CN205705408U - A kind of squeezer - Google Patents
A kind of squeezer Download PDFInfo
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- CN205705408U CN205705408U CN201620719831.9U CN201620719831U CN205705408U CN 205705408 U CN205705408 U CN 205705408U CN 201620719831 U CN201620719831 U CN 201620719831U CN 205705408 U CN205705408 U CN 205705408U
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Abstract
nullA kind of squeezer，Including the casing being arranged in frame，Chassis cavity can be provided with helical axis rotationally，One end of helical axis is stretched out from casing and is connected with drive mechanism，Drive mechanism is arranged in frame，The two ends of casing are respectively arranged with charging aperture and discharging opening，The bottom of casing arranges juice opening，Described chassis cavity is provided with outer packing cylinder，The inner chamber of described outer packing cylinder and charging aperture、Discharging opening is connected，The mesh that after being provided with material extruding on the barrel of described outer packing cylinder, juice flows out，Described helical axis is arranged in the inner chamber of outer packing cylinder，Gap is left between helical blade and the inwall of outer packing cylinder of described helical axis，It is provided with interior packing cylinder on the mandrel of the helical axis of discharging opening side，Also mesh it is provided with on the barrel of described interior packing cylinder，Described interior packing cylinder is nested with on mandrel by interior tube fixing device，The inner chamber of described interior packing cylinder is connected with juice opening.Have an advantage in that: squeezing scope is wide, can fully be pressed adjacent to material at shaft core.
Description
Technical field
This utility model relates to press apparatus manufacturing technology, a kind of squeezer using helical axis squeezing material.
Background technology
The China of existing a kind of Patent No. CN201320065863.8 entitled " a kind of double spiral squeezer " is practical new
Type patent discloses a kind of double spiral squeezer, including barrel, helical axis, blade, charging aperture, discharging opening, described helical axis
Being arranged on inside barrel, blade is fixed on helical axis, and charging aperture and discharging opening are separately positioned on barrel both sides；Blade uniformly divides
Cloth, in the both sides of helical axis, all leaves gap between blade and between blade and barrel；Barrel is provided with the side of discharging opening also
It is provided with outlet；This utility model is rational in infrastructure compact, squeezes effective, and treatment effeciency is high, and operation and maintenance is convenient, it is simple to push away
Wide application.But, this device uses the structure of double-screw shaft, and the scope of squeezing material is narrower, is additionally, since helical axis discharge end
The material thickness at place is relatively big, and at shaft core, material juice is difficult to be smoothly through outer skin materials and is adequately compressed out, thus
Impact squeezing effect, therefore the structure of this device also needs to improve further.
Summary of the invention
Technical problem to be solved in the utility model is to provide a kind of squeezing effect for above-mentioned prior art present situation
Good, can fully be pressed adjacent to the squeezer of material at shaft core.
The technical scheme that the above-mentioned technical problem of this utility model solution is used is: this squeezer, including being arranged on frame
On casing, described chassis cavity can be provided with helical axis rotationally, one end of described helical axis stretch out from casing and with
Drive mechanism is connected, and described drive mechanism is arranged in frame, and the two ends of described casing are respectively arranged with charging aperture and discharging
Mouthful, the bottom of described casing arranges juice opening, it is characterised in that: described chassis cavity is provided with outer packing cylinder, described outer crowded
The inner chamber of barrel is connected with charging aperture, discharging opening, and after the barrel of described outer packing cylinder is provided with material extruding, juice flows out
Mesh, described helical axis is arranged in the inner chamber of outer packing cylinder, the inwall of the helical blade of described helical axis and outer packing cylinder
Between leave gap, near discharging opening side helical axis mandrel on be provided with interior packing cylinder, the barrel of described interior packing cylinder
On be also provided with mesh, described interior packing cylinder is nested with on mandrel by interior tube fixing device, the inner chamber of described interior packing cylinder with
Juice opening is connected.
