JP5824408B2 - Auto reel device - Google Patents

Description

  The present invention relates to an auto reel device, and in particular, a hoop that is rotatably supported between a plurality of reels for winding a hoop material and each reel and a processing device that performs processing such as processing. The present invention relates to an auto reel device that feeds a material to a processing device or winds the material from the processing device.

  As a processing apparatus for processing the hoop material, there are a press machine and an injection molding machine. An auto reel device is used as an apparatus for supplying a hoop material as a raw material to such a processing apparatus, and as an apparatus for winding the hoop material processed by the processing apparatus. In the case of this application, generally, a guide device for supporting the hoop material in the air is provided between the processing device and the auto reel device.

The auto reel device is a device that rotatably supports a reel for winding and holding a hoop material, and is roughly classified into two types depending on the attitude of the reel to be supported.
Specifically, there are a type that supports a reel in a vertical position (hereinafter referred to as a vertical type) and a type that supports a reel in a horizontal position (hereinafter referred to as a horizontal type).
For example, if the processing device is a press machine and a pair of dies are separated from each other in the vertical direction, the reel is supported in a vertical position so that the hoop material is processed in a down state. The vertical type is often used.

In addition, when a pair of dies of a press machine has a structure in which they are separated from each other in the horizontal direction, it is preferable to use a horizontal type that supports the reel in a horizontal position so that the hoop material can be processed in a standing state. preferable.
However, the horizontal type auto reel device requires a wide space for installation in order to support the reel in a face-down position, which is disadvantageous compared to the vertical type in terms of space saving.
In the field of processing equipment, even if a vertical type auto reel device is used for a processing device that processes in a state where the hoop material is set up, a guide is provided by taking a certain distance between the processing device and the auto reel device. Through the apparatus, the attitude of the hoop material can be changed by 90 [deg.] Between the position of the reel on the reel side and the position of the processing apparatus on the standing side.
For this reason, the vertical type auto reel device is often shared regardless of the type of the processing device, and the vertical type tends to be used.

On the other hand, as a processing apparatus, a multi-strip processing apparatus is known that can simultaneously perform processing such as pressing and injection molding on a plurality of hoop materials.
In the vertical type, the auto reel device corresponding to the multi-row processing device has a structure in which a plurality of reels are supported so as to be parallel to each other in a vertical position, and in the horizontal type auto reel device, a plurality of reels are arranged. The reels are supported so as to be parallel to each other in a horizontal position.
Among these auto reel devices, for example, a vertical type auto reel device that supports two reels is disclosed in Patent Document 1.

In a horizontal type auto reel device that supports a plurality of reels, in order to save space, it is desirable that the reels be arranged so as to overlap each other in the vertical direction.
However, when a plurality of reels are arranged vertically, the reel with the hoop material fully wound may become a heavy object having a total mass of about 25 kg, and the lower reel cannot be easily replaced.
Therefore, the horizontal type is disadvantageous not only in terms of space saving but also in terms of ease of reel replacement compared to the vertical type. Therefore, even in the type that supports a plurality of reels, the vertical type tends to be used.

In terms of reel replacement, the vertical type can work while the reel is supported by the horizontal axis, even when it has a structure that can support multiple reels. The replacement work is relatively easy.
In addition, it is advantageous in that it can be installed in a small area in terms of space saving.

Microfilm of Japanese Utility Model No. 59-091982 (Japanese Utility Model Application No. 61-008657)

By the way, when the hoop material is a so-called one-side carrier material in which one edge is a carrier and the other edge is connected to the carrier by a narrow bridge (or a blank before processing), the product (or blank) However, it is necessary to pay particular attention to the contact of the edge of the hoop material so that it does not become a defective product with deformation or scratches.
Specifically, when the auto reel device is used for feeding, it is drawn from the reel winding state and supplied to the processing device via the guide device. It is desirable that the edge of the hoop material does not come into contact with the flange of the reel until the reel is wound around the reel through the reel.

In general, the reel is formed so that the distance between both flanges is sufficiently larger than the width of the hoop material. Therefore, in the vertical type auto reel device in which the rotation axis of the reel is horizontal, the position (position in the rotation axis) where the hoop material wound around the reel is wound between both flanges is specified. Not.
That is, the product (or blank) side edge may be wound so as to contact the flange.

