TWM609552U - Tube chain unloading structure - Google Patents

Abstract

The present invention relates to a pipe chain discharge structure, which comprises a base frame, a pipeline, an actuator and a driving part. The pipeline includes a ring wall and a discharge port. The discharge port is opened on the ring wall; the actuator is fixed to the pipeline and therefore linked to the pipeline; the driving part is assembled on the base frame and connected to the actuator and drives The component drives the actuator to rotate the pipeline and the discharge port of the pipeline relative to the base frame between a stop position and a discharge position. With the above-mentioned structural design, it is possible to achieve the purpose of fast unloading, refueling and cleaning on the line, thereby improving the convenience of use and saving time and cost. The present invention also relates to a tube chain conveying structure including the above-mentioned tube chain discharging structure.

Description

Pipe chain discharge structure

The present invention relates to a pipe chain unloading structure, especially a pipe chain unloading structure that can reliably achieve on-line quick unloading, refueling and cleaning, thereby improving the convenience of use and saving time and cost. The present invention also relates to a tube chain conveying structure including a tube chain discharge structure.

Please refer to Fig. 1, which is a schematic diagram of a conventional vertical pipe chain conveying structure. The tube chain conveying structure 9 shown in FIG. 1 includes a conveying pipeline 91. When conveying materials 90, such as granular materials, the tube chain conveying structure 9 uses a motor 92 to drive a chain 93 in the conveying pipeline 91 It travels, and uses a plurality of discs 94 separated from each other on the chain 93 to carry the animal material 90 to travel.

In the conventional pipe chain conveying structure 9 shown in FIG. 1, when the material is to be discharged or the inside of the pipe is to be cleaned after a period of use, one of the pipes of the pipe chain conveying structure 9 must be removed in order to proceed. Unloading or cleaning operations in the pipe. However, since there are still parts such as the chain 93 and the disc 94 in the conveying pipe 91, it will increase the difficulty of disassembly, relatively cause inconvenience in use, and cause time and cost consumption.

In order to solve the various problems caused by the above-mentioned conventional pipe chain conveying structure The problem is that this new model proposes a pipe chain discharge structure, which can indeed achieve the purpose of fast discharge, refueling and cleaning on the line, thereby improving the convenience of use and saving time and cost.

The pipe chain unloading structure proposed by the present invention includes a base frame, a pipeline, an actuator and a driving component. The pipeline includes a ring wall and a discharge port, the discharge port is opened in the ring wall; the actuator is fixed to the pipeline and therefore linked with the pipeline; the drive element is assembled on the base frame It is connected to the actuator, and the actuator drives the actuator to link the pipeline and the discharge port of the pipeline to rotate between a stop position and a discharge position relative to the base frame.

As mentioned above, the structure design in which the drive member drives the actuator to link the pipeline and the discharge port of the pipeline to rotate between a stop position and a discharge position relative to the base frame can be used in On-line (that is, without disassembling any parts), the operations of unloading, reloading and cleaning can be performed quickly, thereby improving the convenience of use and saving time and cost.

In one embodiment, the actuating element is a gear and is fixed on the outer side of the pipeline to thereby link the pipeline; the driving element includes a driving source and a driving rack that are linked to each other, and the driving rack Is meshingly connected to the gear, and the driving source is linked to the drive rack to drive the gear to link the pipeline and the discharge port of the pipeline to rotate relative to the base frame between the stop position and the discharge position . The aforementioned gear and drive rack linkage design can also be achieved using other mechanisms, such as a push (pull) rod linkage design, or a rope pull and a spring reset to drive the pipeline to rotate.

In one embodiment, the driving source is a pneumatic cylinder. Of course, it can also be a hydraulic cylinder, an electric motor, a manual lever, etc.

The present model also proposes a pipe chain conveying structure, which includes the pipe The chain unloading structure, wherein the tube chain conveying structure includes a conveying pipeline, and the tube chain discharging structure is arranged on the conveying pipeline.

In one embodiment, the tube chain conveying structure is a vertically arranged tube chain conveying structure.

