CN109173801A

CN109173801A - A kind of mixing plant for battery production technology

Info

Publication number: CN109173801A
Application number: CN201811076347.9A
Authority: CN
Inventors: 周孝银
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-14
Filing date: 2018-09-14
Publication date: 2019-01-11

Abstract

The invention discloses a kind of mixing plants for battery production technology, including agitator tank, the axis in the agitator tank and the snorkel set on the axis two sides, the axis is hollow structure, it is communicated inside the axis with the snorkel, it is equipped with equipment cavity at the top of the snorkel, stirring motor is equipped in the equipment cavity, is arranged with stirring flabellum on the stirring motor output shaft, feed inlet is equipped at the top of the agitator tank, the agitator tank side is equipped with discharge port；Push rod is equipped in the axis, the push rod bottom is equipped with push component, the driving device for driving the push rod to move up and down is equipped at the top of the agitator tank；Discharging controller is equipped in the discharge port；The discharging of discharge port is controlled by discharging controller, control action is risen to the discharge of raw material, avoids wastage of material.

Description

A kind of mixing plant for battery production technology

Technical field

The invention belongs to mixing plant technical fields, more particularly, to a kind of mixing plant for battery production technology.

Background technique

Battery, which refers to, fills electrolyte solution and metal electrode to generate the cup of electric current, slot and other containers or clad vessel Chemical energy can be converted to the device of electric energy by segment space, have point of anode and cathode, with the development of science and technology battery is general Refer to the midget plant that can be produced electricl energy, the performance parameter of battery mainly has electromotive force, capacity, specific energy and resistance, utilizes battery As energy source, it is available have burning voltage, stabling current, long-time stable power supply, the electricity of very little is influenced by the external world Stream, and battery structure is simple, and easy to carry, charge and discharge are easy to operation, do not influenced by outside climatic and temperature, performance Reliable and stable, the various aspects performance in modern society's life has great role.When being manufactured to battery, need Battery raw material is stirred, is sufficiently mixed battery raw material after agitation.It is existing that battery raw material is stirred The equipment mixed can only be stirred raw material what a position was fixed when stirring to battery, be easy to appear and stir in whipping process Dead angle is mixed, raw material mixing effect is influenced；Stock discharge after the completion of stirring can not be controlled, be easy to make in discharge process At wasting phenomenon.

Summary of the invention

The present invention for overcome the deficiencies in the prior art, provides a kind of promotion mixing effect, convenient for controlling discharge The mixing plant for battery production technology.

To achieve the goals above, the invention adopts the following technical scheme: a kind of stirring for battery production technology is set Standby, including agitator tank, the axis in the agitator tank and the snorkel set on the axis two sides, the axis is hollow Structure, the axis inside are communicated with the snorkel, and equipment cavity is equipped at the top of the snorkel, is equipped with and stirs in the equipment cavity Motor is mixed, stirring flabellum is arranged on the stirring motor output shaft, is equipped with feed inlet, the agitator tank at the top of the agitator tank Side is equipped with discharge port；Push rod is equipped in the axis, the push rod bottom is equipped with push component, sets at the top of the agitator tank There is the driving device for driving the push rod to move up and down；Discharging controller is equipped in the discharge port；Pass through driving Component driver push component is moved, and so that push Component driver stirring flabellum is moved up and down, is made to stir flabellum to raw material It carries out making to stir flabellum longitudinal movement when laterally stirring, promotes the mixing effect to raw material, avoid stirring dead angle；It is controlled by discharging Mechanism processed controls the discharging of discharge port, plays control action to the discharge of raw material, avoids wastage of material.

Preferably, being equipped with motion bar in the snorkel, the equipment cavity is fixed at the top of the motion bar；It is described Motion bar bottom is equipped with limit plate, and the limit plate two sides are equipped with the first gasket；The ventilation inside pipe wall is equipped with first Fagging；When push component is moved inside along axis, change the air pressure in snorkel, limit is pushed by the effect of air pressure Position plate up moves, and stirring flabellum is driven to move up and down at work, enables to stir flabellum to the upper and lower level in agitator tank Raw material is adequately stirred, and raw material lamination up and down is avoided the occurrence of.

