TWM615276U - Improvement of structure of fixed seat of fast combined tent frame - Google Patents

Abstract

This creation is related to an improvement of the structure of the fixed seat of a fast assembly tent. The center of the fixed seat of this creation has an inner edge that matches the shape of the column to slide on the bottom end of the column. The center of the column has an inner edge that matches the shape of the telescopic column. The telescopic column is fixed to adjust the overall height of the tent frame, the inner edge of the fixing seat has a convex portion protruding inward, and the above-mentioned upright column has a concave portion relative to the convex portion, so as to cooperate and fix the above-mentioned upright column and the fixed seat. There is a vertical penetrating gap. The two ends of the gap are each extended with side walls to the outside. The two side walls are correspondingly provided with fixing holes for piercing bolts. A positioning mechanism is also provided on the outside of the fixed seat to lock the fixed seat, the upright column and the telescopic column. The outer edge of the fixed seat is also provided with hooks for hanging heavy objects to prevent the tent from shaking or collapsing when the wind is strong. The effect.

Description

Improvement of the structure of the fixed seat of the quick-combination tent

This creation belongs to the technical field of fast assembly tents, especially related to a new design of the fast assembly tent fixing seat structure. It has a simplified positioning mechanism and the increased load of the hooks, which makes the lower end of the tent more stable and avoids the tent in the wind. The effect of shaking or collapsing at times.

Press, the rapid combination tent rack is widely used in activities such as camping, exhibitions or other outdoor leisure activities. Because the rapid combination tent rack can be opened and supported into a large area tarp easily, and it can be quickly reattached. Folded into a compact state that is convenient for storage and carrying, it has excellent practicability and is welcomed by the industry and users.

China's Announcement No. 229649 "Improvement of Foldable Tents" patent (refer to the patent announcement data on September 1, 1994), which is included in the tent bracket group consisting of most main frames, most connecting brackets and rain top frames , Covering and connecting a tarp to form a foldable tent as a whole; the feature is that the rain-top rack is attached to the frame of the rain-top rack with a plurality of screw holes, and the bottom end of the elastic lining frame is provided with a through hole , To make the screw pass through the through hole to pass through the corresponding screw hole on the rain frame to make a fixed height, or to rotate the inner liner frame by ninety degrees so that the screw passes through the bottom end of the rain frame. The through hole is pierced through the spring to form an elastic rain-top frame, whereby the height of the tapered cloth can be adjusted to make the tapered tarpaulin of the folding tent more smooth and beautiful. An improved folding tent. Announcement No. 570087 "Tent" patent (refer to the patent announcement data on January 1, 2004), which relates to a tent with two parts, a tent bracket and a tent cloth, the tent bracket has a top seat, and the top seat A plurality of poles with more than one joint are assembled around the pole, a plurality of buckle clips with fixing holes are clamped on the pole, and a fixing tube for fixing the tent to the ground is assembled at the bottom of the pole, and the tent There are a plurality of telescopic straps that can be inserted into the fixing holes of the buckle to be sewn on the periphery of the cloth, so that the tent cloth can be combined and fixed with the support rods and joints. The joints can be used to stretch the support rods to quickly erect the tent. Utilize the joint to retract the pole to facilitate the tent and the tent bracket to be folded together for transportation or storage. Announcement No. M253651 "Quick Folding Tent Structure" patent (refer to the patent announcement data on December 21, 2004), which is a quick-folding tent structure. The tent includes upright brackets on all sides, vertical poles in the center, and multiple sets of cross poles. , A plurality of fixed seats, a plurality of lifting seats, tarpaulin, among them: the top of the bracket and the tube body are provided with a fixed seat and a lifting seat, the plurality of cross rods are crossed and pivoted into an X shape by plates of the same length in the center The outer ends of the plates of the four-sided crossbar are pivoted on the fixed seat and the lifting seat of the bracket, respectively, and the plates of the adjacent crossbars are pivoted into one body; it is characterized in that the four sides of the tent are opposite to each other. The plate pivot point adjacent to the cross bar is vertically extended inward with a complex group of cross bars. The bottom of the support bar and the tube body are provided with a fixed seat and a lifting seat, which can pivot the complex group of cross bars that extend vertically inward. , So that the central upright brace can be expanded and collapsed at the same time as the surrounding upright supports.