1: Pipe chain discharge structure

11: base frame

12: Pipeline

120: Ring Wall

121: discharge port

122: pressure plate

123: Non-leak gasket

13: Actuator

14: Driver

141: drive source

142: Drive rack

2: Pipe chain conveying structure

21: Conveying pipeline

22: Motor

23: chain

24: Disc

3: Materials

9: Pipe chain conveying structure

90: Materials

91: Conveying pipeline

92: Motor

93: Chain

94: Disc

Figure 1 is a schematic diagram of a conventional pipe chain conveying structure arranged vertically.

Fig. 2 is a schematic diagram of a vertical pipe chain conveying structure in a preferred embodiment of the new type.

Figure 3 is a perspective view of the pipe chain unloading structure of the preferred embodiment of the new type.

Figure 4 is a cross-sectional view of the pipe chain unloading structure of the preferred embodiment of the new type.

Fig. 5 is a cross-sectional view of the pipeline of the pipe chain discharge structure of the new preferred embodiment.

Fig. 6 is one of the schematic diagrams of the operation of the pipe chain unloading structure of the preferred embodiment of the new type.

Fig. 7 is the second schematic diagram of the operation of the pipe chain unloading structure of the preferred embodiment of the new type.

Please refer to FIG. 2, which is a schematic diagram of a vertical tube chain conveying structure in a preferred embodiment of the new invention. The tube chain conveying structure 2 shown in FIG. 2 is a vertically arranged tube chain conveying structure in this embodiment, which is used to convey materials 3, such as esters. Granular materials such as granules.

In detail, the tube chain conveying structure 2 includes a conveying pipeline 21, and a tube chain discharging structure 1 is disposed on the conveying pipeline 21. When conveying the material 3, the tube chain conveying structure 2 uses a motor 22 to drive a chain 23 to travel in the conveying pipeline 21, and uses a plurality of separated discs 24 on the chain 23 to carry the animal material 3 to travel.

Please refer to Figures 3 to 5 at the same time, of which Figure 3 is a perspective view of the pipe chain unloading structure of a preferred embodiment of the new type, and Figure 4 is a cross-section of the pipe chain unloading structure of a preferred embodiment of the new type Figure 5 is a cross-sectional view of the pipeline of the pipe chain unloading structure of the new preferred embodiment, and please refer to Figure 2 together.

As shown in the figure, the pipe chain unloading structure 1 includes a base frame 11, a pipeline 12, an actuating member 13 and a driving member 14. Among them, the pipeline 12 includes a ring wall 120 and a discharge port 121, and the discharge port 121 is opened on the ring wall 120; 13 is fixed to the pipeline 12, so the actuation of the actuator 13 will act in conjunction with the pipeline 12; the driving element 14 is assembled on the base frame 11 and connected to the actuator 13, and the driving element 14 is linked to the driving actuator 13 The pipeline 12 and the discharge port 121 of the pipeline 12 rotate relative to the base frame 11 between a stop position and a discharge position.

Please refer to Figure 6 and Figure 7 at the same time, of which Figure 6 is one of the operational schematic diagrams of the pipe chain unloading structure of the preferred embodiment of the new type, and Figure 7 is the pipe chain unloading structure of the preferred embodiment of the new type The second schematic diagram of the structure's action, please also refer to Figures 2 to 5 at the same time.

When the conveying pipeline 21 of the tube chain conveying structure 2 conveys the material 3, the pipeline 12 and the discharge port 121 of the pipeline 12 will be linked by the actuator 13 driven by the drive 14 While rotating relative to the base frame 11 to the unloading position (as shown in Figures 5 and 6, the discharge port 121 of the pipeline 12 is positioned upwards). At this time, the material 3 can travel normally in the pipeline 12. That is to carry out general standard transportation operations.

In the above-mentioned unloading position, the discharge port 121 of the pipeline 12 will be closed by the pressure plate 122 and the leak-proof gasket 123 to prevent the material in the pipeline 12 from being blown by the cleaning gas (of the pipeline 12) 3 The problem of overflowing and contaminating the material in the barrel below the pipe chain discharge structure 1.

Afterwards, when unloading, refueling or cleaning operations are to be performed, only the driver 14 is used to drive the actuator 13 to link the pipeline 12 and the discharge port 121 of the pipeline 12 to rotate relative to the base frame 11 to the unloading position (e.g. As shown in Figure 7, the discharge port 121 of the pipeline 12 is positioned downward). At this time, the tube chain conveying structure 2 continues to use the motor 22 to drive the chain 23 to travel in the conveying pipeline 21, and use the chain 23 on the A plurality of separated discs 24 continue to carry the animal material 3 to the discharge port 121 of the pipeline 12, that is, the discharge port 121 of the pipeline 12 will now be transformed into a discharge function, and the material 3 can be discharged from the pipeline 12 The discharge port 121 is discharged.