Preferably, being equipped with support rod at the top of the agitator tank, the driving device includes being movably connected on the support The first drive rod on bar, set on first link block of first drive rod one end, set on the first of the support rod side Mounting base and the driving motor in first mounting base, the driving motor and first drive rod transmission cooperate； The push rod is movably connected on first link block；The first drive rod is driven to be moved by driving motor, first passes Lever is moved around support rod, and push rod is driven to move up and down；By the rotate driving push rod of driving motor up and down Movement, enables push rod is continual to move up and down, and the distance to move up and down to push rod accomplishes accurately to control, and makes to push away Sending device to be able to drive air-flow preferably drives stirring flabellum to move up and down.

Preferably, first drive rod bottom is equipped with the second link block, it is connected on second link block Second drive rod is arranged with third drive rod in the driving motor output shaft, and second drive rod is movably connected on third On drive rod；Push rod is driven by the second drive rod and third drive rod, control action is risen to the distance of push rod lifting, It moves up and down push rod in preset stroke, promotes the stability of pushrod movement.

Preferably, the push component includes being connected with the mounting blocks of the push rod bottom, set on the mounting blocks two Second gasket of side, the venthole on the mounting blocks and the first sprue in the venthole；Pass through sealing Pad increases the contact area of mounting blocks and axis inner wall, promotes the sealing effect of push component and axis inner wall, makes to push component Air pressure is pressed down when pushing down, stirring flabellum is pushed to do ascending motion；Be pyramidal structure at the top of venthole, the first sprue with Venthole matches, and when pushing component and doing ascending motion, the first sprue makes the since the effect of air-flow and gravity is fallen down One sprue moves to venthole bottom, and venthole is in unimpeded state, smoothly increase push component；When push component When doing descending motion, the first sprue moves at the top of venthole under the action of air-flow, and venthole is blocked, and makes push group Part carries out extruding push to the air pressure in axis when declining, and air pressure is pushed into snorkel, stirring flabellum is pushed to do upper elevator It is dynamic, stirring flabellum is promoted to the mixing effect of raw material, avoids the appearance at stirring dead angle.

Preferably, being equipped with appendix at the top of the venthole, the venthole is communicated with the appendix；The ventilation The second support plate is equipped in hole, second support plate is equipped with multiple air holes；Increasing push component by appendix When air-flow entered in venthole from appendix, push venthole in the first sprue move down, move to the first sprue Venthole bottom keeps venthole in the conductive state；First sprue is when moving to venthole bottom by support plate to first Sprue plays a supportive role, and the first sprue is avoided to drop out out of venthole, makes to push component by air hole to keep pushing away in rising The air pressure of sending component top and bottom is consistent, does ascending motion convenient for push component.

Preferably, the discharging controller includes the second sprue being set in the discharge port, is set to described second First sliding block of sprue two sides and the first sliding groove on the discharge port side wall, the discharge port inner wall are obliquely installed；Out Being obliquely installed for hole of material adjusts convenient for sectional area of second sprue to discharge port, is convenient for by the cooperation of sliding slot and sliding block to the Two sprues are moved, and change the discharging bore of discharge port when the second putty is mobile, carry out discharge port to bore as needed Adjustment, can as needed control the speed of stock discharge, avoid the waste of raw material, and promote discharge port discharge can By property.

Preferably, first sliding block be equipped with the second sliding block, second sliding block be equipped with third sliding block, it is described go out Material mouth side wall is equipped with movable chamber, be equipped in the movable chamber second sliding slot matched with second sliding block and with it is described The third sliding slot that third sliding block matches；Second sliding slot plays position-limiting action to the second sliding block, and third sliding slot section is sliding less than second Slot, the second sliding block can not be skidded off out of second sliding slot, be the more stable progress of the second sprue by second sliding slot and third sliding slot Mobile, run-off the straight when the second sprue being avoided to move influences the control action to discharge hole for discharge.

Preferably, the movable chamber two sides are equipped with seal chamber, first sliding block is equipped with sealing plate, the seal chamber It is interior equipped with the 4th sliding slot matched with the sealing plate, third gasket is equipped at the top of the sealing plate；Pass through sealing plate pair First sliding groove seals, and the raw material in discharge port is avoided to flow out out of first sliding groove, promotes the sealing effect of discharge port side wall Fruit prevents from causing wasting phenomenon in discharging originally.

