CN202897410U - Double-end lamp vibration alignment machine - Google Patents
Double-end lamp vibration alignment machine Download PDFInfo
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- CN202897410U CN202897410U CN 201220612820 CN201220612820U CN202897410U CN 202897410 U CN202897410 U CN 202897410U CN 201220612820 CN201220612820 CN 201220612820 CN 201220612820 U CN201220612820 U CN 201220612820U CN 202897410 U CN202897410 U CN 202897410U
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- double
- orbital plane
- ended lamps
- position device
- strong position
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Abstract
The utility model discloses a double-end lamp vibration alignment machine. The double-end lamp vibration alignment machine comprises a hollow vibrating disk capable of containing double-end lamps, and a spiral rising rail surface is arranged on the inner side of the side wall of the vibrating disk. The double-end lamp vibration alignment machine is characterized in that at least one position-correcting device is arranged along the rising direction of the rail surface, the beginning end of the position-correcting device is connected with the rail surface, and an included angle exists between the position-correcting device and the rail surface and is arranged on the side edge of the rail surface. The double-end lamp vibration alignment machine can be used for discharging operation of the double-end lamps with bulb shells with residue portions, and has the advantages of being simple in structure, reliable in work, and durable in use.
Description
Technical field
The utility model relates to a kind of automatic material sorting machine, particularly a kind of vibration material all in one piece machine that can be used for the double-ended lamps product.
Background technology
In bubble, in the bubble product, comprise the double-ended lamps wick with two ends lead-in wire.As shown in Figure 1, this double-ended lamps 1 includes the glass cell-shell 13 that is column, is arranged on the inclined to one side position 131 of pressure and the lead-in wire (11,12) at described cell-shell 13 two ends and is arranged between the described lead-in wire (11,12) and is positioned at the filament 15 of described cell-shell 13.Wherein said cell-shell 13 must set in advance freeing pipe before moulding, after freeing pipe is removed, can stay in the lateral location of described cell-shell 13 residual 14 of the freeing pipe of next projection shape.And described residual 14 existence generally can produce at least impact on direction to follow-up production.For this reason for can be arranged in an orderly manner and be made before allowing described double-ended lamps 1 operation after entering produce described residual 14 be in one towards, although prior art described double-ended lamps 1 can be done orderly processing fail so far to solve unify described residual 14 towards problem.
Summary of the invention
Be to solve the deficiencies in the prior art, the problem that the present invention mainly solves is how can be towards unanimously when oscillatory type material all in one piece machine allows described double-ended lamps 1 in output.For this reason, the invention provides a kind of double-ended lamps vibration material all in one piece machine, comprise the vibrating disk that is hollow form that can hold double-ended lamps, the inboard of described vibrating disk sidewall is provided with the orbital plane that spiral fashion rises; It is characterized in that: the direction that rises along described orbital plane is provided with at least one and rectifys position device, and the initiating terminal of described strong position device is connected with described orbital plane, has angle between described strong the non-start-up portion of device and the described orbital plane and is positioned at the side of described orbital plane.
Described material all in one piece machine, it is a kind of machine that double-ended lamps is discharged in order, its involving vibrations device and be arranged on vibrating disk on the described vibrator, because the inboard of the sidewall of described vibrating disk is provided with described orbital plane, when described vibrator vibrations, the double-ended lamps that is arranged in described vibrating disk is progressively risen along described orbital plane for this reason.Described orbital plane has even curface, thereby can allow double-ended lamps move ahead smoothly; The inboard wall body of the inner side edge of described orbital plane also is the sidewall bodies of described vibrating disk.
The initiating terminal of described strong position device is connected with described orbital plane, refer to the initiating terminal of described strong device direct with being connected of described orbital plane; Or when the initiating terminal of described strong position device is connected on the sidewall wall body of described orbital plane side, also there is no the gap between the initiating terminal of described strong position device and the described orbital plane.As a kind of better embodiment, preferably seamlessly transit between the initiating terminal of described strong position device and the described orbital plane.
