Six-way connecting structure in large tent support

Abstract

The utility model discloses a six-way connecting structure in a large tent support, and relates to the related technical field of tent supports. The device comprises a six-way connecting piece, a vertical ridge rod and a vertical beam cornice rod are hinged to the six-way connecting piece and can be folded in the same direction after being hinged; at least one cross beam pull rod is hinged to the six-way connecting piece; a telescopic stand column is installed on the six-way connecting piece. A vertical beam pull rod is installed on the six-way connecting piece in a hinged mode. The vertical ridge rod, the vertical beam cornice rod, the vertical beam pull rod and the plurality of cross beam pull rods can be folded towards the telescopic upright post; and the vertical ridge rod, the vertical beam cornice rod, the two cross beam pull rods and the vertical beam pull rod can rotate and be folded by taking respective hinge points on the six-way connecting piece as base points, so that six rod pieces connected to one six-way connecting piece are folded to the same direction.

Description

Technical Field

[0001] The utility model relates to the technical field related to tent brackets, and more specifically, to a six-way connection structure in a large tent bracket. Background Art

[0002] Chinese patent document CN218029382U (application date December 13, 2022) discloses a five-link turning structure, including a long rod, a vertical rod and a cantilever rod, which can be folded in the same direction after being hinged, and also includes a joint and a cross bar; the long rod, the vertical rod and the cantilever rod are all hinged to the joint; the number of cross bars is at least 1, which is hinged to the joint. The joint is provided with a long rod articulated shaft mounting seat, a vertical rod articulated shaft mounting seat and a cross bar articulated shaft mounting seat; the long rod articulated shaft mounting seats are a pair, and a long rod articulated shaft hole is correspondingly provided on each of the two long rod articulated shaft mounting seats; the vertical rod articulated shaft mounting seat is the object of the long rod articulated shaft mounting seat, and the number is one, and the vertical rod articulated shaft mounting seat is provided with a vertical rod articulated shaft hole, and the axial direction of the vertical rod articulated shaft hole is parallel to the axial direction of the long rod articulated shaft hole. In the structure of large tent support, some schemes will set up a cross bar, through which the upper ends of two adjacent vertical poles are connected. At this time, the direction of the vertical pole is vertical, and the hinged rotation of the long pole, the vertical pole and the cantilever pole is in the same vertical plane. The direction of the cross bar is horizontal, and the hinged rotation of the two cross bars is in the same horizontal plane. If the above scheme is improved, the vertical column is fixed at the bottom of the joint, and a vertical pole is added, at least one vertical pole, at least one cross bar, the cantilever pole and the long pole cannot be folded to the same direction. Utility Model Content

[0003] In order to overcome the above technical deficiencies, the utility model provides a six-way connection structure in a large tent support, which can connect six rods on one connecting piece, and the six rods can be folded to the same direction.

[0004] In order to solve the above technical problems, the utility model adopts the following technical solutions: a six-way connection structure in a large tent support, including a six-way connection piece; a vertical ridge rod and a vertical beam eaves rod are hingedly installed on the six-way connection piece, and the two can be folded in the same direction after being hinged; at least one cross beam pull rod is hingedly installed on the six-way connection piece; a telescopic column is installed on the six-way connection piece; a vertical beam pull rod is hingedly installed on the six-way connection piece; the vertical ridge rod, the vertical beam eaves rod, the vertical beam pull rod and a plurality of cross beam pull rods can all be folded toward the telescopic column.

[0005] The utility model provides a six-way connection structure in a large tent support, wherein a telescopic column is fixedly installed in a bottom side wall body of a six-way connection piece, and there are two crossbeam pull rods, which are symmetrically arranged on both sides of the six-way connection piece, and the crossbeam pull rods on both sides can be rotated and folded toward the telescopic column with the hinge point of the six-way connection piece as a base point; the vertical ridge rod and the vertical beam eaves rod can be rotated and folded in the same direction with the hinge point of the six-way connection piece as a base point; thereby, six rods are connected to one six-way connection piece, and the six rods can be folded to the same direction.

