CN203998167U - The raw material of resistance to material promotes the material conveyor of screening blanking transport systems - Google Patents
The raw material of resistance to material promotes the material conveyor of screening blanking transport systems Download PDFInfo
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- CN203998167U CN203998167U CN201420437642.3U CN201420437642U CN203998167U CN 203998167 U CN203998167 U CN 203998167U CN 201420437642 U CN201420437642 U CN 201420437642U CN 203998167 U CN203998167 U CN 203998167U
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Abstract
The raw material of resistance to material promotes the material conveyor of screening blanking transport systems, comprises track, transport trolley and haul tank, and track laying is on mill floor, and transport trolley is established in orbit; Transport trolley comprises compartment, the length direction in compartment and parallel track, car bottom is provided with Orbiting roller, car body top is provided with flat board, on flat board, offer at least one circular hole along fore-and-aft direction, be provided with crossbeam and be positioned at the longeron on crossbeam in compartment, longeron is provided with the horizontal support plate being positioned under circular hole, in compartment, be provided with the stock guide that is positioned at longeron below, car bottom is provided with the motor reducer with roller connection for transmission.The utility model is realized automatic loading and unloading, has effectively avoided material spilling to pollute workshop condition, ensures workman's physical and mental health, and degree of automation is high, and conveying efficiency improves greatly, and has reduced the input of labour power.
Description
Technical field
The utility model belongs to raw material for refractory production technical field, is specifically related to a kind of raw material of resistance to material and promotes the material conveyor that sieves blanking transport systems.
Background technology
Refractory material is that refractoriness is not less than a class Inorganic Non-metallic Materials of 1580 DEG C.Refractoriness refers to that refractory material bullet sample is not having in loading situation, resists high temperature action and softening molten Celsius temperature.But only define and can not describe refractory material comprehensively with refractoriness, 1580 DEG C is not absolute.Now being defined as all physicochemical property allows its material using under hot environment to be called refractory material.Refractory material is widely used in the industrial circles such as metallurgy, chemical industry, oil, machine manufacture, silicate, power, and consumption maximum in metallurgical industry, accounts for 50%～60% of total make.
Refractory raw material is natural mineral products or the mineral for processed refractory material of refractoriness more than 1580 DEG C.Mainly contain: chamotte, siliceous raw material, dolomite, magnesite, graphite, pyrophyllite, vermiculite, peridotite, ophite, chromite, high aluminum mineral, zircon etc.; Artificial synthetic refractory raw material has alundum, mullite synthesizing, carborundum etc.According to requirements, to its chemical composition (useful, harmful constituent), physical property (refractoriness, loss on ignition etc.) has specific requirement.By its chemical composition, use physical property, be divided into acid refractory raw material, alkaline refractory raw material, neutral refractory raw material and special refractory raw material etc.
At present, along with the high speed development of industrial technology, industrial mechanization, degree of automation are more and more higher, product job shop area is also increasing, and raw material for refractory becomes pulverous material after fragmentation, pulverizing, in workshop, pulverous material is transported and generally still adopts manual control waggon to transport in workshop, not only labour intensity is large for this, conveying efficiency is low, because now cost of labor is more and more higher, causes the lower and productive costs of production efficiency to increase.In addition, load and unload material in dolly time, also easily scatter workshop condition is polluted, workman's physical and mental health is caused to larger harm.
Utility model content
The utility model, in order to solve weak point of the prior art, provides the raw material of resistance to material that a kind of labour intensity is low, conveying efficiency is high, free from environmental pollution to promote the material conveyor that sieves blanking transport systems.
