CN102700906A - Compatible lead end post vibration arraying device with positive and negative electrode error correcting functions - Google Patents
Compatible lead end post vibration arraying device with positive and negative electrode error correcting functions Download PDFInfo
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- CN102700906A CN102700906A CN2011101405976A CN201110140597A CN102700906A CN 102700906 A CN102700906 A CN 102700906A CN 2011101405976 A CN2011101405976 A CN 2011101405976A CN 201110140597 A CN201110140597 A CN 201110140597A CN 102700906 A CN102700906 A CN 102700906A
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- delivery chute
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Abstract
The invention relates to the field of conveying devices generating high-frequency and small-amplitude vibration, in particular to a compatible lead end vibration arraying device with positive and negative electrode error correcting functions. The compatible lead end vibration arraying device with the positive and negative electrode error correcting functions comprises a bracket bucket (1), an inner conveying chute (21) and an outer conveying chute (22). The compatible lead end vibration arraying device is characterized by further comprising a base (2), a rubber mat (3), an electromagnet (4), an armature (5), a leaf spring (6), an upper seat (7), a height baffle (81), a width baffle (82), an electromagnetic induction controller (91) and a controller (92), wherein the base (2) is fixedly arranged at the bottom of an inner container (11) through the rubber mat (3) at the bottom of the base (2); the electromagnet (4) is fixedly arranged at the upper part of the base (2); the upper seat (7) is fixedly arranged at the upper part of the armature (5); and the inner conveying chute (21) is connected to the upper part of the upper seat (7). The compatible lead end vibration arraying device disclosed by the invention has the advantages of simple structure, convenience in operation, orderly arrangement and high production efficiency.
Description
Technical field
The present invention relates to produce the feedway field of high frequency and small amplitude motion, be specially a kind of plumbous newel post of compatible type vibration collating unit that has the both positive and negative polarity error correction.
Background technology
Storage battery need use plumbous newel post as electrode; Each storage battery all need use a cover electrode that is made up of positive electrode and negative potential, and as shown in Figure 1, the plumbous newel post 10 of positive electrode is made up of cylinder 101 and boss 102; Cylinder 101 all is a hollow structure with boss 102, and boss 102 is embedded in outside the cylinder 101.The plumbous newel post shape of negative potential, structure are all similar with the plumbous newel post of positive electrode, but the diameter of end difference to some extent.Characteristics and similarity on this shape and structure of plumbous newel post of positive and negative electrode are brought very burden to production, when conveyor line is produced, need each plumbous newel post marshalling be conveyed into next procedure processing one by one.But because the existence of boss 102, whole plumbous newel post 10 appears irregularly shaped; The means of can't adopt simple heap, holding together are arranged; And can only adopt manual mode to place one by one, and, have carelessness to mix slightly because the plumbous newel post of positive and negative electrode is closely similar; This has just prolonged finishing time greatly, has reduced production efficiency.
Summary of the invention
In order to overcome the defective of prior art, a kind of collator that arrangement speed is fast, production efficiency is high is provided, the invention discloses a kind of plumbous newel post of compatible type vibration collating unit that has the both positive and negative polarity error correction.
The present invention reaches goal of the invention through following technical scheme:
A kind of plumbous newel post of compatible type vibration collating unit that has the both positive and negative polarity error correction; Comprise support bucket, interior delivery chute and outer delivery chute; The support bucket is made up of inner bag and shell, and inner bag is enclosed within the shell, and rolling between the concentric socket of inner bag and shell and inner bag and the shell connects.Interior delivery chute is fixed on the inwall of inner bag, and outer delivery chute is fixed on the outer wall of shell, and interior delivery chute is a plug helix, the exit end of interior delivery chute be located at outer delivery chute arrival end directly over.The center of inner bag is connected with shaft of motor.It is characterized in that: also comprise base, rubber cushion, electromagnet, armature, spring leaf, the seat of honour, height baffle plate, width baffle plate and electromagnetic induction sensor and controller, base passes through the bottom of the elastic mounting of bottom at inner bag.The top fixed electromagnet of base; Connect with spring leaf between electromagnet and the armature, when electromagnet powered on to armature generation suction, spring leaf was compressed by armature; When the electromagnet outage does not have suction to armature; Electromagnet and armature are separated by spring leaf, and the top of armature is the seat of honour fixedly, delivery chute in the top at the seat of honour connects.The top standing height baffle plate that interior delivery chute is inboard, height baffle plate are parallel to the width of the width of horizontal surface and height baffle plate greater than interior delivery chute notch.The side of interior delivery chute inboard is the fixed width baffle plate also, the inboard of delivery chute and the inside that the width baffle plate is positioned at the delivery chute notch in the two ends of width baffle plate are separately fixed at.Electromagnetic induction sensor is fixed on the both sides of outer delivery chute one end, and electromagnetic induction sensor connects controller through order wire.
