CN102502005A - Diffluent feeding and reshaping device for cylindrical explosive cartridge - Google Patents
Diffluent feeding and reshaping device for cylindrical explosive cartridge Download PDFInfo
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- CN102502005A CN102502005A CN2011103654367A CN201110365436A CN102502005A CN 102502005 A CN102502005 A CN 102502005A CN 2011103654367 A CN2011103654367 A CN 2011103654367A CN 201110365436 A CN201110365436 A CN 201110365436A CN 102502005 A CN102502005 A CN 102502005A
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Abstract
The invention relates to a diffluent feeding and reshaping device for a cylindrical explosive cartridge, which comprises a lifting belt conveyor, a two-position diffluent mechanism, a two-stage separating belt conveyor, two three-position diffluent mechanisms, a three-stage separating belt conveyor and a frame. Protecting plates on two sides of the lifting belt conveyor are connected with a guide groove of the two-position diffluent mechanism, a support of the two-position diffluent mechanism is mounted at the front end of the frame, a foot frame support of the two-stage separating belt conveyor is mounted on the frame and behind the two-position diffluent mechanism, a support of each three-position diffluent mechanism is mounted on the frame and at the rear end of the two-stage separating belt conveyor, and a supporting plate of the three-stage separating belt conveyor is mounted at the tail end of the frame. The device adopts a mode that the explosive cartridge directly rushes into a hopper of a stacking machine, so that time for reciprocating of a cylinder is saved, and the requirement on quick feeding is met. The device is further used for reshaping the explosive cartridge, therefore, an explosive cartridge reshaping device mounted between an explosive maker and the stacking machine in the past can be omitted, and the occupied space of equipment is saved.
Description
Technical field
The invention belongs to civil explosive package packing machine field, the shunting charging apparatus for shaping in being specifically related to can be neat with the column type medicinal strip, fast speed is packed into the code clamping machine hopper, with the rate request that adapts to the high speed code clamping machine.
Background technology
Along with developing rapidly of packing technique in recent years; People are increasingly high to the rate request of people's bursting charge packing; Original medicinal strip feed arrangement can not satisfy the feed rate requirement of 600/min, thus need invention a kind ofly can realize fast, stable, failure-free column type powder stick shunting charging apparatus for shaping is very urgent.
Summary of the invention
The object of the invention just provides a kind of shunting of rambling powder stick, the shaping that can medicament-making device be produced, makes the shunting charging apparatus for shaping in the entering code clamping machine hopper that powder stick can be neat.Feed arrangement adopted the cylinder push method that powder stick is pushed in the code clamping machine hopper in the past, and this has restricted feed rate greatly, and the present invention has summed up the structure and the characteristics of feed arrangement in the past; Powder stick shunting, shaping feature are combined; Adopt one-to-two, the streamed powder stick that total number is huge of two minutes six branch finally is divided into six fens, and in the shunting process; Adopt two cover high-speed separation belt feeders that the distance between the powder stick is drawn back; When making powder stick promptly hopper will be got into, self keep vertical state, and distance is drawn back to be independent of each other between the realization powder stick between the powder stick.This device adopts powder stick directly to pour the mode of code clamping machine hopper, so practiced thrift the reciprocating time of cylinder, can realize the requirement of quick feeding.And this device has also carried out shaping to powder stick, can cancel the powder stick apparatus for shaping that in the past was installed between medicament-making device and the code clamping machine like this, has practiced thrift the occupation of land space of equipment.
The object of the invention can be realized through following technical proposals:
Column type powder stick shunting charging apparatus for shaping comprises that belt elevator machine, two diversion mechanisms, secondarys separate belt feeder, two three diversion mechanisms, three grades and separate belt feeder, frame; It is characterized in that: two side protective plates of belt elevator machine are connected with the guide groove of two diversion mechanisms; The support of two diversion mechanisms is installed in the frame front end; The foot rest that secondary separates belt feeder supports and is installed on the frame and at the rear side of two diversion mechanisms; The support of three diversion mechanisms is installed on the frame and in the rear end that secondary separates belt feeder, three grades of stay bearing plates that separate belt feeder are installed in the frame end.
