CN207915753U - A kind of Liftable type stirring oar system - Google Patents

Abstract

The utility model discloses a kind of Liftable type stirring oar system, including：Lifting assembly, chassis component and agitating paddle, each lifting assembly includes lifting guiding axis, lifting guiding axis is disposed through in cabinet, lifting guiding axis is slidably connected with cabinet, and lifting assembly further includes rack link block, and the side of rack link block is provided with turntable storage tank, turntable storage tank is internally provided with turntable, turntable side is provided with swing arm, and sliding slot is provided in swing arm, and guide cylinder platform is set in sliding slot；Start the motor of lifting assembly, driven by rotary disc swing arm is swung, due to the swing of swing arm, guide cylinder platform generates sliding in sliding slot, when guide cylinder platform slides in sliding slot, cabinet is also generated and is slided up and down, finally drive the lifting of stirring rod and agitating paddle, agitating paddle that can also realize lifting while rotating stirring, agitating paddle can touch the raw material in whole container, so that raw material mixing is abundant.

Description

A kind of Liftable type stirring oar system

Technical field

The utility model is related to coagulation stirring technique field, more particularly to a kind of Liftable type stirs oar system.

Background technology

Stirring is that certain cycle occurs by agitating device so that the particle that gas, liquid in solution even suspend obtains With a uniformly mixed process.Currently, agitating device is widely used in every field, and in chemical technology field, stirring dress It sets in technical process such as liquid-liquid, solution-air, solid-liquid, the mixing of gas-solid-liquid, emulsification, absorption, extraction, reaction and augmentation of heat transfer In play an important role；In building engineering field, concrete is a kind of common construction material, by sandstone, cementitious material and Mud mixes, and needs to be stirred concrete by agitating device, and each ingredient in concrete is made to be uniformly mixed.

Referring to Fig. 1, being a kind of cross-sectional view of existing agitating device.The agitating device includes agitator 800, stirring motor 700 is provided at the top of agitator, stirring montant 600 is set to the inside of agitator and is set to stirring electricity The bottom of machine 700, stirring montant 600 are rolled with stirring motor 700 and are connected, and the bottom of stirring montant 600 is provided with the horizontal paddle of stirring 900。

In whipping process, in material merging agitator 800 to be mixed, stirring motor 700 drives stirring montant 600 to rotate, together When stirring montant 600 drive and stir horizontal paddle 900 and rotate, stir the thrust that horizontal paddle generates and raw material driven to be flowed to the same direction, Achieve the purpose that the various raw materials of mixing with this.However, in stirring horizontal 900 rotation process of paddle, stirs horizontal paddle 900 and can only drive and stir The raw material rotation around horizontal paddle 900 is mixed, through stirring after a period of time, still cannot be mixed from the raw material of horizontal paddle 900 farther out is stirred It is combined, be easy to cause raw material undercompounding.

Utility model content

The utility model provides a kind of Liftable type stirring oar system, to solve the limitation using single fixation agitating paddle The problem of property causes raw material undercompounding.

According to a kind of Liftable type stirring oar system provided by the utility model, including：Lifting assembly, chassis component and Agitating paddle, the chassis component include cabinet, and the lifting assembly is symmetrically disposed on the both sides of the cabinet, and the agitating paddle is set It is placed in the bottom of the cabinet；

Each lifting assembly includes lifting guiding axis, and the lifting guiding axis is disposed through in the cabinet, The lifting guiding axis is slidably connected with the cabinet, and one end of the lifting guiding axis protrudes from the bottom of the cabinet, institute It states and is symmetrically arranged with guide cylinder platform on the side wall of cabinet；

The lifting assembly further includes rack link block, and the side of the rack link block is provided with turntable storage tank, institute The turntable that is internally provided with of turntable storage tank is stated, the turntable is provided with swing arm close to the side of the guide cylinder platform, described Swing arm is fixedly connected with the turntable, and the swing arm is provided through cunning in the side parallel on the swaying direction of the swing arm Slot, the guide cylinder platform are set in the sliding slot, and the sliding slot is in the width parallel on the swaying direction of the swing arm Equal with the diameter of guide cylinder platform, the sliding slot is more than described in the length vertical on the swaying direction of the swing arm The diameter of guide cylinder platform；

