[0017] The following combination Figure 1-4 The invention will be described in detail, in which, for the convenience of description, the following directions are specified as follows: the following directions are related to the up, down, left, right, front and back directions. Figure 1 The up, down, left, right, back and forth directions of the projection relationship are the same.
[0018] An automatic processing device for patterned steel plates with anti-skid and warning functions, as shown in Figures 1-4, comprises a main box body 10, wherein an adhesive cavity 25 is arranged in the main box body 10, a right channel 62 is communicated with the lower side of the adhesive cavity 25, a brush cavity 21 with a downward opening is communicated with the lower side of the right channel 62, a linkage belt cavity 35 extending leftward is arranged at the rear side of the brush cavity 21, and a pulley cavity 39 is arranged at the rear side of the linkage belt cavity 35. The right side of the pulley cavity 39 is provided with a turbine cavity 50 located at the rear side of the linkage belt cavity 35, and the front end wall of the turbine cavity 50 is rotatably connected with a turbine shaft 43 that extends right forward through the linkage belt cavity 35 into the brush cavity 21 and extends back into the turbine cavity 50. The brush cavity 21 is provided with a rotating block 20 fixedly connected with the turbine shaft 43, and the lower end surface of the rotating block 20 is fixedly connected with the right hose fixing block 18. The right end face of the hose fixing block 18 is fixedly connected with the right brush 19, the adhesive hose 17 is fixedly connected between the hose fixing block 18 and the upper end wall of the brush cavity 21, the linkage belt cavity 35 is internally provided with a linkage main pulley 44 fixedly connected with the turbine shaft 43, and the front side of the linkage belt cavity 35 is provided with a vibration cavity 93 on the left side of the brush cavity 21. The front side of the linkage belt cavity 35 is provided with a pushing block movable cavity 12 located on the left side of the vibration cavity 93, and the front end wall of the linkage belt cavity 35 is rotatably connected with a linkage driven pulley shaft 38 extending forward into the pushing block movable cavity 12 and backward into the linkage belt cavity 35, and a linkage driven pulley 37 fixedly connected with the linkage driven pulley shaft 38 is arranged in the linkage belt cavity 35. The linkage belt 36 is connected between the linkage driven pulley 37 and the linkage main pulley 44 in a dynamic fit, the pusher block 13 fixedly connected with the linkage driven pulley shaft 38 is arranged in the movable cavity 12 of the pusher block, and the turbine 52 fixedly connected with the turbine shaft 43 is arranged in the turbine cavity 50.
[0019] In addition, in one embodiment, the right side of the turbine cavity 50 is provided with a tapered tooth cavity 46, and the left end wall of the tapered tooth cavity 46 is rotatably connected with a worm 53 which extends to the right into the tapered tooth cavity 46 and extends through the turbine cavity 50 to the left into the reel cavity 39. The worm 53 meshes with the turbine 52, and the reel cavity 39 is internally provided with a left reel 56 fixedly connected with the worm 53. The reel cavity 39 is internally provided with a right reel 54 fixedly connected with the worm 53 and located on the right side of the left reel 56, the left side of the adhesive cavity 25 is communicated with a right spring cavity 27, the side wall of the right spring cavity 27 is connected with a right stopper 92 in a sliding fit, and a right stopper pull rope 30 is fixedly connected between the right stopper 92 and the right reel 54. A right return spring 26 is fixedly connected between the left end face of the right block 92 and the left end wall of the right spring cavity 27, a clutch contact block 91 is fixedly connected in the upper end of the left block 92, a clutch contact switch 28 capable of contacting the clutch contact block 91 is fixedly connected in the upper end wall of the right spring cavity 27, a left spring cavity 33 is arranged on the left side of the right spring cavity 27, and a left block 90 is connected to the side wall of the left spring cavity 33 in a sliding fit way. The left stop rope 31 is fixedly connected between the left stop 90 and the left reel 56, and the left return spring 32 is fixedly connected between the right end face of the left stop 90 and the right end wall of the left spring cavity 33.
