CN103452155A

CN103452155A - Double-shaft-end electric trencher

Info

Publication number: CN103452155A
Application number: CN2013100003715A
Authority: CN
Inventors: 张璐
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-01-02
Filing date: 2013-01-02
Publication date: 2013-12-18

Abstract

Disclosed is a double-shaft-end electric trencher. A double-shaft-end motor is arranged in the middle of the trencher, the left end of the double-shaft-end motor is fixed to a left supporting beam while the right end of the same is fixed to a right supporting beam, an upper eccentric shaft is fixed at an upper-end rotating shaft end of the double-shaft-end motor and hinged at the upper end of a right inclined pipe through an upper connecting rod, the middle of the right inclined pipe is hinged to the right supporting beam, the lower end of the right inclined pipe is fixed in the middle of a right curved pipe, a lower eccentric shaft is fixed at a lower-end rotating shaft end of the double-shaft-end motor and hinged to the middle of a left inclined pipe through a lower connecting rod, the upper end of the left inclined pipe is hinged to the left supporting beam, the lower end of the left inclined pipe is fixed in the middle of a left curved pipe, multiple drilling teeth are uniformly distributed on the left curved pipe and the right curved pipe respectively, and a slurry outgoing nozzle is arranged between each two drilling teeth. Earth excavation is realized by swinging the drilling teeth, punching and replacing are realized through high-pressure water jetting, and trenching efficiency is high.

Description

The electronic trenching machine of twin shaft end

Technical field

The present invention relates to a kind of trenching machine, particularly a kind ofly take the ground electronic trenching machine of twin shaft end used of lower groove.

Background technology

At present, the trenching machine ubiquity ditching speed that takes the ground lower groove is slow, complex structure, the high cost characteristics.

Summary of the invention

The present invention has made up above shortcoming, provides a kind of twin shaft end electronic trenching machine.

The present invention is achieved through the following technical solutions:

The electronic trenching machine of a kind of twin shaft end, spreading steel pipe lower end is connected in the middle of transverse tube, transverse tube the right and left is connected in respectively the upper end of left standpipe and right standpipe, left standpipe lower end is connected with left steel wire bend pipe, left steel wire bend pipe lower end is connected in left inclined tube, right standpipe lower end is connected with right steel wire bend pipe, and right steel wire bend pipe lower end is connected in right inclined tube, be provided with twin shaft end motor in the middle of trenching machine, twin shaft end motor left end is fixed in left strutbeam, right-hand member is fixed in right strutbeam, twin shaft end motor upper end rotary shaft end is fixed with eccentric shaft, upper eccentric shaft is by the upper connecting rod right inclined tube upper end that is hinged, right strutbeam is hinged in the middle of right inclined tube, right inclined tube lower end is fixed in the middle of right curved tube, twin shaft end motor lower end rotary shaft end is fixed with lower eccentric shaft, lower eccentric shaft is hinged by lower link in the middle of left inclined tube, the left inclined tube upper end left strutbeam that is hinged, left inclined tube lower end is fixed in the middle of left curved tube, left curved tube and right curved tube are evenly equipped with a plurality of brill teeth, be provided with slurry outlet nozzle between every two brill teeth.

The present invention has following beneficial effect:

The present invention bores tooth by swing and cuts the earth, the die-cut displacement of water jetting at high pressure, and ditching efficiency is high.

The accompanying drawing explanation

Below in conjunction with accompanying drawing, the present invention is further illustrated;

Accompanying drawing is structural representation of the present invention;

In figure: 1, spreading steel pipe, 2, transverse tube, 3, left standpipe, 4, right standpipe, 5, upper connecting rod, 6, upper eccentric shaft, 7, twin shaft end motor, 8, left strutbeam, 9, right strutbeam, 10 times eccentric shafts, 11, lower link, 12, left steel wire bend pipe, 13, right steel wire bend pipe, 14, left inclined tube, 15, right inclined tube, 16, left curved tube, 17, right curved tube, 18, bore tooth, 19, slurry outlet nozzle.

The specific embodiment

Accompanying drawing is a kind of specific embodiment of the present invention, this embodiment spreading steel pipe 1 lower end is connected in the middle of transverse tube 2, transverse tube the right and left is connected in respectively the upper end of left standpipe 3 and right standpipe 4, left standpipe lower end is connected with left steel wire bend pipe 12, left steel wire bend pipe lower end is connected in left inclined tube 14, right standpipe lower end is connected with right steel wire bend pipe 13, and right steel wire bend pipe lower end is connected in right inclined tube 15, be provided with twin shaft end motor 7 in the middle of trenching machine, twin shaft end motor left end is fixed in left strutbeam 8, right-hand member is fixed in right strutbeam 9, twin shaft end motor upper end rotary shaft end is fixed with eccentric shaft 6, upper eccentric shaft is by upper connecting rod 5 hinge right inclined tube 15 upper ends, right strutbeam is hinged in the middle of right inclined tube, right inclined tube lower end is fixed in the middle of right curved tube 17, twin shaft end motor lower end rotary shaft end is fixed with lower eccentric shaft 10, lower eccentric shaft is hinged by lower link 11 in the middle of left inclined tube 14, the left inclined tube upper end left strutbeam that is hinged, left inclined tube lower end is fixed in the middle of left curved tube 16, left curved tube and right curved tube are evenly equipped with a plurality of brill teeth, be provided with slurry outlet nozzle 19 between every two brill teeth.

When the present invention works, on twin shaft end Motor Drive, eccentric shaft and lower eccentric shaft rotate, upper eccentric shaft is used connecting rod and is driven right inclined tube upper end and swing, lower eccentric shaft swings in the middle of driving left inclined tube with lower link, therefore, left curved tube and right curved tube just synchronously swing back and forth, bore tooth in the middle shoveling that swings back and forth, simultaneously, enter slurries from the spreading steel pipe, slurries enter left and right two curved tubes through left and right two standpipes, left and right two steel wire bend pipes, left and right two inclined tubes, from slurry outlet nozzle, penetrate, and slurries will bore soil zone that tooth digs and go out groove and replace outward.

Claims

1. the electronic trenching machine of twin shaft end, spreading steel pipe (1) lower end is connected in the middle of transverse tube (2), transverse tube the right and left is connected in respectively the upper end of left standpipe (3) and right standpipe (4), left standpipe lower end is connected with left steel wire bend pipe (12), left steel wire bend pipe lower end is connected in left inclined tube (14), right standpipe lower end is connected with right steel wire bend pipe (13), right steel wire bend pipe lower end is connected in right inclined tube (15), be provided with twin shaft end motor (7) in the middle of trenching machine, twin shaft end motor left end is fixed in left strutbeam (8), right-hand member is fixed in right strutbeam (9), it is characterized in that: twin shaft end motor upper end rotary shaft end is fixed with eccentric shaft (6), upper eccentric shaft is by upper connecting rod (5) right inclined tube (15) upper end that is hinged, right strutbeam is hinged in the middle of right inclined tube, right inclined tube lower end is fixed in the middle of right curved tube (17), twin shaft end motor lower end rotary shaft end is fixed with lower eccentric shaft (10), lower eccentric shaft is hinged by lower link (11) in the middle of left inclined tube (14), the left inclined tube upper end left strutbeam that is hinged, left inclined tube lower end is fixed in the middle of left curved tube (16).