For solving the problems of the technologies described above, the utility model adopts following technical scheme: the raw material of resistance to material promotes the material conveyor of screening blanking transport systems, comprises track, transport trolley and haul tank, and track laying is on mill floor, and transport trolley is established in orbit;
Described transport trolley comprises the compartment that is rectangular shape, track is provided with two, track alignment is fore-and-aft direction, the length direction in compartment and parallel track, car bottom is provided with Orbiting roller, car body top is provided with flat board, on flat board, offer at least one circular hole along fore-and-aft direction, in compartment, be provided with crossbeam and be positioned at the longeron on crossbeam, longeron is provided with the horizontal support plate being positioned under circular hole, in compartment, be provided with the stock guide that is positioned at longeron below, stock guide tilts and is arranged with two along fore-and-aft direction, two stock guide left and right sides are connected with compartment inwall respectively, between compartment and two stock guides, form up big and down small rectangular pyramid structure, car bottom is provided with the discharging push-pull valve between two stock guides, car bottom is provided with the motor reducer with roller connection for transmission.
Described haul tank comprises the tank body of open top, outer ring, tank body upper end is provided with annular slab, annular slab has been bolted cover, cover right side is provided with charging hole, cover upper surface is provided with the lower elastic seal ring that is positioned at charging hole outer edge, cover upper surface is connected through the hinge and is useful on the seal cover cap that covers inlet point, and seal cover cap inner surface is provided with the groove that holds lower elastic seal ring, and seal cover cap is provided with handle, tank base is provided with circular discharge port, tank body outer upper is provided with strut member, staggered fixed link and the lower fixed link of being provided with of level in tank body, between upper fixed link and lower fixed link, be vertically provided with sleeve pipe, in sleeve pipe, be equipped with the pull bar through upper fixed link and lower fixed link respectively, pull bar upper end is provided with suspension ring, pull bar lower end is provided with the taper discharge valve for opening and closing discharge port, taper discharge valve is lower large upper and lower conical structure, the lower surface diameter of taper discharge valve is greater than discharge port diameter, tank body is placed in circular hole and taper discharge valve lower surface is supported on horizontal support plate.
Described strut member is the annular backup pad that is located at tank body sidepiece, between strut member upper surface and tank body outside, is provided with reinforcement gusset.
Described circular hole is provided with two, is provided with vertical support plate between two circular holes between longeron and flat board; Between described compartment inwall and planar bottom surface, be respectively equipped with hound between planar bottom surface and vertical support plate.
Adopt technique scheme, the raw material of resistance to material promotes screening blanking transport systems and also comprises gig, support, vibrating grizzly, scrap iron removing device and storage bin, storage bin is located on support, gig is located at support left side, vibrating grizzly is located at storage bin top, scrap iron removing device is located at vibrating grizzly inlet point place, the discharging opening of gig is connected with the inlet point of vibrating grizzly, transport trolley is positioned at storage bin below, haul tank is located in transport trolley, storage bin upper lateral part is provided with level sensor, storage bin bottom is up big and down small pyramidal structure, storage bin is provided with vibrating motor in pyramidal structure outside, the pyramidal structure lower end of storage bin is discharging opening, discharging opening is connected with horizontally disposed screw input feeder, the feed opening of screw input feeder arranges down, feed opening is connected with a joint bellows, bellows lower end is connected with the tremie pipe of rigidity, tremie pipe outer wall is circumferentially with baffle ring, baffle ring lower surface is provided with elastic seal ring, tremie pipe lower end is plugged in haul tank, screw input feeder is provided with for controlling the airtight Manual sealing device being connected between tremie pipe and haul tank.
Described Manual sealing device comprises front pilot bar, rear pilot bar, lower carrier plate, upper supporting plate, front guide pin bushing, rear guide pin bushing, bracing frame, rectangle frame and depression bar, front guide pin bushing and rear guide pin bushing are located at respectively the front and rear of screw input feeder, front pilot bar and rear pilot bar are located in respectively in front guide pin bushing and rear guide pin bushing, the lower end of front pilot bar and rear pilot bar is fixedly connected with the front and rear of tremie pipe by a contiguous block respectively, lower carrier plate level is located at screw input feeder top, front pilot bar is all fixedly connected with through lower carrier plate and with upper supporting plate lower surface with rear pilot bar upper end, on front pilot bar and rear pilot bar, be all equipped with a Compress Spring, Compress Spring top and bottom contact with lower carrier plate upper surface with upper supporting plate lower surface respectively, bracing frame is located at screw input feeder rear portion, bracing frame upper end and rectangle frame rear end are hinged, rectangle frame front end is connected with handle, depression bar be located at rectangle frame middle part and with upper supporting plate upper surface press fit, the front and back side of lower carrier plate lower surface respectively and between screw input feeder top, be provided with reinforced company's fishplate bar.
