CN105151654A - Load bearing board conveying mechanism of MIM sintering furnace - Google Patents
Load bearing board conveying mechanism of MIM sintering furnace Download PDFInfo
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- CN105151654A CN105151654A CN201510590590.2A CN201510590590A CN105151654A CN 105151654 A CN105151654 A CN 105151654A CN 201510590590 A CN201510590590 A CN 201510590590A CN 105151654 A CN105151654 A CN 105151654A
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Abstract
The invention relates to a load bearing board conveying mechanism of an MIM sintering furnace, belonging to the technical field of auxiliary facilities of welding furnaces. The load bearing board conveying mechanism comprises a rack, a conveying table, a pushing trolley and a power mechanism, and is characterized in that the conveying table comprises a pair of guide roller fixing bases, a pair of guide roller inner fixing bases are arranged between the pair of guide roller fixing bases, an upright post abdicating cavity communicated up and down is formed between the pair of guide roller inner fixing bases, a group of guide rollers are rotatably mounted between each guide roller fixing base and the adjacent guide roller inner fixing base, guide wheel frames are mounted above the pair of guide roller fixing bases, a group of guide wheels are fixed on the lower side surface of each guide wheel frame, the quantity of the guide wheels is equal to that of the group of guide rollers on the lower part, and the positions of the guide wheels and the guide rollers correspond to each other, and the rotation axes of the guide wheels are vertical to the rotation axes of the guide rollers. With the load bearing board conveying mechanism, the conveying speed of the load bearing board is uniform, and the conveying efficiency and the stability of the conveying mechanism of blanks on the load bearing board are improved; the conveying distance is long, and the fracturing condition caused by the over-heavy middle part of a conveying chain is avoided; meanwhile, the service life is prolonged, and the maintenance cost is saved.
Description
Technical field
The invention belongs to sintering furnace technical field of auxiliary facilities, be specifically related to a kind of load bearing board conveying mechanism of MIM sintering furnace.
Background technology
Metal powder injection molding, English full name is MetalinjectionMolding(abbreviation MIM) it is a kind of by metal powder and adhesive agent mixing, then carry out granulation to mixture to be injected in model and to be shaped, again idiosome degreasing carried out sintering and get rid of the process that adhesive agent makes shaping embryo densified, compared with Plastics Injection Molding Technology, product has the advantages that intensity is high, resistance to abrasion is good.
And the idiosome of metal powder injection molding before sintering, need the idiosome just past processing to be placed on that load bearing board is transported to the material preparing table of sintering furnace by conveying mechanism is first-class to be sintered, to reduce conveying difficulty and the traffic cost thereof of idiosome, and idiosome will remain a constant speed in the moment in course of conveying, prevent idiosome from rocking and make mixture uneven.
In prior art; industry adopts the conveying mechanism of belt pulley or running roller to carry the load bearing board being placed with idiosome usually; but this type of conveying mechanism is in transport idiosome process; usually there will be the phenomenon that belt pulley skids or skids between running roller and load bearing board; cause suffered thrust on the uneven or load bearing board of delivery speed uneven and the idiosome on load bearing board is rocked, even overturning; thus affect the quality of idiosome sintering, the demand of manufacturer cannot be met.
For above-mentioned prior art, the structure of the applicant to existing sintering furnace load bearing board conveying mechanism is improved, finally define technical scheme described below, and taking to have passed through analogue test under the measure that holds in close confidence, result proves practicable.
Summary of the invention
Task of the present invention is the load bearing board conveying mechanism providing a kind of MIM sintering furnace, be conducive to long distance delivery load bearing board to reduce transport difficulty and traffic cost thereof and to enhance productivity, contribute at the uniform velocity carrying load bearing board to rock even overturning to avoid idiosome, improve idiosome sintering quality.