When the product side edge is wound so as to contact the flange, the product (or blank) is rubbed against the inner surface of the flange.
In addition, when the reel is turned so that the product side edge is in contact with the flange, when the reel rotates and the hoop material is pulled out, the product (or blank) is placed on the inner surface of the flange. Rub on. These rubbing may cause the product to be deformed or scratched.

On the other hand, in the horizontal type auto reel device, the hoop material wound around the reel always comes into contact with the flange on the ground side by its own weight.
Further, in the multi-strand processing apparatus, it is preferable in terms of the balance of the mold that the processing is performed so that the carrier side of each hoop material is the same side.
Therefore, even when a plurality of reels are supported, if each hoop material is wound around the reel so that the ground side flange serves as a carrier, the product (or blank) is less likely to be deformed or damaged. .
However, the horizontal type has the disadvantage that it is not space efficient as compared with the vertical type as described above, and when a plurality of reels are supported, reel replacement is not easy.

  Therefore, the problem to be solved by the present invention is that even when a single carrier type hoop material is used for a plurality of reels, the product or the blank is hardly deformed or damaged, and the space is saved and the reel can be easily replaced. The object is to provide an auto reel device.

In order to solve the above problems, the present invention has the following configuration as means.
1 ) Main body (1),
A support shaft portion that is fixed to the main body portion (1) and has a flange (RL1f) and supports a reel (RL1) for winding a single carrier type hoop material (F1) in a detachable and rotatable manner ( A plurality of reel supports having 9L1),
An auto reel device comprising:
Each support shaft portion (9L1, 9R1) of the first and second reel support portions (9L, 9R), which is at least two of the plurality of reel support portions, is a pair of opposed main body portions (1). And extending outwardly from the side surfaces of the main body portion (1) side and extending only outward from the side surfaces, are supported by the reel support portions (9L, 9R),
The support shaft portion in the first reel support part (9L) (9L1) is inclined to be higher farther outward from one of the previous SL pair of side surface,
Spindle portion (9R1) in the second reel support part (9R) from the previous SL the other side of the pair of side surface and the first posture which is inclined to be lowered farther outward in a substantially horizontal direction The auto reel device (51) is configured to be capable of selectively taking a second posture extending.
2 ) The axis (CL2) of the support shaft portion (9L1) of the first reel support portion (9L) and the first posture of the support shaft portion (9R1) of the second reel support portion (9R). The auto reel device (51) according to 1 ), wherein the axis (CL3) is parallel to the axis.
3 ) The hoop material (F1, F2) pulled out from the first and second reels (RL1, RL2) supported by the first and second reel support portions (9L, 9R) is connected to an external device. (SS) and first and second guides (GDL, GDR) for guiding between the first and second reels (RL1, RL2), respectively,
The axis line (CL2) of the support shaft part (9L1) of the first reel support part (9L) and the axis line in the first posture of the support shaft part (9R1) of the second reel support part (9R) The part (CL3) means the hoop material (F1) drawn from the first reel (RL1) through the first guide part (GDL) and the second reel (RL2) to the first reel (RL1). second guide portions (GDR) the hoop drawn through the (F2), but according to 1), characterized in that inclined so as to approach each other with distance from the automatic reel device (51) This is an auto reel device (51).
4 ) The support shaft portions (9L1, 9R1) of the first and second reel support portions (9L, 9R) rotate around their axes (CL2, CL3) to support the first or second reel support. The part (9L, 9R) has a damper (DP) that attenuates the rotational force of the support shaft part (9L1, 9R1), and the auto according to any one of 1) to 3 ) This is a reel device (51).

  According to the present invention, it is possible to obtain the effects that the product or the blank is hardly deformed or scratched, is space-saving, and can be easily replaced with a reel.

It is a perspective view showing the whole processing system using an auto reel device in an embodiment of the present invention. It is a perspective view about the right side surface for explaining an auto reel device in an embodiment of the present invention. It is a perspective view about the left side surface for explaining an auto reel device in an embodiment of the present invention. It is a perspective view which shows the hinge part of the auto reel apparatus in embodiment of this invention. It is a perspective view for demonstrating the lock | rock part of the auto reel apparatus in embodiment of this invention. It is the perspective view seen from the front side for demonstrating the auto reel apparatus in embodiment of this invention. It is a perspective view for demonstrating the reel support part of the auto reel apparatus in embodiment of this invention. It is a schematic diagram for demonstrating the reel inclination attitude | position of the auto reel apparatus in embodiment of this invention. It is a schematic diagram for demonstrating the reel vertical attitude | position of the auto reel apparatus in embodiment of this invention. It is a perspective view explaining the case where the auto reel device in the embodiment of the present invention is used as a feeding device. It is the figure which looked at the auto reel apparatus in the embodiment of the present invention from the bottom side.