As improvement, described juice opening includes the first juice opening and the second juice opening, and the left and right sides of described casing is respectively
Being provided with left sealing plate and right sealing plate, the right-hand member of described helical axis stretches out right sealing plate and is connected with drive mechanism, described spiral shell
The left end of spin axis stretches out left sealing plate and fixing seat is rotatedly connected and connects, the casing bottom between described left sealing plate and right sealing plate
Being provided with the first juice collection bucket, described first juice opening is arranged on the first juice collection bucket, between described left sealing plate and fixing seat
Casing bottom is provided with the intracavity inter-connection of aggregate bin, described aggregate bin and outer packing cylinder, and described discharging opening is arranged on aggregate bin
On, the casing bottom between described aggregate bin and fixing seat is provided with the second juice collection bucket, described second juice collection bucket and interior packing cylinder
Intracavity inter-connection, described second juice opening is arranged on the second juice collection bucket.
Improving further, the material being preferably provided with connected set hopper and outer packing cylinder inner chamber on described left sealing plate goes out
Mouthful, described interior packing cylinder outer wall is provided with and can move left and right the material pressure ring through material outlet, described aggregate bin top
The hold down gag that material pressure ring can be pressed to helical blade it is provided with on interior packing cylinder outer wall.
Improving further, described hold down gag includes the location dish being fixed on interior packing cylinder outer wall, described location dish
And being provided with holddown spring between material pressure ring, described material pressure ring includes compressing disk body and fixing bulge loop, described compression disk body
Concentric with fixing bulge loop fixing and be nested with on the outer wall of interior packing cylinder, the sidewall of described fixing bulge loop is axially provided with waist type
Hole, described interior packing cylinder is radially arranged limited location projection with waist-shaped hole corresponding position.
Improving further, interior tube fixing device is latch, described interior packing cylinder is provided with pin hole, outside described mandrel
Wall and pin hole corresponding position are provided with the latch fixed part that can fix with latch, and described spacing projection is for inserting pin hole
After exceed the part latch of interior packing cylinder outer wall.
As improvement, the demountable structure that described outer packing cylinder is preferably spliced after involutory for semicircle web plate, institute
State involutory after semicircle web plate outer wall on be provided with the outer tube fixing device keeping semicircle web plate to be in apposition, institute
The top stating casing is provided with feed hopper, and described charging aperture is arranged on feed hopper, described charging aperture corresponding position removable
Unload half tube structure that structure is the single setting of lower semi-circular web plate.
Improving further, described outer tube fixing device includes fixed dam and lower fixed dam, fixed baffle plate
Bottom be provided with connecting groove, the top of described lower fixed dam is provided with coupling recess portion, and described connecting groove is fixed successively
On upper connecting rod and adjacent on distance between fixed dam be gradually reduced from right to left, described coupling recess portion is sequentially fixed at
Distance on lower connecting rod and between adjacent lower fixed dam is gradually reduced from right to left, the lower surface of described upper connecting rod with under
The upper surface laminating of connecting rod is fixing, and blade pitgh S of described helical blade is gradually reduced from right to left.
Improving further, the sidepiece of fixed baffle plate is preferably provided with the retaining lugs supporting upper fixed block, institute
The sidepiece stating lower fixed dam is provided with fixed lobe, described fixed lobe is provided with card and detains the fixed groove of fixed block,
Fixed piece is fixed by bolt with lower fixed block, and fixed baffle plate top places spray convenient for cleaning
Pipe.
As improvement, the gap between the inwall of described helical blade and outer packing cylinder is preferably 1～2mm, described net
The aperture in hole is 5mm.
As improvement, described cabinet top is preferably provided with waste gas outlet, and described waste gas outlet passes through pipeline and air inducing
System is connected.
