CN212860133U - EPS benzene heated board hexagonal is online repair slitter edge system with circulation sword area simultaneously - Google Patents
EPS benzene heated board hexagonal is online repair slitter edge system with circulation sword area simultaneously Download PDFInfo
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- CN212860133U CN212860133U CN202021644526.0U CN202021644526U CN212860133U CN 212860133 U CN212860133 U CN 212860133U CN 202021644526 U CN202021644526 U CN 202021644526U CN 212860133 U CN212860133 U CN 212860133U
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Abstract
The utility model relates to an optimization and novel practical technical field of mechanical equipment structure specifically are an EPS benzene heated board hexagonal is online simultaneously and is repaiied slitter edge system with circulation sword area, including automatic feeding robot, the inboard bottom of automatic feeding robot is provided with cylinder transition transfer chain, the both sides of cylinder transition transfer chain are provided with about 90 degrees base planes and repair the circulation sword. The utility model has the advantages that: through the matched arrangement of the roller transition conveying line, the 90-degree left and right base surface trimming circulating knife, the 90-degree automatic pushing manipulator, the left and right base surface trimming circulating knife and the upper and lower base surface trimming circulating knife, the problem that the trimming speed is low and the efficiency is low after the existing heat-insulating substrate is cut is solved; through the matching arrangement of the roller transition conveying line, the 90-degree left and right base surface trimming circulating knife, the first width-adjustable narrow base, the 90-degree automatic pushing robot, the left and right base surface trimming circulating knife and the upper and lower base surface trimming circulating knives, the problem that the existing trimming system is long in production period and many in working procedures is solved.
Description
Technical Field
The utility model relates to an optimization and novel practical technical field of mechanical equipment structure, especially an EPS benzene heated board hexagonal is online simultaneously with circulation sword area trimming system.
Background
The polystyrene heat-insulating board is a heat-insulating material with excellent performances such as high compression resistance, low water absorption, moisture resistance, air impermeability, light weight, corrosion resistance, ageing resistance, low heat conductivity coefficient and the like, and is a common and high-quality heat-insulating and heat-insulating material for the building industry. The insulation board needs trimming after being formed. The prior disc toothed saw trimming polyphenyl insulation board adopted by the domestic polyphenyl insulation board industry has the following problems;
1. the circular cutter needs to be thick in the width of the disk gear to cut and trim, so that the raw materials are wasted due to the saw path width, dust is heavy, the collection is difficult, the noise is high, the cutting thickness is limited, only cut sheets can be trimmed, multi-surface trimming and forming cannot be performed, and the working efficiency is low;
2. as most of the semi-finished EPS benzene heat-insulation plates are 1240mm long, 1240mm wide and 600mm thick, and most of the finished EPS benzene heat-insulation plates are 600mm long, 600mm wide and 20mm to 100mm thick, the cutting disc can only trim and cut after the cutting is finished, so that the production period is prolonged, and the working procedures are multiple.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to overcome prior art's shortcoming, provide a limit system is repaiied with circulation sword area simultaneously on line to EPS benzene heated board hexagonal.
The purpose of the utility model is realized through the following technical scheme: a waste edge repairing system for EPS (expandable polystyrene) insulation boards by using a circulating cutter belt simultaneously on line comprises an automatic feeding robot, wherein a roller transition conveying line is arranged at the bottom of the inner side of the automatic feeding robot;
two sides of the roller transition conveying line are provided with 90-degree left and right base surface trimming circulating knives, the bottoms of the 90-degree left and right base surface trimming circulating knives are movably connected with a first width-adjustable narrow base, one side of the roller transition conveying line is provided with a 90-degree automatic material pushing robot arm, and the discharge end of the roller transition conveying line is fixedly connected with the transition roller conveying line;
a left base surface trimming circulating knife and a right base surface trimming circulating knife are arranged on two sides of the discharge end of the transition roller conveying line, the bottom of the left base surface trimming circulating knife and the bottom of the right base surface trimming circulating knife are movably connected with a second width-adjustable narrow base, and an upper base surface trimming circulating knife and a lower base surface trimming circulating knife are arranged on the top of the discharge end of the transition roller conveying line;
one side of the discharge end of the transition roller conveying line is provided with a material lifting robot, and one side of the discharge end of the material lifting robot is provided with a multilayer slicing saw.
