CN109224952A - A kind of Water-borne modification functional paint and auxiliary agent equipment and its operating method - Google Patents
A kind of Water-borne modification functional paint and auxiliary agent equipment and its operating method Download PDFInfo
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- CN109224952A CN109224952A CN201811204930.3A CN201811204930A CN109224952A CN 109224952 A CN109224952 A CN 109224952A CN 201811204930 A CN201811204930 A CN 201811204930A CN 109224952 A CN109224952 A CN 109224952A
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- Prior art keywords
- bevel gear
- drive
- slide bar
- rotation
- slot
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/05—Stirrers
- B01F27/11—Stirrers characterised by the configuration of the stirrers
- B01F27/112—Stirrers characterised by the configuration of the stirrers with arms, paddles, vanes or blades
- B01F27/1123—Stirrers characterised by the configuration of the stirrers with arms, paddles, vanes or blades sickle-shaped, i.e. curved in at least one direction
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/80—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis
- B01F27/90—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis with paddles or arms
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/30—Driving arrangements; Transmissions; Couplings; Brakes
- B01F2035/35—Use of other general mechanical engineering elements in mixing devices
- B01F2035/351—Sealings
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F2101/00—Mixing characterised by the nature of the mixed materials or by the application field
- B01F2101/30—Mixing paints or paint ingredients, e.g. pigments, dyes, colours, lacquers or enamel
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Transmission Devices (AREA)
Abstract
The invention discloses a kind of Water-borne modification functional paint and auxiliary agent equipment and its operating method, the method institute use device includes body, cavity is equipped in the body, supporting block is equipped in the cavity, the supporting block periphery is installed with symmetrical stirring rod, the supporting block lower end surface is installed with the rotation axis that lower end is fixedly connected with driving device, upside is communicated with free surrounding space equipped with seal in the cavity, the configuration of the present invention is simple, it is easy to operate, seal is sealed by the lifting of sealing block, locking device is by the transmission of belt and rack pinion so that locking rack gear locks sealing cover and body through lockhole simultaneously, guarantee the sealing stability of device, it be mixed to the raw material in cavity and can keep solidifying in coating placement process after sealing by the rotation of motor driven stirring rod, general arrangement is just In storage and full-automatic sealing, increase its storage time and storage quality, and it is efficient that Water-borne modification functional paint is made.
Description
Technical field
The present invention relates to storage Preparation equipment technical field, specially a kind of Water-borne modification functional paint and auxiliary agent equipment and its
Operating method.
Background technique
The coating and auxiliary agent of current Water-borne modification function are made up of the mixing of raw material, but since Preparation equipment is open
The exposed coating gas made in dope preparing process, which is mixed into air, influences air weight, for periphery life and staff with
Carry out inconvenient and pollution air, thereafter, the preparation facilities with sealing cover to there is a problem of that structure is complicated inconvenient operate and consume energy it is big,
Meanwhile storage device and preparation facilities separate, land occupation is big and intermediate transfer part operation is difficult, and easily by storage condition when storage
Influence lead to coating solidification, therefore, urgent need want a kind of safety, efficiently and automation Water-borne modification functional paint and auxiliary agent equipment
And its operating method.
Summary of the invention
The purpose of the present invention is to provide a kind of Water-borne modification functional paint and auxiliary agent equipment and its operating method, for overcoming
Drawbacks described above in the prior art.