The raw material of resistance to material promotes screening blanking transport systems in the time that work is used, gig upwards rises to the raw material of resistance to material after pulverizing in vibrating grizzly, scrap iron removing device is by the iron adsorption in raw material, the undesirable raw material of granularity is again transported in comminutor and again pulverizes, and the satisfactory raw material of granularity directly drops in storage bin by vibrating grizzly.Transport trolley is anchored in storage bin below, under the effect of Compress Spring, front pilot bar and rear pilot bar upwards pull tremie pipe, now bellows is in contraction state, edge, tremie pipe lower end is higher than cover upper surface, pull handle to open seal cover cap, rotating tank body makes tremie pipe corresponding up and down with the charging hole on cover, then workman hold handle downwards by, depression bar on rectangle frame presses support plate downwards, upper supporting plate overcomes the elastic force of two Compress Springs, drive front pilot bar and rear pilot bar to move down along front guide pin bushing and rear guide pin bushing, front pilot bar and rear pilot bar lower end drive downtake to extend in charging hole downwards by contiguous block, downtake pulls bellows to extend, charging hole internal diameter is less than baffle ring external diameter, baffle ring is being pressed and is being gone up elastic seal ring and contact charging hole is sealed with lower elastic seal ring, then open screw input feeder, screw input feeder just can be by the mass transport in storage bin in tank body, whole material conveying process is in air-tight state, can foul air, after material in tank body is filled, close screw input feeder, release handle, under the effect of Compress Spring, on tremie pipe is automatic, move away charging hole, again seal cover cap is closed charging hole is closed.Then promote transport trolley, to the operation of feeding of another tank body on transport trolley, repeat said process.
Two tank bodies are all filled after material, open motor reducer, and driving rolls orbiting is to assigned address.Manipulating driving in workshop hooks suspension ring tank body is sling again, specified location is provided with for by tank body and place the round framework of strut member, tank body is placed on round framework, unclamp the suspension hook of driving, taper discharge valve loses pulling force, under material gravity effect, taper discharge valve is opened, material is fallen assigned address automatically, after material in this tank body discharges, driving is lifted into this tank body on the horizontal support plate that is put into transport trolley, and tank body is under the effect of gravity, and taper discharge valve is by the discharge port sealing of tank base.And then the tank body that manipulation driving is filled material to another carries out discharging, discharge process is the same.
In the process of lifting tank body, because taper discharge valve may seal not too tightly, how many materials can spread on the stock guide in compartment, material moves down along two stock guides, is pooled to the discharging push-pull valve place of car bottom, waits and collects when more, discharging push-pull valve is opened, by material collection.
Strengthen gusset and play the effect that strengthens strut member.Sleeve pipe plays the effect of strengthening upper fixed link and lower fixed link, also plays in addition the directional tagging to pull bar.
The effect of strengthening cabin strength is played in the setting of vertical support plate, hound.
In the time that stopping up appears in storage bin bottom, open vibrating motor, storage bin bottom is produced to vibration, by the obstruction place pine that shakes, can realize the smooth blanking of storage bin bottom, it is how many that level sensor can be monitored the interior material of storage bin, to prevent that the material overfill of storage bin from damage vibrating grizzly or impact screening operation normally moves.
In the utility model, storage bin adopts hand lever spring loaded hermetically-sealed construction in charging process in haul tank, not only easy operating, and good sealing effect, thus ensure that in workshop, environment is not subject to dust pollution.