Compared with prior art, this utility model uses and is provided with interior squeezing on the mandrel of the helical axis of discharging opening side
Barrel, the barrel of interior packing cylinder is also provided with mesh, and interior packing cylinder is nested with on mandrel by interior tube fixing device, interior material extrusion
The inner chamber of cylinder is connected with juice opening, and the advantage of this structure is: interior packing cylinder can squeeze the material overstock near mandrel,
Make the material of entrance aggregate bin all through fully extruding, reduce the moisture of material, improve end product quality；Outside interior packing cylinder
Being provided with on wall and can move left and right the material pressure ring through material outlet, this material pressure ring pushes material outlet to by helical blade
Material apply an axial pre-pressing force, material is pushed back to again on interior packing cylinder, make material be subject to bigger pressure and
Being adequately compressed on interior packing cylinder, improve squeezing effect further, moisture content of material is the lowest；Helical axis is arranged on outer squeezing
In the inner chamber of barrel, the mesh that after the barrel of outer packing cylinder is provided with material extruding, juice flows out, this structure squeezing space
Greatly, material squeezing time fluency improve the most accordingly, as long as and different material fill up squeezing space can start to squeeze work, should
Wide by scope, adapt to a greater variety of material；Distance between adjacent upper and lower fixed dam is gradually reduced from right to left, so may be used
To fully ensure that outer packing cylinder is unlikely to be deformed under increasing squeezing action, upper fixed block leads to lower fixed block
Crossing bolt to fix, dismounting and change is convenient；The blade pitgh of helical blade is gradually reduced from right to left, accommodates material between blade
Volume be gradually reduced, form optimal Milling Capacity with this；The waste gas produced in expressing process then enters through waste gas outlet and draws
Wind system pipeline, is carried out so that the work process of squeezer can be maintained in a good working environment；Upper fixed dam
Top has placed shower, cleans very convenient, and in sum, this squeezing function fully extrudes the juice in various materials, has
It is beneficial to improve oil product yield and end product quality, and owing to squeezing out the moisture in material as much as possible, thus reduce dry
The workload of machine, improves production efficiency, is worthy to be popularized.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of this utility model embodiment；
Fig. 2 is the axonometric chart after being cut away part casing in Fig. 1；
Fig. 3 is the STRUCTURE DECOMPOSITION figure of Fig. 2；
Fig. 4 be Fig. 3 goes except the axonometric chart of another angle after packing cylinder；
Fig. 5 is the axonometric chart of another angle of Fig. 4；
Fig. 6 is the axonometric chart after removing holddown spring and part casing in Fig. 5；
Fig. 7 is the front projection figure of Fig. 3 China and foreign countries packing cylinder；
Fig. 8 is the STRUCTURE DECOMPOSITION figure of Fig. 7；
Fig. 9 is the STRUCTURE DECOMPOSITION figure after removing semicircle web plate in Fig. 8；
Figure 10 is the further STRUCTURE DECOMPOSITION figure of Fig. 9；
Figure 11 is the front projection figure of helical axis in Fig. 1；
Figure 12 is the profile in Figure 11 along line A-A；
Figure 13 is the enlarged drawing of I part in Fig. 6.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, this utility model is described in further detail.