In order to increase the overall height of the above-mentioned tent, a telescopic column is arranged under each of the uprights via a fixed seat. The fixed seat is arranged at the lower end of each of the above-mentioned uprights for positioning and fixing the telescopic column which is arranged on the inner edge of the upright and protrudes below. . As the overall height of the canopy is increased, the original upper load may be insufficient. China Patent No. M589216 provides a positioning mechanism that can be applied to a fixed seat. The positioning mechanism includes: a seat body, which is attached to one side of the body; a positioning pin, which is connected to the seat body, and the positioning mechanism One end of the pin penetrates the main body along the radial direction of the main body, and is pushed by a first elastic member to normally protrude into the channel, so as to be inserted into a positioning hole of the upright post, so that the main body and The uprights are in the locked state; a pressing member is connected to the base and has a first end and a second end. The first end is pressed against the positioning pin, and the second end penetrates The seat body extends out of the seat body for pressing; when the pressing member is pressed, the positioning pin is moved away from the positioning hole to make the release state between the body and the column. In this embodiment, the seat body further has an inner space for accommodating the positioning pin, the first elastic member and the pressing member, and the positioning pin and the pressing member can also partially protrude out of the seat body. A positioning post for the first elastic piece to hold the positioning. In addition, the middle position of the positioning pin is further provided with a protruding wall, the side of the protruding wall close to the positioning hole can be used for the pressing member to resist, and The other end of the positioning pin away from the positioning hole is provided with an accommodating hole for accommodating the first elastic member. The first end of the pressing piece is provided with a notch for engaging with the positioning pin, and protruding pivots are respectively formed on both sides of the pressing piece, so as to be pivoted on the base so that the pressing piece can be opposed to each other Movably pivots on the seat body. Wherein, the outer edge of the pivot is further sheathed with a second elastic member, which can be elastically pressed between the seat body and the seat body, so that the pressing member can be automatically reset by the elastic force of the second elastic member. However, its mechanism components are many and complicated, its actions are not reliable, and it is prone to failure.

Furthermore, as can be seen from the previous cases above, the previous technology of the rapid assembly tent, the canvas is supported by the central support rod, and the devil felt is set under the fixing seat of the column to fix the canvas underneath. There is nothing else between the canvas and the column. The fixed structure is likely to cause the canvas to deform, lift up or even break and damage when the wind is strong, which not only hinders the aesthetics, but may also cause the overall tent to collapse. Furthermore, in order to prevent the canopy frame from shaking or collapsing when the wind is strong, it is a conventional technique to tie a rope to the canopy frame to hang heavy objects. A through hole is drilled in the upper part, and a bolt and nut passing through the column support are fixed, and ropes are used to carry heavy objects. However, the perforation of the column may cause damage to the structure of the column, which is easy to cause the column to be at the perforation. Breaking (due to hanging heavy objects for a long time); Moreover, there is no structure on the exposed bolts to prevent the ropes of the heavy objects from falling off. Although it can be temporarily prevented by winding the column brackets, there is still a risk of falling off after prolonged use; The sharp threaded part of the exposed bolt may cause cuts to the assembly operator. The above deficiencies are indeed problems that the industry needs to overcome urgently.

In view of the lack of conventional techniques, the creators of this creation have, after continuous research and improvement, finally succeeded in the research and creation of this creation and made it public.

