Abstract: A control device for a tubular material package is provided which achieves control of a tubular material package by the effective cooperation of relays (44), sensors (27) and a controller (60). All of the relays have an ON state and an OFF state and are connected to the controller, and each relay is connected to a corresponding component. The sensors are distributed on the components, and capable of detecting and identifying the current state of an object to be detected; all of the sensors are connected to the controller and send sensing information to the controller. The controller comprises electronics and a control program, and is capable of receiving the information from the sensors and sending instructions controlling the relays. The control device is used in a packing machine for tubular materials.

Abstract: A hanging and parallel pushing lining-up device for a tubular material package which is a automatic packaging machine used for the pillow-type tubular material, comprises a hang-rail (10), a front propeller (40), a queuing means (20), a back propeller (42), a hang-rail (30) prepared for packaging, a hang-rail (21) for queuing and a hang-rail (33) for storage and waiting; a queuing means (20), comprising the hang-rail (21) for queuing and a movement synchronization module (24), the inlet section (22) of the hang-rail for queuing connects to the hang-rail (30) for storage and waiting, the outlet section (23) of the hang-rail for queuing connects to the exit end of the hang-rail (33) for storage and waiting; the front propeller (40) and the back propeller (42) both have a controlled pushing forward head (41, 43) which is able to extend out or shrink back horizontally. The hang-rail for storage and waiting comprises parallel hails, each width of which is the same as the length of the baffle grid (29).

Abstract: A splicing type unloading device, which is used for a pillow-type automatic packaging machines for tubular material, includes a discharging device having a row of discharge orifices for discharging well packaged bags respectively, a plurality of holding devices aligned side-by-side below the discharging device, a splicer inclindedly positioned below the holding devices to be horizontally moved, and a conveyor belt positioned below the splicer. An inlet of the splicer is positioned above an outlet thereof to serve as a slider. The splicer is horizontally moved to align the inlet thereof right below the discharging device for the packaged bags being downwardly dropped from the holding devices to the inlet. The splicer is then horizontally moved to align the outlet thereof with the conveyor belt for transferring the packaged bags from the splicer to the conveyor.

Abstract: A control device for a tubular material package is provided which achieves control of a tubular material package by the effective cooperation of relays (44), sensors (27) and a controller (60). All of the relays have an ON state and an OFF state and are connected to the controller, and each relay is connected to a corresponding component. The sensors are distributed on the components, and capable of detecting and identifying the current state of an object to be detected; all of the sensors are connected to the controller and send sensing information to the controller. The controller comprises electronics and a control program, and is capable of receiving the information from the sensors and sending instructions controlling the relays. The control device is used in a packing machine for tubular materials.

Abstract: A hanging and parallel pushing lining-up device for a tubular material package which is a automatic packaging machine used for the pillow-type tubular material, comprises a hang-rail (10), a front propeller (40), a queuing means (20), a back propeller (42), a hang-rail (30) prepared for packaging, a hang-rail (21) for queuing and a hang-rail (33) for storage and waiting; a queuing means (20), comprising the hang-rail (21) for queuing and a movement synchronization module (24), the inlet section (22) of the hang-rail for queuing connects to the hang-rail (30) for storage and waiting, the outlet section (23) of the hang-rail for queuing connects to the exit end of the hang-rail (33) for storage and waiting; the front propeller (40) and the back propeller (42) both have a controlled pushing forward head (41, 43) which is able to extend out or shrink back horizontally. The hang-rail for storage and waiting comprises parallel hails, each width of which is the same as the length of the baffle grid (29).

Abstract: An upper sealing device for a tubular material package is a packaging device for a pillow-type package, comprising a feeder (10), a discharger (11), open end fixing means (20), a retractable part (22), open end sealing means (30), holding means (40), sensors (51) for a carrying plate (42), a controller (50), a package (60) and an object to be packaged (62). The open end sealing means (30) are provided on both sides of the open end fixing means (20), and the holding means (40) is provided below the open end sealing means (30). Discharging outlets (12) are arranged in a row on the discharger (11). Several open end fixing parts (21) are provided on the open end fixing means (20). Several holding parts (41) are provided on the holding means (40). Each discharging outlet (12) opens downwards, and each open end fixing part is provided correspondingly below each discharging outlet. The open end fixing means (20) moves up and down.

Abstract: The present invention relates to a lower sealing and cutting device for tubular material packaging, and more particularly relates to a packaging device of pillow-type packaging. Compared with other pillow-type packaging methods for tubular material, the existing pillow-type packaging method for flaky materials has the disadvantages of wasting material which affects appearance, increased the price, adding additional working procedures, increased energy consumption, and high labor costs. The present invention is to provide a lower sealing and cutting device for tubular material packaging in which a new open-end is automatically formed and always kept in an opened state, while one by one a plurality of tubular materials form a packaging bag. According to the present invention, the open-end of the tubular material penetrates from the underside to the upside of the inner support pit, wherein the inner support with an upward top-end is within the tubular material.

Abstract: The present invention relates to an open-end shaped retaining device for tubular material packaging, and more particularly relates to a packaging device for pillow-type packaging. Compared with other pillow-type packaging for tubular material, the existing pillow-type packaging method for flaky materials has the disadvantage of wasting material which affects appearance, increases the price, adds additional working procedures, increases energy consumption, and raises labor costs. The present invention provides an open-end shaped retaining device for tubular material packaging in which an internal support pit is arranged on an inner support seat. Each internal support pit has an opening at the top and a channel at the bottom. Each of the tubular materials has an opening that penetrates from the bottom channel to the top of the internal support pit.

Abstract: The present invention relates to a splicing-type unloading device for tubular material packaging. In particular, the present invention relates to a pillow-type packaging device. Compared with a pillow-type packaging methods for tubular material, the conventional method of the pillow-type packaging for flaky materials has the drawbacks of: wasting materials, affecting the appearance, an expensive cost, additional procedures, increased labor energy consumption, and increased labor cost. The splicing-type unloading device provided by the present invention, in which well packaged bags below a row of the discharge orifices are conveyed to a splicing-type unloading device for tubular material packaging on a conveyor belt, and the holding device is on the two sides of the packaging bag. The splicer is inclined like a slide and is normally below the holding device; the inlet of the splicer is not right below the holding device.