexible pole (30) and connects to the flexible pole (30); The flexible pole (
30) and a support pole (50) for extruding the support pole.

The flexible pole (30) connected to the upper hub assembly (10);
The support pole (50) connected to the lower hub assembly (20)
Are connected by a hinge pipe (31).

In the above connection state, Velcro (trade name) divided into a female locking piece and a male locking piece
Is adhered to the inside of the tent sheet (100), and is spirally wound around the flexible pole (30) and the leg pole (40) constituting the frame to be fixed.

[0005] Thus, when assembling the tent, a user enters through the door of the tent and lifts the upper hub assembly (10) to lift the lower hub assembly (20).
). At this time, the support pole (50) is connected to the flexible pole (30).
), The lock pin (21) of the lower hub assembly is introduced into the lock pipe (11), and the tent is assembled in a dome shape.

As described above, the reason why the tent is assembled in a dome shape is that the flexible pole (30) bends, so that the leg pole (40) does not move and the support pole (5) is not moved.
0) is fixed in a square, the flexible pole (30) is pushed out, and the pole foot is inserted into the hole (102) formed in the lower corner of the tent sheet to be spread.

Further, the reason why the lock pipe (11) formed on the upper hub assembly and the lock pin (21) formed on the lower hub assembly are connected to each other is as follows.
This is due to the function of securing the tent assembly and separating the upper hub assembly (10) from the lower hub assembly (20).

[0008] However, it has been difficult to form a double tent sheet (200). It is because the tent sheet of the above umbrella type tent is installed on the outside of the frame, even if it can form a double tent sheet, even though it is completely waterproof, This is because they adhere to each other, are wet by water droplets and dew, and have a waterproof limit.

[0009] Further, the tent should be spread only in the specified shape. The upper hub assembly (10) and the lower hub assembly (20) are divided at right angles into four equal parts so as to be connected to the flexible pole (30) and the support pole (50). It has been standardized. The other upper hub assembly (10) and the lower hub assembly (20) are connected by beams (ri).
dge pole) was problematic.

Furthermore, for example, when a pole composed of a flexible pole (30) and a leg pole (40) is formed in two or three stages when folding a tent by folding the pole, Had other problems. If an external force is applied between the flexible pole (30) and the leg pole (40), the leg pole (40), when packing or carrying, will have the pole foot in the tent. Hole in the lower corner of the floor (102
) Is only inserted in the hole (102) of the tent sheet (100).
Easily get away from. So, when assembling the tent, the user can check whether the pole foot is inserted into the hole of the tent sheet or connect the pole foot to the flexible pole (30) and the leg pole (40). When the diaphragm of the H-shaped hinge assembly (60) is not damaged by the force generated when assembling the tent, or when the tent is packed or transported together with the frame with the folded tent sheet (100), When the rivet head protrudes when the rivet is connected, the tent sheet may be damaged, or the lock pipe (11) of the upper hub assembly (10) may be assembled with the lock pin (21) of the lower assemble (20), and then the tent sheet may be moved upward. When an external force reaches the hub assembly (10), the upper hub assembly (
10) and the tent together with the lower hub assembly (20) folds (collapses).

[0011] In order to solve the above-mentioned problems, the present invention comprises a tent sheet composed of a double film tent installed under a frame, and the tent sheet and the frame are formed as a function of expanding and disassembling. The upper hub assembly (10) connected to each other without accidental bending when the flexible pole and the leg poles constituting the same are not bent
And the lower hub assembly (20) are assembled into an upper hub assembly and a lower hub assembly, and the angle of the upper hub assembly is variously changed according to the angle of the tent. Set the groove forming the sill on the pole foot, insert the leg pole into the hole, use the packing ring in the groove of the leg pole to keep it from the tent sheet, and connect it with a belt-like string Place a clip in the hole so that it does not separate from the double tent sheet.

