CN202264310U - Dry-mixed mortar production system and finished product discharging system thereof - Google Patents

Dry-mixed mortar production system and finished product discharging system thereof Download PDF

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Publication number
CN202264310U
CN202264310U CN2011204060554U CN201120406055U CN202264310U CN 202264310 U CN202264310 U CN 202264310U CN 2011204060554 U CN2011204060554 U CN 2011204060554U CN 201120406055 U CN201120406055 U CN 201120406055U CN 202264310 U CN202264310 U CN 202264310U
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China
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finished
bin
bucket
discharge
aggregate
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CN2011204060554U
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Chinese (zh)
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王朗
周日平
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Zoomlion Heavy Industry Science and Technology Co Ltd
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Zoomlion Heavy Industry Science and Technology Co Ltd
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Abstract

The utility model provides a finished product discharging system of a dry-mixed mortar production system. The finished product discharging system comprises a finished product bucket and at least one finished product warehouse, wherein the finished product bucket is mounted below a mixer; the finished product warehouse is used for storing the finished product mortar; and the at least one finished product warehouse is arranged below the finished product bucket and is communicated with the finished product bucket. The utility model also provides the dry-mixed mortar production system.

Description

Dry-mixed mortar production system and finished product discharge system thereof
Technical field
The utility model relates to a kind of dry-mixed mortar production system, particularly a kind of stirring-type dry-mixed mortar production system.
Background technology
The mortar product discharge method of the dry-mixed mortar production system in the correlation technique has multiple; For example; (1) is connected through the discharging opening of elephant trunk with the finished product bucket; Mortar product is derived, send into finished bin through bucket elevator again and store, the mortar product in the finished bin unloads the stub bar entrucking through stretching again and dispatches from the factory; (2) mortar product that stirs directly flexiblely unloads the direct entrucking of stub bar and dispatches from the factory through what connect the finished product bucket; (3) go out car again after through screw machine the mortar product in finished product bucket input packaging system being packed.This discharge method can be realized the discharging of mortar product to a certain extent, yet often there are some such or such deficiencies in these discharge methods.
The utility model content
The utility model technical problem to be solved is, a kind of improved finished product discharge system and dry-mixed mortar production system are provided.
For solving the problems of the technologies described above; The utility model has adopted following technical scheme: the finished product discharge system that a kind of dry-mixed mortar production system is provided; Said finished product discharge system comprises that the finished product bucket that is installed on mixer below and at least one are used to store the finished bin of mortar product; Said at least one finished bin is arranged in the below of said finished product bucket, and is connected with said finished product bucket.
Preferably, this finished product discharge system also comprises the aggregate bin that is connected with said at least one finished bin.
Preferably, said aggregate bin is connected with said at least one finished bin through screw machine and/or elephant trunk.
Preferably, this finished product discharge system also comprises the telescopic stub bar that unloads that is connected with said aggregate bin.
Preferably, said finished product discharge system comprises elephant trunk, and said elephant trunk is connected said at least one finished bin with said finished product bucket.
Preferably, the arranged beneath of said finished product bucket has a plurality of finished bin, and said a plurality of finished bin all are connected with said finished product bucket.
Preferably, the mortar product that stirs out of said mixer is all via entering into said finished bin behind the said finished product bucket.
Preferably, said finished product bucket structurally miniaturization and/or on function non-storageization.
Preferably, be provided with isolation-proof device in said at least one finished bin.
Preferably, said finished product discharge system also comprises support, and said mixer, said finished product bucket and said at least one finished bin from top to bottom are arranged on the said support in regular turn.
The utility model also provides a kind of dry-mixed mortar production system, comprises aggregate supply system, powdery row material supply system, additive supply system, mixer and above-mentioned finished product discharge system in each.
Preferably, the cooling device that said aggregate supply system comprises the aggregate drying plant and is used for the aggregate after the oven dry is cooled off, this cooling device is arranged between aggregate drying plant and the aggregate bin.
