CN206104332U - Euphausia superba filter - Google Patents

Euphausia superba filter Download PDF

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Publication number
CN206104332U
CN206104332U CN201621025449.4U CN201621025449U CN206104332U CN 206104332 U CN206104332 U CN 206104332U CN 201621025449 U CN201621025449 U CN 201621025449U CN 206104332 U CN206104332 U CN 206104332U
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Prior art keywords
screen tray
screen
conveyer belt
bar
unit
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CN201621025449.4U
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Chinese (zh)
Inventor
柳玉平
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Shandong Blue Austrian Biotechnology Co Ltd
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Shandong Blue Austrian Biotechnology Co Ltd
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Abstract

The utility model belongs to the technical field of euphausia superba processing, in particular to euphausia superba filter. This euphausia superba filter includes the base, establishes the bank of screens above the base, establishes big or middle or small screen tray on the bank of screens, establish vibrating motor and flexible connectors between base and bank of screens, establish the conveyer belt at base and bank of screens right side outside, the conveyer belt corresponds big or middle or small screen tray setting from the top down, all connect the discharging pipe on big or middle or small screen tray right side, establish the baffle on the discharging pipe, establish the backplate in conveyer belt both sides, establish in each conveyer belt right -hand member outside and connect material jar, establish perpendicular tie rod in bank of screens left side, link firmly first horizon bar, second horizon bar and third horizon bar on erecting tie rod, first horizon bar right -hand member, second horizon bar right -hand member and third horizon bar right -hand member respectively with big screen tray bottom left part, well screen tray bottom left part and little screen tray bottom left part butt, establish the cylinder erecting the tie rod below. This euphausia superba filter is rational in infrastructure, the filtration is high -efficient, easy and simple to handle, the follow -up processing of being convenient for.

