KR100633114B1 - Automatic dividing apparatus - Google Patents

Abstract

The disclosed automatic dispensing apparatus includes an inclined ramp so that the roll member can roll toward a predetermined dispensing destination, and a stopping mechanism for selectively stopping the roll member on the ramp. The automatic distribution device of such a configuration selectively stops the roll member rolling down the ramp by the stopper's rotation, so that it can be supplied to the conveyor of the processing equipment with a small force regardless of the size of the roll member. It is cheaper and provides more economic effect.

Dispenser, Stopper

Description

Automatic dividing apparatus

1 is a view showing a conventional automatic distribution device,

Figure 2 is a view showing a state in which the lifting roll member different in size by FIG.

3 is a perspective view showing an automatic distribution device according to an embodiment of the present invention,

4 is a side view showing the automatic dispensing apparatus of FIG.

5 to 7 are operation diagrams sequentially showing the operation of the stopping mechanism of the automatic dispensing apparatus.

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

100 ... Automatic Dispenser 110 ...

111 ... plate 112 ... accepting hole

113 ... Tilt adjustment member 120 ... Stopping mechanism

121 ... Stopper 122 ... Rotary adjustment member

123 ... fixing groove 130 ... movement preventing member

140 ... Preventive release member 150 ... Shock absorber

200 ... roll member

The present invention relates to an automatic dispensing apparatus, and more particularly, to an automatic dispensing apparatus used to supply a roll member to a conveyor or the like of a processing facility.

The dispensing device is used to supply a roll member to a printing press or to supply a roll member to a wrapping paper manufacturing apparatus for use in manufacturing a wrapping paper. Refers to an apparatus used to sequentially supply a provided conveyor.

As a device used for such a dispensing operation, a structure as shown in Fig. 1 has conventionally been generally employed.

Referring to the drawings, the dispensing apparatus 10 includes a holder 11 holding the roll member 20, a transfer member 12 for moving the holder 11 up, down, left, and right, and the transfer member 12. It consists of a transfer guide (13) to provide a movement path of.

The holder 11 is in the form of a pair of tongs to be fitted from the left and right to the hollow formed in the central portion of the roll member (20).

The transfer member 12 moves left and right on the transfer guide 13 and moves up and down to lift the roll member 20.

The transfer guide 13 is installed at a constant height on the ground to provide a left and right movement path of the transfer member 12.

The automatic dispensing apparatus 10 having such a structure grabs the roll member 20 with the holder 11 and supplies the roll member 20 to a processing facility such as a printing machine or a wrapping paper manufacturing apparatus, and supplies the roll member 20 to the processing facility. That is, in order to supply the roll member 20 to the processing equipment, the transfer member 12 moves along the transfer guide 13 to the position where the roll member 20 is located, and then the roll member 20 is moved to the holder 11. The transport member 12 lowers the holder 11 to an appropriate position to hold it. Then, the holder 11 in the form of a pair of forceps is fitted into the hollow of the roll member 20. When the holder 11 is fitted to the roll member 20 in this way, the transfer member 12 raises the holder 11 again and moves the transfer member 13 on the left or right to move the roll member 20 to the processing equipment. Put it down.

However, according to the distribution device having such a structure, there is no problem when continuously supplying a roll member having a constant size to the processing equipment, but when supplying a roll member having a constant size, that is, a large roll member as shown in FIG. When lifting the small roll member 20b sandwiched by the lower outer circumferential surface of 20a), there is a problem that more force is required to lift because the large roll member 20a must be pushed to the side. In addition, such an automatic dispensing device occupies a lot of occupied space in the installation, there is a problem that excessive installation cost.

SUMMARY OF THE INVENTION The present invention has been made in view of the above necessity, and an object thereof is to provide an improved automatic dispensing apparatus capable of economically supplying various sizes of paper rolls to a processing facility with a small force.

The present invention for achieving the above object includes an inclined ramp so as to roll the roll member toward a predetermined distribution destination, and a stopping mechanism for selectively stopping the roll member on the ramp.

Here, the ramp is rotatably coupled to the main frame and has a plate formed with a receiving hole on one side, and the inclination adjusting member is coupled to the plate to adjust the inclination angle of the plate with respect to the main frame, the stopping The mechanism preferably has a stopper having a "∨" shape and rotatably installed in the main frame, and a rotation control member coupled to the stopper to rotate so that one side of the stopper protrudes through the accommodation hole.

