CN204172183U - The pure machine driving assembly of a kind of block machine - Google Patents
The pure machine driving assembly of a kind of block machine Download PDFInfo
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- CN204172183U CN204172183U CN201420651898.4U CN201420651898U CN204172183U CN 204172183 U CN204172183 U CN 204172183U CN 201420651898 U CN201420651898 U CN 201420651898U CN 204172183 U CN204172183 U CN 204172183U
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Abstract
The utility model provides the pure machine driving assembly of a kind of block machine, comprises functional block and drive block; Functional block comprises depression bar, briquetting, conveyer belt, door bar, feeding gate; Drive block divides primarily of active force part, torque transfer part, speed change output and transmit power section composition.The utility model is pure frame for movement 1., safe and reliable, safeguards easily, seldom occurs the fault being difficult to expect; 2. rational in infrastructure, well can design building block process, required rudimentary knowledge is few, design can meet easily the different demands of different users.
Description
Technical field
The utility model belongs to cement manufacture field, is specifically related to the pure machine driving assembly of a kind of block machine.
Background technology
In prior art, block machine major impetus source is hydraulic power, depend on Electronic Control, and the perishable feature of electronic devices and components is not until still solved by perfection today, and often use inferior materials and turn out substandard goods in the place that domestic production producer is crucial at some and not too easily see, though make block machine design very perfect in reality long-term continuous production process the also various fault being difficult to expect of as easy as rolling off a log appearance.
Utility model content
For solving the problems of the technologies described above, the utility model provides the pure machine driving assembly of a kind of block machine, this block machine pure machine driving assembly is controlled block machine by pure frame for movement, effectively ensures that fault easily finds, long-term continuous production is safe and reliable.
The utility model is achieved by the following technical programs.
The pure machine driving assembly of a kind of block machine that the utility model provides, comprises functional block and drive block; Functional block comprises depression bar, briquetting, conveyer belt, door bar, feeding gate; Briquetting is arranged on above conveyer belt and also can moves in the vertical direction, and briquetting top is fixed with depression bar, and depression bar is provided with groove in drive block side, is provided with depression bar groove tooth in groove; Feed hopper is arranged on above conveyer belt one end, and exit position is provided with can the feeding gate of folding, and feeding gate controls the folding of feed hopper outlet by the door bar that plan vertical is fixed, and door bar is provided with groove in drive block side, is provided with a bar groove tooth in groove;
Drive block divides primarily of active force part, torque transfer part, speed change output and transmit power section composition; Active force part divides engaged transmission by the first half teeth, the second half teeth to torque transfer part, and torque transfer part is divided and the engagement of speed change output, and the engagement of speed change output drives depression bar groove tooth and door bar groove tooth; Active force part also drives transmission power section by transmitting driving tooth engagement, transmits power section and drives conveyer belt intermittent movement by transmitting power wheel.
Described active force part by driving shaft, transmit driving tooth, the first half teeth, tooth sector group, the second half teeth form, driving shaft is by driven by motor, transmit driving tooth, the first half teeth, the second half teeth are contained on driving shaft side by side, between the first half teeth and the second half teeth, be provided with tooth sector group.
Described torque transfer part is divided and is made up of gear teeth before gear teeth, the second driven tooth, second before driven shaft, the first driven tooth, first, before first driven tooth, first, before gear teeth, the second driven tooth, second, gear teeth is contained on driven shaft side by side, first driven tooth and the first half teeth engageable, the second driven tooth and the second half teeth engageable; Before first driven tooth, first, before gear teeth, the second driven tooth, second, gear teeth size is identical.
Described speed change output comprises first from gear teeth, the first distance tooth, second from gear teeth, second distance tooth, first engages from gear teeth with gear teeth before first, second engages from gear teeth with gear teeth before second, first engages successively from gear teeth, the first distance tooth, depression bar groove tooth, and second engages successively from gear teeth, second distance tooth, door bar groove tooth.
