CN205941120U - Automatic change buggy system appearance device - Google Patents

Automatic change buggy system appearance device Download PDF

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Publication number
CN205941120U
CN205941120U CN201620735106.0U CN201620735106U CN205941120U CN 205941120 U CN205941120 U CN 205941120U CN 201620735106 U CN201620735106 U CN 201620735106U CN 205941120 U CN205941120 U CN 205941120U
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China
Prior art keywords
coal dust
coal
station
cavity
expects
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CN201620735106.0U
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Chinese (zh)
Inventor
张军平
郝亮
曹杨伟
柳宇飞
周涵
赵之浩
张常飞
刘瑞斌
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Baoruitong Laser Technology (changzhou) Co Ltd
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Baoruitong Laser Technology (changzhou) Co Ltd
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Abstract

The utility model discloses an automatic change buggy system appearance device, it includes the frame, it still includes: honey -comb coal profiling device, thereby the last mould actuating mechanism of honey -comb coal was suppressed into to the buggy that the bed die orientation moved in messenger's bed die to the mould on honey -comb coal profiling device included mould, bed die and drive, the preparation facilities is expected to the buggy, the mobile device is expected to the buggy, buggy expectation mobile device is expected the buggy that it is good that the preparation facilities preparation is expected to the buggy in propelling movement to the bed die. The utility model discloses can realize highly automated's buggy system appearance, just can install different buggys in succession additional just can not the accuracy of mutual contamination in order to ensure the sample censorship.

