CN102620549B - Material conveying system for realizing high volume capacity in drying box - Google Patents
Material conveying system for realizing high volume capacity in drying box Download PDFInfo
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- CN102620549B CN102620549B CN201210121478.0A CN201210121478A CN102620549B CN 102620549 B CN102620549 B CN 102620549B CN 201210121478 A CN201210121478 A CN 201210121478A CN 102620549 B CN102620549 B CN 102620549B
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Abstract
The invention belongs to the field of automation of mechanical manufacturing, and relates to a material conveying system for realizing high volume capacity in a drying box. The material conveying system is mainly characterized by comprising a driving device and a material conveying chain device, wherein the material conveying chain device consists of three groups of material conveying chain structures which have the same structure, are vertically arranged and are parallel to one another; the three groups of material conveying chain structures synchronously rotate; each group of material conveying chain structures consist of a left material conveying chain and a right material conveying chain on the left side and the right side which have the same structure and are opposite to each other; the left material conveying chain and the right material conveying chain are provided with parallel upper chain wheel shaft and lower chain wheel shaft respectively; the inner shaft ends of the chain wheel shafts are provided with chain wheels; the pair of chain wheels on each side is provided with a chain; the chain is provided with a chain shaft; the chain shaft is provided with a material conveying tray rack; ascending motion of the tray rack is finished by one side of the first and second groups of material conveying chain structures; and descending motion of the tray rack is finished by the other side of the second group of material conveying chain structures and a third group of material conveying chain structures.
Description
Technical field
The invention belongs to automation of machinery manufacture field, relate to a kind of materiel delivery system of realizing high building coverage in drying box.
Background technology
In any drying box, all wish that material constantly shifts one's position in temperature field, its object is to make as much as possible the heating material at each position even.Traditional drying box need to take out the material in drying box in multiple times, manually shifts one's position, and reinstalls in drying box and is dried, and this method obviously wastes time and energy.Therefore occurred that one arranges gyroscope wheel in drying box, material disc is suspended on gyroscope wheel, along with the rotation of gyroscope wheel, material obtains heating more uniformly.In this dry run, do not need artificial transformed object material level to put, can realize preferably the homogeneous heating to material, but this structure space utilization rate is lower, also just means that the productivity ratio of drying box is lower.
In order to improve the production efficiency of drying box, just need to improve the plot ratio of material in drying box.In drying box, the plot ratio of material refers to: the volume ratio that the material that is dried takes up space in drying box.In order to make as much as possible heating material even, the rational gap that is dried and must has between material; And the space that must have material transport mechanism to exist in drying box.Meet material by the condition of homogeneous heating under, improve the plot ratio of material in drying box, its realistic meaning is the production efficiency that has improved drying box.The present invention proposes a kind of technical scheme of the materiel delivery system of realizing high building coverage in drying box.The technical program, with respect to other traditional scheme, has greatly improved the plot ratio of material, and has met well the object that material is realized to homogeneous heating.
Summary of the invention
The object of the invention is to avoid the deficiencies in the prior art, a kind of materiel delivery system of realizing high building coverage in drying box is provided.Realize in drying box material dynamically dry in, increased substantially the plot ratio of material in drying box, thereby guaranteed, under the prerequisite that material is evenly dried, to increase substantially production efficiency.
The technical scheme that the present invention solves the problems of the technologies described above is as follows: a kind of materiel delivery system of realizing high building coverage in drying box, and its main feature is to include drive unit, material conveyer chain device; Described material conveyer chain device is identical by three groups of structures, at right angle setting, the material conveyer chain structure that is parallel to each other form, and three groups of material conveyer chain structures are synchronously rotated; Every group of material conveyer chain structure is made up of left and right sides structure left material conveyer chain identical, facing each other and right material conveyer chain, left material conveyer chain with on right material conveyer chain, be respectively equipped with upper and lower parallel sprocket shaft, on the axle head of the inner side of sprocket shaft, be provided with sprocket wheel, the pair of sprocket of every side is provided with chain; On chain, be provided with chain rivet, on chain rivet, be provided with material delivery tray frame; By first group be last group and second group in the middle of a side of one group of material conveyer chain structure complete the upstroke of tray rack, by the opposite side of second group and the 3rd group after one group of material conveyer chain structure complete the downward movement of tray rack.Make to be placed on the material in material disc on tray rack in casing and constantly shift one's position, and along fixing track operation, thereby make heating material uniform drying.