Preferably, being equipped with the second mounting base at the top of the seal chamber, second mounting base is equipped with rotating electric machine, institute It states and is fixed with threaded rod on rotating electric machine output shaft, drive block has been arranged on the third sliding block, the drive block is equipped with The threaded hole matched with the threaded rod, the threaded rod are arranged in the threaded hole；Pass through threaded rod and threaded hole Cooperation plays driving effect to drive block, makes drive block that the second sprue be driven to be moved in discharge port；In a manner of motor pair The movement of second sprue is controlled, and the distance for moving the second sprue is more accurate, keeps the second sprue more stable It is moved in discharge port, the bore in discharge port is adjusted.

The invention has the following advantages that driving push component to be moved by driving assembly, stir push Component driver It mixes flabellum to move up and down, makes stirring flabellum make to stir flabellum longitudinal movement when carrying out laterally stirring to raw material, promotion is to original The mixing effect of material avoids stirring dead angle；The discharging of discharge port is controlled by discharging controller, the discharge to raw material Control action is played, wastage of material is avoided.

Detailed description of the invention

Fig. 1 is the structural diagram of the present invention.

Fig. 2 is enlarged drawing at the A of Fig. 1.

Fig. 3 is enlarged drawing at the B of Fig. 1.

Fig. 4 is discharge hole structure schematic diagram of the present invention.

Specific embodiment

In order to make those skilled in the art better understand the present invention program, below in conjunction in the embodiment of the present invention Attached drawing, the technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is only A part of the embodiments of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people The model that the present invention protects all should belong in member's every other embodiment obtained without making creative work It encloses.

As shown in Figs 1-4, a kind of mixing plant for battery production technology, including agitator tank 1, be set to the agitator tank Axis 13 in 1 and the snorkel 14 set on 13 two sides of axis, the axis 13 be hollow structure, in be located in agitator tank Medium position, two groups of snorkels are symmetric in axis two sides, and 13 inside of axis is communicated with the snorkel 14, described It is equipped with equipment cavity 142 at the top of snorkel 14, stirring motor 143 is equipped in the equipment cavity 142, stirring motor 143 is anti-water power Machine is arranged with stirring flabellum 144 on the output shaft of the stirring motor 143, is equipped with feed inlet 11, institute at the top of the agitator tank 1 1 side of agitator tank is stated equipped with discharge port 12；Push rod 24 is equipped in the axis 13,24 bottom of push rod is equipped with push group Part is equipped with the driving device for driving the push rod 24 to move up and down at the top of the agitator tank 1；It is set in the discharge port 12 There is discharging controller；When raw material, which enters, to be stirred in agitator tank, stirring motor driving stirring flabellum is turned It is dynamic, raw material is stirred, driving device driving push rod moves up and down, by pushing the effect of component, in axis Air pressure squeezed, the air pressure in axis is pushed into snorkel, pushing equipment chamber up moves, make stir flabellum turn Ascending motion is done in dynamic process；Push component moves equipment cavity down under gravity when up moving, and makes to stir Flabellum does reciprocal up and down motion under the action of pushing component, stirs stirring flabellum sufficiently the raw material of the upper and lower It mixes, prevents stirring dead angle；The discharging of discharge port is controlled by discharging controller, control is risen to the discharge of raw material Effect, avoids wastage of material.

Motion bar 141 is equipped in the snorkel 14, the equipment cavity 142 is fixed on 141 top of motion bar；Institute 141 bottom of motion bar is stated equipped with limit plate 1411,1411 two sides of limit plate are equipped with the first gasket 1412；The snorkel 14 inner walls are equipped with the first support plate 142；First gasket is made of elastic material, ventilation inside pipe wall be smooth setting, first Gasket is in contact with ventilation inside pipe wall, and the first gasket can be moved up and down along ventilation inside pipe wall；Pass through the first gasket Increase the sealing effect of limit plate and inside pipe wall of ventilating；When motion bar is in normal condition, limit plate is placed on first On fagging, the first support plate is in contact, and the first support plate is ring structure, is fixed on ventilation inside pipe wall；When raw material is stirring When being stirred in case, push rod push push component move down, air pressure under the action of pushing component in axis into Enter into snorkel, limit plate is pushed up to move, stirring flabellum is made to do shuttle elevating movement, increases stirring flabellum to original The mixing effect of material.