Optionally, the automatic feeding robot includes a cylinder clamping jaw and a moving mechanism thereof, and the roller transition conveying line includes a linear array of rollers and a driving mechanism thereof.
Optionally, the structure of the 90-degree left and right base surface trimming circulating knife is the same as the structure of the left and right base surface trimming circulating knife and the structure of the upper and lower base surface trimming circulating knife, the bottom of the 90-degree left and right base surface trimming circulating knife is fixedly connected with a sliding table, and the 90-degree left and right base surface trimming circulating knife is movably connected with the top of the first width-adjustable narrow base through the sliding table.
Optionally, the first adjustable-width base includes a slide way at the top and a limiting mechanism, and the structure of the first adjustable-width base is the same as that of the second adjustable-width base.
Optionally, the 90-degree automatic pushing robot is arranged on one side of the joint of the roller transition conveying line and the transition roller conveying line, and the 90-degree automatic pushing robot comprises a cylinder pushing mechanism and a push plate.
Optionally, the left and right base surface trimming circulating knife includes a driven knife flywheel movably connected to the inner side thereof, a driving knife flywheel, a knife rest main body, a knife flywheel shaft fixedly connected to the driven knife flywheel, a transmission motor having an output end fixedly connected to the driving knife flywheel, and a circulating knife belt movably connected to the driven knife flywheel and the driving knife flywheel respectively, and the knife rest main body is provided with a knife slot for the circulating knife belt to pass through.
The utility model has the advantages of it is following:
1. the EPS benzene heat-insulation board hexagonal simultaneous on-line waste edge trimming system is characterized in that 90-degree left and right base surface trimming circulating knives are arranged on two sides of a roller transition conveying line, the distance between the two 90-degree left and right base surface trimming circulating knives can be adjusted through a first width-adjustable narrow base, a driving motor of the 90-degree left and right base surface trimming circulating knives is started to drive a driving cutter wheel to rotate, the driving cutter wheel drives a driven cutter wheel to rotate through a circulating cutter belt, the circulating cutter belt is in contact with two side surfaces of a heat-insulation base board, the heat-insulation base board continuously moves, the circulating cutter belt carries out comprehensive trimming on two sides of the heat-insulation base board, then the heat-insulation base board is pushed by a 90-degree automatic pushing machine in a hand mode, the original state is kept to move towards the 90-degree direction and moves to the transition roller conveying line, then the left and right base surface trimming circulating knives trim the other two side surfaces of the left and right base surfaces in the same method, and the upper base surface, the trimming can be carried out before the heat-insulating substrate is cut, the trimming speed and the trimming efficiency of the heat-insulating substrate are improved, the heat-insulating substrate can be trimmed before the heat-insulating substrate is cut through the matched arrangement of the roller transition conveying line, the 90-degree left and right base surface trimming circulating knife, the first width-adjustable narrow base, the 90-degree automatic material pushing manipulator, the left and right base surface trimming circulating knife and the upper and lower base surface trimming circulating knives, and the problem that the trimming speed is low and the trimming efficiency is low after the heat-insulating substrate is cut is solved.
