CN202088069U - Automatic derusting machine - Google Patents
Automatic derusting machine Download PDFInfo
- Publication number
- CN202088069U CN202088069U CN2011200826812U CN201120082681U CN202088069U CN 202088069 U CN202088069 U CN 202088069U CN 2011200826812 U CN2011200826812 U CN 2011200826812U CN 201120082681 U CN201120082681 U CN 201120082681U CN 202088069 U CN202088069 U CN 202088069U
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- gear
- polishing wheel
- group
- polishing
- wheel main
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Abstract
An automatic derusting machine relates to equipment capable of being used for derusting steel bars and the like. The automatic derusting machine comprises a steel bar oxidizing layer pulling mechanism group and a derusting mechanism group, wherein, the steel bar oxidizing layer pulling mechanism group is mounted at the machine head part of the derusting mechanism group through bolts; the steel bar oxidizing layer pulling mechanism group comprises a frame and a guide wheel, pulleys and an internal dust collector which are arranged on the frame; the derusting mechanism group comprises an inner center polishing wheel group and a center distance adjuster group; two polishing wheel main shafts are respectively arranged up and down on the center main shaft of the inner center polishing wheel group, a plurality of polishing wheels are fixed to each polishing wheel main shaft, grooves are respectively formed up and down on the pipe wall of the center main shaft, and the polishing wheels are inserted into the grooves; two groups of transmission devices for driving the polishing wheel main shafts to rotate are respectively arranged on the two polishing wheel main shafts; and two groups of transmission devices for driving the polishing wheel main shafts to move up and down are respectively arranged on the two polishing wheel main shafts. The automatic derusting machine avoids the phenomenon that the conventional derusting machine is liable to be stuck and solves the problems of undesirable derusting effect, heavy dust during derusting and lower work efficiency.
Description
Technical field
The utility model relates to plant equipment, is specifically related to a kind of equipment that can eliminate rust to reinforcing bar, steel pipe etc.
Background technology
There is the easy stuck phenomenon of the course of work in existing equipment to reinforcing bar rust cleaning, polishing, and present in addition rust remover rust cleaning effect is undesirable, and converted products easily polishes distortion (product design is not round), outward appearance easily scratches, dust is big during rust cleaning, and fuselage is huge, ineffective problem.
The utility model content
The purpose of this utility model provides a kind of automatic rust-removing machine, and the utility model has solved the easy stuck phenomenon of the existing rust remover course of work, and the rust cleaning effect is undesirable, and dust is big during rust cleaning, ineffective problem.
Automatic rust-removing machine of the present utility model comprises that reinforcing bar pulls out oxide layer mechanism group (1) and rust cleaning mechanism's group (2), and reinforcing bar pulls out oxide layer mechanism group (1) and is installed on rust cleaning mechanism's group (2) head position by bolt; Reinforcing bar pulls out oxide layer mechanism group (1) by frame (6) be installed in directive wheel (7) on the frame (6), pulley (8) and interior system dust catcher (9) and constitute; Directive wheel (7) is installed on frame (6) left side of channel-section steel welding forming; Three pulleys (8) are arranged, and the one axis is the right lower quadrant of frame (6) horizontal beam that vertically is installed on the channel-section steel welding forming, and its two axis is the left part that level is installed on frame (6) horizontal beam, and its three axis is the top that level is installed on frame (6); System dust catcher (9) in the below of frame (6) horizontal beam is equipped with; Rust cleaning mechanism's group (2) is made of support (10), motor (11), power gear (12), gravity gear (13), fixed gear (14), heart polishing wheels (15) and centre-to-centre spacing adjuster group (16); Heart polishing wheels (15) are installed on support (10) top, and centre-to-centre spacing adjuster group (16) is installed on heart polishing wheels (15) right side, and gravity gear (13) is installed on the left side of support (10); The rotating shaft of motor (11) connects power gear (12) by transmission mechanism, power gear (12) and gravity gear (13) engagement, gravity gear (13) and the same through-drive of fixed gear (14); Heart polishing wheels (15) comprise heart fixed mount (18) and are installed in central principal axis (17), polishing wheel main shaft (23), polishing wheel (24), sliding shoe (25) on the heart fixed mount (18); Central