Description

A kind of Antarctic krill filter
(1) technical field
This utility model belongs to Antarctic krill processing technique field, more particularly to a kind of Antarctic krill filter.
(2) background technology
Antarctic krill (scientific name:Euphausia superba), also known as large krill or Antarctic krill, it is that one kind is lived in The krill in the Antarctic Continent waters of Antarctic Ocean.Antarctic krill is the invertebratess like shrimp, and is lived in cluster mode, and density is reachable 10000-30000/m3
Antarctic krill is the food of high protein.Determine according to biologist, in Antarctic krill meat, contain protein 17.56%, Fat 2.11%, and containing whole aminoacid necessary to human body.The content of lysine of threpsology's feature is represented especially more It is abundant, compare with beef with tuna, brave stricture of vagina shrimp, the lysine content highest of Antarctic krill.World Health Organization (WHO) is once by the South Pole The aminoacid comprehensive nutrient value ratio of krill, prawn, Lac Bovis seu Bubali and beef relatively scores, and as a result krill gets a mark of 100,96 points of beef, cattle 91 points of breast, 71 points of prawn.According to analysis, necessary to human body, 8 kinds of aminoacid, has in krill, and accounts for protein content altogether 41.04%.Also contain the metallic element of various nutrition in Antarctic krill, content of ashes is 3.37% in the full shrimp of krill, shrimp It is 2.36% in meat, compares shrimp content high.Wherein, the calcium of needed by human body, phosphorus, potassium, sodium are all very abundant, also contain in the eyeball of krill There is abundant carotene.
Used as the so high Antarctic krill of nutritive value, its deep processing research has become focus, is comprehensive utilization South Pole phosphorus Various beneficiating ingredients in shrimp products, its preliminary working are processed and are just particularly important.According to fishing time and catching season not Together, the different sizes of Antarctic krill, in the course of processing, are to meet the unification of line production system, the processing of science and management, are needed Antarctic krill is filtered, according to its different size continue according to its growth cycle process that its optimum obtains it is beneficial into Point.The classification of existing shrimps and filter plant are simple, it is impossible to meet the needs of above-mentioned processing and management.
(3) content of the invention
This utility model is in order to make up the deficiencies in the prior art, there is provided a kind of design science, it is rational in infrastructure, filter high Effect, Antarctic krill filter easy to operate, facilitating following process, solve problems of the prior art.
This utility model is achieved by the following technical solution:
A kind of Antarctic krill filter, including a pedestal, are provided with a screen frame (unit) above pedestal, on screen frame (unit) from the top down according to It is secondary to be provided with big screen tray, middle screen tray and little screen tray, distinguish on the right side of big screen tray top, on the right side of middle screen tray top and on the right side of little screen tray top It is hinged and connected with the waling stripe arranged on the right side of screen frame (unit), big screen tray top left hand, middle screen tray top left hand and little screen tray top are left Side is connected with the waling stripe mounting arranged on the left of screen frame (unit) respectively;A vibrating motor is provided between pedestal and screen frame (unit), it is described to shake The motor-driven connecting rod of crossing of galvanic electricity is connected with Chuck top and screen frame (unit) bottom respectively, is set between the pedestal and screen frame (unit) outside vibrating motor There are several Flexible Connectors;Three are sequentially provided with from the top down are inclined downwards from left to right in pedestal and screen frame (unit) right hand external set The conveyer belt put, each conveyer belt correspond to the bottom of big screen tray, middle screen tray and little screen tray from the top down respectively and arrange;In shaker screen Connect a discharge nozzle respectively at the top of the corresponding conveyer belt of correspondence on the right side of disk, middle screen tray and little screen tray, each discharge nozzle is sloped down to Arrange above each self-corresponding conveyer belt, a baffle plate is plugged on each discharge nozzle;Before and after each conveyer belt, both sides are relative is provided with Two backplates arranged along tape transport direction, are provided with a splice jug on the outside of each conveyer belt right-hand member;One is provided with the left of screen frame (unit) Vertical pull bar, be connected on vertical pull bar first level bar, the second horizon bar and the 3rd horizon bar from the top down successively, the first water The right-hand member of the right-hand member of flat bar, the right-hand member of the second horizon bar and the 3rd horizon bar is tried to get to the heart of a matter with shaker screen respectively and holds left part, middle screen tray bottom Left part and little screen tray bottom left part are abutted and are connected, and are provided with a cylinder below vertical pull bar, the piston rod top of cylinder with it is vertical Pull bar bottom is connected.
The Flexible Connector is spring.
A support frame is provided with the right side of pedestal and screen frame (unit), the support frame includes supporting the higher side of each conveyer belt defeated First group of vertical support bar for sending axle and second group of vertical support bar for supporting the relatively low side conveying axis of each conveyer belt, at second group Vertically support bar is provided with the motor for driving the conveying axis of each conveyer belt to rotate respectively;Each splice jug is located at second group Right side between vertical support bar;The left and right two ends of each backplate are perpendicular with first group of vertical support bar homonymy and second group respectively The vertical support bar of support bars homonymy is connected.
Each baffle plate setting parallel with the lateral wall of big screen tray, middle screen tray and little screen tray corresponding to which.
The beneficial effects of the utility model are:The Antarctic krill filter is by arranging vibration electricity between screen frame (unit) and pedestal Machine and Flexible Connector, can meet the function of the screen tray classified filtering Antarctic krill on screen frame (unit), science by Antarctic krill according to Size is obtained;The Antarctic krill that different screen trays are obtained can be by different conveyer belt smooth delivery of power to each splice jug;Due to each conveying Band by a Motor drive, can meet the conveying after the screening of the Antarctic krill product in arbitrary screen tray terminates, it is to avoid three kinds respectively The arbitrary screen tray screening of screen tray does not thoroughly convey the trouble brought;It is easy to operator to control;By big screen tray, middle screen tray and Connect discharge nozzle on the right side of little screen tray, facilitate not drop when detached Antarctic krill is delivered on conveyer belt in each screen tray and cause wave Take;By vertical pull bar is arranged on the left of screen frame (unit), be connected on vertical pull bar first level bar, the second level from the top down successively Bar and the 3rd horizon bar, the right-hand member of the right-hand member of first level bar, the right-hand member of the second horizon bar and the 3rd horizon bar respectively with shaker screen Try to get to the heart of a matter and hold left part, middle screen tray bottom left part to be connected with little screen tray bottom left part abutting, a cylinder, gas are provided with below vertical pull bar The piston rod top of cylinder is connected with vertical pull bar bottom, is promoted vertical pull bar by the piston rod of cylinder, is driven the first water respectively Flat bar, the second horizon bar, the left part of the right-hand member each screen tray of jack-up upwards of the 3rd horizon bar, make each screen tray be tilted to the right upwards, enter And promote detached Antarctic krill to enter tape transport to splice jug by the discharge nozzle of each screen tray.The Antarctic krill filter sets Meter science, completes the screening during Antarctic krill preliminary working, facilitates subsequent operation personnel according to different size of South Pole phosphorus Shrimp carries out the further deep processing of corresponding product.