As shown in figure 1 to figure 13, the squeezer of the present embodiment, including the casing 2 being arranged in frame 1, in described casing 2
Can be provided with helical axis in chamber rotationally, one end of described helical axis is stretched out from casing 2 and is connected with drive mechanism, described
Drive mechanism is arranged in frame 1, and the two ends of described casing 2 are respectively arranged with charging aperture 21 and discharging opening 22, described casing 2
Bottom arranges juice opening, is provided with outer packing cylinder in described casing 2 inner chamber, the inner chamber of described outer packing cylinder and charging aperture 21, goes out
Material mouth 22 is connected, the mesh 41 that after the barrel of described outer packing cylinder is provided with material extruding, juice flows out, described helical axis
It is arranged in the inner chamber of outer packing cylinder, between helical blade 5 and the inwall of outer packing cylinder of described helical axis, leaves gap, close
It is provided with interior packing cylinder 6 on the mandrel 51 of the helical axis of discharging opening 22 side, the barrel of described interior packing cylinder 6 is also provided with net
Hole 41, described interior packing cylinder 6 is nested with on mandrel 51 by interior tube fixing device, the inner chamber of described interior packing cylinder 6 and juice opening
It is connected.Described juice opening includes the first juice opening 23 and the second juice opening 24, and the left and right sides of described casing 2 is respectively arranged with
Left sealing plate 25 and right sealing plate 26, the right-hand member of described helical axis stretches out right sealing plate 26 and is connected with drive mechanism, described spiral shell
The left end of spin axis stretches out left sealing plate 25 and is rotatedly connected with fixing seat 11 and connects, between described left sealing plate 25 and right sealing plate 26
Casing 2 bottom is provided with the first juice collection bucket 27, and described first juice opening 23 is arranged on the first juice collection bucket 27, described left sealing plate
Casing 2 bottom between 25 and fixing seat 11 is provided with aggregate bin 28, described aggregate bin 28 and the intracavity inter-connection of outer packing cylinder,
Described discharging opening 22 is arranged on aggregate bin 28, and casing 2 bottom between described aggregate bin 28 and fixing seat 11 is provided with second
Juice collection bucket 29, described second juice collection bucket 29 and the intracavity inter-connection of interior packing cylinder 6, described second juice opening 24 is arranged on the second collection
On juice bucket 29.The material outlet 20 of connected set hopper 28 and outer packing cylinder inner chamber it is provided with on described left sealing plate 25, described interior
Being provided with on packing cylinder 6 outer wall and can move left and right the material pressure ring through material outlet 20, the interior of described aggregate bin 28 top squeezes
The hold down gag that material pressure ring can be pressed to helical blade 5 it is provided with on barrel 6 outer wall.Described hold down gag includes and is fixed on
Location dish 61 on interior packing cylinder 6 outer wall, is provided with holddown spring 62, described material between described location dish 61 and material pressure ring
Pressure ring includes compressing disk body 63 and fixing bulge loop 64, and described compression disk body 63 is concentric with fixing bulge loop 64 fixing and is nested with interior crowded
On the outer wall of barrel 6, the sidewall of described fixing bulge loop 64 is axially provided with waist-shaped hole 65, with waist type on described interior packing cylinder 6
Corresponding position, hole 65 is radially arranged limited location projection.Interior tube fixing device is latch 66, described interior packing cylinder 6 is provided with slotting
Pin-and-hole, the outer wall of described mandrel 51 and pin hole corresponding position be provided with the latch fixed part 67 that can fix with latch 66,
Described spacing projection is the part latch inserting and exceeding interior packing cylinder 6 outer wall after pin hole.Observation window 13 it is provided with in casing 2.
