CN108745030A - A kind of coating stirring conveying device of the interior decoration with high-pressure delivery function - Google Patents
A kind of coating stirring conveying device of the interior decoration with high-pressure delivery function Download PDFInfo
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- CN108745030A CN108745030A CN201810599863.3A CN201810599863A CN108745030A CN 108745030 A CN108745030 A CN 108745030A CN 201810599863 A CN201810599863 A CN 201810599863A CN 108745030 A CN108745030 A CN 108745030A
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- control mechanism
- pressure
- flow control
- air flow
- switching mechanism
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- 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
- B01F27/19—Stirrers with two or more mixing elements mounted in sequence on the same axis
- B01F27/192—Stirrers with two or more mixing elements mounted in sequence on the same axis with dissimilar elements
- B01F27/1921—Stirrers with two or more mixing elements mounted in sequence on the same axis with dissimilar elements comprising helical elements and paddles
-
- 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
- B01F35/75—Discharge mechanisms
- B01F35/754—Discharge mechanisms characterised by the means for discharging the components from the mixer
-
- 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)
- Mixers Of The Rotary Stirring Type (AREA)
Abstract
The invention discloses a kind of interior decorations, and the coating stirring conveying device with high-pressure delivery function, including bottom to be used to be equipped with the main hollow housing of support leg by bolt.The present invention disposably can carry out mixing effect to a large amount of coating, using helical spring when different directions rotate, the feature of different efficiency can be reached, high-pressure delivery effect can either be carried out to the raw material after stirring, shuttle stirring action can be carried out to internal remaining coating again, prevent internal remaining coating from occurring standing phenomenon, have the characteristics that efficient low with labor intensity, it is highly practical, and, the device has air flow control mechanism, the wind-force caused by motor drive can be utilized, pressure is applied to internal coating surface, it can to improve its high-pressure delivery again, and, by motor, a tractor serves several purposes, improve its service efficiency, in addition, the device has anti-pressure-overload control mechanism, it can effectively prevent the generation of motor overload burnout phenomenon.
Description
Technical field
The present invention relates to decoration construction technical field, coating of specially a kind of interior decoration with high-pressure delivery function
Stirring conveying device.
Background technology
Currently, in house decoration, metope can all be whitewashed, and general powdering device mode is：By coating
Raw material is mixed, and is then placed in one barrel, and then staff needs that coating is got cement grinding mill surface using tool, then
It is whitewashed, there are two big defects for the above method：First, needing to use various independent components in whipping process and stir every time
The raw material for mixing mixing is less, cause every time whitewash be required for repeatedly raw material be stirred, efficiency is low and labor intensity is big；
Second, when coating is got cement grinding mill surface, need to bend over, so undoubtedly inefficiency, and high strength is big.
Invention content
Being used the purpose of the present invention is to provide a kind of interior decoration has the coating stirring conveying device of high-pressure delivery function,
To solve the problems mentioned in the above background technology.
To achieve the above object, the present invention provides the following technical solutions：A kind of interior decoration is with having the function of high-pressure delivery
Coating stirring conveying device, including bottom is equipped with the main hollow housing of support leg by bolt, in the main hollow housing
Being provided centrally with for portion is stirred space, and the inside of the main hollow housing is arranged positioned at the underface for being stirred space
There is turbine installation space, the side of the main hollow housing is provided with the charging line structure with its integral structure, described to send
The feedhole for being provided centrally with the connection external world and being stirred space side bottom of pipe material inside configuration, and the feed pipe
Road structure one end is internally provided with discharge tube craft port, and the main hollow housing is internally provided with connection turbine installation
The primary inlet port of space side and the main hollow housing side external world, the main hollow housing are internally provided with the main hollow shell of connection
The main exhaust hole in the body other side external world and the turbine installation space other side, and an air mass flow is installed in the one end in the main exhaust hole
Control mechanism, the pair for being internally provided with connection main exhaust hole stage casing and being stirred one side roof part of space of the main hollow housing
The bottom centre of air admission hole, the main hollow housing is bolted motor installation shell, and the motor installation is outer
A motor is installed in the inside of shell, and the main shaft in the motor is fixing an anti-pressure positioned at the inside of the main hollow housing
Overload control mechanism, and the top installation one of the anti-pressure-overload control mechanism is rotated through the main longitudinal direction of turbine installation space
Axis, the main longitudinal rotating shaft install a turbine, main longitudinal rotation on the axis body inside the turbine installation space
Switching mechanism in the middle part of one transmission mechanism, the transmission mechanism middle part are being installed positioned at the bottom for being stirred space in the top of shaft
A secondary longitudinal rotating shaft is installed at center at the top of switching mechanism, and a paddle is installed on the axis body of the pair longitudinal rotating shaft bottom end
Piece, the pair longitudinal rotating shaft install a principal screw blade, transmission mechanism middle part interpreter on the axis body positioned at top
A main transverse rotation axis is installed in the side of structure, and the axis body of the main transverse rotation axis extends to the inside of feedhole, and the master
One secondary helical blade is installed on the axis body of transverse rotation axis, multiple and its integral type knot is provided at the top of the main hollow housing
The raw material of structure puts into pipeline, the pipe hole that feeds intake for being internally provided with connection and being stirred space of the raw material input pipeline, institute
The top of raw material input pipeline is stated inserted with plunger.
