KR20110101887A

KR20110101887A - Loading device for farming machines

Info

Publication number: KR20110101887A
Application number: KR1020100021231A
Authority: KR
Inventors: 신현을
Original assignee: 신현을
Priority date: 2010-03-10
Filing date: 2010-03-10
Publication date: 2011-09-16

Abstract

The present invention relates to an agricultural loading device that can be easily handled and can be applied to medium and small work equipment as well as providing convenience of work, and provided to be mounted through work equipment and connecting means. It is composed of a loading frame and a forceps installed on the loading frame and having a variable width corresponding to the size of the silage so that the silage can be picked up to carry out a loading or moving operation, and the loading frame and the forceps are made of aluminum so as to be lightweight. It is characterized by the configuration.

Description

Agricultural loading device {LOADING DEVICE FOR FARMING MACHINES}

The present invention relates to an agricultural loading device, and more particularly, to facilitate silage wrapped by rolling hay or rice straw in a round shape using a baler so as to be used as feed for livestock in farms or livestock farms. The present invention relates to the provision of an improved loading apparatus for moving and loading.

In general, a livestock farm is an agricultural loading device that is used to move a heavy object such as silage wrapped with a considerable size of hay, etc. so as to feed the barn, and load it for storage.

The agricultural loading device as described above has been developed and used in various forms in the related art, and the agricultural loading device of a representative example of various types will be described with reference to FIG. 6.

Agricultural loading device (1) has a rectangular loading frame (3) having a connecting bracket on the back so as to be connected to agricultural machinery, such as a tractor, a pair of tongs for holding a heavy object on both sides of the loading frame (3) Combine 4).

The tongs 4 is connected to the upper bar 6 and the lower bar 7 by the vertical bar 8 on the upper and lower sides of the center bar 5, and has a roughly zigzag shape, while the center portion has an arc shape. To make the silage more convenient.

The tongs 4 are connected to the brackets 9 and the hinge pins 10 protruding forward from both sides of the main frame 3 so as to be free to move, and the center bars protruding rearward from the hinge pins 10. The rear end of (5) is connected to the rod 12 of the cylinder (11) which is installed in the center of the loading frame (3) to collect the silage as the tongs (4) are opened and retracted by the expansion and contraction operation of the cylinder (11) To move or load.

Agricultural loading device to which the prior art is applied as described above has a disadvantage in that the entire weight is heavy because the entire loading device is made of iron for reasons of rigidity, because the lifting operation and the short distance movement must be performed while holding the heavy load. .

Since the weight of the loading device is heavy, when using heavy or small work equipment such as tractors, loaders or graders for connecting the loading device, the center of gravity of the loading device is moved toward the loading device, making it difficult to carry out the work. It requires heavy equipment loading equipment and large equipment to maintain weight balance, which puts a heavy burden on livestock farms.

In addition, the operation of attaching and detaching the loading device to the work equipment is also not easy to perform, it is cumbersome for the worker to use a separate auxiliary means for the removal, attachment of the loading device.

And, when the tongs catch the silage, the rear end of the tongs is not variable in the state of maintaining the maximum distance, and only the front part of the tongs is opened and retracted around the hinge pins connecting the rear end of the tongs. Because of this, it becomes difficult to hold the entire silage stably.

In other words, when the silage is caught by the forceps, the inner part of the silage positioned at the rear of the forceps is not connected to the forceps by the characteristics of the forceps which are not variable, and the shape of the silt which is located on the side of the variable forceps is caught. Since it becomes difficult to pick up a stable state.

Therefore, in the process of picking up and loading silage using tongs or moving, silages fall out of the tongs due to unevenness of the ground or the weight of silage, and the surrounding items are damaged due to falling of silage. There are many problems such as safety accidents.

In the present invention, the invention has been invented to solve the above problems, the loading frame provided to be mounted through the work equipment and the connecting means, and the silage is installed in the loading frame to vary the width corresponding to the size of the silage It is composed of tongs for picking up and carrying out a moving or moving operation, and the stacking frame and tongs are made of aluminum so as to be light in weight, and can be easily handled to provide convenience of work. It can also be applied to the work equipment of the feature that can reduce the burden on the farm.

The present invention is easy to handle by using a light weight of the loading device made of aluminum material can be carried out by loading and moving the silage using a medium and small work equipment can reduce the cost burden of the farmhouse, the size of the silage In response to this, the width of the tongs is changed to the whole, so that the entire silage is firmly picked up to prevent falling off during the work process, thereby increasing the efficiency of the work and eliminating the risk of safety accidents.

1 is a perspective view of the agricultural loading apparatus applied to the technology of the present invention converted to a wide state.
Figure 2 is a perspective view of the agricultural loading apparatus applied to the technology of the present invention converted to a narrow state.
Figure 3 is a cross-sectional view taken along the line A-A of the agricultural loading apparatus applied technology of the present invention.
Figure 4 is a cross-sectional view taken along the line B-B of the agricultural loading apparatus applied technology of the present invention.
Figure 5 is a cross-sectional view taken a portion C of the agricultural loading apparatus applied technology of the present invention.
Figure 6 is a block diagram showing a conventional agricultural loading device applied.

Hereinafter, with reference to the accompanying drawings will be described a preferred configuration and operation of the present invention for achieving the above object.

1 is a perspective view of the agricultural loading device applied to the technology of the present invention in a wide state, Figure 2 is a perspective view of the agricultural loading device applied to the technology of the present invention in a narrow state, Figure 3 is applied to the agricultural technology applied to the present invention Sectional view taken along line A-A of the loading device, Figure 4 is a cross-sectional view taken along line B-B of the agricultural loading device to which the technology of the present invention is applied, Figure 5 is a C portion of the agricultural loading device to which the technology of the present invention is applied It demonstrates together as sectional drawing shown and extracted.

Agricultural loading device 100 to which the technology of the present invention is applied is installed on the loading frame 101 and the loading frame 101 to be mounted through the connecting means and the working equipment such as graders, loaders or tractors, silage The width is variable to correspond to the size of the silage to configure the tongs 102 to perform the loading or moving operation.

The stacking frame 101 and the tongs 102 are made of aluminum for light weight, and the connecting means for connecting with the work equipment is preferably made of iron so as to secure sufficient durability.

The loading frame 101 is composed of a vertical beam 103 provided at both ends and a horizontal beam 104 connecting the upper and lower sides between the vertical beam 103 and the intermediate position of the loading frame 101. The vertical beam 103 protrudes the upper and lower ends of the center stopper 105 and the vertical beam 103 to fix the plate-like material to form a side stopper 106 to limit the variable state of the tongs 102. Make sure

The tongs 102 is composed of a main bar 107 to securely hold the central portion of the silage provided in the center and an auxiliary bar 108 connected to upper and lower sides of the main bar 107. do.

The outside of the main bar 107 to the maximum stress is transmitted when the silage is picked up while configuring the tongs 102 so as to prevent the phenomenon such as deformed by applying a bracing plate 110, the bracing plate ( 110, in the drawings of the present invention is configured by padding the mountain-shaped plate, it will be possible to implement in various forms, such as fixing one or more than one straight plate.

The tongs 102 is coupled to the guide bar 112 for connecting between the vertical beam 103 from the upper and lower sides of the horizontal beam 104 by using an integral connection bracket 111 provided at the rear of the main bar 107. do.

Upper and lower ends of the connection bracket 111 coupled with the guide bar 112 are provided with a guide tube 114 having a bushing 113 to enable linear movement of the connection bracket 111 and the bushing 113. The length of) is formed to a length (L) longer than the width (B) of the connecting bracket 111 so that the phenomenon such as flowing in the linear motion process can be excluded.

The connecting bracket 111 is connected to the rod 116 of the pair of cylinders 115 installed between the horizontal beams 104 to change the width of the tongs 102 by the stretching operation of the cylinders 115. Configure it to be.

Looking at the operating relationship of the agricultural loading device 100 to which the technology of the present invention as described above is as follows.

Using the connecting means provided in the loading frame 101, if necessary, mounted on the working equipment used in farms and farms such as graders, loaders or tractors, used when necessary, after removal of the work can be removed and stored.

The process or method for mounting and removing the agricultural loading device 100 to the work equipment is generally well known technology, so a detailed description thereof will be omitted, and the agricultural loading device 100 to which the technology of the present invention is applied is connected to a guide bar. Except for the 112 and the cylinder 115, since it is made of aluminum and lightweight, the worker can be easily attached and detached without a separate tool or auxiliary means.

After attaching the agricultural loading device 100 to the work equipment as described above, the operator manipulates in the state of boarding the work equipment to change the width of the tongs 102 with respect to the loading frame 101 to pick up and load the silage or You can do things like move around.

In the case where the width of the tongs 102 is to be widened, when the cylinder 115 in the contracted state is extended, the connecting bracket 111 connected to the rod 116 is moved in both directions from the center position of the loading frame 101. Since the pair of tongs 102 are provided in pairs so that the gap is widened and the silage enters therebetween.

When the silage enters between the gaps 102 to be spaced as described above, when the contracted cylinder 115 is contracted, the connecting bracket 111 connected to the rod 116 is moved to the center of the loading frame 101, so eventually the tongs It is possible to narrow the width of the 102 and use this force to hold the silage firmly.

As described above, the connecting bracket 111 may be reciprocated to the center and both sides of the loading frame 101 by the cylinder 115, and is connected to the guide bar 112 connected to the upper and lower sides of the loading frame 101. Since the guide tube 114 of the bracket 111 is coupled through the bushing 113, the guide tube 114 can naturally slide.

In addition, the guide tube 114 is more than the center or necessary by the side stopper 106 formed by further protruding the upper and lower ends of the center stopper 105 and the vertical beam 103 provided in the center of the loading frame 101 Movement to both sides is limited, allowing operation while maintaining a stable state.

In addition, in the present invention, the main bar 107 of the tongs 102 that is substantially subjected to a lot of force when holding and moving silage is composed of lightweight aluminum, so that the main bar (to prevent deformation such as warping) The support plate 110 is padded on the outer surface of the 107 to hold the silage while maintaining sufficient rigidity.

Since the present invention as described above is made of aluminum material and is light in weight, it is easy to handle and can provide convenience of work, as well as can be applied to small and medium work equipment, thereby giving economic burden to farms or livestock farms. In addition, there is an advantage that enables efficient work performance.

100; Agricultural loading device
101; Loading frame
102; tongs
105; Center stopper
106; Side stopper
110; Prop
111; Connection bracket
112; Guide bar
115; cylinder

Claims

A loading frame 101 provided to be mounted through work equipment and connecting means;
Installed on the stacking frame 101 and configured with a pair of tongs 102 that can be changed in width corresponding to the size of the silage to pick up the silage and perform a loading or moving operation;
The loading frame 101 and the forceps 102 are agricultural loading device, characterized in that composed of aluminum material to be lightweight.

The method of claim 1;
The loading frame 101 includes a vertical beam 103 provided at both ends;
A horizontal beam (104) connecting the upper and lower sides between the vertical beams (103);
Agricultural loading apparatus, characterized in that for forming the center stopper 105 and the side stopper 106 for limiting the movement of the forceps 102 in the intermediate position and the longitudinal beam 103 of the loading frame 101.

The method of claim 1;
The tongs 102 includes a main bar 107 provided at the center thereof;
An auxiliary bar (108) connected to the upper and lower sides of the main bar (107);
The outer surface of the main bar (107) agricultural loading device, characterized in that the support plate 110 is configured to be padded to cope with the stress generated when using the forceps (102).

The method of claim 1;
The tongs 102 is coupled to the guide bar 112 for connecting the integral connecting bracket 111 provided at the rear of the main bar (107) between the vertical beam 103 in the upper and lower sides of the horizontal beam (104);
The upper and lower ends of the connection bracket 111 are provided with a guide tube 114 having a bushing 113 to enable the connection bracket 111 to linearly move along the guide bar 112;
The connecting bracket 111 is connected to the rod 116 of the pair of cylinders 115 installed between the horizontal beams 104 so that the width of the tongs 102 can be varied by the cylinders 115. Agricultural loading device characterized in that.