CN210738217U - Frame type tent - Google Patents

Abstract

The frame-type tent of the utility model is a double-slope frame-type structure, comprising an outer canopy body, an inner canopy body, a ground cloth and a canopy frame; the inner canopy body is laid on the canopy frame; the outer canopy body is laid on the canopy frame on the inner canopy body; the ground cloth is laid on the ground, and the edge of the ground cloth is connected with the tent frame; the outer canopy body is made of universal camouflage tent cloth, and the inner canopy body is made of aluminum-coated It is made of burning Oxford cloth; the ground cloth is made of double-sided coated polyvinyl chloride waterproof cloth; the main structure of the tent frame is made of glass fiber reinforced composite pipe.

Description

frame tent

technical field

The utility model relates to military and police equipment, in particular to a frame type tent.

Background technique

A tent is a portable device that mainly provides shelter for outdoor camping and work.

In the field combat or field training scenarios of the troops, higher requirements are put forward for the tent's waterproof, moisture-proof, salt-fog and wind-resistant performance; in the winter training of troops or in the cold area training scenarios, the tent's temperature range and cold resistance performance are higher. Require.

Utility model content

The purpose of the utility model is to provide a frame type tent with good waterproof, moisture-proof and wind-resistant properties.

In order to achieve the above purpose, the present utility model provides a frame type tent, the frame type tent is a double-slope frame type structure, including an outer canopy body, an inner canopy body, a ground cloth and a canopy frame; the inner canopy body is laid on the tent frame; the outer tent body is laid on the inner tent body; the ground cloth is laid on the ground, and the edge of the ground cloth is connected with the tent frame; the outer canopy body adopts a universal The camouflage tent cloth is made, and the inner canopy body is made of aluminum-coated flame-retardant Oxford cloth; the ground cloth is made of double-sided coated polyvinyl chloride waterproof cloth; the main structure of the tent frame is made of glass fiber reinforced composite pipe.

In the above frame-type tent, the frame-type tent further comprises a thermal insulation inner canopy, and the thermal insulation inner canopy is laid between the outer canopy body and the inner canopy body.

In the above frame-type tent, the thermal insulation inner canopy is made of fiber-containing needle-punched felt.

The above-mentioned frame-type tent, wherein, the tent frame includes a top pole, a top pass piece, a top cross rod, an eaves pass piece, an eaves cross rod, an inclined plane tie, a side post, a mountain upright post, a beam bracket, a bottom cross bar and a bottom pass piece; a plurality of the top cross rods are connected in sequence through a plurality of the top pass pieces; one end of the top vertical rod is connected to the top pass piece, and the other end is connected to the eaves pass piece; two adjacent eaves pass through A said eaves cross bar is connected between the parts; two said inclined plane ties are arranged between two adjacent top vertical rods, and the two said inclined plane ties are crossed with each other in a multiplication structure; connected with the same top through piece The two top vertical rods are at a certain angle, and the beam support is arranged between the two top vertical rods; one end of the side column is connected to the eaves pass piece, and the other end is connected to the bottom pass piece; a beam support configuration Two described mountain pillars, one end of the mountain pillar is connected with the beam bracket, and the other end is connected with the bottom through piece; the two mountain pillars and the beam bracket constitute the door frame of the tent frame; two adjacent two A bottom cross bar is connected between the bottom through pieces.

The above-mentioned frame-type tent, wherein, the tent frame includes a top pole, a top pass piece, a top cross rod, an eaves pass piece, an eaves cross rod, an inclined plane tie, a side post, a mountain upright post and a beam bracket; The top cross rods are connected in sequence through a plurality of the top through pieces; one end of the top vertical rod is connected with the top pass pieces, and the other end is connected with the eaves pass pieces; a piece of the eaves pass piece is connected between two adjacent eaves pass pieces. Eaves cross bar; two inclined plane ties are arranged between two adjacent top vertical rods, and the two said inclined plane bracing bars cross each other in a multiplication structure; the two top vertical rods connected with the same jacking piece form a certain Angle, the beam bracket is arranged between the two top poles; one end of the side column is connected to the eaves through piece, and the other end is provided with a foot support; a beam bracket is configured with two of the mountain upright columns, the One end of the mountain column is connected with the beam bracket, and the other end is provided with a foot support; the two mountain columns and the beam bracket constitute the door frame of the tent frame.