[0006] Preferably, a vertical beam eaves rod mounting seat is installed at the end of the vertical beam eaves rod, and the vertical beam eaves rod mounting seat is provided with adjustment waist holes arranged along its length direction, and a mounting shaft that can pass through the adjustment waist holes is installed on the six-way connecting piece; a limit block is provided at the end of the vertical beam eaves rod mounting seat, and a limit slot that can be adapted to the limit block is provided on the six-way connecting piece.

[0007] Through the design of the adjustment waist hole on the vertical beam eaves rod and the installation axis one on the six-way connector, the vertical beam eaves rod can be telescopically adjusted at a certain distance relative to the six-way connector, and then with the help of the limit card block on the vertical beam eaves rod and the limit card slot on the six-way connector, the vertical beam eaves rod can be fixed at the upper limit of the six-way connector. The specific implementation is as follows: first, the vertical beam eaves rod is rotated to adjust a certain angle, and then the vertical beam eaves rod is pushed to drive the limit card block toward the limit card slot of the six-way connector to fit in, thereby realizing the limit fixation of the two. At this time, the vertical beam eaves rod is at the front position between the two horizontal beam pull rods.

[0008] Preferably, a vertical ridge rod top connector limiting surface 1 is provided at the end of the vertical ridge rod, and correspondingly, a connector top vertical ridge rod limiting surface is provided on the six-way connector, and the vertical ridge rod top connector limiting surface 1 and the connector top vertical ridge rod limiting surface are rotationally limited to each other.

[0009] When the limiting surface of the top connecting piece of the ridge pole is in contact with the limiting surface of the ridge pole at the top of the connecting piece, an acute angle less than ninety degrees can be formed between the vertical beam eaves rod and the ridge pole, so that the vertical beam eaves rod and the ridge pole can serve as part of the vertical beam support rods at the top of the tent and the ceiling support rods inclined on the tent, for supporting the tent frame.

[0010] Preferably, a connector side vertical ridge rod limiting surface is provided on the six-way connector, and the connector side vertical ridge rod limiting surface and the side wall of the vertical ridge rod body are rotationally limited to each other.

[0011] When the limiting surface of the vertical ridge rod on the side of the connecting piece is in contact with the side wall of the vertical ridge rod body, the vertical ridge rod is folded. At this time, the vertical ridge rod and the telescopic column are in the same direction and parallel position relationship.

[0012] Preferably, the arrangement of the vertical ridge rod limit surface on the top of the connector and the vertical ridge rod limit surface on the side of the connector allows the vertical ridge rod to be rotated and adjusted within a range of 90° to 180°. The vertical ridge rod can be rotated and adjusted at a large angle to achieve the two functions of folding and serving as a ceiling support rod arranged obliquely on the tent.

[0013] Preferably, there are two groups of crossbeam pull rods, and they are located on both sides of the six-way connector; the ends of the crossbeam pull rods are provided with crossbeam pull rod side connector limiting surfaces, and the corresponding six-way connectors are provided with connector side crossbeam pull rod limiting surfaces, and the crossbeam pull rod side connector limiting surfaces and the connector side crossbeam pull rod limiting surfaces are rotationally limited to each other.

[0014] The expansion limitation of the crossbeam pull rod can be achieved by fitting the limiting surface of the connecting piece on the crossbeam pull rod side with the limiting surface of the crossbeam pull rod on the connecting piece side.

[0015] Preferably, the folding direction of the vertical beam tie rod is the same as that of the vertical ridge rod and the vertical beam eaves rod. Since the vertical beam tie rod and the vertical ridge rod are on the same horizontal plane and the vertical beam tie rod and the vertical ridge rod have the same folding direction, both of them can be folded toward the telescopic column while avoiding interference between the folding of the two.

[0016] Preferably, the telescopic column is fixedly arranged in the bottom wall of the six-way connector. The telescopic column can be used as a supporting rod for the six-way connector and other rods.

