A vibrating plate machine

Abstract

The present invention provides a plate vibrating machine. A plate vibrating machine comprises a frame, a lifting cylinder, a lifting main arm, a vibration motor, a motor bracket, a vibration motor lifting rod, a roller conveying mechanism and a roller lifting assembly, wherein the lifting main arms are located on both sides above the frame, the lifting cylinder is arranged on the top of the frame, the piston rod of the lifting cylinder is connected to the lifting main arm, the vibration motor is supported on the motor bracket, the side of the motor bracket is connected to the lifting main arm through the vibration motor lifting rod, the roller conveying mechanism is located directly below the motor bracket, one end of the roller lifting assembly is connected to the lifting main arm, and the other end is connected to the side wall of the roller conveying mechanism. The present invention synchronously drives the vibration motor and the roller conveying mechanism to rise and fall through the lifting cylinder, thereby realizing the automation of vibration removal of large concrete blocks on the surface of the old template, reducing manpower consumption, and improving the efficiency of recycling the old template.

Description

Technical Field

[0001] The present invention relates to the field of vibration equipment, and more particularly to a vibration plate machine. Background Art

[0002] When old formwork is recovered from the construction site, there are many concrete impurities on its surface, especially large pieces of concrete impurities, which are difficult to clean with ordinary manual cleaning methods and consume a lot of labor. At present, there is no automated equipment specifically used to remove large pieces of concrete from the surface of old formwork.

[0003] Chinese patent CN207088107U concrete vibration table discloses a vibration motor including a base, a vibration table and a lower end surface of the vibration table, a support spring is arranged between the base and the vibration table, a first baffle is arranged at the front and rear edges of the vibration table to limit the sliding of the concrete specimen, a second baffle abutting the vibration table and a lifting cylinder controlling the lifting of the second baffle are arranged on the left and right sides of the vibration table, a pushing mechanism is arranged on one side of the vibration table, the pushing mechanism includes a brush plate, a pushing cylinder driving the brush plate to enter the upper end surface of the vibration table and a bracket for supporting the pushing cylinder, and bristles are arranged on the bottom surface of the brush plate. Chinese patent CN207088107U does not disclose how to move the vibration motor to match the process requirements of vibrating and removing the old formwork concrete.

[0004] Therefore, there is an urgent need for an automated device specifically used for vibrating and removing large pieces of concrete on the surface of old formwork. Summary of the invention

[0005] The present invention provides a vibrating plate machine to overcome the problem described in the background art that an automated device specifically for vibrating and removing large pieces of concrete from the surface of old formwork is urgently needed. The present invention uses a lifting cylinder to synchronously drive the vibration motor and the roller conveying mechanism to rise and fall, thereby realizing the automation of vibrating and removing large pieces of concrete from the surface of the old formwork, reducing manpower consumption and improving the efficiency of recycling old formwork.

[0006] To solve the above technical problems, the technical solution adopted by the present invention is: a vibration plate machine, including a frame, a lifting cylinder, a lifting main arm, a vibration motor, a motor bracket, a vibration motor lifting rod, a roller conveying mechanism, a roller lifting assembly and a vibration frame, the lifting main arm is located above both sides of the frame, the lifting cylinder is arranged on the top of the frame, the piston rod of the lifting cylinder is connected to the lifting main arm, the vibration motor is supported on the motor bracket, the side of the motor bracket is connected to the lifting main arm through the vibration motor lifting rod, one end of the roller lifting assembly is connected to the lifting main arm, and the other end is connected to the side wall of the roller conveying mechanism, the vibration frame is located between the motor bracket and the roller conveying mechanism, and the vibration frame is located between the bottom end and the top end of the lifting stroke of the roller conveying mechanism and close to the top end of the lifting stroke of the roller conveying mechanism. In this way, its working process is roughly as follows: initially, the old template is transported to the fixed support beam just below the motor bracket to wait for processing. At this time, the vibration motor is at the highest point, and the plane where the roller of the roller conveying mechanism is located is higher than or at least flush with the plane where the fixed support beam is located, and can contact the old template; first, the piston rod of the lifting cylinder contracts, and the motor bracket and the vibration motor on the motor bracket are driven down by lifting the main arm, and the roller conveying mechanism is also driven down at the same time. The vibration motor is pressed on the old template, and the exciting force is transmitted to the old template, and the large pieces of concrete on the old template are vibrated and removed. After the processing is completed; the lifting cylinder rises, and the motor bracket and the vibration motor on the motor bracket are driven up by lifting the main arm, and at the same time At the same time, the roller conveying mechanism is also driven to rise, and the vibration motor is separated from the old template. The rollers in the roller conveying mechanism are higher than the fixed support beam and are arranged at intervals without affecting each other. The roller conveying mechanism rolls, driving the old template on the support beam to move out of the work station and wait for the next processing step. In the optimal case, the roller conveying mechanism is made a little higher than the fixed support after rising, which makes it easier to move the old template. This technical solution uses a lifting cylinder to synchronously drive the vibration motor and the roller conveying mechanism to rise and fall. The vibration motor is directly pressed on the template through the motor bracket, and the vibration force transmission effect is better, so as to realize the automation of vibration removal of large concrete blocks on the surface of the old template, reduce manpower consumption, and improve the efficiency of recycling old templates.