The cabinet inside is provided with gear accommodating cavity, and the gear accommodating cavity is internally provided with the first stirring rod, second Stirring rod and driving shaft, first stirring rod and the second stirring rod are respectively arranged at the both sides of the driving shaft, the machine Box top is provided with motor, and described driving shaft one end is rotatablely connected with the motor, the driving shaft other end and the cabinet Side wall rotation connection, first stirring rod is rotatablely connected close to the side wall of one end of the motor and the cabinet, described The other end of first stirring rod is provided with agitating paddle, side of second stirring rod close to one end of the motor and the cabinet Wall is rotatablely connected, and the other end of second stirring rod is provided with agitating paddle；

It is fixedly installed the first driving gear and the second driving gear on the driving shaft, is arranged on first stirring rod There are the first driven gear, the centre-to-centre spacing of first driven gear and first driving gear to be equal to first driven gear With the sum of the reference circle of first driving gear, be provided with the second driven gear on second stirring rod, described second from Moving gear is equal to the indexing of second driven gear and second driving gear with the centre-to-centre spacing of second driving gear The sum of circle.

Further, the swing arm side vertical with swaying direction is symmetrically arranged with arc bump, the rack link block It is provided with swing arm limited block on the side side wall of the swing arm.

Further, the swing arm limited block is slidably connected with the rack link block.

Further, the sliding slot is set as arc-shaped.

Further, first driven gear is slidably connected with first stirring rod, is set on first driven gear It is equipped with shift fork, the shift fork is fixedly connected with first driven gear, and the cabinet is vertical with the swing arm swaying direction Side is additionally provided with shifting block, and the shifting block is fixedly connected with the shift fork.

Further, second driven gear is slidably connected with second stirring rod, is set on second driven gear It is equipped with shift fork, the shift fork is fixedly connected with second driven gear, and the cabinet is vertical with the swing arm swaying direction Side is additionally provided with shifting block, and the shifting block is fixedly connected with the shift fork.

Further, multiple raised blades are both provided at the top and bottom of the agitating paddle.

Further, multiple raised blades, the protrusion blade and the agitating paddle are provided at the top of the agitating paddle The vertical face of rotation direction is in 45 ° relative to the top surface of the agitating paddle, and the bottom of the agitating paddle is provided with multiple convex Blade is played, the protrusion blade face vertical with the rotation direction of the agitating paddle is in relative to the bottom surface of the agitating paddle 45°。

As it can be seen from the above scheme the utility model provides a kind of Liftable type stirring oar system, including lifting assembly, cabinet Component and agitating paddle, chassis component include cabinet, and lifting assembly is symmetrically disposed on the both sides of cabinet, and agitating paddle is set to cabinet Bottom；Each lifting assembly includes lifting guiding axis, and lifting guiding axis is disposed through in cabinet, lifts guiding axis and machine Case is slidably connected, and the one end for lifting guiding axis protrudes from the bottom of cabinet, and guide cylinder platform is symmetrically arranged on the side wall of cabinet； Lifting assembly further includes rack link block, and the side of rack link block is provided with turntable storage tank, and the inside of turntable storage tank is set Be equipped with turntable, turntable is provided with swing arm close to the side of guide cylinder platform, and swing arm is fixedly connected with turntable, swing arm with swing arm Parallel side is provided through sliding slot on swaying direction, and guide cylinder platform is set in sliding slot, and sliding slot is in the swing with swing arm Parallel width is equal with the diameter of guide cylinder platform on direction, and sliding slot length vertical on the swaying direction with swing arm is more than The diameter of guide cylinder platform；Cabinet inside is provided with gear accommodating cavity, and gear accommodating cavity is internally provided with the first stirring rod, second Stirring rod and driving shaft, the first stirring rod and the second stirring rod are respectively arranged at the both sides of driving shaft, and enclosure top is provided with Motor, driving shaft one end are rotatablely connected with motor, and the side wall of the driving shaft other end and cabinet is rotatablely connected, and the first stirring rod is close One end of motor and the side wall of cabinet are rotatablely connected, and the other end of the first stirring rod is provided with agitating paddle, and the second stirring rod is close One end of motor and the side wall of cabinet are rotatablely connected, and the other end of the second stirring rod is provided with agitating paddle；Fixation is set on driving shaft Be equipped with the first driving gear and the second driving gear, be provided with the first driven gear on the first stirring rod, the first driven gear with The centre-to-centre spacing of first driving gear is equal to the sum of the reference circle of the first driven gear and the first driving gear, is set on the second stirring rod It is equipped with the second driven gear, the centre-to-centre spacing of the second driven gear and the second driving gear is equal to the second driven gear and the second active The sum of reference circle of gear；When using this system, the motor on cabinet is opened, the motor on cabinet drives first to stir by gear Bar and the rotation of the second stirring rod are mixed, to drive agitating paddle to rotate, agitating paddle stirs raw material, the electricity of subsequent start-up lifting assembly Machine drives turntable rotation, and turntable drives swing arm to swing immediately, and due to the swing of swing arm, guide cylinder platform generates cunning in sliding slot Dynamic, the lifting guiding axis of both sides is disposed through in cabinet so that cabinet can slide up and down, therefore guide cylinder platform is in sliding slot When middle sliding, cabinet is also generated and is slided up and down, and finally drives the lifting of stirring rod and agitating paddle, agitating paddle is in rotation stirring At the same time it can also realize that lifting, agitating paddle can touch the raw material in whole container, so that raw material mixing is abundant.

