CN209452810U - A kind of follow-on tungsten powder production Full-automatic feeding device - Google Patents

A kind of follow-on tungsten powder production Full-automatic feeding device Download PDF

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Publication number
CN209452810U
CN209452810U CN201822125933.XU CN201822125933U CN209452810U CN 209452810 U CN209452810 U CN 209452810U CN 201822125933 U CN201822125933 U CN 201822125933U CN 209452810 U CN209452810 U CN 209452810U
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China
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follow
screw
tungsten powder
conveying
supporting leg
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CN201822125933.XU
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Chinese (zh)
Inventor
刘国辉
卢跃斌
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Giander And Tungsten Industry Co Ltd
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Giander And Tungsten Industry Co Ltd
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Abstract

The utility model provides a kind of follow-on tungsten powder production Full-automatic feeding device, including fixed plate, left side supporting leg, pan feeding buffers bucket structure, conveying frame structure, right side supporting leg, cross drive frame, lateral live-roller, Anti-fall storage shelf structure, driven wheel, transport motor, driving wheel, transmission belt, control panel, controller, power switch and conveyer belt, the left side supporting leg are welded on the lower left side of fixed plate;The pan feeding buffering bucket structure is mounted on the upper left-hand of conveying frame structure;The conveying frame structure is mounted on the top of fixed plate.The utility model collection bucket is arranged on the right side of the lower part of conveyer belt, is conducive to facilitate when in use and is collected to the material fallen from conveyer belt;Vibration motor screw is mounted on the middle and upper part of sieving net, is conducive to facilitate drive sieving net vibration when in use, and so as to make sieving net to the material in storage hopper, uniformly sieve is fallen downwards.