Further, the air flow control mechanism includes air flow control mechanism pipeline body, air mass flow control
Mechanism centre bore processed, air flow control mechanism bottom groove structure, air flow control mechanism top groove structure,
Air flow control mechanism valve plate, air flow control mechanism bearing, air flow control mechanism threaded rod, air stream
Measure control mechanism helicitic texture and air flow control mechanism force application board；The air flow control mechanism is in pipeline body
Portion is provided centrally with the air flow control mechanism centre bore for being connected to its both ends of the surface, the air flow control mechanism pipe
The inside of road body is being provided with air flow control mechanism positioned at the air flow control mechanism with the bottom in centre bore stage casing
It is used positioned at the air flow control mechanism with the inside of bottom groove structure, air flow control mechanism pipeline body
Air flow control mechanism top groove structure is provided at the top of centre bore stage casing, during the air flow control mechanism uses
Heart hole, air flow control mechanism are inserted into one with bottom groove structure and air flow control mechanism between top groove structure
The center of air flow control mechanism valve plate, air flow control mechanism valve plate upper surface is installed by one air mass flow control
The inner ring of mechanism bearing processed, air flow control mechanism bearing is socketed an air flow control mechanism threaded rod,
The body of rod of air flow control mechanism threaded rod runs through air flow control mechanism pipeline body and the air
Flow control mechanism pipeline body and air flow control mechanism threaded rod are passing through air flow control mechanism through position
It is connected with helicitic texture, air flow control mechanism threaded rod is positioned at the air flow control mechanism pipeline body
One end of top is installed by one air flow control mechanism force application board.
Further, the thickness of the air flow control mechanism valve plate and air flow control mechanism bottom
The width of groove structure and air flow control mechanism top groove structure, the height of air flow control mechanism valve plate
Depth of the degree more than the diameter and air flow control mechanism bottom groove structure of air flow control mechanism centre bore
The sum of degree, and the height of air flow control mechanism valve plate is less than the straight of air flow control mechanism centre bore
The sum of the depth of diameter and air flow control mechanism top groove structure.
Further, the air flow control mechanism includes being arranged in air flow control mechanism spiral shell with helicitic texture
External thread structure on the rasp bar body of rod and the internal thread structure being arranged inside air flow control mechanism pipeline body.
Further, the anti-pressure-overload control mechanism include anti-pressure-overload control mechanism rotational shell, it is against pressure
Power overload control mechanism centre bore, anti-pressure-overload control mechanism column spinner, the hollow knot of anti-pressure-overload control mechanism
Structure, anti-pressure-overload control mechanism push plate, anti-pressure-overload control mechanism helical spring, anti-pressure-overload control mechanism are used
Push rod and anti-pressure-overload control mechanism semi-circular recesses structure；The anti-pressure-overload control mechanism rotational shell bottom end
Be provided centrally with anti-pressure-overload control mechanism centre bore, the anti-pressure-overload control mechanism rotational shell positioned at
An anti-pressure-overload control mechanism column spinner is inserted into the inside of the anti-pressure-overload control mechanism centre bore, described against pressure
The side of power overload control mechanism column spinner is provided with multiple anti-pressure-overload control mechanism semi-circular recesses structures, described
The inside of anti-pressure-overload control mechanism rotational shell is positioned at the periphery of the anti-pressure-overload control mechanism centre bore
Multiple anti-pressure-overload control mechanism hollow structures are provided with, each anti-pressure-overload control mechanism hollow structure
Inside is respectively mounted an anti-pressure-overload control mechanism push plate, the end face installation of the anti-pressure-overload control mechanism push plate
One anti-pressure-overload control mechanism helical spring, the center installation of the anti-pressure-overload control mechanism push plate other end
The body of rod of one anti-pressure-overload control mechanism push rod, the anti-pressure-overload control mechanism push rod is super through the anti-pressure
The inside of control mechanism rotational shell is carried, and the end of the anti-pressure-overload control mechanism push rod is inserted into anti-pressure and surpasses
Carry the inside of control mechanism semi-circular recesses structure.
Further, multiple anti-pressure-overload control mechanism hollow structures are about the anti-pressure-overload control machine
The axial line of structure centre bore is center of circle circular array setting, multiple anti-pressure-overload control mechanism semi-circular recesses
Structure is center of circle circular array setting about the axial line of the anti-pressure-overload control mechanism column spinner.
Further, the initial length of the anti-pressure-overload control mechanism helical spring is more than the anti-pressure-overload
The length of control mechanism hollow structure.
Further, in the middle part of the transmission mechanism switching mechanism include switching mechanism hollow casing in the middle part of transmission mechanism,
Switching mechanism mounting bracket, transmission mechanism middle part switching mechanism central space, the conversion of transmission mechanism middle part in the middle part of transmission mechanism
The main oblique gear of switching mechanism, transmission mechanism middle part switching mechanism are longitudinal with pair in the middle part of mechanism main rotating shaft, transmission mechanism
Rotary shaft, the secondary oblique gear of switching mechanism in the middle part of transmission mechanism, in the middle part of transmission mechanism switching mechanism pair transverse rotation axis and
Switching mechanism sealing ring in the middle part of transmission mechanism；In the middle part of the transmission mechanism bottom of switching mechanism hollow casing be provided with
Switching mechanism mounting bracket in the middle part of the transmission mechanism of its integral structure, transmission mechanism middle part switching mechanism hollow casing
Internal to be provided centrally with switching mechanism central space in the middle part of transmission mechanism, switching mechanism is with hollow in the middle part of the transmission mechanism
The center of outer casing bottom is run through by switching mechanism main rotating shaft in the middle part of the transmission mechanism, and conversion in the middle part of the transmission mechanism
Switching mechanism is turned with hollow casing being equipped in the middle part of transmission mechanism through position in the middle part of mechanism main rotating shaft and transmission mechanism
Converting mechanism sealing ring, the center of transmission mechanism middle part switching mechanism hollow casing one side is by the transmission mechanism
Switching mechanism secondary transverse rotation axis in portion's runs through, and switching mechanism secondary transverse rotation axis and driver in the middle part of the transmission mechanism
Switching mechanism is being equipped with switching mechanism sealing ring in the middle part of transmission mechanism, the transmission with hollow casing through position in the middle part of structure
Center in the middle part of mechanism at the top of switching mechanism hollow casing is by the secondary longitudinal rotating shaft of switching mechanism in the middle part of the transmission mechanism
Run through, and switching mechanism switching mechanism hollow casing in the middle part of secondary longitudinal rotating shaft and transmission mechanism in the middle part of the transmission mechanism
Switching mechanism sealing ring in the middle part of transmission mechanism, the transmission mechanism middle part main rotation of switching mechanism are being installed through position
Axis turns inside switching mechanism central space in the middle part of one transmission mechanism of end installation of axis body in the middle part of the transmission mechanism
The main oblique gear of converting mechanism, the transmission mechanism middle part switching mechanism is with secondary transverse rotation axis in the transmission mechanism
The secondary oblique gear of switching mechanism in the middle part of a transmission mechanism is installed in the end of axis body inside portion's switching mechanism central space, described
By oblique between the main oblique gear of switching mechanism and the secondary oblique gear of transmission mechanism middle part switching mechanism in the middle part of transmission mechanism
It is engaged to teeth structure, the center of the main oblique gear upper surface of switching mechanism and transmission mechanism middle part in the middle part of the transmission mechanism
Switching mechanism is fixedly mounted with the axis body of secondary longitudinal rotating shaft bottom end.
