JPH0738249Y2 - Belt conveyor equipment - Google Patents

Description

TECHNICAL FIELD The present invention relates to a belt conveyor device used to convey a bobbin in, for example, a spinning factory.

In the spinning factory, it is necessary to transfer bobbins between a plurality of belt conveyors in order to move the bobbins to a predetermined position, and various transfer devices have been developed for this purpose. ing.

The belt conveyor has a plurality of rows of belts, and the bobbins are transported in a row on each belt of the belt conveyor. For this reason, the transfer device must be capable of reliably transferring the bobbin from each belt on one belt conveyor to the corresponding belt on the other belt conveyor. Therefore, there is a problem that the conventional transfer device has a complicated structure and there are many troubles such that reliable transfer cannot be performed.

An object of the present invention is to solve the above problems and to provide a belt conveyor device having a simple structure and less trouble.

In the belt conveyor device according to the present invention, a plurality of rows of belts of a first belt conveyor and a belt of a second belt conveyor of the same number of rows intersect each other and vertically overlap each other. Fixed conveyer guides for guiding both sides of the conveyer are provided on both sides of each belt portion of the first belt conveyer which is arranged and does not overlap the belt of the second conveyer belt. Fixed conveyor guides for guiding both sides of the conveyed article are provided on both sides of each belt portion of the second belt conveyor that does not overlap with the belts of the first and second belt conveyors. Part of each of the first and second belt conveyors corresponding to each other is guided by the conveyed article on both sides thereof so that each belt of the first belt conveyor Slanted and fixed transfer guides for guiding the corresponding guides of the respective belts of the second belt conveyor are provided.

Action First, the conveyed product moves on each belt of the first belt conveyor while being guided by the conveyed product guides on both sides. When the conveyed products reach the overlapping portions of the belts of the first and second belt conveyors, the movement of these belts guides them on both sides by a transfer guide,
It moves diagonally and is reliably guided to the corresponding belt of the second belt conveyor. When the conveyed product reaches the conveyed product guide portion of the second belt conveyor, it moves on each belt of the second belt conveyor due to the movement of the belt.
Both sides are guided by the conveyed goods guide to move.

In this way, the article can be easily and reliably transferred from each belt of the first belt conveyor to the corresponding belt of the second belt conveyor simply by driving the first and second belt conveyors normally. Can be replaced.

Embodiment Hereinafter, one embodiment of the present invention will be described with reference to the drawings.

The drawing shows a part of a belt conveyor device used for transporting bobbins in a spinning factory, and FIG. 1 is a plan view of an intersection of a first belt conveyor (1) and a second belt conveyor (2). 2 is a vertical sectional view of the first belt conveyor (1), and FIG. 3 is a vertical sectional view of an intersecting portion. In the following description, the left and right sides of FIG. 1 are left and right, the upper side of FIG. 1 is the front, and the lower side is the rear.

The first belt conveyor (1) includes three rows of endless belts (3) extending in the left-right direction and arranged in parallel at intervals in the front-rear direction. In addition, these belts are collectively referred to by the reference numeral (3), and when it is necessary to distinguish them,
The first belt (3a) and the second belt (3
b), the third belt (3c). The second belt conveyor (2) includes three rows of endless belts (4) extending in the front-rear direction and arranged in parallel at intervals in the left-right direction. In addition, these belts are collectively referred to by the reference numeral (4), and when it is necessary to distinguish them, the fourth belt (4a), the fifth belt (4b), the sixth belt (4c) are arranged in order from the left one. I will call it. Although illustration is omitted,
Both ends of each belt (3) and (4) are wound around a drive pulley and a driven pulley.

A square horizontal connecting plate (5) is arranged at the intersection of the two belt conveyors (1) and (2) and is fixed to another frame (not shown). On the left side edge of the connecting plate (5) is a left guide support plate (6) of the first belt conveyor (1).
On the right edge of the connecting plate (5), the left end of the right guide support plate (7) of the first belt conveyor (1) and the second belt conveyor (on the front side edge of the connecting plate (5)). The rear end of the front guide support plate (8) of 2) and the front end of the rear guide support plate (9) of the first belt conveyor (1) are abutted on the rear edge of the connecting plate (5). It is fixed. These guide support plates (6), (7), (8) and (9) are arranged horizontally, and the upper surface thereof is flush with the upper surface of the connecting plate (5).

