A left and right swing arm support reinforcing plate stamping system and control method

Abstract

The application relates to the technical field of automobile production and processing, in particular to a left-right swing arm support reinforcing plate stamping system and a control method. By introducing a control module and a programmable controller, the stamping process can be accurately controlled, manual intervention is reduced, and the whole process is more reasonable and standard. The online acquisition unit monitors the thickness and pressure parameters in the stamping process in real time, so that each step can be carried out according to the preset standard. Through automatic control and data acquisition, unnecessary process steps can be reduced, the design of the mold can be simplified, and therefore the production cost can be reduced and the production efficiency can be improved. The configuration software in the upper computer creates an SQL database to record the data of each stamping, which is convenient for subsequent analysis and improvement of the process. The PLC has an abnormal data alarm output function, which can timely inform the operator when deviation occurs, prevent unqualified products from being continuously produced, and therefore improve the production efficiency and product quality.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of automobile production and processing, and particularly relates to a left and right swing arm support reinforcing plate stamping system and a control method. BACKGROUND

[0002] In the field of automobile manufacturing, swing arm supports are one of the important components that connect the wheels and the body, and their strength and stability directly affect the driving safety and handling performance of the vehicle. The design of left and right swing arm supports not only needs to consider bearing various forces generated during vehicle driving, but also needs to ensure reliability and durability under various road conditions. In order to improve the mechanical performance of swing arm supports, reinforcing plates are usually added at key positions to increase their bending resistance and torsional stiffness. The design and manufacturing process of reinforcing plates directly affect the overall performance of swing arm supports, especially their performance under extreme conditions.

[0003] The left and right swing arm supports in the automobile suspension system are important components that ensure the driving stability and handling performance of the vehicle. In order to improve the strength and durability of the swing arm supports, reinforcing plates are usually installed at key positions. These reinforcing plates not only improve the overall rigidity of the swing arm supports, but also effectively disperse stress and prolong service life. The design and manufacturing of reinforcing plates need to consider factors such as material performance, processing technology, and final application environment.

[0004] Reinforcing plates are mainly produced through stamping forming process. In recent years, there are many schemes for the design of left and right swing arm support reinforcing plate stamping process and die structure. The quality and precision of stamping parts produced by each set of stamping system are different, the utilization rate of materials is different, and the service life of the die is also different. The existing left and right swing arm support reinforcing plate stamping system has the disadvantages of unreasonable process design, complex die structure, multiple die processes, poor stamping part quality, and low precision. SUMMARY

[0005] To solve the technical problems of unreasonable process design, complex die structure, multiple die processes, poor stamping part quality, and low precision of the existing left and right swing arm support reinforcing plate stamping system.

[0006] The application provides a left-right swing arm support reinforcing plate stamping system and a control method. The left-right swing arm support reinforcing plate stamping system comprises a die base, an upper die assembly and a lower die assembly, a stamping die arranged between the upper die assembly and the lower die assembly according to a stamping process, and an electric cylinder arranged on the top of the upper die. The system is characterized in that it comprises a control module for controlling the process of stamping and forming the left-right swing arm support reinforcing plate, an online acquisition unit, a programmable controller, an upper computer and a human-machine interaction device. The online acquisition unit is used for detecting the thickness and the pressure of the left-right swing arm support reinforcing plate and comprises a pressure sensor and a displacement sensor arranged on the lower die assembly. The programmable controller is electrically connected with the online acquisition unit. The electric cylinder is connected with a control circuit. The programmable controller is connected with the control circuit. The control circuit sends a pressure application trigger signal when detecting the downward pressure of the electric cylinder. The programmable controller is used for receiving and processing the weak electric signal output by the online acquisition unit, receiving the pressure application trigger signal, analyzing the weak electric signal output by the online acquisition unit, and having an alarm output function for abnormal data. The upper computer comprises configuration software and is connected with the programmable controller, and is used for centralized monitoring, state display, SQL database creation, data storage and management of the forming process of the left-right swing arm support reinforcing plate. The human-machine interaction device is connected with the upper computer and is used for accurate tracing, real-time viewing, operation and management of the forming information of the left-right swing arm support reinforcing plate by the user.