Preferably, also be furnished with screening plant between said drying plant and the said cooling device, before getting into cooling device, underproof aggregate is sieved away.
Preferably, said aggregate supply system comprises first lifting device, is arranged between said screening plant and the said cooling device, is used for that the qualified aggregate of screening is promoted to cooling device and cools off.
Preferably, said aggregate supply system comprises second lifting device, is arranged between cooling device and the aggregate bin, is used for that cooled aggregate is promoted to aggregate bin and stores.
Compare with correlation technique,, can bring many beneficial effects owing to adopted at least one finished bin to be arranged on the mode that discharging is carried out in finished product bucket below.
Description of drawings
Fig. 1 is the apparatus arrangement sketch map of dry-mixed mortar production system among some embodiment of the utility model.
Fig. 2 is the vertical view of dry-mixed mortar production system shown in Figure 1.
Fig. 3 is the technology arrangement figure of dry-mixed mortar production system shown in Figure 1.
The specific embodiment
Below in conjunction with specific embodiment and Figure of description the utility model is explained further details.
Fig. 1 to Fig. 3 shows the dry-mixed mortar production system among some embodiment of the utility model; This dry-mixed mortar production system can be used for producing masonry mortar, Horizon mortar, motar etc., and it can comprise aggregate supply system, powdery row material supply system, additive supply system, finished product discharge system and mixer 23.
The aggregate that the aggregate supply system is supplied in certain embodiments is a sandstone; This aggregate supply system can comprise the damp sand batch bin that is disposed in order 1, three backhaul drying rollers 4, straight-line oscillation screening machine 10, cooling system 12, probability screen 14, storage sand storehouse 15 and sand scale hooper 18; Wherein, three backhaul drying rollers 4 are used for damp sand is dried, and straight-line oscillation screening machine 10 is used for underproof dry sand is sieved away; Cooling system 12 is used for qualified dry sand is cooled off; Probability screen 15 is used for cooled dry sand is sieved into different size, and gets into different sand storehouses 15 respectively and store, and sand scale hooper 18 is used for dry sand is carried out weighing.Be appreciated that ground,, reduced the temperature of dry sand effectively, can effectively reduce the too high adverse effect that the additive performance is produced of temperature, thereby can improve the quality of mortar product owing to be provided with cooling system 12.
The aggregate supply system can also be included as heating system and the aggregate induction system that three backhaul drying rollers 4 provide the energy, and heating system can comprise fluidized bed furnace 3, coal crushing system 5, coal elevator 6, coal storage bin and desulfurizer 7 and air box impulse bag-type cleaner 8.The aggregate induction system can comprise damp sand belt feeder 2, first bucket elevator 9, second bucket elevator 11 and the 3rd bucket elevator 13; Damp sand belt feeder 2 is used for damp sand is delivered to three backhaul drying rollers 4 from damp sand batch bin 1; First bucket elevator 9 is used for the dry sand that three backhaul drying rollers 4 come out is promoted in the straight-line oscillation screening machine 10 and sieves; Second bucket elevator 11 is used for that the dry sand after the screening is promoted to cooling system 12 and cools off, and the 3rd bucket elevator 13 is used for that cooled dry sand is promoted to probability screen 14 and classifies.
Powder cement and flyash that powdery row material supply system is supplied in certain embodiments; This powdery row material supply system can comprise filler bin 16, powder conveyor screw machine 17 and powder weighing bucket 19; Powder can be sent into filler bin 16 through the mode that strength is carried, and can be delivered to powder weighing bucket 19 through powder conveyor screw machine 17 and carry out weighing.
Additive supply system can comprise additive bin 28, additive conveying worm 29, additive scale hooper 30 and additive elevator system 31 in certain embodiments; The mode that various additives are carried through additive elevator system 31 or strength gets into additive bin 28, sends into additive scale hooper 30 through additive conveying worm 29 again and carries out weighing.
The finished product discharge system can comprise finished product bucket 32, finished bin 24, finished product material conveying worm 25, finished product aggregate bin 26 and the flexible stub bar 27 that unloads in certain embodiments.Finished product bucket 32 is installed on the below of mixer 23, is used for the temporary mortar product that stirs.The quantity of finished bin 24 can be a plurality of, and it is arranged in the below of finished product bucket 32, and can be connected with finished product bucket 32 through elephant trunk, is used to receive and store the mortar product from finished product bucket 32, and finished bin 24 inside also are provided with isolation-proof device (figure does not show).Finished product material conveying worm 25 is used for the finished product that is stored in finished bin 24 is delivered to the finished product aggregate bin 26 that is positioned at finished bin 24 belows, flexiblely unloads stub bar 27 entruckings through what be connected with aggregate bin 26 again.When finished bin 24 when being a plurality of, can adopt elephant trunk to carry mortar product between the nearer finished bin 24 and aggregate bin 26 above 26 gathering materials, and with aggregate bin 26 finished bin far away 24 of being separated by, can adopt screw machine to carry.Be appreciated that ground, because finished bin 24 is arranged in the below of finished product bucket 32, the directly logical flow tube of mortar product gets into finished bin 24 and stores, and the mortar product segregation is less.