Further, the bottom of switching mechanism mounting bracket is welded on the bottom for being stirred space in the middle part of the transmission mechanism
The bottom end in portion, transmission mechanism middle part switching mechanism main rotating shaft is fixedly connected with motor main shaft end, the transmission
Switching mechanism uses secondary transverse rotation axis positioned at transmission with switching mechanism in the middle part of secondary longitudinal rotating shaft and transmission mechanism in the middle part of mechanism
One end in the middle part of mechanism outside switching mechanism hollow casing end with secondary longitudinal rotating shaft bottom end and transverse rotation axis respectively
It is fixedly connected.
Further, the main oblique gear of switching mechanism and transmission mechanism middle part switching mechanism are used in the middle part of the transmission mechanism
It is the gear engagement under plumbness between secondary oblique gear.
Compared with prior art, the beneficial effects of the invention are as follows：The present invention can disposably mix a large amount of coating
Stirring action is closed, and after stirring, which, when different directions rotate, can reach the spy of different efficiency using helical spring
Sign can either carry out the raw material after stirring high-pressure delivery effect, and can carry out shuttle stir to internal remaining coating
The effect of mixing prevents internal remaining coating from occurring standing phenomenon, have the characteristics that it is efficient low with labor intensity, it is highly practical, and
And the device has air flow control mechanism, can utilize the wind-force caused by motor drive, be applied to internal coating surface
Plus-pressure, to improve again its high-pressure delivery can, moreover, by motor, a tractor serves several purposes improves its service efficiency, this
Outside, which has anti-pressure-overload control mechanism, can effectively prevent being unfamiliar with air-pressure controlling due to staff, and
Lead to the generation of motor overload burnout phenomenon, in addition, the device has switching mechanism in the middle part of transmission mechanism, realizes that a machine is more
With.
Description of the drawings
Fig. 1 is the structural representation that the coating stirring conveying device with high-pressure delivery function is used in a kind of interior decoration of the present invention
Figure；
Fig. 2 is a kind of interior decoration of present invention air flow control in the coating stirring conveying device with high-pressure delivery function
The structural schematic diagram of mechanism；
Fig. 3 is a kind of interior decoration of the present invention anti-pressure-overload control in the coating stirring conveying device with high-pressure delivery function
The structural schematic diagram of mechanism processed；
Fig. 4 is that a kind of interior decoration of the present invention is used in the coating stirring conveying device with high-pressure delivery function in the middle part of transmission mechanism
The structural schematic diagram of switching mechanism；
In figure：1, main hollow housing, 2, support leg, 3 are stirred space, 4, and turbine installation space, 5, primary inlet port, 6 are main
Gas vent, 7, extra-air inlet, 8, air flow control mechanism, 81, air flow control mechanism pipeline body, 82, air mass flow
Control mechanism centre bore, 83, air flow control mechanism bottom groove structure, 84, air flow control mechanism top
Groove structure, 85, air flow control mechanism valve plate, 86, air flow control mechanism bearing, 87, air flow control
Mechanism threaded rod, 88, air flow control mechanism helicitic texture, 89, air flow control mechanism force application board, 9, feeding
Pipeline configuration, 10, feedhole, 11, discharge tube craft port, 12, raw material input pipeline, 13, the pipe hole that feeds intake, 14, plunger,
15, motor installs shell, 16, motor, 17, anti-pressure-overload control mechanism, 171, anti-pressure-overload control mechanism rotation
Turn shell, 172, anti-pressure-overload control mechanism centre bore, 173, anti-pressure-overload control mechanism column spinner, 174 are against pressure
Power overload control mechanism hollow structure, 175, anti-pressure-overload control mechanism push plate, 176, anti-pressure-overload control mechanism
With helical spring, 177, anti-pressure-overload control mechanism push rod, 178, anti-pressure-overload control mechanism semi-circular recesses knot
Structure, 18, turbine, 19, main longitudinal rotating shaft, 20, transmission mechanism middle part switching mechanism, 201, transmission mechanism middle part switching mechanism are used
Hollow casing, 202, transmission mechanism middle part switching mechanism mounting bracket, 203, transmission mechanism middle part switching mechanism central space,
204, transmission mechanism middle part switching mechanism main rotating shaft, 205, the main oblique gear of transmission mechanism middle part switching mechanism, 206,
Switching mechanism secondary longitudinal rotating shaft, 207 in the middle part of transmission mechanism, the secondary oblique gear of transmission mechanism middle part switching mechanism, 208,
Switching mechanism secondary transverse rotation axis, 209 in the middle part of transmission mechanism, transmission mechanism middle part switching mechanism sealing ring, 21 are secondary longitudinal
Rotary shaft, 22, principal screw blade, 23, stirring blade, 24, main transverse rotation axis, 25, secondary helical blade.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention：It is equipped in the master of support leg 2 by bolt including bottom
Empty capsid 1, being provided centrally with inside the main hollow housing 1 are stirred space 3, and the inside of the main hollow housing 1 exists
The underface for being stirred space 3 is provided with turbine installation space 4, the side of the main hollow housing 1 is provided with and it
The charging line structure 9 of integral structure, inside the charging line structure 9 to be provided centrally with connection extraneous and be stirred
