CN204429588U - A kind of automation equipment of iron ring surface coating - Google Patents

Abstract

The utility model discloses an automatic equipment for gluing the surface of an iron ring, which includes a frame as a supporting base, a feeding module for simultaneously transporting several workpieces, a coating module for applying glue, and a coating module for unloading workpieces. The unloading module is a platform moving module and controller for turning over and transporting workpieces at each station. The loading module, coating module, and unloading module are sequentially arranged on the frame along the length direction of the frame. The platform The mobile module is fixed across the two sides of the frame, and its movable part can turn over and hold the workpiece along the length direction of the frame from the loading module to the coating module and the unloading module in sequence. The module, the blanking module and the platform moving module are circuit connected. The utility model saves labor cost, has high efficiency, high precision, stable quality and high degree of automation, greatly improves production efficiency and meets the needs of industrial production.

Description

An automatic equipment for gluing the surface of iron rings

technical field

The utility model relates to an automatic equipment for coating glue on the surface of iron rings.

Background technique

In the processing of an iron ring, it is necessary to apply glue to the surface of the workpiece to be processed. At present, the gluing method of the iron ring is mainly manual processing, which requires more labor, high labor cost, low production efficiency, and high defective rate. Today, with the rising labor cost and people's higher and higher quality requirements, Traditional processing methods obviously cannot meet the needs of today's market.

Utility model content

According to the current processing status of gluing on the surface of iron rings in my country, the utility model designs an automatic equipment based on gluing on the surface of iron rings according to its technological requirements, so as to improve the production efficiency, processing quality and production safety of iron rings . The disadvantages of the current processing methods are mainly processing quality and labor costs. In order to meet the needs of the market, the current processing methods require a large amount of labor, and workers are prone to fatigue during long-term manual processing, which affects the processing quality of products. The automatic processing machine is used to process the surface of the iron ring with glue, which can effectively improve the production efficiency of the product, stabilize the product quality, save resources and reduce labor costs.

In order to achieve the above object, the utility model adopts the following technical solutions:

An automatic equipment for gluing the surface of iron rings, which includes a frame as a supporting base, a loading module for simultaneously transporting several workpieces, a coating module for applying glue, and an unloading module for unloading workpieces, The platform mobile module and controller used to turn over and transport workpieces at each station, the loading module, coating module and unloading module are sequentially arranged on the frame along the length direction of the frame, and the platform moving module spans the fixed It is located on both sides of the frame and its movable part can turn over and hold the workpiece along the length direction of the frame and transport it from the loading module to the coating module and the unloading module in sequence. The controller is respectively connected with the loading module, coating module and unloading module. And platform mobile module circuit connection.

Further, the feeding module includes a feeding pipe base and several hollow feeding pipes, the feeding pipe base is uniformly provided with through holes corresponding to the number of feeding pipes along the length direction, and the bottom of the feeding pipe The end is fixed in the through hole of the feeding tube seat, and it also includes the first cylinder and the second cylinder which are arranged in parallel on the cylinder buffer fixing plate, which are staggered from each other, and the first workpiece support located under the feeding tube seat and on the same plane. plate and a second workpiece support plate, the width of the second workpiece support plate is smaller than the diameter of the iron ring, and is provided with a material receiving groove whose diameter is consistent with the diameter of the iron ring and whose depth is consistent with the thickness of the iron ring, and the first workpiece supports The middle part of the plate is connected with the moving part of the second air cylinder, the middle part of the second workpiece support plate is connected with the movable part of the first air cylinder, and the first air cylinder and the second air cylinder are connected with the controller circuit.

Further, buffer blocks are provided on the bottom surfaces of the first workpiece support plate and the second workpiece support plate, and a buffer fixing plate is provided on the buffer fixing plate of the cylinder, and a buffer fixing plate is provided on the buffer fixing plate for limiting The automatic compensation hydraulic buffer of the moving position; the first cylinder and the second cylinder include a cylinder linear slide rail and a cylinder slider that reciprocates along the cylinder linear slide rail, and the two ends of the cylinder linear slide rail are fixed by the cylinder linear slide rail The support and the cylinder linear slide rail nut are fixed on the cylinder buffer fixed plate; the first workpiece support plate and the second workpiece support plate are connected to the cylinder slider through the cylinder slider connecting block; the first workpiece support Both ends of the plate and the second workpiece support plate are connected with a cylindrical linear slide rail slider through the slider connecting block of the feeding plate, and the cylindrical linear slide rail slider is slidably matched with the cylindrical linear slide rail, and the two ends of the cylindrical linear slide rail The fixed support is fixed on the fixed plate of the feeding module through the cylindrical linear slide rail, and its length direction is consistent with the moving direction of the first workpiece support plate and the second workpiece support plate.

Further, it also includes a first feeding tube support plate provided with through holes corresponding to the number of feeding tubes, and the top end of the feeding tube is connected to the through holes of the first feeding tube supporting plate.