The reason is that the main purpose of this creation is to provide a "quick assembly tent fixing base structure improvement". The center of the creative fixing base has an inner edge that matches the shape of the column to slide on the bottom end of the column. The center of the column has a matching The inner edge of the shape of the telescopic column is used to fix the telescopic column to adjust the overall height of the tent frame. The end surface of the fixing seat has a vertical penetrating gap. The fixing hole is provided with bolts to lock the fixing seat and the upright column by adjusting the gap size. A positioning mechanism is provided outside the fixing seat to lock the fixing seat, the upright column and the telescopic column.

One of the fixing holes of the aforementioned side wall of the present invention has the shape of the outer edge of the nut to fix the nut in it to avoid the rotation and achieve the effect of stopping the rotation.

The aforementioned positioning mechanism of this creation includes a positioning seat provided on the outer edge of the aforementioned fixing seat. The positioning seat has a first compartment and a second compartment. The front and rear ends of the first compartment are provided with pin holes to provide a positioning Pin, one end of the positioning pin passes through the pin hole at the rear end, and is inserted into the relative pin hole of the column and the pin hole of the telescopic column, so that the fixing seat, the column and the telescopic column can be positioned and locked, and the telescopic column has A predetermined number of pin holes are arranged at different height positions; the positioning pin has a perforation for a pin to penetrate and move accordingly, and the left and right sides of the first compartment are each provided with sliding grooves to serve as the aforementioned pins A handle is provided on the outer side of the two sliding grooves, and the handle is provided with a fixing hole relative to the sliding groove, and the pins respectively pass through the fixing hole of the handle, the sliding groove, the first cavity and the positioning pin The upper end of the two sliding grooves is additionally provided with a pin hole. The inner side of the two pin holes opposite to the pull handle is provided with a convex pin, and the convex pin is inserted into the opposite pin hole by rotating the The handle, that is, the aforementioned convex pin can be used as a fulcrum, and the aforementioned pin can be rotated to make the aforementioned positioning pin move left and right. In the interval, the other end of the bent portion has an elastic portion, which abuts against the rear edge side of the handle. In a normal state, the positioning pin is inserted into the relative pin hole of the vertical column and the relative pin hole of the telescopic column, and The fixed seat can be used to position and lock the aforementioned vertical column and the aforementioned telescopic column. When the aforementioned pull handle is rotated, the aforementioned positioning pin can be displaced outward, and the locking relationship between the fixed seat and the vertical column and the aforementioned telescopic column can be released. The telescopic column can slide up and down on the inner edge of the column. When it is positioned, release the handle, the positioning pin can be displaced inward by the elasticity of the elastic piece, and return to the position when the positioning pin is inserted into the relative pin hole of the column and the telescopic A pin hole at a predetermined position of the column is used to lock the fixing seat, the vertical column and the telescopic column at a predetermined position, and the overall height of the tent frame can be adjusted by changing the locking position of the positioning pin hole of the telescopic column.

The above-mentioned positioning mechanism and the above-mentioned fixing base are integrally formed by the positioning seat system of the present invention.

The outer edge of the aforementioned fixed seat has hooks for hanging heavy objects, which has the effect of strengthening the load, making the lower end of the heightened canopy more stable, and preventing the canopy from shaking or collapsing when the wind is strong.

The aforementioned hook part of this creation is integrally formed with the aforementioned fixing seat.

The inner edge of the aforementioned fixing seat has a convex portion protruding inward, and the aforementioned upright post has a concave portion relative to the convex portion, so as to cooperate and fix the aforementioned upright post and the fixed seat at a predetermined position, so as to prevent the fixed seat from slipping off.

In this invention, the inner edge of the fixing seat has an inwardly protruding part that is integrally formed with the fixing seat.

The bottom end of the inner edge of the aforementioned fixing seat has a stopper. When assembled with the aforementioned upright column, the stopper is positioned at the bottom end of the aforementioned upright column. The inner edge of the aforementioned stopper is larger than the outer edge of the aforementioned upright column. There is a gap between the telescopic column and the vertical column, which can avoid direct friction between the outer edge of the telescopic column and the inner edge of the vertical column, causing scratches and making the aforementioned telescopic column slide smoothly up and down.

