TW201627788A - System and method for injection molding production management - Google Patents

Abstract

The invention provides a system and method for managing an injection molding production applied to a production site having at least an injection molding machine and at least a machine-assisting apparatus, the system for managing an injection molding production including: an injection molding machine control panel for controlling the injection molding machine and a production management panel connected to the injection molding machine control panel, wherein the production management panel collects the working status and configuration parameters of the injection molding machine, and the production management panel and the machine-assisting apparatus are connected to collect the working status and the configuration parameters of the machine-assisting apparatus, thereby adjusting one or more of the working status and configuration parameters of the injection molding machine, the working status and configuration parameters of the machine-assisting apparatus according to standard-matched configurations to realize unity management of the injection molding machine and the machine-assisting apparatus for optimal performance and efficiency.

Description

Injection production management system and method

The present invention relates to the field of injection technology, and more particularly to an injection production management system and method.

At present, with the development of plastic technology and the wide application of engineering plastics, plastic products are increasingly appearing in people's production and life. High-tech products closely related to strategic emerging industries also include many plastic products or Plastic parts, the requirements for the manufacturing technology and precision of the injection equipment are getting higher and higher, and the requirements for the injection production management system are getting higher and higher.

At present, at the production site of plastic products, the injection machine is usually controlled by a control panel installed on the injection machine according to a set working program, and the operation process of the auxiliary machine of the injection machine is managed through the actual experience of the operator.

However, the main function of the existing injection machine control panel is to improve the production accuracy and speed of the injection machine. Only the predetermined fixed program can be used to control the mechanical action of each step of the injection machine, and the actual experience of the operator is used to manage the injection. The operation process of the auxiliary equipment of the machine is the skill of the operator The technical requirements are relatively high, and it takes a long time to accumulate operational experience. Therefore, it is difficult to ensure that the production of the injection machine and the auxiliary equipment are optimally matched in the actual production process, thereby easily reducing work efficiency and product quality.

In view of this, the present invention provides an injection production management system and method for achieving an optimal fit state of an injection machine and an auxiliary machine device, improving work efficiency, and improving product quality.

In order to achieve the above object, the technical solution provided by the present invention is as follows: an injection production management system is applied to an injection production site having at least one injection machine and at least one auxiliary machine device, the injection production management system comprising: an injection machine control panel, And a production management panel, wherein the production management panel is connected to the injection machine control panel, collecting an injection machine working state of the injection machine and an injection machine configuration parameter, and the production management panel and the auxiliary The machine equipment is connected to collect the auxiliary machine working state and the auxiliary machine configuration parameter of the auxiliary machine device, and the production management panel prestores a standard matching configuration of the injection machine and the auxiliary machine device, and is used for matching according to the standard. One or more of the injection machine working state, the injection machine configuration parameter, the auxiliary machine working state, and the auxiliary machine configuration parameter are adjusted to achieve unified management of the injection machine and the auxiliary machine device.

Preferably, the production management panel is further connected with a production button group, a card swipe machine, a sensor, a barcode machine and a field indicator light, which are respectively used for collecting operation information, personnel information, environmental information, raw material information and the information of the injection production site. Device information.

Preferably, the injection production management system comprises: a production management system a server; the production management panel is connected to the production management system server for using the injection machine working state, the auxiliary machine working state, the injection machine configuration parameter, the auxiliary machine configuration parameter, and the operation information and personnel of the injection production site Information, environmental information, raw material information and equipment information are sent to the production management system server.

Preferably, the production management system server sends the injection machine adjustment command, the auxiliary machine adjustment command, the current production task data or the standard operation specification to the production management panel to realize the far exit of the injection machine and the auxiliary machine device. End management.

Preferably, the auxiliary equipment comprises: a robot, an automatic feeder, a storage tank, a drying hopper, a dehumidifying dryer, a mold temperature machine, a chiller, an air cooler, a pulverizer, a cooling water tower, an air compressor, and an oven. .

Preferably, the production management panel is provided with an interface for connecting an external device.

Preferably, the production management panel comprises: a display, the output working state of the injection machine, the auxiliary machine working state, the injection machine configuration parameter, the auxiliary machine configuration parameter, the operation information of the injection production site collected by the production management panel, Personnel information, environmental information, raw material information and equipment information, one or more of the injector adjustment instructions, auxiliary machine adjustment commands, current production task data, and standard operating specifications sent by the production management system server are displayed.