The above frame-type tent, wherein, the outer canopy body includes a roof part, a first wall, a second wall, a second gable and a first gable; an edge of the first wall is fixedly connected to the roof part; the An edge of the second wall is fixedly connected to the roof part; an edge of the second gable is fixedly connected to the roof part; an edge of the first gable is fixedly connected to the roof part; the first gable is fixedly connected to the roof part; The gable is adjacent to the first surrounding wall, and at the adjacent place, the first gable is connected to the first surrounding wall by Velcro; the first gable is adjacent to the second surrounding wall, and at the adjacent place , the first gable and the second enclosure are connected by Velcro; the second gable is adjacent to the first enclosure, and at the adjacent place, the second gable and the first enclosure are connected by magic The second gable is adjacent to the second enclosure, and at the adjacent place, the second gable and the second enclosure are connected by Velcro; the structure of the inner canopy is the same as that of the The structure of the outer canopy is the same.

The above-mentioned frame tent, wherein, the first enclosure wall and the second enclosure wall are provided with windows, and the window is provided with a screen window and a roller blind; the screen window is sewn at the window; an edge of the roller blind is sewn on the window On the upper side, the other three edges are pasted and connected to the window through Velcro; the first gable is provided with a door frame, and the door frame is provided with a rolling door screen and a rolling door curtain, one edge of the rolling door screen is sewn on the door frame, and the other two edges It is connected with the door frame through a zipper; one edge of the rolling door curtain is sewn on the door frame, and the other two edges are connected with the door frame through a zipper.

In the above frame-type tent, the frame-type tent further comprises a circular column, the edge of the first enclosure wall contacting the ground is connected to one end of the circular column, and the other end of the circular column stands on the ground.

Compared with the prior art, the technical effect of the present utility model is:

1. The frame-type tent of the present utility model adopts a frame-type structure, which has good stability and strong wind resistance; The main structure of the tent frame is made of waterproof, moisture-proof and salt-spray-proof materials, with good waterproof and moisture-proof performance;

2. The frame-type tent of the present invention is provided with a heat-insulating inner canopy, which is suitable for alpine regions.

Description of drawings

The frame-type tent of the present invention is given by the following embodiments and accompanying drawings.

FIG. 1 is a general view of the unfolded state of the frame tent according to the first embodiment of the present invention.

2 is a schematic diagram of a tent frame in Embodiment 1 of the present invention.

3 is a schematic diagram of a tent frame in the second embodiment of the present invention.

Detailed ways

The frame-type tent of the present invention will be described in further detail below with reference to FIGS. 1 to 3 .

The frame-type tent of the utility model is a double-slope frame-type structure, comprising an outer canopy body, an inner canopy body, a ground cloth and a canopy frame; the inner canopy body is laid on the canopy frame; the outer canopy body is laid on the canopy frame on the inner canopy body; the ground cloth is laid on the ground, and the edge of the ground cloth is connected with the tent frame; the outer canopy body is made of universal camouflage tent cloth, and the inner canopy body is made of aluminum-coated It is made of burning Oxford cloth; the ground cloth is made of double-sided coated polyvinyl chloride waterproof cloth; the main structure of the tent frame is made of glass fiber reinforced composite pipe.

The frame-type tent of the utility model adopts a frame-type structure, which has good stability and strong wind resistance; The main structure of the machine is made of waterproof, moisture-proof and salt-spray-proof materials, and has good waterproof and moisture-proof performance.

Preferably, the frame-type tent of the present invention further comprises a thermal insulation inner canopy, and the thermal insulation inner canopy is laid between the outer canopy body and the inner canopy body. The thermal insulation inner canopy is made of fiber-containing needle-punched felt, so that the frame-type tent of the present invention is suitable for high and cold regions.

Example 1

FIG. 1 is a general view of the unfolded state of the frame tent according to the first embodiment of the present invention; FIG. 2 is a schematic diagram of the tent frame in the first embodiment of the present invention.

Referring to FIG. 2 , the tent frame includes a top vertical rod 11, a top through piece 12, a top cross rod 13, an eaves pass piece 14, an eaves cross rod 15, an inclined plane tie 16, a side column 17, a mountain column 18, and a beam bracket 19. Bottom cross bar 110 and bottom through piece 111.