In addition, the stopper is formed with a fixing groove, it is preferable that the fixing member is accommodated in the fixing groove for mitigating the impact due to the collision with the roll member to roll down the ramp.

In addition, it is preferable that the movement preventing member which forms the movement preventing wall of the roll member is hinged to the main frame while blocking the accommodation hole and being raised in conjunction with the stopper lift of the side in which the buffer member is accommodated.

In addition, it is blocking the receiving hole, the hinge is coupled to one end of the movement preventing member and the movement preventing member is raised together to ascend to form a movement preventing wall further prevents the separation member to prevent the separation of the cushioning member It is preferable to provide.

In addition, the tilt control member and the rotation control member is preferably an air cylinder.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 3 is a perspective view showing an automatic distribution device according to an embodiment of the present invention, Figure 4 shows a side view of FIG.

Referring to the drawings, the automatic dispensing apparatus 100 is rotatably coupled to the main frame so as to roll down the roll member (not shown) and selectively roll member on the ramp 110 and the roll member on the ramp 110. A stopping apparatus 120 for stopping.

The ramp 110 includes a plate 111 which is a path through which the roll member rolls, and an inclination adjusting member 113 coupled to the plate 111 to adjust the plate 111 to be inclined by a predetermined angle.

One end of the plate 111 is hinged to the main frame 160, and an accommodating hole 112 is formed in the vicinity of the hinge-coupled opposite main frame 160.

The inclination adjustment member 113 is coupled to the other end of the plate 111. That is, the main frame 160 is coupled to the opposite plate 111 on the side hinged. The inclination adjustment member 113 may be an air cylinder as a member that can arbitrarily adjust the inclination angle by elevating the other end of the plate 111.

The stopper mechanism 120 includes a stopper 121 for selectively stopping the roll member by rotating at a predetermined angle, and a rotation adjusting member 122 for adjusting the rotation of the stopper 121.

The stopper 121 is rotatably installed in the main frame 160 in a “∨” shape, and rotates a predetermined angle by the rotation adjusting member 122 to accommodate the receiving hole 112 formed on the plate 111. Through one of the sides of the "자" shape of the bending portion is projected. That is, when one side of the stopper 121 protrudes out of the accommodation hole 112, the other stopper 121 is locked in the accommodation hole 112. A fixing groove 123 is formed at one side of the stopper 121 having a “∨” shape as illustrated in FIG. 5. The fixing member 123 is accommodated in the fixing groove 123 in order to mitigate an impact caused by a collision with the roll member 200 rolling down the inclined path 110. The buffer member 150 may be a round ball shape.

The rotation control member 122 is installed on one side of the stopper 121 so that the stopper 121 is protruded so that any one of the two sides protrudes around the bending portion of the "∨" shape through the receiving hole 112 Adjust the rotation of 121. In more detail, in order to stop the roll member 200 which rolls down the ramp 110, the buffer member 150 is rotated by stopping the stopper 121 on the side in which the buffer member 150 is accommodated. When it rises to, the roll member 200 rolled down is stopped by the buffer member 150. Then, when the stopper 121 is rotated so that the buffer member 150 raised out of the accommodation hole 112 enters the accommodation hole 112, the roll member 200 is advanced again, and the opposite side where the buffer member 150 is accommodated. The stopper 121 is caught and ready to be discharged from the stopping mechanism 120. The rotation control member 122 may be an air cylinder.

On the other hand, the movement preventing member 130 is installed in the main frame 160 of the portion where the receiving hole 112 of the plate 111 is formed to assist in stopping the roll member 200 of the stopper 121. Here, the movement preventing member 130 is hinged to the main frame 160 on the side where the roll member 200 is rolled, when the movement preventing wall or the roll member 200 moves forward to hinder the advancement of the roll member 200. It covers the receiving hole 112 and serves to support the roll member (200). In more detail, the movement preventing member 130 has a shape in which the connecting plate 131 and the pair of side plates 132 are connected by a letter 'C', and a pair of side plates facing each other. Silver supports the connecting plate 131 to block the receiving hole (112). And, the connecting plate 131 is hinged to one side of the separation preventing member 140 to be described later. The movement preventing member 130 is pushed by the shock absorbing member 150 when the stopper 121 rotates and the shock absorbing member 150 rises out of the receiving hole 112 as shown in FIG. 5. That is, when the shock absorbing member 150 is lifted out of the receiving hole 112, the movement preventing member 130 is pushed up to form a movement preventing wall. The movement preventing member 130 having the movement preventing wall stops the progress of the roll member 200 rolling down the slope 110.

