CN207476897U - Honey filtering tank - Google Patents

Abstract

The utility model discloses a kind of honey filtering tank, including：Tank body, the upper end are equipped with feed hopper, and lower end is set there are two discharge port；First cylinder is vertically positioned at tank interior, and the bottom surface of the first cylinder and the bottom surface of tank body are rotatablely connected, and periphery is equipped with multiple first through hole；Rabbling mechanism, the second cylinder, the fixed block positioned at the second inner barrel and multiple first blades including being coaxially located at the first inner barrel；First body of rod, is vertically positioned at the first inner barrel, and first body of rod passes through fixed block and is fixedly connected with fixed block；Multiple filter mechanisms, vertically arrange, and any filter mechanism includes：Sleeve, multiple second bodies of rod, multiple screen pipes and multiple third bodies of rod.The filter progress of honey can be rapidly completed in the utility model, and can be good at preventing first through hole and the second through-hole from being blocked by sticky honey.

Description

Honey filtering tank

Technical field

The utility model is related to honey technical field of processing equipment.More specifically, the utility model is related to a kind of honey Filtering tank.

Background technology

Honey is the honey that the nectar that honeybee is adopted from the flowering plant's flowers is brewed in honeycomb.Honeybee is from the spending of plant The nectar or secretion that water content is about 80% are taken, is stored in oneself second stomach, in vivo under the action of a variety of invertases When fermenting various vitamins, minerals and amino acid repeatedly by 15 days or so and enriching certain numerical value, while in nectar Polysaccharide transformation adult body can directly absorb simple sugar glucose, fructose, moisture is stored into less than 10% in nest hole, uses bee Wax seals.Honey is the supersaturated solution of sugar, and when low temperature can generate crystallization, and generate crystallization is glucose, does not generate crystallization Part is mainly fructose.

Honey is in the production process inevitably there are impurity larvas such as albumen, colloid, pollen, beeswax larvas, in order to make honey Clarification is not muddy, we must fall these contaminant filters, adds in that be filtered to filtering tank will be miscellaneous after usually honey is melted Matter removes, and to promote the mouthfeel of honey and quality, and existing filtering tank working efficiency is low, needs by multiple filtering, mistake Filter opening is easily blocked by sticky honey, influences production efficiency.

Utility model content

One purpose of the utility model is to solve at least the above, and provide the advantages of at least will be described later.

The utility model is to provide a kind of honey filtering tank there are one purpose, in first equipped with the honey melted Inner barrel sets rabbling mechanism, and multiple filter mechanisms are set on the periphery of the first cylinder, is stretched by hydraulic cylinder driving Contracting bar is flexible up and down to drive first body of rod to move up and down, and the first cylinder is driven to be rotated relative to the second cylinder and rabbling mechanism, simultaneously The movement of the third body of rod in multiple filter mechanisms and multiple second blades relative to screen pipe is driven, so as to fulfill to the first cylinder The stirring of the internal honey stirring to the honey inside multiple screen pipes simultaneously, it is logical by first through hole and second to accelerate honey The speed in hole, so as to quickly obtain pure honey.The filter progress of honey can be rapidly completed in the utility model, and can be very Good prevents first through hole and the second through-hole from being blocked by sticky honey.The utility model adequately stirs honey, makes Honey remains preferable mobility, can be by a little bit smaller of first through hole and the aperture design of the second through-hole, to honey Be rapidly performed by once filtering, it will be able to obtain purer honey, compared with conventional filtering tank, shorten filtering when Between, the loss of honey nutritional ingredient in filter process is reduced, remains the flavor and mouthfeel of honey to greatest extent.This practicality is new Type working efficiency is high, has preferable market popularization value.

