JPS596835A - Cherry canning, tool and device therefor - Google Patents

Abstract

PURPOSE:Cherry fruits are tentatively placed in a vessel of a specific shape, then made up side down into a can whereby they are packed in a can without their penducles protruding out of the can flange. CONSTITUTION:Cherry fruits in the hopper 2 are raked up with the hand and placed in the vessel 3 where the fruits drop freely, resultingly the fruit balls come down to the bottom, while their peduncles take upward. The vessel 3 has the half-sphere round bottom and a cone-like body expanding upward and its outer diameter is made smaller than the inner diameter of the can K. The handle 6 is swung by pulling to rotate the driving shaft to make the vessel up side down and put the cherry fruits into the can K. Thus, the peduncles looking upward in the vessel come down to the bottom of the can K and cause no protrusion from the can.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for packing cherry peaches into cans, an apparatus used in the method, and a VC device.

In order to pack the rice bales into the bales #6kfB, it was often necessary to manually reload the cans that protruded from the can's 7 lunges into the Eriyama area.

In other words, when a can containing 60 pieces of peach bean is in the heart) -rΦ,
The stems protruding from the flange of the can can get caught in the windings, resulting in a defective product.
personnel and -Pk51. 1) The bottleneck for adults with Echery surface construction is that it is rare at present. be able and follow'
It eliminates the need to re-insert the plastic and eliminates all of the above drawbacks! : What was done,
The gist of this is that once the bales are stuffed into a container, the container is turned upside down and the cherries are inside the container. To stuff it into a can? 11-
Features of cherry canning method and method A device that is slightly smaller in size, and a device used in the tsuchifuki method, which includes a container that temporarily houses the cherries, an inversion mechanism that inverts this container, and a reversal mechanism that works in conjunction with the inversion mechanism to move the container to the inversion position. The basic principle of the present invention is that when a cherry peach falls naturally, the fruit is positioned downward and the stalk turns completely upward.

In other words, if all the cherry cherries are packed directly into the can, most of the stems will turn upwards, and the cherries packed at the bottom will take a long time to fall (
Therefore, this tendency is obvious. Therefore, by first packing the cherries in another container, and then inverting the container and stuffing the cherries in the can into the can, the cherries in the container are placed upside down. After replacing the cherry stems, place them facing downwards to prevent them from protruding from the can's 7th lung.

Hereinafter, the present invention will be described in detail based on the illustrated embodiment.
C...11'fr, hopper 2 for storage is provided, and in front of this hopper 2? Plane portion 2a tilted downward
By doing so, the upper tray cherry C1C-... can easily slide down, and semicircular notches 2b, 2b-·ψ are formed in the edge of the upper tray.

3.3-Containers are placed below the notches 2b and 2b+1, respectively, and the cherry blossoms C and C@kai6 are placed in the containers.
This is for letting the whole thing fall and storing it once, then turning it over and tying the cherry C9C... into the can and inside the can respectively. It is formed by being connected to.

The bottom part 3a of this container 3 is entirely hemispherical, and the part 3b is gradually expanded upward to form a substantially conical shape (-1
Furthermore, the inner diameter of the upper opening 14 is made slightly smaller than the inner diameter of the can. Turn the upper part so that the valley a3 is completely reversed and put Sakura peach C1C... into the can.
There was resistance against the inner surface of the side part 3b (it fell and the replacement work was carried out quickly, and the momentary shock at this time caused the cherry blossoms to fall inside the can).
IiC, C... are deep (to make them sink,
This is to prevent the stems from getting caught between the container 3 and the can, or the fruit from getting crushed if it gets caught.

In addition, a rising piece 4a (i7) is formed on the front edge of the slow 1H to prevent the cherry from falling from there, and arms 4b and 4b 2 are provided at both ends, and this is connected to the driving shaft 5.
3.3@ with the rotation of the driving shaft 5.
・- is rotated and reversed.

Reference numeral 6 denotes a handle that rotates the original IMJ shaft 5, and is formed by bending a rod member into a hook shape so that it can be easily grasped by hand.
ii, is fixed to the drive 4 @ 5 〇 Also, both i of the drive $5 are fixed to the support plate 7.7 set up on the above-mentioned container frame l with bearings 8 and 8.
It is rotatably supported through.

Then, pull the handle 6 toward you and rotate it 2 times to rotate the driving shaft 5r, and the arms 4k) and 4b
Connecting plate 4 and container 3.3 through the association 1
Rotate and flip it.

9 is the driven shaft, and by making 4M with the above w, moving wheel 5 and chain 10, the original! ＠＠50 rotations ＠It is moved and rotated, and its both ends are the support plates 11 installed upright on the above-mentioned container frame 1.
It is rotatably supported through bearings 12 and 12' at t11.

