Automatic electrical console based on PLC

Abstract

The invention provides a PLC-based automatic electrical console, which structurally comprises a PLC actuator, a host, a constant temperature end, a control panel and a display screen, and is characterized in that the PLC actuator is embedded into the host and is electrically connected with the host, and the side edge of the host and the constant temperature end are of an integrated structure; according to the invention, on the basis that the host carries the PLC actuator, the electrical console can effectively accord with the characteristics of PLC automatic control through mutual cooperation of the computer technology and the automatic control technology of the micro-processing module and the communication technology of the communication module; therefore, the effects of refinement, high efficiency, safety and environmental protection during control can be effectively improved according to PLC automatic control, the precision and stability during production are further improved, and meanwhile, the assembly bodies on the parallel plates can ensure the safety spacing of the three sets of micro-processing modules in the host according to the parallel insertion plates and the supporting columns on the solid blocks. Therefore, parallel fixed use is achieved, and the situation that disassembly, assembly and maintenance are difficult due to inclination or mutual obstruction is avoided.

Description

Technical Field

[0001] The invention relates to the technical field of PLC electrical control, and more specifically to an automatic electrical control console based on PLC. Background Art

[0002] The research direction of electrical automation control is different from that of general automation control. Electrical automation control focuses on strong electricity, so that the automated electrical control console can control the movement of mechanical equipment, the flow of materials, energy conversion, etc. through electrical components and electromagnetic equipment, so that the industrial production process can achieve the effect of automated operation. In summary, the inventors have found that the existing electrical control consoles mainly have the following defects: since the current automated control consoles use relatively simple automated programs to work, this will result in relatively simple structural components and program execution. As a result, ordinary control cannot control the precision of precision instruments, which will manifest the defect of insufficient refinement and reduce the manufacturing efficiency of precision instruments. Summary of the invention

[0003] The technical solution adopted by the present invention to achieve the technical purpose is: a PLC-based automated electrical control console, whose structure includes: a PLC actuator, a main unit, a constant temperature end, a control panel, and a display screen. The PLC actuator is embedded in the main unit and electrically connected, the side of the main unit and the constant temperature end are an integrated structure, the control panel is embedded in the upper end of the main unit, and the display screen is installed at the front end of the control panel and electrically connected to the main unit.

[0004] As a further improvement of the present invention, the PLC actuator is provided with a parallel plate, an assembly, a microprocessor module, a slide rail, and a communication module. The outer surface of the parallel plate is fixedly connected to the assembly, the inner surface of the assembly is perpendicular to the microprocessor module, the slide rail is arranged at the center of the two side edges of the microprocessor module, the power-on module is embedded in the front end center of the microprocessor module and inserted into the host for electrical connection, and the assembly is exposed to the outside of the host through the parallel plate; the outer part of the parallel plate is perpendicular to the assembly, the shape of the assembly is adapted to the shape of the microprocessor module, the microprocessor module combines computing technology and automatic control technology for use, and three groups are arranged inside the parallel plate. The slide rail is arranged on each side of the microprocessor module. The length of the communication module is less than the length of the microprocessor module and is positioned at the center of the microprocessor module for electrical connection.

[0005] As a further improvement of the present invention, the assembly is provided with a parallel plug plate, a solid block, a positioning block, and a support column. The parallel plug plate is embedded in the inner center of the solid block, the positioning block is installed on the upper surface of the solid block, the support column is connected to the positioning block, the parallel plug plate passes through the surface of the parallel plate through the solid block and enters the inner center of the microprocessing module for support and fixation, and the solid block is fixed to the surface of the parallel plate; the parallel plug plate is in a convex shape and has a thickness less than that of the solid block, a plurality of groups of positioning blocks are installed on the upper layer of the solid block, and the support column and the positioning block are perpendicular to each other.

[0006] As a further improvement of the present invention, the parallel plate is provided with an insulating plate, an adsorption plate, a cooling body, and a power-on block. The insulating plate and the adsorption plate overlap with each other. The cooling body is installed on the surface of the adsorption plate and the center is penetrated by the parallel plug plate. The upper and lower ends of the cooling body are provided with power-on blocks and enter the microprocessor module together with the parallel plug plate for fixation and electrical connection. The insulating plate is a plastic product and its area is consistent with that of the adsorption plate. The cooling body in the adsorption plate has a power-on cooling function, and the power-on blocks are provided in the upper and lower areas of the front center of the cooling body.

