CN201094176Y

CN201094176Y - Bending-resisting abrasion-proof dovetail type energy-saving plowshare

Info

Publication number: CN201094176Y
Application number: CNU200720126734XU
Authority: CN
Inventors: 赵伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-07-26
Filing date: 2007-07-26
Publication date: 2008-08-06
Anticipated expiration: 2017-07-26

Abstract

An anti-breaking, abrasion-proof dovetail energy-saving ploughshare is a novel farm tool which has the advantages of breaking resistance, abrasion-proofness, low resistance, labor saving and energy saving. The ploughshare is characterized in that a V-shaped plough urn, in which a plough key fixing hole is arranged, is arranged on the cambered surface of the back of the ploughshare body; a share point guiding stiffener connecting a share point with the plough urn and bilateral guiding stiffeners are arranged on the cambered surface; a pathwise reinforced soil-parting fin is also designed on the cambered surface of the ploughshare body. The ploughshare has the advantages that the share point guiding stiffener and the bilateral guiding stiffeners improve the anti-breaking and abrasion-proof capabilities of the ploughshare and have a movement guiding function and an effect of reducing the contact area between the ploughshare and the soil, the friction resistance and the ploughshare abrasion. The reinforced soil-parting fin enhances the soil-parting effect and the anti-breaking capability, so the integral kinetic resistance, mechanical abrasion and energy consumption of the ploughshare are greatly reduced, and in addition, the application of abrasion-proof materials, such as ferromanganese, ferroalloy, etc. ensures that the designs of breaking resistance, abrasion-proofness, high speed, labor saving, energy saving, soil-parting function, etc. are scientifically reasonable.

Description

The energy-conservation ploughshare of the anti-wear-resisting swallow-tail form of folding

Technical field

The utility model relates to a kind of farm machinery, is specifically related to the energy-conservation ploughshare of the wear-resisting swallow-tail form of a kind of anti-folding.

Background technology

At present, the peasant digs, plows, cultivates and will use ploughshare, when plain share plowed, because that ploughshare and soil contacts frictional resistance is bigger, animal power spurred and requires great effort, time-consuming, speed is slow, the mechanical traction oil consumption is many, wastes energy; Particularly meet the hardening soil, pan soil, tree root, stone etc. and can cause too early wearing and tearing, even bending, cause damage and waste time.

Summary of the invention

In order to overcome the deficiency more than the plain share, the utility model provides the wear-resisting swallow-tail form of a kind of anti-folding energy-conservation ploughshare, but bend resistance, wear-resisting, reduce ploughshare and contact frictional resistance with soil, laborsaving, energy savings.

The technical scheme that the invention for solving the technical problem adopted is: the energy-conservation ploughshare of the anti-wear-resisting swallow-tail form of folding, ploughshare body, ploughshare tail, share beak are arranged, and it is characterized in that: the ploughshare body is positive to be brilliance convex globoidal (9); V-arrangement plough urn (8) is arranged on the ploughshare body back side cancave cambered surface (2), plough key fixing hole (3) is arranged in the V-arrangement plough urn (8); The share beak guiding reinforcement (7) on connection share beak (6) and V-arrangement plough urn (8) top is arranged and at the both wings guiding reinforcement (4) of its both sides on the cancave cambered surface (2); Between share beak (6) and the two swallow-tail form ploughshare tails (1) both sides cutting blade (5) is arranged.

The utility model ploughshare body front is brilliance convex globoidal (9), has comprised not only sliding surface and V-arrangement plough urn (8) wherein in the ploughshare body back side cancave cambered surface (2), has reduced and the soil movement frictional resistance; V-arrangement plough urn (8) can make the plough key be difficult for play, and motion guide is arranged, and reduces the long-pending effect of ploughshare and soil contact; Share beak guiding reinforcement (7) and both wings guiding reinforcements (4) can be strengthened ploughshare bending resistance, anti-folding, abrasive resistance, and the motion guide effect is arranged, and can reduce ploughshare body and soil frictional resistance, and it is long-pending to reduce ploughshare and soil contact, reduces the effect of ploughshare wearing and tearing; Both sides cutting blade (5) makes the ploughshare side reduce to resistance, divides soil fast, and cutting blade (5) cutting edge thickness is less than ploughshare body interior thickness, and cutting edge is sharp more good more certainly, can make advance resistance littler like this.

