WO2006133644A1

WO2006133644A1 - Electronic reference mold system and method thereof

Info

Publication number: WO2006133644A1
Application number: PCT/CN2006/001324
Authority: WO
Inventors: Xiangwen Xiong
Original assignee: Xiangwen Xiong
Priority date: 2005-06-15
Filing date: 2006-06-14
Publication date: 2006-12-21

Abstract

An electronic reference mold system comprises a mold which can be automatically addressed, positioned and corrected, a synchronistical transferring system, a synchronistical controlling system, an addressable numerically-controlled machine tool, an addressable mold-matching machine, an addressable pressing machine and a centrally controlled processing system. The references of mold designing, mold processing, mold matching, closing mold, pressing mold and mold assembling are electronic references. The present invention also discloses a control method of the said system.

Description

Electronic benchmark mold system device and method

The technology relates to a mold device and a method for replacing the original mold by a set of electronic automatic positioning processing and guiding system, and the electronic automatic positioning and guiding system of the guiding column and the guiding sleeve guiding and positioning system. Background technique

The method of manufacturing parts by mould is a method of producing parts with great advantages and versatility. It has the advantages of high speed, low cost, wide material, reliable and stable production, and is widely used in various product manufacturing processes. . Traditional molds contain many types. According to general classification methods, there are stamping dies, injection dies, die-casting dies, rolling dies, extrusion dies, trimming dies, forging dies, powder metallurgy mold casting dies, drawing dies, rubber dies, etc. There are other types of molds such as fast economic molds. It can produce various steel parts, alloy parts such as aluminum and zinc, engineering plastic parts, rubber parts, etc., which are used for bearing, fixing and assembly, and are used in products, widely used in industrial and agricultural production and daily life. For everyday work and daily life, people include photocopiers, fax machines, radios, televisions,

DVD player, washing machine, air conditioner, electric board, microwave oven, mobile phone, computer, laptop, etc., a variety of steel parts, aluminum-zinc alloy parts, engineering plastic parts, which form a large number of molds, thus forming the performance characteristics of various products. ).

As a part processing method, the mold has unique features, processes and rules compared with other parts processing methods, forming unique mold product parts. The performance, structure and characteristics of various molds are very diverse. The basic common features of the molds we have summarized are: The ability to easily and quickly copy the same parts! The process of producing parts by different molds is different. In the case of injection molds, the parts produced by the molds generally require raw materials that can flow after a certain treatment, and the cavity or part of the cavity of the molded parts is required, and then the same movement of the mold is ensured. The mechanical mechanism of the track, etc. Different mold production processes are different. Therefore, this paper is mainly based on most of the molds with basically the same characteristics. This article focuses on the most versatile injection molds and stamping molds! In general, the mold package spans: the cavity portion, the load bearing portion, and the guiding portion. The cavity part mainly refers to the concave-convex mold of the directly molded part, including the traverse mold, the fixed mold insert, the slider, the insert, etc.; the bearing part mainly refers to the direct contact with the concave-convex mold and supports the concave-convex mold, and supports the ejector push plate and Gates and other components, package span: fixed mold sleeve, dynamic mold sleeve, ejector push plate, bottom plate, etc.: guide part he mainly supports mold opening and closing mold guide, supporting the opening and closing mold lateral force, etc. Set, guide post, square guide positioning block, conical guide positioning block, etc.! After the injection of the raw material into the cavity, it is cooled, and then the mold is ejected, and the part is formed successfully; the guiding part ensures the correct positioning of the mold. Mold manufacturing parts are simple and convenient, fast and low cost. The inadequacies of the parts made by the mold are as follows: (1) The parts are easily deformed; the parts formed from the liquid state to the solid state are easily deformed after being ejected. (2) The stability of the parts is low. The process of producing parts by the mold itself is a process of heat exchange. The raw materials are from liquid to solid, and the mold temperature is also changed from high to low. The internal stress formed at a specific time deforms the internal mold. The opening and closing mode is misplaced. (3) The accuracy of the parts is low, the mold design and manufacture have specific tolerances, and the mold parts are easy to have the difference; in general, when the inner mold size is less than 500MM, the inner mold outer dimensions and the guide frame size can reach 0.103MM. Intermittent tolerances, the guide sleeve and guide post of the guide part can easily reach 0.136MM between the tolerances of 75mm diameter. When the mold dimension is close to 1000MM, the parallelism tolerance between the mold parting surface and the guide mounting plane may reach 0.20MM. The vertical tolerance of the guide post to the parting surface is between 0.015-0.04. In order to ensure the accuracy of the mold, the positioning block is widely used in the mold; the positioning 锲 block is distributed in the inner mold and the guide parting surface, and the clamping positioning effect is better. Block positioning can solve some problems, and there are some positive and insufficient hidden dangers. In terms of the influence on the positioning accuracy, the positioning blocks interfere with each other in the use of the mold and after a period of use, thereby increasing the internal stress of the mold, the internal stress of the mold is increased, and the deformation speed of the mold is faster, and the mold is simultaneously During the process of producing parts, the internal internal stress is strong, and the internal stress of the positioning block and the internal stress such as thermal expansion and contraction of the mold interfere with each other, which may damage the accuracy, stability and service life of the mold. In the processing and manufacturing of molds, the processing and mold positioning block requirements are also relatively large.

In order to complete the production process of the product, it is assembled after the part processing process is completed. The parts that make up the product are made of various grades of materials and are manufactured by various processing methods, and the parts processed by each processing method There are certain errors, and the assembled products are divided into various grades of products, such as: special grades, first grade products, second grade products, third grade products and other foreign products. At the same time, the market share of products is the first, and the best price/performance ratio is the key to occupying the market. In order to pursue the most perfect and best economical product assembly and manufacturing method, the material of the parts involved in the product, the mismatch rate of parts, the accuracy rate and the tolerance rate are well controlled, and the manufacturing economic effect is obvious.

These parts have their own characteristics, and their error rate, accuracy, and tolerance rate control are different. In general. From the accuracy of the numbers and data, the logic and rigor of the engineering language, the creative design part is easy to ensure high error rate, accuracy, and tolerance rate. In the actual manufacturing process, artificial factors affect the control results of error rate, accuracy, and tolerance rate. The actual production process of the product, first of all, after the design and finalization, the complete part drawing and the part manufacturing method and the process to determine the production process of the part, according to the established production process and procedures, each part required for the product needs to be produced in advance in larger batches. . When the product is assembled, a large number of pre-existing parts can be assembled after quality inspection, and a large amount of parts can be stored to ensure rapid production and assembly. In the inspection process of parts, in addition to the full data inspection of individual parts, it is generally necessary to check the performance of the product performance parameters of the pre-assembled products!