The preferred embodiments of the present invention will be described with reference to FIGS.
First, with reference mainly to FIGS. 1 to 3, the configuration of the auto reel devices 51 and 52 of the embodiment will be described with the auto reel device 51 as a representative.

The auto reel device 51 is a two-way winding device that supports two reels RL1 and RL2 and winds the hoop materials F1 and F2 on the reels RL1 and RL2, respectively.
The auto reel device 52 is a two-row feeding device that supports two reels RL3 and RL4 and feeds the hoop materials F1 and F2 wound around the reels RL3 and RL4.

  FIG. 1 is a top view showing a state in which an auto reel device 51 and an auto reel device 52 are provided side by side with the processing device SS, and FIG. 2 is a perspective view of the auto reel device 51 as viewed from the diagonally upper right side. FIG. 3 is a perspective view seen from an obliquely upper left front side on the back side. The directions of up / down / left / right and front / back are defined by directions indicated by arrows in each figure.

As shown in FIG. 1, the auto reel device 52 is installed on the upstream side of the processing device SS (for example, a press machine), and the hoop materials F1 and F2 that are processed in parallel in two rows by the processing device SS. This is an apparatus for separating and feeding out the interlayer paper sandwiched between the winding layers of the materials F1 and F2 and winding it with the take-up reels 17L and 17R.
The auto reel device 51 is set on the downstream side of the processing device SS, and the hoop materials F1 and F2 processed by the processing device SS and discharged in two rows are used for the interlayer paper fed from the interlayer paper take-up reels 12L and 12R. It is a device which winds with reels RL1 and RL2, respectively.

  The auto reel device 51, which is a hoop material winding device, and the auto reel device 52, which is a hoop material feed device, basically have a plane-symmetric common structure. Will be described in detail.

<About the auto reel device 51>
The auto reel device 51 includes a base frame 1 formed by combining extruded materials such as aluminum in a rectangular frame shape as a main body, a beam 1 a spanned between the left and right frames of the base frame 1, and four corners of the base frame 1. Each of the casters 2 attached thereto, a pair of support columns 3L and 3R erected on the front frame 1b of the base frame 1, and a plurality of extruded materials fixed to the rear frame 1c of the base frame 1 are bundled at the upper end. A back frame 4, a control box 5 attached to the back frame 4 and containing a control unit SG, a top frame 6 projecting forward from the tip of the back frame 4, and a lower end fixed to the left frame 1d of the base frame 1, The left reel frame 7L having an upper end fixed to the top frame 6 and a lower end supported by the beam 1a of the base frame 1 and an upper end being the top frame 6 And a, and the right reel frame 7R fixed with left reel frame 7L. Guide portions GDL and GDR are attached to the columns 3L and 3R, respectively.

The right reel frame 7R is hinged at the upper side by a left reel frame 7L and a hinge portion HJ, and is rotatable so as to be in contact with the left reel frame 7L around a rotation axis CL9 of the hinge portion HJ (see FIG. (See also FIG. 4).
Further, the lower part is locked by lock parts 10A and 10B respectively provided at two positions on the beam 1a, a position almost directly below the hinge part HJ and a base of the left reel frame 7L on the left side. (See also FIG. 5).
That is, the left reel frame 7L is inclined and fixed at a predetermined angle, and the right reel frame 7R is equiangular with the vertical posture locked by the lock portion 10A and the left reel frame 7L locked by the lock portion 10B. An inclined posture can be selectively taken.

A known lock mechanism can be adopted as the structure of the lock portions 10A and 10B.
For example, as shown in FIG. 5, the lock portions 10A and 10B are provided with pins 10A1 and 10B1 protruding horizontally in the front-rear direction, and are engaged with the pins 10A1 and 10B1 on the right reel frame 7R side. A structure is provided in which a lock plate 7R having a pair of engaging portions 7R1 and 7R2 that can be selected to maintain and release the engagement is provided at both left and right ends.
The selection of maintaining and releasing the engagement of the pins 10A1 and 10B1 in the lock plate 7R is performed manually by connecting a wire to the engaging portions 7R1 and 7R2, for example, and remotely. Applicable as appropriate.

