KR19980065357U - Coiling device for tableting nails - Google Patents

Abstract

[Technical Field]

This paper relates to a device for automatically coiling nails for tablet presses, which are used to nail nails to furniture or boxes continuously by fitting nails at fixed intervals into a binding band formed of synthetic resin.

[Technical challenge you are trying to solve]

Conventionally, in coiling a band with a nail, it is commercialized by hand wrapping the band with a nail, so that the work is very inefficient and time-consuming, and there is a closure that cannot take a certain amount of winding accurately.

[Summary of solution]

The purpose of the present invention is to provide a coiling device which automatically winds up a nail for tableting machine supplied at a predetermined length by being inserted at a predetermined interval in the synthetic resin binding band.

[Use of Design]

For winding up nail bands.

Description

Coiling device for tableting nails

This paper relates to a device for automatically coiling nails for tablet presses, which are used to nail nails to furniture or boxes continuously by fitting nails at fixed intervals into a binding band formed of synthetic resin.

Conventionally, when nailing furniture or boxes, nails are held by hand and hit by a hammer directly, so the work is inefficient and takes a long time, and if a mistake is made, there are many problems in which a hammer is hit by a hand.

In recent years, this problem has been solved by inserting a nail into a binding band formed of a synthetic resin at regular intervals, and a tableting machine such as a pistol is continuously developed while the nail is continuously driven in a state in which the nail is continuously inserted. Many problems have been solved.

Since the nailing machine must be continuously supplied one by one to the above-mentioned tableting machine, the nail is inserted into the synthetic resin binding band at regular intervals and coiled in the long jaw barrel in a coiled state. However, in coiling the binding belt with the conventional nail Since the binding bands with nails were wound by hand and commercialized, the work was very inefficient and time-consuming, and there was a closure that could not be wound accurately.

This paper has been made in view of this point, and it is intended to provide a coiling device for automatically winding nails for tablet presses supplied at a predetermined length and inserted into a synthetic resin binding band at predetermined intervals. As follows.

Figure 1 is a schematic of the present draft

The second figure is Yobusashi figure of this article

3 is an operation structure diagram standing up with the nail banding band laid

4 degree plane of winding part

5 is a working example of the damper

6 is a cross-sectional view of an operating state in which a binding band is wound around a rotating shaft.

Fig. 7 is a sectional line of Fig. 6

8 is a cross-sectional view of the rotating shaft is lowered after completion of the winding of the binding band

9 is an enlarged cross-sectional view of the latch between the end of the rotary shaft

[Name of Drawings]

1,1 ': Nail 2: Bond band 3: Nail band

4: Conveyor belt 5,5 ': Information board 6: Winding table

7,7 ': upright transport path 8: cylinder 9: damper

10,10 ': rotating shaft 11,11': pressing plate 12,14: spring

13: jam

In the conveyor belt (4) for conveying the nail band (3) which is inserted into the synthetic resin material binding band (2) at regular intervals, the nail (1) (1 ') for the tableting machine (1) is placed on the upper part of the conveyor belt (4). Guide plates 5 and 5 'having a height corresponding to the length of the nail 1' are installed at opposite intervals through which the nails 1 and 1 'can be passed, but the nails 1 and 1 that are horizontally laid are transferred. The top of the take-up table 6 which is configured to be outwardly bent in an inverted state with the tip end of the guide plate 5 on the side where the head H of the ') is located is guide plate 5 ( 5 ') branching of two stand-up feed passages (7) (7') of the nail band to install a damper (9) acting as a cylinder (8) at the branch and a standing transfer path (7) ( 7 ') is provided on the outside of the end of the spring (pressing plate 11, 11') for pressing the nail band (3) coiled on its outer periphery by installing the rotary shaft (10, 10 ') of lifting material based on the hydraulic pressure 12) resilient installation shaft (10) At the tip of the structure, the locking section 13, which is drawn out based on the oil pressure inside, is mounted so as to be inwardly supported by the springs 14.

In the drawings, reference numeral 15 denotes a rotating plate for rotating the rotary shaft 10, 16 is a driving motor for driving the rotating plate, 17 and 17 'are inlet and outlet ports of hydraulic pressure, and 18 is a roller winding the binding band 2. 19 is a wheel that combines the binding band (2) and the nail (1) (1 ').