Reference numeral 13 denotes a movable fixed member that moves back and forth in accordance with the driven @90 rotations, and is fully clamped to the can between it and the fixed part M14. A fixing device is installed along the length of the supply line 15 to the can.

This movable fixed member 13 is the driven! Binion 16 attached to 819 and rack 1 that meshes with this binion 16
7, the rotational movement of the driven shaft 90 is converted into the forward and backward movement of the support shaft 18 formed integrally with wJt rack F, and by connecting the leading end of the support shaft 18 with the U-shaped support frame 19, the rotational movement of the driven shaft 90 is converted into the forward and backward movement of the support shaft 18, which is connected to the tip of the support shaft 18 through the U-shaped support frame 19. As if moving back and forth, it moves back and forth again to the city, ni-φ・
Circular notches 1aa, 13a...
By forming @, the cans K, K # a @ are placed at a certain position, sl [i.e., the inverted position of the above container 3°3t-.
It takes a lot of effort to completely fix it.

Furthermore, a spring 21i is interposed between the dynamic leg fixing member 13 and the support shaft 18, and this elastic force causes the upper canister KK g
#1 is made so that e- clamping can be performed.

In addition, 22 is a belt conveyor for supplying cherry blossoms U, C...-' to the upper hopper 2, and the above-mentioned supply line is removed.
By providing a counter at the entrance or exit of No. 5, it is also possible to measure the number of cans per side.

Next, we will explain the 1st refilling method of the present invention. First, scrape by hand on the XfL surface portion 2a of all seven cherry peaches C, C-... in the hopper 2. Container 3.3 @ At this time, the cherries C, G...e fall freely, so that the fruit is positioned downward, and the stem is corrected so that it is facing downward. If the bottoms 3ai of the containers 3, 3... are made into a hemispherical shape, the fruit balls will be located along this wall surface, and the stems will be upwardly curved.

After this work is completed, by pulling the handle 6 forward and rotating it, the driving shaft 5 is rotated, and one container 3,
3. Reverse @ and cherry C, C... ψ? ! −
Replace it with K * @e in the can.

At this time, as mentioned above, the stems of cherry peaches C, C, etc. are facing upward R, but by inverting them, the top and bottom will be reversed, so the stool will be facing downward, and this will be placed in the can. , to...
There are no words to say from the 7th lunge of the fist.Furthermore, as the driving shaft rotates 50 times, the slave wJl169 also rotates,
Movable fixed member 13 via binion 16 and rank 17
pass through the front and clamp it to the can between the fixing members 14 and K...-' to completely fix it.

Then, rotate the handle to the original position and container 3.3@
. . . and the movable fixed member 13 are returned to their original positions, and the cans filled with cherries are transported to the next stage by the supply line 15.

The present invention has the above-described structure, and can contain cherry blossoms U, Cφ, etc. inside the can! I! (can be tied) so that it does not protrude from the can's lunge, and the shock of inverting the container causes the cherry C1C@-- to sink deeply into the can.1 This tendency is promoted, In addition, the conventional work of reloading stools is no longer necessary, and significant streamlining can be achieved.

In addition, it is extremely easy to tie it inside a cherry C9C can, and it does not require much skill, and the device can be tied relatively easily.

[Brief explanation of drawings]

Figures 1 to 3 show an example of an underground flow at fj according to the present invention, where Figure 1 is a plan view, Figure 's2 is a right side view, and Figure 3 is a sectional view showing the main part of Figure 2. , Fig. 4 is a cross-sectional view showing how the cherries are stuffed into the container, and Fig. 5 is a cross-sectional view showing how the cherries are stuffed into the container.
A cross-sectional view showing how it is packed inside. 2--Hopper, 3-Fist 11a, aa @...bottom, 4-os connection plate, 4b--Arm, 5.0.ni
l! ill, 6/φ wheel handle, 9@@fighting cap, "0
---Chain, 13・Fist・Movable fixed member, 13a・e
@Same notch, 14--Fixing member, 16--Enjoy pinion, 17-Chewing rack, C--Cherry peach, Ni-Can.

Claims (3)

[Claims] (1) A fic method for canning peaches, which is characterized in that the cherries are once packed in a vat, then the container is turned over and the cherries in the vat are stuffed into a can. (2) The entire bottom part is semi-spherical, and the upper blade is turned into a substantially conical shape that gradually widens, and the inner diameter of the opening is slightly smaller than the inner diameter of the can. Container used for the method described. (3) It consists of a container in which the cherry blossoms are once harvested, an inversion mechanism that inverts the can, and a fixing mechanism that works in conjunction with the inversion mechanism to fix the canned grapes in the inversion position of the container. A cherry canning device used in the method according to claim 1.