CN204250802U

CN204250802U - A kind of rotary automatic feed mechanism of Casting Additive

Info

Publication number: CN204250802U
Application number: CN201420523569.1U
Authority: CN
Inventors: 陈亮; 薛财荣
Original assignee: FUJIAN JINRUI HIGH-TECH Co Ltd
Current assignee: FUJIAN JINRUI HIGH-TECH Co Ltd
Priority date: 2014-09-12
Filing date: 2014-09-12
Publication date: 2015-04-08
Anticipated expiration: 2024-09-12

Abstract

A kind of rotary automatic feed mechanism of Casting Additive, comprise fix shaft, rotary bracket and driven unit, rotary bracket comprises criss-cross bracing frame, first ring-type fixing plate and the second ring-type fixing plate, on first ring-type fixing plate and the second ring-type fixing plate, corresponding position all offers the assembly opening that plural groups circular array is arranged, assembly opening is used for fixing and is equiped with a feeder sleeve, rotary bracket also comprises one for what make its unidirectional rotation and prevents inverting units, the utility model to be arranged at feeder sleeve on ring-type fixing plate by being provided with plural groups in the mode of annular array, can make that casting workpiece is regular falls into feeder sleeve, the automatic operation material getting next process from feeder sleeve that just can be very fast, be unlikely to obtain operation material from the rambling Casting Parts of a pile with artificial, can enhance productivity to a greater degree like this, save a large amount of manpowers, financial resources, also the warehouse cost that upper one process product will take can be reduced widely.

Description

A kind of rotary automatic feed mechanism of Casting Additive

Technical field

The utility model relates to the rotary automatic feed mechanism of a kind of aluminum product, refers in particular to a kind of disk swinging feed mechanism of automatic Casting Additive.

Background technology

Material loading is then that orderly for some Casting Partss fast speed is loaded feeder sleeve, captures by reclaimer robot the equipment that Casting Parts carries out next process processing.

For now, a pile rambling workpiece time Casting Parts is just shaping, the operation of carrying out next step just needs a large amount of manpower financial capacities to arrange, material loading, the operation of transport etc., generally in the occasion of workshop, it is all the process of flow production line, once a middle link speed is excessively slow, not merely can affect the production problem of this link, income and overall cost, also can affect the degree that next procedure is carried out, and though existing technology rotary feeder structure also can accelerate material loading speed, but prevent reversing gear owing to not being provided with, cause in the process of feed, once there is the phenomenon of reversion, just there will be code that palletizing mechanical arm cannot be correct to Casting Parts, and then the plan that have impact on a procedure and a series of problem such as cost of product needed storage produced.

Utility model content

The utility model provides a kind of rotary automatic feed mechanism of Casting Additive, and its main purpose is to overcome feed mechanism in feeder process and occurs the defect of reversion.

For solving the problems of the technologies described above, the utility model adopts following technical scheme:

A kind of rotary automatic feed mechanism of Casting Additive, it is characterized in that: comprise fix shaft, be rotatably installed on the rotary bracket on this fix shaft and the driven unit for driving this rotary bracket to rotate around described fix shaft, described rotary bracket comprises criss-cross bracing frame, be arranged in first ring-type fixing plate at this criss-cross bracing frame top and be arranged in the second ring-type fixing plate of this criss-cross bracket base, the location mid-shaft of described criss-cross bracket upwards extends to form one for the blind axis hole of accommodating described fix shaft by bottom, on described first ring-type fixing plate and the second ring-type fixing plate, corresponding position all offers the assembly opening that plural groups circular array is arranged, often assemble in distribution and be fixedly equiped with a feeder sleeve, described rotary bracket also comprises one for what make its unidirectional rotation and prevents inverting units.

Further, the described inverting units that prevents comprises rectangle gear, sawtooth gear, voussoir and a tension spring, described rectangle gear upper surface contacts at described second ring-type fixing plate bottom, a concentric described sawtooth gear is equipped with in described rectangle gear lower surface, described voussoir one end is installed on described second ring-type fixing plate, the described voussoir other end contacts at described sawtooth gear, described voussoir is equipped with an extension spring, described extension spring one end hang on voussoir, and the described extension spring other end is installed on described sawtooth gear.

Further, the one side that in described feeder sleeve, described first ring-type fixing plate is departed from direction has one for adjusting the elongate slots of Casting Parts.

Further, described fix shaft top and bottom are respectively provided with the bearing supporting described criss-cross carriage rotation and rotate around described fix shaft.

Further, described driven unit comprises servomotor, Timing Belt and is installed in the synchronous pulley of servomotor piston rod end.

Compared to the prior art, the beneficial effect that the utility model produces is:

1, the utility model structure is simple, practical, feeder sleeve on adapter plate is arranged in the mode of annular array by arranging plural groups, described feeder sleeve places casting workpiece, make that casting workpiece is regular falls into feeder sleeve, just can from the very fast automatic operation material getting next process from feeder sleeve in time will carrying out next process, be unlikely to obtain operation material from the rambling Casting Parts of a pile with artificial, can enhance productivity to a greater degree like this, save a large amount of manpowers, financial resources, also can reduce widely a upper procedure produce the warehouse cost that product will take.

2, in the utility model, prevent the described voussoir in reversing gear described in utilization and be provided with a spring between described sawtooth gear, disk swinging feed mechanism can be made only to rotate towards a direction, prevent the phenomenon of reversion, be of value to the probability reducing and break down.

