Processing equipment and processing method for dissimilar metal

Abstract

The invention relates to the technical field of metal processing. The dissimilar metal machining equipment comprises a transferring assembly used for transferring dissimilar metal to be machined, a clamping assembly used for clamping the dissimilar metal transferred on the transferring assembly, and a rust removing assembly used for removing rust on the dissimilar metal clamped on the clamping assembly. The derusting assembly is used for derusting dissimilar metal, the calendaring assembly is used for calendaring the dissimilar metal subjected to derusting treatment through the derusting assembly, and the bending assembly is used for bending the dissimilar metal subjected to calendaring action through the calendaring assembly. The clamping assembly is installed on one side of the transferring assembly. According to the machining equipment for the dissimilar metal, diversified machining of the dissimilar metal is achieved through mutual cooperation of all the structures, the machining quality of the dissimilar metal can be guaranteed to a certain degree, the machining efficiency and diversity of the dissimilar metal can be improved, and therefore it is guaranteed that the machined dissimilar metal can meet the more diversified requirement.

Description

Technical Field

[0001] The present invention relates to the technical field of metal processing equipment, in particular to processing equipment and a processing method of foreign metals. Background Art

[0002] Dissimilar metals are usually mixtures of at least two different metals; During the production and processing of foreign metals, calendering is often required. Calendering is a process in which the material is squeezed and stretched into a metal sheet of a certain specification through the strong shear force between the calendering rollers. However, when the foreign metal processing equipment in the prior art is in operation, the user pushes the metal block with a handheld tool, which results in poor foreign metal processing effect and cannot guarantee the quality of the processed foreign metal. At the same time, the processing method of the foreign metal processing equipment in the prior art is relatively single and cannot meet the diversified production needs.

[0003] Therefore, it is urgent to redesign a new processing equipment for foreign metals to solve the above problems. Summary of the invention

[0004] The present invention provides a processing device and a processing method of foreign metals to solve the technical problems raised in the above background technology.

[0005] The present invention provides a processing device for foreign metals and a processing method thereof. The processing device for foreign metals comprises a transfer component for transferring foreign metals to be processed, a clamping component for clamping the foreign metals transferred on the transfer component, a rust removal component for removing rust from the foreign metals clamped on the clamping component, a rolling component for rolling the foreign metals after rust removal by the rust removal component, and a bending component for bending the foreign metals after rolling by the rolling component. The clamping component is installed on one side of the transfer component, the rust removal component is installed on one side of the transfer component, the rolling component is installed on one side of the rust removal component, and the bending component is installed on a side of the rolling component away from the rust removal component.

[0006] Optionally, the transfer assembly includes a transfer base, a transfer rack, a plurality of transfer sliders, a plurality of transfer connecting blocks, a plurality of transfer trays, a plurality of transfer electromagnets, and a transfer drive member for driving the transfer rack to and fro; the transfer rack is slidably connected to one side of the transfer base, a plurality of the transfer sliders are slidably connected to the transfer base, and one side of the transfer slider is connected to the transfer rack, a plurality of the transfer connecting blocks are installed on the transfer slider, the transfer tray is installed on the upper side of the transfer connecting block, the transfer electromagnet is installed in the transfer connecting tray, the transfer drive member is installed on one side of the transfer base, and the output end of the transfer drive member is connected to the transfer rack; the transfer drive member includes a transfer limit frame, a transfer drive motor and a transfer drive wheel, the transfer limit frame is installed on the transfer base, the transfer drive motor is installed on the transfer limit frame, the transfer drive wheel is connected to the output end of the transfer drive motor, and one side of the transfer drive wheel is meshedly connected to the transfer rack; a metal limit gap is formed between the transfer limit frame and the transfer tray.

[0007] Optionally, the clamping assembly includes a clamping base, a clamping body, a clamping supporting part, a plurality of clamping buffer protrusions, at least one clamping support seat, at least one clamping cylinder, at least one clamping pressure strip and at least one clamping linkage ring, the clamping base is installed on one side of the transfer assembly, the clamping body is installed on the clamping base, the clamping supporting part is installed on the upper side of the clamping body, a plurality of clamping buffer protrusions are installed in the clamping supporting part, the clamping support seat is installed on one side of the clamping body, the clamping cylinder is installed on the clamping support seat, one end of the clamping pressure strip is connected to the clamping cylinder, the other end of the clamping pressure strip extends to the clamping supporting part, and the clamping linkage ring is installed in the center of the clamping pressure strip between the clamping cylinders; the ends of the clamping pressure strip correspond to the positions of the clamping buffer protrusions.

[0008] Optionally, the rust removal component includes a rust removal base, a rust removal transverse drive device, a rust removal longitudinal drive device, a linkage buffer, a rust removal connecting seat, a rust removal vertical drive device, a rust removal main body seat, a rust removal main motor, a rust removal driving wheel, a rust removal first driven wheel, a rust removal second driven wheel, a rust removal linkage belt, a rust removal driving rod, a rust removal first driven rod, a rust removal second driven rod, a rust removal first grinding piece, a rust removal second grinding piece and a rust removal third grinding piece; the rust removal transverse drive device is installed on one side of the transfer component, the rust removal base is connected to the output end of the rust removal transverse drive device, the rust removal longitudinal drive device is installed on the end of the rust removal base, the linkage buffer is connected to the output end of the rust removal longitudinal drive device, the rust removal connecting seat is connected to the linkage buffer, the rust removal vertical drive device is installed on the rust removal connecting seat, and the The rust removal main body seat is connected to the output end of the rust removal vertical driving device, the rust removal main motor is installed on the rust removal main body seat, the output end of the rust removal main motor is connected to the rust removal driving wheel, the first rust removal driven wheel and the second rust removal driven wheel are both rotatably installed on the rust removal main body seat, and the rust removal linkage belt is installed between the rust removal driving wheel, the first rust removal driven wheel and the second rust removal driven wheel, the rust removal active rod is installed at the lower end of the rust removal active wheel, the first rust removal driven rod is installed at the lower end of the first rust removal driven wheel, the second rust removal driven rod is installed at the lower end of the second rust removal driven wheel, the first rust removal grinding piece is installed at the lower end of the rust removal active rod, the second rust removal grinding piece is installed at the lower end of the first rust removal driven rod, and the third rust removal grinding piece is installed at the lower end of the second rust removal driven rod.