Task of the present invention has been come like this, a kind of load bearing board conveying mechanism of MIM sintering furnace, comprise a frame, one is arranged on the transport platform above frame, one to coordinate with transport platform and the propelling movement dolly and be slidably connected in frame be arranged on below frame with the actuating unit pushing dolly and be in transmission connection, it is characterized in that: described transport platform comprises the top that is arranged on bracket height direction and a pair deflector roll permanent seat arranging of both sides along its length, a pair deflector roll internal fixtion seat is also installed between a pair deflector roll permanent seat, face each other between a pair deflector roll internal fixtion seat and a pair deflector roll permanent seat and be arranged in parallel, the chamber and the column being formed with a up/down perforation in the centre of a pair deflector roll internal fixtion seat is stepped down, between each deflector roll permanent seat and an adjacent deflector roll internal fixtion seat, one group of deflector roll is installed respectively rotatably, each deflector roll to be spaced and in being arranged side by side between two groups of deflector rolls along the length direction of frame, a pair described deflector roll permanent seat is separately installed with a wheel frame above short transverse, the downside of each wheel frame is fixed with one group of guide wheel in interval respectively by guide wheel shaft, the quantity of one group of guide wheel is identical with the quantity of one of below group of deflector roll and position is corresponding, and the rotational axis vertical of guide wheel is in the S. A. of deflector roll.
In a specific embodiment of the present invention, described frame is fixed with a vehicle guide respectively in the below of a pair deflector roll permanent seat short transverse, and vehicle guide is configured with roller groove respectively, and a pair roller groove faces each other and arrange in opposite directions; Described propelling movement dolly comprises a vehicle frame, this vehicle frame is provided with a pair roller shaft, respectively a roller is installed rotatably at the two ends of roller shaft, one pair roller of both sides is embedded respectively slidably in the roller groove of a pair vehicle guide, realize the sliding block joint pushing dolly and frame, above described chassis frame height direction, by column permanent seat, one column is installed, this column is upward through and leans out described column steps down outside chamber, and be fixed with a push rod at the top leaning out end, mutual vertical setting between this push rod and described column structure in T shape.
In another specific embodiment of the present invention, described frame is also fixed with a guide rail holder bar respectively in the below of a pair vehicle guide short transverse, and pair of guide rails holder bar is used for providing support to a pair vehicle guide.
In another specific embodiment of the present invention, described actuating unit comprises one and is arranged on motor bottom frame length direction one end, drive sprocket on this motor is connected with the hinge wheel on the first sprocket shaft be arranged at above motor by messenger chain, the first described sprocket shaft is arranged in frame rotatably by clutch shaft bearing seat, the first described sprocket shaft is also provided with a pair first transportation sprockets, the other end of described frame length direction is provided with one second sprocket shaft, this the second sprocket shaft position is corresponding with the first sprocket shaft and be arranged on rotatably in frame by the second bearing seat, and on the second sprocket shaft, the position of a pair first transportation sprockets is provided with a pair second transportation sprockets, a chain is connected between two corresponding the first transportation sprockets and the second transportation sprocket, on the length direction of described frame, interval is fixed with solid frame on one group of sliver, frame is consolidated under one group of sliver is fixed with below solid frame one group of sliver accordingly, one end of described chain to be positioned on sliver above solid frame and to be connected on the contiguous block that pushes bottom dolly, and the other end of chain walks around the first transportation sprocket and pass between solid frame under the solid frame of sliver and sliver, be connected with described contiguous block equally above solid frame on sliver after walking around the second transportation sprocket again, realize described actuating unit and promote being in transmission connection of dolly.
In another specific embodiment of the present invention, one end of described transport platform length direction is provided with a load bearing board feeding platform, the upper edge that the table top of this load bearing board feeding platform and each deflector roll are formed at grade, and offer a conveying vallecular cavity on described load bearing board feeding platform, the step down position in chamber of position and the column of this conveying vallecular cavity is corresponding and be on same straight line.
Also have in a specific embodiment of the present invention, the two ends, side that described push rod is pushing load bearing board are respectively arranged with an antivibration pad, and a pair antivibration pad is relative to the symmetrical setting of column.
In an of the present invention and then specific embodiment, described motor is arranged in a motor fixing seat, an adjustment screw adapter plate is provided with in the side, side of this motor fixing seat, it is provided with the adjustment screw be connected with motor for a pair, by the degree of tension regulating described adjustment screw to change messenger chain.
More of the present invention and in a specific embodiment, be connected with the second described bearing seat after the two ends of the second described sprocket shaft are each passed through the adjustment tank of the strip be opened in frame, the second described sprocket shaft can in adjustment tank before and after slippage, and in the frame of adjustment tank side, be fixed with an adjusting screw(rod) seat, described adjusting screw(rod) seat is provided with a screw rod be connected with the second described bearing seat, by the degree of tension regulating described screw rod to change chain.
