JPS6294523A - Bundling finishing device for long-sized product - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention is a method for stacking a predetermined number of long products such as hook-and-loop fasteners, slide fastener chains, and various clothing tapes, and tying them together. This relates to a binding and finishing device for long products that is finished into bundled products, and in particular, it has a simple structure that can automatically and orderly pile up a predetermined number of long products sent one after another and bundle them. The present invention relates to a binding and finishing device for long products.

(Prior Art) A long product binding and finishing device that automatically bundles a predetermined number of long products sent one after another is, for example,
JP-A-60-45118 and JP-A-60-1833
No. 18.

In the devices described in these publications, a predetermined number of elongated products that are sent one after another are accumulated, and the products are bound together using elongated tying materials that are continuously sent out.

However, since the long products accumulated in a predetermined number are bundled in a disordered state, the appearance of the finished bundled product is not good, and when performing secondary processing using this bundled product, There were drawbacks such as the inability to take out bundled long products in an orderly manner.

Furthermore, in the configuration of a binding and finishing device for long products, the one described in Japanese Patent Application Laid-Open No. 60-45118 has a structure in which long products are arranged at intervals in the longitudinal direction of the products that are sent one after another. Welding involves connecting multiple trays to an endless belt, storing long products in these trays, and then moving the trays and sending them to a binding finishing device where the binding material is wrapped around the long products, welded, and cut. The cutting machine is difficult to handle.

Furthermore, what is described in JP-A-60-183318 is a holding mechanism for holding the free end of a long binding material, an insertion mechanism for inserting the material into the holding mechanism, and a mechanism for cutting the loop-shaped portion of the material. A cutting mechanism, a joining mechanism for joining the same materials so as to bind them together, and a feeding mechanism for the same materials are each arranged separately, and cooperate with each other to complete the binding of long products, Not only does the structure become complicated as described above, but also the adhesive part of the bundled binding materials,
The excess binding material is cut while still being connected together, which not only does not improve the appearance of the bundled product, but also has the disadvantage of increasing costs.

(Problems to be Solved by the Invention) As described above, in the conventional technology, not only is it not possible to bundle long products in an orderly manner, but the device for binding and finishing long products is complicated and large. There was a problem that the cost was high.

This invention was made with the aim of solving the above-mentioned problems, and it is possible to automatically and orderly stack long products sent one after another into a predetermined number and bundle them. To provide a binding and finishing device for long products having an extremely simple structure.

(Means for solving the problem) In order to achieve the above object and solve the problem, the present invention stacks a predetermined number of long products sent one after another, and then stacks the long products sent one after another into a predetermined number. In a long product binding and finishing device for binding and finishing products, there is a stacking mechanism that stacks the long products in a predetermined number in an orderly manner, and a storage mechanism that is disposed below the stacking mechanism and stores the long products. , a long binding material feeding mechanism disposed on both sides of the storage mechanism for feeding the long binding material into the storage mechanism in an annular manner; and a long binding material feeding mechanism disposed below the feeding mechanism for feeding out the long binding material in an annular manner. The material is configured to be provided with an adhesive cutting mechanism that adheres the long binding material so as to bind the stored long products, and cuts the area near the adhesive.

(Function) By configuring the present invention as described above, the long products sent one after another are stacked in a predetermined number in an orderly manner in the stacking mechanism, and then in an orderly stacked state. In a storage mechanism disposed below the stacking mechanism, long products are bound as they are with a binding material. At this time, the bonding and cutting mechanism allows the binding material to be bonded and cut in close proximity.

(Example) The present invention will be described below based on the example shown in the accompanying drawings.

