CN205095727U - Vertical matrix mixing arrangement - Google Patents
Vertical matrix mixing arrangement Download PDFInfo
- Publication number
- CN205095727U CN205095727U CN201520826083.XU CN201520826083U CN205095727U CN 205095727 U CN205095727 U CN 205095727U CN 201520826083 U CN201520826083 U CN 201520826083U CN 205095727 U CN205095727 U CN 205095727U
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- mixing arrangement
- transition conduit
- base
- pusher
- finished product
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Abstract
The utility model discloses a vertical matrix mixing arrangement aims at that the solution is slow in some mixing arrangement mixing velocities, the low difficult problem of security, its technical scheme main points are vertical matrix mixing arrangement, including support, an agitating unit and the vertical stirring barrel that place of fixed mounting on the support, support, an agitating unit and stirring barrel all have two at least, stirring barrel bottom homogeneous phase expert is connected with the transition pipe, the intraductal pusher that is equipped with passes through, transition pipe end -to -end connection has the finished product bucket, finished product bucket top is equipped with the 2nd agitating unit. The utility model relates to a vertical matrix mixing arrangement mixes fast, the security is high.
Description
Technical field
The utility model relates to stirring field, and more particularly, it relates to a kind of vertical base-material mixing arrangement.
Background technology
Society is in many production and processings; frequent meeting is produced based on some or is processed and need to configure certain base-material; and the kind of base-material is usually all more than a kind of; multiple base-material is generation effect jointly normally; so in order to make the effect of base-material reach best, need before using to mix fully base-material.People were by manually stirring base-material when mixed resin in the past, and not only labour intensity is large, and the uneven situation of mixing often occurs, and mixed effect is poor.
At present, market there is a application publication number be a kind of Simple vertical stirrer of the Introduction To Cn Patent of CN103585915A, its operation principle is as follows: a kind of Simple vertical stirrer, comprise support, shaft and spice bucket, its support is symmetrical, and top, centre position is provided with root crossbeam, described crossbeam be provided with one piece of ceramic backing and install stirring motor by this ceramic backing, this stirring motor output shaft is connected on shaft; And described spice bucket is positioned at below the crossbeam in the middle of support, marginal position bottom it is provided with a circle arc convex, and some convex closures are evenly equipped with on this arc convex, in addition, described shaft is also provided with two groups of stirring vanes, its top stirring vane is at right angle setting relative to shaft, and bottom stirring vane is then arranged on shaft end face, and has the angle of 60 ~ 75 ° between shaft.Namely when base-material is placed on after in spice bucket, start stirring motor, stirring motor drives shaft to rotate, stirring motor is positioned on support, makes shaft be placed in spice bucket, the spice bucket of rotation has two stirring vanes, the rotation of stirring vane drives the flowing of base-material, and then base-material is mixed.
But when the main component of some base-materials (chemical base-material is main) is by two or more base-materials reaction generation in addition, and the base-material of this generation is unstable, easily qualitative change occurs, and so such base-material just needs now with the current.When being uniformly mixed base-material by above-mentioned vertical mixer, because initial base ingredients also needs respective mixing in pulverizing or after dissolving, progressively could generate the base-material of enough main components, need like this to spend the regular hour, but in this well-mixed process, the base-material of main component is also progressively generating, base-material due to this main component is unstable, easy generation qualitative change, will cause the invalid loss of the base-material of generation like this, cause damage.
Therefore, need to propose a kind of new scheme and solve the problems referred to above.
Utility model content
For the deficiency that prior art exists, the vertical base-material mixing arrangement that the purpose of this utility model is to provide a kind of and mixes fast, security is high.
For achieving the above object, the utility model provides following technical scheme: a kind of vertical base-material mixing arrangement, the spice bucket comprising support, be fixedly mounted on the first agitating device on support and vertically place, is characterized in that: described support, the first agitating device and spice bucket all have two at least; Described spice bottom of the barrel all interlinks and is connected to transition conduit; The first pusher is provided with in described transition conduit; Described transition conduit end is connected with finished barrel; The second agitating device is provided with above described finished barrel.
