阅读说明：本技术 一种高效坯体干燥库 (High-efficient body drying storehouse ) 是由 苏冬武 黄梓铭 沈镇城 苏秋桂 陈学锦 于 2020-07-04 设计创作，主要内容包括：本发明提供一种高效坯体干燥库,包括控制系统、输送模块、升降模块、干燥模块组成,所述干燥模块由多条干燥库并排形成,所述干燥库从上往下进行分层,形成适应不同坯体的多个干燥层,所述升降模块由提升机组成,所述干燥库的入口与出口均设置有提升机,所述输送模块由输送滚筒线组成,所述输送滚筒线由输入滚筒线与输出滚筒线组成,所述输入滚筒线连接每条干燥库的入口,所述输出滚筒线连接每条干燥库的出口,所述的输送滚筒线在干燥库的入口与出口位置还设置有多板并行顶升平移机。(The invention provides a high-efficiency green body drying warehouse which comprises a control system, a conveying module, a lifting module and a drying module, wherein the drying module is formed by a plurality of drying warehouses in parallel, the drying warehouses are layered from top to bottom to form a plurality of drying layers suitable for different green bodies, the lifting module is composed of a lifter, the inlet and the outlet of each drying warehouse are respectively provided with a lifter, the conveying module is composed of a conveying roller line, the conveying roller line is composed of an input roller line and an output roller line, the input roller line is connected with the inlet of each drying warehouse, the output roller line is connected with the outlet of each drying warehouse, and the conveying roller line is also provided with a multi-plate parallel jacking translation machine at the inlet and the outlet of each drying warehouse.)

1. The utility model provides a high-efficient body drying storehouse, its characterized in that includes control system, transport module, lift module, drying module and forms, drying module is formed by many drying storehouses side by side, drying storehouses from last down stratify, form a plurality of dry layers that adapt to different bodies, lift module comprises the lifting machine, the entry and the export of drying storehouses all are provided with the lifting machine, transport module comprises conveying roller line, conveying roller line comprises input roller line and output roller line, the entry of every drying storehouse is connected to input roller line, the export of every drying storehouse is connected to output roller line, conveying roller line still be provided with the parallel jack-up translation machine of multiplate at the entry and the exit position of drying storehouses.

2. The efficient blank drying warehouse according to claim 1, wherein the elevator is provided with an identification module capable of identifying different blanks, the identification module and the elevator are both connected with the control system, and the control system conveys the blanks of different types identified by the identification module into corresponding drying layers in the drying warehouse through the elevator.

3. A high-efficiency blank drying warehouse according to claim 1, characterized in that an air exhaust device is arranged above the inside of the drying layer, and an air intake device is arranged below the inside of the drying layer.

4. A high-efficiency blank drying warehouse according to claim 3, wherein the outside of the drying layer is connected with an air suction device and an air inlet device through a pipeline to form an air circulation system.

5. A high-efficiency green body drying warehouse as claimed in claim 1, wherein a green body conveying roller line is further arranged inside the drying layer, and a power device of the green body conveying roller line is connected with a control system.

6. A high efficiency green body dryer according to claim 1 wherein said hoist is a multi-deck parallel hoist.

Technical Field

The invention belongs to the technical field of drying in the bathroom industry, and particularly belongs to an efficient blank drying warehouse.

Background

After a blank in the bathroom industry is formed, two procedures of slow drying and quick drying are generally carried out. The drying time and the drying quality of the green body directly or indirectly determine the quality of the product and the rejection rate of the product. The quick drying of the green body is a one-step process most concerned by manufacturers, the whole green body is wet due to insufficient quick drying, and cracks are easy to appear in the kiln-fired green body after the green body is subjected to glaze spraying; the problems of drying crack and the like directly occur when the green body is taken out of a drying warehouse due to quick drying and overdrying. Therefore, a good drying warehouse design influences the quality and the production cost of the product to a certain extent.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provides the high-efficiency green body drying warehouse which is comprehensive in design, convenient to operate, fast and efficient and can realize full automation.

In order to achieve the purpose, the technical scheme provided by the invention is as follows: the high-efficiency green body drying warehouse comprises a control system, a conveying module, a lifting module and drying modules, wherein the drying module is formed by a plurality of drying warehouses side by side, the drying warehouses are layered from top to bottom to form a plurality of drying layers suitable for different green bodies, the lifting module comprises a lifter, the inlet and the outlet of each drying warehouse are respectively provided with the lifter, the conveying module comprises a conveying roller line, the conveying roller line comprises an input roller line and an output roller line, the input roller line is connected with the inlet of each drying warehouse, the output roller line is connected with the outlet of each drying warehouse, and the conveying roller line is further provided with a multi-plate parallel jacking translation machine at the inlet and the outlet of each drying warehouse.

