CN201735242U

CN201735242U - Desanding machine

Info

Publication number: CN201735242U
Application number: CN2010202636199U
Authority: CN
Inventors: 魏斌彪
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-07-20
Filing date: 2010-07-20
Publication date: 2011-02-09
Anticipated expiration: 2020-07-20

Abstract

The utility model discloses a desanding machine comprising a pulp storage box in a frame base, a middle storage box arranged on the upper end surface of the left end at the rear end of the upper frame of the frame base and with the right end of the bottom surface of the box body provided with a slurry open pipe, a vibrating screen arranged on the upper end surface of the right end and provided with a left and a right vibration motors, a swirler arranged on the middle storage box and provided with a support, a slurry pump on the bottom plate of the frame base, and connecting pipes. The desanding machine is characterized in that the upper end surface of the left end at the rear end of the upper frame of the frame base is distributed with lower installation holes; the periphery of the lower end of the middle storage box body is welded with a lower angle iron frame with another edge distributed with upper installation holes, and is in threaded connection with the upper end surface of the left end at the rear end of the upper frame of the frame base for fixing; a float switch is arranged beside the slurry open pipe at the right end of the bottom surface of the middle storage box body; the left and right end parts of the outsides of the front and back walls of the vibrating screen are provided with elastic shock absorbers; and the power supply terminal blocks on the left and right vibration motors and the slurry pump are respectively and electrically connected with one end of a cable with another end provided with a total power plug. The desanding machine is applicable for slurry desanding filtration.

Description

Sand removing machine

Technical field:

The utility model relates to a kind of mud desanding device, particularly relates to a kind of sand removing machine.

Background technology:

Drilling fluid mud need purify, and makes liquid-solid separation by sand removing machine, removes the sand grains in the mud, so as drilling well everything goes well with your work carries out.Sand removing machine also can be widely used in the liquid-solid separation of river, well water desanding, coal washing water and industrial washup etc.

There is following defective in existing sand removing machine:

1, each parts great majority of existing sand removing machine adopt the mode that is welded to connect, make whole sand removing machine now show huge like this, both given and carried or install and use and bring many troubles, vehicle-mounted space in the vehicle-mounted transportation is not fully utilized, vehicle-mounted utilization rate is descended, and improve vehicle-mounted cost of transportation greatly, and also be unfavorable for extensive use;

2, the elasticity shock absorber of the vibratory sieve of existing sand removing machine is still continued to use and is kept away the spring that shakes, and environment through moisture very easily makes shock-proof spring get rusty and the impingement phenomenon of shock-proof spring, will produce bigger dry sound pollution under strong vibration, influences surrounding enviroment;

3, the mud in the middle storage tank of existing sand removing machine can be arranged downwards to slurry-storing box at any time by the mud mouth pipe of tank floor, and it is uncontrolled in the discharge process of mud, in the time of when the mud in the slurry-storing box and too much, promptly leak from overfall, thus, cause the waste of a part of mud, also consumed suitable energy consumption in vain, and increased use cost;

4, existing sand removing machine also is welded together power supply box and frame seat; the electric device that the strong vibration that produces in the course of the work when sand removing machine patches in regular meeting makes power supply box becomes flexible, comes off; also can damage electric device when serious; and cause that sand removing machine can't carry out operate as normal; simultaneously, also influenced carrying out smoothly of whole engineering.

Generally speaking, the existing variety of problems of existing sand removing machine and need await is further perfectly eliminated weak point, to meet the need of market.

Summary of the invention:

The purpose of this utility model is that a kind of improved sand removing machine will be provided, and it is not only detachable, and carrying and easy to install, and rational in infrastructure, does not have dry sound pollution, and operates simple and easy, safe and reliable.