[0009] Optionally, the linkage buffer component includes a buffer pleated portion, a first linkage buffer limit strip and a second linkage buffer limit strip, one side of the buffer pleated portion is connected to the output end of the rust removal longitudinal drive device, the first linkage buffer limit strip is arranged through the buffer pleated portion, and the second linkage buffer limit strip is arranged through the buffer pleated portion.

[0010] Optionally, the rust removal vertical drive device includes a rust removal vertical drive motor, a rust removal vertical connecting rod, a rust removal vertical connecting gear and a rust removal vertical drive rack. The rust removal vertical drive motor is installed on the rust removal connecting seat, and the output end of the rust removal vertical drive motor is connected to the rust removal vertical connecting rod, and the end of the rust removal vertical connecting rod away from the rust removal vertical drive motor is connected to the rust removal vertical connecting gear, the rust removal vertical drive rack is slidably connected to the rust removal connecting seat, and the rust removal vertical connecting gear is meshed with the rust removal vertical drive rack, and the outer side of the rust removal vertical drive rack is connected to the rust removal main body seat.

[0011] Optionally, the first rust removal polishing piece includes a first rust removal polishing main rod, a first rust removal polishing reflux portion and a first rust removal polishing outer column, the first polishing main rod is connected to the lower end of the first rust removal driven rod, the first rust removal polishing reflux portion is installed on the outside of the first polishing main rod, and the first rust removal outer column is installed on the outside of the first rust removal polishing reflux portion; the first rust removal polishing reflux portion includes a plurality of reflux guide portions, the reflux guide portions gradually increase in width from the connection with the first polishing main rod to the inner wall of the first rust removal outer column; a guide channel is formed between the reflux guide portions; the structures of the second rust removal polishing piece and the third rust removal polishing piece are the same as the structure of the first rust removal polishing piece.

[0012] Optionally, the calendering assembly includes a calendering bracket, a calendering support part, a first calendering driven wheel, a second calendering driven wheel, a calendering adjusting rod, a calendering workbench, a calendering driving cylinder, a calendering rotating part, a calendering linkage rod, a calendering active wheel and a calendering active motor, the calendering bracket is installed on one side of the rust removal component, the calendering support part is installed on the calendering bracket, the first calendering driven wheel and the second calendering driven wheel are both rotatably connected to the calendering support part, the calendering adjusting rod is installed on the calendering bracket, and the calendering workbench is slidably connected to the calendering support part. The calendering adjusting rod is arranged on the calendering driving cylinder, the calendering rotating part has one end rotatably connected with the side wall of the calendering working table, the calendering linkage rod is arranged in the calendering rotating part, the output end of the calendering driving cylinder is connected with the calendering linkage rod, the calendering driving wheel is rotatably connected in the calendering rotating part, the calendering driving motor is arranged on one side of the calendering rotating part, and the output end of the calendering driving motor is connected with the calendering driving wheel; a calendering gap is formed between the first calendering driven wheel and the second calendering driven wheel.

[0013] Optionally, the bending assembly includes a bending base, a bending support column, a bending connecting column, a bending driving part, a bending rack, a bending tool head, a bending workbench and a bending deformation part, the bending base is installed on one side of the calendering assembly, the bending support column is installed on the bending base, the bending connecting column is installed on an end of the bending support column away from the bending base, the bending driving part is rotatably connected in the bending connecting column, the bending rack is slidably connected in the bending connecting column, and the bending rack is meshed with the bending driving part toward one side of the bending driving part, the bending tool head is installed at the lower end of the bending rack, the bending workbench is installed on the bending base, the bending deformation part is installed on the bending workbench, and the bending deformation part corresponds to the position of the bending tool head; a main deformation groove is provided on the bending deformation part, the main deformation groove is provided on the upper side of the bending deformation part, and the main deformation groove is in a V-shaped structure; a plurality of elastic members are arranged in the main deformation groove.

[0014] Optionally, the present invention also discloses a processing method of a foreign metal processing equipment, comprising the following steps: S1, foreign metal loading, the transfer component transfers the foreign metal to be processed; S2, foreign metal clamping, when the foreign metal transferred by the transfer component passes through the clamping component, the clamping component clamps the foreign metal on the transfer component; S3, foreign metal rust removal, the rust removal component removes rust from the foreign metal clamped by the clamping component; S4, foreign metal rolling, when the foreign metal processed by the rust removal component passes through the rolling component, the rolling component rolls the foreign metal; S5, foreign metal bending, when the foreign metal processed by the rolling component passes through the bending component, the bending component bends the foreign metal.