[0007] Furthermore, one end of the vibration motor lifting rod away from the lifting main arm is connected to a vibration motor lifting plate, a motor lifting support plate is provided on the side of the motor bracket, and a support plate through hole is also provided on the motor lifting support plate, and the vibration motor lifting rod passes through the support plate through hole to connect to the vibration motor lifting plate; the motor lifting support plate is arranged parallel to the upper part of the vibration motor lifting plate, and the maximum interval between the motor lifting support plate and the vibration motor lifting plate is 15mm-25mm; the telescopic stroke of the lifting cylinder is 40mm-60mm. In this way, since the vibration motor lifting rod and the support plate through hole are movably arranged, there is a gap between the two. When the vibration motor bracket reaches the working position, the vibration motor bracket no longer descends, and the vibration motor lifting rod and the vibration motor lifting plate continue to descend. When descending to the bottom, there is a gap of at least 15mm between the motor lifting support plate and the vibration motor lifting plate. When the vibration motor needs to be lifted, the vibration motor lifting plate first rises to an empty interval area and then contacts the motor lifting support plate, and then lifts the vibration motor. This design ensures that when the motor is working, the components on the motor bracket are not in contact with the vibration motor lifting plate, and the vibration of the vibration motor will not be directly transmitted to the lifting cylinder, thereby protecting the safety of the lifting cylinder; the lifting cylinder is not easily damaged during use, thereby extending the service life of the device.

[0008] Furthermore, the roller conveying mechanism includes a roller mounting frame and a plurality of parallel electric rollers, the roller mounting frame is arranged on both sides of the frame, the two ends of each electric roller are connected to the roller mounting frame, the roller conveying mechanism is located in the frame and directly opposite to the motor bracket, one end of the roller lifting assembly is connected to the outside of the lifting main arm, and the other end crosses the frame and is fixedly connected to the outer wall of the roller mounting frame. In this way, the roller conveying mechanism is installed in the middle part of the frame, and the roller conveying mechanism is directly below the motor bracket. When the old template is in the vibration treatment, the roller conveying mechanism is in the descending position and does not directly contact the old template, and the exciting force of the motor will not be directly transmitted to the electric roller to cause damage to the electric roller; when the old template is processed, the roller conveying mechanism rises, and when it rises to the top of the stroke, the electric roller is higher than the upper surface of the vibration frame, and the roller contacts the old template and transports the old template away; it is reasonably coordinated with the processing process to make the process processing smoother.

[0009] Furthermore, the vibration frame includes a frame body, a vibration motor placement frame and a plurality of shock-absorbing mechanisms, the vibration motor placement frame is located on one end face of the frame body, the shock-absorbing mechanism is located on an end face of the frame body facing away from the vibration motor, and the shock-absorbing mechanism is distributed on both sides of the frame body; the frame body includes two main rods that are parallel and symmetrically arranged, the two main rods are connected by a plurality of fixed support beams, one side of each main rod is connected to a spacer rod, the spacer rod is parallel and fitted to the main rod, and the vibration motor placement frame is connected on the side of the two spacer rods facing away from the main rod.

