CN108514820A

CN108514820A - A kind of energy-saving liftable vacuum emulsification device

Info

Publication number: CN108514820A
Application number: CN201810320804.8A
Authority: CN
Inventors: 石远睦; 王建国
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-04-11
Filing date: 2018-04-11
Publication date: 2018-09-11

Abstract

The invention discloses a kind of energy-saving liftable vacuum emulsification devices, including agitator tank, it is welded with supporting leg at left and right sides of the stirring box outer wall, the inner wall of the supporting leg and the outer wall of agitator tank are weldingly connected, the outer wall bottom end of the agitator tank is equipped with discharge port, the inner wall of the discharge port is connected with the outer wall of agitator tank, and the upper surface of the agitator tank is hinged with blending bin, and the lower surface of the blending bin and the upper surface of agitator tank are hinged and connected.The energy-saving liftable vacuum emulsification device, pass through the cooperation between first motor, the second motor, paddle, stirring rod and agitating paddle, under the action of casing and idler wheel, first motor and the second motor are AC servo motor, by adjusting size of the electric current by power produced by motor, and then the velocity of rotation of regulation motor, pass through the rotating speed of regulation motor, and then the rotating speed of agitating paddle, stirring rod and paddle is adjusted, and then the stirring efficiency of raw material is improved, it is suitble to promote the use of.

Description

A kind of energy-saving liftable vacuum emulsification device

Technical field

The present invention relates to emulsifier unit technical field, specially a kind of energy-saving liftable vacuum emulsification device.

Background technology

Mulser is primarily directed in Management of Cosmetics Enterprises production process, and water, oil phase cannot mutually melt and the emulsifying device researched and developed, The rotor of homogeneous head, by 2800 turns of high speed rotation per minute, makes material adequately be crushed with spindle, is uniformly mixed, to make Water phase, oil phase material blend, and mulser is exactly to be cut to material by the high speed rotation for the homogeneous head being connect with engine It cuts, disperses, hit, such material will become finer and smoother, grease is promoted mutually to melt, and be widely used in cosmetics, and shower cream is prevented Frost is shone, waits the product of many cream kinds that will use mulser, the sauce in food service industry, fruit juice etc., the ointment in pharmaceutical industry, Petrochemical industry, it is that collection mixing, dispersion, homogeneous and suction powder are more that paint ink etc., which can all use mulser vacuum homogeneous emulsifying machine, Function is the special equipment for producing cream, high-grade cream and lotion etc., is widely used in extensively in the integrated system of one The fields such as daily use chemicals nursing product, coating and printing ink, nano material, printing and dyeing assistant, paper industry, agriculture chemical, plastic, rubber, mulser The blender to be used when being emulsified to stirring material has higher requirement, blender generally all to include homogeneous blender and scrape Wall blender, during blender is stirred stirring material, the temperature control to stirring material is also in emulsion process An important link, in the prior art, such as application No. is 201620806894.8 patent of invention include stirred tank, For holding stirring material, agitating device is removably set on above the stirred tank, for sealing the stirred tank and to institute The stirring material stated in stirred tank is stirred, wherein the outer wall of the U-shaped shape of stirred tank, the stirred tank is equipped with heating Layer, insulating layer and thermal insulation layer, the heating layer include heating cavity, and the heating cavity is wrapped in the outer wall of the stirred tank, The cross section of the heating cavity is in the semiclosed fluting of semicircle shape, and the heating cavity is covered on the outer wall of the stirred tank And sealing cavity is formed with the outer wall, the insulating layer is covered in outside the heating cavity, and the thermal insulation layer is covered in described Outside insulating layer, the invention is although simple in structure, but there are many deficiencies and defect, and in existing equipment, agitating device is set Existing defects are counted, in use, agitating device is stirred in stirred tank, since stirred tank uses U-shaped structure, raw material is U-shaped The bottom of slot, agitating device cannot be stirred the bottom of U-type groove, and mixing effect is bad, using having a single function, cause to stir The wasting of resources of device, stirring trench bottom need worker to operate manually, increase the amount of labour of worker, make worker is susceptible to arrive Working efficiency reduces while physical fatigue, and the agitating device lacks regulating device, and use cost increases, using for this A little situations, it is existing to overcome it is necessory to provide a kind of energy-saving liftable vacuum emulsification device to avoid above-mentioned technical problem The defect in technology.