The left guide support plate (6) of the first belt conveyor (1), the connecting plate (5), and the right guide support plate (7) of the first conveyor (1) are extended over the entire upper surface in the left-right direction in three rows in the front-rear direction. The belt guides (10) are fixed on the left guide support plate (6), between the belt guides (10), the front edge of the front side belt guide (10) and the rear side belt guide (10). Four rows of front and rear article guides (11) extending in the left-right direction are attached to the rear edges. Note that these conveyed object guides are collectively referred to by the reference numeral (11), and when it is necessary to distinguish them, the first guide (11a), the second guide (11b), and the third guide (11c) in order from the previous one. ),
I will call it the 4th guide (11d). The right ends of the conveyed object guides (11) are located slightly left of the right ends of the left guide support plates (6). In addition, these belt guides (10) and conveyed article guides (11) are not available in Shokai 63-16121.
Since it is a publicly known one similar to that described in JP-A-6, detailed description thereof will be omitted. On the upper surface of the rear guide support plate (9) of the second belt conveyor (2), the same three belt guides (12) extending in the front-rear direction are fixed, and the front ends of these are fixed to the first belt conveyor (9). 1) It abuts on the rear edge of the belt guide (10) on the rear side. On the upper surface of the front guide support plate (8) of the second belt conveyor (2), the same three belt guides (13) extending in the front-rear direction are fixed, and the rear ends thereof are the first belt conveyor. It is butted against the front edge of the belt guide (10) on the front side of (1). Then, between the belt guides (13) on the front guide support plate (8), on the left side edge of the left side belt guide (13) and on the right side edge of the right side belt guide (13), there are four rows of left and right extending in the front-rear direction. A similar transport guide (14) is attached. Note that these conveyed object guides are collectively referred to by the reference numeral (14), and if it is necessary to distinguish them, the fifth guide (14a), the sixth guide (14b), and the seventh guide (14c) in order from the left one. ) And the eighth guide (14d). The rear ends of these conveyed object guides (14) are located slightly forward of the rear ends of the front guide support plates (8).

The belt (4) of the second belt conveyor (2) has belt guides (12) (1) on front and rear guide support plates (8) (9).
3), so as to be parallel to the belt guides (10) (12) (13) of the first belt conveyor (1) between them and orthogonal to the belt guides (10) of the first belt conveyor (1), Move from back to front. A square thin intermediate plate (15) is arranged on the belt (4) of the second belt conveyor (2) on the connecting plate (5). The intermediate plate (15) has, for example, a first belt conveyor (1) at its four corners.
It is fixed to appropriate places such as the front and rear belt guides (10). Belt (3) of the first belt conveyor (1)
Ride on these and the intermediate plate (15) so as to be parallel to the belt guides (10) on the left and right guide support plates (6) and (7), and move from left to right.

Above the intersection of the belts (3) and (4) on the connecting plate (5), four rows of transfer guides (16) inclined by 45 degrees with respect to the front-rear direction and the left-right direction are provided. It should be noted that these guides are collectively referred to by the reference numeral (16), and when it is necessary to distinguish them, the 9th guide (16
a), 10th guide (16b), 11th guide (16c) and 12th guide (16d). Both ends of the ninth guide (16a) are butted against the right end of the first guide (11a) and the rear end of the fifth guide (14a). Both ends of the tenth guide (16b) are butted against the right end of the second guide (11b) and the rear end of the sixth guide (14b). Both ends of the 11th guide (16c)
The right end of the third guide (11c) and the rear end of the seventh guide (14c) are butted against each other. Both ends of the 12th guide (16d) are 4th
The right end of the guide (11d) and the rear end of the eighth guide (14d) are butted against each other. The mutual spacing between these transfer guides (16) is slightly smaller than the mutual spacing between the conveyed article guides (11) and (14), and a little wider at both ends. The transfer guide (16) is fixed to the left guide support plate (6) and the belt guides (10) (13) on the front guide support plate (8) at appropriate positions at both ends thereof, for example.

The bobbin (17) is erected at a right angle on the center of the upper surface of the disk-shaped bobbin stand (18). The bobbin stand (18) is placed on the belts (3) and (4) and moved by the movement of the belts (3) and (4). At the portions of the conveyed article guides (11) (14), both ends of the flange portion (19) at the upper part of the conveyed article guides (11) (14) protrude above the bobbin stand (18), and the bobbin (17) is Project upward from between the flange portions (19). Then, the side surfaces of the bobbin stand (18) are guided by the web portions (20) of the conveyed article guides (11) (14). Further, in the portion of the transfer guide (16), the portion of the bobbin (17) is guided by the transfer guide (16) which largely projects above the bobbin stand (18).

The bobbin (17) passes through the upper part of the left guide support plate (6) of the first belt conveyor (1) from above the connecting plate (5) to the second belt conveyor (2) as follows. Is transferred to a portion above the front guide support plate (8).