  2 and 3 referred to above show a state in which the right reel frame 7R is in an inclined posture, and FIG. 6 shows a state in which the right reel frame 7R is in a vertical posture. FIG. 6 is a perspective view of the auto reel device 51 as seen from the front or slightly on the right side, and the columns 3L and 3R and the guide portions GDL and GDR are not shown.

The left reel frame 7L and the right reel frame 7R have a reel support portion 9L and a reel support portion 9R, respectively. Each reel support portion 9L, 9R has a structure that can detachably support the reels RL1, RL2. doing.
Accordingly, the reel support portions 9L and 9R are provided on a pair of side surfaces 1L and 1R (see FIG. 8) facing each other of the base frame 1 which is a main body portion.
FIG. 7 is a perspective view showing the reel support portion 9R.
The reel support portion 9R includes a reel base 9R3 including a main shaft 9R1 and a pair of cleaver pins 9R2, a base 9R4 that pivotally supports the reel base 9R3, and a motor 9R5 that is connected to the reel base 9R3 and rotates it. Yes. The pedestal 9R4 is fixed to the right reel frame 7R.

The main shaft 9R1 and the kelepin 9R2 are engaged with holes formed in the reel RL2 correspondingly, whereby the reel RL2 is attached to the reel base 9R3. Further, the collar 9R6 is fastened and fixed to the main shaft 9R1 by the lock screw 9R6a so that the reel RL2 is not detached from the reel base 9R3.
FIG. 7 illustrates a state in which the collar 9R6 is fixed to the main shaft 9R1 with the reel RL2 not shown.
The reel support portion 9L has a similar structure symmetrical to the reel support portion 9R.
That is, the main shaft 9L1 and the main shaft 9R1 extend outward from the pair of side surfaces 1L, 1R facing each other in the base frame 1 and away from each other, and only the end portions on the base frame 1 side serve as the reel support portions 9L, 9R. It is supported and provided.

  In the operation of attaching the heavy reel RL2 around which the hoop material F2 is wound to the reel support portion 9R, when the reel RL2 is engaged with the main shaft 9R1 and the kelepin 9R2, and the supporting hand is released, the center of gravity position of the reel RL2 is changed. If the balance is lost because it is not perpendicular to the main shaft 9R1, the reel RL2 may rotate rapidly. In order to prevent this sudden rotation, it is preferable to provide a damper DP (oil damper or the like: see FIG. 7) for suppressing the rapid rotation by attenuating the rotational force in the rotating system of the main shaft 9R1.

Each of the pillars 3L and 3R is provided with guide portions GDL and GDR for respectively guiding the hoop materials F1 and F2 spanned between the processing apparatus and the reels RL1 and RL2.
For example, as shown in FIG. 2, the guide portions GDL and GDR include a guide roller 16 </ b> L and 16 </ b> R that is in rolling contact with the hoop materials F <b> 1 and F <b> 2 and the hoop materials F <b> 1 and F <b> 2 that are out of the preset vertical range. Limit detection units KL and KR for detection are provided. The guide portions GDL and GDR correspond to a conventional guide device and can be replaced with a guide device. The hoop materials F1 and F2 are moved in the air between the reels RL1 and RL2 and the processing device. To guide.

Further, a sub reel frame 11R extending from the right reel frame 7R toward the upper right rear is connected to the sub reel frame 11R, and a sub reel support portion 13R for supporting the interlayer paper take-up reel 12R and a paper break sensor for detecting a break of the interlayer paper. And a piece of paper detection unit 14R provided with
In contrast to this, a sub reel frame 11L extending from the left reel frame 7L toward the upper left rear is connected, and the sub reel frame 11L includes a sub reel support portion 13L for supporting the interlayer paper take-up reel 12L and a paper break sensor. A paper breakage detection unit 14L is attached.

In the above-described configuration, the auto reel device 51 is configured so that the two reels RL1 and RL2 are tilted in the same direction with respect to the vertical direction in a state where the right reel frame 7R is inclined.
The right reel frame 7R is in this inclined posture by engaging and locking the pin 10B1 of the lock portion 10B with the engagement portion 7R2 of the lock plate 7R provided at the lower end. FIG. 8 is a schematic view of this state as viewed from the front side.

