CN208839414U - A kind of environmental protection coating material dispersal device - Google Patents

Abstract

The utility model discloses a kind of environmental protection coating material dispersal devices, its structure includes supporting fixing device, fixed horn, support frame, connector, driver, shaft joint, dispersing stirrer, paint can, the upper surface of supporting fixing device and the lower surface of fixed horn mutually weld and fix to form integral structure, support frame fits close to the outer surface of fixed horn one end and connector far from the outer surface of driver one end, driver and shaft joint are mechanically connected, dispersing stirrer is installed in shaft joint and is rotatablely connected far from one end insertion of paint can, dispersing stirrer is equipped with paint can far from the lower section of shaft joint one end, the lower surface of paint can and the upper surface of supporting fixing device fit.Paint can shakes positional shift when the utility model is by avoiding dispersion, to prevent security risk and avoid dispersion machine fuselage from being easy to happen shaking positional shift by increasing dispersion machine to the frictional force on ground, leads to the presence of operating safety risks.

Description

A kind of environmental protection coating material dispersal device

Technical field

The utility model relates to coating apparatus technical fields, more precisely, being a kind of environmental protection coating material dispersal device.

Background technique

The dispersion machines such as paint and coating are the important components in paint and paint production plant, are in paint production chain Decentralized system, by paint dispersion machine paint can be crushed, dispersed, emulsified and mixed, be the contour viscous fluid of paint The equipment that body is stirred dispersion.But this environmental protection coating material dispersal device has the following disadvantages: at present

1, since this kind of material viscosity is higher, dispersion machine is easy to happen paint can and shakes position when being stirred dispersion Offset is set, leads to that there are security risks.

2, for dispersion machine when being stirred dispersion, dispersion machine fuselage is easy to happen shaking positional shift, leads to the presence of operation Security risk.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of environmental protection coating material dispersal device, with solution Certainly the prior art due to this kind of material viscosity it is higher, dispersion machine when being stirred dispersion, be easy to happen paint can shaking Positional shift causes there are security risk, and for dispersion machine when being stirred dispersion, it is inclined that dispersion machine fuselage is easy to happen shaking position It moves, leads to that there are operating safety risks.

To achieve the goals above, the utility model is achieved through the following technical solutions:

A kind of environmental protection coating material dispersal device, structure include supporting fixing device, fixed horn, support frame, connector, drive Dynamic device, shaft joint, dispersing stirrer, paint can, the upper surface of the supporting fixing device and the lower surface of fixed horn are mutually welded It connects and fixes to form integral structure, support frame as described above is close to the outer surface of fixed horn one end and connector far from driver The outer surface of one end fits, and the connector is electrically connected far from support frame one end with driver, the driver and shaft joint Mechanical connection, the dispersing stirrer are installed in shaft joint and are rotatablely connected, described point far from one end insertion of paint can It dissipates blender and is equipped with paint can, the lower surface of the paint can and the upper table of supporting fixing device far from the lower section of shaft joint one end Face fits, and the supporting fixing device includes automatic clamping mechanism, auxiliary clamp mechanism, driving device, transmission mechanism, gearing Mechanism, assistant fixing mechanism, supporting & stablizing mechanism, the automatic clamping mechanism be installed on inside supporting fixing device to sum up side simultaneously And be mechanically connected with auxiliary clamp mechanism, the driving device is installed on the lower section of automatic clamping mechanism, the driving device with Transmission mechanism is connected, and the one end of the transmission mechanism far from supporting & stablizing mechanism and interlinked mechanism are mechanically connected, the transmission The one end of mechanism far from interlinked mechanism and supporting & stablizing mechanism are mechanically connected, and the assistant fixing mechanism is connected with interlinked mechanism It connects, the assistant fixing mechanism is installed on the inside of fixed horn.

As the utility model, further scheme, the automatic clamping mechanism include support plate, sliding shoe, rotation song Bar, mobile fixture block, current collector, the lower surface of the support plate and the upper surface slide of sliding shoe connect, the sliding shoe with Rotate one end hinge connection of the curved bar far from mobile fixture block, the mobile fixture block and rotation one end hinge of the curved bar far from sliding shoe Connection, the current collector are installed on immediately below the middle part of support plate, and the sliding shoe and auxiliary clamp mechanism are mechanically connected, institute It states mobile fixture block and auxiliary clamp mechanism is mechanically connected.

