CN205269548U - Rotatory agitating unit of paint raw material dispenser - Google Patents

Abstract

The utility model provides a rotatory agitating unit of paint raw material dispenser belongs to paint produce equipment field, including pivot and disk body, the bottom of this pivot is equipped with a plurality of screw holes that the annular distributes, bolt fixed connection is passed through in disk body and pivot, this pivot reaches lower including the upper shaft that is connected, the bottom of upper shaft is equipped with first blind hole from bottom to top, and the top of this first blind hole is equipped with the second blind hole, the lateral wall of second blind hole is equipped with the internal thread, the lower internal diameter phase -match of outside diameter of shaft and first blind hole, lower top is equipped with rather than coaxial screw rod, this screw rod and second blind hole phase -match, the lateral wall that the upper shaft reached lower is equipped with the spacing subassembly of assorted. This kind of device can make the below that the unmovable organism of staff or the former storage bucket that slopes can put former storage bucket the pivot when using, made things convenient for the operation, has saved the time, has improved work efficiency.

Description

A kind of paint raw materials dispersion machine gyratory agitation device

Technical field

The utility model relates to paint production plant field, specifically, it relates to a kind of paint raw materials dispersion machine gyratory agitation device.

Background technology

Oil paint stirring device is one of equipment indispensable in coating production process, plays the effect stirring paint, it is resolved that whether the paint produced is even, and whether color and quality be gentle, plays a part most important to the production of whole product.

Existing oil paint stirring device shaft structure design is unreasonable, needs to pull whole body when being put into below rotating shaft by Raw material pail, or to be tilted just can realize by Raw material pail, brings more inconvenience to staff.

Practical novel content

The utility model provides a kind of paint raw materials dispersion machine gyratory agitation device, it is intended to solve the problem.

The utility model is achieved in that

A kind of paint raw materials dispersion machine gyratory agitation device, comprises rotating shaft and dish body, and the bottom of this rotating shaft is provided with multiple threaded holes of annular spread, and described dish body and rotating shaft are bolted to connection; This rotating shaft comprises the upper axle and lower axle that are connected, and the bottom of described upper axle is provided with the first blind hole from bottom to top, and the top of this first blind hole is provided with the 2nd blind hole, and the sidewall of described 2nd blind hole is provided with internal thread; The external diameter of described lower axle mates mutually with the internal diameter of the first blind hole, and the top of lower axle is provided with the screw rod coaxial with it, and this screw rod mates mutually with described 2nd blind hole; The outer side wall of described upper axle and lower axle is provided with the limit assembly mated mutually, can be limited the relative movement between upper axle and lower axle by this limit assembly.

Further, described limit assembly comprises multiple spacing hole being arranged on the first blind hole sidewall, and described spacing hole is helicitic texture.

Further, the sidewall of described lower axle is provided with the through hole running through this lower axle, is connected with stop motion stick in this through hole.

Further, the length of described screw rod is consistent with the degree of depth of the 2nd blind hole.

Further, described dish body comprises disk and is connected to the stirrer gear of disk border; Described disk is provided with at least three open holess, and all open holess are along the axis direction annular spread of disk; Described stirrer gear has multiple, multiple stirrer gear is disposed adjacent the tooth group defining annular between two, described stirrer gear is Polygons, stirrer gear described in each includes relative base and limit, top, stirrer gear is connected with described disk by base, limit, the top opposed discs of stirrer gear is obliquely installed, and one end that limit, described top is lower in the sense of rotation of dish body is positioned at the front of its higher one end; In every two adjacent stirrer gears, one of them stirrer gear is positioned at the top of disk, and another stirrer gear is positioned at the lower section of disk.

Further, described disk being also provided with at least one group of deflector, deflector described in each group comprises the water conservancy diversion assembly of multiple axis annular spread along disk, and described in each, water conservancy diversion assembly comprises fairing cap and pod apertures; Described fairing cap is located on disk, fairing cap is arcuate structure, and its cross section and profile are cambered surface, and described pod apertures is located on disk and is positioned at the lower section of fairing cap, yet forms both semicircle flow-guiding mouth between the end face of fairing cap and disk, this flow-guiding mouth communicates with described pod apertures.

