CN203428373U - Multipoint supporting wheel driven type hanging type belt conveyor - Google Patents
Multipoint supporting wheel driven type hanging type belt conveyor Download PDFInfo
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- CN203428373U CN203428373U CN201320537465.1U CN201320537465U CN203428373U CN 203428373 U CN203428373 U CN 203428373U CN 201320537465 U CN201320537465 U CN 201320537465U CN 203428373 U CN203428373 U CN 203428373U
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- support roller
- roller
- conveyor
- tenon
- driven support
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Abstract
Provided is a multipoint supporting wheel driven type hanging type belt conveyor. The shortcoming that a single long-distance conveyor has high requirement on longitudinal tensile strength of a conveying belt and even the requirement is impossibly met in the prior art is solved. The multipoint supporting wheel driven type hanging type belt conveyor is characterized in that a left steel cable 2 and a right steel cable 4 are connected between two tower frames 28. One end of a left sling 1 and one end of a right sling 3 are respectively connected with the left steel cable 2 and the right steel cable 4. The other end of the left sling 1 and the other end of the right sling 3 are respectively connected with a left longitudinal beam 21 and a right longitudinal beam 6. A cross piece 22 is connected between the left longitudinal beam 21 and the right longitudinal beam 6. The multipoint supporting wheel driven type hanging type belt conveyor has the advantages that traditional supporting rollers are not used, the investment is reduced, the resonance problem of the conveyor is solved, and the conveyor resistance coefficient is reduced. In addition, the conveyor operation is achieved by driving the conveying belt by means of supporting rollers arranged on two sides of the conveying belt, accordingly the laying length of a single belt conveyor is greatly increased, and the cost of the conveying belt is reduced by 30%-50%. The multipoint supporting wheel driven type hanging type belt conveyor is good in practicability, and the problem that the length of the single belt conveyor is limited by the tensile strength of the conveying belt is solved.
Description
Technical field
The utility model is the B65G in International Classification of Patents, i.e. band conveyor, particularly a kind of multiple spot support roller driving suspension type band conveyor.
Background technology
Belt conveyer of the prior art, is the continuous conveying equipment as material carrying and traction piece by load-transfer device, and it relies on friction force driving conveying belt to move by driving drum.Belt tension must meet two conditions: 1, and under any condition of loading, the tension force acting on load-transfer device should make the circumferential force on whole driving drums be delivered on load-transfer device by friction, and between load-transfer device and cylinder, should guarantee non-slip; 2, the tension force acting on load-transfer device is enough large, makes the sag of load-transfer device between two carrying rollers be less than certain value.Under such condition restriction, the conveyer of the long distance of wall scroll requires very high to load-transfer device longitudinal tensile strength, and it is impossible even to become.Abroad the longest wall scroll belt conveyer reaches 15000m at present, the domestic 8984m that reaches most, and it is domestic that to produce high-grade load-transfer device be ST5400 and ST6300.
Summary of the invention
In order to solve the weak point in above-mentioned background technology, the purpose of this utility model is to provide a kind of multiple spot support roller and drives suspension type band conveyor, technical solution of the present utility model is: pylon, cable wire, hoist cable, stull, longeron, supporting roller base, upper conveyor belt, lower load-transfer device, motor cabinet, motor, cover of dust, Timing Belt, consist of, it is characterized in that: between two pylons 28, be connected with left cable wire 2 and right tightwire 4; One end of left hoist cable 1 and right hoist cable 3 is connected with right tightwire 4 with left cable wire 2 respectively; The other end of left hoist cable 1 and right hoist cable 3 is connected respectively left longeron 21 and right vertical beam 6;
Left supporting roller base 20 and left motor cabinet 25 are separately fixed on left longeron 21, and right supporting roller base 7 and right motor cabinet 24 are separately fixed on right vertical beam 6; The left motor 26 of angle adjustable and right motor 23 are individually fixed in left motor cabinet 25 and right motor cabinet 24.The left active roller station 17 being coupled on left motor 26 output shafts is connected by Timing Belt 27 each other; The right active roller station 10 being coupled on right motor 23 output shafts is connected by Timing Belt 27 each other.
Longitudinal dual-side of upper conveyor belt 15 and lower load-transfer device 13 is tenon shape.Longitudinal dual-side tenon 19 on upper conveyor belt 15 and tenon 8 are placed in respectively between the driven support roller 18 in upper left and left active roller station 17, the driven support roller 9 in upper right and right active roller station 10; Longitudinal dual-side tenon 16 on lower load-transfer device 13 and tenon 11 are placed in respectively between the driven support roller 14 in lower-left and left active roller station 17, the driven support roller 12 in bottom right and right active roller station 10.The driven support roller 18 in upper left is connected with left supporting roller base 20; The driven support roller 9 in upper right is connected with right supporting roller base 7.