In certain embodiments; The finished product discharge system also can comprise support 33, and support 33 can adopt steel construction to process, and mixer 23, finished product bucket 32, finished bin 24 are arranged on the support 33 from top to bottom in regular turn; Can not need the extra ground space that provides to supply finished bin 24 to be provided with, structure is very compact.In certain embodiments, the discharging opening of the finished product bucket 32 of mulling slurry production system only is communicated with finished bin 24, so that mortar product is all via entering into finished bin 24, again through finished bin 24 entruckings behind the finished product bucket 32.So, promptly can there be the secondary pollution problem that produces in the packaging process, can not occur finished product bucket 32 problem that can't produce in batches that the direct discharging of hopper caused of unloading yet, and practice thrift the extra finished bin 24 needed ground spaces that are provided with.
In certain embodiments, finished product bucket 32 structurally can also miniaturization, is promptly satisfying on the basis of collecting the mortar product that mixer 23 stirs out preferably, with the minimized in size of finished product bucket 32, so that overall structure is compact more.Finished product bucket 32 also can be on function non-storageization; Promptly collect preferably on the basis that mortar product that mixer 23 stirs out requires satisfying; So that the mortar product that mixer 2 stirs out can enter into finished bin 24 as soon as possible; Buffer memory is after the segregation problem that causes for a long time in finished product bucket 32 can to reduce mortar product, and this point directly is connected with mixer 23 and to be easy to generate under the situation of sharp pounding effect particularly evident at finished product bucket 32 especially.Be appreciated that ground, in certain embodiments, finished product bucket 32 can be simultaneously structurally miniaturization and on function non-storageization so that performance is further optimized.
Mulling slurry production system also can comprise hybrid system; This hybrid system comprises grooved screw machine 20, compound bucket elevator 21 and compound intermediate bin 22; Grooved screw machine 20 and compound bucket elevator 21 are used for load weighted aggregate and powder are delivered to compound intermediate bin 22; Be transported in the compound intermediate bin 22 after the additive weighing well, put into together in the mixer 23 then and stir.
Production process below in conjunction with dry-mixed mortar is done further explain.
When producing dry-mixed mortar; Damp sand is sent in the drying roller 4 through belt feeder 2 (or bucket elevator); Sand is dried in drying roller 4 through fluidized bed furnace 3 heat air deliveries; Dry sand after the oven dry is delivered on the straight-line oscillation screening machine 10 through first bucket elevator 9, through straight-line oscillation screening machine 10 underproof sand is sieved away, and qualified sand is sent in the cooling system 12 through second bucket elevator 11 dry sand is lowered the temperature; Be transported in the probability screen 14 through the 3rd bucket elevator 13 then, probability screen 14 sieves into different size with qualified dry sand, and gets into respectively in the different storage sand storehouses 15 and store.
Powder can be sent into filler bin 16 through the mode that strength is carried; Dry sand and powder are sent into sand scale 18 and powder scale 19 through elephant trunk and screw machine 17 respectively; In sand scale 18 and powder scale 19 according to a certain percentage with weighing good after; Be transported to compound intermediate bin 22 through grooved screw machine 20 (or belt feeder) and bucket elevator 21 again, various additives get into additive bin 28 through the mode of elevator system 31 (or strength conveying) simultaneously, send in the additive scale hooper 30 through conveying worm 29 again; After additive measured and the aggregate of compound intermediate bin 22 the insides and powder drop into mixer 23 together and stir.The mortar product that stirs is directly sent into finished bin 24 through elephant trunk and is stored, and after the mortar product of storage is sent into aggregate bin 26 through screw machine and/or elephant trunk again, unloads stub bar 27 direct entruckings through stretching again and dispatches from the factory.
The above only is the preferred implementation of the utility model, and the protection domain of the utility model also not only is confined to the foregoing description, and all technical schemes that belongs under the utility model thinking all belong to the protection domain of the utility model.Should be pointed out that for those skilled in the art in the some improvement and the retouching that do not break away under the utility model principle prerequisite, these improvement and retouching also should be regarded as the protection domain of the utility model.