DISCLOSURE OF THE INVENTION The present invention relates to a tent that is integrally formed with a tent frame and a cover and that is opened or dismantled with one touch, and in particular, controls the angle of each pole that constitutes the tent frame to control the tent with one touch. Tension and fold. The tent sheet of the tent integrated with the frame is detachable and easily foldable even when the beam material is integrally formed. Prevents the tent sheet from being torn by friction due to being integrally formed with the frame, or preventing the hinge assembly connecting each pole from being damaged by applying a small force, while the tent is stretched. Prevents the pole from being bent by external force.

BEST MODE FOR CARRYING OUT THE INVENTION The most preferred embodiment of the present invention will be described below in detail with reference to the accompanying drawings, wherein the same reference numerals are used for the same components in the drawings regardless of different drawings. .

As shown in FIG. 4, the upper hub assembly (10) and the lower hub assembly (20)
2), two curved protrusions (2) are formed at the center of the block, and two insertions (1, 1a) are formed on the left and right sides. As shown in FIG. 5, two curved protrusions (2)
Is formed in a hollow (3), and a screw (12, 22) is used to form a lock pipe (
A threaded hole (4) is formed to connect 11) with the lock pin (21) to form a vertex (6) of the left and right inclined surfaces around the threaded hole (4) as shown in FIG. The two blocks described above are connected to the hollow (3) of these mutually joined blocks, so that each block (A, A ′) can move to the left and right, while one of the blocks (A, A ′)
The vertex (6) of A) is attached to the curved projection (2) of the other (A ').

Further, as described above, the upper hub assembly (10) and the lower hub assembly (20) formed of two blocks (A, A ′) as shown in FIG.
Another block (A ') is placed above or below the upper hub assembly (10) and below the lower hub assembly (20) to facilitate mounting of the beam pole (90), as shown in FIG. Can be added to

Further, as shown in FIG. 8, the screw (12) of the lock pipe (11) and the screw (22) of the lock pin (21) are formed by an upper hub assembly (10) formed of two blocks as described above. And into the threaded bore (4) of the lower hub assembly (20). At this point, as shown in FIG.
) Inserted into the insertion (1, 1a), forming a flattened insert (32).
The flexible pole (30) inserted into the insertion flat (31) is connected by the connection pin (33), and the upper part of the flat insertion (32) is formed in a circular shape.

On the other hand, as shown in FIG. 10, insertion (1, 1a) of the lower hub assembly (20)
Is connected by a connecting pin (55) to a support pole (50) inserted into an insertion flat (53) formed at the tip of the hinge pipe (51), and as shown in FIG. 10A, the insertion flat (53) Is formed in a semicircular shape, so that the insertion flat (53)
Can move in only one direction. At this point, the other side of the support pole (50) is foldably connected to the center of the flexible pole (30).

As shown in FIG. 11, the flexible pole (30) is connected to each hinge assembly (
60) to another flexible pole (30a) and leg pole (40).

As shown in FIG. 19, since the reinforcing ribs (63) are formed inside the diaphragm (62) including the inserts (61), when the hinge assembly (60) has to maintain a heavy load. Even in order to prevent the hinge assembly (60) formed in an "H" shape from being damaged by the force of the flexible pole (30) and the supporting force of the leg pole (40), the insertion flat (32, 53) can be inserted.

As shown in FIG. 11, the hanging frame (103) formed on the tent sheet is formed on the flexible pole (30, 30a) or the leg pole (40). The tent sheet can be installed under the frame.

As shown in FIG. 12, a sleeve (104) can be formed on the tent sheet (100) instead of the hanger (103).

Further, as shown in FIGS. 13 and 13a, a circular groove (41) formed in a pole foot inserted into an eyelet hole (102) formed in a lower corner of the tent sheet (100). A packing ring (42) is formed, which prevents the pole foot from falling out of the eyelet of the tent and, as shown in FIG.
Since the tent sheet (100) on which the fold sheet 02 is formed has female clips (44) which are connected to these eyelets using the connection band (43), FIG.
As shown in the figure, a double tent sheet (2) on which a male clip (202) is formed.
00) is removable.

