CN110594122A

CN110594122A - Reciprocating vehicle reciprocating push-pull lever arm re-push-pull multipurpose giant pumping and pushing equipment

Info

Publication number: CN110594122A
Application number: CN201910991860.9A
Authority: CN
Inventors: 王江荣
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-10-11
Filing date: 2019-10-11
Publication date: 2019-12-20
Also published as: CN112267986A; CN112267986B

Abstract

The invention discloses a push-pull multipurpose huge pumping and pushing device connected with a push-pull huge lever arm of a heavy suspension reciprocating vehicle, wherein inertial impact force generated by hanging and walking of the reciprocating vehicle is utilized. The lever increases the pushing force by several times to be utilized for pushing and pulling the multipurpose reciprocating suction pushing apparatus. The device has large cylinder volume, the pushing plug plate is pushed and pressed by a lever arm, and one-time reciprocating pushing and pulling can generate fluid of several cubic meters or dozens of cubic meters, and the device is used for the invention patent of the large ship propelling device with the front suction and rear jet water flow pipe. The small generators are densely and batch mounted in long-distance fluid pipes pushed for use, so that the energy-saving and emission-reducing effects are achieved, and a research direction is provided for the endurance of large ships.

Description

Reciprocating vehicle reciprocating push-pull lever arm re-push-pull multipurpose giant pumping and pushing equipment

The technical field is as follows:

the invention discloses a multi-purpose reciprocating giant pumping and pushing device for a heavy suspension reciprocating vehicle to push and pull a giant lever arm and then push and pull the giant pumping and pushing device, which is characterized in that a power supply is input into a motor to start the heavy suspension reciprocating vehicle, the inertia impact force of the heavy suspension reciprocating vehicle in reciprocating motion on a rack rail and a track is utilized, and the lever arm is pushed by virtue of force to be connected with the multi-purpose pushing and pulling and pushing device by a pushing force which is amplified by a plurality of times by a.

Background art:

the scheme changes the prior art that the water body, the steam body and the conveying, sucking and pushing mechanism in the prior art have small power, large energy consumption and difficult power rise, and an electric machine is directly connected with the sucking and pushing mechanism. The mechanism has the advantages that the heavy-duty suspension reciprocating vehicle is used for walking on the rack rail and the track in a suspended and reciprocating mode to do work, the input power of the mechanism is small, the impulsive force is large during walking, the lever arm is pushed and pulled in a reciprocating mode by virtue of the force, and the lever force amplified by multiple times is pushed and pulled in a reciprocating mode to and fro the multipurpose giant pumping and pushing equipment.

The invention content is as follows:

the invention provides a new scheme aiming at the problems that the prior art is difficult to enlarge the equipment for sucking and pushing water fluid and gas fluid, has low power and large energy consumption. The first characteristic is a diagram II: the heavy suspension reciprocating vehicle is used as a quilt 24, a special cable with a power transmission function is suspended and suspended, and inertial impulsive force generated by suspended walking is utilized. The reciprocating vehicle is characterized in that a reciprocating push-pull huge lever arm and lever force are utilized. The reciprocating push-pull multipurpose giant pumping pushing equipment is characterized in that the cylinder body has large capacity, and one reciprocating pushing can generate fluid of several cubic meters or dozens of cubic meters. Each component connects the contents.