[0020] In addition, in one embodiment, a driven bevel gear 47 fixedly connected with the worm 53 is arranged in the bevel gear cavity 46, a clutch cavity 74 located on the right side of the brush cavity 21 is arranged in the front side of the bevel gear cavity 46, and a front clutch driven shaft 73 extending forward into the clutch cavity 74 and backward into the bevel gear cavity 46 is rotatably connected in the rear end wall of the clutch cavity 74. A main bevel gear 45 fixedly connected with the front clutch driven shaft 73 is arranged in the bevel gear cavity 46, and the main bevel gear 45 meshes with the slave bevel gear 47; a front clutch driven pulley 75 fixedly connected with the front clutch driven shaft 73 is arranged in the clutch cavity 74; a clutch spring cavity 85 is arranged at the rear side of the clutch cavity 74; and a motor 84 is arranged at the right side of the clutch spring cavity 85 and fixedly connected with the main box body 10. The front end face of the motor 84 is fixedly connected with a motor shaft 81 extending forward into the clutch cavity 74, a rear clutch main pulley 82 fixedly connected with the motor shaft 81 is arranged in the clutch cavity 74, and a front clutch main pulley 80 fixedly connected with the motor shaft 81 and located at the front side of the rear clutch main pulley 82 is arranged in the clutch cavity 74, and a front clutch belt 78 is connected between the front clutch main pulley 80 and the front clutch driven pulley 75 in a dynamic fit; and
[0021] In addition, in one embodiment, the side wall of the clutch spring cavity 85 is connected with a clutch slider 70 in a sliding fit, the rear face of the clutch slider 70 is fixedly connected with a clutch magnet 69, a clutch spring 83 is fixedly connected between the front face of the clutch slider 70 and the front wall of the clutch spring cavity 85, and the front face of the clutch slider 70 is fixedly connected with a clutch shaft 76 extending forward into the clutch cavity 74. The clutch cavity 74 is internally provided with a tightening wheel 77 rotatably connected with the clutch shaft 76, the rear side of the clutch cavity 74 is provided with an upward pulley cavity 87 extending upward, and the rear side of the upward pulley cavity 87 is provided with an upper left belt cavity 49 extending leftward and upward. The front end wall of the upper left belt cavity 49 is rotatably connected with a rear clutch driven shaft 71 which extends forward through the upper belt cavity 87 into the clutch cavity 74 and backward into the upper left belt cavity 49. The clutch cavity 74 is internally provided with a rear clutch driven pulley 72 fixedly connected with the rear clutch driven shaft 71, and a rear clutch belt 79 is dynamically connected between the rear clutch driven pulley 72 and the rear clutch main pulley 82. The upward pulley cavity 87 is internally provided with an upward main pulley 89 fixedly connected with the rear clutch driven shaft 71, and the front side of the upward pulley cavity 87 is provided with an extrusion gear cavity 64 located on the upper side of the clutch cavity 74 and communicated with the adhesive cavity 25.
[0022]In addition, in one embodiment, in the rear end wall of the squeezing gear cavity 64, a squeezing gear shaft 65 extending forward into the squeezing gear cavity 64 and backward into the upward pulley cavity 87 is rotatably connected, an upward driven pulley 66 fixedly connected with the squeezing gear shaft 65 is arranged in the upward pulley cavity 87, and an upward belt 88 is dynamically connected between the upward driven pulley 66 and the upward main pulley 89. An extrusion gear 63 fixedly connected with the extrusion gear shaft 65 is arranged in the extrusion gear cavity 64, an extrusion slider 23 is connected between the front and rear end walls of the adhesive cavity 25 in a sliding fit, an extrusion rack 22 is fixedly connected in the lower end face of the extrusion slider 23, the extrusion rack 22 meshes with the extrusion gear 63, and an extrusion contact block 24 is fixedly connected in the left end of the upper end face of the extrusion slider 23. The upper end wall of the adhesive cavity 25 is fixedly connected with an extrusion contact switch 29 which can contact with the extrusion contact block 24; the front end wall of the upper left belt cavity 49 is rotatably connected with a camshaft 42 which extends forward through the linkage belt cavity 35 into the vibration cavity 93 and backward into the upper left belt cavity 49; the upper left belt cavity 49 is internally provided with an upper left driven pulley 55 which is fixedly connected with the camshaft 42; and the upper left driven pulley 55 and the upper left main pulley 48 are dynamically matched.
[0023] In addition, in one embodiment, a cam 41 fixedly connected with the camshaft 42 is arranged in the vibration cavity 93, a vibration block 40 is connected between the front and rear end walls of the vibration cavity 93 in a sliding fit, a left channel 61 communicating with the friction material cavity 34 is connected to the upper side of the vibration cavity 93, and a friction material pipeline 11 is fixedly connected between the upper end wall of the vibration cavity 93 and the vibration block 40. A plurality of vibrating springs 15 are fixedly connected between the left end face of the vibrating block 40 and the left end wall of the vibrating cavity 93, the lower side of the vibrating cavity 93 is communicated with a blanking cavity 16, the rear side of the left channel 61 is communicated with an adjusting cavity 59 communicated with the right channel 62, and the adjusting slider 57 is connected between the left and right end walls of the adjusting cavity 59 in sliding fit. The left end of the front end face of the adjusting slider 57 is fixedly connected with a left blocking block 60 connected with the side wall of the left channel 61, and the right end of the front end face of the adjusting slider 57 is fixedly connected with a right blocking block 67 connected with the side wall of the right channel 62. The rear end wall of the adjusting cavity 59 is rotatably connected with an adjusting screw 58 extending forward into the adjusting cavity 59 and backward to the outside, and the adjusting screw 58 is connected with the adjusting slider 57 in a threaded manner. The adjusting screw 58
[0024] The fixed connection method described in this embodiment includes, but is not limited to, bolt fixing, welding and other methods.