[0007] As a further improvement of the present invention, the insulating plate is provided with a plate body, a connecting layer, a protrusion, an auxiliary gasket, and a threaded column. The plate body and the connecting layer are an integrated structure. The protrusion is fixed to the upper and middle edges of the plate body through the connecting layer. The auxiliary gasket is embedded in the center of the connecting layer. The threaded column passes through the center of the plate body and the auxiliary gasket to complete the fixed connection with the center of the adsorption plate. The connecting layer of the plate body is in a polished shape, and the protrusion is provided at the upper and middle edges of the connecting layer. The number of the auxiliary gaskets is consistent with the number of the threaded columns.

[0008] As a further improvement of the present invention, the surface of the control panel is newly provided with a powered rebound body, a button, a groove, an interlaced column, and a flexible body; the powered rebound body is fixed to the lower end center of the button, the center of the button surface and the groove are an integrated structure, the interlaced column is embedded in the groove to complete the overlap with the inside of the button, the flexible body covers the top area of ​​the button through the interlaced column, the button is embedded in the surface area of ​​the control panel through the powered rebound body and is electrically connected to the host, and the flexible body is exposed to the upper area of ​​the control panel through the interlaced column and the button; the powered rebound body carries a steel spring, the button is a square solid shape, the shape of the groove and the shape of the interlaced column match each other, and the flexible body is a rubber product.

[0009] As a further improvement of the present invention, the flexible body is provided with a rubber body, a loading slot, a lettering plate, and a transparent flexible sheet. The center of the upper end of the rubber body and the loading slot are an integrated structure. The lettering plate falls into the rubber body through the loading slot. The transparent flexible sheet covers the surface of the lettering plate and is installed in the top center area of ​​the rubber body. The lower end of the rubber body is fixedly connected to the interlaced column and covers the surface of the button. The loading slot of the rubber body is set vertically, the lettering plate is supported by stainless steel metal material and has a finely polished surface. The transparent flexible sheet is made of the same material as the rubber body, and its area is consistent with that of the lettering plate.

[0010] Compared with the prior art, the present invention has the following beneficial effects: 1. The present invention is based on a host computer equipped with a PLC actuator. Through the cooperation of the computer technology, automatic control technology of the microprocessor module and the communication technology of the communication module, the electrical control console can effectively meet the characteristics of PLC automatic control, so that according to the PLC automatic control, the refinement, efficiency, safety and environmental protection effects of control can be effectively improved, thereby achieving improved accuracy and stability in production. At the same time, the assembly on the parallel plate can ensure the safe spacing of the three groups of microprocessor modules in the host computer according to the parallel plug-in plates and support columns on the solid block, so that they can be used in parallel and fixed, avoiding the situation where it is difficult to disassemble and maintain due to tilting or mutual obstruction.

[0011] 2. The present invention is further improved by the parallel plate. The overlap of the adsorption plate and the insulating plate can effectively improve the fixation of components such as the microprocessor module in the host. At the same time, the insulating plate can prevent the power generated when the power is turned on from leaking outward. Then, the cooling body on the adsorption plate can complete the electrical connection with the microprocessor module through the power block. For this reason, the cooling body can perform constant temperature treatment inside the microprocessor module to prevent high temperature overload caused by continuous high-performance operation. At the same time, combined with the parallel plug-in board, the parallelism of the microprocessor module can be further improved. At the same time, the insulating plate and the adsorption plate can be spliced ​​through threaded columns to achieve the characteristic of being detachable, so that the insulating plate or the adsorption plate can be quickly replaced.

[0012] 3. After the buttons on the surface of the control panel of the present invention are further improved, the buttons can be embedded with the interlaced columns through the newly added grooves on the surface, so that the flexible body can cover the surface of the buttons, so that the rubber flexible body can replace the original solid surface for use, so that it can prevent finger pain caused by long-term hand tapping. Therefore, the flexible body can play a buffering and shock-absorbing role. At the same time, the loading groove in the flexible body can cover the engraving plate, and finally the transparent flexible sheet is covered on the surface, so that the letters or words on the engraving plate will not be worn due to continuous tapping, ensuring that the words on the engraving plate can remain clearly visible. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 The present invention is a structural diagram of an automated electrical control console based on PLC.

[0014] Figure 2 The present invention is a schematic diagram of the three-dimensional structure of an improved PLC actuator.

[0015] Figure 3 This is a schematic diagram of the improved three-dimensional structure of an assembly.

[0016] Figure 4 The present invention is a schematic diagram of a three-dimensional structure after improvement of a parallel plate.