The utility model is reasonable in design, simple in structure, convenient operation, realizes automatic loading and unloading, has effectively avoided material spilling to pollute workshop condition, the physical and mental health that ensures workman, degree of automation is high, and conveying efficiency improves greatly, and having reduced the input of labour power, productive costs is corresponding lowering also.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the right TV structure schematic diagram of transport trolley and haul tank in Fig. 1;
Fig. 3 is the structural representation of haul tank in Fig. 2;
Fig. 4 is the enlarged drawing at A place in Fig. 1;
Fig. 5 is the right elevation of Manual sealing device in Fig. 4.
Detailed description of the invention
As Fig. 1, Fig. 2, Fig. 3, shown in Fig. 4 and Fig. 5, the raw material of resistance to material promotes screening blanking transport systems, comprise gig 1, support 2, vibrating grizzly 3, the easy-to-mount strong magnet of scrap iron removing device 4(), storage bin 5, track 6, transport trolley 7 and haul tank 8, storage bin 5 is located on support 2, vibrating grizzly 3 is located at storage bin 5 tops, scrap iron removing device 4 is located at vibrating grizzly 3 inlet point places, the discharging opening of gig 1 is connected with the inlet point of vibrating grizzly 3, track 6 is laid on mill floor, transport trolley 7 is located on track 6 and is positioned at storage bin 5 belows, haul tank 8 is located in transport trolley 7, storage bin 5 upper lateral parts are provided with level sensor 9, storage bin 5 bottoms are up big and down small pyramidal structure, storage bin 5 is provided with vibrating motor 10 in pyramidal structure outside, the pyramidal structure lower end of storage bin 5 is discharging opening, discharging opening is connected with horizontally disposed screw input feeder 11, the feed opening of screw input feeder 11 arranges down, feed opening is connected with a joint bellows 12, bellows 12 lower ends are connected with the tremie pipe 13 of rigidity, tremie pipe 13 outer walls are circumferentially with baffle ring 14, baffle ring 14 lower surfaces are provided with elastic seal ring 15, tremie pipe 13 lower ends are plugged in haul tank 8, screw input feeder 11 is provided with for controlling the airtight Manual sealing device being connected 16 between tremie pipe 13 and haul tank 8.
Manual sealing device 16 comprises front pilot bar 17, rear pilot bar 18, lower carrier plate 19, upper supporting plate 20, front guide pin bushing 21, rear guide pin bushing 22, bracing frame 23(is made up of two vertically disposed risers), rectangle frame 24 and depression bar 25, front guide pin bushing 21 and rear guide pin bushing 22 are located at respectively the front and rear of screw input feeder 11, front pilot bar 17 and rear pilot bar 18 are located in respectively in front guide pin bushing 21 and rear guide pin bushing 22, the lower end of front pilot bar 17 and rear pilot bar 18 is fixedly connected with the front and rear of tremie pipe 13 by a contiguous block 26 respectively, lower carrier plate 19 levels are located at screw input feeder 11 tops, front pilot bar 17 is all fixedly connected with through lower carrier plate 19 and with upper supporting plate 20 lower surfaces with rear pilot bar 18 upper ends, on front pilot bar 17 and rear pilot bar 18, be all equipped with a Compress Spring 27, Compress Spring 27 top and bottom contact with lower carrier plate 19 upper surfaces with upper supporting plate 20 lower surfaces respectively, bracing frame 23 is located at screw input feeder 11 rear portions, bracing frame 23 upper ends and rectangle frame 24 rear ends are hinged, rectangle frame 24 front ends are connected with handle 28, depression bar 25 be located at rectangle frame 24 middle parts and with upper supporting plate 20 upper surface press fit, the front and back side of lower carrier plate 19 lower surfaces is provided with reinforced company's fishplate bar 29 respectively and between screw input feeder 11 tops.
