CN206951110U

CN206951110U - A kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment

Info

Publication number: CN206951110U
Application number: CN201720811075.7U
Authority: CN
Inventors: 胡志辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-07-05
Filing date: 2017-07-05
Publication date: 2018-02-02
Anticipated expiration: 2027-07-05

Abstract

The utility model discloses a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment, including blending bin, No.1 feed tank, base, No.1 rotating cylinder, No. two rotating cylinders and No. two feed tanks, rotating bar is provided with by bearing connected mode rotating turret in the middle and lower part inner chamber of blending bin, No.1 rotating cylinder and No. two rotating cylinders are fixedly installed in rotating bar, No.1 piston is provided with cylindrical cavity inside No.1 rotating cylinder, the side of No.1 piston is fixedly connected with No.1 puddler A one end, the opposite side of No.1 piston is fixedly connected with No.1 puddler B one end, No. two pistons are provided with cylindrical cavity inside No. two rotating cylinders, the side of No. two pistons is fixedly connected with No. two puddler A one end, the opposite side of No. two pistons is fixedly connected with No. two puddler B one end.The utility model is simple in construction, and charging is controllable, and fertilizer dissolution velocity is fast, good mixing effect, greatlys save operating efficiency, is adapted to promote the use of.

Description

A kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment

Technical field

It the utility model is related to fertilizer hybrid technology field, specifically a kind of a variety of water solubilitys for genetic engineering experiment Fertilizer mixing arrangement.

Background technology

Method manually, exogenous genetic fragment and carrier DNA are extracted from different biologies, by In vitro digestion, splicing And restructuring, then take some way, the carrier DNA introduced plant cell with foreign gene after restructuring, and make its Replicated and expressed in plant cell, to reach the expected purpose for changing recipient plant cell hereditary capacity, such a process It is referred to as plant genetic engineering.

When plant genetic engineering is tested, plant is indispensable experimental subjects, and the growth applied fertilizer to plant is closely related, Melted and could be applied fertilizer, it is necessary to which solid fertilizer is mixed with water when at present to the plant fertilising of plant genetic engineering experiment, The shortcomings that labor intensity is big, mixing time is long in mixing process be present, therefore be badly in need of researching and developing labor intensity in a kind of mixing process Small, batch mixing efficiency high the fertilizer mixing arrangement for plant genetic engineering experiment.

Utility model content

The purpose of this utility model is to provide a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment, To solve the problems mentioned in the above background technology.

To achieve the above object, the utility model provides following technical scheme：

A kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment, including blending bin, No.1 feed tank, bottom Seat, No.1 rotating cylinder, No. two rotating cylinders and No. two feed tanks, the upper surface of the base fix weld holder and are provided with support bar；It is described mixed The top for being erected at support bar is fixed in mould assembling by welding manner；Pass through bearing connection side in the middle and lower part inner chamber of the blending bin Formula rotating turret is provided with rotating bar；Be respectively arranged with No.1 rotating cylinder and No. two rotating cylinders in the inner chamber of the blending bin, No.1 rotating cylinder and No. two rotating cylinders are fixedly installed in rotating bar；The upper surface of the base is fixed weld holder by welding manner and stood provided with support Plate；The end of the rotating bar rotates the top for being erected at supporting vertical plate by bearing connected mode；The top of the supporting vertical plate End is installed with the No.1 motor for driving rotating bar to rotate；Set in cylindrical cavity inside the No.1 rotating cylinder There is No.1 piston；The side of the No.1 piston is fixedly connected with No.1 puddler A one end, and No.1 puddler A, which is slided, to be run through In in the guiding slide opening opened up on No.1 rotating cylinder top plate；One end of the opposite side of the No.1 piston and No.1 puddler B is fixed Connection, discharging tube are slided through in the guiding slide opening opened up on No.1 rotating cylinder bottom plate；Cylindricality inside No. two rotating cylinders is empty Intracavitary is provided with No. two pistons；The side of No. two pistons is fixedly connected with No. two puddler A one end, No. two puddler A Slip through in the guiding slide opening opened up on No. two rotating cylinder top plates；The opposite side and No. two puddler B of No. two pistons One end be fixedly connected, No. two puddler B are slided through in the guiding slide opening opened up on No. two rotating cylinder bottom plates.