A kind of Water-borne modification functional paint according to the present invention and auxiliary agent equipment and its operating method, the method use dress
It sets including body, cavity is equipped in the body, supporting block is equipped in the cavity, the supporting block periphery is installed with left and right pair
The stirring rod of title, the supporting block lower end surface are installed with the rotation axis that lower end is fixedly connected with driving device, in the cavity on
Side is communicated with free surrounding space equipped with seal, is had the first sliding groove on the right side of the seal, is slided in first sliding groove
It is dynamic to be equipped with the locking rack gear that upper surface is dentation, upper and lower perforative through slot, the first sliding groove downside are equipped in the rack gear
It communicates and is equipped with the first opening up guide runner, the locking rack gear lower end surface is installed with lower end and protrudes into first guide runner
The first slider guide, communicate equipped with opening up lock slots on the right side of first sliding groove, described in the locking rack gear protrudes into
In lock slots, communicated on the upside of first sliding groove equipped with the first rotation slot, the interior rotation of first rotation slot is equipped with lower end surface
The rotate gear engaged with the locking rack gear, the first rotation slot right side, which communicates, to be equipped with through the first sliding channel opening
The lifting groove communicated upward with free surrounding space, the seal left side are equipped with opening up rotation chamber, the rotation chamber front and back end
Rotation is equipped with rotating bar between wall, and sealing cover is installed in the rotating bar, is equipped in the sealing cover and is run through and be open up and down
Towards left empty slot, the first belt pulley is installed in the rotating bar in the empty slot, first belt pulley passes through the first skin
Band is connected by power with the driving device, and downward opening lifting chamber is equipped in the sealing cover, and the lifting is intracavitary to be equipped with down
The sealing block in the seal is protruded at end, and the sealing block periphery is installed with ring type seal, is equipped with and opens in the sealing block
The thread groove of mouth upward, the thread spindle that upper end is matched and be connected with to the thread groove internal screw thread and power device is connected by power are described
It goes up and down and is equipped with the second rotation slot on the right side of chamber, rotation is equipped with first bevel gear upper end described in first bevel gear in second rotation slot
Engagement is connected with the second bevel gear being fixedly connected with the powered rotation, and the first bevel gear rear end face is installed with engaging tooth
Wheel, the second rotation slot right side are communicated equipped with downward opening second sliding groove, and the interior sliding of second sliding groove is equipped with a left side
End engage with the meshing gear to be connected and lower end runs through the through slot and protrudes into driving rack in the lifting groove, and described second
It communicates on the right side of sliding groove and is equipped with opening towards the second left guide runner, the driving rack right side is installed with right end and protrudes into described the
The second slider guide in two guide runners.
Further technical solution, the driving device include driving chamber, and sliding is equipped with drive block in the driving chamber,
Driving motor is installed in the drive block, the driving motor is symmetrical above and below to be connected by power drive shaft, the driving chamber phase
Logical to be equipped with engagement chamber symmetrical above and below and that opening is opposite, the drive shaft has one end to protrude into described nibble far from the driving motor
Close intracavitary and be installed with drive bevel gear, the engagement of upside it is intracavitary by first rotating shaft rotation be equipped with to the transmission
The third hand tap gear of bevel gear engagement connection communicates on rear side of the engagement chamber of upside equipped with opening up with the rotation chamber phase
The first logical belt grooves, the first rotating shaft rear end and the first belt grooves aft bulkhead are rotatablely connected, in first belt
It is installed with the second belt pulley in the first rotating shaft in slot, passes through institute between second belt pulley and first belt pulley
It states the first belt to be connected by power, the first slide bar slot that lower end is communicated with the driving chamber is equipped on the right side of the engagement chamber of upside,
Sliding is equipped with lower end and protrudes into the be fixedly connected in the driving chamber and with the drive block upper surface in the first slide bar slot
One slide bar, first slide bar left side are installed with the first reset assembly, connect between the first slide bar slot and the seal
Logical to be equipped with the second slide bar slot, it is sliding to be equipped with left end is abutted with first slide bar upper surface second for sliding in the second slide bar slot
Bar, the second slide bar right end are abutted with the sealing block, and second slide bar upper surface is installed with the second reset assembly, downside
Drive bevel gear front end face engagement be connected with the 4th bevel gear, communicate on front side of the engagement chamber of downside equipped with the second skin
Trough of belt, the 4th bevel gear front end face are installed with the second shaft of front end and the second belt grooves front bulkhead rotation connection,
The engagement chamber of downside is equipped with the first drive cavity by link slot connection, is rotated in first drive cavity by third shaft
It equipped with the 5th bevel gear, is connected by power between the third shaft and second shaft by the second belt, the 5th cone
The engagement of gear right side is connected with the 6th bevel gear, on the right side of first drive cavity by connecting hole connection equipped with upside with it is described
The second drive cavity that cavity communicates, the 6th bevel gear right side are installed with right end and protrude into described second through the connecting hole
Drive cavity is interior and is installed with the transmission shaft of the 7th bevel gear, and the 7th bevel gear right side engagement is connected with the 8th bevel gear,
The rotation axis lower end is protruded into second drive cavity and is fixedly connected with the 8th bevel gear upper surface.
Further technical solution, the power device include driving groove, and the driving groove lower end wall is installed with power electric
Machine, the power motor upper end are connected by power the 4th shaft of upper end and driving groove upper end wall rotation connection, and described the
First gear is installed in four shafts, the first gear right side engagement is connected with second gear, the second gear axle center
Place is installed with the thread spindle of upper end and driving groove upper end wall rotation connection, communicates on the downside of the driving groove equipped with lower end
With the third belt grooves that communicate of lifting chamber, it is intracavitary that the lifting through the third belt grooves is protruded into the thread spindle lower end
And be threadedly coupled with the thread groove, third belt pulley is installed on the thread spindle in the third belt grooves, it is described
The 4th belt grooves communicated equipped with downside with second rotation slot are communicated by connectivity slot on the right side of third belt grooves, described the
The 4th belt pulley is equipped with by the rotation of the 5th shaft in four belt grooves, is led between the 4th belt pulley and the third belt pulley
Third belt is crossed to be connected by power, the 5th shaft lower end protrude into second rotation slot and with the second bevel gear upper end
Face is fixedly connected, and is installed with clamping block in the sealing cover lower end surface on the right side of second rotation slot, is equipped in the clamping block
The perforative lockhole in left and right.