In the inclined posture, the extending surface SF1 of the flange RL1f of the reel RL1 supported by the reel base 9L3 and the extending surface SF2 of the flange RL2f of the reel RL2 supported by the reel base 9R3 are parallel to each other and are vertical. The angle is set so as to be inclined at an angle θ with respect to one plane SFE including the line CL1 (in this case, a surface extending in the front-rear direction).
In other words, the main shaft 9L1 and the main shaft 9R1 are inclined at an angle θ in the same direction with respect to the horizontal plane SFH.
In another description, the rotation axis CL2 of the main shaft 9L1 and the rotation axis CL3 of the main shaft 9R2 are inclined at an inclination angle θ such that one side is lower than the one plane SFE including the vertical line CL1. That is.
If it demonstrates about the base frame 1, axis line CL2, 2L3 of main axis | shaft 9L1, 9R1 is set as a line | wire which becomes so low that it leaves | separates outward from the side surface 1R side which is one of a pair of side surface 1L, 1R side.

In addition, the reel support portion 9L can attach and detach the reel RL1 from the left side with respect to the one plane SFE, and the reel support portion 9R can attach and detach the reel RL2 from the right side with respect to the one plane SFE. It has become.
The main shaft 9L1 and the main shaft 9R2 are arranged on the same axis so that the distance between the reel RL1 and the reel RL2 can be as narrow as possible without causing interference with the drive system such as the motor 9L5.9R5.
The angle θ is, for example, 15 °. The angle θ is not limited and can be set as appropriate.

Further, this vertical posture is achieved by engaging and locking the pin 10A1 of the lock portion 10A to the engagement portion 7R1 of the lock plate 7R provided at the lower end of the right reel frame 7R. FIG. 9 is a schematic view of this state as viewed from the front side.
In the vertical posture, the extending surface SF1 of the flange RL1f of the reel RL1 supported by the reel base 9L3 is inclined at an angle θ with respect to the one plane SFE, and the flange RL2f of the reel RL1 supported by the reel base 9R3 is extended. The existing surface SF2 is parallel to the one plane SFE.

In the tilted posture, the reel RL2 is tilted so that the tip side of the main shaft 9R1 approaches the ground. For this reason, when the collar 9R6 is removed for reel replacement in an inclined posture, the reel replacement operation is very difficult because the heavy reel RL2 tends to come off from the main shaft 9R1 by its own weight.
The auto reel device 51 can be in the vertical posture shown in FIG. 9, and in this posture, the main shaft 9R1 extends in the horizontal direction. Therefore, even if the collar 9R6 is removed, the reel RL2 does not fall off the main shaft 9R1 without permission, and the reel replacement operation is very easy.
Further, since the two reels RL1 and RL2 can be respectively exchanged from the opposite sides (right side and left side) of the auto reel device 51, the reel exchange operation is extremely easy.

The auto reel device 51 is not merely for winding the hoop materials F1 and F2, but corresponds to a guide device that is provided independently of the conventional auto reel device and guides the air conveyance of the hoop materials F1 and F2. Parts GDL and GDR.
Therefore, the winding system of the multi-processing apparatus using the hoop materials F1 and F2 is completed only by providing the auto reel apparatus 51 with the processing apparatus SS. Therefore, the convenience of the auto reel device 51 is extremely high.

<About the auto reel device 52>
FIG. 10 is a perspective view showing an external appearance of an auto reel device 52 that is a feeding device. The auto reel device 52 has, for example, a substantially similar structure symmetrical to a vertical plane extending in the front-rear direction with respect to the auto reel device 51 which is a winding device.
Specifically, when viewed from the front side, the main shafts 9L1 and 9R1 in the auto reel device 51 are inclined so that the right side is lower, but the main shafts 9L1 and 9R1 in the auto reel device 52 are higher on the right side. So as to be inclined.
Since the auto reel device 52 feeds the hoop materials F1 and F2, it is necessary to actively rotate the interlayer paper take-up reels 17L and 17R, and includes motors 17L1 and 17R1 for that purpose.