Said belt elevator machine comprises belt feeder, temporary hopper, four guar plate bracing frames, two guar plates; Temporary hopper is installed in belt feeder low level place through bolt, and four guar plate bracing frames are installed in the high level of the belt feeder left and right sides in twos respectively, and two guar plates are installed in the belt feeder left and right sides through the guar plate bracing frame of the left and right sides.When belt feeder quit work, temporary hopper played temporary effect, and the guar plate of belt feeder both sides is connected through bolt with the guide groove of two diversion mechanisms, prevents that powder stick from dropping out at the belt feeder high level.
Said two diversion mechanisms comprise activity-oriented groove, guide groove, flanged shaft, bearing seat, bearing, expansion set, rocking bar, multi-directional ball, support, cylinder, contiguous block, pin; Guide groove is fixed on belt elevator machine two side protective plates, and the activity-oriented groove is movably connected on the guide groove, and support is installed on the frame; Bearing seat is rack-mount, and flanged shaft is installed on the bearing seat through the bearing cooperation, and can rotate with respect to bearing seat; Flanged shaft upper end is connected with the activity-oriented groove, and the flanged shaft lower end links together through expansion set and rocking bar, and the cylinder body of cylinder is rack-mount and can on support, rotate; The piston rod of cylinder is connected with contiguous block; Contiguous block and rocking bar link together through pin, and cylinder moves reciprocatingly and can drive the activity-oriented groove and do and swing like this, realizes the shunting function; Medicinal strip drops on secondary through two diversion mechanisms to be separated on the belt feeder; Control at the maximum travel position and the length of the halt of minimum stroke position and drop on the size that secondary separates belt feeder left and right sides dose through regulating cylinder; Multi-directional ball 2-8 is installed in the support bottom, is used for support activity guide groove bottom.
Said secondary separates belt feeder and comprises straight-bar, one-level belt, drive sprocket, one-level chain, second belt, inclined guide groove, driven sprocket, fixture block, secondary imput shaft, motor imput shaft, motor reducer, framework lateral plate, foot rest support, stay bearing plate, rolling bearing units, baffle plate, baffle plate stay bearing plate, and two framework lateral plates are through four stay bearing plates and four foot rest support and connection; Four foot rests are supported and fixed on the frame, and the motor imput shaft is installed on the framework lateral plate through rolling bearing units, and motor imput shaft one end and motor reducer link together through key; The other end links together through key and drive sprocket; The one-level belt sleeve is on the motor imput shaft, and the motor reducer rotation drives the rotation of motor imput shaft, rotates thereby drive the one-level belt; The secondary imput shaft is installed in the end of framework lateral plate through rolling bearing units; Driven sprocket is installed on the secondary imput shaft, and the one-level chain is enclosed within on drive sprocket and the driven sprocket, and the motor imput shaft drives the drive sprocket rotation; Drive sprocket drives the driven sprocket rotation through the one-level chain; Driven sprocket drives the secondary imput shaft and rotates, and second belt is enclosed within on the secondary imput shaft, and this moment, the secondary imput shaft drove the second belt rotation; The transmitting ratio of drive sprocket and driven sprocket is 1.5, and the rotating speed of second belt is 1.5 times of one-level belt speed like this.When powder stick was fallen on the secondary separation belt feeder from two diversion mechanisms, because the speedup effect makes that the distance between the powder stick is drawn back, powder stick kept vertical state basically.Four baffle plate stay bearing plates are installed in respectively on two framework lateral plates; Two straight-bars are installed in respectively on the baffle plate stay bearing plate, and two baffle plates are installed in two framework lateral plate both sides respectively through two straight-bars, fixing respectively two fixture blocks on two straight-bars; The inclined guide groove head and the tail are fixed on two straight-bars through two fixture blocks; When two diversion mechanism wigwag motions, powder stick can be fallen into the inclined guide groove left and right sides respectively, realizes the purpose of one-to-two.