At this point, the band (201) using Velcro has a double tent sheet (
200) installed inside the outer cover and fixed around the frame with a coil.

As described above, since the frame and the tent sheet (100) are integrally formed, if an external force is generated while packing or carrying the tent, rubbing between the poles and between the poles and between the folded parts of the poles may occur. The tent sheet (100) is prevented from being damaged by hitting, and as shown in FIGS. 16 and 17, a fixing band (71) forming a velcro (72) is provided at a contact portion between the frame and the tent sheet or a folding part of the pole. Alternatively, the protective cover (70) is installed by itself.

As described above, as shown in FIG. 17A, to prevent collision between the frames, damage to the tent sheet (100) is prevented because the ring (73) of normal thickness prevents the collision between the frames. Is prevented.

Further, when an external force is applied to the tent installed in balance with the bending force of the flexible pole (30) and the supporting force of the leg pole (40), the hinge assembly (6) may be used.
To prevent the connection between the flexible pole (30) and the leg pole (40) connected at (0) from being folded, a hooked parent frame (81) is formed as shown in FIGS. A hinge assembly (60) having a protective pipe (80) installed thereon and inserted into a hinge pipe (31) of a flexible pole (30).
When the tent is set up, the protection pipe (80) slides into the leg pole (40) and the hinge assembly (60) is hooked to the support parent frame (64). To protect the flexible pole (30) and the leg pole (40) from being folded.
).

As another method for preventing the folding of these poles, as shown in FIG.
Hinge pipe (31) between flexible pole (30) and leg pole (40)
, 31a) are connected to connecting pieces (3, 3) formed at the lower part of each hinge pipe (31, 31a).
5, 35a) interconnected using hinge pins (36), and springs (3
7) A hinge pipe (31a) into which a leg pole (40) is inserted for installation.
A hole (38) is formed in the inside of ().

The hinge pipe (31) inserted into the flexible pole (30) is inserted into the operation hole (39) of the flexible pole (30), and is fixed by the hinge pin (36 a). When the user tries to open the tent, the flexible pole (30) moves as much as the space of the working hole (39) allows, and the flexible pole (30) moves on the hinge pipe (31). It protrudes beyond the tip and is inserted into the hole (38) of the leg pole (40) by pressing the spring (37). On the other hand, when the user tries to fold the tent, the flexible pole (30) inserted into the hole (38) of the leg pole (40) is pushed out by the reaction force by pressing the spring (37), and the tent is pushed. Folds automatically.

At this time, the spring (37) inserted into the hole (35) is fixed by a fixing pin (36 a), and the connecting piece (35, 35) formed at the lower part of each hinge pipe (31, 31 a).
One of a) projects forward, and the other projects backward.

As shown in FIG. 23, other connecting pieces (35) can be used.

As shown in FIG. 24, another embodiment of the protection pipe for preventing the flexible pole and the leg pole from being bent is directed inward to the tip of the hinge pipe (31) connected to the flexible pole (30). A connection protrusion (31-2) forming the parent frame (31-1) and a hinge pipe (31) connected to the leg pole (40).
There is a hole (31-4) which forms an outwardly facing parent frame (31-3) at the tip of a), and an operation hole (39) and a hole drilled on the side surface of the connection projection (31-2). (31-4
The tent is patched when the diaphragm (31-5) is connected by hinge pins (36). The leg pole (40) is installed on the ground, and the flexible pole (
30) is bent, and the flexible pole (30) and the leg pole (40) are bent.
) Are operating holes () of a hinge pipe (31) connected to a flexible pole (30).
39), are connected to each other by a hinge pipe (31), that is, a parent frame (31-1) directed inward of the flexible pole (30) is formed in the hole (31-4) of the leg pole (40). The tent is not disassembled when the tent is installed because it is fitted with the parent frame (31-3) directed outwards so as not to be folded in a certain direction.

