CN205616135U - Sealed discharge apparatus and mounting structure thereof - Google Patents
Sealed discharge apparatus and mounting structure thereof Download PDFInfo
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- CN205616135U CN205616135U CN201620169114.3U CN201620169114U CN205616135U CN 205616135 U CN205616135 U CN 205616135U CN 201620169114 U CN201620169114 U CN 201620169114U CN 205616135 U CN205616135 U CN 205616135U
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- 239000000463 material Substances 0.000 claims abstract description 191
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- Filling Or Discharging Of Gas Storage Vessels (AREA)
Abstract
Here discloses a sealed discharge apparatus and mounting structure thereof, and including annular supporting seat (810), blowpit (820) and blowpit shell body (830), annular supporting seat is installed on the top of blowpit shell body and is encircleed the top end opening setting of blowpit, is equipped with a plurality of guiding orientation spares on the annular supporting seat, and the bottom periphery that carries material jar (200) can be through guiding orientation spare pressure -bearing on annular supporting seat and form circumference and seal. The utility model discloses a guiding orientation spare among the sealed discharge apparatus can carry the material and jar carry out automatic guide, is formed with the ring packing groove on the annular supporting seat, and the bottom periphery that carries material jar can be taken a seat in the ring packing inslot. When jar body pressure -bearing during in sealed discharge apparatus's annular supporting seat, the upwards pulling force through the control pull rod can make sealed valve plate shutoff or open a jar body discharge opening by optionally. This seals up discharge apparatus simple structure, practicality, and the convenience is docked with the self sealing who carries the material jar, can realize unloading to the external seal.
Description
Technical field
This utility model belongs to conveying equipment field, especially, relates to the airtight defeated of high-temperature material in coal chemical technology
Send system, and apply the pyrolytic reaction system of this induction system.
Background technology
For vertical or, graininess conveying powdered at high inclination-angle and the continuous conveying equipment of little lump material in commercial production
(such as lifting device) has many types, such as ribbon conveyer, chain-linked conveyer, bucket elevator, drag conveyor etc..Various
Lifting device is according to its features, it is adaptable to various different field, but totally has following characteristics:
1), temperature limiting: conveying temperature of charge is generally about 60 DEG C, and the best casting chain elevator of heatproof also can only be suitable for
Be less than bulk, the granular material of 300 DEG C in delivery temperature, temperature is too high will produce safety doubt, for 300 DEG C-1000
DEG C high-temp solid material, its material and frame mode all cannot meet high temperature requirement；
2), sealing poor, general lifting device can meet the seal request of solid material, but high-temperature material is defeated
During sending, may be with the flammable or generation of toxic gas, the most original lifting device all cannot meet system gas
The requirement of sealing；
3), security and stability poor, mostly to overload sensitive, easily there is material containing in original lifting means in course of conveying
Too much or foreign body gets stuck phenomenon, and for the flammable or security requirement of toxic gas, often without reference to；
4), material containing component and the driving component of lifting means are easy to wear.
Utility model content
For drawbacks described above of the prior art or deficiency, this utility model provides a kind of sealing device for discharging and peace thereof
Assembling structure, it can seal with material containing tank easily and dock to realize sealing discharging.
For achieving the above object, this utility model provides a kind of sealing device for discharging, including annular brace seat, blowpit
With blowpit shell body, the top end opening on top and cincture blowpit that annular brace seat is arranged on blowpit shell body is arranged,
Annular brace seat is provided with multiple guide-localization part, and the bottom periphery of material containing tank can be propped up in annular by guide-localization part pressure-bearing
Support on seat and form circumferential seal.
Preferably, guide-localization part includes the circumferentially spaced multiple guide runners annularly supporting seat, guides sliding
Block has the guiding inclined plane sloped inwardly and downwardly, and the bottom periphery of material containing tank can slide into multiple leading along guiding inclined plane
On the surface of the annular brace seat in inclined plane.
Preferably, guide-localization part includes circumferentially spaced multiple gathering sills or the locating dowel annularly supporting seat,
Locating dowel or gathering sill coupling that gathering sill or locating dowel end tank bottoms with material containing are correspondingly arranged are docked.
Preferably, the discharging push-pull valve that device for discharging also includes being arranged on bottom blowpit is sealed.
Preferably, the displacement QI KOU that device for discharging also includes being arranged on blowpit shell body, this displacement QI KOU position are sealed
Top in discharging push-pull valve.
Preferably, displacement QI KOU includes displacement gas entrance and displacement gas outlet, and the installation site of displacement gas entrance is not higher than
The installation site of displacement gas outlet.
Preferably, annular brace seat is formed with annular seal groove, in this annular seal groove, is provided with lip ring, material containing
In the bottom periphery of tank embeds annular seal groove and by lip ring circumferential seal.
Preferably, multiple guide-localization parts are equally spaced circumferentially positioned on the peripheral part of annular seal groove.
Preferably, the bottom surface of the surface of annular brace seat and the bottom periphery of material containing tank is horizontal plane, and material containing tank passes through
Deadweight pressure-bearing on the surface of material containing tank to form circumferential seal.
Preferably, the bottom of sealing device for discharging is fixing with material storage tank or refeed line is connected.
This utility model additionally provides a kind of mounting structure sealing device for discharging, and this mounting structure includes and seals discharging
The material containing tank that device is tightly connected, material containing tank includes tank body and from resealing valve, includes sealing valve plate and pull bar from resealing valve,
Being formed with tank body discharge port on the diapire of tank body, the outer peripheral face of the internal face of tank body discharge port and sealing valve plate is conial vertex
Conical seal (contact) face above, the bottom of pull bar connects sealing valve plate, and top can be connected with tank body or lifting suspension hook；
Wherein, when tank body pressure-bearing is in time sealing the annular brace seat of device for discharging, by controlling the upwards pulling force energy of pull bar
Enough optionally make the closure of sealing valve plate or open tank body discharge port.
According to technique scheme, sealing device for discharging of the present utility model is specifically designed annular brace seat to support
The material containing tank connected with it, for ease of sealing docking, is guided the material containing tank declined automatically by multiple guide-localization parts,
Its bottom periphery pressure-bearing is made and to form circumferential seal on annular brace seat.Especially, annular brace seat is formed with annular close
Sealing groove, the hoop when bottom periphery of material containing tank can be seated in annular seal groove to achieve a butt joint seals.When tank body pressure-bearing
In time sealing the annular brace seat of device for discharging, sealing valve plate can be optionally made to block by controlling the upwards pulling force of pull bar
Or open tank body discharge port.Sealing device for discharging simple in construction of the present utility model, practicality, it is matched with material containing tank, the two side
Just automatic-sealed docking, it is possible to realize external seal discharging.
