CN209337326U - A kind of anti-oxidation storage facilities of shrimp sauce - Google Patents

Abstract

The utility model provides a kind of anti-oxidation storage facilities of shrimp sauce, including holding vessel, fastening shell, carrying case, spring, Shifting rack, fixed frame, rotatable lamella, intermediate plate；The top of holding vessel is equipped with inlet/outlet pipe, it fastens and offers four sliding slots on the bottom opening end wall of shell, carrying case, which is screwed onto, fastens shell inner cavity top, and mounted in fastening in shell inner cavity, spring clip is fastening between shell inner cavity top surface and the ring structure of Shifting rack the ring structure of Shifting rack；It stretches out guide rod outside the ring structure of Shifting rack to move in the sliding slot for fastening shell, the end of guide rod, which is connected with, stirs ring, and the outer end of four rotatable lamellas, which is hinged on, stirs on ring；The thin circular ring structure of fixed frame is mounted in fastening at shell opener, and thin circular ring structure bottom surface raised support column, the bending place of inverted L-shaped intermediate plate is hinged on support column bottom end；The column that pulls and pushes that the inner end of rotatable lamella is stretched out is moved in pulling and pushing in hole for the outer end of intermediate plate horizontal component；It pushes up and stirs ring, intermediate plate opens, and can closing device be removed or is packed into from inlet/outlet pipe.

Description

A kind of anti-oxidation storage facilities of shrimp sauce

Technical field

The utility model relates to a kind of food service stores, more particularly to a kind of anti-oxidation storage facilities of shrimp sauce.

Background technique

Shrimp sauce is a kind of flavouring containing special fragrance, delicious flavour, can be risen in gastronomical process as seasoning Fresh effect, to make the better tasting delicious uniqueness of food.Shrimp sauce nutritive value with higher, to hyperglycemia, hyperlipidemia There is certain therapeutic efficiency with nonalcoholic fatty liver.

Large-scale production shrimp sauce needs to consume a large amount of fresh feed shrimp, will cause the waste of a large amount of shrimp resources.Therefore, it adopts Effective method is taken to extract shrimp sauce economic value with higher from the shrimp processed side product discarded.Aqueous enzymatic method passes through enzymatic hydrolysis Animal and plant cells wall, is released grease, while can effectively recycle the functional components such as protein.With squeezing method, extraction phase Than aqueous enzymatic method not only contributes to improve shrimp sauce recovery rate, and is conducive to be promoted the quality of shrimp sauce.

The step of aqueous enzymatic extraction shrimp sauce is first to clean up shrimp processed side product, is crushed after being then dried, Certain time is digested after addition protease, is centrifugated after extractant then is added, after finally taking supernatant to be concentrated by evaporation To shrimp sauce.So need a kind of equipment extracted for shrimp sauce, can complete the cleaning of shrimp byproduct, drying, crushing, enzymatic hydrolysis, Extract, separate the processing work of this six steps.Shrimp sauce extract equipment can be divided into the clear of shrimp byproduct according to process flow The enzymatic hydrolysis extraction and stripping apparatus of drying and crushing equipment and shrimp byproduct is washed, the cleaning-drying of Prawn byproduct smashes equipment Shen It please patent (utility application number: 2018107934477；Utility application number: 201821141777X)；Shrimp The enzymatic hydrolysis extraction and stripping apparatus patent applied for (utility application number: 2018108536320 of byproduct；Utility model Number of patent application: 2018212159173).

