Abstract: A folding container mainly includes a lower base, a front plate, two opposite side plates, an upper cover, and a back plate. The folding container can be extended in use for mounting objects therein or folded for storage while not in use. During extension or folding, touch fasteners are used for fastening and fixing firmly. Thereby the folding container is not only lighter in total weight and able to be folded into a compact form while not in use, but also providing accurate positioning to keep itself from extending freely during folding process. Therefore, the folding container is more convenient to use and more practical in use.

Abstract: A folding container mainly includes a lower base, a front plate, two opposite side plates, an upper cover, and a back plate. The folding container can be extended in use for mounting objects therein or folded for storage while not in use. During extension or folding, touch fasteners are used for fastening and fixing firmly. Thereby the folding container is not only lighter in total weight and able to be folded into a compact form while not in use, but also providing accurate positioning to keep itself from extending freely during folding process. Therefore, the folding container is more convenient to use and more practical in use.

Abstract: The present invention relates to a dispensing pump which mainly comprises a cap, a cylindrical pump body having a first elastic member therein, a ball valve fixed at a bottom of the cylindrical pump body, a needle valve fixed at a top end of the cylindrical pump body, and a pressing tube connected to an upper side of the needle valve and having a pressing head connected to an upper end thereof.

Abstract: A container for viscous liquid is revealed. A first cover set with a one-way valve and a second cover arranged with a flow control valve are disposed on two ends of a main body of the container respectively. The first cover is suspended on a supporting member. Thereby a force is applied to the main body for pouring out viscous liquid such as caramel. Thus caramel pushes against a dome of the one-way valve and a gap on the dome is opened to make the caramel out. Once no force is applied, external air flows through a gap between the flow control valve and the second cover to push a flexible piece of the flow control valve and enter the main body. Thus both the main body and the dome of the one-way valve return back to the original shape. Thereby the caramel can be handled easily.

Abstract: A quantitative pressing structure is disclosed herein. It comprises a pressing structure; an assembling seat disposed on the pressing structure for assembling at an opening of a container; a piston tube disposed at a bottom of the assembling seat and comprising a piston having a piston rod accommodated therein; a lid disposed at a top of the piston tube and having an outer casing protruded thereon and correspondingly disposed on a periphery of the piston rod, wherein an upper end of the piston rod of the piston penetrates the lid; a pressing portion disposed at a top of the piston rod; and a plurality of limiting kits having different heights for limiting a pressing down degree of the pressing portion, wherein each of the plurality of limiting kits has a slot for assembling on the outer casing of the lid.

Abstract: A filter cup is revealed. The filter cup includes an outer cup, an inner cup mounted in the outer cup and a grip. The inner cup consists of a filter bottom surface on the bottom thereof, a plug-like member on the filter bottom surface, and at least two flanges on top of the inner cup. A discharge hole is disposed on bottom of the outer cup and sealed by the plug-like member. Two rotating members are pivotally connected to the outer cup and each includes a leaning portion projecting therefrom. The grip is connected to the rotating members. The rotating members are driven to move for pushing the flanges and moving the inner cup vertically by the leaning portions thereof when the grip is pulled. Thus a gap is formed between the plug-like member and the discharge hole, allowing liquid in the inner to flow out therethrough.

Abstract: A lid lifting mechanism with sliding closure is disclosed, which comprises a lid body pivoted with a lifting cover and assembled with a sliding block. When the lid body is covered by the lifting cover, the lifting cover is positioned by pushing the sliding block forward; and when the sliding block is pushed backward, the lifting cover is opened for convenient to drink the beverage. Therefore, the components in the lid lifting mechanism with sliding closure is less, not only decreasing the cost, but also make the assembly of thereof quick. Furthermore, the lifting mechanism with sliding closure is disassembled and cleaned conveniently, and the dirty is not easy to accumulate in it, increasing the actually utility.

Abstract: A lid lifting mechanism with sliding closure is disclosed, which comprises a lid body pivoted with a lifting cover and assembled with a sliding block. When the lid body is covered by the lifting cover, the lifting cover is positioned by pushing the sliding block forward; and when the sliding block is pushed backward, the lifting cover is opened for convenient to drink the beverage. Therefore, the components in the lid lifting mechanism with sliding closure is less, not only decreasing the cost, but also make the assembly of thereof quick. Furthermore, the lifting mechanism with sliding closure is disassembled and cleaned conveniently, and the dirty is not easy to accumulate in it, increasing the actually utility.

Abstract: A cover structure of a container is provided. The cover structure has a bottom cover assembled on an opening of the container's body, a top cover openably and pivotally connected with the bottom cover to simultaneously cover the bottom cover and an outlet of a watering seat assembled on the opening of the container's body, and a latch mechanism disposed between the top cover and the bottom cover. The latch mechanism has a first latch seat assembled on the top cover, a second latch seat elastically, horizontally and movably assembled between a first position and a second position of the bottom cover, and a sliding latch bolt vertically and slidably assembled between a third position and a fourth position of the second latch seat.

Abstract: A filter cup is revealed. The filter cup includes an outer cup, an inner cup mounted in the outer cup and a grip. The inner cup consists of a filter bottom surface on the bottom thereof, a plug-like member on the filter bottom surface, and at least two flanges on top of the inner cup. A discharge hole is disposed on bottom of the outer cup and sealed by the plug-like member. Two rotating members are pivotally connected to the outer cup and each includes a leaning portion projecting therefrom. The grip is connected to the rotating members. The rotating members are driven to move for pushing the flanges and moving the inner cup vertically by the leaning portions thereof when the grip is pulled. Thus a gap is formed between the plug-like member and the discharge hole, allowing liquid in the inner to flow out therethrough.

Abstract: A cover structure of a container is provided. The cover structure has a bottom cover assembled on an opening of the container's body, a top cover openably and pivotally connected with the bottom cover to simultaneously cover the bottom cover and an outlet of a watering seat assembled on the opening of the container's body, and a latch mechanism disposed between the top cover and the bottom cover. The latch mechanism has a first latch seat assembled on the top cover, a second latch seat elastically, horizontally and movably assembled between a first position and a second position of the bottom cover, and a sliding latch bolt vertically and slidably assembled between a third position and a fourth position of the second latch seat.