Described transmission power section comprises driven pulley, cover tooth, front transmission tooth, inner cone tooth, rear cone tooth, transmits whole tooth, transmits line shaft, transmits power wheel; Upper driven pulley engages with transmission driving tooth; Cover tooth is arranged on driven pulley side-lower, and upper driven pulley has arc block in cover tooth side, and cover tooth has ring-like piece in upper driven pulley side; The opposite side of cover tooth is provided with cover block, and inner cone tooth is set up in parallel with cover tooth, and inner cone tooth is provided with the blind hole of shape and cover Block-matching in cover block side, and in cover tooth and inner cone tooth, any one is fixed with apart from spring overlap on the side between tooth and inner cone tooth; Rear cone tooth right angle engagement inner cone tooth, front transmission tooth is coaxially arranged at the taper back side of rear cone tooth and rear cone tooth; Front transmission tooth drives the whole tooth of transmission by the mode of chain or engagement; Transmit whole tooth and be arranged on transmission line shaft one end, transmit line shaft and be coaxially coaxially connected with transmission power wheel in the other end transmitting whole tooth place end.
Transmit tooth before described and drive the whole tooth of transmission by driving chain.
There is inclined-plane the end of described arc block.
The quantity of described cover block, distance spring is more than three.
Shared by described transmission driving tooth and tooth sector group half tooth, radian is less than the half of gear full circle.
Described first is all greater than 5:1 from the gear ratio of gear teeth before gear teeth and first, described second from the gear ratio of gear teeth before gear teeth and second.
The beneficial effects of the utility model are: 1. pure frame for movement, safe and reliable, safeguard easily, seldom occur the fault being difficult to expect; 2. rational in infrastructure, well can design building block process, required rudimentary knowledge is few, design can meet easily the different demands of different users.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the side view of Fig. 1;
Fig. 3 is the top view of Fig. 1;
Fig. 4 is the front view of Fig. 1;
In figure: 11-depression bar, 12-briquetting, 13-conveyer belt, 14-door bar, 15-feeding gate, 16-feed hopper, 21-driving shaft, 22-transmits driving tooth, 23-the first half tooth, 24-tooth sector group, 25-the second half tooth, 31-driven shaft, 32-first driven tooth, gear teeth before 33-first, 34-second driven tooth, gear teeth before 35-second, 41-first is from gear teeth, 42-first is apart from tooth, 43-depression bar groove tooth, 44-second is from gear teeth, 45-second distance tooth, 46-door bar groove tooth, the upper driven pulley of 51-, 52-overlaps tooth, tooth is transmitted before 53-, 54-arc block, ring-like piece of 55-, 56-overlaps block, 57-distance spring, 58-inner cone tooth, tooth is bored after 59-, 61-driving chain, 62-transmits whole tooth, 63-transmits line shaft, 64-transmits power wheel.
Detailed description of the invention
Further describe the technical solution of the utility model below, but described in claimed scope is not limited to.
The pure machine driving assembly of a kind of block machine as shown in Figures 1 to 4, comprises functional block and drive block; Functional block comprises depression bar 11, briquetting 12, conveyer belt 13, door bar 14, feeding gate 15; Briquetting 12 is arranged on above conveyer belt 13 and also can moves in the vertical direction, and briquetting 12 top is fixed with depression bar 11, and depression bar 11 is provided with groove in drive block side, is provided with depression bar groove tooth 43 in groove; Feed hopper 16 is arranged on above conveyer belt 13 one end, exit position is provided with can the feeding gate 15 of folding, feeding gate 15 controls the folding of feed hopper 16 outlet by the door bar 14 that plan vertical is fixed, and door bar 14 is provided with groove in drive block side, is provided with a bar groove tooth 46 in groove;
Drive block divides primarily of active force part, torque transfer part, speed change output and transmit power section composition; Active force part divides engaged transmission by the first half teeth 23, the second half tooth 25 pairs of torque transfer part, and torque transfer part is divided and the engagement of speed change output, and the engagement of speed change output drives depression bar groove tooth 43 and door bar groove tooth 46; Active force part also engages drive transmission power section by transmitting driving tooth 22, transmits power section and drives conveyer belt 13 intermittent movement by transmitting power wheel 64.
Described active force part by driving shaft 21, transmit driving tooth 22, the first half teeth 23, tooth sector group 24, the second half teeth 25 form, driving shaft 21 is by driven by motor, transmit driving tooth 22, the first half teeth 23, the second half teeth 25 are contained on driving shaft 21 side by side, between the first half teeth 23 and the second half teeth 25, be provided with tooth sector group 24.