As the utility model, further scheme, the auxiliary clamp mechanism include pulling rope, idler wheel, rotary teeth Wheel, mobile rack, second level pull rope, movable plate, auxiliary clamp bar, described one end for pulling rope far from rotation gear and cunning Motion block mechanical connection, the pulling rope are connect by idler wheel with rotation gear mechanism, the outer surface of the rotation gear and shifting The upper surface of carry-over bar is meshed, and the second level pulls rope one end and mobile fixture block mechanical connection far from movable plate, described Second level pulls rope and movable plate to be mechanically connected close to one end of mobile rack, the mobile rack one end and shifting far from idler wheel The right surface in the side of movable plate mutually welds and fixes to form integral structure, and the right surface in the side of the movable plate is remote with auxiliary clamp bar It mutually welds and fixes to form integral structure in one end from idler wheel.

As the utility model, further scheme, the auxiliary clamp mechanism include pulling rope, idler wheel, rotary teeth Wheel, mobile rack, second level pull rope, movable plate, auxiliary clamp bar, described one end for pulling rope far from rotation gear and cunning Motion block mechanical connection, the pulling rope are connect by idler wheel with rotation gear mechanism, the outer surface of the rotation gear and shifting The upper surface of carry-over bar is meshed, and the second level pulls rope one end and mobile fixture block mechanical connection far from movable plate, described Second level pulls rope and movable plate to be mechanically connected close to one end of mobile rack, the mobile rack one end and shifting far from idler wheel The right surface in the side of movable plate mutually welds and fixes to form integral structure, and the right surface in the side of the movable plate is remote with auxiliary clamp bar It mutually welds and fixes to form integral structure in one end from idler wheel.

As the utility model further scheme, the driving device include starting sense contact, conducting wire, motor, Transmission shaft, rotation helical gear, second level rotate helical gear, fly rope, and the starting sense contact passes through conducting wire and electronic electromechanics Connection, the transmission shaft insertion are installed in motor and are rotatablely connected, the transmission shaft and the rotation same axle center of helical gear And the outer surface far from motor one end is mutually welded with rotation helical gear far from the outer surface of second level rotation helical gear one end solid It is shaped as integral structure, outer surface and second level of the rotation helical gear far from transmission shaft one end rotate helical gear outer surface It is meshed, the second level rotation helical gear and fly rope are slidably connected far from one end of transmission mechanism, and the fly rope is remote Helical gear one end is rotated from second level to be slidably connected with transmission mechanism.

As the utility model, further scheme, the transmission mechanism include half gear of rotation, movable frame, are fixedly connected Bar, rotation cam, half gear of the rotation and fly rope rotate helical gear one end far from second level and are slidably connected, the rotation The outer surface of half gear is meshed with the inner surface of movable frame, and the movable frame rotates helical gear one end outer surface far from second level It mutually welds and fixes to form integral structure far from one end outer surface of rotation cam with fixed connecting rod, it is described to be fixedly connected The one end of bar far from movable frame and the outer surface of rotation cam are mechanically connected.

As the utility model, further scheme, the interlinked mechanism include swingle, transmission gear, primary transmission tooth Wheel, otating drive rod, transmission helical gear, secondary transmission helical gear, the swingle are same axle center and phase with transmission gear It is welded and fixed to form integral structure, the outer surface of the primary transmission gear is meshed with the outer surface of transmission gear, described Primary transmission gear is with otating drive rod for same axle center and with otating drive rod far from the helical gear one end outer surface of transmission It is mutually welded and fixed to form integral structure, the transmission helical gear and otating drive rod are same axle center and and otating drive rod One end outer surface far from primary transmission gear is mutually welded and fixed to form integral structure, and the transmission helical gear is passed far from rotation One end outer surface of lever is meshed with the helical gear outer surface of secondary transmission, the secondary transmission helical gear and machine is auxiliarily fixed Structure is slidably connected.

As the utility model, further scheme, the assistant fixing mechanism include driving belt, swivel link, connection Belt, wrapping head, connects rope, bar is auxiliarily fixed second level swivel link, it is described be auxiliarily fixed bar with connect rope machinery connect It connects, the one end of the driving belt far from swivel link is slidably connected with secondary transmission helical gear, and the driving belt is far from two Grade is driven helical gear one end and is slidably connected with swivel link, and the swivel link is sliding by connection belt and second level swivel link Dynamic connection, the second level swivel link is same axle center with wrapping head and is mutually welded and fixed to form integral structure, described to twine It is mechanically connected around device with rope is connect.