[0007] A control method of a left-right swing arm support reinforcing plate stamping system, specifically comprising the following steps:

[0008] Step 1: Before the production of the left-right swing arm support reinforcing plate, the upper computer configuration software running system starts to run. The user sets the production and design information of the left-right swing arm support reinforcing plate online through the human-machine interaction device. The production and design information comprises a product code, a size, a production position, a forming pressure F', a thickness T' of the left-right swing arm support reinforcing plate, a comparison thickness AT', an allowable deviation range of the pressure and the thickness δF' and δT', a duration of the applied pressure t, and is added to the "product directory table". At the same time, the system automatically creates a "production data record table" belonging to the product, ensures that each left-right swing arm support reinforcing plate has a unique production data record table, and is used for real-time viewing and tracing of the production process state of the left-right swing arm support reinforcing plate.

[0009] Step 2: The online acquisition unit collects the thickness and the pressure of the left-right swing arm support reinforcing plate in real time, and transmits the weak electric detection signals of the thickness and the pressure to the programmable controller through RS485 bus communication. The programmable controller processes the weak electric detection signals and generates a completion signal of the applied pressure.

[0010] Step 3, according to the signal of the pressure applied to the left and right swing arm support reinforcement plate, the host configuration software automatically inserts a piece of production information into the "production data record table" of the left and right swing arm support reinforcement plate, including the current forming pressure start and end time, the pressure applied to the left and right swing arm support reinforcement plate, the thickness of the left and right swing arm support reinforcement plate, the contrast thickness of the left and right swing arm support reinforcement plate, whether there is an alarm and the number of pressure applied, at the same time, it can display and query the forming state of the left and right swing arm support reinforcement plate in real time, and provide users with fast traceability of production process and information export function.

[0011] Preferably, the specific process handled and controlled by the programmable controller is:

[0012] Step 2.1, before the left and right swing arm support reinforcement plate is formed, no raw materials are added for a pressure applying process, the programmable controller collects the pressure applying trigger signal and starts timing from zero, when the timing time t reaches the set pressure duration t', the current thickness is recorded , and is the initial forming reference thickness;

[0013] Step 2.2, add raw materials between the stamping die, apply pressure, the programmable controller collects the pressure applying trigger signal, starts the pressure holding timing t, and the left and right swing arm support reinforcement plate starts to form, when the real-time pressure value fluctuates less than 100 kg per second, the current pressure holding timing time t1 is recorded, within the time t1≤t≤t', the measured pressure Fij and thickness Tij are recorded, i is the current thickness of the left and right swing arm support reinforcement plate, j is the number of times recorded within t1≤t≤t' for the ith millimeter, when t=t', the pressure applying completion signal is output; when t<t' and the pressure applying trigger signal has disappeared, the pressure applying abnormal end signal is output;

[0014] Step 2.3, calculate the thickness Ti of the current left and right swing arm support reinforcement plate, the contrast thickness △Ti, and the pressure Fi applied to the left and right swing arm support reinforcement plate:

[0015] ;

[0016] ;

[0017] ;

[0018] Wherein: j≤n, n≧5, n is the total number of current thickness data records;

[0019] Step 2.4, calculate the actual left and right swing arm support plate contrast thickness, the pressure and the deviation amount δT, δF of the set process parameters: δT = |△Ti-△T'|, δF = |Fi-F'|; Wherein △T' refers to the contrast thickness, F' refers to the forming pressure;

[0020] Step 2.5, compare the actual deviation amount δF, δT of the pressure and thickness with the allowable deviation amount δF', δT', if it exceeds the range, the programmable controller automatically outputs alarm signal, early warning left and right swing arm support plate quality problem;

[0021] Step 2.6, the programmable controller will all the production and design information of left and right swing arm support plate through bus communication real-time transmission to the host computer configuration software;

[0022] Step 2.7, when the actual left and right swing arm support plate thickness Ti does not reach the set left and right swing arm support plate thickness T, the current thickness of left and right swing arm support plate i = i + 1, repeat step 2.2~2.6; Otherwise, the programmable controller outputs the left and right swing arm support plate forming completion signal to the drive module and the host computer, ready for the next sample.