Other feature and advantage of the present utility model will be described in detail in detailed description of the invention part subsequently.
Accompanying drawing explanation
Accompanying drawing is used to offer and is further appreciated by of the present utility model, and constitutes a part for description, with following
Detailed description of the invention be used for explaining this utility model together, but be not intended that restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the structural representation of the streams closed induction system according to preferred implementation of the present utility model；
Fig. 2 is the structural representation sealing docking facilities shown in Fig. 1, between sealing butt tube therein and material containing tank
It is in the state of being disconnected；
Fig. 3 with Fig. 2 is similar, and difference is to seal water-stop between butt tube and material containing tank and is connected；
Fig. 4 is the front view of the material containing tank shown in Fig. 1；
Fig. 5 is the top view of material containing tank, and which show vertical lift wheels embraces rail structure；
Fig. 6 and Fig. 7 is the side view of material containing tank, wherein Fig. 7 show material containing pot bottom from resealing valve；
Fig. 8 is the front view of the bottom driving shown in Fig. 1；
Fig. 9 is the top view of bottom driving；
Figure 10 is the structural representation of the bottom movement guide rail shown in Fig. 1；
Figure 11 is the lifting fluctuating orbit shown in Fig. 1 and the structural representation of boom hoisting；
Figure 12 is the side view of Figure 11；
Figure 13 is the mounting structure schematic diagram of fixing fluctuating orbit；
Figure 14 is the structural representation of the vertical channel stage+module framework shown in Figure 13；
Figure 15 is the structural representation sealing device for discharging shown in Fig. 1；
Figure 16 is the top view sealing device for discharging；
Figure 17 is the theory diagram of the pyrolytic reaction system according to preferred implementation of the present utility model.
Description of reference numerals
100 seal docking facilities 200 material containing tank
300 bottoms are driven a vehicle 400 bottom movement guide rails
500 lifting fluctuating orbit 600 top layer drivings
700 top layer movement guide rails 800 seal device for discharging
900 refeed line 1000 pyrolysis reactors
1100 floor levels 1200 material storage tanks
110 seal butt tube 120 butt tube push-pull valve
130 guide-localization wheels 140 lift drive mechanisms
111 tank outer tube 112 overfalls
113 water inlet 114 displacement gas outlets
115 displacement gas are blown into the radially connected plate of pipe 116
117 annular insertion pipes
210 tank body 220 vertical lift wheels
230 charging aperture valve 240 charging aperture valve actuators
250 tank body counterweight 260 charging aperture valves drive motor
211 tank body charging aperture 212 tank body discharge ports
213 seal valve plate 214 pull bar
215 hoop conical plate 216 body peripheral walls
217 breather valve 221 first location wheels
222 second location wheel 223 road wheels
310 car body 320 material urgent discharge pipes
330 bottom vehicle-mounted lifting track 340 bottom vehicle-mounted driving motors
311 material containing tank supporting part 312 material containing tank discharge
313 unload material through hole 314 location sealing annular groove
315 radial strut
410 reel installation frame 420 service cables
430 cable drum 440 cable counterweights
450 traction electric machine 460 carrying cables
510 fix fluctuating orbit 520 lifting position monitoring device
530 vertical channel stage+module frameworks
610 crane lifting motor 620 hoisting wireropes
630 gantry hook hanging wheel 640 gantry hooks
650 gantry hooks link up with 660 gantry hook side guide wheels
670 top layer vehicle-mounted driving motor 680 top layer vehicle-mounted lifting track
810 annular brace seat 820 blowpits
830 blowpit shell bodies
811 annular seal groove 812 lip rings
831 displacement gas entrance 832 displacement gas outlets
840 guide runner 850 discharging push-pull valves
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in detail.It should be appreciated that herein
Described detailed description of the invention is merely to illustrate and explains this utility model, is not limited to this utility model.
In this utility model, in the case of illustrating on the contrary, the noun of locality of use such as " upper and lower, top, the end " is generally
Be for direction shown in the drawings for or for each parts mutual alignment on vertical, vertical or gravity direction
Relationship description word；" vertical direction " refers to the paper above-below direction of diagram；" inside and outside " is commonly referred to as relative to chamber
The chamber of speech is inside and outside or radially inner and outer for the center of circle.
For the solid material of high temperature (between such as 300 DEG C～1000 DEG C), owing to being often accompanied by inflammable, explosive, poisonous gas
Precipitation, thus its conveying equipment has high requirement to all many-sides such as heat-resisting quantity, air-tightness, security and stability.This reality
A kind of streams closed induction system is hereby provided, for realizing the airtight defeated of material between feed points and emptying point with novel
Send.As it is shown in figure 1, this streams closed induction system includes material containing tank 200, seals docking facilities 100 and lifting movement frock,
Feed points, material containing tank 200 can be tightly connected to receive material with sealing docking facilities 100 and sealing is saved in material containing tank 200
In, lifting movement frock is for translating and/or lift lifting material containing tank 200 between feed points and emptying point, and material containing tank
200 can realize in emptying point sealing discharging.
In this utility model, for realizing the omnidistance sealing of high-temperature material, convenient conveying, the sealing for high-temperature material is temporary
Cryopreservation device (i.e. material containing tank 200), feed points and the docking in emptying point, charging discharging seal and flexible lifting movement work
Assembling structure is all specifically designed.
Hereinafter each funtion part is illustrated respectively.
Lifting movement frock
Being different from traditional resistant to elevated temperatures casting chain elevator, the lifting in streams closed induction system of the present utility model moves
Fortune frock have employed the driving walking on guide rail, and material containing tank 200 is equipped in driving, thus easy to operate, is difficult to overload, mill
Damage little.For casting chain elevator, high-temperature material isolation is stored in material containing tank 200, and also by driving between guide rail
Separate, the temperature of conveying equipment is affected little, without producing disaster hidden-trouble.
In the present embodiment, as it is shown in figure 1, lifting movement frock include bottom driving 300, bottom movement guide rail 400,
Top layer driving 600 and top layer movement guide rail 700, bottom driving 300 can be carried material containing tank 200 and be moved along bottom movement guide rail 400
Dynamic, top layer driving 600 is provided with boom hoisting, top layer driving 600 can lift by crane material containing by boom hoisting at Hoisting Position
Tank 200, and drive this material containing tank 200 to move along top layer movement guide rail 700.Wherein, material containing tank 200 is at bottom movement guide rail 400
Realize horizontal feed with on top layer movement guide rail 700, realize vertical transport by boom hoisting.Preferably, bottom movement guide rail
400, the short transverse of top layer movement guide rail 700 and lifting is scattered in three-dimensional, can realize the optional position of material containing tank 200
Convenient conveying.