In more of the present invention and then specific embodiment, solid frame is fixed with sliver on a pair to described sliver, on a pair, sliver is arranged at immediately below the chain that to run in the guide on sliver above solid frame, and the chain of top on this, sliver slides; Under described sliver, solid frame is fixed with a pair time sliver, a pair time sliver is arranged at immediately below the chain that runs in the guide on sliver below solid frame, and the chain of below slides on this lower sliver.
The present invention is due to after employing said structure, the beneficial effect had: first, coordinate two side guide wheels owing to adopting two groups of deflector rolls and carry out with pushing dolly between two groups of deflector rolls, thus load bearing board delivery speed is even, improves the conveying efficiency of idiosome and the stability of conveying mechanism on load bearing board; Secondly, because below chain, pad is provided with sliver and a pair time sliver on a pair, thus the fed distance of conveying mechanism is longer, can avoid the situation causing because of overweight in the middle part of chain rupturing, improve the service life of conveying mechanism; 3rd, owing to being provided with degree of tension adjusting mechanism on the parts connecting chain and messenger chain, thus can remove chain damage joint and by regulating degree of tension to continue to use remainder, extending the service life of conveying mechanism further and saving maintenance cost.
Accompanying drawing explanation
Fig. 1 is perspective view of the present invention.
Fig. 2 is the using state figure of Fig. 1.
In figure: 1. frame, 11. vehicle guides, 111. roller grooves, 112. guide rail holder bars, 12. slivers are consolidated on frame, 121. and consolidate frame, 131. times slivers, 14. adjustment tanks under sliver, 13. slivers; 2. transport platform, 21. deflector roll permanent seats, 22. deflector roll internal fixtion seats, 221. columns are stepped down chamber, 23. deflector rolls, 24. wheel frames, 241. guide wheel shafts, 242. guide wheels, 25. load bearing board feeding platforms, 251. conveying vallecular cavities; 3. push dolly, 31. vehicle frames, 32. roller shafts, 321. rollers, 33. columns, 331. column permanent seats, 34. push rods, 341. antivibration pads, 35. contiguous blocks; 4. actuating unit, 41. motors, 411. drive sprockets, 412. messenger chains, 413. motor fixing seat, 414. adjustment screw adapter plates, 415. adjustment screw, 42. first sprocket shafts, 421. hinge wheels, 422. clutch shaft bearing seats, 423. first transportation sprockets, 43. second sprocket shafts, 431. second bearing seats, 432. second transportation sprockets, 433. adjusting screw(rod) seats, 434. screw rods, 44. chains; 5. load bearing board; 6. material preparing table; 7. loading bay, 71. pushes car, 72. loading bay delivery devices; 8. load bearing board displacement room, 81. first hermatic doors, 82. second hermatic doors, 83. displacement room pushers; 9. feeding chamber, 91. the 3rd hermatic doors, 92. feeding chamber pushers; 10. sintering furnace.
Detailed description of the invention
In order to enable the inspector of Patent Office especially the public clearly understand technical spirit of the present invention and beneficial effect, applicant will elaborate below by way of example, but be not all the restriction to the present invention program to the description of embodiment, any conceive according to the present invention done be only pro forma but not substantial equivalent transformation and all should be considered as technical scheme category of the present invention.
Refer to Fig. 1, the present invention relates to a kind of load bearing board conveying mechanism of MIM sintering furnace, comprise a frame 1, one is arranged on the transport platform 2 above frame 1, one to coordinate with transport platform 2 and be slidably connected at propelling movement dolly in frame 13 and be arranged on below frame 1 with the actuating unit 4 pushing dolly 3 and be in transmission connection, feature is: described transport platform 2 comprises the top that is arranged on frame 1 short transverse and a pair deflector roll permanent seat 21 arranging of both sides along its length, a pair deflector roll internal fixtion seat 22 is also installed between a pair deflector roll permanent seat 21, face each other between a pair deflector roll internal fixtion seat 22 and a pair deflector roll permanent seat 21 and be arranged in parallel, the chamber 221 and column being formed with a up/down perforation in the centre of a pair deflector roll internal fixtion seat 22 is stepped down, between each deflector roll permanent seat 21 and an adjacent deflector roll internal fixtion seat 22, one group of deflector roll 23 is installed respectively rotatably, each deflector roll 23 to be spaced and in being arranged side by side between two groups of deflector rolls 23 along the length direction of frame 1, a pair described deflector roll permanent seat 21 is separately installed with a wheel frame 24 above short transverse, the downside of each wheel frame 24 is fixed with one group of guide wheel 242 in interval respectively by guide wheel shaft 241, the quantity of one group of guide wheel 242 is identical with the quantity of one of below group of deflector roll 23 and position is corresponding, and the rotational axis vertical of guide wheel 242 is in the S. A. of deflector roll 23.