In order to realize these purposes and other advantages according to the present utility model, a kind of honey filtering tank is provided, is wrapped It includes：

Tank body, is the hollow cylinder structure being vertically arranged closed at both ends, and the upper end of the tank body is equipped with a pair of feed Bucket and a hydraulic cylinder, the both sides of lower end are respectively equipped with a discharge port, and the piston rod of the hydraulic cylinder is telescopic rod, institute The piston rod for stating hydraulic cylinder stretches into the tank interior straight down；

First cylinder is hollow and be vertically positioned at the tank interior, and the first cylinder is coaxially disposed with tank body, described the The upper end of one cylinder is open, and lower end and the bottom surface of the tank body are rotatablely connected；The inner wall of the periphery of first cylinder is equipped with Internal thread, the periphery of first cylinder are equipped with multiple first through hole；The lower end of two feed hoppers is contained in described First inner barrel；

Rabbling mechanism, including be vertically positioned at first inner barrel and for hollow structure the second cylinder, with it is described Second cylinder is coaxially disposed and positioned at the columned fixed block of the second inner barrel and multiple along the fixed block circumference side To the first blade of arrangement, second cylinder is coaxially disposed with first cylinder, outside the periphery of second cylinder Wall is equipped with the external screw thread to match with the internal thread；The rectangular plate body knot that any first blade is vertically arranged Structure, a vertical edge of first blade are fixedly connected with the inner wall of the periphery of second cylinder, another vertical edge with it is described solid The periphery for determining block is fixedly connected；

First body of rod, is vertically positioned at first inner barrel, and first body of rod is coaxially set with first cylinder It puts, the upper end of first body of rod is connect with the lower end of the piston rod of the hydraulic cylinder, and lower end extends through institute straight down State the lower section that fixed block is located at the rabbling mechanism；The middle part of first body of rod is fixedly connected with fixed block；

Multiple filter mechanisms, vertically arrange, and are located above and below second cylinder respectively；It is any The filter mechanism includes：

Sleeve is set in outside first body of rod and is connect with first body of rod bearing；The sleeve is located at institute State the above/below of the second cylinder；

Multiple second bodies of rod are arranged along the circumferencial direction of the sleeve, the first end of any second body of rod and institute The periphery for stating sleeve is hinged, and second end extends obliquely downward, and second body of rod can be rotated relative to the sleeve vertical direction；

Multiple screen pipes are arranged along the circumferencial direction of first cylinder, the number of the screen pipe and described second The number of the body of rod is identical；The first end of any screen pipe is fixedly connected with the periphery of first cylinder, and the other end inclines Extension is not contacted with the inner wall of the tank body obliquely, and the first end of the screen pipe is connected with the inside of first cylinder, Second end closure is equipped with the second through-hole on the periphery and second end face of the screen pipe；The periphery of the screen pipe Inner wall is equipped with multiple sliding slots arranged along its circumferencial direction, and any sliding slot extends along the axis of the screen pipe；It is any The sliding slot and any second through-hole are non-interference；Any screen pipe and any first through hole are non-interference；

Multiple third bodies of rod, second body of rod correspond to the third body of rod, the third body of rod pair A screen pipe is answered, any third body of rod is coaxially disposed with the corresponding screen pipe, the third body of rod First end is pierced by the first end of the screen pipe and is pivotally connected with the second end of second body of rod, second end extend obliquely downward to The inside of the screen pipe, the periphery of the third body of rod are equipped with what multiple circumferencial directions along the third body of rod were arranged Blade group, a sliding slot correspond to a blade group, and any blade group includes multiple along the third body of rod axis Second blade of the strip of line direction arrangement, the first end and the periphery of the third body of rod of any second blade are fixed Connection, second end towards close to the third body of rod first end direction and the direction in a certain angle with the third body of rod Extension, the second end of second blade are equipped with sliding block, and the sliding block is arranged in a corresponding sliding slot and can be Wherein slide；Any third body of rod and second cylinder and first blade are non-interference.

Preferably, the honey filtering tank, the lower end of first body of rod are equipped with centrifugal disc, first body of rod The excessively described disk of axis the center of circle, the lower surface of the disk is equipped with multiple soft bristles being vertically arranged.

Preferably, the honey filtering tank, the tank body, first cylinder, second cylinder, the fixation The diameter ratio of block and first body of rod is 1:0.5:0.4:0.1:0.05.

Preferably, the honey filtering tank, the tank body, first cylinder, second cylinder, described first The length ratio of the body of rod and the fixed block is 1:0.8:0.08:0.8:0.08.

