CN208995478U - A kind of uniform aerating fermentor to fructose syrup processing - Google Patents

Abstract

The utility model provides a kind of uniform aerating fermentor to fructose syrup processing, including tank body, the tank body side is equipped with aerating tank, the first gas-guide tube is equipped with below the aerating tank, first gas-guide tube is detachably connected gas receiver, the gas receiver lower end is equipped with the second gas-guide tube, second gas-guide tube is detachably connected tank body, and gas-conducting cells are equipped in the tank body, the gas-conducting cells are slidably connected the first connecting plate, first connecting plate is equipped with multiple third gas-guide tubes and multiple slide posts, be slidably connected the second connecting plate above multiple third gas-guide tubes and multiple slide posts, second connecting plate is slidably connected the inner tank wall, and first connecting plate two sides are equipped with lifting structure, and sealing plate is detachably connected above the tank body.The utility model carries out gas storage by air accumulator, then stored in aerating to air accumulator by aerating tank, has tank body lower end to carry out aerating upwards air by going out gas tank.

Description

A kind of uniform aerating fermentor to fructose syrup processing

Technical field

The utility model relates to fructose syrup processing technique fields, relate generally to a kind of to the uniform of fructose syrup processing Aerating fermentor.

Background technique

Fruit glucose syrup is a kind of nutritive sweeteners, can be used for soft drink, bakery product, cold drink, tinned fruit, fruit Sauce, jelly, salad mounting flower, confectionery products and all kinds of breakfast products etc..

It needs for slurries to be added in fermentor in the production process for crossing grape slurry and ferment.

Stirring rod is added in existing fermentor in it, is stirred by the rotation of stirring rod to slurries, accelerates fermentation Rate.

But existing fermentor venthole during fermentation is often that open form is fermented, if venthole Be it is excessive, then be easy to cause the content of oxygen excessive, be then easy to influence the product of redox reaction, too small then redox is anti- Should cannot be complete, and air is on the top of fermentor, if stir it is not in place; cause certain reactant can not ingress of air, then It can not be reacted.

Utility model content

The utility model provides a kind of uniform aerating fermentor to fructose syrup processing, to solve above-mentioned background skill The existing fermentor proposed in art venthole during fermentation is often that open form is fermented, if venthole mistake Greatly, then it is easy to cause the content of oxygen excessive, is then easy to influence the product of redox reaction, too small then redox reaction is not Can completely, and air is on the top of fermentor, if stir it is not in place; cause certain reactant can not ingress of air, then can not It is reacted.

To achieve the goals above, the utility model uses following technical scheme: a kind of to the equal of fructose syrup processing Even aerating fermentor, including tank body, the tank body side are equipped with aerating tank, are equipped with the first gas-guide tube, institute below the aerating tank It states the first gas-guide tube and is detachably connected gas receiver, the gas receiver lower end is equipped with the second gas-guide tube, and second gas-guide tube is removable It unloads connection tank body, and is equipped with gas-conducting cells in the tank body, the gas-conducting cells are slidably connected the first connecting plate, and described first connects Fishplate bar is equipped with multiple third gas-guide tubes and multiple slide posts, slides above multiple third gas-guide tubes and multiple slide posts Connect the second connecting plate, second connecting plate is slidably connected the inner tank wall, and first connecting plate two sides are equipped with and rise Structure is dropped, and is detachably connected sealing plate above the tank body.

Preferably, it is equipped with electric telescopic pipe in the aerating tank, is fixedly connected with the first connection below the electric telescopic rod Disk, is equipped with rubber disc on the outside of first terminal pad, and the rubber disc is slidably connected the aerating top tank structure, and described first leads Shut-off valve is equipped on tracheae and second gas-guide tube.

Preferably, side-lower is equipped with first sliding groove in the tank body, and the 4th gas-guide tube is equipped in the first sliding groove, described First connecting plate side is equipped with the first link block, and first link block is equipped with the 5th gas-guide tube, and the 5th gas-guide tube is solid Surely multiple air guide columns are connected, and are detachably connected second gas-guide tube above the 4th gas-guide tube, are slided below Connect the 5th gas-guide tube.