[0023] Preferably, the stamping die comprises a punching die set, an inner trimming die set, an outer trimming die set, a shaping die set and a separation die set; the punching die set is used for punching a positioning hole, comprising a punching punch set on the upper die assembly and a punching recess set on the lower die assembly, and the punching punch and the punching recess are correspondingly arranged; the inner trimming die set is used for stamping the inner profile of the stamping part, comprising a first inner trimming punch set on the upper die assembly and a second inner trimming punch set on the upper die assembly, and a first inner trimming recess set on the lower die assembly and a second inner trimming recess set on the lower die assembly, the first inner trimming punch and the first inner trimming recess are correspondingly arranged, and the second inner trimming punch and the second inner trimming recess are correspondingly arranged; the outer trimming die set is used for stamping the outer profile of the stamping part, comprising an outer trimming punch set on the upper die assembly and an outer trimming recess set on the lower die assembly, and the outer trimming punch and the outer trimming recess are correspondingly arranged; the shaping die set is used for bending and shaping the stamping part, comprising an outer trimming punch set on the upper die assembly and an outer trimming recess set on the lower die assembly, and the outer trimming punch and the outer trimming recess are correspondingly arranged; the separation die set is used for cutting the stamping part, comprising a separation punch set on the upper die assembly and a separation recess set on the lower die assembly, and the separation punch and the separation recess are correspondingly arranged.

[0024] Preferably, the lower die assembly is provided with a plurality of waste slides corresponding to the punching recess, the first inner trimming recess, the second inner trimming recess, the outer trimming recess and the separation recess.

[0025] Preferably, the upper die assembly comprises an upper pad, an upper die seat, an upper stripper and a guide sleeve, and the lower die assembly comprises a lower pad, a lower die seat, a floating material guide block and a guide column matched with the guide sleeve.

[0026] Preferably, the lower die seat is provided with a material belt guide ruler and a product chute at both ends respectively.

[0027] By introducing the control module and programmable controller, the stamping process can be precisely controlled, reducing manual intervention, making the whole process more reasonable and standard. The online acquisition unit monitors the thickness and pressure parameters in the stamping process in real time, so as to ensure that each step can be carried out according to the preset standard. Through automatic control and data acquisition, unnecessary process steps can be reduced, and the design of the mold can be simplified, thereby reducing production cost and improving production efficiency. The configuration software in the upper computer creates an SQL database to record the data of each stamping, which is convenient for subsequent analysis and improvement of the process. The PLC has an abnormal data alarm output function, which notifies the operator in time when there is a deviation, preventing unqualified products from being continuously produced, thereby improving production efficiency and product quality. In summary, the design of the left and right swing arm support reinforcement plate stamping system not only improves production efficiency, but also effectively solves the technical problems of unreasonable process design, complex mold structure, multiple mold processes, poor stamping quality and low precision of the existing left and right swing arm support reinforcement plate stamping system through real-time monitoring and data analysis. BRIEF DESCRIPTION OF DRAWINGS

[0028] Figure 1 The control module structure of the present application.

[0029] Figure 2 The perspective view of the left and right swing arm support reinforcement plate stamping system provided by the present application.

[0030] Figure 3 The exploded view of the left and right swing arm support reinforcement plate stamping system provided by the present application.

