CN-224225349-U - Sealed charging system

CN224225349UCN 224225349 UCN224225349 UCN 224225349UCN-224225349-U

Abstract

The utility model relates to the technical field of sagger loading, and discloses a sealing loading system, wherein a loading mechanism is arranged at a discharge hole of a storage bin device, a sagger supply device is arranged on a frame, the sagger supply device is connected with the loading mechanism, a sealing door is arranged on the sagger supply device, the storage bin device is used for supplying materials to the loading mechanism, the loading mechanism is used for loading sagger conveyed by the sagger supply device, a vacuum tube is arranged on the sagger supply device and is used for vacuumizing the sagger supply device, and a vacuum dust collection device is arranged at the bottom of the sagger supply device and is used for sucking dust-containing air in the sagger supply device under negative pressure and collecting dust after filtration. According to the technical scheme, the sagger supply device has a sealing function, so that leakage of materials is effectively prevented, and cleanliness of a production environment is ensured. The vacuum dust collection device can timely start to suck air in the sagger supply device and then filter the air, and the sagger loading can be matched with vacuumizing and negative pressure dust collection, so that the production efficiency of the sagger loading is greatly improved.

Inventors

YANG ZHENYU
YANG LU
ZHANG LIFU
HONG JIALONG

Assignees

广东奥拓美自动化科技有限公司

Dates

Publication Date: 20260512
Application Date: 20250624

Claims (10)

1. A sealed charging system, comprising: A frame; The discharging port of the bin device is provided with a charging mechanism; The sagger supply device is arranged on the frame; the sagger supply device is connected with the charging mechanism and is provided with a sealing door; the feed bin device is used for feeding to the charging mechanism, and the charging mechanism is used for charging the sagger conveyed by the sagger supply device; a vacuum tube arranged on the sagger supply device and used for vacuumizing the sagger supply device, and And the vacuum dust collection device is arranged at the bottom of the sagger supply device and is used for sucking dust-containing air in the sagger supply device under negative pressure and filtering.
2. The sealed charging system according to claim 1, wherein said silo device comprises: A weighing bin arranged on the frame, and The weighing buffer bin is arranged on the frame and connected with a feed inlet of the weighing bin, and is used for buffering materials to supply the weighing bin; Wherein, be equipped with the annular plate on the frame, the feed bin of weighing includes: A weighing bin body, the bottom of which passes through the annular plate, and The weighing bin bodies are supported on the annular plate by the weighing sensors and used for weighing.
3. The sealed charging system according to claim 1, wherein the sagger supply means comprises: A tray-feeding replacement chamber arranged on the frame, a first conveying mechanism arranged at the bottom of the tray-feeding replacement chamber, and The feeding replacement chamber is arranged on the frame and is in butt joint with the sagger feeding replacement chamber, and a second conveying mechanism is arranged at the bottom of the feeding replacement chamber; Wherein, vacuum tubes are arranged on the sagger feeding replacement chamber and the loading replacement chamber.
4. A sealed loading system according to claim 3, wherein the loading mechanism has a loading port provided in the loading displacement chamber, the loading mechanism being adapted to drive the loading port to engage and load the loading port of the sagger to be loaded in the loading displacement chamber in a closed state.
5. The sealed charging system according to claim 4, wherein the charging mechanism is provided as a mobile charging mechanism comprising: the supporting plate is arranged at the top of the charging replacement chamber; The movable top cover is arranged in the loading replacement chamber and is used for downwards moving and sealing a feeding port of a sagger to be loaded in the loading replacement chamber; A lifting unit arranged on the supporting plate, an execution end of the lifting unit connected with the movable top cover, and And the first end of the flexible charging channel is arranged on the supporting plate, and the second end of the flexible charging channel penetrates through the supporting plate and is connected with a charging port on the movable top cover.
6. The sealed loading system according to claim 3, wherein the sealing door is arranged between the sagger replacement chamber and the loading replacement chamber and used for sealing the sagger replacement chamber and/or the loading replacement chamber, a transition chamber is arranged at the joint of the sagger replacement chamber and the loading replacement chamber, the first end of the transition chamber is connected with the sagger replacement chamber, the second end of the transition chamber is connected with the loading replacement chamber, and a door plate of the sealing door between the sagger replacement chamber and the loading replacement chamber is arranged in the transition chamber.
7. The sealed charging system of claim 6, wherein said sealing door comprises: A frame; a moving mechanism arranged in the frame and moving along a first direction; A door plate movably connected to the side surface of the moving mechanism through a plurality of hinge rods, the door plate being opposite to the passage openings of the tray-in replacement chamber and the loading replacement chamber, and The limiting piece is arranged at the bottom in the frame and used for stopping the door plate from moving downwards; The door plate is stopped at the limiting piece in the process of synchronously moving along the first direction along with the moving mechanism, and the moving mechanism continues to move along the first direction and drives the hinging rod to deflect so as to push the door plate to move towards the passage opening and seal the passage opening.
8. The sealed charging system of claim 7, wherein said sealing door comprises: A movement driving mechanism for driving the movement mechanism to move along a first direction; wherein, the removal actuating mechanism includes: The first end of each push rod is connected with the moving mechanism, and the second end of each push rod passes through the top frame of the frame and forms sliding fit with the top frame; The second ends of the push rods are connected with the same action rod, a second linear actuator is arranged on the top frame, the execution ends of the second linear actuators are connected with the bottom of the action rod, and the second linear actuators are used for pushing the action rod to drive the push rods to synchronously lift.
9. The sealed charging system according to claim 8, wherein said moving mechanism comprises: A connecting plate; the support plates are arranged on the connecting plate and are arranged along the first direction, and the support plates are arranged in a plurality of pieces at intervals; the first connecting rod is arranged on the support plate in a penetrating mode, and the first end of the hinge rod is in rotary fit with the first connecting rod.
10. The sealed charging system according to claim 1, wherein said vacuum dust collection device comprises: The negative pressure fan is used for generating suction force to the sagger supply device; A multi-stage filter for filtering the dust-containing air sucked by the suction force, and And a dust collection device for collecting the dust separated by the multi-stage filter.

