JP3057223U - One-touch assembling tent frame - Google Patents

Abstract

(57) [Summary] PROBLEM TO BE SOLVED: To provide a one-touch assembling tent frame which is used for shielding sunlight or for easily securing a certain enclosed space, particularly to facilitate assembling and disassembling, and when expanding a tent. The present invention relates to a one-touch assembling tent frame in which a tent has a nice appearance without drooping, a pillar has a sense of stability, and fixing and releasing of a slide connector is convenient and safe. SOLUTION: Four pillars 1 are connected to many connecting frames 2a,
2b, and a tent frame configured to be able to get on and off the top pillar 3 by the joint portions of the connection frames 2a, 2b or the top connection frames 2c, 2d connected to the top connection tool 10. When the tent frame is expanded by forming an elongated guide hole 151 at a position where the connecting frame 2a is connected to the slide fitting 15 slidably connected to the above 1 vertically, the connecting frame 2a is formed. The connection part of (2) slides along the guide elongated hole 151 to expand the lower part of the column 1 stably.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a one-touch assembling type tent frame for shielding sunlight or easily securing a certain enclosed space. On the other hand, when the tent is expanded, the lower part of the pillar is expanded so that the tent does not sag and a sense of stability can be given, and it is convenient to fix and release the slide connector inserted and installed in the pillar. This makes it easy to fold the tent.

A tent is constructed so that it is easily installed and easily disassembled due to its characteristics, and is convenient to use. The tent is solid and sturdy, and can be used for a long time with product reliability. Is most important.

[0003] Because of the characteristics of such a tent, the first requirement is to provide it easily and to construct it so that it can be easily dismantled and make it convenient to use.

[0004]

[Prior art]

 Prior art relating to the folding tent frame developed so far is disclosed in U.S. Patent Nos. 4,641,676 (1987.10), 4,779,635 (1988.10.25), 4,947,884 (1990). .8.14), 5,244,001 (1993.9.14), 5,275,188 (1994.1.4), and 5,421,356 (1995.1.6).

[0005] Looking at the above prior art, as shown in Fig. 1 or Fig. 2, the height can be adjusted, and the upper stage of the four columns (1) in which the lower leg (16) is formed in the lower stage. A top connector (10) is inserted into the connector, and a slide connector (15) that slides up and down along the column (1) is connected to the lower side of the top connector (10).

[0006] The top connection member (10), the slide connection member (15), and the connection frames (2a) and (2b) each having a shape of a large number of scissors are foldably connected to each other to form the four pillars (1). Concatenate into a single set.

At this time, the scissors-shaped connecting frame (2a) is connected by an upper joint connecting device (20) which connects a sliding connecting device (15) slidably connected to the column (1), The connecting frame (2b) is connected and installed by a lower joint connecting device (25) which connects a top connecting device (10) fixedly connected to the upper stage of the column (1).

[0008] The upper joint connector (20) is connected to the top pillar connector (30) to which the top pillar (3) is connected by a top connecting frame (2c), and the lower joint connector (25) is connected to the top pillar. It is connected to (3) and slides, and is connected to the top support (35) supporting the top pillar (3) by the top connection frame (2d).

At this time, the upper joint connector (20) and the top column connector (30) are connected to each other, and the top connection frame (2c), the lower joint connector (25), and the top support (35) are connected to each other. The connecting frame (2d) is also connected in the form of scissors.

When such a tent is folded, as shown in FIG. 2, four pillars (1) are gathered, and the top pillar (3) descends to minimize the bulk. The top pillar (3) rises while the tent is expanded, and the tent covered outside is sharply supported to form an excellent tent.

However, the above-mentioned conventional folding tent frame or the like is very inconvenient in that the first is the necessity of using a separate tool when assembling and disassembling the tent frame. However, when the tent frame is expanded, the pillars provided on the outside so that the ground can be supported are always provided perpendicular to the bottom surface, and the sense of stability is poor.