The described materiel delivery system of realizing high building coverage in drying box, described drive unit, the sprocket wheel main drive shaft that includes main CD-ROM drive motor and second group of material conveyer chain structure is connected, sprocket wheel main drive shaft is connected by the chain transmission left and right universal driving shaft sprocket shaft concentric with opposite, to realize the interlock of left and right sides sprocket wheel; On the lower sprocket axle of first group, second group, the 3rd group right material conveyer chain or cochain wheel shaft and on the cochain wheel shaft of first group, second group, the 3rd group left material conveyer chain or lower sprocket axle, be respectively equipped with synchronous pulley, connect by Timing Belt, to realize the synchronous rotation of left side or all sprocket wheels in right side.
The described materiel delivery system of realizing high building coverage in drying box, also include the tray rack of using be provided with for tray rack in top dislocation during on the top of described material conveyer chain device and get on the right track, the tray rack lower railway of using be provided with for tray rack in bottom dislocation during in the bottom of described material conveyer chain device; Described tray rack gets on the right track and includes respectively outside track, inner orbit with tray rack lower railway; Above material conveyer chain device and below the pushing disk device and the push-plate guide rail bracket that are also respectively equipped with for tray rack on top or use when the dislocation of bottom; Described push-plate guide rail bracket includes guide rail and is located on guide rail holder, described pushing disk device includes driving gear wheel and rack and engages and be connected on gear shaft, tooth bar is connected on the tooth bar support that can move on guide rail, end at tooth bar support is provided with push pedal, and driven wheel is connected with push-plate CD-ROM drive motor by gear shaft.
The described materiel delivery system of realizing high building coverage in drying box, for the material that makes to be dried can evenly be dried, is layered on material in material disc layered putting equably.The present invention by material disc by being manually placed on tray rack.Four jiaos of tray rack respectively have a pair of back-up roller wheels, and every pair of back-up roller wheels hang on the elongated portion of chain rivet.When chain rivet moves up or down, the tray rack hanging on chain rivet also moves up or down thereupon.
The described materiel delivery system of realizing high building coverage in drying box, four jiaos at described tray rack are also provided with two groups of walking rollers, wherein one group is the upper walking roller of using when the dislocation of top for tray rack, includes the outer roller of upper walking, upper walking internal trolley; Another group is the next walking roller of using when the dislocation of bottom for tray rack, includes the outer roller of the next walking, the next walking internal trolley; Each walking roller rolls on corresponding with it tray rack track.In the time that tray rack rolls on corresponding with it tray rack track by walking roller, tray rack has just been realized the object that is transformed into another group chain-drive mechanism by one group of chain-drive mechanism.The material being dried has also just been realized transmission, is the homogeneous heating condition that provides the foundation.
The described materiel delivery system of realizing high building coverage in drying box, also include push-plate and drive positioner, on gear shaft, be provided with control pinion, control is engaged with control gear wheel with pinion, control is located on gear wheel support with gear wheel, controlling with being provided with push-plate induction projection on gear wheel, on gear wheel support, be also provided with push-plate inductive switch, to control the reciprocating motion of pushing disk device.
The described materiel delivery system of realizing high building coverage in drying box, also include sprocket rotation positioner, on any sprocket shaft, be provided with locating turntable, on locating turntable, be provided with sprocket wheel induction projection, sprocket wheel inductive switch is located on sprocket wheel inductive switch support, spends to realize the every rotation 90 of sprocket wheel, and---sprocket wheel rotates the repetitive cycling working method of 90 degree again to stop---tray rack is transformed into another group chain-drive mechanism by one group of chain-drive mechanism---.
The every rotation 90 of sprocket wheel of described material conveyer chain device is spent, and stops, then rotates 90 degree, stops, then rotates 90 degree, repetitive cycling.The control of this intermittent movement is coordinated and is realized by sprocket rotation positioner and main CD-ROM drive motor.
The invention has the beneficial effects as follows: realize in drying box material dynamically dry in, increased substantially the plot ratio of material in drying box.Thereby guaranteeing, under the prerequisite that material is evenly dried, to increase substantially production efficiency.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is the drying box right view of the embodiment of the present invention.
Fig. 2 is the drive mechanism axonometric drawing (hiding casing and intermediate tray frame) of the embodiment of the present invention.
Fig. 3 is the drying box A-A cutaway view of the embodiment of the present invention.
Fig. 4 is that the B-B cutaway view of the embodiment of the present invention is tray rack shift map (initial position).
Fig. 5 is that the B-B cutaway view of the embodiment of the present invention is tray rack shift map (centre position).
Fig. 6 is that the B-B cutaway view of the embodiment of the present invention is tray rack shift map (completing place).
Fig. 7 is pushing disk device and the push-plate guide rail bracket stereogram of the embodiment of the present invention.
