CN106669216A - Dehumidification and crystallization system - Google Patents
Dehumidification and crystallization system Download PDFInfo
- Publication number
- CN106669216A CN106669216A CN201710038156.2A CN201710038156A CN106669216A CN 106669216 A CN106669216 A CN 106669216A CN 201710038156 A CN201710038156 A CN 201710038156A CN 106669216 A CN106669216 A CN 106669216A
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- Prior art keywords
- valve
- kettle
- bearing
- crystal system
- seat
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D9/00—Crystallisation
- B01D9/0059—General arrangements of crystallisation plant, e.g. flow sheets
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
- B01D46/10—Particle separators, e.g. dust precipitators, using filter plates, sheets or pads having plane surfaces
- B01D46/12—Particle separators, e.g. dust precipitators, using filter plates, sheets or pads having plane surfaces in multiple arrangements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D9/00—Crystallisation
- B01D2009/0086—Processes or apparatus therefor
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2273/00—Operation of filters specially adapted for separating dispersed particles from gases or vapours
- B01D2273/30—Means for generating a circulation of a fluid in a filtration system, e.g. using a pump or a fan
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P10/00—Technologies related to metal processing
- Y02P10/20—Recycling
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Crystallography & Structural Chemistry (AREA)
- Accessories For Mixers (AREA)
- Filling Or Emptying Of Bunkers, Hoppers, And Tanks (AREA)
- Drying Of Solid Materials (AREA)
- Crushing And Pulverization Processes (AREA)
- Drying Of Gases (AREA)
Abstract
The invention relates to a dehumidification and crystallization system. The dehumidification and crystallization system comprises a kettle frame, a crystallization kettle, a feeding device, a valve device and a guardrail assembly, wherein the crystallization kettle comprises a kettle body and a kettle lid; the feeding device comprises a transfer hopper, a conveying mechanism and a feeding channel; the valve device comprises a first valve arranged on the upper part of the feeding channel. In particular, a mounting plane is arranged on the kettle frame; the mounting plane is positioned above the kettle lid; the lower end part of the transfer hopper is communicated with the kettle lid through a connecting part; the transfer hopper can be adjustably arranged on the mounting panel along the height direction of the kettle frame; the valve device further comprises a second valve arranged below the first valve and a dust removal device arranged on the second valve. On one hand, the transfer hopper can be adjusted up and down along the height direction of the kettle frame, so that the kettle lid of a crystallization kettle can be opened rapidly; on the other hand, dust in materials can be removed quickly and conveniently to ensure the quality of a product after crystallization.
Description
Technical field
The present invention relates to a kind of dehumidifying crystal system.
Background technology
At present, crystal system is dehumidified including kettle frame, the crystallization kettle in kettle frame, for the feed of feed in crystallization kettle
Device, the valving for controlling feeding device blanking velocity and effect, be arranged on the fence assembly of kettle top of the trellis, positioned at knot
Agitating device in brilliant kettle and the driving means for driving the agitating device to rotate, wherein feeding device includes being located at
Transfer hopper above crystallization kettle, for by the connecting gear of fragment transmission to transfer hopper；Fence assembly is included along kettle frame
Circumference enclose and be located at the guardrail rack of the transfer hopper periphery, the guardrail can be climbed into positioned at being provided with the side of the kettle frame
Stair frame in frame forming region, when unexpected needs maintenance in time occurs in transfer hopper, attendant enters guardrail from stair
Region, then safeguards to transfer hopper, meanwhile, guardrail region is entered for convenience of attendant, set in the side of guardrail rack
There is safety door, after attendant climbs to the top of stair, manual unlocking safety door can enter the region；Agitating device includes
Stirring vane, shaft, the bottom of the shaft is arranged by bearing assembly around own axis, wherein bearing assembly bag
The bearing block for being set in shaft upper bearing (metal) and for supporting crystallization kettle and for installing bearing is included, driving means are stirred for driving
Mix the rotation of axle.
However, in practical operation, there is following defect in it：
1. because transfer hopper is located at the top of crystallization kettle, when crystallization kettle needs cleaning or processes accident, crystallization kettle
Kettle cover has no idea to open, unless transfer hopper is removed, therefore, bring great inconvenience to actual operation.
2. the dust of tiny powder often can be mixed with chip material, it is inevitable if the dust of this part not gone out
Influence whether the crystallized stock in crystallization kettle.
3. when operator's handheld tool or replacing parts, inconvenient manual unlocking safety door, while existing
Great potential safety hazard.