As further program of the utility model：The intracavity bottom of the No.1 feed tank is by No. two material blanking tubes with mixing The inner chamber top of mould assembling is connected；The intracavity bottom of No. two feed tanks passes through No.1 material blanking tube and the inner chamber top of blending bin It is connected；A charging hopper is respectively provided with and communicated with the No.1 feed tank and No. two feed tanks；The No.1 feed tank and Rotated in the inner chamber of No. two feed tanks by bearing connected mode and be provided with rotary shaft；The outer ring of the rotary shaft is in midpoint pair Distribution is claimed to be fixedly installed three striker plates.

As further program of the utility model：It is all provided with the side plate outer wall of the No.1 feed tank and No. two feed tanks No. two motors for driving rotary shaft to rotate are equipped with, wherein the end of the output shaft of No. two motors and rotary shaft is driven Dynamic connection.

As further program of the utility model：The output shaft of the No.1 motor and the end of rotating bar drive Connection, No.1 motor use servomotor.

As further program of the utility model：The structure of the No.1 rotating cylinder and No. two rotating cylinders is identical, No.1 rotating cylinder It is the internal tube structure for offering cylindrical cavity with No. two rotating cylinders, a guiding is offered on the top plate and bottom plate of cylinder Slide opening and at least two through holes.

As further program of the utility model：The No.1 puddler A and No. two puddler A equal lengths；It is described No. two puddler B and No.1 puddler B equal length；The length of the No.1 puddler A is more than No.1 puddler B length Degree.

As further program of the utility model：The No.1 puddler A, No. two puddler A, No. two puddler B and The end of roller is provided with roller, and roller is in contact with the inner wall surface of blending bin.

As further program of the utility model：The length of the No.1 puddler A, No. two puddler A length and The diameter three sum of roller is equal to the intracavity diameter of blending bin.

As further program of the utility model：The intracavity bottom of the blending bin is provided with and communicated with discharging tube, discharge opeing Tapping valve is installed on pipe.

Compared with prior art, the beneficial effects of the utility model are：

The utility model drives rotary shaft to rotate using No. two motors, and rotary shaft drives three striker plates to rotate, and three Individual striker plate around rotary shaft rotated when, No.1 feed box cavity fertiliser granulates enter blending bin by No. two material blanking tubes Upper lumen in, No. two feed box cavities fertiliser granulates entered by No.1 material blanking tube in the upper lumen of blending bin； No.1 motor driving rotating bar rotates, and then drives No.1 rotating cylinder and No. two drum rotations, No.1 rotating cylinder and No. two rotating cylinders The mixed liquor of No.1 puddler A, No. two puddler A, No. two puddler B and pair of rollers mixing box cavity is driven during upset Being stirred, acceleration mixes the dissolving and mixing of box cavity fertilizer, No.1 rotating cylinder and No. two rotating cylinders during continuous upset, The fertilizer mixed liquor for mixing box cavity is constantly entered by through hole in the inner chamber of No.1 rotating cylinder and the inner chamber of No. two rotating cylinders, with one Number rotating cylinder and No. two rotating cylinders continue to overturn, the fertilizer mixed liquor of the fertilizer mixed liquor of No.1 rotating cylinder inner chamber and No. two rotating cylinder inner chambers Constantly sprayed into by through hole in the inner chamber of blending bin, and convection current is produced with mixing the fertilizer mixed liquor of box cavity, further improved The rate of dissolution of fertiliser granulates and the mixed effect of mixed liquor, fertilizer dissolution velocity is fast, good mixing effect, greatlys save work Make efficiency, be adapted to promote the use of.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the cross sectional plan view of blending bin in the utility model.

Fig. 3 is the structural representation of agitating device in the utility model.

Fig. 4 is the top view of feed tank in the utility model.

Fig. 5 is the side view of No.1 rotating cylinder in Fig. 2.

In figure：1- blending bins, 2- feed tanks, 3- bases, 4- support bars, 5- No.1 rotating cylinders, No. bis- rotating cylinders of 6-, 7- No.1s are stirred Mix puddler B, 10- the No.1 feed tank of puddler A, 9- No. bis- numbers of bar A, 8- No. bis- numbers, 11- rollers, No. bis- material blanking tubes of 12-, 13- No.1s Material blanking tube, 14- No.1 puddler B, 15- discharging tubes, 16- tapping valves, 17- charging hoppers, 18- rotary shafts, 19- striker plates, 20- No.1 piston, 21- No.1 motors, No. bis- pistons of 22-, 23- through holes, 24- are oriented to slide opening, 25- rotating bars, No. bis- drives of 26- Dynamic motor, 27- supporting vertical plates.

