CN204217849U - A kind of combined feed Additive Production device - Google Patents

A kind of combined feed Additive Production device Download PDF

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Publication number
CN204217849U
CN204217849U CN201420684502.6U CN201420684502U CN204217849U CN 204217849 U CN204217849 U CN 204217849U CN 201420684502 U CN201420684502 U CN 201420684502U CN 204217849 U CN204217849 U CN 204217849U
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China
Prior art keywords
sub
discharging
tank
mixing
storage tank
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Expired - Fee Related
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CN201420684502.6U
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Chinese (zh)
Inventor
郭华
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WEIFANG JIAYIJIA BIO-TECHNOLOGY Co Ltd
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WEIFANG JIAYIJIA BIO-TECHNOLOGY Co Ltd
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Priority to CN201420684502.6U priority Critical patent/CN204217849U/en
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Abstract

The utility model discloses a kind of combined feed Additive Production device, comprise at least two powders and add tank, material elevator, storage tank and mixing device, at least one mixing device is connected with liquid material adding set, and the discharge end of described mixing device is connected with discharge device; Powder interpolation tank, material elevator, storage tank are also connected to dust arrester respectively; Multiple material is added tank Combination Design together by the utility model; once can produce the feed of multiple different component; part wherein can certainly be selected to produce; be self-existent between each several part, mixing device makes material ratio comparatively disperse, and various materials can be made to mix more abundant; the dust produced in each tank carries out unifying process by dust arrester; avoid dust to be floated to the outside of equipment, contribute to protecting indoor environment, ensure that staff's is healthy.