4. with the rotation of rotating shaft, the temperature of bearing assembly is gradually increasing, if lubricating oil addition not in time, bearing holds
It is fragile, work efficiency is not only affected, and change very time-consuming and laborious.
The content of the invention
In order to overcome the defect of prior art, it is an object of the invention to provide a kind of improved dehumidifying crystal system.One
Aspect can up and down adjust setting by transfer hopper along the short transverse of kettle frame so that the kettle cover of crystallization kettle being capable of express delivery therewith
Open, so as to facilitate the emergency processing or cleaning work of crystallization kettle；On the other hand the normal premise for using of valve is not being affected
Under, efficiently and easily the dust in material can be removed, it is ensured that the quality of product after crystallization.
To reach above-mentioned purpose, the present invention provides a kind of dehumidifying crystal system, and it includes kettle frame, crystallization kettle, for knot
The feeding device of feed in brilliant kettle, the valving for controlling feeding device blanking, the fence assembly for being arranged on kettle top of the trellis,
Agitating device in crystallization kettle and the driving means for driving agitating device to rotate, wherein crystallization kettle include kettle
With can dismantle the kettle cover at the top of kettle, feeding device includes being located at transfer hopper above kettle cover, for particle to be transmitted
Connecting gear to transfer hopper, the feeding channel for transfer hopper to be connected with kettle cover, the valving includes setting
The first valve on feeding channel top is put, particularly, installation panel is provided with kettle frame, panel is installed and is located at the upper of kettle cover
Side, transfer hopper bottom is connected with kettle cover by connecting portion, and transfer hopper can be along kettle frame short transverse adjustably
On installation panel；Valving also includes being arranged on the second valve below the first valve and is arranged on the second valve
Dust arrester on door.
Preferably, the first valve is push-pull valve, and is set including cross-section the first valve seat being arranged on feeding channel and slip
Put first valve in the first valve plate in the first valve seat, the first valve seat with the first valve seat upper and lower ends feeding channel of connection
Passage, the opening and closing of Sliding Control first valve passage of first valve plate in the first valve seat；Second valve is also push-pull valve, and it is wrapped
Include tool in cross-section the second valve seat being arranged on feeding channel and the second valve plate being slidably arranged in the second valve seat, the second valve seat
There are the second valve passage of the second valve seat upper and lower ends feeding channel of connection, Sliding Control of second valve plate in the second valve seat the
The opening and closing of two valve passages.
One of the invention is embodied as and preferred aspect, and dust arrester includes the air inlet being arranged on the second valve plate
Passage and outlet passageway, inlet channel sprays into gases at high pressure into feeding channel, outlet passageway by the dust in feeding channel and
Gas is extracted out together.
Preferably, inlet channel and outlet passageway are separately positioned on the two sides up and down of the second valve plate, and in inlet channel
Drainage screen is respectively arranged with outlet passageway and the second valve passage junction.Prevent fragment material from being taken out by the setting of drainage screen
Go out.
Further, inlet channel opening upwards arrange, outlet passageway Open Side Down arrange.
Of the invention another is embodied as and preferred aspect, and in the periphery of transfer hopper connecting seat, feed are provided with
Device also includes being arranged on to be installed the screw mandrel that is engaged on panel and with connecting seat and turns around own axes for drive screw
Dynamic drive mechanism, wherein screw mandrel are extended along the short transverse of kettle frame, and connecting seat rises up and down with the rotation of screw mandrel
Drop.
Preferably, screw mandrel has many and around the circumferentially-spaced distribution of transfer hopper；Drive mechanism is used to drive multi-filament
Bar synchronous axial system.
Specifically, drive mechanism include being fixed on drive on every screw mandrel, for by multiple drives mutually company of transmission
The transmission belt that connects, the driving wheel on arbitrary in multi-filament bar, for the motor that drives the driving wheel to rotate and driving
Band and the tensioning wheel for transmission belt to be tensioned, wherein tensioning wheel has multiple, and with multiple drives around transfer hopper
Circumferentially spaced setting.
Of the invention another is embodied as and preferred aspect, and dehumidifying crystal system also includes bearing assembly, the axle
Bearing assembly includes the bearing for supporting the bearing block of crystallization kettle, being arranged on shaft and in bearing block, wherein in axle
Bearing is provided with the oil nozzle that can be connected with bearing installation region, and bearing assembly also includes oil storage barrel, by the profit in oil storage barrel
The oil pump that lubricating oil is pumped in the oil nozzle, the oil pipe for conveying lubricating oil and can detect that bearing temperature is automatically controlled
The attemperating unit of operation of oil pump, wherein oil nozzle are located at the top of bearing, and attemperating unit can set nominal parameter value, when being detected
When the temperature of bearing is higher than the nominal parameter value set by bearing temperature, oil pump is automatically turned on, and lubricating oil enters bearing from nozzle
In, when being brought down below nominal parameter value at a temperature of, oil pump quits work.
