JPS60196108A - Rice planter - 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 uses a seedling planting mechanism that plants seedlings one by one from the lower end of mat-like seedlings placed on a seedling stand.
* Concerning a machine configured to carry 1 ton.

Attaching seedlings to the rice field using a rice transplanter is a separate operation; conventionally, the required number of cloak-shaped surfaces on which seedlings are to be planted is determined based on experience and assistance; Based on experience and knowledge, seedlings were planted by adjusting the amount of seedlings taken by the planting claw and adjusting the planting spacing.

The slipperiness of the mat-like box placed on the seedling stand depends on the properties of the seedling soil, the degree of rooting, and the moisture content.

The amount of seedlings transferred will vary even if the same feeding action is applied because it changes depending on various conditions such as dryness and humidity due to weather. For this reason, the possible planting area for one armpit-shaped il varies depending on the above-mentioned conditions, and there is a drawback that there may be too many or too few mat-shaped seedlings for a predetermined mat-shaped seedling.

The present invention makes it possible to grasp the situation of planting seedlings by releasing them during the work, so that regardless of the various planting work conditions, the planned mat-shaped bacteria can be applied to the rice field without excess or deficiency. The purpose is to provide a rice transplanter that is effective for haggling.

The present invention is characterized in that it is equipped with a kakunt mechanism that counts the number of times the seedling planting mechanism operates, and that the seedling stand is equipped with seven pins for detecting the mat-like bacteria used. , its effects are as follows.

In other words, by installing the counting mechanism and sensor as described above, seedling planting can be done by calculating the number of mat-shaped seedlings used from the start of the work and the number of bacterial strains that have lost their value.
It became possible to grasp the number of seedlings required for a certain field area during work, the surface a of the field that was 1m removed per mat-like box, etc.

As a result, for example, by calculating in advance the planting area or the number of planting claws for one mat-shaped seedling, it is possible to increase the number of seedlings.
a) It is now possible to judge whether the pre-calculated fii rounding or planting nail work has been done for each mat-like seedling in the middle, and the work is completed as planned. If this is not the case, by adjusting the amount of seedlings taken, it is now possible to scout the predetermined number of mat-like seedlings before starting work without having to over or under.

In addition, the actual area of one mat-shaped seedling can be adjusted by adjusting the spacing between planting seedlings, and the area of seedling planting can be adjusted from the start of the work to the middle of the work. The average value of the number of mat-shaped seedlings required and the planted area, and the perforation value obtained from the number of mat-shaped seedlings required during the work and the planted area, etc., are calculated electrically. It is now possible for a worker to recognize and perform the process manually through a display device, and it is also possible to perform the process automatically during the work using a control device or the like.

Embodiments of the present invention will be described below based on the drawings.

As shown in Figure 1, a transmission arm (2) is connected to the rear of a passenger traveling aircraft (not shown) so as to be able to rise and lower and is driven by a drive shaft (1), and a crankshaft at the rear of the transmission arm (2). By (3), the planting of multiple single sticks to be cut is done by rotating the arm (4), the m-inch claw (6), which is placed 1 inch on the planting arm (4). Seedling catcher 9 quantity adjustment knob (6) that can adjust the IIi yield by changing the operating trajectory of the planting claw (5)
)..., a sliding rail (7) marked on the top of the can opener (2), a seedling stand (8) in a forward-leaning position that is slidably supported by the sliding rail (7), and a seedling. Placing table (8) K placed on mat-shaped seedlings (5) Ti placing table Star foil (9) that is sent downward at each end of the stroke, and transmission arm (2) connected via a lower section link mechanism. A device for planting a number of seedlings is made up of a plurality of floats, etc.Then, the crankshaft (3) and the arm (4)
), the planting claw (5) is referred to as the seedling planting mechanism diagram.

The IT size arm (4) has a configuration in which one rotation of the crankshaft (3) allows one seedling to be planted, and a counting mechanism (11) is installed on the crankshaft (3). ) is housed in such a way that a mat-shaped seedling (foil-shaped seedling) that detects the consumption amount of Wl from the number of times Il & IJ is rotated as the seedlings are moved.

It is connected to the counting mechanism (I electrically detects the number of times and displays the display device 113), and the sensor electrically detects the amount of mat seedlings (5) consumed. In addition, it is connected to a display device 04 that shows this, and each display device (u field), (■) is arranged in the operating section of the aircraft (not shown),
Display device aiu: 11. If it is determined that the rice is not being consumed at the set value based on the value of the rice, the operator will operate the seedling removal amount adjustment knob (6) to attach a predetermined number of seedlings to the rice field. The machine is configured so that this can be done.

In Figure 8, during the seedling planting work, by displaying whether or not the seedlings are being consumed in a preset row, the operator can adjust the amount of seedlings removed without making a decision. A schematic configuration diagram of a rice transplanter that can plant seedlings using the number of mat-shaped boxes provided is shown, and this will be described in detail below.

The TIL machine is equipped with a device for planting seedlings as explained in Figs. ) is attached with a sensor (16) that detects the amount of seedlings removed from the amount of operation.

In addition, the traveling wheel (not shown) has a travel distance of 1 liter from the previous number of times.
The detection value is
Said counting mechanism to), Senjyo-Rino.

- Wiring is made to electrically input the detected value to the control device 07). In addition, this control device η can be calculated by inputting the predetermined number of pine P-shaped surfaces (5), the slip rate of the running wheels, etc. via the setting device 1J81, together with the input of the detected value. However, it is configured to drive a display device μ9) which indicates whether the amount of mat-like bacteria consumed during the work is as desired. Then, this display device 09) lights up as "normal" if the consumption amount of the matte box (5) is as desired, "high" if the consumption amount is large, and "1-less" if the consumption amount is small. A lamp is installed inside to display the information, and by operating the amount adjustment knob (6) based on this display, the operator can apply a predetermined number of mat-like bacteria to the rice field to prevent injury. It has become.

The embodiment of the present invention has a configuration in which the amount of mat-shaped seedlings consumed is adjusted using the seedling harvesting amount adjustment knob (6), but instead of this embodiment, the amount of mat-shaped seedlings consumed can be adjusted by adjusting the interval between the seedlings. It is also possible to carry out the adjustment of the seedling removal amount adjustment knob and the adjustment of the seedling spacing in combination. In addition, the knobs (6) are operated by mechanically driving the respective knobs (6).
It is also possible to implement it by

Further, the embodiments of the present invention are implemented in a walking type rice transplanter instead of a riding type rice transplanter.

[Brief explanation of the drawing]

The drawings show an embodiment of the rice transplanter according to the present invention, and FIG. 1 is a partially cutaway side view showing the storage position of the rice transplanter and the rice transplanters, and FIG. 2 is a side view showing the arrangement of the rice transplanter and the display device. FIG. 8 is a block diagram showing the linkage 2, and FIG. 8 is a block diagram showing the linkage of the sensors, the control device 1, the display device, etc. (8)...Seedling stand, (11)...Kakuto mechanism, (l smell...Senbu, prisoner...
... Convex N' pattern, (5) ... Mat-like box. Agent Osamu Kitamura

Claims (1)

[Claims] Mat-shaped bacteria placed on a seedling stand (8) (a rice transplanter configured to cut out and plant bacteria one plant at a time using a seedling planting mechanism that operates in up and down circulation from the bottom of the season) The plant is equipped with a capacitive mechanism (11) that counts the number of times the mechanism is activated, and a sensor is installed on the convex platform (8) to detect the number of mud-like bacteria used.