CN210503372U - Rock wool packagine machine carries pusher - Google Patents

Abstract

The utility model provides a rock wool packagine machine carries pusher, including conveyor, pusher, induction system, the fixed top that sets up in conveyor one end of induction system, pusher sets up the below that sets up at conveyor, and be located the one end that is close to induction system, conveyor includes the support body, the conveying roller, driving motor, the conveying roller sets up along the upper portion equidistance in proper order of support body, and be connected with the support body pivot, the fixed sprocket that is provided with of one end of conveying roller, connect through the chain between the sprocket on every conveying roller, driving motor is fixed to be set up the below at the support body, driving motor is connected through the chain and the sprocket that is located the conveying roller of keeping away from induction system one end on the support body, provide power for the conveying roller. The utility model discloses the stifled cotton phenomenon that takes place when having avoided packagine machine to pack makes packagine machine's operation more smooth, has improved work efficiency.

Description

Rock wool packagine machine carries pusher

Technical Field

The utility model relates to a rock wool production processing equipment technical field especially relates to a rock wool packagine machine carries pusher.

Background

In the process of rock wool production, need to carry the rock wool that produces to packagine machine through conveying equipment, then through packagine machine with the rock wool packing. The currently used rock wool conveying equipment utilizes an infrared sensing switch to emit light beams, then the light beams are folded back through a reflector, when a product enters the equipment and the light beams are blocked, a PLC control cabinet sends a signal to a material pushing cylinder, and the material pushing cylinder acts to push rock wool to a packaging machine; because can the deposition on the infrared ray reflector panel uses the reflector panel after a period, lead to signal reception not last, can make packagine machine entry a large amount of rock wools that block up like the clearance untimely to influence packing efficiency.

Disclosure of Invention

In view of this, it is necessary to provide a rock wool packing machine conveying and pushing device with high conveying efficiency and capable of avoiding rock wool congestion.

The utility model provides a rock wool packagine machine carries pusher, includes conveyor, pusher, induction system, and induction system is fixed to be set up in the top of conveyor one end, and pusher sets up in conveyor's below, and is located the one end that is close to induction system, conveyor includes support body, conveying roller, driving motor, and the conveying roller sets up along the upper portion equidistance in proper order of support body, and is connected with the support body pivot, and the fixed sprocket that is provided with in one end of conveying roller, connects through the chain between the sprocket on every conveying roller, and driving motor is fixed to be set up in the below of support body, and driving motor is connected through the chain with the sprocket on the conveying roller that is located the support body and keeps away from induction system one end, provides power for the conveying roller.

Preferably, induction system includes fixed stop, the stripper plate, the connecting plate, high accuracy proximity switch, anticollision part, fixed stop vertical fixation sets up the one end on support body upper portion, the connecting plate sets up the top at fixed stop, and the connecting plate sets up with fixed stop is perpendicular, the stripper plate sets up the below at the connecting plate, and the upper end and the connecting plate pin hub connection of stripper plate, high accuracy proximity switch is fixed to be set up on the fixed plate is close to one side surface of stripper plate, anticollision part is located high accuracy proximity switch's top, and anticollision part's one end is connected with fixed stop, the other end and stripper plate fixed connection.

Preferably, the anticollision part includes first sleeve, the second sleeve, the anticollision piece that resets, first sleeve is fixed to be set up on the fixed stop is close to the surface of stripper plate one side, and first sleeve is located high accuracy proximity switch's top, the fixed stripper plate that sets up of second sleeve is close to fixed stop one side on the surface, first telescopic internal diameter cooperatees with the telescopic external diameter size of second, inside the second sleeve inserted first sleeve, make the second sleeve can slide along first telescopic inner wall, the anticollision piece that resets is located first sleeve, inside the second sleeve, and the anticollision piece that resets's one end and the bottom fixed connection of first sleeve, the other end and the bottom fixed connection of second sleeve.