Support rod 21 is equipped at the top of the agitator tank 1, the driving device includes being movably connected on the support rod 21 The first drive rod 22, set on first link block 23 of described first drive rod, 22 one end, set on 21 side of support rod First mounting base 26 and the driving motor in first mounting base 26, the first drive rod middle part are movably connected on support rod On；The driving motor and first drive rod 22 transmission cooperate；The push rod 24 is movably connected on first link block On 23；Agitator tank side is equipped with mounting plate 15, and mounting plate bottom is equipped with support base 151, and support base is triangular structure, increases branch Seat is supportted to the support effect of mounting plate；First mounting base is set on mounting plate；First drive rod, 22 bottom is equipped with second and connects Block 221 is connect, the second drive rod 25 is connected on second link block 221, is arranged on the output shaft of the driving motor There is third drive rod 27, third drive rod one end is fixedly connected with the output shaft of driving motor, 25 activity of the second drive rod It is connected on the third drive rod 27, the flexible connection is hinged.

When being stirred in agitator tank to raw material, driving motor task driven third drive rod is rotated, the Three drive rods are rotated together with driving motor output shaft, and the second drive rod is driven to move together, and the second drive rod is the Moved up and down under the action of three drive rods, make the second drive rod drive the first drive rod moved, the first drive rod around It is rotated with the tie point of support rod, makes the first drive rod that push rod be driven to move up and down, so that push rod be made to drive push group Part moves up and down, and moves up and down stirring flabellum during stirring, promotes the mixing effect of stirring flabellum；Pass through drive The up and down motion of the rotate driving push rod of dynamic motor, enables push rod is continual to move up and down, and transports up and down to push rod Dynamic distance accomplishes accurately to control, and so that driving means is able to drive air-flow and stirring flabellum is preferably driven to move up and down.

The push component includes the mounting blocks 241 for being fixed on 24 bottom of push rod, is set to 241 two sides of mounting blocks The second gasket 242, the venthole 243 on the mounting blocks 241 and the first sprue in the venthole 243 245；Appendix 244 is equipped at the top of the venthole 243, the snorkel 243 is communicated with the appendix 244；The ventilation The second support plate 246 is equipped in hole 243, second support plate 246 is equipped with multiple air holes 2461, and the second support plate is connected In in venthole bottom interior wall；It is pyramidal structure at the top of venthole, the first sprue is matched with the pyramidal structure at the top of venthole, First sprue is spherical structure, and the first sprue can be made of elastic material；Second gasket is made of elastic material, in venthole Wall and axis are smooth setting, and the second gasket can be moved up and down along axis inner wall, and the first sprue can be along venthole Inner wall moves up and down.

When push rod pushes mounting blocks to move down, due to the effect of inertia and air pressure, the first sprue is along in venthole Wall up moves, and moves to the first sprue at the top of venthole that venthole is clogging, and sealing state, peace are in below mounting blocks The air-flow that dress block continues in lower general who has surrendered's axis is pressed into snorkel, and the air-flow entered in snorkel up pushes limit plate, Make limit plate that motion bar be pushed up to move, stirring flabellum is made to do ascending motion in stirring；When push rod drives mounting blocks up When movement, air-flow is entered in venthole by appendix, and the first sprue is under the action of gravity and air-flow along in venthole Wall moves to venthole bottom, falls the first sprue on the supporting plate, and venthole is in the open state, and air-flow enters installation Below block, so that the air-flow above and below mounting blocks is in steady state, easily drive mounting blocks to do upper elevator convenient for push rod It is dynamic.