[0015] The beneficial effects of the present invention are as follows: The foreign metal processing equipment includes a transfer component for transferring the foreign metal to be processed, a clamping component for clamping the foreign metal transferred on the transfer component, a rust removal component for rust removal of the foreign metal clamped on the clamping component, a rolling component for rolling the foreign metal after rust removal by the rust removal component, and a bending component for bending the foreign metal after rolling by the rolling component, wherein the clamping component is installed on one side of the transfer component, the rust removal component is installed on one side of the transfer component, the rolling component is installed on one side of the rust removal component, and the bending component is installed on the side of the rolling component away from the rust removal component. The foreign metal processing equipment of the present invention realizes diversified processing of foreign metals through the mutual cooperation of various structures, which can ensure the quality of foreign metal processing to a certain extent, and can also improve the efficiency and diversity of foreign technology processing, thereby ensuring that the processed foreign metals can meet more diversified needs. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required for use in the description of the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0017] Figure 1 It is a schematic diagram of the overall structure of the processing equipment for foreign metals provided by the present invention; Figure 2 It is a structural schematic diagram of a transfer component of a foreign metal processing device provided by the present invention from a first perspective; Figure 3 yes Figure 2 A partial enlarged view of the middle A area; Figure 4 It is a schematic structural diagram of a clamping assembly of a dissimilar metal processing device provided by the present invention; Figure 5 It is a structural schematic diagram of a rust removal component of a foreign metal processing device provided by the present invention from a first perspective; Figure 6 yes Figure 5 A partial enlarged view of the middle B area; Figure 7 It is a structural schematic diagram of the first grinding piece for rust removal of the foreign metal processing equipment provided by the present invention; Figure 8 It is a structural schematic diagram of a rust removal component of a foreign metal processing device provided by the present invention from a second viewing angle; Fig. 9It is a structural schematic diagram of the rust removal component of the foreign metal processing equipment provided by the present invention from a third perspective; Fig.10 It is a structural schematic diagram of a rolling assembly of a heterogeneous metal processing equipment provided by the present invention; Fig.11 It is a structural schematic diagram of a bending assembly of a dissimilar metal processing device provided by the present invention from a first perspective; Fig.12 It is a structural schematic diagram from a second perspective of the bending assembly of the heterogeneous metal processing equipment provided by the present invention. DETAILED DESCRIPTION

[0018] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. It will be understood that the specific embodiments described herein are only used to explain the present invention, rather than to limit the present invention. It should also be noted that, for ease of description, only parts related to the present invention, rather than all structures, are shown in the drawings. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0019] Reference to "embodiments" herein means that a particular feature, structure, or characteristic described in conjunction with the embodiments may be included in at least one embodiment of the present invention. The appearance of the phrase in various places in the specification does not necessarily refer to the same embodiment, nor is it an independent or alternative embodiment that is mutually exclusive with other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments described herein may be combined with other embodiments.

[0020] See also Figures 1 to 12 The processing equipment of foreign metals of the present invention comprises a transport component 1000 for transporting foreign metals to be processed, a clamping component 2000 for clamping the foreign metals transported on the transport component 1000, a rust removal component 3000 for rust removal of the foreign metals clamped on the clamping component 2000, a calendering component 4000 for calendering the foreign metals after rust removal by the rust removal component 3000, and a bending component 5000 for bending the foreign metals after calendering by the calendering component 4000, wherein the clamping component 2000 is installed on one side of the transport component 1000, the rust removal component 3000 is installed on one side of the transport component 1000, the calendering component 4000 is installed on one side of the rust removal component 3000, and the bending component 5000 is installed on the side of the calendering component 4000 away from the rust removal component 3000; Among them, when the user needs to use the processing equipment of the present invention to process foreign metals, first, a plurality of foreign metals to be processed are placed on the transfer component 1000, and then the transfer component 1000 transfers and transmits the foreign metals. When passing through the clamping component 2000, the transfer component 1000 stops working, and then the clamping component 2000 clamps the foreign metals, and then the rust removal component 3000 removes rust from the foreign metals to ensure the smoothness of subsequent rolling of the foreign metals. Then, when the foreign metals pass through the rolling component 4000, the rolling component 4000 rolls the foreign metals, so that the foreign metals are in a strip structure to meet the use of the foreign metals in subsequent processes. Then, when the strip foreign metals pass through the bending component 5000, the bending component 5000 bends the foreign metals to produce foreign metals with characteristic curvatures, thereby achieving the purpose of processing foreign metals, thereby ensuring that the foreign metals can adapt to more application scenarios, and at the same time, the quality of the processed foreign metals can also be guaranteed; It is worth mentioning that the transfer of foreign metals among different components can be accomplished through external transport equipment, such as a robot.

[0021] In this embodiment, the transfer component 1000 includes a transfer base 1100, a transfer rack 1200, a plurality of transfer sliders 1300, a plurality of transfer connecting blocks 1400, a plurality of transfer trays 1500, a plurality of transfer electromagnets, and a transfer drive member for driving the transfer rack 1200 to reciprocate; the transfer rack 1200 is slidably connected to one side of the transfer base 1100, a plurality of the transfer sliders 1300 are slidably connected to the transfer base 1100, and one side of the transfer slider 1300 is connected to the transfer rack 1200, a plurality of the transfer connecting blocks 1400 are installed on the transfer slider 1300, the transfer tray 1500 is installed on the upper side of the transfer connecting block 1400, and the transfer electromagnet is installed In the transfer connection pallet, the transfer drive component is installed on one side of the transfer base 1100, and the output end of the transfer drive component is connected to the transfer rack 1200; the transfer drive component includes a transfer limit frame 1610, a transfer drive motor 1620 and a transfer drive wheel 1630, the transfer limit frame 1610 is installed on the transfer base 1100, the transfer drive motor 1620 is installed on the transfer limit frame 1610, the transfer drive wheel 1630 is connected to the output end of the transfer drive motor 1620, and one side of the transfer drive wheel 1630 is meshed and connected with the transfer rack 1200; a metal limit gap 1700 is formed between the transfer limit frame 1610 and the transfer pallet 1500.