Specifically, movement guide rail is horizontal-extending, can use the one side double track form identical with railway traffic track, to keep
The stationarity moved horizontally, but bottom movement guide rail 400 is different with the track width of top layer movement guide rail 700.Bottom movement is led
The respective two ends of rail 400 and top layer movement guide rail 700 are equipped with baffle plate, to prevent from moving horizontally and enhancing action excess.Guide rail
On can be disposed with some limit sensors, the such as multiple lifting position monitoring devices 520 shown in Figure 12, to monitor moving of car
State.
For keeping the stability of vertical lifting, as illustrated in figures 11 and 13, lifting movement frock is additionally included in Hoisting Position
The fixing fluctuating orbit 510 being fixedly installed.It is also equipped with upwardly extending bottom vehicle-mounted lifting track 330 in bottom driving 300,
In top layer driving 600, the top layer vehicle-mounted lifting track 680 downwardly extended is installed, the sidewall of the material containing tank 200 shown in Fig. 4 is pacified
Equipped with vertical lift wheels 220.So, at the Hoisting Position shown in Figure 11, top layer vehicle-mounted lifting track 680, fixing lift rail
Road 510 and bottom vehicle-mounted lifting track 330 can dock to form lifting fluctuating orbit 500 successively, and boom hoisting can pull load
Batch can 200, to drive vertical lift wheels 220 along lifting fluctuating orbit 500 lifting moving, thus realizes the vertical of material containing tank 200
Conveying.Wherein, can be locked by position between top layer and the driving of bottom and guide rail, reach top layer vehicle-mounted lifting track 680,
Fixing fluctuating orbit 510 and the alignment effect of bottom vehicle-mounted lifting track 330.
Lifting fluctuating orbit 500 as vertical channel preferably employs two-sided monorail fashion, i.e. at bottom movement guide rail 400
Or two opposite planar of the both lateral sides of top layer movement guide rail 700 respectively arrange a single track.Correspondingly, the both sides of material containing tank 200
Also vertical lift wheels 220 it are equipped with.Additionally, some limit sensors etc. can be disposed with on monorail track equally, to monitor load
The kinestate of batch can 200.
Arranged by the guide rail of material containing tank 200 both sides, the material containing tank 200 degree of stability when lifting can be promoted.Further,
Also can form the formula that the hugs design of " wheel track is embraced " between guide rail and guide wheel, promote farthest improving material containing tank 200
Time stationarity.
Seeing Fig. 5, the vertical lift wheels 220 on material containing tank 200 sidewall are designed at least as including road wheel 223, first
Location wheel 221 and the second location wheel 222, lifting fluctuating orbit (Fig. 5 is bottom vehicle-mounted lifting track 330 part) is slide rail, OK
Travelling wheel 223 can walk in slide rail surface, and the first location wheel 221 and the second location wheel 222 can be distinguished under certain tensioning
Hug the side, both sides of slide rail, thus constitute " wheel embraces rail " formula structure.In like manner, lifting fluctuating orbit can also be chute, then the
One location wheel 221 and the second location wheel 222 can be pressed against on the both sides sidewall of chute under some tension respectively, and composition " embrace by rail
Wheel " formula structure.So can avoid the material containing tank 200 swing during lifting.
Preferably, vertical lift wheels 220 are retractably installed on the sidewall of material containing tank 200.Ability can be used herein
Known to field technique personnel expanding pulley design so that vertical lift wheels 220 when Hoisting Position stretches out, vertical lift wheels
220 can engage and be formed be slidably matched with lifting fluctuating orbit 500, and at non-Hoisting Position, vertical lift wheels 220 can be in retraction
State, vertical lift wheels 220 are spaced away from lifting fluctuating orbit 500.Further, vertical lift wheels 220 may also include
Lifting wheel locking mechanism (not shown), this lifting wheel locking mechanism can be in the state of stretching out (shown in Fig. 5) of vertical lift wheels 220
First location wheel 221 and the second location wheel 222 are locked on lifting fluctuating orbit 500.Certainly, those skilled in the art can
Being understood by, vertical lift wheels 220 are also not necessarily limited to expanding pulley design, also can use such as elastic wheel design, are risen by vertical
The elastic force of fall wheels 220 realizes and the holding tightly or contact and dodge of guide rail.
Additionally, at Hoisting Position, top layer vehicle-mounted lifting track 680, fixing fluctuating orbit 510 and bottom vehicle-mounted lifting track
330 is vertically aligned and dock successively, thus the lifting realizing vertical direction draws high.Certainly, it is possible to use skewed
Lifting fluctuating orbit 500, draws high realizing inclination.When material containing tank 200 is pulled up in top layer driving 600, top layer row can be passed through
Material containing tank 200 is locked in top layer driving 600 by the material containing tank locking mechanism on car 600.This material containing tank locking mechanism is permissible
It is the most common detent configuration etc., is arranged on top layer driving 600 including the one in latch and pin-and-hole, latch and pin-and-hole, separately
One is arranged on material containing tank 200, and at top layer Hoisting Position, material containing tank 200 can be locked in top layer by material containing tank locking mechanism
In driving 600.Top layer driving 600 can be followed after material containing tank 200 is locked move horizontally.
In the present embodiment, owing to the hoisting weight of material containing tank 200 is relatively big and requires steadily lifting, thus gantry is used
Hang structure.As shown in figure 11, this boom hoisting includes being arranged on the crane lifting motor 610 in top layer driving 600 and hoist engine
Structure, hoisting mechanism is wound with hoisting wirerope 620 and hangs material containing tank 200 to draw.Boom hoisting includes gantry hook 640, this gantry
Hook 640 includes gantry hook body, and the top of this gantry hook body is provided with the multiple gantry hook hanging wheels being connected with hoisting wirerope 620
630, the bottom of gantry hook body connects to be had for drawing the gantry hook hook 650 hanging material containing tank 200.In Figure 11 and Figure 12, logical
Cross two gantry hook hooks 650 and can steadily lift by crane material containing tank 200.Wherein, the pulling force of gantry hook hook 650 also acts on material containing tank
Sealing damper 213 bottom 200, to keep the material containing tank 200 sealing when lifting, will specifically address below.Further,
The two ends of gantry hook body are additionally provided with gantry hook side guide wheel 660, and when lifting, gantry hook side guide wheel 660 can be along lifting lift rail
Road 500 lifting moving is steady with the lifting keeping straddle truck.