Preferably, bearing block is included for installing the seat body of bearing, respectively positioned at the seat body upper and lower end parts
Connecting plate and lower connecting plate and it is arranged between the upper junction plate and lower connecting plate and periphery in the seat body
Multiple support floors, wherein upper junction plate are connected with the bottom of crystallization kettle, lower connecting plate with dehumidifying crystal system underframe phase
Connection, multiple support floors are uniformly distributed the radiating subassembly for constituting bearing block, and multiple ribs along the periphery of seat body
The outside of plate is located on the lateral surface of the same cylinder formed centered on shaft or round platform.
Additionally, fence assembly include along install panel circumference enclose be located at the guardrail rack of transfer hopper periphery, positioned at shield
The safety door of hurdle frame side and stair frame in guardrail rack can be climbed into from safety door positioned at the outside of kettle frame, wherein safe
Door can be movably arranged on guardrail rack along horizontal direction, and the fence assembly is also included for driving safety door intelligently to open the door
The processor of driving instruction is assigned with the actuator for closing door and to actuator, wherein when attendant climbs into guardrail up
During frame, safety door is automatically opened up；When attendant is descending climbs out of guardrail rack or positioned at when installing on panel, safety door is automatic
Close.
Compared to prior art, the invention has the advantages that：
One aspect of the present invention can up and down adjust setting by transfer hopper along the short transverse of kettle frame so that the kettle cover of crystallization kettle
Express delivery can open therewith, so as to facilitate the emergency processing or cleaning work of crystallization kettle；On the other hand valve is not being affected just
On the premise of often use, efficiently and easily the dust in material can be removed, it is ensured that the quality of product after crystallization.
Description of the drawings
Fig. 1 is the schematic front view of present invention dehumidifying crystal system；
Fig. 2 is the schematic top plan view of Fig. 1；
Fig. 3 is the left view schematic diagram of Fig. 1；
Fig. 4 is enlarged diagram at D in Fig. 3；
Fig. 5 is the bearing component construction schematic diagram of the present invention；
Fig. 6 is the fence assembly structural representation of the present invention；
Fig. 7 is the schematic top plan view of Fig. 6；
Fig. 8 is the enlarged diagram in Fig. 6 at X；
In accompanying drawing：1st, kettle frame；2nd, crystallization kettle；20th, kettle；21st, kettle cover；22nd, locking piece；221st, the first connecting seat；222nd, second
Connecting seat；223rd, fastener；A, breach；B, pivot；C, bolt；D, handwheel；3rd, feeding device；30th, panel is installed；31st, transfer material
Bucket；31a, connecting seat；32nd, connecting portion（Feeding channel）；33rd, screw mandrel；34th, drive mechanism；340th, drive；341st, transmission belt；
342nd, motor；343rd, drive belt；344th, tensioning wheel；
A, valving；5A, the first valve；51A, the first valve seat；52A, the second valve seat；6A, the second valve；61A, the second valve
Seat；62A, the second valve plate；621st, upper valve flaggy；622nd, lower valve flaggy；623rd, intermediate valve flaggy；71A, the first cylinder；72A,
Two cylinders；8A, inlet channel；9A, outlet passageway；
B, fence assembly；3B, guardrail rack；4B, safety door；5B, stair frame；50B, bar；51B, ladder bars；52B, U-shaped railing；
53B, connecting rod；6B, actuator；7B, slide rail（Raised line）；8B, pulley assembly；80B, roller；800B, race；9B, doorframe；90B、
Chute；N, unblock button；
E, bearing assembly；1E, underframe；3E, bearing block；30E, oil nozzle；31E, seat body；32E, upper junction plate；33E, lower connection
Plate；34E, support floor；4E, shaft；5E, bearing；6E, oil storage barrel；7E, oil pump；8E, oil pipe；9E, attemperating unit.
Specific embodiment
The preferred embodiment of the present invention is described in detail below in conjunction with the accompanying drawings.
As shown in Figures 1 to 8, the dehumidifying crystal system involved by the present embodiment, it includes kettle frame 1, crystallization kettle 2, is used for
Into crystallization kettle 2 feeding device 3 of feed, the valving A for controlling the blanking of feeding device 3, be arranged on the top of kettle frame 1
Fence assembly B, the agitating device in crystallization kettle 2 and the driving means for driving agitating device to rotate.
