Abstract: A multifunctional electric louvered awning including a ring beam frame, leg pipes for supporting the ring beam frame, and a louvered canopy, is provided. The ring beam frame includes first ring beams and second ring beams for connecting the first ring beams on both sides. Each first ring beam includes upper and lower ring beams. The upper ring beam is fixed to a clamping part of the lower ring beam. The louvered canopy is installed on the first ring beams and includes multiple louver boards arranged in sequence and a drive assembly for opening and closing the louver boards. The drive assembly includes a telescopic motor and a linkage rod. The telescopic motor is suspended from a bottom surface of the clamping part through a mounting base. The linkage rod is connected to a telescopic end of the telescopic motor to link with the louver boards.

Abstract: An anti-ponding foldable canopy tent including a tent frame assembly, a ceiling assembly, and a tarpaulin is provided. The ceiling assembly is mounted on the tent frame assembly. The tarpaulin is disposed on the ceiling assembly. The ceiling assembly includes a central lock mechanism and multiple foldable arm mechanisms annularly distributed about a periphery of the central lock mechanism. The ceiling assembly also includes multiple elastic rod mechanisms annularly distributed about the periphery of the central lock mechanism. A first end of each of the elastic rod mechanisms is rotatably connected to the central lock mechanism. A second end of each of the elastic rod mechanisms is connected to the tarpaulin for tensioning the tarpaulin. When the foldable canopy tent is in an extended state, the elastic rod mechanisms support the tarpaulin tightly to preclude ponding on the tarpaulin. The tarpaulin is elastic during tensioning, which precludes ponding.

Abstract: An assembly structure for a tent, includes stand columns and ring beams, where the stand column and the ring beam are each provided with an assembly slot, and the stand columns and the ring beams can be assembled by using first connection components to form a tent frame; wherein the tent frame includes at least one tent frame unit, and a single canopy is cooperatively disposed in a single tent frame unit; and further includes at least one expansion unit, where the expansion unit is cooperatively mounted with an assembly slot by using a third connection component. By using different connection components and cooperation relationships with the assembly slots, the stand columns and the ring beams can be combined and mounted quickly, the ring beam components can also be docked and mounted, and different expansion units can be combined and mounted, to assemble tents with different functions.

Abstract: A quickly installed, expandable, and modularly designed louver awning includes several leg tubes, a ring beam frame disposed on upper ends of the leg tubes, and a louver system disposed on the ring beam frame. The ring beam frame includes several ring beams slidably installed on the leg tubes, ring beam linings are firmly disposed in ends of the ring beams, and the ring beam linings are connected to the leg tubes through first fasteners. The ring beams and the leg tubes are connected through leg tube linings and the ring beam linings, so that structural strength of the ring beams and the leg tubes is increased, a part quantity is reduced, assembly is easier to operate with a smaller error, and the fasteners are not exposed, thereby providing better aesthetic appearance.

Abstract: A pull-out table with a single slide rail including a table frame, first and second table boards symmetrically disposed on the table frame, an extended table board disposed between the first and second table boards, and a sliding rail assembly, is provided. The sliding rail assembly including rope winding wheels is disposed on an inner frame on one side of the table frame along a length of the table frame. The rope winding wheel on one end of the inner frame is cooperatively linked to the rope winding wheel on the other end of the inner frame through a synchronously wound steel rope. The first and second table boards are respectively connected to an upper part and a lower part of the steel rope through respective slider seats. When one of the table boards is pulled, the other table board is driven to move in an opposite direction.

Abstract: A louver canopy adopting a fastener-free, quick-mounting structure is provided. The louver canopy includes multiple louver boards, a ring beam frame, and rotating shafts. The ring beam frame is positioned around a periphery of the louver boards. The ring beam frame includes first ring beams and second ring beams. The first ring beams are matched with the louver boards for mounting the louver boards. The second ring beams connect the first ring beams on two sides. Each first ring beam includes open slots along its length. The rotating shafts are fixedly arranged at two ends of each louver board. Each rotating shaft is installed in a corresponding open slot of a corresponding first ring beam through a clamp sleeve assembly, such that each louver board is rotatably matched with corresponding open slots of the first ring beams and is disengageable from open ends of the corresponding open slots.

Abstract: A louver canopy adopting a fastener-free, quick-mounting structure is provided. The louver canopy includes multiple louver boards, a ring beam frame, and rotating shafts. The ring beam frame is positioned around a periphery of the louver boards. The ring beam frame includes first ring beams and second ring beams. The first ring beams are matched with the louver boards for mounting the louver boards. The second ring beams connect the first ring beams on two sides. Each first ring beam includes open slots along its length. The rotating shafts are fixedly arranged at two ends of each louver board. Each rotating shaft is installed in a corresponding open slot of a corresponding first ring beam through a clamp sleeve assembly, such that each louver board is rotatably matched with corresponding open slots of the first ring beams and is disengageable from open ends of the corresponding open slots.

Abstract: The present invention discloses an assembly structure for a tent and a variously expandable outdoor tent. The assembly structure includes stand columns (1) and ring beams (2), where the stand column (1) and the ring beam (2) are each provided with an assembly slot (4), and the stand columns (1) and the ring beams (2) can be assembled by using first connection components to form a tent frame (7); further includes a canopy (3) configured to be cooperatively mounted with the tent frame (7), where the tent frame (7) includes at least one tent frame unit (71), and a single canopy (3) is cooperatively disposed in a single tent frame unit (71); and further includes at least one expansion unit (8), where the expansion unit (8) is cooperatively mounted with an assembly slot (4) by using a third connection component (9). In the present invention, the assembly slot (4) structures are optimally designed, and are combined on the stand columns (1) and the ring beams (2).