Outer packing cylinder be semicircle web plate 4 involutory after the demountable structure that is spliced, described involutory after semicircle net
Being provided with the outer tube fixing device keeping semicircle web plate 4 to be in apposition on the outer wall of plate 4, the top of described casing 2 sets
Being equipped with feed hopper 12, described charging aperture 21 is arranged on feed hopper 12, the demountable structure of described charging aperture 21 corresponding position
Half tube structure for the single setting of lower semi-circular web plate.Outer tube fixing device includes fixed dam 7 and lower fixed dam 8,
The bottom of fixed baffle plate 7 is provided with connecting groove 71, and the top of described lower fixed dam 8 is provided with coupling recess portion 81,
Described connecting groove 71 is sequentially fixed on upper connecting rod 72 and distance between adjacent upper fixed dam 7 the most gradually subtracts
Little, described coupling recess portion 81 be sequentially fixed on lower connecting rod 82 and distance between adjacent lower fixed dam 8 from right to left by
The least, the lower surface of described upper connecting rod 72 is fixing with the upper surface laminating of lower connecting rod 82, the blade of described helical blade 5
Interval S is gradually reduced from right to left.The sidepiece of fixed baffle plate 7 is provided with the retaining lugs 74 supporting upper fixed block 73,
The sidepiece of described lower fixed dam 8 is provided with fixed lobe 84, described fixed lobe 84 is provided with card and detains fixed block 83
Fixed groove 85, fixed piece 73 is fixed by bolt 75 with lower fixed block 83, and fixed baffle plate 7 top places
There is shower 76 convenient for cleaning.Gap between described helical blade 5 and the inwall of outer packing cylinder is 1～2mm, described mesh
The aperture of 41 is 5mm.Described casing 2 top is provided with waste gas outlet 9, and described waste gas outlet 9 is by pipeline and induced draught system phase
Connection.It is hollow structure that described helical axis is provided with the arbor portions of helical blade, and drive mechanism includes driving motor 3, gear
Reductor 31, for realizing pressing function, producing enough extruding forces, speed of screw shaft is relatively low, and the moment of torsion therefore produced is the biggest,
So using JZQ series of gear reductions machine.The feature of this reductor is reliable working performance, transmission efficiency is high and uses dimension
Protect conveniently.Gear reduction unit 31 middle gear running part uses splash system lubrication.Gear reduction unit 31 passes through three with driving motor 3
Angle V belt translation is connected, and drives and is provided with electromagnetic controller 32 on motor 3, and electromagnetic controller 32 is by circuit and control circuit phase
Connecting, electromagnetic controller 32 can change the rotating speed driving motor 3 output shaft, it is achieved stepless speed regulation, thus speed of screw shaft meets
The requirement of production and application.Semicircle web plate uses 304 rustless steels to make, and resistance to corrosion is strong, extends the service life of equipment；
Frame uses integral steel structure base, it is not necessary to provides concrete foundation, and can arbitrarily change installation site；Discharging opening is joined
Standby discharging regulator, can according to circumstances control expressate moisture；Helical blade uses high-abrasive material and manganese steel；Frame is adopted
Use low-alloy plates；Speed of screw shaft: 2～10r/min；Squeezer profile overall dimensions: 6142 × 1625 × 2300 (long × wide ×
Height, unit mm)；Gross weight: 6632 kilograms (except drive mechanism).
Key points for operation
1, drive system is first checked for the most normal.Check and complete can machine as the most without exception, and with minimum speed
Run.Such as stable working, more slowly strengthen rotating speed, until rated speed (4～5 revs/min).
2, in order to ensure that material drains, during whole service, material must be full of squeezer charging aperture.
3, rotating speed reduces, then the production capacity of equipment declines, and actual compression ratio improves, and after squeezing, the water content of material subtracts
Few.Increase material yield after rotating speed can make squeezing to increase, but after squeezing, the water content of material can improve.Therefore operator must root
According to practical condition, reasonably select the rotating speed of squeezer, make between precooker, squeezer, drying machine three, to reach coupling.
Under normal circumstances, as occurred, after squeezing, material is overly wet, and the degree of boiling of material to be checked and material are the most rotten, same to phase
The rotating speed of squeezer should be adjusted in ground, make two machine no-floats, to obtain material after qualified squeezing.
4, for material moisture after acquisition preferably squeezing, it is necessary to the speed of screw shaft of squeezer is adjusted to optimal shape
State, and this state can also be judged by observing the operating current size driving motor.In principle, running current
Must not exceed Rated motor electric current, therefore, as long as typically reaching the 70%～80% of rated current, the most also inciting somebody to action in conjunction with observing
After squeezing, the water content control of material is below 50%.
If sending noise or metal scrape inside 5 machines, should at once shutdown inspection, pending fault can weigh after getting rid of
New start.
When 6, normally working, squeezer can not have the excessive phenomenon of waste gas.As this situation occurs, can suitably tune up waste gas and draw
The damper positions of outlet, increases waste gas absorbing quantity.