By adopting technique scheme, when mixed resin, first be pour basestocks into spice bucket, start the first agitating device to stir basestocks in spice bucket, after the basestocks in spice bucket stirs fully, start the first pusher in transition conduit, under the impetus of the first pusher, basestocks flows out along transition conduit, and flow in the finished barrel be connected with transition conduit end, start the second agitating device above finished barrel, make basestocks carry out final mixing in finished barrel.Due to basestocks in spice bucket be stirred full and uniform, namely basestocks particle has been sufficiently solubilized or has fully pulverized, when now basestocks mixes again, owing to eliminating the time by basestocks grain dissolution or pulverizing, basestocks mixed process in finished barrel can be completed rapidly, moreover, first pusher is applied to the effect that mixed uniformly basestocks one pushes, accelerate the speed that basestocks carries out mixing, make finished product base-material from be mixed into the shortest time mixed completely, the qualitative change amount of the unstable finished product base-material generated is reduced to minimum.
Further, described first agitating device or the second agitating device include motor, puddler and stirring piece, and described puddler is positioned at spice bucket or finished barrel inner chamber.
Pass through technique scheme, when the first agitating device or the second agitating device carry out stirring work, because basestocks or finished product base-material are filled into staving, starter motor, motor drives puddler to rotate, thus stirring piece is rotated in basestocks or finished product base-material, by such mode, a stirring action is served to basestocks or finished product base-material.
Further, described stirring piece is equipped with two, and the stirring piece described in two is positioned at the diverse location up and down of shaft and the direction of two stirring pieces is vertically arranged mutually.
Pass through technique scheme, when stirring work is carried out, base-material is driven to mix by stirring piece, but when only having a slice stirring piece, stirring is limited in scope, and easily causes part base-material to mix uneven situation, when have two stirring pieces be upper-lower position arrange time, the stirring piece scope that space can act in bucket is increased, is convenient to base-material to mix fully.And when two stirring pieces be mutually perpendicular direction arrange time, stirring piece can simultaneously in both direction to stirring, accelerate mixing speed, improve mixing efficiency.
Further, described transition conduit is connected at the bottom of spice bucket bucket, the downward-sloping setting of described transition conduit.
Pass through technique scheme, basestocks inside spice bucket is after having carried out abundant stirring, and the basestocks in spice bucket, under the effect of self gravitation, has the trend flowed downward along transition conduit, strengthen the propelling movement effect of the first pusher, save the incorporation time of basestocks.
Further, described transition conduit is provided with transition valve, and described transition valve is positioned at the one end close to spice bucket in transition conduit.
Pass through technique scheme, when arranging under transition conduit is tilted to, basestocks has certain pressure effect to the first pusher under the Action of Gravity Field of self, and when transition conduit is provided with transition valve, and when transition valve is positioned at close one end close to spice bucket, transition valve can be not only the pressure effect that the first pusher stops basestocks, and when basestocks pour into stir inside spice bucket time, because transition conduit and spice bucket are connected, also will just fall into transition conduit pipeline without stirring by some basestocks like this, and be difficult to the effect of being stirred, when transition valve is positioned at the one end close to spice bucket, the amount that now transition conduit can store basestocks just reduces to minimum, and maximum basestocks is stirred normally, improve the quality of basestocks.
Further, interlink bottom described finished barrel and be connected to discharge nozzle; Described discharge nozzle is provided with outlet valve, the second pusher and filter.