Third, as shown in FIG. 3, a spring (39) is inserted into a top pillar (3) that supports the center of the tent, and a spring (39) that always supports the tent sharply is long. If you use it for a long time, the elastic force will fall and you will not be able to support the tent (100) sharply. In addition, there was a case where the tent (100) came off the tent frame, not to mention making a loud noise.

Fourth, as shown in FIG. 4, the configuration of a fixing pin (14) for fixing the slide connector (15) coupled to the column (1) above the column (1) is a column (1). A hole (12) is formed on the upper side of 1), and a fixing pin (14) integrally formed at the tip of a leaf spring (13) is installed in the hole (12) so as to be elastically projected.

[0014] Accordingly, such a configuration is such that when the tent is expanded or folded, the hand is pinched between the slide connector (15) and the pillar (1) in the process of pressing the fixing pin (14). Of course, the fixing pin (14) is not hung and protruded from the inside of the column (1), but a rod pipe or the like is introduced from the lower side of the column (1) into the plate spring (13). ) May be made to resiliently protrude outside the hole (12) of the column (1), or the top connector ( After disassembling the column (1) from the column (1), the plate spring (13) is pushed in reverse to fix the fixing pin (14) integrally formed at the tip of the plate spring (13) with the hole (12) in the column (1). ) Must be adjusted to protrude from the fixing pin (14) There was an inconvenience due to the malfunction of.

[0015]

[Problems to be solved by the invention]

 In view of such a problem, the first object of the present invention is to make the tent frame easier to assemble by making the frame forming the tent one-touch assembling type or using different connecting pin configurations. Is to use it.

[0016] A second object of the present invention is to expand a tent frame by using a different structure of a slide connector used for folding a tent while being slid up and down while being connected to a pillar. To give the pillars a sense of stability as a whole.

A third object of the present invention is to make it easy to fix and release the slide connector on the pillar, and to completely eliminate the possibility of failure and accident at the time of fixing and releasing the slide connector. To give them a sense of trust.

[0018] A fourth object of the present invention is to provide a tension adjusting means capable of arbitrarily adjusting the elastic force of a spring for applying a tension force to the top pillar so as to support the tent. By keeping the vehicle in the same position, the appearance of the tent can be improved, the impact of wind, rain, rainwater, snow, etc. can be reduced, and the risk of tent frame failure and accidents can be prevented to a maximum. To be able to use it.

[0019]

[Means for Solving the Problems]

 In order to achieve the above object, the present invention connects four pillars by a number of connecting frames, and connects the four pillars to a joint portion of the connecting frame or a top connecting tool. In the tent frame configured to be able to get on and off the top post, a portion where the connection frame of the slide connection tool that is slidably connected to the top and bottom is formed by a long guide hole. Then, when the tent frame is expanded, the connecting part of the connecting frame slides along the guide long hole so that the lower part of the pillar can be stably expanded.

[0020] In the above-described structure, the connecting frame and the top connecting frame are provided at each end with a pair of hinge projections which are elastically supported by springs. The hinge projections of the pivoting tool are inserted into holes formed on both sides of the open connection frame and the top connection frame so that they can come and go.

Further, in connecting the connecting frame and the top connecting frame to the top connecting device and the sliding connecting device, the upper and lower joint connecting devices and the top column connecting device, and the top supporting device, a pin insertion hole is provided at the center. After inserting the socket-type hinge pin formed with the above, a reinforcing pin made of metal is connected and fixed to the pin insertion hole formed in the socket-type hinge pin.

Further, a pin installation portion is integrally formed below the slide connecting tool inserted and installed so as to be slid into the pillar, and a ring is formed at a later stage, and a tip portion is repelled inside the pillar insertion portion. A split washer is connected to the front so as to protrude, and a connecting pin is set up by installing a spring behind the split washer, and the tip of the connecting pin installed on the slide connecting tool is inserted into the hole formed in the pillar. Are configured to be elastically coupled.