Solution of the present utility model to achieve the above object is: sand removing machine of the present utility model includes frame seat, slurry-storing box in the frame seat, the upper end surface, left part and right-hand member tank floor of the upper frame rear end of frame seat is provided with the middle storage tank of a mud mouth pipe, the band left side of the upper end surface, right part of the upper frame rear end of frame seat, the vibratory sieve of right vibrating motor, the cyclone of belt supporting frame on the middle storage tank, slag stock pump and connecting line on the base plate of frame seat, the upper end surface, left part of the upper frame rear end of described frame seat is distributed with down installing hole, the periphery place of the end, lower end of storage tank casing is welded with angle frame in described, be distributed with installing hole on the another side of described angle frame down, last installing hole on the described angle frame another side down is relative with the following installing hole that the upper end surface, left part of the upper frame rear end of described frame seat distributes, and form by bolt and to be fixedly connected, the other float switch that is provided with of the mud mouth pipe of the tank floor right-hand member of storage tank in described, described float switch forms the fixing column of welding by the tank floor place of upper end and middle storage tank; be " ∟ " shape and the left end end be fixed with the motion bar of a ball float for the place, right-hand member end of " Y " shape and be fixed on place, motion bar left part be dome shape and form the nylon lid that cooperates with the mouth of pipe of mud mouth pipe and formed; the lower end of described column and be inlaid in motion bar left end end for " Y " shape place and form the rotation connection; before the described vibratory sieve; the left side outside the rear wall; an elasticity shock absorber is located to be provided with respectively in the right part; described elasticity shock absorber is provided with the vibration supporting seat of a column by upper surface central authorities, string is contained in cylindrical shape and the plastic cement elastic vibration that central zone is porose at vibration gin pole place, supporting seat upper surface and supports, that the plastic cement elastic vibration that is sleeved on cylindrical shape is supported the cover for seat that is the flat ring at place, end, upper end and is " ⊥ " shape and bottom and be the linking arm that the upper end surface of the cover for seat of flat ring is welded to connect and constitute, place, the bottom surface of described vibration supporting seat is respectively with the upper surface, right part of the upper frame rear end of frame seat and with respect to before the described vibratory sieve, the left side in the rear wall outside, the formation of place, right part is welded to connect fixing, described being " ⊥ " shape linking arm the end, upper end respectively with described vibratory sieve before, the rear wall left outer, the upper end formation of right part is welded to connect fixing, a described left side, power supply terminal on right vibrating motor and the slag stock pump is electrically connected with an end of cable respectively, and the other end of described cable also is electrically connected with the binding post of a general supply plug rear end respectively.

Because the utility model has improved existing sand removing machine, and the upper and lower end connecting mode of storage tank has all adopted self-mountable ﹠ dismountuble in making, and so not only offers convenience for carrying or installing and using, and can make full use of vehicle-mounted space, falls end cost of transportation.Simultaneously the mud mouth pipe of the tank floor right-hand member of storage tank is other in described sets up one and forms fixing column Cheng “ ∟ by the upper end with the tank floor place of middle storage tank " shape and the left end end be fixed with the motion bar of a ball float for the right-hand member end of " Y " shape and be fixed on place, motion bar left part be dome shape and forms the nylon that cooperates with the mouth of pipe of mud mouth pipe and covers the float switch of being formed; and motion bar is that the left end end of " Y " shape connects with the lower end formation rotation of column; the sludge volume of the mud mouth pipe of the tank floor right-hand member of storage tank during float switch can be realized controlling according to the height of the mud liquid level in the slurry-storing box effectively, has promptly stopped to efflux and the wasting phenomenon that causes from overfall.Secondly will be before described vibratory sieve, the left side in the rear wall outside, the spring shock absorber at place, right part makes to be provided with by upper surface central authorities the vibration supporting seat of a column into, string is contained in cylindrical shape and the plastic cement elastic vibration that central zone is porose at vibration gin pole place, supporting seat upper surface and supports, that the plastic cement elastic vibration that is sleeved on cylindrical shape is supported the cover for seat that is the flat ring at place, end, upper end and is " ⊥ " shape and bottom and be the formed elasticity shock absorber of linking arm that the upper end surface of the cover for seat of flat ring is welded to connect, support the caused dry sound pollution of high vibration that to eliminate in the vibratory sieve course of work by plastic cement elastic vibration thus, and improved peripheral living environment greatly.In addition; also make a described left side; power supply terminal on right vibrating motor and the slag stock pump is electrically connected with an end of cable respectively; and the other end of cable is electrically connected with the binding post of a general supply plug rear end respectively; the general supply plug of the cable other end can be easily and is existed general supply socket on the power supply box of a determining deviation to form to be connected and fixed with sand removing machine and be electrically connected like this; so; both avoided influencing the operate as normal of power supply box because of the vibration of sand removing machine; ensured the normal electricity consumption of sand removing machine again; and protected power supply box to exempt from damage, the use safety and reliability of while power supply box.