Pass through technique scheme, after finished product base-material has mixed, open the outlet valve on the discharge nozzle of finished barrel bottom and the second pusher, make finished product base-material along discharge nozzle and under the guiding function of discharge nozzle, flow to the place of its work, convenient and swift, and do not need finished product base-material to take out to shift again, moreover, in the process of this finished product base-material flowing, second pusher accelerates the movement of finished product base-material, not only save the time, reduce labor force, and finished product base-material can not spill when moving in discharge nozzle, the accident such as come off, security is higher.And can qualitative change be there is in some finished product base-material under illumination and aerobic conditions; so in discharge nozzle, the finished product base-material of movement would not be subject to these external influences; and finished product base-material is protected; in discharge nozzle, during mobile finished product base-material, save the time of the work that is generated to of finished product base-material simultaneously, decrease the qualitative change amount of finished product base-material.Moreover, filter is connected with in discharge nozzle, when some are not pulverized thoroughly or do not dissolve that finished product base-material is by discharge nozzle completely, by filter, this part finished product base-material is stopped, making by the finished product base-material of discharge nozzle is that particle is less or dissolving is sufficient, such finished product base-material mixes part the most fully, also be the part that can play finished product base-material function, when making the passing ratio of this part finished product base-material by filter raising and carry out work, the work quality of finished product base-material can well be improved.
Further, described filter comprises the screen pack be fixedly connected in discharge nozzle.
By technique scheme, the screen pack of filter is arranged in discharge nozzle, and like this when finished product base-material flows through filter screen, the finished product base-material do not dissolved or pulverize completely stops and staying by the loose structure of screen pack, and the finished product base-material making quality higher passes through.
Further, described first pusher or the second pusher comprise the drive motors pushing screw rod and drive propelling movement screw rod, and described propelling movement screw rod is arranged in transition conduit or discharge nozzle.
Pass through technique scheme, when the first pusher or the second pusher carry out work, start drive motors, drive motors drives and pushes bolt rotary, before basestocks or finished product base-material are driven under the helicoidal structure feature pushing screw rod, thus accelerate front line speed, save transfer time.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present embodiment;
Fig. 2 is the agitating device figure of the present embodiment.
In figure: 1, support; 2, the first agitating device; 3, spice bucket; 4, transition conduit; 5, transition valve; 6, the first pusher; 7, finished barrel; 8, the second agitating device; 9, discharge nozzle; 10, outlet valve; 11, filter; 12, the second pusher; 21, motor; 22, puddler; 23, stirring piece; 31, spice bucket bung; 31a, raw material poke hole; 31b, raw material hole; 61, finished barrel bung; 61a, finished product poke hole; 61b, mix aperture.
Detailed description of the invention
Referring to figs. 1 through Fig. 2, a kind of vertical base-material mixing arrangement of the utility model is described further.
As shown in Figure 1, two spice bucket 3 accommodated side-by-side are on a support 1 time, and be provided with first agitating device 2 be fixedly mounted on support 1 directly over each spice bucket 3, first agitating device 2 comprises motor 21, puddler 22 and stirring piece 23, as shown in Figure 2, wherein spice bucket 3 can be industrial agitator common on market, a kind of agitating device of the first agitating device 2 can be application publication number be CN103585915A Introduction To Cn Patent, and above each spice bucket 3, be fixedly installed corresponding spice bucket bung 31, can be bolted, each spice bucket bung 31 is equipped with raw material poke hole 31a and raw material hole 31b, puddler 22 through raw material poke hole 31a, and makes stirring piece 23 be arranged in spice bucket 3 inner chamber, all interlink in the bottom of spice bucket 3 and be connected to transition conduit 4, and the direction of transition conduit 4 is downward along spice bucket 3 bottom angled, transition conduit 4 is connected with transition valve 5, and transition valve 5 is arranged on the place close to spice bucket 3 edge, and wherein transition valve 5 can be single ball valve common on market, in transition conduit 4, transition valve 5 rear is provided with the first pusher 6, and wherein the first pusher 6 can be screw rod conveyor common on market, transition conduit 4 end is a bending bend pipe structure down, finished barrel 7 is in immediately below transition conduit 4, and transition conduit 4 distal opening faces the mix aperture 61b on the finished barrel bung 61 being fixedly connected to finished barrel 7 top, the height transition conduit 4 of mix aperture 61b is close to level, caliber is a bit larger tham the caliber of transition conduit 4, and wherein finished barrel 7 also can be industrial agitator common on market, also have directly over finished barrel 7 and the mode same with spice bucket 3 is provided with the second agitating device 8, and puddler 22 makes stirring piece 23 be arranged in finished barrel 7 inner chamber through mix aperture 61b, interlink bottom finished barrel 7 and be connected to discharge nozzle, discharge nozzle is connected with filter and outlet valve and the second pusher, wherein the second agitating device 8 mentioned here, filter consistent with the first agitating device 2 being positioned at spice bucket 3 can be arranged on cage modle filter common on the market of discharge nozzle,, outlet valve can be single ball valve common on market, the second pusher can be the same with the first pusher 6 in transition conduit 4.