The driven support roller 14 in lower-left is connected with left motor cabinet 25 with left supporting roller base 20 and is adjustable; For adjusting the longitudinal dual-side tenon 16 on longitudinal dual-side tenon 19, tenon 8 and lower load-transfer device 13 and the lower load-transfer device 13 on each wheel and upper conveyor belt 15 and upper conveyor belt 15, the pressure between tenon 11; The driven support roller 12 in bottom right is connected with right motor cabinet 24 with right supporting roller base 7 and is adjustable, for adjusting the longitudinal dual-side tenon 16 on longitudinal dual-side tenon 19, tenon 8 and lower load-transfer device 13 and the lower load-transfer device 13 on each wheel and upper conveyor belt 15 and upper conveyor belt 15, the pressure between tenon 11.
The utility model is compared the advantage that background technology has: from above technical scheme, this multiple spot support roller drives suspension type belt conveyer not use traditional carrying roller, reduced the investment of carrying roller and eliminated the resonance problem of conveyer, meanwhile, straight line conveyer drag coefficient is reduced.In addition, the utility model is to rely on the support roller of arranging along load-transfer device both sides to drive load-transfer device operation, longitudinal tensile strength requirement to load-transfer device is extremely low, thereby makes wall scroll belt conveyer on laying length, have very big raising, and makes the cost of load-transfer device decline 30%～50%.The utility model is simple in structure, practical, has solved the problem that wall scroll belt conveyer length is limited by load-transfer device longitudinal tensile strength.
Accompanying drawing explanation
Fig. 1 is that integral structure master of the present utility model looks schematic diagram, wherein 3 be right hoist cable, 4 is right tightwire, 6 is right vertical beam, 7 is right supporting roller base, and 12 is the driven support roller in bottom right, and 17 is left active roller station, and 15 is upper conveyor belt, 25 is left motor cabinet, and 26 is left motor, and 27 is Timing Belt, and 28 is pylon.
Fig. 2 is the A-A cross-sectional schematic in Fig. 1, wherein 1 be left hoist cable, 2 is left cable wire, 3 is right hoist cable, 4 is right tightwire, 5 is cover of dust, 6 is right vertical beam, 7 is right supporting roller base, 8 is upper conveyor belt 15 tenons, 9 is the driven support roller in upper right, 10 is right active roller station, 11 is the longitudinal dual-side tenon tenon on lower load- transfer device 13, 12 is the driven support roller in bottom right, 13 is lower load-transfer device, 14 is the driven support roller in lower-left, 15 is upper conveyor belt, 16 is the longitudinal dual-side tenon on lower load- transfer device 13, 17 is left active roller station, 18 is the driven support roller in upper left, 19 is the longitudinal dual-side tenon on upper conveyor belt 15, 20 is left supporting roller base, 21 is left longeron, 22 is stull.
Fig. 3 is the B-B cross-sectional schematic in Fig. 1, wherein 1 be left hoist cable, 2 is left cable wire, 3 is right hoist cable, 4 is right tightwire, 5 is cover of dust, 6 is right vertical beam, 7 is right supporting roller base, 8 is upper conveyor belt 15 tenons, 9 is the driven support roller in upper right, 10 is right active roller station, 11 is the longitudinal dual-side tenon tenon on lower load- transfer device 13, 12 is the driven support roller in bottom right, 13 is lower load-transfer device, 14 is the driven support roller in lower-left, 15 is upper conveyor belt, 16 is the longitudinal dual-side tenon on lower load- transfer device 13, 17 is left active roller station, 18 is the driven support roller in upper left, 19 is the longitudinal dual-side tenon on upper conveyor belt 15, 20 is left supporting roller base, 21 is left longeron, 22 is stull, 23 is right motor, 24 is right motor cabinet, 25 is left motor cabinet, 26 is left motor.
The specific embodiment
Between two pylons 28, be connected with left cable wire 2 and right tightwire 4; One end of left hoist cable 1 and right hoist cable 3 is connected with right tightwire 4 with left cable wire 2 respectively; The other end of left hoist cable 1 and right hoist cable 3 is connected respectively left longeron 21 and right vertical beam 6:
Left supporting roller base 20 and left motor cabinet 25 are separately fixed on left longeron 21, and right supporting roller base 7 and right motor cabinet 24 are separately fixed on right vertical beam 6; The left motor 26 of angle adjustable and right motor 23 are individually fixed in left motor cabinet 25 and right motor cabinet 24.The left active roller station 17 being coupled on left motor 26 output shafts is connected by Timing Belt 27 each other; The right active roller station 10 being coupled on right motor 23 output shafts is connected by Timing Belt 27 each other.
Longitudinal dual-side of upper conveyor belt 15 and lower load-transfer device 13 is tenon shape.Longitudinal dual-side tenon 19 on upper conveyor belt 15 and tenon 8 are placed in respectively between the driven support roller 18 in upper left and left active roller station 17, the driven support roller 9 in upper right and right active roller station 10; Longitudinal dual-side tenon 16 on lower load-transfer device 13 and tenon 11 are placed in respectively between the driven support roller 14 in lower-left and left active roller station 17, the driven support roller 12 in bottom right and right active roller station 10.The driven support roller 18 in upper left is connected with left supporting roller base 20; The driven support roller 9 in upper right is connected with right supporting roller base 7.