2. The EPS benzene heat-insulation board hexagonal simultaneous on-line waste edge trimming system is characterized in that 90-degree left and right base surface trimming circulating knives are arranged on two sides of a roller transition conveying line, the distance between the two 90-degree left and right base surface trimming circulating knives can be adjusted through a first width-adjustable narrow base, a driving motor of the 90-degree left and right base surface trimming circulating knives is started to drive a driving cutter wheel to rotate, the driving cutter wheel drives a driven cutter wheel to rotate through a circulating cutter belt, the circulating cutter belt is in contact with two side surfaces of a heat-insulation base board, the heat-insulation base board continuously moves, the circulating cutter belt performs comprehensive trimming on two sides of the heat-insulation base board, the heat-insulation base board is pushed by a 90-degree automatic pushing machine in a hand mode to keep the original state to move in the 90-degree direction, then the left and right base surface trimming circulating knives trim the other two side surfaces of the heat-insulation base board in the same method, and then continuously moves to trim the upper, the full trimming of the six base planes before the cutting of the heat-insulating substrate can be completed in sequence on one production line, the production period is short, the processes are few, the full trimming of the six base planes before the cutting of the heat-insulating substrate can be completed in sequence on one production line through the matched arrangement of the roller transition conveying line, the 90-degree left and right base plane trimming circulating knife, the first width-adjustable narrow base, the 90-degree automatic material pushing robot, the left and right base plane trimming circulating knife and the upper and lower base plane trimming circulating knives, and the problem that the existing trimming system is long in production period and many in processes is solved.
Drawings
Fig. 1 is a schematic structural view of the present invention;
FIG. 2 is an enlarged schematic view of the structure of FIG. 1;
FIG. 3 is a schematic view of the cross-sectional structure of the upper and lower base surface trimming circulating knife of the present invention;
fig. 4 is a schematic side view of the upper and lower base surface trimming circulating knife of the present invention.
In the figure: the automatic trimming and cutting machine comprises a 1-automatic feeding robot, a 2-roller transition conveying line, a 3-90-degree left and right base surface trimming and cutting circulating knife, a 4-first adjustable width and narrow base, a 5-90-degree automatic pushing robot, a 6-transition roller conveying line, a 7-left and right base surface trimming and cutting circulating knife, a 8-second adjustable width and narrow base, a 9-upper and lower base surface trimming and cutting circulating knife, a 10-material lifting robot and an 11-multilayer slicing saw.
Detailed Description
The invention will be further described with reference to the accompanying drawings, but the scope of the invention is not limited to the following description.
As shown in fig. 1-4, a system for repairing waste edges of an EPS benzene heat-insulating board hexagonal simultaneously on line by using a circulating cutter belt comprises an automatic feeding robot 1, wherein a roller transition conveying line 2 is arranged at the bottom of the inner side of the automatic feeding robot 1;
two sides of the roller transition conveying line 2 are provided with 90-degree left and right base surface trimming circulating knives 3, the bottoms of the 90-degree left and right base surface trimming circulating knives 3 are movably connected with a first width-adjustable base 4, one side of the roller transition conveying line 2 is provided with a 90-degree automatic material pushing robot arm 5, and the discharge end of the roller transition conveying line 2 is fixedly connected with a transition roller conveying line 6;
a left base surface trimming circulating knife 7 and a right base surface trimming circulating knife 7 are arranged on two sides of the discharge end of the transition roller conveying line 6, the bottom of the left base surface trimming circulating knife 7 and the bottom of the right base surface trimming circulating knife 7 are movably connected with a second width-adjustable narrow base 8, and an upper base surface trimming circulating knife 9 and a lower base surface trimming circulating knife 9 are arranged at the top of the discharge end of the transition roller conveying line 6;
and a material lifting robot 10 is arranged on one side of the discharge end of the transition roller conveying line 6, and a multilayer slicing saw 11 is arranged on one side of the discharge end of the material lifting robot 10.