Preferably, the honey filtering tank, the bottom of the tank body are equipped with the stock guide of circular ring shape, the stock guide It is coaxially set in outside first cylinder and is not contacted with first cylinder, the stock guide is located at two discharge ports Between, the lower surface of the stock guide is connect for horizontal plane and with the tank base, and upper surface is inclined-plane, the stock guide Direction of the thickness from the center of circle to circumferential edge is in the trend being gradually reduced.

Preferably, the diameter ratio of the honey filtering tank, the third body of rod and the screen pipe is 0.2:1.

Preferably, the honey filtering tank, the third body of rod, the screen pipe and the sliding slot length ratio be 1:1:0.8。

Preferably, the honey filtering tank, the angle between second body of rod and the axis of the sleeve is 35 ~60 degree.

Preferably, the honey filtering tank, the outer wall of the periphery of first cylinder are equipped with multiple electrical heating Pipe.

The utility model includes at least following advantageous effect：

1st, the utility model sets rabbling mechanism in the first inner barrel equipped with the honey melted, in the first cylinder Multiple filter mechanisms on periphery are set, drive telescopic rod is flexible up and down first body of rod is driven to move up and down by hydraulic cylinder, The first cylinder is driven to be rotated relative to the second cylinder and rabbling mechanism, while drives the third body of rod in multiple filter mechanisms and multiple Second blade relative to screen pipe movement, so as to fulfill the honey to the first inner barrel stirring simultaneously in multiple screen pipes The stirring of the honey in portion accelerates honey by first through hole and the speed of the second through-hole, so as to quickly obtain pure honey；

2nd, the utility model by the second cylinder and the first barrel designs into threaded connection so that the telescopic band up and down of piston rod Dynamic first body of rod moves up and down, and then drives the second cylinder moving up and down with respect to the first cylinder, so as to drive the first cylinder Relative to the rotation of the second cylinder, the rabbling mechanism of the second inner barrel is rotated relative to the honey of the first inner barrel, is realized to bee Honey carries out agitation axially and longitudinally, accelerates the flowing velocity of honey, and honey is promoted to enter in screen pipe, and second on screen pipe Through-hole can simultaneously be filtered honey with the first through hole on the first cylinder periphery, accelerate the honey rate of filtration；

3rd, moving up and down for first body of rod drives multiple second bodies of rod to move up and down, due to second body of rod second end with The first end pivot joint of the third body of rod, first body of rod move up and down also driven the first end of second body of rod with respect to first body of rod above and below Rotation, the movement of any second body of rod can drive movement of the corresponding third body of rod relative to screen pipe, because of any third bar Body is slidably connected by the sliding block of multiple second blade tips with screen pipe, and the multiple sliding blocks of mobile drive of second body of rod are opposite It is slided in the sliding slot answered so that the third body of rod moves back and forth under the drive of second body of rod only along the direction of own axes；The Moving back and forth for three bodies of rod drives the second blade to be moved along the axis direction of the third body of rod, so as to the bee inside screen pipe Honey is stirred, and sticky honey is avoided to block multiple second through-holes, and so as to reach, that honey is promoted to pass through is multiple on screen pipe Second through-hole is filtered, and further speeds up the rate of filtration of honey；

4th, first body of rod, which moves up and down, drives during the second cylinder and rabbling mechanism move up and down, the second cylinder and stirring Mechanism is non-interference with any third body of rod always；When first body of rod is moved upward to extreme position, the second cylinder and blender Structure is moved upward to extreme position, and second body of rod also moves up to extreme position and is minimum (35 with the angle of first body of rod Degree), the angle of second body of rod and the third body of rod is minimum (120 degree), and the third body of rod is towards close to screen pipe first end at this time Direction is moved to extreme position, and the length of the second end of the third body of rod apart from the screen pipe is maximum；First body of rod is to moving down When moving to extreme position, the second cylinder and rabbling mechanism are moved downward to extreme position, and second body of rod is also moved downward to the limit Position and be maximum (60 degree) with the angle of first body of rod, the angle of second body of rod and the third body of rod is maximum (145 degree), at this time The third body of rod is moved to extreme position, the second end of the third body of rod and the of screen pipe away from the direction of screen pipe first end Two ends do not contact and the length apart from screen pipe is minimum；