As the utility model further scheme, the supporting & stablizing mechanism includes that driving chain, threaded rod, promotion are led Column, connection gear, second level connection gear, stable support, the driving chain and threaded rod are mechanically connected, and the threaded rod is embedding Entering to be installed on and pushes in guide post and be threadedly coupled, the outer surface for pushing guide post is meshed with the outer surface of connection gear, The outer surface of the connection gear is meshed with the outer surface of second level connection gear, and the outer surface of the second level connection gear is stablized The inner surface of eyelid retractor is meshed.

The utility model has the beneficial effects that: a kind of environmental protection coating material dispersal device of the utility model, when by paint can When putting on supporting fixing device, support plate, which moves down, drives sliding shoe mobile, and sliding shoe is mobile to drive rotation curved bar rotation, Rotation curved bar rotation moves mobile fixture block movement to clamp paint can, while sliding shoe is mobile by pulling rope to drive rotary teeth Wheel rotation, rotation gear rotation with mobile rack to be meshed, so that mobile rack is mobile, to drive movable plate mobile, together Shi Yidong fixture block is mobile to pull rope to drive movable plate mobile by second level, and then movable plate movement drives auxiliary clamp bar mobile Clamp paint can, while support plate moves down and drives current collector to move down to be in contact with starting sense contact, open Dynamic sense contact starts motor by conducting wire and starts to work, and motor drives transmission shaft rotation, is rotated and is driven by transmission shaft Helical gear rotation is rotated, the rotation of rotation helical gear is meshed to rotate helical gear with second level, and second level rotation helical gear rotation passes through Fly rope drives rotation half gear rotation, and rotation half gear rotation is to drive movable frame to move up and down, thus above and below movable frame Mobile that fixed connecting rod is driven to move up and down, fixed connecting rod moves up and down drive rotation cam rotation, and rotation cam rotates band Dynamic swingle rotation, swingle rotation band nutating gear are meshed with primary transmission gear, and the rotation of primary transmission gear drives Otating drive rod rotation, otating drive rod rotation drive transmission helical gear rotation to be meshed with secondary transmission helical gear, second level It is driven helical gear rotation and swivel link rotation is driven by driving belt, swivel link rotation drives second level rotation by connection belt Turn connecting rod rotation, the rotation of second level swivel link drives wrapping head rotation, and wrapping head rotation pulls auxiliary solid by connection rope Fixed pole is mobile to clamp paint can, while rotating cam rotation and driving threaded rod rotation by driving chain, and threaded rod rotation comes It pushes stable support to move down so that guide post is pushed to move down, while guide post being pushed to move down and connection gear phase Engagement, connection gear rotate that second level connection gear is driven to rotate, and second level connection gear rotates to be meshed with stable support The effect that starting auxiliary pushing stable support moves down.

A kind of environmental protection coating material dispersal device of the utility model, the paint can position that shakes is inclined when by avoiding dispersion It moves, to prevent security risk and avoid dispersion machine fuselage from being easy to happen shaking by increasing dispersion machine to the frictional force on ground Positional shift leads to the presence of operating safety risks.

Detailed description of the invention

By reading referring to attached drawing detailed description of non-limiting embodiments, the other feature of the utility model, Objects and advantages will become more apparent upon.

In the accompanying drawings:

Fig. 1 is a kind of structural schematic diagram of environmental protection coating material dispersal device of the utility model.

Fig. 2 is a kind of structural plan figure of environmental protection coating material dispersal device of the utility model.

Fig. 3 is a kind of detailed construction schematic diagram of supporting fixing device of the utility model.

Fig. 4 is a kind of working state figure of supporting fixing device of the utility model.