[0010] As a preferred embodiment, the two ends of the fixed support beam at the corresponding position directly below the motor bracket are provided with upwardly protruding bosses, which are slightly lower than the plane when the template is placed. Because when processing a narrow template, the motor bracket of the vibration motor has no support on one side and will fall to the side without support. After adding the bosses, the motor can be prevented from tilting and falling.

[0011] Furthermore, the motor bracket also includes a vibration machine base, a plurality of vertical support plates arranged on the vibration machine base, and a motor base plate fixed on the vertical support plates. The vibration motor is fixed to the motor base plate by motor mounting bolts; a motor base plate slot is opened on the motor base plate, and the motor mounting bolts pass through the motor base plate slot to fix the vibration motor to the motor base plate.

[0012] Furthermore, a vertical support plate is provided at the edge of the vibration machine base, and a vibration machine base protrusion is extended upward from the vertical support plate; the motor lifting support plate is fixed to the vibration machine base protrusion by a motor lifting bolt.

[0013] Furthermore, the roller mounting frame includes mounting plates arranged in parallel at both ends of the electric roller, the two ends of the electric roller are respectively connected to the mounting plates, the roller lifting assembly is located at both ends of the frame, the electric roller is spaced apart from the fixed support beam, and the top of the lifting stroke of the electric roller is higher than the support surface of the fixed support beam. In this way, the length of the electric roller is shorter than the fixed support beam, and there is a groove on the roller mounting frame at a position corresponding to the fixed support beam. When the electric roller and the mounting plate rise, they are not restricted by the fixed support beam. When reaching the top of the lifting stroke, the electric roller can be higher than the fixed support beam and contact the template to transport it away.

[0014] Furthermore, the lifting cylinder includes a floating joint, a cylinder body, a cylinder flange, and a telescopic rod; the bottom of the cylinder flange is welded to the frame, the cylinder body is fixed to the cylinder flange, one end of the telescopic rod is connected to the cylinder body, and the other end is connected to the floating joint, and the floating joint is fixedly connected to the lifting main arm.

[0015] Further, the drum lifting assembly includes a set of first lifting structures and a set of second lifting structures arranged oppositely;

[0016] The first lifting structure includes a root of "L"-shaped first connecting rods and a root of straight first crossbeams. The first crossbeams are erected above one end of the lifting main arm and are perpendicular to the lifting main arm. Both ends of the first crossbeams are respectively and perpendicularly connected to the vertical rods of the root of the first connecting rods to form a "U"-shaped structure. The first crossbeams and the crossbars of the first connecting rods are parallel to each other and are located on the same side of the vertical rods of the first connecting rods. The crossbar of each first connecting rod is perpendicularly connected to one end of the side wall of the corresponding mounting plate;

[0017] The second lifting structure includes an "L"-shaped second connecting rod and a straight second crossbeam. The second connecting rod and the second crossbeam are connected into a "匚"-shaped structure. The vertical rod of the second connecting rod is connected to the second crossbeam. The crossbar of the second connecting rod is perpendicularly connected to the other end of the side wall of the mounting plate. The second crossbeam is perpendicularly connected to the middle end of the lifting main arm. The distance between the lengths of the two second crossbeams is greater than the corresponding width of the vibration motor.

[0018] Further, a conveying support rod is further provided below the electric drum, and a driven drum is arranged between every two adjacent electric drums. In this way, the interval arrangement of the non-powered driven drums can reduce the number of electric drums required, and the arrangement of the conveying support rod below the electric drum can prevent the electric drum from falling.

[0019] Further, the outer circumferential wall of the electric drum is provided with knurling. In this way, the knurling provided on the outer wall of the electric drum can increase the friction between it and the conveyed material, prevent slipping during transmission, and the structure using knurling is relatively stable and has a longer service life.