[0017] Figure 5 The present invention is a schematic diagram of the three-dimensional structure of an improved insulating board.

[0018] Figure 6 The present invention is a three-dimensional structural schematic diagram of a newly added component on a control panel.

[0019] Figure 7 The present invention is a schematic diagram of the three-dimensional structure of an improved flexible body.

[0020] In the figure: PLC actuator-1, host-2, constant temperature end-3, control panel-4, display screen-5, parallel plate-11, assembly body-12, microprocessor module-13, slide rail-14, communication module-15, parallel plug-in board-121, solid block-122, positioning block-123, support column-124, insulating plate-111, adsorption plate-112, cooling body-113, power-on block-114, plate body-a1, connecting layer-a2, protrusion-a3, auxiliary gasket-a4, threaded column-a5, power-on rebound body-41, button-42, groove-43, inserted column-44, flexible body-45, rubber body-451, loading slot-452, lettering plate-453, transparent flexible sheet-454. DETAILED DESCRIPTION

[0021] The present invention is further described below in conjunction with the accompanying drawings: Example

[0022] Figures 1 to 3 As shown: The present invention provides an automated electrical control console based on PLC. Its structure includes a PLC actuator 1, a host 2, a constant temperature end 3, a control panel 4, and a display screen 5. The PLC actuator 1 is embedded in the host 2 and electrically connected. The side of the host 2 and the constant temperature end 3 are an integrated structure. The control panel 4 is embedded in the upper end of the host 2. The display screen 5 is installed at the front end of the control panel 4 and is electrically connected to the host 2.

[0023] The PLC actuator 1 is provided with a parallel plate 11, an assembly 12, a microprocessor module 13, a slide rail 14, and a communication module 15. The outer surface of the parallel plate 11 is fixedly connected to the assembly 12, the inner surface of the assembly 12 is perpendicular to the microprocessor module 13, the slide rail 14 is arranged at the center of the two side edges of the microprocessor module 13, the power module 15 is embedded in the front center of the microprocessor module 13 and inserted into the host 2 for electrical connection, and the assembly 12 is exposed to the outside of the host 2 through the parallel plate 11; the outer side of the parallel plate 11 is perpendicular to the assembly 12, the shape of the assembly 12 is adapted to the shape of the microprocessor module 13, the microprocessor module 13 is used by combining computing technology and automatic control technology, and three groups are arranged inside the parallel plate 11, the slide rail 14 is arranged on each side of the microprocessor module 13, the communication module 15 is shorter than the length of the microprocessor module 13 and is positioned at the center of the microprocessor module 13 for electrical connection; The parallel plate 11 can fix the position of the microprocessor module 13 by being perpendicular to the assembly 12 on the outside. The assembly 12 can effectively complete the connection with the microprocessor module 13 by its own shape. The microprocessor module 13 can form PLC automatic control technology based on the communication basis of the communication module 13 based on its own integration of computing technology and automatic control technology, so as to improve the control accuracy of the electrical control console. The slide rail 14 can improve the stability of the microprocessor module 13 embedded in the component by being located on both sides of the microprocessor module 13. The communication module 15 can effectively ensure the power-on, communication and connection effects of the microprocessor module 13 and the components according to its own length.

[0024] The assembly 12 is provided with a parallel plug plate 121, a solid block 122, a positioning block 123, and a support column 124. The parallel plug plate 121 is embedded in the inner center of the solid block 122. The positioning block 123 is installed on the upper surface of the solid block 122. The support column 124 is connected to the positioning block 123. The parallel plug plate 121 passes through the surface of the parallel plate 11 through the solid block 122 and enters the inner center of the microprocessing module 13 for support and fixation. The solid block 122 is fixed to the surface of the parallel plate 11. The parallel plug plate 121 is in a convex shape and has a thickness less than that of the solid block 122. A plurality of positioning blocks 123 are installed on the upper layer of the solid block 122. The support column 124 and the positioning block 123 are perpendicular to each other. The parallel plug plate 121 can be inserted into the center of the component through the center of the solid block 122 through the raised shape, achieving a parallel position restraining effect. The positioning block 123 on the solid block 122 can fix the support column 124, so that the distance between the three solid blocks 122 can be maintained within a safe distance according to the limitation of the support column 124, which can facilitate the subsequent disassembly and maintenance of the component.

