KR100546073B1 - Inserter for the unitary type of binding MC of waste paper compressor - Google Patents

Abstract

The present invention integrates an inserter and a binding MC for supplying iron wire to a gripping phase in order to bind the crushed and compressed gripping with iron wire in a conventional gripping compressor, thereby minimizing the use of wire. To reduce the frictional resistance during operation and to increase the reliability of the operation of the device and to provide a gripping compressor-integrated insert that minimizes the error rate of the device.

That is, according to the present invention, a gripping compressor-integrated inserter for gripping the gripping with the iron wire 10 in a common gripping compressor which unit-bonds using several iron wires 10 after grinding and compressing the various grippings 12 ( In the construction 1), several inserter-arms 5 are placed on the inserter 1 up and down on a trolley 4 which is connected to the motor 2 and the cart drive means 3 and can be moved back and forth. And an end portion of the inserter-arm (5) is formed with an inclined surface (6), and an indentation (8) having an inclined surface (7) behind the inclined surface (6) to form a roller (9). Axially installed in the up and down direction, the front side of the inserter (1) and the casing (13) constituting the binder (11) using a hinge bracket (14) to install the hinge pin (15), One end of the casing 13 is a piston of a cylinder 18 connected to one end by a pin 17 on a fixing bracket 16 on the inserter 1. (19) An end is connected to the pin 20, and the inside of the casing 13 is fixed to the axial bevel gear 23 on the drive shaft 22 that can be rotated by the motor 21, and the The bevel gear 23 and the driven bevel gear 24, which can be geared, are fixed to the lower end of the driven shaft 25 installed in the vertical direction, and the plurality of bevel gears 27 are formed on the driven shaft 25 in multiple stages. The shaft is fixed to the bevel gear (28) on the binding wire 26 for binding the wire (10), and the shaft (29) in which the bevel gear (28) on the binding hole (26) is fixed. The spur gear 31 extends into the binding sphere casing 30 having the opening 30a for fastening, and the spur gear 31 is meshed with the plurality of spur gears 32 and 33. The other side of the spur gears (32, 33) is to bite the spur gear (35) having a binding opening (34), and the cutter (36) connected to the cutting cylinder (37) on the front side of the binder casing (30). As installed,

The present invention can minimize the installation space occupancy of the device by integrally configuring the insert (1) and the binder (11) for the gripping compressor, increase the reliability of the binding of the wire (10), reduce the amount of use of the wire to reduce costs Maximize the durability of the device by reducing the frictional resistance when the inserter-arm (5) is passed between the holding phase to maximize the durability of the device, it can significantly reduce the frequency of error of the device.

Gripping compressor, binding machine, inserter, binding hole, binding opening, cylinder, cutting cylinder, spur gear

Description

Binding unit inserter for gripping compressors {Inserter for the unitary type of binding MC of waste paper compressor}             

1 is a front configuration diagram showing a preferred embodiment of the present invention

Figure 2 is a plan view showing a preferred embodiment of the present invention

Figure 3 is a side view showing a preferred embodiment of the present invention

Figure 4 is a front view extracting the binding device in the present invention

Figure 5 is a rear view extracting the binding device in the present invention

Figure 6 is a perspective view of the main portion of the binding machine in the present invention

Figure 7 is an exploded perspective view of the main portion of the binding machine in the present invention

Figure 8 is a perspective view extracting the operating state of the binding device in the present invention

Figure 9 is a perspective view of the inserter-arm in the present invention

10 and 11 are planar excerpts illustrating the working state of the present invention.