The aforementioned blocking part of this creation is integrally formed with the aforementioned fixing seat.

The outer edge of the top end of the aforementioned fixing seat has a reinforcing part protruding outward, and the arrangement of the reinforcing part strengthens the overall supporting strength of the aforementioned fixing seat.

The aforementioned reinforcing part of this creation is formed integrally with the aforementioned fixing seat.

In order to achieve the above-mentioned technical means of the creation, here is an example, combined with the schematic description as follows, your review committee can obtain a better understanding of the structure, characteristics and effects of the creation.

This creation is related to an improvement of the structure of a fast-folding tent frame. The overall tent frame belongs to the prior art. For example, please refer to the “Quick-folding tent structure” patent No. M253651, which is a fast-folding tent structure. The brackets, the central upright struts, multiple sets of cross bars, multiple fixed seats, multiple lifting seats, tarpaulins, among which: the top of the bracket and the tube body are provided with fixed seats and lifting seats, and the multiple sets of cross bars are The plates of the same length are crossed and pivoted into an X shape at the center. The outer ends of the plates of the four-sided cross bar are pivoted on the fixed seat and the lifting seat of the bracket, and the plates of the adjacent cross bars are pivoted to each other In one piece; the tents on the four sides of the tent adjacent to the plate pivots of the cross bars are vertically extended inwardly with multiple sets of cross bars. The complex array of cross bars is pivoted into one, so that the central upright brace can be expanded and collapsed at the same time with the surrounding upright brackets. Since it is a known technique, I won’t repeat it here.

First of all, please refer to the perspective view of the fixed embodiment of the original creation in FIG. 1, the top view of the embodiment of the fixed base of this creation in FIG. 2 and the side view of the embodiment of the fixed base in FIG. 3. It can be seen from the figure that the center of the creative fixing base 1 has an inner edge 10 that matches the shape of the column 2 (please refer to Figures 7 and 8 for the column 2), which is slidably arranged on the bottom end of the column 2. The center of the column 2 has a matching telescopic column 3 The inner edge 20 of the shape (for example, the inner edge 10 of the fixing seat and the inner edge 20 of the column in this embodiment are hexagonal, and can also have a four-corner or circular shape), to fix the telescopic column 3 to adjust the overall height of the tent, The end surface of the fixing seat 1 has a gap 110 that penetrates vertically. The two ends of the gap 110 each have side walls 11 extending outward, and the two side walls 11 are correspondingly provided with fixing holes 111 through which bolts 112 are inserted to adjust the gap. The size of 110 is used to lock the fixing seat 1 and the column 2, and a positioning mechanism 12 is provided outside the fixing seat 1 to lock the fixing seat 1, the column 2 and the telescopic column 3.

Please refer to FIG. 2, one of the fixing holes 110 of the aforementioned side wall 11 of the present invention is a fixing hole 113 with a nut outer edge shape to fix the nut 114 therein to avoid rotation and achieve a rotation stop effect.