[0022] Among them, the transfer base 1100 plays a role of fixing and supporting each structure in the transfer component 1000. When the user needs to transfer foreign metal, first, the foreign metal to be transferred is placed on the transfer tray 1500, and then the transfer electromagnet enters the working state, so that the transfer electromagnet adsorbs and fixes the foreign metal on the transfer tray 1500, and then the transfer drive enters the working state, so that the transfer drive drives the transfer rack 1200 to rotate, so that the transfer rack 1200 drives the transfer slider 1300 to slide on the transfer base 1100, so that the transfer slider 1300 drives the transfer connection block 1400 to move together, and then the transfer connection block 1400 drives the transfer tray 1500 to move, thereby realizing the transfer action of foreign metal; Furthermore, when the transfer drive member drives the transfer rack 1200 to move, the transfer drive motor 1620 enters the working state, so that the transfer drive motor 1620 drives the transfer drive wheel 1630 to rotate, and then the transfer drive wheel 1630 drives the transfer rack 1200 to move, thereby driving the transfer tray 1500 to move as a whole; Furthermore, the movement of the transfer drive motor 1620 may be intermittent movement to achieve intermittent movement of the transfer tray 1500; Specifically, when the foreign metal on the transfer pallet 1500 passes through the metal limiting gap 1700, the metal limiting gap 1700 is a fixed height to limit the height of the foreign metal. Foreign metal exceeding the height of the metal limiting gap 1700 cannot enter the metal limiting gap 1700, which indicates that the foreign metal specification is incorrect. More specifically, foreign metal of qualified size passes through the metal limiting gap 1700 along with the transfer pallet 1500; At the same time, after the transfer drive component completes the transfer of a batch of foreign metals, it returns to the initial position and then transfers another batch of foreign metals.

[0023] In this embodiment, the clamping assembly 2000 includes a clamping base 2100, a clamping body 2200, a clamping support portion 2300, a plurality of clamping buffer protrusions 2400, at least one clamping support seat 2500, at least one clamping cylinder 2600, at least one clamping pressure strip 2700 and at least one clamping linkage ring 2800. The clamping base 2100 is installed on one side of the transfer assembly 1000, the clamping body 2200 is installed on the clamping base 2100, the clamping support portion 2300 is installed on the upper side of the clamping body 2200, and the plurality of clamping buffer protrusions 2400 are installed on the upper side of the clamping body 2200. The lift 2400 is installed in the clamping supporting portion 2300, the clamping support seat 2500 is installed on one side of the clamping main body 2200, the clamping cylinder 2600 is installed on the clamping support seat 2500, one end of the clamping pressure strip 2700 is connected to the clamping cylinder 2600, and the other end of the clamping pressure strip 2700 extends to the clamping supporting portion 2300, and the clamping linkage ring 2800 is installed at the center of the clamping pressure strip 2700 between the clamping cylinders 2600; the end of the clamping pressure strip 2700 corresponds to the position of the clamping buffer protrusion 2400.

[0024] Among them, the clamping base 2100 plays a role of fixing and supporting each structure in the clamping assembly 2000. When the transfer assembly 1000 drives the foreign metal to pass through the clamping assembly 2000, the transfer assembly 1000 stops working, and then the clamping cylinder 2600 enters the working state, and the clamping cylinder 2600 drives one end of the clamping and pressing strip 2700 to move downward, and then the clamping and pressing strip 2700 clamps the foreign metal in the transfer tray 1500 on the clamping and lifting part 2300; The clamping linkage ring 2800 can ensure that the clamping cylinder 2600 moves within a limited working range to avoid excessive clamping of foreign metals, thereby causing damage to the foreign metals. At the same time, when the transfer pallet 1500 moves into the clamping support portion 2300, the upper end of the clamping buffer protrusion 2400 just corresponds to the position of the transfer pallet 1500, so that when the clamping pressure strip 2700 clamps the foreign metal, the clamping buffer protrusion 2400 can play a certain buffering role, thereby avoiding damage to the transfer pallet 1500.

[0025] In this embodiment, the rust removal assembly 3000 includes a rust removal base 3010, a rust removal transverse drive device 3020, a rust removal longitudinal drive device 3030, a linkage buffer 3040, a rust removal connection seat 3050, a rust removal vertical drive device 3060, a rust removal main seat 3070, a rust removal main motor 3080, a rust removal driving wheel 3090, a rust removal first driven wheel 3100, a rust removal second driven wheel 3110, a rust removal linkage belt 3120, a rust removal active rod 3130, a rust removal first driven rod 3140, a rust removal second driven rod 3150, and a rust removal first grinding member 316. 0, a second rust removal grinding piece 3170 and a third rust removal grinding piece 3180; the rust removal transverse drive device 3020 is installed on one side of the transfer component 1000, the rust removal base 3010 is connected to the output end of the rust removal transverse drive device 3020, the rust removal longitudinal drive device 3030 is installed at the end of the rust removal base 3010, the linkage buffer 3040 is connected to the output end of the rust removal longitudinal drive device 3030, the rust removal connection seat 3050 is connected to the linkage buffer 3040, and the rust removal vertical drive device 3060 is installed at the The rust removal connecting seat 3050 is connected to the output end of the rust removal vertical driving device 3060, the rust removal main motor 3080 is installed on the rust removal main seat 3070, and the output end of the rust removal main motor 3080 is connected to the rust removal driving wheel 3090, the first rust removal driven wheel 3100 and the second rust removal driven wheel 3110 are both rotatably installed on the rust removal main seat 3070, and the rust removal linkage belt 3120 is installed on the rust removal driving wheel 3090, the first rust removal driven wheel 3100 and the second rust removal driven wheel 3110. Between the driven wheels 3110, the rust removal active rod 3130 is installed at the lower end of the rust removal active wheel 3090, the first rust removal driven rod 3140 is installed at the lower end of the first rust removal driven wheel 3100, the second rust removal driven rod 3150 is installed at the lower end of the second rust removal driven wheel 3110, the first rust removal grinding piece 3160 is installed at the lower end of the rust removal active rod 3130, the second rust removal grinding piece 3170 is installed at the lower end of the first rust removal driven rod 3140, and the third rust removal grinding piece 3180 is installed at the lower end of the second rust removal driven rod 3150.

