JP3144339U - Feeder - Google Patents

Abstract

There is no need to manually arrange the long workpieces so that the tips are aligned in advance before the long workpiece is received on the conveyance path, and the position of the leading edge is automatically processed in the next process during conveyance on the conveyance path. A feeding device that can be adjusted together.
Since the normally closed gate 7 is attached in the transport path 3, even if the long work is arranged on the slide table in a cluttered manner without the other long work being aligned with the other long work, it is discharged to the transport path. Since the position of the leading edge of the workpiece is adjusted by hitting the normally closed gate 7, the machining schedule of the next process is entered for the first time. It is not necessary to align the tips of long workpieces by plates or hands, and can be adapted to the flow of the era of automation.
[Selection] Figure 1

Description

  The present invention relates to a feeding device that feeds a workpiece, for example, a feeding device that sequentially feeds a long workpiece such as a pipe or a steel bar to the next process by a processing machine such as a cutting machine.

  As a conventional feeding device for sequentially supplying long workpieces such as tubes and iron bars, there is a device as shown in FIG. Such a feeding device is usually used as a component device in combination with a processing machine such as a cutting machine (see Non-Patent Document 1) manufactured by the following manufacturer. The slide 91, the conveyance path 92, and the positioning plate 93 are included.

  As shown in the figure, the slide 91 has an inclined surface 911, and an operator arranges a plurality of long workpieces W along the inclined surface 911 from the low side to the high side of the inclined surface 911. , You can put out from the bottom one by one.

  The conveyance path 92 is composed of a plurality of rollers 921 arranged on the lower side of the slide 91 at substantially the same level along the direction crossing the inclination direction from the high place side to the low place side, and comes out of the inclined surface 911. After receiving the long workpiece W to be guided, it can be guided in the transverse direction and sent to the next step by a processing machine such as a cutting machine.

  The positioning plate 93 is erected on the side edge of the slide 91 in the conveying direction. When the worker places the long work W on the inclined surface 911, the positioning plate 93 is used as a reference to the other long work W. It can be arranged neatly so that the tips are aligned.

  In such a feeding device, when any long workpiece W is taken out from the slide 91 and received by the conveyance path 92, the tip thereof is located at a fixed distance from the processing machine in the next process. The processing machine in the next process can process them in order according to a fixed schedule.

However, such a feeding device is provided with the positioning plate 93, but when the worker puts the long workpiece W on the slide 91, it is also careful to put the tip of the long workpiece W on the positioning plate 93 one by one. In addition, it is difficult to automate or mechanize the work of aligning the tips of the long workpieces W by hand.
Fully automatic carbide circular saw cutting machine TK5C-70GL (product number), manufactured by Tsune Seiki Co., Ltd.

  In view of the above problems, the present invention does not need to be arranged in advance so that the tip is aligned by hand before the long workpiece is received in the transfer path, and the position of the tip is automatically set during transfer by the transfer path. In particular, it is an object of the present invention to provide a feeding device that can be adjusted in accordance with the processing schedule of the next process.

In order to achieve the above object, it has an inclined surface, and a plurality of long workpieces are arranged along the inclined surface from a low place to a high place side, and can be taken out one by one from the low place. And a plurality of rollers arranged at substantially the same level along the direction crossing the inclined direction from the high place side to the low place side, on the low place side of the slide. A feeding device including a conveying path that guides in the transverse direction after receiving a long workpiece from an inclined surface and sends it to the next process, wherein the slide is spaced in a direction transverse to the inclined direction And the upper surfaces of the slide units are arranged on the inclined surface on the high place near both sides of the conveyance path. Stock to catch long workpieces -A stop fence is formed on the low side to receive the long workpiece conveyed to the conveyance path, and a plurality of guide rollers are installed along the conveyance path on one side of the conveyance path near the stoppers. The long workpieces that are transported to the transport path together with the plurality of stoppers are guided to the transport path, the long work closest to the stoppers is passed over the stoppers, and then inserted into the transport path. A work shift means is provided for each slide unit so as to be received by each stop hook, and the work shift means has a free end protruding from a position at substantially the same height as the upper surface of the slide unit. The swing plate is pivotally supported so as to swing within a range up to a position at substantially the same height as the upper surface of the stopper, and a plurality of the long workpieces are arranged on the high side of the slide. The storage is provided with an opening on the upper side, and lifting means for lifting the long workpiece into the inclined surface of the slide from the opening is installed. A normally closed gate which is configured to be opened immediately after hitting the tip of a long workpiece conveyed to the conveyance path, and to be closed again when the long workpiece passes by, near the end of the conveyance path As a result, even if the long work is arranged on the slide table without being aligned with the other long work, if the long work is discharged to the transport path and conveyed, Provided is a feeding device characterized in that it is possible to enter a predetermined machining schedule for the next process only after the position is adjusted by hitting a closed gate.