Lifting movement frock of the present utility model may be installed in the multilamellar floor levels 1100 being vertically spaced, as
Shown in Figure 13, being formed with vertical channel between multilamellar floor levels 1100, lifting fluctuating orbit 500 sequentially passes through along vertical channel
Each layer floor levels 1100, and can be by the vertical channel stage+module framework on each layer floor levels 1100 shown in Figure 14
530 installations are fixing.Each layer floor levels 1100 not only acts as installation fixation, also facilitate lifting movement frock maintenance and
Failture evacuation etc. operate.Time in the pyrolytic process being applied to coal chemical technology, owing to the size of the equipment such as pyrolysis oven is big, thus
The horizontal and vertical moving range of material containing tank 200 is the biggest, such as the vertical height of the lifting fluctuating orbit 500 in present embodiment
Degree is not less than 30m, thus uses boom hoisting the most suitable.
Returning in bottom movement guide rail 400 and top layer movement guide rail 700, the driving of the two has similar with guide rail structure
Property, illustrate as a example by top layer movement guide rail 700 below.Seeing Figure 11, top layer movement guide rail 700 includes being propped up by I-steel
Support and laterally spaced left track and right track, top layer driving 600 includes left wheel and right rollers, the top being arranged on vehicle bottom
Layer driving 600 is walked on corresponding left track and right track respectively by left wheel and right roller.Two top layer vehicle-mounted liftings
Track 680 is respectively and fixedly installed to the left and right sides of top layer driving 600 and downwardly extends between left track and right track, material containing
Vertical lift wheels 220 on the left and right sidewall of tank 200 can slide top layer vehicle-mounted lifting track 680 along both sides respectively.
As shown in figure 12, top layer driving 600 is also equipped with driving the top layer vehicle-mounted driving motor 670 of walking, this top layer
Vehicle-mounted driving motor 670 drive top layer driving 600 along top layer movement guide rail 700 in (the sealing discharging in Fig. 1 of top layer discharge position
The surface of device 800) and top layer Hoisting Position (lifting fluctuating orbit 500 position shown in Fig. 1) between move.
Owing to the length of top layer movement guide rail 700 is shorter, e.g., less than 10m, thus its wire laying mode is simple.Can fix and set
Putting cable drum, cable drum is wound with service cable, service cable is vehicle-mounted with crane lifting motor 610 and top layer drives electricity
Machine 670 is electrically connected.In the present embodiment, the length of bottom movement guide rail 400 is more than 10m, and the driving that it runs can
Bottom vehicle-mounted driving motor 340 as shown in Figure 8 drives.As shown in Figure 10, the vehicle-mounted driving of bottom of driving walking can be installed
Motor 340, the centre position of the length direction of bottom movement guide rail 400 is fixedly installed reel installation frame 410, and this reel is pacified
Frame up and the cable drum 430 being wound around service cable 420 is installed on frame 410, one end of service cable 420 and the vehicle-mounted driving of bottom
Motor 340 is connected, and the other end connects has cable counterweight 440 to tighten between bottom vehicle-mounted driving motor 340 and cable drum 430
The service cable 420 connected so that in the running of bottom driving 300, service cable 420 is in catenary all the time, and
Do not mop floor, to avoid winding or other mechanical interference.
Certainly, lifting movement frock also can otherwise, and such as drag chain power supply mode, drag chain (not shown) can connect
To power to this bottom vehicle-mounted driving motor 340 between power supply and bottom vehicle-mounted driving motor 340, move with regulation driving
Move speed, realize braking etc..Same, it is also not necessarily limited to drive driving by vehicle-mounted driving motor, as shown in Figure 10, can pass through at the end
The traction electric machine 450 that layer movement guide rail 400 two ends are arranged carries out traction drive, and traction electric machine 450 is drawn by carrying cable 460
Bottom driving 300 walking.
Drive a vehicle additionally, material containing tank 200 is locked in top layer not only by material containing tank locking mechanism by lifting movement frock
On 600, each horizontal guide rail and vertical guide rail also are provided with multiple locking mechanism, driving to be locked in the diverse location of guide rail,
Ensure being accurately positioned when realizing charging, discharging or docking, equally can be real by the lock pin of electric and pneumatic driving or locking bar
Now the position of material containing tank 200 is locked, owing to this kind of locking mechanism is well known to those skilled in the art, thus the most superfluous at this
State.
Specifically, bottom can be driven a vehicle 300 accurate positionings bottom movement guide rail 400 at least it is locked in by locking mechanism
On such as (corresponding with feed points) feed entrance point, (corresponding with emptying point) bottom discharge position, Hoisting Position etc..Entering
Material position, the material containing tank 200 that material containing tank supporting part 311 supports can dock charging with sealing docking facilities 100, unload at bottom
Material position, material containing tank 200 can Dock With Precision Position to realize fixed-point unloading.As set forth below, also can be at top layer discharge position
Realize fixed-point unloading, in feed entrance point or urgent discharge position, realize unloading under emergency by material urgent discharge pipe 320
Material.
Material containing tank
Fig. 4 to Fig. 7 illustrates according to material containing tank 200 of the present utility model.Wherein, the top of the tank body 210 of material containing tank 200
It is provided with tank body charging aperture 211 to receive material, at this tank body charging aperture 211, is provided with charging aperture valve 230, simultaneously tank body 210
Be formed with tank body discharge port 212 on diapire, be provided with at tank body discharge port 212 seal valve plate 213 from resealing valve.Tank body
210 heat preserving and insulating materials using tolerance high temperature, the high-temp solid material being temporarily stored in tank is by airtight charging aperture valve 230
Closed conveying is realized with sealing valve plate 213.Herein from resealing valve as the term suggests i.e. can be at Gravitative Loads or tank body 210
The valve member of tank body discharge port 212 is opened under the action of gravity of interior material.
For ease of carry, lift by crane and dock and specially designed from resealing valve as it is shown in fig. 7, tank body discharge port 212
The outer peripheral face of internal face and sealing valve plate 213 is formed as the conical seal (contact) face that can cooperate, and sealing valve plate 213 can be upper and lower
Mobile to block or to open tank body discharge port 212.It is designed to move up to beat it will be appreciated that seal valve plate 213
Can opening body discharge port 212.But in the present embodiment shown in Fig. 7, band seals preferably designing from resealing valve of valve plate 213
It is conial vertex above for inverted pyramidal structures, the i.e. internal face of tank body discharge port 212 and the outer peripheral face sealing valve plate 213
Conical seal (contact) face so that under the Gravitative Loads from resealing valve or material, seal valve plate 213 can move down to open
Tank body discharge port 212.So, when material containing tank 200 bearing is in driving, upwards can support close by the supporting construction in driving
Envelope flashboard 213 so that self-closed tank body discharge port 212 under the weight of material containing tank 200.When material containing tank 200 departs from driving, if
Sealing damper 213 cannot obtain and upwards support, and sealing damper 213 can drive and open to carry out discharging.