[0025] Specific functions and operation procedures of this embodiment: In the present invention, First: the host 2 of the PLC automatic electrical control console can be fixed in the corresponding working area, and then after being electrically connected to the external power supply and equipment, the side thermostatic terminal 3 can limit the temperature of the host 2, and then the PLC actuator 1 can be controlled by the combination of the control panel 4 and the display screen 5, so that the PLC automatic control technology combined with the PLC actuator 1 can improve the stability of the electrical control console for the corresponding strong electric facilities; Second: the parallel plate 11 of the PLC actuator 1 will be attached to the surface of the host 2, and then the assembly 12 on the parallel plate 11 can determine the position of the microprocessor module 13, so that the microprocessor module 13 can carry the communication module 15 through the slide rail 14 to insert into the host 2 for electrical connection. For this reason, the microprocessor module 13 can accurately control the strong power facilities according to the guidance of the host 2 through the communication technology of the communication module 15 based on its own integrated computing technology and automatic control technology, so that the electrical control console can combine the characteristics of PLC automatic control, and further improve the refinement, efficiency, safety and environmental protection effects during operation; Third: the solid block 122 of the assembly 12 can be positioned on the surface of the parallel plate 11, and then the parallel plug plate 121 carried by it can penetrate the parallel plate 11 into the center of the microprocessor module 13, so as to strengthen the overall hardness of the microprocessor module 13 and the parallelism of entering the host 2, and prevent the tilting and mutual obstruction caused by the simultaneous use of the three groups of microprocessor modules 13 (the repeated calculation effect can be performed under the cooperation of the three groups of microprocessor modules 13 to further enhance the effect of PLC automatic control), and then the positioning block 123 on the solid block 122 can be combined with the support column 124 to maintain the distance between the three solid blocks 122, so that the combination with the support column 124 can achieve the effect of facilitating subsequent parallel disassembly and maintenance, and prevent the jamming and inability to disassemble caused by tilting or mutual obstruction. Example

[0026] Figures 4 to 5 As shown: The present invention provides an automated electrical control console based on PLC. Its structure includes: the parallel plate 11 is provided with an insulating plate 111, an adsorption plate 112, a cooling body 113, and an electric block 114; the insulating plate 111 and the adsorption plate 112 overlap each other; the cooling body 113 is installed on the surface of the adsorption plate 112 and the center is penetrated by the parallel plug plate 121; the upper and lower ends of the cooling body 113 are provided with electric blocks 114 and enter the microprocessing module 13 together with the parallel plug plate 121 for fixing and electrical connection; the insulating plate 111 is a plastic product and its area is consistent with that of the adsorption plate 112; the cooling body 113 in the adsorption plate 112 has an electric cooling function; the electric blocks 114 are provided in the upper and lower areas of the front center of the cooling body 113; The insulating plate 111 can effectively avoid leakage caused by contact with the metal surface due to its plastic material, and thus overlap with the adsorption plate 112 based on the same area. The cooling body 113 of the adsorption plate 112 can be inserted into the interior of the component through power cooling, so that the temperature inside the component is kept constant to avoid high-temperature overload of the component. The power block 114 can be powered by the interior of the component through the front end of the cooling body 113.

[0027] The insulating plate 111 is provided with a plate body a1, a connecting layer a2, a convex block a3, an auxiliary gasket a4, and a threaded column a5. The plate body a1 and the connecting layer a2 are an integrated structure. The convex block a3 is fixed to the middle upper and middle lower edge parts of the plate body a1 through the connecting layer a2. The auxiliary gasket a4 is embedded in the center part of the connecting layer a2. The threaded column a5 passes through the center of the plate body a1 and the auxiliary gasket a4 to complete the fixed connection with the center of the adsorption plate 112. The connecting layer a2 of the plate body a1 is in a polished and flat form. The convex block a3 is provided at the middle upper and middle lower edges of the connecting layer a2. The number of the auxiliary gaskets a4 is consistent with the number of the threaded columns a5. The plate body a1 can avoid tilting of the component after installation by flattening the connecting layer a2, the protrusion a3 can be embedded in the upper and lower middle areas of the component by being located at the connecting layer a2, and the auxiliary gaskets a4 can allow the threaded columns a5 to be inserted due to their own number, thereby improving the connection stability with the component.

