CN109876702A - Composite dye preparation facilities - Google Patents
Composite dye preparation facilities Download PDFInfo
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- CN109876702A CN109876702A CN201910224305.3A CN201910224305A CN109876702A CN 109876702 A CN109876702 A CN 109876702A CN 201910224305 A CN201910224305 A CN 201910224305A CN 109876702 A CN109876702 A CN 109876702A
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Abstract
The invention discloses composite dye preparation facilities, including device pedestal, described device pedestal right end face is equipped with first level pedestal, described device pedestal right end face, which is located at below the first level pedestal, is equipped with the second horizontal pedestal, powered lift component is provided at described device pedestal, wherein, the powered lift component includes the lifting motor that lifting drive block and driving lifting drive block move up and down, it further include that the power motor of stirring power is provided, the configuration of the present invention is simple, it is easy to operate, by the transmission of powered lift component dye material can be added into the first mixing component, it is easy to control, the dismounting of first mixing component is easy to clean, a variety of different dye formulations can be deployed, second mixing component can choose different heating methods, pass through different heating methods, different dyestuffs can be synthesized, hand-operated lifting component Adjustable height facilitates the taking-up of dyestuff and the switching of heating method.
Description
Technical field
The present invention relates to dyestuff preparation technical fields, specially composite dye preparation facilities.
Background technique
When preparing composite dye, need that mixed processing, preparation will be carried out after a variety of different raw material stirrings sufficiently
New dyestuff out, usual raw material can all separate processing stirring, and the time needed for the stirring of different material is different, different compound dyes
Material is also required to different raw materials or is different number of species, and plurality of raw materials can be handled simultaneously and incite somebody to action by lacking in the prior art
Raw material is directly prepared into the device of composite dye, and has different temperature requirements when production composite dye, generally also will use
Different equipment preparations, most equipment cleaning is complicated, can seldom select to modulate different classes of raw material, it is therefore desirable to a kind of
A variety of different materials, composite dye preparation facilities easy to clean, can control different reaction temperatures can be handled.
Summary of the invention
The purpose of the present invention is to provide composite dye preparation facilities, for overcoming drawbacks described above in the prior art.
The composite dye preparation facilities of embodiment according to the present invention, including device pedestal, described device pedestal right-hand end
Face is equipped with first level pedestal, and described device pedestal right end face, which is located at below the first level pedestal, is equipped with the second horizontal base
Body is provided with powered lift component at described device pedestal, wherein the powered lift component includes lifting drive block and driving
The lifting motor that lifting drive block moves up and down further includes providing the power motor of stirring power, is provided in lifting drive block
The power of power motor is transmitted by the power transmission member, is set above the first level pedestal by power transmission member
It is equipped with the first mixing component, wherein first mixing component includes stirring gear, by stirring described in the rotation drive of gear
The stirring of first mixing component, is additionally provided with manual connecting component in the lifting drive block, first mixing component with it is described
It can be connected by the manual connecting component between power transmission member, the power of the power transmission member is transmitted to stirring
On gear, hand-operated lifting component is provided on the second horizontal pedestal, wherein the hand-operated lifting component includes lifter plate,
The second mixing component is provided at the top of lifter plate between first level pedestal bottom, setting is had illicit sexual relations in the first level pedestal
Expect releasing parts, the raw material in first mixing component is added to second mixing part by the dyestuff releasing parts
It is mixed in part.
Further technical solution, the powered lift component include the screw thread in described device pedestal right end face
Lifting groove, the screw thread lifting groove bottom end face is interior to be fixedly mounted lifting motor, is slidably installed in the screw thread lifting groove
Lifting drive block, the lifting drive block is interior to be equipped with through the first elevating screw thread hole of lifting drive block upper and lower end face, institute
The top end surface for stating the upward output shaft of lifting motor is fixedly connected with first liter to be rotatably assorted with the screw thread lifting groove roof
Threaded rod drops, and the first elevating screw thread bar is threadedly engaged with first elevating screw thread hole, setting in the lifting drive block
Power motor, the top of the upward output shaft of the power motor is fixedly mounted in dynamic drive cavity, the power transmission chamber lower section
End surface is fixedly connected with the line shaft being rotatably assorted with the power transmission chamber.
Further technical solution, the power transmission member include four and move in the lifting drive block with described
The power on-off chamber of power drive cavity connection, rotation in the power transmission chamber roof on the power on-off chamber of left and right ends
It is coupled the first power transmission shaft, is rotatably assorted in the power transmission chamber roof on intermediate two power on-off chambers
Second power transmission shaft is installed, the line shaft is equipped with the first belt grooves, and first power transmission shaft in left side is equipped with
Second belt grooves symmetrical above and below, first power transmission shaft on right side are equipped with second belt grooves, left and right described the
Two power transmission shafts are equipped with third belt grooves symmetrical above and below, second skin of the lower section in first belt grooves and left side
Transmission is coupled the first driving belt between trough of belt, the top of second belt grooves and left side of the top in left side it is described
Transmission is coupled the second driving belt between third belt grooves, and transmission is coupled the between the third belt grooves of lower section
Three driving belts, transmission is coupled the between the third belt grooves of the top on right side and second belt grooves on right side
Transmission gear, institute is fixedly mounted in four driving belts, first power transmission shaft and the second power transmission shaft bottom end face
It states power on-off cavity wall bilateral symmetry and gear fixed ring is fixedly mounted, the gear fixed ring is matched with transmission gear rotation
It closes.