Because shrimp sauce itself is easy to oxidize, and tea polyphenols are good food additives.Tea polyphenols account for dry weight of tea leaves The oxidation resistance of 18%-36%, tea polyphenols are much higher than vitamin, are 6-7 times of vitamin E, are ascorbic 5-10 times.Change There are toxic side effects for the vitamin of synthesis, and natural vitamin keeps in dark place again and high temperature, and tea polyphenols compensate for these disadvantages.It is rich Shrimp sauce containing tea polyphenols can have both inoxidizability, extend the shelf-life of shrimp sauce, and optimize the taste of shrimp sauce.Patent applied for (utility application number: 2018111265485；Utility application number: 2018215734641), in shrimp sauce stream The tea polyphenols drawn in tealeaves are crossed during tealeaves.The utility model designs a kind of anti-oxidation storage facilities of shrimp sauce, still utilizes The antioxygenic property extension shrimp sauce quality guarantee period of tea polyphenols promotes food storage equipment for further promoting shrimp sauce taste Scientific and technological content ensures food safety and promotes people that health etc. is maintained to be of great significance.

Summary of the invention

Therefore, the utility model provides a kind of shrimp sauce oxygen to ensure that shrimp sauce keeps good taste during storage Change storage facilities, tea polyphenols particle is placed in carrying case, carrying case is placed in the inlet/outlet pipe opening of holding vessel, is preventing shrimp While being oxidized during oil storage, so that shrimp sauce has both good taste.

The technical scheme adopted by the utility model is a kind of anti-oxidation storage facilities of shrimp sauce, it is characterised in that: including storage It deposits tank, fasten shell, carrying case, spring, Shifting rack, fixed frame, rotatable lamella, intermediate plate.

The holding vessel is the cylindrical shell of center axis vertical, the top of the holding vessel be equipped with thin cylindrical shell into Outlet pipe, the top opening of the inlet/outlet pipe enter for shrimp sauce and pour out holding vessel.

The shell that fastens is the cylindrical housings of the vertical bottom opening of center line axis, the open end for fastening shell, Offer four sliding slots upwards along central axial direction；The top surface of the inner cavity for fastening shell, is machined with the inverted draw cut of annular, institute The top end surface for stating spring is inlaid in inverted draw cut；The top surface of the inner cavity for fastening shell offers central axis in the inside of inverted draw cut Line vertical cylindrical fixation hole is machined with internal screw thread, the filler of the carrying case on the inside cylindrical face of the fixation hole Pipe is by screw thread in fixation hole.

Further, four runner rings for fastening shell are uniformly distributed around the central axis for fastening shell.

The main body of the carrying case is the vertical cylindrical housings of center line axis, is machined with center at the top of the carrying case The cylindrical loading pipe of axis vertical, the top end opening of the loading pipe are machined on the external cylindrical surface of the loading pipe outer Screw thread；The bottom of the carrying case is uniformly provided with multiple pores, and the carrying case is provided with tea polyphenols powder.

Further, the body outer diameter of the carrying case is greater than the outer diameter of loading pipe, less than the internal diameter of spring.

Further, the aperture of the pore of the carrying case bottom is less than tea polyphenols particle outer diameter.

The main body of the Shifting rack is cirque structure, the top surface of cirque structure, around cirque structure central axis The kerve of annular is offered, the bottom end face of the spring is inlaid in kerve；On the external cylindrical surface of the cirque structure, if Have and first protrude horizontally up four guide rods bent still further below outward, ring company is stirred in the end of four guide rods with same part annular It connects；The interlude of the compartment for stirring the guide rod on ring is straight-bar, is processed into the smaller driving of diameter on the straight-bar The outer end of bar, the rotatable lamella is hinged on drive rod.

In the inner cavity for fastening shell, the horizontal component of four guide rods fills the cirque structure of the Shifting rack respectively In four sliding slots for fastening shell.

Further, the articulated manner of the rotatable lamella and drive rod is that rotatable lamella can be rotated around drive rod.

The main body of the fixed frame is laminar annulus, at the bottom opening for fastening shell；The thin slice of the fixed frame Shape annulus bottom surface, around the central axis of flake annulus, the support column equipped with four vertical cuboids；The support column Two sides be equipped with horizontal hinge bar, the bending place of the intermediate plate is hinged on the hinge bar of fixed frame.

Further, after the fixed frame is mounted at fastening shell opener, four of four support columns and Shifting rack Separately, and the outside upright of support column is facing towards the drive rod of Shifting rack for guide rod.