Please refer to the partial three-dimensional view of the embodiment of the creative positioning mechanism in FIG. 4 and the partial three-dimensional exploded view of the embodiment of the creative positioning mechanism in FIG. The positioning base 120, the positioning base 120 has a first compartment 121 and a second compartment 122 (please refer to the longitudinal sectional view of the positioning mechanism of this creative embodiment in FIG. 6 and the transverse sectional view of the positioning mechanism in this creative embodiment in FIG. 7 Figure), the first compartment 121 is provided with pin holes 123 at the front and rear ends to provide a positioning pin 4, one end of the positioning pin 4 passes through the aforementioned pin hole 123 at the rear end, and is inserted into the aforementioned column 2 relative to the pin hole 21, and The aforementioned telescopic column 3 is opposed to the pin hole 31, and the fixing seat 120, the column 2 and the telescopic column 3 can be positioned and locked, and the telescopic column 3 has a predetermined number of pin holes 31 arranged at different height positions (see FIG. 7). ); The positioning pin 4 has a through hole 40 for a pin 5 to penetrate and then move, the first compartment 121 on the left and right sides of the two sides are provided with sliding grooves 124, as the displacement track of the pin 5 A handle 6 is provided outside the two sliding grooves 124, and the handle 6 is provided with a fixing hole 60 relative to the sliding groove 124. The pin 5 passes through the handle fixing hole 60, the sliding groove 124, and the first container respectively. The space 121 and the positioning pin are perforated 40 and fixed with the handle 6. The upper end of the two sliding grooves 124 is additionally provided with a pin hole 125. 61 is inserted into the relative pin hole 125. By rotating the handle 6, the convex pin 61 can be used as a fulcrum, and the pin 5 can be rotated to make the positioning pin 4 move left and right; an elastic piece 7 is fixed to the positioning seat The second accommodating room 122, the elastic sheet 7 has a bent portion 70 to be accommodated in the aforementioned second accommodating room 122, and the other end of the bent portion 70 has an elastic portion 71 which abuts behind the handle 6 On the edge side, in a normal state, the positioning pin 4 is inserted into the relative pin hole 21 of the column 2 and the pin hole 31 of the telescopic column 3 (refer to FIG. 7), and the fixing seat 1 can be used to position and lock the column 2 and the aforementioned The telescopic column 3, when the pull handle 6 is rotated, the positioning pin 4 can be displaced outward, and the locking relationship between the fixing seat 1 and the upright column 2 and the telescopic column 3 can be released, so that the telescopic column 3 can be moved The inner edge of the column 2 slides up and down. When the positioning is reached, the handle 6 is released, and the positioning pin 4 can be displaced inward by the elasticity of the elastic piece 7, and then the positioning pin 4 is inserted into the relative pin hole 21 of the column 2 And the pin hole 31 of the predetermined position of the telescopic column 3 to lock the fixed seat 1, the column 2 and the telescopic column 3 in the predetermined position, and adjust the tent frame by changing the locking position of the positioning pin hole 31 of the telescopic column 3 Overall height.

The positioning base 120 of the positioning mechanism described in the present invention is integrally formed with the fixed base 1 (for example, plastic injection molding is integrated).

Please refer to Figure 1 and Figure 3, the outer edge of the fixed seat 1 in this creation has a hook 13 for hanging heavy objects. Or the effect of collapse.

The aforementioned hook portion 13 of the present invention is integrally formed with the aforementioned fixing seat 1 (for example, plastic injection is integrally formed).

Please refer to Figures 1, 3, and 8, the inner edge of the fixing seat 1 in this creation has a convex portion 14 protruding inward, and the column 2 has a concave portion 22 relative to the convex portion 14 to fix the column 2 and the The seat 1 is coordinated and fixed at a predetermined position to prevent the fixed seat 1 from slipping off.

In the present invention, the convex portion 14 protruding toward the inside of the inner edge of the fixing base 1 is formed integrally with the fixing base 1 (for example, plastic injection molding).

Please refer to Figures 1, 7, and 8, the bottom end of the inner edge of the aforementioned fixing base 1 of this invention has a stopper 15 which is positioned at the bottom end of the aforementioned post 2 when it is assembled with the aforementioned post 2, and the aforementioned stopper The inner edge tip of the portion 15 is larger than the outer edge 20 of the aforementioned vertical column. When the aforementioned telescopic column 3 is assembled, there is a gap 23 between the telescopic column 3 and the vertical column 2, which can prevent the outer edge of the telescopic column 3 from being directly connected to the inner edge 20 of the vertical column 2. Friction causes scratches and makes the aforementioned telescopic column 3 slide smoothly up and down.

The aforementioned blocking portion 15 of the present invention is integrally formed with the aforementioned fixing seat 1 (for example, plastic injection molding is integrally formed).