The flexible pole (30) and the leg pole (40) configured as described above.
Is made of a tube, but when the flexible pole (30) is made flat as shown in FIG. 25, the leg pole (40) is made tubular as shown in FIG. Because the flexible pole (30) requires a bending force, the support pole (50) is
The leg pole (40) is made tubular since a force of 50) is required. at this point,
As shown in FIG. 27, two reinforcing projections (302) are formed on the flat flexible pole (30) as shown in FIG. 26A to strengthen the bending force and connect the flexible pole (30) to the connection body (300). 26), after joining with rivets, the protruding part is polished to a rounded top as shown in FIG. 26B, thereby maintaining the fold without falling down and damaging the tent sheet. To prevent

At this point, the rivet connection is located between the two reinforcement projections (302) to protect the tent sheet.

Further, the leg poles (40) or support poles (50) are connected by pressure, as shown in FIG. 26 so that the leg poles (40) or support poles (50) are not accidentally disconnected. The packing ring (304) is formed in a circular groove (304) formed in the connection body (300) connected to the leg pole (40), so that no extra force is required when the connection is made by pressure. The leg pole (40) and the connection body (300) are not accidentally separated from each other, and one or two packing rings (304) are optional depending on the use condition, and when the leg pole is damaged or something occurs. Replacement of damaged poles is easily possible.

At this point, the parent frame is formed in the connection body (300) for connecting the flat flexible pole (30) with the same thickness as that of the flexible pole (30). Is located above the parent frame (303).

As shown in FIG. 18, for the ridge pole (90) used to create more space under the tent curtain, the upper hub assembly (10) has threaded holes (4).
)), The screw (12) of the lock pipe (11) that is inserted extends long and another block (A ″) joins with the projecting screw (12a) after joining.
The ridge pole (90) is connected to the insertion (1, 1a) of the block (A ″),
The ridge pole (90) is connected to the support pole (50a) in the same manner as connecting the support pole (50) and the lower portion of the lower hub assembly (20).

As shown in FIG. 8, the upper hub assembly (10) and the lower hub assembly (20)
8) are connected by a lock pipe (11) and a lock pin (21), as shown in FIG. An elastic projection (23) is formed on the lock pin (21), and an opening (13) through which the elastic projection (23) enters / exits is a lock pipe (
Since they are formed on the left and right side surfaces of 11), they are not separated from each other. As for the other components, as shown in FIG. 8B, a circular groove (24) is formed at the tip of a lock pin (21) inserted into the lock pipe (11), and the lock pipe (1) is formed.
A spring (14) is formed on the side surface of 1), and an operating hoop (16) forming a connecting screw (15) is located on the projecting hoop (17, 17a).
Since the lock pipe (11) forming 6) is formed with a screw hole (18), the connection screw (15) always projects toward the inside of the lock pipe (11) by the spring (14). . Then, as shown in FIG. 8C, the operation hoop (16)
When one side is pressed, the connection screw (15) moves backward, so that the lock pin (21) is pressed.
) Is inserted into the lock pipe (11). After coupling, the connecting screw (15) is returned by the reaction force and fits into the circular groove (24) to prevent separation of the upper hub assembly (10) and the lower hub assembly (20).

In order to facilitate connection by the lock pin (21), the inside of the tip of the lock pipe (11) is inclined, and the tip of the lock pin (21) projects in a circular shape (25). , Lock pin (21) and lock pipe (11) are connected with connecting screws (15).
If you push), it will be automatically combined.

At this point, the connecting screw (15) is tightened into the working hoop (16) so that only the apex protrudes. This connection screw (15) can be installed by welding.

