Invention content
The purpose of the present invention is to provide a kind of environmental protection coating material devices, can overcome the drawbacks described above of the prior art.
According to the present invention, a kind of environmental protection coating material device of apparatus of the present invention, including it is fixedly mounted on the appearance of bearing support upper end
Case, is provided with vessel in the tank, and the vessel roof and bottom wall midpoint are steerably equipped with axis, on the axis
Be installed with stir evenly plate, under stir evenly plate and stir evenly on described plate and under stir evenly between plate in stir evenly plate, it is described
On stir evenly plate and under stir evenly in plate left and right and be correspondingly arranged on guide runner, left and right in plate stirred evenly in described be correspondingly arranged on and install
Slot, described install steerably are equipped with windmill plate by steering shaft in slot, the windmill plate is fixedly connected with the steering shaft,
And the windmill plate upper and lower ends are insinuated into the guide runner, emptying aperture are provided in the windmill plate, and pacify in the emptying aperture
Equipped with the tooth roller being fixedly connected with the steering shaft, stirs evenly in described in plate and set between slot and the axis positioned at described install
It is equipped with internal chute, sliding block is smoothly installed in the internal chute, is stirred evenly in described and is left one end of the axis in plate and be provided with
Slot and the internal chute and the external chute above the steering shaft are installed through described, is smoothly installed in the external chute
There are slide bar, the slide bar inner end to be fixedly connected with the sliding block, outboard end is steerably equipped with pulley, the lower end of the slider
It is provided with the teeth item being connected with the tooth roller, inner annular element, the inner annular element are fixedly installed on the vessel inner wall
It is provided with convex teeth portion and partes glabra on inner wall, cavity is provided in the tank bottom wall, the cavity lower end is provided with discharge
Mouthful, penetrating slot is provided between the cavity and the vessel, end face is equipped with groove simultaneously at left and right sides of the tank, described recessed
Handheld ring is equipped in slot.
Further technical solution, the penetrating slot include upper penetrating slot penetrating slot under, outside in penetrating slot under described
End is steerably equipped with coffer, and the oblique sliding surface being connected with the floss hole, the oblique sliding surface are provided in the cavity
In be provided with the ejection slot of cavity described in stretching, extension up and down and intercommunication, penetrator ram, the ejection are smoothly installed in the ejection slot
Stud is connected in bar, the stud lower end is connect with the first motor for being fixedly mounted on the ejection trench bottom, described
Stud upper end is steerably equipped with iron shot, and the iron shot offsets with the coffer lower face.
Further technical solution, inner annular element setting equal with the slide bar, and be fixedly mounted in the internal chute
There is the elastic component being fixedly connected with the sliding block.
Further technical solution is provided with the implantation slot of vessel described in intercommunication, the tank top in the tank roof
Wall midpoint is also installed with the second motor, and second motor is fixedly connected with the axis.
Further technical solution, the upper penetrating slot groove width be less than it is described under penetrating slot Cao it is wide.
The beneficial effects of the invention are as follows:
After filling it up with coating in the vessel, second motor can drive the axis to rotate, the central axis
When can drive stirred evenly on described plate, under stir evenly plate and in stir evenly plate rotation coating is stirred, stirred evenly on described plate, under
Stir evenly plate and in while stir evenly plate and constantly rotate, the windmill plate can constantly swing and stir coating, to can be improved
Stirring efficiency, and mixing evenness can be improved;
After being mixed evenly, first motor drives the stud rotation, the stud that can drive the penetrator ram
Slide downward, when the penetrator ram slide downward, the coffer can pivot downwards and the upper penetrating slot is made to open wide, to permit
Perhaps coating compound drops into the cavity, and the coating compound can slide into the discharge under the action of oblique sliding surface
Mouthful, to discharge;
Apparatus of the present invention are simple in structure, easy to use, stable, improve stirring efficiency and mixing evenness.
Specific implementation mode
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.
This specification(Including any accessory claim, abstract and attached drawing)Disclosed in any feature, except non-specifically chatting
It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only
It is an example in a series of equivalent or similar characteristics.
As shown in figures 1-8, a kind of environmental protection coating material device of the invention, including it is fixedly mounted on the tank of 30 upper end of bearing support
10, vessel 11 is provided in the tank 10, and 11 roof of the vessel and bottom wall midpoint are steerably equipped with axis 37, institute
State be installed on axis 37 stir evenly plate 17, under stir evenly plate 36 and stir evenly on described plate 17 and under stir evenly plate 36 it
Between in stir evenly plate 38, it is described on stir evenly plate 17 and under stir evenly in plate 36 that left and right is correspondingly arranged on guide runner 171, stirred in described
Left and right, which is correspondingly arranged on, in even plate 38 installs slot 22, and described install in slot 22 is steerably equipped with windmill plate by steering shaft 40
18, the windmill plate 18 is fixedly connected with the steering shaft 40, and 18 upper and lower ends of windmill plate are insinuated into the guide runner
In 171, it is provided with emptying aperture 23 in the windmill plate 18, and is equipped in the emptying aperture 23 and is fixedly connected with the steering shaft 40
Tooth roller 21 stirs evenly in plate 38 in described and is provided with internal chute 13 between slot 22 and the axis 37 positioned at described install, described
Sliding block 16 is smoothly installed in internal chute 13, is stirred evenly in described and is left one end of the axis 37 in plate 38 and be provided with described in transmission
It installs slot 22 and the internal chute 13 and is smoothly equipped in the external chute of 40 top of the steering shaft, the external chute
Slide bar 19,19 inner end of the slide bar are fixedly connected with the sliding block 16, and outboard end is steerably equipped with pulley 20, the cunning
19 lower end of bar is provided with the teeth item being connected with the tooth roller 21, and inner annular element is fixedly installed on 11 inner wall of the vessel
39, convex teeth portion 392 and partes glabra 391 are provided on 39 inner wall of the inner annular element, and cavity is provided in 10 bottom wall of the tank
33,33 lower end of the cavity is provided with floss hole 31, and penetrating slot, the appearance are provided between the cavity 33 and the vessel 11
10 left and right sides end face of case is equipped with groove 100 simultaneously, is equipped with handheld ring 101 in the groove 100, passes through the handheld ring 101
It can facilitate and the tank 10 is lifted, to improve simplicity when 10 shift position of tank.