When work, first be from two raw material poke hole 31a, pour the basestocks needing to carry out mixing into, now transition valve 5 is in closed condition, first pusher 6 is in holding state, the first agitating device 2 above support 1 is started after pouring base-material into, first agitating device 2 drives puddler 22 to rotate, stirring piece 23 is driven to rotate again, base-material has been poured into due in now spice bucket 3, the rotation of stirring piece 23 just produces an effect driven to base-material, and drive base-material to rotate in spice bucket 3, so just basestocks is mixed.More preferred, puddler 22 is connected with two panels and is in upper and lower diverse location and the orthogonal stirring piece 23 in direction, when two stirring pieces 23 stir evenly simultaneously, the space behavior scope of stirring piece 23 increases, the base-material amount of simultaneously stirring also increases, as shown in Figure 2, so just make the mixing speed of base-material speed, operating efficiency improves.Downward-sloping transition conduit 4 is connected bottom spice bucket 3, after the basestocks in two spice buckets 3 all stirs fully, open transition valve 5, start the first pusher 6, the basestocks stirred flows out downwards along transition conduit 4 under the impetus of the first pusher 6 and the booster action of self gravitation, and transition conduit 4 distal opening just right be mix aperture 61b on finished barrel bung 61, so the even basestocks of two transition conduit 4 outflows converges in finished barrel 7, now outlet valve is in closed condition, second pusher is in holding state, start the second agitating device 8 above finished barrel 7, the basestocks started flowing out from spice bucket 3 mixes, because in spice bucket 3, basestocks is evenly mixed, the basestocks flowed out from transition conduit 4 has been just a uniform state, again mix more quick in finished barrel 7, thoroughly.After the finished product base-material of finished barrel 7 li also fully mixes, open outlet valve, start the second pusher, finished product base-material inside finished barrel 7 is flowed out by discharge nozzle, discharge nozzle extends the place of straight base-material work always, wherein discharge nozzle is also connected with filter, some impurity and some larger finished product base-materials do not pulverized completely or dissolve can filter by filter, ensure that the finished product base-material of output services has a higher quality, and the second pusher is applied to the active force that finished product base-material one promotes its movement in the process of finished product base-material movement, make finished product base-material from the shortest time being generated to work, ensure that the optimum state of finished product base-material work.
More preferred, when finished product base-material is unstable, when easy generation qualitative change, can by calculating the time needed for mixing of base-material, the progress of correctly arranging work, namely pour raw material base-material into spice bucket 3 from raw material poke hole 31a at reasonable time to stir evenly fully, opening transition valve 5 after stirring evenly makes raw material base-material flow into finished barrel 7, and in finished barrel 7, mix rapidly generation finished product base-material, finished product base-material directly derived use by opening outlet valve after finished product base-material generates, and start the first pusher 6 and the second pusher respectively when carrying basestocks and finished product base-material, what time that base-material leaves unused so not only can be made to reduce is the shortest, and greatly save the transfer base-material time used, serve the upper effect reducing the variable mass of finished product base-material to greatest extent, and the oxygen of the finished product base-material of many instability in ingress of air and meeting accelerated decomposition when being subject to illumination, and the finished product base-material transported in closed lighttight discharge nozzle is not subject to the threat of oxygen and illumination, ensure that the purity of finished product base-material.
