The present disclosure discloses a seamless attached tent comprising an inner tent and an outer tent. The inner tent comprises a tent cloth, one or more tent rods, and a base cloth. The tent cloth comprises a plurality of cloth pieces and a plurality of adhesive layers, and adjacent cloth pieces of the plurality of cloth pieces are attached together through the plurality of adhesive layers. The one or more tent rods are connected to an outer side of the tent cloth. The base cloth is disposed below the tent cloth. The base cloth is rectangular, and all sides of the base cloth extend upward to form a surrounding barrier. Corners of the surrounding barrier are attached with reinforcing blocks through the plurality of adhesive layers. The outer tent covers a top of the inner tent.

The present disclosure discloses a seamless attached tent comprising an inner tent and an outer tent. The inner tent comprises a tent cloth, one or more tent rods, and a base cloth. The tent cloth comprises a plurality of cloth pieces and a plurality of adhesive layers, and adjacent cloth pieces of the plurality of cloth pieces are attached together through the plurality of adhesive layers. The one or more tent rods are connected to an outer side of the tent cloth. The base cloth is disposed below the tent cloth. The base cloth is rectangular, and all sides of the base cloth extend upward to form a surrounding barrier. Corners of the surrounding barrier are attached with reinforcing blocks through the plurality of adhesive layers. The outer tent covers a top of the inner tent.

The present disclosure provides a design for an instant multifunctional golf practicing tent with one or more outer receiving nets for achieving a significantly larger golf ball receiving range with a smaller tent footprint, which improves adaptability and portability. It features a collapsible frame structure with an instant hub for easy assembling or disassembling the golf practicing tent; at least one receiver or receiving net located outside of the tent with a large receiving area covering the front of the tent; corner pockets are located at the base of the front opening for stopping the ball from bouncing back to hurt people and properties. Other embodiments include: an additional inner or outer receiving net for added safety; a tilted floor panel for easy ball retrieval; floor distance markings, net range maps, and a tracking device for tracking performance and simulating results in real golf courses; multiple functionalities as different shelter types.

The present disclosure provides a design for an instant multifunctional golf practicing tent with one or more outer receiving nets for achieving a significantly larger golf ball receiving range with a smaller tent footprint, which improves adaptability and portability. It features a collapsible frame structure with an instant hub for easy assembling or disassembling the golf practicing tent; at least one receiver or receiving net located outside of the tent with a large receiving area covering the front of the tent; corner pockets are located at the base of the front opening for stopping the ball from bouncing back to hurt people and properties. Other embodiments include: an additional inner or outer receiving net for added safety; a tilted floor panel for easy ball retrieval; floor distance markings, net range maps, and a tracking device for tracking performance and simulating results in real golf courses; multiple functionalities as different shelter types.

A system for a dynamically orienting adjustable shelter is provided. The system generally comprises a base, lever arm, counterweight, boom, canopy, canopy supports, and support cables connected to said canopy supports. The boom and lever arm connect to the base in a way such that the boom may be in an upright position when a counterweight is placed on the lever arm. A canopy assembly may be rotatable attached boom in a way that allows it to rotate about said boom, which allows the canopy assembly to reduce the cross-sectional area of the canopy exposed to the wind. A cable may be attached to the front end of the canopy supports, which may prevent the back end of the canopy from tipping too far down when there is no wind that the system may use to stabilize the canopy by naturally reducing the cross-sectional area exposed thereto.

A system for a dynamically orienting adjustable shelter is provided. The system generally comprises a base, lever arm, counterweight, boom, canopy, canopy supports, and support cables connected to said canopy supports. The boom and lever arm connect to the base in a way such that the boom may be in an upright position when a counterweight is placed on the lever arm. A canopy assembly may be rotatable attached boom in a way that allows it to rotate about said boom, which allows the canopy assembly to reduce the cross-sectional area of the canopy exposed to the wind. A cable may be attached to the front end of the canopy supports, which may prevent the back end of the canopy from tipping too far down when there is no wind that the system may use to stabilize the canopy by naturally reducing the cross-sectional area exposed thereto.

The present disclosure provides a fence type automatic tent, including a tent main body and a skeleton supporting plate arranged at a top end of the tent main body. The skeleton supporting plate is provided with a skeleton fixing plate and a locking switch handle in sequence. The locking switch handle is fixedly connected with the skeleton supporting plate. A periphery of the skeleton supporting plate extends outwards to form several stop bosses. To unfold the fence type automatic tent, a user presses the middle locking switch handle to separate the skeleton fixing plate from the skeleton supporting plate, so that an entire tent skeleton assembly can automatically spread under the action of an elastic force storage member.

The present disclosure provides a fence type automatic tent, including a tent main body and a skeleton supporting plate arranged at a top end of the tent main body. The skeleton supporting plate is provided with a skeleton fixing plate and a locking switch handle in sequence. The locking switch handle is fixedly connected with the skeleton supporting plate. A periphery of the skeleton supporting plate extends outwards to form several stop bosses. To unfold the fence type automatic tent, a user presses the middle locking switch handle to separate the skeleton fixing plate from the skeleton supporting plate, so that an entire tent skeleton assembly can automatically spread under the action of an elastic force storage member.

A tent apparatus and method of manufacture are described herein. The tent apparatus may comprise a tent body, a frame, and/or other components. The tent body may include a first portion configured to be substantially enclosed within the bed of the pickup truck in an as-used mode of the tent apparatus, and a second portion that extends from the first portion such that the second portion is exposed to an environment above a bed of a pickup truck in the as-used mode. The frame may be integrally coupled to the tent body, and configured to articulate between a closed position and an open position. The frame may comprise a central hub coupled to the tent body at a central coupling point; and support members that extend from the central hub to coupling points on the tent body to integrate the frame with the tent body.

A tent apparatus and method of manufacture are described herein. The tent apparatus may comprise a tent body, a frame, and/or other components. The tent body may include a first portion configured to be substantially enclosed within the bed of the pickup truck in an as-used mode of the tent apparatus, and a second portion that extends from the first portion such that the second portion is exposed to an environment above a bed of a pickup truck in the as-used mode. The frame may be integrally coupled to the tent body, and configured to articulate between a closed position and an open position. The frame may comprise a central hub coupled to the tent body at a central coupling point; and support members that extend from the central hub to coupling points on the tent body to integrate the frame with the tent body.