In addition, the auto reel device 52 includes a floor plate 8 which is a cut detection unit for the hoop materials F1 and F2.
The floor plate 8 is formed of a thin plate made of a conductive material such as aluminum or iron, and is fixed to the base frame 1 in an insulated state. This insulating state is realized, for example, by fastening an insulating material (rubber or the like) between the base frame 1 and the floor plate 8 with a resin screw.
The floor plate 8 is electrically connected to a PLC (programmable controller) 5a in the control unit SG in the control box 5, and a predetermined voltage (for example, 24V) is applied to the processing device SS as a ground.

  According to this configuration, the hoop material F1 or the hoop material F2 comes into contact with the floor plate 8 when a failure such as cutting occurs and the material drops onto the floor. Since the hoop materials F1 and F2 are in contact with the processing device SS and are conductive, when they fall and come into contact with the floor plate 8, they become conductive and current flows. When this current is detected, the control unit SG determines that an abnormality has occurred due to the cutting of the hoop materials F1 and F2, and stops the operation of the entire apparatus including the processing apparatus SS, and outputs an alarm notifying the outside to the outside. A warning action such as

The auto reel device 52 does not simply send out the hoop materials F1 and F2, but corresponds to a guide device provided independently of the conventional auto reel device and guides the air conveyance of the hoop materials F1 and F2. GDL, GDR and a floor plate 8 which is a cut detection part of the hoop materials F1, F2.
Therefore, a multi-processing hoop material feeding system using the hoop materials F1 and F2 is completed only by providing the auto reel device 52 with the processing device SS. Therefore, the convenience of the auto reel device 52 is extremely high.
Further, if the auto reel device 51 and the auto reel device 52 are provided in addition to the processing device SS, a comprehensive multiplicity including the hoop material feeding and the hoop material winding using multi-hoop processing using the hoop materials F1 and F2. The strip processing system STM can be constructed. Therefore, the convenience when the auto reel device 51 and the auto reel device 52 are combined is extremely high.

The auto reel device 51 and the auto reel device 52 are configured by using extruded materials having a constant cross-sectional shape for each frame such as the base frame 1, the left reel frame 7L, and the right reel frame 7R.
As a result, a bracket that engages with the outer shape of the extruded member and is slidable in the extending direction is used for the combination of the frames, and the frames can be connected and fixed at an arbitrary position via the bracket.
For example, the space | interval of the left-right direction of a pair of support | pillar 3L, 3R fixed to the front frame 1b of the base frame 1 can be adjusted suitably. Further, the positions of the guide portions GDL and GDR and the paper break detection portions 14L and 14R can be adjusted as appropriate.
Therefore, the auto reel device 51 sets each part to the optimum position according to various conditions such as the interval between the plurality of hoop materials F1 and F2 processed by the processing device SS and the restriction of the installation position of the auto reel device 51. Since it can be adjusted and used, it has high versatility.

  It goes without saying that the embodiments of the present invention are not limited to the above-described configuration, and may be modified without departing from the scope of the present invention.

The inclination angles of the two reels RL1 and RL2 or the two reels RL3 and RL4 may not be the same angle. The two reels RL1 and RL2 or the two reels RL3 and RL4 may be inclined in the same direction with respect to the vertical direction.
Further, the inclination angle θ is not limited to 15 °, and this angle may be set as appropriate. At that time, it is preferable to consider the difficulty of the auto reel devices 51 and 52 to fall. FIG. 11 is a view of the auto reel device 51 as viewed from the bottom side.
For example, in FIG. 11, the frame size of the base frame 1 and the positions of the reel support portions 9L and 9R so that the gravity center positions G1 and G2 of the reels RL1 and RL2 that can be heavy objects are both located within the frame of the base frame 1. Etc. are set.

  For example, when the limit inclination angle that does not fall is set as the specifications of the auto reel devices 51 and 52, the position of the center of gravity in a state where the reel with the maximum mass that can be mounted is attached is assumed, and the tipping angle of the device in that case is The inclination angle θ may be set so that the angle has a sufficient margin with respect to the limit inclination angle.

Further, for example, in the auto reel device 51, when the two reels RL1 and RL2 are made non-parallel, the extending surfaces SF1 and SF2 of the flanges RL1f and RL2f indicate the inclination direction of the reels RL1 and RL2 to the processing device SS. You may set so that it may mutually approach as it goes.
As a result, in the auto reel device 51, the two hoop materials F1, F1 at the processing position in the processing device SS are larger than the distance between the two hoop materials F1, F2 at the position where the hoop materials F1, F2 are separated from the two reels RL1, RL2. When the interval between F2 is narrow, the amount of twist of the hoop materials F1 and F2 can be reduced, so that the hoop materials F1 and F2 can be transported more smoothly.
The same applies to the auto reel device 52.