Embodiment

Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out Clearly and completely describing, it is clear that described embodiment is only the utility model part of the embodiment, rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is made The every other embodiment obtained, belong to the scope of the utility model protection.

Refer to Fig. 1-5, in the utility model embodiment, a kind of a variety of water soluble fertilizers for genetic engineering experiment mix Attach together and put, including blending bin 1, No.1 feed tank 2, base 3,5, No. two rotating cylinders 6 of No.1 rotating cylinder and No. two feed tanks 10, the bottom The upper surface of seat 3 fixes weld holder and is provided with support bar 4；The top for being erected at support bar 4 is fixed in the blending bin 1 by welding manner End；Rotating bar 25 is provided with by bearing connected mode rotating turret in the middle and lower part inner chamber of the blending bin 1；The blending bin 1 No.1 rotating cylinder 5 and No. two rotating cylinders 6 are respectively arranged with inner chamber, No.1 rotating cylinder 5 is identical with the structure of No. two rotating cylinders 6, No.1 rotating cylinder 5 It is the internal tube structure for offering cylindrical cavity with No. two rotating cylinders 6, offering one on the top plate and bottom plate of cylinder leads To the through hole 23 of slide opening 24 and at least two, No.1 rotating cylinder 5 and No. two rotating cylinders 6 are fixedly installed in rotating bar 25；The base 3 Upper surface by welding manner fix weld holder be provided with supporting vertical plate 27；The end of the rotating bar 25 passes through bearing connection side Formula rotates the top for being erected at supporting vertical plate 27；The top of the supporting vertical plate 27 is installed with for driving 25 turns of rotating bar Dynamic No.1 motor 21；The output shaft of the No.1 motor 21 and the end drive connection of rotating bar 25, No.1 are driven Dynamic motor 21 uses servomotor, is easy to the rotating speed of accurate control rotating bar 25.

No.1 piston 20 is provided with cylindrical cavity inside the No.1 rotating cylinder 5；The side of the No.1 piston 20 with No.1 puddler A7 one end is fixedly connected, and No.1 puddler A7 slides to be slided through the guiding opened up on the top plate of No.1 rotating cylinder 5 In hole 24；The opposite side of the No.1 piston 20 is fixedly connected with No.1 puddler B14 one end, discharging tube 15 slide through In the guiding slide opening 24 opened up on the bottom plate of No.1 rotating cylinder 5；No. two pistons are provided with cylindrical cavity inside No. two rotating cylinders 6 22；The side of No. two pistons 22 is fixedly connected with No. two puddler A8 one end, No. two puddler A8 slip through In the guiding slide opening 24 opened up on No. two top plates of rotating cylinder 6；The opposite side of No. two pistons 22 and No. two puddler B9 one end It is fixedly connected, No. two puddler B9 are slided through in the guiding slide opening 24 opened up on No. two bottom plates of rotating cylinder 6；The No.1 stirring Bar A7 and No. two puddler A8 equal lengths；The equal length of No. two puddler B9 and No.1 puddler B14；The No.1 Puddler A7 length is more than No.1 puddler B14 length；The No.1 puddler A7, No. two puddler A8, No. two stirrings The end of bar B9 and roller 11 is provided with roller 11, and roller 11 is in contact with the inner wall surface of blending bin 1；The No.1 stirring The diameter three sum of bar A7 length, No. two puddler A8 length and roller 11 is equal to the intracavity diameter of blending bin 1.