Further, each water conservancy diversion assembly comprises two fairing caps, and two fairing caps are located at top and the lower section of disk respectively, and two fairing caps are symmetrical arranged about the center of circle of described pod apertures and make symmetrical structure centered by this water conservancy diversion assembly.

Further, also comprising body, be provided with drive-motor in this body, described drive-motor is connected with described rotating shaft by rocking equipment; Described rocking equipment comprises rotating disk, inertia disk, connecting rod and piston cover, described rotating disk is connected on the motor shaft of drive-motor, described inertia disk and connecting rod are connected to the both sides of rotating disk, inertia disk is positioned on rotating disk near the side of drive-motor, and connecting rod is connected on rotating disk away from the side of drive-motor; Described connecting rod and rotating disk is hinged and the length direction of connecting rod and motor shaft is perpendicular, connecting rod is hinged away from one end and the described piston cover of rotating disk, and described rotating shaft is located in piston cover and is fixedly connected with piston cover.

Further, being provided with horizontally disposed bar shaped chute in described body, described piston cover is slidably connected to the sidewall of this bar shaped chute, by the drive of drive-motor, piston cover is slided along the length direction of bar shaped chute.

Further, the both sides of described piston cover are two dimensional structure, and its both sides are equipped with the slide block of level, and two sidewalls of bar shaped chute are provided with and the groove that described slide block mates; Piston puts and is provided with vertical shaft hole, and the length direction of described slide block is vertical with the axis direction of this shaft hole.

The beneficial effects of the utility model are: the paint raw materials dispersion machine gyratory agitation device that the utility model is obtained by above-mentioned design, staff can be made in use not move body or Raw material pail can be put into the lower section of rotating shaft by inclined raw charging basket, facilitate operation, save the time, it is to increase working efficiency. And its dish body reasonable in design, it is possible to stir paint raw materials better so that it is faster fully mixing.

Accompanying drawing explanation

The technical scheme of mode is implemented in order to be illustrated more clearly in the utility model, it is briefly described to the accompanying drawing used required in enforcement mode below, it is to be understood that, the following drawings illustrate only some embodiment of the present utility model, therefore should not be counted as is the restriction to scope, for those of ordinary skill in the art, under the prerequisite not paying creative work, it is also possible to obtain other relevant accompanying drawings according to these accompanying drawings.

Fig. 1 is the front view that the utility model implements the paint raw materials dispersion machine gyratory agitation device shaft that mode provides;

Fig. 2 is the upward view that the utility model implements the paint raw materials dispersion machine gyratory agitation device shaft that mode provides;

Fig. 3 is the sectional view that the utility model implements the paint raw materials dispersion machine gyratory agitation device shaft that mode provides;

Fig. 4 is the front view that the paint raw materials dispersion machine gyratory agitation device shaft that the utility model enforcement mode provides is connected with dish body;

Fig. 5 is the vertical view that the utility model implements the paint raw materials dispersion machine gyratory agitation device mid-game body that mode provides;

Fig. 6 is the front view that the utility model implements the paint raw materials dispersion machine gyratory agitation device mid-game body that mode provides;

Fig. 7 is the sectional view that the utility model implements the paint raw materials dispersion machine gyratory agitation device mid-game body that mode provides;

Fig. 8 is the front view that the utility model implements body in the paint raw materials dispersion machine gyratory agitation device that provides of mode;

Fig. 9 is the structural representation that the utility model implements rocking equipment in the paint raw materials dispersion machine gyratory agitation device that provides of mode;

Figure 10 is the structural representation that the utility model implements piston cover and bar shaped chute in the paint raw materials dispersion machine gyratory agitation device that provides of mode.