Further, the assembly method of the laminar annulus of the fixed frame and fastening shell can be welding, adhesion or spiral shell It connects.

The main body of the rotatable lamella is cuboid, and the outer end of main body is hinged on drive rod, and the inner end of main body is equipped with two Protrusion pulls and pushes column, and the column that pulls and pushes is slided in pulling and pushing in hole for intermediate plate；The intermediate plate is inverted L-shaped piece, the outer end of horizontal component It is opened up on face there are two hole is pulled and pushed, the bending place of the intermediate plate is hinged on the hinge bar of fixed frame, the vertical portion of the intermediate plate The medial surface divided is machined with arc-shaped recess.

Further, the vertical portion of the intermediate plate is biased to the inside of bending place hinge joint, and vertical portion and hinge joint are not In same vertical plane.

Further, the horizontal component of the intermediate plate and the connection bending part of vertical portion are processed as chamfering shape, hingedly Point is in the inner end of horizontal component.

Further, the arc radius of the arc-shaped recess of the intermediate plate is the half of the outer diameter of the inlet/outlet pipe of holding vessel.

The principles of the present invention are as follows: the fastening shell, carrying case, spring, Shifting rack, fixed frame, rotatable lamella, intermediate plate group At enclosed mechanism, the opening of holding vessel can be blocked, when enclosed mechanism is fully mounted on inlet/outlet pipe, the top surface of inlet/outlet pipe It is bonded completely with the bottom surface of carrying case.

It pushes up when stirring ring, spring-compressed, the outer end of rotatable lamella is moved up with stirring ring at this time, rotatable lamella Pull and push column and while pulling and pushing hole and be displaced outwardly, the outer end of the horizontal component of intermediate plate driven to be rotated up from intermediate plate, intermediate plate it is perpendicular Straight portion of medial side leaves the disengaging pipe outer wall of holding vessel, can remove enclosed mechanism from holding vessel at this time.

Equally when that will stir ring and push up, enclosed mechanism can be mounted on the inlet/outlet pipe of holding vessel, decontrol and dial Rotating ring, since the elastic force of spring acts on, Shifting rack moved down, and is stirred the drive rod on ring and is driven the outer end of rotatable lamella to moving down Dynamic, the rotatable lamella inner end pulls and pushes column while towards hole movement is pulled and pushed, and drives the outer end of the horizontal component of intermediate plate downward Mobile, the medial surface of the vertical portion of intermediate plate is closely against on the outer wall of the inlet/outlet pipe of holding vessel.

A kind of anti-oxidation storage facilities of shrimp sauce of the utility model has the advantages that

(1) enclosed mechanism includes tea polyphenols, and the taste of shrimp sauce is promoted while guaranteeing the freshness of shrimp sauce；

(2) tank mouth is quickly opened and closed to the enclosed mechanism formed using spring, Shifting rack, fixed frame, intermediate plate；

(3) sliding is pulled and pushed between rotatable lamella and intermediate plate, linear motion is converted to the rotation of intermediate plate.

So this anti-oxidation storage facilities of shrimp sauce, tea polyphenols particle is placed in carrying case, carrying case is placed in storage The inlet/outlet pipe opening of tank, while being oxidized during preventing shrimp sauce from storing, so that shrimp sauce has both good taste, for Shrimp sauce quality is promoted, extends the shrimp sauce quality guarantee period, promotes the scientific and technological content of food storage equipment, ensures food safety and promotes people Maintain health etc. to be of great significance.

Other feature and advantage of the utility model will illustrate in the following description, or this is practical new by implementation Type and understand.

Detailed description of the invention

Attached drawing is only used for showing the purpose of specific embodiment, and is not considered as limitations of the present invention, entire In attached drawing, identical reference symbol indicates identical component.

Fig. 1 is the integral installation distribution structure schematic diagram of equipment.

Fig. 2 is the dismantling schematic diagram of enclosed mechanism and holding vessel.

Fig. 3 is side structure schematic diagram of the Shifting rack of enclosed mechanism in lowermost end.