The present invention also provides an injection production management method for an injection production site having at least one injection machine and at least one auxiliary machine, comprising: collecting an injection machine working state of the injection machine at the injection production site and an injection machine Configuring parameters; collecting auxiliary machine working state and auxiliary machine configuration parameters of the auxiliary machine of the injection machine; and adjusting the working state of the injection machine and the configuration parameters of the injection machine according to the pre-stored standard configuration of the injection machine and the auxiliary machine One or more of the auxiliary machine working state and the auxiliary machine configuration parameter to achieve unified management of the injection machine and the auxiliary machine device.

Preferably, the injection production management method comprises: the injection machine working state, the auxiliary machine working state, the injection machine configuration parameter, the auxiliary machine configuration parameter, and the operation information, personnel information, environmental information, and raw material information of the injection production site. And device information is sent to the production management system server.

Preferably, the injection production management method comprises: receiving an injection machine adjustment instruction, an auxiliary machine adjustment instruction, a current production task data or a standard operation specification of the production management system server, so as to implement the injection machine and the auxiliary machine. Remote management of the device.

According to the technical solution provided by the present invention, the present invention provides an injection production management system and method, wherein the injection production management system includes: an injection machine control panel for controlling the injection machine, and a control panel for the injection machine a connection production management panel, wherein the production management panel is configured to collect an injection machine working state of the injection machine and an injection machine configuration parameter, and the production management panel is connected with the auxiliary machine device of the injection machine, and the auxiliary machine is collected The auxiliary working state of the device and the auxiliary machine configuration parameter, and the standard matching configuration of the injection machine and the auxiliary machine device is pre-stored in the production management panel, and is used for adjusting the working state of the injection machine and the injection machine configuration according to the standard configuration. One or more of parameters, auxiliary machine operating states, and auxiliary machine configuration parameters to achieve unified management of the injector and the auxiliary device. such, The working state of the injection machine of the injection machine and the auxiliary machine working state of the auxiliary machine device can be obtained, and then the working state of the injection machine, the configuration parameters of the injection machine, and the auxiliary machine work are adjusted according to the pre-stored standard configuration of the injection machine and the auxiliary machine device. One or more of the state and the auxiliary machine configuration parameters, the auxiliary machine working state of the auxiliary machine device is matched with the injection machine working state of the injection machine, thereby achieving the best cooperation state of the injection machine and the auxiliary machine device, thereby improving work efficiency, Improve product quality.

1‧‧‧Injector Control Panel

2‧‧‧Production Management Panel

3‧‧‧Auxiliary equipment

4‧‧‧Production Management System Server

S11, S12, S13, S21, S22, S23, S24, S25‧ ‧ steps

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the description of the prior art will be briefly described below. Obviously, the drawings in the following description are only Some of the embodiments described in the invention can be obtained by those skilled in the art from the drawings without departing from the drawings.

1 is a schematic structural diagram of an injection production management system of the present invention; FIG. 2 is a schematic diagram of another injection production management system of the present invention; and FIG. 3 is a flow of an injection production management method of the present invention. Schematic diagram; and Fig. 4 is a schematic flow chart of another injection production management method of the present invention.

The embodiments of the present invention are described below by way of specific embodiments. Other advantages and utilities of the present invention will be readily apparent to those skilled in the art from this disclosure.

It is to be understood that the structure, the proportions, the size, and the like of the present invention are intended to be used in conjunction with the disclosure of the specification, and are not intended to limit the invention. The conditions are limited, so it is not technically meaningful. Any modification of the structure, change of the proportional relationship or adjustment of the size should remain in this book without affecting the effects and the objectives that can be achieved by the present invention. The technical content disclosed in the invention can be covered. In the meantime, the terms "upper" and "one" as used in the specification are merely for convenience of description, and are not intended to limit the scope of the invention, and the relative relationship is changed or adjusted. Substantially changing the technical content is also considered to be within the scope of the invention.