In this manner, the nail 1, 1 'and the binding band 2 are joined as the nail band 3 while lying horizontally as shown in the schematic view of FIG. 1 of the accompanying drawings. When it reaches the conveyor belt (4) in this paper as shown in the second diagram, the head (H) of the nail (1) (1 ') is removed in the process of drawing into the inside of the guide plate (5) (5') installed on the upper part. The head (H) of the nail (1) (1 ') is standing in the state that comes to the upper side while being entered along the tip of the guide plate 5 installed in an outwardly curved state in an inverted position to be transferred to the winding table (6) The damper 9 of (8) enters either of the standing conveying paths 7 and 7 '.

When the nail band 3 standing in this way continues to enter along the standing conveying paths 7 and 7 ', the nail band 3 is wound around the rotating part composed of the rotating plate 15 and the rotating shafts 10 and 10' outside the end of the motor. Rotating plate (15) rotated by the interlocking operation of (16) is provided with the rotating shaft (10, 10 ') that is rotated at the same time, when winding the nail band (3) protrudes to the upper surface of the winding table (6) and after winding When the coiled nail band 3 is taken out, the rotary shafts 10 and 10 'are led into the inside of the winding table 6, that is, when the nail band 3 is wound, the rotary shaft as shown in FIG. When the hydraulic pressure flows into the inlet / outlet 17 of the hydraulic pressure installed in the 10 and 10 ', the rotary shafts 10 and 10' are raised above the winding table 6 based on the hydraulic pressure to protrude and thus rotate the rotary shafts 10 and 10 ( 10 ') protrudes into the inside of the rotating shaft (10, 10') when the hydraulic pressure flows into the interlocking portion 13 of the upper end of the rotating shaft (10) (10 ') In the initial stage of the coiling, the tip of the nail band 3 is caught by the interlocking portion 13 and the nail band 3 is rotated at the upper end of the rotary shafts 10 and 10 'when the rotary shafts 10 and 10' are rotated. The nail band 3 that is coiled constantly and coiled at this time is closely pressed by the push bars 11 and 11 ′, which are supported by the spring 12, so that the wound nail band 3 is coiled continuously without being unwound. Will be.

Subsequently, when the winding of the nail band 3 is completed and taken out from the rotary shafts 10 and 10 ', first, the hydraulic pressure that protrudes the interlocking portion 13 is released and the rotary shaft 10 is returned by the spring 14. In the state drawn into the inside of the 10 ', the hydraulic shaft is introduced into the inlet and outlet 17 of the hydraulic pressure as in the sixth degree as opposed to the time of coiling, so that the rotary shafts 10, 10' are moved to the inner bottom of the take-up table 6. Immersion makes it possible to take out the coiled nail band 3 very simply.

Here, since the rotating parts are respectively installed at the ends of the two standing transfer paths 7 and 7 'which are converted as dampers 9, the coils are alternately coiled and taken out from the two rotating parts by the above-described method. It will be able to coil a large amount of nail band (3) in time.

In this way, the present invention can automatically wind the nail band 3 precisely to the correct standard, perform efficient work, and have a great effect such as shortening the working time.

Claims (1)

In the conveyor belt (4) for conveying the nail band (3) which is inserted into the synthetic resin material binding band (2) at regular intervals, the nail (1) (1 ') for the tableting machine (1) is placed on the upper part of the conveyor belt (4). Guide plates 5 and 5 'having a height corresponding to the length of the nail 1' are installed at opposite intervals through which the nails 1 and 1 'can be passed, but the nails 1 and 1 that are horizontally laid are transferred. The top of the take-up table 6 which is configured to be outwardly bent in an inverted state with the tip end of the guide plate 5 on the side where the head H of the ') is located is guide plate 5 ( 5 ') branching of the two nail bands of the standing conveyer (7) (7') to install a damper (9) acting as a cylinder (8) in the branch and the standing conveyer (7) (7) '12' outside the end of the spring (12) and the pressing plate (11) (11 ') for pressing the nail band (3) coiled on the outer circumference of the rotary shaft 10, 10' Elastic installation with rotating shaft (10) Tip of the coiling apparatus of the other adjustment can not be installed to be hayeoseo inward elastic supporting the take-off materials jam between 13 that is based on the internal Hydraulic the spring 14.