Further, the projecting hoop (17 a) formed at the lower part of the operating hoop (16) is provided when the operating hoop (16) is connected to the lock pipe (11).
In order to prevent the disassembly of 6), it must be removable. Projecting hoop (17
, 17a) should be formed larger than the working hoop (16), so that they can move in the left-right direction. Further, a pressed portion (16a) including a spring (14) and a groove (14b) for accurate operation is formed on the lock pipe (11) to guide the correct direction of the operating hoop. . As a result, the spring (14) provided inside the hoop (16) is easily mounted. As shown in FIG. 30, the upper hub member (10) and the lower hub member (20) are prevented from separating. In a method, the gripping band is mounted on the support pole (50a) and the other support pole (50b) using the hanger (8) on the upper hub member (10), as shown in FIGS. , Flexible pole and leg pole protection pipe (B)
28, the tent can be set up with one pole line as shown in FIG. 28, and as shown in FIG. 29, the protection pipe (B) is composed of leg poles (40) and flexible poles (30a). And at the center of the pole. As described above, the present invention can control the angle of each pole to form various forms of tents, and even when the pole supports a large load, the hinge members and the respective configurations The corners of the element are not damaged and the tent does not collapse. Further, the present invention can prevent the tent sheet from being torn and damaged, and can prevent the tent sheet from separating from the leg pole (40) by strong coordination. The ridge pole (90) can be mounted on the upper hub member (10) and the lower hub member (20), so that a spare space can be maintained. The double tent sheet is folded and unfolded by the male and female clips so that the tent sheet does not tear and is not damaged by being formed with the frame.

[Brief description of the drawings]

FIG. 1 is a diagram showing an outline of a frame of a tent according to the related art.

FIG. 2 is a plan view of a flexible pole connected to an upper hub assembly.

FIG. 3 is a cross-sectional view of an upper hub assembly and a lower hub assembly.

FIG. 4 is a perspective view of an upper portion of a block consisting of an upper hub assembly and a lower hub assembly.

FIG. 5 is a perspective view of a lower portion of a block comprising an upper hub assembly and a lower hub assembly.

FIG. 6 is a perspective view of an upper hub assembly and a lower hub assembly combining two blocks.

FIG. 7 is a perspective view of an upper hub assembly and a lower hub assembly installed to form a beam.

FIG. 8 is a perspective view showing a combination of a lock assembly and a lock pin with an upper hub assembly and a lower hub assembly.

FIG. 8A is a perspective view of a combination of a lock assembly and a lock pin with an opening and an elastic protrusion.

FIG. 8B is a perspective view in which the other lock assembly and the lock pin are combined.

FIG. 8C is a sectional view in which a lock pin is fixed in a state of the operation hoop.

FIG. 9 is a perspective view of a block assembled by flexible poles.

FIG. 10 is a perspective view of a combination of a lower hub assembly and a support pole.

FIG. 10A is a cross-sectional view of the combined lower hub assembly and support pole.

FIG. 11 is a perspective view of a tent sheet installed outside a frame.

FIG. 12 is a perspective view of a frame held by a sleeve formed on a tent sheet.

FIG. 13 is a sectional view of a pole foot inserted into a hole of a tent sheet.

FIG. 13A is a perspective view of a pole foot inserted into a hole in a tent sheet.

FIG. 14 is a perspective view of a hole in which a clip is set using a connection band.

FIG. 15 is a perspective view of an embodiment in which a double tent sheet is installed.

FIG. 16 is a perspective view of a protective cover formed to protect the tent sheet.

FIG. 17 is a perspective view of an embodiment of a protective cover formed with a frame.

FIG. 17A is a perspective view of a method for preventing contact of a frame.

FIG. 18 is a perspective view of a beam formed on the upper hub assembly.

FIG. 19 is a perspective view of an H-shaped hinge assembly.

FIG. 20 is a sectional view of a protective pipe for preventing a flexible pole and a leg pole from bending.

FIG. 21 is a perspective view of a protective pipe for preventing a flexible pole and a leg pole from bending.

FIG. 22 is a perspective view of another embodiment of a protective pipe for preventing a flexible pole and a leg pole from bending.