Description

Sealed charging system Technical Field The utility model relates to the technical field of sagger loading, in particular to a sealing loading system. Background At present, in the production of materials such as powder materials of positive and negative electrode materials of lithium ion batteries, the materials to be sintered are firstly put into a sagger, and then are sintered at a high temperature in a kiln. In order to ensure the consistency and sintering quality of the sintered materials, the requirements on the bowl loading speed and the bowl loading conveying of the materials are met. Based on this, the production line is applied to the sagger loading technical field. The production line is also called a production line, and is a production mode in industry. Materials are processed from an initial state through each unit by a series of production processes such as processing, transporting, assembling, checking and the like from entering a production site to achieve a flow-based mass production route for producing the required products. Each unit is utilized to concentrate on processing a certain work, thereby achieving the purpose of improving the working efficiency. In the prior art of sagger loading lines, more equipment is often required on the line for specific handling of a certain job/process, such as sagger transport, material supply, loading, etc. In the production line, the procedures related to materials are more, dust is easy to generate, and the dust flies everywhere to dissipate polluted air. In the prior art, no device with outstanding effect on dust dissipation and dust collection exists, and the expected level is difficult to reach. Disclosure of utility model The utility model provides a sealing charging system, which aims to solve the technical problem that the dust treatment effect is poor in the prior art. According to one aspect of the present utility model, an embodiment provides a sealed charging system, characterized by comprising: A frame; The discharging port of the bin device is provided with a charging mechanism; The sagger supply device is arranged on the frame; the sagger supply device is connected with the charging mechanism and is provided with a sealing door; the feed bin device is used for feeding to the charging mechanism, and the charging mechanism is used for charging the sagger conveyed by the sagger supply device; a vacuum tube arranged on the sagger supply device and used for vacuumizing the sagger supply device, and And the vacuum dust collection device is arranged at the bottom of the sagger supply device and is used for sucking dust-containing air in the sagger supply device under negative pressure and filtering. Preferably, the silo device comprises: A weighing bin arranged on the frame, and The weighing buffer bin is arranged on the frame and connected with a feed inlet of the weighing bin, and is used for buffering materials to supply the weighing bin; Wherein, be equipped with the annular plate on the frame, the feed bin of weighing includes: A weighing bin body, the bottom of which passes through the annular plate, and The weighing bin bodies are supported on the annular plate by the weighing sensors and used for weighing. Preferably, the sagger supply device includes: A tray-feeding replacement chamber arranged on the frame, a first conveying mechanism arranged at the bottom of the tray-feeding replacement chamber, and The feeding replacement chamber is arranged on the frame and is in butt joint with the sagger feeding replacement chamber, and a second conveying mechanism is arranged at the bottom of the feeding replacement chamber; Wherein, vacuum tubes are arranged on the sagger feeding replacement chamber and the loading replacement chamber. Preferably, the loading port of the loading mechanism is provided in a loading displacement chamber, and in the closed state of the loading displacement chamber, the loading mechanism is used for driving the loading port to engage with the loading port of the sagger to be loaded in the loading displacement chamber and load. Preferably, the charging mechanism is provided as a mobile charging mechanism comprising: the supporting plate is arranged at the top of the charging replacement chamber; The movable top cover is arranged in the loading replacement chamber and is used for downwards moving and sealing a feeding port of a sagger to be loaded in the loading replacement chamber; A lifting unit arranged on the supporting plate, an execution end of the lifting unit connected with the movable top cover, and And the first end of the flexible charging channel is arranged on the supporting plate, and the second end of the flexible charging channel penetrates through the supporting plate and is connected with a charging port on the movable top cover. Preferably, the sealing door is arranged between the sagger feeding replacement chamber and the loading replacement chamber, the sealing door is used for sealing the sagger