When the product contains parts made with molds, the mold parts have low stability, low precision, and the parts are easily deformed. If a batch of parts meets the product assembly requirements at the front stage, the middle part and the back part do not meet the requirements, resulting in the loss of parts scrapping, and affecting the product assembly and production cycle, the consequences may be serious. Summary of the invention

The object of the present invention is to pioneerly propose a new set of high-precision adjustable electronic reference die device and method based on electronic reference. The technical features of the device and method for achieving the above object are: a set of high precision electronic Automatic locating, automatic positioning, automatic correction, new concept mold and mold system method and device that can be transmitted synchronously. It covers: internal mold electronics, electronic board benchmarks, electronic benchmarks for molds, electronic benchmarks for internal mold processing, electronic benchmarks for sleeve processing, electronic benchmarks for mold processing, electronic benchmarks for mold clamping, electronic benchmarks for molds, product compression electronics Benchmarks, etc.: It also includes a cross-synchronous transmission system, a synchronous control system, and a matching positionable (CNC) CNC machine, a position-matching machine, a position-finding machine, and a central synchronous control system. Wait. All of this work can realize a dynamic whole single database, all of which can be automatically imported and exported. This kind of mold system has great superior functions; automatic lead and dynamic whole single mold and mold system, referred to as electronic benchmark mold and electronic benchmark mold system.

The basic idea of the electronic reference mold and the electronic reference mold system is: The mold internal mold is pre-established with the electronic automatic machining positioning reference, and the mold is used for the mold assembly drawing design and the mold design, and the mold internal mold processing is performed as a reference. This is based on the mold-sleeve processing, and the other parts of the mold are processed on the basis of this, and the mold is assembled based on this, and the mold is clamped as a reference, and the press mold is clamped as a reference. Based on this, the mold clamping mold of the compressor is used, and the mold clamping error rate, accuracy, and mold deformation are monitored based on this, and the dynamics of the parts manufactured by the mold are formed based on this. A single database system.

Therefore, the dynamic full-process single database method and device for producing parts using electronic reference molds is a comprehensive computer software, hardware, and product design, mold design, mold processing, mold assembly, opening and closing mold and deformation tolerance analysis, mold office The revolutionary new technology of the parts deformation error analysis, product assembly and other processes are combined to achieve the best error rate, accuracy and tolerance rate control of the final product, and the products with electronic reference mold parts finally reach the highest price/performance ratio. , greatly enhance product market share and market competitiveness.

The best value for money in the pursuit of products containing mold parts, the focus is also on the same database using the opening and closing of the parts made by the mold and the analysis of the deformation tolerance (CAIT: Computer Aided Inject). In other projects, 3D measurement results (CAMW: Computer Aided Measure) for the mold parts required for the product, CAER: Computer Aided Eeror, Product Manufacturing Industrial Engineer (CAIE) - Computer Aided Inducace Engineering), they are all included in the batch refining of mold parts to synchronize the same database inspection inspection is very important. In order to realize the "synchronization of the same database inspection and testing of the batch parts of the mold parts", this technology proposes a new technology of "electronic reference mold".

The electronic reference mold is a general design including the mold, dynamic mold, fixed mold block, slider, insert design, fixed mold sleeve Plate, moving mold plate, ejector push plate, bottom plate design; and moving mold, fixed mold insert, slider, insert design, fixed mold set, movable mold set, ejector push plate, bottom plate mold assembly and pressure The refining and clamping of the refining machine, as well as the clamping and deformation tolerance tolerances, all use a unified benchmark and become the same database.

The electronic benchmark mold technology is a key technology in a single database method and device for product dynamics of parts containing electronic reference tools. The comprehensive model is a set of high-precision electronic automatic locating, automatic positioning automatic correction, and a new concept mold and mold system method and device that can be synchronously transmitted. It includes: internal model electronic benchmark, electronic board benchmark, mold electronic benchmark, electronic benchmark for internal mold processing, electronic benchmark for sleeve processing, electronic benchmark for mold processing, electronic benchmark for mold clamping, electronic benchmark for mold, electronic benchmark for product compression It also includes a cross-synchronous transmission system, a synchronous control system, and a matching CNC (CNC) machine tool, a position-matching machine, a position-finding machine, and a central synchronous control system. All of this work can realize a dynamic whole single database, all of which can be automatically imported and exported. This kind of mold system has great superior functions; automatic import and export and dynamic full-process single database mold and mold system, referred to as electronic benchmark mold and electronic benchmark mold system.

The basic idea of the electronic reference mold and the electronic reference mold system is: The mold internal mold is pre-established with an electronic automatic machining positioning reference, and the mold internal mold processing is used as a reference, and the mold set is processed as a reference, and the mold is used as a reference. The other parts are processed, and the mold is assembled on the basis of this, and the mold is clamped as a reference, and the press mold is clamped as a reference, and the mold clamping mold is pressed as a reference. This is the basis for monitoring the mold clamping error rate, accuracy and mold deformation of the press, and based on this, forms a dynamic single-database system for the parts manufacturing of the mold.

Dynamic single-database manufacturing method and device with electronic reference mold parts, aiming at the dynamic whole process single-base database of the product, covering the product design part, the product parts manufacturing part, the product assembly part, and the product inspection part. BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1 to Figure 4 show the key automatic positioning identification devices in the electronic reference mold technology and the electronic reference electronic reference mold system;

Figure (5), Figure (6) shows a dual-automatic positioning recognition device electronic reference stamping die system;

Figure (7) shows the system structure connection diagram and its working diagram of the electronic reference stamping die system of the automatic positioning recognition device; Figure (8) ~ Figure (9) shows an electronic reference injection mold system of the dual automatic positioning recognition device;

Figure (10) ~ Figure (11) shows a diagonal double automatic positioning and identification device with a set of electronic reference injection mold system;

Figure (12) ~ Figure (13) shows a double-diagonal double automatic positioning recognition device with a set of electronic reference injection mold and system

Figure '(14) is the locating reference automatic positioning drive;

Figure (15) is the implementation diagram of the same reference automatic locating positioning function;

Figure (16) shows the installation of the mold and the 01H drive unit as a whole after installation in the press; Figure (17) shows the misalignable nozzle connector;

Figure (18) ~ Figure (19) shows the connection of the misplaceable nozzle slightly moved in the direction of the arrow;

Figure (20) shows the connection between the mold and the drive unit as a whole after the installation of the press, and the connection with the control system;

k (21) ~ Figure (22) shows the electronic reference injection mold system for the mold double automatic positioning recognition device without moving and fixed mold sets;

Figure (23) shows a schematic diagram of the connection between the electronic automatic injection mold and the control system of the dual automatic positioning and identification device of the middle part type and the compensation probe;

Figure (24) shows the connection diagram of the electronic reference electronic mold and the fixed mold insert after the installation of the mold clamping machine and the control system; Figure (25) The overall schematic diagram of the CNC milling mold clamping machine and the installation of the mold;

