Abstract: A tent frame includes a detachable illumination device with a casing to house batteries, a light source to emit light, a coupler and a first cover. The casing includes a first member. The coupler includes a second member, and one or more electrically-conductive members for electrically connecting the batteries. The second member is movable relative to the first member in a first direction to facilitate engagement/disengagement of the coupler with/from the casing. The second member is immovable relative to the first member in a second direction to prevent the one or more electrically-conductive members from misaligning with the batteries. The first cover is movable relative to the coupler in the first and second directions. When connected to the casing, the first cover pushes the coupler in the first direction toward the batteries and presses the one or more electrically-conductive members against the batteries to ensure electrical connection.

Abstract: A dual rod positioning structure, for connecting and fixing two single rods sleeved on or inserted into one another, includes positioning holes respectively located on rod bodies of the two single rods and a positioning seat capable of being engagedly fixed to the positioning holes and sleeved on the single rods. The positioning holes are arranged on two adjacent sidewalls of the single rods. Inserted into the positioning seat are a positioning element selectively engaged in the positioning holes, a spring, a positioning pin and an outward protruding button. The positioning structure overall is structurally simple, convenient to assemble, and stable in terms of positioning.

Abstract: A bar table includes a tabletop having one or more tabletop units. Each tabletop unit includes a panel and a frame coupled with the panel. At least one tabletop unit has a frame that is extendable beyond the panel of the same tabletop unit. The bar table also includes first and second connectors each for connecting the tabletop to a supporting pole. One or both of the first and second connectors are coupled with the extendable frame so that the bar table can be installed at the supporting poles of different distances.

Abstract: An improved pole frame structure of a foldable tent includes upright poles, side cross support rod assemblies, and a top support rod unit. The top support rod unit includes a top module provided with a limiting component, top support rod assemblies, and oblique support rods. One end of each oblique support rod is connected to the respective top support rod assembly by means of a slider provided with a stopper, and the other end of the oblique support rod is pivotally connected to the respective side cross support rod assembly. The structure enhances, by means of the stopper and the limiting component, the stability of the oblique support rods supporting tent cloth, and prevents the tent cloth from being damaged by the oblique support rods.

Abstract: A tent support includes a plurality upright rods, a top module provided at a center of a top of the tent support, a plurality of side rod assemblies each connected to every adjacent two of the upright rods, and a plurality of top rod assemblies connected to the side rod assemblies and the top module. At least one positioning hole is provided at a junction of two adjacent side walls of each upright rod. A sliding seat provided on each upright rod includes a positioning member which is selectively engaged in the positioning hole, a spring, a positioning pin and an outward protruding button therein. The tent support, as a whole, is simple in structure, easy to assemble, and stable in positioning.

Abstract: A canopy tent includes a plurality of vertical rods. Top ends of the vertical rods are connected to top rods, respectively. An inner end of each top rod is pivotally connected to a top hub located at a center of the canopy tent. Each top rod includes an inner rod and an outer rod that are pivotally connected to each other at a middle portion of each top rod. A side rod assembly that can be unfolded or folded inwardly is connected between every adjacent two of the vertical rods. A push-pull assembly is provided under the center of the canopy tent. The push-pull assembly includes a plurality of push-pull rods that are pivotally connected to lower ends of the inner rods of the top rods, respectively. A lower end of each push-pull rod is pivotally connected to a connecting base located under the top hub.

Abstract: Disclosed are eave structures and tent frames. A tent frame includes a supporting pole, a fixed connector fixedly coupled with an upper end portion of the supporting pole and at least one sliding connector slidably coupled with the supporting pole and movable along the supporting pole below the fixed connector. An eave structure includes first and primary eave poles, each having a first end pivotally connected with the fixed connector. An eave structure also includes first and second support eave poles, each having a first end pivotally connected with the at least one sliding connector and a second end pivotally connected with the corresponding first or second primary eave pole. When the tent frame is unfolded, the first and second primary eave poles extend outwardly and upwardly with respect to the supporting pole, and form a first angle in-between.

Abstract: A tent includes a tent frame, an illumination source, and a control system. The illumination source and control system are disposed at the tent frame. The control system includes receiving, processing, driving module, voltage output, and timing modules. The receiving module receives wirelessly a signal from an electronic device and sends the signal to the processing module to process the signal. Depending on the type of the signal, the processing module sends a command to the driving, voltage output, or timing module. In response to the command, the driving, voltage output, or timing module turns on/off the illumination source, adjusts its brightness, or turns on/off the illumination source at a specific time point and for a specific time period.