Fig. 4 is bottom surface structure schematic diagram of the Shifting rack of enclosed mechanism in lowermost end.

Fig. 5 is that the Shifting rack of enclosed mechanism fastens the schematic diagram of internal structure that shell is splitted in lowermost end.

Fig. 6 is the schematic diagram of internal structure that the fastening shell after removing spring is splitted.

Fig. 7 is the schematic diagram of internal structure that the fastening shell after removing spring and carrying case is splitted.

Fig. 8 is the side assembling structure schematic diagram of Shifting rack of the Shifting rack in lowermost end, fixed frame, intermediate plate.

Fig. 9 is the bottom surface assembling structure schematic diagram of Shifting rack of the Shifting rack in lowermost end, fixed frame, intermediate plate.

Figure 10 is the side assembling structure schematic diagram of Shifting rack when Shifting rack moves up, fixed frame, intermediate plate.

Figure 11 is the structural schematic diagram of Shifting rack.

Figure 12 is the structural schematic diagram of fixed frame.

Figure 13 is the assembling structure schematic diagram of intermediate plate and rotatable lamella.

Figure 14 is the dismantling schematic diagram at the outside visual angle of intermediate plate and rotatable lamella.

Figure 15 is the dismantling schematic diagram at the inside visual angle of intermediate plate and rotatable lamella.

Figure 16 is the structural schematic diagram for fastening shell.

Figure 17 is the schematic diagram of internal structure for fastening shell and splitting state vertically.

Figure 18 is the structural schematic diagram of carrying case.

Figure label: 1- holding vessel, 101- inlet/outlet pipe, 2- fasten shell, the inner cavity 201-, 202- sliding slot, 203- inverted draw cut, 204- Fixation hole, 3- carrying case, 301- loading pipe, 4- spring, 5- Shifting rack, 501- kerve, 502- guide rod, 503- stir ring, 504- Drive rod, 6- fixed frame, 601- support column, 602- hinge bar, 7- rotatable lamella, 701- pull and push column, 8- intermediate plate, 801- pull and push hole, 802- arc-shaped recess.

Specific embodiment

A kind of anti-oxidation storage facilities of shrimp sauce of the utility model is made below with reference to drawings and examples further detailed Thin description.

A kind of anti-oxidation storage facilities of shrimp sauce, it is characterised in that: including holding vessel 1, fasten shell 2, carrying case 3, spring 4, Shifting rack 5, fixed frame 6, rotatable lamella 7, intermediate plate 8.

As shown in Figure 1 and Figure 2, the holding vessel 1 is the cylindrical shell of center axis vertical, and the top of the holding vessel 1 is set There is the inlet/outlet pipe 101 of thin cylindrical shell, the top opening of the inlet/outlet pipe 101 enters for shrimp sauce and pour out holding vessel 1.

As shown in Fig. 3, Fig. 5, Fig. 6, Fig. 7, Figure 16, Figure 17, the shell 2 that fastens is the vertical bottom opening of center line axis Cylindrical housings, the open end for fastening shell 2, four sliding slots 202 are offered along central axial direction upwards；The button The top surface for closing the inner cavity 201 of shell 2, is machined with the inverted draw cut 203 of annular, and the top end surface of the spring 4 is inlaid in inverted draw cut 203； The top surface of the inner cavity 201 for fastening shell 2 offers the vertical cylindrical fixation hole of central axis in the inside of inverted draw cut 203 204, internal screw thread is machined on the inside cylindrical face of the fixation hole 204, the loading pipe 301 of the carrying case 3 passes through screw thread and fills In fixation hole 204.

Further, four sliding slots 202 for fastening shell 2 are uniformly distributed around the central axis for fastening shell 2.

As shown in Fig. 5, Fig. 6, Figure 18, the main body of the carrying case 3 is the vertical cylindrical housings of center line axis, the Sheng The top of mounted box 3 is machined with the vertical cylindrical loading pipe 301 of central axis, and the top end opening of the loading pipe 301 is described External screw thread is machined on the external cylindrical surface of loading pipe 301；The bottom of the carrying case 3 is uniformly provided with multiple pores, the Sheng Mounted box 3 is provided with tea polyphenols powder.