[0020] Compared with the prior art, the beneficial effects are:

[0021] 1. The present invention realizes the automation of vibrating and removing large pieces of concrete on the surface of the old formwork by synchronously driving the vibration motor and the drum conveying mechanism to rise and fall by the lifting cylinder, reduces the labor consumption, and improves the efficiency of recycling the old formwork.

[0022] 2. In the present invention, the vibration motor is directly pressed on the template to be processed through the motor support, so that the vibration conduction is more direct and the vibration effect is better.

[0023] 3. The maximum interval design between the motor lifting support plate and the vibration motor lifting plate makes the components on the motor support not in contact with the vibration motor lifting plate when the motor acts, and the vibration of the vibration motor will not be directly conducted to the lifting cylinder, protecting the safety of the lifting cylinder; making the lifting cylinder not easily damaged during use and extending the service life of the device.

[0024] 4. When the old template is in vibration treatment, the roller conveying mechanism is in a lowered position and does not directly contact the old template. The exciting force of the motor will not be directly transmitted to the electric roller and cause damage to the electric roller. When the old template is processed, the roller conveying mechanism rises and transports the old template away. Reasonable coordination with the processing process makes the process smoother. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 It is a schematic diagram of the overall structure of the present invention.

[0026] Figure 2 It is a schematic diagram of the structure when the vibration motor is not installed on the frame of the present invention.

[0027] Figure 3 It is a structural schematic diagram of a vibration motor placed on a vibration motor bracket in the present invention.

[0028] Figure 4 It is a partial enlarged view of the motor lifting support plate and the vibration motor lifting plate in the present invention.

[0029] Figure 5 It is a structural schematic diagram of the vibration frame in the present invention.

[0030] Figure 6 It is a structural schematic diagram of the roller lifting bracket in the present invention.

[0031] Figure 7 It is a structural schematic diagram of the lifting cylinder in the present invention.

[0032] Figure 8 It is a schematic diagram of the vibration motor lifting rod and the vibration motor lifting plate in the present invention.

[0033] Fig. 9 It is a structural schematic diagram of the vibration motor bracket and the vibration motor in the present invention.

[0034] Fig.10 It is a structural schematic diagram of the vibration motor bracket in the present invention.

[0035] Fig.11 It is a schematic diagram of the motor bottom plate structure in the present invention. DETAILED DESCRIPTION

[0036] The drawings are only for illustrative purposes and cannot be construed as limiting the present invention. To better illustrate the present embodiment, some parts of the drawings may be omitted, enlarged, or reduced, and do not represent the size of the actual product. For those skilled in the art, it is understandable that some well-known structures and their descriptions may be omitted in the drawings. The positional relationships described in the drawings are only for illustrative purposes and cannot be construed as limiting the present invention.

[0037] like Figure 1 As shown, a vibration plate machine includes a frame 38a, a lifting cylinder 30a, a lifting main arm 37a, a vibration motor 2a, a motor bracket 10a, a vibration motor lifting rod 35a, a roller conveying mechanism, a roller lifting assembly and a vibration frame 30, wherein the lifting main arm 37a is located above both sides of the frame 38a, the lifting cylinder 30a is arranged on the top of the frame 38a, the telescopic rod 34a of the lifting cylinder 30a is connected to the lifting main arm 37a, the vibration motor 2a is supported on the motor bracket 10a, the side of the motor bracket 10a is connected to the lifting main arm 37a through the vibration motor lifting rod 35a, the roller conveying mechanism is located directly below the vibration frame 30, and the vibration frame 30 is located directly below the motor bracket 10a, one end of the roller lifting assembly is connected to the lifting main arm 37a, and the other end is connected to the side wall of the roller conveying mechanism, and when the roller conveying mechanism reaches the top of its lifting stroke, it can be higher than the supporting surface of the vibration frame 30.