When lifting by crane material containing tank 200, the sealing of material containing tank 200 also should be kept, thus from resealing valve also particularly including drawing
Bar 214, the bottom of pull bar 214 connects sealing valve plate 213, and top can be connected with the lifting suspension hook of tank body 210 or boom hoisting,
With enable under pulling force effect upwards seal valve plate 213 block tank body discharge port 212.
Wherein, the diapire being positioned at around tank body discharge port 212 of tank body 210 is formed as the skew wall that dips down.Make high temperature solid
Body material easily glides at Gravitative Loads and drops down onto on sealing valve plate 213, and is not formed in tank and pile up.Due to material containing tank 200
Diapire is relatively thin, material containing tank 200 also particularly including hoop conical plate 215, this hoop conical plate 215 around tank body discharge port 212 with
The diapire of tank body 210 be connected, the inner conical surface of hoop conical plate 215 as tank body discharge port 212 internal face with seal valve plate 213
Outer peripheral face formed cone match, form longer cone match stroke.For avoiding solid accumulation, seal the circular cone of valve plate 213
Face is all higher than the angle of repose of the material in material containing tank 200 with the angle of horizontal plane and the angle of dip down skew wall and horizontal plane,
When sealing damper 213 is opened, the material in tank can fully flow out from tank body discharge port 212.
Tank body 210 also includes body peripheral wall 216, as it is shown in fig. 7, the bottom periphery of body peripheral wall 216 downwardly extends
To exceeding diapire and the tank body discharge port 212 of tank body 210, with the sealing device for discharging that can act as sealing the margin and dock or row
Cars etc. constitute sealing.And in the bottom of tank body 210, the internal face of the bottom surface of the diapire of tank body 210 and body peripheral wall 216 it
Between space in be additionally provided with implant, to prevent remaining harmful gas in this space.In course of conveying, high-temp solid material is not
Can produce toxic gas etc. with avoiding, for the stable gas pressure in this tank body, also can be provided for release storage on material containing tank 200
The storage tank breather valve 217 of gas in tank, as shown in Figure 4.
Additionally, charging aperture valve 230 connects charging aperture valve actuator 240；One end of bottom movement guide rail 400 sets
There is the feed entrance point being positioned at immediately below feed points, be fixedly installed charging aperture valve at feed entrance point and drive motor 260, i.e. feed
Mouth valve actuator 240 drives motor 260 to separate layout, to alleviate the weight of material containing tank 200, Er Qiete with charging aperture valve
It is not designed as: when material containing tank 200 moves to feed entrance point along bottom movement guide rail 400, bottom driving 300 and material containing tank
200 positions lockings, follow charging aperture valve actuator 240 that material containing tank 200 moves feed entrance point with this at be fixedly installed
Charging aperture valve drive motor 260 motor shaft formed docking such that it is able to driven by control or automatically drive charging aperture valve
Door 230 is opened, and when material containing tank 200 leaves feed entrance point, charging aperture valve actuator 240 and motor shaft disconnect,
And charging aperture valve 230 can be automatically reset to valve closure state by known elasticity reset device (not shown).So,
Separate layout by the power-equipment of the charging aperture valve 230 of material containing tank 200 with actuator, not only alleviate tank body weight
Amount, it is also ensured that top sealing when material containing tank 200 carries.
It addition, the weight of the charging aperture valve actuator 240 installed in side for balance, material containing tank 200 also includes peace
It is contained in the tank body counterweight 250 of opposite side, placed in the middle with the center of gravity keeping tank body.
As shown in Figures 5 to 7, the both sides of material containing tank 200 are also equipped with above-mentioned vertical lift wheels 220, and its structure is not
Repeat again.
The material containing tank being different from casting chain elevator is fixedly installed in power-equipment, and material containing tank 200 of the present utility model can
It is automatically positioned with power-equipment or separates, it is possible to realizing charging and sealing when sealing docking during discharging and transport, can pass through
Above-mentioned lifting movement frock realizes steadily conveying.Owing to being separated by driving between material containing tank and power-equipment, it is achieved heat insulation, can
Load material at higher temperature, and be difficult to promote the lubricating oil etc. of combustion power-equipment.
Bottom is driven a vehicle
For being suitable to carry the material containing tank 200 of said structure, on the car body 310 of bottom driving 300 as shown in Figure 8 and Figure 9
It is particularly provided with being used to location and supports material containing tank supporting part 311 and material containing tank discharge 312, the material containing tank supporting part of tank body 210
310 can support from resealing valve to block tank body discharge port 212, material containing tank discharge 312 is formed and unloads material through hole 313,
When tank body 210 is supported in material containing tank discharge 312, tank body discharge port 212 aligns with unloading material through hole 313, thus conducts oneself with dignity
Seal valve and can open tank body discharge port 212 under the action of gravity of the material in Gravitative Loads or tank body 210.Therefore, can be by
Material containing tank 200 is optionally equipped on the diverse location of bottom driving 300, for conveying or discharging.
Wherein it is preferred to the inverted pyramidal structures shown in employing Fig. 7 from resealing valve, the i.e. inwall of tank body discharge port 212
The outer peripheral face of face and sealing valve plate 213 is the conical seal (contact) face that conial vertex is above and can cooperate, and seals valve
Plate 213 can move down to open tank body discharge port 212.Material containing tank supporting part 311 is formed with location sealing annular groove 314, tank
Body 210 location and installation is when material containing tank supporting part 311, and the bottom periphery of tank body 210 seals with location sealing annular groove 314 and docks,
To keep tank body to stablize and strengthen sealed bottom performance.The through of through car body 310 can be formed with in location sealing annular groove 314
Hole, is installed with multiple radial strut 315 upwards to prop up as supporting construction in the through hole in material containing tank supporting part 311
Support seals valve plate 213.
Similarly, material containing tank discharge 312 also can be provided with location sealing annular groove 314 to support material containing tank 200 and to realize close
Envelope docking.Now, bottom 300 movements of driving a vehicle are to bottom discharge position, can slide with material storage tank etc. in the bottom of bottom driving 300
Seal docking, thus can control to open tank body discharge port 212 by modes such as suspension hook pulling force and carry out discharging.Now material containing tank discharging
The interior aperture as the through hole unloading material through hole 313, portion 312 should be greater than the aperture of tank body discharge port 212, to realize complete unloading.
Or, the interior aperture as the through hole unloading material through hole 313 of batch can discharge 312 also can be more than the external diameter of tank body 210, so that
The bottom of tank body 210 passes, thus seals with the sealing device for discharging below through hole and dock.Now material containing tank 200 can pass through
The structures such as the boss that tank body 210 periphery is protruded are supported on the perisporium of through hole.
It addition, for carrying out urgent discharging under emergency or failure condition, bottom driving 300 is also equipped with material tight
Anxious discharge pipe 320, the top of this material urgent discharge pipe 320 can seal with sealing docking facilities 100 at urgent discharge position
Connecting, urgent by high-temp solid material dump to lower section is collected in container.