  In the feeding device of the present invention, an operation lever that is operated by a swinging movement, and a left and right movement along the transverse direction by a swinging operation of the operation lever are arranged so as to extend in a direction crossing the tilt direction. The interlocking rod configured to be capable of rotating, and the interlocking rod is rotated between the interlocking rod and the slide unit when the interlocking rod is moved left and right by a swinging operation of the operation lever. A rotating plate installed so as to move the unit back and forth in the tilt direction together with other slide units, whereby the slide is moved in the tilt direction by a swinging operation of the operation lever, The distance between the plurality of stoppers moving with the slide and the plurality of guide rollers can be adjusted according to the size of the long workpiece. It is preferred.

  In the feeding device of the present invention, the plurality of rollers in the transport path are driven by a motor to rotate, and are provided with a drive roller that can transport a long workpiece received in the transport path. Above the drive roller, a guide roller is arranged in parallel with the drive roller, and is arranged and configured so that the distance between the guide roller and the drive roller can be adjusted.

  In the feeding device according to the present invention, when the driving roller is driven, the driving roller rotates at a speed higher than a necessary distance for transporting the long work received by the transport path until the tip of the long work hits the normally closed gate. The long workpiece is held at a time by the normally closed gate to be delayed, and when the normally closed gate is opened, a further predetermined number of rotations are performed, and all the long workpieces have the same machining position. Is set to put on.

  In the feeding device of the present invention, among all the long workpieces that have been received by the transport path one after another via the storage and the slide, the distance between the tip and the normally closed gate is the maximum possible distance. The required distance is the distance required to move the distant one by the rotation of the driving roller until the tip hits the normally closed gate.

In the feeding device according to the present invention, the bottom of the reservoir is an inclined surface having a high edge at the far end of the slide and a low edge at the close edge, and is spaced apart in the direction of the conveyance path. It is composed of a plurality of ribs provided obliquely, and the elevating means is installed so that it can be raised and lowered to a side closer to the slide in the reservoir, and when it is raised, its end far from the slide From a standing plate configured so that it can be sequentially transferred to the inclined surface of the slide while lifting any long workpiece on the upper surface with the upper edge having a high edge and the lower edge being a low position. It has become.

  In the feeding device of the present invention, the end portion on the high place side of the slide is in the storage, and the end face thereof is inclined from the end on the high place side of the inclined face of the slide to the lower side. The vertical plate has an upper edge on the upper surface closer to a side farther from the slide in the storage than a higher edge of the slide, and the operation lever swings. The slide is moved in the inclined direction by an operation, and along with the distance between the plurality of stoppers and the plurality of guide rollers, the edge on the high side of the upper surface of the upright plate and the high side of the slide It is preferable that the distance between the edges can be adjusted according to the size of the long workpiece.

  In the feeding device of the present invention, the elevating means is provided on the inner surface of the reservoir at intervals in the direction of the transport path, and is laid from an end edge near the slide to an end edge far from the slide. Belt, a fixed roller with one end of the corresponding belt fixed on the side far from the slide near the opening of the reservoir, and near the opening of the reservoir. A plurality of pulley sets having a winding roller around which the other end of the corresponding belt is wound via an idler roller on the side close to the slide base, and when the winding roller is rotated, While winding and lifting a large number of belts so that the edge far from the slide is a high place and the close edge is a low place, the long workpiece on the belt is lifted. Sequentially to the surface and is configured to be able to deliver.