Glossary:

Injection machine working status: mainly refers to the status information related to the production of the injection machine, such as idle, upper mold, mold adjustment, first piece inspection, normal production, equipment maintenance and other information; auxiliary machine working status: mainly refers to the status information related to auxiliary machine production For example, idle, debugging, production, abnormal, maintenance and other information; injection machine configuration parameters: mainly refers to the relevant information settings for normal production of the equipment, such as injection pressure, flow, position or switch mode parameters; and auxiliary machine configuration parameters: mainly Refers to the setting information related to the production of the injection machine. For example, the mold temperature machine needs to set the relevant problems according to the products produced by the injection machine. The robot needs to set the different products according to the products produced. Information such as the movement track and movement position of the robot arm.

In order to make those skilled in the art better understand the technical solutions in the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the present invention. The embodiments are only a part of the embodiments of the invention, and not all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts shall fall within the scope of the present invention.

Embodiment 1:

FIG. 1 is a schematic structural diagram of an injection production management system according to an embodiment of the present invention.

Referring to FIG. 1 , an injection production management system provided by an embodiment of the present invention is applied to an injection production site, and the injection production management system includes a production management panel 2 and an injection machine control panel 1 .

The injection machine control panel 1 mainly controls the injection machine according to the setting of the person, and performs the production operation according to the setting of the person.

The production management panel 2 is connected to the injection machine control panel 1 of the injection production site, and collects the injection machine operating state and the injection machine configuration parameters of the injection machine.

On the other hand, the production management panel 2 is connected to at least one auxiliary machine device 3 of the injection machine, and collects the auxiliary machine working state and the auxiliary machine configuration parameters of the at least one auxiliary machine device 3.

In the embodiment of the present invention, the production management panel 2 can be connected to the injection machine control panel 1 of the injection production site through a bus bar to collect and shoot. The machine's injector operating status and injector configuration parameters.

The production management panel 2 may be connected to at least one auxiliary equipment of the injection machine that is injected out of the production site through the information acquisition card, or may be connected to at least one auxiliary equipment of the injection machine that is injected out of the production site through the bus bar, and The information collecting card and the bus bar may be connected to at least one auxiliary device of the injection machine that is injected out of the production site, and the information collecting card collects the auxiliary working state and the auxiliary machine configuration parameter of at least one auxiliary device of the injection machine, and The auxiliary machine working state and the auxiliary machine configuration parameter of the at least one auxiliary machine device are sent to the production management panel 2.

The production management panel 2 prestores a standard matching configuration of the injection machine and the at least one auxiliary machine device, and is used for adjusting the working state of the injection machine, the configuration parameters of the injection machine, the working state of the auxiliary machine, and the auxiliary machine configuration parameters according to the standard configuration. One or more of the ones to achieve unified management of the injector and the at least one auxiliary device.

Receiving, by the production management panel 2, the auxiliary machine device of the at least one auxiliary device collected by the information collection card when the information acquisition card is connected to the at least one auxiliary device of the injection device, according to the pre-stored the injection machine and the at least The standard matching configuration of an auxiliary equipment determines whether the auxiliary working state of the at least one auxiliary equipment matches the working state of the injection machine. If not, the auxiliary machine adjustment instruction may be generated, and the auxiliary machine adjustment instruction is sent to The information acquisition card is configured to enable the information acquisition card to adjust the auxiliary machine working state and the auxiliary machine configuration parameter of the at least one auxiliary machine according to the auxiliary machine adjustment instruction, so that the auxiliary machine working state of the at least one auxiliary machine device matches the working state of the injection machine .

Various types of sensors can be integrated in the information acquisition card. The production management panel 2 can be applied with a PLC or a single-chip computer or an industrial computer. The production management panel 2 can be provided with an interface or a bus bar for connecting external devices, and the information acquisition card can be connected through the convergence. The row or wafer is connected to the production management panel 2. The information acquisition card adopts a general agreement, and can be connected with any auxiliary equipment of the injection machine on the market, and can quickly and accurately collect the auxiliary working state of the auxiliary equipment. To achieve standardized management of the injection production site.