Preferably, as shown in Figure 8 and Figure 9, material urgent discharge pipe 320, material containing tank supporting part 311 and material containing tank discharge
312 are intervally arranged along the length direction of bottom movement guide rail 400 on the car body 310 of bottom driving 300, in order to bottom is driven a vehicle
300 run carry out to each relevant position locking, operation.Selectively, streams closed induction system can include can moving at bottom
Two bottom drivings 300 of independent operating on fortune guide rail 400, material containing tank discharge 312 and material urgent discharge pipe 320 are arranged on
In one bottom driving 300, material containing tank supporting part 311 is arranged in another bottom driving 300.
Seal device for discharging
Streams closed induction system of the present utility model includes the sealing device for discharging being arranged at emptying point.This sealing is unloaded
Material device 800 has carried out adaptability design also according to above-mentioned material containing tank 200 structure so that the two can seal conveniently and efficiently
Docking.
As shown in Figure 15 and Figure 16, the sealing device for discharging in present embodiment includes annular brace seat 810, blowpit
820 and blowpit shell body 830, annular brace seat 810 is arranged on the top of blowpit shell body 830 and around blowpit 820
Top end opening arrange.Taking a seat on annular brace seat 810 for ease of tank body 210, annular brace seat 810 is provided with multiple guiding
Keeper, the bottom periphery of material containing tank 200 and can be formed circumferential close on annular brace seat 810 by guide-localization part pressure-bearing
Envelope.When tank body 210 moves to pressure-bearing in time sealing the annular brace seat 810 of device for discharging by boom hoisting, by controlling
The device for hoisting size to the upwards pulling force of pull bar 214, it is possible to optionally make sealing valve plate 213 block or open tank body discharge port
212.Such as detect that the base periphery of tank body 210 is seated at annular brace seat completely by pressure transducer or travel switch etc.
On 810, when pressure-bearing is on annular brace seat 810 i.e. completely, boom hoisting releasing lever 214 can be controlled so that by move down
Sealing damper 213 is opened tank body discharge port 212 and is carried out discharging.
In the illustrated embodiment, guide-localization part is designed as annularly supporting the circumferentially spaced many of seat 810
Individual guide runner 840, guide runner 840 has the guiding inclined plane sloped inwardly and downwardly, the bottom periphery energy of material containing tank 200
Enough along guiding inclined plane automatically slid inward to the surface of annular brace seat 810.Guide-localization part can also is that annularly
Support circumferentially spaced multiple gathering sills or the locating dowel etc. of seat 810, gathering sill or locating dowel and material containing tank 200 bottom pair
The locating dowel that should arrange or gathering sill coupling docking, to dock with the post slot fit realization location of gathering sill by locating dowel.
For controlling blanking, isolating harmful gas and be easy to purging etc., the bottom of blowpit 820 is additionally provided with discharging push-pull valve
850.Ventilation mouth, before discharging or after discharging, discharging push-pull valve 850 and sealing damper can be set on discharging push-pull valve 850
213 all close, and can carry out inert blowing gas by the displacement QI KOU being arranged on blowpit shell body 830 in blowpit 820
Sweep, in order to avoid toxic gas escapes in external environment, simultaneously because internal system inconvenience maintenance at ordinary times, blown by regular inertia
Sweep, the problem solving internal system measuring cell dust stratification.
Displacement QI KOU can include displacement gas entrance 831 and displacement gas outlet 832, and the installation site of displacement gas entrance 831 is not
Higher than the installation site of displacement gas outlet 832, noble gas and toxic gas can pass through air intake device sucking-off.
For realizing sealing docking, annular brace seat 810 is also formed with annular seal groove 811, in this annular seal groove 811
It is provided with lip ring 812, in the bottom periphery beyond diapire downwards of material containing tank 200 can embed annular seal groove 811 and lead to
Cross lip ring 812 circumferential seal.Under this situation, as multiple guide runners 840 equally spaced cincture of guide-localization part
It is arranged on the peripheral part of annular seal groove 811, to guide tank body 210 to slip in annular seal groove 811.
Certainly also may select alternate manner and realize material containing tank 200 and the Butt sealing sealed between device for discharging 800.Example
As, the bottom surface of the surface of annular brace seat 810 and the bottom periphery of material containing tank 200 is all formed as bright and clean plane, when material containing tank 200
During by deadweight pressure-bearing on the surface of material containing tank 200, circumferential seal can be formed between.
The bottom sealing device for discharging 800 can be fixed and be connected with material storage tank 1200 or refeed line 900, with by this sealing
Device for discharging 800 is optionally to material storage tank 1200 or refeed line 900 discharging.
Seal docking facilities
In streams closed induction system of the present utility model, at charging aperture, it is provided with sealing docking facilities 100.
As in figure 2 it is shown, it includes sealing butt tube 110 and lift drive mechanism 140, seal the top of butt tube 110 with
Being formed with circumferentially arranged flexible sealing structure between the upper connecting tube that top is connected, lift drive mechanism 140 can drive
Seal at least bottom elevating movement of butt tube 110, thus remain keeping sealing between butt tube 110 and upper connecting tube
While being tightly connected, the bottom of sealing butt tube 110 is enable to dock with lower connecting tube or to be disconnected.
This flexible sealing structure can be the flexible seals of such as annular, it is possible to telescopic shape change.It is highly preferred that this reality
Executing employing water-stop connected mode in mode, the top i.e. sealing butt tube 110 is formed with sealed cistern, opening of this sealed cistern
Mouth is upwards to accommodate the upper connecting tube inserted in sealed cistern so that seals and can be formed between butt tube 110 and upper connecting tube
Mutual-inserting type water-stop connects.The advantage that this mutual-inserting type water-stop connects is that sealing property is affected by high temp objects or gas
Little, monitor the water level of sealed cistern in real time.
Wherein, above-mentioned lower connecting tube is material urgent discharge pipe 320 or the feed pipe of material containing tank 200, can realize into
Material conveying or emergency episode discharge.
Above-mentioned upper connecting tube can be the drainage conduit of example pyrolysis reactor described as follows 100, it is also possible to be in drainage conduit
And the pipe (not shown) of weighing sealed between butt tube 110, two pipes of weighing being provided with axially spaced-apart in this pipe of weighing are inserted
Plate valve, two volumes that weigh weighed between pipe push-pull valve are less than the storing volume of material containing tank 200.Weigh pipe pressure-bearing in dress of weighing
Put and with the drainage conduit of pyrolysis reactor 100 or seal butt tube 110 and all flexibly connect so that weighing the material in volume can
Weigh weight by weighing device, and then essence carries out weighing charging quantitatively.