Description of the drawings

It, below will be to attached drawing needed in the embodiment in order to illustrate more clearly of the technical solution of the utility model It is briefly described, it should be apparent that, for those of ordinary skills, in the premise of not making the creative labor property Under, other drawings may also be obtained based on these drawings.

Fig. 1 is the cross-sectional view of existing agitating device；

Fig. 2 is the stereoscopic schematic diagram that a kind of Liftable type provided by the utility model stirs oar system.

Fig. 3 is the partial schematic diagram for the lifting assembly that a kind of Liftable type provided by the utility model stirs oar system.

Fig. 4 is the left view that a kind of Liftable type provided by the utility model stirs oar system.

Fig. 5 is the A-A cross section views for the cabinet that a kind of Liftable type provided by the utility model stirs oar system.

Fig. 6 is a kind of embodiment signal for the raised blade that a kind of Liftable type provided by the utility model stirs oar system Figure.

It illustrates：600- stirs montant；700- stirring motors；800- agitators；900- stirs horizontal paddle；1- lifting groups Part；2- chassis components；3- agitating paddles；21- cabinets；12- lifts guiding axis；13- guide cylinder platforms；141- rack link blocks； 142- turntable storage tanks；143- turntables；144- swing arms；145- sliding slots；211- gear storage tanks；The first stirring rods of 22-；24- Two stirring rods；23- driving shafts；26- motors；The first driving gears of 231-；The second driving gears of 232-；The first driven tooths of 221- Wheel；The second driven gears of 241-；146- arc bumps；147- swing arm limited blocks；25- shift forks；251- shifting blocks；31- protrusion blades.

Specific implementation mode

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 Clear, complete description, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without creative efforts The every other embodiment obtained, shall fall within the protection scope of the present invention.

Referring to Fig. 2, for a kind of stereoscopic schematic diagram of Liftable type stirring oar system provided by the utility model, this can rise Drop formula stirs oar system：Lifting assembly 1, chassis component 2 and agitating paddle 3, chassis component 2 include cabinet 21, lifting group Part 1 is symmetrically disposed on the both sides of cabinet 21, and agitating paddle 3 is set to the bottom of cabinet 21；Wherein, lifting assembly 1 could be provided as One, using being symmetrical arranged in the embodiments of the present invention, the power of lifting can be increased so that lifting process is more suitable Freely；In the present embodiment, the setting of 21 bottom of cabinet is fluted, can increase the lifting space of jacking system in this way, can also be Connecting plate is arranged in the bottom symmetrical of cabinet 21, which is flexibly connected easy to disassemble, connecting plate and lifting assembly 1 with cabinet 21 Connection, this set can equally increase the lifting space of jacking system.