As shown in Fig. 1, a binding finishing device that binds a predetermined number of long products (F) f: a long binding material (T) is as follows:
A long product supply mechanism (A), a piling mechanism (B) that stacks a predetermined number of long products in an orderly manner, and a stacking mechanism (B) that is disposed below the stacking mechanism (B) and stores the long products (F). a storage mechanism (C) that
Long binding materials (T) are arranged on both sides of the storage mechanism (C).
A long binding material feeding mechanism (D) that sends out the long binding material in an annular manner to the storage mechanism (C), and a long binding material (T) that is disposed below the long binding material feeding mechanism and fed out in an annular manner are stored. A long binding material (T) is glued so as to bind the long products (F), and an adhesive cutting mechanism (E) is provided for cutting the long binding material (T) in the vicinity of the bonded product.

As shown in Fig. 1, the long product supply mechanism (A) includes a conveyor (1), a product discharge plate (2), and a chute plate (3).
It is arranged diagonally above the stacking mechanism (B). The conveyor (1) is formed to be endless so as to continuously supply the elongated products (F) to the piling mechanism (B). The product discharge plate (2) is erected close to one longitudinal edge of the conveyor (1), and is moved obliquely downward near the other longitudinal edge of the conveyor (1) by an air cylinder (not shown). It is designed to feed toward the chute plate (3) provided.

The intussusception mechanism (B), as shown in FIGS. 1 and 3,
It is arranged diagonally below the long product supply mechanism (A), has a gap (H) interposed at an interval approximately corresponding to the width of the long products (F) to be bundled, and is bound facing each other. long products (
F) a first vertical plate disposed vertically along the longitudinal direction (
4), (4), and a pair of left and right panels that are in contact with the lower surfaces of each of the first vertical plates (4), (4) and are arranged horizontally orthogonally to the first vertical plates (4), (4). first product receiving plate (5);
(5) and support pieces (6), (6) arranged horizontally at both longitudinal ends of the first vertical plates (4), (4). The first product receiving plates (5), (5) are equipped with air cylinders (7), (7) and pistons (8), which serve as driving means.
), (8) are connected, and the air cylinder (7),
By (7), the piston (8).

(8), the first product receiving plates (5), (5) can reciprocate in the horizontal direction orthogonal to the first vertical plates (4>, (4), and Together with the plates (4) and (4), the upwardly opened gap (H) receives and organizes long products sent one after another from the long product supply mechanism (A), and when a predetermined number is reached. It is designed to be sent to a storage mechanism (C) which will be described later.

Further, above the gap (H), as shown in FIGS. 1 and 3, there are a plurality of shutters (9).

(9) Separate the upper ends of the first vertical plates (4), (4) a certain distance in the longitudinal direction so that the...... straddles the first vertical plates (4), (4). A large number of shutters (9), (9) are arranged horizontally so as to intersect at right angles.
The ends of ...... are integrally connected to each other to form a connecting part (
10) and is comb-shaped. And the connection part (10) at the end of the shutter (9), (9)...
A piston (11) and a cylinder (12) are connected to each other, and the shutters (9), (9)... are connected to an air cylinder (
12) causes the upper ends of the first vertical plates (4), (4) to reciprocate in the horizontal direction via the piston (11). Further, regulation pieces (13), (13), etc. are erected at the upper end of one first vertical plate (4) at regular intervals so as to sandwich the shutters (9), (9), etc. It is set up. Further, on the upper surface of the shutters (9), (9)..., the guide pieces (9'), (9')... are slightly inclined toward the ends of the regulating pieces (13), (13). ... are arranged to correctly receive the long product (F) discharged via the sheet plate (3) by the operation of the product discharge plate (2).

With the above configuration, the regulating pieces (13), (13)
... and the guide pieces (9'), (9')..., while the long product (F) is regulated by the shutter (9), (9
)... placed on the top surface of the shutters (9), (9)
... by the air cylinder (12) and the piston (11
), the elongated product (F) is driven together with the temporary shutters (9), (9)..., but the regulating piece (13) above the first vertical plate (4).

(13)..., and then the long product (F) is moved to the gap between the pair of vertical plates (4) (4).
H).