The driven support roller 14 in lower-left is connected with left motor cabinet 25 with left supporting roller base 20 and is adjustable; For adjusting the longitudinal dual-side tenon 16 on longitudinal dual-side tenon 19, tenon 8 and lower load-transfer device 13 and the lower load-transfer device 13 on each wheel and upper conveyor belt 15 and upper conveyor belt 15, the pressure between tenon 11; The driven support roller 12 in bottom right is connected with right motor cabinet 24 with right supporting roller base 7 and is adjustable, for adjusting the longitudinal dual-side tenon 16 on longitudinal dual-side tenon 19, tenon 8 and lower load-transfer device 13 and the lower load-transfer device 13 on each wheel and upper conveyor belt 15 and upper conveyor belt 15, the pressure between tenon 11.
Belt conveyer general in head of the present utility model and tail part and background technology is basic identical.Inventive point of the present utility model is mainly that fuselage sections is that multiple spot support roller drives, and the number needs that this multiple spot support roller drives decides according to actual place of using and concrete operational throughput.
During belt conveyer operation of the present utility model, the left motor 26 several left active roller stations 17 in rear and front end are connected by Timing Belt 27; The right motor 23 several right active roller stations 10 in rear and front end are connected by Timing Belt, so form a driver element, drive upper and lower load-transfer device, guide by cable wire and longeron simultaneously, and load-transfer device is moved to direction separately respectively.
The utility model is for convey materials.
Claims (4)
1. a multiple spot support roller drives suspension type band conveyor, by pylon, cable wire, hoist cable, stull, longeron, supporting roller base, upper conveyor belt, lower load-transfer device, motor cabinet, motor, cover of dust, Timing Belt, formed, it is characterized in that: between two pylons (28), be connected with left cable wire (2) and right tightwire (4); One end of left hoist cable (1) and right hoist cable (3) is connected with right tightwire (4) with left cable wire (2) respectively; The other end of left hoist cable (1) and right hoist cable (3) is connected respectively left longeron (21) and right vertical beam (6), and stull (22) is connected between left longeron (21) and right vertical beam (6).
2. according to the multiple spot support roller described in claim 1, drive suspension type band conveyor, it is characterized in that: it is upper that left supporting roller base (20) and left motor cabinet (25) are separately fixed at left longeron (21), and right supporting roller base (7) and right motor cabinet (24) are separately fixed on right vertical beam (6); The left motor (26) of angle adjustable and right motor (23) are individually fixed in left motor cabinet (25) and right motor cabinet (24); The left active roller station (17) being coupled on left motor (26) output shaft is connected by Timing Belt (27) each other; The right active roller station (10) being coupled on right motor (23) output shaft is connected by Timing Belt (27) each other.
3. according to the multiple spot support roller described in claim 1, drive suspension type band conveyor, it is characterized in that: longitudinal dual-side of upper conveyor belt (15) and lower load-transfer device (13) is tenon shape, the longitudinal dual-side tenon (19) on upper conveyor belt (15) and tenon (8) are placed in respectively between the driven support roller in upper left (18) and left active roller station (17), the driven support roller in upper right (9) and right active roller station (10); Longitudinal dual-side tenon (16) on lower load-transfer device (13) and tenon (11) are placed in respectively between the driven support roller in lower-left (14) and left active roller station (17), the driven support roller in bottom right (12) and right active roller station (10).The driven support roller in upper left (18) is connected with left supporting roller base (20); The driven support roller in upper right (9) is connected with right supporting roller base (7).
4. according to the multiple spot support roller described in claim 1, drive suspension type band conveyor, it is characterized in that: the driven support roller in lower-left (14) is connected with left motor cabinet (25) with left supporting roller base (20); The driven support roller in bottom right (12) is connected with right motor cabinet (24) with right supporting roller base (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320537465.1U CN203428373U (en) | 2013-08-22 | 2013-08-22 | Multipoint supporting wheel driven type hanging type belt conveyor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320537465.1U CN203428373U (en) | 2013-08-22 | 2013-08-22 | Multipoint supporting wheel driven type hanging type belt conveyor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203428373U true CN203428373U (en) | 2014-02-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320537465.1U Expired - Fee Related CN203428373U (en) | 2013-08-22 | 2013-08-22 | Multipoint supporting wheel driven type hanging type belt conveyor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203428373U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107840090A (en) * | 2016-09-20 | 2018-03-27 | 苏州润桐专利运营有限公司 | A kind of bi-motor drag conveyor |
-
2013
- 2013-08-22 CN CN201320537465.1U patent/CN203428373U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107840090A (en) * | 2016-09-20 | 2018-03-27 | 苏州润桐专利运营有限公司 | A kind of bi-motor drag conveyor |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140212 Termination date: 20150822 |
|
| EXPY | Termination of patent right or utility model |