CN104464109A - Intelligent self-picking system for tool distribution - Google Patents

Abstract

An intelligent self-pickup system for tool distribution, which is composed of a tool self-pickup box, an intelligent electromagnetic lock, a human-computer interaction panel, and a self-pickup system software; the tool self-pickup box is composed of several tool storage units, which are installed in each workshop for the convenience of craftsmen and warehouses The position where the staff operates; the intelligent electromagnetic lock is mainly composed of an induction card reader-writer and an authorized induction cabinet lock. The intelligent electromagnetic lock reads and confirms the identity through the induction card reader-writer. Close; the human-computer interaction panel is equipped with an identification device and a tool information scanning device; the self-extraction system software is written in C# language, and the operation of the tool self-extraction system is controlled by the software. The invention saves a large amount of manpower and material resources for cutting tool logistics, simplifies the cumbersome steps of cutting tool distribution, and improves work efficiency.

Description

Tool distribution intelligent self-lifting system

technical field

The invention belongs to the technical field of mechanical processing, and in particular relates to an intelligent self-lifting system for tool distribution.

Background technique

The cutting tool is an indispensable processing tool in the process of machining and manufacturing, and a direct participant in the production process. It is an indispensable means and conditions for workers to engage in production activities and realize the process. With the rapid development of the manufacturing industry, key industries such as the automobile industry, the aerospace industry, and the mold industry have continuously put forward higher requirements for cutting tools; the demand for cutting tools is increasing day by day, and the distribution of cutting tools in the production process has become a key link. . At present, the most commonly used tool distribution method is: first, the craftsman formulates the process card according to the part processing task and proposes the tool demand; then, the operator of the CNC machine tool fills in the application form according to the process card; finally, the tool warehouse manager temporarily prepares the tool according to the application form And carry out the assembly, pre-adjustment of the tool, and submit it to the operator; this kind of tool delivery method also has some shortcomings that are difficult to overcome: first, it wastes time; second, it wastes manpower; third, the steps are complicated.

Contents of the invention

The object of the present invention is to provide an intelligent self-lifting system for cutting tool distribution with a wide range of application in order to overcome the shortcomings of the above-mentioned traditional workshop cutting tool distribution method.

The intelligent self-lifting system for knife distribution involved in the present invention is composed of a tool self-extraction box, an intelligent electromagnetic lock, a human-computer interaction panel, and self-extraction system software; the tool self-extraction box is composed of several tool storage units, which are installed in each workshop to facilitate the process The position where personnel and warehouse staff operate; the intelligent electromagnetic lock is mainly composed of an induction card reader and an authorized induction cabinet lock. The intelligent electromagnetic lock reads and confirms the identity through the induction card reader. The opening and closing of the tool; the human-computer interaction panel is equipped with an identification device and a tool information scanning device; the self-extraction system software is written in C# language, and the operation of the tool self-extraction system is controlled by the software.

The intelligent self-pick-up system for knife distribution involved in the present invention obtains the demand for knives through intelligent calculation. The warehouse personnel prepare the required knives and send them to the self-pick-up box. There is no need for operators to change knives and search for knives in the warehouse. Temporary assembly and pre-adjustment of the tool saves a lot of manpower and time; the invention has simple operation steps, reduces the cross influence of personnel from different departments, and reduces the accumulation of errors.

Description of drawings

Fig. 1 is a system configuration diagram of the present invention;

Fig. 2 is a work flow chart of the present invention;

Fig. 3 is a software program block diagram of the present invention.

Detailed ways

The present invention will be described in detail below in conjunction with the accompanying drawings and embodiments. It should be noted that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

Example:

The intelligent self-pickup system for tool distribution involved in this embodiment is composed of a tool self-pickup box, an intelligent electromagnetic lock, a human-computer interaction panel, and a self-pickup system software, as shown in Figure 1; wherein:

(1) The construction of the tool pick-up box. The tool carrying case is composed of multiple units of different sizes, which can be freely selected according to the size of different batches of tools. Tool self-carrying boxes are set in the activity range of each workshop, and the specific location can be determined according to the location of the warehouse and workshop, so that the craftsmen and warehouse staff can reach the effect conveniently. In addition, there is a requirement for the location to have electronic equipment connections such as power systems.

(2) Intelligent electromagnetic lock. The electromagnetic lock uses the electromagnetic principle. When the current passes through the silicon steel sheet, the strong suction force generated by the electromagnetic lock will hold the iron plate tightly to achieve the effect of locking the door. The principle of electromagnetic lock door opening is that the access control system that controls the power supply of the electromagnetic lock will cut off the power after the identification is correct, and the door can be opened when the electromagnetic lock loses its suction. Intelligent electromagnetic lock components mainly include management computer, proximity card reader, handheld machine, card issuing, authorized induction cabinet lock and M1 induction card, etc.

(3) Human-computer interaction panel. The interactive panel is provided with an identification device and a tool information scanning device. The staff in the warehouse use the identification card to confirm their identity and open the interactive system. The tool information scanning device scans the tool information and records the tool information. When receiving the tool, the workshop personnel use the identification card to confirm the identity, read the task information, and the panel displays the specification, model, quantity and other information of the tool. After confirmation, the tool can be picked up.

(4) Self-extracting system software. The software mainly includes card reader module, input module, data storage module, function module, printing module and task prompt module, as shown in Figure 3. When the tool arrives at the self-pickup box, the self-pickup system will automatically generate and send the pick-up information and pick-up code to the corresponding workshop personnel, and the workshop staff will pick up the corresponding tool based on the pick-up code. The system sets the time alarm function, and if no one responds to the task within the specified time, the corresponding workshop personnel will be reminded again. If the task still has not been responded to in a timely manner, the warehouse management is notified to retrieve the tool and the shop floor personnel is informed of this.

The workflow of this embodiment is shown in FIG. 2 .

In the tool distribution link, the required tools are planned according to the processing plan, and the warehouse management personnel put the corresponding tools into the corresponding self-pickup boxes, and the self-pickup system automatically sends the corresponding verification code to the workshop technicians. Then, the craftsman first confirms the corresponding information through the identification card, and then enters the extraction verification code to open the intelligent electromagnetic lock to extract the required tools.

In the recycling process, the craftsmen in the workshop first confirm the information through the identification card, open the smart electromagnetic lock, select the tool recycling option on the panel, and the tool information scanning device scans the tool. When the number of knives in the pick-up box reaches a certain amount, the pick-up system will immediately notify the tool management personnel of the workshop to recover the knives. Therefore, there will be no situation where the operator cannot deposit the knives.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the principles and spirit of the present invention are all included in the protection of the present invention. within range.

Claims (1)

1. An intelligent self-lifting system for cutter distribution, characterized in that: the system is composed of a cutter self-retrieval box, an intelligent electromagnetic lock, a human-computer interaction panel, and a self-retrieval system software; the cutter self-retrieval box is composed of several cutter storage units, set In each workshop, it is convenient for craftsman and warehouse staff to operate; the intelligent electromagnetic lock is mainly composed of an induction card reader and an authorized induction cabinet lock. The intelligent electromagnetic lock reads and confirms the identity through the induction card reader, and the authorized induction cabinet lock responds Finally, the opening and closing of the self-extraction box is realized; the human-computer interaction panel is equipped with an identification device and a tool information scanning device; the self-extraction system software is written in C# language, and the operation of the tool self-extraction system is controlled through the software.