Further technical solution, first mixing component, which includes that four spacing are identical, is located at the first level seat
The stirring cup slot of body top end surface, installation stirring cup is placed at the stirring cup slot, and power on-off bottom of chamber wall is rotatably assorted
Installation runs through the upper agitating shaft of the first level pedestal bottom end face, and fixed change, institute are fixedly mounted on the upper agitating shaft
It states agitating shaft top end surface and stirring gear is fixedly mounted, first axle link block is fixedly mounted in the upper shaft bottom end face,
It is located at below the first level pedestal on the upper agitating shaft and lid mouth switch block is fixedly mounted, rotation is matched on the outside of the lid mouth switch block
Installation lid buccal mass is closed, stir chamber is equipped in the stirring cup, the stir chamber roof is equipped with the lid mouth of opening upwards, the lid mouth
Block and the lid mouth, which are rotatably assorted to cover, closes installation, and agitating shaft under mating installation, is stirred under described at the first axle link block
It mixes to be rotatably assorted between axis and the first axle link block and first axle fixed pin is installed, the lower agitating shaft and the first axle connect
The first axle connecting pin that the installation that is rotatably assorted between block is threadedly engaged with the first axle fixed pin is connect, is consolidated on the lower agitating shaft
Dingan County fills several identical stirring rod, and the stir chamber bottom wall is equipped with the material outlet that Open Side Down.
Further technical solution, the manual connecting component include that four spacing are identical with the lifting drive block spiral shell
The screw putter of line cooperation, limited block symmetrical above and below is fixedly mounted on the screw putter, and the limited block top end surface is solid
Dingan County fills rotary head, and the rotary head lower rotation is coupled rotation pushing block, and the rotation pushing block is limited equipped with several circles
Rotation slot, the installation that is rotatably assorted on the outside of the rotation pushing block are connected by power gear, it is described be connected by power in gear be equipped with opening to
On limit turn trough, multi-turn rotation-limited ring, the rotation-limited ring and the limit are fixedly mounted in the limit turn trough inner wall
Position rotation slot be rotatably assorted, the gear that is connected by power is engaged with the transmission gear, it is described be connected by power gear can with it is described
Stir gear engagement.
Further technical solution, the hand-operated lifting component include being located at the described second horizontal pedestal top end surface opening
Upward sliding block lifting groove, be slidably installed in the sliding block lifting groove symmetrical screw thread lifting slider, the screw thread
The second elevating screw thread hole through the screw thread lifting slider or so end face, the sliding block lifting groove left side are equipped in lifting slider
The installation that is rotatably assorted in inner wall runs through the second elevating screw thread bar of the described second horizontal pedestal right end face, the second lifting spiral shell
Rasp bar is threadedly engaged with second elevating screw thread hole, symmetrical before and after the screw thread lifting slider top end surface of left and right to be fixedly mounted
Four pairs of hinged rotating blocks, be rotatably assorted between the hinged rotating block the first articulated shaft of installation, above the second horizontal pedestal
Equipped with lifter plate, the lifter plate bottom end face is equipped with the hinged groove that Open Side Down, left and right between inner wall before and after the hinged groove
Symmetrically be rotatably assorted the second articulated shaft of installation, and hinged hinge bar between second articulated shaft and first articulated shaft is described
Mutually hinged between hinge bar, hand wheel is fixedly mounted in the second elevating screw thread bar right end face, and the hand wheel is right
Manual bull stick is fixedly mounted in side end face.
Further technical solution, the fixed installation of stirring cup groove bottom wall described in the dyestuff releasing parts go out with the raw material
Mouthful mating release pipeline, the release pipeline extend downwardly through the first level pedestal bottom end face, and described the
The on-off slot through the release pipeline is equipped in one horizontal base body, be slidably installed on-off threaded block in the on-off slot,
The on-off thread spindle that the installation that is rotatably assorted in inner wall on the right side of the on-off slot is threadedly engaged with the on-off threaded block, the on-off
On-off gear is fixedly mounted on thread spindle, connection is equipped with on-off limit sliding chutes in the on-off groove top wall, and the on-off limit is slided
The on-off that is slidably installed in slot rack slide, the on-off rack slide bottom end face fixed installation are nibbled with the on-off gear
The rack gear of conjunction, described on-off limit sliding chutes or so inner wall is interior to be equipped with on-off limiting slot, described on-off rack slide or so end face pair
Claim that the on-off position limiting slide block being slidably matched with the on-off limiting slot, the on-off rack slide back end surface and institute is fixedly mounted
It states and reset spring is fixedly mounted between inner wall on rear side of on-off limit sliding chutes, the on-off rack slide runs through forward first water
Flat seat body front end face.