Continue to perform the above-mentioned discharging action, then all the materials 3 in the conveying pipeline 21 can be discharged and emptied (ie, unloading, cleaning), and when all the materials 3 in the conveying pipeline 21 are emptied, they can be replaced Different materials (replacement) are transported. Because the original material 3 has been emptied, the newly-replaced material will not be mixed with the original material 3, and the mixing situation can be avoided.

As mentioned above, the structure design of using the driving member 14 to drive the actuator 13 to link the pipeline 12 and the discharge port 121 of the pipeline 12 to rotate between the stop position and the discharge position relative to the base frame 11 is designed to be used on the production line. It can be operated by humans, so as to achieve without disassembling the pipeline Under the circumstance, the effect of the operation can be easily completed online, which improves the convenience of use and effectively reduces the time and cost of unloading, refueling and cleaning. In addition, the above-mentioned structural design also allows the user to provide a variety of materials and to change materials more quickly and safely, while maintaining the quality of the materials.

Please refer to FIGS. 3 to 5 at the same time. In this embodiment, the actuator 13 is a gear and is fixed on the outer side of the pipe 12 and therefore links with the pipe 12, that is, because the gear is fixed on the pipe 12 On the outside, the action (rotation) of the gear will act (rotate) in conjunction with the pipeline 12 together. In addition, the driving member 14 includes a driving source 141 (for example, a pneumatic cylinder, a hydraulic cylinder, an electric motor, a manual rod (for example, connected by a connecting rod and pulled by manpower), etc.) that is linked to each other, and a driving rack 142, which drives the rack The 142 is meshed and connected to the gear, and the driving source 141 is linked to drive the rack 142 to drive the gear linked pipeline 12 and the discharge port 121 of the pipeline 12 to rotate relative to the base frame 11 between the stop position and the discharge position. In other words, the drive rack 142 can move forwards and backwards under the linkage of the drive source 141, the drive rack 142 and then drive the gear to rotate, the pipeline 12 and therefore follow it to rotate, so that the pipeline 12 and the discharge port 121 of the pipeline 12 can be relative to The base frame 11 rotates between the unloading stop position and the unloading position.

The above descriptions are only the preferred specific embodiments of the present invention, and they are not intended to limit the present invention. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the present invention. Within the scope of protection.

1: Pipe chain discharge structure

11: base frame

12: Pipeline

121: discharge port

141: drive source

Claims (8)

A pipe chain discharge structure, including: A base frame A pipeline, including a ring wall and a discharge port, the discharge port is opened on the ring wall; An actuating element, which is fixed to the pipeline and is therefore linked to the pipeline; and A driving element is assembled on the base frame and connected to the actuating element, and the driving element drives the actuating element to link the pipeline and the discharge port of the pipeline at a stop position relative to the base frame And rotate between a discharge position. The pipe chain unloading structure according to claim 1, wherein the actuating element is a gear and is fixed on the outer side of the pipeline so as to link the pipeline; the driving element includes a driving source and a driving in conjunction with each other A rack, the drive rack is meshingly connected to the gear, the drive source is linked to the drive rack to drive the gear to link the pipeline and the discharge port of the pipeline is at the stop position and relative to the base frame Rotate between the unloading positions. The pipe chain unloading structure according to claim 2, wherein the driving source is a pneumatic cylinder. The pipe chain unloading structure according to claim 2, wherein the driving source is a hydraulic cylinder. The pipe chain discharge structure according to claim 2, wherein the driving source is an electric motor. The pipe chain unloading structure according to claim 2, wherein the driving source is a manual pull rod. A tube chain conveying structure, comprising the tube chain discharging structure according to any one of claims 1 to 6, wherein the tube chain conveying structure includes a conveying pipeline, and the tube chain discharging structure is arranged at The delivery pipeline. The tube chain conveying structure according to claim 7, wherein the tube chain conveying structure is a vertically arranged tube chain conveying structure.

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