(4) illustrate
Below in conjunction with the accompanying drawings this utility model is further described.
Fig. 1 is structural representation of the present utility model;
Fig. 2 is Fig. 1 left view structural representations.
In figure, 1 pedestal, 2 screen frame (unit)s, 3 big screen trays, screen tray in 4,5 little screen trays, 6 waling stripes, 7 vibrating motors, 8 elasticity are even Fitting, 9 conveyer belts, 10 discharge nozzles, 11 baffle plates, 12 backplates, 13 splice jugs, 14 vertical pull bars, 15 first level bars, 16 second water Flat bar, 17 the 3rd horizon bars, 18 cylinders, 19 first groups of vertical support bars, 20 second groups of vertical support bars, 21 motors.
(5) specific embodiment
Clearly to illustrate the technical characterstic of this programme, below by specific embodiment, and its accompanying drawing is combined, to this reality It is described in detail with new.
As shown in accompanying drawing 1-2, the Antarctic krill filter includes a pedestal 1, and a screen frame (unit) 2 is provided with above pedestal 1, in sieve Be sequentially provided with big screen tray 3, middle screen tray 4 and little screen tray 5 on frame 2 from the top down, on the right side of big screen tray top, on the right side of middle screen tray top and On the right side of little screen tray top respectively with screen frame (unit) 2 on the right side of the waling stripe 6 that arranges be hinged and connected, big screen tray top left hand, middle screen tray top End left side and little screen tray top left hand are connected with the mounting of waling stripe 6 arranged on the left of screen frame (unit) 2 respectively;Pedestal 1 and screen frame (unit) 2 it Between be provided with a vibrating motor 7, the vibrating motor 7 was moved connecting rod and was connected with Chuck top and screen frame (unit) bottom respectively, vibration Several Flexible Connectors 8 are provided between pedestal 1 and screen frame (unit) 2 outside motor 7;Pedestal and 1 screen frame (unit), 2 right hand external on to Under be sequentially provided with three conveyer belts 9 for being inclined downwards from left to right setting, each conveyer belt 9 corresponds to shaker screen from the top down respectively The bottom of disk, middle screen tray and little screen tray is arranged;The corresponding corresponding conveyer belt top on the right side of big screen tray 3, middle screen tray 4 and little screen tray 5 Portion connects a discharge nozzle 10 respectively, and each discharge nozzle 10 is sloped down to, in each discharge nozzle A baffle plate 11 is plugged on 10;Before and after each conveyer belt 9, both sides are relative is provided with two backplates 12 arranged along tape transport direction, A splice jug 13 is provided with the outside of each conveyer belt right-hand member;A vertical pull bar 14 is provided with the left of screen frame (unit) 2, on vertical pull bar 14 from On be sequentially connected downwards first level bar 15, the second horizon bar 16 and the 3rd horizon bar 17, the right-hand member of first level bar 15, second The right-hand member of the right-hand member of horizon bar 16 and the 3rd horizon bar 17 is tried to get to the heart of a matter with shaker screen respectively and holds left part, middle screen tray bottom left part and little screen tray Bottom left part is abutted and is connected, and a cylinder 18, piston rod top and 14 bottom of vertical pull bar of cylinder are provided with below vertical pull bar 14 End is connected.
The Flexible Connector 8 is spring.
A support frame is provided with the right side of pedestal 1 and screen frame (unit) 2, the support frame includes supporting the higher side of each conveyer belt Second group of vertical support bar 20 of first group of vertical support bar 19 and the relatively low side conveying axis of each conveyer belt of support of conveying axis, Second group of vertical support bar 20 is provided with the motor 21 for driving the conveying axis of each conveyer belt to rotate respectively;Each splice jug 13 right sides between second group of vertical support bar 20;The left and right two ends of each backplate 12 are vertically supported with first group respectively The vertical support bar of bar homonymy and second group of vertical support bar homonymy is connected.
The setting parallel with the lateral wall of big screen tray, middle screen tray and little screen tray corresponding to which of each baffle plate 11.
During use, detect that big screen tray 3, middle screen tray 4 and little screen tray 5 are in level on screen frame (unit) 2 first, pre-treatment is terminated Antarctic krill pour in big screen tray 3, Vibration on Start-up motor 7 carries out vibrosieve, and Antarctic krill gradually falls according to of different sizes Enter in screen tray 4 and little screen tray 5, form gradation sizing;Screening terminates, and starts motor 21, starts conveyer belt 9, closes Vibrating motor 7, opens the baffle plate 11 on each discharge nozzle 10 respectively, and the Antarctic krill in each screen tray will fall into which by discharge nozzle On each self-corresponding conveyer belt, smoothly it is delivered in splice jug 13 downwards under the barrier effect of backplate 12;To ensure each screen tray Interior Antarctic krill is all smoothly fallen on conveyer belt, starts cylinder 18, the piston rod of the cylinder vertical pull bar 14 of jack-up upwards, is made First level bar 15, the second horizon bar 16 and 17 upward vertical movement of the 3rd horizon bar for vertically connecting on pull bar 14, the first water Flat bar 15, the second horizon bar 16 and the 3rd horizon bar 17 distinguish the big screen tray of jack-up, middle screen tray and little screen tray upwards, make each screen tray edge The waling stripe 6 arranged on the left of screen frame (unit) is rotated and is tilted to the right, so as to ensure the Antarctic krill in which all by discharge nozzle 10 Wander and conveyed on conveyer belt 9.
Big screen tray and middle screen tray are designed to into section in isosceles trapezoid shape, in screening process, Antarctic krill can be avoided to drop To outside, while conveniently feeding intake.
This utility model does not describe part in detail, is the known technology of those skilled in the art of the present technique.Finally illustrate, with Upper embodiment is only unrestricted to illustrate the technical solution of the utility model, although with reference to preferred embodiment to this utility model It has been described in detail, it will be understood by those within the art that, the technical solution of the utility model can be repaiied Change or equivalent, without deviating from the objective and scope of technical solutions of the utility model, which all should be covered in this utility model Right in the middle of.