Further, the body outer diameter of the carrying case 3 is greater than the outer diameter of loading pipe 301, less than the internal diameter of spring 4.

Further, the aperture of the pore of 3 bottom of carrying case is less than tea polyphenols particle outer diameter.

As shown in Fig. 3, Fig. 4, Fig. 8, Fig. 9, Figure 10, the main body of the Shifting rack 5 is cirque structure, cirque structure Top surface, the kerve 501 of annular is offered around cirque structure central axis, and the bottom end face of the spring 4 is inlaid in kerve In 501；On the external cylindrical surface of the cirque structure, equipped with first protruding horizontally up four guide rods 502 bent still further below outward, four Ring 503 is stirred with same part annular and is connect in the end of guide rod 502 described in item；It is described to stir on ring 503, between guide rod 502 Interlude every part is straight-bar, and the smaller drive rod 504 of diameter, the outer end hinge of the rotatable lamella 7 are processed on the straight-bar It connects 504 on drive rod.

The cirque structure of the Shifting rack 5 is in the inner cavity 201 for fastening shell 2, the horizontal part of four guide rods 502 It is attached separately in four sliding slots 202 for fastening shell 2.

Further, the articulated manner of the rotatable lamella 7 and drive rod 504 is that rotatable lamella 7 can surround 504 turns of drive rod It is dynamic.

As shown in Fig. 3, Fig. 4, Fig. 8, Fig. 9, Figure 12, the main body of the fixed frame 6 is laminar annulus, mounted in fastening shell 2 Bottom opening at；The laminar annulus bottom surface of the fixed frame 6 is equipped with four and erects around the central axis of flake annulus The support column 601 of straight cuboid；The two sides of the support column 601 be equipped with horizontal hinge bar 602, the intermediate plate 8 it is curved It is hinged at folding on the hinge bar 602 of fixed frame 6.

Further, after the fixed frame 6 is mounted on fastening 2 opening of shell, four support columns 601 and Shifting rack 5 Four guide rods 502 separately, and the outside upright of support column 601 is facing towards the drive rod 504 of Shifting rack 5.

Further, the laminar annulus of the fixed frame 6 and fasten shell 2 assembly method can for welding, adhesion or It is spirally connected.

As shown in Fig. 8, Fig. 9, Figure 10, Figure 13, Figure 14, Figure 15, the main body of the rotatable lamella 7 is cuboid, main body it is outer End is hinged on drive rod 504, the inner end of main body be equipped with two it is raised pull and push column 701, the column 701 that pulls and pushes is in intermediate plate 8 It pulls and pushes and is slided in hole 801；The intermediate plate 8 is inverted L-shaped piece, is opened up on the outer end face of horizontal component there are two pulling and pushing hole 801, described The bending place of intermediate plate 8 is hinged on the hinge bar 602 of fixed frame 6, and the medial surface of the vertical portion of the intermediate plate 8 is machined with arc Recess 802.

Further, the vertical portion of the intermediate plate 8 is biased to the inside of bending place hinge joint, and vertical portion and hinge joint are not In same vertical plane.

Further, the horizontal component of the intermediate plate 8 and the connection bending part of vertical portion are processed as chamfering shape, hingedly Point is in the inner end of horizontal component.

Further, the arc radius of the arc-shaped recess 802 of the intermediate plate 8 is the outer diameter of the inlet/outlet pipe 101 of holding vessel 1 Half.

The fastening shell 2, carrying case 3, spring 4, Shifting rack 5, fixed frame 6, rotatable lamella 7, intermediate plate 8 form enclosed mechanism, The opening of holding vessel 1 can be blocked, when enclosed mechanism is fully mounted on inlet/outlet pipe 101, the top surface of inlet/outlet pipe 101 and Sheng The bottom surface of mounted box 3 is bonded completely.