Fig. 8 is pushing disk device and the push-plate guide rail bracket front view of the embodiment of the present invention.
Fig. 9 is that the push-plate of the embodiment of the present invention drives positioner front view.
Figure 10 is that the push-plate of the embodiment of the present invention drives positioner top view.
Figure 11 is the sprocket rotation positioner front view of the embodiment of the present invention.
Figure 12 is the sprocket rotation positioner top view of the embodiment of the present invention.
Figure 13 is the tray rack front view of the embodiment of the present invention.
Figure 14 is the tray rack upward view of the embodiment of the present invention.
Figure 15 is the tray rack right view of the embodiment of the present invention.
First group of material conveyer chain structure of A1. in figure, A2. second group of material conveyer chain structure, A3. the 3rd group of material conveyer chain structure, 1. casing, 2. push-plate CD-ROM drive motor, 3. push-plate drives positioner, 3-1. gear wheel support, 3-2. control gear wheel, 3-3. push-plate induction projection, 3-4. push-plate inductive switch, 3-5. control pinion, 4. main CD-ROM drive motor, 5. sprocket rotation positioner, 5-1. sprocket wheel inductive switch support, 5-2. locating turntable, 5-3. sprocket wheel inductive switch, 5-4. sprocket wheel induction projection, 6. Timing Belt, 7. synchronous pulley, 8. the 3rd group of upper left sprocket shaft, 9. second group of upper left sprocket shaft, 10. first group of upper left sprocket shaft, 11. chain rivets, 12. chains, 13. driven chain wheel shafts, 14. tray rack lower-left tracks, 14-1. lower-left outside track, 14-2. lower-left inner orbit, 15. push-plate guide rail brackets, 15-1. guide rail, 15-2. guide rail holder, 16. tray rack bottom right tracks, 16-1. bottom right outside track, 16-2. bottom right inner orbit, 17. first groups of bottom right sprocket shafts, 18. second groups of bottom right sprocket shafts, 19. the 3rd groups of bottom right sprocket shafts, 20. sprocket wheel main drive shafts, 21. sprocket wheels, 22. tray rack upper right tracks, 22-1. upper right outside track, 22-2. upper right inner orbit, 23. tray racks, 23-1. back-up roller wheels, the outer roller of the upper walking of 23-2., the upper walking internal trolley of 23-3., the outer roller of the next walking of 23-4., the next walking internal trolley of 23-5., 24. chain transmission left and right universal driving shafts, 25. pushing disk devices, 25-1. gear shaft, 25-2. driven wheel, 25-3. tooth bar, 25-4. push pedal, 25-5. tooth bar support, 26. tray rack upper left tracks, 26-1. upper left outside track, 26-2. upper left inner orbit.
The specific embodiment
Below in conjunction with accompanying drawing, principle of the present invention and feature are described, illustrated embodiment, only for explaining the present invention, is not intended to limit scope of the present invention.
Embodiment: see Fig. 1, Fig. 2, a kind of materiel delivery system of realizing high building coverage in drying box, includes drive unit, material conveyer chain device A; Described material conveyer chain device is identical by three groups of structures, at right angle setting, the material conveyer chain structure A1, A2, the A3 that are parallel to each other form, and three groups of material conveyer chain structures are synchronously rotated; Every group of material conveyer chain structure is made up of left and right sides structure left material conveyer chain identical, facing each other and right material conveyer chain, left material conveyer chain with on right material conveyer chain, be respectively equipped with upper and lower parallel sprocket shaft, on the axle head of the inner side of sprocket shaft, be provided with sprocket wheel 21, the pair of sprocket 21 of every side is provided with chain 12; On chain 12, be provided with chain rivet 11, on chain rivet 11, be provided with material delivery tray frame 23; Completed the upstroke of tray rack 23 by a side of first group and second group material conveyer chain structure, completed the downward movement of tray rack 23 by the opposite side of second group and the 3rd group of material conveyer chain structure.Make to be placed on the material in material disc on tray rack in casing and constantly shift one's position, and along fixing track operation, thereby make heating material uniform drying.
See Fig. 2, described drive unit, the sprocket wheel main drive shaft 20 that includes main CD-ROM drive motor 4 and second group of material conveyer chain structure is connected, the sprocket wheel main drive shaft 20 of second group of material conveyer chain structure is connected by chain transmission left and right universal driving shaft 24 and second group of upper left sprocket shaft 9, to realize the interlock of left and right sides sprocket wheel; On cochain wheel shaft 10,9,8 on lower sprocket axle 17,18,19 on first group, second group, the 3rd group right material conveyer chain and on first group, second group, the 3rd group left material conveyer chain, be respectively equipped with synchronous pulley 7, connect by Timing Belt 6, to realize the synchronous rotation of all sprocket wheels 21 of each side.