  In the feeding device of the present invention, each side of the opening near the opening of the reservoir can be rotated while the opening is closed or opened, and the opening is closed. Further provided are a number of covers whose free ends are spaced from the upper surface of the corresponding slide unit when rotated, and the free ends of the respective covers are the upper surfaces of the corresponding slide unit. It is comprised so that the clearance gap between can be adjusted.

  Since the normally closed gate as described above is attached to the conveying path in the transporting device according to the above configuration, even if the long work is arranged neatly without aligning the other long work and the tip on the slide, When it is transported out of the transport path, the tip of the tip hits the normally closed gate and the position is adjusted, and the processing schedule for the next process is entered for the first time. Therefore, it is not necessary to align the tips of long workpieces with a conventional positioning plate or manually, and it can meet the trend of automation.

  Hereinafter, a preferred embodiment of a feeding device according to the present invention will be described in detail with reference to the accompanying drawings. First, a feeding apparatus according to a first embodiment of the present invention will be described with reference to FIGS. As shown in FIGS. 1 to 3, the feeding device sequentially supplies a long work W such as a pipe or a steel bar to the next process by a processing machine, and is roughly a slide mounted on the gantry 1. 2, a transfer path 3, a workpiece transfer means 4, a storage 5, an elevating means 6, and a normally closed gate 7. In this example, this feeding device is used in combination with a processing machine which is a cutting machine C as shown in FIG.

As shown in FIGS. 1 and 4, the slide 2 has an inclined surface 21, and the inclined surface 2
In addition to arranging a plurality of long workpieces W along the inclined surface 21 from the low place to the high place side, the long work W can be taken out one by one from the low place. In this example, the slide 2 is provided at intervals in a direction (hereinafter referred to as a transverse direction X) that traverses an inclination direction (hereinafter referred to as an inclination direction Y) from the high side to the low side of the inclined surface 21. The upper surface 221 includes a plurality of slide units 22 each having an inclined surface 21. Further, the end portion on the high side of the slide 2 is in the storage 5, and its end surface 26 is an inclined surface inclined downward and to the low side from the edge on the high side of the inclined surface 21 of the slide 2. is there.

  Further, in each slide unit 22, a stopper 222 for receiving the long work W arranged on the inclined surface 21 on the high side near both sides of the conveyance path 3, and the long work W conveyed to the conveyance path 3 on the low side. A catch 223 is formed to receive the catch.

  And the slide 2 is further provided with the operation lever 23, the interlocking rod 24, and the rotation board 25, as shown in FIG. 6 and FIG. The operation lever 23 is operated by sliding. The interlocking rod 24 is arranged so as to extend in the transverse direction X, and can be moved left and right along the transverse direction X by a swinging operation of the operation lever 23. The rotating plate 25 rotates between the interlocking rod 24 and each slide unit 22 when the interlocking rod 24 is moved left and right by the swinging operation of the operation lever 23, and each slide unit 22 is moved together with other slide units 22. It is installed so as to move back and forth in the tilt direction Y.

  As shown in FIGS. 1, 3, and 4, the conveyance path 3 is arranged at substantially the same level along the transverse direction X passing between the stopper 222 and the stopper 223 on the lower side of the slide 2. It is composed of a plurality of rollers 31, can pass the stopper 222, receive a long workpiece W from the inclined surface 21, guide it in the transverse direction X, and send it to the next step by the cutting machine C.