Described method includes following steps:
Firstly, power motor works, then thread spindle rotates, and goes up and down intracavitary and exits close so that sealing block is contracted to along thread spindle
Sealing, then the second slide bar moves right under the effect of the second reset assembly, then the first slide bar drives drive block to rise so that downside
Drive bevel gear be disengaged from the 4th bevel gear and the drive bevel gear of upside is engaged with third hand tap gear, meanwhile, pass through
Third belt makes the 5th shaft drive second bevel gear rotation, then meshing gear rotates so that driving rack is along the second sliding
Slot rises and exits lifting groove, while driving rack rises and drives rotate gear rotation, then locks rack gear and be moved to the left and exit lock
Hole；
Secondly, driving motor works, then third hand tap gear rotates, and makes the first belt pulley drive sealing cover inverse by the first belt
The coating of Water-borne modification function or auxiliary agent raw material, are then put into cavity by hour hands rotating opening seal, secondly, driving motor is anti-
To rotation work, then sealing cover rotates clockwise so that sealing cover lower end surface is abutted with body upper surface, meanwhile, sealing block squeezes
Second slide bar is moved to the left, and drives drive block to restore initial position so that the first slide bar moves down, then tooth is bored in the transmission of downside
Wheel is engaged with the 4th bevel gear and the drive bevel gear of upside is disengaged from third hand tap gear, and power motor rotates backward, and makes
Obtaining thread spindle rotation drives sealing block to drop in seal, while the 5th shaft drives second bevel gear to rotate backward, then nibbles
Gear is closed to rotate backward so that driving rack protrudes into lifting groove along the decline of the second sliding groove through through slot, and under driving rack
Drop drives rotate gear rotation, then locks rack gear and move right and lock sealing cover and body through lockhole, then, driving motor
Work, by the second belt make the 5th bevel gear rotate, then by transmission so that stirring rod rotation to raw material carry out mix stir
It mixes.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by the lifting of sealing block to seal into
Row sealing, while locking device runs through lockhole for sealing cover and body so that locking rack gear by the transmission of belt and rack pinion
Locking guarantees the sealing stability of device, is mixed by the rotation of motor driven stirring rod to the raw material in cavity after sealing
It closes stirring and can keep solidifying in coating placement process, general arrangement increases it and deposit convenient for storage and full-automatic sealing
Time and storage quality are stored up, and it is efficient that Water-borne modification functional paint is made.
Detailed description of the invention
Fig. 1 is overall structure signal inside a kind of Water-borne modification functional paint of the invention and auxiliary agent equipment and its operating method
Figure；
Fig. 2 is " A " enlarged structure schematic diagram in Fig. 1 in the present invention；
Fig. 3 is " B-B " direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 4 is " C " enlarged structure schematic diagram in Fig. 1 in the present invention；
Fig. 5 is " D " enlarged structure schematic diagram in Fig. 1 in the present invention.