In figure: supporting fixing device -1, support frame -3, connector -4, driver -5, shaft joint -6, divides fixed horn -2 Dissipate blender -7, paint can -8, automatic clamping mechanism -11, auxiliary clamp mechanism -12, driving device -13, transmission mechanism -14, Interlinked mechanism -15, assistant fixing mechanism -16, supporting & stablizing mechanism -17, support plate -1101, sliding shoe -1102, rotation curved bar - 1103, mobile fixture block -1104, current collector -1105, pulling rope -1201, idler wheel -1202, rotation gear -1203, mobile tooth Item -1204, second level pull rope -1205, movable plate -1206, auxiliary clamp bar -1207, starting sense contact -1301, conducting wire - 1302, motor -1303, transmission shaft -1304, rotation helical gear -1305, second level rotate helical gear -1306, fly rope - 1307, it rotates half gear -1401, movable frame -1402, fixed connecting rod -1403, rotation cam -1404, swingle -1501, pass Moving gear -1502, primary transmission gear -1503, otating drive rod -1504, transmission helical gear -1505, secondary transmission helical gear - 1506, driving belt -1601, swivel link -1602, connection belt -1603, second level swivel link -1604, wrapping head -1605, Connection rope -1606 is auxiliarily fixed bar -1607, driving chain -1701, threaded rod -1702, pushes guide post -1703, tooth connection Take turns -1704, second level connection gear -1705, stable support -1706.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

As Figure 1-Figure 4, the utility model provides a kind of technical solution of environmental protection coating material dispersal device:

A kind of environmental protection coating material dispersal device, structure include supporting fixing device 1, fixed horn 2, support frame 3, connector 4, driver 5, shaft joint 6, dispersing stirrer 7, paint can 8, the upper surface of the supporting fixing device 1 and fixed horn 2 Lower surface mutually welds and fixes to form integral structure, outer surface and connection of the support frame as described above 3 close to fixed 2 one end of horn Device 4 fits far from the outer surface of 5 one end of driver, and the connector 4 is electrically connected far from 3 one end of support frame with driver 5, institute It states driver 5 and shaft joint 6 is mechanically connected, the dispersing stirrer 7 is installed on shaft joint 6 far from one end insertion of paint can 8 In and be rotatablely connected, the dispersing stirrer 7 far from 6 one end of shaft joint lower section be equipped with paint can 8, the paint can 8 Lower surface and the upper surface of supporting fixing device 1 fit；The supporting fixing device 1 includes automatic clamping mechanism 11, auxiliary Clamp system 12, driving device 13, transmission mechanism 14, interlinked mechanism 15, assistant fixing mechanism 16, supporting & stablizing mechanism 17, institute Automatic clamping mechanism 11 is stated to be installed on inside supporting fixing device 1 to sum up side and be mechanically connected with auxiliary clamp mechanism 12, institute The lower section that driving device 13 is installed on automatic clamping mechanism 11 is stated, the driving device 13 is connected with transmission mechanism 14, described The one end of transmission mechanism 14 far from supporting & stablizing mechanism 17 and interlinked mechanism 15 are mechanically connected, and the transmission mechanism 14 is far from gearing One end of mechanism 15 and supporting & stablizing mechanism 17 are mechanically connected, and the assistant fixing mechanism 16 is connected with interlinked mechanism 15, institute The inside that assistant fixing mechanism 16 is installed on fixed horn 2 is stated, the automatic clamping mechanism 11 includes support plate 1101, sliding shoe 1102, curved bar 1103, mobile fixture block 1104, current collector 1105, the lower surface of the support plate 1101 and sliding shoe are rotated 1102 upper surface slide connection, the sliding shoe 1102 connect with rotation curved bar 1103 far from one end hinge of mobile fixture block 1104 It connects, the mobile fixture block 1104 is connect with rotation curved bar 1103 far from one end hinge of sliding shoe 1102, the current collector 1105 are installed on immediately below the middle part of support plate 1101, and the sliding shoe 1102 is mechanically connected with auxiliary clamp mechanism 12, described Mobile fixture block 1104 is mechanically connected with auxiliary clamp mechanism 12, and the auxiliary clamp mechanism 12 includes pulling rope 1201, idler wheel 1202, it rotates gear 1203, mobile rack 1204, second level and pulls rope 1205, movable plate 1206, auxiliary clamp bar 1207, institute It states the one end and sliding shoe 1102 for pulling rope 1201 far from rotation gear 1203 to be mechanically connected, the pulling rope 1201 passes through Idler wheel 1202 and rotation gear 1203 are mechanically connected, the outer surface of the rotation gear 1203 and the upper surface of mobile rack 1204 It being meshed, the second level pulls rope 1205 one end and mobile fixture block 1104 far from movable plate 1206 to be mechanically connected, and described two Grade pulls rope 1205 and movable plate 1206 to be mechanically connected close to one end of mobile rack 1204, and the mobile rack 1204 is separate One end of idler wheel 1202 and the right surface in side of movable plate 1206 mutually weld and fix to form integral structure, the movable plate The one end of the right surface in 1206 side with auxiliary clamp bar 1207 far from idler wheel 1202 mutually welds and fixes to form integral structure, The auxiliary clamp mechanism 12 includes that rope 1201, idler wheel 1202, rotation gear 1203, mobile rack 1204, second level is pulled to draw Running rope rope 1205, movable plate 1206, auxiliary clamp bar 1207, it is described pull rope 1201 far from rotation gear 1203 one end with Sliding shoe 1102 is mechanically connected, and the pulling rope 1201 is mechanically connected by idler wheel 1202 and rotation gear 1203, the rotation The outer surface of rotating disk 1203 is meshed with the upper surface of mobile rack 1204, and the second level pulls rope 1205 far from movable plate 1206 one end and mobile fixture block 1104 are mechanically connected, and the second level pulls rope 1205 and movable plate 1206 close to mobile rack 1204 one end mechanical connection, the right surface phase in side of the one end of the mobile rack 1204 far from idler wheel 1202 and movable plate 1206 It welds and fixes and form integral structure, the right surface in side of the movable plate 1206 and auxiliary clamp bar 1207 are far from idler wheel 1202 one end mutually welds and fixes to form integral structure, and the driving device 13 includes starting sense contact 1301, leads Line 1302, motor 1303, transmission shaft 1304, rotation helical gear 1305, second level rotate helical gear 1306, fly rope 1307, The starting sense contact 1301 is electrically connected by conducting wire 1302 with motor 1303, and the insertion of transmission shaft 1304 is installed on electricity It in motivation 1303 and is rotatablely connected, the transmission shaft 1304 is with the rotation same axle center of helical gear 1305 and far from motor The outer surface of 1303 one end is mutually welded and fixed with rotation helical gear 1305 far from the outer surface of second level rotation 1306 one end of helical gear Integral structure is formed, outer surface and second level of the rotation helical gear 1305 far from 1304 one end of transmission shaft rotate helical gear 1306 outer surface is meshed, and the second level rotation helical gear 1306 and the one end of fly rope 1307 far from transmission mechanism 14 are sliding Dynamic connection, the fly rope 1307 is slidably connected far from one end of second level rotation helical gear 1306 with transmission mechanism 14, described Transmission mechanism 14 includes half gear 1401 of rotation, movable frame 1402, fixed connecting rod 1403, rotation cam 1404, the rotation Half gear 1401 is slidably connected with fly rope 1307 far from one end of second level rotation helical gear 1306, half gear of the rotation 1401 outer surface is meshed with the inner surface of movable frame 1402, and the movable frame 1402 is far from second level rotation helical gear 1306 It mutually welds and fixes to form one far from one end outer surface of rotation cam 1404 with fixed connecting rod 1403 in one end outer surface Change structure, the one end of the fixed connecting rod 1403 far from movable frame 1402 and the outer surface for rotating cam 1404 are mechanically connected, The interlinked mechanism 15 includes swingle 1501, transmission gear 1502, primary transmission gear 1503, otating drive rod 1504, passes Dynamic helical gear 1505, secondary transmission helical gear 1506, the swingle 1501 are same axle center and phase with transmission gear 1502 It is welded and fixed to form integral structure, the outer surface of the primary transmission gear 1503 is mutually nibbled with the outer surface of transmission gear 1502 It closes, the primary transmission gear 1503 is with otating drive rod 1504 for same axle center and with otating drive rod 1504 far from transmission One end outer surface of helical gear 1505 is mutually welded and fixed to form integral structure, the transmission helical gear 1505 and otating drive rod 1504 are same axle center and are mutually welded and fixed with otating drive rod 1504 far from one end outer surface of primary transmission gear 1503 Form integral structure, one end outer surface and secondary transmission helical teeth of the transmission helical gear 1505 far from otating drive rod 1504 The outer surface of wheel 1506 is meshed, and the secondary transmission helical gear 1506 is slidably connected with assistant fixing mechanism 16, the auxiliary Fixed mechanism 16 includes driving belt 1601, swivel link 1602, connection belt 1603, second level swivel link 1604, wrapping head 1605, connect rope 1606, be auxiliarily fixed bar 1607, it is described be auxiliarily fixed bar 1607 with connect the mechanical connection of rope 1606, institute It states the one end of driving belt 1601 far from swivel link 1602 to be slidably connected with secondary transmission helical gear 1506, the driving belt 1601 one end far from secondary transmission helical gear 1506 is slidably connected with swivel link 1602, and the swivel link 1602 passes through company Lace 1603 is slidably connected with second level swivel link 1604, and the second level swivel link 1604 is same axis with wrapping head 1605 It the heart and is mutually welded and fixed to form integral structure, the wrapping head 1605 is mechanically connected with rope 1606 is connect, the support Stabilizing mechanism 17 includes driving chain 1701, threaded rod 1702, pushes guide post 1703, connection gear 1704, second level connection gear 1705, stable support 1706, the driving chain 1701 are mechanically connected with threaded rod 1702, the insertion of threaded rod 1702 peace Loaded on push guide post 1703 in and be threadedly coupled, it is described push guide post 1703 outer surface and connection gear 1704 outer surface It is meshed, the outer surface of the connection gear 1704 is meshed with the outer surface of second level connection gear 1705, the second level connection The inner surface of the outer surface stable support 1706 of gear 1705 is meshed.