See Fig. 2, Fig. 3, Fig. 7, Fig. 8, the tray rack of using be provided with for tray rack 23 in top dislocation during on the top of described material conveyer chain device gets on the right track 22,26, the tray rack lower railway 14,16 of using be provided with for tray rack 23 in bottom dislocation during in the bottom of described material conveyer chain device; On the top of described material conveyer chain device and bottom is also provided with for tray rack on top or push-plate guide rail bracket 15 and the pushing disk device 25 used when the dislocation of bottom; Described tray rack get on the right track 22,26 and tray rack lower railway 14,16 include respectively outside track 22-1,26-1,14-1,16-1, inner orbit 22-2,26-2,14-2,16-2; Described push-plate guide rail bracket 15 includes guide rail 15-1 and is located on guide rail holder 15-2, driven wheel 25-2 engages and is connected on gear shaft 25-1 with tooth bar 25-3, tooth bar 25-3 is connected on the tooth bar support 25-5 that can move on guide rail 15-1, end at tooth bar support 25-5 is provided with push pedal 25-4, and driven wheel 25-2 is connected with push-plate CD-ROM drive motor 2 by gear shaft 25-1.
See Figure 13, Figure 14, Figure 15, four jiaos of described tray rack 23 are respectively provided with a pair of back-up roller wheels 23-1, and every couple of back-up roller wheels 23-1 hangs on the chain rivet of described chain.For the material that makes to be dried can evenly be dried, material is layered in material disc equably to layered putting.The present invention by material disc by being manually placed on tray rack.When chain rivet moves up or down, the tray rack hanging on chain rivet also moves up or down thereupon.
See Figure 13, Figure 14, Figure 15, be also provided with two groups of walking rollers at described tray rack four jiaos, wherein one group is the upper walking roller of using when the dislocation of top for tray rack, includes the outer roller 23-2 of upper walking, upper walking internal trolley 23-3; Another group is the next walking roller of using when the dislocation of bottom for tray rack, includes the outer roller 23-4 of the next walking, the next walking internal trolley 23-5; Each walking roller rolls on corresponding with it tray rack track.In the time that tray rack rolls on corresponding with it tray rack track by walking roller, tray rack has just been realized the object that is transformed into another group chain-drive mechanism by one group of chain-drive mechanism.The material being dried has also just been realized transmission, is the homogeneous heating condition that provides the foundation.
See Fig. 1, Fig. 2, Fig. 9, Figure 10, the described materiel delivery system of realizing high building coverage in drying box, also include push-plate and drive positioner 3, on gear shaft 25-1, be provided with to control and use pinion 3-5, control and use pinion 3-5 to engage with control gear wheel 3-2, it is upper that control is located at gear wheel support 3-1 with gear wheel 3-2, controlling with being provided with push-plate induction projection 3-3 on gear wheel 3-2, is also provided with push-plate inductive switch 3-4 on gear wheel support 3-1.To control the reciprocating motion of pushing disk device.
See Figure 11, Figure 12, the described materiel delivery system of realizing high building coverage in drying box, also include sprocket rotation positioner 5, on the 3rd group of bottom right sprocket shaft 19, be provided with locating turntable 5-2, on locating turntable 5-2, be provided with sprocket wheel induction projection 5-4, sprocket wheel inductive switch 5-3 is located on sprocket wheel inductive switch support 5-1.Spend to realize the every rotation 90 of sprocket wheel---stop---tray rack by one group of chain-drive mechanism be transformed into another group chain-drive mechanism---sprocket wheel rotates the repetitive cycling working method of 90 degree again.
The every rotation 90 of sprocket wheel of described material conveyer chain device is spent, and stops, then rotates 90 degree, stops, then rotates 90 degree, repetitive cycling.The control of this intermittent movement coordinates realization by sprocket rotation positioner 5 and main CD-ROM drive motor 4.
Running of the present invention is:
1, manually pack from the opening part of casing 1 (seeing Fig. 1) material disc that material is housed into drying box, be placed on tray rack 23 and (see Fig. 2, Fig. 3).Place after one deck, three groups of structures are identical, synchronous 90 degree that rotate of six pairs of sprocket wheels of the material conveyer chain structure of parallel installation 21, chain 12 moves the length of two chain links, manually place again second layer material disc, charging successively, until all placed material disc on all tray racks 23, then close former and later two doors of drying box.
