CN216426086U - Large-scale vibrating activation batcher - Google Patents

Large-scale vibrating activation batcher Download PDF

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Publication number
CN216426086U
CN216426086U CN202123119025.8U CN202123119025U CN216426086U CN 216426086 U CN216426086 U CN 216426086U CN 202123119025 U CN202123119025 U CN 202123119025U CN 216426086 U CN216426086 U CN 216426086U
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Prior art keywords
blanking
feeding
feed
vibrating
cell
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CN202123119025.8U
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Chinese (zh)
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郑伟
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Xinxiang Zhengyuan Machinery Equipment Co ltd
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Xinxiang Zhengyuan Machinery Equipment Co ltd
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Abstract

The utility model discloses a large-scale vibrating activation batcher, include the feed cell body and set up in the excitation mechanism of feed cell body one side, this feed cell body bottom is fixed in supporting platform through damper on, feed cell body upside middle part is fixed with the broken awl that encircles through supporting beam, should break and encircle and be equipped with the relative arc blanking plate that sets up on the feed cell body inner wall of awl both sides respectively, break and encircle awl both sides extension plate, arc blanking plate and feed cell body both sides curb plate form respectively in broken arch awl both sides and from locking-type blanking runner, form the blanking mouth between the relative arc blanking plate bottom that sets up, feed cell body bottom is equipped with the open gate mechanism who is used for adjusting the batcher load with the position relative of blanking mouth. The utility model relates to a rationally, dependable performance, cost of maintenance are lower and the benefit is showing, and the less occasion of specially adapted colliery underworkings height is used, and engineering cost is lower, has better market perspective.