A kind of environmental protection coating material dispersal device of the utility model, its working principle is that: when paint can 8 is put supporting & stablizing When on device 1, support plate 1101, which moves down, drives sliding shoe 1102 mobile, and sliding shoe 1102 is mobile to drive rotation curved bar 1103 Rotation, the rotation rotation of curved bar 1103 moves the mobile movement of fixture block 1104 to clamp paint can 8, while the movement of sliding shoe 1102 passes through It pulls rope 1201 that rotation gear 1203 is driven to rotate, rotates the rotation of gear 1203 to be meshed with mobile rack 1204, so that Mobile rack 1204 is mobile, to drive movable plate 1206 mobile, while the mobile movement of fixture block 1104 pulls rope by second level 1205 drive movable plate 1206 mobile, and then the mobile drive auxiliary clamp bar 1207 of movable plate 1206 is mobile to clamp paint can 8, Support plate 1101, which moves down, simultaneously drives current collector 1105 to move down to be in contact with starting sense contact 1301, starts Sense contact 1301 starts motor 1303 by conducting wire 1302 and starts to work, and motor 1303 drives transmission shaft 1304 to rotate, It is rotated by transmission shaft 1304 and rotation helical gear 1305 is driven to rotate, the rotation rotation of helical gear 1305 to rotate helical gear with second level 1306 are meshed, and second level rotates the rotation of helical gear 1306 and drives rotation half gear 1401 rotation, rotation by fly rope 1307 Half gear 1401 rotates to drive movable frame 1402 to move up and down, so that movable frame 1402 moves up and down drive fixed connecting rod 1403 move up and down, and fixed connecting rod 1403 moves up and down drive rotation cam 1404 and rotates, and the rotation rotation of cam 1404 drives Swingle 1501 rotates, and the rotation band nutating gear 1502 of swingle 1501 is meshed with primary transmission gear 1503, and level-one passes The rotation of moving gear 1503 drives otating drive rod 1504 to rotate, and the rotation of otating drive rod 1504 drives transmission helical gear 1505 to rotate It is meshed with secondary transmission helical gear 1506, the rotation of secondary transmission helical gear 1506 drives rotation to connect by driving belt 1601 Bar 1602 rotates, and the rotation of swivel link 1602 drives second level swivel link 1604 to rotate by connection belt 1603, second level rotation The rotation of connecting rod 1604 drives wrapping head 1605 to rotate, and bar is auxiliarily fixed by connecting rope 1606 to pull in the rotation of wrapping head 1605 1607 is mobile to clamp paint can 8, while rotating the rotation of cam 1404 and driving threaded rod 1702 to rotate by driving chain 1701, The rotation of threaded rod 1702 to push stable support 1706 to move down so that guide post 1703 is pushed to move down, while pushing and leading Column 1703 moves down to be meshed with connection gear 1704, and connection gear 1704 rotates that second level connection gear 1705 is driven to revolve Turn, the rotation of second level connection gear 1705 starts auxiliary pushing stable support 1706 to be downwards meshed with stable support 1706 Mobile effect.

