KR200176358Y1 - Automatic punch device of printed matter - Google Patents

Abstract

This paper takes a long time because many drills are used to manually drill levers when drilling holes in order to tie up documents in a printing shop or other public institution that cuts and prints a large amount of paper. In consideration of the closed end that could not penetrate positive paper in a short time, the horizontal screw rod fixed to the left and right motor pulley, which is driven forward and backward according to the contact of the horizontal direction sensor and the sensor detection part, is screwed to the horizontal actuator bushing. The vertical screw rod fixed to the pulley of the rear motor, which is driven forward and backward by the contact of the vertical sensor and the sensor sensing part while moving, moves the motor drill fixed integrally when the vertical actuator is operated with the time difference up and down. By interlocking at the same time, a large amount of paper can be automatically perforated in a short time.

Description

Automatic punching device for printed matter

This paper is about automatic perforation of printed matter, and it makes perforation of large amount automatically in a short time without consuming manpower.

In the past, when printing holes or other public institutions that cut a large amount of paper and make holes in order to tie up the documents, the lever is manually operated to form a hole as the drill descends to the bottom so that it is not accurate and takes a lot of time. The disadvantage of not being able to penetrate a large amount of paper in a short period of time was uneconomical, and there was a hassle of having to transfer the paper on the table by a desired distance at work.

In this paper, horizontal holes are fixed to the left-side motor pulley, which is driven forward and backward according to the contact of the horizontal sensor and the sensor detector when drilling holes in a plurality of stacked papers to eliminate the above-mentioned wastes. The screw is fitted to the bushing inside the body, and the guide rod is inserted into the bearing, and the vertical screw rod fixed to the pulley of the rear motor is driven vertically and reversely by contact with the vertical sensor and the sensor detector while moving the horizontal actuator to the left or right. It is designed to precisely and automatically drill a large amount of paper in a short time by operating the rotating motor drill by inserting the bushing of the actuator and the guide rod into the bearing at the same time with a certain time difference. The explanation is as follows.

1 is a partially cutaway perspective view of the present invention,

Figure 2 is a perspective view of the other main recessed part of the present article,

3 is an operational state diagram of the horizontal actuator of the present invention;

a is a state in which the horizontal actuator and the drill motor start drilling on the left side,

b is a state in which the horizontal actuator and the drill motor are drilled to the right,

Figure 4 is a plan view extracting the order of the contact portion of the present invention,

Figure 5 is a side view of the vertical actuator and the drill motor in the present state acting up and down,

a is up and stopped;

b is lowered and a hole is drilled,

Fig. 6 is a longitudinal sectional view showing main parts of the horizontal actuator of the present invention;

Figure 7 is an excerpt cross-sectional view of a vertical actuator portion of the present invention.

<Description of the symbols for the main parts of the drawings>

1: Substrate 2,2 ': Side plate 3, 3': Guide protrusion 4: Back plate 5, 5 ', 5 ", 5"'

..23,23 ': Two book detection department 6: support span 7,15,25: motor 8,16: pulley

9: horizontal screw rod 10: horizontal actuator 11, 19: bushing 12, 12 ': guide groove

13, 13 ', 20, 20': Rod 14: Top 16: Pulley 17: Vertical threaded rod

18: Vertical Actuator 21: Bottom 22, 22'24, 24 ', 24 ": Iron 26: Drill

Fixing the back plate 4 protruding with the guide protrusions 3 and 3 'between the side plates 2 and 2' on both sides of the substrate 1, and the front face is provided with a plurality of sensor detecting parts 5 and 5 '. (5 ") (5" ') .. the horizontal screw rods (9) fixed to the side of the support (6) at equal intervals and fixed to the side motor (7) pulley (8) are horizontal actuators (10). Screw into the central bushing 11 in the upper and lower portions of the guide rods 12 and 12 'with guide grooves 12 and 12', respectively, to be fixed to the side plates 2 and 2 '. The upper plate 14 of the horizontal actuator 10 is screwed into the bushing 19 of the vertical actuator 18 with the vertical screw rod 17 fixed to the rear motor 15, pulley 16 being guided on both sides. Each of the rods 20 and 20 'is fixed to the lower plate 21 so as to be perpendicular to the lower plate 21, and one side of the upper and lower plates 14 and 21 is attached to the lower plates 22 and 22' so that the vertical actuator 18 The sensor detecting units 23, 23 'are in contact with each other, and the front sensors 24, 24' and 24 "are connected to the sensor detecting units 5, 5 ', 5" and 5 ". To the front of the vertical actuator 18

The drill 26 connected to the motor 25 is fixed to be operated up and down integrally with the vertical actuator 18.

Notation "27" designates a bearing and "28" designates a belt.