Described torque transfer part is divided and is made up of gear teeth 35 before gear teeth 33, second driven tooth 34, second before driven shaft 31, first driven tooth 32, first, before first driven tooth 32, first, before gear teeth 33, second driven tooth 34, second, gear teeth 35 is contained on driven shaft 31 side by side, first driven tooth 32 and the first half teeth 23 engageable, the second driven tooth 34 and the second half teeth 25 engageable; Before first driven tooth 32, first, before gear teeth 33, second driven tooth 34, second, gear teeth 35 size is identical.
Described speed change output comprises first from gear teeth 41, first distance tooth 42, second from gear teeth 44, second distance tooth 45, first engages from gear teeth 41 with gear teeth before first 33, second engages from gear teeth 44 with gear teeth before second 35, first engages successively from gear teeth 41, first distance tooth 42, depression bar groove tooth 43, and second engages successively from gear teeth 44, second distance tooth 45, door bar groove tooth 46.
Described transmission power section comprises driven pulley 51, cover tooth 52, front transmission tooth 53, inner cone tooth 58, rear cone tooth 59, transmits whole tooth 62, transmits line shaft 63, transmits power wheel 64; Upper driven pulley 51 engages with transmission driving tooth 22; Cover tooth 52 is arranged on driven pulley 51 side-lower, and upper driven pulley 51 has arc block 54 in cover tooth 52 side, and cover tooth 52 has ring-like piece 55 in upper driven pulley 51 side; The opposite side of cover tooth 52 is provided with cover block 56, inner cone tooth 58 is set up in parallel with cover tooth 52, and inner cone tooth 58 is provided with in cover block 56 side the blind hole that shape mate with cover block 56, overlaps in tooth 52 and inner cone tooth 58 any one and be fixed with apart from spring 57 overlapping on the side between tooth 52 and inner cone tooth 58; Rear cone tooth 59 right angle engagement inner cone tooth 58, front transmission tooth 53 is coaxially arranged at the taper back side of rear cone tooth 59 and rear cone tooth 59; Front transmission tooth 53 drives the whole tooth 62 of transmission by the mode of chain or engagement; Transmit whole tooth 62 and be arranged on transmission line shaft 63 one end, transmit line shaft 63 and be coaxially coaxially connected with transmission power wheel 64 in the other end transmitting whole tooth 62 place end.
Transmit tooth 53 before described and drive the whole tooth 62 of transmission by driving chain 61.
There is inclined-plane the end of described arc block 54.
The quantity of described cover block 56, distance spring 57 is more than three.
Shared by described transmission driving tooth 22 and tooth sector group 24 half tooth, radian is less than the half of gear full circle.
Described first is all greater than 5:1 from the gear ratio of gear teeth 33 before gear teeth 41 and first, described second from the gear ratio of gear teeth 35 before gear teeth 44 and second.
During utility model works, driven by motor driving shaft 21 makes transmission driving tooth 22, the first half teeth 23, the second half teeth 25 rotate, wherein transmit driving tooth 22 and the first half tooth 23 rotating in same directions, and the second half teeth 25 rotate backward with transmission driving tooth 22 or the first half teeth 23 under the effect of tooth sector group 24, the first half teeth 23 and the second half teeth 25 drive the first driven tooth 32 and the second driven tooth 34 to rotate, make that driven shaft 31 rotation direction is positive and negative carries out in turn, before the rotation of driven shaft 31 can make first, before gear teeth 33 and second, gear teeth 35 drives first to rotate from gear teeth 41 and second from gear teeth 44 respectively, thus by the first distance tooth 42, depression bar groove tooth 43 and second distance tooth 45, door bar groove tooth 46 makes depression bar 11 and door bar 14 upwards move in turn downwards, the moving up and down of depression bar 11 drives briquetting 12 to move up and down and realizes building block, the moving up and down of door bar 14 drives feeding gate 15 to move up and down and realizes interval charging, on the other hand, transmit driving tooth 22 to drive and go up driven pulley 51 and rotate, and upper driven pulley 51 drives cover tooth 52 to rotate, at arc block 54, the effect of ring-like piece 55 tooth 52 of trapping is subject to the thrust that intermittent promotes to inner cone tooth 58, when overlapping tooth 52 and being pushed near inner cone tooth 58, cover block 56 sticks in the blind hole of inner cone tooth 58, thus cover tooth 52 drives inner cone tooth 58 to rotate, and when overlapping tooth 52 and losing thrust, distance spring 57 will overlap tooth 52 pushed home, cover tooth 52 cannot drive inner cone tooth 58 to rotate, the intermittent realizing inner cone tooth 58 is thus rotated, and inner cone tooth 58 can drive rear cone tooth 59 to rotate, tooth 53 is transmitted before rear cone tooth 59 coaxial linkage, front transmission tooth 53 is driven by driving chain 61 and transmits whole tooth 62, thus transmit whole tooth 62 and by transmitting line shaft 63, transmission power wheel 64 intermittent is rotated, conveyer belt 13 intermittent is finally made to move.