The discharging controller includes the second sprue 122 being set in the discharge port 12, is set to second sprue First sliding block 1221 of 122 two sides and the first sliding groove 121 on 12 side wall of discharge port, 12 inner wall of discharge port incline Tiltedly setting；The inner wall bore of discharge port outlet is less than the inner wall bore of discharge port import, and the second sprue is made of metal material Spherical pieces, the first sliding block are fixed on the second sprue two sides, are moved by mobile first sliding block to the second sprue, make second to block up Block transverse movement in discharge port makes the second sprue to discharge port by the mutual cooperation of the second sprue and discharge port inner wall Discharging bore is adjusted, and is adjusted the bore of discharge port as needed, is controlled convenient for the discharging speed to discharge port System avoids wastage of material when discharging.

First sliding block 1221 is equipped with the second sliding block 1222, and second sliding block 1222 is equipped with third sliding block 1223,12 side wall of discharge port is equipped with movable chamber, is equipped in the movable chamber and to match with second sliding block 1222 Second sliding slot 126 and the third sliding slot 1210 that is matched with the third sliding block 1223；Second sliding slot plays limit to the second sliding block Position effect, third sliding slot section are less than second sliding slot, and the second sliding block can not skid off out of second sliding slot, pass through second sliding slot and the Three sliding slots make the second sprue it is more stable move, avoid the second sprue move when run-off the straight, influence to discharge hole for discharge Control action.

The movable chamber two sides are equipped with seal chamber 124, and first sliding block 1221 is equipped with sealing plate 123, the sealing It is equipped with the 4th sliding slot 1241 matched with the sealing plate 123 in chamber 124, is equipped with third at the top of the sealing plate 123 and seals Pad 1231；Third gasket is made of elastic material, and third gasket is in contact with the inside top surface of seal chamber, increases sealing plate With the sealing effect of seal chamber；When first sliding block is moved along first sliding groove, drives sealing plate to move in seal chamber, make Sealing plate and seal chamber cooperation seal to first sliding groove, avoid raw material from flowing out out of first sliding groove in discharge, reduce The waste of raw material.

The second mounting base 125 is equipped at the top of the seal chamber 124, second mounting base 125 is equipped with rotating electric machine 1251, threaded rod 127 is fixed on the output shaft of the rotating electric machine 1251, has been arranged with driving on the third sliding block 1223 Block 128, the drive block 128 are equipped with the threaded hole matched with the threaded rod 127, and the threaded rod 127 is arranged in institute It states in threaded hole；Third slider top is equipped with limited block 1224, is imitated by the cooperation that limited block increases third sliding block and drive block Fruit；It is additionally provided with mounting rod 129 at the top of seal chamber, threaded rod one end is rotationally connected on mounting rod；Third mounting base, electric rotating Machine, threaded rod, drive block and mounting rod are two groups, are respectively arranged on discharge port two sides, respectively with two group on the second sprue Three sliding blocks match, and two groups of rotating electric machines are synchronized and worked；Rotating electric machine, threaded rod and drive is respectively set in discharge port two sides Motion block is horizontally moved the second sprue under the action of rotating electric machine, and the second sprue is avoided to occur tilting shadow when moving Ring the control effect of discharging controller.

When being stirred in agitator tank to raw material, the first sliding block is located at first sliding groove end, the second sprue with go out Material mouth inner wall is in contact, and seals to discharge port；After the completion of raw material stirs in agitator tank, rotating electric machine drives screw thread Bar is rotated, and by the cooperation of thread plate and threaded hole, drive block is driven to move toward rotating electric machine direction, to drive second Sprue is moved toward discharge port entrance, with the increase of discharge port inner wall bore, the second sprue and discharge port inner wall is made to generate seam Agitator tank is discharged from the gap of the second sprue and discharge port in gap, raw material；The distance of the second sprue movement can be done as needed Adjustment, changes the speed of discharge hole for discharge with this, avoids the waste of raw material, adapts to more production and processing demands；It is logical The cooperation for crossing threaded rod and threaded hole plays driving effect to drive block, makes drive block that the second sprue be driven to carry out in discharge port Movement；The movement of the second sprue is controlled in a manner of motor, the distance for moving the second sprue is more accurate, makes second Sprue more can be moved smoothly in discharge port, be adjusted to the bore in discharge port.

The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto, Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.