The feedhole 10 of 3 side bottom of space, and described 9 one end of charging line structure is internally provided with discharge tube craft port
11, the master for being internally provided with 4 side and 1 side of the main hollow housing external world of connection turbine installation space of the main hollow housing 1
Air admission hole 5, the main hollow housing 1 be internally provided with main 1 other side external world of hollow housing of connection and turbine installation space is another
The main exhaust hole 6 of side, and an air flow control mechanism 8, the main hollow housing 1 are installed in the one end in the main exhaust hole 6
The extra-air inlet 7 for being internally provided with 6 stage casing of connection main exhaust hole and being stirred 3 one side roof part of space, the main hollow shell
The bottom centre of body 1 is bolted motor installation shell 15, the inside installation one of the motor installation shell 15
Motor 16, the main shaft in the motor 16 are fixing an anti-pressure-overload control positioned at the inside of the main hollow housing 1
Mechanism 17, the top installation one of the anti-pressure-overload control mechanism 17 run through the main longitudinal rotating shaft 19 of turbine installation space 4,
The main longitudinal rotating shaft 19 installs a turbine 18, the main longitudinal direction on the axis body inside the turbine installation space 4
Switching mechanism 20 in the middle part of one transmission mechanism, the transmission are being installed positioned at the bottom for being stirred space 3 in the top of rotary shaft 19
The one secondary longitudinal rotating shaft 21 of center installation at 20 top of switching mechanism, the axis body of 21 bottom end of the pair longitudinal rotating shaft in the middle part of mechanism
One stirring blade 23 of upper installation, the pair longitudinal rotating shaft 21 install a principal screw blade 22, institute on the axis body positioned at top
A main transverse rotation axis 24 is installed in the side for stating switching mechanism 20 in the middle part of transmission mechanism, and the axis body of the main transverse rotation axis 24 prolongs
The inside of feedhole 10 is extended to, and the secondary helical blade 25 of installation one on the axis body of the main transverse rotation axis 24, the master are hollow
The top of shell 1 is provided with multiple raw material input pipelines 12 with its integral structure, the inside of the raw material input pipeline 12
It is provided with the pipe hole 13 that feeds intake that connection is stirred space 3, the top of the raw material input pipeline 12 is inserted with plunger 14.
Referring to Fig. 2, the air flow control mechanism 8 includes air flow control mechanism pipeline body 81, air stream
Measure control mechanism centre bore 82, air flow control mechanism bottom groove structure 83, air flow control mechanism top
Groove structure 84, air flow control mechanism valve plate 85, air flow control mechanism bearing 86, air flow control mechanism
With threaded rod 87, air flow control mechanism helicitic texture 88 and air flow control mechanism force application board 89；The air
It is provided centrally with the air flow control mechanism centre bore for being connected to its both ends of the surface inside flow control mechanism pipeline body 81
82, the inside of air flow control mechanism pipeline body 81 is in the air flow control mechanism centre bore 82
The bottom of section is provided with air flow control mechanism bottom groove structure 83, the air flow control mechanism pipeline body 81
Inside be provided at the top of the air flow control mechanism 82 stage casing of centre bore air flow control mechanism use
Top groove structure 84, the air flow control mechanism centre bore 82, air flow control mechanism bottom groove structure
83 and air flow control mechanism with being inserted into an air flow control mechanism valve plate 85, the sky between top groove structure 84
The center of throughput control mechanism 85 upper surface of valve plate is installed by one air flow control mechanism bearing 86, the air mass flow
The inner ring of control mechanism bearing 86 is socketed an air flow control mechanism threaded rod 87, and the air flow control mechanism uses
The body of rod of threaded rod 87 runs through air flow control mechanism pipeline body 81 and air flow control mechanism pipeline
Body 81 and air flow control mechanism are being connected through position by air flow control mechanism helicitic texture 88 with threaded rod 87
It connects, the air flow control mechanism is with threaded rod 87 in one above the air flow control mechanism pipeline body 81
One air flow control mechanism force application board 89 of end installation；The thickness of air flow control mechanism valve plate 85 and the sky
The width of throughput control mechanism bottom groove structure 83 and air flow control mechanism top groove structure 84, the sky
The height of throughput control mechanism valve plate 85 is more than the diameter and air stream of the air flow control mechanism centre bore 82
The sum of the depth of control mechanism bottom groove structure 83 is measured, and the air flow control mechanism is less than with the height of valve plate 85
The depth of the diameter and air flow control mechanism top groove structure 84 of air flow control mechanism centre bore 82
The sum of；The air flow control mechanism includes being arranged in 87 body of rod of air flow control mechanism threaded rod with helicitic texture 88
On external thread structure and the internal thread structure that is arranged inside air flow control mechanism pipeline body 81, main function
It is：When needing to convey coating, by rotary air flow control mechanism force application board 89, in air flow control mechanism spiral shell
Under the action of line structure 88, air flow control mechanism valve plate 85 is closed, you can so that the rotation of motor 16 was driven
Wind-force is injected into the inside for being stirred space 3, by the effect of air pressure, realizes the high-pressure delivery ability of part, similarly
When opening air flow control mechanism valve plate 85, is arranged outside air, do not interfere with its stirring action.