[0031] In the figure: 1-upper die assembly; 11-upper pad; 12-upper die seat; 13-upper stripper plate; 14-guide sleeve; 2-lower die assembly; 21-waste material chute; 22-lower pad; 23-lower die seat; 24-float material guide block; 25-guide column; 26-material belt guide ruler; 27-product chute; 3-stamping die; 31-punching die set; 32-inner trimming die set; 33-outer trimming die set; 34-shaping die set; 35-separation die set; 4-control module; 41-online acquisition unit; 411-pressure sensor; 412-displacement sensor; 42-programmable controller; 43-upper computer; 44-human-computer interaction device. DETAILED DESCRIPTION

[0032] With reference to the drawings of the embodiments of the present application, the technical solutions in the embodiments of the present application will be described clearly and completely. Obviously, the described embodiments are only a part of the embodiments of the present application, rather than all the embodiments of the present application. Based on the embodiments of the present application, all the other embodiments obtained by those of ordinary skill in the art without creative work fall within the scope of the present application.

[0033] With reference to Figures 1-3 A left and right swing arm support reinforcing plate stamping system, comprising a mold base plate, an upper mold assembly 1 and a lower mold assembly 2, a stamping die 3 arranged between the upper mold assembly 1 and the lower mold assembly 2 according to a stamping process, and an electric cylinder arranged at the top of the upper mold plate, characterized in that: it comprises a control module 4 for controlling the process of stamping and forming the left and right swing arm support reinforcing plate, comprising an online acquisition unit 41, a programmable controller 42, an upper computer 43 and a man-machine interaction device 44; the online acquisition unit 41 is used for detecting the thickness and the pressure of the left and right swing arm support reinforcing plate, comprising a pressure sensor 411 and a displacement sensor 412 arranged in the lower mold assembly 2; the programmable controller 42 is electrically connected with the online acquisition unit, the electric cylinder is connected with a control circuit, the programmable controller 42 is connected with the control circuit, the control circuit sends a pressure application trigger signal when detecting the downward pressure of the electric cylinder, the programmable controller 42 is used for receiving and processing the weak electric signal output by the online acquisition unit 41, receiving the pressure application trigger signal, analyzing the weak electric signal output by the online acquisition unit 41, and having an alarm output function for abnormal data; the upper computer 43 comprises a configuration software and is connected with the programmable controller 42, and is used for centralized monitoring, state display, SQL database creation, data storage and management of the forming process of the left and right swing arm support reinforcing plate; the man-machine interaction device 44 is connected with the upper computer 43, and is used for accurate tracing, real-time viewing, operation and management of the forming information of the left and right swing arm support reinforcing plate by the user.

[0034] By introducing the control module 4 and programmable controller 42, precise control of the stamping process can be achieved, reducing manual intervention, making the whole process more reasonable and standard. The online acquisition unit 41 monitors the thickness and pressure parameters in real time during the stamping process, so as to ensure that each step can be carried out according to the preset standard. Through automatic control and data acquisition, unnecessary process steps can be reduced, and the design of the mold can be simplified, thereby reducing production cost and improving production efficiency. The configuration software in the host computer 43 creates an SQL database to record the data of each stamping, which is convenient for subsequent analysis and process improvement. The PLC has an abnormal data alarm output function, which notifies the operator in time when there is a deviation, preventing unqualified products from being continuously produced, thereby improving production efficiency and product quality. In summary, the design of a left and right swing arm support plate stamping system not only improves production efficiency, but also effectively solves the technical problems of unreasonable process design, complex mold structure, multiple mold processes, poor stamping quality, and low precision of the existing left and right swing arm support plate stamping system through real-time monitoring and data analysis.

[0035] The human-computer interaction device 44 is specifically a liquid crystal touch display screen; the programmable controller 42 communicates with the displacement sensor 412 and the pressure sensor 411 through the 485 communication module, receives the applied pressure trigger signal output by the control circuit through the digital input module, and sends an alarm signal to the alarm terminal through the digital output module. The programmable controller 42 centrally processes and analyzes the weak electric signal and the applied pressure trigger signal output by the online acquisition unit 41, realizes centralized processing, analysis and abnormal warning of a large amount of data.

[0036] According to the different authority levels, the users are divided into ordinary operators, production managers, and system administrators; the ordinary operators can view the production status, the production managers also have the permission to input new product record information, and the system administrators have all the above permissions and also have the permission to obtain database data and personnel management.