[0026] The rust removal base 3010 plays a role in fixing and supporting each structure in the rust removal assembly 3000; Specifically, when the rust removal component 3000 needs to remove rust from the foreign metal in the clamping component 2000, first, the rust removal transverse driving device 3020 drives the rust removal base 3010 to move, so that the first rust removal grinding piece 3160, the second rust removal grinding piece 3170 and the third rust removal grinding piece 3180 are aligned with the foreign metal that needs to be polished, and then, the rust removal longitudinal driving device 3030 enters the working state, and the rust removal longitudinal driving device 3030 drives the linkage buffer 3040 to move, so that the linkage buffer 3040 drives the rust removal connecting seat 3050 to move, when the first rust removal grinding piece 3160, the second rust removal grinding piece 3170 and the third rust removal grinding piece 3180 are aligned with the foreign metal that needs to be polished, the rust removal vertical driving device 3060 enters the working state, so that the rust removal vertical driving device 3060 drives the rust removal main body seat 3070 to move in the vertical direction, and then, the rust removal main body seat 3070 moves close to the clamping component 20 00 direction movement, when the first rust removal grinding piece 3160, the second rust removal grinding piece 3170 and the third rust removal grinding piece 3180 abut against the foreign metal position, the rust removal main motor 3080 enters the working state, and then the rust removal driving wheel 3090 drives the first rust removal driven wheel 3100 and the second rust removal driven wheel 3110 to rotate through the rust removal linkage belt 3120, and then the rust removal driving wheel 3090 drives the rust removal active rod 3130 to rotate, and the rust removal active rod 313 0 drives the first rust removal grinding piece 3160 to move, the first rust removal driven wheel 3100 drives the first rust removal driven rod 3140 to rotate, the first rust removal driven rod 3140 drives the first rust removal grinding piece 3160 to rotate, and the second rust removal driven rod 3150 drives the second rust removal grinding piece 3170 to transfer, so that the first rust removal grinding piece 3160, the second rust removal grinding piece 3170 and the third rust removal grinding piece 3180 cooperate with each other to complete the rust removal action on the surface and side wall of the different metals; More specifically, the driving mode of the rust removal transverse driving device 3020 can be a motor plus a screw driving mode, and the driving mode of the rust removal longitudinal driving device 3030 can be a motor plus a screw driving mode.

[0027] In this embodiment, the linkage buffer part 3040 includes a buffer pleated portion 3041, a first linkage buffer limit strip 3042 and a second linkage buffer limit strip 3043, one side of the buffer pleated portion 3041 is connected to the output end of the rust removal longitudinal drive device 3030, the first linkage buffer limit strip 3042 is arranged through the buffer pleated portion 3041, and the second linkage buffer limit strip 3043 is arranged through the buffer pleated portion 3041.

[0028] The first linkage buffer limit strip 3042 and the second linkage buffer limit strip 3043 cooperate with each other to ensure the stability of the movement of the buffer fold part 3041, and the rust removal longitudinal driving device 3030 drives the buffer fold part 3041 to move on the first linkage buffer limit strip 3042 and the second linkage buffer limit strip 3043, so that the buffer fold part 3041 drives the rust removal connection seat 3050 to move; At the same time, the material of the buffer folds can be a flexible material to ensure the stability of the movement of the rust removal connecting seat 3050 driven by the buffer fold part 3041.

[0029] In this embodiment, the rust removal vertical drive device 3060 includes a rust removal vertical drive motor, a rust removal vertical connecting rod, a rust removal vertical connecting gear 3061 and a rust removal vertical drive rack 3062. The rust removal vertical drive motor is installed on the rust removal connecting seat 3050, and the output end of the rust removal vertical drive motor is connected to the rust removal vertical connecting rod. The end of the rust removal vertical connecting rod away from the rust removal vertical drive motor is connected to the rust removal vertical connecting gear 3061. The rust removal vertical drive rack 3062 is slidably connected to the rust removal connecting seat 3050, and the rust removal vertical connecting gear 3061 maintains an engaged connection with the rust removal vertical drive rack 3062, and the outer side of the rust removal vertical drive rack 3062 is connected to the rust removal main seat 3070.

[0030] Among them, when the rust removal vertical driving device 3060 needs to drive the rust removal main body seat 3070 to move in the vertical direction, first, the rust removal vertical driving motor enters the working state, and then the output end of the rust removal vertical driving motor drives the rust removal vertical connecting rod to rotate, and then the rust removal vertical connecting rod drives the rust removal vertical connecting gear 3061 to rotate. Since the rust removal vertical driving gear and the rust removal vertical driving rack 3062 are meshed and connected, the rust removal vertical driving gear will drive the rust removal vertical driving rack 3062 to move in the vertical direction when it rotates, and then the rust removal vertical driving rack 3062 drives the rust removal main body seat 3070 to reciprocate vertically; It is worth noting that the rust removal vertical drive motor is a conventional motor in the prior art, and the rust removal vertical connecting rod merely links the output end of the rust removal vertical drive motor and the rust removal vertical connecting gear 3061 .

[0031] In this embodiment, the first rust removal polishing piece 3160 includes a first rust removal polishing main rod 3161, a first rust removal polishing reflux portion and a first rust removal polishing outer column 3163, the first polishing main rod is connected to the lower end of the first rust removal driven rod 3140, the first rust removal polishing reflux portion is installed on the outside of the first polishing main rod, and the first rust removal polishing outer column 3163 is installed on the outside of the first rust removal polishing reflux portion; the first rust removal polishing reflux portion includes a plurality of reflux guide portions 3162, the reflux guide portion 3162 gradually increases in width from the connection with the first polishing main rod to the inner wall of the first rust removal outer column 3163; a guide channel 3164 is formed between the reflux guide portions 3162; the structures of the second rust removal polishing piece 3170 and the third rust removal polishing piece 3180 are the same as the structure of the first rust removal polishing piece 3160.