Specific embodiment
Below with reference to Fig. 1-5, 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.1-5, a kind of Water-borne modification functional paint of embodiment according to the present invention and auxiliary agent equipment and its operation side
Method, the method institute use device includes body 10, and cavity 11 is equipped in the body 10, is equipped with supporting block in the cavity 11
15,15 periphery of supporting block is installed with symmetrical stirring rod 16, and 15 lower end surface of supporting block is installed with lower end and drives
The rotation axis 14 that dynamic device is fixedly connected, the interior upside of the cavity 11 are communicated with free surrounding space equipped with seal 12, the sealing
There is the first sliding groove 96 on 12 right side of mouth, and sliding is equipped with upper surface as the locking rack gear of dentation in first sliding groove 96
102, the rack gear 102 is interior to be equipped with upper and lower perforative through slot 99, communicates on the downside of first sliding groove 96 equipped with opening up
First guide runner 97, locking 102 lower end surface of rack gear are installed with the first slide guide that lower end is protruded into first guide runner 97
Block 98 is communicated equipped with opening up lock slots 100 on the right side of first sliding groove 96, and the locking rack gear 102 protrudes into described
In lock slots 100, communicated on the upside of first sliding groove 96 equipped with the first rotation slot 92, the interior rotation of first rotation slot 92 is set
There are lower end surface and the rotate gear 93 for locking rack gear 102 and engaging, communicates and be equipped with through institute on the right side of first rotation slot 92
The opening up lifting groove 94 communicated with free surrounding space of the first sliding groove 96 is stated, is equipped with opening up turn on the left of the seal 12
Chamber 48 is moved, rotation is equipped with rotating bar 47 between the 48 front and back end wall of rotation chamber, it is installed with sealing cover 46 in the rotating bar 47,
It is equipped with the empty slot 59 for running through up and down and be open towards a left side in the sealing cover 46, it is fixed in the rotating bar 47 in the empty slot 59
There is the first belt pulley 50, first belt pulley 50 is connected by power by the first belt 52 with the driving device, the sealing
It is equipped with downward opening lifting chamber 70 in lid 46, is equipped with lower end in the lifting chamber 70 and protrudes into the sealing block in the seal 12
44,44 periphery of sealing block is installed with ring type seal 45, is equipped with opening up thread groove 72, institute in the sealing block 44
The thread spindle 71 that upper end is matched and be connected with to 72 internal screw thread of thread groove and power device is connected by power is stated, is set on the right side of the lifting chamber 70
There is the second rotation slot 85, rotation is equipped with the engagement of 87 upper end of first bevel gear described in first bevel gear 87 in second rotation slot 85
It is connected with the second bevel gear 86 being fixedly connected with the powered rotation, 87 rear end face of first bevel gear is installed with engaging tooth
Wheel 88 communicates on the right side of second rotation slot 85 equipped with downward opening second sliding groove 89, sliding in second sliding groove 89
Dynamic engage equipped with left end with the meshing gear 88 connects and the biography that the through slot 99 protrudes into the lifting groove 94 is run through in lower end
Carry-over bar 95 communicates on the right side of second sliding groove 89 and is equipped with opening towards the second left guide runner 90, and the driving rack 95 is right
End face is installed with the second slider guide 91 that right end protrudes into second guide runner 90.
Valuably or illustratively, the driving device includes driving chamber 31, and sliding is equipped with driving in the driving chamber 31
Block 32 is installed with driving motor 33 in the drive block 32, and the driving motor 33 is symmetrical above and below to be connected by power drive shaft 30,
The driving chamber 31 is communicated equipped with engagement chamber 34 symmetrical above and below and that opening is opposite, and the drive shaft 30 is far from the driving motor
33 have one end to protrude into the engagement chamber 34 and be installed with drive bevel gear 35, passes through first in the engagement chamber 34 of upside
The rotation of shaft 37 is equipped with the third hand tap gear 36 to engage connection with the drive bevel gear 35, the engagement chamber 34 of upside
Rear side is communicated equipped with opening up with first belt grooves 56 that communicate of rotation chamber 48,37 rear end of first rotating shaft with it is described
The rotation connection of first belt grooves, 56 aft bulkhead, is installed with the second skin in the first rotating shaft 37 in first belt grooves 56
Belt wheel 54 is connected by power between second belt pulley 54 and first belt pulley 50 by first belt 52, upside
The engagement chamber 34 on the right side of be equipped with the first slide bar slot 39 for communicating with the driving chamber 31 of lower end, in the first slide bar slot 39
Sliding is equipped with lower end and protrudes into the first slide bar 38 being fixedly connected in the driving chamber 31 and with 32 upper surface of drive block, described
First slide bar, 38 left side is installed with the first reset assembly 40, is connected to and sets between the first slide bar slot 39 and the seal 12
There is the second slide bar slot 41, sliding is equipped with left end is abutted with 38 upper surface of the first slide bar second in the second slide bar slot 41
Slide bar 42,42 right end of the second slide bar are abutted with the sealing block 44, and it is multiple that 42 upper surface of the second slide bar is installed with second
35 front end face of the drive bevel gear engagement of hyte part 43, downside is connected with the 4th bevel gear 28, the engagement chamber of downside
34 front sides are communicated equipped with the second belt grooves 66, and 28 front end face of the 4th bevel gear is installed with front end and second belt grooves 66
The engagement chamber 34 of second shaft 67 of front bulkhead rotation connection, downside is equipped with the first drive cavity 21 by link slot connection,
The 5th bevel gear 23, the third shaft 24 and described second are equipped with by the rotation of third shaft 24 in first drive cavity 21
It is connected by power between shaft 67 by the second belt 26,23 right side of the 5th bevel gear engagement is connected with the 6th bevel gear
22, the second drive cavity that upside is communicated with the cavity 11 is equipped with by the connection of connecting hole 20 on the right side of first drive cavity 21
17,22 right side of the 6th bevel gear is installed with right end and protrudes into second drive cavity 17 and consolidate through the connecting hole 20
Transmission shaft 19 equipped with the 7th bevel gear 18,18 right side of the 7th bevel gear engagement is connected with the 8th bevel gear 13, described
14 lower end of rotation axis is protruded into second drive cavity 17 and is fixedly connected with 13 upper surface of the 8th bevel gear, and device is improved
Power convert harmony.