Figure acceptance of the bid note is respectively:

Dish body 101; Disk 102; Stirrer gear 103; Open holes 104; Limit 105, top; Fairing cap 106; Pod apertures 107; Flow-guiding mouth 108;

Rotating shaft 201; Threaded hole 202; Upper axle 203; Lower axle 204; First blind hole 205; 2nd blind hole 206; Screw rod 207; Spacing hole 208; Through hole 210; Stop motion stick 211;

Body 301; Drive-motor 302; Rotating disk 303; Inertia disk 304; Connecting rod 305; Piston cover 306; Motor shaft 307; Bar shaped chute 308; Slide block 309; Groove 310; Shaft hole 311.

Embodiment

For making the utility model implement the object of mode, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the utility model enforcement mode, technical scheme in the utility model enforcement mode is clearly and completely described, obviously, described enforcement mode is the utility model part enforcement mode, instead of whole enforcement modes. Based on the enforcement mode in the utility model, those of ordinary skill in the art are not making other enforcement modes all obtained under creative work prerequisite, all belong to the scope of the utility model protection. Therefore, below to the detailed description of the enforcement mode of the present utility model provided in the accompanying drawings and the claimed scope of the present utility model of not intended to be limiting, but only represent selected enforcement mode of the present utility model. Based on the enforcement mode in the utility model, those of ordinary skill in the art are not making other enforcement modes all obtained under creative work prerequisite, all belong to the scope of the utility model protection.

In description of the present utility model, it will be appreciated that, term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", " on ", D score, " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end ", " interior ", " outward ", " clockwise ", it is based on orientation shown in the drawings or position relation that the orientation of the instruction such as " counterclockwise " or position are closed, it is only the utility model and simplified characterization for convenience of description, instead of indicate or imply that the equipment referred to or element must have specific orientation, with specific orientation structure and operation, therefore can not be interpreted as restriction of the present utility model.

In addition, term " first ", " the 2nd " are only for describing object, and can not be interpreted as instruction or hint relative importance or imply the quantity indicating indicated technology feature. Thus, be limited with " first ", the feature of " the 2nd " can express or implicit comprise one or more these features. In description of the present utility model, the implication of " multiple " is two or more, unless otherwise expressly limited specifically.

In the utility model, unless otherwise clearly defined and limited, the term such as term " installation ", " being connected ", " connection ", " fixing " should be interpreted broadly, such as, it is possible to be fixedly connected with, it is also possible to be removably connect, or integral; Can be mechanically connected, it is also possible to be electrical connection; Can be directly be connected, it is also possible to be indirectly connected by intermediary, it is possible to be the connection of two element internals or the interaction relationship of two elements. For the ordinary skill in the art, it is possible to understand the concrete implication of above-mentioned term in the utility model according to particular case.

In the utility model, unless otherwise clearly defined and limited, fisrt feature second feature it " on " or D score can comprise the first and second features and directly contact, it is also possible to comprise the first and second features be not directly contact but by the other characterisation contact between them. And, fisrt feature second feature " on ", " top " and " above " comprise fisrt feature directly over second feature and oblique upper, or only represent that fisrt feature level height is higher than second feature. Fisrt feature second feature " under ", " lower section " and " below " comprise fisrt feature immediately below second feature and tiltedly lower section, or only represent that fisrt feature level height is less than second feature.

Refer to Fig. 1-Figure 10

The paint raw materials dispersion machine gyratory agitation device that present embodiment provides, comprises rotating shaft 201 and dish body 101, and the bottom of this rotating shaft 201 is provided with multiple threaded holes 202 of annular spread, and dish body 101 and rotating shaft 201 are bolted to connection; This rotating shaft 201 comprises the upper axle 203 and lower axle 204 that are connected, and the bottom of upper axle 203 is provided with the first blind hole 205 from bottom to top, and the sidewall that the top of this first blind hole 205 is provided with the 2nd blind hole the 206, two blind hole 206 is provided with internal thread; The external diameter of lower axle 204 mates mutually with the internal diameter of the first blind hole 205, and the top of lower axle 204 is provided with the screw rod 207 coaxial with it, and this screw rod 207 mates with the 2nd blind hole 206 phase; The outer side wall of upper axle 203 and lower axle 204 is provided with the limit assembly mated mutually, can be limited the relative movement between upper axle 203 and lower axle 204 by this limit assembly.