[0032] When the first driven rod 3140 for rust removal drives the first polishing member 3160 for rust removal to rotate, firstly, the first driven rod 3140 for rust removal drives the first polishing main rod 3161 for rust removal to rotate, and then, the first polishing main rod 3161 for rust removal drives the first polishing reflux part for rust removal to rotate, and then, the first polishing reflux part for rust removal drives the first polishing outer column 3163 for rust removal to rotate, and finally, the first polishing reflux part for rust removal and the first polishing outer column 3163 for rust removal cooperate with each other to perform rust removal on the outer side of the heterogeneous metal; Furthermore, when the first grinding reflux section for rust removal is grinding the surface of the foreign metal, the rust impurities polished and removed from the surface of the foreign metal can enter the guide channel 3164. Since the width of the guide channel 3164 gradually increases from the connection with the first grinding main rod to the inner wall of the first grinding outer column 3163 for rust removal, as the first grinding reflux section for rust removal rotates to remove rust from the surface of the foreign metal, the rust impurities can directly enter the guide channel 3164 after being polished and cleaned, and then move along the guide channel 3164 and be directly discharged into the external environment, thereby achieving the purpose of removing the cleaned rust impurities in real time, and further, to a certain extent, avoiding the rust impurities polished from the foreign metal from still adhering to the surface of the foreign metal, thereby improving the effect and efficiency of rust removal on the surface of the foreign metal.

[0033] In this embodiment, the calendering component 4000 includes a calendering bracket 4010, a calendering support part 4020, a first calendering driven wheel 4030, a second calendering driven wheel 4040, a calendering adjusting rod 4050, a calendering workbench 4060, a calendering driving cylinder 4070, a calendering rotating part 4080, a calendering linkage rod 4090, a calendering active wheel 4100 and a calendering active motor 4110, the calendering bracket 4010 is installed on one side of the rust removal component 3000, the calendering support part 4020 is installed on the calendering bracket 4010, the first calendering driven wheel 4030 and the second calendering driven wheel 4040 are both rotatably connected to the calendering support part 4020, the calendering adjusting rod 4050 is installed on the calendering bracket 4010, and the calendering workbench 4060 is installed on the calendering driving cylinder 4070. 0 is slidably connected to the calendering adjustment rod 4050, the calendering driving cylinder 4070 is installed in the calendering workbench 4060, one end of the calendering rotating part 4080 is rotatably connected to the side wall of the calendering workbench 4060, the calendering linkage rod 4090 is installed in the calendering rotating part 4080, the output end of the calendering driving cylinder 4070 is connected to the calendering linkage rod 4090, the calendering active wheel 4100 is rotatably connected in the calendering rotating part 4080, the calendering active motor 4110 is installed at one side of the calendering rotating part 4080, and the output end of the calendering active motor 4110 is connected to the calendering active wheel 4100; a calendering gap 4041 is formed between the first calendering driven wheel 4030 and the second calendering driven wheel 4040.

[0034] The calendering bracket 4010 plays a role of fixing and supporting each structure in the calendering assembly 4000, and the calendering support part 4020 plays a role of supporting the first calendering driven wheel 4030 and the second calendering driven wheel 4040. When the foreign metal treated by the rust removal assembly 3000 first extends between the first calendering driven wheel 4030 and the second calendering driven wheel 4040, then the calendering driving cylinder 4070 enters the working state, so that the calendering driving cylinder 4070 drives the calendering linkage rod 4090 to move downward, so that the calendering linkage rod 4090 The rolling rotating part 4080 is driven to move downward, so that the rolling rotating part 4080 drives the rolling active wheel 4100 to squeeze the rolling gap 4041 between the first rolling driven wheel 4030 and the second rolling driven wheel 4040. When the rolling active wheel 4100 presses the foreign metal, the rolling active motor 4110 enters the working state, so that the rolling active motor 4110 drives the rolling active wheel 4100 to rotate, so that the foreign metal is squeezed and moved between the rolling active wheel 4100 and the first rolling driven wheel 4030, thereby flattening and rolling the foreign metal.

[0035] In this embodiment, the bending assembly 5000 includes a bending base 5010, a bending support column 5020, a bending connection column 5030, a bending drive unit 5040, a bending rack 5050, a bending tool head 5060, a bending workbench 5070 and a bending deformation unit 5080. The bending base 5010 is installed on one side of the calendering assembly 4000, the bending support column 5020 is installed on the bending base 5010, the bending connection column 5030 is installed on the end of the bending support column 5020 away from the bending base 5010, the bending drive unit 5040 is rotatably connected to the bending connection column 5030, and the bending rack 5050 is slidably connected to the bending connection column 5030. , and the bending rack 5050 is meshed and connected with the bending driving part 5040 on one side facing the bending driving part 5040, the bending tool head 5060 is installed at the lower end of the bending rack 5050, the bending workbench 5070 is installed on the bending base 5010, the bending deformation part 5080 is installed on the bending workbench 5070, and the bending deformation part 5080 corresponds to the position of the bending tool head 5060; a main deformation groove 5081 is provided on the bending deformation part 5080, and the main deformation groove 5081 is provided on the upper side of the bending deformation part 5080, and the main deformation groove 5081 is in a V-shaped structure; a plurality of elastic members 5090 are arranged in the main deformation groove 5081.

[0036] The bending base 5010 plays a role in fixing and supporting each structure in the bending assembly 5000; When the user needs to use the bending assembly 5000 to bend the strip of foreign metal that has entered the bending deformation part 5080, first, the bending drive part 5040 rotates, so that the bending drive part 5040 drives the bending rack 5050 to move in the vertical direction, and then the bending rack 5050 drives the bending tool head 5060 to extend into the bending deformation part 5080 in the bending workbench 5070, so that the bending tool head 5060 extends into the main deformation groove 5081, thereby bending the foreign metal; Furthermore, the bending drive part 5040 can be connected to an external motor to realize the rotation of the bending drive part 5040. At the same time, a gear tooth capable of engaging with the bending rack 5050 is provided on one side of the bending drive part 5040, which just cooperates with the bending rack 5050, so that when the bending drive part 5040 rotates, the bending drive part 5040 can drive the bending rack 5050 to move in the vertical direction; Furthermore, when the bending tool head 5060 extends into the bending deformation part 5080, the elastic member 5090 in the bending deformation part 5080 is squeezed. After the bending action is completed, as the bending tool head 5060 moves away from the bending deformation part 5080, the elastic member 5090 can eject the bent foreign metal out of the deformation groove, so as to prevent the foreign metal from being adhered to the main deformation groove 5081 under the squeezing of the bending tool head 5060. Furthermore, the elastic member 5090 may specifically be a spring.