Description

Automatically powdered coal sample preparation device
Technical field
This utility model is related to a kind of automatic powdered coal sample preparation device.
Background technology
At present, coal dust is a kind of high-grade fuel being widely used, and the sample preparation of most of coal dusts adopts vibration type at present Or beating type, this kind of broken have larger destruction to coal sample essence, have influence on the representativeness of coal sample itself, during to its composition detection Will also result in larger error, in addition the whole sample making course of multiple disintegrating machines on market, workman's needs are dust in height, and height is made an uproar In the environment of sound, the time of operation is long, and work under bad environment and sample preparation program are complicated, the high labor intensive of work, produces effect Rate is low.
Content of the invention
Technical problem to be solved in the utility model is the defect overcoming prior art, provides a kind of automatic powdered coal system Sampling device, it is capable of supermatic coal dust sample preparation, and can continuously install different coal dusts additional and will not mutually pollute To guarantee the accuracy of sample censorship.
This utility model solves above-mentioned technical problem and adopts the technical scheme that:A kind of automatic powdered coal sample preparation device, it Including frame, it also includes:
Briquette molding press device, described briquette molding press device includes mold, lower mould and drives the downward mould side of mold To mobile so that the coal dust in lower mould is pressed into the mold drive mechanism of briquette;
Coal dust expects preparation facilitiess;
Coal dust expects mobile device, and described coal dust expects that the coal dust that coal dust expectation preparation facilitiess are prepared by mobile device is pre- Material pushes in lower mould.
Further provide a kind of mold drive mechanism concrete structure, described mold drive mechanism includes moving up and down Power source, movable plate and guidance set, the described movable part moving up and down power source is connected with movable plate, described lower mould It is connected with described movable plate, when moving up and down power source action, described guidance set forces described movable plate along downward Mould direction or away from lower mould direction move.
Further, described guidance set includes lead, and described movable plate is slidably inserted on lead.
Further provide the concrete structure that a kind of coal dust expects preparation facilitiess, described coal dust expects that preparation facilitiess include adding Coal hopper, coal pulverizer and swirl separator, the outlet of coal funnel is connected with the import of described coal pulverizer, described coal pulverizer Outlet is connected with the import of described swirl separator, and the coal dust that the outlet of described swirl separator prepares for discharging is pre- Material.
Further provide the concrete structure that a kind of coal dust expects mobile device, described coal dust expects that mobile device includes coal Powder cavity, Reciprocating Table Drive System and coal dust expect pusher, and described coal dust expects that pusher is arranged on coal dust die cavity On body, described coal dust cavity has splicing station and use for carrying the coal dust expectation that coal dust expects that preparation facilitiess prepare In the feeding station that by coal dust expectation pusher, the coal dust expectation of carrying is delivered to from coal dust cavity lower mould, described work Station mobile device includes workbench and is arranged between workbench and frame and for driving workbench to make the coal on workbench The push drive mechanism of powder cavity movement between splicing station and feeding station.
Further provide a kind of concrete structure pushing drive mechanism, described push drive mechanism includes motor and leading screw Pair of nut, the leading screw in screw pair can be rotated to support in frame, and described motor is passed with the leading screw in screw pair It is dynamically connected, so that motor drives leading screw to rotate in frame, described workbench is connected with the nut in screw pair, thus Motor is made to drive described workbench to move in frame by screw pair.
Further provide the concrete structure that a kind of coal dust expects pusher, described coal dust expects that pusher includes gas Cylinder and delivery board, described cylinder is arranged in coal dust cavity, and described delivery board is arranged on the piston rod of cylinder.
Circulate so as to enter the next one further for the briquette of molding is pushed away this sample preparation device, automatic powdered coal system Sampling device also includes for the briquette in mold being up raised to the upper and lower telescopic component of briquette pushing station, and described frame sets It is equipped with briquette slideway, described coal dust expects that mobile device will also be located in the briquette pushing on station and pushes in briquette slideway.
Expect to strike off further for by unnecessary coal dust above coal dust cavity, described frame be additionally provided with scraper plate, Described coal dust cavity also has scraper station, and described push drive mechanism is additionally operable to drive workbench to make the coal dust on workbench Cavity moves between splicing station and scraper station, and described coal dust cavity is between splicing station and scraper station Through scraper plate in the process of movement, by scraper plate, unnecessary coal dust above coal dust cavity is expected to strike off.
Further for preventing coal dust cross-contamination, described frame is additionally provided with air curtain device, described coal dust cavity Also have and be arranged on the dedusting station that feeding station is back in splicing station way, described air curtain device is arranged on dedusting station Place, so that when described coal dust cavity is located at described dedusting station, described air curtain device is blown to described coal dust cavity.
After employing technique scheme, coal dust is added by coal funnel, coal pulverizer starts beginning coal-grinding makes coal dust Grain reaches requirement, is then transferred directly to swirl separator by coal pulverizer, makes coal dust expect down to be precipitated in coal dust die cavity body, Now coal dust cavity is located at splicing station, and motor control coal dust cavity moves backward and crosses scraper plate, by coal dust cavity The unnecessary coal dust in face is expected to strike off;Then motor control coal dust cavity is moved along to feeding station, and delivery board will in cylinder Coal dust is transported to inside lower mould, and motor control coal dust cavity moves to air curtain device position backward afterwards, now coal dust type Cavity is in dedusting station, and air curtain device starts to blow, and blows down remaining coal dust on coal dust cavity and delivery board;Simultaneously upper and lower Mobile power source, under the control of Hydraulic Station, makes mold move down and is pressed onto inside lower mould, make coal dust be pressed into briquette, upper mould Tool up moves along lead, and lower mould shifts briquette onto push station by the upper and lower telescopic component of briquette, now motor control Workbench is moved along, and briquette is shifted onto inside slideway, subsequently into next circulation, this makes it possible to realize increasingly automated Coal dust sample preparation, and can continuously install different coal dusts additional and will not mutually pollute to guarantee the accuracy of sample censorship.
Brief description
Fig. 1 is the front view of automatic powdered coal sample preparation device of the present utility model;
Fig. 2 is the top view of Fig. 1;