[0037] A control method of a left and right swing arm support plate stamping system, specifically comprising the following steps:

[0038] Step 1, before the production of the left and right swing arm support plate, the host computer 43 configuration software running system starts to run, and the user sets the production and design information of the left and right swing arm support plate online through the man-machine interactive device 44, the production and design information includes product code, size, production position, forming pressure F', thickness T' of the left and right swing arm support plate, contrast thickness AT', allowable deviation range of pressure and thickness δF' and δT', duration of pressure application t, and adds records to the "product catalog table", and the system automatically creates a "production data record table" belonging to the product, ensuring that each left and right swing arm support plate has a unique production data record table for real-time viewing and tracing of the production process state of the left and right swing arm support plate;

[0039] Step 2, the online acquisition unit 41 collects the thickness and pressure of the left and right swing arm support plate in real time, and transmits the weak current detection signals of the thickness and pressure to the programmable controller 42 through the RS485 bus communication, and the programmable controller 42 processes the weak current detection signals and generates a complete signal of the applied pressure;

[0040] Step 3, the host computer 43 configuration software automatically inserts a production information into the "production data record table" of the left and right swing arm support plate according to the complete signal of the applied pressure in the forming process of the left and right swing arm support plate, the production information includes the current forming applied pressure start and end time, the pressure of the left and right swing arm support plate, the thickness of the left and right swing arm support plate, the contrast thickness of the left and right swing arm support plate, whether there is an alarm and the number of applied pressure, and at the same time, the forming state of the left and right swing arm support plate on all running equipment can be displayed and inquired in real time, and the user can quickly trace the production process and information export function.

[0041] In some embodiments, the specific process handled and controlled by the programmable controller 42 is as follows:

[0042] Step 2.1, before the forming of the left and right swing arm support plate, a pressure application process is performed without adding raw materials, the programmable controller 42 collects the pressure application trigger signal and starts timing from zero, and when the timing time t reaches the set pressure duration t', the current thickness , and is the initial forming reference thickness;

[0043] Step 2.2, the raw materials are added between the punch dies 3, pressure is applied, the programmable controller 42 collects the pressure application trigger signal, starts the pressure holding timing t, and the left and right swing arm support reinforcement plates start to be formed. When the real-time pressure value fluctuates less than 100 kg per second, the current pressure holding timing is recorded as t1. During the time t1≤t≤t', the measured pressure Fij and thickness Tij are recorded, i is the current thickness of the left and right swing arm support reinforcement plate, and j is the number of times recorded within t1≤t≤t'. When t=t', the pressure application completion signal of this time is output; when t<t' and the pressure application trigger signal has disappeared, the pressure application abnormal end signal of this time is output.

[0044] Step 2.3, the thickness Ti of the current left and right swing arm support reinforcement plate, the comparison thickness △Ti, and the pressure Fi borne by the left and right swing arm support reinforcement plate are calculated.

[0045] ;

[0046] ;

[0047] ;

[0048] Wherein: j≤n, n≧5, n is the total number of current thickness data records;

[0049] Step 2.4, the deviation amount δT and δF of the actual left and right swing arm support reinforcement plate comparison thickness and the pressure from the set process parameters are calculated: δT=|△Ti-△T'|, δF=|Fi-F'|; wherein △T' refers to the comparison thickness, and F' refers to the forming pressure.

[0050] Step 2.5, the actual deviation amounts δF and δT of the pressure and thickness are compared with the allowable deviation amounts δF' and δT'. If the range is exceeded, the programmable controller 42 automatically outputs an alarm signal to warn of the quality problem of the left and right swing arm support reinforcement plate.

[0051] Step 2.6, the programmable controller 42 transmits all the production and design information of the left and right swing arm support reinforcement plate to the upper computer 43 configuration software in real time through bus communication.