Further, described frame 1 is fixed with a vehicle guide 11 respectively in the below of a pair deflector roll permanent seat 21 short transverse, and vehicle guide 11 is configured with roller groove 111 respectively, and a pair roller groove 111 faces each other and arrange in opposite directions, described propelling movement dolly 3 comprises a vehicle frame 31, this vehicle frame 31 is provided with a pair roller shaft 32, at the two ends of roller shaft 32, a roller 321 is installed respectively rotatably, one pair roller 321 of both sides is embedded respectively slidably in the roller groove 111 of a pair vehicle guide 11, realize the sliding block joint pushing dolly 3 and frame 1, above described vehicle frame 31 short transverse, by column permanent seat 331, a column 33 is installed, this column 33 is upward through and leans out described column steps down outside chamber 221, and be fixed with a push rod 34 at the top leaning out end, mutually vertically between this push rod 34 and described column 33 to arrange and structure in T shape.
Further, described frame 1 is also fixed with a guide rail holder bar 112 respectively in the below of a pair vehicle guide 11 short transverse, and pair of guide rails holder bar 112 provides support for giving a pair vehicle guide 11.
Further, described actuating unit 4 comprises one and is arranged on motor 41 bottom frame 1 length direction one end, drive sprocket 411 on this motor 41 is connected with the hinge wheel 421 on the first sprocket shaft 42 be arranged at above motor 41 by messenger chain 412, the first described sprocket shaft 42 is arranged in frame 1 by clutch shaft bearing seat 422 rotatably, the first described sprocket shaft 42 is also provided with a pair first transportation sprockets 423, the other end of described frame 1 length direction is provided with one second sprocket shaft 43, this the second sprocket shaft 43 position is corresponding with the first sprocket shaft 42 and be arranged in frame 1 rotatably by the second bearing seat 431, and on the second sprocket shaft 43, the position of a pair first transportation sprockets 423 is provided with a pair second transportation sprockets 432, a chain 44 is connected between two corresponding the first transportation sprockets 423 and the second transportation sprocket 432, on the length direction of described frame 1, interval is fixed with solid frame 12 on one group of sliver, frame 13 is consolidated under one group of sliver is fixed with below solid frame 12 one group of sliver accordingly, one end of described chain 44 to be positioned on sliver above solid frame 12 and to be connected on the contiguous block 35 that pushes bottom dolly 3, and the other end of chain 44 walks around the first transportation sprocket 423 and pass between solid frame 13 under the solid frame 12 of sliver and sliver, be connected with described contiguous block 35 equally above solid frame 12 on sliver after walking around the second transportation sprocket 432 again, realize described actuating unit 4 and promote being in transmission connection of dolly 3.
Further, one end of described transport platform 2 length direction is provided with a load bearing board feeding platform 25, the upper edge that the table top of this load bearing board feeding platform 25 and each deflector roll 23 are formed at grade, and offer a conveying vallecular cavity 251 on described load bearing board feeding platform 25, the step down position in chamber 221 of position and the column of this conveying vallecular cavity 251 is corresponding and be on same straight line.
Further, the two ends, side that described push rod 34 is pushing load bearing board are respectively arranged with an antivibration pad 341, and a pair antivibration pad 341 is relative to the symmetrical setting of column 33.
In an of the present invention and then specific embodiment, described motor 41 is arranged in a motor fixing seat 413, an adjustment screw adapter plate 414 is provided with in the side, side of this motor fixing seat 413, it is provided with the adjustment screw 415 be connected with motor 41 for a pair, by the degree of tension regulating described adjustment screw 415 to change messenger chain 412, facilitate the maintain and replace of messenger chain 412.