Description of drawings:

Concrete structure of the present utility model is provided by following embodiment and accompanying drawing thereof.

Fig. 1 is the structural representation of sand removing machine of the present utility model.

Fig. 2 is that schematic diagram is looked on the left side of Fig. 1.

Fig. 3 is the schematic diagram of upper frame of the frame seat of sand removing machine of the present utility model.

Fig. 4 is the schematic diagram of the middle storage tank of sand removing machine of the present utility model.

Fig. 5 is the schematic diagram of following angle frame of the middle storage tank of sand removing machine of the present utility model.

Fig. 6 is the schematic diagram of float switch of the middle storage tank of sand removing machine of the present utility model.

Fig. 7 is the schematic diagram of motion bar of float switch of the middle storage tank of sand removing machine of the present utility model.

Fig. 8 is the schematic diagram of the vibratory sieve of sand removing machine of the present utility model.

Fig. 9 is the sieve plate schematic diagram of the vibratory sieve of sand removing machine of the present utility model.

Figure 10 is the schematic diagram of elasticity shock absorber of the vibratory sieve of sand removing machine of the present utility model.

Figure 11 is the schematic diagram that the plastic cement elastic vibration of elasticity shock absorber of the present utility model is supported.

The specific embodiment:

Below with reference to accompanying drawing sand removing machine of the present utility model is described in further detail.

Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10 and Figure 11, the sand removing machine of this utility model includes the cyclone 5 of frame seat 1, slurry-storing box 2, middle storage tank 3, belt supporting frame 51 and with slag stock pump 6 and connecting line on the base plate 12 of the vibratory sieve 4 of left and right vibrating motor 41,42, frame seat 1.

The upper end surface, left part of upper frame 11 rear ends of described frame seat 1 is distributed with down installing

hole

13,14,15,16.

Described slurry-storing box 2 is placed in the described frame seat 1, and formation is welded to connect fixing.

Storage tank 3 is installed in the upper end surface, left part of upper frame 11 rear ends of described frame seat 1 in described, the periphery place of the end, lower end of storage tank 3 casings is welded with angle frame 32 in described, be distributed with installing hole 33 on the another side of described angle frame 32 down, 34,35,36, last installing hole 33 on described angle frame 32 another sides down, 34,35, the 36 following installing holes 13 that distribute with the upper end surface, left part of upper frame 11 rear ends of described

frame seat

1,14,15,16 is relative, and form by bolt and to be fixedly connected, the mud mouth pipe 31 other float switches that are provided with of the tank floor right-hand member of storage tank 3 in described, described float switch forms the fixing column 37 Cheng “ ∟ of welding by upper end and the tank floor place of middle storage tank 3 " shape and the left end end be fixed with the motion bar 39 of a ball float 38 for the place, right-hand member end of " Y " shape and be fixed on place, motion bar 39 left parts be dome shape and forms the nylon lid 310 that cooperates with the mouth of pipe of mud mouth pipe 31 and is formed, the lower end of described column 37 and be inlaid in motion bar 39 left end ends be " Y " shape place and formation rotation connection.

The upper end surface of storage tank 3 during described cyclone 5 is installed in by support 51, and form thread connection.