Further technical solution, second mixing component include being fixedly mounted on the first level pedestal bottom end
Mixing motor in face, the bottom end face that the downward output shaft of motor is mixed are fixedly connected with mixing axis, institute
It states and the second axis connection block of motor bottom end face fixed installation is mixed, mixed under mating installation at the second axis connection block
Sympodium, be rotatably assorted the second axis fixed pin of installation between the lower mixing axis and the second axis connection block, the lower mixing axis
The second axis connection pin that the installation that is rotatably assorted between the second axis connection block is threadedly engaged with the second axis fixed pin, institute
It states to be fixedly mounted on lower mixing axis and holds ring block, be fixedly mounted several mixed poles on the lower mixing axis, between the mixed pole
Mixing rod is fixedly mounted, the lifter plate top end surface places Heating Water case, is equipped with opening upwards in the Heating Water case
Heating Water chamber, Heating Water bottom of chamber wall can place support base, and the support base or Heating Water bottom of chamber wall can
Mixing tank is placed, the mixing chamber of opening upwards is equipped in the mixing tank, is provided with heating chamber below the Heating Water chamber, institute
It states and heating tube is fixedly mounted between heating chamber or so inner wall.
It, can be to by the transmission of powered lift component the beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate
Dye material is added in first mixing component, what the cooperation of manual connecting component and power transmission member can generate power motor
Power is transmitted to the first specified mixing component, easy to control, the first mixing component dismounting it is easy to clean, can deploy it is a variety of not
First mixing component raw material can be put into the second mixing component by same dye formulation, dyestuff releasing parts, the second mixing part
Part can choose different heating methods, by different heating methods, can synthesize different dyestuffs, hand-operated lifting component can
To adjust height, facilitate the taking-up of dyestuff and the switching of heating method, it is easy to use, it is worthy to be popularized.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is the enlarged diagram in Fig. 1 at A；
Fig. 3 is the enlarged diagram in Fig. 1 at B；
Fig. 4 is the enlarged diagram in Fig. 1 at C；
Fig. 5 is the enlarged diagram in Fig. 1 at D；
Fig. 6 is the enlarged diagram in Fig. 1 at E；
Fig. 7 is the schematic cross-sectional view in the direction F-F in Fig. 3
Fig. 8 is the schematic cross-sectional view in the direction G-G in Fig. 5.
Specific embodiment
Below with reference to Fig. 1-8, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-8, the composite dye preparation facilities of embodiment according to the present invention, including device pedestal 10, the dress
10 right end face of pedestal is set equipped with first level pedestal 22,10 right end face of described device pedestal is located at the first level pedestal
22 lower sections are equipped with the second horizontal pedestal 33, are provided with powered lift component at described device pedestal 10, wherein the powered lift
Component includes the lifting motor 11 that lifting drive block 15 and driving lifting drive block 15 move up and down, and further includes providing stirring power
Power motor 51, power transmission member is provided in lifting drive block 15, by the power transmission member by power motor
51 power transmits, and is provided with the first mixing component above the first level pedestal 22, wherein the first mixing component packet
Stirring gear 63 is included, the rotation by stirring gear 63 drives first mixing component to stir, in the lifting drive block 15
It is additionally provided with manual connecting component, the manual connection can be passed through between first mixing component and the power transmission member
The power of the power transmission member is transmitted on stirring gear 63, is arranged on the second horizontal pedestal 33 by component connection
There is hand-operated lifting component, wherein the hand-operated lifting component includes lifter plate 37,37 top of lifter plate and first level pedestal 22
It is provided with the second mixing component between bottom, is provided with dyestuff releasing parts in the first level pedestal 22, passes through the dye
Raw material in first mixing component is added in second mixing component by material releasing parts to be mixed.
Valuably or illustratively, the powered lift component includes the spiral shell in 10 right end face of described device pedestal
Line lifting groove 12,12 bottom end face of screw thread lifting groove is interior to be fixedly mounted lifting motor 11, slides in the screw thread lifting groove 12
It is dynamic to be coupled lifting drive block 15, the through 15 upper and lower end face of lifting drive block is equipped in the lifting drive block 15
One elevating screw thread hole 13, the top end surface of the upward output shaft of the lifting motor 11 are fixedly connected and the screw thread lifting groove 12
The first elevating screw thread bar 14 that roof is rotatably assorted, the first elevating screw thread bar 14 and first elevating screw thread hole, 13 screw thread
Cooperate, is provided with power transmission chamber 54 in the lifting drive block 15, power electric is fixedly mounted below the power transmission chamber 54
Machine 51, the top end surface of the upward output shaft of the power motor 51, which is fixedly connected, to be rotatably assorted with the power transmission chamber 54
Line shaft 52, to drive the rotation of the first elevating screw thread bar 14, the first elevating screw thread bar 14 when lifting motor 11 starts
It drives lifting drive block 15 mobile by being threadedly engaged, controls the height of lifting drive block 15, the starting of power motor 51 can drive
Line shaft 52 rotates, and can start to be prepared.