Each lifting assembly 1 includes lifting guiding axis 12, and lifting guiding axis 12 is disposed through in cabinet 21, and lifting is led It is slidably connected to axis 12 and cabinet 21, one end of lifting guiding axis 12 protrudes from the bottom of cabinet 21, right on the side wall of cabinet 21 Title is provided with guide cylinder platform 13；Lifting guiding axis plays guiding role, can be matched with linear bearing, linear bearing is A kind of slide unit, wherein linear bearing can be, but not limited to selection standard type, gap adjusting type linear bearing, open-type straight line Bearing, flange form linear bearing etc., due to bearing ball and bearing outside point contact, steel ball is rolled with minimum frictional resistance, because This linear bearing has friction small and more stable；Lifting guiding axis 12 is slidably connected with cabinet 21 so that cabinet 21 being capable of edge It lifting guiding axis 12 and moves up and down the function of realizing lifting, one end of lifting guiding axis 12 protrudes from the bottom of cabinet 21, can According to the lifting guiding axis 12 of how much selection certain lengths of raw material, then to select shorter lifting to be oriented to when material quantity is fewer Axis 12 then selects longer lifting guiding axis 12 when material quantity is more, ensure that the lifting action of lifting guiding axis 12 can be fully It utilizes, and ensures agitating paddle can be made to be adequately exposed to raw material when material quantity is more so that raw material is uniformly mixed to the greatest extent, is risen Drop guiding axis 12 is symmetrical arranged and is all arranged two per side in the present embodiment, while lifting guiding axis 12 and being fixed on rack On, in order to keep whole device more secured, several reinforcing ribs can also be arranged by lifting around guiding axis；The side wall pair of cabinet 21 Title is provided with guide cylinder platform 13, and due to will produce certain vibration when stirring, fierce vibration in order to prevent causes to be oriented to and justify Pylon 13 is deviate from from sliding slot 145, and 13 one end of guide cylinder platform will protrude from the surface of swing arm 144, be gone back on guide cylinder platform 13 Gripping mechanism can be set, lifting assembly 1 is clamped on to the both sides of cabinet 21 when that need not lift.

Referring to Fig. 3, lifting assembly 1 further includes rack link block 141, the side of rack link block 141 is provided with turntable Storage tank 142, turntable storage tank 142 are internally provided with turntable 143, and turntable 143 is arranged close to the side of guide cylinder platform 13 There are swing arm 144, swing arm 144 to be fixedly connected with turntable 143, swing arm 144 is passed through in the side parallel on the swaying direction of swing arm 144 It wears and is equipped with sliding slot 145, guide cylinder platform 13 is set in sliding slot 145, and sliding slot 145 is put down on the swaying direction of swing arm 144 Capable width is equal with the diameter of guide cylinder platform 13, and sliding slot 145 is more than in the length vertical on the swaying direction of swing arm 144 The diameter of guide cylinder platform 13；Rack link block 141 is fixed on the rack, and the effect of rack link block 141 is fixed Turntable 143, turntable 143 are arranged in turntable storage tank 142, and turntable 143, which can be rotated with turntable storage tank 142 by bearing, to be connected It connects, swing arm 144 can weld together with turntable 143 to be linked together by pin key, when turntable 143 rotates It waits, swing arm 144 is rotated together with turntable 143, and the side of swing arm 144 is provided with sliding slot 145, and guide cylinder platform 13 is set to cunning In slot 145, in order to ensure that guide cylinder platform 13 can smoothly slide in sliding slot 145, the diameter and cunning of guide cylinder platform 13 The width of slot 145 is equal, and the diameter of guide cylinder platform 13 is much smaller than the length of sliding slot 145 again, while being oriented to circle in order to prevent Pylon 13 is deviate from when sliding from sliding slot 145, can protrude from sliding slot 145 in the one end of guide cylinder platform 13 far from turntable 143, And the diameter for this part that guide cylinder platform 13 protrudes is greater than the portion that guide cylinder platform 13 is arranged inside sliding slot 145 The diameter divided；When work, rotary tray motor drives turntable 143 to rotate, and swing arm 144 is rotated together with turntable 143, in the present embodiment In, when turntable 143 drives swing arm 144 to do counterclockwise movement, due to the restriction effect of guide cylinder platform 13, guide cylinder platform 13 exists Have the tendency that upward sliding in sliding slot 145, while driving cabinet 21 along lifting 12 slide downward of guiding axis so that whole system Realize that the action declined, due to the restriction effect of guide cylinder platform 13, is led when turntable 143 drives swing arm 144 to do clockwise movement Have the tendency that slide downward in sliding slot 145 to cylinder table 13, at the same drive cabinet 21 along lifting 12 upward sliding of guiding axis, So that whole system realizes the action risen.