Please refer to FIG. 1 and FIG. 8, the outer edge of the top end of the aforementioned fixing seat 1 has a reinforcing portion 16 protruding outward, and the arrangement of the reinforcing portion 16 strengthens the overall supporting strength of the aforementioned fixing seat 1.

The aforementioned reinforcing part 16 of the present invention is integrally formed with the aforementioned fixing base 1 (for example, plastic injection integral molding).

In this way, achieving the purpose of this creation and design can be called a practical creation.

To sum up, the "improvement of the structure of the fixed seat of the fast assembly tent" disclosed in this creation is unprecedented, and has not been seen in the publications published at home and abroad. It is a novel patent requirement, and this creation is indeed acceptable. Excluding the lack of conventional technology and achieving the design purpose, it has fully complied with the patent requirements. I filed an application in accordance with the law. I sincerely ask your examiner to give the review and grant the patent for this case. It is really convenient.

However, the above are only the preferred and feasible embodiments of this creation, and are not intended to limit the scope of this creation. For those who are familiar with this technique, use this creation specification and the equivalent structural changes made by the scope of patent application. It should be included in the scope of the patent for this creation.

1: fixed seat 10: inner edge 11: side wall 110: gap 111: fixed hole 112: Bolt 113: fixed hole 114: Nut 12: positioning mechanism 120: positioning seat 121: The First Room 122: The Second Room 123: pin hole 124: Chute 125: pin hole 13: Hook 14: Convex 15: Block 16: Strengthening Department 2: Column 20: inner edge 21: pin hole 22: recess 23: gap 3: Telescopic column 31: pin hole 4: positioning pin 40: Piercing 5: Pin 6: Handle 60: fixed hole 61: convex pin 7: shrapnel 70: Bending part 71: Elastic part

[Figure 1] is a three-dimensional view of an embodiment of the creative fixing seat;

[Figure 2] is the top view of the embodiment of the creative fixing seat;

[Figure 3] is a side view of an embodiment of the fixed seat of this creation;

[Figure 4] is a partial three-dimensional view of the embodiment of the creative positioning mechanism;

[Figure 5] is a partial three-dimensional exploded view of the embodiment of the creative positioning mechanism;

[Figure 6] is the A-A cross-sectional view of Figure 2;

[Figure 7] is the B-B cross-sectional view of Figure 2;

[Figure 8] is the C-C cross-sectional view of Figure 2.

1: fixed seat

11: side wall

110: gap

111: fixed hole

112: Bolt

113: fixed hole

114: Nut

12: positioning mechanism

120: positioning seat

13: Hook

15: Block

16: Strengthening Department

5: Pin

6: Handle

Claims (13)