Further, the paint module includes a paint base, a transmission assembly arranged on the paint base, and a gluing assembly, and the transmission assembly includes a horizontal moving part arranged on the paint base and a vertical moving part arranged on the horizontal moving part, so The gluing assembly includes a gluing part arranged on the vertical moving part and an iron ring supporting part rotatably arranged at the front end of the paint base, and the controller is connected with the horizontal moving part, the vertical moving part and the iron ring supporting part respectively. Component circuit connections.

Further, the horizontally moving part includes an adjustable cylinder connected to the controller circuit, an adjustable cylinder fixing plate, a floating joint, an up and down adjusting cylinder fixing plate, a slidingly fitted first linear guide rail and a first slider, The first linear guide rail is fixed on both sides of the paint base, the two ends of the up and down adjusting cylinder fixing plate are fixed on the first slider, and the adjustable cylinder is fixed on the rear end of the paint base through the adjustable cylinder fixing plate , the piston rod of the adjustable cylinder is connected to the middle part of the up and down adjustment cylinder fixing plate through the floating joint, so as to push the up and down adjustment cylinder fixing plate to do linear reciprocating motion along the linear guide rail.

Further, the vertical moving part includes an up and down adjustment cylinder connected to the controller circuit and a coater bracket, the up and down adjustment cylinder is vertically arranged on the up and down adjustment cylinder fixing plate, and the coater bracket is fixed on the up and down adjustment cylinder the top of the piston rod;

The gluing parts include a glue tray support, a glue tray, a paint pen holder, a writing brush fixing block, and a writing brush. The paint brush holder is fixed on the front end of the coater bracket by screws, and the glue disk is fixed on the paint base by a glue tray support. , the writing brush is sequentially fixed on the coater pen holder through the writing brush fixing block and is located above the glue tray; the iron ring supporting part includes a rotating head installation shaft, a rotating head, a first servo motor connected to the controller circuit, and is fixed on the The bearing positioning plate at the front end of the paint base, the rotating head is fixed on the upper end of the rotating head installation shaft, and the lower end of the rotating head installation shaft is provided with a gear connected to the adjacent rotating head installation shaft, and at the same time through the deep groove ball bearing and the hexagonal method The surface nut is movably fixed in the through hole on the bearing positioning plate, the first servo motor is arranged on the bottom surface of the paint base, and its output shaft passes through the through hole of the paint base and is driven and connected with the rotating head installation shaft through a gear pair. A shaft sleeve for limiting the axial position of the gear is sleeved on the output shaft of the first servo motor.

Further, the platform moving module includes two linear guide rail support plates fixed on both sides of the frame in parallel, and second linear guide rails are arranged on the two linear guide rail support plates, and the second linear guide rails are movable A second slider is provided, and a portal platform frame spanning the two second linear guide rails, the portal platform frame includes a horizontally arranged platform frame top plate and a platform frame vertically arranged on both sides of the platform frame top plate The side plate, the platform frame side plate on one side is provided with a second servo motor, the output shaft of the second servo motor is provided with a gear, and the linear guide rail support plate on the same side as the second servo motor passes through the gear The bar mounting block is fixed with a rack meshed with the gear, and the bottom end of the side plate of the platform frame is respectively fixed on the two second sliders through the side plate support block of the platform frame, and the top plate of the platform frame is provided with two A linear motion bearing slidingly matched with the cylindrical linear guide rail and a wire sleeve rotatably matched with the screw rod, the upper sections of the two cylindrical linear guide rails are horizontally fixed with a first flat plate and a second flat plate one above the other, the first flat plate A third servo motor connected to the upper end of the screw rod is provided on the top, a screw fixing seat for rotatably fixing the screw rod is provided on the second flat plate, and the bottom end of the cylindrical linear guide rail is connected to the top plate of the fixture moving bracket through the guide shaft support, The bottom end of the screw rod is connected to the top plate of the clamp mobile bracket through the screw rod support seat. The two ends of the top plate of the clamp mobile bracket are provided with side plates of the clamp mobile bracket. The fixture mechanism for flipping workpieces. The fixture mechanism includes two pneumatic fingers and two workpiece fixtures arranged in parallel between the pneumatic fingers. The pneumatic fingers control the opening and closing of the two workpiece fixtures to realize the clamping of the workpiece. The cylinder body of the two pneumatic fingers Each is connected with a mechanical finger connection block, and a rotary cylinder is fixed on the side plate of the fixture mobile support at one end of the top plate of the fixture mobile support. The output shaft of the rotary rotary cylinder is connected with the adjacent mechanical finger connection block, and is located The side plate of the jig mobile bracket at the other end of the top plate is fixed with a ball bearing bracket with a rolling bearing inside. The rotation center line is on the same straight line as the rotation center line of the output shaft of the rotary cylinder, and the controller is connected with the second servo motor and the third servo motor circuit.

Further, a proximity switch for limiting the stroke of the platform moving module is fixed on the support plate of the linear guide rail through a proximity switch mounting plate.