The storage mechanism (C), as shown in FIGS. 1 and 3,
It is arranged below the stacking mechanism (B).

That is, below each of the first vertical plates (4), (4),
A pair of left and right second products are arranged along the longitudinal direction of the elongated products (F) to be bundled, hanging substantially on the same plane via the first product receiving plates (5), (5). Vertical plate (14).

(14), and a second product receiving plate (
15), and second vertical plates (14), (14).
and the second product receiving plate (15).
is formed. The long products (F') sent out from the stacking mechanism (B) are stored and bundled in the gap (H').

Note that the height of the gap (H') between the pair of second vertical plates (14), (14) is equal to the total height of the stacked long products (F), and also the height of the gap for finishing the binding. Consider adding processing space. Also, the width of the gap (H') is determined by the width of the first vertical plate (
4) The distance should be approximately the same as (4), but it is better to make it a little wider in consideration of the thickness of the binding material (T) placed around the stacked long products.

Further, the second vertical plates (14), (14) are supported by an L-shaped plaque (18) with respect to the base (17).

The second product receiving plate (15) consists of one plate as a whole, and is connected to the second vertical plate (14) via a hinge (19).

(14) is in contact with the lower end.

The base (17) is opened directly below the cavity, and as shown in Figure 3, the second product receiving plate (17) installed on the base
5) The free end of a swinging rod (21) connected to the air motor (20) serving as the driving means is supported on the lower surface of the second product receiving plate (15). When the air motor (20) rotates,
The swinging rod (21) also rotates, and the second product receiving plate (15) swings downward due to its own weight, and the second product receiving plate (15)
The upper bound finished product is discharged downward.

In addition, instead of the downward swinging force type of the swinging rod (21), the first
A second vertical plate (14), like a product receiving plate (5).

It may be configured to horizontally reciprocate in a direction orthogonal to (14).

As shown in FIGS. 1 and 4, the long binding material feeding mechanism (D) is disposed on both sides of the storage mechanism (C), and the long binding material (T) is placed in the gap between the storage mechanisms in an annular manner. It is set to be sent out. That is, a binding material (which is a tape that is melt-bonded by heating means) made of a synthetic resin film such as polyester, polyethylene, nylon, or vinyl chloride, or a laminated film in which the synthetic resin film is laminated with paper.
The reels (22), (22) for winding T) are disposed on the outside of the storage mechanism (C), and the second vertical plate (14).

(14) Window portion (23) opened at an appropriate intermediate portion in the longitudinal direction
).

(23), reels (22) and (22) respectively.
A pair of rollers (2) direct the binding material (T) toward the windows (23), (23) of the second vertical plates (14), (14).
4), (24), (25), (25) and guide portions (26), (26) are provided. And binding material (T)
a pair of second vertical plates (14), the gap between (14) (H
′).

As shown in FIGS. 1 and 4, the adhesion/cutting mechanism (E) is disposed below the long binding material feeding mechanism CD). In addition, the placket (2) provided opposite to the base (17)
7), (27) are equipped with air cylinders (28), (28) which serve as reciprocating means for the bonding/cutting mechanism (E), and pistons (29) are attached to the air cylinders (28), (28).

(29) are connected. Piston (29), (29
) are attached to one end of the sliding plates (30), (30). The sliding plates (30) and (30) are sliding guides (30') attached to the brackets (27) and (27').
), (30') is slidably installed inside. Sliding plate (
30), (30) shows Figures 5 (a) and (b).

As shown in (c), adhesive molds (31
).

(31') are provided, and a second vertical plate (14), (
14), facing the windows (23) and (23). Then, by the operation of the air cylinders (28) and (28), the second vertical plate (1
4), through the windows (23) and (23) of (14),
The gap (H') between the pair of second vertical plates (14), (14)
) The adhesive molds (31) and (31') are reciprocated to the intermediate position.