Valuably or illustratively, the power transmission member include four be located in the lifting drive block 15 with it is described
The power on-off chamber 60 that power transmission chamber 54 is connected to, the power transmission chamber 54 on the power on-off chamber 60 of left and right ends
Be rotatably assorted the first power transmission shaft 56 of installation in roof, the power transmission chamber on intermediate two power on-off chambers 60
Be rotatably assorted the second power transmission shaft 73 of installation in 54 roofs, and the line shaft 52 is equipped with the first belt grooves 53, the institute in left side
It states the first power transmission shaft 56 and is equipped with the second belt grooves 57 symmetrical above and below, set on first power transmission shaft 56 on right side
There are second belt grooves 57, left and right second power transmission shaft 73 is equipped with third belt grooves 74 symmetrical above and below, described
Transmission is coupled the first driving belt 55, left side between second belt grooves 57 of the lower section in the first belt grooves 53 and left side
Top second belt grooves 57 and left side top the third belt grooves 74 between transmission be coupled the second biography
Belt 58 is moved, transmission is coupled third driving belt 75, the institute of the top on right side between the third belt grooves 74 of lower section
It states to be driven between third belt grooves 74 and second belt grooves 57 on right side and is coupled the 4th driving belt 77, described first
Transmission gear 62, the power on-off chamber 60 is fixedly mounted in power transmission shaft 56 and 73 bottom end face of the second power transmission shaft
Gear fixed ring 61 is fixedly mounted in inner wall bilateral symmetry, and the gear fixed ring 61 is rotatably assorted with the transmission gear 62, from
And the transmission of the first driving belt 55 is driven when line shaft 52 starts turning, the first driving belt 55 drives first power in left side to pass
Moving axis 56 rotates, and first power transmission shaft 56 in left side drives the transmission of the second driving belt 58, and the second driving belt 58 drives a left side
Second power transmission shaft 73 of side rotates, and the second power transmission shaft 73 rotation in left side drives third driving belt 75 to be driven, the
Three driving belts 75 drive the second power transmission shaft 73 rotation on right side, and second power transmission shaft 73 on right side drives the 4th transmission
Belt 77 is driven, and the 4th driving belt 77 drives the first power transmission shaft 56 rotation on right side, the first power transmission shaft 56 and the
Two power transmission shafts 73 rotation band nutating gear 62 rotates.
Valuably or illustratively, first mixing component includes that four spacing are identical positioned at the first level seat
The stirring cup slot 21 of 22 top end surface of body places installation stirring cup 16,60 bottom of power on-off chamber at the stirring cup slot 21
The wall installation that is rotatably assorted runs through the upper agitating shaft 64 of 22 bottom end face of first level pedestal, fixed on the upper agitating shaft 64
Fixed change 65 is installed, stirring gear 63, upper 64 bottom end of agitating shaft is fixedly mounted in upper 64 top end surface of agitating shaft
First axle link block 68 is fixedly mounted in face, is located at below the first level pedestal 22 on the upper agitating shaft 64 and lid is fixedly mounted
Mouthful switch block 66 is rotatably assorted on the outside of the lid mouth switch block 66 and installs lid buccal mass 67, is equipped with stir chamber 17, institute in the stirring cup 16
The lid mouth 72 that 17 roof of stir chamber is equipped with opening upwards is stated, the lid buccal mass 67, which is rotatably assorted to cover with the lid mouth 72, closes installation,
Agitating shaft 18 under mating installation at the first axle link block 68, the lower agitating shaft 18 and the first axle link block 68
Between be rotatably assorted first axle fixed pin 71 be installed, be rotatably assorted between the lower agitating shaft 18 and the first axle link block 68
The first axle connecting pin 70 being threadedly engaged with the first axle fixed pin 71 is installed, is fixedly mounted on the lower agitating shaft 18 several
Identical stirring rod 20,17 bottom wall of stir chamber are equipped with the material outlet 19 that Open Side Down, to work as powered lift component band
Dynamic lifting drive block 15 drives upper agitating shaft 64 to move up when moving up, upper agitating shaft 64 drives lid buccal mass 67 upward
It is mobile, can into stir chamber 17 adding raw materials, drive upper agitating shaft 64 to rotate when stirring gear 63 and starting turning, on
Agitating shaft 64 drives lower agitating shaft 18 to start turning, and lower agitating shaft 18 drives the rotation of stirring rod 20 to start to stir, and needs under cleaning
When agitating shaft 18, first axle connecting pin 70 is pinned, first axle fixed pin 71 and first axle connecting pin 70 is extracted, removes down and stir
Mix axis 18, when Yao Qingxi stirring cup 16, powered lift component drives lifting drive block 15 to move up, and takes out stirring cup 16 and is
It can.
Valuably or illustratively, the manual connecting component includes that four spacing are identical with the lifting drive block 15
Limited block 92 symmetrical above and below, the limited block 92 is fixedly mounted on the screw putter 93 in the screw putter 93 being threadedly engaged
Rotary head 91 is fixedly mounted in top end surface, and 91 lower rotation of rotary head is coupled rotation pushing block 97, the rotation pushing block
97 are equipped with several circle rotation-limited slots 96, and the installation that is rotatably assorted on the outside of the rotation pushing block 97 is connected by power gear 94, described
It is connected by power the limit turn trough 95 for being equipped with opening upwards in gear 94, multi-turn limit is fixedly mounted in 95 inner wall of limit turn trough
Swivel becket 98, the rotation-limited ring 98 are rotatably assorted with the rotation-limited slot 96, it is described be connected by power gear 94 with it is described
Transmission gear 62 engages, and the gear 94 that is connected by power can be engaged with the stirring gear 63, thus what transmission gear 62 rotated
When by engagement be connected by power gear 94 rotation, when rotary motion head 91 drive screw putter 93 rotation, spiral shell
Line push rod 93 is constantly moved down by being threadedly engaged, and drive rotates pushing block 97 and is connected by power gear 94 and moves down, and is moved
Power connection gear 94 drives stirring gear 63 to rotate after engaging with stirring gear 63, the first mixing component of driving starts to stir.