  As shown in FIGS. 1, 2, 5, and 8, the plurality of rollers 31 in the conveyance path 3 are provided with driving rollers 31 </ b> D that are driven to rotate by a motor 33 with an encoder 331. A guide roller 34 is provided above the drive roller 31D. The guide roller 34 is parallel to the drive roller 31D and is received by the conveyance path 3 between the drive roller 31D and the expansion and contraction operation of the cylinder 35. It is arranged and configured so that the distance can be adjusted so as to be close to or remote from the driving roller 31D so as to sandwich the long workpiece W that is placed, and is received by the conveyance path 3 thereby. The long workpiece W can be conveyed. Incidentally, a servo motor may be used instead of the motor 33 with the encoder 331.

  In addition, a plurality of guide rollers 32 are installed along the conveyance path 3 on one side of the conveyance path 3 near the plurality of stoppers 222, and sandwich the long workpiece W conveyed to the conveyance path 3 together with the plurality of stoppers 223. Can be guided along the transport path 3. The plurality of stop walls 223 have smooth planes at the positions sandwiching the respective long workpieces W, but rolls may be attached to guide the long workpieces W more smoothly.

  And by the said structure, as shown in FIG. 7, the slide 2 is moved to the inclination direction Y by the rocking | fluctuation operation of the operation lever 23, and between the some stop 223 and the some guide roller 32 which move with the slide 2 are provided. The distance can be adjusted according to the size of the long workpiece W.

As shown in FIGS. 1, 4, 5, and 9, there are a plurality of work shifting means 4, and each work shifting means 4 is installed on each of the plurality of slide units 22, and operates together. The long workpiece W closest to 222 is configured to be able to pass over the plurality of stoppers 222 and then enter the conveying path 3 between the plurality of stoppers 222 and the plurality of stoppers 223.

  In this example, each work shifting means 4 is composed of a swing plate 41 whose upper surface 412 of the free end 411 is at an initial position at substantially the same altitude as the upper surface 221 of the slide unit 22. The free end 411 protrudes from the initial position and is pivotally supported so as to swing within a range up to a position at substantially the same height as the upper surface 224 of the stopper 222, and is a long workpiece closest to the stopper 222. W can be lifted and slid along the upper surface 412 into the transport path 3. A cylinder 43 that is coupled to the lower end of the free end portion 411 of each swing plate 41 via a link mechanism 42 so as to be interlocked with a long bar 44 that is rotatably provided, and that is interlocked with one link mechanism 42. The swinging plate 41 can be caused to swing by the expansion and contraction operation through the one link mechanism 42, the long bar 44, and the other link mechanism 42.

  As shown in FIGS. 1 and 4, the reservoir 5 has an opening 51 on the top, and the bottom of the reservoir 5 has an inclined surface 53 in which the edge far from the slide 2 is high and the near edge is low. In addition, since the plurality of ribs 52 are provided obliquely at intervals in the direction of the conveyance path 3, a plurality of long workpieces W can be stored on the high side of the slide 2.

  The lifting / lowering means 6 lifts the long workpiece W in the storage 5 and then delivers it from the opening 51 to the inclined surface 21 of the slide 2. In this example, as shown in FIGS. 1 and 2, the elevating means 6 is mainly a standing plate 61 installed for each slide unit 22 so that it can be raised and lowered to the side close to the slide 2 in the storage 5. It is made up of. As shown in FIGS. 10 to 12, each of the standing plates 61 first has an upper surface 611 at an initial position at substantially the same height as the upper surface 53 of the rib 52, and protrudes from the initial position so that the inclined surface of the slide unit 22. It is provided to be slidable up and down within a range up to a position at almost the same altitude as 221. A rack 612 extending vertically is attached to one side edge. The rack 612 meshes with one of a plurality of pinions 621 installed on a long shaft 62 that is rotationally driven in two directions by a motor 63 (see FIG. 4), and operates by forward and reverse rotation of the pinion 621 by the motor 63. The corresponding standing plate 61 can be moved up and down together with all the other standing plates 61. With the above-described configuration, when the upright plates 61 are lifted, all the upper plates 611 above the upper surface 611 are arranged with the upper surface 611 having a high edge at the end far from the slide unit 22 and a low edge at the close edge. While lifting the long workpiece W, it can be sequentially transferred to the inclined surface 21 of the slide 2.