Invention content

The purpose of the present invention is to provide a kind of energy-saving liftable vacuum emulsification devices, to solve in above-mentioned background technology The problem of proposition.

To achieve the above object, the present invention provides the following technical solutions：A kind of energy-saving liftable vacuum emulsification device, packet Agitator tank is included, supporting leg is welded at left and right sides of the stirring box outer wall, the inner wall of the supporting leg and the outer wall of agitator tank weld It is connected, the outer wall bottom end of the agitator tank is equipped with discharge port, and the inner wall of the discharge port is connected with the outer wall of agitator tank, described to stir The upper surface for mixing case is hinged with blending bin, and the lower surface of the blending bin and the upper surface of agitator tank are hinged and connected, the mixing The outer wall top of case is equipped with feed inlet, and the inner wall of the feed inlet is connected with the outer wall of blending bin, outside the left side of the blending bin Wall is equipped with water inlet, and the inner wall of the water inlet is connected with the outer wall of blending bin, and the upper surface of the blending bin is hinged with first Motor, the lower surface of the first motor and the upper surface of blending bin are hinged and connected, and the outer wall of the first motor is socketed with skin The inner wall of band, the belt is connected with the socket of the outer wall of first motor, and the inner wall of the belt is socketed with shaft, the shaft Outer wall is connected with the socket of the inner wall of belt, and the inner wall of the shaft is equipped with bull stick, outer wall and the shaft inner wall phase of the bull stick Even, the outer wall of the bull stick is socketed with casing, and the inner wall of described sleeve pipe is connected with the socket of the outer wall of bull stick, the outer wall of described sleeve pipe It is welded with agitating paddle, the inner wall of the agitating paddle and the outer wall of casing are weldingly connected, and the outer wall of the bull stick is hinged with cuff, institute The outer wall of the inner wall and bull stick of stating cuff is hinged and connected, and the lower surface of the cuff is hinged with paddle, the paddle it is upper Surface and the lower surface of cuff are hinged and connected, and the outer wall of the agitator tank is hinged with the second motor, the inner wall of second motor It is hinged and connected with the outer wall of agitator tank, the outer wall of second motor is equipped with loop bar, the inner wall of the loop bar and the second motor Outer wall be hinged and connected, the outer wall of the loop bar is socketed with stirring rod, and the inner wall of the stirring rod and the outer wall of loop bar are socketed phase Even, the outer wall of the loop bar is equipped with shield, and the inner wall of the shield is connected with the outer wall of loop bar.

Preferably, the outer wall of the agitator tank is equipped with sole piece, and the inner wall of the sole piece is connected with the outer wall of agitator tank, institute The inner wall for stating sole piece is equipped with axis pin, and the outer wall of the axis pin and the inner wall of sole piece are movably connected, the outer wall socket of the axis pin There are upright bar, the inner wall of the upright bar to be connected with the socket of the outer wall of axis pin, the outer wall of the upright bar is socketed with fixed block, the fixation The outer wall socket of the inner wall of block and upright bar is connected, and the outer wall top of the upright bar is equipped with runner, the inner wall of the runner with stand The outer wall socket of bar is connected.

Preferably, the lower surface of the supporting leg is hinged with idler wheel, and the upper surface of the idler wheel and the lower surface of supporting leg are hinged It is connected.

Preferably, the upper surface of the blending bin is hinged with holder, the lower surface of the holder and the upper surface of blending bin It is hinged and connected.

Preferably, the inner wall of the cuff is equipped with cushion rubber, and the outer wall of the cushion rubber is connected with the inner wall of cuff.

Compared with prior art, the beneficial effects of the invention are as follows：

1. the energy-saving liftable vacuum emulsification device, by first motor, the second motor, paddle, stirring rod and is stirred The cooperation between paddle is mixed, under the action of casing and idler wheel, first motor and the second motor are AC servo motor, pass through tune Current is by the size of power produced by motor, and then the velocity of rotation of regulation motor.

2. the energy-saving liftable vacuum emulsification device by the rotating speed of regulation motor, and then adjusts agitating paddle, stirring rod With the rotating speed of paddle, and then improve raw material stirring efficiency, to overcome conventional emulsification device in use, agitating device is stirring It mixes in slot and is stirred, since stirred tank uses U-shaped structure, raw material cannot be to U-type groove in the bottom of U-type groove, agitating device Bottom is stirred, and mixing effect is bad, using having a single function, the wasting of resources of agitating device, stirring trench bottom is caused to need Worker operates manually, increases the amount of labour of worker, and keep worker susceptible reduces to working efficiency while physical fatigue, and And the shortcomings that agitating device lacks regulating device, and use cost increases.

