CN204711165U - Multi-dimensional vibration shakeout is used in a kind of casting - Google Patents
Multi-dimensional vibration shakeout is used in a kind of casting Download PDFInfo
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- CN204711165U CN204711165U CN201520316998.6U CN201520316998U CN204711165U CN 204711165 U CN204711165 U CN 204711165U CN 201520316998 U CN201520316998 U CN 201520316998U CN 204711165 U CN204711165 U CN 204711165U
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Abstract
The utility model relates to casting sand recycling device technical field, and multi-dimensional vibration shakeout is used in a kind of casting specifically, comprises shakeout table top, Ji Shadou, support, vibrating spring, pendulous device and sand conveying device.Described shakeout table top is positioned at the husky bucket top of collection, described collection sand bucket is positioned in the middle part of support, described shakeout table top is connected by vibrating spring with between support, described pendulous device is positioned at support median plane place, and be connected with shakeout table top, the effect of pendulous device is that shakeout table top is operationally moved back and forth, described sand conveying device is positioned at support median plane place, and vertical with pendulous device position, the effect of sand conveying device transports shakeout after being collected by the molding sand of separation.The utility model structure is simple, can overcome the defect that in prior art, conventional monomer matter shakeout amplitude is little, thus improves the separative efficiency of molding sand and foundry goods.
Description
Technical field
The utility model relates to casting sand recycling device technical field, and multi-dimensional vibration shakeout is used in a kind of casting specifically.
Background technology
Shakeout utilizes vibration and impacts the Casting Equipment that the molding sand in casting mold is separated with foundry goods.Vibratory shakeout machine is primarily of vibration main body and base two parts composition.Oscillating component framework is taken at the bottom of machine by two row's spring supportings.Shakeout vibration main body side horizontal symmetrical installs two vibrating motors.Making a concerted effort and the upper plane orthogonal of table top of exciting force, forms an elemental body structure, impel sandbox to be separated with molding sand, foundry goods is separated with molding sand, and the fragmentation of sand group.
In prior art, the domestic monomer matter vibratory shakeout machine amplitude generally adopted is less, only have 3 ~ 4mm, thus molding sand is comparatively slow with the speed be separated of foundry goods, when the foundry goods needing to be separated is more, the monomer matter shakeout that amplitude is less will reduce operating efficiency, Given this, the utility model provides a kind of equipment that can improve the table vibration free degree, can improve the vibrating effect of monomer matter shakeout, thus improve the separative efficiency of molding sand and foundry goods, namely multi-dimensional vibration shakeout is used in a kind of casting.
Summary of the invention
In order to make up the deficiencies in the prior art, the utility model provides a kind of casting multi-dimensional vibration shakeout, less in order to overcome monomer matter shakeout amplitude in prior art, thus affects the defect of molding sand and foundry goods separative efficiency.
The utility model solves the technical scheme that its technical problem adopts: a kind of casting multi-dimensional vibration shakeout, comprises shakeout table top, Ji Shadou, support, vibrating spring, pendulous device and sand conveying device.Described shakeout table top is positioned at the husky bucket top of collection, described collection sand bucket is positioned in the middle part of support, described shakeout table top is connected by vibrating spring with between support, described pendulous device is positioned at support median plane place, and be connected with shakeout table top, described sand conveying device is positioned at support median plane place, and vertical with pendulous device position.
Described shakeout table top is cube structure, shakeout table top surrounding is provided with manhole, manhole inside is embedded with rubber ring I, and shakeout table top is connected with collection Sha Douxiang, during work, scattered molding sand enters Ji Shadou from shakeout table top, molding sand in the husky bucket of collection enters sand conveying device again, described support surrounding is provided with screwed hole, described vibrating spring one end is connected with support by screwed hole, the vibrating spring other end is connected with shakeout table top through rubber ring I, the effect of rubber ring I is when making shakeout table top do multi-dimensional vibration, avoid spring because Oscillation Amplitude is excessive or vibration acutely brings damage, play the object of protection spring, described collection sand bucket upper opening is larger than lower openings, and the whereabouts of molding sand in the husky bucket of collection is convenient in its effect, and collection Sha Dou both sides are symmetrically installed with two vibrating motors by bolt, and during work, vibrating motor vibration drives shakeout table vibration.