7, in production process, when causing shutting down due to power failure or other reasons, it is necessary to the electromagnetic controller of motor will be driven
Current potential knob is attributed to zero-bit.When turning back on, then carry out by empty wagons start-up course.
8, after stopping feed, squeezer should remain in operation 15 minutes, gets rid of material after residue squeezing, then opens shower
Machine is rinsed well.
Maintenance
1, maintenance instruction
Squeezer has roller bearing and the bearing of right-hand member of two lubricating place, i.e. left end, and its lubrication all uses No. 4 lubrications
Fat.
(1) run and carry out a check-up after 500 hours, overhaul again after then running 1000 hours, the most not
Less than once.The grease the most more renewed.
(2) gear reduction unit of squeezer uses No. 40 engine oil lubrication of filling.After using half a year, it is necessary to the profit more renewed
Lubricating oil.
2, check-up
Check-up is carried out after shutting down every time, also to observe in equipment runs.
(1) whether on-stream inspection semicircle web plate deforms, ruptures.If ruptured, then substantial amounts of dregs can be caused to reveal,
Considerably increase the dregginess in squeezing the juice, mask work of squeezing the juice below is brought and directly affects, so, once find to damage now
As, should repair in time or change, in order to avoid impact squeezing effect.
(2) dictyosome and the clean condition of inside are checked, in order to avoid thoroughly not causing eyelet blocking and accumulated slag etc. owing to cleaning
Problem.
(3) sealing of observation window uses rubber weather strip, when there is the phenomenon of leakage, should check that sealing strip is the most damaged
Or aging, can again change if desired.
(4) check supplementary and fasten whole nut, bolt etc..
(5) rate of tension of driving triangular belt is checked.When V-belt cross pine affect transmission time, V-belt should be tightened up in time.
3, cycled recondition
(1) equipment operation is after 1 year, should carry out cycled recondition.
(2) abrasion condition of helical axis helical blade external diameter is checked, between blade tip and outer packing cylinder inwall
If gap is too big, squeezing effect and treating capacity all can decline.In the case of abrasion is not extremely serious, repair welding spiral shell can be passed through
The method of vane sheet increases outside dimension, thus keeps good fit clearance.
(3) check helical axis antero posterior axis bearing situation, as bearing's looseness or abrasion occur, should change in time.
(4) check noise and the lubrication circumstances of gear reduction unit, as the phenomenon of bearing wear occurs, be considered as changing.
(5) damaged sealing ring is changed.
4, major tune-up
After equipment operation 3 years, major tune-up should be carried out:
(1) dismantle the whole parts of squeezer and clean,
(2) whole parts and the size of wear part, bearing, pivot pin and helical blade are checked,
(3) damaged components is changed,
(4) re-assembly,
(5) noload test run,
(6) preservative treatment.
Fault and eliminating
Operation principle: the material after boiling is sent into from charging aperture, owing to the blade pitgh of squeezer helical axis is turned left from the right side
Being gradually reduced, so the space between adjoining spiral blade is more and more less, in space, material is just gradually compressed, and juice is constantly
It is extruded from mesh, is affected with interior packing cylinder by compression disk body when material arrives discharging opening and be extruded further, generation
Pressure is up to 15kg/cm2Above, continuous along with material is compressed, and juice is constantly from outer packing cylinder and the net of interior packing cylinder
Hole is flowed out, separately flows in the first juice collection bucket and the second juice collection bucket, and flow into rustless steel albumen water tank from juice opening；And press
Material after squeezing then falls from discharging opening, enters drying machine through conveying worm.Squeezer carries out rotating speed by electromagnetic controller
Regulation, can regulate compression speed according to the characteristic of different material.The spatial volume ratio of helical axis input and output material end is referred to as pressure
Contracting ratio.Compression ratio is the biggest, and the degree that material is compressed is the best, and after squeezing, the water content of material is the lowest.The selection of compression ratio is main
Depend on the kind for the treatment of material, select suitable compression ratio can will squeezing after material water content control 50% with
Under, it is avoided that again owing to extruding force is excessive and cause dynamic overload, even up and down the problems such as dictyosome deformation simultaneously.