[0017] Compared with the prior art, the beneficial effects of the present invention are: (1) the vertical ridge rod, the vertical beam eaves rod, the two horizontal beam pull rods, and the vertical beam pull rod can be rotated and folded with their respective hinge points on the six-way connector as base points, thereby realizing that the six rods connected on a six-way connector are folded to the same direction. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a structural schematic diagram of a six-way connection structure in a large tent support of the utility model.

[0019] Figure 2 The utility model is a structural schematic diagram of the six-way connector connected with the vertical ridge rod and the vertical beam eaves rod.

[0020] Figure 3 yes Figure 2 Sectional view at "AA" in the figure.

[0021] Figure 4 yes Figure 2 Cross-sectional view at "BB" in the figure.

[0022] Figure 5 The utility model is a structural schematic diagram of the connection between the six-way connector and the telescopic column.

[0023] Figure 6The utility model is a structural schematic diagram of a six-way connector and a vertical beam eaves rod.

[0024] Figure 7 The utility model is a structural schematic diagram of a six-way connector, a vertical ridge rod and a group of crossbeam pull rods.

[0025] In the figure: six-way connector 100; mounting axis 101; limiting slot 102; connector top vertical ridge rod limiting surface 103; connector side vertical ridge rod limiting surface 104; connector side crossbeam tie rod limiting surface 105; vertical ridge rod 200; vertical ridge rod top connector limiting surface 201; vertical beam cantilever rod 300; vertical beam cantilever rod mounting seat 301; adjusting waist hole 302; limiting block 303; cross beam tie rod 400; cross beam tie rod side connector limiting surface 401; telescopic column 500; vertical beam tie rod 600. DETAILED DESCRIPTION

[0026] The technical solution of the utility model is further described in detail below through specific embodiments and in conjunction with the accompanying drawings:

[0027] Example 1: See attached Figure 1 To Attachment Figure 7 The six-way connection structure in the large tent support includes a six-way connection member 100, and a vertical ridge rod 200, a vertical beam eave rod 300, a horizontal beam pull rod 400, a telescopic column 500 and a vertical beam pull rod 600 connected to the six-way connection member 100; the vertical ridge rod 200 and the vertical beam eave rod 300 are hingedly installed on the six-way connection member 100, and the two can be folded in the same direction after being hinged; at least one of the horizontal beam pull rods 400 is hingedly installed on the six-way connection member 100; the telescopic column 500 is fixedly installed in the bottom side wall of the six-way connection member 100; the vertical beam pull rod 600 is hingedly installed on the six-way connection member 100; the vertical ridge rod 200, the vertical beam eave rod 300, the vertical beam pull rod 600 and a plurality of the horizontal beam pull rods 400 can all be folded toward the telescopic column 500.

[0028] The folding direction of the vertical beam tie rod 600 is the same as that of the vertical ridge rod 200 and the vertical beam eaves rod 300. Since the vertical beam tie rod 600 and the vertical ridge rod 200 are on the same horizontal plane and the vertical beam tie rod 600 and the vertical ridge rod 200 have the same folding direction, both of them can be folded toward the telescopic column 500 without interfering with each other.

[0029] The telescopic column 500 is fixedly disposed in the bottom wall of the six-way connector 100. The telescopic column 500 can be used as a supporting rod for the six-way connector 100 and other rods.

[0030] The utility model provides a six-way connection structure in a large tent bracket, wherein the telescopic column 500 is fixedly installed in the bottom side wall of the six-way connector 100, and there are two crossbeam pull rods 400, which are symmetrically arranged on both sides of the six-way connector 100. The crossbeam pull rods 400 on both sides can be rotated and folded toward the telescopic column 500 with the hinge point of the six-way connector 100 as the base point; the vertical ridge rod 200 and the vertical beam eaves rod 300 can be rotated and folded in the same direction with the hinge point of the six-way connector 100 as the base point; thereby, six rods are connected to one six-way connector 100, and the six rods can be folded to the same direction.

