A kind of rotary locking type rudder stock peculiar to vessel
Technical field
The present invention relates to accessories field peculiar to vessel, in particular to rudder stock peculiar to vessel.
Background technique
Rudder stock refers to connection rudder blade and steering engine or tiller, and transmits the rotation rod piece of rudder torque.It is well known that rudder stock is
One of most important component in shipping industry.Present rudder stock is generally the integral structure of forged steel pieces.But present rudder stock
There are many defects, rudder stock bottom long period of soaking can form hot spot on rudder stock surface by seawater corrosion in seawater, river water,
How the service life for influencing rudder stock, protect rudder stock and how quickly to assemble protective case and solve the problems, such as at primary;Separately
Outside, the material property of forged steel is easy to be formed on rudder stock surface and wear, and can thus reduce the efficiency of rudder stock transmitting torque, whole
It scraps, increases the cost of enterprise.
Summary of the invention
In view of the deficiencies of the prior art mentioned above, problems solved by the invention are as follows: providing one kind can quick assembling protection
The rotary locking type of rudder stock protective case rudder stock peculiar to vessel.
To solve the above problems, the technical solution adopted by the present invention is as follows:
A kind of rotary locking type rudder stock peculiar to vessel, including upper body of rod, lower body of rod, protective case;The upper body of rod and lower body of rod
End-to-end link;The protective case is socketed in the lower end of lower body of rod, further includes rotary locking mechanism;The spin locking machine
Structure includes rotary screw, drive block, clamping block;The rotary screw is connected with drive block rotary moveable;The lower body of rod
Inside is equipped with a driving chamber and two latch wells;The latch well is set to the two sides of driving chamber and communicates;The lock
Determine the side that chamber extends to lower body of rod;The side of the lower body of rod, which is run through, is equipped with a threaded hole;The threaded hole and drive
Dynamic chamber connection;The rotary screw is threaded in threaded hole;The drive block is mounted in driving chamber;The lock
Determine block to be mounted in latch well;The protective case relative inner is equipped with clamping groove;The rotary screw pushes drive block to move
It is dynamic;The drive block pushes clamping block mobile to two sides;The side that the drive block pushes clamping block to pass through lower body of rod makes
Clamping block is plugged in the clamping groove on the inside of protective case.
Further, the section of the protective case is in U-shape structure;The relative inner of the protective case is respectively equipped with one
Clamping groove.
Further, the medial end of the rotary screw is equipped with latch;The side of the drive block is equipped with card slot;Institute
The rotary screw stated is connected in the card slot of drive block by latch rotation.
Further, the latch and the T-shaped structure of card slot.
Further, the tapered structure of the drive block;The two sides of the drive block are equipped with drive incline face;Described
Driven inclined surface is equipped on the inside of clamping block;The drive incline face and the fitting of driven inclined surface.
Further, the rotary locking mechanism further includes reset spring;The outboard end internal diameter of the clamping block is received
Contracting forms grafting block;The grafting block and clamping block constitute the structure of step surface;It is set on the outside of the latch well of the lower body of rod
There is card teeth;Described reset spring one end is connected on the inside of card teeth, and the other end is connected to grafting block and clamping block formed
On step surface.
Further, the rotary screw outboard end is equipped with hand block.
Further, the upper body of rod lower end is equipped with tooth connection;The upper end of the lower body of rod is equipped with link slot;Described
Upper body of rod is flexibly connected by the link slot of tooth connection and lower body of rod.
Beneficial effects of the present invention
The present invention is rotated in upper body of rod threaded hole by rotary screw, and rotary screw generates displacement and pushes drive block, is driven
Motion block pushes the driven inclined surface on clamping block by drive incline face, moves clamping block to two sides along latch well,
To which the side for making grafting block pass through lower body of rod is plugged in the clamping groove of protective case, the locking of protective case and lower body of rod is realized,
As long as entire motion process twists rotary screw, operation process is simply, conveniently.
Detailed description of the invention
Fig. 1 is fractionation structural representation of the invention.
Fig. 2 is the sectional view of lower body of rod.