3. the energy-saving liftable vacuum emulsification device overcomes existing energy-saving liftable vacuum emulsification device and relies on The adjusting that agitating device is stirred U-type groove mixing is handled, and the single disadvantage of utility function improves the energy-saving liftable The working efficiency and service life of vacuum emulsification device.

4. the energy-saving liftable vacuum emulsification device, avoid in use, agitating device is stirred in stirred tank, Since stirred tank uses U-shaped structure, raw material that cannot be stirred, stir to the bottom of U-type groove in the bottom of U-type groove, agitating device It mixes ineffective, using having a single function, causes the wasting of resources of agitating device, stirring trench bottom needs worker to grasp manually Make, increase the amount of labour of worker, keep worker susceptible reduces to working efficiency while physical fatigue, and the agitating device lacks The shortcomings that few regulating device, use cost increases.

5. the energy-saving liftable vacuum emulsification device allows existing energy-saving liftable vacuum emulsification device can be in city More approved on, improves the product quality of the energy-saving liftable vacuum emulsification device, save user's Purchase cost avoids the wasting of resources of energy-saving liftable vacuum emulsification device, is suitble to promote the use of.

Description of the drawings

Fig. 1 be agitator tank, blending bin and water inlet annexation figure；

Fig. 2 is cuff, the annexation figure of paddle and cushion rubber of Fig. 1；

Fig. 3 be the sole piece of Fig. 1, upright bar and axis pin annexation figure.

In figure：001, agitator tank, 002, blending bin, 003, water inlet, 004, feed inlet, 005, discharge port, 006, supporting leg, 007, idler wheel, 008, holder, 009, first motor, 010, belt, 011, shaft, 012, bull stick, 013, casing, 014, stirring Paddle, 015, cuff, 016, paddle, 017, cushion rubber, the 018, second motor, 019, loop bar, 020, stirring rod, 021, shield, 022, sole piece, 023, upright bar, 024, axis pin, 025, fixed block, 026, runner.