Further, the top pillar supporting the center of the tent constitutes a tension adjusting means capable of arbitrarily adjusting the elastic force of a spring for applying a tension force so as to always support the tent in a stretched state.

[0024]

[Embodiment of the invention]

 In the structure of the folding tent, when the connecting frame (2a) is connected to the slide connecting device (15) slidably connected to the pillar (1) up and down, By forming a guide slot (151) as shown in FIG. 5, the connection block (152) connecting the connection frame (2a) is connected so as to operate along the guide slot (151). When the tent frame is expanded, the connecting block (152) for connecting the connecting frame (2a) slides along the guide slot (151) so that the lower part of the pillar (1) can be stably expanded.

On the other hand, as shown in FIG. 6, the slide connecting device (15) is provided with a pin connecting hole (150) in a connecting groove to which the connecting frame (2a) is connected, and a pin connecting hole (150) at different distances. When about two are formed and the connecting frame (2a) is connected to the outer pin connecting hole (150b), the lower side of the pillar (1) can be expanded wider than the upper side when the tent is expanded. It can be configured to give a sense of stability.

Here, as shown in FIG. 6, a slidable tent frame is formed by forming approximately two pin coupling holes (150) on the pillar (1) of the foldable tent frame at different distances before and after. When the connecting member (15) is connected, the connecting frame (2a) is connected to the inner hinge connecting hole (150a) in normal times, and sometimes the outer hinge connecting hole (150b) is connected as shown in FIG. The tent frame is wider than the upper part and the tent frame is stably provided.

As shown in FIG. 8, each end of the connection frames (2a) (2b) and the top connection frames (2c) (2d) is elastically supported by a spring (201) as shown in FIG. A pivoting tool (200) having a pair of hinge projections (202) is formed, and the both sides of the distal end of the above-mentioned open connecting frame (2a) (2b) and top connecting frame (2c) (2d). The hinge projection (202) of the pivoting tool (200) can be inserted and retracted into the hole (2) formed in the hole.

The connection frames (2a) (2b) and the top connection frames (2c) (2d) are a top connection tool (10) and a slide connection tool (15), and an upper and lower joint connection tool (20). (25), when connected to the top column connector (30), the top support (35), etc., the hinge projection (202) can be easily hinged to the pin connection hole (150) while compressing the spring (201). Is done.

When the tent frame thus completed is to be disassembled, the rotating tool (2) is connected to the ends of the connecting frames (2a) (2b) and the top connecting frames (2c) (2d). If the hinge projections (202) of 200) are pressed from both sides, the above-mentioned top connector (10) and slide connector (15), upper and lower joint connectors (20) (25), top The connecting frames (2a) and (2b) and the top connecting frames (2c) and (2d) can be easily separated from the column connector (30) and the top support (35).

[0030] Also, the top connector (10) and the slide connector (15), the upper and lower joint connectors (20) and (25), the top column connector (30), and the top support (35) are connected. In connecting the frames (2a) (2b) and the top connection frames (2c) (2d), a socket-type hinge pin (40) having a pin insertion hole (41) in the center as shown in FIGS. ) Is inserted, and a reinforcing pin (45) made of metal is connected and fixed to a pin insertion hole (41) formed in the socket-type hinge pin (40).

Here, the connection frames (2a) and (2b) and the top connection frames (2c) and (2d) are connected to the top connector (10) and the slide connector (15), and the upper and lower joint connectors ( The socket-type hinge pin (40) hingedly connected to the top column connector (30) and the top support (35) is cut out so as to be elastically connected to the pin connection hole (150). (42) is formed, and a detent groove (43) is formed on both sides of the head of the socket-type hinge pin (40) so that the socket-type hinge pin (40) does not easily come out of the pin connection hole (150). The locking projection (44) is formed on the outer peripheral surface of the socket-type hinge pin (40).

A friction projection (41a) is formed on the inner peripheral surface of the pin insertion hole (41) of the socket-type hinge pin (40), and a metal pin (45) coupled to the pin insertion hole (41) is formed. ) Can be configured so as not to be easily pulled out.