More preferred, finished barrel bung 61 and two spice bucket bungs 31 are all provided with corresponding through hole, namely spice bucket bung 31 is provided with raw material poke hole 31a and raw material hole 31b, and finished product poke hole 61a on finished barrel bung 61 and mix aperture 61b, so not only can prevent spilling and splashing of base-material, and when containing volatile toxic substance in base-material, bung can prevent noxious material spilling from damaging human body effectively, can also prevent impurity from falling in bucket and pollute base-material.This vertical base-material mixing arrangement just can be made to reach by these technical schemes above-mentioned and mix quick, that security is high object.
The above is only preferred embodiment of the present utility model, protection domain of the present utility model be not only confined to above-described embodiment, and all technical schemes belonged under the utility model thinking all belong to protection domain of the present utility model.It should be pointed out that for those skilled in the art, do not departing from the some improvements and modifications under the utility model principle prerequisite, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (8)
1. a vertical base-material mixing arrangement, the spice bucket comprising support, be fixedly mounted on the first agitating device on support and vertically place, is characterized in that: described support, the first agitating device and spice bucket all have two at least; Described spice bottom of the barrel all interlinks and is connected to transition conduit; The first pusher is provided with in described transition conduit; Described transition conduit end is connected with finished barrel; The second agitating device is provided with above described finished barrel.
2. the vertical base-material mixing arrangement of one according to claim 1, it is characterized in that: described first agitating device or the second agitating device include motor, puddler and stirring piece, described puddler is positioned at spice bucket or finished barrel inner chamber.
3. the vertical base-material mixing arrangement of one according to claim 2, is characterized in that: described stirring piece is equipped with two, and the stirring piece described in two is positioned at the diverse location up and down of shaft and the direction of two stirring pieces is vertically arranged mutually.
4. the vertical base-material mixing arrangement of one according to claim 1, is characterized in that: described transition conduit is connected at the bottom of spice bucket bucket, the downward-sloping setting of described transition conduit.
5. the vertical base-material mixing arrangement of the one according to claim 1 or 4, it is characterized in that: described transition conduit is provided with transition valve, described transition valve is positioned at the one end close to spice bucket in transition conduit.
6. the vertical base-material mixing arrangement of one according to claim 1, is characterized in that: interlinking bottom described finished barrel is connected to discharge nozzle; Described discharge nozzle is provided with outlet valve, the second pusher and filter.
7. the vertical base-material mixing arrangement of one according to claim 6, is characterized in that: described filter comprises the screen pack be fixedly connected in discharge nozzle.
8. the vertical base-material mixing arrangement of the one according to claim 1 or 6, it is characterized in that: described first pusher or the second pusher comprise the drive motors pushing screw rod and drive propelling movement screw rod, and described propelling movement screw rod is arranged in transition conduit or discharge nozzle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520826083.XU CN205095727U (en) | 2015-10-21 | 2015-10-21 | Vertical matrix mixing arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520826083.XU CN205095727U (en) | 2015-10-21 | 2015-10-21 | Vertical matrix mixing arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205095727U true CN205095727U (en) | 2016-03-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520826083.XU Expired - Fee Related CN205095727U (en) | 2015-10-21 | 2015-10-21 | Vertical matrix mixing arrangement |
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| Country | Link |
|---|---|
| CN (1) | CN205095727U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112691598A (en) * | 2020-12-10 | 2021-04-23 | 河南金拇指防水科技股份有限公司 | Stirring device for uniform mixing |
-
2015
- 2015-10-21 CN CN201520826083.XU patent/CN205095727U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112691598A (en) * | 2020-12-10 | 2021-04-23 | 河南金拇指防水科技股份有限公司 | Stirring device for uniform mixing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160323 Termination date: 20181021 |