Valuably or illustratively, the hand-operated lifting component includes being located at the described second horizontal 33 top end surface of pedestal to open
Mouthful upward sliding block lifting groove 47, be slidably installed in the sliding block lifting groove 47 symmetrical screw thread lifting slider 44,
It is equipped in the screw thread lifting slider 44 through the second elevating screw thread hole 45 of 44 or so the end face of screw thread lifting slider, it is described
The installation that is rotatably assorted in 47 inner left wall of sliding block lifting groove runs through the second lifting spiral shell of the described second horizontal 33 right end face of pedestal
Rasp bar 46, the second elevating screw thread bar 46 are threadedly engaged with second elevating screw thread hole 45, and the left and right screw thread lifting is slided
Four pairs of hinged rotating blocks 43 are symmetrically fixedly mounted before and after 44 top end surface of block, be rotatably assorted installation between the hinged rotating block 43
First articulated shaft 42, lifter plate 37 is equipped with above the second horizontal pedestal 33, and 37 bottom end face of lifter plate is equipped with opening
Downward hinged groove 38, be symmetrically rotatably assorted between the 38 front and back inner wall of hinged groove the second articulated shaft 40 of installation, described
Hinged hinge bar 41 between second articulated shaft 40 and first articulated shaft 42, it is mutually hinged between the hinge bar 41, it is described
Hand wheel 48 is fixedly mounted in second elevating screw thread bar, 46 right end face, and 48 right end face of hand wheel is fixedly mounted manual
Bull stick 50, so as to hold manual 50 rotation manual runner 48 of bull stick, the rotation of hand wheel 48 drives the second elevating screw thread bar
46 rotations, the second elevating screw thread bar 46 drive left and right screw thread lifting slider 44 opposite or separate movement, pass through by being threadedly engaged
The hinged drive lifter plate 37 of hinge bar 41 rises or falls.
Valuably or illustratively, 21 bottom wall of stirring cup slot described in the dyestuff releasing parts is fixedly mounted and the raw material
19 mating release pipelines 78 are exported, the release pipeline 78 extends downwardly through 22 bottom end of first level pedestal
Face, the first level pedestal 22 is interior to be equipped with the on-off slot 80 through the release pipeline 78, slides and matches in the on-off slot 80
Installation on-off threaded block 81 is closed, the installation that is rotatably assorted in the 80 right side inner wall of on-off slot is matched with 81 screw thread of on-off threaded block
On-off gear 83, connection in 80 roof of on-off slot are fixedly mounted on the on-off thread spindle 82 for the on-off thread spindle 82 of conjunction
Equipped with on-off limit sliding chutes 84, be slidably installed on-off rack slide 85 in the on-off limit sliding chutes 84, the on-off tooth
The rack gear engaged with the on-off gear 83,84 or so the inner wall of on-off limit sliding chutes is fixedly mounted in 85 bottom end face of sliding block
Interior to be equipped with on-off limiting slot 89,85 or so the end surface symmetric of on-off rack slide is fixedly mounted sliding with the on-off limiting slot 89
The on-off position limiting slide block 69 of dynamic cooperation, 85 back end surface of on-off rack slide and the 84 rear side inner wall of on-off limit sliding chutes
Between be fixedly mounted reset spring 79, the on-off rack slide 85 forward run through 22 front end face of first level pedestal,
So as to press on-off rack slide 85, on-off rack slide 85 drives on-off gear 83 and on-off thread spindle 82 by engagement
Rotation, on-off thread spindle 82 discharge pipeline 78 by being threadedly engaged drive on-off threaded block 81 and moving right to open, release stirring
Raw material in chamber 17.
Valuably or illustratively, second mixing component includes being fixedly mounted on 22 bottom of first level pedestal
Mixing motor 23 in end face, the bottom end face that the downward output shaft of motor 23 is mixed are fixedly connected with mixing
Axis 24,23 bottom end face of mixing motor are fixedly mounted the second axis connection block 86, insert at the second axis connection block 86
It connects and is coupled lower mixing axis 25, be rotatably assorted the second axis of installation between the lower mixing axis 25 and the second axis connection block 86
Fixed pin 87, be rotatably assorted installation and the second axis fixed pin between the lower mixing axis 25 and the second axis connection block 86
87 the second axis connection pins 88 being threadedly engaged are fixedly mounted on the lower mixing axis 25 and hold ring block 90, the lower mixing axis 25
It is upper that several mixed poles 26 are fixedly mounted, mixing rod 27,37 top end surface of lifter plate is fixedly mounted between the mixed pole 26
Heating Water case 31 is placed, the Heating Water chamber 32 of opening upwards, the Heating Water chamber are equipped in the Heating Water case 31
32 bottom walls can place support base 34, and the support base 34 or 32 bottom wall of Heating Water chamber can place mixing tank 28, described mixed
It is equipped with the mixing chamber 30 of opening upwards in mould assembling 28, is provided with heating chamber 35, the heating chamber below the Heating Water chamber 32
Heating tube 36 is fixedly mounted between 35 or so inner walls, so as to drive lifter plate 37 to move up by hand-operated lifting component,
The raw material in stir chamber 17 is put into mixing chamber 30 by dyestuff releasing parts, motor 23 is mixed in starting, mixes in drive
Sympodium 24 mixes the rotation of axis 25 under, and lower mixing axis 25 drives mixed pole 26 and mixing rod 27 to rotate, raw material is stirred and is filled
Point, if needing Heating Water, mixing tank 28 is placed into support base 34 again after support base 34 can be placed in Heating Water chamber 32
Top, then water is added into Heating Water chamber 32, it is heated after being powered for heating tube 36, if only needing to heat, will directly be mixed
Mould assembling 28 is placed on 32 bottom wall of Heating Water chamber and begins to warm up, and when cleaning lower mixing axis 25, catches and holds ring block 90 and pin the
Two axis connection pins 88 rotate the second axis fixed pin 87, can be by lower mixing after the second axis fixed pin 87 of extraction and the second axis connection pin 88
Axis 25 removes.