When the production management panel 2 is connected to at least one auxiliary equipment of the injection machine through the bus bar, the auxiliary machine working state of the at least one auxiliary machine device is collected through the bus bar, according to the pre-stored the injection machine and the at least one auxiliary machine device The standard matching configuration determines whether the auxiliary working state of the at least one auxiliary equipment matches the working state of the injection machine. If not, the auxiliary machine adjustment instruction may be generated, and the auxiliary machine of the at least one auxiliary machine is adjusted according to the auxiliary machine adjustment instruction. The working state and the auxiliary machine configuration parameter are such that the auxiliary working state of the at least one auxiliary machine device matches the working state of the injection machine.

In the embodiment of the present invention, the injection production management system is an integrated system for standardizing and managing the injection machine and the auxiliary machine equipment, and the auxiliary machine equipment for the injection machine and the injection machine, such as: a robot, an automatic loading machine, a storage bin, Dry hopper, dehumidifying dryer, mold temperature machine, chiller, air cooler, pulverizer, cooling tower, air compressor, oven, etc. are managed in a unified manner, and the injection machine control panel 1 is connected to the production management panel 2 through the bus bar, The auxiliary equipment of all the injection machines is connected to the production management panel 2 of the injection production management system through the information acquisition card or the bus bar.

In the prior art, the auxiliary equipment that is shot at the production site is often Manually controlled separately, when used in conjunction with the injection machine, due to the difference in personnel between each commissioning and the experience of the personnel, the relevant settings for each production may be different, which makes it difficult to ensure the injection machine and auxiliary equipment in the actual production process. Every production is optimally matched, which makes it easy to reduce work efficiency and product quality.

In the embodiment of the present invention, the injection production management system is connected with the injection machine and the auxiliary equipment through the bus bar, the information acquisition card, or various external interfaces, and performs data interaction, and can record the best match of the injection machine and the auxiliary machine equipment. Setting, as a pre-existing standard configuration of the injection machine and the at least one auxiliary machine device, and then collecting the injection machine working state of the injection machine, the injection configuration parameter, the auxiliary machine working state of the auxiliary machine device, and the auxiliary machine configuration parameter, for pre-storing The standard configuration of the injection machine and the at least one auxiliary machine device is configured to adjust one or more of the working state of the injection machine, the injection configuration parameter, the auxiliary machine working state, and the auxiliary machine configuration parameter, so as to make the auxiliary machine auxiliary device The working state matches the working state of the injector. Thereby, the complete control of the working state of each production unit on the site can be realized, and the perfect cooperation and standardization work of the field equipment can be ensured.

In the technology disclosed in the embodiment, the working state of the injection machine of the injection machine and the auxiliary working state of the auxiliary machine device can be obtained, and then the working of the injection machine is adjusted according to the pre-stored standard configuration of the injection machine and the at least one auxiliary machine device. One or more of the state, the injection machine configuration parameter, the auxiliary machine working state and the auxiliary machine configuration parameter, so that the auxiliary machine working state of the auxiliary machine device matches the injection machine working state of the injection machine, and the injection machine and the auxiliary machine device are realized. The best fit, improve work efficiency and improve product quality.

Embodiment 2:

FIG. 2 is a schematic structural diagram of another injection production management system according to an embodiment of the present invention.

Referring to FIG. 2, on the basis of the first embodiment, the injection production management system provided by the embodiment of the present invention further includes a production management system server 4.

The production management panel 2 is connected to the production management system server 4 for using the injection machine working state, the auxiliary machine working state, the injection machine configuration parameter, the auxiliary machine configuration parameter, and the operation information, personnel information, and environment of the injection production site. Information, material information, and equipment information are sent to the production management system server 4.

The control panel of the injection machine mainly controls the injection machine according to the setting of the personnel, and performs the production action according to the setting of the personnel. For example, when the pressure is set to 50, the control panel of the injection machine controls the injection machine to make a pressure. When it reaches 50, when the actual pressure is greater than or less than 50, the injection machine control panel will automatically adjust to maintain its pressure at 50.

The function of the production management panel is to collect the information of the injection machine together with the information of the auxiliary machine, and to instantly know the production information of the injection machine and the auxiliary machine on the production management panel, and the production management panel can be performed with the production management system server 4. Connection, so that real-time interaction between the site and the manager, the production management panel can receive information such as the production tasks and production standard process flow issued by the manager to the site, and can also feed back the production information of the injection machine and the auxiliary machine to the manager, for example The manager can send a message to the field operator to set a pressure standard setting of 50, then the field operator will You can see the manager's request. When the field personnel actually set the injection machine to shoot a pressure of 60, the manager can know at any time.

