JPS58134928A - Cocoon extruding apparatus in partitioned frame cage - 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 The present invention provides a method for efficiently cocooning a surface built in a frame made by combining cardboard in a lattice pattern without damaging the frame. Is it possible to use the rotational movement of an endless chain for ward frame agricultural transport? An automatic frame group feeding device in which the rotations of both devices are interlocked so that the cocoon extrusion device will not damage the cocoon extrusion device even if the cocoon extrusion device gets stuck in the frame group that has been blocked by the device. This is a cocoon extrusion device using six machines.

Conventional cocoon collection, as well as most of the cocoon collection methods currently in use, require a total of 156 cocoons, 12 vertically and 13 horizontally, to collect the cocoons on the surface built on the Ku-frame earthquake. The cocoons are collected in each section using a cocoon collection machine that moves the cocoon extrusion rod up and down.

In this method, in order to supply the cocoon-collecting machine with the cocoon membranes, the cocoon blinds are inserted into a frame made to match the outer circumference of the cocoon membrane. This frame was moved under the cocoon extrusion rod of the cocoon collection machine, and after moving to a fixed position, the cocoon extrusion rod was lowered to push out the surface inside the ward frame and collect the cocoons. In the cocooning method, since the cocoons are collected within the regulated framework, the cocoons are not damaged by the cocoon pushing rod of the cocoon collecting machine, but on the other hand, the cocoons are not fed to the cocoon collecting machine. It required manpower each time, and it was impossible.

On the other hand, as well as Utility Model Publication No. 36952 of 1978, there is also a cocoon collecting machine with a rotating cocoon feeding piece called an automatic feeding cocoon collecting machine according to Utility Model Publication No. 22711 of 1978.

In order to supply the cocoon collector without stopping the cocoon collecting machine, a feed roller reciprocates on the feed bed in conjunction with the rotation of the feed piece to a point that is the same length away from the feed piece as the piece. Send the ward frame tribe to the position where the sending piece fits into the ward frame tribe, and after the sending piece fits into the ward frame tribe, send the ward frame tribe as well while pushing out the surface built within the ward frame farm by rotating the sending piece. A rotary cocoon collecting method was devised. This rotary cocoon collecting method eliminates the need to handle the same cocoon over and over again during cocoon collecting work, and is more labor-saving and efficient than conventional cocoon collecting machines that use a cocoon extrusion rod that moves up and down. Ta.

However, this automatic feeding and collecting machine had the following drawbacks. This is the position where the feeding device that supplies the ward frame to the feeding piece of this automatic feeding cocoon collecting machine inserts the feeding piece into the first section of the ward frame by the reciprocating movement of the feed roller by a crank installed coaxially with the feeding piece. Since the feed roller is used to reciprocate up to the point where the feed piece is the same length as the ward frame, the feeding piece is inserted into the ward frame blind. Because it relies only on this feed piece, the frame group is constantly subjected to strong pressure on the side (a) of the frame group in the axial direction of the feed piece, and as a result, it is made by combining cardboard boxes in a lattice pattern. The square frames that have been used for a long time are likely to be damaged, and in the square frames that have been used for a long time, there are many that are damaged, especially on the side (a) on the side parallel to the axis of the feed piece. , when the ward frame group with this damaged edge is supplied to the feed piece, the feed piece that rotates in contact with this damaged side will spin idly, and the feed will be delayed by the idling side, so the ward frame will be delayed. Distortion occurs in the entire frame group,
When distortion occurs, the meshing between the feeder piece, which is manufactured to match the pitch of the ku-frame group's sections, and the ward-frame group's section becomes out of order, and the ward-frame group's sections that are out of mesh with each other are all damaged by the feeder piece. , it had a serious drawback that it made it impossible to reuse the ward frame group. Because of this drawback, it is a very labor-saving and efficient device.

However, it was not possible to replace the cocoon collection machine that uses a vertical movement of the cocoon extrusion rod, which is impossible to use.

In addition, the feeding method of the section frame group uses the reciprocating motion of the feed rope by the drive system of a crank installed coaxially with the axis of the feed piece, and the feeding speed is fast, with the feed roller making one reciprocation when the axis of the feed piece rotates once. Since the feed roller reciprocates, there is a disadvantage that it requires skill to feed the ward frame group to this feed roller, and if the timing of the supply of the ward frame group and the reciprocating movement of the roller do not match, the feed will fail. It had the disadvantage that the pieces could damage the ward frame group. In addition, this method that utilizes the reciprocating motion of the feed roller by a crank drive system installed coaxially with the shaft of the feed roller is limited in the distance the feed roller can move, and one reciprocation of the feed roller and one revolution of the feed roller are limited. Because they are the same, the distance that the section frame group moves during one reciprocation of the feed roller is only 4 sections of the section frame group, which are sent by the number of 4 pieces provided on the rotating shaft, and the distance that the section frame group moves vertically. In the case of feeding, in order to completely feed the 12-section frame group, the rotating shaft supporting the feeding piece needs to rotate three times, and at the same time, the feeding roller also makes three reciprocations. The method proposed in Patent Application No. 51008 further saves labor in supplying the cocoon racks to the cocoon collecting machine and enables highly efficient cocoon collecting work. The automatic feeding device for the section frame group, which feeds sheets one by one from the bottom, is such that the feed roller also makes one reciprocation while the shaft of the feed piece goes down once, and the distance the section frame group moves during this period is 4 sections. This is because the sending piece does not send out the first ward group and then sends the next ward group, and the sending piece and the sending piece sandwich the ward group and crush it. The labor-saving, high-efficiency automatic feeder for the section frame group has the drawback that it cannot be used with a feeder that utilizes the reciprocating movement of a feed roller driven by a crank provided coaxially with the feeder piece.