Figure (26) shows the installation of the electronic reference electronic reference mold on the CNC machining machine; Figure (27) shows another CNC machining machine with the electronic reference electronic reference mold installed; Figure (28) ) Figure (27) Schematic diagram of the connection between the CNC-aided machine tool and the control system with the electronic reference electronic reference mold installed;

Figure (29) is a diagram (26) The schematic diagram of the electronic reference electronic reference die mounted on the searchable CNC machine tool and control system. detailed description

The electronic reference electronic reference mold technology and the electronic reference electronic reference mold system will be further described below with reference to the drawings. As shown in Figure 1 to Figure 4; a key in the electronic reference electronic reference mold technology and electronic reference electronic reference mold system Automatic positioning identification device is: Photoelectric electronic positioning automatic identification system. The package spans: a transmitting head capable of transmitting a medium such as photoelectricity, and an accepting head capable of recognizing a medium such as a photoelectric device that receives the transmitting head, and is substantially an array positioning recognition conversion transducer device capable of performing position recognition on the received photoelectric medium. And converted into a transmittable electrical signal, etc., and connection lines. In particular: a two-way transmitting and receiving array positioning recognition conversion sensor device, a transmitting head capable of transmitting a medium such as photoelectricity, and a device for receiving a medium such as a photoelectric device emitted by the transmitting head; and an accepting head capable of identifying the photoelectric light emitted by the receiving transmitting head The medium is also equipped with a transmitting head that emits a medium such as photoelectricity. It is based on the existing laser recording and laser recording technology, and is based on the electronic reference electronic mold technology and the electronic reference electronic reference mold system automatic positioning identification device. Figures (1) and (2) show the upper automatic positioning and identification device, and Figs. (3) and (4) show the lower automatic positioning and identification device; 01A indicates the transmitting head emission hole, 02 A indicates the transmitting head, and 03 indicates the emitter. 04A denotes a transmitter head casing, 05A denotes an array positioning recognition conversion sensor device, 06 denotes an emission light via hole, 07A denotes an array positioning recognition conversion transducer device array point, 1 OA denotes an information recording transmission device 1 - it can be wired or wireless The way to communicate with the outside world. In Figure (2) and Figure (4), 0 8A and 09A both represent the array positioning recognition conversion transducer device array point. Regarding the 1 OA information recording transmission device, the information recording transmission device has readable and writable memory medium, which can be more The storage and rewriting of memory information can record mold related information. When the light emitted by the transmitting head or other positioning medium is irradiated to the array positioning recognition sensor device array point, the array positioning recognition conversion sensor device recognizes and records the coordinates of the point and communicates with the external channel through the 1 OA information recording device. Includes wired and wireless.

Figure (5) Figure (6) shows an electronic reference stamping die system for a dual automatic positioning recognition device. In the figure, 01K indicates the electronic reference stamping die convex base plate, 02K indicates the guide bushing, 03K indicates the connecting plate, and 04K indicates the punch punch. 0 1 M denotes the convex automatic left positioning identification device; 02M denotes the convex automatic right positioning recognition device; 06K denotes the guide column, 07K denotes the concave model cavity, 03M denotes the concave mold automatic positioning recognition device; 04M denotes the concave mold right automatic positioning Identification device; The figure shows the alignment mode of the concave-convex mode, and the double automatic positioning recognition device automatically records and transmits the alignment state when the concave-convex mode is operated (the automatic positioning recognition device is installed in the reference hole which is previously punched in the convex-concave mold, which It is a reference hole after the positioning parameter is determined and the parallelism and the bounce requirement are higher.

Figure (7) shows the system structure connection diagram and its working diagram of the electronic reference stamping die system of the automatic positioning recognition device. In the figure, 0 1 M represents the convex automatic left positioning identification device; 02M represents the convex automatic right positioning recognition device, 04K represents the convex punch, 07K represents the concave model cavity, 03M represents the concave automatic positioning and identification device; 04M represents the concave touch Right automatic positioning recognition device; the figure shows the alignment mode of the concave and convex mode, the double automatic positioning identification device automatically records and transfers the alignment state when the concave and convex mode is working, 0 1M, 02M, 03M, 04M through the connecting wire and information detection The central connection, the information detection center writes the information processing center connection through the connecting wire, the information processing center is connected to the control center, the control center and the information exchange center are connected, and the external information is connected to the same database. The punching arm of the stamping equipment moves up and down, the punching arm drives the electronic reference stamping die, the punch punch moves up and down, impacts, completes the impact of the part, 01M, 02M punch automatic positioning and identification device and 03M, 04M die automatic positioning identification device The recording transmission concave and convex mode works in a positive state, and is connected to the external main control system through the control system to form a unitary body.

Figures (8) to (9) show an electronic reference injection mold system for a dual automatic positioning recognition device, Fig. (8) Indicates the electronic reference injection mold convex module, 02A represents the punch boss, 02M represents the punch right automatic positioning recognition device; 01M represents the punch right automatic positioning recognition device; 03A represents the concave module, 04A represents the concave cavity; Figure (9 ) Indicates the alignment mode of the embossing mode (the automatic positioning recognition device is installed in the reference hole previously punched in the embossing die, which is a reference hole after the positioning parameter is determined and the parallelism and the pulsation requirement are higher.

Figure (10) ~ Figure (11) shows a diagonal double automatic positioning and identification device with an electronic reference injection mold system with a sleeve plate. In Figure (10), 01A represents the electronic reference injection mold convex module, and 02A represents the convex mold. Boss, 02M represents the convex automatic right positioning recognition device; 01M represents the convex automatic left positioning identification device; 03A represents the concave module, 04A represents the concave cavity; Figure (11) represents the concave and convex mode alignment, 02M represents the convex mode The right automatic positioning recognition device and 01M indicate that the convex left automatic positioning recognition device is in a diagonal state. In the figure, 05A indicates a punch and a plate, and 06A indicates a punch and a sleeve.

Fig. (12) to Fig. (13) show a double-diagonal double automatic positioning and recognizing device with an electronic reference injection molding system with a sleeve, and the automatic positioning and identification device is located at four opposite corners of the sleeve.