The described plumbous newel post of the compatible type vibration collating unit that has the both positive and negative polarity error correction; It is characterized in that electromagnet employing half-wave is excitatory or all-wave is excitatory, excitatory frequency is 40Hz～200Hz; When the electromagnet outage does not have suction to armature; Electromagnet and armature are separated by spring leaf, and the spacing of electromagnet and armature is at 1mm～10mm at this moment, and controller is selected micro controller system or microcomputer for use.
When the present invention uses; At first adjust the width of outer delivery chute notch, the height of height baffle plate, the width of width baffle plate, the normal induction signal value of electromagnetic induction sensor; Fundamental principle is: the width of delivery chute notch equals the maximum gauge of plumbous newel post to be carried; Headroom between height baffle plate and the interior delivery chute less than the height of plumbous newel post greater than the maximum gauge of plumbous newel post, the distance of width baffle plate and interior delivery chute notch edges less than the half the of plumbous newel post length greater than the maximum gauge of plumbous newel post.Subsequently, with the inner bag that plumbous newel post puts into the support bucket, open and drive the electrical motor that inner bag rotates; And electromagnet is given excitatory, excitation mode can select for use half-wave excitatory or all-wave is excitatory, under excitatory effect; Inner bag is done periodic back and forth rotation, when inner bag is done back and forth to rotate, is rotated in the forward with less cireular frequency earlier; Plumbous newel post was driven by friction force and was fed forward this moment, subsequently again with bigger cireular frequency retrograde rotation, this moment plumbous newel post because inertia is only shunk back backward very little distance; Plumbous newel post promptly had been fed forward a segment distance after one-period was accomplished like this, the notch of delivery chute in the plumbous newel post of so circulating promptly is fed forward constantly and is stuck in one by one.Kind of a mode in getting into, plumbous newel post is arranged during delivery chute; The one, stand vertically in interior delivery chute notch; The 2nd, the delivery chute notch was interior and vertical with the tangential direction of interior delivery chute in horizontal cross lay in, and the 3rd, the delivery chute notch was interior and parallel with the tangential direction of interior delivery chute in horizontal cross lay in, when plumbous newel post is transported to height baffle plate place; Since the headroom between height baffle plate and the interior delivery chute less than the height of plumbous newel post greater than the maximum gauge of plumbous newel post; Therefore every plumbous newel post that stands vertically in interior delivery chute notch is all stopped by the height baffle plate and falls into again in the inner bag, when plumbous newel post is transported to width baffle plate place since the distance of width baffle plate and interior delivery chute notch edges less than the half the of plumbous newel post length greater than the maximum gauge of plumbous newel post; Therefore the interior and plumbous newel post vertical of delivery chute notch in every horizontal cross lies in interior delivery chute tangential direction; All owing to have at least half the length fail to obtain in the support of delivery chute lose center of gravity and fall into again in the inner bag, like this through the screening of height baffle plate and width baffle plate, only have horizontal cross lie in the interior and parallel plumbous newel post of interior delivery chute notch with interior delivery chute tangential direction could be successfully all through and be transported to outer delivery chute; Because the exit end of delivery chute in the arrival end of outer delivery chute is lower than; And the center of gravity of plumbous newel post is in self geometric centre, like this, and under the effect of gravity; Plumbous newel post all falls into the notch of outer delivery chute with identical direction, thereby accomplishes the auto arrangement to plumbous newel post.
If there is the plumbous newel post of opposed polarity to sneak into; This has two kinds of situation; The one, sneaked into the model of minor diameter in the plumbous newel post of normal major diameter model, outside the minor diameter model of sneaking into is transported to during the electromagnetic induction sensor place of delivery chute one end, because the electromagnetic induction signal that the minor diameter model is excited is different with the electromagnetic induction signal that normal major diameter model is excited; This moment, electromagnetic induction sensor sent signal to controller after detecting this species diversity, and controller sends warning signal immediately.The 2nd, sneaked into large diameter model in the plumbous newel post of normal minor diameter model; Because only guaranteeing the minor diameter model, passes through the width of outer delivery chute, therefore, and outside the major diameter model of sneaking into is transported to during delivery chute; Can outer delivery chute be stopped up; The electromagnetic induction sensor of outer subsequently delivery chute one end will detect less than electromagnetic induction signal, and this moment, electromagnetic induction sensor detected this unusual back to controller transmission signal, and controller sends warning signal immediately.So just realized automatic error correction to the plumbous newel post of opposed polarity.