Said three diversion mechanisms comprise activity-oriented groove, guide groove, flanged shaft, bearing seat, bearing, expansion set, rocking bar, multi-directional ball, support, short contiguous block, cylinder connecting panel, cylinder, contiguous block, pin; With two diversion mechanism similar, different is that (1) guide groove is fixed on the secondary separation belt feeder framework lateral plate in three diversion mechanism mechanisms, and the cylinder that (2) promote the flanged shaft rotation has two; Two tail cylinders link together through the cylinder connecting panel, and the piston rod of a cylinder is connected with support through short contiguous block, and the piston rod of another cylinder is connected with rocking bar through contiguous block; Position between adjustment rocking bar and the flanged shaft; Make to push away when releasing simultaneously when two cylinders that the activity-oriented groove is in extreme right position, during a cylinder withdrawal; The activity-oriented groove mediates, and the activity-oriented groove is in the left end end position when all regaining.
Said three grades are separated belt feeders and comprise straight-bar, one-level belt, drive sprocket, one-level chain, second belt, driven sprocket, long dividing plate, fixture block, breviseptum, three grades of belts, three grades of imput shaft, three grades of driven sprockets, secondary chain, three grades of drive sprockets, motor imput shaft, motor reducer, baffle plate, baffle plate stay bearing plate, stay bearing plate, the bearing of sitting around, framework lateral plate; Three grades are separated the belt feeder structure and separate the belt feeder similar with secondary; Just separate belt feeder and Duo three grades of belts than secondary; Three grades of imput shaft are installed in the framework lateral plate end through rolling bearing units; Three grades of imput shaft link together through key and three grades of driven sprockets; The secondary imput shaft other end is equipped with the secondary drive sprocket, and the secondary chain is enclosed within on three grades of driven sprockets and the secondary drive sprocket.When the secondary imput shaft is rotated, drive the secondary drive sprocket and rotate, the secondary drive sprocket passes through the secondary chain and drives three grades of driven sprockets rotations, and three grades of belt sleeves are on three grades of imput shaft, and this moment, three grades of imput shaft drove three grades of belts rotations.Three grades of one-level reduction ratios that separate belt feeders are 2, and the double reduction ratio is 1.5, so the rotating speed of three grades of belts is 3 times of rotating speed of one-level belt.Eight baffle plate stay bearing plates are installed in respectively on two framework lateral plates; Four straight-bars are installed on the baffle plate stay bearing plate; Two baffle plates are installed in two framework lateral plate both sides respectively through four straight-bars; Fixing respectively 25 fixture blocks on four straight-bars, five long dividing plates are separately fixed on four straight-bars through 25 fixture blocks, and five breviseptums are separately fixed at three grades of belt through 25 fixture blocks; Breviseptum and long dividing plate are engaged in three grades to be separated the belt feeder end and makes between the long dividing plate and diminish at interval, with the dividing plate of corresponding code clamping machine hopper.The baffle plate of five long dividing plates and the right and left forms six spaces; Powder stick is fallen in these six spaces from two three diversion mechanisms; The powder stick state is just for being parallel to long dividing plate direction and through three grades of acceleration that separate three grades of belts of belt feeder, make the powder stick distance draw back and state more stable.
This device adopts powder stick directly to pour the mode of code clamping machine hopper, so practiced thrift the reciprocating time of cylinder, can realize the requirement of quick feeding.And this device has also carried out shaping to powder stick, can cancel the powder stick apparatus for shaping that in the past was installed between medicament-making device and the code clamping machine like this, has practiced thrift the occupation of land space of equipment.
Description of drawings
Fig. 1 is a front view of the present invention.
Fig. 2 is a birds-eye view of the present invention.