Both ends of the top cross bar 13 are connected to one of the top through pieces 12, and a plurality of the top cross bars 13 are connected in sequence through the plurality of the top pass pieces 12 to form the center line of the tent roof;

One end of the jacking rod 11 is connected to the jacking member 12, and the other end is connected to the eaves connecting member 14;

The two ends of the eaves cross bar 15 are connected with one of the eaves through pieces 14;

Each of the jacking members 12 is connected with two of the jacking rods 11 , and the two jacking rods 11 connected with the same jacking member 12 form a certain angle (acute angle); between two adjacent jacking members 12 A top cross bar 13 is connected; an eaves cross bar 15 is connected between two adjacent eaves through pieces 14 ; The inclined plane ties 16 cross each other in a multiplication structure (ie “×”). Each inclined plane tie 16 has one end connected with the top through piece 12 and the other end with the eaves pass piece 14; A beam bracket 19 is arranged between the two jacking rods 11 connected by the member 12, and the beam bracket 19 is connected with the two jacking rods 11 and the jacking member 12 connecting the two jacking rods, and is To support and stabilize the angle formed by the two jacking rods 11;

The top vertical rod 11 , the top pass piece 12 , the top cross rod 13 , the eaves pass piece 14 , the eaves cross rod 15 , the inclined plane ties 16 and the beam brackets 19 are combined to form the double-slope roof structure of the tent.

One end of the side post 17 is connected to the eaves through piece 14 , and the other end is connected to the bottom through piece 111 ; the two ends of the bottom cross bar 110 are each connected to a bottom through piece 111 ;

For the beam support 19 of a certain end of the double-slope roof structure, two of the mountain pillars 18 are configured, one end of the mountain pillar 18 is connected with the beam support 19, and the other end is connected with the bottom through piece 111; Genshanyang column 18 and this beam support 19 constitute the door frame of the tent;

A bottom cross bar 110 is connected between two adjacent bottom through pieces 111;

The combination of the side posts 17, the mountain uprights 18, the bottom rails 110 and the bottom through-pieces 111 supports the double-slope roof structure of the tent.

1 , the canopy body includes a roof portion 21, a first enclosure wall 22, a second enclosure wall 23, a second gable wall and a first gable wall 24;

An edge of the first enclosure wall 22 is fixedly connected (ie, sewn together) with the roof portion 21; an edge of the second enclosure wall 23 is fixedly connected with the roof portion 21; an edge of the second gable The edge is fixedly connected to the roof part 21; an edge of the first gable 24 is fixedly connected to the roof part 21; It is arranged opposite to the first gable wall 24; the first gable wall 24 is located on one side of the door frame of the tent;

The first gable 24 is adjacent to the first surrounding wall 22, and at the adjacent place, the first gable 24 and the first surrounding wall 22 are connected by Velcro; The two surrounding walls 23 are adjacent, and at the adjacent places, the first gable 24 and the second surrounding wall 23 are connected by Velcro pasting;

The second gable is adjacent to the first surrounding wall 22, and at the adjacent place, the second gable and the first surrounding wall 22 are connected by Velcro; the second gable and the second surrounding wall 23 Adjacent, at the adjacent place, the second gable and the second enclosure wall 23 are connected by velcro.

As shown in FIG. 1 , during the use of the tent, the first enclosure wall 22 and the second enclosure wall 23 can be supported. For example, the edge of the first wall 22 that contacts the ground is connected to one end of the column 112 , the other end of the column 112 stands on the ground, and the first wall 22 can be turned outward by the column 112 From the beginning, a plurality of circular columns 112 are arranged along the length direction of the first enclosure wall 22; the edge of the first enclosure wall 22 contacting the ground is provided with a canopy ring, one end of the pull rope 4 is connected to the canopy ring, and the other end is fixed on the ground. Straighten the first fence 22. The other end of the column 112 can be provided with a foot support, so that the column 112 can stand on the ground more stably. Similarly, the second enclosure wall 23 can be supported by the circular column 112 and the pulling rope 4 .