In the embodiment of the present invention, the injection production management system supports remote network monitoring, and the production management system server 4 can be disposed at a position away from the production site. For example, in the workshop office, the production management system server 4 can run the production management software. The production management system server 4 is connected to the production management panel 2 through the EtherNet network route or the Wifi wireless signal, and receives and saves the working state of the injection machine, the working state of the auxiliary machine, the configuration parameters of the injection machine, and the auxiliary machine configuration collected by the production management panel 2. The parameters, as well as the operation information, personnel information, environmental information, raw materials information and equipment information of the injection production site, etc., can be realized by the production management software to realize the remote monitoring function in the production management. The software directly views the working status and configuration parameters of the injection machine and the auxiliary equipment at the production site, so that the management personnel can perform unified remote control on various equipments that are shot at the production site, so that the staff can view and monitor the office while sitting in the office. The operation of the workshop machine.

In addition, the production management panel 2 can be connected with any one or a combination of a production button group, a credit card machine, a scanner, a barcode machine, a live indicator light, a mobile phone, and a PDA, and is used to collect the operation of the injection production site, respectively. Information, personnel information, environmental information, raw materials information and equipment information are used to assist production and achieve centralized management of on-site production.

In practical application, the production management panel 2 is placed in a certain position of a production unit, for example, can be placed beside the injection machine control panel 1. When the production management panel 2 is connected to the mobile phone, the production tube can be regulated by the mobile phone. The management panel 2, the communication between the production management panel 2 and the mobile phone is divided into the following two parts: when the mobile phone is within a certain range from the production management panel 2, the relevant information on the production management panel 2 can be automatically obtained through wifi, such as production. The unit's document information, production information, setting information, etc.; the mobile phone can be parameterized for the production management panel 2, such as the parameter collection information of the production management panel 2, the collection frequency, the screen display content and the like.

In addition, the production management system server 4 can also generate an injection machine adjustment instruction and/or an auxiliary machine adjustment instruction according to the injection machine working state, the auxiliary machine working state, the injection machine configuration parameter, and the auxiliary machine configuration parameter, and the injection machine adjustment instruction. And/or an auxiliary machine adjustment command is sent to the production management panel 2, so that the production management panel 2 adjusts the injection machine configuration parameters of the injection machine at the injection production site according to the injection machine adjustment command, and/or adjusts according to the auxiliary machine. The instruction adjusts the auxiliary machine configuration parameter of the at least one auxiliary device to implement remote management of the injector and the at least one auxiliary device.

Further, the production management system server 4 can also send the current production task data and the standard operation specification to the production management panel 2, so that the production management panel 2 arranges production according to the production task data and the standard operation specification.

In the embodiment of the present invention, the production management panel 2 in the injection production management system is connected with the production management system server 4, so that the working state and configuration parameters of the equipment at the current production site can be instantly known, thereby ensuring the operation of the equipment on the site and The relevant configuration parameters are carried out according to the specifications for the administrator's reference and decision. The production management software in the production management system server 4 can also be used to instantly manage the configuration parameters of each device on the production site. The number includes the injection machine configuration parameters of the injection machine and the auxiliary machine configuration parameters of the auxiliary machine equipment, and the manager can directly transfer the current production task data and standard operation specifications to the production management panel 2 through the production management software, thereby further Facilitate communication between management and field operators. The injection production management system is the carrier for the communication between the management and the on-site personnel. It is also the guarantee for the standardized production of the production site. The injection machine and related auxiliary equipment are all produced under the optimal conditions, which can speed up the production schedule and reduce the production schedule. Energy consumption and energy conservation.

Further, the production management panel 2 can select different displays according to actual needs, and the display and the host of the production management panel 2 are connected by using HDMI or VGA, and the working state of the injection machine received by the production management panel 2, the working state of the auxiliary machine, and the injection are displayed. Machine configuration parameters, auxiliary machine configuration parameters, operation information of the injection production site, personnel information, environmental information, raw material information and equipment information, the injection machine adjustment command sent by the production management system server, auxiliary machine adjustment instruction, current One or more of the production task data and standard operating specifications, so that the on-site operator can monitor various data, and can also set the display as a touch screen to view various setting information and status information of the machine through hand touch. And set the actual working status of the machine to achieve visual management of the injection machine and auxiliary equipment.