Description

Large-scale vibrating activation batcher
Technical Field
The utility model belongs to the technical field of vibratory feeding equipment, concretely relates to large-scale vibrating activation batcher.
Background
The vibrating type activation feeder belongs to a direct-discharge double-plastid activation vibrating feeder, can be widely applied to industries such as coal, metallurgy, cement, building materials and the like, and can be used for feeding systems of different materials so as to realize continuous, uniform and remote centralized control automatic feeding. The existing vortex type vibration feeding equipment consists of a vibration motor, a bucket body, an activation cone base and a vibration isolation device, wherein the bucket body is driven by the vibration motor, so that all points of the bucket body do spiral reciprocating motion, and materials are acted by force in the upper and lower aspects and the circumference, thereby achieving the purpose of arch breaking and feeding. The vibration feeding equipment has a simple structure, can complete general feeding tasks, has the defects of poor arch breaking capacity, limited feeding amount, insufficient reliability and relatively low working efficiency, and is only suitable for feeding materials with small feeding amount and small arch lapping tendency.
Disclosure of Invention
The utility model provides a technical problem provide a reasonable in design, dependable performance and running cost are lower large-scale vibrating activation batcher relatively, this large-scale vibrating activation batcher specially adapted colliery underworkings occasion of highly being lower uses.
The utility model discloses a solve above-mentioned technical problem and adopt following technical scheme, a large-scale vibrating activation batcher, its characterized in that includes the feed cell body and sets up in the excitation mechanism of feed cell body one side, this feed cell body bottom is fixed in on supporting platform through damper, feed cell body upside middle part is fixed with the broken awl of encircleing through supporting beam, be equipped with the relative arc blanking plate that sets up on the feed cell body inner wall of this broken awl both sides respectively, broken arch awl both sides extension plate, arc blanking plate and feed cell body both sides curb plate form respectively from locking-type blanking runner in broken arch awl both sides, form the blanking mouth between the relative arc blanking plate bottom that sets up, feed cell body bottom and the relative position of blanking mouth are equipped with and are used for adjusting the open gate mechanism of batcher load.
Further inject, arc blanking plate middle part be equipped with feed cell body upper portion supporting beam fixed connection suspend in midair the support gusset, should suspend in midair the support gusset and be used for promoting the support intensity of arc blanking plate and separate into two blanking chambeies with the unilateral self-locking type blanking runner, suspend in midair the bottom of support gusset and be equipped with the bar intercommunicating pore that communicates two blanking chambeies of unilateral self-locking type blanking runner, arc blanking plate bottom is equipped with the deep floor that multiunit and feed cell body inner wall fixed connection are used for promoting arc blanking plate support intensity along the blanking direction.
Further inject, damper includes damping spring and is fixed in the damping rubber ring at damping spring both ends, and the damping rubber ring on upper portion is fixed in on the supporting beam of feed cell body bottom, and the damping rubber ring of lower part is fixed in on the supporting platform.
Further inject, one side of the balancing stand in the excitation mechanism is connected with the feeding trough body through the main vibration rubber spring, and the other side of the balancing stand is provided with two groups of vibration motors which are used for realizing the resonance vibration of the feeding trough body through the main vibration rubber spring.
Further limit, a spring balancer is arranged between the balance frame and the feed trough body, and the spring balancer is composed of an upper hinged support and a lower hinged support which are arranged on the opposite sides of the feed trough body and the balance frame, and a balance rod which is hinged and fixed between the upper hinged support and the lower hinged support.
Further inject, the opposite-opening gate mechanism comprises an opposite-opening gate which is arranged by up-down staggered cutting, two sides of the opposite-opening gate are respectively provided with a guide roller which is vertically arranged and a limit roller which is transversely arranged, the guide roller and the limit roller are respectively installed in a guide track and a limit track at the bottom of the feeding groove body in a rolling manner, one side of the opposite-opening gate is provided with a connecting lug seat, the connecting lug seat is connected with a hydraulic cylinder telescopic rod which is fixed on the feeding groove body, and the opening degree of the opposite-opening gate in the up-down staggered cutting manner is realized through a hydraulic cylinder, so that the feeding amount is adjusted.
Further inject, the position relative with self-locking blanking runner is equipped with the feeding observation window on the feeding trough body lateral wall, and the position relative with the blanking mouth is equipped with ejection of compact observation window on the feeding trough body lateral wall.
Further limiting, the feed inlet at the upper part of the feed tank body is hermetically connected with the discharge outlet at the bottom of the blanking coal bunker through flexible connection.
Compared with the prior art, the utility model have following advantage and beneficial effect:
1. the utility model discloses combine feed function and activation material function as an organic whole, ensure the unobstructed whereabouts of big feed volume material, effectively solved feed bin coal problem.
2. The utility model discloses a nearly resonance vibration principle design, vibrating motor's vibration is enlarged and the stored energy through main vibrating rubber spring, makes batcher consumed power few, and exciting force is big, and the noise is lower.
3. The utility model discloses the conveyer belt middle part is fallen to the material through the direct centering of batcher in the use, has prevented band conveyer because the side direction impact causes the off tracking problem.
4. The utility model discloses dependable performance and life are longer, and the maintenance cost is low, saves the electric energy, and the running cost is lower.
Drawings
Fig. 1 is a schematic structural diagram of the present invention;
fig. 2 is a side view of the present invention.