[0031] Embodiment 2:

[0032] See attached Figure 1 To Attachment Figure 7 The six-way connection structure in the large tent support includes a six-way connection member 100, and a vertical ridge rod 200, a vertical beam eave rod 300, a horizontal beam pull rod 400, a telescopic column 500 and a vertical beam pull rod 600 connected to the six-way connection member 100; the vertical ridge rod 200 and the vertical beam eave rod 300 are hingedly installed on the six-way connection member 100, and the two can be folded in the same direction after being hinged; at least one of the horizontal beam pull rods 400 is hingedly installed on the six-way connection member 100; the telescopic column 500 is fixedly installed in the bottom side wall of the six-way connection member 100; the vertical beam pull rod 600 is hingedly installed on the six-way connection member 100; the vertical ridge rod 200, the vertical beam eave rod 300, the vertical beam pull rod 600 and a plurality of the horizontal beam pull rods 400 can all be folded toward the telescopic column 500.

[0033] The telescopic column 500 is fixedly installed in the bottom side wall of the six-way connector 100. There are two crossbars 400, which are symmetrically arranged on both sides of the six-way connector 100. The ends of the crossbars 400 are provided with crossbar side connector limiting surfaces 401, and the corresponding six-way connector 100 is provided with connector side crossbar limiting surfaces 105. The crossbar side connector limiting surfaces 105 and the connector side crossbar limiting surfaces 105 are mutually rotationally limited. The expansion limit of the crossbar 400 can be achieved by the crossbar side connector limiting surfaces 401 and the connector side crossbar limiting surfaces 105 being fitted together.

[0034] The crossbeam pull rods 400 on both sides can be rotated and folded toward the telescopic column 500 with the hinge point of the six-way connector 100 as the base point, so that the two crossbeam pull rods 400 and the telescopic column 400 are folded to the same direction.

[0035] A vertical beam eaves rod mounting seat 301 is installed at the end of the vertical beam eaves rod 300, and the vertical beam eaves rod mounting seat 301 is provided with an adjustment waist hole 302 arranged along its length direction, and the six-way connecting piece 100 is provided with a mounting shaft 101 that can pass through the adjustment waist hole 302; a limit block 303 is provided at the end of the vertical beam eaves rod mounting seat 301, and the six-way connecting piece 100 is provided with a limit slot 102 that can be adapted to the limit block 303.

[0036] Through the design of the adjusting waist hole 302 on the vertical beam eaves rod 300 and the installation shaft 101 on the six-way connecting piece 100, the vertical beam eaves rod 300 can be telescopically adjusted relative to the six-way connecting piece 100 at a certain distance, and then with the cooperation of the limit block 303 on the vertical beam eaves rod 300 and the limit slot 102 on the six-way connecting piece 100, the vertical beam eaves rod 300 can be fixed in the upper limit position on the six-way connecting piece 100. The specific implementation is as follows: first, the vertical beam eaves rod 300 is rotated to adjust a certain angle, and then the vertical beam eaves rod 300 is pushed to drive the limit block 303 to be embedded in the limit slot 102 of the six-way connecting piece 100, thereby realizing the limit fixation of the two. At this time, the vertical beam eaves rod 300 is at the front position between the two cross beam pull rods 400.

[0037] The folding direction of the vertical beam tie rod 600 is the same as that of the vertical ridge rod 200 and the vertical beam eaves rod 300. Since the vertical beam tie rod 600 and the vertical ridge rod 200 are on the same horizontal plane and the vertical beam tie rod 600 and the vertical ridge rod 200 have the same folding direction, both of them can be folded toward the telescopic column 500 without interfering with each other.

[0038] The telescopic column 500 is fixedly disposed in the bottom wall of the six-way connector 100. The telescopic column 500 can be used as a supporting rod for the six-way connector 100 and other rods. Specific implementation method:

[0040] The utility model provides a six-way connection structure in a large tent support. When the six rods on the six-way connection member 100 need to be folded, the vertical ridge rod 200, the vertical beam eaves rod 300, the two horizontal beam pull rods 400, and the vertical beam pull rod 600 can be rotated and folded with their respective hinge points on the six-way connection member 100 as base points until they are in parallel with the same side of the telescopic column 500, so that the six rods connected on one of the six-way connection members 100 are folded in the same direction; when the six rods on the six-way connection member 100 need to be unfolded, the vertical ridge rod 200, the vertical beam eaves rod 300, the two horizontal beam pull rods 400, and the vertical beam pull rod 600 can be rotated and unfolded with their respective hinge points on the six-way connection member 100 as base points until the six rods connected on the six-way connection member 100 are unfolded to the required positions for partial structural support connection of the tent frame. Among them, to unfold the vertical beam eaves rod 300, first rotate the vertical beam eaves rod 300 to adjust a certain angle, and then push the vertical beam eaves rod 300 to drive the limit block 303 to be embedded in the limit slot 102 of the six-way connector 100, thereby realizing the limit fixation of the two. At this time, the vertical beam eaves rod 300 is at the front position between the two cross beam pull rods 400; to unfold the cross beam pull rod 400, the cross beam pull rods 400 on both sides are rotated and unfolded with the hinge point of the six-way connector 100 as the base point toward and away from the telescopic column 500, until the cross beam pull rod side connector limit surface 401 is in contact with the connector side cross beam pull rod limit surface 105, thereby realizing the unfolding limit of the cross beam pull rod 400.

[0041] Embodiment 3:

[0042] See attached Figure 1 To Attachment Figure 7 The six-way connection structure in the large tent support includes a six-way connection member 100, and a vertical ridge rod 200, a vertical beam eave rod 300, a horizontal beam pull rod 400, a telescopic column 500 and a vertical beam pull rod 600 connected to the six-way connection member 100; the vertical ridge rod 200 and the vertical beam eave rod 300 are hingedly installed on the six-way connection member 100, and the two can be folded in the same direction after being hinged; at least one of the horizontal beam pull rods 400 is hingedly installed on the six-way connection member 100; the telescopic column 500 is fixedly installed in the bottom side wall of the six-way connection member 100; the vertical beam pull rod 600 is hingedly installed on the six-way connection member 100; the vertical ridge rod 200, the vertical beam eave rod 300, the vertical beam pull rod 600 and a plurality of the horizontal beam pull rods 400 can all be folded toward the telescopic column 500.

[0043] The telescopic column 500 is fixedly installed in the bottom side wall of the six-way connector 100. There are two crossbars 400, which are symmetrically arranged on both sides of the six-way connector 100. The ends of the crossbars 400 are provided with crossbar side connector limiting surfaces 401, and the corresponding six-way connector 100 is provided with connector side crossbar limiting surfaces 105. The crossbar side connector limiting surfaces 105 and the connector side crossbar limiting surfaces 105 are mutually rotationally limited. The expansion limit of the crossbar 400 can be achieved by the crossbar side connector limiting surfaces 401 and the connector side crossbar limiting surfaces 105 being fitted together.

[0044] The crossbeam pull rods 400 on both sides can be rotated and folded toward the telescopic column 500 with the hinge point of the six-way connector 100 as the base point, so that the two crossbeam pull rods 400 and the telescopic column 400 are folded to the same direction.

[0045] A vertical beam eaves rod mounting seat 301 is installed at the end of the vertical beam eaves rod 300, and the vertical beam eaves rod mounting seat 301 is provided with an adjustment waist hole 302 arranged along its length direction, and the six-way connecting piece 100 is provided with a mounting shaft 101 that can pass through the adjustment waist hole 302; a limit block 303 is provided at the end of the vertical beam eaves rod mounting seat 301, and the six-way connecting piece 100 is provided with a limit slot 102 that can be adapted to the limit block 303.

[0046] Through the design of the adjusting waist hole 302 on the vertical beam eaves rod 300 and the installation shaft 101 on the six-way connecting piece 100, the vertical beam eaves rod 300 can be telescopically adjusted relative to the six-way connecting piece 100 at a certain distance, and then with the cooperation of the limit block 303 on the vertical beam eaves rod 300 and the limit slot 102 on the six-way connecting piece 100, the vertical beam eaves rod 300 can be fixed in the upper limit position on the six-way connecting piece 100. The specific implementation is as follows: first, the vertical beam eaves rod 300 is rotated to adjust a certain angle, and then the vertical beam eaves rod 300 is pushed to drive the limit block 303 to be embedded in the limit slot 102 of the six-way connecting piece 100, thereby realizing the limit fixation of the two. At this time, the vertical beam eaves rod 300 is at the front position between the two cross beam pull rods 400.