Both the first enclosure wall 22 and the second enclosure wall 23 have a window 25, and the window 25 is provided with a screen window and a roller blind; the screen window is sewn at the window 25; an edge of the roller blind is sewn on the window 25 , and the other three edges are pasted and connected to the window 25 through Velcro. When lighting is required, roll up the roller blinds and use the straps on the roller blinds to bind the roller blinds. When lighting is not needed, untie the straps and put the roller blinds down.

The first gable 24 is provided with a door frame 26, the position of the door frame 26 corresponds to the position of the tent frame door frame, the door frame 26 is provided with a rolling door screen and a rolling door curtain, one edge of the rolling door screen is sewn on the door frame 26, and the other is There are two edges connected with the door frame 26 through the zipper, and the rolling door yarn is provided with a strap, which is used to bind the rolling door yarn when the rolling door yarn is rolled up; one edge of the rolling door curtain is sewn on the door frame 26, and another The two edges are connected with the door frame 26 through zippers, and the roller door curtain is provided with a binding band, which is used to bind the roller door curtain when the roller door curtain is rolled up.

As shown in Figure 1, according to actual needs, a hole 27 can be opened on the wall or gable, which can be used as air duct opening and cable hole, and a roll cover is set at the opening. When the opening is not in use, the roll cover will seal the opening. , when the opening is used, the roll cover is rolled up.

The inner canopy body can adopt the same structural design as the outer canopy body, and the inner surface of the wall and the gable is provided with straps, and the straps are fastened on the canopy frame, so that the overall structure of the inner canopy body is more stable during use. The window of the body only needs to set the screen window. In addition, according to actual needs, the inner canopy can also be structurally designed not used for the outer canopy. window film. In conclusion, whether it is the inner canopy body or the outer canopy body, the structures of the surrounding wall and the gable wall can be flexibly designed as required, which is not limited by the present invention.

The edge of the ground cloth is provided with a canopy ring, and the straps pass through the canopy ring and then fasten to the canopy frame to prevent the ground cloth from wrinkling during use.

In order to further stabilize the entire tent and improve the tent's wind resistance, you can use the pull rope 5 outside the tent to pull the tent, as shown in Figure 1.

Under the condition of closing the tent door and the openings, it was subjected to a simulated wind load test with a wind speed of 20.7m/s and a duration of 20min. There is permanent deformation that affects normal use; after a simulation test of 120mm thick snow load, the overall structure of the tent in this embodiment remains stable, and the tent poles and connectors have no permanent deformation; the rainfall intensity is 16mm/h and the duration is 5h In the rain test, there is no water leakage on the inner surface of the inner and outer canopies for 3 hours, and no dripping water leakage on the inner surface of the inner and outer canopies for 5 hours.

The frame-type tent of the first embodiment is suitable for both the concrete urban hardening site and the mountainous soil natural environment, realizing dual purposes.

Example 2

FIG. 3 is a schematic diagram of the tent frame in the second embodiment of the present invention.

As shown in FIG. 3 , the tent frame of the second embodiment includes a top vertical rod 11a, a top through piece 12a, a top cross rod 13a, an eaves pass piece 14a, an eaves cross rod 15a, an inclined plane tie 16a, a side column 17a, and a mountain column. 18a, beam bracket 19a and foot support 113a.

Compared with the first embodiment, the tent frame of the second embodiment is not provided with a bottom cross bar and a bottom through piece. In addition, the side pillars 17a and the mountain upright pillars 18a are provided with a bottom foot support 113a, and a pile is provided on the bottom foot support 113a. The nail holes are used to fix the foot support 113a to the ground with a peg. The foot support 113a is made of fiber-reinforced unsaturated polyester molding compound.

The tent of the second embodiment is suitable for the natural environment of mountainous soil.

Claims (8)

1. The frame type tent is characterized in that the frame type tent is of a double-slope frame type structure and comprises an outer tent body, an inner tent body, ground cloth and tent frames; the inner tent body is laid on the tent frame; the outer tent body is laid on the inner tent body; the ground fabric is laid on the ground, and the edge of the ground fabric is connected with the tent frame; the outer tent body is made of general camouflage tent cloth, and the inner tent body is made of aluminum-coated flame-retardant oxford cloth; the ground fabric is made of polyvinyl chloride waterproof cloth coated on two sides; the main structure of the tent frame is made of glass fiber reinforced composite tubes.