Fig. 3 is briquette schematic diagram of the present utility model.
Specific embodiment
In order that content of the present utility model is easier to be clearly understood, below according to specific embodiment and with reference to attached Figure, is described in further detail to this utility model.
As shown in Fig. 1 ~ 3, a kind of automatic powdered coal sample preparation device, it includes frame 22, and it also includes:
Briquette molding press device, described briquette molding press device includes mold 14, lower mould 18 and drives mold 14 downward Mould 18 direction is moved so that the coal dust in lower mould 18 is pressed into the mold drive mechanism of briquette;The present embodiment, described , on same vertical line, it is to move vertically up and down that mold drive mechanism drives mold 14 for mold 14 and lower mould 18;
Coal dust expects preparation facilitiess;
Coal dust expects mobile device, and described coal dust expects that the coal dust that coal dust expectation preparation facilitiess are prepared by mobile device is pre- Material pushes in lower mould 18.
As shown in figure 1, described mold drive mechanism includes moving up and down power source 10, movable plate 13 and guidance set, The described movable part moving up and down power source 10 is connected with movable plate 13, and described lower mould 14 is connected with described movable plate 13 Connect, when moving up and down power source 10 action, described guidance set force described movable plate 13 along downward mould 14 direction or Move away from lower mould 14 direction;The described power source 10 that moves up and down can adopt hydraulic cylinder, described moves up and down power source 10 Movable part be hydraulic cylinder liquid presses piston pole 12.
As shown in figure 1, described guidance set includes lead 17, described movable plate 13 is slidably inserted into lead 17 On;In addition, being provided with upper plate 11, lower plate 12 and base 1 in described frame 22, lower plate 12 is fixed on base 1, and upper plate 11 is used for Fixation moves up and down power source 10, and lead 17 is fixed in lower plate 16.
As shown in Figure 1, 2, described coal dust expects that preparation facilitiess include coal funnel 9, coal pulverizer 8 and swirl separator 7, plus The outlet of coal hopper 9 is connected with the import of described coal pulverizer 8, the outlet of described coal pulverizer 8 and the entering of described swirl separator 7 Mouth is connected, and the outlet of described swirl separator 7 is expected for the coal dust that discharging prepares.
As shown in figure 1, described coal dust to expect that mobile device includes coal dust cavity 6, Reciprocating Table Drive System and coal dust pre- Material pusher, described coal dust expects that pusher is arranged in coal dust cavity 6, and described coal dust cavity 6 has for holding Carry the splicing station that coal dust expects that the coal dust for preparing of preparation facilitiess expects and for expecting that pusher will carry by coal dust Coal dust expect to deliver to the feeding station of lower mould 18 from coal dust cavity 6, described Reciprocating Table Drive System includes workbench 4 He It is arranged between workbench 4 and frame 22 and for driving workbench 4 to make the coal dust cavity 6 on workbench 4 in splicing station The push drive mechanism of movement and feeding station between;The motion of workbench 6 is moved for anterior-posterior horizontal;Workbench 6 and frame 22 Between arrange guideway 3, move in frame 22 for limiting workbench 6.
As shown in figure 1, described push drive mechanism includes motor 2 and screw pair, the leading screw 23 in screw pair Can be rotated to support in frame 22, described motor 2 is in transmission connection with the leading screw 23 in screw pair, so that motor 2 drives Leading screw 23 rotates in frame 22, and described workbench 4 is connected with the nut in screw pair, so that motor 2 passes through silk Thick stick pair of nut drives described workbench 4 to move in frame 22,
As shown in figure 1, described coal dust expects that pusher includes cylinder 5 and delivery board 20, described cylinder 5 is arranged on coal dust In cavity 6, described delivery board 20 is arranged on the piston rod of cylinder 5.
As shown in figure 1, automatic powdered coal sample preparation device also includes for the briquette 24 in mold 18 being up raised to push The upper and lower telescopic component of briquette of station, described frame 22 is provided with briquette slideway 15, and described coal dust expects that mobile device also will It is located at the briquette 24 pushing on station to push in briquette slideway 15;Wherein, the upper and lower telescopic component of described briquette can be little liquid Cylinder pressure.
As shown in figure 1, being additionally provided with scraper plate 21 in described frame 22, described coal dust cavity 6 also has scraper station, institute State push drive mechanism be additionally operable to drive workbench 4 make coal dust cavity 6 on workbench 4 splicing station and scraper station it Between move, and described coal dust cavity 6 mobile between splicing station and scraper station during through scraper plate 21, pass through Coal dust cavity 6 coal dust unnecessary above is expected to strike off by scraper plate 21.
As shown in figure 1, being additionally provided with air curtain device 19 in described frame 22, described coal dust cavity 6 also has and is arranged on Feeding station is back to the dedusting station in splicing station way, and described air curtain device 19 is arranged at dedusting station, so that described When coal dust cavity 6 is located at described dedusting station, described air curtain device 19 is blown to described coal dust cavity 6.
Operation principle of the present utility model is as follows:
Coal dust is added by coal funnel 9, coal pulverizer 8 starts and starts coal-grinding and make pulverized coal particle reach requirement, then by grinding Coal machine 8 is transferred directly to swirl separator 7, makes coal dust expect down to be precipitated in coal dust cavity 6, now coal dust cavity 6 Positioned at splicing station, motor 2 controls coal dust cavity 6 to move backward and crosses scraper plate 21, by coal dust cavity 6 coal unnecessary above Powder is expected to strike off;Then motor 2 controls coal dust cavity 6 to be moved along to feeding station, and delivery board 20 is defeated by coal dust in cylinder 5 Deliver to inside lower mould 18, rear motor 2 control coal dust cavity 6 move to air curtain device 19 position, now coal dust type backward Cavity 6 is in dedusting station, and air curtain device 1919 starts to blow, and blows down remaining coal dust on coal dust cavity 6 and delivery board 20; Move up and down power source 10 simultaneously under the control of Hydraulic Station, so that mold 14 is moved down and be pressed onto inside lower mould 18, make coal Powder is pressed into briquette 24, and mold 14 up moves along lead 17, and lower mould 18 is by the upper and lower telescopic component of briquette by briquette 24 Shift push station onto, now motor 2 controls workbench 4 to be moved along, and briquette 24 is shifted onto inside slideway 15, subsequently into next Individual circulation, this makes it possible to realize supermatic coal dust sample preparation, and can continuously install different coal dusts and will not be mutual additional Pollution is to guarantee the accuracy of sample censorship.
Particular embodiments described above, the technical problem that this utility model is solved, technical scheme and beneficial effect are entered Go further description, should be understood that and the foregoing is only specific embodiment of the utility model, and without In restriction this utility model, all any modification, equivalent substitution and improvement within spirit of the present utility model and principle, done Deng should be included within protection domain of the present utility model.