Specific implementation mode

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

- 3 are please referred to Fig.1, the present invention provides a kind of technical solution：A kind of energy-saving liftable vacuum emulsification device, including Agitator tank 001 makes raw material fully merge, the outer wall of agitator tank 001 is equipped with to being stirred into the raw material for crossing blending bin 002 Sole piece 022 connects and fixes sole piece 002, enables upright bar 023 under the drive of axis pin 024, drives the rotation of upright bar 023 that will consolidate Determine the unlatching of block 025, the inside of agitator tank 001 is overhauled, rotating wheel 026, upright bar 023 can be passed through spiral shell by runner 026 The mode of line connection rotates promotion, and the inner wall of sole piece 022 is connected with the outer wall of agitator tank 001, and the inner wall of sole piece 022 is equipped with pin Axis 024 drives upright bar 023 to rotate, and the inner wall of the outer wall and sole piece 022 of axis pin 024 is movably connected, the outer wall socket of axis pin 024 There is upright bar 023, connect with runner 026, rotating wheel 026, runner 026 drives upright bar 023 to rise, the inner wall and pin of upright bar 023 The outer wall socket of axis 024 is connected, and the outer wall of upright bar 023 is socketed with fixed block 025, and adjustment fixed block 025 can be to agitator tank 001 It is inside overhauled, the inner wall of fixed block 025 is connected with the socket of the outer wall of upright bar 023, and the outer wall top of upright bar 023 is equipped with runner 026, rotating wheel 026, runner 026 can drive upright bar 023 that fixed block 025 is driven to be promoted, the inner wall of runner 026 and upright bar 023 outer wall socket is connected, and supporting leg 006 is welded at left and right sides of 001 outer wall of agitator tank, by agitator tank 001 and blending bin 002 Support is fixed, and the lower surface of supporting leg 006 is hinged with idler wheel 007, supporting leg 006 and agitator tank 001 can be driven to move, idler wheel 007 Upper surface and the lower surface of supporting leg 006 be hinged and connected, the outer wall of the inner wall and agitator tank 001 of supporting leg 006 is weldingly connected, stirring The outer wall bottom end of case 001 is equipped with discharge port 005, and the raw material after stirring is exported, inner wall and the agitator tank 001 of discharge port 005 Outer wall is connected, and the upper surface of agitator tank 001 is hinged with blending bin 002, is mixed to raw material, raw material is made to be sufficiently mixed, mixing The lower surface of case 002 and the upper surface of agitator tank 001 are hinged and connected, and the upper surface of blending bin 002 is hinged with holder 008, connection And fixed first motor 009, the lower surface and the upper surface of blending bin 002 of holder 008 are hinged and connected, the outer wall of blending bin 002 Top is equipped with feed inlet 004, and raw material is transferred to blending bin 002, and the inner wall of feed inlet 004 is connected with the outer wall of blending bin 002, mixes The left side outer wall of mould assembling 002 is equipped with water inlet 003, clear water is packed into agitator tank 001 and blending bin 002, to 001 He of agitator tank The inner wall of blending bin 002 is cleaned, and the inner wall of water inlet 003 is connected with the outer wall of blending bin 002, the upper table of blending bin 002 Face is hinged with first motor 009, and first motor 009 is AC servo motor, and model SF-09L adjusts turning for agitating paddle 014 Speed, the lower surface and the upper surface of blending bin 002 of first motor 009 are hinged and connected, and the outer wall of first motor 009 is socketed with belt 010, first motor 009 and shaft 011 are connected, the inner wall of belt 010 is connected with the socket of the outer wall of first motor 009, belt 010 Inner wall be socketed with shaft 011, drive casing 013 and bull stick 012 to rotate, the outer wall of shaft 011 is socketed with the inner wall of belt 010 It is connected, the inner wall of shaft 011 is equipped with bull stick 012, and stirring rod 012 is driven to rotate, outer wall and 011 inner wall of shaft of bull stick 012 It is connected, the outer wall of bull stick 012 is socketed with casing 013, and casing 013 enables casing 013 turning by the mounting hole on its outer wall Rise certain altitude on bar 012, to being highly adjusted, the inner wall of casing 013 is connected with the socket of the outer wall of bull stick 012, casing 013 outer wall is welded with agitating paddle 014, is mixed to the raw material in blending bin 002, inner wall and the casing 013 of agitating paddle 014 Outer wall be weldingly connected, the outer wall of bull stick 012 is hinged with cuff 015, and the inner wall of cuff 015 is equipped with cushion rubber 017, increases friction Power keeps the connection between cuff 015 and stirring rod 016 more secured, and the outer wall of cushion rubber 017 is connected with the inner wall of cuff 015, hoop The outer wall of the inner wall and bull stick 012 of set 015 is hinged and connected, and the lower surface of cuff 015 is hinged with paddle 016, is carried out to raw material Stirring, makes raw material be stirred in agitator tank 001, and the upper surface and the lower surface of cuff 015 of paddle 016 are hinged and connected, The outer wall of agitator tank 001 is hinged with the second motor 018, and the second motor 018 is AC servo motor, and model SF-09L is adjusted The outer wall of the rotating speed of stirring rod 020, the inner wall and agitator tank 001 of the second motor 018 is hinged and connected, the outer wall of the second motor 018 Loop bar 019, fixed stirring rod 020 are installed, the inner wall of loop bar 019 and the outer wall of the second motor 018 are hinged and connected, loop bar 019 Outer wall be socketed with stirring rod 020, raw material is stirred in agitator tank 001, the inner wall of stirring rod 020 and loop bar 019 Outer wall socket is connected, and the outer wall of loop bar 019 is equipped with shield 021, prevents raw material from blocking the second motor 018, the inner wall of shield 021 It is connected with the outer wall of loop bar 019.