Described pendulous device comprises left socle, left rotary shaft, left wheel, driving shaft, right wheel, right spindle, right support, upper belt-wheel I, conveyer belt I, lower belt wheel I, oscillating motor, fork, positioning supports axle, rubber ring II and upper rotating shaft, and described left socle and right support are symmetrically distributed in the left and right sides of support; Described left rotary shaft one end is fixedly mounted on left socle upper end, and the left rotary shaft other end is connected with left wheel, and left rotary shaft and left wheel junction are positioned at the left wheel center of circle; Be fixedly mounted on right support upper end in the middle part of described right spindle, right spindle one end is connected with right wheel, and right spindle and right wheel junction are positioned at the right wheel center of circle, and the right spindle other end is connected with upper belt-wheel I; Described lower belt wheel I is fixedly mounted on oscillating motor; Described upper belt-wheel I is connected with lower belt wheel I by conveyer belt I; Be connected by driving shaft between described left wheel and right wheel, and left wheel and the right wheel center of circle are all departed from driving shaft two ends, during work, oscillating motor rotates and drives upper belt-wheel I to rotate, thus drive right wheel motion, and then drive driving shaft to do gyration, the offset distance in driving shaft two ends and left wheel and the right wheel center of circle is less, the effect that offset distance is less makes the radius of gyration of driving shaft less, thus make fork amplitude of fluctuation less, and then make shakeout table top amplitude of fluctuation less, to reduce the damage swung foundry goods; Described fork lower end is provided with manhole II, manhole II is embedded with rubber ring II, described positioning supports axle is through rubber ring II, and positioning supports axle two ends are fixedly mounted on left socle and right support upper center respectively, the effect of rubber ring II is when making shakeout table vibration, fork can do with the vibration of shakeout table top and slightly move up and down, and can not limit slightly moving up and down of fork because of the fixing of positioning supports axle; Positioning supports axle is the motion limiting fork through the effect of fork, and when making fork lower wobble, fork top can swing in the opposite direction, thus drives the swing of shakeout table top; The lower end of fork is provided with slippage slot, and described driving shaft is through slippage slot, and during work, the driving shaft doing gyration moves in slippage slot, thus drives fork bottom to swing; Described upper rotating shaft one end is fixedly mounted on fork, and the upper rotating shaft other end is connected with shakeout table top, and during work, fork top swings, thus shakeout table-board to right or left can be driven to swing, and the effect of this pendulous device is that shakeout table top is swung.
Described sand conveying device is positioned at immediately below the husky bucket of collection, and sand conveying device comprises fore-stock, front roll, after-poppet, back roll, conveyer belt, upper belt-wheel II, conveyer belt II, lower belt wheel II and sediment transport motor, described fore-stock and after-poppet are symmetrically distributed in the both sides, front and back of support, described front roll is fixedly mounted on fore-stock upper end, and front roll is connected with back roll by conveyer belt; Described lower belt wheel II is fixedly mounted on sediment transport motor; Described upper belt-wheel II is connected with lower belt wheel II by conveyer belt II; Described back roll is connected with upper belt-wheel II through after-poppet; During work, sediment transport electric machine rotation drives bottom pulley II to rotate, thus drives upper belt-wheel II to rotate, and then drives the back roll be connected with upper belt pulley II to rotate, back roll rotates and drives conveyer belt II to move, and the effect of this sand conveying device is that the molding sand entering the husky bucket of collection is transported out the utility model.
The beneficial effects of the utility model are:
(1). a kind of casting multi-dimensional vibration shakeout of the present utility model, the fork swing acting in conjunction of the vibrated motor oscillating of shakeout table top and pendulous device, thus the efficiency that improve that molding sand is separated with foundry goods;
(2). a kind of casting multi-dimensional vibration shakeout of the present utility model, reasonable in design, principle is simple, is convenient to promote the use of.
Accompanying drawing explanation
Below in conjunction with drawings and embodiments, the utility model is further illustrated.
Fig. 1 is a kind of casting multi-dimensional vibration shakeout perspective view of the present utility model;
Fig. 2 is a kind of casting multi-dimensional vibration shakeout A-A sectional view of the present utility model;
Fig. 3 is a kind of casting multi-dimensional vibration shakeout B-B sectional view of the present utility model.