Further, the blanking module includes a rectangular blanking plate, several blanking plate charging blocks evenly arranged on the blanking plate, and a blanking plate support fixed on the bottom of the blanking plate, and the edge of the blanking plate support passes through The blanking plate support fixing plate is fixed on the frame.

Compared with the prior art, the beneficial effect of the utility model is: the loading module, the platform movement module, the coating module and the unloading module provided by the utility model can quickly and evenly complete the glue coating, and the glue coating amount can be changed according to requirements , so that the quality and efficiency of gluing on the surface of the iron ring are greatly improved, the degree of automation is high, the labor cost is reduced, and it can meet the needs of the industry.

Description of drawings

Fig. 1 is a three-dimensional schematic diagram of the overall structure of an embodiment of the utility model.

Fig. 2 is a schematic drawing of the overall structure of the embodiment of the utility model.

Fig. 3 is a schematic diagram of the three-dimensional structure of the loading module of the embodiment of the utility model.

Fig. 4 is a schematic diagram of another three-dimensional structure of the loading module according to the embodiment of the present invention.

Fig. 5 is a schematic top view of the loading module of the embodiment of the utility model.

Fig. 6 is a schematic diagram of the three-dimensional structure of the coating module of the embodiment of the present invention.

Fig. 7 is another perspective view of the coating module of the embodiment of the present invention.

Fig. 8 is a schematic left view of the coating module of the embodiment of the present invention.

Fig. 9 is a schematic bottom view of the coating module of the embodiment of the present invention.

Fig. 10 is a schematic diagram of the three-dimensional structure of the platform mobile module according to the embodiment of the present invention.

Fig. 11 is a schematic front view of the platform mobile module of the embodiment of the present invention.

Fig. 12 is a schematic diagram of the three-dimensional structure of the unloading module of the embodiment of the utility model.

Shown in the figure: 1—feeding module, 11—first feeding pipe support plate, 12—feeding pipe, 13—first workpiece support plate, 14—second feeding pipe support plate, 15—feeding pipe Seat, 16—slider of cylindrical linear slide rail, 17—connecting block of feed plate slide block, 18—second workpiece support plate, 19—cylindrical linear slide rail, 110—buffer block, 111—fixed support of cylindrical linear slide rail, 112—Feeding module fixing plate, 113—Buffer fixing plate, 114—Automatic compensation hydraulic buffer, 115—Cylinder linear slide rail fixed support, 116—Cylinder linear slide rail nut, 117—Cylinder linear slide rail, 118—Cylinder Buffer fixing plate, 119—first cylinder, 120—cylinder slider connection block, 121—second cylinder, 2—paint module, 21—paint base, 22—glue tray support, 23—glue tray, 24—first Linear guide rail, 25—the first slider, 26—up and down adjustment cylinder fixing plate, 27—up and down adjustment cylinder, 28—floating joint, 29—adjustable cylinder, 210—adjustable cylinder fixing plate, 211—coater Bracket, 212—coater pen holder, 213—brush fixing block, 214—brush, 215—rotating head installation shaft, 216—rotating head, 217—bearing positioning plate, 218—shaft sleeve, 219—the first servo motor, 220— Hexagonal nut, 221—deep groove ball bearing, 3—platform mobile module, 36—linear guide rail support plate, 37—fixed block, 38—work fixture, 39—ball bearing bracket, 311—fixture flip shaft, 312—moving Module fixing plate, 313—second linear guide rail, 314—gear, 315—second servo motor, 316—platform frame side plate, 317—platform frame side plate support block, 318—second slider, 319—rack, 320—rack mounting block, 321—guiding shaft support, 322—screw support seat, 323—thread sleeve, 324—pneumatic finger, 325—mechanical finger connection block, 326—proximity switch, 327—proximity switch mounting plate, 328—rotary rotary cylinder, 329—side plate of fixture moving bracket, 330—top plate of fixture moving bracket, 331—top plate of platform frame, 332—linear motion bearing, 333—screw rod, 334—cylindrical linear guide rail, 335—screw fixing seat , 336—the third servo motor, 337—the first flat plate, 338—the second flat plate, 4—unloading module, 41—the fixed plate of the blanking plate support, 42—the blanking plate, 43—the blanking plate support, 44—material plate charging block, 5—frame.

Detailed ways

Below in conjunction with accompanying drawing and embodiment the utility model is described in further detail

It should be noted that the drawings are only for illustrative purposes and should not be construed as limitations on this patent; for those skilled in the art, it is understandable that some known structures and their descriptions in the drawings may be omitted.

As shown in accompanying drawing 1 and Fig. 2, a kind of automatic equipment of gluing on the surface of iron ring comprises the frame 5 as supporting base, also comprises the loading module 1 that is used to transport several workpieces simultaneously, is used for brushing glue The coating module 2, the unloading module 4 for unloading the workpiece, the platform moving module 3 and the controller for turning over and transporting the workpiece at each station, the loading module 1, the coating module 2, and the unloading module 4 along the machine The length direction of the frame 5 is sequentially arranged on the frame 5, and the platform mobile module 3 is fixed across the two sides of the frame 5, and its movable part can be turned over and the workpiece can be clamped along the length direction of the frame 5 and transported sequentially from the loading module 1 To the coating module 2 and the unloading module 4, the controller is connected to the feeding module 1, the coating module 2, the unloading module 4 and the platform moving module 3 respectively.