In addition, guide rails (161) are provided on both upper sides of the main frame (160). The guide rails (161) move on the guide rails (161) by a hinge and are coupled to the movement preventing member (130). The separation preventing member 140 is mounted. The release preventing member 140 is to prevent the buffer member 150 is separated from the fixing groove 123 when colliding with the roll member 200. And, the separation preventing member 140 is raised together when the movement preventing member 130 is raised by the buffer member 150 to form a movement preventing wall over the side plate 132 of the movement preventing member 130. You lose.

According to the automatic dispensing apparatus of such a structure, a roll member can be selectively supplied to the conveyor of a processing equipment as follows.

First, the plate 111 is inclined by the inclination adjusting member 113 so that the plurality of roll members 200 naturally roll down. Then, the plurality of roll members 200 descends in sequence along the inclined plate 111 and is caught by the stopper 121 which partially protrudes into the receiving hole 112 of the plate 111 as shown in FIG. 5. In order to allow the roll member 200a caught by the stopper 121 to roll to a predetermined distribution destination, and the roll member 200b at the rear stops without following the roll member 200a passing through the stopper 121. As described above, the side of the stopper 121 protruding outward from the accommodation hole 112 should be lowered, and the side locked under the accommodation hole 112 should be raised. To this end, the stopper 121 is rotated by the rotation control member 122 so that the shock absorbing member 150 rises above the receiving hole 112. When the cushioning member 150 is raised, the movement preventing member 130 hinged to the receiving hole 112 also rises to form a movement preventing wall of the roll member 200b, and the movement preventing wall is formed. The movement preventing member 130 stops the roll member 200b from moving further. In order to supply the roll member 200b stopped by the movement preventing member 130 to the conveyor of the processing equipment, etc., the buffer member 150 is locked in the receiving hole 112 by the rotation adjusting member 122 as shown in FIG. When the stopper 121 is rotated so that the movement preventing member 130 which forms the movement preventing wall of the roll member 200b is covered with the receiving hole 112, the roll member stopped by the movement preventing member 130 ( 200b) is advanced again to be caught by the side stopper 121, the buffer member 150 is not received. Then, the stopper 121 is rotated again so that the roll member 200b, which is stopped by the side stopper 121 in which the buffer member 150 is not accommodated, passes, and the roll member 200c following the roll member 200b follows. Is blocked by the movement preventing wall formed by the movement preventing member 130 again.

According to the automatic dispensing device of such a configuration, it is possible to supply the roll members of various sizes to the conveyor of the processing equipment with a small force, and also because the volume is small, the space utilization can be maximized, and the installation cost is also economical. .

As described above, according to the automatic dispensing apparatus of the present invention, since the roll member which naturally rolls down by the stopper is selectively stopped, it can be supplied to the conveyor of the processing equipment with a small force regardless of the size of the roll member. And the installation cost is low, providing more economical effect.

It is to be understood that the invention is not limited to that described above and illustrated in the drawings and that many more modifications and variations are possible within the scope of the following claims.

Claims (6)

delete An automatic dispensing apparatus comprising an inclined ramp so as to roll a roll member toward a predetermined dispensing destination and a stopping mechanism for selectively stopping the roll member on the ramp. The ramp includes a plate coupled to the main frame to be rotatable and having a receiving hole formed at one side thereof, and a tilt adjusting member coupled to the plate to adjust an inclination angle of the plate with respect to the main frame; The stopper mechanism includes a stopper having a “∨” shape and rotatably installed on the main frame, and a rotation control member coupled to the stopper to rotate one side of the stopper to protrude through the accommodation hole. Automatic dispensing device. The method of claim 2, Fixing grooves are formed in the stopper, the fixing groove is characterized in that the receiving member is provided with a cushioning member for mitigating the impact due to the impact of the roll member rolling down the ramp. The method of claim 3, The main frame is an automatic dispensing device, characterized in that the movement preventing member is formed in the main frame is hinged coupled to the stopper of the roll member while being raised in conjunction with the stopper rise of the side in which the buffer member is accommodated. The method of claim 4, wherein Blocking the accommodating hole, the hinge is coupled to one side end of the movement preventing member further includes an anti-separation member which rises together when the movement preventing member is raised to form a movement preventing wall to prevent separation of the buffer member. Automatic distribution device, characterized in that. The method of claim 2, The tilt control member and the rotation control member is an automatic distribution device, characterized in that the air cylinder.

Images