principal axis (17) is a hollow core structures; At central principal axis (17) a polishing wheel main shaft (23) is arranged respectively up and down, polishing wheel main shaft (23) two ends are installed in the vertical slideway of heart fixed mount (18) both sides by sliding shoe (25), be fixed with several polishing wheels (24) on each polishing wheel main shaft (23), fluted respectively up and down at central principal axis (17) tube wall, polishing wheel (24) is inserted in this groove; Be respectively arranged with one group on two polishing wheel main shafts (23) and drive the transmission device that polishing wheel main shaft (23) rotates, this transmission device is by borrowing powershift gear (19), power transmission gear (20), sprocket (21), polishing wheel shaft gear (22) to constitute, polishing wheel shaft gear (22) is fixed on the polishing wheel main shaft (23), borrow powershift gear (19) and the same through-drive of power transmission gear (20), borrow powershift gear (19) and fixed gear (14) engagement, power transmission gear (20) is by driving-chain connection chain gear (21), and sprocket (21) meshes with polishing wheel shaft gear (22); Be respectively arranged with one group on two polishing wheel main shafts (23) and drive the transmission device that polishing wheel main shaft (23) moves up and down, this transmission device is made of brace (26), push rod (27), roller (28) and spring (39), the hinged one group of brace of push rod (27) left end (26), brace (26) outer end is articulated in heart fixed mount (18) upper end or lower end, the sliding shoe (25) in the inner hinged left side of brace (26), push rod (27) right-hand member is equipped with roller (28), is connected spring (39) between brace (26) upper end or lower end jointed shaft and sliding shoe (25); Centre-to-centre spacing adjuster group (16) is by channel-section steel welding support (29) and be installed in push pedal (30) on the channel-section steel welding support (29), worm screw (31), chain pitch wheel (32), chain (33), big right angle helical gear (34), little right angle helical gear (35), connecting rod (36), handle chassis (37) and gim peg (38) formation; Connecting rod (36) one ends are equipped with handle chassis (37), and the axis hole place of going up installing connecting rods (36) at channel-section steel welding support (29) is connected with gim peg (38); Connecting rod (36) other end is equipped with little right angle helical gear (35), little right angle helical gear (35) and big right angle helical gear (34) engagement; Have four chain pitch wheels (32) to be four angle position distribution of square, having outside four chain pitch wheels (32) has helical tooth in the gear, and the big coaxial sprocket wheel that is fixed with of right angle helical gear (34) is equipped with chain (33) between this sprocket wheel and four chain pitch wheels (32); Connect a worm screw (31) in four chain pitch wheels (32) respectively, worm screw (31) left end is vertically connected on the last push pedal (30) of push pedal (30) and is connected in roller (28) right side.
Automatic rust-removing machine of the present utility model, the course of work is steady, and it is satisfactory for result to eliminate rust, high efficiency.
Description of drawings
Fig. 1 is the utility model perspective view;
Fig. 2 is a body structure schematic diagram of the present utility model;
Fig. 3 is the structural representation that reinforcing bar pulls out oxide layer mechanism group among Fig. 2;
Fig. 4 is the structural representation of rust cleaning mechanism group among Fig. 2;
Fig. 5 is the structural representation of heart polishing wheels among Fig. 3;
Fig. 6 is the structural representation of centre-to-centre spacing adjuster group among Fig. 3.
Symbol description among the figure: reinforcing bar pulls out frame 6, directive wheel 7, pulley 8, the interior system dust catcher 9 of oxide layer mechanism group 1, channel-section steel welding forming;
Rust cleaning mechanism group 2, support 10, motor 11, power gear 12, gravity gear 13, fixed gear 14;
Heart polishes wheels 15, central principal axis 17, heart fixed mount 18, borrows powershift gear 19, power transmission gear 20, sprocket 21, polishing wheel shaft gear 22, polishing wheel main shaft 23, polishing wheel 24, sliding shoe 25, brace 26, push rod 27, roller 28, spring 39;
Centre-to-centre spacing adjuster group 16, channel-section steel welding support 29, push pedal 30, worm screw 31, chain pitch wheel 32, chain 33, big right angle helical gear 34, little right angle helical gear 35, connecting rod 36, handle chassis 37, gim peg 38;
Reinforcing bar 3, charging tray 4, product process equipment 5, make dust catcher 40 outward.
The specific embodiment
Below in conjunction with accompanying drawing and with illustrated embodiments the utility model is done detailed explanation.