The intracavity bottom of the No.1 feed tank 2 is connected by No. two material blanking tubes 12 with the inner chamber top of blending bin 1；Institute The intracavity bottom for stating No. two feed tanks 10 is connected by No.1 material blanking tube 13 with the inner chamber top of blending bin 1；The No.1 supplies A charging hopper 17 is respectively provided with and communicated with hopper 2 and No. two feed tanks 10, fertiliser granulates to be dissolved pass through charging hopper 17 are added to the inner chamber of the inner chamber of No.1 feed tank 2 or No. two feed tanks 10；The No.1 feed tank 2 and No. two feed tanks 10 Inner chamber in by bearing connected mode rotate be provided with rotary shaft 18；The outer ring of the rotary shaft 18 is symmetrical in midpoint It is fixedly installed three striker plates 19；It is provided with and is used on the side plate outer wall of the No.1 feed tank 2 and No. two feed tanks 10 No. two motors 26 for driving rotary shaft 18 to rotate, wherein the output shaft of No. two motors 26 and the end of rotary shaft 18 are driven Dynamic connection, No. two motors 26 drive rotary shaft 18 to rotate, and rotary shaft 18 drives three striker plates 19 to rotate, three striker plates 19 around rotary shaft 18 rotated when, the fertiliser granulates of the inner chamber of No.1 feed tank 2 enter blending bin 1 by No. two material blanking tubes 12 Upper lumen in, the fertiliser granulates of No. two inner chambers of feed tank 10 are entered by No.1 material blanking tube 13 in the top of blending bin 1 In chamber, when No. two motors 26, which stop driving rotary shaft 18, to be rotated, the inner chamber of No.1 feed tank 2 and No. two inner chambers of feed tank 10 Fertiliser granulates can not enter in the inner chamber of blending bin 1.

The intracavity bottom of the blending bin 1 is provided with and communicated with discharging tube 15, and tapping valve 16 is provided with discharging tube 15, opens Tapping valve 16, the fertilizer that mixing is fully dissolved in the inner chamber of blending bin 1 are discharged by discharging tube 15.

Operation principle of the present utility model is：In use, No. two motors 26 of control start, No. two motors 26 drive Turn moving axis 18 rotates, rotary shaft 18 drive three striker plates 19 rotate, three striker plates 19 around rotary shaft 18 rotated when, The fertiliser granulates of the inner chamber of No.1 feed tank 2 are entered in the upper lumen of blending bin 1 by No. two material blanking tubes 12, No. two feed tanks The fertiliser granulates of 10 inner chambers are entered by No.1 material blanking tube 13 in the upper lumen of blending bin 1；Control No.1 motor 21 Start, No.1 motor 21 drives rotating bar 25 to rotate, and then drives No.1 rotating cylinder 5 and No. two rotating cylinders 6 to rotate, No.1 rotating cylinder 5 and No. two rotating cylinders 6 overturn during drive No.1 puddler A7, No. two puddler A8, No. two puddler B9 and roller 11 right The mixed liquor of the inner chamber of blending bin 1 is stirred, and accelerates the dissolving and mixing of the inner chamber fertilizer of blending bin 1, and No.1 rotating cylinder 5 and No. two turn Cylinder 6 is during continuous upset, and relative motion occurs in the inner chamber of No.1 rotating cylinder 5 for No.1 piston 20, and No. two pistons 22 exist Relative motion occurs in the inner chamber of No. two rotating cylinders 6, so that the fertilizer mixed liquor of the inner chamber of blending bin 1 is constantly entered by through hole 23 Enter in the inner chamber of No.1 rotating cylinder 5 and the inner chamber of No. two rotating cylinders 6, continue to overturn with No.1 rotating cylinder 5 and No. two rotating cylinders 6, No.1 The fertilizer mixed liquor of the inner chamber of rotating cylinder 5 and the fertilizer mixed liquor of No. two inner chambers of rotating cylinder 6 are constantly sprayed into blending bin 1 by through hole 23 In chamber, and convection current is produced with the fertilizer mixed liquor of the inner chamber of blending bin 1, further improve rate of dissolution and the mixing of fertiliser granulates The mixed effect of liquid, fertilizer dissolution velocity is fast, good mixing effect, greatlys save operating efficiency, is adapted to promote the use of.

It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned one exemplary embodiment, and And in the case of without departing substantially from spirit or essential attributes of the present utility model, it can realize that this practicality is new in other specific forms Type.Therefore, no matter from the point of view of which point, embodiment all should be regarded as exemplary, and is nonrestrictive, this practicality is new The scope of type limits by appended claims rather than described above, it is intended that the equivalency fallen in claim is contained All changes in justice and scope are included in the utility model.Any reference in claim should not be considered as limitation Involved claim.

Moreover, it will be appreciated that although the present specification is described in terms of embodiments, not each embodiment is only wrapped Containing an independent technical scheme, this narrating mode of specification is only that those skilled in the art should for clarity Using specification as an entirety, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art It is appreciated that other embodiment.

