JPH0438686Y2 - - Google Patents

Description

[Detailed explanation of the invention] [Industrial field of application] When selling (exporting) tulip bulbs overseas, in order to grow the bulbs to a certain size, the growth of tulips is monitored at a certain time after flowering. Flowers are being plucked to suppress this.

The present invention relates to a self-propelled tulip flower cutting machine that moves and cuts several tulip flowers grown at regular intervals on a ridge and collects them at the same time.

[Conventional technology]

Previously, there was no such machine for cutting tulip flowers, so workers had to pick each tulip flower one by one with scissors, which was an inefficient process.

[Problem that the invention attempts to solve]

The present invention solves this problem and is a self-propelled tulip flower reaper that can move along the ridge and efficiently cut several tulip flowers that cover the width of the ridge at once. The technical challenge is to provide the necessary equipment.

[Means for solving problems]

A reciprocating mower b driven by the driving force of the moving vehicle a is provided in front of the moving vehicle a that moves on the ridge 2 on which the tube 1 is planted, and tines 4 are installed at several locations on the outer circumference of the reel 3 in front of the reciprocating mower b. A flower feeding device c is provided which is similarly driven by the driving force of the moving vehicle a, and a flower collection box d is provided at the rear of the reciprocating mower b.

[Effect]

As the machine is moved along the ridge 2 as shown in Fig. 2, the flower feeding device c feeds the flowers 1a of the tulips 1 grown at regular intervals to the reciprocating mower b side, and the reciprocating mower b feeds the flowers 1a. reap.

The cut flowers 1a are sequentially collected into the flower collection box d.

By continuing this operation, the flowers 1a of the tulip 1 on the ridge 2 are cut off one row at a time,
I'll collect it and go.

〔Example〕

A four-wheeled vehicle (5 is a wheel) is shown, and an engine 6 is used for driving force.

Reciprocating mower b has fixed blade plate 7 and sliding blade plate 8
It is composed of.

The flower feeding device c has tines 4 provided at regular intervals on a square portion of a square reel 3 having the same width as the width of the reciprocating mower b.

Flower collection box d shows a rectangular flat box 9,
The figure shows a case where an opening/closing door 10 is provided at the rear of one side, a collection bag 11 is hung from the exit of this opening/closing door 10, and flowers 1a are collected and stuffed into the center of this collection bag 11. A discharge hole may be provided in the ridge so that the waste is disposed of on the side of the ridge 2.

A case is shown in which a flower feeding blade 12 is rotatably provided between the right and left sides in the middle of the flower collection box d to send the flowers 1a to the back of the flower collection box d.

Incidentally, it is preferable that the positions of the reciprocating mower b and the flower feeding device c can be adjusted in height to match the height of the flower 1a.

In the figure, 13 is an arm lever, and 14 is a drive transmission mechanism.

[Effect of idea]

Since the present invention is configured as described above, this machine can be
As the upper part is moved forward, the reciprocating mower b neatly cuts off the flowers 1a of several tulips 1 grown at regular intervals between two widths of the furrow, one row at a time, and then collects the cut flowers 1a. Since the flowers are collected in box d, by continuing this operation, that is, by moving forward on the ridge 2, the flowers 1a on the ridge 2 can be easily and efficiently harvested. .

In this case, the flowers 1a may be left uncut because they often differ, with some facing outward and some facing inward.

In this regard, the present invention has a flower feeding device c,
Since the flowers 1a are always sent to the reciprocating mower b side by the tines 4, the flowers 1a can be reliably cut by the reciprocating mower b, and there is no uncut portion.

The cut flowers 1a are collected one after another into the flower collection box d, so when the flowers 1a are full in the flower collection box d, they can be taken out all at once. 10 may be opened and collected and stuffed into the flower collection box d one after another, and the cut flowers 1a will not fall onto the ridge 2, eliminating the need to clean up after them, improving work efficiency accordingly. It has excellent practical effects.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, and FIG. 1 is a plan view of the machine, and FIG. 2 is a front view thereof. a... moving vehicle, b... reciprocating mower, c... flower feeding device, d... flower collection box, 1... tulip, 2... ridge, 3... reel, 4... tine.

Claims (1)

[Scope of utility model registration request] A reciprocating mower that is driven by the driving force of the moving vehicle is installed at the front of the moving vehicle that moves on the ridge where the tulips are planted, and a reciprocating mower that is driven by the driving force of the moving vehicle is installed in front of this reciprocating mower. This self-propelled tulip flower reaping machine is characterized by having a force-driven flower feeding device and a flower collection box provided at the rear of the reciprocating mower.