Consult Fig. 1-Fig. 2, the automatic rust-removing machine comprises that reinforcing bar pulls out oxide layer mechanism group (1) and rust cleaning mechanism's group (2), and reinforcing bar pulls out oxide layer mechanism group (1) and is installed on rust cleaning mechanism's group (2) head position by bolt; It is detachable that reinforcing bar pulls out oxide layer mechanism group (1), and convenient rust cleaning mechanism's group (2) does not need to pull out the product processing of oxide layer to size specification reinforcing bar and steel pipe etc.Add reinforcing bar in man-hour (3) in charging tray (4), come out by figure in the direction of arrow and position transmit, by central principal axis (17) inside, come out on finished product charging tray or the product process equipment (5) up to machining in the machine the inside, system dust catcher (40) absorbs and adds the dust material that produce man-hour outside having in processing, and finishes rust cleaning and polishing.
Consult Fig. 3, reinforcing bar pulls out oxide layer mechanism group (1) by frame (6) be installed in directive wheel (7) on the frame (6), pulley (8) and interior system dust catcher (9) and constitute; Directive wheel (7) is installed on frame (6) left side of channel-section steel welding forming; Three pulleys (8) are arranged, and the one axis is the right lower quadrant of frame (6) horizontal beam that vertically is installed on the channel-section steel welding forming, and its two axis is the left part that level is installed on frame (6) horizontal beam, and its three axis is the top that level is installed on frame (6); System dust catcher (9) in the below of frame (6) horizontal beam is equipped with; Add reinforcing bar in man-hour (3) in charging tray (4), come out by figure in the direction of arrow and position transmit, when reinforcing bar (3) through 3 pulleys the time, invar muscle (3) meeting flexural deformation, thereby reach the oxide layer material that takes out reinforcing bar (3) surface, sucked in the storage compartment by dust catcher (9) after the oxide layer material comes off, reclaim with convenient.
Consult Fig. 4, rust cleaning mechanism's group (2) is made of support (10), motor (11), power gear (12), gravity gear (13), fixed gear (14), heart polishing wheels (15) and centre-to-centre spacing adjuster group (16); Heart polishing wheels (15) are installed on support (10) top, and centre-to-centre spacing adjuster group (16) is installed on heart polishing wheels (15) right side, and gravity gear (13) is installed on the left side of support (10); The rotating shaft of motor (11) connects power gear (12) by transmission mechanism, power gear (12) and gravity gear (13) engagement, gravity gear (13) and the same through-drive of fixed gear (14);
Consult Fig. 5, heart polishing wheels (15) comprise heart fixed mount (18) and are installed in central principal axis (17), polishing wheel main shaft (23), polishing wheel (24), sliding shoe (25) on the heart fixed mount (18); Central principal axis (17) is a hollow core structures; At central principal axis (17) a polishing wheel main shaft (23) is arranged respectively up and down, polishing wheel main shaft (23) two ends are installed in the vertical slideway of heart fixed mount (18) both sides by sliding shoe (25), be fixed with several polishing wheels (24) on each polishing wheel main shaft (23), fluted respectively up and down at central principal axis (17) tube wall, polishing wheel (24) is inserted in this groove; Be respectively arranged with one group on two polishing wheel main shafts (23) and drive the transmission device that polishing wheel main shaft (23) rotates, this transmission device is by borrowing powershift gear (19), power transmission gear (20), sprocket (21), polishing wheel shaft gear (22) to constitute, polishing wheel shaft gear (22) is fixed on the polishing wheel main shaft (23), borrow powershift gear (19) and the same through-drive of power transmission gear (20), borrow powershift gear (19) and fixed gear (14) engagement, power transmission gear (20) is by driving-chain connection chain gear (21), and sprocket (21) meshes with polishing wheel shaft gear (22); Be respectively arranged with one group on two polishing wheel main shafts (23) and drive the transmission device that polishing wheel main shaft (23) moves up and down, this transmission device is made of brace (26), push rod (27), roller (28) and spring (39), the hinged one group of brace of push rod (27) left end (26), brace (26) outer end is articulated in heart fixed mount (18) upper end or lower end, the sliding shoe (25) in the inner hinged left side of brace (26), push rod (27) right-hand member is equipped with roller (28), is connected spring (39) between brace (26) upper end or lower end jointed shaft and sliding shoe (25);
Consult Fig. 6, centre-to-centre spacing adjuster group (16) is by channel-section steel welding support (29) and be installed in push pedal (30) on the channel-section steel welding support (29), worm screw (31), chain pitch wheel (32), chain (33), big right angle helical gear (34), little right angle helical gear (35), connecting rod (36), handle chassis (37) and gim peg (38) formation; Connecting rod (36) one ends are equipped with handle chassis (37), and the axis hole place of going up installing connecting rods (36) at channel-section steel welding support (29) is connected with gim peg (38); Connecting rod (36) other end is equipped with little right angle helical gear (35), little right angle helical gear (35) and big right angle helical gear (34) engagement; Have four chain pitch wheels (32) to be four angle position distribution of square, having outside four chain pitch wheels (32) has helical tooth in the gear, and the big coaxial sprocket wheel that is fixed with of right angle helical gear (34) is equipped with chain (33) between this sprocket wheel and four chain pitch wheels (32); Connect a worm screw (31) in four chain pitch wheels (32) respectively, worm screw (31) left end is vertically connected in the push pedal (30); Push pedal (30) is connected in roller (28) right side.