  As shown in FIGS. 1 to 3, the normally closed gate 7 is opened near the end of the transport path 3 immediately after it is hit by the tip of the long workpiece W transported on the transport path 3, and It is configured to be closed again when the scale work W passes. Such an operation is performed together with the operation of the drive roller 31D under the control of a control device (not shown) according to the design of the electric circuit.

  That is, when the driving roller 31D is driven, the long work W is rotated at a rotational speed higher than a necessary distance for transporting the long work W received on the transport path 3 until the leading end of the driving roller 31D hits the normally closed gate 7. When the normally closed gate 7 is opened, it is further rotated at a predetermined rotation speed, and any long workpiece W is moved to the next stage of the processing machine. It is set to be placed at the same processing position or processing time in the processing schedule.

  The necessary distance is the maximum possible distance from the gate 7 whose tip is normally closed among all the long workpieces W received by the transfer path 3 via the storage 5 and the slide 2 one after another. One distance is the distance required to move the tip until the tip hits the normally closed gate 7 by the rotation of the driving roller 31D.

  Even if the long work W is arranged on the slide 2 without being aligned with the other long work W, when the long work W is transferred to the transport path 3 and transported, the tip 7 is normally closed. It is possible to enter a predetermined machining schedule for the next process only after the position is adjusted.

  Next, a feeding device according to a second embodiment of the present invention will be described with reference to FIGS.

  As shown in FIGS. 13 and 14, the configuration of the second embodiment is almost the same as that of the first embodiment, but the difference is as follows.

  That is, an inclined surface is not provided at the end on the high place side of the slide 2A. The elevating means 6A includes a plurality of belts 64A and a plurality of pulley sets 65A. A large number of belts 64A are provided on the inner surface of the storage 5A at intervals in the direction of the conveyance path 3A, and are laid from an end edge close to the slide 2A to an end edge far from the slide base 2A. A large number of pulley sets 65A are installed for each of a large number of belts 64A, and a fixed roller 651A having one end of the corresponding belt 64A fixed to the side far from the slide 2A near the opening 51A of the storage 5A, and a storage. There is a winding roller 653A around which the other end of the corresponding belt 64A is wound via an idler roller 652A on the side close to the slide 2A near the opening 51A of the place 5A.

  As a result, when the winding roller 653A is rotated, a large number of belts 64A are wound up and lifted so that the inclined surface 641A has a high edge at the edge far from the slide 2A and a low edge at the near edge. The long workpiece W thereon can be sequentially transferred to the inclined surface 21A of the slide 2A.

  Further, a large number of covers 66A are further provided on the side far from the slide 2A near the opening 51A of the storage 5A. Each cover 66A can be rotated while the opening 51A is closed or opened. When the cover 66A is rotated so that the opening 51A is closed, its free end is the upper surface 221A of the corresponding slide unit 22A. A gap 661A is opened.

  In addition, the free end part of each cover 66A is comprised so that the clearance gap 661A between the upper surfaces 221A of corresponding | compatible slide unit 22A can be adjusted.

  As mentioned above, although the example of suitable embodiment of this invention was demonstrated, this invention is not limited to the said embodiment. That is, the present invention is not construed in a narrow sense as being limited to the above-described embodiment, and various modifications and changes can be made within the scope of the idea of the present invention.

  As described above in detail in the example of the embodiment, the feeding device of the present invention can receive a predetermined processing for each long workpiece, and aligns the leading end of the long workpiece with a conventional positioning plate or manually. It is not necessary and can be adapted to the trend of automation.