[0052] Step 2.7, when the actual thickness Ti of the left and right swing arm support reinforcement plate does not reach the set thickness T of the left and right swing arm support reinforcement plate, the current thickness i of the left and right swing arm support reinforcement plate is i=i+1, and steps 2.2-2.6 are repeated. Otherwise, the programmable controller 42 outputs the left and right swing arm support reinforcement plate forming completion signal to the drive module and the upper computer 43, and prepares for sampling.

[0053] Reference Figure 3In some embodiments, the stamping die 3 comprises a punching die set 31, an inner trimming die set 32, an outer trimming die set 33, a shaping die set 34, and a separating die set 35; the punching die set 31 is used for punching positioning holes, comprising a punching punch set on the upper die assembly 1 and a punching recess set on the lower die assembly 2, and the punching punch and the punching recess are correspondingly arranged; the inner trimming die set 32 is used for stamping the inner profile of the stamping part, comprising a first inner trimming punch set on the upper die assembly 1 and a second inner trimming punch set on the upper die assembly 1, and a first inner trimming recess set on the lower die assembly 2 and a second inner trimming recess set on the lower die assembly 2, the first inner trimming punch and the first inner trimming recess are correspondingly arranged, and the second inner trimming punch and the second inner trimming recess are correspondingly arranged; the outer trimming die set 33 is used for stamping the outer profile of the stamping part, comprising an outer trimming punch set on the upper die assembly 1 and an outer trimming recess set on the lower die assembly 2, and the outer trimming punch and the outer trimming recess are correspondingly arranged; the shaping die set 34 is used for bending and shaping the stamping part, comprising an outer trimming punch set on the upper die assembly 1 and an outer trimming recess set on the lower die assembly 2, and the outer trimming punch and the outer trimming recess are correspondingly arranged; the separating die set 35 is used for cutting the stamping part, comprising a separating punch set on the upper die assembly 1 and a separating recess set on the lower die assembly 2, and the separating punch and the separating recess are correspondingly arranged.

[0054] The punching die set 31 is set to punch holes first to ensure the accuracy of positioning in subsequent processes. The punching provides necessary positioning reference points to ensure alignment in subsequent processes, thereby improving accuracy. The operation of each die set can be monitored separately, making it easy to identify and solve quality problems and improving the qualification rate of the final product.

[0055] In some embodiments, the lower die assembly 2 is provided with a plurality of waste chutes 21 corresponding to the punching recess, the first inner trimming recess, the second inner trimming recess, the outer trimming recess, and the separating recess.

[0056] During the stamping process, the raw material will be cut and stamped, and waste will be generated during the cutting and stamping process. The waste chute 21 can help the waste to be smoothly discharged from the stamping die 3, avoiding the accumulation of waste in the stamping die 3 and affecting the subsequent stamping operation.

[0057] Referring to Figure 2 and Figure 3 In some embodiments, the upper die assembly 1 comprises an upper pad 11, an upper die seat 12, an upper stripper 13, and a guide sleeve 14, and the lower die assembly 2 comprises a lower pad 22, a lower die seat 23, a floating material guide block 24, and a guide column 25 matched with the guide sleeve 14.

[0058] The upper and lower pads are used to support the upper and lower die seats, ensuring the stability of the stamping die during installation and use, and facilitating the disassembly of the stamping die. The upper stripper plate helps to release the stamping after completion, i.e. pushes the left and right swing arm support plates out of the stamping die when the stamping die is opened, ensuring that the left and right swing arm support plates do not adhere to the stamping die. The use of the guide column and the guide sleeve ensures the accurate guidance of the upper and lower die assemblies during closing and opening, preventing the upper and lower die assemblies from deviating during stamping, thereby ensuring the processing accuracy. The floating material guide block is used to position the raw material during stamping, ensuring that the raw material is placed accurately, preventing the raw material from shifting or twisting.

[0059] Referring to Figure 2 In some embodiments, the lower die seat 23 is provided with a material belt guide ruler 26 and a product chute 27 at both ends.

