CN209501589U - A kind of stirred tank for seal grease production - Google Patents

Abstract

The utility model discloses a kind of stirred tanks for seal grease production, including autoclave body, end socket has been bolted at the top of the autoclave body, and the top of end socket is connected with rotating bar by sealing bearing, the outer circumferential walls both ends of the rotating bar be bolted there are four annular array distribution casing, and the internal slide of casing is connected with motion bar, the same stir plate has been bolted in two movable boom ends positioned at same vertical direction.In the utility model, the revolving speed of stepper motor is periodically adjusted by controller, motion bar, stir plate are stretched inside autoclave body by the pulling force of centrifugal force and spring shakes, material inside stirred tank can comprehensively be stirred, improve stirring efficiency, be pushed the material that stirring is completed downwards using push blade, blanking can be made to become uniform, steady, the smooth degree of blanking is improved, offers convenience for seal grease production, improves seal grease production efficiency.

Description

A kind of stirred tank for seal grease production

Technical field

The utility model relates to seal grease production technical field more particularly to a kind of stirrings for seal grease production Kettle.

Background technique

Sealing, refers to and closely closes, sealing is to prevent fluid or solia particle from leaking and preventing between adjacent faying face Components or measure, sealing inside introduced contaminants such as dust and moisture intrusion machinery equipment can be divided into static seal and dynamic sealing Two major classes.Static seal static seal mainly has pad sealing, sealant sealing and directly contacts sealing three categories；Dynamic sealing sealing can be with It is divided into two kinds of fundamental types of rotatory sealing and reciprocation sealing；Seal grease can be usually marked in sealing structure, play lubrication and Seal the effect of filling.

Seal grease is a kind of technology-intensive product, is the mixture of complicated hydrocarbon, and it is really used Performance is that the comprehensive effect of complicated physically or chemically change procedure usually uses stirring in seal grease production process again Its raw material is mixed in kettle, and still, since the raw material many of seal grease all has viscosity, sticky raw material is being stirred In order to accelerate its stirring efficiency inside kettle, by way of increasing stirring motor, cause it is at high cost in the stirred tank course of work, Deficiency in economic performance.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and the one kind proposed is used for Seal Oil The stirred tank of rouge production.

To achieve the goals above, the utility model adopts the technical scheme that

Envelope has been bolted at the top of the autoclave body in a kind of stirred tank for seal grease production, including autoclave body Head, and the top of end socket is connected with rotating bar by sealing bearing, the outer circumferential walls both ends of the rotating bar are connected by bolt The casing of annular array distribution there are four connecing, and the internal slide of casing is connected with motion bar, positioned at the two of same vertical direction The same stir plate has been bolted in a activity boom end, has been bolted in the middle part of the outer circumferential walls of the motion bar Stop collar, and the same agitator arm has been bolted between two adjacent stop collars, the other end of the motion bar is logical It crosses and has been bolted piston sheet, and spring has been bolted in the other end of piston sheet, the bottom center of the autoclave body passes through It is bolted feeder pipe, and baiting valve has been bolted in the bottom of feeder pipe, the bottom end of rotating bar extends to feeder pipe Inside the push blade of spiral distribution is bolted, be bolted between two casings being distributed up and down The same mounting rod, and the outer circumferential walls of mounting rod, by being socketed with the change equidistantly distributed, the outer circumferential walls of change pass through It has been bolted homogeneous blade.

Preferably, the longitudinal section of the stir plate is arcuate structure, and a side surface of stir plate is equipped with and equidistantly distributes Dispersion through-hole.

Preferably, the agitation blade being spirally distributed, and two adjacent agitations are welded on the outside of the agitator arm Agitation blade on bar is oppositely oriented.

Preferably, be bolted sealing slip ring at the nozzle of described sleeve pipe, and seal the circumferential inner wall of slip ring with Motion bar is slidably connected.

Preferably, rinforcement bar bar, and two rinforcement bar bars have been bolted in the two sides inner wall bottom of the autoclave body Between be rotatablely connected by bearing and rotating bar.

Preferably, the top outer of the end socket, which passes through flanged joint, feed pipe, and the center of top of end socket passes through It has been bolted stepper motor.

Preferably, supporting leg has been bolted in the bottom four corners of the autoclave body, and the side of autoclave body passes through bolt It is connected with controller, controller is electrically connected by the switch of conducting wire and stepper motor.

The utility model has the following beneficial effects:

1, the utility model proposes the stirred tank for seal grease production, the outer circumferential walls of rotating bar pass through casing peace Equipped with motion bar, it is arc knot that the same longitudinal section, which has been bolted, positioned at two movable boom ends of same vertical direction The stir plate of structure, the longitudinal section of stir plate is arcuate structure, and a side surface of stir plate is equipped with the dispersion equidistantly distributed and leads to Hole, in stirring, stepper motor drives casing, motion bar and stir plate to be rotated by rotating bar, meanwhile, movable boom end It is connect by piston sheet and spring with rotating bar, the revolving speed of stepper motor, motion bar, agitation is periodically adjusted by controller Plate is stretched inside autoclave body by the pulling force of centrifugal force and spring to be shaken, and the material inside stirred tank can comprehensively be stirred It mixes, improves stirring efficiency.