Crystallization kettle 2 includes kettle 20 and can dismantle in the kettle cover 21 at the top of kettle 20 and for by kettle 20 and kettle
Lid 21 mutually locks the locking piece 22 of connection, and wherein locking piece 22 has multiple, and the circumference along kettle 20 is uniformly distributed.
Specifically, locking piece 22 includes that the first connecting seat 221 and second being separately fixed on kettle 20 and kettle cover 21 connects
Joint chair 222, for by the fastener 223 of the first connecting seat 221 and the opposing fastener of the second connecting seat 222.
In this example, the first connecting seat 221 and the second connecting seat 222 horizontally outward extend, wherein in the second connecting seat 222
Breach a is provided with, breach a extends internally from the outer extended end portion of the second connecting seat 222, and fastener 223 includes being set by level
The handwheel d that the pivot b for putting is rotatably arranged at the bolt c of the outer end of the first connecting seat 221 and is threadedly coupled with bolt c, when
When fastener 223 is locked, bolt c is rotated up and in breach a around pivot b, tightens handwheel d, and bolt c is locked in into breach
In a.
Further, when fastener 223 is locked, bolt c is vertically arranged, and is resisted against the inner end of breach a.
Feeding device 3 includes being arranged on kettle frame 1 and the installation panel 30 positioned at the top of kettle cover 21, installed in installing panel
Transfer hopper 31 on 30, the connecting portion 32 for the bottom of transfer hopper 31 to be connected with kettle cover 21（Namely feeding is led to
Road）, wherein transfer hopper 31 can along the short transverse of kettle frame 1 adjustably be arranged on install panel 30 on.
Specifically, connecting seat 31a is provided with the periphery of transfer hopper 31, feeding device 3 also includes being arranged on installation panel
The screw mandrel 33 that is engaged with connecting seat 31a on 300 and for drive screw 33 around own axis drive mechanism 34,
Wherein screw mandrel 33 is extended along the short transverse of kettle frame 1, connecting seat 31a oscilaltions with the rotation of screw mandrel 33.Cause
This, drive screw 33 is rotated, you can realize the oscilaltion of transfer hopper 31, meanwhile, the fastener 223 of crystallization kettle 2 is untied, can
Directly kettle cover 21 is opened by the rising of transfer hopper 31.
Specifically, screw mandrel 33 has many and around the circumferentially-spaced distribution of transfer hopper 31；Drive mechanism 34 is used to drive
The synchronous axial system of multi-filament bar 33.
In this example, drive mechanism 34 includes being fixed on drive 340 on every screw mandrel 33, for by multiple drives
340 transmission belts 341 being mutually connected, the driving wheel on arbitrary in multi-filament bar 33, for driving the driving wheel
The motor 342 and drive belt 343 and the tensioning wheel 344 for transmission belt 341 to be tensioned of rotation.
Tensioning wheel 344 has multiple, and with multiple drives 340 around transfer hopper circumferentially spaced setting.
In this example, drive 340, driving wheel and tensioning wheel 344 are sprocket wheel, drive belt 343 and transmission belt 341 be with
The chain that sprocket wheel matches.
Additionally, in this example, between the discharge end and transfer hopper 31 of connecting gear feed hopper 35, and transfer are additionally provided with
The charging aperture of hopper 31 is located at the central area at the top of transfer hopper 31.And then solid accumulation is prevented the one of transfer hopper 31
Side.
The present embodiment can up and down adjust setting by transfer hopper along the short transverse of kettle frame so that the kettle of crystallization kettle
Lid can be opened therewith in express delivery, so as to facilitate the emergency processing or cleaning work of crystallization kettle.Meanwhile, adopt matching somebody with somebody for feed screw nut
Conjunction mode so that the stability run up and down is strong, accuracy is high and very easy.
Meanwhile, above-mentioned feeding channel 32 is the circular tube shaped passage being vertically arranged.
Specifically, valving A includes being arranged on the first valve 5A on the top of feeding channel 32 and is arranged on feeding channel
Second valve 6A of 32 bottoms, wherein being provided with dust arrester on the second valve 6A.
Specifically, the first valve 5A be push-pull valve, the first valve 5A include it is cross-section be arranged on feeding channel 32 first
There is the first valve seat of connection in valve seat 51A and the first valve plate 52A being slidably arranged in the first valve seat 51A, the first valve seat 51A
First valve passage of the feeding channel 32 of 51A upper and lower ends, slips of the first valve plate 52A in the first valve seat 51A is simultaneously controlled
The opening and closing of the first valve passage.