In the figure: 1-feeding trough body, 2-supporting platform, 3-arch breaking cone, 4-arc blanking plate, 5-suspension supporting rib plate, 6-strip-shaped communicating hole, 7-reinforcing rib plate, 8-damping spring, 9-damping rubber ring, 10-balancing stand, 11-main vibration rubber spring, 12-vibration motor, 13-spring balancer, 14-feeding observation window, 15-discharging observation window, 16-flexible connection and 17-blanking coal bunker.
Detailed Description
Combine the technical scheme of the utility model, a large-scale vibrating activation batcher, include feed cell body 1 and set up in the excitation mechanism of feed cell body 1 one side, this 1 bottoms of feed cell body is fixed in on supporting platform 2 through damper, 1 upside middle part of feed cell body is fixed with broken arch awl 3 through supporting beam, be equipped with the arc blanking plate 4 of relative setting on the 1 inner wall of feed cell body of this broken arch awl 3 both sides respectively, broken arch awl 3 both sides extension plate, arc blanking plate 4 and 1 both sides curb plate of feed cell body form respectively from locking-type blanking runner in broken arch awl 3 both sides, form the blanking mouth between the arc blanking plate 4 bottoms of relative setting, feed cell body 1 bottom is equipped with the open gate mechanism that is used for adjusting the batcher load of discharging with the relative position of blanking mouth.
Arc blanking plate 4 middle part be equipped with 1 upper portion supporting beam fixed connection of feed cell body suspend supporting rib plate 5 in midair, should suspend supporting rib plate 5 in midair and be used for promoting arc blanking plate 4 support intensity and separate into two blanking chambeies with unilateral from locking-type blanking runner, suspend supporting rib plate 5's bottom in midair and be equipped with the bar intercommunicating pore 6 of intercommunication unilateral from two blanking chambeies of locking-type blanking runner, arc blanking plate 4 bottom is equipped with the deep floor 7 that multiunit and 1 inner wall fixed connection of feed cell body are used for promoting arc blanking plate 4 support intensity along the blanking direction.
Damper includes damping spring 8 and is fixed in the damping rubber ring 9 at damping spring both ends, and on the damping rubber ring 9 on upper portion was fixed in the supporting beam of 1 bottom of feed cell body, the damping rubber ring 9 of lower part was fixed in on supporting platform 2.
The utility model discloses a gimbal 10 one side is connected with feed cell body 1 through main vibrating rubber spring 11 among the excitation mechanism, and two sets of vibrating motor 12 that are used for realizing feed cell body 1 resonance vibration through main vibrating rubber spring 11 are installed to gimbal 10 opposite side.
Be equipped with spring balancer 13 between balance frame 10 and the feed cell body 1, this spring balancer 13 comprises the balancing pole that sets up in the last free bearing and the free bearing down of feed cell body 1 and balance frame 10 opposite side and articulated be fixed in between free bearing and the free bearing down.
Open gate mechanism comprises the open gate that sets up by upper and lower miscut, should be equipped with the guide idler of vertical setting and the spacing gyro wheel of horizontal setting respectively to open gate both sides, guide idler and spacing gyro wheel roll respectively and install in the guide track and the spacing track of 1 bottom of feed cell body, open gate one side is equipped with the engaging lug seat, this engaging lug seat is connected with the hydraulic cylinder telescopic link that is fixed in on the feed cell body 1 for realize through hydraulic cylinder that open gate is from top to bottom the miscut degree of opening, and then reach the regulation of batcher feed volume.
Feed 1 lateral wall on the cell body with be equipped with feeding observation window 14 from the relative position of locking-type blanking runner, feed 1 lateral wall on the cell body with the relative position of blanking mouth be equipped with ejection of compact observation window 15.
The feed inlet on the upper part of the feed tank body 1 is connected with the discharge outlet at the bottom of the blanking coal bunker 17 in a sealing way through a flexible joint 16.
The utility model discloses a theory of operation does: the vibration motor 12 installed on the balance frame 10 is connected with the feeding trough body 1 through the main vibration rubber spring 11, the main vibration rubber spring 11 restrains the vibration exciting force generated by the vibration exciting mechanism balance frame 10 and the feeding trough body 1 during working, so that the feeding machine vibrates under the condition of near resonance, the vibration exciting force is small, the feeding trough body 1 is prevented from bearing overlarge dynamic stress, the service life of the feeding machine is prolonged, the energy consumption is reduced, the noise is reduced, and the starting and the stopping are rapid and stable. The exciting force generated by the eccentric block of the vibration motor 12 is transmitted to the feeding machine groove body 1 through the main vibration rubber spring 11, and the feeding groove body 1 generates vibration to activate and loosen the material in the feeding groove body 1 so as to achieve the feeding purpose; when the vibration motor 12 stops working, the feeding trough body 1 stops vibrating, the self-locking of the materials in the self-locking blanking flow channel is realized, and the feeding is stopped.
The utility model discloses can be in work under the nearly resonance state, the rubber spring of master vibration is with the natural rubber preparation, and it has following characteristics: 1. the vibrating type activation feeder has stable operation and stable amplitude; 2. compared with a vibrating type activation feeding machine with the same production rate, the vibrating type activation feeding machine has relatively low energy consumption and small motor capacity; 3. the feeding amount of the vibrating type activation feeder can be adjusted by adjusting the opening of the open type gate, and the magnitude of the exciting force can be adjusted to meet the requirement of production amount; 4. the vibrating type activation feeder has strong adaptability and wide application range, is suitable for feeding and conveying various materials with the feeding granularity being less than 300mm, and can meet the continuous and frequent intermittent working requirements.
Vibrating activation batcher reasonable in design, dependable performance, cost of maintenance are lower and the benefit is showing, the less occasion of specially adapted colliery underworkings height is used, engineering cost is lower, has better market perspective.
The foregoing shows and describes the general principles of the present invention, with its principal features and advantages, and further, various changes and modifications can be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