The present invention eliminates these drawbacks and eliminates the drawbacks of the rotary cocoon collecting machine, which was not popular due to the drawback of breakage of the cocoon, which is known to be the most efficient. By using the rotational motion of the endless chain in the feeding device, it is possible to feed the ward frame group by any necessary distance without being limited by the distance of the ward frame blind feeding device, and further, by using this endless chain. The rotation of the cocoon extrusion device and the rotary cocoon extrusion device for the cocoon extrusion device has been changed so that the cocoon extrusion device will not damage the cocoon extrusion device even if it gets stuck in the cocoon extrusion device sent by the cocoon extrusion device. By interlocking the meshing of both devices, it is possible to supply the cocoon extrusion device with the swarms without having to stop the cocoon extrusion device each time.Furthermore, it is possible to supply the swarms to the cocoon extrusion device without stopping the cocoon extrusion device each time. By setting the cocoon extrusion speed and the feeding speed of the frame vibration by the cocoon extrusion device at the same speed, when the cocoon extrusion device inserts into the section frame group and sends the section frame group while pushing out the surface, the cocoon extrusion device continuously sends the section frame group. After the quake, a device 1111 pushes out the quake into a cocoon using the extruder for extruding the cone group of the cone group feeding device.

Since it is possible to always feed parallel to the rotation axis of the frame, even if there is a damaged section of the section, the section of the section can be prevented from being distorted by relying only on the feeding piece to feed the section. Unlike the previous invention, this method eliminates the possibility of breakage of the frame and makes it possible to create an economical automatic cocoon collection device.

To explain the drawing for an example of the current implementation, the ward frame group (
1) An endless chain (5) holding a frame pusher (4) for feeding the frame 11 (1) to a feed pect (3) having guide pieces (12), (12) for feeding. Chain gear (6
) attached to the feed bed (3) so that it can be rotated freely by means of rotation shafts (7) and (8). On the other hand, the upper part of the feed bed (3) has a figure rotation shaft with a chain gear (6). A cocoon extrusion device (10) is provided which rotates and extrudes the cocoon (2) built in the ward frame at a position that is longer than the same length as the ward frame fj (1) from the frame group extruder (1).

The cocoon extrusion device and the cocoon feeding device thus provided are driven by a drive motor (omitted from the figure, only the direction of rotation of the device is indicated by an arrow).

This device configured as described above is different from the device that utilizes the reciprocating motion of the feed roller driven by a crank provided coaxially with the feed piece.
By increasing the total length of the
Further, the total length of the endless chain (5) is set to be a multiple of the moving distance of the cocoon cocoons that are moved by one rotation of the cocoon extrusion device, so that the cocoon cocoon extrusion device can feed the cocoon cocoons into the cocoon feeder. In order to prevent damage to the ward frame even if the cocoon extrusion device gets stuck in the cocoon extrusion device, it is necessary to stop the cocoon extrusion device one by one, since once the two devices are interlocked and the two devices are interlocked, they will always mesh from then on. The automatic feeding device for ward-frame farming proposed by the present applicant in Patent Application No. 55-51008 also has a cocoon extrusion device (10) by increasing the length of the endless chain (5). This can be used because it is possible to send the next ward after sending one ward, and even if the cocoon extrusion device gets stuck in the ward that has been sent, the ward cannot be sent. Since the two devices are interlocked with each other so as not to be damaged, there is an advantage that it is possible to further save labor in supplying the sectional frames, and it is also possible to supply the sectional frames one by one. Compared to the above method, this method does not require manpower to supply each section, so the entire device can be operated at high speed, which has the effect of saving labor and achieving high efficiency.

Further, the cocoon extrusion device (10) is provided so that the ward frame feeding device rotates once after feeding one ward frame group,
In addition, the rotation speed of the frame feeder may be lowered to a lower speed, or the total length of the endless chain (5) may be lengthened, or the rotating shaft (7) with a chain gear (6) may be used.
) (8) This is possible by slowing down the rotation, and compared to the previous design in which the feed roller reciprocates three times while feeding one sheet of sheet metal, it allows sufficient time for feeding the sheet metal, so it is suitable even for beginners. It has the advantage of being easy to work with and does not cause damage to the frame due to timing problems during supply.