From the expansion drawing of described orbital plane, have angle between the non-start-up portion of described strong position device and the described orbital plane, what described so strong device just can be with the residual section of described double-ended lamps constantly adjusts rectification thereon when rising; From birds-eye view, the turn radius of described strong position device is greater than the turn radius of the sidewall wall body of described orbital plane side (inboard or the outside).
Described double-ended lamps is described during initial moving ahead because the weight effect of remaining section, its residual section towards generally can be not automatically towards or face described orbital plane, but can be optionally both sides up, so its on described orbital plane towards being uncertain.But in the actual production, be starved of again with the residual section of described double-ended lamps be a direction towards setting in advance, thereby be convenient to the use of lower operation.
For this reason, owing to being provided with described strong position device, and because the starting point and the smooth connection of described orbital plane of described strong position device, when when this position is passed by by the residual section of the described double-ended lamps of described strong position device, not being subject to significantly retardance smoothly sliding the above rectify device; Owing to having angle between described strong position device and the described orbital plane, thus for this reason when described residual section when moving ahead along described orbital plane can by described strong device progressively lifting get up progressively to change its towards; Secondly, if some double-ended lamps had been leaked the chance of being corrected on first described strong position device, second of can also be arranged later so or the 3rd described strong position device are corrected.
According to technique scheme, for the described double-ended lamps that enters described orbital plane, its described residual section towards being uncertain.For described residual section met the requirements towards described double-ended lamps, generally do not need to correct, but for towards reverse described double-ended lamps, because the effect of described rectifier, can with reverse described double-ended lamps towards being adjusted, so just can obtain in the outlet of described orbital plane towards consistent described double-ended lamps.
In order to make residual of described double-ended lamps to obtain to correct reliably near described strong position device as far as possible, further technical scheme can also be, described orbital plane lateral inclination, and the side position that described strong position device wherein is set is lower.Enter so the described double-ended lamps of described orbital plane can be automatically near described strong position device, thereby greatly improved the probability that mistakes and omissions occur.Further technical scheme is, with corresponding described orbital plane of at least one described strong position device wherein, the angle of its lateral inclination strengthens on its upwardly extending direction gradually; Like this, thus can allow described double-ended lamps when constantly sliding forward, further improve the effect of correcting near described strong position device.Wherein, the angle of inclination of the described orbital plane below the device of not every described strong position all must progressively be strengthened, but needing at least to have the angle of inclination of a described orbital plane below the device of described strong position all must progressively strengthen, the angle of inclination of the described orbital plane below other described strong position device can be consistent with the angle of inclination of other orbital plane.
The position that described strong position device arranges both can be arranged on the inboard of described orbital plane, also can be arranged on the outside of described orbital plane.The concrete position that arranges is mainly relevant with the direction that residual hope of described double-ended lamps is corrected.
The mechanism of described strong position device itself has various ways to realize:
The first, described strong position device is column, its initiating terminal is connected on the sidewall wall body of described orbital plane or described orbital plane side, and the end of described strong position device is free end.Described so strong position device be similar to and one have and correct or the steel wire of guiding function, just can be corrected when the residual section of described double-ended lamps leans against when sliding on the described steel wire.When described strong position device is arranged on described inboard, the turning-circle diameter of described strong position device is greater than the turning-circle diameter of the sidewall wall body of described inboard, when described strong position device is arranged on the described outside, the turning-circle diameter of described strong position device is greater than the turning-circle diameter of the sidewall wall body in the described outside, like this because the turning-circle diameter between them is different, thereby described double-ended lamps can be turned to fully.
The second, described strong position device are the protrusion ribs that arranges on the sidewall wall body in described orbital plane inboard or the outside.Described protrusion rib can with the sidewall wall body integrated molding in described orbital plane inboard or the outside, also can arrange by modes such as welding, bondings.Secondly, in order to submit the effect of rectification to, the protrusion height of described protrusion rib on sidewall bodies uprises gradually.