Referring to Fig. 5, cabinet 21 is internally provided with gear accommodating cavity 211, gear accommodating cavity 211 is internally provided with first and stirs Bar 22, the second stirring rod 24 and driving shaft 23 are mixed, the first stirring rod 22 and the second stirring rod 24 are respectively arranged at driving shaft 23 Both sides, the top of cabinet 21 is provided with motor 26, and 23 one end of driving shaft is rotatablely connected with motor 26,23 other end of driving shaft and machine The side wall of case 21 is rotatablely connected, and the first stirring rod 22 is rotatablely connected close to the side wall of one end of motor 26 and cabinet 21, and first stirs The other end for mixing bar 22 is provided with agitating paddle 3, and the second stirring rod 24 is rotated close to the side wall of one end of motor 26 and cabinet 21 to be connected It connects, the other end of the second stirring rod 24 is provided with agitating paddle 3；The first driving gear 231 and are fixedly installed on driving shaft 23 Two driving gears 232 are provided with the first driven gear 221, the first driven gear 221 and the first driving tooth on first stirring rod 22 The centre-to-centre spacing of wheel 231 is equal to the sum of the reference circle of the first driven gear 221 and the first driving gear 231, on the second stirring rod 24 It is provided with the second driven gear 241, the centre-to-centre spacing of the second driven gear 241 and the second driving gear 232 is equal to the second driven tooth The sum of the reference circle of wheel 241 and the second driving gear 232.

The first driving gear 231 and the second driving gear 232 are provided on driving shaft 23, in the embodiments of the present invention In, in order to realize that the transformation of transmission speed, the reference diameter of the first driving gear 231 can be less than the second driving gear 232 Reference diameter, the first driven gear 221 is provided on the first stirring rod 22, since the first driven gear 221 and first is led The centre-to-centre spacing of moving gear 231 be equal to the first driven gear 221 and the first driving gear 231 the sum of reference circle, so first from Moving gear 221 is meshed with the first driving gear 231, and the first driving gear 231 drives the first driven gear 221 to rotate, and second The second driven gear 241 is provided on stirring rod 24, due to the centre-to-centre spacing of the second driven gear 241 and the second driving gear 232 Equal to the sum of the reference circle of the second driven gear 241 and the second driving gear 232, so the second driven gear 241 and second is led Moving gear 232 is meshed；After opening motor 26, motor 26 drives driving shaft 23 to rotate, the first driving gear on driving shaft 231 rotate immediately with the second driving gear 232, and drive the by the first driven gear 221 and the second driven gear 241 simultaneously One stirring rod 22 and the second stirring rod 24 rotate, and the first stirring rod 22 and the agitating paddle 3 of the setting on the second stirring rod 24 are opened Begin stirring raw material；In addition to two stirring rods shown in the present embodiment can also be stirred only in setting one for less kinetic equation loss Mix bar, or the dynamics for increasing stirring drives more stirring rods to be stirred by increasing the number of gears on driving shaft It mixes.