Description

A kind of follow-on tungsten powder production Full-automatic feeding device
Technical field
The utility model belongs to tungsten powder processing technique field more particularly to a kind of follow-on tungsten powder production full-automatic material-feeding Device.
Background technique
Tungsten powder production is the process that blue tungsten is reduced into simple substance tungsten powder using hydrogen, at present in the production process of tungsten powder, Mostly use the artificial operation of feeding and discharging for carrying out reduction process, conveying therein, folded boat, Pai Zhou and into the operations such as boat be all by It is accomplished manually, not only efficiency is lower for this artificial feeding style, but also the tungsten powder quality produced is not sufficiently stable, greatly unrestrained Resource is taken.
But the material progress that existing tungsten powder production Full-automatic feeding device is fallen when there is also inconvenient to transmission It collects, does not have the function of uniformly feeding and be inconvenient to the problem of being delivered up material.
Therefore, a kind of follow-on tungsten powder production Full-automatic feeding device is invented to be very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of follow-on tungsten powder production full-automatic material-feeding dress It sets, is collected with solving the material that existing tungsten powder production Full-automatic feeding device is fallen when there is inconveniences to transmission, Do not have the function of uniformly feeding and is inconvenient to the problem of being delivered up material.A kind of follow-on tungsten powder production full-automatic material-feeding Device, including fixed plate, left side supporting leg, pan feeding buffering bucket structure, conveying frame structure, right side supporting leg, cross drive frame, laterally Live-roller, Anti-fall storage shelf structure, driven wheel, transport motor, driving wheel, transmission belt, control panel, controller, power switch And conveyer belt, the left side supporting leg are welded on the lower left side of fixed plate;The pan feeding buffering bucket structure is mounted on conveying The upper left-hand of material frame structure;The conveying frame structure is mounted on the top of fixed plate;The right side supporting leg is welded on On the right side of the lower part of fixed plate;The cross drive frame bolt is mounted on the right upper portion of right side supporting leg;The lateral transmission Roll shaft connects the left and right sides in cross drive frame front;The Anti-fall storage shelf structure is mounted on the lower part of cross drive frame Right side;The driven wheel is welded on the front side middle position of lateral live-roller;The transport motor screw is mounted on transverse direction The left side of conveyer frames;The driving wheel is keyed on the front side output shaft of transport motor;The transmission belt is socketed in master The outside of driving wheel and driven wheel;The control plate bolt is mounted on the lower front of right side supporting leg;The controller and electricity Screw is mounted on the front side of control panel to source switch respectively;The conveyer belt is socketed in the outside of lateral live-roller;Described is anti- Falling storage shelf structure includes connecting plate, collection bucket, passage, stop collar, storage dirt bag and elastic ring, the connection plate bolt It is mounted on the right side of the lower part of cross drive frame;The collection bucket is welded on the lower part of connecting plate;The passage is plugged on The middle and lower part of collection bucket;The stop collar screw is mounted on the lower end of passage;The elastic ring is glued to storage dirt bag At upper opening.
Preferably, pan feeding buffering bucket structure includes storage hopper, limiting cushion block, lateral fixed link, sieving net, buffering Spring and vibration motor, the limiting cushion block screw are mounted on the left and right sides of the inside upper part of storage hopper;The transverse direction Fixed link screw is mounted on the bosom position of storage hopper;The lower part of limiting cushion block is arranged in the sieving net;Described Buffer spring is respectively at left and right sides of the lower part that upper and lower ends are glued to sieving net respectively and the top of lateral fixed link or so two Side.
Preferably, the conveying frame structure include conveying outline border, conveying roller, conveyer belt, delivery board, feeder motor and Discharge bucket, the conveying outline border bolt are mounted on the top of fixed plate;Axis connects in conveying outline border the conveying roller respectively The two sides up and down in side middle position;The conveyer belt is socketed in the outside of conveyer belt;The feeder motor screw is mounted on On the upside of the front for conveying outline border, and in the key connection of output shaft and conveying roller;The discharge bucket screw is mounted on conveying outline border Lower right side.
Preferably, the collection bucket is arranged on the right side of the lower part of conveyer belt.
Preferably, the delivery board is provided with multiple, and the spacing between the delivery board is set as ten centimetres to three To centimetre, the conveying plate bolt is mounted on the outside of conveyer belt.
Preferably, it being additionally provided with shield on the outside of the vibration motor, the top of the shield is set as taper, The shield screw is mounted on the middle and upper part of sieving net.
Preferably, the lower left side also bolt of the cross drive frame is equipped with L-type fixed frame, and the L-type is fixed The left side bolt of frame is mounted on the right side of the branch midleg of right side.