Referring to the attached drawing I, a seventh figure is shown in the ground fixing installation 28, the giant framework, the middle of the framework, the horizontal fixing installation 3, the reciprocating vehicle outward movement blocking device 5, the rack rail sliding column and the two sides of the reciprocating vehicle outward movement blocking device fixed at 3: the device comprises an arc reciprocating walking moving rack rail 2, a reciprocating vehicle walking rack rail movable connection 5, a rack rail sliding column 6, an automatic push-pull rack rail mechanism connection 2, a reciprocating walking rack rail and a rail upper installation diagram II: a heavy-duty reciprocating vehicle connection 24, a special cable hanger 28, a giant framework 25, a lifting positioning device, a seventh drawing: the connection is completed. Secondly, the tooth tops of arc-shaped racks of the arc-shaped reciprocating traveling rack tracks are vertically arranged, the reciprocating vehicle travels 23, the driving gear, the tooth tops of the gears and the tooth tops of the arc-shaped racks are in the same direction, the racks and the gears are meshed to travel 4, and the device for blocking the outward movement of the driving gear 3, the device for blocking the reciprocating vehicle 1, the chassis 23 of the reciprocating vehicle, the driving gear is meshed to travel from the starting point to the end point of the rack tracks, and is pulled back by the automatic push-pull rack-rail mechanism 6, 23, the driving gear rotates, the driving gear is meshed to travel from the end point to the starting point and is pushed away by the automatic push-pull rack-rail mechanism. Thirdly, 9, mounting 8 at one end of a lever arm, horizontally mounting 9 after the giant lever arm runs on a stable wheel, mounting 7 at one end of the giant lever arm, and matching with the second graph: the reciprocating vehicle is movably connected with the rear surface, the other end 11 of the reciprocating vehicle is meshed with the arc-shaped rack 10 and the linear rack, and the linear rack is fixedly arranged between the main-force push-pull rod rear surface 17 and the main-force push-pull rod rear surface. The main force push-pull rod fixing base for reciprocating motion of 12 rolling devices is arranged on the ground level, the main force push-pull rod fixing base accords with the direction and is fixed horizontally, 17 and the main force push-pull rod are horizontally arranged on the main force push-pull rod, are engaged with 11 and an arc rack and are generated by a reciprocating vehicle and reciprocating motion, and one end or two ends of 17 and the main force push-pull rod are connected in a one-way or two-way mode: 15 and 16 of the multipurpose giant pumping and pushing equipment and the connection position of the inner push-pull rod and the outer push-pull rod. Starting up the graph II: reciprocating and pushing and pulling. And fourthly, as shown in the figure IV, the multipurpose giant pumping and pushing equipment mainly comprises 13 cylinder bodies 14, push-pull plug plates, 2 push-pull plug plates 15, an outward push pull rod, 4 push-pull rods 16 and an inner push-pull rod, wherein 4 push-pull plug plates are respectively arranged on two sides of 14, the two outer ends of the inner push-pull rod are connected with 15, the outward push pull rod, the most fixed connection 18, a push-pull stabilizing wheel, the cylinder bodies and 15 are fixed horizontally, one end of the outward push rod is connected with 17 main force vertebral pull rods, all the parts are connected, and the multipurpose giant pumping and pushing operation is realized. In the scheme 13, the cylinder body has large capacity, is strongly pushed and pushed by a lever force to reciprocate once, and can generate fluid quantity of several cubic meters or several cubic meters. 13. Cylinder greater than 26, suction conduit 27, ejection conduit, suction power and ejection power are significantly enhanced. The device 16, the inner push-pull rod 19, the upper layer suction port belt stopping suction device 20 and the lower layer unobstructed push-out port belt stopping push-out device are in the same direction, the fluid applying pushing-out effect is high, 13, the bottom layer design push-out port of the cylinder body is pushed out of the lower port, and the pushing-out effect on granular fluid and garbage is smooth and higher. The scheme has various embodiments, and in the first embodiment and the second embodiment, the two ends of the main force push-pull rod are connected with multi-purpose suction and push equipment for bidirectional operation. In the second embodiment and 17, one end of the main force push-pull rod is connected with a multi-purpose huge pumping and pushing device for unidirectional operation. Embodiment three, the reciprocating vehicle starts 21, spare wheel is in figure five: or fig. six: the linear reciprocating walking rack rail is connected with the track in accordance with the direction 17, and the main force push-pull rod directly pushes and pulls the four parts: the multipurpose suction and pushing equipment works. Embodiment four, fig. eight: under the condition that the reciprocating vehicle has no suspension foundation, the reciprocating vehicle is directly connected with the rack rail and the track 7, the reciprocating push-pull lever arm is connected, and then the operation is performed. The application of the scheme is used in the patent application of the invention of the large ship propelling equipment with the water flow pipe which is sucked in front and sprayed out behind. And the air-pumping device is used for conveying and pumping air for deep wells, tunnels, factories and all other places. And the third purpose is to pump and push slurry and particle fluid and other fluids capable of being pumped and pushed. And fourthly, densely installing small generators in the pushed long-distance fluid pipe in batches to generate and store energy, reducing the electricity consumption cost for the purposes and providing a research direction for the endurance of large ships.