2, the utility model proposes the stirred tank for seal grease production, motion bar is equipped with vertically by stop collar The agitator arm of setting is welded with the agitation blade being spirally distributed on the outside of agitator arm, and on two adjacent agitator arms It is oppositely oriented to stir blade, meanwhile, rotatable homogeneous blade is equipped with by mounting rod and change between two casings, in step When driving casing, motion bar to rotate by rotating bar into motor, oppositely oriented agitation blade and rotatable homogeneous blade can To be rolled and be stirred the raw material inside autoclave body, stirring efficiency is further improved, without installing motor additional, is stirred improving Energy consumption is reduced while efficiency, saves seal grease production cost.

3, the utility model proposes for seal grease production stirred tank, the bottom end of rotating bar extends to feeder pipe The push blade of spiral distribution is bolted in inside, and when needing to stir, push blade can be by autoclave body bottom Raw material pushes up, and avoids the occurrence of stirring blind area, and when needing blanking, stepper motor is reversely rotated, and will be stirred using push blade The material for mixing completion pushes downwards, and blanking can be made to become uniform, steady, improves the smooth degree of blanking, is seal grease Production offers convenience, and improves seal grease production efficiency.

Detailed description of the invention

Fig. 1 be the utility model proposes it is a kind of for seal grease production stirred tank schematic cross-sectional view；

Fig. 2 be the utility model proposes it is a kind of for seal grease production stirred tank part A enlarged structure signal Figure；

Fig. 3 be the utility model proposes it is a kind of for seal grease production stirred tank local overlooking structural representation Figure.

In figure: 1 supporting leg, 2 baiting valves, 3 feeder pipes, 4 rinforcement bar bars, 5 autoclave bodies, 6 stop collars, 7 agitator arms, 8 agitation paddles Leaf, 9 stir plates, 10 motion bars, 11 casings, 12 stepper motors, 13 feed pipes, 14 end sockets, 15 springs, 16 homogeneous blades, 17 turns Ring, 18 mounting rods, 19 rotating bars, 20 push blades, 21 piston sheets, 22 sealing slip rings, 23 dispersion through-holes.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-3, a kind of stirred tank for seal grease production, including autoclave body 5, the top of autoclave body 5 pass through bolt It is connected with end socket 14, and the top of end socket 14 is connected with the rotating bar 19 being vertically arranged, the circle of rotating bar 19 by sealing bearing All outer wall both ends are bolted there are four the casing 11 of annular array distribution, and the internal slide of casing 11 is connected with work Lever 10, it is arcuate structure that the same longitudinal section, which has been bolted, positioned at two 10 ends of motion bar of same vertical direction Stir plate 9, restraining position ring block 6 is bolted in the middle part of the outer circumferential walls of motion bar 10, and between two adjacent stop collars 6 The same agitator arm 7 being vertically arranged is bolted, piston sheet 21 has been bolted in the other end of motion bar 10, And spring 15 has been bolted in the other end of piston sheet 21, the other end of spring 15 is connect by bolt with rotating bar 19, The outside of piston sheet 21 and the inner wall of casing 11 are slidably connected, and feeder pipe 3 has been bolted in the bottom center of autoclave body 5, and Baiting valve 2 has been bolted in the bottom of feeder pipe 3, and the inside that the bottom end of rotating bar 19 extends to feeder pipe 3 passes through bolt It is connected with the push blade 20 of spiral distribution, it is same vertical to be bolted between two casings 11 being distributed up and down The mounting rod 18 of setting, and the outer circumferential walls of mounting rod 18 are by being socketed with the change 17 equidistantly distributed, the circumference of change 17 Homogeneous blade 16 has been bolted in outer wall.

In the utility model, the longitudinal section of stir plate 9 is arcuate structure, and a side surface of stir plate 9 is equipped with equidistant The dispersion through-hole 23 of distribution, the outside of agitator arm 7 are welded with the agitation blade 8 being spirally distributed, and two adjacent agitations Agitation blade 8 on bar 7 is oppositely oriented, sealing slip ring 22 has been bolted at the nozzle of casing 11, and seal slip ring 22 Circumferential inner wall be slidably connected with motion bar 10, rinforcement bar bar 4 has been bolted in the two sides inner wall bottom of autoclave body 5, and It is rotatablely connected between two rinforcement bar bars 4 by bearing and rotating bar 19, the top outer of end socket 14 has by flanged joint Feed pipe 13, and stepper motor 12 has been bolted in the center of top of end socket 14, the output shaft bottom end of stepper motor 12 is logical It crosses shaft coupling and rotating bar 19 is sequentially connected, supporting leg 1, and the one of autoclave body 5 has been bolted in the bottom four corners of autoclave body 5 The controller of model DATA-7311 is bolted in side, and controller is electrical by the switch of conducting wire and stepper motor 12 Connection.