Fig. 3 is the front view of belt elevator machine of the present invention.
Fig. 4 is the birds-eye view of two diversion mechanisms of the present invention.
Fig. 5 for the A of two diversion mechanism Fig. 4 of the present invention to view.
Fig. 6 separates the front view of belt feeder for secondary of the present invention.
Fig. 7 separates the birds-eye view of belt feeder for secondary of the present invention.
Fig. 8 is the birds-eye view of three diversion mechanisms of the present invention.
Fig. 9 for the A of three diversion mechanism Fig. 8 of the present invention to view.
Figure 10 is three grades of front views that separate belt feeder of the present invention.
Figure 11 is three grades of birds-eye vieies that separate belt feeder of the present invention.
The specific embodiment
Below in conjunction with accompanying drawing patent of the present invention is carried out detailed explanation:
Like Fig. 1, shown in Figure 2, column type powder stick shunting charging apparatus for shaping, comprise belt elevator machine 1, two diversion mechanisms 2, secondarys separate belt feeder 3, two three diversion mechanisms 4, three grades separate belt feeder 5, frame 6; It is characterized in that: two side protective plate 1-4 of belt elevator machine 1 are connected with the guide groove 2-2 of two diversion mechanisms 2; The support 2-9 of two diversion mechanisms 2 is installed in frame 6 front ends; The foot rest that secondary separates belt feeder 3 supports that 3-13 is installed on the frame 6 and at the rear side of two diversion mechanisms 2; The support 4-9 of three diversion mechanisms 4 is installed on the frame 6 and in the rear end that secondary separates belt feeder 3, three grades of stay bearing plate 5-20 that separate belt feeder 5 are installed in the frame end.
Said belt elevator machine 1 comprises belt feeder 1-1, temporary hopper 1-2, four guar plate bracing frame 1-3, two guar plate 1-4; Temporary hopper 1-2 is installed in belt feeder 1-1 low level place through bolt; Four guar plate bracing frame 1-3 are installed in the high level of the belt feeder 1-1 left and right sides in twos respectively, and two guar plate 1-4 are installed in the belt feeder 1-1 left and right sides through the guar plate bracing frame 1-3 of the left and right sides.When belt feeder 1-1 quit work, temporary hopper 1-2 played temporary effect, and guar plate 1-4 is connected through bolt with the guide groove 2-2 of two diversion mechanisms 2, prevents that powder stick from dropping out at belt feeder 1-1 high level.
Said two diversion mechanisms 2 comprise activity-oriented groove 2-1, guide groove 2-2, flanged shaft 2-3, bearing seat 2-4, bearing 2-5, expansion set 2-6, rocking bar 2-7, multi-directional ball 2-8, support 2-9, cylinder 2-10, contiguous block 2-11, pin 2-12; Guide groove 2-2 is fixed on 1 liang of side protective plate 1-4 of belt elevator machine, and activity-oriented groove 2-1 is movably connected on the guide groove 2-2, and support 2-9 is installed on the frame 6 through bolt; Bearing seat 2-4 is installed on the support 2-9 through bolt; Flanged shaft 2-3 is installed on the bearing seat 2-4 through bearing 2-5 cooperation, and can rotate with respect to bearing seat 2-4, and flanged shaft 2-3 upper end is connected with activity-oriented groove 2-1 through bolt; Flanged shaft 2-3 lower end links together through expansion set 2-6 and rocking bar 2-7; Cylinder 2-10 cylinder body is installed in support 2-9 and goes up and can on support 2-9, rotate, and cylinder 2-10 piston rod is connected with contiguous block 2-11, and contiguous block 2-11 and rocking bar 2-7 link together through pin 2-12; Cylinder 2-10 moves reciprocatingly and can drive activity-oriented groove 2-1 and do and swing like this, realizes the shunting function.Medicinal strip drops on secondary through two diversion mechanisms 2 to be separated on the belt feeder 3; Control at the maximum travel position and the length of the halt of minimum stroke position and drop on the size that secondary separates belt feeder 3 left and right sides doses through regulating cylinder 2-10; Multi-directional ball 2-8 is installed in the support bottom, is used for support activity guide groove bottom.