Preferably, the first sleeve is obliquely arranged, one end, away from the fixed baffle, of the first sleeve is higher than one end, connected with the fixed baffle, of the first sleeve, the second sleeve is also obliquely arranged, and one end, away from the extrusion plate, of the second sleeve is lower than one end, fixedly connected with the extrusion plate, of the second sleeve.

Preferably, the connecting plate is fixedly provided with a limiting block, the limiting block is arranged above one end, far away from the fixed baffle, of the connecting plate, and is positioned on one side, far away from the fixed baffle, of the extrusion plate.

Preferably, pusher includes that two push away the material cylinder, horizontal backup pad, two longitudinal tie rods, power part sets up the below at the support body, power part includes reversible motor, two pivots, two rotate the piece, two pivot subtend settings, the both ends of two pivots all are provided with the sprocket, and connect through the chain between the epaxial sprocket of two pivots, two rotate a subtend settings, and two rotate the piece and be connected with a pivot even, reversible motor passes through the chain and is connected with one of them epaxial sprocket, in order to drive two pivot rotations, two push away material cylinder vertical fixation respectively and set up on two rotate the piece, horizontal backup pad is fixed to be set up at the top that pushes away the material cylinder, two longitudinal tie rod subtend vertical fixation set up in horizontal backup pad.

Preferably, the top parts of the two longitudinal connecting rods are fixedly provided with pushing grippers.

Preferably, two sides of one end of the frame body, which is far away from the induction device, are provided with separate sensors.

Preferably, still include a PLC switch board, the PLC switch board passes through the wire with high accuracy proximity switch, separation type sensor and is connected, and the PLC switch board still pushes away the material cylinder with two through the wire and is connected.

The utility model adopts the above technical scheme, its beneficial effect lies in: the utility model discloses an including conveyor, pusher, induction system, the fixed top that sets up in conveyor one end of induction system, pusher sets up in conveyor's below, and is located the one end that is close to induction system, conveyor includes support body, conveying roller, driving motor, and the conveying roller sets up along the upper portion equidistance of support body in proper order, and is connected with the support body pivot, and the fixed sprocket that is provided with of one end of conveying roller, connects through the chain between the sprocket on every conveying roller, and driving motor is fixed to be set up in the below of support body, and driving motor is connected through the chain with the sprocket on the conveying roller that is located the support body and keeps away from induction system one end, provides power for the conveying roller. The utility model discloses at the in-process of carrying the rock wool, after rock wool and induction system contact, rock wool extrusion induction system makes induction system detect a signal, and induction system is with signal feedback to PLC switch board, and PLC switch board control pusher packs rock wool propelling movement to packagine machine, has avoided stifled cotton phenomenon, makes packagine machine's operation more smooth, has improved work efficiency.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a partially enlarged view of a portion a in fig. 1.

In the figure: the device comprises a conveying device 10, a frame body 101, a conveying roller 102, a driving motor 103, a pushing device 20, two pushing cylinders 201, a transverse supporting plate 202, two longitudinal connecting rods 203, pushing claws 2031, a power part 204, a reversible motor 2041, two rotating shafts 2042, two rotating parts 2043, an induction device 30, a fixed baffle 301, a squeezing plate 302, a connecting plate 303, a limiting block 3031, a high-precision proximity switch 304, an anti-collision part 305, a first sleeve 3051, a second sleeve 3052, an anti-collision resetting part 3053 and a separation type sensor 40.