Abstract: A tent top folding and unfolding mechanism includes a connecting seat, a sliding seat, connecting rods, an elastic member and a bolt. The connecting seat is to be pivotally connected with tent top rods, and includes a sinking seat extending downward. The sliding seat is disposed below the connecting seat and movable in an upward and downward direction with respect to the connecting seat. The sliding seat includes an accommodating seat for receiving the elastic member. The sinking seat of the connecting seat has an inner diameter greater than an outer diameter of the accommodating seat to receive the accommodating seat. Each connecting rod has one end pivotally connected to a lower portion of the sliding seat and the other end to be pivotally connected to a corresponding tent top rod. The bolt passes through the connecting seat and the elastic adjustable member, and is fastened at the lower end.

Abstract: Disclosed are tents/tent frames with extended tops, and connectors facilitating construction of tents/tent frames with extended tops. A connector includes first and second side walls spaced apart in a first direction to form a groove along a second direction for receiving an upper pole. It also includes first upper and lower lugs spaced apart in a third direction to form a first slot for receiving a first side pole, and second upper and lower lugs spaced apart in the third direction to form a second slot for receiving a second side pole. The upper pole is rotatable in a plane limited by the first and second side walls. The first or second side pole is rotatable in a plane limited by the first or second upper and lower lugs.

Abstract: Disclosed are eave structures and tent frames with integrated eave structures. A tent frame includes supporting poles, an upper frame coupled with the supporting poles, and two or more eave structures. An eave structure includes an eave pole, and a sleeve member disposed at a connector coupled with a supporting pole. The eave pole has a first end portion pivotally connected with an oblique pole of the upper frame, and a second end portion slidably coupled with the sleeve member. The eave structures can be folded and unfolded together with the supporting poles and the upper frame. When unfolded, the eave poles of the eave structures extend beyond the upper frame.

Abstract: Disclosed are anti-stick zipper covers, stick-free zippers and tents. An anti-stick zipper cover includes a stiff plastic piece or a coating to increase the stiffness such that the anti-stick zipper cover will not be caught into the teeth of a zipper while zipping on and off the zipper. A tent includes a zipper to couple fabric pieces of the tent cloth and an anti-stick zipper cover to protect the zipper.

Abstract: Disclosed is a foldable frame for supporting a shelter, e.g., a tent or awning, including a supported tent cloth, top transverse rod, auxiliary top rods, and vertical rods connected to the auxiliary top rods. The frame of the utility model is simple in structure and convenient to use, and the usable area of a shelter supported by the frame can be increased even though the number of rods is not increased.

Abstract: A tent including a frame and a tent cloth connected to the frame. A fixing member is sewn with the tent cloth. The fixing member is provided with a LED strip light. The LED strip light and the tent cloth are separated in the design of the tent, so the heat generated by the strip light would not be directly transferred to the tent cloth since the LED strip light and the tent cloth are not directly in contact with each other, thereby greatly reducing the possibility of the tent cloth getting burnt.

Abstract: Disclosed are tents and tent frames with illumination. A tend frame includes a plurality of upper supporting poles (2), first connector (3) pivotally connecting the upper supporting poles (2) and a control box (4) disposed below the first connector (3) when the tent frame is unfold. The plurality of upper supporting poles (2) include one or more illumination supporting poles, each comprising an illumination groove (21) and an illumination source disposed in the illumination groove (21). The illumination groove (21) is elongated along the illumination supporting pole. The control box comprises a first PCB board (44) electrically coupled to the illumination source of each illumination supporting pole and electrically coupled to a battery set, an external power source, or a combination of the battery set and the external power source.

Abstract: A tent with an enhanced tent top includes a top transverse rod, four upright rods, two tee connectors, and a cantilever rod. The top transverse rod has two ends. Each tee connector is pivotally connected to one end of the top transverse rod and two upright rods. The cantilever rod is movably or rotatably connected to the top transverse rod. The cantilever rod includes two free ends, which extend to two sides of the top transverse rod when the tent is unfolded.

Abstract: A tent including a frame and a tent cloth connected to the frame. A fixing member is sewn with the tent cloth. The fixing member is provided with a LED strip light. The LED strip light and the tent cloth are separated in the design of the tent, so the heat generated by the strip light would not be directly transferred to the tent cloth since the LED strip light and the tent cloth are not directly in contact with each other, thereby greatly reducing the possibility of the tent cloth getting burnt.