Working principle: at the present apparatus free time, will all actuators among the above, refer to dynamical element, electrical part and The power supply of adaptation is attached by conducting wire, specific connection means, should be referred in following working principles, between each electrical part successively Job order complete be electrically connected, detailed connection means, be techniques well known, it is following mainly introduce working principle and Process is not explained to electrical control, and the outer circumferential walls of rotating bar 19 are equipped with motion bar 10 by casing 11, is located at same The stir plate 9 that the same longitudinal section is arcuate structure, agitation is bolted in two 10 ends of motion bar of vertical direction The longitudinal section of plate 9 is arcuate structure, and a side surface of stir plate 9 is equipped with the dispersion through-hole 23 equidistantly distributed, in stirring, Stepper motor 12 drives casing 11, motion bar 10 and stir plate 9 to be rotated by rotating bar 19, meanwhile, 10 end of motion bar It is connect by piston sheet 21 and spring 15 with rotating bar 19, the revolving speed of stepper motor 12 is periodically adjusted by controller, it is living Lever 10, stir plate 9 are stretched inside autoclave body 5 by the pulling force of centrifugal force and spring 15 shakes, can will be inside stirred tank Material is comprehensively stirred, and stirring efficiency is improved；

Motion bar 10 is equipped with the agitator arm 7 being vertically arranged by stop collar 6, and the outside of agitator arm 7 is welded with helically The agitation blade 8 of shape distribution, and the agitation blade 8 on two adjacent agitator arms 7 is oppositely oriented, meanwhile, two casings 11 it Between rotatable homogeneous blade 16 is equipped with by mounting rod 18 and change 17, set is driven by rotating bar 19 in stepper motor 12 When pipe 11, motion bar 10 rotate, oppositely oriented agitation blade 8 and rotatable homogeneous blade 16 can will be inside autoclave bodies 5 Raw material is rolled and is stirred, and stirring efficiency is further improved, and without installing motor additional, is reduced while improving stirring efficiency Energy consumption saves seal grease production cost；

The push blade of spiral distribution is bolted in the inside that the bottom end of rotating bar 19 extends to feeder pipe 3 20, when needing to stir, push blade 20 can be pushed up the raw material of 5 bottom of autoclave body, avoid the occurrence of stirring blind area, needed When wanting blanking, stepper motor 12 is reversely rotated, and is pushed the material that stirring is completed downwards using push blade 20, under can making Material becomes uniform, steady, improves the smooth degree of blanking, offers convenience for seal grease production, improves seal grease production effect Rate.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (7)

1. a kind of stirred tank for seal grease production, including autoclave body (5), which is characterized in that the top of the autoclave body (5) is logical It crosses and has been bolted end socket (14), and the top of end socket (14) is connected with rotating bar (19), the rotating bar by sealing bearing (19) outer circumferential walls both ends are bolted that there are four the casing (11) of annular array distribution, and the inside of casing (11) Motion bar (10) are slidably connected, have been bolted positioned at two motion bar (10) ends of same vertical direction same The outer circumferential walls middle part of stir plate (9), the motion bar (10) is bolted restraining position ring block (6), and two adjacent limits It has been bolted the same agitator arm (7) between position ring (6), the other end of the motion bar (10) has been bolted Piston sheet (21), and the other end of piston sheet (21) has been bolted spring (15), the bottom center of the autoclave body (5) is logical It crosses and has been bolted feeder pipe (3), and the bottom of feeder pipe (3) has been bolted baiting valve (2), the bottom of rotating bar (19) The push blade (20) of spiral distribution, two be distributed up and down are bolted in the inside that end extends to feeder pipe (3) It has been bolted between casing (11) the same mounting rod (18), and the outer circumferential walls of mounting rod (18) are by being socketed with Homogeneous blade (16) have been bolted in the change (17) of range distribution, the outer circumferential walls of change (17).

2. a kind of stirred tank for seal grease production according to claim 1, which is characterized in that the stir plate (9) longitudinal section is arcuate structure, and a side surface of stir plate (9) is equipped with the dispersion through-hole (23) equidistantly distributed.

3. a kind of stirred tank for seal grease production according to claim 2, which is characterized in that the agitator arm (7) the agitation blade (8) being spirally distributed, and the agitation blade (8) on two adjacent agitator arms (7) are welded on the outside of It is oppositely oriented.

4. a kind of stirred tank for seal grease production according to claim 3, which is characterized in that described sleeve pipe (11) Nozzle at be bolted sealing slip ring (22), and seal slip ring (22) circumferential inner wall and motion bar (10) sliding connect It connects.

5. a kind of stirred tank for seal grease production according to claim 4, which is characterized in that the autoclave body (5) Two sides inner wall bottom be bolted rinforcement bar bar (4), and between two rinforcement bar bars (4) by bearing and rotation Bar (19) rotation connection.

6. a kind of stirred tank for seal grease production according to claim 5, which is characterized in that the end socket (14) Top outer pass through flanged joint and have feed pipe (13), and stepping electricity has been bolted in the center of top of end socket (14) Machine (12).

7. a kind of stirred tank for seal grease production according to claim 6, which is characterized in that the autoclave body (5) Bottom four corners be bolted supporting leg (1), and controller has been bolted in the side of autoclave body (5), control Device is electrically connected by conducting wire and the switch of stepper motor (12).