1 is a top perspective view of a feeding device according to a first embodiment of the present invention. It is a bottom perspective view of the feeding device according to the first embodiment. It is a top view which shows the relationship between the feeder which concerns on the said 1st Embodiment, and the processing machine of the following process. It is a right view of the feeder which concerns on the said 1st Embodiment. It is a left view of the feeder which concerns on the said 1st Embodiment. It is explanatory drawing which shows the action | operation between the operation lever of the feeder which concerns on the said 1st Embodiment, an interlocking rod, and a rotation board. It is explanatory drawing which shows the action | operation of the slide of the feeder which concerns on the said 1st Embodiment. It is explanatory drawing which shows the action | operation of a guide roller with respect to the drive roller in the conveyance path of the feeder which concerns on the said 1st Embodiment. It is explanatory drawing which shows the action | operation of the workpiece transfer means of the feeder which concerns on the said 1st Embodiment. It is explanatory drawing (the 1) which shows the action | operation of the raising / lowering means of the feeder which concerns on the said 1st Embodiment. It is explanatory drawing (the 2) which shows the action | operation of the raising / lowering means of the feeder which concerns on the said 1st Embodiment. It is explanatory drawing (the 3) which shows the action | operation of the raising / lowering means of the feeder which concerns on the said 1st Embodiment. It is a right view of the feeder which concerns on the 2nd Example of this invention. It is explanatory drawing which shows the action | operation of the raising / lowering means of the feeder which concerns on the said 2nd Embodiment. It is a right view of an example of the conventional feeder.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Base 2, 2A Slide base 21, 21A Inclined surface 22, 22A Slide base unit 221, 221A (Slide unit) upper surface 222 Stopper 223 Stopper 224 (Stopper) upper surface 23 Operation lever 24 Interlocking rod 25 Rotating plate 26 (Slide base) ) End face 3, 3A Conveying path 31 Roller 31D Driving roller 32 Guide roller 33 Motor 331 Encoder 331
34 Guide rollers 35 and 43 Cylinder 4 Work transfer means 41 Oscillating plate 411 Free end portion 412 Upper surface 42 (free end portion) Link mechanism 44 Long bar 5, 5A Reservoir 51, 51A Opening 52 Rib 6, 6A Lifting means 61 Standing plate 611 (standing plate) upper surface 612 Rack 62 Long shaft 621 Pinion 63 Motor 64A Belt 641A (Belt) inclined surface 65A Pulley set 651A Fixed roller 652A Play roller 653A Winding roller 66A Cover 661A Clearance 7 Normally closed gate C Cutting Machine X Transverse direction Y Inclination direction W Long workpiece

Claims (9)