Claims (11)

1. the finished product discharge system of a dry-mixed mortar production system; Said finished product discharge system comprises that the finished product bucket that is installed on mixer below and at least one are used to store the finished bin of mortar product; It is characterized in that; Said at least one finished bin is arranged in the below of said finished product bucket, and is connected with said finished product bucket.
2. finished product discharge system according to claim 1 is characterized in that, this finished product discharge system also comprises the aggregate bin that is connected with said at least one finished bin.
3. finished product discharge system according to claim 2 is characterized in that, said aggregate bin is connected with said at least one finished bin through screw machine and/or elephant trunk.
4. according to each described finished product discharge system of claim 1-3, it is characterized in that said finished product discharge system comprises elephant trunk, said elephant trunk is connected said at least one finished bin with said finished product bucket.
5. according to each described finished product discharge system of claim 1-3, it is characterized in that the arranged beneath of said finished product bucket has a plurality of finished bin, said a plurality of finished bin all are connected with said finished product bucket.
6. according to each described finished product discharge system of claim 1-3, it is characterized in that the mortar product that said mixer stirs out is all via entering into said finished bin behind the said finished product bucket.
7. according to each described finished product discharge system of claim 1-3, it is characterized in that, said finished product bucket structurally miniaturization and/or on function non-storageization.
8. according to each described finished product discharge system of claim 1-3, it is characterized in that, be provided with isolation-proof device in said at least one finished bin.
9. according to each described finished product discharge system of claim 1-3, it is characterized in that said finished product discharge system also comprises support, said mixer, said finished product bucket and said at least one finished bin from top to bottom are arranged on the said support in regular turn.
10. a dry-mixed mortar production system comprises aggregate supply system, powdery row material supply system, additive supply system and mixer, it is characterized in that, also comprises the finished product discharge system of claim 1-9 described in each.
11. dry-mixed mortar production system according to claim 10; It is characterized in that; The cooling device that said aggregate supply system comprises the aggregate drying plant and is used for the aggregate after the oven dry is cooled off, this cooling device is arranged between aggregate drying plant and the aggregate bin.
CN2011204060554U 2011-10-24 2011-10-24 Dry-mixed mortar production system and finished product discharging system thereof Active CN202264310U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2011204060554U CN202264310U (en) 2011-10-24 2011-10-24 Dry-mixed mortar production system and finished product discharging system thereof

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Application Number Priority Date Filing Date Title
CN2011204060554U CN202264310U (en) 2011-10-24 2011-10-24 Dry-mixed mortar production system and finished product discharging system thereof

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102431094A (en) * 2011-10-24 2012-05-02 中联重科股份有限公司 Dry-mixed mortar production system and production method as well as finished product discharging system
CN105293087A (en) * 2015-10-08 2016-02-03 内蒙古富川饲料科技股份有限公司 Unprocessed grain drying, storing and conveying system

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102431094A (en) * 2011-10-24 2012-05-02 中联重科股份有限公司 Dry-mixed mortar production system and production method as well as finished product discharging system
CN105293087A (en) * 2015-10-08 2016-02-03 内蒙古富川饲料科技股份有限公司 Unprocessed grain drying, storing and conveying system

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