Second valve 6A is push-pull valve, and it includes that cross-section the second valve seat 61A being arranged on feeding channel 32 and slip set
Put the feeding in the second valve plate 62A in the second valve seat 61A, the second valve seat 61A with the second valve seat 61A upper and lower ends of connection
Second valve passage of passage 32, slips of the second valve plate 62A in the second valve seat 61A simultaneously controls opening for the second valve passage
Close.
Wherein, dust arrester includes the inlet channel 8A and outlet passageway 9A being arranged on the second valve plate 62A, inlet channel
8A sprays into gases at high pressure into feeding channel 32, and outlet passageway 9A together extracts the dust and gas in feeding channel out.Air inlet
Passage 8A and outlet passageway 9A are separately positioned on the upper and lower two sides of the second valve plate 62A, and the opening upwards of inlet channel 8A set
Put, outlet passageway 9A Open Side Down arrange.Inlet channel 8A and outlet passageway 9A sets respectively with the second valve 6A passages junction
It is equipped with drainage screen.In the present embodiment, the second valve plate 62A has three-decker, that includes the upper valve flaggy being mutually fixedly set
621st, lower valve flaggy 622 and the intermediate valve flaggy 623 in upper valve flaggy 621, lower valve flaggy 622, inlet channel 8A and go out
Gas passage 9A is arranged in intermediate valve flaggy 623, and opening is provided with upper valve flaggy 621.
Valving A also includes controlling the control device that the first valve 5A and the second valve 6A are turned on or off respectively.
Control device includes the second cylinder 72A of the first cylinder 71A of control the first valve 5A opening and closings and control the second valve 6A opening and closings.
In sum, the valving has advantages below：
1）, dust arrester is set at the second valve, on the premise of the normal use of valve is not affected, can efficiently and easily by
Dust in material is removed；
2）, inlet channel and outlet passageway be arranged on the second valve plate upper surface, do not interfere with the case of the second valve closing
The work of crystallization kettle；
3）, the first valve and the second valve controlled respectively by the first cylinder and the second cylinder, the first Valve controlling can be passed through
The speed of blanking.
Specifically, fence assembly B, it includes along the circumference for installing panel 30 enclosing the guardrail for being located at the periphery of transfer hopper 31
Frame 3B, the safety door 4B positioned at guardrail rack 3B sides and can climb into guardrail rack 3B from safety door 4B positioned at the outside of kettle frame 1
Interior stair frame 5B, wherein safety door 4B can be movably arranged on guardrail rack 3B along horizontal direction, and fence assembly is also wrapped
Include for drive safety door 4B intelligently open the door and close door actuator 6B and to actuator 6B assign the process of driving instruction
Device, wherein when attendant is up climb into guardrail rack 3B when, safety door 4B is automatically opened up；Guardrail rack is climbed out of when attendant is descending
During 3B or positioned at when installing on panel 30, safety door 4B is closed automatically.
Processor include can monitoring and maintenance personnel upstairs ladder 5B and downstairs the first monitoring unit of ladder, can monitor
Whether attendant is in the second monitoring unit installed on panel 30 and the unblock surrounded positioned at guardrail rack 3B in region
Unit, when attendant is up, feedback of the information to processor, actuator 6B are opened safety door 4B by the first monitoring unit, directly
When monitoring that attendant is on maintenance platform to the second monitoring unit, safety door 4B is closed automatically；After maintenance terminates, behaviour
Control unlocking unit, safety door 4B is opened, and attendant is descending, and actuator 6B closes safety door.
Specifically, the first monitoring unit includes being located at the multiple control points being distributed in order on stair frame 5, works as attendant
From bottom to top during stair climbing, the uplink information for being obtained is fed back to processor by multiple control points；When attendant from top to bottom
During stair climbing, the downlink information for being obtained is fed back to processor by multiple control points.
Specifically, the second monitoring unit is gravity sensor, and when the gravity on maintenance platform increases, gravity sensor will
To processor, now, it was concluded that have attendant on maintenance platform, safety door is closed feedback of the information automatically.
Specifically, unlocking unit include be arranged on guardrail rack at safety door 4B openings on the inside of unblock button N and
The control circuit being connected with processor, after the completion of maintenance, operate unblock button N, safety door open, attendant can under
OK.
Slide rail 7B is provided with guardrail rack 3B, being provided with the bottom of safety door 4B can be slidably arranged on slide rail 7B
Pulley assembly 8B.
Slide rail 7B self installations panel 30 raises up to form raised line, and pulley assembly 8B includes multiple around horizontal axis turn
Multiple roller 80B dynamicly, the periphery of wherein each roller 80B is provided with the race 800B matched with the raised line.