Claims (10)
1. a squeezer, including the casing (2) being arranged in frame (1), can be provided with in described casing (2) inner chamber rotationally
Helical axis, one end of described helical axis stretches out from casing (2) and is connected with drive mechanism, and described drive mechanism is arranged on machine
On frame (1), the two ends of described casing (2) are respectively arranged with charging aperture (21) and discharging opening (22), and the bottom of described casing (2) sets
Put juice opening, it is characterised in that: described casing (2) inner chamber is provided with outer packing cylinder, the inner chamber of described outer packing cylinder and charging
Mouth (21), discharging opening (22) are connected, the mesh that after the barrel of described outer packing cylinder is provided with material extruding, juice flows out
(41), described helical axis is arranged in the inner chamber of outer packing cylinder, the helical blade (5) of described helical axis and the inwall of outer packing cylinder
Between leave gap, on the mandrel (51) of the helical axis of discharging opening (22) side, be provided with interior packing cylinder (6), described interior squeeze
Also being provided with mesh (41) on the barrel of barrel (6), described interior packing cylinder (6) is nested with in mandrel (51) by interior tube fixing device
On, the inner chamber of described interior packing cylinder (6) is connected with juice opening.
Squeezer the most according to claim 1, it is characterised in that: described juice opening includes the first juice opening (23) and second
Juice opening (24), the left and right sides of described casing (2) is respectively arranged with left sealing plate (25) and right sealing plate (26), described spiral
The right-hand member of axle stretches out right sealing plate (26) and is connected with drive mechanism, and the left end of described helical axis stretches out left sealing plate (25) with solid
Reservation (11) is rotatedly connected and connects, and casing (2) bottom between described left sealing plate (25) and right sealing plate (26) is provided with first
Juice collection bucket (27), described first juice opening (23) is arranged on the first juice collection bucket (27), described left sealing plate (25) and fixing seat
(11) casing (2) bottom between is provided with the intracavity inter-connection of aggregate bin (28), described aggregate bin (28) and outer packing cylinder, institute
Stating discharging opening (22) to be arranged on aggregate bin (28), casing (2) bottom between described aggregate bin (28) and fixing seat (11) sets
It is equipped with the intracavity inter-connection of the second juice collection bucket (29), described second juice collection bucket (29) and interior packing cylinder (6), described second juice opening
(24) it is arranged on the second juice collection bucket (29).
Squeezer the most according to claim 2, it is characterised in that: it is provided with connected set hopper on described left sealing plate (25)
(28) with the material outlet (20) of outer packing cylinder inner chamber, described interior packing cylinder (6) outer wall is provided with and can move left and right through thing
The material pressure ring of material outlet (20), interior packing cylinder (6) outer wall on described aggregate bin (28) top is provided with can be by material pressure ring
Press to the hold down gag of helical blade (5).
Squeezer the most according to claim 3, it is characterised in that: described hold down gag includes and is fixed on interior packing cylinder
(6) the location dish (61) on outer wall, is provided with holddown spring (62), described material between described location dish (61) and material pressure ring
Pressure ring includes compressing disk body (63) and fixing bulge loop (64), and described compression disk body (63) is concentric with fixing bulge loop (64) fixing and overlaps
Put on the outer wall of interior packing cylinder (6), the sidewall of described fixing bulge loop (64) is axially provided with waist-shaped hole (65), described interior crowded
Barrel (6) is upper and waist-shaped hole (65) corresponding position is radially arranged limited location projection.
Squeezer the most according to claim 4, it is characterised in that: interior tube fixing device is latch (66), described interior material extrusion
Being provided with pin hole on cylinder (6), the outer wall of described mandrel (51) and pin hole corresponding position are provided with can be with latch (66) phase
Fixing latch fixed part (67), described spacing projection be the part latch exceeding interior packing cylinder (6) outer wall after insertion pin hole.