Said secondary separates belt feeder 3 and comprises straight-bar 3-1, one-level belt 3-2, drive sprocket 3-3, one-level chain 3-4, second belt 3-5, inclined guide groove 3-6, driven sprocket 3-7, fixture block 3-8, secondary imput shaft 3-9, and motor imput shaft 3-10, motor reducer 3-11, framework lateral plate 3-12, foot rest support 3-13, stay bearing plate 3-14, rolling bearing units 3-15, baffle plate 3-16, baffle plate stay bearing plate 3-17; Two framework lateral plate 3-12 support 3-13 through four stay bearing plate 3-14 with four foot rests and are connected; Four foot rests support 3-13 through being bolted on the frame 6, and motor imput shaft 3-10 is installed on the framework lateral plate 3-12 through rolling bearing units 3-15, and motor imput shaft 3-10 one end and motor reducer 3-11 link together through key; The other end links together through key and drive sprocket 3-3; One-level belt 3-2 is enclosed within on the motor imput shaft 3-10, and motor reducer 3-11 rotation drives motor imput shaft 3-10 rotation, rotates thereby drive one-level belt 3-2; Secondary imput shaft 3-9 is installed in the end of framework lateral plate 3-12 through rolling bearing units 3-15; Driven sprocket 3-7 is installed on the secondary imput shaft 3-9, and one-level chain 3-4 is enclosed within on drive sprocket 3-3 and the driven sprocket 3-7, and motor imput shaft 3-10 drives drive sprocket 3-3 rotation; Drive sprocket 3-3 drives driven sprocket 3-7 rotation through one-level chain 3-4; Driven sprocket 3-7 drives secondary imput shaft 3-9 and rotates, and second belt 3-5 is enclosed within on the secondary imput shaft 3-9, and this moment, secondary imput shaft 3-9 drove second belt 3-5 rotation.The transmitting ratio of drive sprocket 3-3 and driven sprocket 3-7 is 1.5, and the rotating speed of second belt 3-5 is 1.5 times of one-level belt 3-2 rotating speed like this.Fall into secondary when powder stick from two diversion mechanisms 2 and separate 3 last times of belt feeder, because the speedup effect makes that the distance between the powder stick is drawn back, powder stick keeps vertical state basically.Four baffle plate stay bearing plate 3-17 are installed in respectively on two framework lateral plate 3-12; Two straight-bar 3-1 are installed in respectively on the baffle plate stay bearing plate 3-17, and two baffle plate 3-16 are installed in two framework lateral plate 3-12 both sides through two straight-bar 3-1, use two fixture block 3-8 of bolt on two straight-bar 3-1 respectively; Inclined guide groove 3-6 head and the tail are fixed on two straight-bar 3-1 through two fixture blocks; When two diversion mechanism 2 wigwag motions, powder stick can be fallen into the inclined guide groove 3-6 left and right sides respectively, realizes the purpose of one-to-two.
Said three diversion mechanisms 4 comprise activity-oriented groove 4-1, guide groove 4-2, flanged shaft 4-3, bearing seat 4-4, bearing 4-5, expansion set 4-6, rocking bar 4-7, multi-directional ball 4-8, support 4-9, short contiguous block 4-10, cylinder connecting panel 4-11, cylinder 4-12, contiguous block 4-13, pin 4-14; On three diversion mechanism 4 structures with two part flow arrangement 2 similar; Different is: (1) guide groove 4-2 is fixed on secondary to be separated on the belt feeder 3 framework lateral plate 3-12, and the cylinder 4-12 that (2) promote flanged shaft 4-3 rotation has two, and two cylinder 4-12 afterbodys link together through cylinder connecting panel 4-11; The piston rod of a cylinder 4-12 is connected with support 4-9 through short contiguous block 4-10; The piston rod of another cylinder 4-12 is connected with rocking bar 4-7 through contiguous block 4-13, and the position between adjustment rocking bar 4-7 and the flanged shaft 4-3 makes when two cylinder 4-12 release simultaneously; Activity-oriented groove 4-1 is in extreme right position; When a cylinder 4-12 regained, activity-oriented groove 4-1 mediated, and activity-oriented groove 4-1 is in the left end end position when all regaining.