[0060] The material belt guide ruler 26 located at one end of the lower die seat 23 is mainly used to guide the raw material into the stamping die 3, ensuring that the raw material enters the stamping die 3 smoothly and accurately. The product chute 27 located at the other end of the stamping die 3 is used to smoothly slide the left and right swing arm support plates out of the stamping die 3 after stamping, avoiding the left and right swing arm support plates from being stuck in the stamping die 3.

[0061] Although embodiments of the present application have been shown and described, it is to be understood that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the present application, the scope of which is defined by the appended claims and their equivalents.

Claims

1. A control method of a left and right swing arm support reinforcement plate stamping system, characterized by, The control method specifically comprises the following steps: Step 1, before production of the left and right swing arm support reinforcement plates, a host computer configuration software running system starts to run, a user sets online production and design information of the left and right swing arm support reinforcement plates through a man-machine interactive device, the production and design information comprises a product code, a size, a production position, a forming pressure F', a thickness T' of the left and right swing arm support reinforcement plate, a contrast thickness AT', an allowable deviation range of the pressure and the thickness δF' and δT', a duration t of the applied pressure, and the information is added to a "product directory table", and meanwhile, the system automatically creates a "production data record table" belonging to the product, so that each left and right swing arm support reinforcement plate has a unique production data record table for real-time viewing and tracing of a production process state of the left and right swing arm support reinforcement plate; Step 2, a real-time acquisition unit acquires the thickness and the pressure of the left and right swing arm support reinforcement plate in real time, and transmits weak current detection signals of the thickness and the pressure to a programmable controller through RS485 bus communication, the programmable controller processes the weak current detection signals and generates a completion signal of the applied pressure; Step 3, the host computer configuration software automatically inserts a production information into the "production data record table" of the left and right swing arm support reinforcement plate according to the completion signal of the applied pressure in the forming process of the left and right swing arm support reinforcement plate, the production information comprises current forming applied pressure start and end time, the pressure borne by the left and right swing arm support reinforcement plate, the thickness of the left and right swing arm support reinforcement plate, the contrast thickness of the left and right swing arm support reinforcement plate, whether there is an alarm and the number of times of the applied pressure, and meanwhile, the forming state of the left and right swing arm support reinforcement plate on all running devices can be displayed and inquired in real time, and production process tracing and information export functions are provided for the user; The specific process of processing and control of the programmable controller is as follows: Step 2.1, before the left and right swing arm support reinforcement plate is formed, no raw materials are added for a first pressure application process, the programmable controller collects the pressure application trigger signal and starts timing from zero, when the timing time t reaches the set pressure duration t', the current thickness is recorded , and is the initial forming reference thickness; Step 2.2, the raw material is added between the stamping die, the pressure is applied, the programmable controller acquires the applied pressure trigger signal, starts pressure keeping timing t, the left and right swing arm support reinforcement plate starts to form, when the real-time pressure value fluctuates in a range less than 100 kg per second, the current pressure keeping timing time is recorded as t1, the measured pressure Fij and the thickness Tij are recorded within t1≤t≤t' time, i is the current thickness of the left and right swing arm support reinforcement plate, j is the number of times of the i-th millimeter recorded within t1≤t≤t' time, when t=t', the completion signal of the current applied pressure is output; when t Step 2.3, the thickness Ti of the current left and right swing arm support reinforcement plate, the contrast thickness ATi and the pressure Fi borne by the left and right swing arm support reinforcement plate are calculated: ； ； ； Wherein: j≤n, n≧5, n is the total number of current thickness data records; Step 2.4, the deviation amount δT and δF of the actual left and right swing arm support reinforcement plate contrast thickness, the pressure borne and the set process parameters are calculated: δT=|ATi-AT'|, δF=|Fi-F'|; wherein AT' refers to the contrast thickness, and F' refers to the forming pressure. Step 2.5, compare the pressure, thickness actual deviation δF, δT and its allowable deviation δF', δT', if out of range, programmable controller automatically output alarm signal, early warning left and right swing arm support plate quality problems; Step 2.6, programmable controller will all left and right swing arm support plate production and design information through bus communication real-time transmission to the host computer configuration software; Step 2.7, when the actual left and right swing arm support plate thickness Ti does not reach the set left and right swing arm support plate T thickness, left and right swing arm support plate current thickness i = i + 1, repeat step 2.2~2.6; Otherwise, programmable controller to drive module and host computer output left and right swing arm support plate forming completion signal, ready for sampling.