2, drying box heats up and starts drying work, rotates according to sprocket wheel follow procedure after heating a period of time predetermined time.
3, the rotation of sprocket wheel 21 (seeing Fig. 2) is realized by the rotation of main CD-ROM drive motor 4 (seeing Fig. 2) band movable sprocket main drive shaft 20 (seeing Fig. 2).Sprocket wheel main drive shaft 20 is fixedly connected with second group of upper left sprocket shaft 9 (seeing Fig. 2) by chain transmission left and right universal driving shaft 24 (seeing Fig. 2), to realize the interlock of left and right sides sprocket wheel.All 12 sprocket shafts are all arranged on casing 1, and every sprocket shaft is fixedly connected with sprocket wheel 21 in the inner side of casing.Second group of upper left sprocket shaft 9 stretches out at the axle head of casing 1 outside and is fixedly connected with two synchronous pulleys 7 (seeing Fig. 2), these two synchronous pulleys are transferred to first group of upper left sprocket shaft 10 of former and later two sprocket shafts and the 3rd group of upper left sprocket shaft 8 (seeing Fig. 2) by the rotation of second group of upper left sprocket shaft 9 by Timing Belt 6 (seeing Fig. 2) respectively, three sprocket shaft driven chain wheel shafts 13 (seeing Fig. 2) of lower-left side synchronously rotate by chain 12, and so far all sprocket wheels in left side have been realized synchronous rotation.The sprocket wheel main drive shaft 20 on right side is given second group of bottom right sprocket shaft 18 (seeing Fig. 2) by chain 12 by transmission of rotation, second group of bottom right sprocket shaft 18 stretches out at the axle head of casing 1 outside and is fixedly connected with two synchronous pulleys 7 (seeing Fig. 2), these two synchronous pulleys are transferred to first group of bottom right sprocket shaft 17 of former and later two sprocket shafts and the 3rd group of bottom right sprocket shaft 19 (seeing Fig. 2) by the rotation of second group of bottom right sprocket shaft 18 by Timing Belt 6 (seeing Fig. 2) respectively, former and later two sprocket shaft driven chain wheel shafts 13 (seeing Fig. 2) of upper right side synchronously rotate by chain 12, so far all sprocket wheels in right side have been realized synchronous rotation.Link by chain transmission left and right universal driving shaft 24 in the left and right sides, so far all sprocket wheels can be realized synchronous rotation.
4, also second group, left side upper left sprocket shaft 9 can be stretched out below two synchronous pulleys 7 of casing 1 outside axle head are arranged on second group of lower-left sprocket shaft, its transmission and right side are in like manner.
5, for tray rack 23 can successfully be passed between chain 12, chain-drive mechanism is designed to: the every rotation 90 of sprocket wheel is spent---stops the repetition intermittent cyclic working method that---sprocket wheel turn 90 degrees again---stops again.
6,90 degree are spent, stop, being rotated in the every rotation 90 of the sprocket wheel of material conveyer chain device, the intermittent rotary that stops coordinates realization (seeing Fig. 2, Figure 11, Figure 12) by sprocket rotation positioner 5 and main CD-ROM drive motor 4 again.Because all sprocket wheels are all synchronous rotations, so select the axle head of a sprocket shaft to be fixedly connected with locating turntable 5-2.The outer rim decile of locating turntable 5-2 is installed with four sprocket wheel induction projection 5-4, and due to sprocket wheel induction projection, 5-4 is corresponding with the position of sprocket shaft, so directly reflect the angle position of sprocket wheel.On sprocket wheel inductive switch support 5-1, be installed with sprocket wheel inductive switch 5-3.When sprocket wheel induction projection 5-4 forwards the position of sprocket wheel inductive switch 5-3 to, sprocket wheel inductive switch 5-3 sends signal, and the control system just main CD-ROM drive motor 4 of instruction stops operating, all chain stop motions.
7, material disc is placed on tray rack 23, and four jiaos of tray rack 23 respectively have a pair of back-up roller wheels 23-1 (seeing Fig. 3, Figure 13, Figure 14, Figure 15), and every couple of back-up roller wheels 23-1 hangs on the elongated portion of chain rivet 11 (seeing Fig. 2).When chain rivet 11 moves up or down, the tray rack 23 hanging on chain rivet also moves up or down thereupon.Because tray rack is to hang on chain rivet 11 by back-up roller wheels 23-1, in the time applying a horizontal thrust to tray rack 23, the back-up roller wheels 23-1 on tray rack 23 just can roll across and depart from the chain rivet 11 when front support from chain rivet 11.