Claims (4)

1. a kind of Antarctic krill filter, is characterized in that:Including a pedestal, a screen frame (unit) is provided with above pedestal, on screen frame (unit) from On be sequentially provided with downwards big screen tray, middle screen tray and little screen tray, on the right side of big screen tray top, on the right side of middle screen tray top and little screen tray top Right side respectively with screen frame (unit) on the right side of the waling stripe that arranges be hinged and connected, big screen tray top left hand, middle screen tray top left hand and little sieve Disk top left hand is connected with the waling stripe mounting arranged on the left of screen frame (unit) respectively;Vibration electricity is provided between pedestal and screen frame (unit) Machine, the vibrating motor were moved connecting rod and were connected with Chuck top and screen frame (unit) bottom respectively, pedestal outside the vibrating motor and Several Flexible Connectors are provided between screen frame (unit);Three are sequentially provided with from the top down from left to right in pedestal and screen frame (unit) right hand external The conveyer belt of downward-sloping setting, each conveyer belt correspond to the bottom of big screen tray, middle screen tray and little screen tray from the top down respectively Arrange;Connecting a discharge nozzle, each discharge nozzle respectively at the top of the corresponding conveyer belt of correspondence on the right side of big screen tray, middle screen tray and little screen tray Slope down to, a baffle plate is plugged on each discharge nozzle;Two before and after each conveyer belt Side is relative to be provided with two backplates arranged along tape transport direction, on the outside of each conveyer belt right-hand member is provided with a splice jug;In screen frame (unit) Left side is provided with a vertical pull bar, and be connected on vertical pull bar first level bar, the second horizon bar and the 3rd water from the top down successively Flat bar, the right-hand member of the right-hand member of first level bar, the right-hand member of the second horizon bar and the 3rd horizon bar try to get to the heart of a matter with shaker screen respectively end left part, Middle screen tray bottom left part is abutted with little screen tray bottom left part and is connected, and a cylinder, the piston rod of cylinder are provided with below vertical pull bar Top is connected with vertical pull bar bottom.
2. a kind of Antarctic krill filter according to claim 1, is characterized in that:The Flexible Connector is spring.
3. a kind of Antarctic krill filter according to claim 1, is characterized in that:One is provided with the right side of pedestal and screen frame (unit) Support frame frame, the support frame include first group of vertical support bar for supporting the higher side conveying axis of each conveyer belt and support each defeated Second group of vertical support bar with relatively low side conveying axis is sent, is provided with second group of vertical support bar and drive respectively each conveyer belt Conveying axis rotate motor;Right side of each splice jug between second group of vertical support bar;Each backplate Left and right two ends be connected with the vertical support bar of first group of vertical support bar homonymy and second group of vertical support bar homonymy respectively.
4. a kind of Antarctic krill filter according to claim 1, is characterized in that:Each baffle plate with it is big corresponding to which The parallel setting in lateral wall of screen tray, middle screen tray and little screen tray.
CN201621025449.4U 2016-08-31 2016-08-31 Euphausia superba filter Active CN206104332U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621025449.4U CN206104332U (en) 2016-08-31 2016-08-31 Euphausia superba filter

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621025449.4U CN206104332U (en) 2016-08-31 2016-08-31 Euphausia superba filter

Publications (1)

Publication Number Publication Date
CN206104332U true CN206104332U (en) 2017-04-19

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Application Number Title Priority Date Filing Date
CN201621025449.4U Active CN206104332U (en) 2016-08-31 2016-08-31 Euphausia superba filter

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107771909A (en) * 2017-11-07 2018-03-09 浙江国际海运职业技术学院 Penaeus Vannmei shrimp preservation device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107771909A (en) * 2017-11-07 2018-03-09 浙江国际海运职业技术学院 Penaeus Vannmei shrimp preservation device

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