Claims

1. a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment, including blending bin (1), No.1 feed tank (2), base (3), No.1 rotating cylinder (5), No. two rotating cylinders (6) and No. two feed tanks (10), it is characterised in that the base (3) Upper surface fixes weld holder and is provided with support bar (4)；The blending bin (1) is fixed by welding manner and is erected at support bar (4) Top；Rotating bar (25) is provided with by bearing connected mode rotating turret in the middle and lower part inner chamber of the blending bin (1)；The mixing No.1 rotating cylinder (5) and No. two rotating cylinders (6) are respectively arranged with the inner chamber of case (1), No.1 rotating cylinder (5) and No. two rotating cylinders (6) are solid Surely it is arranged in rotating bar (25)；The upper surface of the base (3) fixes weld holder by welding manner and is provided with supporting vertical plate (27)；The end of the rotating bar (25) rotates the top for being erected at supporting vertical plate (27) by bearing connected mode；The branch The top of support riser (27) is installed with the No.1 motor (21) for driving rotating bar (25) to rotate；The No.1 turns No.1 piston (20) is provided with the internal cylindrical cavity of cylinder (5)；The side of the No.1 piston (20) and No.1 puddler A (7) one end is fixedly connected, and No.1 puddler A (7) is slided through the guiding slide opening (24) opened up on No.1 rotating cylinder (5) top plate It is interior；The opposite side of the No.1 piston (20) is fixedly connected with No.1 puddler B (14) one end, and discharging tube (15), which slides, to be run through In the guiding slide opening (24) opened up on No.1 rotating cylinder (5) bottom plate；It is provided with the internal cylindrical cavity of No. two rotating cylinders (6) No. two pistons (22)；The side of No. two pistons (22) is fixedly connected with one end of No. two puddler A (8), No. two puddler A (8) slip is through in the guiding slide opening (24) opened up on No. two rotating cylinder (6) top plates；The opposite side of No. two pistons (22) It is fixedly connected with one end of No. two puddler B (9), No. two puddler B (9) are slided through opening up on No. two rotating cylinder (6) bottom plates Guiding slide opening (24) in.

2. a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment according to claim 1, its feature It is, the intracavity bottom of the No.1 feed tank (2) is connected by No. two material blanking tubes (12) with the inner chamber top of blending bin (1) It is logical；The intracavity bottom of No. two feed tanks (10) is connected by No.1 material blanking tube (13) with the inner chamber top of blending bin (1)； A charging hopper (17) is respectively provided with and communicated with the No.1 feed tank (2) and No. two feed tanks (10)；The No.1 feed Rotated in the inner chamber of case (2) and No. two feed tanks (10) by bearing connected mode and be provided with rotary shaft (18)；The rotation The outer ring of axle (18) is fixedly installed three striker plates (19) in midpoint is symmetrical.

3. a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment according to claim 1 or 2, it is special Sign is, is provided with the side plate outer wall of the No.1 feed tank (2) and No. two feed tanks (10) for driving rotary shaft (18) No. two motors (26) rotated, wherein the output shaft of No. two motors (26) and the end of rotary shaft (18) drive Connection.

4. a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment according to claim 1, its feature It is, the output shaft of the No.1 motor (21) and the end drive connection of rotating bar (25), No.1 motor (21) Using servomotor.

5. a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment according to claim 1, its feature It is, the No.1 rotating cylinder (5) is identical with the structure of No. two rotating cylinders (6), and No.1 rotating cylinder (5) and No. two rotating cylinders (6) are inside The tube structure of cylindrical cavity is offered, one is offered on the top plate and bottom plate of cylinder and is oriented to slide opening (24) and at least two Through hole (23).

6. a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment according to claim 1, its feature It is, the No.1 puddler A (7) and No. two puddler A (8) equal lengths；No. two puddler B (9) and No.1 stirring Bar B (14) equal length, the length of the No.1 puddler A (7) are more than No.1 puddler B (14) length.

7. a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment according to claim 1, its feature It is, the No.1 puddler A (7), No. two puddler A (8), the end of No. two puddler B (9) and roller (11) are provided with Roller (11), roller (11) are in contact with the inner wall surface of blending bin (1).

8. a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment according to claim 1 or 7, it is special Sign is, diameter three's sum of the length of the No.1 puddler A (7), the length of No. two puddler A (8) and roller (11) Equal to the intracavity diameter of blending bin (1).

9. a kind of a variety of water soluble fertilizer mixing arrangements for genetic engineering experiment according to claim 1, its feature It is, the intracavity bottom of the blending bin (1) is provided with and communicated with discharging tube (15), and discharging tube is provided with tapping valve on (15) (16)。