A described band left side, right vibrating motor 41,42 vibratory sieve 4 is installed in the upper end surface, right part of upper frame 11 rear ends of described frame seat 1, before the described vibratory sieve 4, the left side in the rear wall outside, the place, right part is provided with an elasticity shock absorber 43 respectively, described elasticity shock absorber 43 is provided with the vibration supporting seat 45 of a column 44 by upper surface central authorities, string is contained in the plastic cement elastic vibration cylindrical shape and central zone porose 46 at vibration supporting seat 45 upper surface gin poles 44 places and supports 47, that the plastic cement elastic vibration that is sleeved on cylindrical shape is supported the cover for seat that is the flat ring 48 at place, end, 47 upper end and is " ⊥ " shape and bottom and be the linking arm 49 that the upper end surface of the cover for seat 48 of flat ring is welded to connect and constitute, place, the bottom surface of described vibration supporting seat 45 is respectively with the upper surface, right part of upper frame 11 rear ends of frame seat 1 and with respect to before the described vibratory sieve 4, the left side in the rear wall outside, right part place form be welded to connect fixing, described being " ⊥ " shape linking arm 49 the end, upper end respectively with described vibratory sieve 4 before, the rear wall left outer, the upper end formation of right part is welded to connect fixing.

Power supply terminal on described left and right vibrating motor 41,42 and the slag stock pump 6 is electrically connected with an end of cable 7 respectively, and the other end of described cable 7 also is electrically connected with the binding post of a general supply plug 71 rear ends respectively.

The use of sand removing machine of the present utility model, earlier the general supply plug 71 of the cable other end is inserted and sand removing machine mutually in the general supply socket 73 on across a certain distance the power supply box 72 and the formation electrical connections, gauge tap 74 on the operating power case 72 starts a left side respectively, right vibrating motor 41,42 and slag stock pump 6, make the mud that needs to handle pour into mud in 4 rear box simultaneously from pulp-inlet pipe mouth 8 toward vibratory sieve, efflux through the vibratory sieve slag notch 410 of sand slag behind vibratory sieve 4 sub-sieves from vibratory sieve 4 front ends, on mud mud after the processing passes through in the vibratory sieve 4, lower end thick, thin sieve plate 411,412 flow in the slurry-storing box 2, another route slag stock pump 6 work are sucked out the mud in the slurry-storing box 2 by the pulp-absorbing pipe 21 in the slurry-storing box 2, and enter cyclone 5 by cyclone pulp-inlet pipe 52, screening when rotational flow makes liquid-solid separation, on the one hand the mud after the desanding is from the grout outlet 53 of cyclone 5 upper ends is sent in the storage tank 3, or more therefrom the output of the grout outlet 311 of storage tank 3 tank floor left ends be sent to the place that needs, or therefrom the mud mouth pipe 31 of storage tank 3 tank floor right-hand members enters in the slurry-storing box 2, the opposing party's facing sand slag is sent in the vibratory sieve 4 from the cyclone slag notch 54 of cyclone 5 lower ends, through thick, thin sieve plate 411,412 filter, part mud flows directly in the slurry-storing box 2 again, and the sand slag effluxes from the vibratory sieve slag notch 410 of vibratory sieve 4 front ends, in the processing procedure of mud, when the mud level in the slurry-storing box 2 is higher, mud will hold up the ball float 38 of float switch, ball float 38 drive motion bars 39 are raised and the nylon lid 310 that is dome shape that is fixed on place, motion bar 39 left parts are mentioned, the mouth of pipe until the mud mouth pipe 31 of middle storage tank 3 tank floor right-hand members is sealed by nylon lid 310, and the mud in the blocking-up in the storage tank 3 flows in the slurry-storing box 2, avoided effluxing, unnecessary waste has taken place from the overfall 22 of slurry-storing box 2.