In this embodiment, specifically, as shown in accompanying drawings 3 to 5, the feeding module 1 includes a feeding tube base 15 and several hollow feeding tubes 12, and the feeding tube base 15 is along the length direction Evenly be provided with the through hole of the number corresponding to feeding pipe 12, the bottom end of described feeding pipe 12 is fixed in the through hole of feeding pipe seat 15, also includes the first through hole that is provided with the corresponding number of feeding pipe 12 A feeding tube support plate 11, the top of the feeding tube 12 is connected to the through hole of the first feeding tube supporting plate 1, so that each feeding tube 2 is connected as a whole, which is more firm and reliable.

It also includes the first cylinder 119 and the second cylinder 121 which are arranged in parallel on the cylinder buffer fixing plate 118, the first workpiece support plate 13 and the second workpiece support plate which are located below the feeding tube seat 15 and are on the same plane, which are staggered from each other. 18. The second workpiece support plate 18 is provided with a material-accommodating groove whose diameter is consistent with the diameter of the iron ring and whose depth is consistent with the thickness of the iron ring. The width of the second workpiece support plate 18 is smaller than the diameter of the iron ring. The second The width of the workpiece support plate is smaller than the diameter of the iron ring so that the iron ring exposes both sides, which is convenient for the grabbing of the workpiece fixture.

The middle part of the first workpiece support plate 13 is connected with the moving part of the second cylinder 121, the middle part of the second workpiece support plate 18 is connected with the movable part of the first cylinder 119, and the first cylinder 119 is connected with the second cylinder 121 is connected with the controller circuit.

The automatic feeding device described in the utility model has a plurality of feeding pipes, and each feeding pipe can accommodate more workpieces, and can send out more workpieces at one time, which greatly improves the working efficiency.

The bottom surfaces of the first workpiece supporting plate 13 and the second workpiece supporting plate 18 are all provided with a buffer block 110, the buffer fixing plate 118 of the cylinder is provided with a buffer fixing plate 113, and the buffer fixing plate 113 is provided with a The automatic compensation hydraulic buffer 114 that limits the moving position of the buffer block 110, during the movement of each workpiece support plate, when the buffer block hits the automatic compensation hydraulic buffer, it has the function of buffering, and can limit the position and prevent impact damage. Improve service life.

The first cylinder 119 and the second cylinder 121 include a cylinder linear slide rail 117 and a cylinder slider that reciprocates along the cylinder linear slide rail 117, and the two ends of the cylinder linear slide rail 117 are fixed by the cylinder linear slide rail 115 and The cylinder linear slide rail nut 116 is fixed on the cylinder buffer fixing plate 118, the cylinder adopting the above structure has a simple structure and low cost, is convenient to purchase and quick to install.

Both the first workpiece support plate 13 and the second workpiece support plate 18 are connected to the cylinder slider through the cylinder slider connecting block 120 to reduce the processing difficulty of the support plate.

Both ends of the first workpiece support plate 13 and the second workpiece support plate 18 are connected with a cylindrical linear slide rail slider 16 through a feed plate slider connecting block 17, and the cylindrical linear slide rail slider 16 is connected to the cylindrical linear slide rail. 19 sliding fit, the two ends of the cylindrical linear slide rail 19 are fixed on the feeding module fixed plate 112 through the cylindrical linear slide rail fixed support 111, and its length direction is consistent with the movement of the first workpiece support plate 13 and the second workpiece support plate 18 The direction is the same, and by setting the slide rail pair at both ends of the first workpiece support plate 13 and the second workpiece support plate 18, the force of the first workpiece support plate 13 and the second workpiece support plate 18 can be more uniform and the movement can be more uniform. Smooth and reliable.

In this embodiment, specifically, as shown in accompanying drawings 6 to 9, the paint module 2 includes a paint base 21, a transmission assembly and a gluing assembly arranged on the paint base 21,

The transmission assembly includes a horizontal moving part arranged on the paint base 21 and a vertical moving part arranged on the horizontal moving part, and the gluing assembly includes a gluing part arranged on the vertical moving part and a rotating part arranged on The iron ring supporting part at the front end of the coating base 21, the controller is respectively connected with the horizontal moving part, the vertical moving part and the iron ring supporting part circuit.

In this embodiment, the horizontally moving parts include an adjustable cylinder 29 connected to the controller circuit, an adjustable cylinder fixing plate 210, a floating joint 28, an up and down adjusting cylinder fixing plate 26, and a slidingly fitted first linear guide rail 24 and the first slider 25, the first linear guide rail 24 is fixed on both sides of the paint base 21, the two ends of the up and down adjustment cylinder fixing plate 26 are fixed on the first slider 25, and the adjustable cylinder 29 The adjustable cylinder fixed plate 210 is fixed on the rear end of the coating base 21, and the piston rod of the adjustable cylinder 29 is connected to the middle part of the up and down adjustable cylinder fixed plate 26 through the floating joint 28, so as to push the up and down adjustable cylinder fixed plate 26 along the first The linear guide rail 24 performs linear reciprocating motion.