Referring to Fig. 3, the anti-pressure-overload control mechanism 17 includes anti-pressure-overload control mechanism rotational shell
171, anti-pressure-overload control mechanism centre bore 172, anti-pressure-overload control mechanism column spinner 173, anti-pressure-overload control
Mechanism processed hollow structure 174, the push plate 175 of anti-pressure-overload control mechanism, anti-pressure-overload control mechanism helical spring
176, anti-pressure-overload control mechanism push rod 177 and anti-pressure-overload control mechanism semi-circular recesses structure 178；It is described anti-
171 bottom end of pressure-overload control mechanism rotational shell is provided centrally with anti-pressure-overload control mechanism centre bore 172, institute
Anti- pressure-overload control mechanism rotational shell 171 is stated in the anti-pressure-overload control mechanism centre bore 172
Portion is inserted into an anti-pressure-overload control mechanism column spinner 173, the side of the anti-pressure-overload control mechanism column spinner 173
It is provided with multiple anti-pressure-overload control mechanism semi-circular recesses structures 178, the anti-pressure-overload control mechanism rotation
The inside of shell 171 is that the periphery of centre bore 172 is provided with multiple anti-pressure positioned at the anti-pressure-overload control mechanism is super
Control mechanism hollow structure 174 is carried, each anti-pressure-overload control mechanism is respectively mounted one with the inside of hollow structure 174
The end face installation one of anti-pressure-overload control mechanism push plate 175, the anti-pressure-overload control mechanism push plate 175 is against pressure
Power overload control mechanism helical spring 176, the center installation of the anti-pressure-overload control mechanism 175 other end of push plate
One anti-pressure-overload control mechanism push rod 177, the body of rod of the anti-pressure-overload control mechanism push rod 177 is through described anti-
The inside of pressure-overload control mechanism rotational shell 171, and the end of the anti-pressure-overload control mechanism push rod 177 is inserted
Enter to the inside of anti-pressure-overload control mechanism semi-circular recesses structure 178；Multiple anti-pressure-overload control mechanisms are used
Hollow structure 174 is center of circle circular array setting with the axial line of centre bore 172 about the anti-pressure-overload control mechanism,
Multiple anti-pressure-overload control mechanisms are rotated with semi-circular recesses structure 178 about the anti-pressure-overload control mechanism
The axial line of column 173 is arranged for center of circle circular array；The initial length of the anti-pressure-overload control mechanism helical spring 176
Degree is more than the length of the anti-pressure-overload control mechanism hollow structure 174, and main function is：When 16 excess load of motor
When operation, when load value is more than the elastic force of anti-pressure-overload control mechanism helical spring 176, anti-pressure-overload control mechanism
It is compressed under the action of rotation with helical spring 176, after compression, anti-pressure-overload control mechanism push rod 177 exits anti-pressure
Overload control mechanism semi-circular recesses structure 178, so that the anti-pressure-overload control mechanism that motor 16 is driven is used
Relative rotation occurs between column spinner 173 and anti-pressure-overload control mechanism rotational shell 171, and motor 16 can be in volume
Determine to continue to rotate under power.
Referring to Fig. 4, in the middle part of the transmission mechanism switching mechanism 20 include in the middle part of transmission mechanism switching mechanism with it is hollow outside
Switching mechanism mounting bracket 202, transmission mechanism middle part switching mechanism central space 203, transmission in the middle part of shell 201, transmission mechanism
In the middle part of mechanism in switching mechanism main rotating shaft 204, the main oblique gear 205 of transmission mechanism middle part switching mechanism, transmission mechanism
Portion's switching mechanism secondary oblique gear 207 of switching mechanism, transmission mechanism middle part in the middle part of secondary longitudinal rotating shaft 206, transmission mechanism
Switching mechanism switching mechanism sealing ring 209 in the middle part of secondary transverse rotation axis 208 and transmission mechanism；Turn in the middle part of the transmission mechanism
Converting mechanism is provided with and switching mechanism mounting bracket in the middle part of the transmission mechanism of its integral structure with the bottom of hollow casing 201
202,201 inside of switching mechanism hollow casing is provided centrally with transmission mechanism middle part switching mechanism in the middle part of the transmission mechanism
With central space 203, the transmission mechanism middle part switching mechanism is with the center of 201 bottom of hollow casing by the transmission mechanism
Portion's switching mechanism main rotating shaft 204 runs through, and switching mechanism main rotating shaft 204 and transmission mechanism in the middle part of the transmission mechanism
Middle part switching mechanism is being equipped with switching mechanism sealing ring 209 in the middle part of transmission mechanism with hollow casing 201 through position, described
The center of switching mechanism 201 one side of hollow casing is by the secondary cross of switching mechanism in the middle part of the transmission mechanism in the middle part of transmission mechanism
Run through to rotary shaft 208, and switching mechanism conversion in the middle part of secondary transverse rotation axis 208 and transmission mechanism in the middle part of the transmission mechanism
Mechanism is being equipped with switching mechanism sealing ring 209 in the middle part of transmission mechanism, the transmission mechanism with hollow casing 201 through position
The center at middle part switching mechanism 201 top of hollow casing is by the secondary longitudinal rotating shaft of switching mechanism in the middle part of the transmission mechanism
206 run through, and switching mechanism is empty with switching mechanism in the middle part of secondary longitudinal rotating shaft 206 and transmission mechanism in the middle part of the transmission mechanism
Heart shell 201 is being equipped with switching mechanism sealing ring 209 in the middle part of transmission mechanism through position, is converted in the middle part of the transmission mechanism
Mechanism is pacified with main rotating shaft 204 in the end of the 203 inside axis body of switching mechanism central space in the middle part of the transmission mechanism