Rotating shaft 201 is fixedly connected with dish body 101, can rotate by band Moving plate body 101 when rotating shaft 201 is rotated. For being flexibly connected between the upper axle 203 of rotating shaft 201 with lower axle 204, by regulating the length that can adjust whole rotating shaft 201, and then adjustment dish body 101 place height. Screw rod 207 and the 2nd blind hole 206 spiral shell connect, and rotate axle 203 relative to lower axle 204, can change the length of rotating shaft 201. The external diameter of lower axle 204 mates mutually with the internal diameter of the first blind hole 205, make paint raw materials in paint stirring process can not enter upper axle 203 by the gap between lower axle 204 and the first blind hole 205 inner, and then the connection relation can not having influence between screw rod 207 and the 2nd blind hole 206.

Before stirring, in rotation, axle 203 makes dish body 101 rise, and enables Raw material pail easily be put into the lower section of dish body 101; In reverse rotation, axle 203 makes dish body 101 decline and submerge in paint raw materials again, by the fixing lower axle 204 of limit assembly, makes can not produce relative rotation between lower axle 204 and upper axle 203. Make the process that axle 203 rotates can drive lower axle 204 to rotate thus stirring work is normally carried out.

Therefore, the paint raw materials dispersion machine gyratory agitation device of this kind of structure can make staff not move body 301 or Raw material pail can be put into the lower section of rotating shaft 201 by inclined raw charging basket in use, facilitates operation, saves the time, it is to increase working efficiency.

Specifically, limit assembly is design like this: limit assembly comprises multiple spacing hole 208 being arranged on the first blind hole 205 sidewall, and spacing hole 208 is helicitic texture.

Screw in spacing hole 208 by caging bolt, make caging bolt and lower axle 204 inconsistent, spacing effect can be played, make the process that axle 203 rotates can drive lower axle 204 to rotate.

Further, the sidewall of lower axle 204 is provided with the through hole 210 running through this lower axle 204, is connected with stop motion stick 211 in this through hole 210. When adjustment plate body 101 height, release limit assembly to the restriction of lower axle 204, and stop motion stick 211 is inserted in through hole 210, staff holds stop motion stick 211, start to rotate axle 203, lower axle 204 can be made to rotate relative to upper axle 203 by the stopping function of stop motion stick 211, and then the effect of adjustment dish body 101 height can be played. Dish body 101 extracts stop motion stick 211 after being adjusted to correct position, and fixing good limit assembly, makes rotating shaft 201 and the dish body 101 can normal operation.

Preferably, the length of screw rod 207 is consistent with the degree of depth of the 2nd blind hole 206. Such design makes screw rod 207 screw to the top of the 2nd blind hole 206, the top of lower axle 204 can contact with the top of the first blind hole 205, make there is not gap between axle 203 and lower axle 204, make the intensity of rotating shaft 201 and rigidity higher, convenient transport and storage.

Further, dish body 101 comprises disk 102 and is connected to the stirrer gear 103 at disk 102 edge; Disk 102 is provided with at least three open holess 104, and all open holess 104 are along the axis direction annular spread of disk 102; Stirrer gear 103 has multiple, multiple stirrer gear 103 is disposed adjacent the tooth group defining annular between two, stirrer gear 103 is Polygons, each stirrer gear 103 includes relative base and limit 105, top, stirrer gear 103 is connected with disk 102 by base, limit, top 105 opposed discs 102 of stirrer gear 103 is obliquely installed, and is positioned at the front of its higher one end along one end that the sense of rotation upper topside 105 of dish body 101 is lower; In every two adjacent stirrer gears 103, one of them stirrer gear 103 is positioned at the top of disk 102, and another stirrer gear 103 is positioned at the lower section of disk 102.