[0047] The end of the vertical ridge rod 200 is provided with a vertical ridge rod top connecting piece limiting surface 201, and correspondingly, the six-way connecting piece 100 is provided with a connecting piece top vertical ridge rod limiting surface 103, and the vertical ridge rod top connecting piece limiting surface 201 and the connecting piece top vertical ridge rod limiting surface 103 are rotationally limited to each other.

[0048] When the limiting surface 201 of the top connecting piece of the ridge rod is in contact with the limiting surface 103 of the top ridge rod of the connecting piece, an acute angle less than ninety degrees can be formed between the vertical beam eaves rod 300 and the vertical ridge rod 200, so that the vertical beam eaves rod 300 and the vertical ridge rod 200 can be used as part of the vertical beam support rods at the top of the tent and the ceiling support rods inclined on the tent, for supporting the tent frame.

[0049] The six-way connector 100 is provided with a connector side vertical ridge rod limiting surface 104, and the connector top vertical ridge rod limiting surface 104 and the side wall of the vertical ridge rod 200 are rotationally limited to each other.

[0050] When the vertical ridge rod limiting surface 104 on the connecting member side is in contact with the side wall of the vertical ridge rod 200, the vertical ridge rod 200 is folded. At this time, the vertical ridge rod 200 and the telescopic column 500 are in the same direction and parallel position relationship.

[0051] The arrangement of the top vertical ridge rod limiting surface 201 of the connector and the side vertical ridge rod limiting surface 104 of the connector allows the vertical ridge rod 200 to be rotated and adjusted within a range of 90° to 180°. The vertical ridge rod 200 can be rotated and adjusted at a large angle to realize the two functions of being folded and used as a ceiling support rod arranged obliquely on the tent.

[0052] The folding direction of the vertical beam tie rod 600 is the same as that of the vertical ridge rod 200 and the vertical beam eaves rod 300. Since the vertical beam tie rod 600 and the vertical ridge rod 200 are on the same horizontal plane and the vertical beam tie rod 600 and the vertical ridge rod 200 have the same folding direction, both of them can be folded toward the telescopic column 500 without interfering with each other.

[0053] The telescopic column 500 is fixedly disposed in the bottom wall of the six-way connector 100. The telescopic column 500 can be used as a supporting rod for the six-way connector 100 and other rods. Specific implementation method:

[0055] The utility model provides a six-way connection structure in a large tent support. When the six rods on the six-way connection member 100 need to be folded, the vertical ridge rod 200, the vertical beam eaves rod 300, the two horizontal beam pull rods 400, and the vertical beam pull rod 600 can be rotated and folded with their respective hinge points on the six-way connection member 100 as base points until they are in parallel with the same side of the telescopic column 500, so that the six rods connected on one of the six-way connection members 100 are folded in the same direction; when the six rods on the six-way connection member 100 need to be unfolded, the vertical ridge rod 200, the vertical beam eaves rod 300, the two horizontal beam pull rods 400, and the vertical beam pull rod 600 can be rotated and unfolded with their respective hinge points on the six-way connection member 100 as base points until the six rods connected on the six-way connection member 100 are unfolded to the required positions for partial structural support connection of the tent frame. Among them, to unfold the vertical beam eaves rod 300, first rotate the vertical beam eaves rod 300 to adjust a certain angle, and then push the vertical beam eaves rod 300 to drive the limiting block 303 to be embedded in the limiting slot 102 of the six-way connector 100, so as to achieve the limiting fixation of the two. At this time, the vertical beam eaves rod 300 is at the front position between the two cross beam pull rods 400; when the cross beam pull rod 400 is unfolded, the cross beam pull rods 400 on both sides take the hinge point of the six-way connector 100 as the base point, toward the direction away from the telescopic column 50 0 rotates and unfolds until the limit surface 401 of the connecting piece on the side of the beam pull rod is in contact with the limit surface 105 of the connecting piece on the side of the beam pull rod, thereby realizing the expansion limit of the beam pull rod 400; the expansion of the vertical ridge rod 200, the vertical ridge rod 200 takes the hinge point of the six-way connecting piece 100 as the base point, and rotates until the limit surface 201 of the top connecting piece of the vertical ridge rod is in contact with the limit surface 103 of the top connecting piece, and an acute angle less than ninety degrees can be formed between the vertical beam eaves rod 300 and the vertical ridge rod 200, thereby completing the expansion adjustment of the vertical ridge rod 200.