That is, the bobbin (17) on the first belt (3a) of the first belt conveyor (1) has the first guide (11a) and the second bobbin (17).
Guided by guide (11b), move to the right, connecting plate (5)
When it reaches above the 9th guide (16a) and 10th guide (1
6b), and the first belt (3a) is moved to be guided diagonally forward right by being guided by these guides (16a) and (16b). The bobbin (17) is the second belt conveyor (2)
When it reaches above the fourth belt (4a) of the above, it moves forward due to the movement of this belt (4a), and comes out from between the ninth guide (16a) and the tenth guide (16b), and the fifth guide (14a). ) And the sixth
Enter between the guides (14b), and you will be guided by these to move forward. The second belt (3) of the first belt conveyor (1)
b) The upper bobbin (17) moves to the right under the guidance of the second guide (11b) and the third guide (11c), and when it reaches the upper side of the connecting plate (5), it becomes the tenth guide (16b). 11th guide (16c)
When the second belt (3b) moves between the guides (16b) and (16c), it moves diagonally to the front right and reaches the first belt (3a). )
By moving, you move diagonally to the right front. Bobbin (1
7) is the fifth belt (4) of the second belt conveyor (2)
b) When it reaches the top, it moves forward due to the movement of this belt (4b), and it comes out from between the 10th guide (16b) and the 11th guide (16c), and the 6th guide (14b) and the 7th guide Enter between (14c) and be guided by these to move forward. Bobbin (1) on the third belt (3c) of the first belt conveyor (1)
7) is guided by the third guide (11c) and the fourth guide (11d) to move to the right, and when it reaches above the connecting plate (5),
Enter between 11th guide (16c) and 12th guide (16d)
By moving the belt (3c) these guides (16c) (1
Guided by 6d), move diagonally forward and to the right, and follow the second belt (3
b) When it reaches the upper position, the belt (3b) moves further to the diagonally right front side, and when it reaches the first belt (3a), the belt (3a) moves further to the diagonal right front side. When the bobbin (17) reaches the sixth belt (4c) of the second belt conveyor (2), the bobbin (17) moves forward by the movement of the belt (4c), and the eleventh guide (16c).
And the 12th guide (16d).
It enters between c) and the 8th guide (14d), and is guided by these and moves forward.

Intermediate plate (1) between the upper and lower belts (3) (4) at the intersection
5) may be omitted, and without it, the step difference between the upper and lower belts (3) and (4) becomes small.

In the above embodiment, the belts of the two belt conveyors are orthogonal to each other, but they may intersect at an angle at an angle. Further, the number of belts of each belt conveyor can be changed appropriately.

Effect of the Invention According to the belt conveyor device of the present invention, as described above, the conveyed object is transferred from each belt of the first belt conveyor to the second belt conveyor.
It can be easily and surely transferred to the corresponding belt of the belt conveyor of, and there are few troubles. Further, the structure is simple because only a fixed transfer guide is provided at the intersection of the belts.

[Brief description of drawings]

FIG. 1 is a plan view of an intersecting portion of a first belt conveyor and a second belt conveyor of a belt conveyor device showing an embodiment of the present invention, and FIG. 2 is a sectional view taken along line II-II of FIG. Three
The drawing is a sectional view taken along the line I-I in FIG. (1) …… First belt conveyor, (2) …… Second belt conveyor, (3) (3a) (3b) (3c) …… Endless belt, (4) (4a) (4b) (4c) ) …… Endless belt, (11) (11a) (11b) (11c) (11d) …… Conveyed goods guide, (14) (14a) (14b) (14c) (14d) …… Conveyed goods guide, (16 ) (16a) (16b) (16c) (16d) …… Transfer guide, (17) …… Bobbins (conveyed items).

Claims (1)

[Scope of utility model registration request] 1. A belt of a second belt conveyor, wherein belts of a plurality of rows of a first belt conveyor and belts of a second belt conveyor of the same number of rows are arranged so as to intersect with each other and vertically overlap each other. Fixed conveyor guides for guiding both sides of the conveyor are provided on both sides of each belt portion of the first belt conveyor that does not overlap with the second belt that does not overlap with the belt of the first belt conveyor. Fixed conveyer guides for guiding both sides of the conveyer are provided on both sides of each belt portion of the conveyor, and the first and second belts are provided on the overlapping portions of the belts of the first and second belt conveyors. For each belt of the conveyor corresponding to each other, the article is guided on both sides thereof from the conveyance guide of each belt of the first belt conveyor to the corresponding one of the second belt conveyor. Belt conveyor device inclined and fixed shaped transfer replacement guide guiding the transported material guide belt are respectively provided.