FIG. 23 is a perspective view of another embodiment of a protective pipe for preventing a flexible pole and a leg pole from being bent by using a connecting band.

FIG. 24 is a perspective view of another embodiment of a protective pipe for preventing a flexible pole and a leg pole from bending.

FIG. 25 is a perspective view of a flexible pole made of aluminum and others.

FIG. 26 is a perspective view of a flexible pole and a leg pole connected by a connection body.

FIG. 26A is a perspective view of flexible poles connected by a connector.

FIG. 26B is a processing diagram of forming a round upper part of a screw.

FIG. 27 is a perspective view of a flexible pole on which a support protrusion is formed.

FIG. 28 is a perspective view of an embodiment of a tent assembled with a single pole using a device to prevent the tent from being dismantled.

FIG. 29 is a perspective view of a complete pole.

FIG. 30 is a perspective view of a grip band with an upper hub assembly and a lower hub assembly.

──────────────────────────────────────────────────続 き Continued on the front page (31) Priority claim number 1998/43721 (32) Priority date October 19, 1998 (1998.19.19) (33) Priority claim country South Korea (KR) (31) Priority claim number 1998/28763 U (32) Priority date December 31, 1998 (December 31, 1998) (33) Priority claim country South Korea (KR) (31) Priority claim number 1999/4500 U ( 32) Priority date March 20, 1999 (March 20, 1999) (33) Priority country South Korea (KR) (31) Priority claim number 1999/4554 U (32) Priority date March 1999 22nd (March 22, 1999) (33) Priority claiming country South Korea (KR) (31) Priority claim number 1999/10359 (32) Priority date March 25, 1999 (March 25, 1999) ( 33) Priority claim country South Korea (KR) (31) Priority claim number 1999/80 7 U (32) Priority date May 12, 1999 (May 12, 1999) (33) Priority claim country South Korea (KR) (31) Priority claim number 1999/8057 U (32) Priority date 1999 May 12, 1999 (May 12, 1999) (33) Countries claiming priority South Korea (KR) (31) Priority claim number 1999/8354 U (32) Priority date May 15, 1999 (May 15, 1999) .15) (33) Priority claim country Korea (KR) (31) Priority claim number 1999/9422 U (32) Priority date May 31, 1999 (May 31, 1999) (33) Priority claim Country South Korea (KR) (31) Priority claim number 1999/10807 U (32) Priority date June 17, 1999 (June 17, 1999) (33) Priority claim country South Korea (KR) (31) Priority Claim number 1999/19738 U (32) Priority date September 14, 1999 (September 14, 1999) (33) Priority claiming country South Korea (KR) (81) Designated country EP (AT, BE, CH, CY, DE, DK, ES, FI, FR, GB, GR, IE, IT, LU, MC, NL, PT, SE), AU, BR, CA, CN, IL, JP, LK, MX, NO, NZ, SG, US, VNF terms (reference) 2E141 BB03 CC03 DD12 DD14 DD22 DD23 DD24 DD25 DD27 EE07 EE11 EE26 EE28

Claims (36)