2. A left and right swing arm support reinforcement plate stamping system applied to the control method of the left and right swing arm support reinforcement plate stamping system of claim 1, comprising a die base plate, an upper die assembly and a lower die assembly, a stamping die arranged between the upper die assembly and the lower die assembly according to a stamping process, and an electric cylinder arranged on the top of the upper die plate, characterized in that: Including: The control module is used for controlling the process of stamping forming of the left and right swing arm support plate, and comprises an online acquisition unit, a programmable controller, a host computer and a man-machine interaction device; The online acquisition unit is used for detecting the thickness of the left and right swing arm support plate and the pressure borne by the left and right swing arm support plate, and comprises a pressure sensor and a displacement sensor arranged on the lower die assembly; The programmable controller is electrically connected with the online acquisition unit, the electric cylinder is connected with a control circuit, the programmable controller is connected with the control circuit, the control circuit sends a pressure applying trigger signal when detecting that the electric cylinder is pressed down, and the programmable controller is used for accepting and processing the weak electric signal output by the online acquisition unit, receiving the pressure applying trigger signal, analyzing the weak electric signal output by the online acquisition unit, and having an alarm output function for abnormal data; The host computer comprises configuration software and is connected with the programmable controller, and is used for centralized monitoring, state display, SQL database creation, data storage and management of the left and right swing arm support plate forming process; The man-machine interaction device is connected with the host computer and is used for accurate tracing, real-time viewing, operation and management of the left and right swing arm support plate forming information by the user.

3. The left and right swing arm support plate reinforcing plate stamping system according to claim 2, characterized in that, The stamping die comprises: A punching module is used for punching positioning holes, and comprises a punching convex die arranged on the upper die assembly and a punching concave die arranged on the lower die assembly, and the punching convex die and the punching concave die are correspondingly arranged; An inner trimming module is used for stamping the inner contour of the stamping part, and comprises a first inner trimming convex die and a second inner trimming convex die arranged on the upper die assembly and a first inner trimming concave die and a second inner trimming concave die arranged on the lower die assembly, and the first inner trimming convex die and the first inner trimming concave die are correspondingly arranged, and the second inner trimming convex die and the second inner trimming concave die are correspondingly arranged; An outer trimming module is used for stamping the outer contour of the stamping part, and comprises an outer trimming convex die arranged on the upper die assembly and an outer trimming concave die arranged on the lower die assembly, and the outer trimming convex die and the outer trimming concave die are correspondingly arranged; A shaping module is used for bending and shaping the stamping part, and comprises an outer trimming convex die arranged on the upper die assembly and an outer trimming concave die arranged on the lower die assembly, and the outer trimming convex die and the outer trimming concave die are correspondingly arranged; A separation module is used for separating the stamping part, and comprises a separation convex die arranged on the upper die assembly and a separation concave die arranged on the lower die assembly, and the separation convex die and the separation concave die are correspondingly arranged.

4. The left and right swing arm support plate reinforcing plate stamping system according to claim 2, characterized in that, The lower die assembly is provided with a plurality of waste chutes corresponding to the punching concave die, the first inner trimming concave die, the second inner trimming concave die, the outer trimming concave die and the separating concave die.

5. The left and right swing arm support plate reinforcing plate stamping system according to claim 2, characterized in that, The upper die assembly comprises an upper base, an upper die seat, an upper stripper and a guide sleeve, and the lower die assembly comprises a lower base, a lower die seat, a floating material guide block and a guide column matched with the guide sleeve.

6. The left and right swing arm support plate reinforcing plate stamping system according to claim 5, characterized in that, The lower die seat is respectively provided with a material belt guide ruler and a product chute at two ends.

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