5th, moving up and down for first body of rod drives disk and soft bristle to move up and down, and first body of rod is moved upward to the limit During position, the lower end of bristle contacts the vertical state that bristle hangs down for nature with the bottom surface of the first cylinder at this time, first body of rod to Under when being moved to restraining position, it is inclined in the squeezing action lower bristle and the axis of first body of rod of the first cylinder bottom surface and disk State, moving up and down for first body of rod drive the first cylinder to be rotated relative to bristle, and bristle can generate the bottom surface of the first cylinder Friction, avoids sticky honey from being adhered on the bottom surface of the first cylinder；

6th, the upper surface of the stock guide of circular ring shape promotes honey to be moved to the edge of tank body along stock guide to be obliquely installed And pass through two discharge port discharges, accelerate the honey velocity of discharge；Multiple electric heating tubes are set on the periphery of the first cylinder, it can To use battery powered, electric heating tube can heat the honey of the first inner barrel, and honey is avoided to crystallize and be not easy after cooling down It is flowed out by first through hole and the second through-hole.

Part is illustrated to embody by the further advantage, target and feature of the utility model by following, and part will also pass through Research and practice to the utility model and be understood by the person skilled in the art.

Description of the drawings

Fig. 1 be the utility model in one embodiment the honey filtering tank in state structure diagram for the moment；

Fig. 2 is the utility model structural representation of the honey filtering tank in state two in another embodiment Figure；

Fig. 3 for the utility model in another embodiment the rabbling mechanism and the filter mechanism in state for the moment Structure diagram；

Fig. 4 be the utility model in another embodiment the rabbling mechanism and the filter mechanism in state two Structure diagram.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawings and embodiments, to enable those skilled in the art It can implement according to this with reference to specification word.

It should be appreciated that such as " having ", "comprising" and " comprising " term used herein do not allot one or more The presence or addition of a other element or combinations.

In the description of the present invention, term " transverse direction ", " longitudinal direction ", " on ", " under ", "front", "rear", "left", "right", The orientation or position relationship of the instructions such as " vertical ", " level ", " top ", " bottom ", " interior ", " outer " be based on orientation shown in the drawings or Position relationship is for only for ease of description the utility model and simplifies description, is not instruction or implies signified device or member Part must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that limitation to the utility model.

As shown in figures 1-4, the utility model provides a kind of honey filtering tank, including：

Tank body 1 is the hollow cylinder structure being vertically arranged closed at both ends, and the first cylinder 2 is coaxially disposed with tank body 1, The upper end of the tank body 1 is equipped with a pair of of feed hopper 11 and a hydraulic cylinder 12, the both sides of lower end are respectively equipped with a discharge port 13, the piston rod 121 of the hydraulic cylinder 12 is telescopic rod, and the piston rod 121 of the hydraulic cylinder 12 stretches into institute straight down It states inside tank body 1；

First cylinder 2 is hollow and is vertically positioned inside the tank body 1, and the upper end of first cylinder 2 is open, under End and the bottom surface of the tank body 1 are rotatablely connected；The inner wall of the periphery of first cylinder 2 be equipped with internal thread, described first The periphery of body 2 is equipped with multiple first through hole；The lower end of two feed hoppers 11 is contained in inside first cylinder 2；

Rabbling mechanism, including being vertically positioned at first cylinder, 2 inside and for the second cylinder 31 of hollow structure and institute The second cylinder 31 is stated to be coaxially disposed and the columned fixed block 32 inside the second cylinder 31 and multiple along the fixation First blade 33 of 32 circumferencial direction of block arrangement, second cylinder 31 are coaxially disposed with first cylinder 2, described second The outer wall of the periphery of body 31 is equipped with the external screw thread to match with the internal thread；Any first blade 33 is sets vertically The inner wall of the rectangular plate body structure put, a vertical edge of first blade 33 and the periphery of second cylinder 31, which is fixed, to be connected It connects, another vertical edge is fixedly connected with the periphery of the fixed block 32；