Said three grades of separation belt feeders 5 comprise straight-bar 5-1; One-level belt 5-2; Drive sprocket 5-3; One-level chain 5-4; Second belt 5-5; Driven sprocket 5-6; Long dividing plate 5-7; Fixture block 5-8; Breviseptum 5-9; Three grades of belt 5-10; Three grades of imput shaft 5-11; Three grades of driven sprocket 5-12; Secondary chain 5-13; Three grades of drive sprocket 5-14; Secondary imput shaft 5-15; Motor imput shaft 5-16; Motor reducer 5-17; Baffle plate 5-18; Baffle plate stay bearing plate 5-19; Stay bearing plate 5-20; Rolling bearing units 5-21; Framework lateral plate 5-22; Three grades are separated belt feeder 5 structures and separate belt feeder 3 similar with secondary; Just separate more than 3 three grades of belt 5-10 of belt feeder than secondary; Three grades of imput shaft 5-11 are installed in framework lateral plate 5-22 end through rolling bearing units 5-21; Three grades of imput shaft 5-11 link together through key and three grades of driven sprocket 5-12, and secondary imput shaft 15 other ends are equipped with secondary drive sprocket 5-14, and secondary chain 5-13 is enclosed within on three grades of driven sprocket 5-12 and the secondary drive sprocket 5-14; When secondary imput shaft 2-15 rotates; Driving secondary drive sprocket 5-14 rotates; Secondary drive sprocket 5-14 drives three grades of driven sprocket 5-11 through secondary chain 5-13 and rotates, and three grades of belt 5-10 are enclosed within on three grades of imput shaft 5-11, and three grades of belt 5-10 of three grades of imput shaft 5-11 drives this moment rotate; Three grades of one-level reduction ratios that separate belt feeders 5 are 2, and the double reduction ratio is 1.5, so the rotating speed of three grades of belt 5-10 is 3 times of rotating speed of one-level belt 5-2; Eight baffle plate stay bearing plate 5-19 are installed in respectively on two framework lateral plate 5-22; Four straight-bar 5-1 are installed in respectively on the baffle plate stay bearing plate 5-19; Two baffle plate 5-18 are installed in two framework lateral plate 5-22 both sides through four straight-bar 5-1; Use 25 fixture block 5-8 of bolt on four straight-bar 5-1 respectively, five long dividing plate 5-7 are fixed on four straight-bar 5-1 through 25 fixture block 5-8 respectively, and five breviseptum 5-9 are fixed on three grades of belt 5-10 places through 25 fixture block 5-8 respectively; Breviseptum 5-9 and long dividing plate 5-7 are engaged in three grades to be separated belt feeder 5 ends and makes between the long dividing plate 5-7 and diminish at interval, with the dividing plate of corresponding code clamping machine hopper.The baffle plate 5-18 of five long dividing plate 5-7 and the right and left forms six spaces; Powder stick is fallen in these six spaces from two three diversion mechanisms 4; The powder stick state is just for being parallel to long dividing plate 5-7 direction and through three grades of acceleration that separate 5 three grades of belt 5-10 of belt feeder, make the powder stick distance draw back and state more stable.