[Claims] 1. A tent that is stretched and folded by one-touch operation of up and down operation of an upper hub and a lower hub member, wherein an upper hub member (10) provided with two insertion portions (1a, 1) on right and left sides.
And a lower hub member (20), a hollow portion (3) formed inside the two bent projections (2), and a lock pipe (11) connected to a lock pin (21) via a screw. The formed screw opening (4), the upper hub member (10) and the lower hub member (20) form two blocks when one top (6) is attached to the other bending projection (2). Hollow part of (3)
A tent that can be stretched and folded with one touch so that two blocks formed at the top (6) of the inclined portion on the right and left sides around the screw opening (4) can be moved to the right and left together with the screw opening (4). . 2. Another block is added to the upper or lower side of the upper hub member (10) and the lower hub member (20), which are constituted by two blocks, in order to facilitate the installation of the ridge pole. The tent according to claim 1, which is stretched and folded with one touch. 3. A screw (12a) protrudes through a lock pipe (11) inserted into a screw opening of the upper hub member (10) and the lower hub member (20) to fix another block. The tent of claim 2, wherein the tent is stretched and folded with one touch. 4. A support pole (50) coupled to a flexible pole (30) coupled to an upper hub member (10) and a lower hub member (20) comprises a joining pin (55).
The insertion flat portion (5) inserted into the insertion portion (1, 1a) of the lower hub member (20) by the
3) A tent that is stretched and folded with one touch and connected by an upper portion of the insertion flat portion (5) so that the insertion flat portion (53) can move only in a certain direction.
A tent which is formed so as to be flat at the lower part of (3) and one-touch stretched and folded at the upper part of the insertion plane part (53). 5. A wrap ring is formed in a circular groove (41) formed on a pole leg inserted into a small hole (102) formed in a lower portion (45) of the tent sheet (100). Tent that can be stretched and folded with one touch. 6. The connecting band (200 male clip (201) of the double sheet (200) so that the tent is easily folded and unfolded when the double tent sheet (200) is formed. A one-touch tensioning and folding tent having a female clip (44) mounted on a tent sheet forming a small hole (102) coupled to a coupling band (43) so that it can be removed from the binding band (202). . 7. The tent according to claim 6, wherein the connecting band (201) and the male clip (202) are mounted inside the tent sheet (100) and fixed on a frame. 8. A tent that can be stretched and folded with a single touch to protect the tent sheet from damage to the tent sheet using a securing band (71) mounted on the joint of the pole. 9. The one-touch device according to claim 8, wherein an annular ring (73) is attached to the frame to prevent the tent sheet (100) from being damaged. Tent that folds and folds. 10. When a large load due to a bending force is applied, the insertion portion (
61) a reinforcing rib (63) formed inside a diaphragm (62),
A tent that can be stretched and folded with one touch in which an H-shaped hinge member used to connect the leg pole (40) and the flexible pole (30) prevents damage. 11. The tent of claim 10, wherein the support sill (64) is formed outside the diaphragm (62). 12. A flexible pole (30) coupled to a leg pole (40).
Is formed, a hook-shaped sill (81) is formed which is engaged with the support sill (64) of the hinge member (60) inserted into the hinge pipe (31) of the flexible pole (30). The protective pipe (80) is a tent that can be stretched and folded with one touch to prevent the pole from being bent. 13. A hinged pipe (31a, 31b) of a flexible pole (30).
) And the leg pole (40) are mutually connected by a hinge pin (36) and a hole (38) formed inside a hinge pipe (31a) into which the leg pole (40) is inserted for mounting a spring. The hinge pipe (31) inserted into the flexible pole (30) is connected by a connecting member (35, 35a) formed below the hinge pipe (31, 31a). The flexible pole (3) is inserted into the operation hole (39) of the flexible pole (30).
0) is fixed to the hinge pin (36a) so that it can be put in and out, and the flexible pole (30) is bent as a space for the operation hole (39) when the movement pole is not set. A tent that can be stretched and folded with one touch to prevent things from happening. 14. A spring (37) inserted into the hole (38),
14. The tent of claim 13, wherein the tent is secured by hinge pins (36a) rather than bolts. 15. A joint member (35, 35a) formed at a lower portion of the hinge pipe (31, 31a) protrudes forward, and the other has an arc-shaped tip protruding toward the ground. A tent that can be stretched and folded with one touch as described. 16. The tent according to claim 13, wherein a connecting member (35) can be used. 17. A hinge pipe (31) having a connecting projection (31-2) connected to a leg pole (40).