Preferably, the first sliding groove two sides are symmetrically arranged with two second sliding slots on the tank body, and second is sliding described in side Slot upper end is equipped with the first driving motor, and first driving motor drives the first screw rod of axis connection, second sliding slot described in the other side It is inside equipped with the first slide bar, first connecting plate two sides are symmetrically arranged with the first convex block, first screw rod and first slide bar It is rotatablely connected first convex block.

Preferably, second connecting plate is equipped with multiple first connecting holes, and the more slide posts are slidably connected institute The first connecting hole is stated, and the upper inner wall of first connecting hole is equipped with multiple first gas ports, and second connecting plate Lower section is equipped with multiple second gas ports, and multiple second gas ports are fixedly connected with multiple first gas ports, and multiple institutes Third gas-guide tube is stated to be slidably connected multiple second gas ports, and second connecting plate two sides be symmetrically arranged with two it is second convex Block, is correspondingly provided with two third sliding slots on the tank body, and two second convex blocks are slidably connected two third sliding slots, and Second convex block side is equipped with electric telescopic rod, and the electric telescopic rod is slidably connected to third sliding slot bottom.

Preferably, stirring structure is equipped with below the sealing plate, the stirring structure includes the second driving motor, and described the Two driving motors are rotatablely connected the first connection strap, symmetrical two the first rotating bars in both ends, two institutes below first connection strap It states and is equipped with the first spill spin block and the first toothed wheel in the first rotating bar, separate first spill spin block side, described first turn Lever is equipped with the first terminal pad, and second spill spin block that is connected above first spill spin block, two second rotations The second rotating bar is fixedly connected in the middle part of switch block, second rotating bar one end is equipped with third driving motor, the third driving Motor is fixedly connected with first connection strap, and is slidably connected below first connection strap and first stirs ring, and described first turns over Rotating ring side wall is equipped with the 4th sliding slot, and first terminal pad is slidably connected in the 4th sliding slot, and on the 4th sliding slot inner wall Side is equipped with fixed tooth, and first toothed wheel is connected the fixed tooth, and is symmetrically arranged with above first connection strap Two first connecting rods, the fixed first bearing in the first connecting rod upper end, the first bearing are fixedly connected with the sealing plate.

Preferably, described first stir be equipped on the outside of ring it is multiple stir plate, it is multiple it is described stir plate and be obliquely installed, and institute It states first and stirs and be symmetrically fixed with turbine fan on the inside of ring.

Compared with prior art, the utility model has the beneficial effects that

The utility model, bucket cross the outside in tank body equipped with aerating tank and gas receiver, using aerating tank by the air of generation In the case where shut-off valve is opened in quantitative addition to gas receiver, opened by shut-off valve, by air aerating to tank body, from And guarantee single be added air be it is identical, then, the air in air accumulator is transferred to the first connecting plate by the unit that expires On, the first connecting plate is excluded by the second connecting plate, so that air excludes upwards from the lower section of solution, i.e., realization air to It is reacted when upper mobile in corresponding solution, so that reaction more uniform of solution.

Detailed description of the invention

Fig. 1 is the utility model structure diagram；

Fig. 2 is the utility model aerating tank connection schematic diagram；

Fig. 3 is the utility model tank body sectional view；

Fig. 4 is the utility model the first connecting board structure schematic diagram；

Fig. 5 is the utility model the second connecting board structure schematic diagram；

Fig. 6 is the utility model sealing plate structure schematic diagram；

Fig. 7 is the utility model stirring structure schematic diagram；

Fig. 8 is that the utility model first stirs ring structure schematic diagram.