Sand removing machine of the present utility model has only slurry-storing box 2 and frame seat 1 formation to be welded to connect, and the upper frame 11 of middle storage tank 3 and frame seat 1 and formation thread connection, cyclone 5 also forms thread connection by support 51 and middle storage tank 3, before the vibratory sieve 4, the left side in the rear wall outside, before the cover for seat that is the flat ring 48 and vibratory sieve 4 of the elasticity shock absorber 43 at place, right part, the left side in the rear wall outside, the plastic cement elastic vibration of the elasticity shock absorber 43 at place, right part is supported 47 and is the dismountable type connection, a described left side, right vibrating motor 41,42 and slag stock pump 6 on the general supply plug 71 that is electrically connected by cable 7 and power supply box 72 general supply socket 73 electrically connect as plug-in, thereby middle storage tank 3, cyclone 5, vibratory sieve 4 and all can separate one by one for the power supply box 72 of plug-in, provide a great convenience for carrying or installing and using like this, not only save freight and also significantly reduced product cost, and help extensively promoteing the wider application, elasticity shock absorber 43 of the present utility model is selected for use plastic cement elastic vibration to support again and dry sound pollution is effectively descended.Sand removing machine of the present utility model mainly is applicable to the desanding filtration of mud.

Claims

1. sand removing machine; It includes frame seat (1); Slurry-storing box (2) in the frame seat (1); The right-hand member upper end surface, left part and the casing bottom surface of upper frame (11) rear end of frame seat (1) is provided with the middle storage tank (3) of a mud mouth pipe (31); The band left side of the upper end surface, right part of upper frame (11) rear end of frame seat (1); Right vibrating motor (41); (42) vibratory sieve (4); The cyclone (5) of the upper belt supporting frame (51) of middle storage tank (3); Slag stock pump (6) and connecting line on the base plate (12) of frame seat (1); The upper end surface, left part that it is characterized in that upper frame (11) rear end of described frame seat (1) is distributed with lower installing hole (13); (14); (15); (16); The periphery place of the end, lower end of storage tank (3) casing is welded with angle frame (32) in described; Be distributed with installing hole (33) on the another side of described lower angle frame (32); (34); (35); (36); Upper installing hole (33) on described lower angle frame (32) another side; (34); (35); (36) the lower installing hole (13) that distributes with the upper end surface, left part of upper frame (11) rear end of described frame seat (1); (14); (15); (16) relative; And formed by bolt and to be fixedly connected; The other float switch that is provided with of the mud mouth pipe (31) of the casing bottom surface right-hand member of storage tank (3) in described; Described float switch forms the column (37) that is welded and fixed by the place, casing bottom surface of upper end and middle storage tank (3); Cheng “ ∟ " shape and the left end end be fixed with the motion bar (39) of a ball float (38) by place, the right-hand member end of " Y " shape and be fixed on place, motion bar (39) left part be the sphere shape and form the nylon that cooperates with the mouth of pipe of mud mouth pipe (31) and cover (310) and formed; The lower end of described column (37) and be inlaid in motion bar (39) left end end for " Y " shape place and form to rotate connect; Described vibratory sieve (4) is front; The left side in the rear wall outside; The place, right part is provided with respectively an elasticity shock absorber (43); Described elasticity shock absorber (43) is provided with the vibration supporting seat (45) of a column (44) by upper surface central authorities; String is contained in the plastic cement elastic vibration support cylindrical shape and central zone porose (46) (47) that vibration supporting seat (45) upper surface gin pole (44) is located; That the plastic cement elastic vibration that is sleeved on cylindrical shape is supported the cover for seat that is the flat ring (48) at place, end, (47) upper end and is " ⊥ " shape and bottom and be the linking arm (49) that the upper end surface of the cover for seat (48) of flat ring is welded to connect and consist of; Place, the bottom surface of described vibration supporting seat (45) respectively with the upper surface, right part of upper frame (11) rear end of frame seat (1) and front with respect to described vibratory sieve (4); The left side in the rear wall outside; The formation of place, right part is welded to connect fixing; Described being, the end, upper end of linking arm (49) of " ⊥ " shape was respectively front with described vibratory sieve (4); The rear wall outside is left; The upper end formation of right part is welded to connect fixing; A described left side; Right vibrating motor (41); (42) and the power supply terminal on the slag stock pump (6) be electrically connected with an end of cable (7) respectively, the other end of described cable (7) also is electrically connected with the binding post of general supply plug (a 71) rear end respectively.