[0038] like Figures 2 to 11 As shown, one end of the vibration motor lifting rod 35a away from the lifting main arm 37a is connected to the vibration motor lifting plate 36a, the side of the motor bracket 10a is provided with a motor lifting support plate 3a, and the motor lifting support plate 3a is also provided with a support plate 3a through hole 8a, and the vibration motor lifting rod 35a passes through the support plate 3a through hole 8a to connect the vibration motor lifting plate 36a; the motor lifting support plate 3a is arranged parallel to the top of the vibration motor lifting plate 36a, and the maximum interval between the motor lifting support plate 3a and the vibration motor lifting plate 36a is 20mm; the telescopic stroke of the lifting cylinder 30a is 50mm; the roller conveying mechanism includes The present invention comprises a roller mounting frame 20 and a plurality of parallel electric rollers 22, wherein the roller mounting frame 20 is arranged on both sides of the frame 38a, and both ends of each electric roller 22 are connected to the roller mounting frame 20, the roller conveying mechanism is located in the frame 38a and directly faces the motor bracket 10a, one end of the roller lifting assembly is connected to the outside of the lifting main arm 37a, and the other end crosses the frame 38a and is fixedly connected to the outer wall of the roller mounting frame 20; a conveying frame rod 221 is also provided under the electric roller 22, and a driven roller 220 is provided between each adjacent two electric rollers 22; and the circumferential outer wall of the electric roller 22 is provided with knurling.

[0039] In this embodiment, the motor bracket 10a also includes a vibration machine base 1a, a plurality of vertical support plates 9a arranged on the vibration machine base 1a, and a motor bottom plate 6a fixed on the vertical support plate 9a. The vibration motor 2a is fixed to the motor bottom plate 6a by motor mounting bolts; the motor bottom plate 6a is provided with a motor bottom plate 6a slot 6a1, and the motor mounting bolt passes through the motor bottom plate 6a slot 6a1 to fix the vibration motor 2a to the motor bottom plate 6a; a vertical support plate 9a is also provided at the edge of the vibration machine base 1a, and the vertical support plate 9a extends upward with a vibration machine base 1a protrusion; the motor lifting support plate 3a is fixed to the vibration machine base 1a protrusion by the motor lifting bolt; the drum mounting frame 20 includes a motor 2a arranged parallel to the electric drum 2 2, the two ends of the electric roller 22 are connected to the mounting plates 21 respectively, the roller lifting assembly is located at the two ends of the frame 38a, the electric roller 22 is spaced apart from the fixed support beam 301, when the electric roller 22 is lifted or lowered, the top of its lifting stroke is higher than the fixed support beam 301; the lifting cylinder 30a includes a floating joint 31a, a cylinder body 32a, a cylinder flange 33a, and a telescopic rod 34a; the bottom of the cylinder flange 33a is welded to the frame 38a, the cylinder body 32a is fixed to the cylinder flange 33a, one end of the telescopic rod 34a is connected to the cylinder body 32a, and the other end is connected to the floating joint 31a, and the floating joint 31a is fixedly connected to the lifting main arm 37a.

[0040] In this embodiment, the vibration frame 30 includes a frame body 1, a vibration motor placement frame 4 and a plurality of shock absorbing mechanisms 5, wherein the vibration motor placement frame 4 is located on one end face of the frame body 1, and the shock absorbing mechanism 5 is located on one end face of the frame body 1 facing away from the vibration motor 2a, and the shock absorbing mechanism 5 is distributed on both sides of the frame body 1; the frame body 1 includes two main body rods 2 that are parallel and symmetrically arranged, and the two main body rods 2 are connected by a plurality of fixed support beams 301, and one side of each main body rod 2 is connected with a spacer rod 6, and the spacer rod 6 is parallel and fittedly connected to the main body rod 2, and the vibration motor placement frame 4 is connected to the side of the two spacer rods 6 facing away from the main body rod 2. In the vibration motor placement frame 4, the two ends of the fixed support beam at the corresponding position directly below the motor bracket are provided with upwardly protruding bosses 101, and the bosses 101 are slightly lower than the plane when the template is placed. Because when processing a narrow template, one side of the motor bracket of the vibration motor has no support and will fall to the side without support. After the boss 101 is added, the motor can be prevented from tilting and falling.