In figure: 1- tank body, 11- sealing plate, 12- first sliding groove, 13- second sliding slot, 14- third sliding slot, 2- aerating tank, The first gas-guide tube of 21-, 22- electric telescopic pipe, the first terminal pad of 23-, 24- rubber disc, 3- gas receiver, the second gas-guide tube of 31-, 32- shut-off valve, 4- gas-conducting cells, the 4th gas-guide tube of 41-, the first connecting plate of 5-, 51- third gas-guide tube, 52- slide post, 53- One link block, the 5th gas-guide tube of 531-, the first convex block of 54-, the second connecting plate of 6-, the first connecting hole of 61-, the first air guide of 611- Hole, the second gas port of 62-, the second convex block of 63-, 64- electric telescopic rod, 7- lifting structure, the first driving motor of 71-, 72- first Screw rod, the first slide bar of 73-, 8- stirring structure, the second driving motor of 81-, the first connection strap of 82-, 821- first connecting rod, 822- First bearing, the first rotating bar of 83-, the first spill spin block of 831-, the first toothed wheel of 832-, the second spill spin block of 84-, second turn of 841- Lever, 842- third driving motor, 85- first stir ring, the 4th sliding slot of 851-, and 852- fixes tooth, and 853- stirs plate, the whirlpool 86- Wheel fan.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Embodiment please refers to Fig. 1-8, a kind of uniform aerating fermentor to fructose syrup processing, including tank body 1, institute It states 1 side of tank body and is equipped with aerating tank 2, the first gas-guide tube 21 is equipped with below the aerating tank 2, first gas-guide tube 21 is detachable Gas receiver 3 is connected, 3 lower end of gas receiver is equipped with the second gas-guide tube 31, and second gas-guide tube 31 is detachably connected tank body 1, And gas-conducting cells 4 are equipped in the tank body 1, the gas-conducting cells 4 are slidably connected the first connecting plate 5, on first connecting plate 5 Equipped with multiple third gas-guide tubes 51 and multiple slide posts 52, multiple third gas-guide tubes 51 and 52 top of multiple slide posts are sliding The second connecting plate 6 of dynamic connection, second connecting plate 6 are slidably connected 1 inner wall of tank body, and 5 two sides of the first connecting plate Equipped with lifting structure 7, and sealing plate 11 is detachably connected above the tank body 1.

Embodiment is equipped with electric telescopic pipe 22,22 lower section of electric telescopic pipe referring to FIG. 1-2, in the aerating tank 2 It is fixedly connected with the first terminal pad 23, is equipped with rubber disc 24 on the outside of first terminal pad 23, the rubber disc 24 is slidably connected institute 2 inner wall of aerating tank is stated, and is equipped with shut-off valve 32 on first gas-guide tube 21 and second gas-guide tube 31.

Embodiment please refers to Fig. 3-4, and side-lower is equipped with first sliding groove 12 in the tank body 1, sets in the first sliding groove 12 There is the 4th gas-guide tube 41,5 side of the first connecting plate is equipped with the first link block 53, and first link block 53 is equipped with the 5th Gas-guide tube 531, the 5th gas-guide tube 531 are fixedly connected with multiple air guide columns 52, and can on the 4th gas-guide tube 41 Second gas-guide tube 31 described in dismantling connection, be slidably connected the 5th gas-guide tube 531 below.

Embodiment, please refers to Fig. 3-4,12 two sides of first sliding groove, is symmetrically arranged with two second sliding slots on the tank body 1 13,13 upper end of second sliding slot described in side is equipped with the first driving motor 71, and first driving motor 71 drives axis connection first Screw rod 72 is equipped with the first slide bar 73 in second sliding slot 13 described in the other side, and it is convex that 5 two sides of the first connecting plate are symmetrically arranged with first Block 54, first screw rod 72 and first slide bar 73 are rotatablely connected first convex block 54.

Embodiment, please refers to Fig. 3-5, and second connecting plate 6 is equipped with multiple first connecting holes 61, the more slidings Column 52 is slidably connected first connecting hole 61, and the upper inner wall of first connecting hole 61 is equipped with multiple first air guides Hole 611, and multiple second gas ports 62 are equipped with below second connecting plate 6, multiple second gas ports 62 are fixedly connected Multiple first gas ports 611, and multiple third gas-guide tubes 51 are slidably connected multiple second gas ports 62, and institute It states 6 two sides of the second connecting plate and is symmetrically arranged with two the second convex blocks 63, be correspondingly provided with two third sliding slots 14 on the tank body 1, two A second convex block 63 is slidably connected two third sliding slots 14, and 63 side of the second convex block is equipped with electric expansion Bar 64, the electric telescopic rod 64 are slidably connected to 14 bottom of third sliding slot.