■ Explanation of symbols used in main part of drawing ■

1: inserter 2: motor

3: Balance driving 4: Balance

5: inserter-arm 6: slope

7: slope 8: recessed portion

9: roller 10: wire

11: binding machine 12: gripping

13: Casing 14: Hinge Bracket

15: Hinge pin 16: Fixing bracket

17: Pin 18: Cylinder

19: piston rod 20: pin

21: motor 22: drive shaft

23: original bevel gear 24: driven bevel gear

25: driven shaft 26: binding sphere

27: Bevel Gear 28: Bevel Gear

29: axis 30: binder casing

30a: binding opening 31: spur gear

32: Spur Gears 33: Spur Gears

34: binding opening 35: spur gear

36: cutter 37: cutting cylinder

The present invention relates to a binder-integrated inserter for a gripping compressor, and more particularly, to an inserter and a binder for supplying a wire to a gripping phase in order to bind a crushed and compressed gripping with an iron wire in a gripping compressor ( It is to provide a binding compressor-integrated insert for gripping compressors that minimizes the cost of wires and minimizes the frictional resistance during operation by minimizing the use of binding MC).

Usually, in the gripping compressor which automatically grinds, compresses and binds the gripping, the binding unit that binds using iron wire twists and binds several wires supplied from the inserter and the wires waiting on the binding machine. As a device for cutting by binding

This conventional gripper for gripping compressor uses a gear as a drive transmission means to drive a plurality of binder hangers by a drive motor, so manufacturing costs are inevitably increased, and the binder hanger is welded on the drive shaft. Since it is fixed by the long-term use, when the binder hanger is worn out or damaged, the entire drive shaft needs to be replaced.

The cutter on the binding machine that cuts the wire after binding the wire is cut by the up and down cutter that moves angularly from the shaft pin. Defects often occurred.

The inventor of the present invention has already received the first application and registration (Utility Model Registration No. 230811) regarding the binding device to improve such a problem,

The existing binding machine is composed of a separate inserter, so the space occupancy rate is high when the device is installed.In addition, when the inserter moves forward and supplies iron wire, the binding rate of the wire is connected to the binding machine installed on the counterpart. In other words, a large Y-shaped arm constituting the inserter has a number of problems such as a large cross-sectional area in contact with the grip when advancing between the grips, resulting in warpage due to frictional resistance.

Therefore, the present invention is to provide a binding compressor integrated insert for gripping compressor that can eliminate all the problems of the existing binding and the insert for the gripper as described above,

In the present invention, in particular, the binding unit is integrally installed on the front side of the inserter, thereby minimizing the space occupancy rate of the device and minimizing the frictional resistance when the inserter pulls the wires supplied to the counterparts, thereby preventing the occurrence of warpage and the occurrence of errors in the operation of the device. The present invention has been completed in view of the technical problem of the present invention by providing a binder-integrated insert for a gripping compressor.

Figure 1 is a front configuration view showing a binder-integrated inserter (1) for the gripping compressor provided in the present invention, Figure 2 is a plan view, Figure 3 is a side view, Figures 4 and 5 are front views of the binder 6, 7 is a perspective view and an exploded perspective view of the main portion of the binding machine, Figure 8 is a perspective view of the action state of the binding device, Figure 9 is a perspective view of the inserter-arm, Figures 10 and 11 As a planar excerpt and the like illustrating the working state of the invention, the present invention will be described in detail with reference to the above drawings.

That is, the present invention is composed of a motor (2) capable of forward and reverse rotation on the binding machine integrated inserter (1) and a trolley driving means (3) connected to the balance driving means (3) capable of forward and reverse driving, consisting of chain and chain sprocket (4). The inclined surface 6 is formed at the distal end of the inserter-arm 5 provided with several (five in the drawing) in the up-down direction on the front end, and the rear side of the inclined surface 6 Also, the concave inlet portion 8 having the inclined surface 7 is formed on the rear side, and the roller 9 is axially mounted on the concave inlet portion 8 in the vertical direction.

And at the front side of the inserter (1) is provided with a binder (11) for binding the wire (10) guided on the roller (9) of the inserter-arm (5) and pulled between the grip phase, the binder (11) ), When the inserter-arm (5) advances the grip 12, and pulls up the wire 10, the angular movement from the front side of the inserter 1 to the outside does not interfere, and the wire 10 is pulled out. In the on state again the angular movement to the front of the inserter (1) to be able to bind the wire (10) to the original position.