Further, the two ends of the second described sprocket shaft 43 are connected with the second described bearing seat 431 after being each passed through the adjustment tank 14 of the strip be opened in frame 1, the second described sprocket shaft 43 can in adjustment tank 14 before and after slippage, and in the frame 1 of adjustment tank 14 side, be fixed with an adjusting screw(rod) seat 433, described adjusting screw(rod) seat 433 is provided with a screw rod 434 be connected with the second described bearing seat 431, by the degree of tension regulating described screw rod 434 to change chain 44, facilitate the maintain and replace of chain 44.
Further, solid frame 12 is fixed with sliver 121 on a pair to described sliver, on a pair, sliver 121 is arranged at immediately below the chain 44 that runs in the guide on sliver above solid frame 12, and the chain 44 of top on this, sliver 121 slides; Under described sliver, solid frame 13 is fixed with a pair time sliver 131, a pair time sliver 131 is arranged at immediately below the chain 44 that runs in the guide on sliver below solid frame 12, and the chain 44 of below slides on this lower sliver 131.
Refer to Fig. 1 and composition graphs 2, describe principle of work of the present invention: be placed on by load bearing board 5 on load bearing board feeding platform 25, now push dolly 3 and be positioned at conveying vallecular cavity 251 and a pair antivibration pad 341 is symmetrically resisted against on load bearing board 5, after starting described motor 41, messenger chain 412 drives the first sprocket shaft 42 to rotate counterclockwise, and the first transportation sprocket 423 on described first sprocket shaft 42 also drags chain 44 and then rotates counterclockwise together, thus drive connected propelling movement dolly 3 forward slip together by chain 44, load bearing board 5 is slowly carried out on two groups of deflector rolls be arranged in juxtaposition 23, two groups of guide wheels 242 in implementation process on a pair wheel frame 24 can be revised the load bearing board 5 that departs from transport platform 2 direction of slip and prevent load bearing board from colliding and land, until load bearing board 5 departs from transport platform 2 and is served material preparing table 6, described motor 41 shuts down and starts reversing, now propelling movement dolly 3 is drag by chain 44 other end that cw reverses and moves backward, until homeposition place in conveying vallecular cavity 251 got back to by described propelling movement dolly 3, described motor 41 shuts down, then again put new load bearing board 5 and repeat above-mentioned action.
Refer to Fig. 1 and composition graphs 2, describe practical application flow process of the present invention: be placed on by the load bearing board 5 being placed with idiosome on load bearing board feeding platform 25 by propelling movement dolly 3 driven forward, be transported on material preparing table 6 through transport platform 2, then load bearing board 5 continues to be transported to forward one by one on loading bay 7 by material preparing table 6, load bearing board 5 is pushed to the other end from one end of loading bay 7 by the propelling movement car 71 on described loading bay 7, by the loading bay delivery device 72 being arranged at loading bay 7 other end, load bearing board 5 being sent into load bearing board by the first hermatic door 81 replaces in room 8, now, described first hermatic door 81 is closed, in load bearing board displacement room 8, oxygen is nitrogen by fast exchange and opens the second hermatic door 82, by displacement room pusher 83 load bearing board 5 pushed to feeding chamber 9 from displacement room and the second hermatic door 82 is closed, finally, the 3rd hermatic door 91 on described feeding chamber 9 is opened, by feeding chamber pusher 92, load bearing board 5 is sent in sintering furnace 10, the sintering to idiosome on load bearing board 5 is completed by sintering furnace 10, in whole process, described feeding chamber 9 remains sealing state and nitrogen abrim.
Here it should be noted that: the present invention not only can enter sintering equipment for carrying the idiosome on load bearing board, can also be used for transporting in the product introduction sintering furnaces 10 such as aluminium oxide pedestal and sinter, there is fed distance long, running pulsation-free feature.