According to the above-mentioned injection production management system provided by the embodiment of the present invention, not only the injection machine working state of the injection machine, the injection machine configuration parameter, the auxiliary machine working state of the auxiliary machine device, the auxiliary machine configuration parameter, but also the pre-stored injection machine can be obtained. Standard configuration with the at least one auxiliary equipment, adjustment auxiliary The auxiliary machine working state of the machine equipment matches the working state of the auxiliary machine of the auxiliary machine with the working state of the injection machine of the injection machine, so as to achieve the best cooperation state of the injection machine and the auxiliary machine, and can also pass the production management system server and The remote connection of the production management panel enables remote management of the injection production site, further improving work efficiency and improving product quality.

For the convenience of description, the devices in the above system are described as being separately divided into various components by function. Of course, the function of the various components can be implemented in the same or multiple software and/or hardware in the practice of the invention.

Embodiment 3:

FIG. 3 is a schematic flowchart diagram of an injection production management method according to an embodiment of the present invention.

The injection production management method provided in this embodiment is applied to an injection production site, and includes:

Step S11: collecting the working state of the injection machine and the injection machine configuration parameters of the injection machine that is shot at the production site.

Step S12: collecting an auxiliary machine working state and an auxiliary machine configuration parameter of at least one auxiliary machine device of the injection machine.

Step S13: Adjust one or more of the working state of the injection machine, the configuration parameters of the injection machine, the working state of the auxiliary machine, and the auxiliary machine configuration parameters according to the pre-stored standard configuration of the injection machine and the at least one auxiliary machine device. Unified management of the injector and the at least one auxiliary equipment.

The injection production management method provided by the embodiment of the present invention is applied to the injection production management system of the above embodiment, and can obtain the injection machine working state of the injection machine, the injection machine configuration parameter, and the auxiliary machine working state of the auxiliary machine device, Auxiliary machine configuration parameter, and then adjusting one or more of the injection machine working state, the injection machine configuration parameter, the auxiliary machine working state and the auxiliary machine configuration parameter according to the pre-stored standard configuration of the injection machine and the at least one auxiliary machine device The auxiliary machine working state of the auxiliary machine equipment is matched with the working state of the injection machine of the injection machine to realize the best cooperation state of the injection machine and the auxiliary machine equipment, thereby improving work efficiency and improving product quality.

Embodiment 4:

FIG. 4 is a schematic flow chart of another injection production management method according to an embodiment of the present invention.

The injection production management method provided in this embodiment is applied to an injection production site, and includes:

Step S21: collecting the working state of the injection machine and the injection machine configuration parameters of the injection machine that is shot at the production site.

Step S22: collecting an auxiliary machine working state and an auxiliary machine configuration parameter of at least one auxiliary machine device of the injection machine.

Step S23: Adjust one or more of the working state of the injector, the configuration parameters of the injector, the working state of the auxiliary machine, and the configuration parameters of the auxiliary machine according to the pre-stored standard configuration of the injection machine and the at least one auxiliary device to implement Unified management of the injector and the at least one auxiliary equipment.

Step S24: transmitting the working state of the injection machine, the working state of the auxiliary machine, the configuration parameters of the injection machine, the configuration parameters of the auxiliary machine, and the operation information, personnel information, environmental information, raw material information and equipment information of the injection production site to the production management system servo. Device.

Step S25: receiving the injection machine adjustment of the production management system server Instructions, auxiliary machine adjustment commands, current production task data, or standard operating specifications to enable remote management of the injector and the at least one auxiliary device.

The injection production management method provided by the embodiment of the present invention is applied to the injection production management system of the above embodiment, and not only the injection machine working state of the injection machine but also the auxiliary machine working state of the auxiliary machine device can be obtained, and then the pre-stored injection machine is obtained. The standard configuration of the at least one auxiliary machine device adjusts the working state of the auxiliary machine of the auxiliary machine device, so that the auxiliary machine working state of the auxiliary machine device matches the working state of the injection machine of the injection machine, and the most of the injection machine and the auxiliary machine device are realized. Good cooperation status can also realize remote management of the injection production site, further improve work efficiency and improve product quality.