The invention has the beneficial effects as follows: simple in structure, easy to operate, arrangement speed is fast, marshalling, and production efficiency is high.
Description of drawings
Fig. 1 adopts the present invention to arrange the scheme drawing of main apparent direction of the plumbous newel post of arrangement;
Fig. 2 is a structural representation of the present invention;
Fig. 3 is the structural representation of interior delivery chute bottom among the present invention;
Fig. 4 is the schematic top plan view of interior delivery chute among the present invention;
Fig. 5 is that the present invention stands vertically the structural representation that the plumbous newel post in interior delivery chute notch is stopped by the height baffle plate when using;
Fig. 6 be the present invention use be in horizontal cross lies in the plumbous newel post in the delivery chute notch through the structural representation of height baffle plate;
Fig. 7 is that the present invention is in horizontal cross lies in when using in the delivery chute notch and the structural representation that stopped by the width baffle plate of the plumbous newel post vertical with interior delivery chute tangential direction;
Fig. 8 be the present invention in horizontal cross lies in when using in the delivery chute notch and the plumbous newel post parallel with interior delivery chute tangential direction pass through the structural representation of width baffle plate.
The specific embodiment
Below further specify the present invention through specific embodiment.
Embodiment 1
A kind of plumbous newel post of compatible type vibration collating unit that has the both positive and negative polarity error correction; Comprise support bucket 1, interior delivery chute 21, outer delivery chute 22, base 2, rubber cushion 3, electromagnet 4, armature 5, spring leaf 6, the seat of honour 7, height baffle plate 81, width baffle plate 82, electromagnetic induction sensor 91 and controller 92; As shown in Figures 2 and 3; Concrete structure is: support bucket 1 is made up of inner bag 11 and shell 12; Inner bag 11 is enclosed within the shell 12, and rolling between inner bag 11 and shell 12 concentric sockets and inner bag 11 and the shell 12 connects.Interior delivery chute 21 is fixed on the inwall of inner bag 11, and outer delivery chute 22 is fixed on the outer wall of shell 12, and interior delivery chute 21 is a plug helix, the exit end of interior delivery chute 21 be located at outer delivery chute 22 arrival ends directly over.The center of inner bag 11 is connected with shaft of motor.Base 2 is fixed on the bottom of inner bag 11 through the rubber cushion 3 of bottom, and rubber cushion 3 can play vibration damping.The top fixed electromagnet 4 of base 2; Connect with spring leaf 6 between electromagnet 4 and the armature 5, when electromagnet 4 powered on to armature 5 generation suction, spring leaf 6 was by armature 5 compressions; When electromagnet 4 cuts off the power supply to armature 5 no suction; Electromagnet 4 is separated by spring leaf 6 with armature 5, and this moment, the spacing of electromagnet 4 and armature 5 should be between 1mm～10mm, and present embodiment is got 2mm.The top of armature 5 is the seat of honour 7 fixedly, delivery chute 21 in the top at the seat of honour 7 connects.As shown in Figure 4, the top standing height baffle plate 81 of interior delivery chute 21 inboards, height baffle plate 81 are parallel to the width of the width of horizontal surface and height baffle plate 81 greater than interior delivery chute 21 notches.The side of interior delivery chute 21 inboards is fixed width baffle plate 82 also, the inboard of delivery chute 21 and the inside that width baffle plate 82 is positioned at delivery chute 21 notches in the two ends of width baffle plate 82 are separately fixed at.Electromagnetic induction sensor 91 is fixed on the both sides of outer delivery chute 82 1 ends, and electromagnetic induction sensor 91 connects controller 92 through order wire.