Further technical scheme can also be, described orbital plane end is provided with the outlet of discharging double-ended lamps, exit side in described orbital plane exit is provided with the guided way under being tilted to, described guided way comprises rail and lower rail, and the spacing between described upper rail and the lower rail is less times greater than the external diameter of described double-ended lamps.Described like this double-ended lamps not only can be on described be automatically discharged between rail and the lower rail, and can be with same towards discharge.
Further technical scheme can also be, described orbital plane end is provided with the outlet of discharging double-ended lamps, and the described orbital plane before described orbital plane exit is provided with gas blow pipe, and the outlet of described gas blow pipe is described strong device dorsad.The outlet of described gas blow pipe is described strong device dorsad, refers to that the outlet of described gas blow pipe is towards the direction opposite with device place, described strong position lateral location.Enter into so the described double-ended lamps of described orbital plane exit position, if exist certain some product towards the direction of described strong position device fully dorsad not, particularly its residual section towards being upwards the time, the wind that blows out by the outlet from described gas blow pipe again blow forcibly described residual and make its change towards.
Further technical scheme can also be, described orbital plane end is provided with the outlet of discharging double-ended lamps, feed side in described exit arranges steady arm, described steady arm is a little to outlet-inclined impeller vane, be provided with groove on the described steady arm, the width of the described groove roughly cell-shell length with described double-ended lamps is consistent.Like this can be by means of described groove, locate described double-ended lamps and can not continue to move ahead and be convenient to discharge described orbital plane from described outlet.
Because the present invention has These characteristics and advantage, can be applied in the vibration material all in one piece machine of double-ended lamps product for this reason.
Description of drawings
Fig. 1 is the structural representation of the described double-ended lamps that need to correct of the technology of the present invention;
Fig. 2 a be described double-ended lamps and remaining section thereof at the structural representation of the reference position of described strong position of the present invention device, also be the cross sectional representation of described orbital plane of the reference position of described strong position device;
Fig. 2 b is that described double-ended lamps and remaining section thereof are at the structural representation of the midway location of described strong position of the present invention device;
Fig. 2 c is that the structural representation of position is put at the rectification height of described strong position of the present invention device by described double-ended lamps and remaining section thereof;
Fig. 3 is the perspective view of double-ended lamps vibration material all in one piece machine of the present invention;
Fig. 4 is the birds-eye view of Fig. 3;
Fig. 5 is the perspective view of another direction of double-ended lamps vibration material all in one piece machine of the present invention;
Fig. 6 is that the spiral path face of double-ended lamps vibration material all in one piece machine of the present invention is at the deployed configuration schematic diagram at device place, described strong position;
Fig. 7 is the A section enlarged drawing among Fig. 5;
Fig. 8 is the described steady arm in exit of double-ended lamps of the present invention vibration material all in one piece machine and the relative position structural representation between the described double-ended lamps.
The specific embodiment
Below in conjunction with accompanying drawing structure of the present invention is described further.
Such as Fig. 1, Fig. 2 a and shown in Figure 3, a kind of double-ended lamps vibration material all in one piece machine 2, it is a kind of machine that double-ended lamps 1 is discharged in order, its involving vibrations device 7 and be arranged on vibrating disk 3 above the described vibrator 7 and hollow form that can hold double-ended lamps 1, the inboard of the sidewall of described vibrating disk 3 is provided with the orbital plane 31 that spiral fashion rises.For this reason, when described vibrator 7 vibrations, the described double-ended lamps 1 that is arranged in described vibrating disk 3 is progressively risen along described orbital plane 31.Described orbital plane 31 has even curface, thereby can allow described double-ended lamps 1 move ahead smoothly.The inboard wall body 32 that the inboard of described orbital plane 31 has also is the sidewall of described vibrating disk 3.Described double-ended lamps 1 is when entering the reference position of described orbital plane 31, and it comprises inwardly and the different described double-ended lamps 1 of two kinds of directions outwardly at least.