Further, the outer diameter of the inlet/outlet pipe 101 of the holding vessel 1 is equal to the internal diameter of the cylindrical main body of Shifting rack 5.

Further, the outer diameter of the inlet/outlet pipe 101 of the holding vessel 1 is equal to the internal diameter of the laminar annulus of fixed frame 6.

Further, the outer diameter of the main body of the carrying case 3 is equal to the outer diameter of the inlet/outlet pipe 101 of holding vessel 1.

As shown in Figure 10, it pushes up when stirring ring 503, spring 4 compresses, and the outer end of rotatable lamella 7 is with stirring ring at this time 503 move up, and the column 701 that pulls and pushes of rotatable lamella 7 while pulling and pushing hole 801 and be displaced outwardly, drives the water of intermediate plate 8 from intermediate plate 8 The outer end of flat part is rotated up, and the vertical portion medial surface of intermediate plate 8 leaves 101 outer wall of inlet/outlet pipe of holding vessel 1, at this time can be with Enclosed mechanism is removed from holding vessel 1.

Equally when that will stir ring 503 and push up, enclosed mechanism can be mounted on the inlet/outlet pipe 101 of holding vessel 1, Ring 503 is stirred in relieving, and since the elastic force of spring 4 acts on, Shifting rack 5 is moved down, and the drive rod 504 stirred on ring 503 drives The outer end of rotatable lamella 7 moves down, and 7 inner end of rotatable lamella pulls and pushes column 701 while towards the movement of hole 801 is pulled and pushed, band The outer end of the horizontal component of dynamic intermediate plate 8 moves down, and the medial surface of the vertical portion of intermediate plate 8 is closely against the disengaging of holding vessel 1 On the outer wall of pipe 101, enclosed mechanism is completely fixed in the opening of holding vessel 1.The bottom surface of the carrying case 3 closes holding vessel 1 opening prevents outside air from entering in holding vessel 1.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in Change or replacement, should be covered within the scope of the utility model.

Claims (10)

1. a kind of anti-oxidation storage facilities of shrimp sauce, it is characterised in that: including holding vessel (1), fasten shell (2), carrying case (3), bullet Spring (4), Shifting rack (5), fixed frame (6), rotatable lamella (7), intermediate plate (8)；

The holding vessel (1) is the cylindrical shell of center axis vertical, and the top of the holding vessel (1) is equipped with thin cylindrical shell Inlet/outlet pipe (101), the top opening of the inlet/outlet pipe (101) enter and pour out holding vessel (1) for shrimp sauce；

It is described to fasten the cylindrical housings that shell (2) are the vertical bottom opening of center line axis, the open end for fastening shell (2) Face offers four sliding slots (202) along central axial direction upwards；The top surface of the inner cavity (201) for fastening shell (2), adds Work has the inverted draw cut (203) of annular, and the top end surface of the spring (4) is inlaid in inverted draw cut (203)；It is described to fasten the interior of shell (2) The top surface of chamber (201) offers the vertical cylindrical fixation hole (204) of central axis in the inside of inverted draw cut (203), described Internal screw thread is machined on the inside cylindrical face of fixation hole (204), the loading pipe (301) of the carrying case (3) is mounted in by screw thread In fixation hole (204)；

The main body of the carrying case (3) is the vertical cylindrical housings of center line axis, is machined at the top of the carrying case (3) The cylindrical loading pipe (301) of heart axis vertical, the top end opening of the loading pipe (301), the loading pipe (301) it is outer External screw thread is machined on cylindrical surface；The bottom of the carrying case (3) is uniformly provided with multiple pores, and the carrying case (3) is built-in There is tea polyphenols powder；