In figure: shakeout table top 1, the husky bucket 2 of collection, support 3, vibrating spring 4, pendulous device 5, sand conveying device 6, vibrating motor 7, manhole 11, rubber ring I 12, screwed hole 31, left socle 501, left rotary shaft 502, left wheel 503, driving shaft 504, right wheel 505, right spindle 506, right support 507, upper belt-wheel I 508, conveyer belt I 509, lower belt wheel I 510, oscillating motor 511, fork 512, positioning supports axle 513, rubber ring II 514, upper rotating shaft 515, manhole II 5121, slippage slot 5122, fore-stock 61, front roll 62, after-poppet 63, back roll 64, conveyer belt 65, upper belt-wheel II 66, conveyer belt II 67, lower belt wheel II 68, sediment transport motor 69.
Detailed description of the invention
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below in conjunction with concrete diagram, setting forth the utility model further.
As shown in Figure 1, Figure 2 and Figure 3, a kind of casting multi-dimensional vibration shakeout described in the utility model, comprises shakeout table top 1, the husky bucket 2 of collection, support 3, vibrating spring 4, pendulous device 5 and sand conveying device 6.Described shakeout table top 1 is positioned at above the husky bucket 2 of collection, described collection sand bucket 2 is positioned in the middle part of support 3, described shakeout table top 1 is connected by vibrating spring 4 with between support 3, described pendulous device 5 is positioned at support 3 median plane place, and be connected with shakeout table top 1, described sand conveying device 6 is positioned at support 3 median plane place, and vertical with pendulous device 5 position.
Described shakeout table top 1 is cube structure, shakeout table top 1 surrounding is provided with manhole 11, manhole 11 inside is embedded with rubber ring I 12, and shakeout table top 1 and husky bucket of collection 2 are connected mutually, during work, scattered molding sand enters the husky bucket 2 of collection from shakeout table top 1, molding sand in the husky bucket 2 of collection enters sand conveying device 6 again, described support 3 surrounding is provided with screwed hole 31, described vibrating spring 4 one end is connected with support 4 by screwed hole 31, vibrating spring 4 other end is connected with shakeout table top 1 through rubber ring I 12, the effect of rubber ring I 12 is when making shakeout table top 1 do multi-dimensional vibration, avoid spring 4 because Oscillation Amplitude is excessive or vibration acutely brings damage, play the object of protection spring 4, described collection sand bucket 2 upper openings are larger than lower openings, and the whereabouts of molding sand in the husky bucket 2 of collection is convenient in its effect, and the husky bucket of collection 2 both sides are symmetrically installed with two vibrating motors 7 by bolt, and during work, vibrating motor 7 vibrates and drives shakeout table top 1 to vibrate.
Described pendulous device 5 comprises left socle 501, left rotary shaft 502, left wheel 503, driving shaft 504, right wheel 505, right spindle 506, right support 507, upper belt-wheel I 508, conveyer belt I 509, lower belt wheel I 510, oscillating motor 511, fork 512, positioning supports axle 513, rubber ring II 514 and upper rotating shaft 515, and described left socle 501 and right support 507 are symmetrically distributed in the left and right sides of support 4, described left rotary shaft 502 one end is fixedly mounted on left socle 501 upper end, and left rotary shaft 502 other end is connected with left wheel 503, and left rotary shaft 502 and left wheel 503 junction are positioned at left wheel 503 center of circle, be fixedly mounted on right support 507 upper end in the middle part of described right spindle 506, right spindle 506 one end is connected with right wheel 505, and right spindle 506 and right wheel 505 junction are positioned at right wheel 505 center of circle, and right spindle 506 other end is connected with upper belt-wheel I 508, described lower belt wheel I 510 is fixedly mounted on oscillating motor 511, described upper belt-wheel I 508 is connected with lower belt wheel I 510 by conveyer belt I 509, be connected by driving shaft 504 between described left wheel 503 and right wheel 505, and left wheel 503 and right wheel 505 center of circle are all departed from driving shaft 504 two ends, during work, oscillating motor 511 rotates and drives upper belt-wheel I 508 to rotate, thus drive right wheel 505 to move, and then drive driving shaft 504 to do gyration, the offset distance in driving shaft 504 two ends and left wheel 503 and right wheel 505 center of circle is less, the effect that offset distance is less makes the radius of gyration of driving shaft 504 less, thus make fork 512 amplitude of fluctuation less, and then make shakeout table top 1 amplitude of fluctuation less, to reduce the damage swung foundry goods, described fork 512 lower end is provided with manhole II 5121, manhole II 5121 is embedded with rubber ring II 514, described positioning supports axle 513 is through rubber ring II 514, and positioning supports axle 513 two ends are fixedly mounted on left socle 501 and right support 507 upper center respectively, the effect of rubber ring II 514 is when shakeout table top 1 is vibrated, fork 512 can do with the vibration of shakeout table top 1 and slightly move up and down, and can not limit slightly moving up and down of fork 512 because of the fixing of positioning supports axle 513, positioning supports axle 513 is the motions limiting fork 512 through the effect of fork 512, and when making fork 512 lower wobble, fork 512 top can swing in the opposite direction, thus drives the swing of shakeout table top 1, the lower end of fork 512 is provided with slippage slot 5122, and described driving shaft 504 is through slippage slot 5122, and during work, the driving shaft 504 doing gyration moves in slippage slot 5122, thus drives fork 512 bottom to swing, described upper rotating shaft 515 one end is fixedly mounted on fork 512, upper rotating shaft 515 other end is connected with shakeout table top 1, and during work, fork 512 top swings, thus shakeout table top 1 can be driven to swing, the effect of this pendulous device 5 is that shakeout table top 1 is swung.