Lifting assembly 1, chassis component 2 and agitating paddle 3, chassis component 2 include cabinet 21, and lifting assembly 1 is symmetrical arranged In the both sides of cabinet 21, agitating paddle 3 is set to the bottom of cabinet 21；Each lifting assembly 1 includes lifting guiding axis 12, lifting Guiding axis 12 is disposed through in cabinet 21, and lifting guiding axis 12 is slidably connected with cabinet 21, and the one end for lifting guiding axis 12 is convex For the bottom of cabinet 21, guide cylinder platform 13 is symmetrically arranged on the side wall of cabinet 21；Lifting assembly 1 further includes rack connection The side of block 141, rack link block 141 is provided with turntable storage tank 142, and turntable storage tank 142 is internally provided with turntable 143, turntable 143 is provided with swing arm 144 close to the side of guide cylinder platform 13, and swing arm 144 is fixedly connected with turntable 143, swing arm 144 are provided through sliding slot 145 in the side parallel on the swaying direction of swing arm 144, and guide cylinder platform 13 is set to sliding slot In 145, sliding slot 145 is equal with the diameter of guide cylinder platform 13 in the width parallel on the swaying direction of swing arm 144, sliding slot 145 are more than the diameter of guide cylinder platform 13 in the length vertical on the swaying direction of swing arm 144；Cabinet 21 is internally provided with tooth Accommodating cavity 211 is taken turns, gear accommodating cavity 211 is internally provided with the first stirring rod 22, the second stirring rod 24 and driving shaft 23, and first Stirring rod 22 and the second stirring rod 24 are respectively arranged at the both sides of driving shaft 23, and 21 top of cabinet is provided with motor 26, driving shaft 23 one end are rotatablely connected with motor 26, and 23 other end of driving shaft and the side wall of cabinet 21 are rotatablely connected, and the first stirring rod 22 is close One end of motor 26 is rotatablely connected with the side wall of cabinet 21, and the other end of the first stirring rod 22 is provided with agitating paddle 3, the second stirring Bar 24 is rotatablely connected close to the side wall of one end of motor 26 and cabinet 21, and the other end of the second stirring rod 24 is provided with agitating paddle 3； When using this system, the motor 26 on cabinet 21 is opened, the motor 26 on cabinet 21 drives 22 He of the first stirring rod by gear Second stirring rod 24 rotates, and to drive agitating paddle 3 to rotate, agitating paddle 3 stirs raw material, and subsequent start-up lifting assembly 1 turns Coil motor drives turntable 143 to rotate, and turntable 143 drives swing arm 144 to swing immediately, due to the swing of swing arm 144, guide cylinder Platform 13 generates sliding in sliding slot 145, and the lifting guiding axis 12 of both sides is disposed through in cabinet 21 so that cabinet 21 can more than Lower slider, therefore when guide cylinder platform 13 slides in sliding slot 145, cabinet 21 is also generated and is slided up and down, and finally drives stirring rod And the lifting of agitating paddle 3, agitating paddle 3 can also be lifted automatically, agitating paddle 3 can touch while rotating stirring Raw material in whole container, so that raw material mixing is abundant.

As the utility model preferred embodiment, referring to Fig. 3, the side pair that swing arm 144 is vertical with swaying direction Title is provided with arc bump 146, and rack link block 141 is provided with swing arm limited block 147 on the side side wall of swing arm 144. In order to prevent when lifting agitating paddle 3, decline excessively causes agitating paddle 3 impaired, or rising excessively causes agitating paddle stretching former Material part occurs raw material splashing and causes the accident, and arc bump 146 is symmetrical arranged in the side vertical with swaying direction of swing arm 144, Arc bump 146 is integrally formed with swing arm 144, the also swing arm limited block 147 with 146 mating setting of arc bump；Swing arm 144 When rotating counterclockwise, when agitating paddle 3 drops to the minimum point of setting, the bottommost of the arc bump 146 of side and side Swing arm limited block 147 is in contact, and swing arm 144 stops operating, and agitating paddle also stops the movement declining；Swing arm 144 is done clockwise When rotation, guide cylinder platform 13 is slided to sliding slot 145 close to one end of motor 26, and agitating paddle 3 does ascending motion at this time, works as guiding When cylinder table 13 slides into 145 end of sliding slot, agitating paddle 3 also moves to peak, and swing arm at this time 144 continues to do and turn clockwise Dynamic, guide cylinder platform 13 drives agitating paddle 3 to do the movement declined again, the bottommost of the arc bump 146 of the other side with it is another The swing arm limited block 147 of side is in contact, and swing arm 144 stops operating, and agitating paddle 3 is re-lowered to minimum point at this time；It can lead to The rotation direction for crossing PLC program control motor, the action of agitating paddle recycled up and down is realized with this.