First body of rod 5 is vertically positioned inside first cylinder 2, and first body of rod 5 is same with first cylinder 2 Axis is set, and the upper end of first body of rod 5 is connect with the lower end of the piston rod 121 of the hydraulic cylinder 12, and lower end is straight down Extend through the lower section that the fixed block 32 is located at the rabbling mechanism；The middle part of first body of rod 5 is fixedly connected with fixed block 32；

Multiple filter mechanisms, vertically arrange, and are located above and below second cylinder 31 respectively；Appoint One filter mechanism includes：

Sleeve 41 is set in first body of rod, 5 outside and is connect with first body of rod, 5 bearing；The sleeve 41 Positioned at the above/below of second cylinder 31；

Multiple second bodies of rod 42 are arranged along the circumferencial direction of the sleeve 41, and the first of any second body of rod 42 The periphery with the sleeve 41 is held to be hinged, second end extends obliquely downward, and second body of rod 42 can relatively described sleeve 41 Vertical direction rotates；

Multiple screen pipes 43, along first cylinder 2 circumferencial direction arrange, the number of the screen pipe 43 with it is described The number of second body of rod 42 is identical；The first end of any screen pipe 43 is fixedly connected with the periphery of first cylinder 2, The other end is extended obliquely downward not to be contacted with the inner wall of the tank body 1, the first end of the screen pipe 43 and first cylinder 2 Inside connection, the second end closure is equipped with the second through-hole on the periphery and second end face of the screen pipe 43；The filtering The inner wall of the periphery of pipe 43 is equipped with multiple sliding slots arranged along its circumferencial direction, and any sliding slot is along the screen pipe 43 Axis extension；Any sliding slot and any second through-hole are non-interference；Any screen pipe 43 and any first through hole It is non-interference；

Multiple third bodies of rod 44, second body of rod 42 correspond to the third body of rod 44, a third The body of rod 44 corresponds to a screen pipe 43, and any third body of rod 44 is coaxially disposed with the corresponding screen pipe 43, The first end of the third body of rod 44 is pierced by the first end of the screen pipe 43 and is pivotally connected with the second end of second body of rod 42, Second end is extended obliquely downward to the inside of the screen pipe 43, and the periphery of the third body of rod 44 is equipped with multiple along described The blade group of the circumferencial direction arrangement of the third body of rod 44, a sliding slot correspond to a blade group, any blade Group includes the second blade 45 of multiple strips arranged along 44 axis direction of the third body of rod, any second blade 45 First end is fixedly connected with the periphery of the third body of rod 44, and second end is towards the first end close to the third body of rod 44 Direction and the direction in a certain angle with the third body of rod 44 extension, the second end of second blade 45 are equipped with sliding block, institute Sliding block is stated to be arranged in a corresponding sliding slot and can slide wherein；Any third body of rod 44 and described second Cylinder 31 and first blade 33 are non-interference.

In the above-mentioned technical solutions, the utility model its set and stir inside the first cylinder 2 equipped with the honey melted Mechanism is mixed, multiple filter mechanisms are set on the periphery of the first cylinder 31, telescopic rod is driven to stretch up and down by hydraulic cylinder 12 Contracting drives first body of rod 5 to move up and down, and the first cylinder 2 is driven to be rotated relative to the second cylinder 31 and rabbling mechanism, while drives more The third body of rod 44 and multiple second blades 45 in a filter mechanism relative to screen pipe 43 movement, so as to fulfill to the first cylinder The stirring of honey inside 2 stirring to the honey multiple screen pipes 43 inside simultaneously, quickening honey pass through first through hole and the The speed of two through-holes, so as to quickly obtain pure honey.Setting one in the present embodiment is not limited in actual production to stir Mechanism is mixed, a rabbling mechanism can be respectively provided between two adjacent sleeves 41, and ensures the upper and lower of any rabbling mechanism It is mobile non-interference with neighbouring multiple third bodies of rod 44；

Second cylinder 31 is designed to be threadedly coupled by the utility model with the first cylinder 2 so that the upper and lower of piston rod 121 stretches Contracting drives moving up and down for first body of rod 5, and then drives moving up and down for 31 opposite first cylinder 2 of the second cylinder, so as to drive First cylinder 2 is relative to the rotation of the second cylinder 31, and the rabbling mechanism inside the second cylinder 31 is with respect to the honey inside the first cylinder 2 The agitation carried out to honey axially and longitudinally is realized in rotation, accelerates the flowing velocity of honey, honey is promoted to enter screen pipe 43 In, the second through-hole on screen pipe 43 can simultaneously be filtered honey with the first through hole on 2 periphery of the first cylinder, add The fast honey rate of filtration；