Preferably, the rubber having with a thickness of three millimeters to five millimeters is also glued in the lower end of the left side supporting leg and right side supporting leg Rubber mat.
Preferably, the storage dirt bag is socketed in the outside of passage by elastic ring.
Preferably, the vibration motor screw is mounted on the middle and upper part of sieving net.
Preferably, the stop collar is glued to the outer lower portion of passage.
Preferably, the storage hopper screw is mounted on the upper left-hand of conveying outline border.
Preferably, the control implement body uses the PLC of model FX2N-48 series, the vibration motor, conveying Motor and transport motor are respectively adopted the motor of model 68KTYZ, and the input terminal of the power switch and controller electrically connects It connects;Vibration motor, feeder motor and the transport motor is electrically connected with the output end of controller respectively.
Compared with prior art, the utility model has the following beneficial effects:
1. in the utility model, the collection bucket is arranged on the right side of the lower part of conveyer belt, be conducive to facilitate when in use The material fallen from conveyer belt is collected.
2. in the utility model, the vibration motor screw is mounted on the middle and upper part of sieving net, be conducive to when in use Facilitate and drive sieving net vibration, uniformly sieve is fallen downwards so as to make sieving net to the material in storage hopper.
3. in the utility model, the spacing that the delivery board is provided between multiple, described delivery boards is set as ten Centimetre to three to centimetres, the conveying plate bolt is mounted on the outside of conveyer belt, is conducive to conveniently be delivered up when in use Material.
4. in the utility model, being additionally provided with shield on the outside of the vibration motor, the top of the shield is set It is set to taper, the shield screw is mounted on the middle and upper part of sieving net, is conducive to when in use to play vibration motor To protective action, and then it can prevent tungsten powder from impacting to vibration motor.
5. in the utility model, the storage dirt bag is socketed in the outside of passage by elastic ring, be conducive to using When convenient disassembly storage dirt bag is carried out on passage.
6. in the utility model, the lower left side also bolt of the cross drive frame is equipped with L-type fixed frame, described The left side bolt of L-type fixed frame is mounted on the right side of the branch midleg of right side, is conducive to increase to cross drive when in use The fixed effect of frame.
7. in the utility model, the lower end of the left side supporting leg and right side supporting leg, which is also glued, to be had with a thickness of three millimeters to five The rubber pad of millimeter, is conducive to that antiskid effect when being contacted with ground can be increased when in use.
8. in the utility model, the stop collar is glued to the outer lower portion of passage, when in use can be conducive to Position-limiting action is played to elastic ring, and then storage dirt bag is avoided easily to fall on passage.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the pan feeding buffering bucket structure of the utility model.
Fig. 3 is the structural schematic diagram of the conveying frame structure of the utility model.
Fig. 4 is the structural schematic diagram of the Anti-fall storage shelf structure of the utility model.
Fig. 5 is the electrical wiring schematic diagram of the utility model.
In figure:
1, fixed plate;2, left side supporting leg;3, pan feeding buffers bucket structure;31, storage hopper;32, limiting cushion block;33, laterally solid Fixed pole;34, sieving net;35, buffer spring;36, vibration motor;361, shield;4, conveying frame structure;41, outline border is conveyed; 42, conveying roller;43, conveyer belt;44, delivery board;45, feeder motor;46, discharge bucket;5, right side supporting leg;6, cross drive frame; 61, L-type fixed frame;7, lateral live-roller;8, Anti-fall storage shelf structure;81, connecting plate;82, collection bucket;83, passage; 84, stop collar;85, dirt bag is stored up;86, elastic ring;9, driven wheel;10, transport motor;11, driving wheel;12, transmission belt;13, it controls Making sheet;14, controller;15, power switch;16, conveyer belt.
Specific embodiment
The utility model is described further below in conjunction with attached drawing:
Embodiment:
As shown in attached drawing 1 and attached drawing 4
The utility model provides a kind of follow-on tungsten powder production Full-automatic feeding device, including fixed plate 1, left side supporting leg 2, pan feeding buffers bucket structure 3, conveying frame structure 4, right side supporting leg 5, cross drive frame 6, lateral live-roller 7, Anti-fall storage Frame structure 8, driven wheel 9, transport motor 10, driving wheel 11, transmission belt 12, control panel 13, controller 14, power switch 15 and biography Band 16 is sent, the left side supporting leg 2 is welded on the lower left side of fixed plate 1;The pan feeding buffering bucket structure 3 is mounted on conveying The upper left-hand of material frame structure 4;The conveying frame structure 4 is mounted on the top of fixed plate 1;The right side supporting leg 5 welds It connects on the right side of the lower part of fixed plate 1;6 bolt of cross drive frame is mounted on the right upper portion of right side supporting leg 5;The cross It connects to 7 axis of live-roller in the left and right sides of 6 front of cross drive frame;The Anti-fall storage shelf structure 8 is mounted on lateral biography On the right side of the lower part for sending