In this embodiment, the vertically moving parts include an up and down adjustment cylinder 27 connected to the controller circuit and a coater bracket 211. The up and down adjustment cylinder 27 is vertically arranged on the up and down adjustment cylinder fixing plate 26. The coater The support 211 is fixed on the top end of the piston rod of the cylinder 27 which is adjusted up and down.

In the present embodiment, the gluing parts include a glue tray support 22, a glue tray 23, a paint pen holder 212, a writing brush fixing block 213, and a writing brush 214. The glue tray 23 is fixed on the paint base 21 through the glue tray bracket 22 , and the writing brush 214 is sequentially fixed on the coater pen holder 212 through the brush fixing block 213 and is located above the glue tray 23 .

In this embodiment, the iron ring supporting part includes the rotating head installation shaft 215, the rotating head 16, the first servo motor 219 connected to the controller circuit, and the bearing positioning plate 217 fixed on the front end of the paint base 21. The head 216 is fixed on the upper end of the rotating head installation shaft 215, and the lower end of the rotating head installation shaft 215 is provided with a gear that is driven and connected with the adjacent rotating head installation shaft 215. In the through hole on the bearing positioning plate 217, the first servo motor 219 is arranged on the bottom surface of the paint base 1, and its output shaft passes through the through hole of the paint base 21 and is driven and connected with the rotating head installation shaft 215 through a gear pair. The output shaft of the first servo motor 219 is sleeved with a shaft sleeve 218 for limiting the axial position of the gear. The first servo motor 219 drives the rotation installation shaft 215 to rotate by driving the gear set, and the rotation head installation shaft 215 drives the workpiece through the rotation head 216. rotate.

The controller can choose ARM as the control core, and ARM completes the positioning of the writing brush 214 by controlling the rotation of the first servo motor 219, the extension and retraction of the cylinder, and the rotation and stop of the rotating head installation shaft 215 to complete the device. Automatic gluing action.

As shown in Figures 10 and 11, the platform mobile module 3 includes two linear guide rail support plates 36 fixed parallel to both sides of the frame 5, and the two linear guide rail support plates 36 are provided with a second straight line. Guide rail 313, the second linear guide rail 313 is provided with a second slider 318, and also includes a portal platform frame straddling the two second linear guide rails 313, and the portal platform frame includes a horizontally arranged platform frame The top plate 331 and the platform frame side plates 316 vertically arranged on both sides of the platform frame top plate 331, wherein the platform frame side plate 316 on one side is provided with a second servo motor 315, and the output shaft of the second servo motor 315 is provided with Gear 314, the linear guide rail support plate 36 on the same side as the second servo motor 315 is fixed with a rack 319 meshed with the gear 314 through the rack mounting block 320, and the bottom end of the platform frame side plate 316 passes through the platform The frame side plate support blocks 317 are respectively fixed on the two second sliders 318, and the platform frame top plate 331 is penetratingly provided with two linear motion bearings 332 which slide and fit with the cylindrical linear guide rail 334 and one which rotates with the screw rod 333. Cooperating wire sleeve 323, the upper section of two described cylindrical linear guide rails 334 is horizontally fixed with a first plate 337 and a second plate 338, and the first plate 337 is provided with a third servo connecting the upper end of screw rod 333. Motor 336, described second flat plate 338 is provided with the lead screw holder 335 that rotatably fixes screw mandrel 333, and the bottom end of described cylindrical linear guide rail 334 is connected fixture mobile bracket top plate 330 by guide shaft support 321, and described screw mandrel The bottom end of 333 connects the top plate 330 of the clamp mobile bracket through the screw support seat 322. The two ends of the top plate 330 of the clamp mobile bracket are provided with side plates 329 of the clamp mobile bracket. A fixture mechanism for holding and flipping workpieces. The fixture mechanism includes two pneumatic fingers 324 and two workpiece clamps 38 arranged in parallel between the pneumatic fingers 324. The pneumatic fingers 324 control the opening and closing of the two workpiece clamps 38 to achieve clamping of the workpiece The cylinder bodies of the two pneumatic fingers 324 are respectively connected with a mechanical finger connecting block 325, and the side plate 329 of the clamp mobile support at one end of the clamp mobile support top plate 330 is fixed with a rotary rotary cylinder 328. The output shaft of the rotary rotary cylinder 328 is connected to the Adjacent mechanical finger connection blocks 325 are connected, and a ball bearing support 39 with a rolling bearing inside is fixed on the side plate 329 of the clamp mobile support top plate 330 at the other end of the clamp mobile support. The adjacent mechanical finger connection blocks of the ball bearing support 39 325 is provided with a clamp turning shaft 311 matched with the rolling bearing, the center line of rotation of the fixture turning shaft 311 is on the same straight line as the center line of rotation of the output shaft of the rotary cylinder 328, and the rotation of the rotary cylinder 328 drives the workpiece fixture 38 Rotate around the fixture overturning shaft 311 to get ready for coating on the other side of the iron ring, the controller communicates with the second servo motor 315 and the third servo motor 336 circuit connections.