In order to strengthen the ability of native effect of branch and bend resistance, ploughshare body described in the utility model front brilliance convex globoidal (9) can also be established forward reinforcement branch native fin (10) after going up share beak (6).Strengthening dividing native fin (10) can be the triangle of a point, also can be that biapiculate triangular type is strengthened dividing native fin (10-1), can also be that the triangular type of a point strengthens dividing native fin (10-2).

The energy-conservation ploughshare of the anti-wear-resisting swallow-tail form of folding of the utility model, described share beak guiding reinforcement (7) can be the triangular type share beak guiding reinforcements (7-1) of a point.

The energy-conservation ploughshare of the anti-wear-resisting swallow-tail form of folding of the utility model, described both wings guiding reinforcements (4) can be biapiculate triangular type both wings guiding reinforcements (4-1).

Both sides described in the utility model cutting blades (5) can put the first edge on a knife or a pair of scissors on ploughshare body front convex globoidal (9), the following shear force that has ploughshare to advance like this, and and the mutual balance of buoyancy of soil setback, reduced when the ploughshare body advances and the frictional resistance of soil, make the smooth and easy brisk row plough of ploughshare with going into, can save the tractive force that plows.

In order to make the anti-folding of ploughshare, bending resistance, wear-resisting, its material of the utility model can be anti-folding high-abrasive materials such as cast iron, ferromanganese, ferroalloy.

The utility model has the advantages that: the ploughshare body is positive to be the brilliance convex globoidal, and the back side is cancave cambered surface, has reduced ploughshare body top and bottom and soil movement frictional resistance.Designed V-arrangement plough urn, share beak guiding reinforcement and both wings guiding reinforcement have improved ploughshare bending resistance, anti-folding, abrasive resistance; And the motion guide effect is arranged, and there are the ploughshare of minimizing and soil contact long-pending, the resistance that reduces friction reduces the effect of ploughshare wearing and tearing.The utility model both sides cutting blade puts the first edge on a knife or a pair of scissors in ploughshare body front, and cutting edge is sharp, and ploughshare is buried soon, the following shear force that has ploughshare to advance, and and the mutual balance of buoyancy of soil setback, can save the tractive force that plows, the smooth and easy brisk row of ploughshare is ploughed with going into.In order to strengthen the ability of native effect of branch and bend resistance, also be provided with behind the share beak of the utility model ploughshare body front and forward strengthen dividing native fin.So the utility model mass motion resistance, mechanical wear, energy consumption, all reduce greatly, adopt high-abrasive materials such as ferromanganese, ferroalloy in addition, make the anti-folding of the utility model, bending resistance, wear-resisting, speed is fast, laborsaving, energy-conservation, divide design science such as native function reasonable.

Description of drawings:

Below in conjunction with drawings and Examples the utility model is further specified.

Figure of description 1 is the structure chart on the convex globoidal of the utility model ploughshare body front.

Figure of description 2 is the structure charts on the cancave cambered surface of the utility model ploughshare body back side.

Figure of description 3 is the structure charts after strengthening in the utility model dividing native fin (10-1) sawed-off.

Figure of description 4 is structure charts of strengthening dividing native fin (10-2) in the utility model.

Figure of description 5 is structure charts of share beak guiding reinforcement (7-1) in the utility model.

Figure of description 6 is both wings guiding reinforcements (4-1) structure charts after sawed-off in the utility model.

1:1. ploughshare tail in the accompanying drawing, 2. cancave cambered surface, 3. plough key fixing hole, 4. both wings guiding reinforcement, the biapiculate triangular type of 4-1. both wings guiding reinforcement, 5. both sides cutting blade, 6. share beak, 7. share beak guiding reinforcement, the triangular type share beak guiding reinforcement of a point of 7-1., 8.V shape plough urn, 9. convex globoidal, 10. strengthen dividing native fin, the biapiculate triangular type of 10-1. strengthens dividing native fin, and the triangular type of a point of 10-2. strengthens dividing native fin.