Detailed Description

Referring to fig. 1 to 2, an embodiment of the present invention provides a rock wool packing machine conveying pushing device 20, which includes a conveying device 10, a pushing device 20, and a sensing device 30, wherein the sensing device 30 is fixedly disposed above one end of the conveying device 10, the pushing device 20 is disposed below the conveying device 10 and located at one end close to the sensing device 30, the conveying device 10 includes a frame body 101, a conveying roller 102, and a driving motor 103, the conveying roller 102 is sequentially disposed along an upper portion of the frame body 101 at equal intervals and is connected to a rotating shaft of the frame body 101, one end of the conveying roller 102 is fixedly disposed with a sprocket, the sprockets on each conveying roller 102 are connected by a chain, the driving motor 103 is fixedly disposed below the frame body 101, the driving motor 103 is connected to the sprocket on the conveying roller 102 located at one end of the frame body 101 far from the sensing device 30 by a chain to provide power for the conveying roller, the frame body 101 is provided with a separation type sensor 40 at both sides of one end thereof away from the sensing device 30. Still include a PLC switch board, PLC switch board and high accuracy proximity switch 304, separation type sensor 40 pass through the wire and are connected, and separation type sensor 40 can detect whether rock wool takes place the off tracking at the in-process of carrying, if the off tracking appears, can send the police dispatch newspaper, and PLC switch board still pushes away material cylinder 201 with two through the wire and is connected to push away material cylinder 201 through two of PLC switch board control.

Induction system 30 includes fixed stop 301, stripper plate 302, connecting plate 303, high accuracy proximity switch 304, anticollision part 305, fixed stop 301 vertical fixation sets up the one end on support body 101 upper portion, connecting plate 303 sets up the top at fixed stop 301, and connecting plate 303 sets up with fixed stop 301 is perpendicular, stripper plate 302 sets up the below at connecting plate 303, and stripper plate 302's upper end and connecting plate 303 pin hub connection, high accuracy proximity switch 304 is fixed to be set up on the fixed plate is close to one side surface of stripper plate 302, anticollision part 305 is located high accuracy proximity switch 304's top, and anticollision part 305's one end is connected with fixed stop 301, the other end and stripper plate 302 fixed connection. The connecting plate 303 is further fixedly provided with a limiting block 3031, the limiting block 3031 is arranged above one end of the connecting plate 303 far away from the fixed baffle 301 and is positioned on one side of the extrusion plate 302 far away from the fixed baffle 301, when the extrusion plate 302 extrudes the anti-collision component 305, the extrusion plate 302 approaches to one side of the fixed baffle 301, and when the extrusion plate 302 and the connecting plate 303 are in a vertical state, the limiting block 3031 can limit the extrusion plate 302 to continuously move towards the fixed baffle 301 due to the blocking of the limiting block 3031, so that the extrusion plate 302 is prevented from excessively moving and being extruded to damage the high-precision approach switch 304; when stripper plate 302 and connecting plate 303 are in the vertical state, high accuracy proximity switch 304 can detect the distance signal between stripper plate 302 and high accuracy proximity switch 304 this moment to give the PLC switch board with signal transmission, the PLC switch board receives the signal, and control pusher 20 is with rock wool propelling movement to packagine machine.

Anticollision part 305 includes first sleeve 3051, second sleeve 3052, the piece 3053 that resets of anticollision, first sleeve 3051 is fixed to be set up on the fixed surface that dash board 301 is close to stripper plate 302 one side, and first sleeve 3051 is located the top of high accuracy proximity switch 304, second sleeve 3052 is fixed to be set up on the surface that stripper plate 302 is close to stripper plate 301 one side, the internal diameter of first sleeve 3051 cooperatees with the external diameter size of second sleeve 3052, second sleeve 3052 inserts inside first sleeve 3051, make second sleeve 3052 can slide along the inner wall of first sleeve 3051, the piece 3053 that resets of anticollision is located first sleeve 3051, inside second sleeve 3052, and the one end of the piece 3053 that resets of anticollision and the bottom fixed connection of first sleeve 3051, the other end and the bottom fixed connection of second sleeve 3052. The crashproof piece 3053 that resets of crushing board 302 compression owing to receive the crashproof resistance effect that resets 3053, can slow down the crushing board 302 to the translation rate of fixed stop 301, can effectual improvement high accuracy proximity switch 304's detection precision.