Dish body 101 is for stirring paint raw materials, and disk 102 is the foundation structure part of dish body 101, and stirrer gear 103 mainly plays stirring action. Open holes 104 coordinates the bottom for dish body 101 is installed to rotating shaft 201 with threaded hole 202. The tooth group of the annular that multiple stirrer gear 103 is formed makes stirrer gear 103 be evenly distributed in the edge of disk 102, and dish body 101 rotation process mid-game body 101 each position uniform force can steadily be rotated. And paint raw materials can be carried out stirring with continuing and make it more even.

In this kind of paint raw materials agitator disk, stirrer gear 103 is Polygons, and as shown in the figure, stirrer gear 103 is connected to the edge of disk 102 by its base, and dish body 101 rotates in the process driving stirrer gear 103 rotation, and main stirring action is played at the top of stirrer gear 103.

Specifically, owing to the limit, top 105 of stirrer gear 103 is hypotenuse, in the process that stirrer gear 103 rotates, Qi Ding limit 105 serves the effect of similar blade, paint raw materials in Raw material pail are cut apart, serve the effect of shunting, the paint in Raw material pail is rolled comparatively acutely, stirring more even.

And two adjacent stirrer gears 103 are arranged one on the other, when dish body 101 is rotated, tooth group contacts with the paint raw materials of more big area, and roll paint raw materials to greatest extent, plays better mixing effect. Therefore, the dish body 101 of this kind of structure enables paint raw materials in the short period of time fully dissolve mixing, and the product made has higher quality.

Further, disk 102 being also provided with at least one group of deflector, each group of deflector comprises the water conservancy diversion assembly of multiple axis annular spread along disk 102, and each water conservancy diversion assembly comprises fairing cap 106 and pod apertures 107; Fairing cap 106 is located on disk 102, fairing cap 106 is arcuate structure, its cross section and profile are cambered surface, pod apertures 107 is located on disk 102 and is positioned at the lower section of fairing cap 106, yet forms both semicircle flow-guiding mouth 108 between the end face of fairing cap 106 and disk 102, this flow-guiding mouth 108 communicates with pod apertures 107.

By deflector, liquid paint raw materials are run along deflector, further paint raw materials are rolled. Specifically work like this: when disk 102 rotates, drive water conservancy diversion component movement, liquid oil raw materials for varnish is entered between fairing cap 106 and disk 102 by flow-guiding mouth 108, and is extruded, flow out from pod apertures 107. Rolled further paint raw materials by such process so that it is mixing effect is better.

Further, each water conservancy diversion assembly comprises top and the lower section that two fairing caps, 106, two fairing caps 106 are located at disk 102 respectively, and two fairing caps 106 are symmetrical arranged about the center of circle of pod apertures 107 and make symmetrical structure centered by this water conservancy diversion assembly.

Like this in the water conservancy diversion assembly of design, the flow-guiding mouth 108 of liquid oil raw materials for varnish through top enters between fairing cap 106 and disk 102, between the fairing cap 106 flowing into lower section by pod apertures 107 and disk 102, is flowed out by flow-guiding mouth 108. Through the guide functions of such water conservancy diversion assembly, drive the paint raw materials in Raw material pail to rotate, define the paint flow of eddy current shape, finally play better mixing effect.

For strengthening its mixing effect further, also design so further: also comprising body 301, be provided with drive-motor 302 in this body 301, drive-motor 302 is connected with rotating shaft 201 by rocking equipment; Rocking equipment comprises rotating disk 303, inertia disk 304, connecting rod 305 and piston cover 306, rotating disk 303 is connected on the motor shaft 307 of drive-motor 302, inertia disk 304 and connecting rod 305 are connected to the both sides of rotating disk 303, inertia disk 304 is positioned on rotating disk 303 near the side of drive-motor 302, the side that connecting rod 305 is connected on rotating disk 303 away from drive-motor 302; Connecting rod 305 is hinged and connecting rod 305 is perpendicular with the length direction of motor shaft 307 with rotating disk 303, and it is hinged that connecting rod 305 overlaps 306 away from one end and the piston of rotating disk 303, and rotating shaft 201 is located at and is fixedly connected with in piston cover 306 and with piston cover 306.