Honey Jing Guo heating and melting is delivered to by two feed hoppers 11 inside the first cylinder 2, starts hydraulic cylinder 12 driving piston rods stretch about 121, and first body of rod 5 is driven to move up and down, drives moving up and down for multiple second bodies of rod 42, by It is pivotally connected in the second end of second body of rod 42 and the first end of the third body of rod 44, first body of rod 5, which moves up and down, has also driven the second bar The first end of body 42 is rotated upwardly and downwardly with respect to first body of rod 5, and the movement of any second body of rod 42 can drive corresponding third bar Body 44 relative to screen pipe 43 movement, because any third body of rod 44 passes through the sliding blocks of multiple second blade, 45 ends and screen pipe 43 It is slidably connected, the multiple sliding blocks of mobile drive of second body of rod 42 slide in corresponding sliding slot so that the third body of rod 44 is Direction under the drive of bipole body 42 only along own axes moves back and forth；Moving back and forth for the third body of rod 44 drives the second blade 45 move along the axis direction of the third body of rod 44, so as to be stirred to the honey inside screen pipe 43, avoid sticky Honey blocks multiple second through-holes, honey is promoted to be filtered by multiple second through-holes on screen pipe 43 so as to reach, into One step accelerates the rate of filtration of honey；

First body of rod 5, which moves up and down, to be driven during the second cylinder 31 and rabbling mechanism move up and down, 31 He of the second cylinder Rabbling mechanism is non-interference with any third body of rod 44 always, and the lower end of first body of rod 5 and the bottom surface of the first cylinder 2 do not connect always It touches；When first body of rod 5 is moved upward to extreme position (as shown in figs. 1 and 3), the sleeve 41 positioned at topmost is always positioned at first 2 top of cylinder, the second cylinder 31 and rabbling mechanism are moved upward to extreme position, and second body of rod 42, which also moves up, extremely to be limited It puts and is minimum with the angle of first body of rod 5, the angle of second body of rod 42 and the third body of rod 44 is minimum, the third body of rod 44 at this time Extreme position is moved to towards the direction of the first end close to screen pipe 43, the second end of the third body of rod 44 is apart from the screen pipe 43 length is maximum；When first body of rod 5 is moved downward to extreme position (as shown in Figures 2 and 4), positioned at the sleeve 41 of topmost Inside the first cylinder 2, the second cylinder 31 and rabbling mechanism are moved downward to extreme position, and second body of rod 42 also moves down Be to extreme position and with the angle of first body of rod 5 it is maximum, the angle of second body of rod 42 and the third body of rod 44 be it is maximum, at this time the Three bodies of rod 44 are moved to extreme position away from the direction of 43 first end of screen pipe, and the second end of the third body of rod 44 is described in The length of screen pipe 43 is minimum.

In another technical solution, the honey filtering tank, the lower end of first body of rod 5 is equipped with centrifugal disc 6, The center of circle of the excessively described disk 6 of the axis of first body of rod 5, the edge of disk is not contacted with the inner wall of the first cylinder；The circle The lower surface of disk 6 is equipped with multiple soft bristles 61 being vertically arranged.Moving up and down for first body of rod 5 drives disk 6 and soft brush Hair 61 moves up and down, when first body of rod 5 is moved upward to extreme position, vertical state that bristle 61 hangs down for nature bristle at this time 61 lower end is contacted with the bottom surface of the first cylinder 2, when first body of rod 5 is moved downward to restraining position, in 2 bottom surface of the first cylinder and The squeezing action lower bristle 61 of disk 6 and the axis of first body of rod 5 are inclined, and first body of rod 5 moves up and down drive One cylinder 2 is rotated relative to bristle 61, and bristle 61 can generate friction to the bottom surface of the first cylinder 2, and sticky honey is avoided to adhere to On the bottom surface of the first cylinder 2.Disk and any third body of rod are non-interference.