Embodiment, please refers to Fig. 6-8, is equipped with stirring structure 8 below the sealing plate 11, and the stirring structure 8 includes the Two driving motors 81, second driving motor 81 are rotatablely connected the first connection strap 82, the 82 lower section both ends of the first connection strap Symmetrical two the first rotating bars 83 are equipped with the first spill spin block 831 and the first toothed wheel in two first rotating bars 83 832, far from 831 side of the first spill spin block, first rotating bar 83 is equipped with the first terminal pad 833, and described first Be connected the second spill spin block 84 above spill spin block 831, is fixedly connected with second turn in the middle part of two second spill spin blocks 84 Lever 841, described second rotating bar, 841 one end are equipped with third driving motor 842, and the third driving motor 842 is fixedly connected First connection strap 82, and be slidably connected below first connection strap 82 and first stir ring 85, described first stirs ring 85 Side wall is equipped with the 4th sliding slot 851, and first terminal pad 833 is slidably connected in the 4th sliding slot 851, and the 4th sliding slot It is equipped with fixed tooth 852 above 851 inner walls, first toothed wheel 832 is connected the fixed tooth 852, and described first Two first connecting rods 821, the fixed first bearing 822 in 821 upper end of first connecting rod, institute are symmetrically arranged with above connection strap 82 It states first bearing 822 and is fixedly connected with the sealing plate 11.

Embodiment, referring to Fig. 8, described first stir be equipped on the outside of ring 85 it is multiple stir plate 853, it is multiple described to stir plate 853 are obliquely installed, and described first stirs the inside of ring 85 and be symmetrically fixed with turbine fan 86.

Reactant: being first added in tank body, then, sealing plate be detachably connected tank body by operating principle, i.e. realization tank body Sealing, the second driving motor rotate drive the first connection strap rotation, while third driving motor drive the second rotating bar turn Dynamic, the second spill spin block in the second rotating bar is connected the first spill spin block, and the rotation of the first spill spin block drives the first rotating bar to turn Dynamic, the rotation of the first rotating bar realizes that the first toothed wheel fixed tooth that is connected realizes the first rolling for stirring ring, and first stirs Stir movable plate as first stirs ring and roll and stir to solution on ring, at the same first stir ring rotation realization it is horizontal Stirring, also, the turbine fan rotation of stirring ring with first and accelerate the rate that solution stirs.

During reactant is fermented, aerating tank is timed quantitative aerating, first will be on the first gas-guide tube Shut-off valve is opened, and then electric telescopic rod drives the first terminal pad to move downward, so that air is pressed into air accumulator, is being carried out Another shut-off valve is opened while extruding, so that air, enters the 4th gas-guide tube by third gas-guide tube, by the 4th gas-guide tube Into in third gas-guide tube, third gas-guide tube is transferred in the first gas port by the second gas port, by the first gas port It is vented upwards upwards, also, slide post is slidably connected the second gas port, so that tank body guarantees during being fermented Sealing, after fermentation completely, solution trickles from the second gas port to the first connecting plate, and the first connecting plate scale filter screen type is set It sets, consequently facilitating the collection of solution.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (7)

1. a kind of uniform aerating fermentor to fructose syrup processing, including tank body (1), it is characterised in that: the tank body (1) Side is equipped with aerating tank (2), is equipped with the first gas-guide tube (21) below the aerating tank (2), and first gas-guide tube (21) is removable Connection gas receiver (3) is unloaded, gas receiver (3) lower end is equipped with the second gas-guide tube (31), and second gas-guide tube (31) is detachable It connects tank body (1), and is equipped with gas-conducting cells (4) in the tank body (1), the gas-conducting cells (4) are slidably connected the first connecting plate (5), first connecting plate (5) is equipped with multiple third gas-guide tubes (51) and multiple slide posts (52), and multiple thirds are led It is slidably connected the second connecting plate (6) above tracheae (51) and multiple slide posts (52), second connecting plate (6) is slidably connected Tank body (1) inner wall, and the first connecting plate (5) two sides are equipped with lifting structure (7), and removable above the tank body (1) Unload connection sealing plate (11).