As described above, when the connection frames (2a) and (2b) and the top connection frames (2c) and (2d) are connected by the socket-type hinge pin (40), the notch formed in the socket-type hinge pin (40) is formed. Since the portion of the portion (43) is elastically contracted and connected, not only is it easily connected, but also after the connection, the locking projection (44) formed on the socket-type hinge pin (40) described above. Is not hooked on the stepped portion of the pin connection hole (150) so that the connection is firm. At this time, the pin insertion hole (41) of the socket type hinge pin (40) is made of metal. By connecting the reinforcing pin (45), the notch (42) of the socket-type hinge pin (40) is prevented from being contracted, and the socket-type hinge pin (40) is easily removed from the pin connection hole (150). What Will be.

Then, as shown in FIG. 11, a pin installation part (115) is integrally formed below the slide connection tool (15) which is inserted and installed so as to be slidable on the pillar (1). A ring (141) is formed, a split washer (142) is connected forward so that the tip can resiliently project inside the column insertion portion, and a connecting pin (140) provided with a spring (149) behind it. ) Is installed so that the tip of a connecting pin (140) installed on a slide connector (15) is elastically connected to a hole (12) formed in the column (1).

Here, the connecting pin () elastically supported by a spring (149) is provided on the pin mounting portion (115) formed on the slide connector so that the tip portion resiliently projects toward the column (1). 12, an operating tool (145) having an inclined surface (146) is connected to a connecting pin (140) in front of a spring (149), and the inclined surface (145) of the operating tool (145) is connected as shown in FIG. A push button (147) for pushing the coupling pin (140) by pushing the push button (146) may be formed on the side surface of the installation part (115).

When the slide connector (15) having the connecting pin (140) is inserted and installed in the column (1), the slide connector (15) inserted in the column (1) is provided. The connecting pin (140) is pushed by the surface of the column (1) and is slid in a retracted state. When the connecting pin (140) matches the hole (12) formed on the upper surface of the column (1), the connecting is performed. The tip of the connecting pin (140) is connected to the hole (12) of the column (1) while the pin (140) is advanced by the resilience of the spring (149) that has been compressed. ) Is easily fixed to the pillar (1), and the tent is in an expanded state.

When the tent expanded as described above is folded, the ring (141) formed at the subsequent stage of the coupling pin (140) is pulled with a finger, and the tip of the coupling pin (140) becomes the pillar (1). The slide connector (15), which is released from the hole (12) and has no danger of accident, is folded while being slid under the pillar (1).

On the other hand, as shown in FIG. 12, a connection that is elastically supported by a spring (149) so as to resiliently project toward the column (1) side at the pin installation portion (115) of the slide connection device (15). An operating tool (145) having an inclined surface (146) is connected to the pin (140), and a push button (147) is formed so as to push the inclined surface (146) of the operating tool (145). When the push button (147) is pressed, the tip of the push button (147) guides the inclined surface (146) of the operating tool (145) as shown in FIG. The slide connector (15), which is unlocked from the hole (12) of the column (1) but has no danger of a complete accident, will be folded down while sliding under the column (1).

The top pillar (3) supporting the center of the tent can arbitrarily adjust the elastic force of a spring (39) for applying a tension force so as to always support the tent (100) in a stretched state. And a tension adjusting means.

Here, the tension adjusting part is connected to the lower part of the cylinder (31) of the top column (3) so that a tool can be inserted into the center of the lower part of the top column connector (30) that seals the bottom surface. An adjustment frame (32) having a hole (30a) formed therein and a tool groove (32a) formed on the bottom surface is screwed into the cylinder (31), and is tightly attached to the inner surface of the cylinder (31). A lift plate (33) made of a square plate for preventing rotation is built in, and a spring (39) is provided on the board so as to elastically support the tension member (36).