The explanation of the utility model operation principle:
Reinforcing bar (3) maybe need be processed article by rust remover the time, and rust remover built-in motor (11) drives power gear (12), thereby gravity gear (13) is rotated.It is the revolution at center that gravity gear (13) is undertaken with central principal axis (17) or reinforcing bar (3) by central principal axis (17) drive heart polishing wheels (15), because fixed gear (14) is by the gear mechanism transmission principle, borrow powershift gear (19) thereby drive power transmission gear (20) so drive in the time of heart polishing wheels (15) revolution, drive sprocket (21) by gear mechanism transmission principle power transmission gear (20), sprocket (21) drives polishing wheel shaft gear (22) again, thereby make polishing wheel main shaft (23) rotation, polishing wheel (24) rotation that drives on the polishing wheel main shaft (23) is reached for reinforcing bar (3) rust cleaning polishing action.
The automatic rust-removing machine is in rust cleaning, polishing, can also unclamp gim peg (38) rotary handle dish (37) drivening rod (36) thus drive little right angle helical gear (35), by right angle helical gear machine driving former in the big right angle of transmission helical gear (34) rotate, thereby drive chain (33), chain (33) drives four chain pitch wheels (32) rotation synchronously more simultaneously, because of having outside the chain pitch wheel (32) helical tooth is arranged in the gear, move to forward and backward so can drive worm screw (31), thereby the push pedal (30) that promotes to be fixed on the worm screw (31) is moved to forward and backward.When push pedal (30) when moving forward, promoting the push rod (27) that roller (28) makes and roller (28) links together also travels forward, push rod (27) promotes sliding shoe (25) by brace (26), and the polishing wheel main shaft (23) that is fixed on the sliding shoe can be moved to the center, thereby reach the centre distance of turning two groups of polishing wheels (24) down.When push pedal (30) is mobile backward, extension spring (39) pulling sliding shoe (25) outwards moves, thereby transfer the centre distance of big two groups of polishing wheels (24), push rod (27) moves backward simultaneously, and roller (28) still is near push pedal (30) thereby goes up the worker's energy that reaches the centre-to-centre spacing that can regulate two groups of polishing wheels (24).
Above embodiment is the more preferably specific embodiment a kind of of the utility model, and the common variation that those skilled in the art carry out in the technical program scope and replacing should be included in the protection domain of the present utility model.
Claims (1)
1. the automatic rust-removing machine is characterized in that, comprises that reinforcing bar pulls out oxide layer mechanism group (1) and rust cleaning mechanism's group (2), and reinforcing bar pulls out oxide layer mechanism group (1) and is installed on rust cleaning mechanism's group (2) head position by bolt; Reinforcing bar pulls out oxide layer mechanism group (1) by frame (6) be installed in directive wheel (7) on the frame (6), pulley (8) and interior system dust catcher (9) and constitute; Directive wheel (7) is installed on frame (6) left side of channel-section steel welding forming; Three pulleys (8) are arranged, and the one axis is the right lower quadrant of frame (6) horizontal beam that vertically is installed on the channel-section steel welding forming, and its two axis is the left part that level is installed on frame (6) horizontal beam, and its three axis is the top that level is installed on frame (6); System dust catcher (9) in the below of frame (6) horizontal beam is equipped with; Rust cleaning mechanism's group (2) is made of support (10), motor (11), power gear (12), gravity gear (13), fixed gear (14), heart polishing wheels (15) and centre-to-centre spacing adjuster group (16); Heart polishing wheels (15) are installed on support (10) top, and centre-to-centre spacing adjuster group (16) is installed on heart polishing wheels (15) right side, and gravity gear (13) is installed on the left side of support (10); The rotating shaft of motor (11) connects power gear (12) by transmission mechanism, power gear (12) and gravity gear (13) engagement, gravity gear (13) and the same through-drive of fixed gear (14); Heart polishing wheels (15) comprise heart fixed mount (18) and are installed in central principal axis (17), polishing wheel main shaft (23), polishing wheel (24), sliding shoe (25) on the heart fixed mount (18); Central principal