In another technical solution, the honey filtering tank, the tank body 1, first cylinder 2, described second The diameter ratio of cylinder 31, the fixed block 32 and first body of rod 5 is 1:0.5:0.4:0.1:0.05.Ensure the second cylinder 31 It can be contained in the first cylinder 2 and can move up and down and drive the first cylinder 2 to rotate relative to the first cylinder 2.Sleeve 41 and The diameter ratio of one body of rod 5 is 1.1:1.

In another technical solution, the honey filtering tank, the tank body 1, first cylinder 2, described second The length ratio of cylinder 31, first body of rod 5 and the fixed block 32 is 1:0.8:0.08:0.8:0.08.

In another technical solution, the honey filtering tank, the bottom of the tank body 1 is equipped with the stock guide of circular ring shape 7, the stock guide 7 is coaxially set in 2 outside of the first cylinder and is not contacted with first cylinder 2, the stock guide 7 Between two discharge ports 13, the lower surface of the stock guide 7 is connect for horizontal plane and with 1 bottom of tank body, upper table Face is inclined-plane, and the direction of the thickness of the stock guide 7 from the center of circle to circumferential edge is in the trend being gradually reduced.The stock guide of circular ring shape 7 upper surface promotes honey to be moved to the edge of tank body 1 along stock guide 7 and pass through two 13 rows of discharge port to be obliquely installed Go out, accelerate the honey velocity of discharge.

In another technical solution, the honey filtering tank, the third body of rod 44 is straight with the screen pipe 43 Diameter ratio is 0.2:1.

In another technical solution, the honey filtering tank, the third body of rod 44, the screen pipe 43 with it is described The length ratio of sliding slot is 1:1:0.8.

In another technical solution, the honey filtering tank, the axis of second body of rod 42 and the sleeve 41 Between angle be 35~60 degree.

In another technical solution, the honey filtering tank, the outer wall of the periphery of first cylinder 2 is equipped with Multiple electric heating tubes.Multiple electric heating tubes are set on the periphery of first cylinder 2, battery powered, electric heating tube may be used Honey inside first cylinder 2 can be heated, honey is avoided to crystallize after cooling down and not easily pass through first through hole and the second through-hole Outflow.

Number of devices and treatment scale described herein are the explanations for simplifying the utility model.To the utility model Application, modifications and variations will be readily apparent to persons skilled in the art.

Although the embodiment of the utility model is disclosed as above, it is not restricted in specification and embodiment Listed utilization, it can be applied to various fields suitable for the present invention completely, for those skilled in the art, Other modification is easily implemented, therefore without departing from the general concept defined in the claims and the equivalent scope, this reality Specific details and legend shown and described herein are not limited to novel.

Claims (9)

1. honey filtering tank, which is characterized in that it includes：

Tank body, is the hollow cylinder structure being vertically arranged closed at both ends, the upper end of the tank body be equipped with a pair of of feed hopper and One hydraulic cylinder, the both sides of lower end are respectively equipped with a discharge port, and the piston rod of the hydraulic cylinder is telescopic rod, the liquid The piston rod of compressing cylinder stretches into the tank interior straight down；

First cylinder is hollow and is vertically positioned at the tank interior, and the first cylinder is coaxially disposed with tank body, described first The upper end of body is open, and lower end and the bottom surface of the tank body are rotatablely connected；The inner wall of the periphery of first cylinder is equipped with interior spiral shell Line, the periphery of first cylinder are equipped with multiple first through hole；The lower end of two feed hoppers is contained in described first Inner barrel；

Rabbling mechanism, the second cylinder and described second including being vertically positioned at first inner barrel and for hollow structure Cylinder be coaxially disposed and positioned at the second inner barrel columned fixed block and it is multiple along the fixed block circumferencial direction arrange First blade of cloth, second cylinder are coaxially disposed with first cylinder, on the outer wall of the periphery of second cylinder Equipped with the external screw thread to match with the internal thread；The rectangular plate body structure that any first blade is vertically arranged, institute The vertical edge for stating the first blade is fixedly connected with the inner wall of the periphery of second cylinder, another vertical edge and the fixed block Periphery is fixedly connected；