Here, the tension adjusting means is provided at the center of the lower part of the top pillar connecting member (30), in which the above-mentioned tension member (36) is connected to the lower stage of the cylinder (31) elastically connected to the spring (39). A hole (30a) is formed, and an adjusting bolt (37) having a washer coupling groove (37a) is coupled to the hole (30a), and a split washer (38) is coupled so as not to come off. The adjusting bolt (37) connected to the above-mentioned top post connector (30) is screwed with a rectangular board (33) made of a square plate that is tightly supported on the inner surface of the cylinder (31) and is prevented from rotating. Then, the board (33) may be configured to support the spring (39).

When the foldable tent frame constituting the top pillar (3) is expanded, the top pillar (3) rises to support the center of the tent (100). When the current situation occurs, the driver (such as a driver) passes through a hole (30a) formed in the lower part of the top column connector (30) connected to the lower part of the cylinder (31) constituting the above-mentioned top column (3). When the tool is turned after being sandwiched between the tool grooves (32a) formed on the bottom surface of the adjustment frame (32), the adjustment frame (32) is made of a disk, rotates idly, and rotates. The lift board (33) screwed to the upper side of the car is made of a square plate, which is prevented from rotating by the inner wall of the cylinder (31) and supports the tent in a stretched state while getting on and off.

On the other hand, even when the above-mentioned top pillar (3) is configured as shown in FIG. 15, if the present situation where the tent (100) hangs occurs, the cylinder (31) constituting the above-mentioned top pillar (3) ) When the adjustment bolt (37) connected by the split washer (38) is manually pulled and turned so as not to fall into the hole (30a) formed in the lower part of the top pillar connecting device (30) connected to the lower part, The adjustment bolt (37) rotates idly, and the board (33) screwed on the upper side of the adjustment bolt (37) is a square plate, and the rotation is prevented by the inner wall of the cylinder (31). The spring (39) is compressed upward while getting on and off.

Accordingly, the tension device (36) elastically connected by the spring (39) supports the tent in a stretched state while getting on and off.

[0045]

[Effect of the invention]

 As described above, according to the present invention, assembling and disassembling the tent frame becomes easier by enabling the one-touch type assembly and disassembly of the tent frame without additional tools in the configuration of the tent frame. When the tent frame is expanded, the lower part of the pillar is smooth when the tent frame is expanded, with the configuration of the slide connector that is used to fold the tent while sliding up and down, which is connected to the pillar of the folding tent frame. It is very convenient and safe to use in actual use, such as giving a sense of stability as a whole by allowing it to be expanded, and it is possible to use the top connection tool and the slide connection tool that connect the connection frame described above. A hinge connection hole is formed in the wall on both sides of the connection groove where the connection frame of the upper and lower joint connection device, the top column connection device, and the top support device is connected. After inserting the connection frame with the hole perforated into the coupling groove where the hinge coupling hole is formed, insert a socket-type hinge configured to facilitate coupling and release into the above-mentioned hinge coupling hole. The connecting frame is hinged by a simple method to prevent the above-mentioned socket-type hinge from coming off and to be formed on the socket-type hinge so as to reinforce the socket-type hinge made of synthetic resin so as not to be easily damaged. By connecting the reinforcing pins made of metal to the pin insertion holes, each connecting frame can be assembled and disassembled, so that the tent frame can be assembled and disassembled more easily. Hinged to the slide connection used to fold the tent while sliding down and up and down By forming two, when connecting the hinge to the connection frame in the hinge connection hole at a long distance, when the tent is expanded, the lower part of the pillar can be expanded wider than the upper side, giving a sense of stability as a whole In actual use, it was made very convenient and safe to use, and the present invention as described above was inserted and installed on the outer surface of the pillar that constitutes the foldable tent frame, while sliding The connecting pin, which is resiliently installed by a spring so that the tip protrudes inside the pillar insertion part of the slide connector under the slide connector that folds the tent by getting on and off the top pillar and lowering it Then, by allowing the tip of the pin connection hole to be connected to the pin connection hole formed on the upper side of the column, when the tent frame is expanded, the slide connection tool is attached to the column. It is very simple and easy.In addition, there is no case where the connecting pin for fixing the slide connection tool to the above-mentioned column fails and malfunctions, and if the failure occurs, the connecting pin appears to the outside. The tension coupling is connected to the inside of a rectangular tension coupling with the lower part fixedly connected to the top pillar coupling so as to support the tent using a spring. The top pillar is configured, but by providing a tension adjusting means so that the elastic force of the spring for applying a tension force to the above-mentioned top pillar can be arbitrarily adjusted outside, the above-mentioned top pillar is always in a state where the tent is always tight. Easy to adjust outside to keep the tent from sagging perfectly to make the tent look nice and less affected by wind, rainwater or snow Failure and danger there is almost no such accidents in the tent frame, in use Minoru, is very convenient to be able to use the peace of mind, it is a novel useful devised.