[0056] The above-described embodiments are only preferred solutions of the present invention and are not intended to limit the present invention in any form. Other variations and modifications are possible without exceeding the technical solutions described in the claims.

Claims

1. The six-way connection structure in the large tent support is characterized by: The invention comprises a six-way connector (100); a vertical ridge rod (200) and a vertical beam eave rod (300) are hingedly installed on the six-way connector (100), and the two can be folded in the same direction after being hinged; at least one horizontal beam pull rod (400) is hingedly installed on the six-way connector (100); a telescopic column (500) is installed on the six-way connector (100); a vertical beam pull rod (600) is hingedly installed on the six-way connector (100); the vertical ridge rod (200), the vertical beam eave rod (300), the vertical beam pull rod (600) and a plurality of horizontal beam pull rods (400) can all be folded toward the telescopic column (500).

2. The six-way connection structure in the large tent support according to claim 1 is characterized in that: A vertical beam eaves rod mounting seat (301) is installed at the end of the vertical beam eaves rod (300); an adjustment waist hole (302) arranged along the length direction of the vertical beam eaves rod mounting seat (301) is provided; a mounting shaft (101) that can pass through the adjustment waist hole (302) is installed on the six-way connector (100); a limit block (303) is provided at the end of the vertical beam eaves rod mounting seat (301); and a limit slot (102) that can be matched with the limit block (303) is provided on the six-way connector (100).

3. The six-way connection structure in the large tent support according to claim 1 is characterized in that: The end of the vertical ridge rod (200) is provided with a vertical ridge rod top connecting piece limiting surface 1 (201), and correspondingly, the six-way connecting piece (100) is provided with a connecting piece top vertical ridge rod limiting surface (103), and the vertical ridge rod top connecting piece limiting surface 1 (201) and the connecting piece top vertical ridge rod limiting surface (103) are mutually rotationally limited.

4. The six-way connection structure in the large tent support according to claim 3 is characterized in that: A connecting piece side vertical ridge rod limiting surface (104) is provided on the six-way connecting piece (100), and the connecting piece side vertical ridge rod limiting surface (104) and the side wall of the vertical ridge rod (200) are mutually rotationally limited.

5. The six-way connection structure in the large tent support according to claim 4 is characterized in that: The arrangement of the vertical ridge rod limiting surface (103) on the top of the connecting piece and the vertical ridge rod limiting surface (104) on the side of the connecting piece enables the vertical ridge rod (200) to be rotated and adjusted within a range of 90° to 180°.

6. The six-way connection structure in a large tent support according to any one of claims 1 to 5, characterized in that: There are two groups of crossbeam pull rods (400) located on both sides of the six-way connector (100); the ends of the crossbeam pull rods (400) are provided with crossbeam pull rod side connector limiting surfaces (401), and the corresponding six-way connector (100) is provided with connector side crossbeam pull rod limiting surfaces (105); the crossbeam pull rod side connector limiting surfaces (401) and the connector side crossbeam pull rod limiting surfaces (105) are rotationally limited to each other.

7. The six-way connection structure in the large tent support according to claim 6 is characterized in that: The folding direction of the vertical beam pull rod (600) is the same as the folding direction of the vertical ridge rod (200) and the vertical beam eaves rod (300).

8. The six-way connection structure in the large tent support according to claim 1 is characterized in that: The telescopic column (500) is fixedly arranged in the bottom wall of the six-way connecting piece (100).

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