Lift drive mechanism 140 can use chain type drive mechanism etc., but is preferably edge in the illustrated embodiment
Vertical hard-wired electric pushrod, seals and has extended radially radially connected plate 116 on the outer tube wall of butt tube 110, electronic
Push rod is connected with radially connected plate 116 and seals butt tube 110 vertically integral elevating to drive.By lift drive mechanism 140
When sealing butt tube 110 is carried out integral elevating driving, it should be ensured that the groove depth of the sealed cistern sealing butt tube 110 top is the least
In sealing the maximum lifting travel of bottom of butt tube 110, to remain seal between butt tube 110 and upper connecting tube right
Insert formula water-stop to connect.Certainly, sealing butt tube 110 can also be the telescopic tube etc. that at least can stretch in bottom, i.e. seals
The top of butt tube 110 is fixed and keeps mutual-inserting type water-stop to connect, now the degree of depth of sealed cistern with lifting drive stroke without
Necessarily associate.
Owing to sealing the size of butt tube 110 and relatively big from weight average, arrange especially along the axially spaced-apart sealing butt tube 110
Having many group guide-localization wheels 130, often group guide-localization wheels 130 can include the circumference along the cross section sealing butt tube 110
The multiple guide-localizations wheel being equidistantly spaced from, it is right that guide-localization wheel is pressed against this sealing along the radial elastic sealing butt tube 110
On the outer tube wall of adapter 110.Remain on vertical position, even if at material impact in this way it can be ensured that seal butt tube 110
Under also will not produce deflection, its end seal is reliable.
Specifically, seal butt tube 110 and include that the top outer tube wall with this sealing butt tube 110 is connected and around this top
The tank outer tube 111 that outer tube wall is arranged, sealed cistern is formed between tank outer tube 111 and top outer tube wall.Tank outer tube 111
On can be provided with water inlet 113 and overfall 112, the automatic water-replenishing device outside connection, to remain appropriate water level.Seal
Refractory material can be provided with in butt tube 110, butt tube push-pull valve 120 bottom tube chamber, can be provided with.One end of butt tube push-pull valve 120
Connect and have butt tube push-pull valve drive mechanism, seal and be also equipped with for balancing butt tube plate on the outer tube wall of butt tube 110
The balancing weight (not shown) of the deadweight of valve activator.
Sealing also can connect bottom the tube chamber of butt tube 110 has displacement gas to be blown into pipe 115, and this displacement gas is blown into pipe 115
Top in butt tube push-pull valve 120.Before charging or after charging, pipe 115 can be blown into by displacement gas and be blown into noble gas, enter
Row purging operation, then mixing residual gas is sucked out from displacement gas outlet 114.
Seal the annular insertion pipe that butt tube 110 also includes connecting around the bottom outer tube wall of this sealing butt tube 110
117, it is formed with the annular inserting groove that Open Side Down, accordingly, as lower connection between annular insertion pipe 117 and bottom outer tube wall
Peripheral part at the tank body charging aperture 211 of the material containing tank 200 of pipe also is provided with forming the sealing water that mutual-inserting type water-stop connects
Groove so that annular insertion pipe 117 can be inserted to down in the sealed cistern at tank body charging aperture 211 form mutual-inserting type water-stop even
Connect, as it is shown on figure 3, thus complete to seal the two ends sealing docking of butt tube 110.
Not only can form above-mentioned mutual-inserting type water-stop between bottom and the material containing tank 200 of sealing butt tube 110 to be connected
Flexible sealing connected mode, it is possible to optionally constitute rigid seal and connect, such as, seal the bottom of butt tube 110 and lower connection
The top of pipe is each formed with the thread seal face of coupling, and under bigger self-gravity action, the thread seal face of the two is nibbled automatically
Close, form flank and seal.
On the basis of above each vitals, streams closed induction system may additionally include lifting movement frock in each
Locate inert gas protection device, video monitoring devices, safely suction that (such as feed points, each emptying point, Hoisting Position etc.) is arranged
Wind apparatus, thermometer and/or combustible gas and oxygen detection device etc., to carry as monitoring and protection components and parts streams closed
Whole process is monitored and protects.If whole course of conveying finding unexpected, can be braked by brake unit according to different situations,
Take inert gas shielding measure, emergency episode discharging etc..By using noble gas can carry out temperature control and flammable or have
Poisonous gas squeezes row, is suitable to high temperature and easily produces the flammable or operating mode of toxic gas.
Owing to all having carried out sealing design and relevant safety guard in the reception of high-temperature material and discharge link,
Such as inert gas shielding and air intake device etc., lifting movement frock the most of the present utility model in bottom horizontal channel, high-rise water
May each be open design at flat passage, vertical channel, thus significantly reduce monitoring difficulty and overhaul of the equipments difficulty, improve
The overall security of system and stability.
The above-mentioned streams closed induction system of this utility model can be applicable in pyrolytic reaction system.As shown in figure 17, should
Pyrolytic reaction system also includes pyrolysis reactor 1000 and material storage tank 1200, and the drainage conduit of pyrolysis reactor 1000 is right with sealing
Connection device 100 connects to preserve to material containing tank 200, in the movement of lifting movement frock the solid material sealing after pyrolysis
Under, material containing tank 200 can dock discharging in emptying point with material storage tank 1200, thus can complete the semicoke that pyrolytic reaction system produces
Safe discharge Deng high-temp solid material.
Wherein, pyrolytic reaction system may also include refeed line 900, and emptying point can include that (such as bottom unloads in the first emptying point
Shots) and the second emptying point (top layer emptying point), material containing tank 200 in the first emptying point to material storage tank 1200 discharging, second
Emptying point, material containing tank 200 and refeed line 900 seal and dock, using by this refeed line 900 by the solid material after pyrolysis as consolidating
Body heat carrier returning charge, the semicoke of returning charge etc. can enter in pyrolysis reactor 1000 after premixing with the coal of charging etc., to improve pyrolysis
Efficiency.
Embodiment 1: the pyrolytic reaction system that the solid thermal carriers coal grading in a set of coal treating capacity 3000 ton day is refined
In, have employed the conveying for its solid thermal carriers (hot semicoke) of this utility model above-mentioned streams closed induction system.This
High-temp solid material in example is hot semicoke, and temperature of charge is 600 DEG C, and raw meal particle size is 6～25mm, the tank body external diameter of material containing tank
1.7m, high 2.2m, dischargeable capacity 1.3m3, each charge 600kg, bonding apparatus weight the most about 7 tons, transport the most every time and carry
Liter weight is about 7 tons.Material containing tank equipped with thermal material can carry out moving horizontally and promoting/decline by lifting movement frock,
Achieve the circulation of hot semicoke.