When present embodiment uses; At first adjust the width of outer delivery chute 22 notches, the height of height baffle plate 81, the width of width baffle plate 82, the normal induction signal value of electromagnetic induction sensor 91; Fundamental principle is: the width of delivery chute 22 notches equals the maximum gauge of plumbous newel post 10 to be carried; Headroom between height baffle plate 81 and the interior delivery chute 21 less than the height of plumbous newel post 10 greater than the maximum gauge of plumbous newel post 10, the distance of width baffle plate 82 and interior delivery chute 21 notch edges less than the half the of plumbous newel post 10 length greater than the maximum gauge of plumbous newel post 10.Subsequently, with the inner bag 11 that plumbous newel post 10 puts into support bucket 1, open and drive the electrical motor that inner bag 11 rotates; And electromagnet 4 is given excitatory, excitation mode can select for use half-wave excitatory or all-wave is excitatory, under excitatory effect; Inner bag 11 is done periodic back and forth rotation; When inner bag 11 is done back and forth to rotate, be rotated in the forward with less cireular frequency earlier, plumbous newel post 10 was driven by friction force and was fed forward this moment; Subsequently again with bigger cireular frequency retrograde rotation; At this moment plumbous newel post 10 is very little distance because inertia is only shunk back backward, and plumbous newel post 10 promptly had been fed forward a segment distance after one-period was accomplished like this, and the plumbous newel post 10 of so circulating promptly is fed forward and is stuck in one by one the notch of interior delivery chute 21 constantly.3 kinds of modes in getting into, plumbous newel post 10 are arranged during delivery chute 21; The one, stand vertically in interior delivery chute 21 notches; The 2nd, delivery chute 21 notches were interior and vertical with the tangential direction of interior delivery chute 21 in horizontal cross lay in, and the 3rd, delivery chute 21 notches were interior and parallel with the tangential direction of interior delivery chute 21 in horizontal cross lay in.When plumbous newel post 10 is transported to height baffle plate 81 places; Since the headroom between height baffle plate 81 and the interior delivery chute 21 less than the height of plumbous newel post 10 greater than the maximum gauge of plumbous newel post 10; Therefore; A-A among Fig. 4 is to view such as Fig. 5 and shown in Figure 6 at this moment, and every plumbous newel post 10 that stands vertically in interior delivery chute 21 notches is all stopped by height baffle plate 81 and falls into again in the inner bag 11; As shown in Figure 6, the plumbous newel post 10 that has only horizontal cross to lie in interior delivery chute 21 notches could pass through.When plumbous newel post 10 is transported to width baffle plate 82 places; Since the distance of width baffle plate 82 and interior delivery chute 21 notch edges less than the half the of plumbous newel post 10 length greater than the maximum gauge of plumbous newel post 10; Therefore; Partial enlarged drawing such as Fig. 7 and shown in Figure 8 of I part among this moment Fig. 4; In every horizontal cross lies in delivery chute 21 notches and with the vertical plumbous newel post 10 of interior delivery chute 21 tangential directions, all because the support that has at least the length of half to fail to obtain interior delivery chute 21 loses center of gravity falls into again in the inner bag 11; As shown in Figure 8, have only horizontal cross to lie in interior delivery chute 21 notches and and could pass through with the parallel plumbous newel post 10 of interior delivery chute 21 tangential directions.Like this through the highly screening of baffle plate 81 and width baffle plate 82; Only have horizontal cross lie in in delivery chute 21 notches and the plumbous newel post 10 parallel with interior delivery chute 21 tangential directions could be successfully all through and be transported to outer delivery chute 22; Because the exit end of delivery chute 21 in the arrival end of outer delivery chute 22 is lower than; And the center of gravity of plumbous newel post 10 is in self geometric centre, like this, and under the effect of gravity; Plumbous newel post 10 all falls into the notch of outer delivery chute 22 with identical direction, thereby accomplishes the auto arrangement to plumbous newel post 10.
If there is the plumbous newel post of opposed polarity to sneak into; This has two kinds of situation; The one, sneaked into the model of minor diameter in the plumbous newel post of normal major diameter model; Outside the minor diameter model of sneaking into is transported to during electromagnetic induction sensor 91 places of delivery chute 22 1 ends; Because the electromagnetic induction signal that the minor diameter model is excited is different with the electromagnetic induction signal that normal major diameter model is excited, this moment, electromagnetic induction sensor 91 sent signal to controller 92 after detecting this species diversity, and controller 92 sends warning signal immediately.The 2nd, sneaked into large diameter model in the plumbous newel post of normal minor diameter model; Because only guaranteeing the minor diameter model, passes through the width of outer delivery chute 22, therefore, and outside the major diameter model of sneaking into is transported to during delivery chute 22; Can outer delivery chute 22 be stopped up; The electromagnetic induction sensor 91 of outer subsequently delivery chute 22 1 ends will detect less than electromagnetic induction signal, and this moment, electromagnetic induction sensor 91 detected this unusual back to controller 92 transmission signals, and controller 92 sends warning signal immediately.So just realized automatic error correction to the plumbous newel post of opposed polarity.