When use, lifting motor 11 starts, and drives the rotation of the first elevating screw thread bar 14, and the first elevating screw thread bar 14 is logical
Crossing to be threadedly engaged drives lifting drive block 15 mobile, controls the height of lifting drive block 15, what lifting drive block 15 moved up
When drive upper agitating shaft 64 to move up, upper agitating shaft 64 drives lid buccal mass 67 to move up, and can add into stir chamber 17
Adding raw material, the starting of power motor 51 drives line shaft 52 to rotate, rotation drive the first driving belt 55 transmission of line shaft 52, and first
Driving belt 55 drives the first power transmission shaft 56 rotation in left side, and first power transmission shaft 56 in left side drives the second transmission skin
Band 58 is driven, and the second driving belt 58 drives the second power transmission shaft 73 rotation in left side, second power transmission shaft 73 in left side
Rotation drives third driving belt 75 to be driven, and third driving belt 75 drives the second power transmission shaft 73 rotation on right side, right side
The second power transmission shaft 73 drive the 4th driving belt 77 transmission, the 4th driving belt 77 drive right side the first power transmission
Axis 56 rotates, and the first power transmission shaft 56 and the second power transmission shaft 73 rotation band nutating gear 62 rotate, transmission gear 62
Gear 94 is connected by power by engagement to rotate, drives screw putter 93 to rotate when rotary motion head 91, and screw thread pushes away
Bar 93 is constantly moved down by being threadedly engaged, and drive rotates pushing block 97 and is connected by power gear 94 and moves down, and power connects
Connecing after gear 94 is engaged with stirring gear 63 drives stirring gear 63 to rotate, and stirring gear 63 drives upper agitating shaft 64 to rotate, on
Agitating shaft 64 drives lower agitating shaft 18 to start turning, and lower agitating shaft 18 drives the rotation of stirring rod 20 to start to stir, and selects heating side
Formula holds manual 50 rotation manual runner 48 of bull stick if needing Heating Water, and the rotation of hand wheel 48 drives the second lifting spiral shell
Rasp bar 46 rotates, and the second elevating screw thread bar 46 drives left and right screw thread lifting slider 44 opposite or separate movement by being threadedly engaged,
Declined by the hinged drive lifter plate 37 of hinge bar 41, again by mixing tank 28 after placement support base 34 in Heating Water chamber 32
34 top of support base is placed, then water is added into Heating Water chamber 32, is heated after being powered for heating tube 36, if only needing to add
Mixing tank 28 is directly placed on 32 bottom wall of Heating Water chamber and begun to warm up by heat, drives lifter plate 37 by hand-operated lifting component
It moves up, presses on-off rack slide 85, on-off rack slide 85 drives on-off gear 83 and on-off thread spindle by engagement
82 rotations, on-off thread spindle 82 discharge pipeline 78 by being threadedly engaged drive on-off threaded block 81 and moving right to open, and release is stirred
It mixes the raw material in chamber 17 to be put into mixing chamber 30, motor 23 is mixed in starting, and mixing axis 24 mixes 25 turns of axis under in drive
Dynamic, lower mixing axis 25 drives mixed pole 26 and mixing rod 27 to rotate, and raw material is stirred sufficiently；Clean lower mixing axis 25
When, it catches to hold ring block 90 and pin the second axis connection pin 88 and rotates the second axis fixed pin 87, extract the second axis fixed pin 87 and the
Lower mixing axis 25 can be removed after two axis connection pins 88；When needing to clean lower agitating shaft 18, first axle connecting pin 70 is pinned,
First axle fixed pin 71 and first axle connecting pin 70 are extracted, removes lower agitating shaft 18, when Yao Qingxi stirring cup 16, powered lift portion
Part drives lifting drive block 15 to move up, and takes out stirring cup 16.