[0025] such as Figure 1-4 As shown, when the device of the present invention is in the initial state, the left return spring 32 and the right return spring 26 are in a relaxed state, the left stopper 90 just completely blocks the left channel 61, the right stopper 92 just completely blocks the right channel 62, the pushing block 13 is completely located in the pushing block movable cavity 12, the hose fixing block 18 and the brush 19 are completely located in the brush cavity 21, the clutch spring 83 is in a relaxed state, and the tightening wheel 77 just tightens the front clutch belt 78 and the rear clutch belt. The sequence of mechanical actions of the whole device: at the beginning of operation, by turning the knob 68, the adjusting screw 58 is driven to rotate, and the adjusting screw 58 drives the adjusting slider 57 to slide forward, thus driving the left blocking block 60 and the right blocking block 67 to slide forward, thus realizing the control of the area of the left channel 61 and the right channel 62, thus adapting to the patterned steel plates with different widths and reducing waste;
[0026] When the device travels to the right, the motor 84 is started to drive the motor shaft 81 to rotate. The motor shaft 81 drives the rear clutch main pulley 82 and the front clutch main pulley 80 to rotate. The front clutch main pulley 80 drives the front clutch driven pulley 75 to rotate through the front clutch belt 78, thus driving the front clutch driven shaft 73 to rotate. The front clutch driven shaft 73 drives the main bevel gear 45 to rotate, thus driving the worm 53 to rotate through the slave bevel gear 47. The worm 53 drives the turbine 52 to rotate. Thereby driving the turbine shaft 43 to rotate, and the turbine shaft 43 drives the rotating block 20 to rotate, thus driving the hose fixing block 18 and the brush 19 to rotate, so that the brush 19 can just contact the upper end face of the patterned steel plate. At the same time, the turbine shaft 43 drives the linkage main pulley 44 to rotate, thus driving the linkage slave pulley 38 to rotate through the linkage belt 36 and the linkage slave pulley 37. The linkage slave pulley 38 drives the pushing block 13 to rotate, and the pushing block 13 extends out for the subsequent uniform pushing of materials. At the same time, the worm 53 drives the worm 53 and the left pulley 56 to rotate. The worm 53 drives the right block 92 to slide to the left through the right block pull rope 30, thus realizing the dredging of the right channel 62. The left pulley 56 drives the left block 90 to slide to the right through the left block pull rope 31, thus realizing the dredging of the left channel 61. At this time, the clutch contact block 91 just contacts the clutch contact switch 28, automatically energizing the clutch electromagnet 86. The clutch electromagnet 86 attracts the clutch magnet 69, which drives the clutch slider 70 to slide backward against the clutch spring 83. The clutch slider 70 drives the tightening wheel 77 to move backward through the clutch shaft 76. At this time, the front clutch belt 78 is just in a relaxed state, and the tightening wheel 77 just tightens the rear clutch belt 79. The rear clutch main pulley 82 drives the rear clutch driven pulley 72 to rotate through the rear clutch belt 79, thus driving the rear clutch driven shaft 71 to rotate. The rear clutch driven shaft 71 drives the upper main pulley 89 to rotate, so that the extrusion gear shaft 65 rotates through the upper belt 88 and the upper driven pulley 66, and the extrusion gear shaft 65 drives the extrusion gear 63 to rotate, so that the extrusion slide block 23 slides leftwards through the extrusion rack 22, so that the adhesive can be extruded into the brush 19 through the right channel 62, the adhesive hose 17 and the hose fixing block 18, and the upper end face of the patterned steel plate can be painted for the attachment of friction materials. At the same time, the rear clutch driven shaft 71 drives the upper left main pulley 48 to rotate, so that the upper left driven pulley 55 rotates through the upper left belt 51, and the upper left driven pulley 55 drives the camshaft 42 to rotate, so that the cam 41 hits the vibrating block 40, and the vibrating block 40 vibrates left and right under the action of the cam 41 and the vibrating spring 15, so that the friction material can smoothly pass through the left channel 61 and the friction material pipeline 11. So that the friction material falls on the patterned steel plate through the blanking cavity 16, and the friction material on the patterned steel plate can be bonded with the upper surface of the patterned steel plate through the adhesive, thereby increasing the friction coefficient of the patterned steel plate, and the friction material on the patterned steel plate can be flattened by the flattening block 13, thereby increasing the flatness of the patterned steel plate, and playing a warning role because the friction material is colored; When working, the clutch electromagnet 86 is powered off, and the motor 84 reverses, so that the pushing block 13 and the brush 19 are reset, and the left stopper 90 and the right stopper 92 are reset under the action of the left reset spring 32 and the right reset spring 26 respectively.
[0027] The invention has the beneficial effects that the left blocking block and the right blocking block slide forward to realize the control of the area of the left channel and the right channel, so as to adapt to the pattern steel plates with different widths, reduce the waste of materials, and the friction material on the pattern steel plate has color, which can play a warning role; the friction material on the pattern steel plate can be bonded with the upper surface of the pattern steel plate through the adhesive, thereby increasing the friction coefficient of the pattern steel plate, avoiding accidents as much as possible, and improving the safety; and the device is started by a motor, thus reducing the working intensity of workers.
[0028] The above examples are only to illustrate the technical concept and characteristics of the present invention, and their purpose is to enable people familiar with the technology in this field to understand the content of the present invention and implement it, without limiting the scope of protection of the present invention. All equivalent changes or modifications made according to the spirit of the present invention should be covered within the scope of protection of the present invention.