Description of the drawings:

the first drawing: the invention discloses a plane view of a reciprocating vehicle which pushes and pulls a lever arm in a reciprocating way and then pushes and pulls a multipurpose huge pumping and pushing device.

And (2) a second diagram: side view of heavy-duty suspension reciprocating vehicle

And (3) figure III: front view of reciprocating vehicle

FIG. four: side view of multipurpose huge suction and pressing equipment

And (5) figure five: plan view of multipurpose giant suction and pressing equipment

FIG. six: linear reciprocating walking fixed rack rail and track plan

FIG. seven: arc reciprocating moving rack rail and track plan

FIG. eight: linear reciprocating moving rack rail and track plan

Description of the reference numerals

1. Heavy-duty suspension reciprocating vehicle chassis

2. Reciprocating vehicle walking rack rail

3. Device for preventing reciprocating vehicle from moving outwards

4. Device for preventing walking gear from moving outwards

5. Rack rail sliding column

6. Automatic push-pull rack rail mechanism

7. Movable connection huge lever arm device of heavy-duty suspension reciprocating vehicle

8. Giant lever arm walking smooth wheel

9. Giant lever arm

10. Linear rack fixed on main push-pull rod

11. Arc rack fixed on lever arm

12. Rolling device reciprocating sliding main force push-pull rod fixing base

13. Giant cylinder body

14 multipurpose huge suction and push equipment push plug plate

15. Multipurpose huge suction and push equipment push-pull rod

16. Multipurpose large-scale suction and push equipment inner push-pull rod

17. Main force push-pull rod

18. Wheel with inner pull rod and outer pull rod connected and capable of being pulled stably

19. Upper layer suction inlet with stopping suction device

20. Lower layer barrier-free push-out opening belt push-out stopping device

21. Spare wheel for heavy-duty suspension reciprocating vehicle

22. Heavy-duty suspension reciprocating vehicle motor

23. Walking driving gear of heavy-duty suspension reciprocating vehicle

24. Special cable with power transmission function

25. Hanging giant cable lifting mechanism

26. Pull-push suction pipe

27. Push-press ejection duct

28. Giant framework

The specific implementation mode is as follows:

referring to the attached drawings, a second drawing is connected below a 24-cable special cable with a power transmission function: heavy reciprocating vehicle, upper connection 28, giant framework upper 25, special cable lifting mechanism, finishing lifting and positioning, power supply passing 24, special cable, input 22, motor, drive 23, walking gear, and figure two: the reciprocating vehicle walking gear is meshed with the rack on the rack rail to perform reciprocating walking operation. The scheme has multiple implementation modes: in the first embodiment, the spare wheel is started 21 by the reciprocating vehicle in the scheme, and the reciprocating vehicle is shown in the fifth figure: the linear reciprocating walking moves on a rack rail or a track or is shown in the figure six: the linear reciprocating walking fixed rack rail, the reciprocating walking on the track, the connection according with the direction 17, one end of the main force push-pull rod connected with the front of the reciprocating vehicle and the other end of the main force push-pull rod connected with the connection diagram IV: directly push and pull the multipurpose suction and push device. In the second embodiment, 9, the giant lever arm is provided with 8 stabilizing wheels, and the giant lever arm is horizontally provided with a movable connection 7, and the third embodiment is as follows: the reciprocating vehicle is movably connected with a connecting rod 7, a lever arm 11, an arc rack meshing connection 10, a linear rack reciprocating push-pull rod 17, a main force push-pull rod and reciprocating motion. Embodiment three and fig. two: the heavy suspension reciprocating vehicle is suspended and positioned by a lifting mechanism 24, a special cable with power transmission function and 25 on a giant framework 28, and the operation is completed in a seventh figure: the arc reciprocating walking moves a rack rail, a rail is suspended and hung, a reciprocating vehicle 7 is movably connected with a huge lever arm, the other end 11 of the huge lever arm, an arc rack and 10, a linear rack are meshed, a reciprocating push-pull rod 17 and a main force push-pull rod are connected with the huge pumping and pushing equipment, the heavy suspension suspended walking inertia impact force and the amplified strong push-pull force of the lever arm in accordance with the direction, and the two-way or one-way connection diagram is four: the multipurpose huge pumping push-pull equipment works.