[Submission date] September 11, 1998

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] 0045

[Correction method] Change

[Correction contents]

[0045]

[Effect of the invention]

As described above, according to the present invention, assembling and disassembling the tent frame becomes easier by enabling the one-touch type assembly and disassembly of the tent frame without additional tools in the configuration of the tent frame. When the tent frame is expanded, the lower part of the pillar is smooth when the tent frame is expanded, with the configuration of the slide connector that is used to fold the tent while sliding up and down, which is connected to the pillar of the folding tent frame. It is very convenient and safe to use in actual use, such as giving a sense of stability as a whole by allowing it to be expanded, and it is possible to use the top connection tool and the slide connection tool that connect the connection frame described above. A hinge connection hole is formed in the wall on both sides of the connection groove where the connection frame of the upper and lower joint connection device, the top column connection device, and the top support device is connected. After inserting the connection frame with the hole perforated into the coupling groove where the hinge coupling hole is formed, insert a socket-type hinge configured to facilitate coupling and release into the above-mentioned hinge coupling hole. The connecting frame is hinged by a simple method to prevent the above-mentioned socket-type hinge from coming off and to be formed on the socket-type hinge so as to reinforce the socket-type hinge made of synthetic resin so as not to be easily damaged. By connecting the reinforcing pins made of metal to the pin insertion holes, each connecting frame can be assembled and disassembled, so that the tent frame can be assembled and disassembled more easily. Hinged to the slide connection used to fold the tent while sliding down and up and down By forming two, when connecting the hinge to the connection frame in the hinge connection hole at a long distance, when the tent is expanded, the lower part of the pillar can be expanded wider than the upper side, giving a sense of stability as a whole In actual use, it was made very convenient and safe to use, and the present invention as described above was inserted and installed on the outer surface of the pillar that constitutes the foldable tent frame, while sliding The connecting pin, which is resiliently installed by a spring so that the tip protrudes inside the column insertion part of the slide connecting tool under the sliding connecting tool that folds the tent by getting on and off the top pillar Then, by allowing the tip of the pin connection hole to be connected to the pin connection hole formed on the upper side of the column, when the tent frame is expanded, the slide connection tool Very simple and precise combined. In addition, there is no case in which the connecting pin for fixing the slide connection tool to the above-mentioned column is broken and malfunctions, and if the fault occurs, the connecting pin is exposed to the outside. For convenience, etc., the top pillar is constructed by connecting the tension coupling with a tension using a spring inside a square tension coupling with the lower part fixedly connected to the top pillar coupling to support the tent. However, by providing a tension adjusting means for arbitrarily adjusting the elastic force of the spring for applying a tension force to the above-mentioned top column, it is possible to maintain the above-mentioned top column constantly in a state where the tent is fully open. The tent frame is designed to be easily adjusted to prevent the tent from sagging perfectly, making the tent look nice and less affected by wind, rainwater or snow. Failure and danger there is almost no such accidents, in use Minoru, is very convenient to be able to use the peace of mind, it is a novel useful devised.