Claims

1. a kind of mixing plant for battery production technology, including agitator tank (1), the axis being set in the agitator tank (1) (13) and the snorkel (14) set on the axis (13) two sides, the axis (13) are hollow structure, and the axis (13) is interior Portion is communicated with the snorkel (14), is equipped with equipment cavity (142) at the top of the snorkel (14), is set in the equipment cavity (142) Have stirring motor (143), stirring flabellum (144), the agitator tank (1) are arranged on the output shaft of the stirring motor (143) Top is equipped with feed inlet (11), and agitator tank (1) side is equipped with discharge port (12)；It is characterized by: in the axis (13) It is equipped with push rod (24), push rod (24) bottom is equipped with push component, is equipped at the top of the agitator tank (1) described for driving The driving device that push rod (24) moves up and down；Discharging controller is equipped in the discharge port (12).

2. a kind of mixing plant for battery production technology described in accordance with the claim 1, it is characterised in that: the snorkel (14) it is equipped with motion bar (141) in, the equipment cavity (142) is fixed at the top of the motion bar (141)；The motion bar (141) bottom is equipped with limit plate (1411), and limit plate (1411) two sides are equipped with the first gasket (1412)；The snorkel (14) inner wall is equipped with the first support plate (142).

3. a kind of mixing plant for battery production technology described in accordance with the claim 1, it is characterised in that: the agitator tank (1) top is equipped with support rod (21), and the driving device includes the first drive rod being movably connected on the support rod (21) (22), the first link block (23) set on described first drive rod (22) one end, first set on the support rod (21) side Mounting base (26) and the driving motor being set in first mounting base (26), the driving motor and first drive rod (22) transmission cooperation；The push rod (24) is movably connected on first link block (23).

4. a kind of mixing plant for battery production technology described in accordance with the claim 3, it is characterised in that: described first passes Lever (22) bottom is equipped with the second link block (221), is connected with the second drive rod on second link block (221) (25), it is arranged on the output shaft of the driving motor third drive rod (27), second drive rod (25) is movably connected on On the third drive rod (27).

5. a kind of mixing plant for battery production technology described in accordance with the claim 1, it is characterised in that: the push group Part includes the mounting blocks (241) for being fixed on the push rod (24) bottom, the second gasket for being set to the mounting blocks (241) two sides (242), the first sprue for being set to the venthole (243) on the mounting blocks (241) and being set in the venthole (243) (245).

6. a kind of mixing plant for battery production technology according to claim 5, it is characterised in that: the venthole (243) top is equipped with appendix (244), and the snorkel (243) communicates with the appendix (244)；The venthole (243) It is inside equipped with the second support plate (246), second support plate (246) is equipped with multiple air holes (2461).

7. a kind of mixing plant for battery production technology described in accordance with the claim 1, it is characterised in that: the discharging control Mechanism processed includes the second sprue (122) being set in the discharge port (12), is set to the first of the second sprue (122) two sides Sliding block (1221) and the first sliding groove (121) being set on the discharge port (12) side wall, discharge port (12) the inner wall inclination are set It sets.

8. a kind of mixing plant for battery production technology according to claim 7, it is characterised in that: described first is sliding Block (1221) is equipped with the second sliding block (1222), and second sliding block (1222) is equipped with third sliding block (1223), the discharging Mouth (12) side wall is equipped with movable chamber, is equipped with the second sliding slot matched with second sliding block (1222) in the movable chamber (126) and with the third sliding block (1223) the third sliding slot (1210) matched.

9. a kind of mixing plant for battery production technology according to claim 8, it is characterised in that: the movable chamber Two sides are equipped with seal chamber (124), and first sliding block (1221) is equipped with sealing plate (123), are equipped in the seal chamber (124) The 4th sliding slot (1241) matched with the sealing plate (123), sealing plate (123) top are equipped with third gasket (1231).

10. a kind of mixing plant for battery production technology according to claim 9, it is characterised in that: the sealing The second mounting base (125) are equipped at the top of chamber (124), second mounting base (125) is equipped with rotating electric machine (1251), the rotation It is fixed on the output shaft of rotating motor (1251) threaded rod (127), has been arranged with drive block on the third sliding block (1223) (128), the drive block (128) is equipped with the threaded hole matched with the threaded rod (127), and the threaded rod (127) is worn In the threaded hole.