The utility model solves the problems, such as to be the prior art that dispersion machine is being stirred since this kind of material viscosity is higher When mixing dispersion, be easy to happen paint can shake positional shift, cause there are security risk, dispersion machine when being stirred dispersion, Dispersion machine fuselage is easy to happen shaking positional shift, causes there are operating safety risks, the utility model passes through above-mentioned component It is combined with each other, paint can shakes positional shift when by avoiding dispersion, to prevent security risk and by increasing dispersion Machine avoids dispersion machine fuselage from being easy to happen shaking positional shift to the frictional force on ground, leads to asking there are operating safety risks Topic.

Claims (8)

1. a kind of environmental protection coating material dispersal device, structure includes supporting fixing device (1), fixed horn (2), support frame (3), connects Connect device (4), driver (5), shaft joint (6), dispersing stirrer (7), paint can (8), it is characterised in that:

The upper surface of the supporting fixing device (1) mutually welded with the lower surface of fixed horn (2) and fix to be formed it is integrated Structure, support frame as described above (3) is close to the outer surface of fixed horn (2) one end and connector (4) far from the outer of driver (5) one end Surface fits, and the connector (4) is electrically connected far from support frame (3) one end with driver (5), the driver (5) and company Axis device (6) mechanical connection, the dispersing stirrer (7) far from paint can (8) one end insertion be installed in shaft joint (6) and Rotation connection, the dispersing stirrer (7) are equipped with paint can (8) far from the lower section of shaft joint (6) one end, the paint can (8) Lower surface and the upper surface of supporting fixing device (1) fit；

The supporting fixing device (1) includes automatic clamping mechanism (11), auxiliary clamp mechanism (12), driving device (13), passes Motivation structure (14), interlinked mechanism (15), assistant fixing mechanism (16), supporting & stablizing mechanism (17), the automatic clamping mechanism (11) it is installed on the internal to sum up side of supporting fixing device (1) and is mechanically connected with auxiliary clamp mechanism (12), the driving dress The lower section that (13) are installed on automatic clamping mechanism (11) is set, the driving device (13) is connected with transmission mechanism (14), described Transmission mechanism (14) one end and interlinked mechanism (15) far from supporting & stablizing mechanism (17) are mechanically connected, the transmission mechanism (14) One end and supporting & stablizing mechanism (17) far from interlinked mechanism (15) are mechanically connected, the assistant fixing mechanism (16) and gearing machine Structure (15) is connected, and the assistant fixing mechanism (16) is installed on the inside of fixed horn (2).

2. a kind of environmental protection coating material dispersal device according to claim 1, it is characterised in that: the automatic clamping mechanism (11) Including support plate (1101), sliding shoe (1102), rotation curved bar (1103), mobile fixture block (1104), current collector (1105), institute The lower surface for stating support plate (1101) is connect with the upper surface slide of sliding shoe (1102), and the sliding shoe (1102) and rotation are bent One end hinge connection of the bar (1103) far from mobile fixture block (1104), the mobile fixture block (1104) and rotation curved bar (1103) are remote One end hinge connection from sliding shoe (1102), under the current collector (1105) is installed on the middle part of support plate (1101) just Side, the sliding shoe (1102) and auxiliary clamp mechanism (12) are mechanically connected, the mobile fixture block (1104) and auxiliary clamp machine Structure (12) mechanical connection.

3. a kind of environmental protection coating material dispersal device according to claim 1, it is characterised in that: the auxiliary clamp mechanism (12) Including pulling rope (1201), idler wheel (1202), rotation gear (1203), mobile rack (1204), second level to pull rope (1205), movable plate (1206), auxiliary clamp bar (1207), it is described to pull the one of rope (1201) separate rotation gear (1203) End is mechanically connected with sliding shoe (1102), and the pulling rope (1201) is mechanical by idler wheel (1202) and rotation gear (1203) The outer surface of connection, rotation gear (1203) is meshed with the upper surface of mobile rack (1204), and the second level pulls rope Rope (1205) one end and mobile fixture block (1104) mechanical connection, the second level far from movable plate (1206) pull rope (1205) It is mechanically connected with movable plate (1206) close to the one end of mobile rack (1204), the mobile rack (1204) is far from idler wheel (1202) one end and the right surface in side of movable plate (1206) mutually weld and fix to form integral structure, the movable plate (1206) it mutually welds and fixes to form one far from the one end of idler wheel (1202) with auxiliary clamp bar (1207) in the right surface in side Change structure.