2. a kind of uniform aerating fermentor to fructose syrup processing according to claim 1, it is characterised in that: described Electric telescopic pipe (22) are equipped in aerating tank (2), are fixedly connected with the first terminal pad (23), institute below the electric telescopic pipe (22) It states and is equipped with rubber disc (24) on the outside of the first terminal pad (23), the rubber disc (24) is slidably connected aerating tank (2) inner wall, and Shut-off valve (32) are equipped on first gas-guide tube (21) and second gas-guide tube (31).

3. a kind of uniform aerating fermentor to fructose syrup processing according to claim 2, it is characterised in that: described Tank body (1) interior side-lower is equipped with first sliding groove (12), is equipped with the 4th gas-guide tube (41) in the first sliding groove (12), and described first Connecting plate (5) side is equipped with the first link block (53), and first link block (53) is equipped with the 5th gas-guide tube (531), described 5th gas-guide tube (531) is fixedly connected with multiple slide posts (52), and is detachably connected above the 4th gas-guide tube (41) Second gas-guide tube (31), be slidably connected the 5th gas-guide tube (531) below.

4. a kind of uniform aerating fermentor to fructose syrup processing according to claim 3, it is characterised in that: described First sliding groove (12) two sides, are symmetrically arranged with two second sliding slots (13) on the tank body (1), in second sliding slot (13) described in side End is equipped with the first driving motor (71), and first driving motor (71) drives the first screw rod of axis connection (72), described in the other side The first slide bar (73) are equipped in second sliding slot (13), the first connecting plate (5) two sides are symmetrically arranged with the first convex block (54), described First screw rod (72) and first slide bar (73) are rotatablely connected first convex block (54).

5. a kind of uniform aerating fermentor to fructose syrup processing according to claim 3, it is characterised in that: described Second connecting plate (6) be equipped with multiple first connecting holes (61), the more slide posts (52) be slidably connected it is described first connect It connects hole (61), and the upper inner wall of first connecting hole (61) is equipped with multiple first gas ports (611), and described second connects Multiple second gas ports (62) are equipped with below fishplate bar (6), multiple second gas ports (62) are fixedly connected with multiple described first Gas port (611), and multiple third gas-guide tubes (51) are slidably connected multiple second gas ports (62), and described second Connecting plate (6) two sides are symmetrically arranged with two the second convex blocks (63), and two third sliding slots (14) are correspondingly provided on the tank body (1), Two second convex blocks (63) are slidably connected two third sliding slots (14), and second convex block (63) side is equipped with Electric telescopic rod (64), the electric telescopic rod (64) are slidably connected to third sliding slot (14) bottom.

6. a kind of uniform aerating fermentor to fructose syrup processing according to claim 1, it is characterised in that: described Stirring structure (8) are equipped with below sealing plate (11), the stirring structure (8) includes the second driving motor (81), and described second drives Dynamic motor (81) rotation connection the first connection strap (82), symmetrical two the first rotating bars in the first connection strap (82) lower section both ends (83), it is equipped with the first spill spin block (831) and the first toothed wheel (832) on two first rotating bars (83), far from described First spill spin block (831) side, first rotating bar (83) is equipped with the first terminal pad (833), and first spill spin block (831) top is connected the second spill spin block (84), is fixedly connected with second turn in the middle part of two second spill spin blocks (84) Lever (841), described second rotating bar (841) one end are equipped with third driving motor (842), the third driving motor (842) It is fixedly connected with first connection strap (82), and is slidably connected below first connection strap (82) and first stirs ring (85), institute It states first and stirs ring (85) side wall equipped with the 4th sliding slot (851), first terminal pad (833) is slidably connected to the 4th sliding slot (851) it in, and is equipped with fixed tooth (852) above the 4th sliding slot (851) inner wall, the first toothed wheel (832) occlusion The fixed tooth (852) is connected, and is symmetrically arranged with two first connecting rods (821) above first connection strap (82), it is described First connecting rod (821) upper end is fixed first bearing (822), first bearing (822) the fixed connection and sealing plate (11).

7. a kind of uniform aerating fermentor to fructose syrup processing according to claim 6, it is characterised in that: described First stir be equipped on the outside of ring (85) it is multiple stirs plate (853), it is multiple it is described stir plate (853) and be obliquely installed, and described the One, which stirs ring (85) inside, is symmetrically fixed with turbine fan (86).