Claims (6)
1. column type powder stick shunting charging apparatus for shaping comprises that belt elevator machine, two diversion mechanisms, secondarys separate belt feeder, two three diversion mechanisms, three grades and separate belt feeder, frame; It is characterized in that: two side protective plates of belt elevator machine are connected with the guide groove of two diversion mechanisms; The support of two diversion mechanisms is installed in the frame front end; The foot rest that secondary separates belt feeder supports and is installed on the frame and at the rear side of two diversion mechanisms; The support of three diversion mechanisms is installed on the frame and in the rear end that secondary separates belt feeder, three grades of stay bearing plates that separate belt feeder are installed in the frame end.
2. column type powder stick shunting charging apparatus for shaping according to claim 1, it is characterized in that: said belt elevator machine comprises belt feeder, temporary hopper, four guar plate bracing frames, two guar plates; Temporary hopper is installed in belt feeder low level place, and four guar plate bracing frames are installed in the high level of the belt feeder left and right sides in twos respectively, and two guar plates are installed in the belt feeder left and right sides through the guar plate bracing frame of the left and right sides.
3. column type powder stick shunting charging apparatus for shaping according to claim 1, it is characterized in that: said two diversion mechanisms comprise activity-oriented groove, guide groove, flanged shaft, bearing seat, bearing, expansion set, rocking bar, multi-directional ball, support, cylinder, contiguous block, pin; Guide groove is fixed on belt elevator machine two side protective plates, and the activity-oriented groove is movably connected on the guide groove, and support is installed on the frame; Bearing seat is rack-mount, and flanged shaft is installed on the bearing seat through the bearing cooperation, and can rotate with respect to bearing seat; The flanged shaft upper end is connected with the activity-oriented groove; The flanged shaft lower end links together through expansion set and rocking bar, and the cylinder body of cylinder is rack-mount and can on support, rotate, and the piston rod of cylinder is connected with contiguous block; Contiguous block and rocking bar link together through pin, and multi-directional ball 2-8 is installed in the support bottom.
4. column type powder stick shunting charging apparatus for shaping according to claim 1; Said secondary separates belt feeder and comprises straight-bar, one-level belt, drive sprocket, one-level chain, second belt, inclined guide groove, driven sprocket, fixture block, secondary imput shaft, motor imput shaft, motor reducer, framework lateral plate, foot rest support, stay bearing plate, rolling bearing units, baffle plate, baffle plate stay bearing plate; Two framework lateral plates are through four stay bearing plates and four foot rest support and connection, and four foot rests are supported and fixed on the frame, and the motor imput shaft is installed on the framework lateral plate through rolling bearing units; Motor imput shaft one end and motor reducer link together through key; The other end links together through key and drive sprocket, and the one-level belt sleeve is on the motor imput shaft, and the secondary imput shaft is installed in the end of framework lateral plate through rolling bearing units; Driven sprocket is installed on the secondary imput shaft; The one-level chain is enclosed within on drive sprocket and the driven sprocket, and second belt is enclosed within on the secondary imput shaft, and four baffle plate stay bearing plates are installed in respectively on two framework lateral plates; Two straight-bars are installed in respectively on the baffle plate stay bearing plate; Two baffle plates are installed in two framework lateral plate both sides through two straight-bars, fixing respectively two fixture blocks on two straight-bars, and the inclined guide groove head and the tail are fixed on two straight-bars through two fixture blocks.
5. column type powder stick shunting charging apparatus for shaping according to claim 1, it is characterized in that: said three diversion mechanisms comprise activity-oriented groove, guide groove, flanged shaft, bearing seat, bearing, expansion set, rocking bar, multi-directional ball, support, short contiguous block, cylinder connecting panel, cylinder, contiguous block, pin; Three diversion mechanism mechanisms and two diversion mechanism similar; Different is: guide groove is fixed on secondary to be separated on the belt feeder framework lateral plate; The cylinder that promotes the flanged shaft rotation has two; Two tail cylinders link together through the cylinder connecting panel, and the piston rod of a cylinder is connected with support through short contiguous block, and the piston rod of another cylinder is connected with rocking bar through contiguous block.