Valuably or illustratively, the power device includes driving groove 78, and 78 lower end wall of driving groove is installed with dynamic
Force motor 81,81 upper end of power motor are connected by power the 4th turn of upper end and 78 upper end wall of driving groove rotation connection
Axis 80, first gear 79 is installed in the 4th shaft 80, and 79 right side of the first gear engagement is connected with second gear
77, the thread spindle 71 of upper end and 78 upper end wall of driving groove rotation connection is installed at 77 axle center of second gear,
The third belt grooves 73 communicated equipped with lower end with the lifting chamber 70,71 lower end of thread spindle are communicated on the downside of the driving groove 78
It protrudes into the lifting chamber 70 through the third belt grooves 73 and is threadedly coupled with the thread groove 72, in the third belt
It is installed with third belt pulley 74 on the thread spindle 71 in slot 73, is communicated on the right side of the third belt grooves 73 by connectivity slot 76
Equipped with the 4th belt grooves 82 that downside is communicated with second rotation slot 85, pass through the 5th shaft in the 4th belt grooves 82
83 rotations are equipped with the 4th belt pulley 84, dynamic by third belt 75 between the 4th belt pulley 84 and the third belt pulley 74
Power connection, 83 lower end of the 5th shaft are protruded into second rotation slot 85 and are fixed with 86 upper surface of second bevel gear
Connection, second rotation slot, 85 right side are installed with clamping block 103 in 46 lower end surface of sealing cover, in the clamping block 103
Equipped with the perforative lockhole 101 in left and right, the gearing of device is improved.
When original state, locking 102 right end of rack gear protrudes into lock slots 100 through lockhole 101, and 95 lower end of driving rack is passed through
Break-through slot 99 protrudes into lifting groove 94, and 44 lower end of sealing block is protruded into seal 12.
Described method includes following steps:
Firstly, power motor 81 works, then thread spindle 71 rotates, so that sealing block 44 is contracted to lifting chamber 70 along thread spindle 71
Interior and exit seal 12, then the second slide bar 42 moves right under the effect of the second reset assembly 43, then the first slide bar 38 drives
Drive block 32 rises so that the drive bevel gear 35 of downside and the 4th bevel gear 28 are disengaged from and the drive bevel gear 35 of upside
It is engaged with third hand tap gear 36, meanwhile, make the 5th shaft 83 that second bevel gear 86 be driven to rotate by third belt 75, then nibbles
It closes gear 88 to rotate so that driving rack 95 rises along the second sliding groove 89 and exit lifting groove 94, while on driving rack 95
It rises and rotate gear 93 is driven to rotate, then lock rack gear 102 and be moved to the left and exit lockhole 101；
Secondly, driving motor 33 works, then third hand tap gear 36 rotates, and by the first belt 52 first belt pulley 50 is driven
Sealing cover 46, which rotates counterclockwise, opens seal 12, and then the coating of Water-borne modification function or auxiliary agent raw material are put into cavity 11,
Secondly, driving motor 33 rotates backward work, then sealing cover 46 rotates clockwise so that on 46 lower end surface of sealing cover and body 10
End face abuts, meanwhile, sealing block 44 squeezes the second slide bar 42 and is moved to the left, so that the first slide bar 38 moves down drive drive block
32 restore initial positions, then the drive bevel gear 35 of downside engages and the drive bevel gear 35 of upside and the with the 4th bevel gear 28
Third hand tap gear 36 is disengaged from, and power motor 81 rotates backward, so that the rotation of thread spindle 71 drives sealing block 44 to drop to sealing
In mouth 12, while the 5th shaft 83 drives second bevel gear 86 to rotate backward, then meshing gear 88 rotates backward so that driving cog
Item 95 protrudes into lifting groove 94 along the decline of the second sliding groove 89 through through slot 99, and 95 descent tape turn moving gear of driving rack
93 rotations, then lock rack gear 102 and move right and lock sealing cover 46 and body 10 through lockhole 101, then, driving motor 33
Work rotates the 5th bevel gear 2 by the second belt 26, then by transmission so that the rotation of stirring rod 16 mixes raw material
Close stirring.