Transport trolley 7 comprises the compartment 30 that is rectangular shape, track 6 is provided with two, track 6 directions are fore-and-aft direction, the length direction in compartment 30 is parallel with track 6, 30 bottoms, compartment are provided with the roller 31 moving along track 6, 30 tops, compartment are provided with dull and stereotyped 32, on dull and stereotyped 32, offer at least one circular hole 33 along fore-and-aft direction, in compartment 30, be provided with crossbeam 34 and be positioned at the longeron 35 on crossbeam 34, longeron 35 is provided with the horizontal support plate 36 being positioned under circular hole 33, in compartment 30, be provided with the stock guide 37 that is positioned at longeron 35 belows, stock guide 37 tilts and is arranged with two along fore-and-aft direction, two stock guide 37 left and right sides are connected with compartment 30 inwalls respectively, between compartment 30 and two stock guides 37, form up big and down small rectangular pyramid structure, 30 bottoms, compartment are provided with the discharging push-pull valve 38 between two stock guides 37, 30 bottoms, compartment are provided with the motor reducer 39 with roller 31 connection for transmissions.
Haul tank 8 comprises the tank body 40 of open top, tank body 40 outer rings, upper end are provided with annular slab 41, annular slab 41 has been bolted cover 42, cover 42 right sides are provided with charging hole 43, cover 42 upper surfaces are provided with the lower elastic seal ring 44 that is positioned at charging hole 43 outer edges, cover 42 upper surfaces are connected through the hinge and are useful on the seal cover cap 45 that covers charging hole 43, and seal cover cap 45 inner surfaces are provided with the groove 46 that holds lower elastic seal ring 44, and seal cover cap 45 is provided with handle 47, tank body 40 bottoms are provided with circular discharge port 48, tank body 40 outer upper are provided with strut member, staggered fixed link 49 and the lower fixed link 50 of being provided with of the interior level of tank body 40, between upper fixed link 49 and lower fixed link 50, be vertically provided with sleeve pipe 54, in sleeve pipe 54, be equipped with the pull bar 51 through upper fixed link 49 and lower fixed link 50 respectively, pull bar 51 upper ends are provided with suspension ring 52, pull bar 51 lower ends are provided with the taper discharge valve 53 for opening and closing discharge port 48, taper discharge valve 53 is lower large upper and lower conical structure, the lower surface diameter of taper discharge valve 53 is greater than discharge port 48 diameters, tank body 40 is placed in circular hole 33 and taper discharge valve 53 lower surfaces are supported on horizontal support plate 36.
Strut member is the annular backup pad 55 that is located at tank body 40 sidepieces, is provided with and strengthens gusset 56 between strut member upper surface and tank body 40 outsides.
Circular hole 33 is provided with two, is provided with vertical support plate 57 between two circular holes 33 between longeron 35 and dull and stereotyped 32; Between described compartment 30 inwalls and dull and stereotyped 32 bottom surfaces, be respectively equipped with hound 58 between dull and stereotyped 32 bottom surfaces and vertical support plate 57.
Gig 1, vibrating grizzly 3, scrap iron removing device 4, screw input feeder 11 that the raw material of resistance to material promotes in the middle of screening blanking transport systems are existing mature technology, and concrete structure repeats no more.
The raw material of resistance to material promotes screening blanking transport systems in the time that work is used, gig 1 upwards rises to the raw material of resistance to material after pulverizing in vibrating grizzly 3, scrap iron removing device 4 is by the iron adsorption in raw material, the undesirable raw material of granularity is again transported in comminutor and again pulverizes, and the satisfactory raw material of granularity directly drops in storage bin 5 by vibrating grizzly 3.Transport trolley 7 is anchored in storage bin 5 belows, under the effect of Compress Spring 27, front pilot bar 17 and rear pilot bar 18 upwards pull tremie pipe 13, now bellows 12 is in contraction state, tremie pipe 13 edges, lower end are higher than cover 42 upper surfaces, pull handle 47 to open seal cover cap 45, rotating tank body 40 makes tremie pipe 13 corresponding Shang Xia 43 with the charging hole on cover 42, then workman hold handle 28 downwards by, depression bar 25 on rectangle frame 24 presses support plate 20 downwards, upper supporting plate 20 overcomes the elastic force of two Compress Springs 27, drive front pilot bar 17 and rear pilot bar 18 to move down along front guide pin bushing 21 and rear guide pin bushing 22, front pilot bar 17 and rear pilot bar 18 lower ends drive downtake to extend in charging hole 43 downwards by contiguous block 26, downtake pulls bellows 12 to extend, charging hole 43 internal diameters are less than baffle ring 14 external diameters, baffle ring 14 is being pressed and is being gone up elastic seal ring 15 and contact charging hole 43 is sealed with lower elastic seal ring 44, then open screw input feeder 11, screw input feeder 11 just can be by the mass transport in storage bin in tank body 40, whole material conveying process is in air-tight state, can foul air, after material in tank body 40 is filled, close screw input feeder 11, release handle 28, under the effect of Compress Spring 27, on tremie pipe 13 is automatic, move away charging hole 43, again seal cover cap 45 is closed charging hole 43 is closed.Then promote transport trolley 7, to the operation of feeding of another tank body 40 on transport trolley 7, repeat said process.