Claims (2)
1. the plumbous newel post of a compatible type vibration collating unit that has the both positive and negative polarity error correction comprises support bucket (1), interior delivery chute (21) and outer delivery chute (22), and support bucket (1) is made up of inner bag (11) and shell (12); Inner bag (11) is enclosed within the shell (12); Rolling between the concentric socket of inner bag (11) and shell (12) and inner bag (11) and the shell (12) connects, and interior delivery chute (21) is fixed on the inwall of inner bag (11), and outer delivery chute (22) is fixed on the outer wall of shell (12); Interior delivery chute (21) is a plug helix; The exit end of interior delivery chute (21) be located at outer delivery chute (22) arrival end directly over, the center of inner bag (11) is connected with shaft of motor
It is characterized in that: also comprise base (2), rubber cushion (3), electromagnet (4), armature (5), spring leaf (6), the seat of honour (7), height baffle plate (81), width baffle plate (82) and electromagnetic induction sensor (91) and controller (92),
Base (2) is fixed on the bottom of inner bag (11) through the rubber cushion (3) of bottom; The top fixed electromagnet (4) of base (2); Connect with spring leaf (6) between electromagnet (4) and the armature (5), when electromagnet (4) powered on to armature (5) generation suction, spring leaf (6) was compressed by armature (5); When electromagnet (4) cuts off the power supply to the no suction of armature (5); Electromagnet (4) and armature (5) are separated by spring leaf (6), and the top of armature (5) is the seat of honour (7) fixedly, delivery chute (21) in the top of the seat of honour (7) connects; The top standing height baffle plate (81) that interior delivery chute (21) is inboard; Height baffle plate (81) is parallel to the width of the width of horizontal surface and height baffle plate (81) greater than interior delivery chute (21) notch, and the side of interior delivery chute (21) inboard is fixed width baffle plate (82) also, and the two ends of width baffle plate (82) are separately fixed at the inboard of interior delivery chute (21) and the inside that width baffle plate (82) is positioned at delivery chute (21) notch; Electromagnetic induction sensor (91) is fixed on the both sides of outer delivery chute (82) one ends, and electromagnetic induction sensor (91) connects controller (92) through order wire.
2. the plumbous newel post of the compatible type vibration collating unit that has the both positive and negative polarity error correction as claimed in claim 1; It is characterized in that electromagnet (4) employing half-wave is excitatory or all-wave is excitatory, excitatory frequency is 40Hz～200Hz; When electromagnet (4) cuts off the power supply to the no suction of armature (5); Electromagnet (4) and armature (5) are separated by spring leaf (6), and the spacing of electromagnet (4) and armature (5) is at 1mm～10mm at this moment, and controller (92) is selected micro controller system or microcomputer for use.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110140597.6A CN102700906B (en) | 2011-05-28 | 2011-05-28 | Compatible type with both positive and negative polarity error correction plumbous newel post vibration collating unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110140597.6A CN102700906B (en) | 2011-05-28 | 2011-05-28 | Compatible type with both positive and negative polarity error correction plumbous newel post vibration collating unit |
Publications (2)
| Publication Number | Publication Date |
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| CN102700906A true CN102700906A (en) | 2012-10-03 |
| CN102700906B CN102700906B (en) | 2015-09-23 |
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| CN201110140597.6A Active CN102700906B (en) | 2011-05-28 | 2011-05-28 | Compatible type with both positive and negative polarity error correction plumbous newel post vibration collating unit |
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| CN103287807A (en) * | 2013-05-21 | 2013-09-11 | 阳东县艺精机械有限公司 | Feeding device |
| CN103922122A (en) * | 2014-04-25 | 2014-07-16 | 苏州源硕精密模具有限公司 | Gravity-center-deviated material ordering vibration disk |
| CN105344615A (en) * | 2015-11-29 | 2016-02-24 | 重庆元创汽车整线集成有限公司 | Detecting device for bearing ring |
| CN105460559A (en) * | 2016-01-07 | 2016-04-06 | 深圳市圣天达自动化科技有限公司 | High-precision intelligent screening mechanism for LED pins |
| CN109533817A (en) * | 2018-12-29 | 2019-03-29 | 东莞市海天磁业股份有限公司 | Magnet ring automatic discharge equipment |
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| CN109533817A (en) * | 2018-12-29 | 2019-03-29 | 东莞市海天磁业股份有限公司 | Magnet ring automatic discharge equipment |
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| CN102700906B (en) | 2015-09-23 |
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