Embodiment:

In accompanying drawing 1: the energy-conservation ploughshare of the anti-wear-resisting swallow-tail form of folding has two swallow-tail form ploughshare tails (1), share beak (6), plough key fixing hole (3); Between share beak (6) and the two swallow-tail form ploughshare tails (1) both sides cutting blade (5) is arranged, both sides cutting blade (5) puts the first edge on a knife or a pair of scissors on the smooth convex globoidal in front (9).Brilliance convex globoidal (9) is gone up share beak (6) back one-shot forming and is forward strengthened the native fin of branch (10), and strengthening dividing native fin (10) can be the triangle of a point.

In accompanying drawing 3: forward strengthening dividing native fin (10) also can be that biapiculate triangular type strengthens dividing native fin (10-1).

In accompanying drawing 4: forward strengthening dividing native fin (10) can also be the triangular type reinforcement branch native fin (10-2) of a point.

In accompanying drawing 2: the energy-conservation ploughshare of the anti-wear-resisting swallow-tail form of folding, the last moulding V-arrangement plough of ploughshare body back side cancave cambered surface (2) urn (8) has plough key fixing hole (3) in the V-arrangement plough urn (8); The last moulding of cancave cambered surface (2) connects the share beak guiding reinforcement (7) on share beak (6) and V-arrangement plough urn (8) top and at the both wings guiding reinforcement (4) of its both sides; Between share beak (6) and two swallow-tail form ploughshare tails (1) both sides cutting blade (5) is arranged.

In accompanying drawing 5: share beak guiding reinforcement (7) can be the triangular type share beak guiding reinforcement (7-1) of a point.

In accompanying drawing 6: both wings guiding reinforcements (4) can be biapiculate triangular type both wings guiding reinforcements (4-1).

Claims

1. the energy-conservation ploughshare of the anti-wear-resisting swallow-tail form of folding has ploughshare body, ploughshare tail, share beak, it is characterized in that: the ploughshare body is positive to be smooth convex globoidal (9); V-arrangement plough urn (8) is arranged on the ploughshare body back side cancave cambered surface (2), plough key fixing hole (3) is arranged in the V-arrangement plough urn (8); The share beak guiding reinforcement (7) on connection share beak (6) and V-arrangement plough urn (8) top is arranged and at the both wings guiding reinforcement (4) of its both sides on the cancave cambered surface (2); Between share beak (6) and the two swallow-tail form ploughshare tails (1) both sides cutting blade (5) is arranged.

2. the energy-conservation ploughshare of the wear-resisting swallow-tail form of anti-folding according to claim 1 is characterized in that: the positive smooth convex globoidal of described ploughshare body (9) has forward reinforcement branch native fin (10) after going up share beak (6).

3. the energy-conservation ploughshare of the wear-resisting swallow-tail form of anti-folding according to claim 2 is characterized in that: it can be the triangle of a point that described reinforcement divides native fin (10).

4. the energy-conservation ploughshare of the wear-resisting swallow-tail form of anti-folding according to claim 2 is characterized in that: described reinforcement divides native fin (10) to strengthen dividing native fin (10-1) for biapiculate triangular type.

5. the energy-conservation ploughshare of the wear-resisting swallow-tail form of anti-folding according to claim 2 is characterized in that: it is the triangular type reinforcement branch native fin (10-2) of a point that described reinforcement divides native fin (10).

6. the energy-conservation ploughshare of the wear-resisting swallow-tail form of anti-folding according to claim 1 is characterized in that: described share beak guiding reinforcement (7) is the triangular type share beak guiding reinforcement (7-1) of a point.

7. the energy-conservation ploughshare of the wear-resisting swallow-tail form of anti-folding according to claim 1 is characterized in that: described both wings guiding reinforcements (4) are biapiculate triangular type both wings guiding reinforcement (4-1).

8. the energy-conservation ploughshare of the wear-resisting swallow-tail form of anti-folding according to claim 1 is characterized in that: described both sides cutting blades (5) put the first edge on a knife or a pair of scissors on ploughshare body front convex globoidal (9).

9. the energy-conservation ploughshare of the wear-resisting swallow-tail form of anti-folding according to claim 1 is characterized in that: described its material can be ferromanganese, the anti-folding of ferroalloy high-abrasive material.