Claims (9)
1.
a kind of load bearing board conveying mechanism of MIM sintering furnace, comprise a frame (1), one is arranged on the transport platform (2) above frame (1), one to coordinate with transport platform (2) and the propelling movement dolly (3) and be slidably connected in frame (1) is arranged on frame (1) below and the actuating unit (4) pushing dolly (3) and be in transmission connection, it is characterized in that: described transport platform (2) comprises the top that is arranged on frame (1) short transverse and both sides along its length a pair deflector roll permanent seat (21) of arranging, a pair deflector roll internal fixtion seat (22) is also installed between a pair deflector roll permanent seat (21), face each other between a pair deflector roll internal fixtion seat (22) and a pair deflector roll permanent seat (21) and be arranged in parallel, the chamber (221) and the column being formed with a up/down perforation in the centre of a pair deflector roll internal fixtion seat (22) is stepped down, between each deflector roll permanent seat (21) and an adjacent deflector roll internal fixtion seat (22), one group of deflector roll (23) is installed respectively rotatably, each deflector roll (23) to be spaced and in being arranged side by side between two groups of deflector rolls (23) along the length direction of frame (1), a pair described deflector roll permanent seat (21) is separately installed with a wheel frame (24) above short transverse, the downside of each wheel frame (24) is fixed with one group of guide wheel (242) in interval respectively by guide wheel shaft (241), the quantity of one group of guide wheel (242) is identical with the quantity of one group of deflector roll (23) of below and position is corresponding, and the rotational axis vertical of guide wheel (242) is in the S. A. of deflector roll (23).
2.
the load bearing board conveying mechanism of a kind of MIM sintering furnace according to claim 1, it is characterized in that described frame (1) is fixed with a vehicle guide (11) respectively in the below of a pair deflector roll permanent seat (21) short transverse, vehicle guide (11) is configured with roller groove (111) respectively, and a pair roller groove (111) faces each other and arranges in opposite directions, described propelling movement dolly (3) comprises a vehicle frame (31), this vehicle frame (31) is provided with a pair roller shaft (32), at the two ends of roller shaft (32), a roller (321) is installed respectively rotatably, one pair roller (321) of both sides is embedded respectively slidably in the roller groove (111) of a pair vehicle guide (11), realize the sliding block joint pushing dolly (3) and frame (1), by column permanent seat (331), a column (33) is installed in the top of described vehicle frame (31) short transverse, this column (33) is upward through and leans out described column steps down chamber (221) outward, and be fixed with a push rod (34) at the top leaning out end, mutually vertically between this push rod (34) with described column (33) to arrange and structure in T shape.
3.
the load bearing board conveying mechanism of a kind of MIM sintering furnace according to claim 2, it is characterized in that described frame (1) is also fixed with a guide rail holder bar (112) respectively in the below of a pair vehicle guide (11) short transverse, pair of guide rails holder bar (112) provides support for giving a pair vehicle guide (11).
4.
the load bearing board conveying mechanism of a kind of MIM sintering furnace according to claim 1, it is characterized in that described actuating unit (4) comprises one and is arranged on motor (41) bottom frame (1) length direction one end, drive sprocket (411) on this motor (41) is connected with the hinge wheel (421) on the first sprocket shaft (42) being arranged at motor (41) top by messenger chain (412), described the first sprocket shaft (42) is arranged in frame (1) by clutch shaft bearing seat (422) rotatably, described the first sprocket shaft (42) is also provided with a pair first transportation sprockets (423), the other end of described frame (1) length direction is provided with one second sprocket shaft (43), this the second sprocket shaft (43) position is corresponding with the first sprocket shaft (42) and be arranged in frame (1) rotatably by the second bearing seat (431), and on the second sprocket shaft (43), the position of a pair first transportation sprockets (423) is provided with a pair second transportation sprockets (432), a chain (44) is connected between two corresponding the first transportation sprockets (423) and the second transportation sprocket (432), on the length direction of described frame (1), interval is fixed with solid frame (12) on one group of sliver, solid frame (13) under solid frame (12) below is fixed with one group of sliver accordingly on one group of sliver, one end of described chain (44) is positioned at solid frame (12) top on sliver and is connected on the contiguous block (35) of propelling movement dolly (3) bottom, and the other end of chain (44) walks around the first transportation sprocket (423) and consolidate between frame (13) under the solid frame (12) of sliver and sliver and pass, after walking around the second transportation sprocket (432) again, on sliver, solid frame (12) top is connected with described contiguous block (35) equally, realize described actuating unit (4) and promote being in transmission connection of dolly (3).