Fill the main oblique gear 205 of switching mechanism in the middle part of a transmission mechanism, the secondary transverse rotation of the transmission mechanism middle part switching mechanism
Axis 208 installs a transmission mechanism in the end of the switching mechanism 203 inside axis body of central space in the middle part of the transmission mechanism
Oblique gear 205 and transmission mechanism are led in the secondary oblique gear 207 of middle part switching mechanism, the transmission mechanism middle part switching mechanism
Pass through the engagement of oblique teeth structure between the secondary oblique gear of middle part switching mechanism 207, switching mechanism in the middle part of the transmission mechanism
Center with oblique 205 upper surface of gear of master and the axis body of 206 bottom end of secondary longitudinal rotating shaft of switching mechanism in the middle part of transmission mechanism
It is fixedly mounted；Switching mechanism is welded on the bottom for being stirred space 3 with the bottom of mounting bracket 202 in the middle part of the transmission mechanism,
Switching mechanism is fixedly connected with the bottom end of main rotating shaft 204 with motor main shaft end in the middle part of the transmission mechanism, the transmission
Switching mechanism is in place with secondary transverse rotation axis 208 with switching mechanism in the middle part of secondary longitudinal rotating shaft 206 and transmission mechanism in the middle part of mechanism
Switching mechanism is revolved with 21 bottom end of secondary longitudinal rotating shaft and laterally respectively with one end outside hollow casing 201 in the middle part of transmission mechanism
The end of shaft 24 is fixedly connected；Turn in the middle part of the main oblique gear 205 of switching mechanism and transmission mechanism in the middle part of the transmission mechanism
It is for the gear engagement under plumbness, main function between the secondary oblique gear of converting mechanism 207：Motor 16 is driven
Rotation can either longitudinally work, and can laterally work, to realize a tractor serves several purposes.
Specifically used mode：In present invention work, solid material and liquid charging stock are put into pipeline 12 by raw material and put into
To the inside for being stirred space 3, then a rubber tube is docked to the inside of discharge tube craft port 11, when needing raw material
When stirring：Open air flow control mechanism 8 so that then air can be normal through opening motor 16, and control electricity
The direction of rotation of motivation 16 so that the air-flow caused by principal screw blade 22 rotates is upward, caused by secondary helical blade 25 rotates
Air-flow to being stirred space 3, at this point, under the action of principal screw blade 22 and secondary helical blade 25 so that raw material is continuous
It moves upwards, using the effect of stirring blade 23, you can effect is stirred to raw material or remaining coating finished product, when need
When discharging, similarly so that motor 16 reversely rotates, at this point, the air-flow caused by principal screw blade 22 rotates is downward, secondary spiral shell
Vane piece 25 rotates caused air-flow to rubber tube, meanwhile, air flow control mechanism 8 is closed, air-flow enters coating
Upper surface, play the role of applying it is stressed, under the action of principal screw blade 22 and secondary helical blade 25 so that raw material passes through rubber
Sebific duct flows out, and coating can be used in staff.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case of without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Profit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent requirements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of interior decoration uses the coating stirring conveying device with high-pressure delivery function, including bottom to be equipped with by bolt
Support leg（2）Main hollow housing（1）, it is characterised in that：The main hollow housing（1）Internal being provided centrally with is stirred
Space（3）, the main hollow housing（1）Inside positioned at being stirred space（3）To be provided with turbine installation empty for underface
Between（4）, the main hollow housing（1）Side be provided with the charging line structure with its integral structure（9）, the feed pipe
Road structure（9）Internal being provided centrally with is connected to extraneous and is stirred space（3）The feedhole of side bottom（10）, and it is described
Charging line structure（9）One end is internally provided with discharge tube craft port（11）, the main hollow housing（1）Inside set
It is equipped with connection turbine installation space（4）Side and main hollow housing（1）The primary inlet port in the side external world（5）, the main hollow shell
Body（1）Be internally provided with the main hollow housing of connection（1）The main exhaust hole in the other side external world and the turbine installation space other side
（6）, and the main exhaust hole（6）One end install an air flow control mechanism（8）, the main hollow housing（1）Inside
It is provided with connection main exhaust hole（6）Stage casing and it is stirred space（3）The extra-air inlet of one side roof part（7）, the main hollow shell
Body（1）Bottom centre be bolted a motor installation shell（15）, the motor installation shell（15）Inside
One motor is installed（16）, the motor（16）In main shaft positioned at the main hollow housing（1）To fix one anti-for inside
Pressure-overload control mechanism（17）, the anti-pressure-overload control mechanism（17）Top installation one run through turbine installation space
（4）Main longitudinal rotating shaft（19）, the main longitudinal rotating shaft（19）Positioned at the turbine installation space（4）Internal axis body
One turbine of upper installation（18）, the main longitudinal rotating shaft（19）Top positioned at being stirred space（3）Bottom installation one
Switching mechanism in the middle part of transmission mechanism（20）, the transmission mechanism middle part switching mechanism（20）The secondary longitudinal rotation of center installation one at top
Shaft（21）, the pair longitudinal rotating shaft（21）One stirring blade is installed on the axis body of bottom end（23）, the pair longitudinal rotating shaft
（21）One principal screw blade is installed on the axis body positioned at top（22）, the transmission mechanism middle part switching mechanism（20）Side
One main transverse rotation axis is installed（24）, the main transverse rotation axis（24）Axis body extend to feedhole（10）Inside, and institute
State main transverse rotation axis（24）Axis body on one secondary helical blade of installation（25）, the main hollow housing（1）Top be provided with
Multiple raw materials with its integral structure put into pipeline（12）, the raw material input pipeline（12）Be internally provided with connection stirring
Blending space（3）The pipe hole that feeds intake（13）, the raw material input pipeline（12）Top inserted with plunger（14）.