To this end, the casing 13 constituting the binder 11 on the front side of the inserter 1 is installed to the angular motion by the hinge pin 15 using the hinge bracket 14, and one side of the casing 13 is provided. The end of the piston rod 19 of the cylinder 18 connected to the fixing bracket 16 on the inserter 1 by the pin 17 is connected to the pin 20 by the expansion and contraction of the cylinder 18. Let (11) be angular movement.

And the inside of the casing (13) constituting the binding device (11) is fixed to the axial bevel gear (23) on the axial shaft 22 that can be rotated by the motor 21, the motive bevel gear (23) ) And the driven bevel gear 24, which can be geared, is fixed to the lower end of the driven shaft 25 installed in the vertical direction so as to be mutually rotated.

On the driven shaft 25, a plurality of fasteners 26 for fastening the steel wires 10 are fixed in a plurality of stages (five in the drawing), and the driven shafts (for the driving force are transmitted to the fasteners 26). 25, the bevel gears 27 are multi-stage and fixed at predetermined intervals so as to mesh with the bevel gears 28 on the binding holes 26.

The shaft 29 on which the bevel gear 28 on the binding hole 26 is fixed is extended into the binding port casing 30 having the binding opening 30a so that the spur gear 31 is fixed on the end thereof. The spur gear 31 is geared with a plurality of spur gears 32 and 33, and the spur gear 32 and 33 is also geared with a spur gear 35 having a binding opening 34. When the wire 10 pulled by the inserter-arm 5 enters onto the binding opening 34, it rotates to perform twist binding.

The spur gear 35 having the binding opening 34 has an inserter when the binding device 11 is angularly moved to the front of the inserter 1 together with the binding opening 30a formed on the binding hole casing 30. The wire 10 pulled by the arm 5 is installed to enter onto the binding openings 30a and 34. When the twist binding is completed by the binding machine 11, the wire is lifted up and down and cut. The cutter 36 which can be installed is installed at the front of the binding port casing 30 and connected to the cutting cylinder 37 installed at the upper part of the casing 13.

Gasket compressor integrated insert (1) of the present invention that can be configured as described above when the gripping unit 12 is crushed, compressed in a conventional gripping compressor (not shown) and then united with an iron wire (10) The wire 10 on the inserter 1 side, with the inserter-arm 5 of the inserter 1 inserted between the grips 12 and pulling on the wire 10 on the opposite side of the grip 12. And the end of the wire 10 bound by the cutter 26 after the twisting and binding of the wire 10 to enter the binder 11 together with the operation of the present invention Specifically, it will be described.

When the gripping compressor is operated and the phage injected into the feeding hopper is crushed and dropped and compressed, the motor 2 on the inserter 1 is driven to drive the bogie 4 connected to the bogie driving means 3 to the front side. The fixed inserter-arm 5 enters onto the grip 12. At this time, the binding device 11 installed to the angular motion by the hinge 15 on the front side of the inserter 1 is in a state in which the angular motion is developed from the front side to the outside (see FIG. 10).

When the inserter-arm (5) enters between the grips (12) and reaches the opposite side of the grips (12), the tip of the inserter-arm (5) consists of an inclined surface (6) to slightly push the wire (10) upwards. After entering the lower portion while raising the wire 10 is passed through the roller (9) is caught on the inside of the roller (9).

In this way, when the inserter-arm 5 is clamped on the roller 9 of the iron wire 10 on the drum opposite to the grip 12, the inserter-arm 5 of the balance driving means 3 It moves back together with the trolley 4 by the reverse drive, and with the iron wire 10 on the opposite side of the grip 12 exits the upper surface of the grip 12 and the wire 10 on the front side of the grip 12 at the same time. Clamping on the rollers 9 and pulling the wires 10 on both sides of the grip 12 at the same time to the inserter 1 side pulled out, and in this state, the binder 11 was held in the developed state. As the cylinder 18 extends and the piston rod 19 extends, the binder 11 is angularly moved to the front of the inserter 1 (see FIG. 11).