6. according to described squeezer arbitrary in claim 1 to 5, it is characterised in that: described outer packing cylinder is semicircle web plate
(4) demountable structure being spliced after involutory, described involutory after semicircle web plate (4) outer wall on be provided with holding semicircle
Shape web plate (4) is in the outer tube fixing device of apposition, and the top of described casing (2) is provided with feed hopper (12), described in enter
Material mouth (21) is arranged on feed hopper (12), and the demountable structure of described charging aperture (21) corresponding position is lower semi-circular web plate
Half tube structure of single setting.
Squeezer the most according to claim 6, it is characterised in that: described outer tube fixing device includes fixed dam (7)
With lower fixed dam (8), the bottom of fixed baffle plate (7) is provided with connecting groove (71), described lower fixed dam (8)
Top is provided with coupling recess portion (81), and described connecting groove (71) is sequentially fixed on upper connecting rod (72) and adjacent fixing gear
Distance between plate (7) is gradually reduced from right to left, and described coupling recess portion (81) are sequentially fixed on lower connecting rod (82) and phase
Distance between adjacent lower fixed dam (8) is gradually reduced from right to left, the lower surface of described upper connecting rod (72) and lower connecting rod
(82) upper surface laminating is fixing, and the blade pitgh (S) of described helical blade (5) is gradually reduced from right to left.
Squeezer the most according to claim 7, it is characterised in that: the sidepiece of fixed baffle plate (7) is provided with support
The retaining lugs (74) of upper fixed block (73), the sidepiece of described lower fixed dam (8) is provided with fixed lobe (84), described fixing
It is provided with card on protruding (84) and detains the fixed groove (85) of fixed block (83), fixed piece (73) and lower fixed block (83)
Being fixed by bolt (75), fixed baffle plate (7) top places shower (76) convenient for cleaning.
9. according to described squeezer arbitrary in claim 1 to 5, it is characterised in that: described helical blade (5) and outer packing cylinder
Inwall between gap be 1～2mm, the aperture of described mesh (41) is 5mm.
10. according to described squeezer arbitrary in claim 1 to 5, it is characterised in that: described casing (2) top is provided with useless
Gas outlet (9), described waste gas outlet (9) is connected with induced draught system by pipeline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620719831.9U CN205705408U (en) | 2016-06-22 | 2016-06-22 | A kind of squeezer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620719831.9U CN205705408U (en) | 2016-06-22 | 2016-06-22 | A kind of squeezer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205705408U true CN205705408U (en) | 2016-11-23 |
Family
ID=57326890
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620719831.9U Active CN205705408U (en) | 2016-06-22 | 2016-06-22 | A kind of squeezer |
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| CN (1) | CN205705408U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109311253A (en) * | 2016-06-07 | 2019-02-05 | 基伊埃工程技术股份有限公司 | The method of expeller device and cleaning equipment including improved CIP device |
| CN111804061A (en) * | 2020-07-02 | 2020-10-23 | 北京工商大学 | Solid-liquid separation and deposition device and method for high-viscosity fiber-free material |
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2016
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| CN109311253A (en) * | 2016-06-07 | 2019-02-05 | 基伊埃工程技术股份有限公司 | The method of expeller device and cleaning equipment including improved CIP device |
| US10850465B2 (en) | 2016-06-07 | 2020-12-01 | Gea Process Engineering A/S | Screw press apparatus including an improved CIP arrangement and method of cleaning the apparatus |
| CN109311253B (en) * | 2016-06-07 | 2021-05-14 | 基伊埃工程技术股份有限公司 | Screw press apparatus including improved CIP device and method of cleaning the apparatus |
| CN111804061A (en) * | 2020-07-02 | 2020-10-23 | 北京工商大学 | Solid-liquid separation and deposition device and method for high-viscosity fiber-free material |
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