2. a kind of coating stirring conveying device of the interior decoration according to claim 1 with high-pressure delivery function,
It is characterized in that：The air flow control mechanism（8）Including air flow control mechanism pipeline body（81）, air flow control
Mechanism centre bore（82）, air flow control mechanism bottom groove structure（83）, it is recessed at the top of air flow control mechanism
Slot structure（84）, air flow control mechanism valve plate（85）, air flow control mechanism bearing（86）, air flow control
Mechanism threaded rod（87）, air flow control mechanism helicitic texture（88）With air flow control mechanism force application board
（89）；The air flow control mechanism pipeline body（81）Internal is provided centrally with the air mass flow control for being connected to its both ends of the surface
Mechanism centre bore processed（82）, the air flow control mechanism pipeline body（81）Inside positioned at the air mass flow control
Mechanism centre bore processed（82）The bottom in stage casing is provided with air flow control mechanism bottom groove structure（83）, the air
Flow control mechanism pipeline body（81）Inside positioned at air flow control mechanism centre bore（82）The top in stage casing
Portion is provided with air flow control mechanism top groove structure（84）, air flow control mechanism centre bore（82）,
Air flow control mechanism bottom groove structure（83）With air flow control mechanism top groove structure（84）Interleave
Enter an air flow control mechanism valve plate（85）, air flow control mechanism valve plate（85）It installs at the center of upper surface
One air flow control mechanism bearing（86）, air flow control mechanism bearing（86）Inner ring be socketed an air stream
Measure control mechanism threaded rod（87）, air flow control mechanism threaded rod（87）The body of rod run through the air mass flow
Control mechanism pipeline body（81）And the air flow control mechanism pipeline body（81）With air flow control mechanism spiral shell
Rasp bar（87）Passing through air flow control mechanism helicitic texture through position（88）Connection, the air flow control mechanism
Use threaded rod（87）Positioned at the air flow control mechanism pipeline body（81）One end of top is installed by one air mass flow control
Mechanism force application board processed（89）.
3. a kind of coating stirring conveying device of the interior decoration according to claim 2 with high-pressure delivery function,
It is characterized in that：Air flow control mechanism valve plate（85）Thickness and air flow control mechanism bottom groove
Structure（83）With air flow control mechanism top groove structure（84）Width, air flow control mechanism valve plate
（85）Height be more than air flow control mechanism centre bore（82）Diameter and air flow control mechanism bottom
Groove structure（83）The sum of depth, and air flow control mechanism valve plate（85）Height be less than the air mass flow
Control mechanism centre bore（82）Diameter and air flow control mechanism top groove structure（84）The sum of depth.
4. a kind of coating stirring conveying device of the interior decoration according to claim 2 with high-pressure delivery function,
It is characterized in that：Air flow control mechanism helicitic texture（88）Including being arranged in air flow control mechanism threaded rod
（87）External thread structure and setting on the body of rod is in air flow control mechanism pipeline body（81）Internal internal thread structure.
5. a kind of coating stirring conveying device of the interior decoration according to claim 1 with high-pressure delivery function,
It is characterized in that：The anti-pressure-overload control mechanism（17）Including anti-pressure-overload control mechanism rotational shell（171）, it is against pressure
Power overload control mechanism centre bore（172）, anti-pressure-overload control mechanism column spinner（173）, anti-pressure-overload control machine
Structure hollow structure（174）, anti-pressure-overload control mechanism push plate（175）, anti-pressure-overload control mechanism helical spring
（176）, anti-pressure-overload control mechanism push rod（177）With anti-pressure-overload control mechanism semi-circular recesses structure（178）；
The anti-pressure-overload control mechanism rotational shell（171）Bottom end is provided centrally with anti-pressure-overload control mechanism center
Hole（172）, the anti-pressure-overload control mechanism rotational shell（171）In being used positioned at the anti-pressure-overload control mechanism
Heart hole（172）Inside be inserted into an anti-pressure-overload control mechanism column spinner（173）, the anti-pressure-overload control mechanism use
Column spinner（173）Side be provided with multiple anti-pressure-overload control mechanism semi-circular recesses structures（178）, the anti-pressure
Overload control mechanism rotational shell（171）Inside positioned at the anti-pressure-overload control mechanism centre bore（172）'s
Periphery is provided with multiple anti-pressure-overload control mechanism hollow structures（174）, each anti-pressure-overload control mechanism use
Hollow structure（174）Inside be respectively mounted an anti-pressure-overload control mechanism push plate（175）, the anti-pressure-overload control machine
Structure push plate（175）End face install an anti-pressure-overload control mechanism helical spring（176）, the anti-pressure-overload control
Mechanism push plate processed（175）The center of other end is installed by one anti-pressure-overload control mechanism push rod（177）, the anti-pressure
Overload control mechanism push rod（177）The body of rod run through the anti-pressure-overload control mechanism rotational shell（171）Inside,
And the anti-pressure-overload control mechanism push rod（177）End be inserted into anti-pressure-overload control mechanism semi-circular recesses
Structure（178）Inside.
6. a kind of coating stirring conveying device of the interior decoration according to claim 5 with high-pressure delivery function,
It is characterized in that：Multiple anti-pressure-overload control mechanism hollow structures（174）About the anti-pressure-overload control mechanism
Use centre bore（172）Axial line be the setting of center of circle circular array, multiple anti-pressure-overload control mechanisms semicircles
Groove structure（178）About the anti-pressure-overload control mechanism column spinner（173）Axial line be center of circle circular array
Setting.
7. a kind of coating stirring conveying device of the interior decoration according to claim 5 with high-pressure delivery function,
It is characterized in that：The anti-pressure-overload control mechanism helical spring（176）Initial length be more than the anti-pressure-overload control
Mechanism hollow structure processed（174）Length.