8, be provided with tray rack upper left track 26 and tray rack upper right track 22 (seeing Fig. 2) on the top of casing 1; Be provided with tray rack lower-left track 14 and tray rack bottom right track 16 (seeing Fig. 2) in the bottom of casing 1.Four jiaos of tray rack are provided with two groups of walking rollers (seeing Fig. 3, Figure 13, Figure 14, Figure 15), wherein one group is roller 23-2 and upper walking internal trolley 23-3 outside the upper walking of using when the dislocation of material conveyer chain device top for tray rack, and another group is roller 23-4 and the next walking internal trolley 23-5 outside the next walking of using when the dislocation of material conveyer chain device bottom for tray rack.Interference while rotation in order to avoid chain rivet, each walking roller rolls on the tray rack track of answering in contrast.In the time that tray rack 23 is subject to horizontal force promotion, the back-up roller wheels 23-1 on tray rack 23 departs from the chain rivet 11 when front support.Now, move on corresponding with it tray rack track by walking roller, tray rack 23 has just been realized the object that is transformed into another group chain-drive mechanism by one group of chain-drive mechanism.The material being dried has also just been realized transmission.
9,, in top and the bottom of casing 1, be installed with push-plate guide rail bracket 15 (seeing Fig. 2, Fig. 7, Fig. 8).Guide rail 15-1 on push-plate guide rail bracket 15 is fixed on casing 1 by guide rail holder 15-2.Tooth bar 25-3 on pushing disk device 25 is fixed on the tooth bar support 25-5 that can move on guide rail 15-1.Tooth bar 25-3 moves under the driving of driven wheel 25-2, drives the push pedal 25-4 being fixed on tooth bar support 25-5 to move.Push pedal 25-4 promotes tray rack 23 and moves, and the back-up roller wheels 23-1 on tray rack 23 departs from the chain rivet 11 when front support.The outer roller 23-2 of upper walking and upper walking internal trolley 22-3 on tray rack 23 move on corresponding with it tray rack upper left track 26, tray rack upper right track 22, and the top being turned by one group of chain-drive mechanism in the tray rack 23 at material conveyer chain device top is transformed into the top of another group chain-drive mechanism.In like manner, the outer roller 23-4 of the next walking and the next walking internal trolley 22-5 on tray rack 23 move on corresponding with it tray rack lower-left track 14, tray rack bottom right track 16, and the bottom being turned by one group of chain-drive mechanism in the tray rack 23 of material conveyer chain bottom of device is transformed into the bottom (seeing Fig. 4, Fig. 5, Fig. 6) of another group chain-drive mechanism.
10, in order accurately to control starting point, the final position of pushing disk device 25 strokes, the present invention is provided with push-plate and drives positioner 3 (seeing Fig. 1, Fig. 2, Fig. 9, Figure 10).Drive the driven wheel 25-2 of tooth bar 25-3 to be connected with push-plate CD-ROM drive motor 2 by gear shaft 25-1, the other end of gear shaft 25-1 is fixedly connected with to control uses pinion 3-5.Its gearratio of control gear wheel 3-2 engaging with pinion 3-5 with control is designed to: the push pedal 25-4 of pushing disk device 25 moves the length of a stroke, and control turns over one week with gear wheel 3-2.In outer rim with gear wheel 3-2, be provided with push-plate induction projection 3-3 controlling, with it correspondence be mounted in the push-plate inductive switch 3-4 on gear wheel support 3-1.Push-plate inductive switch 3-4 detects after push-plate induction projection 3-3, and signal is issued to control system, controls the start and stop of push-plate CD-ROM drive motor 2.Push-plate CD-ROM drive motor 2 is fixedly connected on casing 1; It is upper that control is arranged on gear wheel support 3-1 with gear wheel 3-2, and gear wheel support 3-1 is fixedly connected on casing 1.
11, drive pushing disk device 25 below and control identical with above of the principle of its shift motion.
12, in drying box, the flow process following (seeing Fig. 4, Fig. 5, Fig. 6) that material transmits:
1) as shown in Figure 4, a tray rack 23 is arranged at the top, upper left of material conveyer chain device, and the top, upper right of material conveyer chain device is room; One tray rack 23 is arranged at the bottom, bottom right of material conveyer chain device, and the bottom, lower-left of material conveyer chain device is room.
2) as shown in Figure 5, under the driving of push-plate CD-ROM drive motor 2, the push pedal of pushing disk device 25 above moves right in the above, and the tray rack 23 promoting in top moves from left to right by tray rack upper left track 26 and tray rack upper right track 22.Meanwhile, under the driving of push-plate CD-ROM drive motor 2, the push pedal 25-4 of pushing disk device 25 is below moved to the left below, and the tray rack 23 promoting in bottom moves from right to left by tray rack lower-left track 14 and tray rack bottom right track 16.