Described sand conveying device 6 is positioned at immediately below the husky bucket 2 of collection, and sand conveying device 6 comprises fore-stock 61, front roll 62, after-poppet 63, back roll 64, conveyer belt 65, upper belt-wheel II 66, conveyer belt II 67, lower belt wheel II 68 and sediment transport motor 69, described fore-stock 61 and after-poppet 63 are symmetrically distributed in the both sides, front and back of support 3, described front roll 62 is fixedly mounted on fore-stock 61 upper end, and front roll 62 is connected with back roll 64 by conveyer belt 65; Described lower belt wheel II 68 is fixedly mounted on sediment transport motor 69; Described upper belt-wheel II 66 is connected with lower belt wheel II 68 by conveyer belt II 67; Described back roll 64 is connected with upper belt-wheel II 66 through after-poppet 63; During work, sediment transport motor 69 rotates and drives bottom pulley II 68 to rotate, thus drive upper belt-wheel II 66 to rotate, and then drive the back roll 64 be connected with upper belt pulley II 66 to rotate, back roll 64 rotates and drives conveyer belt II 67 to move, and the effect of this sand conveying device 6 is that the molding sand entering the husky bucket 2 of collection is transported out the utility model.
During work, the mixture of foundry goods and molding sand is put into shakeout table top 1, start power supply afterwards, vibrating motor 7 vibrates and drives shakeout table top 1 to vibrate, simultaneously, oscillating motor 511 rotates and drives upper belt-wheel I 508 to rotate, thus drive right wheel 505 to move, and then drive driving shaft 504 to do gyration, the driving shaft 504 doing gyration moves in slippage slot 5122, thus drive fork 512 bottom to swing, during fork 512 lower wobble, due to the position-limiting action of positioning supports axle 513, fork 512 top swings in the opposite direction, thus drive the swing of shakeout table top 1, vibrating motor 7 vibrate and shakeout table top 1 swing effect under, molding sand is separated from foundry goods, isolated molding sand enters the husky bucket 2 of collection through shakeout table top 1, enter on the conveyer belt II 67 of sand conveying device 6 through collecting husky bucket 2 again, rotating through sediment transport motor 69 drives conveyer belt II 67 to move, thus molding sand is sent out.
More than show and describe general principle of the present utility model, principal character and advantage.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; description in above-described embodiment and description principle of the present utility model is just described; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (3)
1. multi-dimensional vibration shakeout is used in a casting, comprise shakeout table top (1), the husky bucket (2) of collection, support (3), vibrating spring (4), pendulous device (5), sand conveying device (6) and vibrating motor (7), it is characterized in that: described shakeout table top (1) is positioned at Ji Shadou (2) top, described collection sand bucket (2) is positioned at support (3) middle part, described shakeout table top (1) is connected by vibrating spring (4) with between support (3), described pendulous device (5) is positioned at support (3) median plane place, and be connected with shakeout table top (1), described sand conveying device (6) is positioned at support (3) median plane place, and it is vertical with pendulous device (5) position, wherein:
Described shakeout table top (1) is cube structure, shakeout table top (1) surrounding is provided with manhole (11), manhole (11) inside is embedded with rubber ring I (12), and shakeout table top (1) is connected mutually with collection husky struggle against (2), described support (3) surrounding is provided with screwed hole (31), described vibrating spring (4) one end is connected with support (4) by screwed hole (31), and vibrating spring (4) other end is connected with shakeout table top (1) through rubber ring I (12); Described collection sand bucket (2) upper opening is larger than lower openings, and the husky bucket of collection (2) both sides are symmetrically installed with two vibrating motors (7) by bolt.