The direction that rises along described orbital plane 31 is provided with at least one strong position device 4, described strong position device 4 is columns, it is a steel wire with rectification or guiding function, its initiating terminal 41 is connected on the rotation angle position between the inboard wall body 32 of described orbital plane 31 and described orbital plane 31 inboards, and the end of described strong position device 4 is free ends; The turning-circle diameter of described strong position device 4 is greater than the turning-circle diameter of the inboard wall body 32 of described inboard, described strong position device 4 roughly leans against on the inboard wall body 32 of described orbital plane 31 inboards and with described orbital plane 31 and rises synchronously, thereby the non-initiating terminal of described strong position device 4 partly is in vacant state basically.Use is column and end is free-ended steel wire, and maximum benefit is exactly freely to adjust the angle of steel wire in the debugging of production scene, makes it have better rectification effect.As shown in Figure 6, have angle between described strong position device 4 non-start-up portions and the described orbital plane 31 and be positioned at the inboard of described orbital plane 31; The unsettled setting of non-initiating terminal of described strong position device 4, thus can allow described double-ended lamps 1 slip into lower space.Lean against the rectification that just can obtain when sliding on the described steel wire progressively until direction at least up as residual 14 of described double-ended lamps 1 like this.Wherein, the inboard of described orbital plane 31 or the outside are relative concepts, and in the present embodiment, the outside of described orbital plane 31 refers to a side of described vibrating disk 3 central cavity positions, otherwise is described inboard.
Residual 14 process of being corrected of described double-ended lamps 1 is shown in Fig. 2 a, Fig. 2 b, Fig. 2 C.
Among Fig. 2 a, the position of the initiating terminal of described strong position device 4 is minimum and be connected described, the cell-shell 13 of described double-ended lamps 1 be positioned at described on, for its residual the 14 described double-ended lamps 1 towards the inboard wall body 32 of described orbital plane 31 inboards, its described residual 14 rides against on the device 4 of described strong position; Easily ride described strong position device 4 when allowing residual 14 of described double-ended lamps 1 move ahead, as shown in Figure 6, thereby initiating terminal 41 that preferably will described strong device 4 is pounded more flat formation and is seamlessly transitted.For not towards the described double-ended lamps 1 of described inboard wall body 32, directly move ahead on the next door of described strong position device 4, be not subjected to the impact of described strong position device 4.In order to allow described double-ended lamps 1 try one's best near inboard wall body 32 or the described strong position device 4 of described orbital plane 31 inboards, described orbital plane 31 is set to skewed a little in the horizontal, and the inboard of described orbital plane 31 is lower and the outside is higher, and namely the angle Q between described orbital plane 31 and the inboard wall body 32 is less than 90 °.
Among Fig. 2 b, be forwarded to the middle section position of described strong position device 4 towards the described double-ended lamps 1 of described inboard wall body 32, the distance that the described strong position of this middle section position device 4 described orbital planes 31 of distance and described inboard wall body 32 are certain, the cell-shell 13 of described double-ended lamps 1 still is positioned on the described orbital plane 31, but its residual 14 is slided along described strong position device 4 and to be remedied to position about 45 °, and the angle Q between described orbital plane 31 and the inboard wall body 32 diminishes.
Among Fig. 2 c, be forwarded to the high point of the rectification position of described strong position device 4 towards the described double-ended lamps 1 of described inboard wall body 32, the cell-shell 13 of described double-ended lamps 1 still is positioned on the described orbital plane 31, angle Q between described orbital plane 31 and the inboard wall body 32 becomes less, but the cell-shell 13 of described double-ended lamps 1 partly has been moved into the lower room of described strong position device 4.Described residual 14 leans against on the device 4 of described strong position for this reason, can be remedied to direction substantially up.
Like this, for residual the 14 described double-ended lamps 1 towards described inboard wall body 32 directions, under the correcting of described strong position device 4, can be made it toward the outer side by reverses its direction, thereby can be exported with unified direction.
The structure of the described strong position device 4 in the such scheme also can change at described inboard wall body 32 the protrusion rib is set, and all is the technical scheme that can realize the object of the invention.Described protrusion rib can with inboard wall body 32 integrated moldings of described orbital plane 31 inboards, also can arrange by modes such as welding, bondings.Secondly, in order to improve the rectification effect of described strong position device 4, the protrusion height of described protrusion rib on described inboard wall body 32 uprises gradually.