Drive-motor 302 is connected therefore, it is possible to drive rotating shaft 201 to swing by rocking equipment with rotating shaft 201. Concrete working process is such: after drive-motor 302 starts, its motor shaft 307 rotates, rotating disk 303 is driven to rotate, rotating disk 303 drives inertia disk 304 and connecting rod 305 to move, the both sides of rotating disk 303 are located at respectively by inertia disk 304 and connecting rod 305, make stability under loading in the process that rotating disk 303 rotates, it is possible to steadily rotate.

Connecting rod 305 and rotating disk 303 are hinged relationship, rotating disk 303 rotates and piston cover 306 can be driven to do piston motion (i.e. to-and-fro movement on straight line direction), being fixedly connected with owing to rotating shaft 201 and piston overlap 306, therefore piston cover 306 can drive rotating shaft about 201 to swing. Can be swung by band Moving plate body 101 by the swing of rotating shaft 201, and then play the effect breaing up paint raw materials in Raw material pail, paint raw materials are evenly dispersed better.

The rotation of rotating shaft 201 by the driven by motor of setting in addition, can make the rotation of rotating shaft 201 and swing be respectively two kinds of different motions, it is necessary to only to open motor during rotation, it is necessary to swings and makes only to open drive-motor 302.

Specifically, being provided with horizontally disposed bar shaped chute 308 in body 301, piston cover 306 is slidably connected to the sidewall of this bar shaped chute 308, by the drive of drive-motor 302, piston cover 306 can be slided along the length direction of bar shaped chute 308. Piston cover 306 is arranged in the bar shaped chute 308 of level so that it is motion track is defined so that it is run more stable.

Specifically, the both sides of piston cover 306 are two dimensional structure, and its both sides are equipped with the slide block 309 of level, and two sidewalls of bar shaped chute 308 are provided with the groove 310 mated with slide block 309; Piston cover 306 is provided with vertical shaft hole 311, and the length direction of slide block 309 is vertical with the axis direction of this shaft hole 311. Slide block 309 is arranged in groove 310, by cooperation therebetween, piston cover 306 can be slided smoothly in bar shaped chute 308. And the axes normal of the length direction of slide block 309 and shaft hole 311, rotating shaft 201 vertically is connected in piston cover 306.

For clearly demonstrating the utility model, present embodiment lists a specific embodiment:

Embodiment 1

A kind of paint raw materials dispersion machine gyratory agitation device, comprises rotating shaft 201 and dish body 101, and the bottom of this rotating shaft 201 is provided with multiple threaded holes 202 of annular spread, and dish body 101 and rotating shaft 201 are bolted to connection; This rotating shaft 201 comprises the upper axle 203 and lower axle 204 that are connected, and the bottom of upper axle 203 is provided with the first blind hole 205 from bottom to top, and the sidewall that the top of this first blind hole 205 is provided with the 2nd blind hole the 206, two blind hole 206 is provided with internal thread; The external diameter of lower axle 204 mates mutually with the internal diameter of the first blind hole 205, and the top of lower axle 204 is provided with the screw rod 207 coaxial with it, and this screw rod 207 mates with the 2nd blind hole 206 phase; The outer side wall of upper axle 203 and lower axle 204 is provided with the limit assembly mated mutually, can be limited the relative movement between upper axle 203 and lower axle 204 by this limit assembly.

Limit assembly comprises multiple spacing hole 208 being arranged on the first blind hole 205 sidewall, and spacing hole 208 is helicitic texture. The sidewall of lower axle 204 is provided with the through hole 210 running through this lower axle 204, is connected with stop motion stick 211 in this through hole 210.

The length of screw rod 207 is consistent with the degree of depth of the 2nd blind hole 206.