The binding opening 30a of the binding casing 30 installed on the binding hole 26 and the casing 13 constituting the binding device 11 enters onto the pulled wire 10 by the angular movement of the binding device 11. The iron wire 10 passing through the binding opening 30a enters the binding opening 34 on the spur gear 35 which is in communication with the binding opening 30a.

When the steel wire 10 enters the binding hole 26 and the spur gear 35, the motor 21 installed at the lower end of the binding device 11 is driven to drive the bevel gear 23 and the gear bevel gear 23 on the driving shaft 22. The driven shaft 25 is rotated by the driven bevel gear 24 at the lower end of the driven shaft 25, and the gear beveled with the bevel gear 27 fixed in multiple stages on the driven shaft 25. The bevel gear 28 on the binding hole 26 rotates, and the spur gears 32 and 33 which are geared left and right and the spur gear 31 fixed on the same shaft 29 as the bevel gear 28 are rotated. And the spur gear 35 having the fastening opening 34, so that one end of the roller 9 of the inserter-arm 5 is interposed on the fastening opening 34 of the spur gear 35. The iron wire 10 clamped on) is twisted several times (about 7 times or more).

When the twisting of the wire 10 is completed by the binding hole 26, the cutting cylinder 37 installed on the casing 13 of the binding machine 11 extends, and the cutter 36 connected thereto descends to twist the binding. The iron wire 10 is to be automatically cut.

As described in detail above, the gripping compressor binding inserter 1 provided in the present invention may be provided with a number of effects as follows.

That is, it is possible to minimize the installation space occupancy rate of the device by configuring the inserter (1) and the binding machine (11) integrally, to increase the reliability of the binding of the wire (10), to reduce the amount of use of the wire to maximize the cost reduction It is.

And the inserter-arm (5) can minimize the warpage phenomenon by reducing the frictional resistance as it passes between the holding phase to maximize the durability of the device, and greatly reduce the frequency of error occurrence of the device has a great effect Invention.

Claims (1)

In the construction of the gripping compressor-integrated inserter 1 for binding the gripping to the iron wire 10 in a common gripping compressor which unit-bonds the unit using several wires 10 after grinding and compressing various grippings 12. In; On the inserter 1, several inserter-arms 5 are installed on the inserter 4 up and down on the trolley 4, which is connected to the motor 2 and the cart drive means 3 and can move forward and backward. An end portion of the inserter-arm 5 is formed with an inclined surface 6, and the indented portion 8 having the inclined surface 7 behind the inclined surface 6 is formed on the rear side, so that the roller 9 is vertically moved. Shaft installation, On the front side of the inserter (1) is installed the casing (13) constituting the binding machine (11) to the angular movement by the hinge pin (15) using the hinge bracket (14), One end of the casing 13 connects the end of the piston rod 19 of the cylinder 18 connected to the pin 17 on the fixing bracket 16 on the inserter 1 with the pin 20, The casing 13 is fixed to the driving bevel gear 23 on the driving shaft 22, which is rotatable by the motor 21, the driven bevel gear can be engaged with the driving bevel gear 23. The bevel gear 24 is fixed to the lower end of the driven shaft 25 is installed in the shaft in the vertical direction, A plurality of bevel gears 27 are fixed to the driven shaft 25 in multiple stages so as to mesh with the bevel gears 28 on the binding holes 26 for binding the steel wires 10. The shaft 29 on which the bevel gear 28 on the binding hole 26 is fixed is extended into the binding port casing 30 having the binding opening 30a so that the spur gear 31 is fixed on the end thereof. , The spur gear 31 is meshed with a plurality of spur gears 32 and 33, and the spur gear 35 having a coupling opening 34 is engaged with the other side of the spur gears 32 and 33. , A binding compressor integrated insert for a gripping compressor, characterized in that a cutter 36 connected to the cutting cylinder 37 is installed on the front side of the binder casing 30.

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