Actuator 6B is expansion link, and the type of drive of the expansion link is electronic, pneumatically or hydraulically.
Meanwhile, above-mentioned fence assembly also includes the top for being located at safety door 4B, the doorframe 9B being fixed on guardrail rack 3B,
Wherein doorframe 9B is provided with the chute 90B for extending along its length, is arranged on chute 90B to the top slide of safety door 4B
It is interior.
Additionally, stair frame 5B include be located at both sides two bar 50B, be horizontally set with it is many between two bar 50B
Root ladder bars 51B and many single u-shaped railing 52B positioned at bar 50B tops, wherein U-shaped railing 52B is horizontally disposed with and two ends
Portion is separately fixed on the bar 50B of both sides.
Further, stair frame 5B also includes the connecting rod 53B that multiple U-shaped railing 52B are mutually permanently connected.
In this example, stair frame 5B point is two parts, and a part is easy to from safety door climb in the region that guardrail rack is formed,
Transfer hopper is safeguarded；Another part is easy to climb on crystallization kettle, and the structures such as crystallization kettle or push-pull valve are safeguarded.
Meanwhile, above-mentioned crystal system also includes bearing assembly E, and it is included for supporting the bearing block 3E of crystallization kettle 2, setting
The bearing 5E on shaft 4E and in bearing block 3E is put, wherein be provided with bearing block 3E can be with bearing installation region
The oil nozzle 30E being connected, the bearing assembly also includes oil storage barrel 6E, the oil delivered to the grease pump in oil storage barrel 6E in oil nozzle
Pump 7E, the oil pipe 8E for conveying lubricating oil and can detect bearing 5E temperature automatic control oil pumps 7E work temperature control dress
Put, wherein oil nozzle 30E is located at the top of bearing 5E, and attemperating unit can set nominal parameter value, when the temperature of detected bearing
During higher than nominal parameter value set by bearing temperature, oil pump 7E is automatically turned on, and lubricating oil is entered in bearing from nozzle, Zhi Daowen
When degree is decreased below nominal parameter value, oil pump 7E quits work.
Specifically, nominal parameter value is 125 ± 5 DEG C.When the temperature of detected bearing is higher than the volume set by bearing temperature
When determining parameter value, oil pump is automatically turned on, and lubricating oil is entered in bearing from nozzle, and nominal parameter value is brought down below at a temperature of
When, oil pump quits work.
Bearing block 3E is included for installing the seat body 31E of bearing 5E, respectively positioned at the upper company of seat body 31E upper and lower end parts
Fishplate bar 32E and lower connecting plate 33E, wherein upper junction plate 32E are connected with the bottom of crystallization kettle 2, and lower connecting plate 33E is tied with dehumidifying
The underframe 1E of crystallographic system system is connected.
In this example, the outline of upper junction plate 32E and lower connecting plate 33E is rounded, and both centers of circle be in perpendicular to
On the straight line of horizontal plane.
The diameter with diameter greater than upper junction plate 32E of lower connecting plate 33E.
Meanwhile, the periphery between upper junction plate 32E and lower connecting plate 33E and in seat body 31E is provided with multiple supports
Floor 34E.
Multiple support floor 34E are uniformly distributed along the periphery of seat body 31E, and the outside position of multiple support floor 34E
On the cylinder formed centered on the same 4E by shaft or the lateral surface of round platform.In this example, multiple support floor 34E's is outer
On the lateral surface of the round platform that side is formed centered on being located at the same 4E by shaft.From top to bottom external diameter becomes larger and sets the round platform
Put.
Specifically, each supports floor 34E in a rectangular trapezoid, and the end face that its right angle waist is located is fixed on present body 31E.
In other words, seat body 31E outlines are in cylinder.
Meanwhile, multiple support floor 34E constitute the radiating subassembly of bearing block 3E.Therefore, the effect of support floor 34E
There are two：One support strength for being to improve bearing block 3E；Another is cooled down to bearing block 3E.
Further, in order to further improve radiating effect, radiating fin is installed on floor 34E can support at each
Piece（Do not show in figure）.
By the setting of above-mentioned bearing assembly, it has the advantage that：
1）, by the setting of attemperating unit, automatic oil addition, it is therefore prevented that the abrasion of bearing, extend its service life, so as to
Guarantee production efficiency；
2）, radiated by supporting the countershaft bearing of floor, and then reduce the temperature of bearing, extend its service life.
Above-described embodiment technology design only to illustrate the invention and feature, its object is to allow person skilled in the art
Scholar will appreciate that present disclosure and implement according to this, can not be limited the scope of the invention with this, all according to the present invention
Equivalence changes or modification that spirit is made, all should be included within the scope of the present invention.