3) as shown in Figure 6, the tray rack 23 that moves to precalculated position falls under gravity on the chain rivet of chain, and the back-up roller wheels 23-1 on tray rack 23 hangs on chain rivet 11.Now, the tray rack 23 in top has been stayed the top, upper right of material conveyer chain device; Tray rack 23 in bottom has been stayed the bottom, lower-left of material conveyer chain device.In this process, material conveyer chain device remains static, and the tray rack 23 moving into place also just remains static.
4) upper and lower two push-plate CD-ROM drive motors reverse simultaneously, drive respectively upper and lower two pushing disk devices 25 to return to initial point.
5) chain transmission left and right universal driving shaft 24 rotates 90 degree under the driving of main CD-ROM drive motor 4, and all sprocket wheels all synchronously rotate 90 degree, and all chain rivets are mobile two distances that even save simultaneously.Sprocket wheel main drive shaft 20 rotates after 90 degree, and the tray rack 23 at the top, upper right in material conveyer chain device in Fig. 6 moves down in the drive of chain rivet the descending state of preparing; The tray rack 23 of the bottom, lower-left in material conveyer chain device in Fig. 6 moves down in the drive of chain rivet the up state of preparing.Meanwhile, top chain rivet takes one of the top of ascender tray rack 23 to again the top, upper left of material conveyer chain device; Bottom chain rivet also takes one of the bottom of descender tray rack 23 to the bottom, bottom right of material conveyer chain device.Repeat state shown in Fig. 4, enter next circulation.
13, after to be dried completing, transmission mechanism suspends, and opens the front/rear door of drying box.Manually the material disc that material is housed is taken out from the opening part of casing 1 (seeing Fig. 1), take out after one deck, synchronous 90 degree that rotate of all sprocket wheels, chain 12 moves the length of two chain links, manually take out second layer material disc, discharging successively, until property charging tray all takes out again.Then, drying box enters next round charging, dry operation.
The foregoing is only preferred embodiment of the present invention, in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (7)
1. a materiel delivery system of realizing high building coverage in drying box, is characterized in that: include drive unit, material conveyer chain device; Described material conveyer chain device is identical by three groups of structures, at right angle setting, the material conveyer chain structure that is parallel to each other form, and three groups of material conveyer chain structures are synchronously rotated; Every group of material conveyer chain structure is made up of left and right sides structure left material conveyer chain identical, facing each other and right material conveyer chain, left material conveyer chain with on right material conveyer chain, be respectively equipped with upper and lower parallel sprocket shaft, on the axle head of the inner side of sprocket shaft, be provided with sprocket wheel, the pair of sprocket of every side is provided with chain; On chain, be provided with chain rivet, on chain rivet, be provided with material delivery tray frame; Completed the upstroke of tray rack by a side of first group and second group material conveyer chain structure, completed the downward movement of tray rack by the opposite side of second group and the 3rd group of material conveyer chain structure; Four jiaos at described tray rack are also provided with two groups of walking rollers, and wherein one group is the upper walking roller of using when the dislocation of top for tray rack, include the outer roller of upper walking and upper walking internal trolley; Another group is the next walking roller of using when the dislocation of bottom for tray rack, includes the outer roller of the next walking and the next walking internal trolley; Each walking roller rolls on corresponding with it tray rack track.
2. according to the materiel delivery system of realizing high building coverage in drying box described in claim 1, it is characterized in that: described drive unit, the sprocket wheel main drive shaft that includes main CD-ROM drive motor and second group of material conveyer chain structure is connected, and sprocket wheel main drive shaft is connected by the chain transmission left and right universal driving shaft sprocket shaft concentric with opposite; On the lower sprocket axle of first group, second group, the 3rd group right material conveyer chain or cochain wheel shaft and on the cochain wheel shaft of first group, second group, the 3rd group left material conveyer chain or lower sprocket axle, be respectively equipped with synchronous pulley, connect by Timing Belt.