As the utility model preferred embodiment, referring to Fig. 3, swing arm limited block 147 is slided with rack link block 141 Dynamic connection, swing arm limited block 147 can slide up and down, and in this way, can adjust the decline range of agitating paddle 3, meet The demand of different stirring conditions.

As the utility model preferred embodiment, referring to Fig. 4, sliding slot 145 is set as arc-shaped so that be oriented to circle Pylon 13 is more smooth in the sliding of sliding slot 145, and the rise and fall campaign of agitating paddle is also more smooth.

As the utility model preferred embodiment, Fig. 2 and Fig. 5, the stirring of the first driven gear 221 and first are please referred to Bar 22 is slidably connected, and shift fork 25 is provided on the first driven gear 221, and shift fork 25 is fixedly connected with the first driven gear 221, machine The side vertical with 144 swaying direction of swing arm of case 21 is additionally provided with shifting block 251, and shifting block 251 is fixedly connected with shift fork 25；Second from Moving gear 241 is slidably connected with the second stirring rod 24, is provided with shift fork 25 on the second driven gear 241, shift fork 25 and second from Moving gear 241 is fixedly connected, and the side vertical with 144 swaying direction of swing arm of cabinet 21 is additionally provided with shifting block 251, shifting block 251 with Shift fork 25 is fixedly connected；Gear and stirring rod are all slidably connected, and shift fork 25 is fitted on gear, and shift fork 25 is dialled with external Block 251 is connected, by adjust shift fork 25 come the engagement between adjustment gear, such as adjust on the first stirring rod 22 first from Moving gear 221 makes the first driven gear 221 and the first driving gear 231 be disengaged from state, at this time by the effect of shift fork 25 First stirring rod 22 stops operating, and similarly keeps the second driven gear 241 and the second driving gear 232 de- by the effect of shift fork 25 From meshing state, the quantity of the agitating paddle 3 used can be easily adjusted in this way, under different service conditions, The agitating paddle 3 of different number is driven to work.

As the utility model preferred embodiment, referring to Fig. 1, being both provided at the top and bottom of agitating paddle 3 multiple Raised blade 31 can make the flow that overall flow is increased when stirring, so that raw material mixing is more in this way What is added is uniform.

As the utility model preferred embodiment, referring to Fig. 6, the top of agitating paddle 3 is provided with multiple raised leaves Piece 31, the face vertical with the rotation direction of agitating paddle 3 of raised blade 31 are in 45 ° relative to the top surface of agitating paddle 3, agitating paddle 3 bottom is provided with multiple raised blades 31, and the face vertical with the rotation direction of agitating paddle 3 of raised blade 31 is relative to agitating paddle 3 bottom surface is in 45 °；When agitating paddle 3 stirs, since lateralarea is very big, when rotation it is suffered resistance it is also very big, stir It is likely to that dynamic insufficient or mixing speed is excessively slow when mixing the bigger raw material of stickiness, influences the effect and effect stirred in this way Raised blade 31 is set as 45 ° by rate, and the angle of upper and lower raised blade 31 is consistent, can realize the totality for increasing stirring Flow, but when can reduce stirring, the resistance suffered by agitating paddle 3 accelerates the speed of stirring, to further improve stirring Effect improve the efficiency of stirring again

Above the application embodiment does not constitute the restriction to the application protection domain.

Claims (8)

1. a kind of Liftable type stirs oar system, which is characterized in that including：Lifting assembly (1), chassis component (2) and stirring Paddle (3), the chassis component (2) include cabinet (21), and the lifting assembly (1) is symmetrically disposed on the two of the cabinet (21) Side, the agitating paddle (3) are set to the bottom of the cabinet (21)；

Each lifting assembly (1) includes lifting guiding axis (12), and the lifting guiding axis (12) is disposed through described In cabinet (21), the lifting guiding axis (12) is slidably connected with the cabinet (21), one end of the lifting guiding axis (12) The bottom of the cabinet (21) is protruded from, guide cylinder platform (13) is symmetrically arranged on the side wall of the cabinet (21)；