When needing device to work, power motor 81 works, then thread spindle 71 rotates, so that sealing block 44 is along thread spindle
71 are contracted in lifting chamber 70 and exit seal 12, then the second slide bar 42 moves right under the effect of the second reset assembly 43,
Then the first slide bar 38 drive drive block 32 rise so that the drive bevel gear 35 of downside and the 4th bevel gear 28 be disengaged from and on
The drive bevel gear 35 of side is engaged with third hand tap gear 36, meanwhile, make the 5th shaft 83 drive second by third belt 75
Bevel gear 86 rotates, then the rotation of meshing gear 88 is so that driving rack 95 rises along the second sliding groove 89 and exits lifting groove
94, while driving rack 95 rises rotate gear 93 is driven to rotate, then locks rack gear 102 and be moved to the left and exit lockhole 101,
Afterwards, driving motor 33 works, then third hand tap gear 36 rotates, and makes the first belt pulley 50 drive sealing cover by the first belt 52
46 rotate counterclockwise opening seal 12, and then the coating of Water-borne modification function or auxiliary agent raw material are put into cavity 11, secondly, driving
Dynamic motor 33 rotates backward work, then sealing cover 46 rotates clockwise so that 46 lower end surface of sealing cover is supported with 10 upper surface of body
It connects, meanwhile, sealing block 44 squeezes the second slide bar 42 and is moved to the left, and drives drive block 32 to restore so that the first slide bar 38 moves down
Initial position, then the drive bevel gear 35 of downside engages and the drive bevel gear 35 and triconodont of upside with the 4th bevel gear 28
Wheel 36 is disengaged from, and power motor 81 rotates backward, so that the rotation of thread spindle 71 drives sealing block 44 to drop in seal 12,
Simultaneously the 5th shaft 83 drive second bevel gear 86 rotate backward, then meshing gear 88 rotate backward so that driving rack 95 along
The decline of second sliding groove 89 is protruded into lifting groove 94 through through slot 99, and 95 descent tape turn moving gear 93 of driving rack rotates,
It then locks rack gear 102 and moves right and lock sealing cover 46 and body 10 through lockhole 101, then, driving motor 33 works, and leads to
Crossing the second belt 26 rotates the 5th bevel gear 2, then by transmission so that raw material is mixed in the rotation of stirring rod 16.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by the lifting of sealing block to seal into
Row sealing, while locking device runs through lockhole for sealing cover and body so that locking rack gear by the transmission of belt and rack pinion
Locking guarantees the sealing stability of device, is mixed by the rotation of motor driven stirring rod to the raw material in cavity after sealing
It closes stirring and can keep solidifying in coating placement process, general arrangement increases it and deposit convenient for storage and full-automatic sealing
Time and storage quality are stored up, and it is efficient that Water-borne modification functional paint is made.
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 (4)
1. a kind of Water-borne modification functional paint and auxiliary agent equipment and its operating method, the method institute use device includes body, institute
It states and is equipped with cavity in body, be equipped with supporting block in the cavity, the supporting block periphery is installed with symmetrical stirring rod, institute
It states supporting block lower end surface and is installed with the rotation axis that lower end is fixedly connected with driving device, upside and free surrounding space phase in the cavity
It is logical to be equipped with seal, there is the first sliding groove on the right side of the seal, the interior sliding of first sliding groove is equipped with upper surface
The locking rack gear of dentation, the rack gear is interior to be equipped with upper and lower perforative through slot, communicates on the downside of first sliding groove and is equipped with the court that is open
On the first guide runner, the locking rack gear lower end surface is installed with the first slider guide that lower end is protruded into first guide runner,
It communicates on the right side of first sliding groove equipped with opening up lock slots, the locking rack gear protrudes into the lock slots, described
It is communicated on the upside of first sliding groove equipped with the first rotation slot, the interior rotation of first rotation slot is equipped with lower end surface and the locking rack gear
The rotate gear of engagement is communicated on the right side of first rotation slot and is equipped with through first sliding groove is opening up and free surrounding space
The lifting groove communicated, the seal left side are equipped with opening up rotation chamber, rotate and be equipped between end wall before and after the rotation chamber
Rotating bar is installed with sealing cover in the rotating bar, and the empty slot for running through up and down and be open towards a left side is equipped in the sealing cover, described
The first belt pulley is installed in the rotating bar in empty slot, first belt pulley passes through the first belt and the driving device
It is connected by power, downward opening lifting chamber is equipped in the sealing cover, the seal is protruded into the intracavitary lower end that is equipped with of the lifting
Interior sealing block, the sealing block periphery are installed with ring type seal, are equipped with opening up thread groove, institute in the sealing block
The thread spindle that upper end is matched and be connected with to thread groove internal screw thread and power device is connected by power is stated, is equipped with second on the right side of the lifting chamber
Rotation slot, the interior rotation of second rotation slot is connected with equipped with the engagement of first bevel gear upper end described in first bevel gear to be moved with described
The second bevel gear that power is rotatably connected, the first bevel gear rear end face are installed with meshing gear, second rotation slot
Right side is communicated equipped with downward opening second sliding groove, and the interior sliding of second sliding groove is equipped with left end and nibbles with the meshing gear
It closes connection and lower end runs through the through slot and protrudes into the driving rack in the lifting groove, communicate and is equipped on the right side of second sliding groove
It is open towards the second left guide runner, the driving rack right side is installed with right end protrudes into second guide runner second and leads
Sliding block.