The joint including the adhesive molds (31) and (31') is shown in Fig. 5 (
As shown in b), one adhesive type (31) has a sliding plate (
30) A cutting blade (35) actuated via a piston (34) by an air cylinder (33) attached to a bracket (32) mounted on the bracket (32) is placed close to the adhesive mold (31) on the sliding plate. The other adhesive mold (31') is attached to one end edge of the sliding plate (30) via a compression spring (36). A recess (37) is formed in the center of the thickness of the part that contacts the binding material (T), and is designed to receive the cutting edge of the cutting blade (35) as shown in FIG. In addition, the compression spring (36) that forms the recess (37) and is interposed behind the adhesive mold (31') is a binding material (
At the time of bonding T), a biasing force is applied to sufficiently achieve the bonding effect. Note that (38) is an adhesive type (31') regulating pin.

These adhesive molds (31) and (31') have a binding material (
Incorporating a heating element, such as an electric heater, necessary for melt-bonding T). Also at least adhesive type (31),
A fluororesin material is attached to the opposing surfaces of (31'), and after the binding material (T) is melted and bonded, the binding material (T) is melted and bonded.
T) and the adhesive molds (31), (31') can be easily separated and released from the molds.

Note that the above heating elements are adhesive type (31), (31')
Alternatively, one adhesive mold may be an ultrasonic horn and the other adhesive mold may be an anvil, in which case:
The binding material is bonded using ultrasonic heating.

The cutting blade (35 mm) is located at the center of the thickness of the sliding plate, and as shown in FIG. Then, on one side of the cut binding materials (T), (T), the long products are stacked in the gap (H') of the storage mechanism (C). The binding materials (T) and (T) are adhered to each other while being arranged around the binding materials (T). ), the ends of (T) are glued together.

In the case of the above-mentioned adhesive and cutting mechanism (E), the cutting blade (35)
is separate from the adhesive type (31), and the binding material (T
), (T) are cut after bonding, but instead of this, as shown in Figure 6, a cutting blade (35) is used.
may be provided integrally with the adhesive mold (31). In the case of this embodiment, as shown in FIG. 6(a), a cutting blade (35) is provided protruding from the center of the thickness of one adhesive mold (31), and the other adhesive mold (31') The opposing surfaces are shaped to have flat surfaces. Therefore, as shown in Figure 6 (b),
A pair of binding materials (T) are joined by adhesive molds (31) and (31'), and then, simultaneously joined and cut by a cutting blade (35).

This embodiment can also perform the same function as the embodiment shown in FIG.

In addition, in the embodiment shown in Fig. 6, an electric heater was used as the heating element, but instead of this, an adhesive-type heating element using an ultrasonic method incorporating an ultrasonic horn on the blade side and an anvil on the other side was used. Welding means may also be used.

In addition, in FIG. 1, the presser plate (39) provided above the stacking mechanism (B) is moved up and down by an air cylinder (40), and as described later, the presser plate (39) is provided above the stacking mechanism (B).
It acts to push the long products (F) stacked in the gap (H) into the gap (H') of the storage mechanism (C).

Figures 2 (a) and (b) show the bundled products obtained by the above-mentioned device, and Figure 2 (a) has a binding part (T, ) made of one binding material. , FIG. 2(B) has binding parts (TI) and (T2) made of two binding materials. In order to obtain a bundled product having two binding parts as shown in FIG. 2(B), in the binding finishing apparatus for long products shown in FIG.
D) and the bonding/cutting mechanism (E) may be provided at two locations in the longitudinal direction.

As can be understood from FIG. 2, the bundled product is made by stacking a plurality of long products (F) in an orderly manner and binding them with a binding material (T).

Next, the operation of the long product binding and finishing device of the present invention will be explained in the seventh section.
This will be explained with reference to the figures.