A proximity switch 326 for limiting the stroke of the platform moving module 3 is fixed on the linear guide rail support plate 36 via a proximity switch mounting plate 327 .

As shown in Figure 12, the blanking module 4 includes a rectangular blanking plate 42, a number of blanking plate loading blocks 44 evenly arranged on the blanking plate 42, a blanking plate support 43 fixed on the bottom of the blanking plate 42, The edge of the blanking plate support 43 is fixed on the frame 5 through the blanking plate support fixing plate 41 .

The working process of the present utility model is as follows:

The first step, loading,

When the work starts, the first workpiece support plate 13 blocks the iron ring directly below the feeding pipe 12 port to prevent the iron ring from falling, and the second workpiece support plate 18 is at the position of the buffer fixing plate 113; under the control of the controller, The first cylinder 119 pushes the second workpiece support plate 18 to move along the cylindrical linear slide rail 19; when the second workpiece support plate 18 moves to contact with the first workpiece support plate 13, the controller controls the second cylinder 121 to push the first workpiece The support plate 13 moves along the cylindrical linear slide rail 19, and the second workpiece support plate 18 follows the first workpiece support plate 13 and moves directly below the port of the feeding pipe 12. At this time, the iron ring in the feeding pipe 12 falls into the In each groove of the second workpiece support plate 18, the present embodiment can fall into eight iron rings simultaneously; After this, under the control of the controller, the first cylinder 119 and the second cylinder 121 promote the first workpiece support plate 13 and the second cylinder. The two workpiece support plates 18 return to the initial position along the original path to complete the automatic feeding process. In this embodiment, the first workpiece support plate 13 mainly acts as a gate valve to control the whereabouts of each iron ring, while the second workpiece support plate 18 can receive and transmit multiple iron rings to the destination at the same time, with high efficiency and automation , reduce labor costs and save production costs;

The second step, glue,

At the beginning of work, the platform frame is driven by the second servo motor 315, and moves to the loading module along the second linear guide rail 313, and then the third servo motor 336 drives the workpiece clamp 38 to move down to the position of the iron ring, and then the pneumatic finger 324 After the workpiece clamp 38 is driven to clamp the iron ring on the second workpiece support plate 18, the platform frame is driven by the second servo motor 315 to move to the coating module 2 along the second linear guide rail 313 and the clamped iron ring Placed at the rotating head 216, at this time the adjustable cylinder 29 is in the retracted state, the up and down adjustment cylinder 27 is in the retracted state, the first servo motor 219 stops, and the writing brush 214 is immersed in the glue tray 23; the work starts in the controller Control the rotation of the first servo motor 219, the first servo motor 219 drives one of the rotating head installation shafts 215 to rotate through the gear set, and then drives the rotating head 216 and the workpiece installed on the rotating head installation shaft 215 to rotate. The gear on this rotary head installation shaft 215 drives the gear rotation of adjacent rotary head installation shaft 215, realizes the rotation that all rotary heads 216 and the workpiece rotate; After moving to the predetermined position above the workpiece, the up and down regulating air 27 starts to retract, so that the writing brush 214 moves to the predetermined position and contacts the workpiece, and begins to paint; The writing brush 214 returns to the initial position according to the original path, the first servo motor 219 stops rotating, and then under the joint action of the second servo motor 315, the third servo motor 336, the pneumatic finger 324, and the rotary cylinder 328, the workpiece clamp 38 clamps one side The iron ring for gluing is turned over and placed on the rotating head 216 again, and the coating module 2 repeats the aforementioned gluing process, and a cycle of gluing is completed so far;

The third step, unloading,

After the glue brushing is completed, the platform frame is driven by the second servo motor 315 and moves to the coating module 2 along the second linear guide rail 313, and then the second servo motor 315, the third servo motor 336, and the pneumatic finger 324 jointly Under the action, the workpiece clamp 38 clamps the iron ring at the rotating head 216 and places it on the material plate loading block 44 of the unloading module 4 to complete the unloading.

The entire processing process does not require too much manual intervention, and the various modules cooperate with each other to automatically complete the steps of loading, glue brushing and unloading according to the predetermined process, saving labor costs, high efficiency, high precision, stable quality, and greatly improving production efficiency. , to meet the needs of industrial production.

The above-mentioned embodiments of the present utility model are only examples for clearly illustrating the present utility model, and are not intended to limit the implementation of the present utility model. For those of ordinary skill in the art, other changes or changes in different forms can be made on the basis of the above description. It is not necessary and impossible to exhaustively list all the implementation manners here. All modifications, equivalent replacements and improvements made within the spirit and principles of the utility model shall be included in the protection scope of the claims of the utility model.