frame 6;The driven wheel 9 is welded on the front side middle position of lateral live-roller 7;The transport motor 10 Screw is mounted on the left side of cross drive frame 6;The driving wheel 11 is keyed on the front side output shaft of transport motor 10;Institute The transmission belt 12 stated is socketed in the outside of driving wheel 11 and driven wheel 9;13 screw of control panel is mounted on right side supporting leg 5 Lower front;Screw is mounted on the front side of control panel 13 to the controller 14 and power switch 15 respectively;The conveyer belt 16 are socketed in the outside of lateral live-roller 7;The lower end of the left side supporting leg 2 and right side supporting leg 5, which is also glued, to be had with a thickness of three millis Meter Zhi Wu millimeters of rubber pad can increase antiskid effect when being contacted with ground when in use, the cross drive frame 6 Lower left side also bolt is equipped with L-type fixed frame 61, and the left side bolt of the L-type fixed frame 61 is mounted on right side supporting leg 5 On the right side of middle part, the fixed effect to cross drive frame 6 can be increased when in use;The Anti-fall storage shelf structure 8 includes Connecting plate 81, collection bucket 82, passage 83, stop collar 84 store up dirt bag 85 and elastic ring 86,81 screw of the connecting plate installation On the right side of the lower part of cross drive frame 6;The collection bucket 82 is welded on the lower part of connecting plate 81;83 grafting of passage In the middle and lower part of collection bucket 82;84 screw of stop collar is mounted on the lower end of passage 83;The elastic ring 86 is glued At the upper opening of storage dirt bag 85;The collection bucket 82 is arranged on the right side of the lower part of conveyer belt 16, and convenient pair when in use The material fallen from conveyer belt 16 is collected, and the storage dirt bag 85 is socketed in the outer of passage 83 by elastic ring 86 Side, facilitates carry out disassembly storage dirt bag 85 on passage 83 when in use, and the stop collar 84 is glued to the outer of passage 83 Side lower part can play position-limiting action to elastic ring 86 when in use, and then avoid storage dirt bag 85 easily on passage 83 It falls.
As shown in Fig. 2, in above-described embodiment, specifically, the pan feeding buffering bucket structure 3 includes storage hopper 31, limit Position cushion block 32, lateral fixed link 33, sieving net 34, buffer spring 35 and vibration motor 36,32 screw of the limiting cushion block peace Mounted in the left and right sides of the inside upper part of storage hopper 31;33 screw of lateral fixed link is mounted in the inside of storage hopper 31 Between position;The lower part of limiting cushion block 32 is arranged in the sieving net 34;The buffer spring 35 is respectively in upper and lower ends point It is not glued at left and right sides of the lower part of sieving net 34 and at left and right sides of the top of lateral fixed link 33;36 spiral shell of vibration motor Nail is mounted on the middle and upper part of sieving net 34, facilitates sieving net 34 is driven to shake when in use, so as to make sieving net to storing Uniformly sieve is fallen material in bucket 31 downwards, and shield 361, the shield are additionally provided on the outside of the vibration motor 36 361 top is set as taper, and 361 screw of shield is mounted on the middle and upper part of sieving net 34, when in use can be right Vibration motor 36 plays protective action, and then can prevent tungsten powder from impacting to vibration motor 36.
As shown in attached drawing 1 and attached drawing 3, in above-described embodiment, specifically, the conveying frame structure 4 includes that conveying is outer Frame 41, conveying roller 42, conveyer belt 43, delivery board 44, feeder motor 45 and discharge bucket 46,41 bolt of the conveying outline border installation On the top of fixed plate 1;Axis connects in the two sides up and down in conveying 41 inside middle position of outline border the conveying roller 42 respectively;It is described Conveyer belt 43 be socketed in the outside of conveyer belt 43;45 screw of feeder motor is mounted on the front of conveying outline border 41 Side, and in the key connection of output shaft and conveying roller 42;46 screw of discharge bucket is mounted on the lower right side of conveying outline border 41; The spacing that the delivery board 44 is provided between multiple, described delivery boards 44 is set as ten centimetres to three to centimetres, described 44 screw of delivery board be mounted on the outside of conveyer belt 43, be conveniently delivered up material when in use.
Working principle
During the work time, raw material is poured into storage hopper 31 the utility model by when use, while pressing whole electricity Source switch 15 makes it control vibration motor 36, feeder motor 45 and transport motor 10 using controller 14 to utilize vibration motor 36 drive sieve flitch 34 to shake, to carry out uniform vibration material-screening to the material in storage hopper 31, followed by feeder motor 45 Driving conveying belt 43 rotates, and is delivered up it by the material for conveying 41 bottom of outline border using delivery board 44, and then material is from out It is fallen in hopper 46 on conveyer belt 16, while driven wheel is driven by transmission belt 12 using driving wheel 11 using transport motor 10 9 rotations make it drive the rotation of conveyer belt 16 to carry out utilization while material conveying object conveys material to the right using lateral live-roller 7 Collection bucket 82 is collected the material fallen, causes damages to avoid material from falling on ground.
Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model It encloses.