As shown in FIG. 7(A), the long products (F) that are sent one after another are passed through the chute plate (3) to the gap between the pair of first vertical plates (4), (4). It is sequentially supplied onto the shutters (9), (9), etc. disposed above (H), and is received by the guide pieces (9'), (9'),.... Then, each time the long products (F) that are sent one after another are sequentially supplied onto the shutters (9), (9)..., the air cylinder (12) is used to
9) ... moves back and forth, and at one point the shutter (9), (9
)..., the long product is driven along with the first vertical plate (4
) above the regulating pieces (13), (13)...), and then the long product (F) is moved between the pair of first vertical plates (4), (4). The product falls neatly into the gap (H) that is approximately equal to the width of the product receiving plate (F), and the first product receiving plate (
5), stack on top of (5) in sequence. At this time, the second vertical plate (1
In the gap (H') between 4) and (14), the long binding materials (T), (T) that are fed out from the left and right are shaped like a ring with the joint part (S) as the center bottom and open at the top. It is arranged. Further, the gluing/cutting mechanism (E) is on standby outside. And the first product receiving plate (5), (5)
is in a closed state until a predetermined number of elongated products (F) are piled up, and the second product receiving plate (15) is also in a closed state.

In this state, as shown in Figure 7 (B), when a predetermined number of long products (F) are piled up above the first product receiving plates (5), (5), as shown in Figure 7 (C). As shown, the first product receiving plate (
5), (5) to the air cylinder (7) via the piston
The second vertical plate (14) is opened by the second vertical plate (14), and an annular binding member (T) with an upward opening is placed in the gap (H') between the second vertical plate (14) and a long product (T) is inserted into the second vertical plate (14). F) falls. At this time, since the first product receiving plates (5), (5) move from the center to the left and right, the stacked long products can be moved downward in an orderly manner.

While the long product (F) is falling in this way, the seventh
As shown in Figure (c), if you use the presser plate (39) that moves up and down with the air cylinder (40), you can
) can be pushed aggressively and methodically. At this time, when the last long product (F) is fed into the gap (H) between the first vertical plates (4), (4), the shutters (9), (9)... It is designed to open the first product receiving plates (5), (5) and rapidly move the holding plate (39) up and down when the first product receiving plates (5) and (5) are opened.

Next, as shown in Fig. 7), the gluing and cutting mechanism (E
), move the binding materials (T) and (T) onto the sliding plate (3
0), (30) adhesive molds (31), (31'
), and cut near the joint while being held and adhered to each other by cutting blades (35). This results in long products (F)
is finished with binding. In addition, the adhesion and cutting mechanism (E)'
e When the machine is operated, the binding materials (T) and (T) are replenishably fed out from the reel.

On the other hand, the first product receiving plates (5), (5) return to receive both products.

As shown in Fig. 7 (E), the bound products that have been finished are moved to the second product receiving plate (15) by the swinging rod (21).
is opened by swinging downward, and the bundled product is accommodated in a tray (41) waiting below. On the other hand, the binding material (T) that had been fed out from the reel remains connected as shown in FIG. 7(E).

Thereafter, the steps in Figures (a) to (e) are repeated, and the elongated products sent out one after another are piled up in an orderly manner, and the binding finishing process is performed without interruption.

Note that the present invention is not limited to the above-mentioned embodiments, but also includes various modifications as described below.

As shown in FIGS. 8(a) and (b), in the opposing bonding and cutting mechanisms (E), one bonding die (31) is fixed, and the other bonding die (31') is reciprocating. It may also be configured to move. As a result, as shown in FIG. 8(B), the bonding process of the binding materials (T) and (T) is performed on the right side. Of course, on the contrary, one adhesive mold (31) may be movable and the other adhesive mold (31') may be fixed, and the bonding process of the binding material may be performed on the left side.

What is shown in Fig. 9 is a pair of first vertical plates (4), (4).
and the second vertical plates (14), (14) have teeth that are movable so as to expand and contract while adjusting the respective gaps between A and B. Of course, only the first and second vertical plates on the right side may be movable.