4. a kind of environmental protection coating material dispersal device according to claim 1, it is characterised in that: the driving device (13) includes Start sense contact (1301), conducting wire (1302), motor (1303), transmission shaft (1304), rotation helical gear (1305), second level Helical gear (1306), fly rope (1307) are rotated, the starting sense contact (1301) passes through conducting wire (1302) and motor (1303) it is electrically connected, transmission shaft (1304) insertion is installed in motor (1303) and is rotatablely connected, the transmission shaft (1304) it and rotates the outer surface in helical gear (1305) same axle center and separate motor (1303) one end and rotates helical gear (1305) outer surface far from second level rotation helical gear (1306) one end is mutually welded and fixed to form integral structure, and the rotation is oblique Outer surface of the gear (1305) far from transmission shaft (1304) one end is meshed with the outer surface of second level rotation helical gear (1306), institute It states second level rotation helical gear (1306) and is slidably connected with fly rope (1307) far from the one end of transmission mechanism (14), the transmission Rope (1307) is slidably connected far from one end of second level rotation helical gear (1306) with transmission mechanism (14).

5. a kind of environmental protection coating material dispersal device according to claim 1, it is characterised in that: the transmission mechanism (14) includes Rotate half gear (1401), movable frame (1402), fixed connecting rod (1403), rotation cam (1404), half gear of the rotation (1401) it is slidably connected with fly rope (1307) far from one end of second level rotation helical gear (1306), half gear of the rotation (1401) outer surface is meshed with the inner surface of movable frame (1402), and the movable frame (1402) rotates helical gear far from second level (1306) one end outer surface and fixed connecting rod (1403) mutually welded far from one end outer surface of rotation cam (1404) and It is fixed to form integral structure, the fixed connecting rod (1403) one end and rotation cam (1404) far from movable frame (1402) Outer surface mechanical connection.

6. a kind of environmental protection coating material dispersal device according to claim 1, it is characterised in that: the interlinked mechanism (15) includes Swingle (1501), transmission gear (1502), primary transmission gear (1503), otating drive rod (1504), transmission helical gear (1505), secondary transmission helical gear (1506), the swingle (1501) are same axle center and phase with transmission gear (1502) It is welded and fixed to form integral structure, the outer surface of the primary transmission gear (1503) and the outer surface of transmission gear (1502) It is meshed, the primary transmission gear (1503) and otating drive rod (1504) are same axle center and and otating drive rod (1504) one end outer surface far from transmission helical gear (1505) is mutually welded and fixed to form integral structure, the transmission helical gear (1505) be with otating drive rod (1504) same axle center and with otating drive rod (1504) far from primary transmission gear (1503) one end outer surface is mutually welded and fixed to form integral structure, and the transmission helical gear (1505) is far from otating drive rod (1504) one end outer surface is meshed with the outer surface of secondary transmission helical gear (1506), the secondary transmission helical gear (1506) it is slidably connected with assistant fixing mechanism (16).

7. a kind of environmental protection coating material dispersal device according to claim 1, it is characterised in that: the assistant fixing mechanism (16) Including driving belt (1601), swivel link (1602), connection belt (1603), second level swivel link (1604), wrapping head (1605), connect rope (1606), be auxiliarily fixed bar (1607), it is described be auxiliarily fixed bar (1607) with connect rope (1606) machine Bar (1607) and the driving belt (1601) one end and secondary transmission far from swivel link (1602) is auxiliarily fixed in tool connection Helical gear (1506) is slidably connected, and the driving belt (1601) one end and rotation far from secondary transmission helical gear (1506) connect Bar (1602) is slidably connected, and the swivel link (1602) is slided by connection belt (1603) and second level swivel link (1604) Connection, the second level swivel link (1604) are same axle center with wrapping head (1605) and are mutually welded and fixed to form integrated knot Structure, the wrapping head (1605) are mechanically connected with rope (1606) are connect.

8. a kind of environmental protection coating material dispersal device according to claim 1, it is characterised in that: the supporting & stablizing mechanism (17) Including driving chain (1701), threaded rod (1702), push guide post (1703), connection gear (1704), second level connection gear (1705), stable support (1706), the driving chain (1701) and threaded rod (1702) are mechanically connected, the threaded rod (1702) insertion, which is installed on, pushes in guide post (1703) and is threadedly coupled, the outer surface for pushing guide post (1703) and connection The outer surface of gear (1704) is meshed, the outer surface of the connection gear (1704) and the appearance of second level connection gear (1705) Face is meshed, and the inner surface of the outer surface stable support (1706) of the second level connection gear (1705) is meshed.