Description

A kind of combined feed Additive Production device
Technical field
The utility model relates to a kind of feed production equipment technical field, particularly relates to a kind of combined feed Additive Production device.
Background technology
A complete production line is generally had mixing of feed manufacturing or feed addictive, adding namely from feedstuff, to various raw material metering mixing, the mix and blend arriving various raw material again makes feed product, having had the specific mechanical equipment of corresponding technique, mainly there is following shortcoming in the above-mentioned various equipment used at present:
One, blending bunker of the prior art is more concentrated when material falls, and because shaft is mostly laterally installed, material therefore can be caused to accumulate in the bottom of blending bunker, formed and stir dead angle, have impact on mixing effect, and then make the feeding quality of production uneven, differ greatly.
Two, the equipment that in prior art, feed mixes with additive mostly is open equipment, and pulverous raw material can produce a large amount of dust when toppling over and load in mixture, and the equipment of feed manufacturing is installed on indoor again, therefore cause ambient operating environment poor, be unfavorable for that staff's is healthy, also result in the waste of raw material simultaneously.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of batch mixing evenly and can not produce the combined feed Additive Production device of a large amount of dust.
For solving the problems of the technologies described above, the technical solution of the utility model is: a kind of combined feed Additive Production device, comprise at least two powders be set up in parallel and add tank, each described powder adds tank and is connected to material elevator, the discharge end of described material elevator is connected with the corresponding storage tank arranged, the lower end of described storage tank is communicated with mixing device respectively, and mixing device described at least one is connected with liquid material adding set, and the discharge end of described mixing device is connected with discharge device; Described powder interpolation tank, described material elevator, described storage tank are also connected to dust arrester respectively.
As preferred technical scheme, described mixing device comprises blending bunker, agitating device is rotatablely equipped with in described blending bunker, described agitating device is connected with drive unit, be positioned in described blending bunker above described agitating device and be provided with material dispersing device, the bottom of described blending bunker is communicated with discharging bin, and rotate between described blending bunker and described discharging bin and be provided with valve plate, described valve plate is connected with valve plate cylinder.
As preferred technical scheme, described material dispersing device comprises the umbrella sub-material rotary body rotating and be installed in described blending bunker, the charging aperture concentric of described sub-material rotary body and described blending bunker is arranged, and the outer surface of described sub-material rotary body is evenly equipped with screw material-distributing groove.
As preferred technical scheme, the outer surface of described sub-material rotary body with its summit for the center of circle is divided at least two sub-material rings, on each described sub-material ring, correspondence is provided with described screw material-distributing groove respectively, and the density of described screw material-distributing groove by little described sub-material ring to large described sub-material ring successively gradually large setting, the degree of depth by little described sub-material ring to large described sub-material ring successively gradually shallow setting.
As preferred technical scheme, described liquid material adding set comprises liquid tank, bottom described liquid tank, booster pump is installed, the outlet end of described booster pump is connected to described blending bunker by liquid material pipe, fluid endless tube is provided with in described blending bunker, described fluid endless tube is furnished with fluid hole, and described fluid endless tube is arranged at the below of described sub-material rotary body, and described fluid loop diameter is greater than the maximum gauge of described sub-material rotary body.
As preferred technical scheme, the first drawing mechanism that the discharge outlet that described discharge device comprises the described mixing device be connected with described liquid material adding set is provided with, the second drawing mechanism that the discharge outlet remaining described mixing device is provided with;
Described first drawing mechanism comprises the feed screw be connected with the discharging opening of described discharging bin, the discharge end of described feed screw undertakes discharging hopper, in described discharging hopper, outlet valve is installed, outside described discharging hopper, is provided with the handwheel controlling described outlet valve;
The feed screw that the discharging opening that described second drawing mechanism comprises described discharging bin connects, the discharging opening of described feed screw undertakes separating sieve, and described separating sieve is provided with discharge nozzle.
As preferred technical scheme, a kind of combined feed Additive Production device also comprises the material being arranged on each described storage tank sidepiece and revolves and send pipe, the discharge outlet of each described storage tank is also provided with discharging arm, and described discharging arm is communicated to described material respectively and revolves and send pipe.
As preferred technical scheme, described dust arrester comprises deduster, described deduster is provided with inlet end and outlet side, described inlet end adds tank, described material elevator and described storage tank respectively by air inlet pipe and described powder and is connected, described outlet side be connected with blast pipe, described blast pipe is provided with exhaust blower.
As preferred technical scheme, the discharging valve plate of its discharging opening of shutoff is installed in described storage tank, described storage tank outer wall is provided with the discharging valve plate cylinder driving described discharging valve plate.