A structure improvement of a fixed seat for a quick-combination tent frame, which mainly includes a fixed seat, the center of the fixed seat has an inner edge that matches the shape of the vertical column, and is slidably disposed on the bottom end of the vertical column, and the center of the vertical column has an inner edge that matches the shape of the telescopic column. The overall height of the tent frame is adjusted by fixing the telescopic column. The end surface of the fixing seat is provided with a vertical penetrating gap. The size of the gap is adjusted by bolts to lock the fixing seat and the upright column, and a positioning mechanism is additionally provided outside the fixing seat to lock the fixing seat, the upright column and the telescopic column. According to claim 1, the structure improvement of the fixing seat of the quick-combination tent, wherein one of the fixing holes of the side wall has the shape of the outer edge of the nut to fix the nut in it to avoid the rotation and achieve the effect of stopping the rotation. The improvement of the structure of the fixing seat of the quick-combination tent frame according to claim 1, wherein the positioning mechanism includes a positioning seat provided on the outer edge of the fixing seat, the positioning seat has a first compartment and a second compartment, and the second The front and rear ends of a compartment are provided with pin holes to provide a positioning pin. The seat, the upright column and the telescopic column are positioned and locked, and the telescopic column has a predetermined number of pin holes arranged at different heights; the positioning pin has a perforation for a pin to penetrate and move accordingly, the first The left and right sides of the compartment are respectively provided with sliding grooves to serve as the displacement track of the aforementioned pin. A handle is provided on the outside of the two sliding grooves. The handle is provided with a fixing hole relative to the aforementioned sliding groove, and the aforementioned pins respectively pass The aforementioned handle fixing hole, the sliding groove, the first compartment and the positioning pin are perforated and fixed with the aforementioned handle, the upper end of the aforementioned two sliding grooves is additionally provided with a pin hole, and the inner side of the aforementioned handle opposite to the two pin holes is provided with a convex pin The aforementioned protruding pin is inserted into the opposite pin hole. By rotating the aforementioned handle, the aforementioned protruding pin can be used as a fulcrum, and the aforementioned pin can be rotated to make the aforementioned positioning pin move left and right; a spring piece is fixed to the second container of the aforementioned positioning seat. In between, the elastic piece has a bent portion to be accommodated in the aforementioned second compartment, and the other end of the bent portion has an elastic portion that abuts against the rear edge side of the handle. In a normal state, the positioning pin It is inserted into the relative pin hole of the column and the pin hole of the telescopic column, and the fixed seat can be used to position and lock the column and the telescopic column. When the handle is rotated, the positioning pin can be displaced outward and the fixing can be released. The locking relationship between the seat, the column and the telescopic column enables the telescopic column to slide up and down on the inner edge of the column. When it is positioned, release the handle, and the positioning pin can be moved inward by the elasticity of the elastic sheet. The displacement is restored to the point where the positioning pin is inserted into the relative pin hole of the column and the pin hole at the predetermined position of the telescopic column to lock the fixing seat, the column and the telescopic column in the predetermined position, and the locking position of the positioning pin hole of the telescopic column is changed , To adjust the overall height of the canopy. According to claim 3, the structure improvement of the fixing base of the quick-combination tent frame, wherein the positioning base of the positioning mechanism is integrally formed with the fixing base. The structure improvement of the fast assembly awning frame fixing seat as described in claim 1, wherein the outer edge of the fixing seat is additionally provided with hooks for hanging heavy objects. The effect of the frame shaking or collapsing when the wind is strong. According to claim 5, the structure improvement of the fixing seat of the quick-combination tent frame, wherein the hook part is formed integrally with the fixing seat. According to claim 1, the structure improvement of the fixed seat of the fast assembly tent, wherein the inner edge of the fixed seat has a convex portion protruding inward, and the upright post has a concave portion relative to the convex portion to connect the upright post and the fixed seat. Cooperate and fix at a predetermined position to prevent the fixing seat from slipping off. According to claim 7 of the improvement of the structure of the fixing base of the quick-combination tent, wherein the convex portion protruding inwardly on the inner edge of the fixing base is integrally formed with the fixing base. According to claim 1, the structure improvement of the fixed seat of the fast assembly tent frame, wherein the bottom end of the inner edge of the fixed seat has a blocking part, and the blocking part is located at the bottom end of the vertical column when it is assembled with the vertical column. According to claim 9 of the improvement of the structure of the fixed seat of the fast assembly tent, wherein the inner edge of the stop is larger than the outer edge of the upright column. When assembling the above-mentioned telescopic column, there is a gap between the telescopic column and the upright column, which can avoid this The outer edge of the telescopic column directly rubs against the inner edge of the column, causing scratches and making the aforementioned telescopic column slide smoothly up and down. According to claim 9 of the improvement of the structure of the fixed seat of the quick-combination tent, wherein the stopper is formed integrally with the fixed seat. According to claim 1, the structure improvement of the fixing seat of the fast assembly tent frame, wherein the outer edge of the top end of the fixing seat has a reinforcing part protruding outward, and the arrangement of the strengthening part strengthens the overall supporting strength of the fixing seat. According to claim 12, the improvement of the structure of the fixing base of the quick-combination tent frame, wherein the reinforcing part is formed integrally with the fixing base.

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