Claims (10)

1. a kind of automatic powdered coal sample preparation device, it includes frame (22) it is characterised in that it also includes:
Briquette molding press device, described briquette molding press device include mold (14), lower mould (18) and drive mold (14) to Lower mould (18) direction is moved so that the coal dust in lower mould (18) is pressed into the mold drive mechanism of briquette;
Coal dust expects preparation facilitiess;
Coal dust expects mobile device, and described coal dust expects that the coal dust that coal dust expectation preparation facilitiess prepare is expected to push away by mobile device Deliver in lower mould (18).
2. automatic powdered coal sample preparation device according to claim 1 it is characterised in that:Described mold drive mechanism includes Move up and down power source (10), movable plate (13) and guidance set, the described movable part moving up and down power source (10) and shifting Dynamic plate (13) is connected, and described lower mould (14) is connected with described movable plate (13), when moving up and down power source (10) action When, described guidance set forces described movable plate (13) to move along downward mould (14) direction or away from lower mould (14) direction Dynamic.
3. automatic powdered coal sample preparation device according to claim 2 it is characterised in that:Described guidance set includes lead (17), described movable plate (13) is slidably inserted on lead (17).
4. automatic powdered coal sample preparation device according to claim 1 it is characterised in that:Described coal dust expects preparation facilitiess bag Include coal funnel (9), coal pulverizer (8) and swirl separator (7), the import of the outlet of coal funnel (9) and described coal pulverizer (8) It is connected, the outlet of described coal pulverizer (8) is connected with the import of described swirl separator (7), described swirl separator (7) Export and expect for the coal dust that discharging prepares.
5. automatic powdered coal sample preparation device according to claim 1 it is characterised in that:Described coal dust expects mobile device bag Include coal dust cavity (6), Reciprocating Table Drive System and coal dust and expect pusher, described coal dust expects that pusher is arranged on coal In powder cavity (6), described coal dust cavity (6) has for carrying what the coal dust that coal dust expects that preparation facilitiess prepare was expected Splicing station and for by coal dust expect pusher by carry coal dust expect deliver to lower mould from coal dust cavity (6) (18) feeding station, described Reciprocating Table Drive System includes workbench (4) and is arranged between workbench (4) and frame (22) And be used for driving workbench (4) to make the movement between splicing station and feeding station of the coal dust cavity (6) on workbench (4) Push drive mechanism.
6. automatic powdered coal sample preparation device according to claim 5 it is characterised in that:Described push drive mechanism includes electricity Machine (2) and screw pair, the leading screw in screw pair can be rotated to support in frame (22), described motor (2) and silk Lead screw transmission in thick stick pair of nut connects so that motor (2) drives leading screw to rotate frame (22) is upper, described workbench (4) with Nut in screw pair is connected, so that motor (2) drives described workbench (4) in frame by screw pair (22) upper movement.
7. automatic powdered coal sample preparation device according to claim 5 it is characterised in that:Described coal dust expects pusher bag Include cylinder (5) and delivery board (20), described cylinder (5) is arranged in coal dust cavity (6), and described delivery board (20) is arranged on gas On the piston rod of cylinder (5).
8. automatic powdered coal sample preparation device according to claim 1 it is characterised in that:Also include in mold (18) Briquette (24) is up raised to the upper and lower telescopic component of briquette pushing station, and described frame (22) is provided with briquette slideway (15), described coal dust expects that mobile device will also be located in the briquette (24) pushing on station and pushes in briquette slideway (15).
9. automatic powdered coal sample preparation device according to claim 5 it is characterised in that:It is additionally provided with described frame (22) Scraper plate (21), described coal dust cavity (6) also has scraper station, and described push drive mechanism is additionally operable to drive workbench (4) The coal dust cavity (6) on workbench (4) is made to move between splicing station and scraper station, and described coal dust cavity (6) through scraper plate (21) during mobile between splicing station and scraper station, by scraper plate (21) by coal dust cavity (6) unnecessary above coal dust is expected to strike off.
10. automatic powdered coal sample preparation device according to claim 5 it is characterised in that:Also set up on described frame (22) Have air curtain device (19), described coal dust cavity (6) also have be arranged on feeding station be back to splicing station way in dedusting Station, described air curtain device (19) is arranged at dedusting station, so that described coal dust cavity (6) is located at described dedusting station When, described air curtain device (19) is blown to described coal dust cavity (6).
CN201620735106.0U 2016-07-12 2016-07-12 Automatic change buggy system appearance device Active CN205941120U (en)

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Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106053174A (en) * 2016-07-12 2016-10-26 宝瑞激光科技(常州)有限公司 Automatic pulverized coal sample preparing device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106053174A (en) * 2016-07-12 2016-10-26 宝瑞激光科技(常州)有限公司 Automatic pulverized coal sample preparing device

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