The lifting assembly (1) further includes rack link block (141), and the side of the rack link block (141) is provided with turntable Storage tank (142), the turntable storage tank (142) are internally provided with turntable (143), and the turntable (143) is led close to described The side of cylinder table (13) is provided with swing arm (144), the swing arm (144) is fixedly connected with the turntable (143), the pendulum Arm (144) is provided through sliding slot (145), the guiding circle in the side parallel on the swaying direction of the swing arm (144) Pylon (13) is set in the sliding slot (145), and the sliding slot (145) is parallel on the swaying direction of the swing arm (144) Width it is equal with the diameter of guide cylinder platform (13), the sliding slot (145) is in the swaying direction with the swing arm (144) Upper vertical length is more than the diameter of the guide cylinder platform (13)；

The cabinet (21) is internally provided with gear accommodating cavity (211), and the gear accommodating cavity (211) is internally provided with first and stirs Bar (22), the second stirring rod (24) and driving shaft (23) are mixed, first stirring rod (22) and the second stirring rod (24) are respectively The both sides of the driving shaft (23) are set to, motor (26), described driving shaft (23) one end are provided at the top of the cabinet (21) It is rotatablely connected with the motor (26), the side wall of driving shaft (23) other end and the cabinet (21) is rotatablely connected, described First stirring rod (22) is rotatablely connected close to one end of the motor (26) and the side wall of the cabinet (21), first stirring The other end of bar (22) is provided with agitating paddle (3), second stirring rod (24) close to one end of the motor (26) with it is described The side wall of cabinet (21) is rotatablely connected, and the other end of second stirring rod (24) is provided with agitating paddle (3)；

The first driving gear (231) and the second driving gear (232) are fixedly installed on the driving shaft (23), described first stirs It mixes and is provided with the first driven gear (221) on bar (22), first driven gear (221) and first driving gear (231) centre-to-centre spacing is equal to the sum of the reference circle of first driven gear (221) and first driving gear (231), institute It states and is provided with the second driven gear (241) on the second stirring rod (24), second driven gear (241) and second active The centre-to-centre spacing of gear (232) be equal to second driven gear (241) and second driving gear (232) reference circle it With.

2. a kind of Liftable type according to claim 1 stirs oar system, which is characterized in that the swing arm (144) and pendulum The vertical side in dynamic direction is symmetrically arranged with arc bump (146), and the rack link block (141) is close to the swing arm (144) Side side wall on be provided with swing arm limited block (147).

3. a kind of Liftable type according to claim 2 stirs oar system, which is characterized in that the swing arm limited block (147) it is slidably connected with the rack link block (141).

4. a kind of Liftable type according to claim 1 stirs oar system, which is characterized in that sliding slot (145) setting It is arc-shaped.

5. a kind of Liftable type according to claim 1 stirs oar system, which is characterized in that first driven gear (221) it is slidably connected with first stirring rod (22), shift fork (25) is provided on first driven gear (221), it is described Shift fork (25) is fixedly connected with first driven gear (221), and the cabinet (21) is hung down with the swing arm (144) swaying direction Straight side is additionally provided with shifting block (251), and the shifting block (251) is fixedly connected with the shift fork (25).

6. a kind of Liftable type according to claim 1 stirs oar system, which is characterized in that second driven gear (241) it is slidably connected with second stirring rod (24), shift fork (25) is provided on second driven gear (241), it is described Shift fork (25) is fixedly connected with second driven gear (241), and the cabinet (21) is hung down with the swing arm (144) swaying direction Straight side is additionally provided with shifting block (251), and the shifting block (251) is fixedly connected with the shift fork (25).

7. a kind of Liftable type according to claim 1 stirs oar system, which is characterized in that at the top of the agitating paddle (3) It is both provided with multiple raised blades (31) with bottom.

8. a kind of Liftable type according to claim 1 stirs oar system, which is characterized in that the top of the agitating paddle (3) Portion is provided with multiple raised blades (31), the protrusion blade (31) the face phase vertical with the rotation direction of the agitating paddle (3) Top surface for the agitating paddle (3) is in 45 °, and the bottom of the agitating paddle (3) is provided with multiple raised blades (31), institute State bottom surface of raised blade (31) face vertical with the rotation direction of the agitating paddle (3) relative to the agitating paddle (3) In 45 °.