[0037] In this embodiment, the present invention also discloses a processing method of a foreign metal processing equipment, including the following steps: S1, foreign metal loading, the transfer component 1000 transfers the foreign metal to be processed; S2, foreign metal clamping, when the foreign metal transferred by the transfer component 1000 passes through the clamping component 2000, the clamping component 2000 clamps the foreign metal on the transfer component 1000; S3, foreign metal rust removal, the rust removal component 3000 removes rust from the foreign metal clamped by the clamping component 2000; S4, foreign metal rolling, when the foreign metal processed by the rust removal component 3000 passes through the rolling component 4000, the rolling component 4000 rolls the foreign metal; S5, foreign metal bending, when the foreign metal processed by the rolling component 4000 passes through the bending component 5000, the bending component 5000 bends the foreign metal.

[0038] The foreign metal processing equipment comprises a transport assembly 1000 for transporting foreign metal to be processed, a clamping assembly 2000 for clamping the foreign metal transported on the transport assembly 1000, a rust removal assembly 3000 for removing rust from the foreign metal clamped on the clamping assembly 2000, a rolling assembly 4000 for rolling the foreign metal after rust removal by the rust removal assembly 3000, and a bending assembly 5000 for bending the foreign metal after rolling by the rolling assembly 4000. The clamping assembly 2000 is installed on the transport assembly 1000. The rust removal component 3000 is installed on one side of the transfer component 1000, the calendering component 4000 is installed on one side of the rust removal component 3000, and the bending component 5000 is installed on the side of the calendering component 4000 away from the rust removal component 3000. The processing equipment of the heterogeneous metals of the present invention realizes diversified processing of heterogeneous metals through the mutual cooperation of various structures, which can guarantee the quality of heterogeneous metal processing to a certain extent, and can also improve the efficiency and diversity of heterogeneous technology processing, thereby ensuring that the processed heterogeneous metals can meet more diversified needs.

[0039] The above description is only an implementation mode of the present invention, and does not limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made by using the contents of the present invention specification and drawings, or directly or indirectly applied in other related technical fields, are also included in the patent protection scope of the present invention.

Claims

1. A processing equipment for dissimilar metals, characterized in that: include A transfer assembly for transferring the foreign metal to be processed; A clamping assembly for clamping the foreign metal being transported on the transport assembly, wherein the clamping assembly is installed on one side of the transport assembly; A rust removal component for removing rust from foreign metal clamped on the clamping component, wherein the rust removal component is installed on one side of the transfer component; A rolling assembly for rolling the foreign metal after the rust removal treatment by the rust removal assembly, wherein the rolling assembly is installed on one side of the rust removal assembly; A bending assembly is used for bending the foreign metal after being rolled by the rolling assembly, and the bending assembly is installed on a side of the rolling assembly away from the rust removal assembly.

2. The dissimilar metal processing equipment according to claim 1, characterized in that: The transfer assembly includes a transfer base, a transfer rack, a plurality of transfer sliders, a plurality of transfer connection blocks, a plurality of transfer trays, a plurality of transfer electromagnets, and a transfer drive member for driving the transfer rack to reciprocate; The transfer rack is slidably connected to one side of the transfer base, a plurality of transfer sliders are slidably connected to the transfer base, and one side of the transfer slider is connected to the transfer rack, a plurality of transfer connection blocks are installed on the transfer slider, the transfer tray is installed on the upper side of the transfer connection block, the transfer electromagnet is installed in the transfer connection tray, the transfer drive is installed on one side of the transfer base, and the output end of the transfer drive is connected to the transfer rack; The transfer drive member includes a transfer limit frame, a transfer drive motor and a transfer drive wheel, wherein the transfer limit frame is installed on the transfer base, the transfer drive motor is installed on the transfer limit frame, the transfer drive wheel is connected to the output end of the transfer drive motor, and one side of the transfer drive wheel is meshed and connected with the transfer rack; A metal limiting gap is formed between the transfer limiting frame and the transfer pallet.

3. The dissimilar metal processing equipment according to claim 1, characterized in that: The clamping assembly comprises a clamping base, a clamping body, a clamping supporting part, a plurality of clamping buffer protrusions, at least one clamping support seat, at least one clamping cylinder, at least one clamping pressure strip and at least one clamping linkage ring, the clamping base is installed on one side of the transfer assembly, the clamping body is installed on the clamping base, the clamping supporting part is installed on the upper side of the clamping body, a plurality of clamping buffer protrusions are installed in the clamping supporting part, the clamping support seat is installed on one side of the clamping body, the clamping cylinder is installed on the clamping support seat, one end of the clamping pressure strip is connected to the clamping cylinder, the other end of the clamping pressure strip extends to the clamping supporting part, and the clamping linkage ring is installed at the center of the clamping pressure strip between the clamping cylinders; The end of the clamping and pressing strip corresponds to the position of the clamping and buffering protrusion.