With this configuration, one binding and finishing device can be applied to all long products with different widths.

In addition, when the first and second vertical plates are configured to be movable, the binding material feeding mechanism (D) and the bonding/cutting mechanism (E)
Also, the amount of feeding of the binding material can be adjusted by adjusting the rotation of the feed roller.

In addition, the first and second product receiving plates (5), (5), (1,5
) are the first and second vertical plates (4), (4), (14), (1
In order to accommodate the maximum amount of movement (4), it can be applied by simply having a width corresponding to the amount of movement. At this time, the opening and closing strokes of the first product receiving plates (5), (5) may be adjusted by adjusting the length of the piston connected to the air cylinder.

As shown in FIG. 10, as a long product supply mechanism, the long products (F'l) that are sent one after another by the conveyor (1) are connected to the sliding part (43) attached to the sliding rod (42). ) with a suction device (46) through the piston (45) and a sliding rod (4
2) to slide the long product (F) onto the first vertical plate (4),
(4) Move the long product (F) absorbed by the suction device (46) by moving the piston (45) onto the gap (H) between the first product receiving plate (5). ).

(5) A mechanism that allows the device to descend upward may also be used.

Further, although an air cylinder is mainly used as the driving means for each mechanism, a hydraulic cylinder, an electromagnetic solenoid, etc. may also be used as the driving means for each mechanism, and an electric motor may be used in addition to the air motor as the rotational driving means.

Further, the pair of first product receiving plates (5), (5) are closed by butting each other closely, but considering the width of the long product, the first product receiving plates (5), (5) are closed. ) are the first product receiving plate (5).

(5) They may be separated to such an extent that the long product (F) on top does not fall.

As described above, when the opposing ends of the first product receiving plates (5), (5) are separated, the first and second vertical plates (4), (4), as shown in FIG. (14), When the gap interval of (14) is adjusted and expanded from A to B, the first product receiving plate (5
).

(5) also moves, but the first and second vertical plates (4), (4)
, (14).

Even if the distance between the first product receiving plates (5) and (5) is the maximum distance between the first product receiving plates (14), the distance between the first product receiving plates (5) and (5) may be set within a range where the elongated product (F) will not fall. In addition, the first product receiving plate (5), (51
The stroke of the reciprocating motion can be the same in the case of the interval A and in the case of the interval B. Therefore, there is no need to adjust the movement of the air cylinder.

(Effects of the Invention) The present invention is a binding finishing device for long products configured as described above, which includes a stacking mechanism for stacking long products in an orderly manner;
By providing a storage mechanism that is disposed below the stacking mechanism and stores long products, the gaps between the left and right pair of first vertical plates and the left and right pair of second vertical plates are especially bound. Since it roughly corresponds to the width of long products, it is possible to stack long products sent one after another in an orderly manner into a predetermined number, and it is also possible to stack long products that have been stacked in an orderly manner as is. It is possible to bind with a binding material, and it is possible to obtain a bundled product with a good finish and appearance.

Then, in the upper part, the long products sent one after another are stacked in a predetermined number on the first product receiving plate, and by opening and closing the first product receiving plate, they are moved downward and stacked in a predetermined number. Since the long products are bound with the binding material, the entire binding and finishing device can be configured easily. It is possible to receive length products and perform binding and finishing on the other hand, resulting in a highly efficient and productive device.

Furthermore, since the bonding and cutting of the bundling material is performed by an integrated gluing and cutting mechanism, the bundling material is cut near the joint, resulting in a bundling product with no waste and a good appearance. There are advantages such as the device itself can be configured compactly.