[0028] Specific functions and operation procedures of this embodiment: In the present invention, First, the adsorption plate 112 of the parallel plate 11 can overlap with the insulating plate 111, so that the adsorption plate 112 can carry the cooling body 113 and embed it into the parallel plug plate 121, so that it can enter the center of the microprocessing module 13 with the parallel plug plate 121, and finally the power block 114 of the cooling body 113 can be electrically connected with the microprocessing module 13, so that when working, the cooling body 113 can maintain the temperature balance of the microprocessing module 13 through the power-on cooling effect to avoid overload caused by high temperature, and then the insulating plate 111 can avoid leakage caused by power-on through plastic products; Second: the plate body a1 of the insulating plate 111 can be flattened by polishing the connecting layer a2 to allow the protrusion a3 and the auxiliary gasket a4 to be embedded in parallel, so that after the plate body a1 overlaps with the surface of the adsorption plate 112 through the protrusion a3, the internal auxiliary gasket a4 is attached to the center of the adsorption plate 112, and then the threaded column a5 is rotated and locked to strengthen the connection between the insulating plate 111 and the adsorption plate 112, so that it can achieve a detachable effect, which is convenient for the subsequent replacement of individual components and prevents the waste of resources caused by the need to replace the entire component after damage. Example

[0029] Figure 6 to Figure 7 As shown: The present invention provides an automated electrical control console based on PLC. Its structure includes: the surface of the control panel 4 is newly provided with an energized rebound body 41, a button 42, a groove 43, an interlaced column 44, and a flexible body 45; the energized rebound body 41 is fixed to the lower end center of the button 42; the surface center of the button 42 and the groove 43 are an integrated structure; the interlaced column 44 is embedded in the groove 43 to complete the overlap with the inside of the button 42; the flexible body 45 covers the top area of ​​the button 42 through the interlaced column 44; the button 42 is embedded in the surface area of ​​the control panel 4 through the energized rebound body 41 and is electrically connected to the host 2; the flexible body 45 is exposed to the upper area of ​​the control panel 4 through the interlaced column 44 and the button 42; the energized rebound body 41 carries a steel spring; the button 42 is a square solid shape; the shape of the groove 43 is adapted to the shape of the interlaced column 44; the flexible body 45 is a rubber product; The steel spring carried by the energized rebound body 41 can rebound after the key 42 is struck, and then transmit the corresponding information to the component. The key 42 can effectively expand the contact area with the hand through its square shape, thereby improving the stability of the strike. The groove 43 can allow the flexible body 45 to cover the top of the key 42 according to the same shape as the inserted column 44. The flexible body 45 can reduce the force of the hand colliding with the key 42 through the flexibility of rubber products, thereby achieving a shock absorbing effect.

[0030] The flexible body 45 is provided with a rubber body 451, a loading slot 452, a lettering plate 453, and a transparent flexible sheet 454. The upper center of the rubber body 451 and the loading slot 452 are an integrated structure. The lettering plate 453 falls into the rubber body 451 through the loading slot 452. The transparent flexible sheet 454 covers the surface of the lettering plate 453 and is installed in the top center area of ​​the rubber body 451. The lower end of the rubber body 451 is fixedly connected with the interlaced column 44 and covers the surface of the button 42. The loading slot 452 of the rubber body 451 is vertically set. The lettering plate 453 is supported by stainless steel metal material and has a finely polished surface. The transparent flexible sheet 454 is made of the same material as the rubber body 451, and its area is consistent with that of the lettering plate 453. The vertical loading groove 452 of the rubber body 451 allows the engraving plate 453 to be loaded. The engraving plate 453 can extend its service life through the rust-proof form, and then the fine polishing form can avoid the friction with the components after loading, and improve the clarity of the engraved font. The transparent flexible sheet 454 can cover the surface of the engraving plate 453 to avoid oxidation caused by the engraving plate 453 communicating with the outside world, thereby improving the protection of the font.

[0031] Specific functions and operation procedures of this embodiment: In the present invention, First: the button 42 on the control panel 4 can control the program of the host 2 by energizing the rebound body 41, so that the groove 43 on the button 42 can allow the insertion column 44 to be embedded. For this reason, the flexible body 45 can cover the surface of the button 42 after the insertion column 44 is embedded in the groove 43, so that the flexible body 45 can use its own rubber properties to replace the original hardness of the button 42 to contact the staff's hand, and the control effect of the operator on the electrical control console can be improved according to the shock absorption and buffering effect; Second: the rubber body 451 of the flexible body 45 can utilize the vertical loading groove 452 on the top to allow the stainless steel metal lettering plate 453 to be embedded, so that after the metal lettering plate 453 is vertically embedded, the transparent flexible sheet 454 on the top can be loaded at the same time, so that the lettering plate 453 will be enclosed in the loading groove 452, so that it will not come into contact with the operator's hands during operation, thereby protecting the font effect on the lettering plate 453 and avoiding the blurring of the font caused by continuous friction, which affects the later viewing effect.