Before specifically coming into operation, need according to concrete place size, motor speed, the demand of the aspects such as building block speed, to radian shared by half tooth of the first half teeth 23 and the second half teeth 25, before first, gear teeth 33 and first is from the gear ratio of gear teeth 41, before second, gear teeth 35 and second is from the gear ratio of gear teeth 44, transmit driving tooth 22 to design to the overall gear ratio transmitting line shaft 63, following process can be carried out smoothly: concrete enters from feed hopper 16, block is separated into on conveyer belt 13 according to predetermined by the FREQUENCY CONTROL of feeding gate 15, when moving to below briquetting 12, conveyer belt 13 stops, building block depressed by briquetting 12, briquetting 12 lifts subsequently, conveyer belt 13 continues mobile.
Owing to transmitting driving tooth 22 in the torque transfer arrangement transmitting line shaft 63, still have and transmit between driving tooth 22 and upper driven pulley 51, between upper driven pulley 51 and cover tooth 52, between inner cone tooth 58 and rear cone tooth 59, front transmission tooth 53 and to transmit between whole tooth 62 adjustable gear ratio everywhere, comparatively flexible in design, but the first half teeth 23 and the second half tooth 25 moments of torsion are passed in the structure of depression bar groove tooth 43 and door bar groove tooth 46, before only having first, gear teeth 33 and first is between gear teeth 41, before second, gear teeth 35 and second is from two adjustable gear ratio between gear teeth 44, dumb in design, but it is computationally relatively simple.
Therefore, generally speaking, the design of the utility model before actual coming into operation, because overall construction design is reasonable, therefore amount of calculation is less, can realize required process smoothly.
Claims (10)
1. the pure machine driving assembly of block machine, comprise functional block and drive block, it is characterized in that: functional block comprises depression bar (11), briquetting (12), conveyer belt (13), door bar (14), feeding gate (15); Briquetting (12) is arranged on conveyer belt (13) top and can moves in the vertical direction, briquetting (12) top is fixed with depression bar (11), depression bar (11) is provided with groove in drive block side, is provided with depression bar groove tooth (43) in groove; Feed hopper (16) is arranged on above conveyer belt (13) one end, exit position is provided with can the feeding gate (15) of folding, the folding that feeding gate (15) is exported by the door bar (14) control feed hopper (16) that plan vertical is fixing, door bar (14) is provided with groove in drive block side, in groove, is provided with a bar groove tooth (46);
Drive block divides primarily of active force part, torque transfer part, speed change output and transmit power section composition; Active force part divides engaged transmission by the first half teeth (23), the second half teeth (25) to torque transfer part, torque transfer part is divided and the engagement of speed change output, and the engagement of speed change output drives depression bar groove tooth (43) and door bar groove tooth (46); Active force part also drives transmission power section by transmitting driving tooth (22) engagement, transmits power section and drives conveyer belt (13) intermittent movement by transmitting power wheel (64).
2. the pure machine driving assembly of block machine as claimed in claim 1, it is characterized in that: described active force part by driving shaft (21), transmit driving tooth (22), the first half teeth (23), tooth sector group (24), the second half teeth (25) form, driving shaft (21) is by driven by motor, transmit driving tooth (22), the first half teeth (23), the second half teeth (25) are contained on driving shaft (21) side by side, between the first half teeth (23) and the second half teeth (25), be provided with tooth sector group (24).
3. the pure machine driving assembly of block machine as claimed in claim 1, it is characterized in that: described torque transfer part is divided by driven shaft (31), first driven tooth (32), gear teeth (33) before first, second driven tooth (34), gear teeth (35) composition before second, first driven tooth (32), gear teeth (33) before first, second driven tooth (34), before second, gear teeth (35) is contained on driven shaft (31) side by side, first driven tooth (32) and the first half teeth (23) engageable, second driven tooth (34) and the second half teeth (25) engageable, before first driven tooth (32), first, before gear teeth (33), the second driven tooth (34), second, gear teeth (35) size is identical.