Preferably, the hoister is provided with an identification module capable of identifying different blanks, the identification module and the hoister are both connected with the control system, and the control system conveys the blanks of different types identified by the identification module into corresponding drying layers in the drying warehouse through the hoister.

Preferably, an air exhaust device is arranged above the inside of the drying layer, and an air inlet device is arranged below the inside of the drying layer.

Preferably, the outside of the drying layer is connected with the air suction device and the air inlet device through a pipeline to form an airflow circulating system.

Preferably, a green body conveying roller line is further arranged inside the drying layer, and a power device of the green body conveying roller line is connected with the control system.

Preferably, the hoister is a multi-plate parallel hoister.

The invention has the advantages that: the conveying line module is used for conveying the green bodies, and conveying of the green bodies comprises two parts of warehouse entry conveying and warehouse exit conveying. The conveying module mainly comprises a conveying roller line and two large blocks of a multi-plate parallel jacking translation machine. Conventional dry warehouse entry and exit transports typically use manual pull cart or AGV carts. The manual blank pulling vehicle has low automation degree, and the AGV trolley has high conveying cost. Not only can satisfy full automatization in this design, need not plus artifical labour, the mode equipment fixing cost of price ratio AGV dolly is low moreover.

The invention adopts a multi-plate parallel jacking translation machine, can better finish the action of the blank entering the hoister and improve the conveying efficiency. The lifting module is adopted to complete the green body distribution of the green body to different drying layers. The distribution of the blanks comprises two parts of warehouse-in distribution and warehouse-out collection. The lifting module is composed of a plurality of parallel plate elevators, and the parallel plate elevators are characterized in that the parallel plate elevators can distribute the drying layers while carrying out a plurality of blanks and discharge the drying layers while carrying out a plurality of blanks, so that the warehousing efficiency of the blanks can be improved to a certain extent, the total production time of products is shortened, and the production cost is reduced.

Compared with the traditional drying mode of the drying warehouse, the invention adopts movable drying for the first time, and the control system is utilized to correspondingly adjust and control the moving speed of the blank body of the whole drying house, thereby ensuring that the blank body can move forwards and can be fully dried. The movable drying can enable the whole drying layer to form certain moving air flow, so that the drying speed of the green body is increased, the drying time is shortened, and the drying efficiency is improved. Meanwhile, in the process of moving the green body in the movable drying process, the green body can be dried more fully, the drying effect is improved, and the product quality is improved. The green body is subjected to layered drying, and as for the traditional drying storehouses, one drying storehouse only has one layer, all drying temperature, humidity and time are unified, and the relative adjustment cannot be carried out, so that one drying storehouse cannot simultaneously carry out drying on products of different models. And the drying warehouse adopts layered drying, which is independent and non-interfering. The drying warehouse has the biggest characteristic that the temperature, the humidity and the time of each drying layer can be independently controlled, different types of products can be dried on different drying layers of the same warehouse body, and the flexibility and the diversity of the drying warehouse are greatly improved.

An air exhaust device is arranged above the inside of the drying layer, and an air inlet device is arranged below the inside of the drying layer, so that the air exhaust device can well and fully act on the blank body by hot air and moisture at the bottom, and the blank body is fully dried. Meanwhile, the hot air and the moisture pumped by the air pumping device are connected to the air inlet device at the bottom of the green body through pipelines, so that a circulating system is formed. The circulation system can ensure smooth drying of the green body, can minimize energy consumption of the drying layer and reduce production cost.

Drawings

FIG. 1 is a schematic diagram of an efficient green body drying house according to the present invention;

FIG. 2 is a schematic top view of a high efficiency green body dryer of the present invention;

FIG. 3 is a schematic diagram of a drying cabinet of an efficient green body drying cabinet according to the present invention;

1. a control system; 2. a delivery module; 21. inputting a roller line; 22. outputting a roller line; 23. jacking a translation machine in parallel by multiple plates; 3. a lifting module; 31. a hoist; 4. a drying module; 41. a drying warehouse; 411. drying the layer; 5. and identifying the module.

Detailed Description

The invention is further described below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present invention is not limited thereby.