Two tank bodies 40 are all filled after material, open motor reducer 39, and driving rolls 31 runs to assigned address along track 6.Manipulating driving in workshop hooks suspension ring 52 tank body 40 is sling again, specified location is provided with for by tank body 40 and place the round framework of strut member, tank body 40 is placed on round framework, unclamp the suspension hook of driving, taper discharge valve 53 loses pulling force, under material gravity effect, taper discharge valve 53 is opened, material is fallen assigned address automatically, after material in this tank body 40 discharges, driving is lifted into this tank body 40 on the horizontal support plate 36 that is put into transport trolley 7, and tank body 40 is under the effect of gravity, and taper discharge valve 53 seals the discharge port 48 of tank body 40 bottoms.And then the tank body 40 that manipulation driving is filled material to another carries out discharging, discharge process is the same.
In the process of lifting tank body 40, because taper discharge valve 53 may seal not too tightly, how many materials can spread on the stock guide 37 in compartment 30, material moves down along two stock guides 37, be pooled to discharging push-pull valve 38 places of 30 bottoms, compartment, Deng collecting when more, discharging push-pull valve 38 is opened, by material collection.
Strengthen gusset 56 and play the effect that strengthens strut member.Sleeve pipe 54 plays the effect of strengthening upper fixed link 49 and lower fixed link 50, also plays in addition the directional tagging to pull bar 51.
The effect of strengthening compartment 30 intensity is played in the setting of vertical support plate 57, hound 58.
In the time that stopping up appears in storage bin 5 bottoms, open vibrating motor 10, storage bin 5 bottoms are produced to vibration, by the obstruction place pine that shakes, can realize the smooth blanking of storage bin 5 bottoms, it is how many that level sensor 9 can be monitored the interior material of storage bin 5, to prevent that the material overfill of storage bin 5 from damage vibrating grizzly 3 or affecting screening operation normally to move.
In the utility model, storage bin 5 adopts hand lever spring loaded hermetically-sealed construction in the interior charging process of haul tank 8, not only easy operating, and good sealing effect, thus ensure that in workshop, environment is not subject to dust pollution.
Above embodiment is the unrestricted the technical solution of the utility model in order to explanation only, although the utility model is had been described in detail with reference to above-described embodiment, those of ordinary skill in the art is to be understood that: still can modify or be equal to replacement the utility model, and not departing from any modification or partial replacement of spirit and scope of the present utility model, it all should be encompassed in the middle of claim scope of the present utility model.
Claims (4)
1. the raw material of resistance to material promotes the material conveyor of screening blanking transport systems, it is characterized in that: comprise track, transport trolley and haul tank, track laying is on mill floor, and transport trolley is established in orbit;
Described transport trolley comprises the compartment that is rectangular shape, track is provided with two, track alignment is fore-and-aft direction, the length direction in compartment and parallel track, car bottom is provided with Orbiting roller, car body top is provided with flat board, on flat board, offer at least one circular hole along fore-and-aft direction, in compartment, be provided with crossbeam and be positioned at the longeron on crossbeam, longeron is provided with the horizontal support plate being positioned under circular hole, in compartment, be provided with the stock guide that is positioned at longeron below, stock guide tilts and is arranged with two along fore-and-aft direction, two stock guide left and right sides are connected with compartment inwall respectively, between compartment and two stock guides, form up big and down small rectangular pyramid structure, car bottom is provided with the discharging push-pull valve between two stock guides, car bottom is provided with the motor reducer with roller connection for transmission.