It is particularly suited for high temperature, inflammable and explosive high temperature admittedly according to streams closed induction system of the present utility model and method
The steady conveying of body material, high safety, air-tightness are good, it is possible to realize whole-course automation and immediately monitoring, protection, and system are resistance to
, maintenance strong, easily operated by property.
Preferred implementation of the present utility model is described in detail above in association with accompanying drawing, but, this utility model does not limit
Detail in above-mentioned embodiment, in technology concept of the present utility model, can be to skill of the present utility model
Art scheme carries out various simple variant, the such as profile of material containing tank and is not limited to cylindrical shape, it is also possible to be box shape etc.；This
A little simple variant each fall within protection domain of the present utility model.
Each concrete technical characteristic described in above-mentioned detailed description of the invention, in the case of reconcilable, can pass through
Any suitable mode is combined, and in order to avoid unnecessary repetition, this utility model is to various possible compound modes not
Illustrate the most separately.
Additionally, combination in any can also be carried out, as long as it is not disobeyed between various different embodiment of the present utility model
Carrying on the back thought of the present utility model, it should be considered as content disclosed in the utility model equally.
Claims (11)
1. a sealing device for discharging, it is characterised in that described sealing device for discharging includes annular brace seat (810), blowpit
(820) and blowpit shell body (830), described annular brace seat (810) is arranged on the top of described blowpit shell body (830)
And around the top end opening setting of described blowpit (820), described annular brace seat (810) is provided with multiple guide-localization part,
The bottom periphery of material containing tank (200) above and can be formed described annular brace seat (810) by described guide-localization part pressure-bearing
Circumferential seal.
Sealing device for discharging the most according to claim 1, it is characterised in that described guide-localization part includes along described annular
Supporting circumferentially spaced multiple guide runners (840) of seat (810), described guide runner (840) has inwardly and downwardly
The guiding inclined plane tilted, the bottom periphery of described material containing tank (200) can slide into multiple described along described guiding inclined plane
Guide on the surface of the described annular brace seat (810) in inclined plane.
Sealing device for discharging the most according to claim 1, it is characterised in that described guide-localization part includes along described annular
Support circumferentially spaced multiple gathering sills or locating dowel, described gathering sill or locating dowel and the described material containing tank of seat (810)
(200) bottom is correspondingly arranged locating dowel or gathering sill coupling are docked.
Sealing device for discharging the most according to claim 1, it is characterised in that described sealing device for discharging also includes being arranged on
The discharging push-pull valve (850) of described blowpit (820) bottom.
Sealing device for discharging the most according to claim 4, it is characterised in that described sealing device for discharging also includes being arranged on
Displacement QI KOU on described blowpit shell body (830), this displacement QI KOU is positioned at the top of described discharging push-pull valve (850).
Sealing device for discharging the most according to claim 5, it is characterised in that described displacement QI KOU includes displacement gas entrance
(831) and displacement gas outlet (832), the installation site of described displacement gas entrance (831) be not higher than described displacement gas outlet (832)
Installation site.
Sealing device for discharging the most according to claim 1, it is characterised in that be formed on described annular brace seat (810)
Annular seal groove (811), is provided with lip ring (812), the bottom of described material containing tank (200) in this annular seal groove (811)
In periphery embeds described annular seal groove (811) and by described lip ring (812) circumferential seal.
Sealing device for discharging the most according to claim 7, it is characterised in that multiple described guide-localization part equally spaced rings
On the peripheral part being arranged on described annular seal groove (811).
Sealing device for discharging the most according to claim 1, it is characterised in that the surface of described annular brace seat (810) and
The bottom surface of the bottom periphery of described material containing tank (200) is horizontal plane, described material containing tank (200) by deadweight pressure-bearing in described load
To form circumferential seal on the surface of batch can (200).
Sealing device for discharging the most according to claim 1, it is characterised in that the bottom of described sealing device for discharging and thing
Material storage tank (1200) or the fixing connection of refeed line (900).
11. according to the mounting structure sealing device for discharging described in any one in claim 1～10, and this mounting structure includes
The material containing tank (200) being tightly connected with described sealing device for discharging, it is characterised in that described material containing tank (200) includes tank body
(210) with from resealing valve, described include sealing valve plate (213) and pull bar (214) from resealing valve, described tank body (210)
Tank body discharge port (212) it is formed with on diapire, the internal face of described tank body discharge port (212) and described sealing valve plate (213)
Outer peripheral face is the conical seal (contact) face that conial vertex is above, and the bottom of described pull bar (214) connects described sealing valve plate
(213), top can be connected with described tank body (210) or lifting suspension hook；
Wherein, when described tank body (210) pressure-bearing is in annular brace seat (810) of described sealing device for discharging, by controlling institute
The upwards pulling force stating pull bar (214) can optionally make described sealing valve plate (213) block or open described tank body discharge port
(212)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620169114.3U CN205616135U (en) | 2016-03-04 | 2016-03-04 | Sealed discharge apparatus and mounting structure thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620169114.3U CN205616135U (en) | 2016-03-04 | 2016-03-04 | Sealed discharge apparatus and mounting structure thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205616135U true CN205616135U (en) | 2016-10-05 |
Family
ID=57033775
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620169114.3U Active CN205616135U (en) | 2016-03-04 | 2016-03-04 | Sealed discharge apparatus and mounting structure thereof |
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| CN (1) | CN205616135U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108818951A (en) * | 2018-07-09 | 2018-11-16 | 江苏欧卓输送设备科技有限公司 | Brickmaking metering device |
| CN109625738A (en) * | 2018-12-31 | 2019-04-16 | 广州富港万嘉智能科技有限公司 | Canning material automatic discharge apparatus |
| CN110639932A (en) * | 2019-09-23 | 2020-01-03 | 黎兴文 | Industrial organic solid waste resourceful treatment equipment |
-
2016
- 2016-03-04 CN CN201620169114.3U patent/CN205616135U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108818951A (en) * | 2018-07-09 | 2018-11-16 | 江苏欧卓输送设备科技有限公司 | Brickmaking metering device |
| CN109625738A (en) * | 2018-12-31 | 2019-04-16 | 广州富港万嘉智能科技有限公司 | Canning material automatic discharge apparatus |
| CN110639932A (en) * | 2019-09-23 | 2020-01-03 | 黎兴文 | Industrial organic solid waste resourceful treatment equipment |
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Address after: 100011 Beijing Dongcheng District, West Binhe Road, No. 22 Patentee after: CHINA ENERGY INVESTMENT Corp.,Ltd. Patentee after: Beijing low carbon clean energy research institute Address before: 100011 Shenhua building, 22 West Binhe Road, Dongcheng District, Beijing Patentee before: SHENHUA GROUP Corp.,Ltd. Patentee before: Beijing low carbon clean energy research institute |