A kind of energy-saving liftable vacuum emulsification device, the energy-saving liftable vacuum emulsification device is by agitator tank 001, mixed Mould assembling 002, water inlet 003, feed inlet 004, discharge port 005, supporting leg 006, idler wheel 007, holder 008, first motor 009, skin Band 010, shaft 011, bull stick 012, casing 013, agitating paddle 014, cuff 015, paddle 016, cushion rubber 017, the second motor 018, the parts such as loop bar 019, stirring rod 020, sheath 021 and sole piece 022 form, the main cooperation of reply parts before assembling Size is especially interference fitted size and phase closing precision is checked, when Same Part is fastened with more than one piece screw (bolt), each spiral shell Nail (bolt) is needed to intersect, symmetrically, gradually, uniformly be tightened, in use, put into raw material in blending bin 002 by feed inlet 004, The external power supply of first motor 009 and the second motor 018 is connected, first motor 009 is started to work, and first motor 009 rotates, band Dynamic belt 010 rotates, and belt 010 rotates, and shaft 011 is driven to rotate, and the rotation of shaft 011 drives bull stick 013 to rotate, bull stick 013 Rotation drives, and casing 013 rotates, and the rotation of casing 013 drives the agitating paddle 014 being attached thereto to rotate, and casing 013 can be by solid Determine hole and adjust position of the agitating paddle 014 on bull stick 012, the rotation of bull stick 012 drives cuff 015 to rotate, and the rotation of cuff 015 drives Paddle 016 rotates, and the rotation of paddle 016 is stirred the raw material in blending bin 002, and the raw material after being stirred is into overmulling Mould assembling 002 enters in agitator tank 001, and the second motor 018 rotation, the second motor 018 rotation drives loop bar 019 to rotate, loop bar 019 Rotation drives stirring rod 020 to rotate, and is stirred to the raw material of 001 bottom of agitator tank, and raw material is made more to merge fusion, and completing should The assembly working of energy-saving liftable vacuum emulsification device.

In the description of the present invention, it is to be understood that, term " coaxial ", " bottom ", " one end ", " top ", " middle part ", The orientation or positional relationship of the instructions such as " other end ", "upper", " side ", " top ", "inner", " front ", " center ", " both ends " is It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of description of the present invention and simplification of the description, rather than instruction or dark Show that signified device or element must have a particular orientation, with specific azimuth configuration and operation, therefore should not be understood as pair The limitation of the present invention.

In the present invention unless specifically defined or limited otherwise, term " installation ", " setting ", " connection ", " fixation ", Terms such as " being screwed on " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；It can be with It is mechanical connection, can also be electrical connection；It can be directly connected, can also can be indirectly connected through an intermediary two The interaction relationship of connection or two elements inside a element, unless otherwise restricted clearly, for the common of this field For technical staff, the specific meanings of the above terms in the present invention can be understood according to specific conditions.

It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with Understanding without departing from the principles and spirit of the present invention can carry out these embodiments a variety of variations, modification, replace And modification, the scope of the present invention is defined by the appended.

Claims

1. a kind of energy-saving liftable vacuum emulsification device, including agitator tank (001), it is characterised in that：The agitator tank (001) Supporting leg (006) is welded at left and right sides of outer wall, the outer wall of the inner wall and agitator tank (001) of the supporting leg (006) is weldingly connected, The outer wall bottom end of the agitator tank (001) is equipped with discharge port (005), inner wall and the agitator tank (001) of the discharge port (005) Outer wall is connected, and the upper surface of the agitator tank (001) is hinged with blending bin (002), the lower surface of the blending bin (002) with stir The upper surface for mixing case (001) is hinged and connected, and the outer wall top of the blending bin (002) is equipped with feed inlet (004), the feed inlet (004) inner wall is connected with the outer wall of blending bin (002), and the left side outer wall of the blending bin (002) is equipped with water inlet (003), The inner wall of the water inlet (003) is connected with the outer wall of blending bin (002), and the upper surface of the blending bin (002) is hinged with One motor (009), the lower surface and the upper surface of blending bin (002) of the first motor (009) are hinged and connected, first electricity The outer wall of machine (009) is socketed with belt (010), and the inner wall of the belt (010) is socketed phase with the outer wall of first motor (009) Even, the inner wall of the belt (010) is socketed with shaft (011), the inner wall sleeve of the outer wall and belt (010) of the shaft (011) Connect connected, the inner wall of the shaft (011) is equipped with bull stick (012), outer wall and shaft (011) inner wall of the bull stick (012) It is connected, the outer wall of the bull stick (012) is socketed with casing (013), the outer wall of the inner wall and bull stick (012) of described sleeve pipe (013) Socket is connected, and the outer wall of described sleeve pipe (013) is welded with agitating paddle (014), the inner wall and casing of the agitating paddle (014) (013) outer wall is weldingly connected, and the outer wall of the bull stick (012) is hinged with cuff (015), the inner wall of the cuff (015) with The outer wall of bull stick (012) is hinged and connected, and the lower surface of the cuff (015) is hinged with paddle (016), the paddle (016) lower surface of upper surface and cuff (015) is hinged and connected, and the outer wall of the agitator tank (001) is hinged with the second motor (018), the outer wall of the inner wall and agitator tank (001) of second motor (018) is hinged and connected, second motor (018) Outer wall is equipped with loop bar (019), and the outer wall of the inner wall and the second motor (018) of the loop bar (019) is hinged and connected, the loop bar (019) outer wall is socketed with stirring rod (020), and the inner wall of the stirring rod (020) is connected with the socket of the outer wall of loop bar (019), The outer wall of the loop bar (019) is equipped with shield (021), and the inner wall of the shield (021) is connected with the outer wall of loop bar (019).