As preferred technical scheme, described powder adds tank, described material elevator, described storage tank and described mixing device outside and is arranged with production safety frame.
Owing to have employed technique scheme, a kind of combined feed Additive Production device, comprise at least two powders be set up in parallel and add tank, each described powder adds tank and is connected to material elevator, the discharge end of described material elevator is connected with the corresponding storage tank arranged, the lower end of described storage tank is communicated with mixing device respectively, and mixing device described at least one is connected with liquid material adding set, and the discharge end of described mixing device is connected with discharge device; Described powder interpolation tank, described material elevator, described storage tank are also connected to dust arrester respectively; The beneficial effects of the utility model are: multiple material is added tank Combination Design together; once can produce the feed of multiple different component; part wherein can certainly be selected to produce; self-existent between each several part; mixing device makes material ratio comparatively disperse; various materials can be made to mix more abundant; the dust produced in each tank carries out unifying process by dust arrester; dust is avoided to be floated to the outside of equipment; contribute to protecting indoor environment, ensure that staff's is healthy.
Accompanying drawing explanation
The following drawings is only intended to schematically illustrate the utility model and explain, does not limit scope of the present utility model.Wherein:
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the rearview of the utility model embodiment;
Fig. 3 is the side view of the utility model embodiment;
Fig. 4 is the installment state schematic diagram of the utility model embodiment;
Fig. 5 is the structural representation of the utility model embodiment mixing device;
Fig. 6 is the structural representation of the utility model embodiment material dispersing device;
In figure: 1-powder adds tank; 2-material elevator; 3-storage tank; 4-discharging valve plate cylinder; 5-production safety frame; 6-mixing device; 601-blending bunker; 602-shaft; 603-drive motors; 604-batch mixing valve plate; 605-batch mixing valve plate cylinder; 606-stirrer paddle; 607-discharging bin; 608-double-screw type feeder; 609-sub-material rotary body; 610-screw material-distributing groove; 611-sub-material ring; 7-liquid tank; 8-booster pump; 9-liquid material pipe; 10-fluid endless tube; 11-feed screw; 12-discharging hopper; 13-handwheel; 14-separating sieve; 16-dust arrester; 1601-deduster; 1602-air inlet pipe; 1603-blast pipe; 1604-exhaust blower; 17-material revolves and send pipe.
Detailed description of the invention
Below in conjunction with drawings and Examples, set forth the utility model further.In the following detailed description, the mode only by illustrating describes some one exemplary embodiment of the present utility model.Undoubtedly, those of ordinary skill in the art can recognize, when not departing from spirit and scope of the present utility model, can revise by various different mode to described embodiment.Therefore, accompanying drawing is illustrative with being described in essence, instead of for limiting the protection domain of claim.
As Fig. 1, Fig. 2, shown in Fig. 3 and Fig. 4, a kind of combined feed Additive Production device, comprise at least two powders be set up in parallel and add tank 1, each described powder adds tank 1 and is connected to material elevator 2, the discharge end of described material elevator 2 is connected with the corresponding storage tank 3 arranged, the lower end of described storage tank 3 is communicated with mixing device 6 respectively, the discharging valve plate of its discharging opening of shutoff is installed in described storage tank 3, described storage tank 3 outer wall is provided with the discharging valve plate cylinder 4 driving described discharging valve plate, for controlling the output of material, described at least one, mixing device 6 is connected with liquid material adding set, the discharge end of described mixing device 6 is connected with discharge device, described powder adds tank 1, described material elevator 2, described storage tank 3 and described mixing device 6 outside and is arranged with production safety frame 5, is mounted on by this device on production safety frame 5, to improve the safety and stability of use.
As shown in Figure 1 and Figure 5, described mixing device 6 comprises the blending bunker 601 be communicated with the discharge end of described material elevator 2, agitating device is rotatablely equipped with in described blending bunker 601, described agitating device is connected with drive unit, described agitating device comprises the shaft 602 that two rotations are arranged, described in two, shaft 602 be arranged in parallel, and on described shaft 602, arrangement is provided with stirrer paddle 606, and stirring efficiency is high.Described drive unit comprises described blending bunker 601 outer end and is provided with the drive motors 603 driving described shaft 602, the top being positioned at described shaft 602 in described blending bunker 601 is provided with material dispersing device, described material dispersing device makes the material entered in described blending bunker 601 spread from trend surrounding and fall on described shaft 602, prevent material too concentrated, contribute to the uniformity improving mixing of materials.Be communicated with bottom described blending bunker 601 and be provided with discharging bin 607, rotate between described blending bunker 601 and described discharging bin 607 and be provided with valve plate 604, described valve plate 604 is connected with valve plate cylinder 605, described valve plate cylinder 605 can drive described valve plate 604 to rotate, and described blending bunker 601 and described discharging bin 607 is interconnected or independent separately.When carrying out batch mixing, valve plate 604 is in closed condition, after mixing of materials is good, by described valve plate cylinder 605, described valve plate 604 can be opened, the material mixed is made to enter described discharging bin 607 from described blending bunker 601, so that filling, when material is all transferred to after in described discharging bin 607, valve plate 604 can be closed, continue to add materials and mix, thus described discharging bin 607 carries out filling while blending bunker 601 can be made to stir, and is independent of each other, contribute to the efficiency improving Feed Manufacturing.