3. according to the materiel delivery system of realizing high building coverage in drying box described in claim 1, it is characterized in that: also include the tray rack of using be provided with for tray rack in top dislocation during on the top of described material conveyer chain device and get on the right track, tray rack gets on the right track and includes outside track, inner orbit; The tray rack lower railway of using be provided with for tray rack in bottom dislocation during in the bottom of described material conveyer chain device, tray rack lower railway includes outside track, inner orbit; Above material conveyer chain device and below the pushing disk device and the push-plate guide rail bracket that are also respectively equipped with for tray rack on top or use when the dislocation of bottom; Described push-plate guide rail bracket includes guide rail and is located on guide rail holder, described pushing disk device includes driven wheel and tooth bar, driving gear wheel and rack engages and is connected on gear shaft, tooth bar is connected on tooth bar support, tooth bar support moves on guide rail, end at tooth bar support is provided with push pedal, and driven wheel is connected with push-plate CD-ROM drive motor by gear shaft.
4. according to the materiel delivery system of realizing high building coverage in drying box described in claim 1, it is characterized in that: four jiaos at described tray rack are respectively provided with a pair of back-up roller wheels, and every pair of back-up roller wheels hang on the chain rivet of described chain.
5. according to the materiel delivery system of realizing high building coverage in drying box described in claim 3, it is characterized in that: also include push-plate and drive positioner, on gear shaft, be provided with control pinion, control is engaged with control gear wheel with pinion, control is located on gear wheel support with gear wheel, controlling with being provided with push-plate induction projection on gear wheel, on gear wheel support, be also provided with push-plate inductive switch.
6. according to the materiel delivery system of realizing high building coverage in drying box described in claim 1, it is characterized in that: also include sprocket rotation positioner, on any sprocket shaft, be provided with locating turntable, on locating turntable, be provided with sprocket wheel induction projection, sprocket wheel inductive switch is located on sprocket wheel inductive switch support.
7. according to the materiel delivery system of realizing high building coverage in the drying box described in claim 6, it is characterized in that the every rotation 90 of sprocket wheel of described material conveyer chain device is spent, stop, then rotate 90 degree, then stop, being rotated further the circulation of 90 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210121478.0A CN102620549B (en) | 2012-04-23 | 2012-04-23 | Material conveying system for realizing high volume capacity in drying box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210121478.0A CN102620549B (en) | 2012-04-23 | 2012-04-23 | Material conveying system for realizing high volume capacity in drying box |
Publications (2)
| Publication Number | Publication Date |
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| CN102620549A CN102620549A (en) | 2012-08-01 |
| CN102620549B true CN102620549B (en) | 2014-07-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210121478.0A Expired - Fee Related CN102620549B (en) | 2012-04-23 | 2012-04-23 | Material conveying system for realizing high volume capacity in drying box |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107265060A (en) * | 2016-04-07 | 2017-10-20 | 张绍良 | Make the device for transporting objects of gyration under translation state |
| CN107555090B (en) * | 2017-10-18 | 2023-03-21 | 沈阳航天新阳速冻设备制造有限公司 | Material conveyer belt control warp device |
| CN111141125A (en) * | 2019-12-20 | 2020-05-12 | 安徽正峰日化有限公司 | Wet base of mosquito-repellent incense frame of drying |
| CN115251043A (en) * | 2022-07-29 | 2022-11-01 | 冰山松洋生物科技(大连)有限公司 | Sample storage structure and liquid nitrogen biological container thereof |
| CN115533598B (en) * | 2022-12-05 | 2023-04-07 | 常州克迈特数控科技有限公司 | Machine tool material channel with floating structure |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3524532A (en) * | 1968-09-17 | 1970-08-18 | Can Eng Holdings Ltd | Elevator structure having chain driven reciprocating plates |
| US5621522A (en) * | 1995-04-05 | 1997-04-15 | The United States Of America As Represented By The Secretary Of The Navy | Fiber optic probe for determination of trace levels of organic pollutants using Raman spectroscopy |
| CN2228891Y (en) * | 1995-05-15 | 1996-06-12 | 侯锦朝 | Level type rotary conveyer |
| JPH10325678A (en) * | 1997-05-27 | 1998-12-08 | Terada Seisakusho Co Ltd | Drying device |
| CN2363742Y (en) * | 1999-03-05 | 2000-02-16 | 深圳鹏基龙电安防股份有限公司 | Constant speed cross range fire-proof rolling blind |
| CN2639249Y (en) * | 2003-09-03 | 2004-09-08 | 廖建力 | Three-D circulation article conveyer |
| CN201506494U (en) * | 2009-08-14 | 2010-06-16 | 安徽省长科机械科技有限公司 | A positioning system with a novel structure |
| CN202522051U (en) * | 2012-04-23 | 2012-11-07 | 戴志荣 | Material conveying system capable of realizing high volume ratio in drying box |
-
2012
- 2012-04-23 CN CN201210121478.0A patent/CN102620549B/en not_active Expired - Fee Related
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| CN102620549A (en) | 2012-08-01 |
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