Valuably, the penetrating slot includes the penetrating slot 24 under of upper penetrating slot 35, and outboard end can in penetrating slot 24 under described
Coffer 34 is installed with turning to, the oblique sliding surface 32 being connected with the floss hole 31 is provided in the cavity 33, it is described oblique
It is provided with the ejection slot 28 of cavity 33 described in stretching, extension up and down and intercommunication in sliding surface 32, ejection is smoothly installed in the ejection slot 28
Bar 26, is connected with stud 27 in the penetrator ram 26,27 lower end of the stud and is fixedly mounted on 28 bottom of ejection slot
First motor 29 in portion connects, and 27 upper end of the stud is steerably equipped with iron shot 25, the iron shot 25 and the coffer
34 lower faces offset.
Valuably, the setting equal with the slide bar 19 of the inner annular element 39, and be installed in the internal chute 13 with
The elastic component 15 that the sliding block 16 is fixedly connected, the elastic component 15 to by the sliding block 16 outward top pressure and make the cunning
Wheel 20 offsets with 39 medial surface of the inner annular element.
Valuably, the implantation slot 12 of vessel 11 described in intercommunication, 10 roof of the tank are provided in 10 roof of the tank
Midpoint is also installed with the second motor 14, and second motor 14 is fixedly connected with the axis 37.
Valuably, upper 35 groove width of penetrating slot be less than it is described under 24 Cao of penetrating slot it is wide, to the coffer 34 to
The upper penetrating slot 35 can be blocked when upper pivot.
When original state, under the action of the elastic component 15, the slide bar 19 makes the pulley 20 by outside top pressure
It offsets with the partes glabra 391, and when the slide bar 19 slides in and out, the teeth item can drive 21 turns of the tooth roller
It is dynamic, it is rotated to make 18 upper end of windmill plate leave the axis 37, and make 18 lower end of windmill plate close to the axis
The coffer 34 is pivoted up and blocks the upper penetrating slot 35 by 37 rotations, the penetrator ram 26;
In use, coating is added to from the implantation slot 12 in the vessel 11, and after suitable quantity of water is added, described in startup
Second motor 14, second motor 14 can drive the axis 37 to rotate, and the axis 37 can drive described when rotating
On stir evenly plate 17, under stir evenly plate 36 and in stir evenly plate 38 rotation coating is stirred, stirred evenly in described plate 38 rotate when can
The slide bar 19 is driven to rotate, and when the rotation of the slide bar 19, the pulley 20 can coordinate with the convex teeth portion 392 and make described
Slide bar 19 overcomes the effect slid inward of the elastic component 15, and when 19 slid inward of slide bar, the teeth item can drive institute
The rotation of tooth roller 21 is stated, to make 18 upper end of windmill plate be rotated close to the axis 37, and makes 18 lower end of windmill plate
The rotation of the axis 37 is left, when the pulley 20 and the cooperation of the partes glabra 391, the slide bar 19 is by the elastic component 15
Outside top pressure, the slide bar 19 can drive the teeth item to slide in and out and the tooth roller 21 driven to rotate, described to make
The rotation of the axis 37 is left in 18 upper end of windmill plate, and 18 lower end of windmill plate is made to be rotated close to the axis 37, therefore,
Stirred evenly on described plate 17, under stir evenly plate 36 and in stir evenly plate 38 constantly rotate when, the windmill plate 18 can constantly swing and
Stir coating;
After being mixed evenly, stops second motor 14 and start first motor 29, first motor 29
The stud 27 is driven to rotate, the stud 27 can drive 26 slide downward of the penetrator ram, 26 slide downward of the penetrator ram
When, the coffer 34 can pivot downwards and the upper penetrating slot 35 is made to open wide, described to allow coating compound to drop into
In cavity 33, and the coating compound can slide into the floss hole 31 under the action of oblique sliding surface 32, to discharge.
The beneficial effects of the invention are as follows:After coating is added in the vessel, second motor can drive the axis to send out
Raw rotation, when central axis can drive stirred evenly on described plate, under stir evenly plate and in stir evenly plate rotation coating stirred
Mix, stirred evenly on described plate, under stir evenly plate and in stir evenly plate and constantly rotate while, the windmill plate can constantly swing and
Coating is stirred, to which stirring efficiency can be improved, and mixing evenness can be improved;
After being mixed evenly, first motor drives the stud rotation, the stud that can drive the penetrator ram
Slide downward, when the penetrator ram slide downward, the coffer can pivot downwards and the upper penetrating slot is made to open wide, to permit
Perhaps coating compound drops into the cavity, and the coating compound can slide into the discharge under the action of oblique sliding surface
Mouthful, to discharge;
Apparatus of the present invention are simple in structure, easy to use, stable, improve stirring efficiency and mixing evenness.
The above, the specific implementation mode only invented, but invent protection domain be not limited thereto, it is any without
The change or replacement that creative work is expected are crossed, should all be covered within the protection domain of invention.Therefore, the protection domain of invention
It should be determined by the scope of protection defined in the claims.