In all of the above mold systems, the automatic positioning identification device can be located in the inner mold insert or on the sleeve. Figure (14) is the locating reference automatic positioning drive device. In the figure, 01H indicates the drive frame, 02H indicates the drive, 03 indicates the drive shaft, 04H indicates the positioner, 05H indicates the positioner thread, and 06H indicates that the drive frame carries the screw. 07H indicates the reciprocating direction of the positioner, 08H indicates that the drive unit is fixed to the flat groove, and 09H indicates the fixed cavity. The 02H drive is connected to the 01H drive unit through the 04H positioner. Power is applied to the 02H drive. The 02H drive rotates. The 03H drive shaft drives the 0411 3⁄4 positioner to rotate and reciprocate along the 07 arrow. The 08H drive unit frame is fixed to the flat groove, and the 09H is a fixed cavity. The mold inserts and guide plates can be installed in the 09H fixed cavity. The 08H is the fixed edge flattening and fixing mold matching edge, so that the mold and the drive frame can be adjusted to each other. Overall. Regarding the position and number of 02H drives, set them as needed; as shown in (14), there are a total of 5 drive units. After the mold is mounted on the positioning reference dynamic positioning drive device, 09H indicates the mold sleeve plate, 10H indicates the movable mold sleeve plate, 11H indicates the fixed mold insert, 12H indicates the movable mold insert, 13H indicates the spacer block, and 14H indicates the bottom plate. 15H indicates the ejector plate, 16H indicates the fixed side of the mold, 17Z is the high-precision clamping piece, and 18Z is the photoelectric automatic positioning and identification device. When the mold is installed in the 01H drive unit frame, after the 08H fixed edge flattens the fixed mold side of the mold, the mold is connected to the 01H drive unit as a whole, and the 02H drive is rotated to drive the mold at 01H. The device frame performs position adjustment movement, and the 18Z is the feedback positioning of the photoelectric automatic positioning recognition device to realize the same reference automatic positioning and positioning function, as shown in Fig. (15).

Fig. (16) shows the state in which the mold is attached to the 01H drive unit and mounted on the press. In the figure, 01H indicates the drive frame, 05H indicates the positioner thread, 10H indicates the movable mold set, 11H indicates the fixed mold insert, 26H indicates the movable mold insert, 13H indicates the spacer, 14H indicates the bottom plate, and 15H indicates the ejector plate, 16H Indicates the mold fixed edge, 17H is the dynamic mode photoelectric automatic positioning and identification device, 18H is the fixed mode photoelectric automatic positioning and identification device, 19H means fixed mold sleeve, 20H means nozzle, 21H means runner, 22H means fixed mold fixed block 23H denotes the compression motorized fixed block, 24H denotes the compression mold of the fixed mold block, 25H denotes the main column of the press, and 27H denotes the clamping device. As shown in the figure, the mold is connected with the drive unit. After the whole is installed in the press, the mold is opened and closed under the action of the press machine indicating the compression mold block. This is an embodiment in which the mold and the driving device are connected as a whole and mounted on a press. After installing the whole device of the mold and the drive frame in the cavity of the fixed mold of the press, it faces the problem that one nozzle may be misaligned; Figure (17) shows the nozzle joint device which can be misaligned, 01B indicates the nozzle, 02B indicates the pressure The fixed mold fixing plate of the refining machine, 03B indicates the spray head, 04B indicates the misalignable nozzle joint, and 05B indicates the runner. Under the joint action of the drive, the drive shaft, the positioner and the positioner thread, by adjusting the reciprocating positioning of the movable mold to realize the feedback positioning of the photoelectric automatic positioning recognition device and the same reference automatic positioning and positioning function, the runner moves slightly through The 04B misplaceable nozzle connector is connected to the injection head of the compressor 03B. The 04B misalignable nozzle connection can be moved slightly in the direction of the arrow, as shown in Figure (18) ~ Figure (19).

Figure (20) shows a schematic diagram of the connection of the mold and the drive unit to the control system after installation of the unit. 10H means movable mold set, 11H means fixed mold insert, 26H means movable mold insert, 13H means spacer, 14H Indicates the bottom plate, 15H indicates the ejector plate, 16H indicates the mold fixed edge, 17H is the dynamic mode photoelectric automatic positioning and identification device, 18H fixed mode photoelectric automatic positioning and identification device, 19H indicates the fixed mold sleeve, 20H indicates the nozzle, 21H indicates the runner, 22H It means the fixed mold fixing block of the press, 23H means the fixed mold block of the press type, 24H means the die-locking cylinder joint of the die fixed block, 25H means the main column of the press, and 27H means the clamping device. The 17H dynamic mode photoelectric automatic positioning and identification device and the 18H fixed mode photoelectric automatic positioning and identification device are connected to the information detection center through the connecting wire, the information detection center is connected with the information processing center, the information processing center is connected with the control center, and the control center is simultaneously low. Connections such as exchange centers, drive actuators, etc., which form a unitary system by means of connecting devices. When the mold is driven by the driving device and is automatically positioned and positioned, the 17H dynamic mode photoelectric automatic positioning recognition device and the 18H fixed mode photoelectric automatic positioning recognition device respectively respectively locate and locate the positioning signal along the information detection center, the information processing center, and the control center. The path is transmitted, and the control center realizes the photoelectric locating and positioning purpose by driving the actuator according to the preset control program and the instruction, and realizes the feedback positioning of the photoelectric automatic positioning recognition device and the same reference automatic positioning and positioning function. At the same time, the mold and the drive device frame can be integrally installed in the cavity of the fixed mold fixing plate of the press, and the mold and the drive device frame can also be installed in the inner cavity of the press-fit motor mold fixing plate. The figure is mounted on the fixed maneuvering mold. The inner cavity of the plate.

Figure (21) to Figure (22) show the electronic reference injection mold system for the mold double automatic positioning and identification device without moving and fixed mold sets; 11H means fixed mold insert, 26H means movable mold insert, 13H means spacer, 14H Indicates the bottom plate, 15H indicates the ejector plate, 17H is the dynamic mode photoelectric automatic positioning and identification device, 18H is the fixed mode photoelectric automatic positioning and identification device, 17Z is the high-precision clamping device, 19H indicates the fixed mold plate and fixed edge, 21H indicates pouring Road. The moldless automatic positioning and identification device of the non-moving and fixed-die plate is only the direct inner mold clamping mold. It does not need to assemble the moving and fixed mold sets. The mold system and the drive unit are installed and moved. The installation condition of the mold of the fixed mold sleeve is basically unchanged.

Figure (23) shows a schematic diagram of the connection between the electronic automatic injection mold and the control system of the dual automatic positioning and identification device of the middle part type and the compensation probe. As shown in the figure, 031 denotes a convex molder automatic positioning and recognizing device; 041 denotes a male mold automatic positioning and recognizing device, 071 denotes a convex mold left automatic positioning and recognizing device; 081 denotes a convex mold right automatic positioning and recognizing device, and 091 denotes a convex mold 101 denotes a concave mold, and 111, 121, 131, and 141 respectively indicate a mold clamping state electronic probe or a camera probe, and the information processing center is connected to the control center, and the signal self-detection center is connected with the information processing center, and the information processing center and the control center are connected. Connection, the control center is connected to other information processing centers, information exchange centers, drive actuators, etc., and these systems form a whole system through connecting devices. When the mold is driven by the driving device, when the automatic positioning and positioning are performed, the dynamic mode photoelectric automatic positioning recognition device and the fixed mode photoelectric automatic positioning recognition device respectively transmit the positioning and positioning signals along the information detection center, the information processing center, and the control center path. The control center realizes photoelectric locating and positioning by driving actuators according to preset control programs and commands, and realizes the feedback positioning of the photoelectric automatic positioning recognition device and the same reference automatic positioning and positioning function. 111, 121, 131, and 141 respectively indicate that the electronic probe or the imaging probe of the mold clamping state enters the moving and fixed mold opening and closing plane through the ejector hole or the gate passage, or other special passages, and passes through the mold clamping line of the mold clamping plane. Errors and misalignments are accurately surveyed, and the accuracy of the mold and the accuracy of the mold clamping are improved by further processing the correction. The electronic probe or the camera probe is connected to the information detection center through a connecting wire, the information detection center is connected to the information processing center, the information center is connected to the control center, and the control center is simultaneously connected with other information processing centers, information exchange centers, drive actuators, and the like. These systems form an integral system by connecting devices. The mold control center automatically compensates by driving the drive according to the error and misalignment data detected by the electronic probe or camera probe. Through the above measures and methods, the error and misalignment of the opening and closing mode are automatically compensated by the mold clamping probe.