Claims (10)
1. a kind of dehumidifying crystal system, it include kettle frame, crystallization kettle, for the feeding device of feed in the crystallization kettle, use
In control feeding device blanking valving, be arranged on kettle top of the trellis fence assembly, the agitating device in crystallization kettle,
And the driving means for driving the agitating device to rotate, wherein described crystallization kettle includes kettle and can dismantle in institute
State the kettle cover at the top of kettle, the feeding device include being located at transfer hopper above the kettle cover, for by particle transmit to
The connecting gear of transfer hopper, the feeding channel for the transfer hopper to be connected with the kettle cover,
The valving includes being arranged on first valve on the feeding channel top,
It is characterized in that：
Installation panel is provided with described kettle frame, described installs the top that panel is located at the kettle cover, described transfer material
Bucket bottom is connected with the kettle cover by connecting portion, and described transfer hopper can be adjusted along the kettle frame short transverse
Save land on the installation panel；
Described valving also includes the second valve being arranged on below the first described valve and is arranged on described the
Dust arrester on two valves.
2. dehumidifying crystal system according to claim 1, its spy is：First valve be push-pull valve, described first
Valve includes cross-section the first valve seat being arranged on the feeding channel and the first valve being slidably arranged in first valve seat
There is the first valve passage of feeding channel described in connection the first valve seat upper and lower ends in plate, first valve seat, it is described
The opening and closing of the first valve passage described in Sliding Control of first valve plate in first valve seat；Second valve is also plate
Valve, it includes cross-section the second valve seat being arranged on the feeding channel and the second valve being slidably arranged in second valve seat
There is the second valve passage of feeding channel described in connection the second valve seat upper and lower ends in plate, second valve seat, it is described
The opening and closing of the second valve passage described in Sliding Control of second valve plate in second valve seat.
3. dehumidifying crystal system according to claim 2, its spy is：The dust arrester includes being arranged on described second
Inlet channel and outlet passageway on valve plate, the inlet channel sprays into gases at high pressure, the outlet into the feeding channel
Passage together extracts the dust and gas in the feeding channel out.
4. dehumidifying crystal system according to claim 3, its spy is：The inlet channel and outlet passageway are respectively provided with
In the two sides up and down of second valve plate, and in the inlet channel and outlet passageway and the second valve passage junction
It is respectively arranged with drainage screen.
5. dehumidifying crystal system according to claim 4, its spy is：The opening upwards of the inlet channel are arranged, institute
State outlet passageway Open Side Down and arrange.
6. dehumidifying crystal system according to claim 1, it is characterised in that：Connection is provided with the periphery of the transfer hopper
Seat, described feeding device also includes being arranged on screw mandrel, the Yi Jiyong being engaged on the installation panel and with the connecting seat
In drive mechanism of the screw mandrel around own axis is driven, wherein described screw mandrel prolongs along the short transverse of the kettle frame
Stretch setting, described connecting seat oscilaltion with the rotation of the screw mandrel, described screw mandrel there are many and in described
Turn the circumferentially-spaced distribution of hopper；Described drive mechanism is used to drive many screw mandrel synchronous axial systems.
7. dehumidifying crystal system according to claim 6, it is characterised in that：Described drive mechanism includes being fixed on per root
Drive on the screw mandrel, for multiple drives are mutually connected transmission belt, in many screw mandrels
Arbitrary on driving wheel, for the motor that drives the driving wheel to rotate and drive belt and for by described transmission
Tensioning wheel with tensioning, wherein described tensioning wheel has multiple, and with multiple drives around the transfer hopper week
To separately arranging.
8. dehumidifying crystal system according to claim 1, it is characterised in that：Described dehumidifying crystal system also includes bearing
Component, the bearing assembly includes the bearing for supporting the bearing block of crystallization kettle, being arranged on shaft and in bearing block,
The oil nozzle that can be connected with bearing installation region is wherein provided with described bearing block, described bearing assembly also includes storage
Oil drum, the grease pump in the oil storage barrel is delivered to the oil pump in the oil nozzle, the oil pipe for conveying lubricating oil, Yi Jineng
Enough detect that bearing temperature automatically controls the attemperating unit of the operation of oil pump, wherein the oil nozzle is located at the top of the bearing,
Described attemperating unit can set nominal parameter value, when the temperature of detected bearing is higher than the volume set by the bearing temperature
When determining parameter value, described oil pump is automatically turned on, and lubricating oil is entered in bearing from nozzle, and specified ginseng is brought down below at a temperature of
During numerical value, described oil pump quits work.