Fig. 3 is the connection sectional view of upper body of rod and rotary locking mechanism.
Specific embodiment
The content of present invention is described in further detail with reference to the accompanying drawing.
As shown in Figure 1, a kind of rotary locking type rudder stock peculiar to vessel, including upper body of rod 1, lower body of rod 2, protective case 3.Described is upper
2 end-to-end link of the body of rod 1 and lower body of rod.The protective case 3 is socketed in the lower end of lower body of rod 2.As shown in figure 3, the present invention is also
Including rotary locking mechanism 4.The rotary locking mechanism 4 includes rotary screw 41, drive block 42, clamping block 43.Described
Rotary screw 41 is connected with 42 rotary moveable of drive block.As shown in Fig. 2, being equipped with a driving chamber 21 inside the lower body of rod 2
With two latch wells 22.The latch well 22 is set to the two sides of driving chamber 21 and communicates.The latch well 22 extends to
The side of lower body of rod 2.The side of the lower body of rod 2, which is run through, is equipped with a threaded hole 24.The threaded hole 24 and driving chamber
21 connections.As shown in figure 3, the rotary screw 41 is threaded in threaded hole 24.The drive block 42 is mounted on drive
In dynamic chamber 21.The clamping block 43 is mounted in latch well 22.As shown in Figure 1,3 relative inner of protective case is equipped with card
Access slot 31.The rotary screw 41 pushes drive block 42 mobile.The drive block 42 pushes clamping block 43 mobile to two sides.
The drive block 42 pushes clamping block 43 to pass through the clamping that the side of lower body of rod 2 makes clamping block 43 be plugged on 3 inside of protective case
In slot 31.Further preferably, the structure as shown in Figure 1, section of the protective case 3 is in U-shape.The protective case 3 it is opposite
Inside is respectively equipped with a clamping groove 31.Further preferably, as shown in figure 3, for the work convenient for rotary screw 41 and drive block 42
Dynamic connection, the medial end of the rotary screw 41 are equipped with latch 411, and the side of the drive block 42 is equipped with card slot 421.
The rotary screw 41 is connected in the card slot 421 of drive block 42 by the rotation of latch 411.Further preferably, the card
Tooth 411 and the T-shaped structure of card slot 421.Further preferably, as shown in figure 3, for the pushing away to clamping block 43 convenient for drive block 42
Dynamic, the described tapered structure of drive block 42.The two sides of the drive block 42 are equipped with drive incline face.The clamping block 43
Inside is equipped with driven inclined surface.The drive incline face and the fitting of driven inclined surface.Further preferably, for convenient for clamping block 43
Reset, as shown in figure 3, the rotary locking mechanism 4 further includes reset spring 45.The outboard end of the clamping block 43
Internal diameter shrinks to form grafting block 44.The grafting block 44 and clamping block 43 constitute the structure of step surface.The lock of the lower body of rod 2
The outside for determining chamber 22 is equipped with card teeth 23.Described 45 one end of reset spring is connected to 23 inside of card teeth, and the other end is connected to
On the step surface that grafting block 44 and clamping block 43 are formed.It further preferably, is the rotation convenient for rotary screw 41, the rotation
41 outboard end of screw rod is equipped with hand block 46.Further preferably, as shown in Figure 1,1 lower end of upper body of rod is equipped with tooth connection
11, the upper end of the lower body of rod 2 is equipped with link slot 21.The upper body of rod 1 passes through the link slot of tooth connection 11 and lower body of rod 2
21 are flexibly connected.
The present invention is rotated in 2 threaded hole 24 of upper body of rod by rotary screw 41, and rotary screw 41 generates displacement and pushes drive
Motion block 42, drive block 42 are pushed the driven inclined surface on clamping block 43 by drive incline face, make clamping block 43 along latch well
22 are moved to two sides, so that the side for making grafting block 44 pass through lower body of rod 2 is plugged in the clamping groove 31 of protective case 3, it is real
The locking of existing protective case 3 and lower body of rod 2, as long as entire motion process twists rotary screw 41, operation process is simple, square
Just.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention
Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.