Claims (10)

1. the automation equipment of an iron ring surface coating, comprise the frame (5) as base for supporting, it is characterized in that: also comprise the feeding module (1) for carrying some workpiece simultaneously, for the coating module (2) of brushing glue, for the cutting module (4) of discharging workpieces, for overturning and carry at each station the platform movement module (3) of workpiece, controller, described feeding module (1), coating module (2), cutting module (4) is set in turn in frame (5) along frame (5) length direction, described platform movement module (3) is across being fixed on frame (5) both sides and its movable part is turning and holding workpiece is transported to coating module (2) along frame (5) length direction successively from feeding module (1), cutting module (4), described controller respectively with feeding module (1), coating module (2), cutting module (4) and platform movement module (3) circuit connect.

2. the automation equipment of iron ring surface coating according to claim 1, it is characterized in that: described feeding module (1) comprises material loading base (15) and some hollow feeding tubes (12), described material loading base (15) is evenly provided with the through hole with feeding tube (12) respective numbers along its length, the bottom of described feeding tube (12) is fixed in the through hole of material loading base (15), also comprise mutually stagger be set in parallel in the first cylinder (119) on cylinder buffering device fixed head (118) and the second cylinder (121), be positioned at material loading base (15) below and be in conplane first workpiece supporting plate (3) and second workpiece gripper shoe (18), described second workpiece gripper shoe (18) width is less than the diameter of iron ring, and be provided with diameter and the appearance material groove of the degree of depth and iron ring consistency of thickness consistent with iron ring diameter, described first workpiece supporting plate (13) middle part is connected with the moving-member of the second cylinder (121), described second workpiece gripper shoe (18) middle part is connected with the movable part of the first cylinder (119), described first cylinder (119) is connected with controller circuitry with the second cylinder (121).

3. the automation equipment of iron ring surface coating according to claim 2, it is characterized in that: the bottom surface of described first workpiece supporting plate (13) and second workpiece gripper shoe (18) is provided with buffer stopper (110), described cylinder buffering device fixed head (118) being provided with buffer fixed head (113), buffer fixed head (113) being provided with the auto-compensation hydraulic bjuffer (114) for limiting buffer stopper (110) shift position; The cylinder slide block that described first cylinder (119) and the second cylinder (121) comprise cylinder line slide rail (117), move back and forth along cylinder line slide rail (117), described cylinder line slide rail (117) two ends are fixed on cylinder buffering device fixed head (118) by cylinder line slide rail hold-down support (115) and cylinder line slide rail nut (116); Described first workpiece supporting plate (13) is all connected with cylinder slide block by cylinder slide block contiguous block (120) with second workpiece gripper shoe (18); Described first workpiece supporting plate (13) and second workpiece gripper shoe (18) two ends are all connected with cylinder line slide rail slide block (16) by delivery sheet slide block contiguous block (17), described cylinder line slide rail slide block (16) and cylinder line slide rail (19) are slidably matched, described cylinder line slide rail (19) two ends are fixed on feeding module fixed head (112) by cylinder line slide rail hold-down support (111), and its length direction is consistent with the moving direction of the first workpiece supporting plate (13) and second workpiece gripper shoe (18).

4. the automation equipment of iron ring surface coating according to claim 3, it is characterized in that: also comprise the first feeding tube gripper shoe (11) be provided with feeding tube (12) respective numbers through hole, described feeding tube (12) top is connected with the through hole of described first feeding tube gripper shoe (11).

5. the automation equipment of iron ring surface coating according to claim 1, it is characterized in that: described coating module (2) comprises coating base (21), be arranged on transmission component and the glue spreading assembly of coating base (21), described transmission component comprises the horizontal translational components being arranged on coating base (21) and the vertical moving-member be arranged on horizontal translational components, described glue spreading assembly comprises the gluing member be arranged on vertical moving-member and the iron ring rest parts being arranged at coating base (21) front end rotationally, described controller respectively with horizontal translational components, vertical moving-member and iron ring rest component circuitry connect.

6. the automation equipment of iron ring surface coating according to claim 5, it is characterized in that: described horizontal translational components comprises the adjustable type cylinder (29) be connected with controller circuitry, adjustable type air cylinder fixed plate (210), floating junction (28), up-down adjustment air cylinder fixed plate (26), the first line slideway (24) be slidably matched and the first slide block (25), described first line slideway (24) is fixed on coating base (21) both sides, described up-down adjustment air cylinder fixed plate (26) two ends are fixed on the first slide block (25), described adjustable type cylinder (29) is fixed on coating base (21) rear end by adjustable type air cylinder fixed plate (210), the piston rod of described adjustable type cylinder (29) connects up-down adjustment air cylinder fixed plate (26) middle part by floating junction (28), with promote up-down adjustment air cylinder fixed plate (26) linearly guide rail (24) do straight reciprocating motion.