According to technique scheme, for the described double-ended lamps 1 that enters described orbital plane 31, it is described residual 14 towards being uncertain.For described residual 14 met the requirements towards described double-ended lamps 1, generally do not need to correct, but for the described double-ended lamps 1 towards the inboard, because the effect of described rectifier 4, can with reverse described double-ended lamps 1 towards being adjusted, so just can obtain towards consistent described double-ended lamps 1 in the outlet 61 of described orbital plane 31.
According to technique scheme, described strong position device 4 is positioned at described inboard, but also can be arranged on the outside of described orbital plane 31.The concrete position that arranges is mainly relevant with the direction that residual 14 hope of described double-ended lamps 1 is corrected.
Further technical scheme can also be, such as Fig. 3, shown in Figure 5, the end of described orbital plane 31 is provided with the outlet 61 of discharging double-ended lamps, exit side at described outlet 61 places is provided with the guided way 6 under being tilted to, described guided way 6 comprises rail 62 and lower rail 63, and the spacing between described upper rail 62 and the lower rail 63 is less times greater than the external diameter of described double-ended lamps 1.Described like this double-ended lamps 1 not only can be on described be automatically discharged between rail 62 and the lower rail 63, and can be with same towards discharge.The width of described outlet 61 is less times greater than the entire length of described double-ended lamps 1.
Further technical scheme can also be, the described orbital plane 31 before described outlet 61 places is provided with gas blow pipe 5, and the outlet of described gas blow pipe 5 is described strong device 4 dorsad.The outlet of described gas blow pipe 5 is described strong device 4 dorsad, refers to that the outlet of described gas blow pipe 5 is towards the direction opposite with described strong position device 4 place lateral location.Enter into so described outlet 61 positions described double-ended lamps 1 before, if exist certain some product towards described strong position device 4 fully dorsad not, particularly its residual 14 towards being upwards the time, the wind that blows out by the outlet from described gas blow pipe 5 again blow forcibly described residual 14 and make its change towards.Or, when described double-ended lamps 1 mutual card strand appears in position before described outlet 61 places, can blow away forcibly the middle position that the double-ended lamps 1 of blocking drops into described vibrating disk 3 by the wind that blows out from described gas blow pipe 5 outlets.
Further technical scheme can also be, such as Fig. 7, shown in Figure 8, the feed side at described outlet 61 places of described orbital plane 31 ends arranges steady arm, described steady arm comprises foreground 64 and backstage 65, described foreground 64 and backstage 65 tilt to outlet 61 a little, slide to described outlet 61 thereby be conducive to described double-ended lamps 1; Space between described foreground 64 and the backstage 65 forms the groove 68 that can hold described double-ended lamps 1, the width of described groove 68 roughly cell-shell 13 length with described double-ended lamps 1 is consistent, and the inclined-plane on the described foreground 64 66 cooperates with the end face of described cell-shell 13 respectively with inclined-plane 67 on the described backstage 65.Like this can be by means of described groove 68, locate described double-ended lamps 1 and can not continue to move ahead and be convenient to from described outlet 61, discharge described orbital plane 31.
Claims (9)
1. double-ended lamps vibration material all in one piece machine comprises the vibrating disk that is hollow form that can hold double-ended lamps, and the inboard of described vibrating disk sidewall is provided with the orbital plane that spiral fashion rises; It is characterized in that: the direction that rises along described orbital plane is provided with at least one strong position device, the initiating terminal of described strong position device is connected with described orbital plane, has angle between the non-start-up portion of described strong device and the described orbital plane and is positioned at the side of described orbital plane.
2. double-ended lamps vibration material all in one piece machine according to claim 1 is characterized in that, described strong position device is column, and its initiating terminal is connected on the sidewall wall body of described orbital plane or described orbital plane side, and the end of described strong position device is free end.