Claims (8)

1. The utility model provides a large-scale vibrating activation batcher, its characterized in that includes the feed cell body and sets up in the excitation mechanism of feed cell body one side, this feed cell body bottom is fixed in on the supporting platform through damper, feed cell body upside middle part is fixed with broken arch awl through supporting beam, be equipped with the relative arc blanking plate that sets up on the feed cell body inner wall of this broken arch awl both sides respectively, broken arch awl both sides extension plate, arc blanking plate and feed cell body both sides curb plate form respectively from locking-type blanking runner in broken arch awl both sides, form the blanking mouth between the relative arc blanking plate bottom that sets up, feed cell body bottom and the relative position of blanking mouth are equipped with the open gate mechanism that is used for adjusting the batcher load.
2. A large vibrating activated feeder according to claim 1, characterised in that: arc blanking plate middle part be equipped with feed cell body upper portion supporting beam fixed connection's suspension support gusset, should suspend in midair the support gusset and be used for promoting the support intensity of arc blanking plate and separate into two blanking chambeies with the unilateral self-locking type blanking runner, the bottom of suspending in midair the support gusset is equipped with the bar intercommunicating pore that communicates unilateral self-locking type blanking runner two blanking chambeies, arc blanking plate bottom is equipped with the deep floor that multiunit and feed cell body inner wall fixed connection are used for promoting arc blanking plate support intensity along the blanking direction.
3. A large vibrating activated feeder according to claim 1, characterised in that: the damping mechanism comprises a damping spring and damping rubber rings fixed at two ends of the damping spring, the damping rubber ring at the upper part is fixed on a supporting cross beam at the bottom of the feeding tank body, and the damping rubber ring at the lower part is fixed on a supporting platform.
4. A large vibrating activated feeder according to claim 1, characterised in that: one side of a balancing frame in the excitation mechanism is connected with the feeding trough body through a main vibration rubber spring, and two groups of vibration motors used for realizing the resonance vibration of the feeding trough body through the main vibration rubber spring are arranged on the other side of the balancing frame.
5. A large vibrating activated feeder according to claim 4, characterised in that: and a spring balancer is arranged between the balance frame and the feeding trough body, and the spring balancer consists of an upper hinged support and a lower hinged support which are arranged on the opposite sides of the feeding trough body and the balance frame, and a balance rod which is hinged and fixed between the upper hinged support and the lower hinged support.
6. A large vibrating activated feeder according to claim 1, characterised in that: the split gate mechanism is composed of split gates arranged in an up-down staggered manner, two sides of each split gate are respectively provided with a guide roller of vertical arrangement and a limit roller of transverse arrangement, the guide roller and the limit roller are respectively installed in a guide track and a limit track at the bottom of a feeding groove body in a rolling manner, one side of each split gate is provided with a connecting lug seat, the connecting lug seat is connected with a hydraulic cylinder telescopic rod fixed on the feeding groove body, and the split gate mechanism is used for realizing the up-down staggered opening degree of the split gate through a hydraulic cylinder and further achieving the adjustment of the feeding amount of the feeding machine.
7. A large vibrating activated feeder according to claim 1, characterised in that: the feeding observation window is arranged at the position, opposite to the self-locking blanking flow channel, on the side wall of the feeding groove body, and the discharging observation window is arranged at the position, opposite to the blanking port, on the side wall of the feeding groove body.
8. A large vibrating activated feeder according to claim 1, characterised in that: and the feeding hole at the upper part of the feeding groove body is hermetically connected with the discharging hole at the bottom of the blanking coal bunker through flexible connection.
CN202123119025.8U 2021-12-13 2021-12-13 Large-scale vibrating activation batcher Active CN216426086U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202123119025.8U CN216426086U (en) 2021-12-13 2021-12-13 Large-scale vibrating activation batcher

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202123119025.8U CN216426086U (en) 2021-12-13 2021-12-13 Large-scale vibrating activation batcher

Publications (1)

Publication Number Publication Date
CN216426086U true CN216426086U (en) 2022-05-03

Family

ID=81316894

Family Applications (1)

Application Number Title Priority Date Filing Date
CN202123119025.8U Active CN216426086U (en) 2021-12-13 2021-12-13 Large-scale vibrating activation batcher

Country Status (1)

Country Link
CN (1) CN216426086U (en)

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