7. the automation equipment of iron ring surface coating according to claim 6, it is characterized in that: described vertical moving-member comprises the up-down adjustment cylinder (27), the coater support (211) that are connected with controller circuitry, described up-down adjustment cylinder (27) is vertically arranged in up-down adjustment air cylinder fixed plate (26), and described coater support (211) is fixed on the piston rod top of up-down adjustment cylinder (27);

Described gluing member comprises glue disc carrier (22), glue dish (23), coater penholder (212), writing brush fixed block (213), writing brush (214), described coater penholder (212) is fixed by screws in coater support (211) front end, described glue dish (23) is fixed on coating base (21) by glue disc carrier (22), and described writing brush (214) is fixed on coater penholder (212) successively by writing brush fixed block (213) and goes up and be positioned at glue dish (23) top, described iron ring rest parts comprise swivel head installation shaft (215), swivel head (216), the first servomotor (219) be connected with controller circuitry, be fixed on the bearing location-plate (217) of coating base (21) front end, described swivel head (216) is fixed on swivel head installation shaft (215) upper end, described swivel head installation shaft (215) lower end is provided with and drives with adjacent swivel head installation shaft (215) gear be connected, be movably fixed in the through hole on bearing location-plate (217) by deep groove ball bearing (221) and hexagonal normal plane nut (220) simultaneously, described first servomotor (219) is arranged at coating base (21) bottom surface, its output shaft is connected through being driven with swivel head installation shaft (215) by gear pair after the through hole of coating base (21), the output shaft of described first servomotor (219) is also socketed with the axle sleeve (218) for limiting gear axial location.

8. the automation equipment of iron ring surface coating according to claim 1, it is characterized in that: described platform movement module (3) comprises the line slideway gripper shoe (36) that two are fixed on frame (5) both sides abreast, two described line slideway gripper shoes (36) are provided with the second line slideway (313), described second line slideway (313) is movably set with the second slide block (318), also comprise across the gate-type paralell on two second line slideways (313), described gate-type paralell comprises horizontally disposed paralell top board (331) and is vertically arranged at the paralell side plate (316) of paralell top board (331) both sides, the paralell side plate (316) of wherein side is provided with the second servomotor (315), the output shaft of described second servomotor (315) is provided with gear (314), be fixed with by tooth bar mounting blocks (320) tooth bar (319) be meshed with gear (314) with in the line slideway gripper shoe (36) of described second servomotor (315) phase the same side, described paralell side plate (316) bottom is separately fixed on two the second slide blocks (318) by paralell side plate back-up block (317), described paralell top board (331) is penetratingly provided with the silk braid (323) of two linear motion bearings (332) be slidably matched with cylindrical linear rail (334) and and screw mandrel (333) rotatable engagement, two described cylindrical linear rail (334) epimeres one on the other level are fixed with the first flat board (337) and the second flat board (338), described first flat board (337) is provided with the 3rd servomotor (336) of connection wire rod (333) upper end, described second flat board (338) is provided with the leading screw holder (335) fixing screw mandrel (333) rotationally, described cylindrical linear rail (334) bottom is by guide shaft support (321) jockey traversing carriage top board (330), the bottom of described screw mandrel (333) is by screw mandrel supporting seat (322) jockey traversing carriage top board (330), the two ends of described fixture traversing carriage top board (330) are provided with fixture traversing carriage side plate (329), the clamp mechanism for clamping and overturn workpiece is provided with between described fixture traversing carriage side plate (329), described clamp mechanism comprises two pneumatic-fingers (324), be set in parallel in two work piece holders (38) between pneumatic-finger (324), described pneumatic-finger (324) controls two work piece holders (38) folding and realizes folding up workpiece, the cylinder body of two pneumatic-fingers (324) is respectively connected with one piece of mechanical finger contiguous block (325), the fixture traversing carriage side plate (329) being positioned at fixture traversing carriage top board (330) one end is fixed with revolution rotary cylinder (328), output shaft and the adjacent machine of described revolution rotary cylinder (328) are pointed contiguous block (325) and are connected, the fixture traversing carriage side plate (329) being positioned at fixture traversing carriage top board (330) other end is fixed with the ball bearing support (39) establishing rolling bearing, the mechanical finger contiguous block (325) that described ball bearing support (39) is adjacent is provided with the fixture trip shaft (311) matched with rolling bearing, the rotation centerline of described fixture trip shaft (311) and the rotation centerline of revolution rotary cylinder (328) output shaft are on same straight line, described controller is connected with the second servomotor (315) and the 3rd servomotor (336) circuit.

9. the automation equipment of iron ring surface coating according to claim 8, is characterized in that: described line slideway gripper shoe (36) is fixed with the proximity switch (326) for limiting platform movement module (3) stroke by proximity switch installing plate (327).

10. the automation equipment of iron ring surface coating according to claim 1, it is characterized in that: the blanking plate bearing (43) that described cutting module (4) comprises rectangle blanking plate (42), is evenly arranged at some flitch charging block (44) on blanking plate (42), is fixed on blanking plate (42) bottom, described blanking plate bearing (43) edge is fixed in frame (5) by blanking plate bearing fixed head (41).