JPS5881712A - Threshing apparatus - 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 a threshing device equipped with several processing devices that are driven and rotated around mutually parallel axes.

In the above-mentioned threshing device, in order to drive a plurality of processing devices, such as the grain conveying spiral at the first port and the eight flavor conveying spiral at the gf port, conventionally, the plurality of processing devices are generally driven. The wheels are linked together by a belt transmission structure using a transmission belt, but in this case, the transmission belt must be carefully inspected to maintain proper tension and tension. If the tension of the transmission belt is not proper, the transmission belt may slip when a large load is applied, causing seizing loss, and furthermore, A few places!
! There are disadvantages such as the fact that the frame housing the device needs to be constructed to be strong so as not to be deformed by external force due to the tension of the transmission belt.

Honmen Town was created in response to the situation of high-ranking barbarians, and is home to several restaurants. ! The purpose is to eliminate the above problem by driving the device using rational means.One embodiment of the present invention will be described in detail below with regard to false indications.

The hook diagram shows the removal &%me of combine seeding, and the horizontal axis IL? l! A tweed chain installed with a part that rotates the body (1) clamps and transports the test cylinder to the rear of the aircraft, and transports the test cylinder O11 to the handling body (4) The waste to be treated on the road from the handling storm is transferred to the sorting wind from the yoshiki (3), which is driven around the horizontal axis, and the mass is driven around the horizontal axis.
Working together with the 1F1 sorting plate (4), the seeds are sorted while being sent backwards, and the seeds are collected at the first port (bang), and 211 g books are collected! The large straw waste is collected from the roadside to the IT port (6), and the large straw waste is sent out of the equipment, and the cross-flow fan (7), which rotates once around the inertial axis of the sorting at, is used to suck and discharge the fine straw waste out of the equipment. Then, the first exit (6)
The collected grains are passed through the spiral body once around the horizontal axis, discharged from the apparatus, and collected into the second port (6), where 7 mg of silkworms are distributed around the horizontal axis once. After being fed laterally by the rotating spiral body (9), it is returned to the prisoner by the blade rotating integrally with the spiral body (&l), and further,
The waste straw after the threshing process is sent rearward by the waste straw chain lily connected to the feed chain +13 so as to rotate integrally therewith, and the waste straw is discharged from the chain (11). The material is shredded using a disk-shaped straw cutter IIIK which is driven and rotated around a horizontal axis.

A box-shaped frame body 111-%* for storing items other than the waste straw cutter and the feed chain (1) among the plurality of processing fM devices is constructed by connecting wind-resistant plate-like bodies, and the straw cutter fins are connected to each other. The storage case (1 fathom), as shown in the diagram,
Vertical axis center (7) 1 with respect to the left horizontal end sK of the rear side of the frame I
1! The feed chain (1) is mounted on the left side of the frame 91 and is supported by the feed chain (1).

As shown in Fig. 3 and Fig. 3, a plurality of processing devices (
1) To drive..., attach Gooley 9@, which transmits the engine output by a belt, to the right side end of the drive rotation shaft (8 meters) of the pigeon (3), and connect the drive fIJ rotation shaft (8 m) The left lateral end and the left lateral end of the R″B unloading spiral body (GMM round shaft rotation shaft in the secondary) are connected to the transmission shaft and the bevel gear mechanism (17
a) , (17b) K is interlocked and connected. Shichishi 1, Queen transmission wheel 9 and bevel gear * (17m
), (17b) and the same transmission structure as wJ.
Using a # structure, the driving rotary wheel (9
m) t, g For the drive rotation shaft (91) for transporting books, the body wJ1111 rotation shaft (4a) of the plow 1 sorting plate (4) and the drive 1 rotation shaft (7a) of the cross-flow fan (1) are valued. For separate motion and distance #
The drive rotation shaft (1a) of the feed chain (1) is connected to the A1 rotation shaft (4a) by the fan phase drive IgJ roller (7m
) is interlocked with the drive rotation shaft (Hlm) of the waste straw cutter, so that the desired transmission state can be maintained over a long period of time. As shown in Figure 88, it is configured to drive by effectively utilizing the transmission structure consisting of a transmission shaft and a gear mechanism (17m) and (17b), which does not apply a large load to the , 2nd scanning object photographing and transporting drive rotation 111 (9
In m), there is a protrusion (19a) that receives the manual bevel gear D@tri and engages the input bevel gear tlllK.
A clutch lever 1 for a clutch bar is spline-connected to a sliding clutch provided with a spline, and a locking operation lever 1 for a clutch bar is pivotally supported to a transmission booth 4 bolted to a frame body 141. Therefore, in case of clogging in the 2-way opening (・), check and adjust the 2#r object transport I.
This is so that the drive of the K rotating body (9) can be turned on and off separately from other processing devices.

Incidentally, it is convenient to provide an I11 notification mechanism such as an arrester speed output device or a guide so as to notify when the drive rotational speed of the #1 book transport #@drive rotational shaft (9a) falls below a certain level.

As shown in Figure S and Figure 88, 7mm P@body 1g
The transmission shaft aS that connects the l1k axis (7-) and the cutter F@drive rotation shaft (1-kiho) is fitted with a refractive universal diode 4 and a telescopic spline S@tg1,
In addition, the cutter field is configured to be constructed in a manner that allows its IIwIJ. In addition, the above 8
As mentioned in the 1-movement rotary shaft for transporting books (9 turtles), the drive of the cutter's 1k111 rotary shaft (lil shaft) is different from the seven wheels of the tin wire mounting wrinkles. ,
This is convenient for inspection and fusing when the cutter is tied on the fourth day.

11. To carry out the present invention, a gear mechanism (17 m) is used to interlock and connect each drive rotation shaft (1).

In addition, as shown in Fig. 4, eight shaft portions (25m), (S45m), (
25m) and split it into one end of the intermediate shaft S (25A), both shafts (25A), (25m) and externally housed with a spline, and a single shaft S (26m).
Switch to the second form of spline only to the outside paper aJ ih
cylinder shaft s9 (g5b) 1, and the cylinder shaft part (25b
) A spring B is provided that biases the first side, and the intermediate shaft part (26 m) is placed in the other shaft part (25 m).
A cylindrical body (25c) with a spline on the outside of the I2T
By attaching the cylindrical shaft part (26b) and providing an extension cover (t) to prevent its sliding movement, it is possible to simplify the assembly and disassembly work. ◎ In short, the present invention eliminates W! Directly, the plurality of processing devices +81, the drive 1 rotation shaft of the flsl (
8m), (8m) are interlocked and connected by a transmission shaft 9 and a gear mechanism (17m), (17b).In other words, the processing equipment t81, (81 is a body 1) of a plurality of processes.
In other words, it is possible to maintain a predetermined transmission pattern @Kik in the same period without performing special points or smt, and it does not give a large jlL grape to the transmission object that is interlocked and connected. , 1-axis alpha shaft and gear mechanism (17m) , (
The drive rotation shaft (8m) of each processing device ill, 18+ is made by effectively utilizing the transmission structure consisting of 17b) and 18+.

(81) Since it is designed to connect two parts with each other, a belt transmission structure is used to improve the I
ImK! During the inconvenience of having to make adjustments,
This eliminates the inconvenience of having to configure the frame for housing the processing equipment so that it does not sag even under the load that is applied to drive the processing equipment. We were able to obtain a sharp, generalized wax.

[Brief explanation of the drawing]

The drawings illustrate embodiments of the threshing device according to the present invention, and FIG. Mukaizu, 18
Figure 4 is a cross-sectional view (3) of another sail.
(8m)...Drive rotation shaft, Kasumi...Transmission shaft, (17m), (17b)...Gear mechanism.

Claims (1)

[Claims] A threshing device comprising a plurality of processing devices m, 111+t- driven and rotated about mutually parallel axes,
The drive-rotating shafts (Lm), (8m) of the plurality of processing devices 11181, 18) are interlocked and connected by a transmission shaft O@ and a gear mechanism (17m), (17b). Threshing equipment.