2. a kind of energy-saving liftable vacuum emulsification device according to claim 1, it is characterised in that：The agitator tank (001) outer wall is equipped with sole piece (022), and the inner wall of the sole piece (022) is connected with the outer wall of agitator tank (001), the bottom The inner wall of block (022) is equipped with axis pin (024), and the inner wall of the outer wall and sole piece (022) of the axis pin (024) is movably connected, institute The outer wall for stating axis pin (024) is socketed with upright bar (023), and the inner wall of the upright bar (023) is socketed phase with the outer wall of axis pin (024) Even, the outer wall of the upright bar (023) is socketed with fixed block (025), and the inner wall of the fixed block (025) is outer with upright bar (023) Wall socket is connected, and the outer wall top of the upright bar (023) is equipped with runner (026), the inner wall of the runner (026) and upright bar (023) outer wall socket is connected.

3. a kind of energy-saving liftable vacuum emulsification device according to claim 1, it is characterised in that：The supporting leg (006) lower surface is hinged with idler wheel (007), and the upper surface of the idler wheel (007) is hinged phase with the lower surface of supporting leg (006) Even.

4. a kind of energy-saving liftable vacuum emulsification device according to claim 1-3, it is characterised in that：Blending bin (002) upper surface is hinged with holder (008), and the lower surface of the holder (008) is hinged phase with the upper surface of blending bin (002) Even.

5. a kind of energy-saving liftable vacuum emulsification device according to claim 1-4, it is characterised in that：Cuff (015) Inner wall cushion rubber (017) is installed, the outer wall of the cushion rubber (017) is connected with the inner wall of cuff (015).

6. a kind of energy-saving liftable vacuum emulsification method, it is characterised in that：The energy-saving liftable vacuum emulsification device is by stirring Mix case 001, blending bin 002, water inlet 003, feed inlet 004, discharge port 005, supporting leg 006, idler wheel 007, holder 008, first Motor 009, belt 010, shaft 011, bull stick 012, casing 013, agitating paddle 014, cuff 015, paddle 016, cushion rubber 017, The parts such as the second motor 018, loop bar 019, stirring rod 020, sheath 021 and sole piece 022 form, reply parts before assembling Main fit dimension is especially interference fitted size and phase closing precision is checked, and Same Part is tight with more than one piece screw (bolt) Gu when, each screw (bolt) needs to intersect, symmetrically, gradually, uniformly tighten, and is mixed in use, being put into raw material by feed inlet 004 In case 002, the external power supply of first motor 009 and the second motor 018 is connected, first motor 009 is started to work, first motor 009 rotation, drives belt 010 to rotate, and belt 010 rotates, and shaft 011 is driven to rotate, and the rotation of shaft 011 drives 013 turn of bull stick Dynamic, the rotation of bull stick 013 drives, and casing 013 rotates, and the rotation of casing 013 drives the agitating paddle 014 being attached thereto to rotate, casing 013 Position of the agitating paddle 014 on bull stick 012 can be adjusted by mounting hole, the rotation of bull stick 012 drives cuff 015 to rotate, cuff 015 rotation drives paddle 016 to rotate, and the rotation of paddle 016 is stirred the raw material in blending bin 002, after being stirred Raw material into cross blending bin 002 enter agitator tank 001 in, the second motor 018 rotation, the second motor 018 rotation drive loop bar 019 Rotation, the rotation of loop bar 019 drive stirring rod 020 to rotate, are stirred to the raw material of 001 bottom of agitator tank, raw material is made more to melt Close fusion.