2. a kind of Water-borne modification functional paint according to claim 1 and auxiliary agent equipment and its operating method, it is characterised in that:
The driving device includes driving chamber, and sliding is equipped with drive block in the driving chamber, is installed with driving motor in the drive block,
The driving motor is symmetrical above and below to be connected by power drive shaft, and the driving chamber is communicated equipped with symmetrical above and below and opposite nibble that be open
Close chamber, the drive shaft far from the driving motor to have one end to protrude into the engagement intracavitary and be installed with drive bevel gear, on
The engagement of side is intracavitary to be equipped with the third hand tap gear to engage connection with the drive bevel gear by first rotating shaft rotation,
It is communicated on rear side of the engagement chamber of upside equipped with opening up the first belt grooves communicated with the rotation chamber, the first rotating shaft
Rear end and the first belt grooves aft bulkhead are rotatablely connected, and the is installed in the first rotating shaft in first belt grooves
Two belt pulleys are connected by power between second belt pulley and first belt pulley by first belt, the institute of upside
It states and is equipped with the first slide bar slot that lower end is communicated with the driving chamber on the right side of engagement chamber, sliding is equipped with lower end in the first slide bar slot
The first slide bar being fixedly connected in the driving chamber and with the drive block upper surface is protruded into, first slide bar left side is fixed
There is the first reset assembly, is connected between the first slide bar slot and the seal and is equipped with the second slide bar slot, second slide bar
Sliding is equipped with the second slide bar that left end is abutted with first slide bar upper surface, the second slide bar right end and the sealing in slot
Block abuts, and second slide bar upper surface is installed with the second reset assembly, and the drive bevel gear front end face of downside, which engages, to be connected
It is connected to the 4th bevel gear, is communicated on front side of the engagement chamber of downside equipped with the second belt grooves, the 4th bevel gear front end face is solid
The second shaft equipped with front end and the second belt grooves front bulkhead rotation connection, the engagement chamber of downside are connected by link slot
It is logical to be equipped with the first drive cavity, it is rotated in first drive cavity by third shaft and is equipped with the 5th bevel gear, the third shaft
It is connected by power between second shaft by the second belt, the 5th bevel gear right side engagement is connected with the 6th cone tooth
Wheel, the second drive cavity communicated equipped with upside with the cavity by connecting hole connection on the right side of first drive cavity, described the
Six bevel gear right sides are installed with right end and protrude into second drive cavity through the connecting hole and be installed with the 7th bevel gear
Transmission shaft, the 7th bevel gear right side engagement is connected with the 8th bevel gear, and the rotation axis lower end protrudes into described second
It is fixedly connected in drive cavity and with the 8th bevel gear upper surface.