As an optimal technical solution of the utility model: the automatic feeding robot 1 comprises a cylinder clamping jaw and a moving mechanism thereof, the roller transition conveying line 2 comprises a linear array of roller columns and a driving mechanism thereof, the structure of a 90-degree left and right base surface trimming circulating knife 3 is the same as the structure of a left and right base surface trimming circulating knife 7 and the structure of an upper and lower base surface trimming circulating knife 9, a transmission motor 705 of the 90-degree left and right base surface trimming circulating knife 3 is started to drive a driving knife wheel 702 to rotate, the driving knife wheel 702 drives a driven knife wheel 701 to rotate through a circulating knife belt 706, the circulating knife belt 706 is in contact with two side surfaces of a heat-insulating substrate, the heat-insulating substrate continuously moves, and the circulating knife belt 706 performs comprehensive trimming on two sides of the heat-insulating substrate; the bottom of the 90-degree left and right base surface trimming circulating cutter 3 is fixedly connected with a sliding table, the 90-degree left and right base surface trimming circulating cutter 3 is movably connected with the top of a first width-adjustable base 4 through the sliding table, the first width-adjustable base 4 comprises a top sliding way and a limiting mechanism, the structure of the first width-adjustable base 4 is the same as that of a second width-adjustable base 8, and the 90-degree left and right base surface trimming circulating cutter 3 can move and limit on the top of the first width-adjustable base 4, so that the distance between the two base surfaces can be adjusted to adapt to heat-insulating base plates with different widths;
the 90-degree automatic material pushing robot 5 is arranged on one side of the joint of the roller transition conveying line 2 and the transition roller conveying line 6, the 90-degree automatic material pushing robot 5 comprises a cylinder pushing mechanism and a push plate, when the heat preservation substrate moves to the terminal of the roller transition conveying line 2, the air cylinder pushing mechanism drives the push plate to work, the heat preservation substrate is kept to move in the 90-degree direction and moves to the transition roller conveying line 6, the left and right base surface trimming circulating knives 7 comprise driven knife wheels 701, driving knife wheels 702, knife rest main bodies 703, knife wheel shafts 704 fixedly connected with the driven knife wheels 701, driving motors 705 with output ends fixedly connected with the driving knife wheels 702 and circulating knife belts 706 respectively and movably connected with the driven knife wheels 701 and the driving knife wheels 702, knife grooves for the circulating knife belts 706 to pass through are formed in the knife rest main bodies 703, and the left and right base surface trimming circulating knives 7 trim the other two sides of the heat preservation substrate through the circulating knife belts 706.
The working process of the utility model is as follows: the heat preservation base plate is clamped and moved onto a roller transition conveying line 2 by a cylinder clamping jaw of an automatic feeder 1, the roller transition conveying line 2 drives the heat preservation base plate to move, a 90-degree left and right base surface trimming circulating knife 3 with a regulated spacing distance works, a transmission motor 705 is started to drive a driving knife wheel 702 to rotate, the driving knife wheel 702 drives a driven knife wheel 701 to rotate through a circulating knife belt 706, the circulating knife belt 706 is in contact with two side surfaces of the heat preservation base plate, the heat preservation base plate continuously moves, the circulating knife belt 706 performs comprehensive trimming on two sides of the heat preservation base plate, then the heat preservation base plate is pushed by a 90-degree automatic pushing robot 5 to keep the original state to move in the 90-degree direction and move to a transition roller conveying line 6, then a left and right base surface trimming circulating knife 7 performs trimming on the other two side surfaces of the heat preservation base plate in the same method, then the heat preservation base surface trimming circulating knife 7 continuously moves to perform trimming on an upper base, then the heat preservation substrate is clamped by a material lifting robot 10 and moved to a multi-layer slicing saw 11 for cutting.