[0041] In this embodiment, the drum lifting assembly includes a set of first lifting structures 23 and a set of second lifting structures 24 arranged oppositely; the first lifting structure 23 includes a root of "L"-shaped first connecting rods 25 and a root of straight first cross beams 26. The first cross beam 26 is erected above one end of the lifting main arm 37a and is perpendicular to the lifting main arm 37a. Two ends of the first cross beam 26 are respectively and perpendicularly connected to the vertical rods of a root of the first connecting rods 25 to form a "U"-shaped structure. The first cross beam 26 and the horizontal rods of the first connecting rods 25 are parallel to each other and are located on the same side of the vertical rods of the first connecting rods 25. The horizontal rod of each first connecting rod 25 is perpendicularly connected to one end of the side wall of the corresponding mounting plate 21; the second lifting structure 24 includes an "L"-shaped second connecting rod 27 and a straight second cross beam 28. The second connecting rod 27 and the second cross beam 28 are connected into a "匚"-shaped structure. The vertical rod of the second connecting rod 27 is connected to the second cross beam 28. The horizontal rod of the second connecting rod 27 is perpendicularly connected to the other end of the side wall of the mounting plate 21. The second cross beam 28 is perpendicularly connected to the middle end of the lifting main arm 37a. The distance between the lengths of the two second cross beams 28 is greater than the corresponding width of the vibration motor 2a.

[0042] Wherein, since the vibration motor lifting rod 35a and the through hole 8a of the support plate 3a are movably penetrated, there is a distance between the two. When the motor support 10a reaches the working position, the motor support 10a no longer descends, and the vibration motor lifting rod 35a and the vibration motor lifting plate 36a continue to descend. When reaching the lowest position, there is a 20-mm interval between the motor lifting support plate 3a and the vibration motor lifting plate 36a. When it is necessary to lift the vibration motor 2a, the vibration motor lifting plate 36a first rises in an empty interval area and then contacts the motor lifting support plate 3a, and then lifts the vibration motor 2a. Such a design makes it that when the motor acts, the components on the motor support 10a do not contact the vibration motor lifting plate 36a, and the vibration of the vibration motor 2a will not be directly transmitted to the lifting cylinder 30a, protecting the safety of the lifting cylinder 30a; making the lifting cylinder 30a not easily damaged during use and extending the service life of the device; the middle part of the frame 38a is installed with the drum conveying mechanism, and the drum conveying mechanism is directly below the motor support 10a. When the old template 40 is under vibration treatment, the drum conveying mechanism is in the descending position and does not directly contact the old template 40, and the exciting force of the motor will not be directly transmitted to the electric drum 22 to cause damage to the electric drum 22; after the old template 40 is processed, the drum conveying mechanism rises to convey the old template 40 away; reasonably cooperating with the processing procedure makes the procedure processing smoother.

[0043] The working process is roughly as follows: initially, the old template 40 is transported to the fixed support beam 301 just below the motor bracket 10a to wait for processing. At this time, the vibration motor 2a is at the highest point, and the roller conveying mechanism and the fixed support beam 301 are at the same horizontal plane, which can contact the old template 40; first, the telescopic rod 34a of the lifting cylinder 30a contracts, and the motor bracket 10a and the vibration motor 2a on the motor bracket 10a are driven down by lifting the main arm 37a, and the roller conveying mechanism is also driven down. The vibration motor 2a is pressed on the old template 40, and the exciting force is transmitted to the old template 40, and the large pieces of concrete on the old template 40 are vibrated and removed. After the processing is completed; the lifting cylinder 30a rises, and the motor bracket 1 is driven by the lifting main arm 37a. 0a and the vibration motor 2a on the motor bracket 10a rise, and at the same time, the roller conveying mechanism is also driven to rise, and the vibration motor 2a is separated from the old template 40. The conveying plane of the electric roller 22 is higher than the supporting surface of the fixed support beam 301, and they are arranged at intervals without affecting each other. The roller conveying mechanism rolls, driving the old template 40 on the support beam to move out of the work station and wait for the next processing step. In the optimal case, the roller conveying mechanism is made a little higher than the fixed support after rising, which makes it easier to move the old template 40. The technical solution uses the lifting cylinder 30a to synchronously drive the vibration motor 2a and the roller conveying mechanism to rise and fall, thereby realizing the automation of vibration removal of large pieces of concrete on the surface of the old template 40, reducing manpower consumption and improving the efficiency of recycling the old template 40.