Dish body 101 comprises disk 102 and is connected to the stirrer gear 103 at disk 102 edge; Disk 102 is provided with at least three open holess 104, and all open holess 104 are along the axis direction annular spread of disk 102; Stirrer gear 103 has multiple, multiple stirrer gear 103 is disposed adjacent the tooth group defining annular between two, stirrer gear 103 is Polygons, each stirrer gear 103 includes relative base and limit 105, top, stirrer gear 103 is connected with disk 102 by base, limit, top 105 opposed discs 102 of stirrer gear 103 is obliquely installed, and is positioned at the front of its higher one end along one end that the sense of rotation upper topside 105 of dish body 101 is lower; In every two adjacent stirrer gears 103, one of them stirrer gear 103 is positioned at the top of disk 102, and another stirrer gear 103 is positioned at the lower section of disk 102.

Also being provided with at least one group of deflector on disk 102, each group of deflector comprises the water conservancy diversion assembly of multiple axis annular spread along disk 102, and each water conservancy diversion assembly comprises fairing cap 106 and pod apertures 107; Fairing cap 106 is located on disk 102, fairing cap 106 is arcuate structure, its cross section and profile are cambered surface, pod apertures 107 is located on disk 102 and is positioned at the lower section of fairing cap 106, yet forms both semicircle flow-guiding mouth 108 between the end face of fairing cap 106 and disk 102, this flow-guiding mouth 108 communicates with pod apertures 107.

Each water conservancy diversion assembly comprises top and the lower section that two fairing caps, 106, two fairing caps 106 are located at disk 102 respectively, and two fairing caps 106 are symmetrical arranged about the center of circle of pod apertures 107 and make symmetrical structure centered by this water conservancy diversion assembly.

Also comprising body 301, be provided with drive-motor 302 in this body 301, drive-motor 302 is connected with rotating shaft 201 by rocking equipment; Rocking equipment comprises rotating disk 303, inertia disk 304, connecting rod 305 and piston cover 306, rotating disk 303 is connected on the motor shaft 307 of drive-motor 302, inertia disk 304 and connecting rod 305 are connected to the both sides of rotating disk 303, inertia disk 304 is positioned on rotating disk 303 near the side of drive-motor 302, the side that connecting rod 305 is connected on rotating disk 303 away from drive-motor 302; Connecting rod 305 is hinged and connecting rod 305 is perpendicular with the length direction of motor shaft 307 with rotating disk 303, and it is hinged that connecting rod 305 overlaps 306 away from one end and the piston of rotating disk 303, and rotating shaft 201 is located at and is fixedly connected with in piston cover 306 and with piston cover 306.

Being provided with horizontally disposed bar shaped chute 308 in body 301, piston cover 306 is slidably connected to the sidewall of this bar shaped chute 308, by the drive of drive-motor 302, piston cover 306 can be slided along the length direction of bar shaped chute 308.

The both sides of piston cover 306 are two dimensional structure, and its both sides are equipped with the slide block 309 of level, and two sidewalls of bar shaped chute 308 are provided with the groove 310 mated with slide block 309; Piston cover 306 is provided with vertical shaft hole 311, and the length direction of slide block 309 is vertical with the axis direction of this shaft hole 311.

The foregoing is only preferred implementation of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations. All within spirit of the present utility model and principle, any amendment of doing, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.

Claims (10)

1. a paint raw materials dispersion machine gyratory agitation device, it is characterised in that, comprise rotating shaft and dish body, the bottom of this rotating shaft is provided with multiple threaded holes of annular spread, and described dish body and rotating shaft are bolted to connection; This rotating shaft comprises the upper axle and lower axle that are connected, and the bottom of described upper axle is provided with the first blind hole from bottom to top, and the top of this first blind hole is provided with the 2nd blind hole, and the sidewall of described 2nd blind hole is provided with internal thread; The external diameter of described lower axle mates mutually with the internal diameter of the first blind hole, and the top of lower axle is provided with the screw rod coaxial with it, and this screw rod mates mutually with described 2nd blind hole; The outer side wall of described upper axle and lower axle is provided with the limit assembly mated mutually, can be limited the relative movement between upper axle and lower axle by this limit assembly.