In conclusion, when the EPS benzene heat-insulating board hexagonal simultaneous online waste edge repairing system with the circulating cutter belt is used, 90-degree left and right base surface repairing and cutting circulating cutters 3 are arranged on two sides of a roller transition conveying line 2, the distance between the two 90-degree left and right base surface repairing and cutting circulating cutters 3 can be adjusted through a first width-adjustable base 4, a transmission motor 705 of the 90-degree left and right base surface repairing and cutting circulating cutters 3 is started to drive a driving cutter wheel 702 to rotate, the driving cutter wheel 702 drives a driven cutter wheel 701 to rotate through a circulating cutter belt 706, the circulating cutter belt 706 is in contact with two side surfaces of a heat-insulating substrate, the heat-insulating substrate continuously moves, the circulating cutter belt 706 performs comprehensive trimming on two sides of the heat-insulating substrate, the heat-insulating substrate is pushed by a 90-degree automatic pushing robot 5 to keep the heat-insulating substrate moving in the 90-degree direction and moves to the transition roller conveying line 6, and then the left and right base surface repairing and cutting circulating cutters 7 perform, the upper base surface and the lower base surface are trimmed by continuously moving the upper base surface trimming circulating knife 9 and the lower base surface trimming circulating knife 9 in the same method, so that trimming can be carried out before the heat-insulating base plate is cut, the trimming speed and the efficiency of the heat-insulating base plate are improved, the heat-insulating base plate can be trimmed before being cut by the aid of the roller transition conveying line 2, the 90-degree left and right base surface trimming circulating knife 3, the first width-adjustable narrow base 4, the 90-degree automatic pushing manipulator 5, the left and right base surface trimming circulating knife 7 and the upper and lower base surface trimming circulating knife 9 in a matched mode, and the problem that the trimming speed is low and the efficiency is low after the conventional heat-insulating base plate is cut is solved; through arranging the 90-degree left and right base surface trimming circulating knives 3 on two sides of the roller transition conveying line 2, enabling the two 90-degree left and right base surface trimming circulating knives 3 to be adjusted in distance through the first width-adjustable narrow base 4, starting the transmission motors 705 of the 90-degree left and right base surface trimming circulating knives 3 to drive the driving knife flywheel 702 to rotate, driving the driving knife flywheel 702 to drive the driven knife flywheel 701 to rotate through the circulating knife flywheel 706, enabling the circulating knife flywheel 706 to be in contact with two side surfaces of the heat-insulating substrate, enabling the heat-insulating substrate to continuously move, enabling the circulating knife 706 to comprehensively trim two sides of the heat-insulating substrate, enabling the heat-insulating substrate to be pushed by the 90-degree automatic pushing robot 5, keeping the original state to move in the 90-degree direction, moving the heat-insulating substrate to the transition roller conveying line 6, enabling the left and right base surface trimming circulating knives 7 to trim the other two side surfaces in the same method, and enabling the upper and lower base surfaces to be trimmed by the upper, the full trimming of the six base planes before the cutting of the heat-insulating substrate can be completed in sequence on one production line, the production period is short, the processes are few, the full trimming of the six base planes before the cutting of the heat-insulating substrate can be completed in sequence on one production line through the matched arrangement of the roller transition conveying line 2, the 90-degree left and right base plane trimming circulating knife 3, the first width-adjustable narrow base 4, the 90-degree automatic pushing robot 5, the left and right base plane trimming circulating knife 7 and the upper and lower base plane trimming circulating knives 9, and the problem that the existing trimming system is long in production period and many in processes is solved.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (6)
1. The utility model provides a limit system is repaiied with circulation sword area simultaneously on line to EPS benzene heated board hexagonal which characterized in that: the automatic feeding robot comprises an automatic feeding robot (1), wherein a roller transition conveying line (2) is arranged at the bottom of the inner side of the automatic feeding robot (1);
two sides of the roller transition conveying line (2) are provided with 90-degree left and right base surface trimming circulating knives (3), the bottom of each 90-degree left and right base surface trimming circulating knife (3) is movably connected with a first width-adjustable narrow base (4), one side of the roller transition conveying line (2) is provided with a 90-degree automatic pushing robot (5), and the discharge end of the roller transition conveying line (2) is fixedly connected with a transition roller conveying line (6);
a left base surface trimming circulating knife (7) and a right base surface trimming circulating knife (7) are arranged on two sides of the discharge end of the transition roller conveying line (6), the bottom of the left base surface trimming circulating knife (7) and the bottom of the right base surface trimming circulating knife (7) are movably connected with a second base (8) with adjustable width, and an upper base surface trimming circulating knife (9) and a lower base surface trimming circulating knife (9) are arranged on the top of the discharge end of the transition roller conveying line (6);
one side of the discharge end of the transition roller conveying line (6) is provided with a lifting robot (10), and one side of the discharge end of the lifting robot (10) is provided with a multilayer slicing saw (11).