3. double-ended lamps according to claim 1 vibration material all in one piece machine is characterized in that, described strong position device is the protrusion rib that arranges on the sidewall wall body of described orbital plane side.
4. double-ended lamps vibration material all in one piece machine according to claim 1 is characterized in that, described orbital plane lateral inclination, and the side position that described strong position device wherein is set is lower.
5. double-ended lamps according to claim 4 vibration material all in one piece machine is characterized in that, with corresponding described orbital plane of at least one described strong position device wherein, the angle of its lateral inclination strengthens on its upwardly extending direction gradually.
6. according to claim 1 to 5 arbitrary described double-ended lamps vibration material all in one piece machines, it is characterized in that, seamlessly transit between the initiating terminal of described strong position device and the described orbital plane.
7. according to claim 1 to 5 arbitrary described double-ended lamps vibration material all in one piece machines, it is characterized in that, be provided with the outlet of discharging double-ended lamps at described orbital plane end, exit side in described orbital plane exit is provided with the guided way under being tilted to, described guided way comprises rail and lower rail, and the spacing between described upper rail and the lower rail is less times greater than the external diameter of described double-ended lamps.
8. according to claim 1 to 5 arbitrary described double-ended lamps vibration material all in one piece machines, it is characterized in that, described orbital plane end is provided with the outlet of discharging double-ended lamps, and the described orbital plane before described exit is provided with gas blow pipe, and the outlet of described gas blow pipe is described strong device dorsad.
9. according to claim 1 to 5 arbitrary described double-ended lamps vibration material all in one piece machines, it is characterized in that, described orbital plane end is provided with the outlet of discharging double-ended lamps, feed side in described exit arranges steady arm, described steady arm is a little to outlet-inclined impeller vane, be provided with groove on the described steady arm, the width of the described groove roughly cell-shell length with described double-ended lamps is consistent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220612820 CN202897410U (en) | 2012-11-20 | 2012-11-20 | Double-end lamp vibration alignment machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220612820 CN202897410U (en) | 2012-11-20 | 2012-11-20 | Double-end lamp vibration alignment machine |
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| CN202897410U true CN202897410U (en) | 2013-04-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220612820 Expired - Fee Related CN202897410U (en) | 2012-11-20 | 2012-11-20 | Double-end lamp vibration alignment machine |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104401689A (en) * | 2014-11-19 | 2015-03-11 | 东南大学 | Automatic feeding device of plunger piston core of automobile fuel injection pump |
| CN107032060A (en) * | 2017-05-27 | 2017-08-11 | 苏州工业园区第塑胶有限公司 | Vibrating disk for slim implantation nut positive and reverse screening |
| CN108544102A (en) * | 2018-06-22 | 2018-09-18 | 海盐伟佳电器科技有限公司 | A kind of transformer housing feeding typewriting all-in-one machine |
| CN109038170A (en) * | 2018-07-06 | 2018-12-18 | 苏州泉奇电子科技有限公司 | A kind of Full-automatic pin device of fan stator |
| CN109366132A (en) * | 2018-12-29 | 2019-02-22 | 永嘉县良宏机械有限公司 | A kind of feeding device of snak link kludge |
-
2012
- 2012-11-20 CN CN 201220612820 patent/CN202897410U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104401689A (en) * | 2014-11-19 | 2015-03-11 | 东南大学 | Automatic feeding device of plunger piston core of automobile fuel injection pump |
| CN107032060A (en) * | 2017-05-27 | 2017-08-11 | 苏州工业园区第塑胶有限公司 | Vibrating disk for slim implantation nut positive and reverse screening |
| CN108544102A (en) * | 2018-06-22 | 2018-09-18 | 海盐伟佳电器科技有限公司 | A kind of transformer housing feeding typewriting all-in-one machine |
| CN109038170A (en) * | 2018-07-06 | 2018-12-18 | 苏州泉奇电子科技有限公司 | A kind of Full-automatic pin device of fan stator |
| CN109366132A (en) * | 2018-12-29 | 2019-02-22 | 永嘉县良宏机械有限公司 | A kind of feeding device of snak link kludge |
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