In this way, this paper detects the sequence detection unit 5, 5 ', 5 "of the support bar 6 fixed to the front side of both side plates 2, 2' with the paper to be perforated on the substrate 1; 5 ”') .. Adjust and fix the paper fixing part secured to the drill (26) of the motor (25) with the sensor (24) and the sensor detecting part (5) grounded. After supplying power to the control box (not shown) and turning on the switch, the drill 25 of the motor 25 fixed integrally with the vertical actuator 18 rotates and the motor 7 on the left side of the arrow When the horizontal screw rod (9) fixed to the pulley (8) rotates in the (A) direction and decelerally rotates, when the horizontal actuator 10 is slowly pushed by the bushing 11 inside the engaged horizontal actuator 10 The guide protrusions 3 and 3 'of the rear plate 4 are upper and lower inside the horizontal actuator 10, which is closely fitted to the guide grooves 12 and 12' of the guide rods 13 and 13 '. To the vertical actuator (18) and motor (25) The drill 16 is moved accurately without swinging so that the central sensor 24 'on the front of the lower plate 21 is contacted with the sensing sensor 5' and the motor 7 on the left side is stopped and the rear motor ( 15 is rotated and decelerated, and the pulley 16 is decelerated and rotated in the direction of the arrow (b). When the vertical screw rod 17 is interlocked, the bushing 19 of the vertical actuator 18 slowly moves the vertical actuator ( 18, the guide rods 20 and 20 'on both sides are attached to the bearings inside the vertical actuator 18 to rotate the motor 25 and the drill 26, which are rotated while being fixed integrally. As shown below, while the lower document detection unit 23 'of the vertical actuator 18 is in contact with the lower document 22', the paper stacked on the substrate 1 is drilled and once contacted, the rear motor 15 Guide rods (20, 20 ') are free from swinging while the vertical screw rod (17) fixed to the pulley (16) also raises the reverse rotation vertical actuator (18) to its original position. The motor 25 and the drill 26 come out of the perforated paper and rise upward, and when the sensor detection part 23 on the upper side of the vertical actuator 18 contacts the upper document 22 fixed to one side of the upper plate 14, Motor 15 is stopped and at the same time the motor 7 on the left side is rotated again so that the horizontal screw rod 9 is set to push the horizontal actuator 10 slowly, as described above, and then the detection sensor 5 &quot; When the central blade 24 'on the front of the lower plate 21 is in contact, the motor 7 on the left side is stopped, and the motor 7 on the rear side is driven in the direction of the arrow (B) again so that it is vertically fixed to the pulley 16. When the guide rod 18 decelerates and rotates, the vertical actuator 18 is lowered by the bushing 19 inside the vertical actuator 18 so that the detection sensor 23 'is detected by the lower sensor 22'. When the drill 26 of the motor 25 punches paper and is detected by the lower sequencer 22 ', the rear side motor 15 rotates in reverse to raise the vertical actuator 18 to its original position. email 14. If it detects contact at one side ssenseo 22 of the rear motor 15 is stopped and re-set, repeating the action of the motor 7 rotates in the left side surface

When all the holes are drilled and the sensor 24 "is in contact with the last sensor detection part 5" ', the motor 7 on the left side continues to rotate in the opposite direction and the horizontal screw rod 9 also reverses. After the horizontal actuator 10 is returned to its original position and the sensor 24 is contacted with the fixed sensor detection unit 5, the motor 7 on the left side is stopped so that the perforated paper is taken out and the next step of drilling is repeated. There is a number.

In this case, the horizontal actuator 10 is contacted by the sensors 24, 24 ', 24 "and the sensors 5, 5', 5 ', 5', 5 '. The motor 25 and the drill 26 are adjusted by adjusting the punching interval and the movement of the left and right and the contact detection units 23, 23 'of the vertical actuator 18 in contact with the processors 22, 22'. By precisely operating up and down with a time difference, it is effective to drill a large amount of paper in a short time without consuming manpower.

Claims (1)

Fixing the back plate 4 protruding with the guide protrusions 3 and 3 'between the side plates 2 and 2' on both sides of the substrate 1, and the front face is provided with a plurality of sensor detecting parts 5 and 5 '. (5 ") (5" ') .. the horizontal screw rods (9) fixed to the side of the support (6) at equal intervals and fixed to the side motor (7) pulley (8) are horizontal actuators (10). Screw into the central bushing 11 in the upper and lower portions of the guide rods 12 and 12 'with guide grooves 12 and 12', respectively, to be fixed to the side plates 2 and 2 '. The upper plate 14 of the horizontal actuator 10 is screwed into the bushing 19 of the vertical actuator 18 with the vertical screw rod 17 fixed to the pulley 16 of the rear motor 15 being guided on both sides. Each of the rods 20 and 20 'is fixed to the lower plate 21 so as to be perpendicular to the lower plate 21, and one side of the upper and lower plates 14 and 21 is attached to the lower plates 22 and 22' so that the vertical actuator 18 The sensor detecting units 23, 23 'are in contact with each other, and the front sensors 24, 24' and 24 "are connected to the sensor detecting units 5, 5 ', 5" and 5 ". Contact the motor 25 to the front of the vertical actuator 18. The drill 26 is fixed to the integral with the vertical working body 18. The working and the hayeoseo be Automatic perforation of printed matter.