[Brief explanation of drawings]

FIG. 1 is a perspective view of essential parts showing an embodiment of the binding finishing device for long products according to the present invention, FIG. ) is a perspective view showing another embodiment of the bundling product, FIG. 3 is a sectional view taken along the line ■-■ in FIG. 1, FIG. 4 is a sectional view taken along the line IV--IV in FIG. 1, and FIG. 5 (A)
~(C) is an operation explanatory diagram showing an example of the adhesive cutting mechanism;
FIGS. 6(a) and 6(b) are operation explanatory diagrams showing other embodiments of the adhesive cutting mechanism, and FIGS. 7(a) to (e) are one embodiment of the binding and finishing device for long products of the present invention. An explanatory diagram of the operation, Fig. 8 (
A) and (B) are operation explanatory diagrams showing still another embodiment of the adhesive cutting mechanism, FIG. 9 is a sectional view showing another embodiment of the first vertical plate and the second vertical plate, and FIG. FIG. 2 is a schematic diagram showing another embodiment of the elongated product supply mechanism. A... Long product supply mechanism, B... stacking mechanism, C...
Storage mechanism, D...Long binding material feeding mechanism, E...Gluing and cutting mechanism, F...Long product, T...Long binding material, H, H'...Part of gap , 4... first vertical plate, 5
...First product receiving plate, 7, 8...Driving means, 14.
...Second vertical plate, 15...Second product receiving plate, 20.2
1... Drive means, 30, 31'... Adhesive type, 28
, 29... Reciprocating means, 35... Cutting blade, 37.
・Concavity

Claims (5)

[Claims] (1) A binding and finishing device for long products, which piles up a predetermined number of long products (F) sent one after another, and then finishes binding the long products (F), wherein the long products a stacking mechanism (B) that stacks (F) in a predetermined number in an orderly manner; a storage mechanism (C) that is disposed below the stacking mechanism (B) and stores the long products (F); A long binding material feeding mechanism (D) which is disposed on both sides of the storage mechanism (C) and feeds the long binding material (T) into the storage mechanism (C) in an annular manner; Gluing the long binding material (T) disposed below D) so that the long binding material (T) sent out in an annular manner binds the stored long products (F); A binding and finishing device for long products, further comprising a bonding/cutting mechanism (E) for cutting the bonded area. (2) The piling mechanism (B) faces each other through a gap (H) that substantially corresponds to the width of the long products (F) to be bundled, and
a pair of first vertical plates (4), (4) arranged along the longitudinal direction of the elongated product (F);
(4), and is capable of reciprocating in a horizontal direction orthogonal to the first vertical plates (4), so that the gap (H) can be opened and closed. a pair of first product receiving plates (5), (5) arranged, the first vertical plates (4), (4) and the first product receiving plates (5), (5);
) A binding and finishing device for elongated products according to claim 1, characterized in that the device comprises a driving means. (3) The storage mechanism (C) faces each other across a gap (H) that substantially corresponds to the width of the long products (F) to be bundled, and along the longitudinal direction of the long products (F). The arranged second vertical plates (14), (14) and the second vertical plates (14), (
a second product receiving plate (15) that is in contact with the lower end of each of the second vertical plates (14) and arranged so as to freely open and close the gap (H') between the second vertical plates (14); , the second vertical plates (14), (14) and the second product receiving plate (1
5) A binding and finishing device for elongated products according to claim 1, characterized in that the device comprises a driving means as defined in claim 1. (4) The gluing/cutting mechanism (E) includes a bonding mold (30) and a cutting blade (35) on one side of the storage mechanism (C), and the cutting blade (35) on the other side of the storage mechanism (C). A patent claim comprising an adhesive mold (30') having a recess (37) for receiving a blade (35), and one or both of each adhesive mold (30), (30') is provided with reciprocating means. A binding and finishing device for long products as described in item 1. (5) Gaps (H), (H') between a pair of first vertical plates (4), (4) and/or second vertical plates (14), (14)
3. A binding and finishing device for elongated products according to claim 2 or 3, characterized in that the apparatus is provided with means for increasing or decreasing the interval between the elongated products.