9. dehumidifying crystal system according to claim 8, it is characterised in that：Described bearing block includes described for installing
The seat body of bearing, respectively positioned at the seat body upper and lower end parts upper junction plate and lower connecting plate and be arranged on described
Multiple support floors of the periphery between connecting plate and lower connecting plate and in the seat body, wherein described upper junction plate with
The bottom of the crystallization kettle is connected, and the lower connecting plate is connected with the underframe of the dehumidifying crystal system, multiple described
Support floor that the radiating subassembly for constituting the bearing block, and multiple supports are uniformly distributed along the periphery of the seat body
The outside of floor is located on the lateral surface of the same cylinder formed centered on the shaft or round platform.
10. dehumidifying crystal system according to claim 1, it is characterised in that：The fence assembly is included along the peace
The circumference of dress panel is enclosed and is located at the guardrail rack of transfer hopper periphery, the safety door positioned at the guardrail rack side and positioned at institute
The stair frame that the outside of kettle frame can climb in the guardrail rack from the safety door is stated, wherein described safety door can be along
Horizontal direction is movably arranged on the guardrail rack, and described fence assembly is also included for driving the safety door intelligently to open
Door and close the actuator of door and assign the processor of driving instruction to the actuator, wherein when attendant is up, institute
The safety door stated is automatically opened up；When attendant is descending or positioned at when installing on panel, described safety door is closed automatically.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210991223.3A CN115350496B (en) | 2017-01-19 | 2017-01-19 | Dedusting, dehumidifying and crystallizing integrated equipment for shredding sheet |
| CN202210991629.1A CN115350497B (en) | 2017-01-19 | 2017-01-19 | Dehumidification crystallization system for shredding sheets |
| CN202210991631.9A CN115364511B (en) | 2017-01-19 | 2017-01-19 | Dust collector that piece material dehumidification crystallization was used tears |
| CN201710038156.2A CN106669216B (en) | 2017-01-19 | 2017-01-19 | Dehumidification crystallization system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710038156.2A CN106669216B (en) | 2017-01-19 | 2017-01-19 | Dehumidification crystallization system |
Related Child Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202210991223.3A Division CN115350496B (en) | 2017-01-19 | 2017-01-19 | Dedusting, dehumidifying and crystallizing integrated equipment for shredding sheet |
| CN202210991631.9A Division CN115364511B (en) | 2017-01-19 | 2017-01-19 | Dust collector that piece material dehumidification crystallization was used tears |
| CN202210991629.1A Division CN115350497B (en) | 2017-01-19 | 2017-01-19 | Dehumidification crystallization system for shredding sheets |
Publications (2)
| Publication Number | Publication Date |
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| CN106669216A true CN106669216A (en) | 2017-05-17 |
| CN106669216B CN106669216B (en) | 2022-08-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710038156.2A Active CN106669216B (en) | 2017-01-19 | 2017-01-19 | Dehumidification crystallization system |
| CN202210991629.1A Active CN115350497B (en) | 2017-01-19 | 2017-01-19 | Dehumidification crystallization system for shredding sheets |
| CN202210991631.9A Active CN115364511B (en) | 2017-01-19 | 2017-01-19 | Dust collector that piece material dehumidification crystallization was used tears |
| CN202210991223.3A Active CN115350496B (en) | 2017-01-19 | 2017-01-19 | Dedusting, dehumidifying and crystallizing integrated equipment for shredding sheet |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202210991629.1A Active CN115350497B (en) | 2017-01-19 | 2017-01-19 | Dehumidification crystallization system for shredding sheets |
| CN202210991631.9A Active CN115364511B (en) | 2017-01-19 | 2017-01-19 | Dust collector that piece material dehumidification crystallization was used tears |
| CN202210991223.3A Active CN115350496B (en) | 2017-01-19 | 2017-01-19 | Dedusting, dehumidifying and crystallizing integrated equipment for shredding sheet |
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| CN (4) | CN106669216B (en) |
Cited By (2)
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| CN110436149A (en) * | 2019-08-29 | 2019-11-12 | 苏州工业职业技术学院 | A kind of feeding implanted device with dedusting function |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN106669216B (en) | 2022-08-16 |
| CN115364511B (en) | 2024-06-07 |
| CN115350497A (en) | 2022-11-18 |
| CN115364511A (en) | 2022-11-22 |
| CN115350496B (en) | 2024-06-11 |
| CN115350496A (en) | 2022-11-18 |
| CN115350497B (en) | 2024-06-11 |
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