8. a kind of coating stirring conveying device of the interior decoration according to claim 1 with high-pressure delivery function,
It is characterized in that：Switching mechanism in the middle part of the transmission mechanism（20）Including switching mechanism hollow casing in the middle part of transmission mechanism（201）,
Switching mechanism mounting bracket in the middle part of transmission mechanism（202）, switching mechanism central space in the middle part of transmission mechanism（203）, driver
Switching mechanism main rotating shaft in the middle part of structure（204）, in the middle part of transmission mechanism switching mechanism lead oblique gear（205）, transmission mechanism
The secondary longitudinal rotating shaft of middle part switching mechanism（206）, the oblique gear of switching mechanism pair in the middle part of transmission mechanism（207）, driver
The secondary transverse rotation axis of switching mechanism in the middle part of structure（208）With switching mechanism sealing ring in the middle part of transmission mechanism（209）；The transmission
Switching mechanism hollow casing in the middle part of mechanism（201）Bottom be provided with and the transmission mechanism of its integral structure in the middle part of interpreter
Structure mounting bracket（202）, transmission mechanism middle part switching mechanism hollow casing（201）Internal is provided centrally with driver
Switching mechanism central space in the middle part of structure（203）, transmission mechanism middle part switching mechanism hollow casing（201）In bottom
The heart is by switching mechanism main rotating shaft in the middle part of the transmission mechanism（204）Run through, and switching mechanism is used in the middle part of the transmission mechanism
Main rotating shaft（204）With switching mechanism hollow casing in the middle part of transmission mechanism（201）It is equipped in transmission mechanism through position
Portion's switching mechanism sealing ring（209）, transmission mechanism middle part switching mechanism hollow casing（201）The center quilt of one side
The secondary transverse rotation axis of switching mechanism in the middle part of the transmission mechanism（208）Run through, and switching mechanism is used in the middle part of the transmission mechanism
Secondary transverse rotation axis（208）With switching mechanism hollow casing in the middle part of transmission mechanism（201）Driver is being installed through position
Switching mechanism sealing ring in the middle part of structure（209）, transmission mechanism middle part switching mechanism hollow casing（201）The center at top
By the secondary longitudinal rotating shaft of switching mechanism in the middle part of the transmission mechanism（206）Run through, and switching mechanism in the middle part of the transmission mechanism
With secondary longitudinal rotating shaft（206）With switching mechanism hollow casing in the middle part of transmission mechanism（201）Transmission is being installed through position
Switching mechanism sealing ring in the middle part of mechanism（209）, transmission mechanism middle part switching mechanism main rotating shaft（204）Positioned at institute
State switching mechanism central space in the middle part of transmission mechanism（203）The end of internal axis body is installed by switching mechanism in the middle part of one transmission mechanism
With the oblique gear of master（205）, the secondary transverse rotation axis of the transmission mechanism middle part switching mechanism（208）Positioned at the driver
Switching mechanism central space in the middle part of structure（203）It is secondary oblique that switching mechanism in the middle part of a transmission mechanism is installed in the end of internal axis body
Gear（207）, the main oblique gear of transmission mechanism middle part switching mechanism（205）It is secondary with switching mechanism in the middle part of transmission mechanism
Oblique gear（207）Between pass through the engagement of oblique teeth structure, in the middle part of the transmission mechanism switching mechanism lead oblique gear
（205）The center of upper surface and the secondary longitudinal rotating shaft of switching mechanism in the middle part of transmission mechanism（206）The axis body of bottom end is fixedly mounted.
9. a kind of coating stirring conveying device of the interior decoration according to claim 8 with high-pressure delivery function,
It is characterized in that：Switching mechanism mounting bracket in the middle part of the transmission mechanism（202）Bottom be welded on and be stirred space（3）Bottom
Portion, transmission mechanism middle part switching mechanism main rotating shaft（204）Bottom end be fixedly connected with motor main shaft end, it is described
The secondary longitudinal rotating shaft of switching mechanism in the middle part of transmission mechanism（206）With the secondary transverse rotation axis of switching mechanism in the middle part of transmission mechanism
（208）In the switching mechanism hollow casing in the middle part of transmission mechanism（201）External one end respectively with secondary longitudinal rotating shaft
（21）Bottom end and transverse rotation axis（24）End be fixedly connected.
10. a kind of coating stirring conveying device of the interior decoration according to claim 8 with high-pressure delivery function,
It is characterized in that：The main oblique gear of switching mechanism in the middle part of the transmission mechanism（205）It is secondary with switching mechanism in the middle part of transmission mechanism
Oblique gear（207）Between for the gear engagement under plumbness.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810599863.3A CN108745030A (en) | 2018-06-12 | 2018-06-12 | A kind of coating stirring conveying device of the interior decoration with high-pressure delivery function |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810599863.3A CN108745030A (en) | 2018-06-12 | 2018-06-12 | A kind of coating stirring conveying device of the interior decoration with high-pressure delivery function |
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| CN108745030A true CN108745030A (en) | 2018-11-06 |
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| CN110433967A (en) * | 2019-08-14 | 2019-11-12 | 郭爱琴 | A kind of a tractor serves several purposes high-speed centrifugal solid-liquid separator |
| CN110743657A (en) * | 2019-10-22 | 2020-02-04 | 欧阳明珠 | Powder lump object is smashed and is used a quick-witted dispersion devices |
| CN111236029A (en) * | 2020-01-13 | 2020-06-05 | 泉州市贺元信息技术有限公司 | Stripe cutterbar is used in cement road surface construction |
| CN114011295A (en) * | 2022-01-06 | 2022-02-08 | 烟台金能机械有限公司 | Emulsification accelerating device for mixed liquid |
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