Described discharging bin 607 bottom discharge mouth place is provided with drawing mechanism, and described drawing mechanism is double-screw type feeder 608, can improve the efficiency that material exports.
As shown in Figure 6, described material dispersing device comprises the umbrella sub-material rotary body 609 rotating and be installed in described blending bunker 601, described sub-material rotary body 609 can be installed by support and be fixed in blending bunker 601, when material falls, can freely rotate under the driving of material, utilize centrifugal force, material is disperseed to surrounding.Described sub-material rotary body 609 is arranged with the charging aperture concentric of described blending bunker 601, and the outer surface of described sub-material rotary body 609 is evenly equipped with screw material-distributing groove 610.The outer surface of the rotary body of sub-material described in the present embodiment 609 with its summit for the center of circle is divided at least twice sub-material ring 611, on sub-material ring 611 described in per pass, correspondence is provided with described screw material-distributing groove 610 respectively, and the slot pitch between adjacent described screw material-distributing groove 610 is increased to low side gradually by the top of described sub-material rotary body 609, the degree of depth of each described screw material-distributing groove 610 is reduced to low side gradually by the top of described sub-material rotary body 609.Contribute to improving the efficiency of mixing of materials and the adequacy of mixing.
As shown in Figure 1 and Figure 5, described liquid material adding set comprises liquid tank 7, bottom described liquid tank 7, booster pump 8 is installed, the outlet end of described booster pump 8 is connected to described blending bunker 601 by liquid material pipe 9, fluid endless tube 10 is provided with in described blending bunker 601, described fluid endless tube 10 is furnished with fluid hole, described booster pump 8 can improve the dynamics that liquid material outwards sprays, described fluid endless tube 10 is arranged at the below of described sub-material rotary body, and described fluid endless tube 10 diameter is greater than the maximum gauge of described sub-material rotary body 609, what liquid material and powder material can be made mutually to mix is more even.
As shown in Figures 2 and 3, the first drawing mechanism that the discharge outlet that described discharge device comprises the described mixing device 6 be connected with described liquid material adding set is provided with, the second drawing mechanism that the discharge outlet remaining described mixing device 6 is provided with; Described first drawing mechanism comprises the feed screw 11 be connected with the discharging opening of described discharging bin 607, the discharge end of described feed screw 11 undertakes discharging hopper 12, the discharging opening of described discharging hopper 12 is provided with splicing bag, in described discharging hopper 12, outlet valve is installed, the handwheel 13 controlling described outlet valve is provided with outside described discharging hopper 12, described handwheel 13 can control unlatching or the cut out of described outlet valve, to control discharge state.The feed screw that the discharging opening that described second drawing mechanism comprises described discharging bin 607 connects, the discharging opening of described feed screw undertakes separating sieve 14, described separating sieve 14 is provided with discharge nozzle, the bulk materials be bonded together can screw out by described separating sieve 14, again put into production, to improve the quality of product.
As illustrated in fig. 1 and 2, described powder interpolation tank 1, described material elevator 2, described storage tank 3 are also connected to dust arrester 16 respectively, described dust arrester 16 comprises deduster 1601, the concrete structure of described deduster 1601 is the content in the art known by those of ordinary skill, then this repeats no more.Described deduster 1601 is provided with inlet end and outlet side, described inlet end adds tank 1, described material elevator 2 and described storage tank 3 respectively by air inlet pipe 1602 and described powder and is connected, described outlet side be connected with blast pipe 1603, described blast pipe 1603 is provided with exhaust blower 1604, the dust that each tank body can produce by described deduster 1601 carries out concentrated dust-removing, for purifying the air of a room, material being reclaimed simultaneously, preventing indoor and environmental pollution.
As depicted in figs. 1 and 2, the present embodiment also comprises the material being arranged on each described storage tank sidepiece and revolves and send pipe 17, and the discharge outlet of each described storage tank 3 is also provided with discharging arm, and described discharging arm is communicated to described material respectively and revolves and send pipe 17.Multiple material can be added tank Combination Design together; once can produce the feed of multiple different component; part wherein can certainly be selected to produce; be self-existent between each several part, mixing device makes material ratio comparatively disperse, and various materials can be made to mix more abundant; the dust produced in each tank carries out unifying process by dust arrester; avoid dust to be floated to the outside of equipment, contribute to protecting indoor environment, ensure that staff's is healthy.
Description of the present utility model provides for the purpose of example and description, and is not exhaustively or by the utility model be limited to disclosed form.Many modifications and variations are obvious for the ordinary skill in the art.Selecting and describing embodiment is in order to principle of the present utility model and practical application are better described, and enables those of ordinary skill in the art understand the utility model thus design the various embodiments with various amendment being suitable for special-purpose.