It, can be to by the transmission of powered lift component the beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate
Dye material is added in first mixing component, what the cooperation of manual connecting component and power transmission member can generate power motor
Power is transmitted to the first specified mixing component, easy to control, the first mixing component dismounting it is easy to clean, can deploy it is a variety of not
First mixing component raw material can be put into the second mixing component by same dye formulation, dyestuff releasing parts, the second mixing part
Part can choose different heating methods, by different heating methods, can synthesize different dyestuffs, hand-operated lifting component can
To adjust height, facilitate the taking-up of dyestuff and the switching of heating method, it is easy to use, it is worthy to be popularized.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (8)
1. composite dye preparation facilities, including device pedestal, it is characterised in that: described device pedestal right end face is equipped with the first water
Flat seat body, described device pedestal right end face, which is located at below the first level pedestal, is equipped with the second horizontal pedestal, described device
Powered lift component is provided at pedestal, wherein the powered lift component includes lifting drive block and driving lifting drive block
The lifting motor moved up and down further includes providing the power motor of stirring power, is provided with power transfering part in lifting drive block
The power of power motor is transmitted by the power transmission member, is provided with first above the first level pedestal and stirs by part
Mix component, wherein first mixing component includes stirring gear, and the rotation by stirring gear drives first mixing part
Part stirs, and manual connecting component, first mixing component and the power transfering part are additionally provided in the lifting drive block
It can be connected, the power of the power transmission member is transmitted on stirring gear, institute by the manual connecting component between part
It states and is provided with hand-operated lifting component on the second horizontal pedestal, wherein the hand-operated lifting component includes lifter plate, lifter plate top
It is provided with the second mixing component between first level pedestal bottom, dyestuff release portion is provided in the first level pedestal
Raw material in first mixing component is added in second mixing component by the dyestuff releasing parts and is carried out by part
Mixing.
2. composite dye preparation facilities according to claim 1, it is characterised in that: the powered lift component includes being located at
Screw thread lifting groove in described device pedestal right end face, the screw thread lifting groove bottom end face is interior to be fixedly mounted lifting motor,
Be slidably installed lifting drive block in the screw thread lifting groove, is equipped in the lifting drive block and runs through the lifting drive block
First elevating screw thread hole of upper and lower end face, the top end surface of the upward output shaft of the lifting motor are fixedly connected and the screw thread
The first elevating screw thread bar that lifting groove roof is rotatably assorted, the first elevating screw thread bar and first elevating screw thread hole screw thread
Cooperate, power transmission chamber is provided in the lifting drive block, power motor is fixedly mounted below the power transmission chamber, it is described
The top end surface of the upward output shaft of power motor is fixedly connected with the line shaft being rotatably assorted with the power transmission chamber.
3. composite dye preparation facilities according to claim 1, it is characterised in that: the power transmission member includes four
The power on-off chamber being connected in the lifting drive block with the power transmission chamber, the power on-off chamber of left and right ends
On the power transmission chamber roof in be rotatably assorted the first power transmission shaft of installation, on intermediate two power on-off chambers
Be rotatably assorted the second power transmission shaft of installation in the power transmission chamber roof, and the line shaft is equipped with the first belt grooves, left
First power transmission shaft of side is equipped with the second belt grooves symmetrical above and below, sets on first power transmission shaft on right side
There are second belt grooves, left and right second power transmission shaft is equipped with third belt grooves symmetrical above and below, first skin
Transmission is coupled the first driving belt between second belt grooves of the lower section in trough of belt and left side, the top in left side it is described
Transmission is coupled the second driving belt between the third belt grooves of the top in the second belt grooves and left side, lower section it is described
Transmission is coupled third driving belt between third belt grooves, the third belt grooves of the top on right side and right side it is described
Transmission is coupled the 4th driving belt, first power transmission shaft and second power transmission shaft between second belt grooves
Transmission gear is fixedly mounted in bottom end face, and gear fixed ring, the tooth is fixedly mounted in the power on-off cavity wall bilateral symmetry
Wheel fixed ring is rotatably assorted with the transmission gear.
4. composite dye preparation facilities according to claim 1, it is characterised in that: first mixing component includes four
The spacing identical stirring cup slot positioned at the first level pedestal top end surface places installation stirring at the stirring cup slot
Cup, power on-off bottom of chamber wall be rotatably assorted installation run through the first level pedestal bottom end face upper agitating shaft, it is described
Fixed change is fixedly mounted on upper agitating shaft, stirring gear, the upper agitating shaft is fixedly mounted in the upper agitating shaft top end surface
First axle link block is fixedly mounted in bottom end face, is located at below the first level pedestal on the upper agitating shaft and lid is fixedly mounted
Mouth switch block, the lid mouth switch block outside, which is rotatably assorted, installs lid buccal mass, and stir chamber, the stir chamber top are equipped in the stirring cup
Wall is equipped with the lid mouth of opening upwards, and the lid buccal mass and the lid mouth, which are rotatably assorted to cover, closes installation, at the first axle link block
Agitating shaft under mating installation is rotatably assorted between the lower agitating shaft and the first axle link block and installs first axle and fix
Pin is rotatably assorted what installation was threadedly engaged with the first axle fixed pin between the lower agitating shaft and the first axle link block
First axle connecting pin, is fixedly mounted several identical stirring rod on the lower agitating shaft, the stir chamber bottom wall be equipped with opening to
Under material outlet.
5. composite dye preparation facilities according to claim 1, it is characterised in that: the manual connecting component includes four
The spacing identical screw putter being threadedly engaged with the lifting drive block is fixedly mounted on the screw putter symmetrical above and below
Rotary head is fixedly mounted in limited block, the limited block top end surface, and the rotary head lower rotation is coupled rotation pushing block, institute
It states rotation pushing block and is equipped with several circle rotation-limited slots, the installation that is rotatably assorted on the outside of the rotation pushing block is connected by power gear, institute
The limit turn trough for being connected by power and being equipped with opening upwards in gear is stated, multi-turn rotation-limited is fixedly mounted in the limit turn trough inner wall
Ring, the rotation-limited ring are rotatably assorted with the rotation-limited slot, and the gear that is connected by power is engaged with the transmission gear,
The gear that is connected by power can be engaged with the stirring gear.