Abstract: A cantilevered umbrella, including a stand column, an umbrella tent and a cantilever is disclosed. One end of the cantilever is connected to the stand column through a shell in a rotating mode, and other end is connected with the umbrella tent. Rotation of the cantilever drives the umbrella tent to rotate, with opening of the umbrella tent rotating to a certain angle in a relatively horizontal direction. The cantilevered umbrella further includes a positioning part. One end of the positioning part is connected to the cantilever in a fixed mode, and other end extends into the shell. A first positioning portion is arranged on an inner wall of the shell, a second positioning portion is arranged on the positioning part, and the first and second positioning portions limit the cantilever in a circumferential rotating range through coordination.

Abstract: Disclosed in the present invention are a synchronous rotating telescopic louver roof tent and a servo electric driving opening and closing tent, wherein the tent comprises foot tubes, and long ring beams and short ring beams arranged in upper parts of the foot tubes, wherein the long ring beams and the short ring beams are combined to form a roof cavity of the tent, louver roof components are installed in the roof cavity of the tent; the louver roof components are optimized to realize expansion and contraction of the louver; in the process of expansion and contraction, the louver blades rotate and are closed to achieve the effect of sheltering from the sun and rain and large area lighting needs of users can be met; adjacent louver blades are connected end to end around a rotation axis thereof by a single independent connecting sheet so as to achieve effects of overall linkage, convenient assembly and simple operation; and by optimizing a servo control motor with double-end output structure and combining a fir

Abstract: An outdoor sunshade includes a sunshade post, a sunshade frame on one side of the sunshade post, a handle shell on and movable along the sunshade post, an inclined pull rod on the handle shell in a matching manner with its other end matching the sunshade frame, a sunshade cord, and a sunshade cord winding/unwinding assembly configured to wind/unwind the sunshade cord so as to unfold or fold the sunshade frame and including a first power component and a second power component that are in power transmission fit. The first power component is located in the handle shell and completes power input via a driving component. A cord winding wheel is on the second power component in a matching manner, and the second power component extends outwards in an axial direction of the inclined pull rod such that the cord winding wheel is located outside the handle shell.

Abstract: A leg tube sliding locking mechanism for opening and closing a folding tent includes a sliding support sleeved on a leg tube, a jump bead, and a V-shaped spring. One end of the V-shaped spring is connected to the jump bead, and the other end of the V-shaped spring is fixed to an inner wall of the leg tube. A bushing is installed on an inner wall of the sliding support in a fitted manner. An upper end of the busing extends downward to form a pressing sheet, and the pressing sheet has a lower end extending outwards to a lower end of the sliding support. The pressing sheet covers the jump bead.

Abstract: A pull-out table with a single slide rail including a table frame, first and second table boards symmetrically disposed on the table frame, an extended table board disposed between the first and second table boards, and a sliding rail assembly, is provided. The sliding rail assembly including rope winding wheels is disposed on an inner frame on one side of the table frame along a length of the table frame. The rope winding wheel on one end of the inner frame is cooperatively linked to the rope winding wheel on the other end of the inner frame through a synchronously wound steel rope. The first and second table boards are respectively connected to an upper part and a lower part of the steel rope through respective slider seats. When one of the table boards is pulled, the other table board is driven to move in an opposite direction.

Abstract: A low-smoke carbon furnace including an outer casing, a removable liner, and an annular interlayer is provided. The removable liner is disposed in the outer casing. The removable liner is provided with a combustion chamber therewithin. The removable liner includes multiple secondary air inlets disposed on an upper side wall of the removable liner. The annular interlayer is disposed between the outer casing and the removable liner. A bottom end of the outer casing is provided with interlayer air inlets that communicate with the annular interlayer. Oxygen enters the annular interlayer via the interlayer air inlets, and thereafter enters the combustion chamber of the removable liner via the secondary air inlets to facilitate secondary combustion in the combustion chamber.

Abstract: A leisure rotary swing chair including a chair frame, a base, a rotary assembly, a chute assembly, and a sliding rail assembly is provided. The base is connected to a bottom part of the chair frame to support the chair frame. The rotary assembly is rotatably connected to the base. The rotary assembly includes a fixed frame that rotates about the base and facilitates rotation of the chair frame. The chute assembly is disposed on the fixed frame of the rotary assembly. The sliding rail assembly is operably coupled to the chute assembly and disposed in the bottom part of the chair frame. The sliding rail assembly slides in the chute assembly to swing the chair frame back and forth.

Abstract: A gear type pull-out table including a table frame, first and second table boards symmetrically disposed on the table frame, an extended table board, and a gear assembly, is provided. The extended table board is disposed between the first and second table boards. The gear assembly is positioned in the table frame, corresponding to the extended table board. The gear assembly includes a first toothed rack fixed to the first table board, a second toothed rack fixed to the second table board, and a gear in synchronous engagement with the first and second toothed racks. The first and second toothed racks are disposed in parallel on two sides of the gear. The first and second table boards are driven to move in opposite directions through the synchronous engagement of the first and second toothed racks and the gear to join or separate the first and second table boards.