4. The dissimilar metal processing equipment according to claim 1, characterized in that: The rust removal assembly includes a rust removal base, a rust removal transverse drive device, a rust removal longitudinal drive device, a linkage buffer, a rust removal connection seat, a rust removal vertical drive device, a rust removal main body seat, a rust removal main motor, a rust removal driving wheel, a rust removal first driven wheel, a rust removal second driven wheel, a rust removal linkage belt, a rust removal driving rod, a rust removal first driven rod, a rust removal second driven rod, a rust removal first grinding piece, a rust removal second grinding piece and a rust removal third grinding piece; The rust removal transverse drive device is installed on one side of the transfer component, the rust removal base is connected to the output end of the rust removal transverse drive device, the rust removal longitudinal drive device is installed at the end of the rust removal base, the linkage buffer is connected to the output end of the rust removal longitudinal drive device, the rust removal connecting seat is connected to the linkage buffer, the rust removal vertical drive device is installed on the rust removal connecting seat, the rust removal main body seat is connected to the output end of the rust removal vertical drive device, the rust removal main motor is installed on the rust removal main body seat, the output end of the rust removal main motor is connected to the rust removal driving wheel, and the rust removal first slave The driven wheel and the second driven wheel for rust removal are both rotatably mounted on the rust removal main body seat, and the rust removal linkage belt is mounted between the rust removal driving wheel, the first driven wheel for rust removal and the second driven wheel for rust removal, the rust removal active rod is mounted at the lower end of the rust removal driving wheel, the first driven rod for rust removal is mounted at the lower end of the first driven wheel for rust removal, the second driven rod for rust removal is mounted at the lower end of the second driven wheel for rust removal, the first grinding piece for rust removal is mounted at the lower end of the rust removal active rod, the second grinding piece for rust removal is mounted at the lower end of the first driven rod for rust removal, and the third grinding piece for rust removal is mounted at the lower end of the second driven rod for rust removal.

5. The dissimilar metal processing equipment according to claim 4, characterized in that: The linkage buffer component includes a buffer fold part, a first linkage buffer limit strip and a second linkage buffer limit strip. One side of the buffer fold part is connected to the output end of the rust removal longitudinal drive device. The first linkage buffer limit strip runs through the buffer fold part, and the second linkage buffer limit strip runs through the buffer fold part.

6. The dissimilar metal processing equipment according to claim 4, characterized in that: The rust removal vertical drive device includes a rust removal vertical drive motor, a rust removal vertical connecting rod, a rust removal vertical connecting gear and a rust removal vertical drive rack. The rust removal vertical drive motor is installed on the rust removal connecting seat, and the output end of the rust removal vertical drive motor is connected to the rust removal vertical connecting rod, and the end of the rust removal vertical connecting rod away from the rust removal vertical drive motor is connected to the rust removal vertical connecting gear, the rust removal vertical drive rack is slidably connected to the rust removal connecting seat, and the rust removal vertical connecting gear is meshed with the rust removal vertical drive rack, and the outer side of the rust removal vertical drive rack is connected to the rust removal main body seat.

7. The dissimilar metal processing equipment according to claim 4, characterized in that: The first rust removal polishing member comprises a first rust removal polishing main rod, a first rust removal polishing return portion and a first rust removal polishing outer column, the first polishing main rod is connected to the lower end of the first rust removal driven rod, the first rust removal polishing return portion is installed on the outside of the first polishing main rod, and the first rust removal polishing outer column is installed on the outside of the first rust removal polishing return portion; The first rust removal polishing return flow portion comprises a plurality of return flow guide portions, and the width of the return flow guide portion gradually increases from the connection with the first polishing main rod to the inner wall of the first rust removal polishing outer column; A flow guiding channel is formed between the two return flow guiding parts; The structures of the second rust-removing grinding piece and the third rust-removing grinding piece are the same as the structure of the first rust-removing grinding piece.

8. The dissimilar metal processing equipment according to claim 1, characterized in that: The calendering assembly comprises a calendering bracket, a calendering support part, a first calendering driven wheel, a second calendering driven wheel, a calendering adjusting rod, a calendering workbench, a calendering driving cylinder, a calendering rotating part, a calendering linkage rod, a calendering active wheel and a calendering active motor. The calendering bracket is installed on one side of the rust removal assembly, the calendering support part is installed on the calendering bracket, the first calendering driven wheel and the second calendering driven wheel are both rotatably connected to the calendering support part, the calendering adjusting rod is installed on the calendering bracket, the calendering workbench is slidably connected to the calendering adjusting rod, the calendering driving cylinder is installed in the calendering workbench, one end of the calendering rotating part is rotatably connected to the side wall of the calendering workbench, the calendering linkage rod is installed in the calendering rotating part, the output end of the calendering driving cylinder is connected to the calendering linkage rod, the calendering active wheel is rotatably connected to the calendering rotating part, the calendering active motor is installed on one side of the calendering rotating part, and the output end of the calendering active motor is connected to the calendering active wheel; A calendering gap is formed between the first calendering driven wheel and the second calendering driven wheel.

9. The dissimilar metal processing equipment according to claim 1, characterized in that: The bending assembly comprises a bending base, a bending support column, a bending connecting column, a bending driving part, a bending rack, a bending tool head, a bending workbench and a bending deformation part, the bending base is installed on one side of the calendering assembly, the bending support column is installed on the bending base, the bending connecting column is installed on an end of the bending support column away from the bending base, the bending driving part is rotatably connected in the bending connecting column, the bending rack is slidably connected in the bending connecting column, and the bending rack is meshed and connected with the bending driving part on one side facing the bending driving part, the bending tool head is installed at the lower end of the bending rack, the bending workbench is installed on the bending base, the bending deformation part is installed on the bending workbench, and the bending deformation part corresponds to the position of the bending tool head; A main deformation groove is provided on the bending deformation portion, the main deformation groove is provided on the upper side of the bending deformation portion, and the main deformation groove is in a V-shaped structure; A plurality of elastic members are arranged in the main deformation groove.

10. A method for processing a dissimilar metal processing device according to any one of claims 1 to 9, characterized in that: The following steps are involved: S1, loading of foreign metals, the transfer component performs a transfer action on the foreign metals to be processed; S2, clamping of foreign metals, when the foreign metals transported by the transport component pass through the clamping component, the clamping component clamps the foreign metals on the transport component; S3, rust removal of foreign metal, the rust removal component removes rust from the foreign metal clamped by the clamping component; S4, rolling of foreign metals, when the foreign metals treated by the rust removal component pass through the rolling component, the rolling component performs a rolling action on the foreign metals; S5, bending of dissimilar metals. When the dissimilar metals processed by the rolling component pass through the bending component, the bending component bends the dissimilar metals.

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