The number of reels is not limited to the two described above. If the processing apparatus SS is capable of multi-process processing with three or more strips, the number of reels corresponding to the number of processes may be supported.
In this case, in the case of the auto reel device 51, the third and subsequent reels may be supported on the left and right sides or the front and rear sides with respect to the two reels RL1 and RL2, but preferably on the upper side. By positioning it on the upper side, an increase in the installation area accompanying an increase in the number of reels is suppressed as compared with the case where it is positioned on the left and right front-rear side, thereby saving more space.
When three or more reels can be supported, two reels are preferably supported at substantially the same height, and the two reels are inclined in the same direction with respect to the vertical direction. In addition, the inclination directions of the two reels arranged above may be the same as or opposite to the inclination directions of the two lower reels.
The same applies to the auto reel device 52.

Also in the auto reel device 51, a metal floor plate 8 covering a predetermined range of the front floor surface may be attached to the base frame 1 so that the cutting of the hoop materials F1, F2 can be detected.
The treatment device SS is not limited to a device that performs processing such as a press machine or an injection molding machine. It may be a measuring device that measures the shape of a hoop material, a blank, or the like, or a measuring device that measures the physical properties thereof.

1 Base frame, 1a Beam, 1b Front frame, 1c Rear frame, 1d Left frame, 1L, 1R Side surface 2 Casters, 3L, 3R Post, 4 Back frame 5 Control box, 5a PLC
6 Top frame 7L Left reel frame, 7R Right reel frame 7R1, 7R2 Engagement part, 7RP Lock plate 8 Floor plate 9 Hinge shaft 9L, 9R Reel support part 9R1 Main shaft, 9R2 Kelepin, 9R3 Reel base 9R4 base, 9R5 motor, 9R6 Collar 9R6a Lock screw 10A, 10B Lock part, 10A1, 10B1 Pin 11L, 11R Sub reel frame 12L, 12R, 17L, 17R Interlayer paper take-up reel 13L, 13R Sub reel support part 14L, 14R Paper breakage detection part 15L, 15R, 17L1, 17R1 Motor 16L, 16R guide roller CL9 (axis of hinge part) rotation axis, F1, F2 hoop material DP damper, GDL, GDR guide part, HJ hinge part KL, KR limit detection part, RL1, RL2 reel SG control Parts, SS processing apparatus (slope) STM multiple thread processing system θ angle

Claims (4)

The main body,
A plurality of reel support portions each having a support shaft portion that is fixed to the main body portion and supports a reel that has a flange and can wind a single carrier type hoop material so as to be detachable and rotatable;
An auto reel device comprising:
Each support shaft portion of the first and second reel support portions, which is at least two of the plurality of reel support portions, extends outward from the pair of side surfaces facing each other in the main body portion. And only the end on the main body side is provided to be supported by the reel support portion,
Spindle portion is inclined to be higher farther outward from one of the previous SL pair of side surfaces of said first reel support,
Support shaft in the second reel support portion includes a first orientation which is inclined to be lowered farther outward from the other side of the front Symbol pair of side surface, and a second position extending generally horizontally, An auto reel device characterized in that it can be selectively taken. The axis of the support shaft portion of said first reel support portion, and the axis in the first position of the support shaft portion of said second reel support portion, to claim 1, characterized in that it is parallel to The described auto reel device. In order to guide the hoop material drawn from the first and second reels respectively supported by the first and second reel support portions between the external device and the first and second reels, respectively. Comprising first and second guide portions,
The axis of the support shaft portion of the first reel support portion and the axis portion in the first posture of the support shaft portion of the second reel support portion are connected to the first guide from the first reel. The hoop material pulled out through the portion and the hoop material drawn out from the second reel through the second guide portion are inclined so as to approach each other as they move away from the auto reel device. The auto reel device according to claim 1, wherein the auto reel device is provided. The support shaft portions of the first and second reel support portions rotate around the axis thereof, and the first or second reel support portion has a damper that attenuates the rotational force of the support shaft portion. The auto reel device according to any one of claims 1 to 3 , wherein the auto reel device is provided.

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