Figure (24) shows the connection between the electronic reference electronic mold and the fixed mold insert after the installation of the mold clamping machine and the control system. 011 electronic reference injection mold concave module, 021 convex die boss, 031 represents the convex automatic left identification device; 041 represents the convex automatic right positioning identification device, 061 represents the electronic reference injection mold convex module, 051 represents the concave cavity, 071 denotes a convex automatic right positioning and recognizing device, 081 denotes a convex automatic right positioning and recognizing device; 121 and 131 respectively denote a clamping state electronic or imaging compensating probe; 151, 161, 191, 201, 211, 221, 231, 241 251, 261, etc. are all connecting wires. In the figure, 01H indicates the drive unit frame, 05H indicates the positioner thread, 14H indicates the fixed plate, 15H indicates the fixed mold base plate, 16H indicates the mold fixed side; 23H indicates the mold clamping machine bottom plate, and 29H indicates the rolling mold clamping machine combined with the template. 30H indicates the main column of the compressor, 31H indicates the fixing screw, and 32H indicates the driving cylinder. 33H indicates the top plate of the mold clamping machine. The 30H compressor main column and the 33H rolling mold clamping machine top plate and the 23H rolling mold clamping machine bottom plate position are relatively fixed; through the cylinder driving, the 29H rolling mold clamping machine and the template move up and down in the 30H crusher main column, to the electronic The reference electronic reference tool is used for opening and closing the mold to complete the mold clamping process. The 01H~30H part mainly constitutes the rolling mold clamping machine mechanism, and the 01I 26I part mainly constitutes the automatic compensation electronic reference electronic reference mold total system. In the automatic compensation electronic reference electronic reference die total system, the automatic positioning identification device is connected to the information detection center through the side wire, the information detection center is connected with the information processing center, and the information processing center is connected with the control center, and these systems are formed by the connecting device. The overall system. When the mold is driven by the driving device, when the automatic positioning and positioning are performed, the dynamic mode photoelectric automatic positioning recognition device and the fixed mode photoelectric automatic positioning recognition device respectively transmit the positioning and positioning signals along the information detection center, the information physiological center, and the control center path. The control center realizes the photoelectric locating and positioning purposes by driving the actuator according to the preset control program and instructions, and realizes the feedback positioning of the photoelectric automatic positioning recognition device and the same reference automatic positioning and positioning function. In the automatic compensation electronic reference electronic reference die total system, the electronic probe or the camera probe enters the moving and fixed mold opening and closing plane through the ejector hole or the gate channel, or other special channels, and passes through the clamping line of the clamping plane. Accurate exploration of errors and misalignments, and correcting the correction by one step, improving the accuracy of clamping and clamping accuracy. The electronic probe or the camera probe is connected to the information detection center through a connecting wire, the information detection center is connected to the information processing center, the information processing center control center is connected, and the control center is simultaneously connected with other information processing centers, information exchange centers, drive actuators, etc. The system automatically compensates by controlling the drive unit drive through the connection device, and automatically corrects the record through the system. Through the above measures and methods, the error and misalignment of the opening and closing mode are automatically compensated by the mold clamping probe. Automatic compensation electronic reference electronic reference mold After the installation of the open mold clamping machine, the connection with the control system, driven by the cylinder, the mold clamping machine template moves up and down the main column of the compressor, and the electronic reference electronic mold The mold is opened and closed, and the mold clamping process is completed. The photoelectric automatic positioning and identification device respectively transmits the positioning and positioning signals along the information detection center, the information processing center and the control center path, and the control center realizes photoelectric searching and positioning by driving the actuator according to preset control programs and instructions. Objective To realize the feedback positioning of the photoelectric automatic positioning recognition device and the same reference automatic positioning and positioning function.