6. column type powder stick shunting charging apparatus for shaping according to claim 1; Said three grades are separated belt feeders and comprise straight-bar, one-level belt, drive sprocket, one-level chain, second belt, driven sprocket, long dividing plate, fixture block, breviseptum, three grades of belts, three grades of imput shaft, three grades of driven sprockets, secondary chain, three grades of drive sprockets, motor imput shaft, motor reducer, baffle plate, baffle plate stay bearing plate, stay bearing plate, the bearing of sitting around, framework lateral plate; Three grades are separated the belt feeder structure and separate the belt feeder similar with secondary; Separate the belt feeder one-level of manying belt than secondary; Three grades of imput shaft are installed in the framework lateral plate end through rolling bearing units; Three grades of imput shaft link together through key and three grades of driven sprockets, and the secondary imput shaft other end is equipped with the secondary drive sprocket, and the secondary chain is enclosed within on three grades of driven sprockets and the secondary drive sprocket; Eight baffle plate stay bearing plates are installed in respectively on two framework lateral plates; Four straight-bars are installed on the baffle plate stay bearing plate, and two baffle plates are installed in two framework lateral plate both sides respectively through four straight-bars, fixing respectively 25 fixture blocks on four straight-bars; Five long dividing plates are separately fixed on four straight-bars through 25 fixture blocks, and five breviseptums are separately fixed at three grades of belt through 25 fixture blocks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103654367A CN102502005A (en) | 2011-11-17 | 2011-11-17 | Diffluent feeding and reshaping device for cylindrical explosive cartridge |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103654367A CN102502005A (en) | 2011-11-17 | 2011-11-17 | Diffluent feeding and reshaping device for cylindrical explosive cartridge |
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| CN102502005A true CN102502005A (en) | 2012-06-20 |
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| CN2011103654367A Pending CN102502005A (en) | 2011-11-17 | 2011-11-17 | Diffluent feeding and reshaping device for cylindrical explosive cartridge |
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| CN103506523A (en) * | 2013-09-24 | 2014-01-15 | 黄山市祁门鼎峰电子有限公司 | Diode straightening screening machine |
| CN107585582A (en) * | 2017-09-04 | 2018-01-16 | 马鞍山市凤天合金刀模有限公司 | A kind of scattered tool work piece is with quickly piling up neat mechanism |
| CN110171696A (en) * | 2018-08-22 | 2019-08-27 | 佛山市中南智达智能科技有限公司 | A kind of rectification mechanism for the automatic paving of mosaic |
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| CN103359315A (en) * | 2013-06-27 | 2013-10-23 | 苏州美尔科自动化设备有限公司 | Automated tidying system |
| CN103359315B (en) * | 2013-06-27 | 2016-02-10 | 苏州美尔科自动化设备有限公司 | Automation clearing system |
| CN103506523A (en) * | 2013-09-24 | 2014-01-15 | 黄山市祁门鼎峰电子有限公司 | Diode straightening screening machine |
| CN103506523B (en) * | 2013-09-24 | 2015-06-17 | 黄山市祁门鼎峰电子有限公司 | Diode straightening screening machine |
| CN107585582A (en) * | 2017-09-04 | 2018-01-16 | 马鞍山市凤天合金刀模有限公司 | A kind of scattered tool work piece is with quickly piling up neat mechanism |
| CN107585582B (en) * | 2017-09-04 | 2019-07-26 | 马鞍山市凤天合金刀模有限公司 | A kind of quick neatly packed mechanism of scattered tool work piece |
| CN110171696A (en) * | 2018-08-22 | 2019-08-27 | 佛山市中南智达智能科技有限公司 | A kind of rectification mechanism for the automatic paving of mosaic |
| CN110171697A (en) * | 2018-08-22 | 2019-08-27 | 佛山市中南智达智能科技有限公司 | A kind of modular mosaic automatic paving machine unit |
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