2. The EPS benzene heat-insulating board hexagonal simultaneous on-line slitter edge repairing system with the circulating cutter belt according to claim 1, characterized in that: the automatic feeding robot (1) comprises a cylinder clamping jaw and a moving mechanism thereof, and the roller transition conveying line (2) comprises linear array rollers and a driving mechanism thereof.
3. The EPS benzene heat-insulating board hexagonal simultaneous on-line slitter edge repairing system with the circulating cutter belt according to claim 1, characterized in that: the structure of the basal plane trimming circulating cutter (3) about 90 degrees is the same as the structure of the basal plane trimming circulating cutter (7) about 90 degrees and the structure of the upper basal plane trimming circulating cutter (9) and the lower basal plane trimming circulating cutter, the bottom fixedly connected with sliding table of the basal plane trimming circulating cutter (3) about 90 degrees, and the basal plane trimming circulating cutter (3) about 90 degrees is movably connected with the top of the first adjustable-width narrow base (4) through the sliding table.
4. The EPS benzene heat-insulating board hexagonal simultaneous on-line slitter edge repairing system with the circulating cutter belt according to claim 1, characterized in that: the first width-adjustable and narrow base (4) comprises a slide way at the top and a limiting mechanism, and the structure of the first width-adjustable and narrow base (4) is the same as that of the second width-adjustable and narrow base (8).
5. The EPS benzene heat-insulating board hexagonal simultaneous on-line slitter edge repairing system with the circulating cutter belt according to claim 1, characterized in that: the automatic 90-degree pushing manipulator (5) is arranged on one side of the joint of the roller transition conveying line (2) and the transition roller conveying line (6), and the automatic 90-degree pushing manipulator (5) comprises a cylinder pushing mechanism and a push plate.
6. The EPS benzene heat-insulating board hexagonal simultaneous on-line slitter edge repairing system with the circulating cutter belt according to claim 1, characterized in that: the left and right base surface trimming circulating knife (7) comprises a driven knife flywheel (701), an active knife flywheel (702), a knife rest main body (703), a knife flywheel shaft (704) fixedly connected with the driven knife flywheel (701), a transmission motor (705) with an output end fixedly connected with the active knife flywheel (702), and circulating knife belts (706) respectively and movably connected with the driven knife flywheel (701) and the active knife flywheel (702), wherein a knife groove for the circulating knife belts (706) to pass through is formed in the knife rest main body (703).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021644526.0U CN212860133U (en) | 2020-08-10 | 2020-08-10 | EPS benzene heated board hexagonal is online repair slitter edge system with circulation sword area simultaneously |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021644526.0U CN212860133U (en) | 2020-08-10 | 2020-08-10 | EPS benzene heated board hexagonal is online repair slitter edge system with circulation sword area simultaneously |
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| Publication Number | Publication Date |
|---|---|
| CN212860133U true CN212860133U (en) | 2021-04-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021644526.0U Active CN212860133U (en) | 2020-08-10 | 2020-08-10 | EPS benzene heated board hexagonal is online repair slitter edge system with circulation sword area simultaneously |
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| Country | Link |
|---|---|
| CN (1) | CN212860133U (en) |
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- 2020-08-10 CN CN202021644526.0U patent/CN212860133U/en active Active
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