A slide having an inclined surface and arranged so that a plurality of long workpieces are arranged from a low place to a high place along the inclined face, and can be taken out one by one from the low place, A long work which is composed of a plurality of rollers arranged at substantially the same level along the direction crossing the inclined direction from the high place side to the low place side on the low side of the slide, and is extended from the inclined surface. A postage device including a conveyance path that guides in the transverse direction after receiving the postage to the next process,
The slide is composed of a plurality of slide units which are provided at intervals in a direction crossing the tilt direction, and whose upper surfaces together form the tilt surface.
In each slide unit, a stopper for receiving the long work arranged on the inclined surface on the high side near both sides of the conveyance path, and a stopper for receiving the long work conveyed on the conveyance path on the low side Formed,
A plurality of guide rollers are installed along the conveyance path on one side of the conveyance path near the plurality of stoppers, and guides a long workpiece conveyed to the conveyance path together with the plurality of stoppers to the conveyance path. ,
A work shift means is installed for each slide unit so that the long workpiece closest to each stopper is moved over the stopper and then inserted into the transport path and received by the stopper. The workpiece shifting means is pivotally supported so that its free end protrudes from a position at substantially the same height as the upper surface of the slide unit and swings within a range up to a position at substantially the same height as the upper surface of the stopper. It consists of a moving plate,
A storage for storing a plurality of the long workpieces is provided on the high side of the slide, and the storage has an opening on the top, and after the long workpiece is lifted, Elevating means is installed to hand over the inclined surface of the slide,
Near the end of the transport path, there is a normally closed gate configured to be opened immediately after hitting the tip of a long work conveyed to the transport path and closed again when the long work passes. Installed,
As a result, even if the long work is arranged on the slide without being aligned with the other long work, the position of the long work is adjusted so that it is brought into contact with the normally closed gate when it is transported out of the transport path. A postage device characterized by being able to enter a fixed processing schedule for the next process for the first time after being done. The slide further comprises:
An operation lever that is operated manually,
An interlocking rod that is arranged to extend in a direction that crosses the tilt direction and that can be moved left and right along the transverse direction by a swinging operation of the operation lever;
Between the interlocking rod and each slide unit, the interlocking rod rotates when it is moved left and right by a swinging operation of the operation lever, and each slide unit is moved back and forth in the tilt direction together with other slide units. And a rotating plate installed so that
Accordingly, the slide is moved in the tilt direction by the swinging operation of the operation lever, and the distance between the plurality of retaining ribs and the plurality of guide rollers that move together with the slide depends on the size of the long workpiece. The postage device according to claim 1, wherein the postage device can be adjusted. A plurality of rollers in the transport path are driven by a motor to rotate and are equipped with drive rollers that can transport a long workpiece received in the transport path,
In addition, the guide roller is arranged above the drive roller so that the guide roller is arranged in parallel with the drive roller, and the distance between the guide roller and the drive roller can be adjusted. Item 3. A shipping device according to item 1 or 2.   When the driving roller is driven, the driving roller rotates at a speed more than a necessary distance to convey the long workpiece received by the conveying path until the tip of the driving roller hits the normally closed gate. When the normally closed gate is opened, the predetermined number of rotations are further performed and all long workpieces are set at the same machining position. The postage device according to claim 3, wherein   Of all the long workpieces that have been received by the transfer path via the storage and the slide one after another, the tip of which is separated from the normally closed gate with the maximum possible distance, 5. The postage device according to claim 4, wherein a distance required to move the tip until it contacts the normally closed gate by rotation of a driving roller is set as the required distance. The bottom of the reservoir is an inclined surface having an edge far from the slide as a high place and a close edge as a low place, and a plurality of slopes are provided at intervals in the direction of the transport path. Made of ribs,
The elevating means is installed so as to be able to ascend and descend to the side near the slide in the storage, and when rising, the edge far from the slide becomes a high place and the near edge becomes a low place. 3. A standing plate configured to be capable of sequentially transferring the long workpiece on the upper surface to the inclined surface of the slide while lifting the long workpiece on the upper surface. Shipping equipment. An end on the high side of the slide is in the reservoir, and an end surface of the slide is an inclined surface inclined downward and to a low side from an edge on the high side of the inclined surface of the slide,
The vertical plate has an edge on the high side of the upper surface closer to the side farther from the slide in the storage than the edge on the high side of the slide,
Further, the sliding base is moved in the tilt direction by the swinging operation of the operation lever, and along with the distance between the plurality of retaining ribs and the plurality of guide rollers, The mailing apparatus according to claim 6, wherein a distance between the slide platform and the edge on the high place side can be adjusted according to the size of the long workpiece. The lifting means is
A plurality of belts provided on the inner surface of the reservoir at intervals in the direction of the transport path, and laid from an end edge near the slide to an end edge far from the slide;
A plurality of belts are provided for each of the plurality of belts, and fixed rollers each having one end of a corresponding belt fixed to the side far from the slide near the opening of the storage, and the slide near the opening of the storage It consists of a number of pulley sets having a winding roller around which the other end of the corresponding belt is wound via an idler roller on the near side,
Accordingly, when the winding roller is rotated, the multiple belts are wound up and lifted so that the edge far from the slide becomes a high place and the close edge becomes a low slope. The postage device according to claim 1, wherein the long work piece on the upper part can be sequentially delivered to the inclined surface of the slide. Each can be pivoted to the side far from the slide near the opening of the reservoir while the opening is closed or open, and when the opening is turned to the closed state, the freedom A number of covers are also provided, the ends of which are designed to open a gap with the upper surface of the corresponding slide unit.
9. The shipping device according to claim 8, wherein the free end portion of each cover is configured to be able to adjust a gap between the upper end of the corresponding slide unit.

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