[0044] Obviously, the above embodiments of the present invention are merely examples for clearly illustrating the present invention, and are not intended to limit the embodiments of the present invention. For those skilled in the art, other different forms of changes or modifications can be made based on the above description. It is not necessary and impossible to list all the embodiments here. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the claims of the present invention.

Claims

1. A plate vibrating machine, characterized in that: The invention comprises a frame (38a), a lifting cylinder (30a), a lifting main arm (37a), a vibration motor (2a), a motor bracket (10a), a vibration motor lifting rod (35a), a roller conveying mechanism, a roller lifting assembly and a vibration frame (30), wherein the lifting main arm (37a) is located above both sides of the frame (38a), the lifting cylinder (30a) is arranged on the top of the frame (38a), the piston rod of the lifting cylinder (30a) is connected to the lifting main arm (37a), and the vibration motor (2a) is supported on the motor bracket (10a). ), the side of the motor bracket (10a) is connected to the lifting main arm (37a) through the vibration motor lifting rod (35a), the vibration frame (30) is located below the motor bracket (10a), the roller conveying line is located below the vibration frame (30), one end of the roller lifting assembly is connected to the lifting main arm (37a), and the other end is connected to the side wall of the roller conveying mechanism, and the vibration frame (30) is located between the bottom and top of the lifting stroke of the roller conveying mechanism and close to the top of the lifting stroke of the roller conveying mechanism; The end of the vibration motor lifting rod (35a) away from the lifting main arm is connected to a vibration motor lifting plate (36a); a motor lifting support plate (3a) is provided on the side of the motor bracket (10a); a support plate through hole (8a) is also provided on the motor lifting support plate (3a); the vibration motor lifting rod (35a) passes through the support plate through hole (8a) to connect to the vibration motor lifting plate (36a); the motor lifting support plate (3a) is arranged parallel to the top of the vibration motor lifting plate (36a), and the maximum interval between the motor lifting support plate (3a) and the vibration motor lifting plate (36a) is 15mm-25mm; the telescopic stroke of the lifting cylinder (30a) is 40mm-60mm; The roller conveying mechanism comprises a roller mounting frame (20) and a plurality of parallel electric rollers (22), wherein the roller mounting frame (20) is arranged on both sides of the frame (38a), and both ends of each electric roller (22) are connected to the roller mounting frame (20), the roller conveying mechanism is located in the frame (38a) and directly faces the motor bracket (10a), and one end of the roller lifting assembly is connected to the outside of the lifting main arm (37a), and the other end crosses the frame (38a) and is fixedly connected to the outer wall of the roller mounting frame (20); The motor support (10a) further comprises a vibration machine base (1a), a plurality of vertical support plates (9a) arranged on the vibration machine base (1a), and a motor base plate (6a) fixed on the vertical support plates (9a), wherein the vibration motor is fixed to the motor base plate (6a) by motor mounting bolts; a motor base plate slot (6a1) is provided on the motor base plate (6a), and the motor mounting bolts pass through the motor base plate slot (6a1) to fix the vibration motor to the motor base plate (6a); A vertical support plate (9a) is also provided at the edge of the vibration machine base (1a), and a vibration machine base protrusion (7a) is extended upward from the vertical support plate (9a); the motor lifting support plate (3a) is fixed to the vibration machine base protrusion (7a) by means of motor lifting bolts; Initially, the old template (40) is transported to the fixed support beam (301) directly below the motor bracket (10a) to wait for processing. At this time, the vibration motor (2a) is located at the highest point, and the roller conveying mechanism and the fixed support beam (301) are located at the same horizontal plane and can contact the old template (40). First, the telescopic rod (34a) of the lifting cylinder (30a) is retracted, and the motor bracket (10a) and the vibration motor (2a) on the motor bracket (10a) are driven down by lifting the main arm (37a), and the roller conveying mechanism is also driven down. The vibration motor (2a) is pressed on the old template (40) to move the old template. The exciting force is transmitted to the old template (40), and the large pieces of concrete on the old template (40) are removed by vibration. After the processing is completed; the lifting cylinder (30a) rises, and drives the motor bracket (10a) and the vibration motor (2a) on the motor bracket (10a) to rise by lifting the main arm (37a), and also drives the roller conveying mechanism to rise, and the vibration motor (2a) is separated from the old template (40). The conveying plane of the electric roller (22) is higher than the support surface of the fixed support beam (301), and they are arranged at intervals without affecting each other. The roller conveying mechanism rolls, driving the old template (40) on the support beam to move out of the work station.