Claims (10)

1. a combined feed Additive Production device, it is characterized in that: comprise at least two powders be set up in parallel and add tank, each described powder adds tank and is connected to material elevator, the discharge end of described material elevator is connected with the corresponding storage tank arranged, the lower end of described storage tank is communicated with mixing device respectively, mixing device described at least one is connected with liquid material adding set, and the discharge end of described mixing device is connected with discharge device; Described powder interpolation tank, described material elevator, described storage tank are also connected to dust arrester respectively.
2. a kind of combined feed Additive Production device as claimed in claim 1, it is characterized in that: described mixing device comprises blending bunker, agitating device is rotatablely equipped with in described blending bunker, described agitating device is connected with drive unit, be positioned in described blending bunker above described agitating device and be provided with material dispersing device, the bottom of described blending bunker is communicated with discharging bin, and rotate between described blending bunker and described discharging bin and be provided with valve plate, described valve plate is connected with valve plate cylinder.
3. a kind of combined feed Additive Production device as claimed in claim 2, it is characterized in that: described material dispersing device comprises the umbrella sub-material rotary body rotating and be installed in described blending bunker, the charging aperture concentric of described sub-material rotary body and described blending bunker is arranged, and the outer surface of described sub-material rotary body is evenly equipped with screw material-distributing groove.
4. a kind of combined feed Additive Production device as claimed in claim 3, it is characterized in that: the outer surface of described sub-material rotary body with its summit for the center of circle is divided at least two sub-material rings, on each described sub-material ring, correspondence is provided with described screw material-distributing groove respectively, and the density of described screw material-distributing groove by little described sub-material ring to large described sub-material ring successively gradually large setting, the degree of depth by little described sub-material ring to large described sub-material ring successively gradually shallow setting.
5. a kind of combined feed Additive Production device as described in claim 3 or 4, it is characterized in that: described liquid material adding set comprises liquid tank, bottom described liquid tank, booster pump is installed, the outlet end of described booster pump is connected to described blending bunker by liquid material pipe, fluid endless tube is provided with in described blending bunker, described fluid endless tube is furnished with fluid hole, described fluid endless tube is arranged at the below of described sub-material rotary body, and described fluid loop diameter is greater than the maximum gauge of described sub-material rotary body.
6. a kind of combined feed Additive Production device as claimed in claim 5, it is characterized in that: the first drawing mechanism that the discharge outlet that described discharge device comprises the described mixing device be connected with described liquid material adding set is provided with, the second drawing mechanism that the discharge outlet remaining described mixing device is provided with;
Described first drawing mechanism comprises the feed screw be connected with the discharging opening of described discharging bin, the discharge end of described feed screw undertakes discharging hopper, in described discharging hopper, outlet valve is installed, outside described discharging hopper, is provided with the handwheel controlling described outlet valve;
The feed screw that the discharging opening that described second drawing mechanism comprises described discharging bin connects, the discharging opening of described feed screw undertakes separating sieve, and described separating sieve is provided with discharge nozzle.
7. a kind of combined feed Additive Production device as claimed in claim 6, it is characterized in that: also comprise the material being arranged on each described storage tank sidepiece and revolve and send pipe, the discharge outlet of each described storage tank is also provided with discharging arm, and described discharging arm is communicated to described material respectively and revolves and send pipe.
8. a kind of combined feed Additive Production device as claimed in claim 1, it is characterized in that: described dust arrester comprises deduster, described deduster is provided with inlet end and outlet side, described inlet end adds tank, described material elevator and described storage tank respectively by air inlet pipe and described powder and is connected, described outlet side be connected with blast pipe, described blast pipe is provided with exhaust blower.
9. a kind of combined feed Additive Production device as claimed in claim 8, is characterized in that: the discharging valve plate being provided with its discharging opening of shutoff in described storage tank, described storage tank outer wall is provided with the discharging valve plate cylinder driving described discharging valve plate.
10. a kind of combined feed Additive Production device as claimed in claim 9, is characterized in that: described powder adds tank, described material elevator, described storage tank and described mixing device outside and is arranged with production safety frame.
CN201420684502.6U 2014-11-14 2014-11-14 A kind of combined feed Additive Production device Expired - Fee Related CN204217849U (en)

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Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2017080061A1 (en) * 2015-11-13 2017-05-18 太仓井林机械科技有限公司 Automated feed stirring apparatus
CN106900578A (en) * 2017-01-22 2017-06-30 陆川县米场南桥猪场 A kind of pig house feeding systems

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2017080061A1 (en) * 2015-11-13 2017-05-18 太仓井林机械科技有限公司 Automated feed stirring apparatus
CN106900578A (en) * 2017-01-22 2017-06-30 陆川县米场南桥猪场 A kind of pig house feeding systems

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Granted publication date: 20150325

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