In addition, even after the cocoon extrusion device is inserted into the ward frame group, the ward frame group is sent by the ward frame group feeding device, and in order to prevent the ward frame group from being damaged by the cocoon extrusion device, the cocoon extrusion device (10
) It is necessary to equalize the moving distance of the ward frame membrane moved by one rotation of the ward frame membrane and the moving distance of the ward frame membrane sent by the ward frame feeding device. The moving distance of the frame group can be determined by determining the rotation speed of the rotation shaft (7) or (8) with the chain gear (6) of the frame group feeder, the number of teeth of the stopper gear (6), and the chain pitch. Become.

For example, the rotation speed of the cocoon extrusion device and the rotating shaft (7) or (8)
) when the rotation speed of the cocoon extrusion device (1o) is the same.
If you divide the distance traveled by one rotation of the chain by the chain pitch and set the obtained number to the number of teeth of the chain gear (6), the distance traveled by the group of wards moved by both devices will be equal, and the distance moved by the cocoon pushing device will be equal. There is an advantage that there is no need to damage the frame farming.

At this time, depending on the chain pitch, the moving distance of the ward film by the cocoon extrusion device and the moving distance of the ward frame film by the ward frame feeding device may not necessarily be the same. Even if the cocoon extrusion device is continuously inserted into the ward frame group being sent by the device, the ward frame group is not damaged and the movement by both devices is within the range where the effect of preventing the ward frame group from being distorted is produced. The effect is the same as when the distances are the same, and this does not depart from the spirit of the present invention.

Furthermore, although the rotary movement of an endless chain is used in the ward frame agricultural transport device, the effect remains the same even if an endless belt is used instead of the endless chain as long as it can rotate in synchronized left and right rotation, and the spirit of the present invention is maintained. This does not deviate from the above. ゛In addition, in the figure, the frame group pusher provided on the endless chain is also shown to rotate together with the endless chain, but the frame group pusher is sent back and forth on the bed. Even if it is movably provided in the endless chain (5), the effect will not change and this does not depart from the spirit of the present invention.

As described above, by using the rotational movement of an endless chain or endless belt in the feeding device for the frame blinds, the frames are not damaged, are simple to use, and are labor-saving and highly efficient. It has the advantage that it is possible to provide a device for extruding cocoons in a sectional group using an automatic group feeding device.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention, and FIG. 1 is a plan view □. FIG. 2 is a cross-sectional view of lines A and A in FIG. 1. 1 is a section frame group, 2 is a cocoon, 3 is a feeding bed, 4 is a section extrusion tool, 5 is an endless chain, 6 is a chain gear, 7.8 is a rotating shaft with a chain gear, 9 is a main image roll, 10 is a cocoon extrusion device,
11 is the cocoon receiving plate, 12 is the guide piece, and 13 is the motor shaft a, which is the side of the section of the section frame group that is parallel to the rotation axis of the cocoon extrusion device.Patent applicant Norihiko Akabane procedural amendment letter Dear Commissioner of the Japan Patent Office 1, case Display Patent Application No. 167027 2 of 1982,
Name of the invention Cocoon extrusion device in the group 3, Person making the amendment 4, Number of inventions increased by the amendment (1) 5, Subject of the amendment (1) "Title of the invention" column in the specification (2) Details "Claims" column (3) of the specification, "Detailed Description of the Invention" column 6, Contents of amendments as shown in Attachment 7, List of attached documents Attachment 6, Contents of amendments (1) Description In the ``Title of the Invention'' column, ``Steel extrusion device within the group frame group'' is amended to ``Automatic feeding device for zone frame seismic''. ■The entire text of the "Claims" column of the specification is amended as follows. (3) Column for detailed explanation of the invention in the specification (a) 4 lines from the top of page 2 Delete the sentence "using - extrusion device" from the second line to the fifth line. 6:I) Similarly, in the first line from the bottom of page 9, the word ``ren'' in ``high-speed driving'' is corrected to ``speed'' and corrected to ``high-speed driving''. (C) Same < In the first line from the bottom of page 10, insert the word "chain" between "and" and "gear" in the sentence "...Rotation speed and gears" and read ". ...Rotation speed and chain gear"
and correct it. ) Same < In the first line from the top of page 11, "To find the chain pitch, etc.," insert the character "ra" between "ka" and "to find," and correct it to "find it from the chain pitch." . (e) Same (page 12, line 1.1 to 122 from the top [
Delete the sentence "A cocoon extrusion device within the Ku-frame tribe using

Claims (1)

[Claims] A feeding device that sends the ward frame group that has been constructed, a feeding device that sends the ward frame group that has been constructed, and a cocoon extrusion device that pushes out the ward frame group that has been constructed within the ward frame earthquake. A separate 1-section frame feeding device utilizes the rotational movement of an endless chain to extrude cocoons into the 1-section frame group fed by a ward-frame extruder provided on the endless chain. The cocoon extrusion device is equipped with an automatic cocoon feeding device which is characterized by interlocking the rotation of both devices so that the cocoon extrusion device will not damage the cocoon even if the cocoon gets stuck in the cocoon. Cocoon extrusion device