4. the pure machine driving assembly of block machine as claimed in claim 1, it is characterized in that: described speed change output comprises first from gear teeth (41), first distance tooth (42), second from gear teeth (44), second distance tooth (45), first engages from gear teeth (41) with gear teeth before first (33), second engages from gear teeth (44) with gear teeth before second (35), first from gear teeth (41), first distance tooth (42), depression bar groove tooth (43) engages successively, second from gear teeth (44), second distance tooth (45), door bar groove tooth (46) engages successively.
5. the pure machine driving assembly of block machine as claimed in claim 1, is characterized in that: described transmission power section comprises driven pulley (51), cover tooth (52), front transmission tooth (53), inner cone tooth (58), rear cone tooth (59), transmits whole tooth (62), transmits line shaft (63), transmits power wheel (64); Upper driven pulley (51) engages with transmission driving tooth (22); Cover tooth (52) is arranged on driven pulley (51) side-lower, upper driven pulley (51) has arc block (54) in cover tooth (52) side, and cover tooth (52) has ring-like piece (55) in upper driven pulley (51) side; The opposite side of cover tooth (52) is provided with cover block (56), inner cone tooth (58) is set up in parallel with cover tooth (52), and inner cone tooth (58) is provided with shape and cover block (56) blind hole of mating in cover block (56) side, in cover tooth (52) and inner cone tooth (58), any one is fixed with apart from spring (57) overlapping on the side between tooth (52) and inner cone tooth (58); Rear cone tooth (59) right angle engagement inner cone tooth (58), front transmission tooth (53) is coaxially arranged at the taper back side of rear cone tooth (59) and rear cone tooth (59); Front transmission tooth (53) drives the whole tooth of transmission (62) by the mode of chain or engagement; Transmit whole tooth (62) and be arranged on transmission line shaft (63) one end, transmit line shaft (63) and be coaxially coaxially connected with transmission power wheel (64) in the other end transmitting whole tooth (62) place end.
6. the pure machine driving assembly of block machine as claimed in claim 5, is characterized in that: transmit tooth (53) before described and drive the whole tooth of transmission (62) by driving chain (61).
7. the pure machine driving assembly of block machine as claimed in claim 5, is characterized in that: there is inclined-plane the end of described arc block (54).
8. the pure machine driving assembly of block machine as claimed in claim 5, is characterized in that: the quantity of described cover block (56), distance spring (57) is more than three.
9. the pure machine driving assembly of block machine as claimed in claim 2, is characterized in that: shared by described transmission driving tooth (22) and tooth sector group (24) half tooth, radian is less than the half of gear full circle.
10. the pure machine driving assembly of block machine as claimed in claim 4, is characterized in that: described first is all greater than 5:1 from the gear ratio of gear teeth (33) before gear teeth (41) and first, described second from the gear ratio of gear teeth (35) before gear teeth (44) and second.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420651898.4U CN204172183U (en) | 2014-11-03 | 2014-11-03 | The pure machine driving assembly of a kind of block machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420651898.4U CN204172183U (en) | 2014-11-03 | 2014-11-03 | The pure machine driving assembly of a kind of block machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204172183U true CN204172183U (en) | 2015-02-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420651898.4U Active CN204172183U (en) | 2014-11-03 | 2014-11-03 | The pure machine driving assembly of a kind of block machine |
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| Country | Link |
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| CN (1) | CN204172183U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104441227A (en) * | 2014-11-03 | 2015-03-25 | 中城建恒远（贵州安顺）新型建材有限公司 | Transmission assembly of block forming machine |
-
2014
- 2014-11-03 CN CN201420651898.4U patent/CN204172183U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104441227A (en) * | 2014-11-03 | 2015-03-25 | 中城建恒远（贵州安顺）新型建材有限公司 | Transmission assembly of block forming machine |
| CN104441227B (en) * | 2014-11-03 | 2017-06-06 | 贵州兴贵恒远新型建材有限公司 | A kind of block machine drive assembly |
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| GR01 | Patent grant | ||
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Address after: 561000 Guizhou province Xixiu Xixiu District of Anshun City Economic Development Zone Patentee after: Guizhou Xinggui Hengyuan new building materials Co. Ltd. Address before: 561000 Guizhou province Xixiu Xixiu District of Anshun City Economic Development Zone Patentee before: Anshun Hengyuan building materials Co., Ltd. (Guizhou, China) |