2. The plate vibrating machine according to claim 1, characterized in that: The vibration frame (30) comprises a frame body (1), a vibration motor placement frame (4) and a plurality of shock absorbing mechanisms (5), wherein the vibration motor placement frame (4) is located on one end face of the frame body (1), the shock absorbing mechanism (5) is located on one end face of the frame body (1) which faces away from the vibration motor (2a), and the shock absorbing mechanism (5) is distributed on both sides of the frame body (1); the frame body (1) comprises two main rods (2) which are parallel and symmetrically arranged, the two main rods (2) are connected by a plurality of fixed support beams (301), one side of each main rod (2) is connected to a spacer rod (6), the spacer rod (6) is parallel and closely connected to the main rod (2), and the vibration motor placement frame (4) is connected to the side of the two spacer rods (6) which faces away from the main rod (2).

3. The plate vibrating machine according to claim 2, characterized in that: The roller mounting frame (20) comprises two mounting plates (21) arranged in parallel at both ends of the electric roller (22); the two ends of the electric roller (22) are respectively connected to the mounting plates (21); the roller lifting assembly is located at both ends of the frame (38a); the electric roller (22) and the fixed support beam (301) are arranged at intervals; and the top end of the lifting stroke of the electric roller (22) is located between the fixed support beam (301) and the motor bracket.

4. The plate vibrating machine according to claim 1, characterized in that: The lifting cylinder (30a) comprises a floating joint (31a), a cylinder body (32a), a cylinder flange (33a), and a telescopic rod (34a); The bottom of the described cylinder flange (33a) is welded to the frame (38a), the cylinder body (32a) is fixed to the cylinder flange (33a), one end of the telescopic rod (34a) is connected to the cylinder body (32a), and the other end is connected to the floating joint (31a), and the floating joint (31a) is fixedly connected to the lifting main arm (37a).

5. The plate vibrating machine according to claim 1, characterized in that: The described roller lifting assembly includes one set of first lifting structures (23) and two sets of second lifting structures (24) arranged oppositely; The first lifting structure (23) includes two "L"-shaped first connecting rods (25) and one straight first cross beam (26). The first cross beam (26) is erected above one end of the lifting main arm (37a) and is perpendicular to the lifting main arm (37a). The two ends of the first cross beam (26) are respectively vertically connected to the vertical rods of one first connecting rod (25) to form a "U" - shaped structure. The first cross beam (26) and the horizontal rods of the first connecting rods (25) are parallel to each other and are on the same side of the vertical rods of the first connecting rods (25). The horizontal rod of each first connecting rod (25) is vertically connected to one end of the side wall of the corresponding mounting plate (21); The second lifting structure (24) includes an "L"-shaped second connecting rod (27) and a straight second cross beam (28). The second connecting rod (27) and the second cross beam (28) are connected into a "匚" - shaped structure. The vertical rod of the second connecting rod (27) is connected to the second cross beam (28). The horizontal rod of the second connecting rod (27) is vertically connected to the other end of the side wall of the mounting plate (21). The second cross beam (28) is vertically connected to the middle end of the lifting main arm (37a). The distance between the lengths of the two second cross beams (28) is greater than the width corresponding to the vibration motor.

6. The plate vibrating machine according to claim 1, characterized in that: The outer circumferential wall of the described electric roller (22) is provided with knurling. A conveying support rod (221) is further provided below the electric roller (22). A driven roller (220) is arranged between every two adjacent electric rollers.

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