Figure (25) The overall schematic diagram of the CNC milling mold clamping machine and the installation of the mold. In the figure, 01H indicates the drive unit frame, 05H indicates the positioner screw, 10H indicates the movable mold insert, 11H indicates the fixed mold insert, 26H indicates the movable mold insert, 13H indicates the spacer, 14H indicates the bottom plate, and 15H indicates the ejector plate. 16H indicates the mold fixed edge, 17H is the dynamic mode photoelectric automatic positioning and identification device, 18H is the fixed mode light automatic positioning and identification device, 20Z indicates the nozzle, 21H indicates the movable mold insert boss, and 27H indicates the clamping device, which constitutes the electronic reference electron. Benchmark mold. 23H indicates the bottom plate of the mold clamping machine, 29H indicates the mold clamping machine and the template, 30H indicates the main column of the compressor, 31H is the fixing screw, 32H is the driving cylinder, and 33H is the top plate of the mold clamping machine. The 30H compressor main column and the 33H rolling mold clamping machine top plate and the 23H rolling mold clamping machine bottom plate position are relatively fixed; through the cylinder driving, the 29H rolling mold clamping machine and the template move up and down in the 30H crusher main column, to the electronic The reference electronic reference mold is used to open and close the mold, and the mold clamping process is completed. 12Q stands for small CNC machining and milling machine. The cutters used can be milling cutters, and also include cross-grinding heads. 13Q stands for small 3D measuring instruments; they can be directly integrated with the mold clamping machine after installing the mold, according to the mold clamping The process needs to directly perform 3D measurement and CNC machining on the mold and mold parts. Refer to the electronic reference electronic reference mold of this figure and the previous figure, after the installation of the mold clamping machine, the connection diagram with the control system, according to the comprehensive function of the system. The same reference is made for the inner mold, the same reference is made for the inner plate, the same reference is made for the mold, the same reference is applied to the inner mold, the same reference is processed for the inner plate, the same reference is used for the mold, the same reference is made for the mold, the same reference is applied, and the same reference is made for the same reference; The final product is pressed against the same benchmark. It also includes a cross-synchronous transmission system, a synchronous control system, and the like. First, the inner mold processing of the mold is realized. Inlay processing, plate processing, mold processing, mold processing, rolling dynamic processing of a single database. According to the technology, the CNC numerical control rolling mold clamping machine first realizes the same reference of the mold clamping, and the same reference is used for the mold, and the same reference is used for rolling the mold; at the same time, the mold part of the 13Q small 3D measuring instrument is passed through the mold clamping, mold matching and rolling process. Match tolerances and errors of part shape and parameters, and directly correct tolerances and errors. In the CNC numerical control mold clamping machine, a 12Q small CNC machining milling machine is formed, which has the same direct processing effect as the benchmark. According to the most advanced PRO/E, UG, SWOLDWORK and other three-dimensional drawing design integrated software to realize product part design, part product engineering analysis, three-dimensional splitting mode can be performed on the part, after three-dimensional splitting mode, Mechanical (CNC) CNC machine tool processing directly forms the parts formed by the three-dimensional split mold, and directly integrates the comprehensive function of the mold cavity, which only realizes the product part design, the part product engineering analysis, the three-dimensional split mold, (CNC) CNC machine tool. Processing the parts directly formed by the three-dimensional fractal die to directly form the mold cavity; According to the conclusions of the previous analysis, the three-dimensional software such as PRO/E, UG, SWOLDWORK is only a dynamic global database of the product to the inner model cavity; At present, the three-dimensional follow-up of the formwork part exists, but generally it is processed by two-dimensional means, and the same reference database does not exist with the inner mold. The technology is advanced in the realization of the internal mold processing of the product to the mold, the inlay processing, the sleeve processing, the mold processing, the mold processing, the rolling process of the dynamic whole single database. The technology described in Figure (25) is a qualitative leap from the innovation. This technology uses the single database of the dynamic whole process of the mold as the benchmark for 3D measurement, directly confirms the error of the parts and the part error end; CNC simultaneous direct processing The error part and the error end of the part complete the mold clamping, mold matching and rolling process, so the final finished mold is exactly the same as the product requirements. It is well known that the "Red Dan" matching and rolling mode explains the mutual error between the mold parts. However, it cannot be confirmed that the structure in which the error exists is the carbonyl or the coupling end. The traditional "Red Dan" model has a large error in milling, and it can only confirm whether there is tolerance and error in the matching surface. It is difficult to confirm whether the "Red Dan" is uneven at the local end or at the other end, according to the feeling and work convenience. Selecting the end face to grind the mold, the error is very large, generally randomly selected, because there is basically no basis for selection; this is particularly evident in the rolling square guide positioning block, conical guide positioning block and other important places are particularly obvious: "Red Dan" when viewing the mold, the uneven surface of the "Red Dan" is seen, which proves that the contact surface of the two parts of the match is out of tolerance, it is difficult to confirm the cause of the tolerance, it is difficult to know that the two parts Medium, the parts that are really out of tolerance, or the two parts are out of tolerance. This is because the mold of this technology is a dynamic single database. Lack of 3D measurement based on a single dynamic database of the mold, it is difficult to reach the precision mold roll. Practice has proved that the traditional "Red Dan" model is used for rolling, and the errors of final clamping accuracy, concentricity, misalignment, etc. are relatively large. This paper proposes a 3D measurement based on the single dynamic database of the mold, directly confirms the error parts and the error end of the parts, and directly processes the error parts and the error end of the parts to ensure excellent clamping accuracy, concentricity and coaxiality; At the same time, it can avoid the misalignment of the traditional mold. PRO/E, UG, SWOLDWORK and other three-dimensional software realize the product to the dynamic whole process single database of the model cavity, and extend the three-dimensional follow-up of the formwork part. In order to cooperate with this technology, three-dimensional software such as PRO/E, UG, SWOLDWORK, etc. must implement a three-dimensional dynamic whole-process single database of the product model cavity and the mold frame, and associate the same benchmark, and provide direct confirmation error of 3D measurement of the whole single database. The parts and parts error end, the CNC and CNC direct machining error parts of the whole process and the interface and port of the error end of the whole process are compatible with the integrated system of the technology and the CNC numerical control milling machine of the technical equipment to realize a single database. , sharing the same database. And form a 3D measurement based on the dynamic whole single database of the mold, directly confirm the error of the parts and the error end of the part, and directly process the error part of the part of the error, to ensure the excellent mold clamping accuracy, concentricity, coaxiality Special software module for mold-molding, this software module has 3D measurement of all parts of the mold based on the dynamic whole process of the mold, directly confirms the error of the parts and parts, and directly processes the parts and parts of the error. The function of the error end, and has an interface that is simple, friendly, easy to operate and master. PRO/E, UG, SWOLDWORK 3D software mold assembly module is not directly applicable to mold milling, but also needs to synchronize the internal database reference of the same database, set board benchmark, mold benchmark, internal mold processing benchmark, sleeve processing Benchmarks, mold processing benchmarks, mold clamping benchmarks, mating benchmarks, etc.; also include cross-synchronous transmission systems, synchronous control systems, etc. At the same time, it is not only directly associated with the CNC numerical control mold clamping machine, but also directly related to the error of the compressor and the stencil opening and closing mode, forming a software module for the smelting opening and closing mode error. After the electronic reference electronic reference mold is installed on the CNC machine, the spindle can be raised and lowered. The spindle is lowered and the tool contacts the workpiece to start machining. After a certain machining condition, it is necessary to change the tool or complete the machining. The spindle is raised and the tool is separated from the workpiece to start a new job.

Figure (26) is the installation and processing diagram of the electronic reference electronic reference mold mounted on the positioning CNC machining machine. In the figure, 01H denotes the drive frame, 05H denotes the positioner thread, 10H denotes the movable die set, 26H denotes the movable die insert, 13H denotes the movable block, 14H denotes the bottom plate, 15H denotes the ejector plate, 16H denotes the ejector plate, 16H denotes the fixed side of the die, 17H is The movable mode left photoelectric automatic positioning and recognition device, 17P is a dynamic mode right light automatic positioning and identification device. 01J tool type CNC machine tool photoelectric automatic positioning and identification device, 02J means tool chuck, 01J tool type CNC machine tool photoelectric automatic positioning and identification device is directly installed in the 02J tool chuck, 05J represents the spindle. 06J indicates the spindle holder, 07J indicates the spindle guide, 08J Indicates the spindle arm, 09J indicates the machine base, and 10J indicates the machine's two-way moving table. 01H~17H, 17P represents the electronic reference electronic reference mold, 01J 10J represents the searchable CNC machining machine. The characteristics of the electronic reference electronic reference mold have been described in the foregoing. The CNC machining machine can be positioned to install a vertical flat photoelectric automatic positioning identifier on the shaft of the machine tool; the four-way movement of the machine tool itself is carried out until The vertical position of the machine tool is mounted on the spindle of the machine. The 17H, 17P photoelectric automatic positioning and recognition device automatically locates the head and ignores it. Then remove the photoelectric automatic positioning identifier on the spindle and replace it with the tool. At this time, the spindle is lifted up and the tool contacts the workpiece to start machining.