5.
the load bearing board conveying mechanism of a kind of MIM sintering furnace according to claim 1, the one end that it is characterized in that described transport platform (2) length direction is provided with a load bearing board feeding platform (25), the upper edge that the table top of this load bearing board feeding platform (25) and each deflector roll (23) are formed at grade, and offer conveying vallecular cavity (251) on described load bearing board feeding platform (25), the step down position in chamber (221) of position and the column of this conveying vallecular cavity (251) is corresponding and be on same straight line.
6.
the load bearing board conveying mechanism of a kind of MIM sintering furnace according to claim 1, it is characterized in that the two ends, side that described push rod (34) is pushing load bearing board are respectively arranged with an antivibration pad (341), a pair antivibration pad (341) is relative to column (33) symmetrical setting.
7.
the load bearing board conveying mechanism of a kind of MIM sintering furnace according to claim 4, it is characterized in that described motor (41) is arranged in a motor fixing seat (413), an adjustment screw adapter plate (414) is provided with in the side, side of this motor fixing seat (413), it is provided with the adjustment screw (415) be connected with motor (41) for a pair, by the degree of tension regulating described adjustment screw (415) to change messenger chain (412).
8.
the load bearing board conveying mechanism of a kind of MIM sintering furnace according to claim 4, it is characterized in that the adjustment tank (14) that the two ends of described the second sprocket shaft (43) are each passed through the strip be opened in frame (1) is connected with described the second bearing seat (431) afterwards, described the second sprocket shaft (43) can in adjustment tank (14) before and after slippage, and in the frame (1) of adjustment tank (14) side, be fixed with an adjusting screw(rod) seat (433), described adjusting screw(rod) seat (433) is provided with a screw rod (434) be connected with described the second bearing seat (431), by the degree of tension regulating described screw rod (434) to change chain (44).
9.
the load bearing board conveying mechanism of a kind of MIM sintering furnace according to claim 4, it is characterized in that solid frame (12) is fixed with sliver on a pair (121) to described sliver, on a pair sliver (121) be arranged to run in the guide on sliver solid frame (12) top chain (44) immediately below, and the chain of top (44) sliver (121) on this is upper slides; Under described sliver, solid frame (13) is fixed with a pair time sliver (131), a pair time sliver (131) be arranged at run in the guide solid frame (12) below on sliver chain (44) immediately below, and the chain of below (44) slides this lower sliver (131) is upper.
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| CN201510590590.2A CN105151654A (en) | 2015-09-16 | 2015-09-16 | Load bearing board conveying mechanism of MIM sintering furnace |
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| CN201510590590.2A CN105151654A (en) | 2015-09-16 | 2015-09-16 | Load bearing board conveying mechanism of MIM sintering furnace |
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| CN108398651A (en) * | 2018-03-20 | 2018-08-14 | 王伟波 | A kind of lithium battery voltage inner walkway device |
| CN108398650A (en) * | 2018-03-20 | 2018-08-14 | 王伟波 | A kind of lithium battery voltage, the automatic test failure product device for eliminating of resistance |
| CN108502453A (en) * | 2018-03-20 | 2018-09-07 | 王伟波 | A kind of lithium battery chain drive conveying device |
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| CN204999146U (en) * | 2015-09-16 | 2016-01-27 | 苏州汇科机电设备有限公司 | Board conveying mechanism is burnt in holding of MIM fritting furnace |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106516564A (en) * | 2016-11-22 | 2017-03-22 | 无锡锡东能源科技有限公司 | Synchronous conveying chain plate conveyor |
| CN106516564B (en) * | 2016-11-22 | 2019-04-05 | 无锡锡东能源科技有限公司 | A kind of synchronous transport carrier bar conveyer |
| CN106542328A (en) * | 2017-01-11 | 2017-03-29 | 威海新北洋正棋机器人股份有限公司 | Robot charge device and control method |
| CN108398651A (en) * | 2018-03-20 | 2018-08-14 | 王伟波 | A kind of lithium battery voltage inner walkway device |
| CN108398650A (en) * | 2018-03-20 | 2018-08-14 | 王伟波 | A kind of lithium battery voltage, the automatic test failure product device for eliminating of resistance |
| CN108502453A (en) * | 2018-03-20 | 2018-09-07 | 王伟波 | A kind of lithium battery chain drive conveying device |
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Application publication date: 20151216 |