Claims (10)

1. a kind of follow-on tungsten powder produces Full-automatic feeding device, which is characterized in that follow-on tungsten powder production is full-automatic Feed device, including fixed plate (1), left side supporting leg (2), pan feeding buffer bucket structure (3), conveying frame structure (4), right side supporting leg (5), cross drive frame (6), lateral live-roller (7), Anti-fall storage shelf structure (8), driven wheel (9), transport motor (10) are main Driving wheel (11), transmission belt (12), control panel (13), controller (14), power switch (15) and conveyer belt (16), the left side Supporting leg (2) is welded on the lower left side of fixed plate (1);Pan feeding buffering bucket structure (3) is mounted on conveying frame structure (4) Upper left-hand;The conveying frame structure (4) is mounted on the top of fixed plate (1);The right side supporting leg (5) is welded on On the right side of the lower part of fixed plate (1);Described cross drive frame (6) bolt is mounted on the right upper portion of right side supporting leg (5);Described Lateral live-roller (7) axis connects in the left and right sides of cross drive frame (6) front;Anti-fall storage shelf structure (8) installation On the right side of the lower part of cross drive frame (6);The driven wheel (9) is welded on the front side middle position of lateral live-roller (7);Institute Transport motor (10) screw stated is mounted on the left side of cross drive frame (6);Driving wheel (11) key connection is in transmission electricity On the front side output shaft of machine (10);The transmission belt (12) is socketed in the outside of driving wheel (11) and driven wheel (9);Described Control panel (13) screw is mounted on the lower front of right side supporting leg (5);The controller (14) and power switch (15) are respectively Screw is mounted on the front side of control panel (13);The conveyer belt (16) is socketed in the outside of lateral live-roller (7);Described is anti- Falling storage shelf structure (8) includes connecting plate (81), collection bucket (82), passage (83), stop collar (84), store up dirt bag (85) and Elastic ring (86), the connecting plate (81) screw are mounted on the right side of the lower part of cross drive frame (6);The collection bucket (82) It is welded on the lower part of connecting plate (81);The passage (83) is plugged on the middle and lower part of collection bucket (82);The stop collar (84) screw is mounted on the lower end of passage (83);The elastic ring (86) is glued at the upper opening of storage dirt bag (85).
2. follow-on tungsten powder as described in claim 1 produces Full-automatic feeding device, which is characterized in that the pan feeding is slow Rushing bucket structure (3) includes storage hopper (31), limiting cushion block (32), lateral fixed link (33), sieving net (34), buffer spring (35) With vibration motor (36), the limiting cushion block (32) screw is mounted on the left and right sides of the inside upper part of storage hopper (31);Institute Lateral fixed link (33) screw stated is mounted on the bosom position of storage hopper (31);Sieving net (34) setting is limiting The lower part of position cushion block (32);The buffer spring (35) is left in the lower part that upper and lower ends are glued to sieving net (34) respectively respectively At left and right sides of right two sides and the top of lateral fixed link (33).
3. follow-on tungsten powder as described in claim 1 produces Full-automatic feeding device, which is characterized in that the material conveying Frame structure (4) includes conveying outline border (41), conveying roller (42), conveyer belt (43), delivery board (44), feeder motor (45) and discharging It struggles against (46), described conveying outline border (41) bolt is mounted on the top of fixed plate (1);Axis connects the conveying roller (42) respectively Convey the two sides up and down in middle position on the inside of outline border (41);The conveyer belt (43) is socketed in the outside of conveyer belt (43);Institute Feeder motor (45) screw stated is mounted on the upside of the front of conveying outline border (41), and is connected in the key of output shaft Yu conveying roller (42) It connects;Described discharge bucket (46) screw is mounted on the lower right side of conveying outline border (41).
4. follow-on tungsten powder as described in claim 1 produces Full-automatic feeding device, which is characterized in that the collection bucket (82) it is arranged on the right side of the lower part of conveyer belt (16).
5. follow-on tungsten powder as claimed in claim 3 produces Full-automatic feeding device, which is characterized in that the delivery board (44) spacing being provided between multiple, described delivery boards (44) is set as ten centimetres to three to centimetres, the delivery board (44) screw is mounted on the outside of conveyer belt (43).
6. follow-on tungsten powder as claimed in claim 2 produces Full-automatic feeding device, which is characterized in that the vibration electricity It is additionally provided with shield (361) on the outside of machine (36), the top of the shield (361) is set as taper, the shield (361) screw is mounted on the middle and upper part of sieving net (34).
7. follow-on tungsten powder as described in claim 1 produces Full-automatic feeding device, which is characterized in that the lateral biography The lower left side also bolt of frame (6) is sent to be equipped with L-type fixed frame (61), the left side bolt installation of the L-type fixed frame (61) On right side on the right side of the middle part of supporting leg (5).
8. follow-on tungsten powder as described in claim 1 produces Full-automatic feeding device, which is characterized in that the left side branch The rubber pad having with a thickness of three millimeters to five millimeters is also glued in the lower end of leg (2) and right side supporting leg (5).
9. follow-on tungsten powder as described in claim 1 produces Full-automatic feeding device, which is characterized in that the storage dirt bag (85) outside of passage (83) is socketed in by elastic ring (86).
10. follow-on tungsten powder as claimed in claim 2 produces Full-automatic feeding device, which is characterized in that the vibration Motor (36) screw is mounted on the middle and upper part of sieving net (34).
CN201822125933.XU 2018-12-18 2018-12-18 A kind of follow-on tungsten powder production Full-automatic feeding device Active CN209452810U (en)

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Application Number Priority Date Filing Date Title
CN201822125933.XU CN209452810U (en) 2018-12-18 2018-12-18 A kind of follow-on tungsten powder production Full-automatic feeding device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201822125933.XU CN209452810U (en) 2018-12-18 2018-12-18 A kind of follow-on tungsten powder production Full-automatic feeding device

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112121910A (en) * 2020-09-15 2020-12-25 郑州萃智电子技术有限公司 Intelligent building rubbish classification and treatment device
CN113477906A (en) * 2021-06-11 2021-10-08 安徽博晟亿电力科技有限公司 Surface cooling device for pig iron casting for production and implementation method thereof

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112121910A (en) * 2020-09-15 2020-12-25 郑州萃智电子技术有限公司 Intelligent building rubbish classification and treatment device
CN113477906A (en) * 2021-06-11 2021-10-08 安徽博晟亿电力科技有限公司 Surface cooling device for pig iron casting for production and implementation method thereof

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