JPS58821A - Innoculating machine of mushroom fungi - 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 relates to an inoculation machine for mushrooms, etc. That is, the device of the present invention provides a method in which a planting rod reciprocates within a planting pipe to supply and implant the required amount of seed bacteria, pieces, and lids into the planting pipe. Through a certain sliding mechanism while connecting the device and the implantation rod, it is possible to implant the implantation specimen (this is a dedicated process and to supply the seed culture and the lid).
By separating the special core from the colander process, we have devised a way to simplify the entire work process and ensure the effectiveness of each process.

DESCRIPTION OF THE PREFERRED EMBODIMENTS The following will explain the embodiment of the apparatus of the present invention. In FIG. 1, (A) is an implantation machine for mushrooms, etc., which has a front frame (1) at the front and a rear frame (2) at the rear. ) are connected by the implanted pipe (3) and the bridge pipe (4). The implanted pipe (3) penetrates the inside of the front frame (1) and makes the tip part (5) protrude,
The log (6) is formed so as to be in contact with the entrance of the drilled implantation hole (7), and the front part of the front frame (1) contains the inoculum (8).
) is provided with a bacteria supply port (9), and a piece cover supply port 00 is provided in the rear part. The bacteria supply port (9) matches the bottom a3 of the hopper 〇 of the seed culture supply device 0η, and the scratching rod (+41) of the seed culture (8) faces the bottom α3, and the end thereof is connected to the implantation rod CIQ. One end of the connecting rod (A) that is connected to the connecting rod (to) and one end of the operating rod αη that is linked to the connecting rod (to) are interlocked and connected by a connecting rod (to), and the scratching rod 04 is connected to one side of the bottom part 03. The connecting rod Qa and the front frame (1) are always pushed away.
A suppressing spring a9 is interposed between the fixed portions. The piece cover supply port Oυ is the piece cover push rod e2 of the piece cover supply device (4)])
The lower end of the piece cover push rod 21) is always pulled up by a suppression spring (A) so as to be stopped above the inner opening of the front frame (1) of the piece cover vibrator (4). One end of the cover push rod t2+) is fixed to an operating rod (c) with a shaft (c) supported at the lower end, and the roller (c) is attached to the operating rod 07). Riding on a fixed cam
On the other hand, the piece lid vibrator (4) is filled with piece lid (c)..., and the rear frame (2)
A suppression spring (C) is inserted from the rear end and fixed with a com stopper, so that it is always pressed so that the piece cover is fed into the lower end of the piece cover push rod eυ. The implantation rod 09 has a handle at its rear end.
When inserted into the implanted pipe (3), the tip (5)
The connecting rod is shaped to a length that slightly protrudes from the implanted pipe (3), one end of the connecting rod is fixed at the bottom of the handle, and the other end is inserted through the rear frame (2). , insert the actuating rod α into one side of the U-shaped part (end) extending rearward from the front frame (1), fix the stopper 6υ to prevent insertion, and connect the stopper C3H to the U-shaped part. Only in the range (to), the movement of the connecting rod (2) is independent of the operating rod 0η (slide mechanism c).