2. paint raw materials dispersion machine gyratory agitation device according to claim 1, it is characterised in that, described limit assembly comprises multiple spacing hole being arranged on the first blind hole sidewall, and described spacing hole is helicitic texture.

3. paint raw materials dispersion machine gyratory agitation device according to claim 1, it is characterised in that, the sidewall of described lower axle is provided with the through hole running through this lower axle, is connected with stop motion stick in this through hole.

4. paint raw materials dispersion machine gyratory agitation device according to claim 1, it is characterised in that, the length of described screw rod is consistent with the degree of depth of the 2nd blind hole.

5. paint raw materials dispersion machine gyratory agitation device according to claim 1, it is characterised in that, described dish body comprises disk and is connected to the stirrer gear of disk border; Described disk is provided with at least three open holess, and all open holess are along the axis direction annular spread of disk; Described stirrer gear has multiple, multiple stirrer gear is disposed adjacent the tooth group defining annular between two, described stirrer gear is Polygons, stirrer gear described in each includes relative base and limit, top, stirrer gear is connected with described disk by base, limit, the top opposed discs of stirrer gear is obliquely installed, and one end that limit, described top is lower in the sense of rotation of dish body is positioned at the front of its higher one end; In every two adjacent stirrer gears, one of them stirrer gear is positioned at the top of disk, and another stirrer gear is positioned at the lower section of disk.

6. paint raw materials dispersion machine gyratory agitation device according to claim 5, it is characterized in that, described disk is also provided with at least one group of deflector, deflector described in each group comprises the water conservancy diversion assembly of multiple axis annular spread along disk, and described in each, water conservancy diversion assembly comprises fairing cap and pod apertures; Described fairing cap is located on disk, fairing cap is arcuate structure, and its cross section and profile are cambered surface, and described pod apertures is located on disk and is positioned at the lower section of fairing cap, yet forms both semicircle flow-guiding mouth between the end face of fairing cap and disk, this flow-guiding mouth communicates with described pod apertures.

7. paint raw materials dispersion machine gyratory agitation device according to claim 6, it is characterized in that, each water conservancy diversion assembly comprises two fairing caps, two fairing caps are located at top and the lower section of disk respectively, and two fairing caps are symmetrical arranged about the center of circle of described pod apertures and make symmetrical structure centered by this water conservancy diversion assembly.

8. paint raw materials dispersion machine gyratory agitation device according to claim 1, it is characterised in that, also comprise body, in this body, it is provided with drive-motor, described drive-motor is connected with described rotating shaft by rocking equipment; Described rocking equipment comprises rotating disk, inertia disk, connecting rod and piston cover, described rotating disk is connected on the motor shaft of drive-motor, described inertia disk and connecting rod are connected to the both sides of rotating disk, inertia disk is positioned on rotating disk near the side of drive-motor, and connecting rod is connected on rotating disk away from the side of drive-motor; Described connecting rod and rotating disk is hinged and the length direction of connecting rod and motor shaft is perpendicular, connecting rod is hinged away from one end and the described piston cover of rotating disk, and described rotating shaft is located in piston cover and is fixedly connected with piston cover.

9. paint raw materials dispersion machine gyratory agitation device according to claim 8, it is characterized in that, horizontally disposed bar shaped chute it is provided with in described body, described piston cover is slidably connected to the sidewall of this bar shaped chute, by the drive of drive-motor, piston cover is slided along the length direction of bar shaped chute.

10. paint raw materials dispersion machine gyratory agitation device according to claim 9, it is characterised in that, the both sides of described piston cover are two dimensional structure, and its both sides are equipped with the slide block of level, and two sidewalls of bar shaped chute are provided with and the groove that described slide block mates; Piston puts and is provided with vertical shaft hole, and the length direction of described slide block is vertical with the axis direction of this shaft hole.