[0032] Utilizing the technical solution of the present invention, or those skilled in the art designing similar technical solutions inspired by the technical solution of the present invention to achieve the above-mentioned technical effects, all fall within the protection scope of the present invention.

Claims

1. A PLC-based automated electrical control console, the structure of which includes: A PLC actuator (1), a host (2), a thermostatic end (3), a control panel (4), and a display screen (5), characterized in that: the PLC actuator (1) is embedded in the host (2) and electrically connected to the host, the side of the host (2) and the thermostatic end (3) are an integrated structure, the control panel (4) is embedded in the upper end of the host (2), and the display screen (5) is installed at the front end of the control panel (4) and is electrically connected to the host (2).

2. The PLC-based automated electrical control console according to claim 1, characterized in that: The PLC actuator (1) is provided with a parallel plate (11), an assembly (12), a microprocessor module (13), a slide rail (14), and a communication module (15); the outer surface of the parallel plate (11) is fixedly connected to the assembly (12); the inner surface of the assembly (12) and the microprocessor module (13) are perpendicular to each other; the slide rail (14) is arranged at the center of the two side edges of the microprocessor module (13); the power supply module (15) is embedded in the front center of the microprocessor module (13) and inserted into the host (2) together for electrical connection; the assembly (12) is exposed to the outside of the host (2) through the parallel plate (11).

3. The PLC-based automated electrical control console according to claim 2, characterized in that: The assembly (12) is provided with a parallel plug plate (121), a solid block (122), a positioning block (123), and a support column (124); the parallel plug plate (121) is embedded in the center of the solid block (122); the positioning block (123) is installed on the upper surface of the solid block (122); the support column (124) is connected to the positioning block (123); the parallel plug plate (121) passes through the surface of the parallel plate (11) through the solid block (122) and enters the center of the microprocessing module (13) for support and fixation; the solid block (122) is fixed to the surface of the parallel plate (11).

4. The PLC-based automated electrical control console according to claim 2, characterized in that: The parallel plate (11) is provided with an insulating plate (111), an adsorption plate (112), a cooling body (113), and a power-on block (114); the insulating plate (111) and the adsorption plate (112) overlap each other; the cooling body (113) is installed on the surface of the adsorption plate (112) and the center is penetrated by the parallel plug plate (121); the power-on block (114) is installed at the upper and lower ends of the cooling body (113) and enters the microprocessor module (13) together with the parallel plug plate (121) for fixation and electrical connection.

5. The PLC-based automated electrical control console according to claim 4, characterized in that: The insulating plate (111) is provided with a plate body (a1), a connecting layer (a2), a protrusion (a3), an auxiliary gasket (a4), and a threaded column (a5); the plate body (a1) and the connecting layer (a2) are an integrated structure; the protrusion (a3) ​​is fixed to the upper middle and lower middle edge portions of the plate body (a1) through the connecting layer (a2); the auxiliary gasket (a4) is embedded in the center portion of the connecting layer (a2); and the threaded column (a5) passes through the center of the plate body (a1) and the auxiliary gasket (a4) to complete a fixed connection with the center of the adsorption plate (112).

6. The PLC-based automated electrical control console according to claim 1, characterized in that: The surface of the control panel (4) is newly provided with an energized rebound body (41), a button (42), a groove (43), an interpenetrating column (44), and a flexible body (45); the energized rebound body (41) is fixed to the lower end center of the button (42); the center of the surface of the button (42) and the groove (43) are an integrated structure; the interpenetrating column (44) is embedded in the groove (43) to achieve overlap with the inside of the button (42); the flexible body (45) covers the top area of ​​the button (42) through the interpenetrating column (44); the button (42) is embedded in the surface area of ​​the control panel (4) through the energized rebound body (41) and is electrically connected to the host (2); and the flexible body (45) is exposed to the upper area of ​​the control panel (4) through the interpenetrating column (44) and the button (42).

7. The PLC-based automated electrical control console according to claim 6, characterized in that: The flexible body (45) is provided with a rubber body (451), a loading slot (452), a lettering plate (453), and a transparent flexible sheet (454); the center of the upper end of the rubber body (451) and the loading slot (452) are an integrated structure; the lettering plate (453) falls into the rubber body (451) through the loading slot (452); the transparent flexible sheet (454) covers the surface of the lettering plate (453) and is installed in the top center area of ​​the rubber body (451); the lower end of the rubber body (451) is fixedly connected to the insertion column (44) and covers the surface of the key (42).

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