2. a kind of casting multi-dimensional vibration shakeout according to claim 1, it is characterized in that: described pendulous device (5) comprises left socle (501), left rotary shaft (502), left wheel (503), driving shaft (504), right wheel (505), right spindle (506), right support (507), upper belt-wheel I (508), conveyer belt I (509), lower belt wheel I (510), oscillating motor (511), fork (512), positioning supports axle (513), rubber ring II (514) and upper rotating shaft (515), described left socle (501) and right support (507) are symmetrically distributed in the left and right sides of support (4), described left rotary shaft (502) one end is fixedly mounted on left socle (501) upper end, and left rotary shaft (502) other end is connected with left wheel (503), described right spindle (506) middle part is fixedly mounted on right support (507) upper end, right spindle (506) one end is connected with right wheel (505), and right spindle (506) other end is connected with upper belt-wheel I (508), described lower belt wheel I (510) is fixedly mounted on oscillating motor (511), described upper belt-wheel I (508) is connected with lower belt wheel I (510) by conveyer belt I (509), be connected by driving shaft (504) between described left wheel (503) and right wheel (505), described fork (512) lower end is provided with manhole II (5121), manhole II (5121) is embedded with rubber ring II (514), described positioning supports axle (513) is through rubber ring II (514), and positioning supports axle (513) two ends are fixedly mounted on left socle (501) and right support (507) upper center respectively, the lower end of fork (512) is provided with slippage slot (5122), described driving shaft (504) is through slippage slot (5122), described upper rotating shaft (515) one end is fixedly mounted on fork (512), and upper rotating shaft (515) other end is connected with shakeout table top (1).
3. a kind of casting multi-dimensional vibration shakeout according to claim 1, it is characterized in that: described sand conveying device (6) is positioned at immediately below Ji Shadou (2), and sand conveying device (6) comprises fore-stock (61), front roll (62), after-poppet (63), back roll (64), conveyer belt (65), upper belt-wheel II (66), conveyer belt II (67), lower belt wheel II (68) and sediment transport motor (69), described fore-stock (61) and after-poppet (63) are symmetrically distributed in the both sides, front and back of support (3), described front roll (62) is fixedly mounted on fore-stock (61) upper end, front roll (62) is connected with back roll (64) by conveyer belt (65), described lower belt wheel II (68) is fixedly mounted on sediment transport motor (69), described upper belt-wheel II (66) is connected with lower belt wheel II (68) by conveyer belt II (67), described back roll (64) is connected with upper belt-wheel II (66) through after-poppet (63).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520316998.6U CN204711165U (en) | 2015-05-18 | 2015-05-18 | Multi-dimensional vibration shakeout is used in a kind of casting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520316998.6U CN204711165U (en) | 2015-05-18 | 2015-05-18 | Multi-dimensional vibration shakeout is used in a kind of casting |
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| Publication Number | Publication Date |
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| CN204711165U true CN204711165U (en) | 2015-10-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520316998.6U Withdrawn - After Issue CN204711165U (en) | 2015-05-18 | 2015-05-18 | Multi-dimensional vibration shakeout is used in a kind of casting |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104907546A (en) * | 2015-05-18 | 2015-09-16 | 安庆旭东工贸有限责任公司 | Multidimensional vibration shakeout machine for casting |
| CN112122589A (en) * | 2020-09-17 | 2020-12-25 | 繁昌县琪鑫铸造有限公司 | Shakeout machine for sand casting |
| CN112222385A (en) * | 2020-10-22 | 2021-01-15 | 杭州太阳铸造工程技术有限公司 | Novel vibrating shakeout machine for sand casting |
-
2015
- 2015-05-18 CN CN201520316998.6U patent/CN204711165U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104907546A (en) * | 2015-05-18 | 2015-09-16 | 安庆旭东工贸有限责任公司 | Multidimensional vibration shakeout machine for casting |
| CN112122589A (en) * | 2020-09-17 | 2020-12-25 | 繁昌县琪鑫铸造有限公司 | Shakeout machine for sand casting |
| CN112222385A (en) * | 2020-10-22 | 2021-01-15 | 杭州太阳铸造工程技术有限公司 | Novel vibrating shakeout machine for sand casting |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151021 Effective date of abandoning: 20160824 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |