CN205937700U - Vibration subsoiler construct - Google Patents

Abstract

The utility model relates to a vibration subsoiling mechanism, which is characterized in that it is composed of a cam mechanism, a locking mechanism and a subsoiling device; the cam mechanism is composed of a spur gear with protrusions, a conversion cam, a gear shaft and a guide rod. The locking mechanism is composed of a locking shaft, a bearing I, a locking outer ring, a locking inner ring, a cylinder, a sleeve, a locking switch and a bearing II; the subsoiling device is composed of a shovel handle, a shovel The tip and the shovel wing; the cam mechanism adopted by the utility model converts the rotation of the gear shaft into the up and down linear motion of the subsoiling device, which improves the energy utilization rate, has a good loosening effect, uniform cultivation and reduces wear on the shovel tip; locking The mechanism can realize two farming modes of the subsoiling shovel (selected according to the planting mode and requirements); in a word, the utility model can not only reduce drag and consumption through vibration, but also complete intertillage operations, and achieve good farming effects.

Description

A vibrating subsoiling mechanism

technical field

The utility model relates to a vibration subsoiling mechanism.

Background technique

Due to long-term shallow tillage methods such as rotary tillage and the use of large-scale agricultural machinery, a layer of hard and thick plow bottom layer is formed at about 30 cm in the soil layer. The existence of the plow bottom makes the plow layer shallower and the soil degrades; when the surface is dry and water-scarce, the plow bottom blocks the rise of soil moisture in the lower layer and cannot supply the growth of crops; it hinders water penetration and forms surface runoff, causing serious soil erosion; the bottom layer of the plow is thickened and the sheet-like structure of the soil layer is firm, resulting in a decrease in the vertically distributed root systems of the crops and an increase in the horizontally distributed root systems. harvest. Soil subsoiling technology, as a mechanized operation project to improve soil quality and increase crop yield, has been paid more and more attention at home and abroad. Soil subsoiling refers to the use of a subsoiler to loosen the plow layer 5 to 15 cm below the plow layer, loosen the soil and deepen the thickness of the plow layer. The subsoiling operation has the following functions: it can break the bottom layer of the plow, deepen the thickness of the plow layer, improve soil permeability, increase the thickness of the plow layer, increase the water holding capacity in the field, and create good soil conditions for the normal growth of crops; it can improve the physical and chemical properties of the soil, regulate The three comparisons of soil solid, gas and liquid substances can strengthen the survival and reproduction ability of soil microorganisms, accelerate the mineralization and weathering of organic matter, improve soil structure, enhance soil adsorption capacity, and improve soil fertility; it can improve soil water storage and moisture conservation. Ratholes are formed after subsoiling, and the soil can absorb more rainwater to reduce surface runoff, avoid soil erosion, and store more rainwater at the same time; it can improve the lodging resistance of crops. Ultimately increasing crop yields.

At present, the problems existing in the existing subsoiling machines are: problems such as large working resistance, excessive energy consumption, uneven subsoiling and other problems in the subsoiling process have greatly hindered the promotion of subsoiling technology. Vibration subsoiling due to the uncompact structure of the vibration mechanism, the complexity of the mechanism leads to a decrease in reliability, and at the same time causes the tractor to vibrate violently, causing discomfort to the driver.

Contents of the invention

The purpose of this utility model is to solve the above problems and provide a vibrating subsoiler that can effectively reduce the traction resistance, reduce the energy consumption of the subsoiler, have a compact structure, high transmission reliability, and achieve a good loosening effect, which is convenient for disassembly and assembly. Parts can be replaced, and at the same time, the vibrating subsoiling mechanism for cultivating operations can be realized.

The purpose of this utility model is achieved by the following technical solutions:

The utility model is characterized in that it is composed of a cam mechanism, a locking mechanism and a subsoiling device. The cam mechanism is composed of a spur gear with protrusions, a conversion cam, a gear shaft and a guide rod. The spur gear part of the gear shaft is connected to the The spur gear with protrusion meshes, the protrusion part of the spur gear with protrusion is connected with the S-shaped groove of the conversion cam, and the conversion cam is threaded with the guide rod; when the gear shaft rotates, the intermeshing belt protrusions The spur gear rotates, and then through the conversion cam in the cam mechanism, the rotation of the gear shaft is converted into the up and down linear motion of the guide rod, and the guide rod is connected with the shovel handle of the subsoiling device, thereby driving the up and down linear motion of the subsoiler That is, the vibration subsoiling operation can achieve the effect of uniform subsoiling of the soil.

The locking mechanism is composed of a locking shaft, a bearing I, a locking outer ring, a locking inner ring, a cylinder, a sleeve, a locking switch and a bearing II. The gear parts mesh with each other, the bearing I is set on the locking shaft and connected with the upper end of the helical gear part, the sleeve is set on the locking shaft and connected with the bearing I, the outer side of the sleeve is connected with the locking inner ring, and the inner ring of the locking There is a cylinder in each gap on the surface, the locking outer ring is sleeved on the locking inner ring, and the bearing II is connected with the locking inner ring; the locking mechanism can realize two farming modes of the subsoiler shovel. When the lock switch is in the open state, the vibrating deep loosening operation is realized. In the second type, when the lock switch is in the closed state, the cylinder installed on the lock inner ring and the raised part of the lock outer ring squeeze each other, thereby locking The sleeve, and the sleeve is keyed to the locking shaft to lock the locking shaft. Since the helical gear part of the locking shaft and the helical gear part of the gear shaft are meshed with each other, the cam mechanism is also in a locked state. The loosening device is fixed, and the number of subsoiling devices, row spacing and tillage depth can be adjusted to complete local subsoiling or intertillage operations.

The subsoiling device is composed of a shovel handle, a shovel tip and a shovel wing, the shovel handle is connected with the guide rod of the cam mechanism, the shovel wing is arranged on both sides under the shovel handle, and the shovel tip is arranged in front of the shovel wing.

The utility model is characterized in that compared with the prior art:

1. A new type of cam mechanism is adopted, the spur gear part of the gear shaft meshes with the spur gear with protrusions, the protrusion part of the spur gear with protrusions is connected with the S-shaped groove of the conversion cam, and the conversion cam is connected with the guide rod , so that the rotation of the gear shaft is converted into the up and down linear motion of the guide rod to complete the vibration subsoiling operation. The S-shaped grooves of different types of conversion cams are designed to meet the actual needs of different subsoiling shovel movements; the cam mechanism is a high-level mechanism, and the spur gear with protrusions is in surface contact with the conversion cam, and the bearing pressure per unit area is relatively high , and the cam mechanism can be started at high speed, and the action is accurate and reliable;

2. The cam mechanism adopts gear transmission, which has the advantage of wide application range of transmission power and speed. When a constant transmission ratio is designed, the rotation of the gear shaft can be converted into the smooth up and down movement of the subsoiling shovel, that is, vibration subsoiling operation , high transmission efficiency, reliable operation, long service life, compact structure and space saving;

3. The locking mechanism can realize two farming modes of the subsoiling shovel. The first one is when the locking switch is in the open state, the locking mechanism does not work, and the vibrating subsoiling operation is realized, which reduces soil cultivation resistance and reduces energy consumption; The second type is when the lock switch is in the closed state, the cylinder installed on the lock inner ring and the raised part of the lock outer ring squeeze each other to lock the sleeve, and the sleeve is keyed to the lock shaft , so as to lock the locking shaft, because the helical gear part of the locking shaft and the helical gear part of the gear shaft mesh with each other, so that the cam mechanism is also in the locked state, the subsoiling device is fixed, and the number of subsoiling devices is adjusted , row spacing and tillage depth, it can complete local subsoiling or intertillage operations.

Description of drawings

Fig. 1 is the three-dimensional structure schematic diagram of the utility model embodiment;

Fig. 2 is a side view of Fig. 1 (the protruding spur gear and locking mechanism are not shown in the figure);

Fig. 3 is a schematic diagram of a spur gear with protrusions in Fig. 1;

Fig. 4 is a schematic diagram of the locking mechanism in Fig. 1;

Fig. 5 is a sectional view of the locking mechanism in Fig. 4;

Fig. 6 is a schematic diagram of the locking inner ring and cylinder in Fig. 4;

In the figure: 1 is the spur gear with protrusion, 2 is the conversion cam, 3 is the gear shaft, 4 is the locking shaft, 5 is the bearing I, 6 is the locking outer ring, 7 is the bearing II, 8 is the guide rod , 9 is a shovel handle, 10 is a shovel wing, 11 is a shovel tip, 12 is a locking switch, 13 is a cylinder, 14 is a locking inner ring, and 15 is a sleeve.

detailed description

Embodiment: With reference to accompanying drawing 1～6, the utility model is a kind of vibrating subsoiling mechanism, comprises cam mechanism, locking mechanism and subsoiling device; Described cam mechanism is made of spur gear 1 with protrusion, conversion cam 2 , the gear shaft 3 and the guide rod 8, the spur gear part of the gear shaft 3 meshes with the protruding spur gear 1, and the protruding part of the protruding spur gear 1 is connected with the S-shaped groove of the conversion cam 2, The conversion cam 2 is threadedly connected with the guide rod 8, and a certain transmission ratio is set. The rotation of the gear shaft 3 drives the movement of the spur gear 1 with protrusions, and then the conversion cam 2 in the cam mechanism makes the spur gear 2 with protrusions move. The rotation is converted into the up and down linear motion of the guide rod 8 connected to the conversion cam 2. The guide rod 8 and the shovel handle of the subsoiling device drive the up and down linear motion of the subsoiling shovel, that is, the vibration subsoiling operation, to achieve uniform soil Deep loosening effect.

The locking mechanism is composed of locking shaft 4, bearing I5, locking outer ring 6, locking inner ring 14, cylinder 13, sleeve 15, locking switch 12 and bearing II7. The gear part meshes with the helical gear part of the gear shaft 3. The bearing I5 is set on the locking shaft 4 and connected with the upper end of the helical part. The sleeve 15 is set on the locking shaft 4 and connected with the bearing I5. The outside of the sleeve 15 There is a locking inner ring 14, and a cylinder 13 is arranged in each gap on the surface of the locking inner ring 14. The locking outer ring 6 is set on the locking inner ring 13, and the locking switch 12 and the locking inner ring 14 Connection, the bearing Ⅱ7 is connected with the locking inner ring 14, so that two farming modes of the subsoiling shovel can be realized, the first one is when the locking switch is in the open state, the locking device does not work, and the vibration subsoiling operation is realized; the second When the lock switch is in the closed state, the lock switch 2 pushes the lock inner ring 14 to rotate, so that the cylinder 13 installed on the lock inner ring 14 and the involute convex part of the lock outer ring 6 interact with each other. Squeeze to lock the sleeve 15, and the sleeve 15 is keyed to the lock shaft 4 to lock the lock shaft 4, so that the lock shaft 4 is in a static state, and because the helical gear part of the lock shaft 4 It meshes with the helical gear part of the gear shaft 3, so that the cam mechanism is also in a locked state, so that the entire subsoiling device is fixed, and by adjusting the number of subsoiling devices, the row spacing and the tillage depth, local subsoiling or intertillage can be completed Operation.

The subsoiling device is composed of a shovel handle 9, a shovel wing 10 and a shovel tip 11, the shovel handle 9 is connected with the guide rod 8 of the cam mechanism, the shovel wings 10 are arranged on both sides of the shovel handle 9, and the front of the shovel wing 10 is provided with Shovel tip11.

Claims (3)

1. A vibrating subsoiling mechanism, characterized in that: it comprises a cam mechanism, a locking mechanism and a subsoiling device; the cam mechanism is composed of a protruding spur gear, a conversion cam, a gear shaft and a guide rod, and the gear shaft The part of the spur gear meshes with the spur gear with protrusions, the protrusion part of the spur gear with protrusions is connected with the S-shaped groove of the conversion cam, the conversion cam is threaded with the guide rod, and the rotation of the gear shaft drives the straight gear with protrusions. The gear moves, and then through the conversion cam in the cam mechanism, the rotation of the gear shaft is converted into the up and down linear motion of the guide rod connected to the conversion cam. linear motion. 2. A vibration subsoiling mechanism according to claim 1, characterized in that: said locking mechanism consists of a locking shaft, bearing I, locking outer ring, locking inner ring, cylinder, sleeve, The locking switch and bearing II are composed of the helical gear part of the locking shaft and the helical gear part of the gear shaft. The bearing I is set on the locking shaft and connected with the upper end of the helical part. Connected with the bearing Ⅰ, the outer side of the sleeve is covered with a locking inner ring, and a cylinder is arranged in each gap on the surface of the locking inner ring, and the locking outer ring is sleeved on the locking inner ring, and the locking switch and the locking inner ring Connection, the bearing II is connected with the locking inner ring, so that two farming modes of the subsoiling shovel can be realized, the first one is when the locking switch is in the open state, the locking device does not work, and the vibration subsoiling operation is realized; the second When the lock switch is in the closed state, the lock switch pushes the lock inner ring to rotate, so that the cylinder installed on the lock inner ring and the involute convex part of the lock outer ring squeeze each other, thereby locking The sleeve, and the sleeve is connected with the locking shaft key, thereby locking the locking shaft, so that the locking shaft is in a static state, and because the helical gear part of the locking shaft and the helical gear part of the gear shaft mesh with each other, so that the The cam mechanism is also in the locked state, so that the whole subsoiling device is fixed, and by adjusting the number of subsoiling devices, the row spacing and the tillage depth, local subsoiling or intertillage operations can be completed. 3. A vibrating subsoiling mechanism according to claim 1, characterized in that: the subsoiling device is composed of a shovel handle, a shovel wing and a shovel tip, the shovel handle is connected with the guide rod of the cam mechanism, and the shovel wing is set On both sides under the shovel handle, shovel tips are arranged in front of the shovel wings.