The injection production management system of the present embodiment is mainly applied to the injection production management site, and if necessary, can also be integrated into other plastic machinery including the control panel for managing and controlling the production operation process of the plastic machinery. In addition, it should be noted that when the idea of the present invention is implemented by means of a wafer plus a software, it can be used as a new function of the existing mechanical device, or can be separately written by a corresponding program. The present invention does not limit the specificity of the system. Method to realize.

1‧‧‧Injector Control Panel

2‧‧‧Production Management Panel

3‧‧‧Auxiliary equipment

Claims (10)

An injection production management system for an injection production site having at least one injection machine and at least one auxiliary machine device, comprising: an injection machine control panel for controlling the injection machine; and a production management panel and the injection machine control The panel and the auxiliary machine device are connected to collect an injection machine working state and an injection machine configuration parameter of the injection machine, and an auxiliary machine working state and an auxiliary machine configuration parameter of the auxiliary machine device, wherein the production management panel is pre-stored The standard configuration of the injection machine and the auxiliary machine device is used to adjust one or more of the working state of the injection machine, the configuration parameters of the injection machine, the working state of the auxiliary machine, and the auxiliary machine configuration parameters according to the standard configuration. Unified management of the injector and the auxiliary equipment. The injection production management system according to claim 1, wherein the production management panel is connected to one of a group consisting of a production button group, a card punching machine, a sensor, a barcode machine, and a field indicator. The injection production management system described in claim 2, further comprising: a production management system server connected to the production management panel, wherein the production management panel is configured to operate the injection machine and the auxiliary machine And at least one of the injection machine configuration parameter, the auxiliary machine configuration parameter, and the operation information, the personnel information, the environmental information, the raw material information, and the device information of the injection production site are sent to the production management system server. An injection production management system as described in claim 3 of the patent application, The production management system server sends at least one of an injection machine adjustment command, an auxiliary machine adjustment command, a current production task data, and a standard operation specification to the production management panel to implement the injection machine and the auxiliary machine. Remote management of the device. The injection production management system of claim 4, wherein the production management panel comprises a display for collecting the working state of the injection machine, the working state of the auxiliary machine, and the configuration parameters of the injection machine of the production management panel. , auxiliary machine configuration parameters, operation information of the injection production site, personnel information, environmental information, raw material information and equipment information, the injection machine adjustment instruction sent by the production management system server, auxiliary machine adjustment instruction, current production task data Displayed in one or more of the standard operating specifications. The injection production management system according to claim 1, wherein the auxiliary equipment comprises: a robot, an automatic feeder, a storage bin, a drying hopper, a dehumidifying dryer, a mold temperature machine, a chiller, and a wind. One of a group consisting of a cold machine, a pulverizer, a cooling water tower, an air compressor, and an oven. The injection production management system according to claim 1, wherein the production management panel has an interface for connecting an external device. An injection production management method is applied to an injection production site having at least one injection machine and at least one auxiliary machine, comprising: collecting an injection machine working state of the injection machine at the injection production site and an injection machine configuration parameter; collecting the auxiliary machine Auxiliary machine working status of equipment and auxiliary machine configuration And adjusting one or more of the working state of the injector, the configuration parameters of the injector, the working state of the auxiliary machine, and the configuration parameters of the auxiliary machine according to the pre-stored standard configuration of the injection machine and the auxiliary equipment to achieve Unified management of the injection machine and the auxiliary equipment. The injection production management method as described in claim 8 of the patent application includes: the working state of the injection machine, the working state of the auxiliary machine, the configuration parameters of the injection machine, the configuration parameters of the auxiliary machine, and the operation information and personnel information of the injection production site. , environmental information, raw material information and equipment information are sent to the production management system server. The injection production management method according to claim 9 of the patent application scope, comprising: receiving an injection machine adjustment instruction of the production management system server, an auxiliary machine adjustment instruction, a current production task data or a standard operation specification, to implement the The remote management of the injection machine and the auxiliary equipment.