[Brief description of the drawings]

FIG. 1 is a configuration diagram of a conventional general folding tent frame in an expanded state.

FIG. 2 is a configuration diagram of a conventional general folding tent frame in a folded state.

FIG. 3 is a configuration diagram of a top pillar of a conventional general folding tent frame.

FIG. 4 is a configuration diagram of a fixing pin of a conventional general folding tent frame.

FIG. 5 is a view showing a configuration of a guide elongated hole of the slide connector according to the present invention.

FIG. 6 is a diagram showing a configuration of a pin connection hole of the slide connector according to the present invention.

FIG. 7 is a view showing a state in which a connection frame is connected to an outer pin connection hole of the slide connection tool of the present invention.

FIG. 8 is a cross-sectional view showing the main configuration of the connecting frame of the present invention.

FIG. 9 is a configuration diagram of the socket-type hinge pin of the present invention.

FIG. 10 is a view showing a use state of the socket-type hinge pin of the present invention.

FIG. 11 is a structural view of a connecting pin forming a ring of the slide connecting device of the present invention.

FIG. 12 is an advanced view of the button type connection of the slide connector of the present invention.

FIG. 13 is a rearward view of the button connection of the slide connector according to the present invention.

FIG. 14 is a configuration diagram of the tension adjusting means of the top pillar of the present invention.

FIG. 15 is another configuration state diagram of the tension adjusting means of the top pillar of the present invention.

FIG. 16 is a view showing a state in which a tent is combined with the present invention and folded.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Column 2a, 2b Connection frame 2c, 2d Top connection frame 3 Top pillar 10 Top connection tool 10a Connection groove 10b, 15b Hinge projection guide groove 12 Hole 13 Plate spring 14 Fixing pin 15 Slide connection tool 15a Connection groove 16 Underlay leg 20 Upper part Joint connector 25 Lower joint connector 30 Top column connector 30a Hole 31 Cylinder 32 Adjustment frame 32a Tool groove 33 Elevating board 35 Top support tool 36 Tension tool 37 Adjustment bolt 37a Washer coupling concave groove 38 Split washer 39 Spring 40 Socket type Hinge pin 41 Pin insertion hole 41a Friction protrusion 42 Notch portion 43 Depressed groove 44 Locking protrusion 45 Reinforcement pin 100 Tent 115 Pin installation portion 140 Coupling pin 141 Ring 142 Split washer 145 Operating tool 146 Inclined surface 147 Push button 149 Spring 150 Pin connection hole 151 Guide long hole 152 Connecting block 200 Rotating tool 201 Spring 203 Hinge projection

Claims (11)

