Thin-type material intensive warehouse management system and method thereof

Abstract

The invention relates to a thin-type material intensive warehouse management system and a method thereof; material can be stored at any empty position inside a warehouse by a manager in a random way; before the material is stored, contact conductive detecting devices at all the storage positions are scanned by the system, and all the empty positions inside the warehouse are prompted by lighting lamps; and after the material is stored, the physical position where the material is positioned is detected by the system, and recording and other processing steps are carried out. If the needed material is taken out, only the bar code or any other attribute information of the material is needed to be input into a terminal of a computer, the physical position where the material is positioned is searched by the system in a background database, and the indicator lamp at the position is lightened at the same time, so that the manager is prompted. The invention can be used for containing tens of thousands materials within a limited space, and the needed material is not needed to be manually found, so that the space utilization rate and the management efficiency are greatly improved.

Description

technical field [0001] The invention belongs to the technical field of storage management, in particular to a dense storage management system and method for thin materials. Background technique [0002] Based on the database, single-chip microcomputer technology, and barcode technology, the random storage of materials is realized, and the real-time detection of the empty and full situation in the warehouse by contacting the conductive induction switch is convenient for the operator to quickly find the vacant position in the warehouse. The software system searches through the database calculation and searches quickly. The address of the vacant storage unit, and guide the staff to go there through the computer graphic visual display and the flickering of the light-emitting diode at the corresponding position. [0003] For example, in the clothing industry, with the improvement of people's living standards, the performance of clothing fabrics and daily textiles is becoming more...

AI Technical Summary

Problems solved by technology

Obviously, in so many fabric sample libraries, the traditional manual sampling, sampling and lofting not only have a large workload, but also have low efficiency. Intensity, improving sampling efficiency and accuracy plays an important role, and it will also promote the improvement of scientific research and teaching level of clothing major

[0004] In the existing related computer information retrieval systems, there are mainly the following defects: 1) It takes time and trouble to leave the warehouse. Before leaving the warehouse, each material must be queried one by one according to the characteristic information such as the warehouse number, cabinet number, and floor number, which requires consumption Only a large amount of labor can find the materials you need; 2) They cannot be stored immediately when they are put into the warehouse, they must be stored in designated locations according to the characteristics of the materials, which is also time-consuming and troublesome; 3) The reliability is low, although for example the patent publication number CN The system in 101187935A provides the function of software query warehouse location, and the operator still needs to remember the warehouse location inquired, and then inquire the required location in order to access, which increases the unreliability in the operation process; 4) The change and conversion of information in and out of the warehouse is complicated, requiring operators to enter information before each warehouse in, and the information of this material must be eliminated before leaving the warehouse, and the use efficiency is low; 5) The space utilization rate is low, and materials must be stored in the specified in the category shelf

Images