2. A frame tent as claimed in claim 1, further comprising an insulating inner tent disposed between the outer tent body and the inner tent body.

3. A frame tent as claimed in claim 2, wherein the insulating internal tent is made of a needled felt containing fibers.

4. A frame tent as claimed in claim 1 or 2, wherein the tent frame comprises top uprights, top channels, top crossbars, eave channels, eave crossbars, diagonal lacing, side posts, mountain Yang poles, beam supports, bottom crossbars and bottom channels;

the top cross rods are sequentially connected through the top through pieces;

one end of the top upright rod is connected with the top through piece, and the other end of the top upright rod is connected with the eave through piece;

the eave cross rod is connected between two adjacent eave through pieces;

two inclined plane lacing wires are arranged between two adjacent top upright rods and are mutually crossed to form a riding sign structure;

the two top vertical rods connected with the same top through piece form a certain angle, and the beam bracket is arranged between the two top vertical rods;

one end of the side column is connected with the eave through piece, and the other end of the side column is connected with the bottom through piece;

a beam bracket is provided with two mountain Yang upright posts, one end of the mountain Yang upright post is connected with the beam bracket, and the other end of the mountain Yang upright post is connected with the bottom through piece; the two mountain Yang upright posts and the beam bracket form a door frame of the tent frame;

the bottom cross rod is connected between two adjacent bottom through pieces.

5. A frame tent as claimed in claim 1 or 2, wherein the tent frame comprises top uprights, top channels, top crossbars, eave channels, eave crossbars, diagonal lacing, side posts, mountain Yang poles and beam supports;

the top cross rods are sequentially connected through the top through pieces;

one end of the top upright rod is connected with the top through piece, and the other end of the top upright rod is connected with the eave through piece;

the eave cross rod is connected between two adjacent eave through pieces;

two inclined plane lacing wires are arranged between two adjacent top upright rods and are mutually crossed to form a riding sign structure;

the two top vertical rods connected with the same top through piece form a certain angle, and the beam bracket is arranged between the two top vertical rods;

one end of the side column is connected with the eave through piece, and the other end of the side column is provided with a bottom foot support;

a beam bracket is provided with two mountain Yang upright posts, one end of the mountain Yang upright post is connected with the beam bracket, and the other end is provided with a bottom foot support; the two mountain Yang upright posts and the beam support form a door frame of the tent frame.

6. A frame tent as claimed in claim 1 or 2, wherein the external tent body comprises a roof portion, a first fence, a second gable and a first gable;

an edge of the first enclosure wall is fixedly connected to the roof section; an edge of the second enclosure wall is fixedly connected to the roof section; one edge of the second gable is fixedly connected with the roof part; one edge of the first gable is fixedly connected with the roof part;

the first gable wall is adjacent to the first enclosing wall, and the first gable wall and the first enclosing wall are connected through magic tape at the adjacent position; the first gable wall is adjacent to the second enclosing wall, and the first gable wall is connected with the second enclosing wall through magic tape at the adjacent position;

the second gable wall is adjacent to the first enclosing wall, and at the adjacent position, the second gable wall is connected with the first enclosing wall through magic tape; the second gable wall is adjacent to the second enclosing wall, and the second gable wall is connected with the second enclosing wall through magic tape at the adjacent position;

the structure of the inner tent body is the same as that of the outer tent body.

7. A frame tent as claimed in claim 6, wherein the first and second enclosing walls are each provided with a window, which is provided with a screen and a roller blind; the screen window is sewn at the window; one edge of the roller shutter is sewn on the window, and the other three edges are all connected with the window in a sticking way through magic tapes;

the first gable is provided with a door frame, the door frame is provided with a rolling door yarn and a rolling door curtain, one edge of the rolling door yarn is sewn on the door frame, and the other two edges are connected with the door frame through a zipper; one edge of the rolling door curtain is sewn on the door frame, and the other two edges are connected with the door frame through zippers.

8. A frame tent as claimed in claim 6, wherein the frame tent further comprises a circular pillar, the edge of the first enclosing wall contacting the ground being connected to one end of the circular pillar, and the other end of the circular pillar standing on the ground.

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