3. a kind of Water-borne modification functional paint according to claim 1 and auxiliary agent equipment and its operating method, it is characterised in that:
The driving device includes driving chamber, and sliding is equipped with drive block in the driving chamber, is installed with driving motor in the drive block,
The driving motor is symmetrical above and below to be connected by power drive shaft, and the driving chamber is communicated equipped with symmetrical above and below and opposite nibble that be open
Close chamber, the drive shaft far from the driving motor to have one end to protrude into the engagement intracavitary and be installed with drive bevel gear, on
The engagement of side is intracavitary to be equipped with the third hand tap gear to engage connection with the drive bevel gear by first rotating shaft rotation,
It is communicated on rear side of the engagement chamber of upside equipped with opening up the first belt grooves communicated with the rotation chamber, the first rotating shaft
Rear end and the first belt grooves aft bulkhead are rotatablely connected, and the is installed in the first rotating shaft in first belt grooves
Two belt pulleys are connected by power between second belt pulley and first belt pulley by first belt, the institute of upside
It states and is equipped with the first slide bar slot that lower end is communicated with the driving chamber on the right side of engagement chamber, sliding is equipped with lower end in the first slide bar slot
The first slide bar being fixedly connected in the driving chamber and with the drive block upper surface is protruded into, first slide bar left side is fixed
There is the first reset assembly, is connected between the first slide bar slot and the seal and is equipped with the second slide bar slot, second slide bar
Sliding is equipped with the second slide bar that left end is abutted with first slide bar upper surface, the second slide bar right end and the sealing in slot
Block abuts, and second slide bar upper surface is installed with the second reset assembly, and the drive bevel gear front end face of downside, which engages, to be connected
It is connected to the 4th bevel gear, is communicated on front side of the engagement chamber of downside equipped with the second belt grooves, the 4th bevel gear front end face is solid
The second shaft equipped with front end and the second belt grooves front bulkhead rotation connection, the engagement chamber of downside are connected by link slot
It is logical to be equipped with the first drive cavity, it is rotated in first drive cavity by third shaft and is equipped with the 5th bevel gear, the third shaft
It is connected by power between second shaft by the second belt, the 5th bevel gear right side engagement is connected with the 6th cone tooth
Wheel, the second drive cavity communicated equipped with upside with the cavity by connecting hole connection on the right side of first drive cavity, described the
Six bevel gear right sides are installed with right end and protrude into second drive cavity through the connecting hole and be installed with the 7th bevel gear
Transmission shaft, the 7th bevel gear right side engagement is connected with the 8th bevel gear, and the rotation axis lower end protrudes into described second
It is fixedly connected in drive cavity and with the 8th bevel gear upper surface.
4. described method includes following steps:
Firstly, power motor works, then thread spindle rotates, and goes up and down intracavitary and exits close so that sealing block is contracted to along thread spindle
Sealing, then the second slide bar moves right under the effect of the second reset assembly, then the first slide bar drives drive block to rise so that downside
Drive bevel gear be disengaged from the 4th bevel gear and the drive bevel gear of upside is engaged with third hand tap gear, meanwhile, pass through
Third belt makes the 5th shaft drive second bevel gear rotation, then meshing gear rotates so that driving rack is along the second sliding
Slot rises and exits lifting groove, while driving rack rises and drives rotate gear rotation, then locks rack gear and be moved to the left and exit lock
Hole；
Secondly, driving motor works, then third hand tap gear rotates, and makes the first belt pulley drive sealing cover inverse by the first belt
The coating of Water-borne modification function or auxiliary agent raw material, are then put into cavity by hour hands rotating opening seal, secondly, driving motor is anti-
To rotation work, then sealing cover rotates clockwise so that sealing cover lower end surface is abutted with body upper surface, meanwhile, sealing block squeezes
Second slide bar is moved to the left, and drives drive block to restore initial position so that the first slide bar moves down, then tooth is bored in the transmission of downside
Wheel is engaged with the 4th bevel gear and the drive bevel gear of upside is disengaged from third hand tap gear, and power motor rotates backward, and makes
Obtaining thread spindle rotation drives sealing block to drop in seal, while the 5th shaft drives second bevel gear to rotate backward, then nibbles
Gear is closed to rotate backward so that driving rack protrudes into lifting groove along the decline of the second sliding groove through through slot, and under driving rack
Drop drives rotate gear rotation, then locks rack gear and move right and lock sealing cover and body through lockhole, then, driving motor
Work, by the second belt make the 5th bevel gear rotate, then by transmission so that stirring rod rotation to raw material carry out mix stir
It mixes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811204930.3A CN109224952A (en) | 2018-10-16 | 2018-10-16 | A kind of Water-borne modification functional paint and auxiliary agent equipment and its operating method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811204930.3A CN109224952A (en) | 2018-10-16 | 2018-10-16 | A kind of Water-borne modification functional paint and auxiliary agent equipment and its operating method |
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| Publication Number | Publication Date |
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| CN109224952A true CN109224952A (en) | 2019-01-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811204930.3A Withdrawn CN109224952A (en) | 2018-10-16 | 2018-10-16 | A kind of Water-borne modification functional paint and auxiliary agent equipment and its operating method |
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| CN (1) | CN109224952A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109806789A (en) * | 2019-01-31 | 2019-05-28 | 李俊 | A kind of intelligent liquid macroimolecule coating modulator approach |
-
2018
- 2018-10-16 CN CN201811204930.3A patent/CN109224952A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109806789A (en) * | 2019-01-31 | 2019-05-28 | 李俊 | A kind of intelligent liquid macroimolecule coating modulator approach |
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Application publication date: 20190118 |