The main body of the Shifting rack (5) is cirque structure, and the top surface of cirque structure is opened around cirque structure central axis Kerve (501) equipped with annular, the bottom end face of the spring (4) are inlaid in kerve (501)；Outside the cirque structure On cylindrical surface, four guide rods (502) bent still further below, the end of four guide rods (502) are protruded horizontally up outward equipped with first Ring (503) is stirred with same part annular to connect；It is described to stir on ring (503), in the interlude of the compartment of guide rod (502) For straight-bar, it is processed into the smaller drive rod of diameter (504) on the straight-bar, the outer end of the rotatable lamella (7) is hinged on drive rod (504) on；

The cirque structure of the Shifting rack (5) is in the inner cavity (201) for fastening shell (2), the water of four guide rods (502) Flat part is attached separately in four sliding slots (202) for fastening shell (2)；

The main body of the fixed frame (6) is laminar annulus, at the bottom opening for fastening shell (2)；The fixed frame (6) Laminar annulus bottom surface, around the central axis of flake annulus, the support column (601) equipped with four vertical cuboids； The two sides of the support column (601) are equipped with horizontal hinge bar (602), and the bending place of the intermediate plate (8) is hinged on fixed frame (6) Hinge bar (602) on；

The main body of the rotatable lamella (7) is cuboid, and the outer end of main body is hinged on drive rod (504), and the inner end of main body is equipped with Two raised to pull and push column (701), described to pull and push column (701) and pull and push sliding in hole (801) in intermediate plate (8)；The intermediate plate (8) For inverted L-shaped piece, opened up on the outer end face of horizontal component there are two pulling and pushing hole (801), the bending place of the intermediate plate (8) is hinged on solid Determine on the hinge bar (602) of frame (6), the medial surface of the vertical portion of the intermediate plate (8) is machined with arc-shaped recess (802).

2. the anti-oxidation storage facilities of shrimp sauce according to claim 1, it is characterised in that: four cunnings for fastening shell (2) Slot (202) is uniformly distributed around the central axis for fastening shell (2).

3. the anti-oxidation storage facilities of shrimp sauce according to claim 1, it is characterised in that: outside the main body of the carrying case (3) Diameter is greater than the outer diameter of loading pipe (301), is less than the internal diameter of spring (4)；The aperture of the pore of carrying case (3) bottom is less than tea Polyphenol particles outer diameter.

4. the anti-oxidation storage facilities of shrimp sauce according to claim 1, it is characterised in that: the rotatable lamella (7) and drive rod (504) articulated manner is that rotatable lamella (7) can be rotated around drive rod (504).

5. the anti-oxidation storage facilities of shrimp sauce according to claim 1, it is characterised in that: the fixed frame (6) is mounted on button After closing shell (2) opening, four guide rods (502) of four support columns (601) and Shifting rack (5) separately, and are supported Drive rod (504) of the outside upright of column (601) facing towards Shifting rack (5).

6. the anti-oxidation storage facilities of shrimp sauce according to claim 1, it is characterised in that: the vertical portion of the intermediate plate (8) It is biased to the inside of bending place hinge joint, vertical portion and hinge joint be not in same vertical plane；The horizontal component of the intermediate plate (8) It is processed as chamfering shape with the connection bending part of vertical portion, hinge joint is in the inner end of horizontal component.

7. the anti-oxidation storage facilities of shrimp sauce according to claim 1, it is characterised in that: the arc-shaped recess of the intermediate plate (8) (802) arc radius is the half of the outer diameter of the inlet/outlet pipe (101) of holding vessel (1).

8. the anti-oxidation storage facilities of shrimp sauce according to claim 1, it is characterised in that: the inlet/outlet pipe of the holding vessel (1) (101) outer diameter is equal to the internal diameter of the cylindrical main body of Shifting rack (5).

9. the anti-oxidation storage facilities of shrimp sauce according to claim 1, it is characterised in that: the inlet/outlet pipe of the holding vessel (1) (101) outer diameter is equal to the internal diameter of the laminar annulus of fixed frame (6).

10. the anti-oxidation storage facilities of shrimp sauce according to claim 1, it is characterised in that: the main body of the carrying case (3) Outer diameter is equal to the outer diameter of the inlet/outlet pipe (101) of holding vessel (1).