Figure (27) is another homable CNC machining machine equipped with an electronic reference electronic reference mold; 01H indicates the spacer, 05H indicates the positioner thread, 10H indicates the movable sleeve, and 26H indicates the movable mold insert. 13H denotes the spacer, 14H denotes the bottom plate, 15H denotes the ejector plate, 16H denotes the fixed side of the mold, 17H is the left photoelectric automatic positioning and identification device of the movable mode, 17P is the right photoelectric automatic positioning and identification device of the movable mode; 17Q is the left light of the CNC numerical control machine Automatic positioning and identification device, 17R is the left photoelectric automatic positioning and identification device of CNC numerical control machine. 17R is the right photoelectric automatic positioning and identification device for CNC machine tools. 01J indicates the tool, 02J indicates the tool chuck, 04J indicates the photoelectric automatic positioning recognition device driver, 05J indicates the spindle, 06J indicates the spindle holder, 07J indicates the spindle guide, 08J indicates the spindle arm, 09J indicates the machine base, and 10J indicates the machine moves in both directions. station. 01H~17H, 17P represents the electronic reference electronic reference mold, 01J-101, 17Q, 17R represent the CNC machining machine that can be searched. This can be used to locate CNC CNC machine tools. This can be used to locate CNC CNC machine tools through CNC machine tools. The guide rail moves left and right, and the automatic positioning is aligned with the movable mold, and the 17H dynamic mode left photoelectric automatic positioning and identification device is automatically positioned, and the movable mold sleeve 17P dynamic mold right photoelectric automatic positioning and recognition device is automatically positioned, thereby realizing the identification and identification device. The automatic positioning is aligned with the movable mold sleeve 17P moving mold right electric electric positioning recognition device, thereby achieving the purpose of identification and positioning.

Figure (28) is a schematic diagram of the connection between the CNC-aided machine tool and the control system with the electronic reference electronic reference mold installed in Figure (27). The center photoelectric automatic positioning identification of the map will locate and determine the signal along the information. The center, the information processing center, the control center path transmission, the control center according to the preset connection diagram of the control system; the map center automatic positioning and identification device respectively locates the positioning and positioning signals along the information detection center, the information processing center, and the system The central path is transmitted, and the control center realizes the photoelectric locating and positioning purposes by driving the actuator according to the preset control program and the instruction, and realizes the feedback positioning of the photoelectric automatic positioning recognition device and the same reference automatic positioning and positioning function. The information exchange center keeps in sync with other systems; for example, in Figure (25), there is a part with a large amount of machining. In Figure (25), the CNC numerically controlled mold clamping machine is difficult to process with a small CNC numerical control device. After the CNC machine tool is finished, the part or assembly can be moved to the CNC machine tool. After automatic positioning and positioning through a single database, the information can be directly received by the information exchange center (CN). The data, and then according to this requirement, the CNC CNC machine tools are directly processed to ensure the identity.

Figure (29) is a diagram (26) The schematic diagram of the electronic reference electronic reference die mounted on the searchable CNC machine tool and control system. In the figure, 01H denotes the drive frame, 05H denotes the positioner thread, 10H denotes the movable die set, 26H denotes the movable die insert, 13H denotes the movable block, 14H denotes the bottom plate, 15H denotes the ejector plate, 16H denotes the ejector plate, 16H denotes the fixed side of the die, 17H is The movable mode left photoelectric automatic positioning and recognition device, 17P is the dynamic mode right photoelectric automatic positioning and identification device; 01J indicates the photoelectric automatic positioning and identification device installed in the fixture, 02J indicates the tool chuck, 05J indicates the spindle, 06J indicates the spindle holder, 07J indicates The spindle guide rails represent the spindle arm, 09J represents the machine base, and 10J represents the machine tool two-way moving table. 01H~17H represents the electronic reference electronic reference mold, 01J~10J indicates that the CNC machining machine can be located. The characteristics of the electronic reference electronic reference mold have been described above. The position of the CNC machining machine is essentially the installation of a photoelectric automatic positioning identifier on the machine spindle. Automatic homing alignment is achieved by the CNC's own three-way movement of the guide rails. The characteristics of the electronic reference electronic reference mold have been described in the previous section. The photoelectric automatic positioning identifier on the spindle of CNC machining machine can be moved to the left by the CNC guide bed. The automatic positioning is aligned with the movable mold sleeve 17P. Right photoelectric automatic positioning recognition device.

The present technology also includes 01H in the present technology to indicate that the drive device frame can be disposed without manual use, and manual machining of the machined parts is performed. Manually place the part on the device parallel to the device guide rail. The technology also includes a device guide rail that does not require manual placement of the part on the device in parallel, but with a very simple fixture and a very convenient way to touch it. The parts are placed on the machine tool and the equipment, and the parts are in a certain error and angle with the direction of the machine tool guide rail; the angle allows it to exist, and the angle is detected by electronic locating, and then input into the computer, through The specific software program calculates the original shape structure of the part directly after calculating the new machining program in the presence of the angle.

Regarding the lateral locking force and the fixing force of the electronic reference mold, the lateral locking is ensured by the structural features of the electronic reference electronic die itself and the auxiliary structure. During machining and assembly, clamping, and milling, lateral locking is supported by the unit itself. When the electronic reference electronic reference mold is mounted on a press and subjected to smelting, depending on the characteristics of the mold and the existing press, the special mold cannot always rely on the compactor to provide a strong lateral locking force. Therefore, when the mold has super strong lateral stress, the mold or pressure appears in the place where there is a large slider and a large lateral projection area of the product where lateral stress and pressure occur, and the support block is offset to offset the lateral direction. Stress and pressure. In general, molds and presses do not need to provide means to offset lateral stresses and pressures. The following specific analysis is carried out: The liquid injection pressure of the raw materials provided by the compressor is generally between 20N/MM and 150N/MM, and the clamping pressure provided by the compressor is between 500KN and 50000 N, etc., according to the actual application. The specific parameters, the clamping force is greater than the anti-locking force, the value has certain specific data, from the above analysis, the mold is always under pressure during the injection and after the injection, the mold parting surface has a number of choices, the mold does not exist side The problem of the influence of stress and pressure. The coefficient of static friction between the parting surfaces is about 0.15. According to the selection of the appropriate press and its parameters, there is no problem of lateral stress and pressure in the mold. When the lateral stress and pressure are too large and other mutual support is required, the mold can eliminate the influence of lateral stress and pressure by increasing the lateral support device or processing the roughness of the mold parting surface and the matching grain.

The detailed mechanism and treatment method for generating lateral stress are specifically analyzed below.