[Utility model registration claims] 1. A tent in which four pillars are connected by a large number of connecting frames, and the top pillars are lifted and dismounted by a joint portion of the connecting frame or a top pillar connecting frame connected to a top connecting tool. In the frame, as shown in FIG. 5, a portion where the connection frame (2 a) of the slide connection tool (15) which is slidably connected to the column (1) upward and downward is connected, as shown in FIG. 5.
When the tent frame is expanded by forming the above, the connecting portion of the connecting frame (2a) slides along the guide elongated hole (151) so that the lower portion of the column (1) can be stably expanded. One-touch assembling tent frame. 2. The slide connector (15) has a pin coupling hole (15) in a coupling groove to which the coupling frame (2a) is coupled.
0) is formed before and after at different distances, and when the connecting frame (2a) is connected to the outer pin connecting hole (150b), the tent is expanded. The one-touch assembling type tent frame according to claim 1, wherein the tent frame is constructed so as to be able to be spread more widely and to give a sense of stability as a whole. 3. A pair of hinge projections (20) elastically supported by a spring (201) is provided at each end of the connection frames (2a) (2b) and the top connection frames (2c) (2d).
Holes (2) formed on both sides of the connecting frames (2a) and (2b) and the top connecting frames (2c) and (2d), which constitute the rotating tool (200) having the above (2) and the insides of which are empty. A one-touch assembling type tent frame, wherein a hinge projection (202) of a rotating tool (200) is inserted and retractably inserted into the tent frame. 4. A connection frame (10) with a top connector (10) and a slide connector (15), an upper and lower joint connector (20) (25), a top column connector (30) and a top support (35). 2a) and (2b) and the top connecting frame (2
c) In connecting (2d), after inserting a socket-type hinge pin (40) having a pin insertion hole (41) in the center, a pin insertion hole (41) formed in the socket-type hinge pin (40). Metal reinforcing pins (4
5) A one-touch assembling tent frame, wherein the tent frame is configured to be connected and fixed. 5. The connecting frame (2a) (2b) and the top connecting frame (2c) (2d) are connected to a top connector (1).
0) and the slide connector (15), the upper and lower joint connectors (20) (25), the top pillar connector (30) and the top support (35). A notch (42) is formed so as to be elastically coupled to the coupling hole (150), and a coupling release groove (43) is formed on both sides of the head of the socket-type hinge pin (40). 40) is a pin connection hole (15
The one-touch assembling tent frame according to claim 4, characterized in that a locking projection (44) is formed on an outer peripheral surface of the socket-type hinge pin (40) so as not to easily come off from (0). 6. A reinforcing pin (45) made of metal, wherein a friction protrusion (41a) is formed on the inner peripheral surface of the pin insertion hole (41) of the socket type hinge pin (40). The one-touch assembling tent frame according to claim 4, wherein the tent frame is configured so as not to be easily pulled out by being pinched. 7. A pin installation part (115) is integrally formed below a slide connector (15) inserted and installed so as to be slid on a pillar (1), and a ring (141) is formed at a subsequent stage. A split pin washer (142) is connected to the front so that the tip portion is resiliently projected inside the column insertion portion, and a connecting pin (140) having a spring (149) is installed behind the split washer. A one-touch assembly type, wherein a tip of a coupling pin (140) installed on a slide connector (15) is elastically coupled to a hole (12) formed in the pillar (1). Tent frame. 8. A connecting pin which is elastically supported by a spring (149) so that a tip portion of the pin connecting portion (115) formed on the slide connecting member (15) is elastically projected toward the column (1). (140) connects the actuating tool (145) having the inclined surface (146) to the coupling pin (140) in front of the spring (149), and pushes the inclined surface (146) of the actuating device (145). The push button (147) for retracting the connecting pin (140) by pressing the pin mounting portion (115)
The one-touch assembling tent frame according to claim 7, wherein the tent frame is formed on a side surface of the tent. 9. The tension that allows the elastic force of a spring (39) for applying a tension force so as to always support the tent (100) in a stretched state is adjustable externally. A one-touch assembling tent frame, comprising an adjusting means. 10. The tension adjusting means is coupled to a lower portion of the cylinder (31) of the top column (3), and is provided with a hole so that a tool can be inserted into a lower center of the top column connector (30) for sealing a bottom surface. (30a) is formed, and an adjusting frame (32) having a tool groove (32a) formed on the bottom surface inside the cylinder (31) is screw-connected to the cylinder (31).
A lift plate (33) made of a square plate which is in close contact with the inner surface of the and is prevented from rotating, and a spring (39) is provided thereon to elastically support the tension member (36). The one-touch assembling tent frame according to claim 9. 11. The tension adjusting means according to claim 1, wherein said tension device (36) is connected to a lower portion of a cylinder (31) elastically connected to a spring (39). After the adjustment bolt (37) having the hole (30a) formed therein and the washer coupling groove (37a) formed therein is coupled to the hole (30a), the split washer (38) is coupled so as not to come off. Provided on the inner surface of the cylinder (31) by an adjusting bolt (37) coupled to the above-mentioned top post coupling (30),
The one-touch assembled tent frame according to claim 9, characterized in that the lift plate (33) supports the spring (39) by screwing a lift plate (33) made of a square plate whose rotation is prevented. .