Claims

1. A heavy-duty suspension reciprocating vehicle reciprocating push-pull huge lever arm reconnection push-pull multipurpose huge pumping and pushing equipment comprises: the drawing comprises a bidirectional push-pull drawing and a unidirectional push-pull drawing, wherein the drawing comprises the following four steps: multipurpose giant pumping and pressing equipment operation, figure two: the reciprocating vehicle connection 17 and the main force push-pull reconnection diagram are as follows: multipurpose suction and pressing apparatus operation, fig. three: the shuttle 9, the giant lever arm, fig. two: heavy duty suspension shuttle, fig. five: the linear reciprocating motion moves the rack rail and the track, and the figure is six: the rack rail and the track are fixed by linear reciprocating walking, and the figure is seven: the arc reciprocating motion moves the rack rail and the track.

2. Figure four according to claim 1: the multipurpose huge suction and push equipment comprises 13 huge cylinder bodies, 19 huge cylinder bodies, an upper layer suction port belt stopping and suction device, 20 a lower layer bottom unobstructed push-out port belt stopping and push-out device, 14 a push-out effect on granular garbage, 4 pieces of 15 stacked and pressed plug plates are respectively arranged on two sides, two outer ends of an inner push-pull rod are connected with 16, an outer push-pull rod, the push-pull rod, a suction port and the unobstructed push-out port are connected in the same direction, and the fluid push-out rate is higher.

3.9, the giant lever arm comprises an installation 8, a giant lever arm walking stable wheel, one end 7, the other end 11 of the reciprocating vehicle, an arc rack meshing connection 10, a linear rack reciprocating motion push-pull and lever force generation are utilized.

4. Figure two according to claim 1: the heavy suspension reciprocating vehicle is suspended and suspended by a 24-degree special cable with a power transmission function on the rack rail to reciprocate to generate inertia impact force to be utilized.

5. FIG. seven: the rack rail and the track are moved by arc reciprocating walking; comprises 5, rack rail sliding column movable connection, 6, automatic push-pull rack rail mechanism and reciprocating vehicle reciprocating walking method.

6. And (5) figure five: the linear reciprocating walking moves the rack rail and the track: comprises 5, rack rail sliding column movable connection, 6, automatic push-pull rack rail mechanism and reciprocating vehicle reciprocating walking method.

7. FIG. six: the linear reciprocating walking fixes the rack rail and the track: comprises a reciprocating vehicle reciprocating walking method.

8. The shuttle car starts 21, spare wheel, in figure five: the linear reciprocating walking moving rack rail comprises a rack rail and a track, wherein the rack rail comprises a sixth drawing: the linear reciprocating walking is used for fixing a rack rail and a track, the direction-conforming connection 17 is arranged on the track, the main force push-pull rod is connected with a multi-purpose giant pumping and pushing device, the push-pull rod is connected with a reciprocating motion push-pull graph IV: a multipurpose suction and pushing apparatus includes a walking method.