Therefore, when using this implantation machine (A), the hopper 02 of the seed supply device (11) is filled with the seed (8)... and the front end (5) of the implantation pipe (3) is filled with the seed (8). Log (6)
When it comes into contact with the pre-drilled implantation hole (7), the implantation hole (71l' type 1 bacteria (8) and the piece lid @ are not inserted, as shown in Figure 1). Next, while holding the implanter (A) in that position, hold the handle and pull in the direction of the arrow (A) to move the inside of the implanter pipe (3). If the tip of the implantation rod α9 is at least retracted from the position of the seed supply (9) and the lid supply port QO, the connecting rod αQ connected to the implantation rod (151 Passing through the U-shaped part (to) of the stopper G]) and the U-shaped part (to) come into contact with each other, and the slide mechanism (
When the action as (to) is finished and the operation -〇η is pulled in the direction of the arrow (a), the hopper Qz is moved against the pressing force of the pressing spring QCI via the connecting rod α mark at the tip of the operating rod 0η. Slide the bottom part 03 scratching rod 04) in the direction of the arrow (a) again, and insert the seed bacteria (8) in the bottom part o3 of the popper (2) from the bacteria supply port (9) of the implantation pipe (3) into the implantation pipe. (3) At the same time, the cam (to) protruding and fixed in the middle of the piece lid supply device (operating rod 07) also moves in the direction of arrow (A), so that the roller @ moves to the cam (to). The operating rod (
) and push down the piece lid push rod QD in the direction of the arrow (b) against the pressing spring (2), so that the lower end of the piece lid push rod e21) is in contact with the lower end of the piece lid push rod QD. Push one piece down and force it into the implantation pipe (3) through the piece cover supply port oo. Next, loosen the pull on the handle of the shrubbery,
As shown in Fig. 3, the scratching rod 04), which was moving to one side at the bottom o3 of the seed culture supply value #Oυ, is moved to one side by the force of the pressure spring o9 via the connecting rod α mark, and the original Pull back together with the actuating rod aη in the direction of arrow (c) to the position shown in Fig. 1, and return the scratching rod (+41 to the original position while also making up for the lack of drop of the seed culture (8) from the bacteria supply port (9)). On the return trip, the roller on the top of the cam (A) of the piece cover supply device (A) is also moved in the direction of the arrow (C) by the restoring force of the pressing spring ■. The operating rod (C) and the piece lid push rod (D) that are linked to it are pulled up in the direction of the arrow ←).
When it reaches the double end, the piece cover push rod I2])
The lower end of is a space (Konaru, but the piece cover inside the piece cover pipe (4)
is pressed by the pressing spring (A), and one new piece is filled in the space, and at this point, the tip of the implantation rod QS has already implanted the piece lid @ in the implantation vial (3). Direction, i.e. arrow (
It is pressed in the zs1 direction and stops before the bacteria supply port (9). Next, firmly press the handle with the arrow pointing in the direction of implantation (
By pushing it in the direction a), the tip of the planting rod 09 inside the planting pipe (3) can be used for the planting work, and by pressing the piece cover (5), the tip of the planting rod 09 inside the planting pipe (3) can be used. Together with the inoculum (8), push it out from the front end (5) of the planting pipe (3) into the planting hole (7) of the log (6), and complete the planting as shown in the solid line of No. 3181'I. do. Of course, during this time, the stopper c11) at the tip of the connecting rod αQ is connected to the operating rod Q through the handle.
7) Since it is only moving in the space of the U-shaped part (7) at the end, the force in the direction of arrow eA) of the handle can only be applied to the pressing force of the implantation rod αQ for implantation. Therefore, the tip of the implantation rod α0 can be used to fill the implantation hole (7) with the seed germ (8) and the ferrule.

As explained above, the device of the present invention inserts the implantation rod a5 into the implantation pipe (3) in a reciprocating manner toward the seed culture (8) and the implantation direction e) of the piece M@, and (3) The inoculum supply port (9) of the inoculum supply device 0υ and the pottery supply port 01 of the pottery supply device (4) are arranged opposite to ζ, and the planting rod α is at least In order to supply the inoculum (8) and pottery tube into the implantation pipe (3) after exiting from the installation position, the implantation rod and the supply device 0η (4) are installed.
Since these are interlocked and connected via six slide mechanisms, the implantation rod a is interlocked with the aforementioned feeding devices (II), (a), and ζ, respectively, and the implantation rod is moved by the slide mechanism (2) located between the interlocking connection means. The movement of rod q9 can be divided into the movement for supplying the inoculum (8) and the pottery tube, and the movement for planting, and the work can be carried out while checking each work process.
In addition, the work force distribution can be done appropriately, so the seed culture (8)
It also has the advantage of ensuring that the pottery wire can be implanted reliably.

[Brief explanation of the drawing]

Fig. 1 is a cutaway side view of essential parts of the implanter (A) according to the present invention, Fig. 2 is a state view with the handle pulled out in the direction of arrow (A) from Fig. 1, and Fig. 3 is From Figure 2, point the handle to the arrow (c).
It is a 9-9 cut side view of the front frame (1) portion in a position where the front frame (1) is loosened and expanded in the direction. (A>... Implanting machine H... Implanting direction (3)
・・Implanted pipe (8) ・・Inserted bacteria (1])
... Seed supply device QQ ... Implant rod a) ... Pottery supply device - ... Pottery 6ri ... Slide mechanism.

Claims (1)

[Claims] Place the planting rod θ9 in the seeding direction (8) and the direction of planting the Komatakan (c).
into the implantation pipe (3) so as to be able to reciprocate, and insert the inoculum supply port (9) of the inoculum supply device 011 toward the implantation pipe (3).
) and the piece cover supply port 00 of the piece cover supply device (1) are arranged, and the planting rod 05 is arranged at least in the supply port (9) Q(
The implantation rod 4 and the supply device 01) (7) are moved by the sliding mechanism (2 ) An inoculation machine for mushrooms, etc., characterized by being interlocked and connected via a.