hole (31-4) forming an outwardly directed sill (31-3) on the front of a)
) And an inward sill (31-3) on the front of the hinge pipe (31) which is connected to the flexible pole (30), and in the case where a tent is to be set up, the joining projection ( 31-2) A tent that can be stretched and folded with one touch, in which an operation hole (39) formed in a side surface portion and a diaphragm (31-5) of the hole portion (31-4) are connected by a hinge pin (36). 18. An upper hub member (10) for securing a bending force and a supporting force.
), The flexible pole (30) is formed flat, and the leg pole is formed in a cylindrical shape. 19. The tent of claim 18, wherein the two rows of reinforcement projections (302) are formed to enhance flexing forces. 20. A combination of a flexible pole (30) and a leg pole (40).
20. The tent according to claim 18, wherein when the tent is connected by rivets, the projection has an arc top projecting toward the ground. 21. A leg pole (40), a support pole (40) which does not require any other special force.
For 50), the wrap ring (305) is mounted in a circular groove (304) formed on the combination (300) which is joined to the leg pole (40) and the leg pole (40).
20. The tent of claim 18, wherein the tent and the combination (300) are easily connected by a wrap ring (305). 22. A flat-shaped flexible pole (30) is provided with a connector (30).
19. The tent according to claim 18, wherein the tent is formed with the same thickness as the thickness of the sill (303) of the combination (300) so as to form the same height as (0). 23. After the screw of the lock pipe (11) inserted into the screw hole (4) of the upper hub member (10) protrudes long, the ridge pole (90) inserts the block ((A ')). One-touch tent that folds and folds with another block (A ') coupled with said protruding screw (12a) for mounting with a frame coupled to the part (1, 1a). 24. The upper hub member (10) has a lock pipe (11) and a lock pin (21).
In order to prevent the separation of 21), a flexible projection (23) is formed on the lock pin (21), and an opening (13) through which the flexible projection (23) can enter and exit is provided.
A tent that can be stretched and folded with one touch formed on the left and right sides of the lock pipe (11) so as not to separate from each other. 25. The upper hub member (10) is provided with a lock pipe (11) to prevent the lock pipe (11) and the lock pin (21) from being separated by an impact from above.
When the operation ring (16) is connected to the lock pin (21), a flexible operation ring (16) is formed outside the lock pipe (11) by the spring (14). 15) A tent which is inserted into the screw opening and is stretched and folded with one touch to be engaged with the circular groove (24) of the lock pin (21). 26. The tent according to claim 25, wherein the front portion of the lock pin (21) is formed in a spherical shape and protrudes. 27. The tent according to claim 25, wherein the operating ring (16) is arranged on the projecting ring (17, 17a). 28. The tent according to claim 25, wherein the coupling projection (15) of the operating ring (16) is screw-shaped. 29. The tent according to claim 25, wherein an inclined surface (19) is formed inside a front portion of the lock pin (21) to facilitate connection with the lock pin (21). . 30. A protruding ring (1) formed at a lower portion of the operating ring (16).
26. The tent according to claim 25, wherein said tent is detachable. 31. The outer diameter of the projecting ring (17, 17a) is equal to the operating ring (16).
26. The tent according to claim 25, wherein the tent is formed to be larger than the inner diameter of the tent. 32. The tent according to claim 25, wherein the inner diameter of the operation ring (16) is larger than the outer diameter of the lock pipe (11). 33. The one-touch up-and-down tent according to claim 25, wherein a pressing portion (16a) is formed to guide the operating ring (16) in a correct direction. 34. The one-touch device according to claim 25, wherein a groove (14a) is provided in the operating ring (16) for fixing a spring (14) used for operating the operating ring (16). A tent that stretches and folds. 35. A gripping band (7) mounted on a support pole (50a) and another support pole (50) above a upper hub member (10) by a hanger (8).
b) A tent that can be stretched and folded with one touch fixed on it. 36. A flexible pole (3) for setting up a tent with one pole using a flexible pole (30) and a protection pipe (B) of a leg pole (40).
0a) and a tent that can be stretched and folded with one touch, provided with a protective pipe (B) at the center of the pole between the leg pole (40).