What is the workflow of an automated three dimensional warehouse?

The finished products to be put into storage are typed by the terminal operator of the warehousing terminal into the product name, specification model and quantity. The control system receives the storage data through the man-machine interface, and automatically allocates a cargo location and prompts the storage roadway according to the principles of uniform distribution, first down and then up, lower heavy and lighter, nearby warehousing, ABC classification and principles. According to the prompts, the porter can send the goods loaded on the standard pallet from the small battery truck to the storage platform of the roadway.

The monitor instructs the pallet to be stacked and stored in the designated location. There are two types of inventory data warehousing processing: one is that the operator is required to input the product name (or **), model, specification, quantity, warehousing date, production unit and other information on the warehousing pallet through the human-machine interface on the warehousing client after the product is put into storage; The other is pallet warehousing.

2. The bottom two ends of the outbound process are the finished product outbound area, and the control room and the terminal are each equipped with an outbound terminal, and the LED display screen is provided at each roadway to prompt the goods to be sent to the assembly platform. After the operator types the product name, specification, model and quantity, the control system finds out the pallets that meet the conditions and the quantity is equivalent or slightly more than the number of finished products that meet the conditions of the warehouse according to the principle of first-in-first-out, nearby delivery, and priority of delivery, and modify the corresponding account data, and automatically send all kinds of finished product pallets that need to be shipped out of the warehouse to the outbound platform of each roadway, and take them out and send them to the car through the battery car. At the same time, after the outbound system completes the outbound operation, it forms an outbound order on the client.

3. Return to the empty tray processing process After the bottom layer of the empty pallet is manually stacked, the operator keys the empty pallet return operation order, and the porter uses a battery car to send it to a roadway mouth on the bottom layer according to the prompt, and the stacker automatically sends the empty pallet back to the three-dimensional warehouse.

At the original entrance of the second, third and fourth floors, the empty pallets are pulled away by each workshop to form a certain turnover.

The upper computer gives orders to the lower actuator, that is, to the stacker crane and conveyor, etc. At the same time, the WMS location management system processes the locations in the shelves.

a.It is stored and taken out by transportation machinery.

b.Improve the utilization efficiency of the storage space of the pure Ling brother.

c.It is completed by mechanized automation equipment controlled by computer management.

d.Labor intensive.

Correct answer: ABC

Automated three-dimensional warehouse generally adopts several layers or even more than a dozen layers of shelf storage system, this storage system can make full use of space, so it is also called "three-dimensional warehouse". The automated three-dimensional warehouse does not need to manually process the goods, and only needs to design the entire system to realize automatic access to the goods, which improves the storage efficiency.

The automated three-dimensional warehouse is one of the high-tech products that has attracted attention in the modern era, which allows machinery and equipment to handle materials without the direct participation of personnel. Its whole system is composed of multi-layer shelves, automatic stool feeding, automatic sorting, stacker, shuttle, computer and communication systems, integrating automation technology, automatic guided vehicle technology, robotics and automatic warehousing.

The storage of materials in the automated vertical shelves is carried out on the inbound platform. It works by transporting the goods to a pallet at the inbound platform, and the warehousing process is completed automatically after the list of goods is manually confirmed. The automatic conveyor line can send the palletized goods to the end of the Shenzao, and the intelligent stacker crane and shuttle will send them to the pre-allocated cargo position of the main control computer for storage, with high work efficiency, accurate storage and convenient management.

Because it is an intelligent warehousing system, the transmission of some documents can be carried out by the computer, which reduces the errors or omissions that may be caused by manual statistics. In addition, the automated three-dimensional warehouse is more efficient in the use of warehouse space, and this intensive storage system of materials is not only more convenient to manage, but also can reduce the waste of warehouse space. All the access work is controlled by the computer, and you can choose a more reasonable storage location according to your needs, and it is also very convenient to take out the goods.

The material out of the automated three-dimensional warehouse is input by the production management personnel to the main control computer, and the computer will control the stacker crane to take out the corresponding inventory goods from the cargo location according to the variety of the outbound order according to a certain principle, and the conveyor line will automatically transport the goods to the outbound platform for call.

An automated warehouse is a system that can automatically store and retrieve materials without direct human intervention. It is made of multi-layer cargo structure, usually the material is stored in a standard box or pallet, and then the roadway stacking crane realizes the material access operation for any cargo location, and uses the computer to realize the automatic access control and management of the material.

Taking HSWMS as an example, for the shelf-type warehouse, RFID + vehicle tablet method is used to complete operations such as receiving, quality inspection, warehousing, and warehousing.

High-bay warehouses are referred to as high-bay warehouses. Generally, it refers to the use of several layers, more than a dozen layers or even dozens of floors high shelves to store unit goods, with the corresponding material handling equipment for the storage and delivery of goods next to the warehouse. Because this kind of warehouse can make full use of the space to store goods, it is often vividly called "three-dimensional warehouse".

Taking HSWMS as an example, for the three-dimensional warehouse type warehouse, WMS+WCS is used to generate inbound and outbound instructions through WMS, and then send them to the field equipment through WCS to complete the operations of receiving socks and oaks, warehousing, and warehousing.

The role of automated three-dimensional warehouse: accurate query and data processing of real-time dynamic inventory information save manpower, material resources, storage space, improve operation efficiency, reduce waste, realize the rationalization of high-level warehouses, automatic access and simple operation; Automated three-dimensional warehouse is a form with a high level of current technology.

The main body of the automated three-dimensional warehouse is composed of shelves, roadway stacking cranes, inbound (out) warehouse workbenches and automatic inbound (out) and operation control systems. The shelf is a steel structure or reinforced concrete structure of the building or structure, the shelf is a standard size of the cargo space, the roadway stacking crane through the roadway between the shelves, to complete the work of storage and pick-up. Computer and barcode technology are used in management.

Accurate query and data processing of real-time dynamic inventory information.

Save manpower, material resources, storage space, improve operation efficiency, and reduce waste.

The advantages of automated three-dimensional warehouse are multifaceted, and for enterprises, it can be reflected from the following aspects:

1. Improve space utilization.

The basic starting point of the early concept of high-rise warehouse was to improve the utilization rate of space and fully save the limited and valuable land. In some developed countries in the West, the idea of improving space utilization has a broader and deeper meaning, and saving land has been linked to more aspects such as energy conservation and environmental protection. Some even treat the utilization rate of space as an important indicator of the rationality and advancement of the system.

The space utilization rate of the three-dimensional library is closely related to its planning. Generally speaking, the space utilization rate of automated high-bay warehouses is 2-5 times that of ordinary flat warehouses. That's quite impressive.

2. It is convenient to form an advanced logistics system and improve the production management level of enterprises. The automated three-dimensional warehouse adopts advanced automated material handling equipment, which can not only make the goods automatically accessed in the warehouse according to the needs, but also can be organically connected with the production links outside the warehouse, and make the warehouse an important link in the production logistics of the enterprise through the computer management system and automated material handling equipment. Enterprise purchased parts and self-made production parts into the automated warehouse storage is a part of the whole production, short-term storage is to automatically output to the next process at the specified time for production, so as to form an automated logistics system, this is a kind of "dynamic storage", but also an obvious technical trend in the development of today's automated warehouse.

There are a number of prerequisites for automated high-rise warehouses. One is a large-scale operation, the other is a neat package, or the benefits of your automated warehouse are: 1. Save manpower input; 2. Improve inventory accuracy; 3. Warehouse.