6. composite dye preparation facilities according to claim 1, it is characterised in that: the hand-operated lifting component includes being located at
The sliding block lifting groove of the second horizontal pedestal top end surface opening upwards, be slidably installed in the sliding block lifting groove left and right
Symmetrical screw thread lifting slider, the screw thread lifting slider is interior to be equipped with second liter through the screw thread lifting slider or so end face
Threaded hole drops, and the installation that is rotatably assorted in the sliding block lifting groove inner left wall is through the of the described second horizontal pedestal right end face
Two elevating screw thread bars, the second elevating screw thread bar are threadedly engaged with second elevating screw thread hole, the left and right screw thread lifting
Four pairs of hinged rotating blocks are symmetrically fixedly mounted before and after slider top end face, be rotatably assorted installation first between the hinged rotating block
Articulated shaft, the second horizontal pedestal top are equipped with lifter plate, and the lifter plate bottom end face is equipped with the hinged groove that Open Side Down,
Symmetrically be rotatably assorted between inner wall the second articulated shaft of installation before and after the hinged groove, second articulated shaft and described first
Hinged hinge bar between articulated shaft, mutually hinged between the hinge bar, the fixed peace of the second elevating screw thread bar right end face
Hand wheel is filled, manual bull stick is fixedly mounted in the hand wheel right end face.
7. composite dye preparation facilities according to claim 1, it is characterised in that: stirred described in the dyestuff releasing parts
Cup groove bottom wall is fixedly mounted to be extended downwardly through described with the mating release pipeline of the material outlet, the release pipeline
First level pedestal bottom end face, the first level pedestal is interior to be equipped with the on-off slot through the release pipeline, the on-off
The on-off that is slidably installed in slot threaded block, be rotatably assorted on the right side of the on-off slot installation and the on-off threaded block spiral shell in inner wall
On-off gear is fixedly mounted on the on-off thread spindle for the on-off thread spindle of line cooperation, and connection is equipped in the on-off groove top wall
On-off limit sliding chutes, be slidably installed in the on-off limit sliding chutes on-off rack slide, on-off rack slide bottom
The rack gear engaged with the on-off gear is fixedly mounted in end face, is equipped with on-off in described on-off limit sliding chutes or so inner wall and limits
Slot, described on-off rack slide or so end surface symmetric are fixedly mounted the on-off limit being slidably matched with the on-off limiting slot and slide
Reset spring is fixedly mounted between inner wall on rear side of block, the on-off rack slide back end surface and the on-off limit sliding chutes, institute
It states on-off rack slide and runs through the first level pedestal front end face forward.
8. composite dye preparation facilities according to claim 1, it is characterised in that: second mixing component includes fixing
The mixing motor being mounted in the first level pedestal bottom end face, the downward output shaft of the mixing motor
Bottom end face is fixedly connected with mixing axis, and the mixing motor bottom end face is fixedly mounted the second axis connection block, and described the
Axis is mixed at two axis connection blocks under mating installation, be rotatably assorted peace between the lower mixing axis and the second axis connection block
The second axis fixed pin is filled, the installation that is rotatably assorted between the lower mixing axis and the second axis connection block is fixed with second axis
The second axis connection pin being threadedly engaged is sold, is fixedly mounted on the lower mixing axis and holds ring block, fixed peace on the lower mixing axis
Several mixed poles are filled, mixing rod is fixedly mounted between the mixed pole, the lifter plate top end surface places Heating Water case, institute
The Heating Water chamber that opening upwards are equipped in Heating Water case is stated, Heating Water bottom of chamber wall can place support base, the branch
Support seat or Heating Water bottom of chamber wall can place mixing tank, and the mixing chamber of opening upwards, the water are equipped in the mixing tank
It is provided with heating chamber below the heating chamber of domain, heating tube is fixedly mounted between described heating chamber or so inner wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910224305.3A CN109876702A (en) | 2019-03-22 | 2019-03-22 | Composite dye preparation facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910224305.3A CN109876702A (en) | 2019-03-22 | 2019-03-22 | Composite dye preparation facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109876702A true CN109876702A (en) | 2019-06-14 |
Family
ID=66933920
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910224305.3A Withdrawn CN109876702A (en) | 2019-03-22 | 2019-03-22 | Composite dye preparation facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109876702A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112957991A (en) * | 2021-02-04 | 2021-06-15 | 威海圣凯化工科技有限公司 | Processing equipment and process of acid dye for fur |
| CN114405365A (en) * | 2022-01-21 | 2022-04-29 | 河南汇泉生物科技有限公司 | Production process of starch adhesive and special mixing equipment thereof |
-
2019
- 2019-03-22 CN CN201910224305.3A patent/CN109876702A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112957991A (en) * | 2021-02-04 | 2021-06-15 | 威海圣凯化工科技有限公司 | Processing equipment and process of acid dye for fur |
| CN114405365A (en) * | 2022-01-21 | 2022-04-29 | 河南汇泉生物科技有限公司 | Production process of starch adhesive and special mixing equipment thereof |
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Application publication date: 20190614 |