First sleeve 3051 slope setting, and the one end that solid fixed stop plate 301 was kept away from to first sleeve 3051 is higher than the one end that first sleeve 3051 is connected with solid fixed stop plate 301, and second sleeve 3052 also inclines to set up, and the one end that stripper plate 302 was kept away from to second sleeve 3052 is less than the one end of second sleeve 3052 and stripper plate 302 fixed connection.

The pushing device 20 comprises two pushing cylinders 201, a transverse support plate 202, two longitudinal connecting rods 203 and a power component 204, the power component 204 is arranged below the frame body 101, the power component 204 comprises a reversible motor 2041, two rotating shafts 2042 and two rotating pieces 2043, the two rotating shafts 2042 are arranged oppositely, two ends of the two rotating shafts 2042 are provided with chain wheels, the two chain wheels on the rotating shaft 2042 are connected by a chain, the two rotating members 2043 are arranged oppositely, and the two rotating members 2043 are connected to a rotating shaft, the two rotating members 2043 may be chains or conveyor belts, reversible motor 2041 is connected with the sprocket on one of them pivot through the chain to drive two pivots 2042 to rotate, two push away material cylinder 201 and set up on two rotation pieces 2043 perpendicularly respectively, horizontal backup pad 202 is fixed to be set up in the top that pushes away the material cylinder, two longitudinal connecting rod 203 subtend vertical fixation set up on horizontal backup pad 202. The top of each of the two longitudinal connecting rods 203 is fixedly provided with a material pushing gripper 2031, and the material pushing gripper 2031 can push the bottom of the pillar rock wool to push the rock wool to a packing machine.

The utility model discloses a working method as follows: when the device works, the driving motor 103 drives the conveying roller 102 to rotate, so that the rock wool moves towards the fixed baffle 301 along the upper surface of the conveying roller 102, when the rock wool is in contact with the extrusion plate 302, the rock wool extrudes the extrusion plate 302, the extrusion plate 302 compresses the anti-collision reset piece 3053, the extrusion plate 302 slowly moves towards the fixed baffle 301 due to the resistance action of the anti-collision reset piece 3053, when the extrusion plate 302 and the connecting plate 303 are in a vertical state, the high-precision proximity switch 304 can detect a distance signal between the extrusion plate 302 and the high-precision proximity switch 304 at the moment and transmit the signal to the PLC control cabinet, the PLC control cabinet receives the signal and controls the two material pushing cylinders 201 to extend upwards, and the material pushing hand grips 2031 arranged at the tops of the two longitudinal connecting rods 203 are in contact with the bottom of the rock wool; meanwhile, the reversible motor 2041 rotates forward to drive the two rotating shafts 2042 to rotate and drive the two rotating members 2043 to move, and at this time, the two material pushing cylinders 201 arranged on the two rotating members 2043 also move together with the two rotating members 2043 and move to one side of the packaging machine, so that the material pushing gripper 2031 pushes the rock wool to the packaging machine for packaging; pushing tongs 2031 pushes away the rock wool to the packagine machine after, anticollision piece 3053 that resets returns, impel stripper plate 302 to move to fixed stop 301, high accuracy proximity switch 304 can not detect the distance signal between stripper plate 302 and the high accuracy proximity switch 304 this moment, the PLC switch board control two push away the shrink of material cylinder 201, meanwhile, reversible motor 2041 reverses, drive two pivots 2042 and rotate, and drive two and rotate the piece 2043 and move, make two push away material cylinder 201 to keeping away from packagine machine one side and move, and the next rock wool is just in time carried again this moment, make rock wool extrusion stripper plate 302, so operate repeatedly, realize the high-efficient, smooth propelling movement of rock wool to packagine machine.

