Unlike other sealing devices which are internal to a bag and adhered to the bag by heat or glue the current invention is external to the bag, is not adhered to the bag by heat or glue, is free to be moved up or down the bag to remove excess air, is reusable, and can be used on one type of a bag in one instant, removed, and be used on another type of bag. Furthermore, on current sealing devices if anything comes in-between the male and female seals which go directly into each other it renders the seal ineffective, but the current invention is not disturbed at all, and in fact the bag type container becomes part of the seal.

Unlike other sealing devices which are internal to a bag and adhered to the bag by heat or glue the current invention is external to the bag, is not adhered to the bag by heat or glue, is free to be moved up or down the bag to remove excess air, is reusable, and can be used on one type of a bag in one instant, removed, and be used on another type of bag. Furthermore, on current sealing devices if anything comes in-between the male and female seals which go directly into each other it renders the seal ineffective, but the current invention is not disturbed at all, and in fact the bag type container becomes part of the seal.

Unlike other sealing devices which are internal to a bag and adhered to the bag by heat or glue the current invention is external to the bag, is not adhered to the bag by heat or glue, is free to be moved up or down the bag to remove excess air, is reusable, and can be used on one type of a bag in one instant, removed, and be used on another type of bag. Furthermore, on current sealing devices if anything comes in-between the male and female seals which go directly into each other it renders the seal ineffective, but the current invention is not disturbed at all, and in fact the bag type container becomes part of the seal.

Unlike other sealing devices which are internal to a bag and adhered to the bag by heat or glue the current invention is external to the bag, is not adhered to the bag by heat or glue, is free to be moved up or down the bag to remove excess air, is reusable, and can be used on one type of a bag in one instant, removed, and be used on another type of bag. Furthermore, on current sealing devices if anything comes in-between the male and female seals which go directly into each other it renders the seal ineffective, but the current invention is not disturbed at all, and in fact the bag type container becomes part of the seal.

A sealing and cutting assembly for engaging a bag to cut and reseal the bag comprises a first sealing strip and a second sealing strip connected at corresponding ends thereof and engaging both sides the bag therebetween. A slider block is movable along the first sealing strip and the second sealing strip. Movement of the slider block in a first direction bringing the first sealing strip and the second sealing strip into sealing engagement with one another to seal the bag, and movement of the slider block in a second direction releasing the first sealing strip and the second sealing strip from said sealing engagement to open the bag. A cutting mechanism mounted on the slider block, wherein the cutting mechanism moves with the slider block along the first sealing strip and the second sealing strip.

A smart seal clamp, smart packaging bag and storage and management method of an object are provided. The smart seal clamp, configured to clamp a packaging bag for containing a storage object, includes: a circuit board, a camera, a seal structure; and at least one trigger structure. The camera is configured to acquire information, the trigger structure is configured to trigger the seal structure to seal the packaging bag, the circuit board includes a camera circuit and a trigger structure circuit; the camera circuit is communicated with the camera and configured to control the camera, the trigger structure circuit is communicated with the trigger structure and configured to control the trigger structure, the trigger structure circuit is further communicated with the camera circuit and configured to control the trigger structure according to the information acquired by the camera.

Tongs for sealing an opening of a bag includes a first body having a first side, a second side and a third side connecting the first and second side, and a second body having a first side, a second side and a third side connecting the first and second side. The first body and the second body are configured to be combined with each other, so that the first body and the second body cover a surface and an opposite surface of the bag configured to cover and seal the opening of the bag.

A closure apparatus for use with a flexible pouch containing a flowable material and having a spout for discharging the flowable material from the pouch, comprising a cap member sealingly engageable with the spout and a clip assembly extending from the cap member, the clip assembly comprising a first clip member; and a second clip member connected to the first clip member and cooperating with the first clip member to define a pouch receiving space, the first clip member and the second clip member having a pouch clip position such that the first clip member and the second clip member restrict the flow of the flowable material through the pouch when at least a portion of the pouch is positioned in the pouch receiving space.

The invention is designed to provide a closure for plastic bags for frequent or daily use. The invention comprises a V-shaped opening (A FIG. 1) at one end, which continues into a circular opening (B FIG. 1), and comprises a closure system at the opposite end, which joins the clip to the edge of the bag (C-D FIG. 1) and which constitutes the inventive new feature. When closing the bag, twisting it in the usual manner (FIG. 7) and folding the gathered end downwards, and said clip being on the edge thereof, the twist is to be received in the opening (B) of the plate (FIG. 8). The twist remains held by both ends of the clip and the tension thereof prevents the bag from untwisting and opening. The system of securing the clip to the bag can be temporary or permanent, and can be a mechanical, chemical or physical system, or a system of any other nature that permits said securing.

Tongs for sealing an opening of a bag includes a first body having a first side, a second side and a third side connecting the first and second side, and a second body having a first side, a second side and a third side connecting the first and second side. The first body and the second body are configured to be combined with each other, so that the first body and the second body cover a surface and an opposite surface of the bag configured to cover and seal the opening of the bag.