2. the raw material of resistance to material according to claim 1 promotes the material conveyor of screening blanking transport systems, it is characterized in that: described haul tank comprises the tank body of open top, outer ring, tank body upper end is provided with annular slab, annular slab has been bolted cover, cover right side is provided with charging hole, cover upper surface is provided with the lower elastic seal ring that is positioned at charging hole outer edge, cover upper surface is connected through the hinge and is useful on the seal cover cap that covers inlet point, seal cover cap inner surface is provided with the groove that holds lower elastic seal ring, and seal cover cap is provided with handle, tank base is provided with circular discharge port, tank body outer upper is provided with strut member, staggered fixed link and the lower fixed link of being provided with of level in tank body, between upper fixed link and lower fixed link, be vertically provided with sleeve pipe, in sleeve pipe, be equipped with the pull bar through upper fixed link and lower fixed link respectively, pull bar upper end is provided with suspension ring, pull bar lower end is provided with the taper discharge valve for opening and closing discharge port, taper discharge valve is lower large upper and lower conical structure, the lower surface diameter of taper discharge valve is greater than discharge port diameter, tank body is placed in circular hole and taper discharge valve lower surface is supported on horizontal support plate.
3. the raw material of resistance to material according to claim 2 promotes the material conveyor of screening blanking transport systems, it is characterized in that: described strut member is the annular backup pad that is located at tank body sidepiece, between strut member upper surface and tank body outside, is provided with reinforcement gusset.
4. the raw material of resistance to material according to claim 3 promotes the material conveyor of screening blanking transport systems, it is characterized in that: described circular hole is provided with two, is provided with vertical support plate between two circular holes between longeron and flat board; Between described compartment inwall and planar bottom surface, be respectively equipped with hound between planar bottom surface and vertical support plate.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420437642.3U CN203998167U (en) | 2014-08-05 | 2014-08-05 | The raw material of resistance to material promotes the material conveyor of screening blanking transport systems |
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| CN201420437642.3U CN203998167U (en) | 2014-08-05 | 2014-08-05 | The raw material of resistance to material promotes the material conveyor of screening blanking transport systems |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107089523A (en) * | 2017-05-15 | 2017-08-25 | 运城学院 | A kind of rare-earth permanent-magnetic press feeding device |
| CN111380420A (en) * | 2018-12-31 | 2020-07-07 | 沈阳新松机器人自动化股份有限公司 | Drawer type throwing and nitrate emitting mechanism |
| CN111380415A (en) * | 2018-12-31 | 2020-07-07 | 沈阳新松机器人自动化股份有限公司 | Automatic equipment for quantitatively putting and launching nitre |
-
2014
- 2014-08-05 CN CN201420437642.3U patent/CN203998167U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107089523A (en) * | 2017-05-15 | 2017-08-25 | 运城学院 | A kind of rare-earth permanent-magnetic press feeding device |
| CN107089523B (en) * | 2017-05-15 | 2018-10-23 | 运城学院 | A kind of rare-earth permanent-magnetic press feeding device |
| CN111380420A (en) * | 2018-12-31 | 2020-07-07 | 沈阳新松机器人自动化股份有限公司 | Drawer type throwing and nitrate emitting mechanism |
| CN111380415A (en) * | 2018-12-31 | 2020-07-07 | 沈阳新松机器人自动化股份有限公司 | Automatic equipment for quantitatively putting and launching nitre |
| CN111380415B (en) * | 2018-12-31 | 2022-02-22 | 沈阳新松机器人自动化股份有限公司 | Automatic equipment for quantitatively putting and launching nitre |
| CN111380420B (en) * | 2018-12-31 | 2022-05-06 | 沈阳新松机器人自动化股份有限公司 | Drawer type throwing and nitrate emitting mechanism |
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