While the invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

Claims (9)

1. The utility model provides a rock wool packagine machine carries pusher which characterized in that: including conveyor, pusher, induction system, the fixed top that sets up in conveyor one end of induction system, pusher sets up in conveyor's below, and is located the one end that is close to induction system, conveyor includes support body, conveying roller, driving motor, and the conveying roller sets up along the upper portion equidistance in proper order of support body, and is connected with the support body pivot, and the fixed sprocket that is provided with in one end of conveying roller, connects through the chain between the sprocket on every conveying roller, and driving motor is fixed to be set up in the below of support body, and driving motor is connected through the chain with the sprocket on the conveying roller that is located the support body and keeps away from induction system one end, provides power for conveying roller.

2. The rock wool packagine machine of claim 1 carries pusher of, characterized in that: induction system includes fixed stop, the stripper plate, the connecting plate, high accuracy proximity switch, anti collision component, fixed stop vertical fixation sets up the one end on support body upper portion, the connecting plate sets up the top at fixed stop, and the connecting plate sets up with fixed stop is perpendicular, the stripper plate sets up the below at the connecting plate, and the upper end and the connecting plate pin hub connection of stripper plate, high accuracy proximity switch is fixed to be set up on the fixed plate is close to one side of stripper plate on the surface, anti collision component is located high accuracy proximity switch's top, and anti collision component's one end is connected with fixed stop, the other end and stripper plate fixed connection.

3. The rock wool packagine machine of claim 2 carries pusher of, characterized in that: the anticollision part includes first sleeve, the second sleeve, the anticollision piece that resets, first sleeve is fixed to be set up on the fixed stop is close to the surface of stripper plate one side, and first sleeve is located high accuracy proximity switch's top, the fixed stripper plate that sets up of second sleeve is close to the fixed stop one side on the surface, first telescopic internal diameter cooperatees with the telescopic external diameter size of second, inside the first sleeve was inserted to the second sleeve, make the second sleeve can slide along first telescopic inner wall, the anticollision piece that resets is located first sleeve, inside the second sleeve, and the anticollision piece that resets's one end and the bottom fixed connection of first sleeve, the other end and the bottom fixed connection of second sleeve.

4. The rock wool packagine machine of claim 3 carries pusher of characterized in that: the first sleeve is obliquely arranged, one end, away from the fixed baffle, of the first sleeve is higher than one end, connected with the fixed baffle, of the first sleeve, the second sleeve is also obliquely arranged, and one end, away from the extrusion plate, of the second sleeve is lower than one end, fixedly connected with the extrusion plate, of the second sleeve.

5. The rock wool packagine machine of claim 2 carries pusher of, characterized in that: the connecting plate is fixedly provided with a limiting block, the limiting block is arranged above one end, far away from the fixed baffle, of the connecting plate, and is located on one side, far away from the fixed baffle, of the extrusion plate.

6. The rock wool packagine machine of claim 1 carries pusher of, characterized in that: pusher includes that two push away the material cylinder, horizontal backup pad, two longitudinal tie rods, power part sets up the below at the support body, power part includes reversible motor, two pivots, two rotation pieces, two pivot subtend settings, the both ends of two pivots all are provided with the sprocket, and connect through the chain between the epaxial sprocket of two pivots, two rotation piece subtend settings, and two rotation pieces are connected with a pivot even, reversible motor passes through the chain and is connected with one of them epaxial sprocket of rotating, in order to drive two pivot rotations, two push away material cylinder vertical fixation respectively and set up on two rotation pieces, horizontal backup pad is fixed to be set up at the top that pushes away the material cylinder, two longitudinal tie rod subtend vertical fixation set up in horizontal backup pad.

7. The rock wool packagine machine of claim 6 carries pusher of characterized in that: and the tops of the two longitudinal connecting rods are fixedly provided with pushing grippers.

8. The rock wool packagine machine of claim 1 carries pusher of, characterized in that: and two sides of the frame body, which are far away from one end of the induction device, are provided with separated sensors.

9. The rock wool packagine machine of claim 1 carries pusher of, characterized in that: still include a PLC switch board, the PLC switch board passes through the wire with high accuracy proximity switch, separation type sensor and is connected, and the PLC switch board still pushes away the material cylinder with two through the wire and is connected.

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