First body of rod is vertically positioned at first inner barrel, and first body of rod is coaxially disposed with first cylinder, institute The upper end for stating first body of rod is connect with the lower end of the piston rod of the hydraulic cylinder, and lower end extends through the fixation straight down Block is located at the lower section of the rabbling mechanism；

Multiple filter mechanisms, vertically arrange, and are located above and below second cylinder respectively；It is any described Filter mechanism includes：

Sleeve is set in outside first body of rod and is connect with first body of rod bearing；The sleeve is located at described the The above/below of two cylinders；

Multiple second bodies of rod are arranged along the circumferencial direction of the sleeve, first end and the set of any second body of rod The periphery of cylinder is hinged, and second end extends obliquely downward, and second body of rod can be rotated relative to the sleeve vertical direction；

Multiple screen pipes are arranged along the circumferencial direction of first cylinder, the number of the screen pipe and second body of rod Number it is identical；The first end of any screen pipe is fixedly connected with the periphery of first cylinder, and the other end is tilted towards Lower extension is not contacted with the inner wall of the tank body, and the first end of the screen pipe is connected with the inside of first cylinder, and second End closure is equipped with the second through-hole on the periphery and second end face of the screen pipe；The inner wall of the periphery of the screen pipe Multiple sliding slots arranged along its circumferencial direction are equipped with, any sliding slot extends along the axis of the screen pipe；It is any described Sliding slot and any second through-hole are non-interference；

Multiple third bodies of rod, second body of rod correspond to the third body of rod, and the third body of rod corresponds to one A screen pipe, any third body of rod are coaxially disposed with the corresponding screen pipe, and the first of the third body of rod End is pierced by the first end of the screen pipe and is pivotally connected with the second end of second body of rod, and second end is extended obliquely downward to described The inside of screen pipe, the periphery of the third body of rod are equipped with the blade that multiple circumferencial directions along the third body of rod are arranged Group, a sliding slot correspond to a blade group, and any blade group includes multiple along the third body of rod axis side To the second blade of the strip of arrangement, the first end of any second blade is fixed with the periphery of the third body of rod to be connected It connects, second end is prolonged towards the direction of the first end close to the third body of rod and the direction in a certain angle with the third body of rod It stretches, the second end of second blade is equipped with sliding block, and the sliding block is arranged in a corresponding sliding slot and can be at it Middle slip；Any third body of rod and second cylinder and first blade are non-interference.

2. honey filtering tank as described in claim 1, which is characterized in that the lower end of first body of rod is equipped with centrifugal disc, The center of circle of the excessively described disk of axis of first body of rod, the lower surface of the disk are equipped with multiple soft brushes being vertically arranged Hair.

3. honey filtering tank as claimed in claim 2, which is characterized in that the tank body, first cylinder, second described The diameter ratio of body, the fixed block and first body of rod is 1:0.5:0.4:0.1:0.05.

4. honey filtering tank as claimed in claim 3, which is characterized in that the tank body, first cylinder, second described The length ratio of body, first body of rod and the fixed block is 1:0.8:0.08:0.8:0.08.

5. honey filtering tank as claimed in claim 4, which is characterized in that the bottom of the tank body is equipped with the guide of circular ring shape Plate, the stock guide are coaxially set in outside first cylinder and are not contacted with first cylinder, and the stock guide is located at Between two discharge ports, the lower surface of the stock guide is connect for horizontal plane and with the tank base, and upper surface is oblique Face, the direction of the thickness of the stock guide from the center of circle to circumferential edge are in the trend being gradually reduced.

6. honey filtering tank as claimed in claim 5, which is characterized in that the diameter ratio of the third body of rod and the screen pipe It is 0.2:1.

7. honey filtering tank as claimed in claim 6, which is characterized in that the third body of rod, the screen pipe and the cunning The length ratio of slot is 1:1:0.8.

8. honey filtering tank as claimed in claim 7, which is characterized in that between second body of rod and the axis of the sleeve Angle be 35~60 degree.

9. honey filtering tank as claimed in claim 8, which is characterized in that the outer wall of the periphery of first cylinder is equipped with Multiple electric heating tubes.