axis (17) is a hollow core structures; At central principal axis (17) a polishing wheel main shaft (23) is arranged respectively up and down, polishing wheel main shaft (23) two ends are installed in the vertical slideway of heart fixed mount (18) both sides by sliding shoe (25), be fixed with several polishing wheels (24) on each polishing wheel main shaft (23), fluted respectively up and down at central principal axis (17) tube wall, polishing wheel (24) is inserted in this groove; Be respectively arranged with one group on two polishing wheel main shafts (23) and drive the transmission device that polishing wheel main shaft (23) rotates, this transmission device is by borrowing powershift gear (19), power transmission gear (20), sprocket (21), polishing wheel shaft gear (22) to constitute, polishing wheel shaft gear (22) is fixed on the polishing wheel main shaft (23), borrow powershift gear (19) and the same through-drive of power transmission gear (20), borrow powershift gear (19) and fixed gear (14) engagement, power transmission gear (20) is by driving-chain connection chain gear (21), and sprocket (21) meshes with polishing wheel shaft gear (22); Be respectively arranged with one group on two polishing wheel main shafts (23) and drive the transmission device that polishing wheel main shaft (23) moves up and down, this transmission device is made of brace (26), push rod (27), roller (28) and spring (39), the hinged one group of brace of push rod (27) left end (26), brace (26) outer end is articulated in heart fixed mount (18) upper end or lower end, the sliding shoe (25) in the inner hinged left side of brace (26), push rod (27) right-hand member is equipped with roller (28), is connected spring (39) between brace (26) upper end or lower end jointed shaft and sliding shoe (25); Centre-to-centre spacing adjuster group (16) is by channel-section steel welding support (29) and be installed in push pedal (30) on the channel-section steel welding support (29), worm screw (31), chain pitch wheel (32), chain (33), big right angle helical gear (34), little right angle helical gear (35), connecting rod (36), handle chassis (37) and gim peg (38) formation; Connecting rod (36) one ends are equipped with handle chassis (37), and the axis hole place of going up installing connecting rods (36) at channel-section steel welding support (29) is connected with gim peg (38); Connecting rod (36) other end is equipped with little right angle helical gear (35), little right angle helical gear (35) and big right angle helical gear (34) engagement; Have four chain pitch wheels (32) to be four angle position distribution of square, having outside four chain pitch wheels (32) has helical tooth in the gear, and the big coaxial sprocket wheel that is fixed with of right angle helical gear (34) is equipped with chain (33) between this sprocket wheel and four chain pitch wheels (32); Connect a worm screw (31) in four chain pitch wheels (32) respectively, worm screw (31) left end is vertically connected in the push pedal (30); Push pedal (30) is connected in roller (28) right side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200826812U CN202088069U (en) | 2011-03-25 | 2011-03-25 | Automatic derusting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200826812U CN202088069U (en) | 2011-03-25 | 2011-03-25 | Automatic derusting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202088069U true CN202088069U (en) | 2011-12-28 |
Family
ID=45363164
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200826812U Expired - Lifetime CN202088069U (en) | 2011-03-25 | 2011-03-25 | Automatic derusting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202088069U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102689264A (en) * | 2011-03-25 | 2012-09-26 | 宁海县城关富强标准件厂 | Automatic deruster |
| CN102699801A (en) * | 2012-06-07 | 2012-10-03 | 郑春山 | Steel pipe derusting machine |
| CN102785154A (en) * | 2012-06-25 | 2012-11-21 | 浙江双林塑料机械有限公司 | Polishing machine of steel belt edges |
-
2011
- 2011-03-25 CN CN2011200826812U patent/CN202088069U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102689264A (en) * | 2011-03-25 | 2012-09-26 | 宁海县城关富强标准件厂 | Automatic deruster |
| CN102689264B (en) * | 2011-03-25 | 2014-12-03 | 宁海县城关富强标准件厂 | Automatic deruster |
| CN102699801A (en) * | 2012-06-07 | 2012-10-03 | 郑春山 | Steel pipe derusting machine |
| CN102785154A (en) * | 2012-06-25 | 2012-11-21 | 浙江双林塑料机械有限公司 | Polishing machine of steel belt edges |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20111228 Effective date of abandoning: 20141203 |
|
| RGAV | Abandon patent right to avoid regrant |