When there is a lateral interaction force in a single mold, the mold produces lateral stress. As far as the structure of the mold itself is concerned, the beveled parting surface, the inclined surface and the sliding block are the main factors for generating the lateral interaction force; in terms of squeezing, the asymmetrical projection area of each part of the part is the lateral interaction force. major factor. Further details of the analysis of the tempering to produce the lateral interaction force mechanism, the structural characteristics of the part itself will also produce local lateral stress and local time zone lateral stress during the process of squeezing the liquid raw material. Specifically analyze the influence of the mold structure on the lateral stress: The parting surface is also the contact surface of the moving and fixed mold opening and closing mold. When the parting surface is a beveled surface, the moving and fixed molds along the contact surface (parting surface) of the mold form a force and a reaction force, and the force and the reaction force form a certain angle with the mold opening and closing mold plane. The component of the angle between the opening and closing plane is the lateral stress. For individual molds with large lateral stresses, the technical treatment measures are to apply a reverse counter-offset force in the direction of the lateral stress. In order to ensure the counter-offset force, the corresponding movement and fixed mode of the mold can be included. On the sleeve plate, or on the press, add such an auxiliary device to achieve an excellent balance of force. When the parting surface is a symmetrical bevel, after the mold is clamped, the fixed mold generates a bidirectional force and a reverse acting force and a reaction force along the vertical direction of the contact surface (parting surface), and no lateral stress is generated. When the product has a through-hole structure, there is a kind of "punch-through" on the mold that does not generate lateral stress; when there is "punch-through" in the mold structure, the collision produces lateral stress.

The apparatus and method for a press machine for an electronic guide post guide sleeve device, the function of the press having at least precise positioning in two directions of vertical and horizontal, or the other two vertical and approximately vertical Precise positioning in both directions, and can be adjusted according to the needs of the electronic guide post guide sleeve mold device. In fact, it is easy to have these functional features as long as the compactor has precise positioning means or positioning guides in both directions. This requirement is also easy to implement, as it is basically possible to port existing structures and technologies. Because the general positioning of the machine tool and the CNC machine tool is easy to achieve full-featured precise positioning, the precise guiding and precisely adjusted structure and the compactor can be combined according to the actual situation. Because the technology is already in: internal mold reference, mold clamping benchmark, set benchmark, mold benchmark, internal mold processing benchmark, sleeve processing benchmark, mold processing benchmark, mold clamping benchmark, mold benchmark, etc. can use existing equipment or Some adaptations to existing equipment can do everything. The tighter precise positioning and guiding function has long been a reliable and mature technology for general mechanical equipment. The existing testing machine needs to carry out some structural improvements, especially the improvement of guiding and positioning can easily achieve the above functional objectives, thereby satisfying the electronic guide. The need for a column guide sleeve mold unit.

At the same time, the automatic positioning automatic identification device has a sequence identification signal, and automatically realizes the automatic identification of the part name and the like at the same time, thereby realizing the automatic detection function and the like. The technology also creates a single database manufacturing method and device for the processing of the mold processing mold part in the electronic reference electronic reference mold part, the mold assembly mold mold dynamic mold, the electronic reference electronic mold reference mold part The whole process of single database makes the electronic reference electronic mold mold production and mold refining production parts finally reach the highest cost performance, greatly enhancing the product market share and market competitiveness. The broad field created by this technology has great potential.

The basic principles and methods of the present technology can be used to derive and modify various modifications, changes and changes. There are many modifications, changes and changes in the basic principles and methods of the present technology.

Claims

Rights request

1. An electronic reference mold system device and method, comprising a high-precision electronic automatic position finding, automatic positioning, automatic correction, a new concept mold and mold system method and device capable of synchronous transmission, and an internal mold reference, a set plate reference , mold benchmark, internal mold processing benchmark, sleeve processing benchmark, mold processing benchmark, mold clamping benchmark, mold benchmark, product smelting benchmark; also package cross-synchronous transmission system, synchronous control system, matching with CNC (CNC) CNC machine tool, positionable molding machine, positionable compressor, central synchronous control processing system; features: mold design, machining, mold matching, mold clamping, rolling, assembly and mold design, A dynamic, single-process database is available for processing, mold clamping, mold clamping, milling, and assembly.

2. Apparatus and method as claimed in claim 1, characterized in that: the basis for mold design, processing, molding, mold clamping, rolling, device and mold design processing, mold matching, mold clamping, rolling, assembly is Electronic benchmark.

3. An optoelectronic electronic positioning automatic identification system; the package span: a transmitting head capable of transmitting a medium such as photoelectricity, and an accepting head capable of recognizing a medium such as a photoelectric device emitted by the receiving transmitting head, which is substantially an array positioning recognition conversion sensor device, The position of the received photoelectric medium can be recognized and converted into a transmittable electrical signal, etc., and a connection line, etc.; the feature is: the transmitting head and the receiving head mutually determine the mutual coordinate position.

4. An electronic benchmark product design and manufacturing inspection method, characterized in that: an electronic benchmark for designing manufacturing inspection is set up on the product.

5. A method for product design and manufacturing inspection using an electronic benchmark, characterized in that: the product is designed, manufactured and tested using an electronic reference.

6. An electronic reference according to claim 4, wherein: the electronic reference further comprises a recording medium.

7. A mold automatic clamping and clamping surface precision detecting device, including a mold clamping state electronic probe or camera probe, a convex mold automatic positioning and identification device, a concave mold automatic positioning and identification device, a connecting wire and an information detecting center, and an information processing center , control center connection, control center, other information processing center, information exchange center, drive actuator, these systems form a whole system through connecting devices; the features are: can automatically detect the parting surface, adjust the parting surface, make it strict Hehe.

8. An automatic positioning drive device, comprising a drive frame, a drive, a drive shaft, a positioner, a positioner thread, a drive frame carrying a thread, a reciprocating direction of the positioner, a drive frame fixing a flat groove, a fixed cavity, a drive The locator is connected to the drive frame as a whole, electric power is applied to the drive, the drive is rotated, and the positioner is rotated by the drive shaft, and the locator is reciprocally positioned along the direction of the arrow in the drawing.

9. A CNC numerical control rolling mold clamping machine, including a CNC machining milling machine, the cutters used are milling cutters, grinding heads; including 3D measuring instruments; they are connected as one, and the features are: the machine can directly directly on the mold based on the electronic reference Processing, measurement

10. A single-database method for electronic benchmark mold dynamic whole process, including the steps of punch automatic positioning and identification device, the step of automatic mold positioning and identification device, the step of clamping the state electronic probe or camera probe, the step of measuring probe, the step of numerical control machine tool, the milling machine Molding machine steps, compressor steps, connecting wires and information detection centers, information processing centers, control center connections, control centers, other information processing centers, information exchange centers, drive actuators, etc., and these systems and devices are connected separately The device forms an overall system; the method is characterized in that: all systems realize a single database sharing, and complete mold making, product squeezing, etc. in a single database.