3, in the utility model, the one side that in described feeder sleeve, the described rotary bracket center of circle is departed from direction has the elongate slots of an adjustment Casting Parts, the object arranging feeder sleeve is well-regulated discharge Casting Parts, time but owing to may there is the placement laterally placing or do not have rule in put procedure at Casting Parts, just can utilize and adjust in the place of fluting, be unlikely to the problem that breaking appears in manufacturing line.

4, in the utility model, the location mid-shaft of described criss-cross bracket is utilized upwards to extend to form one for the blind axis hole of accommodating described fix shaft by bottom, a bearing is respectively equipped with in fix shaft top and bottom, whole disk swinging feeding structure can be allowed being positioned at described I-shaped support frame central blind hole inside and rotating on the fix shaft that two bearings are housed up and down, can to reduce the friction force that disk swinging feed mechanism produces in rotary course widely.

5, in the utility model, described driven unit is utilized to comprise servomotor, the anglec of rotation of described cross-shaped rotary frame can be controlled more accurately, and advantageously in the possibility preventing from reversing, greatly reduce the possibility gone wrong in production process, therefore improve production efficiency.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the birds-eye view in the utility model.

Fig. 3 is for preventing the birds-eye view of reversing gear described in Fig. 1.

Fig. 4 is section-drawing of the present utility model.

Detailed description of the invention

Detailed description of the invention of the present utility model is described with reference to the accompanying drawings.

With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4.A kind of rotary automatic feed mechanism of Casting Additive, comprise fix shaft 5, be rotatably installed on the rotary bracket 2 on this fix shaft 5 and the driven unit 4 for driving this rotary bracket 2 to rotate around described fix shaft 5, described rotary bracket 2 comprises criss-cross bracing frame 22, be arranged in first ring-type fixing plate 20 at this criss-cross bracing frame 22 top and be arranged in the second ring-type fixing plate 21 of this criss-cross bracket base, the location mid-shaft of described criss-cross bracket upwards extends to form one for the blind axis hole of accommodating described fix shaft 5 by bottom, on described first ring-type fixing plate 20 and the second ring-type fixing plate 21, corresponding position all offers the assembly opening that plural groups circular array is arranged, often assemble in distribution and be fixedly equiped with a feeder sleeve 1, described rotary bracket 2 also comprises one for what make its unidirectional rotation and prevents inverting units 3, the utility model structure is simple, practical, feeder sleeve 1 on adapter plate is arranged in the mode of annular array by arranging plural groups, described feeder sleeve 1 places casting workpiece, make that casting workpiece is regular falls into feeder sleeve 1, just can from the very fast automatic operation material getting next process from feeder sleeve 1 in time will carrying out next process, be unlikely to obtain operation material from the rambling Casting Parts of a pile with artificial, can enhance productivity to a greater degree like this, save a large amount of manpowers, financial resources, also can reduce widely a upper procedure produce the warehouse cost that product will take.

With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4.The described inverting units 3 that prevents comprises rectangle gear 30, sawtooth gear 31, voussoir 32 and an extension spring, described rectangle gear 30 upper surface contacts at described second ring-type fixing plate 21 bottom, a concentric described sawtooth gear 31 is equipped with in described rectangle gear 30 lower surface, described voussoir 32 one end is installed on described second ring-type fixing plate 21, described voussoir 32 other end contacts at described sawtooth gear 31, described voussoir 32 is equipped with an extension spring 33, described extension spring 33 one end is installed on voussoir 32, described extension spring 33 other end is installed on described sawtooth gear 31, in the utility model, prevent the described voussoir 32 in inverting units 3 described in utilization and be provided with a tension spring 33 between described sawtooth gear 31, disk swinging feed mechanism can be made only to rotate towards a direction, prevent the phenomenon of reversion, be of value to the probability reducing and break down, the one side that in described feeder sleeve 1, described first ring-type fixing plate 20 is departed from direction has one for adjusting the elongate slots of Casting Parts, in the utility model, the one side that in described feeder sleeve 1, described rotary bracket 2 center of circle is departed from direction has one for adjusting the elongate slots of Casting Parts, the object arranging feeder sleeve 1 is well-regulated discharge Casting Parts, time but owing to may there is the placement laterally placing or do not have rule in put procedure at Casting Parts, just can utilize and adjust in the place of fluting, be unlikely to the problem that breaking appears in manufacturing line, described fix shaft 5 top and bottom are respectively provided with the described criss-cross bracket 22 of support and rotate the bearing 6 rotated around described fix shaft 5, in the utility model, the location mid-shaft of described criss-cross bracket is utilized upwards to extend to form one for the blind axis hole of accommodating described fix shaft 5 by bottom, a bearing 6 is respectively equipped with in fix shaft 5 top and bottom, whole disk swinging feeding structure can be allowed to be positioned at described I-shaped support frame central blind hole inside and to rotate on the fix shaft that two bearings 6 are housed up and down, the friction force that disk swinging feed mechanism produces in rotary course can be reduced widely, described driven unit 4 comprises servomotor 40, Timing Belt 41 and be installed in the synchronous pulley 42 of servomotor piston rod end, in the utility model, described driven unit is utilized to comprise servomotor, the anglec of rotation of described cross-shaped rotary frame can be controlled more accurately, and advantageously in the possibility preventing from reversing, greatly reduce the possibility gone wrong in production process, therefore improve production efficiency.

Above are only detailed description of the invention of the present utility model, but design concept of the present utility model is not limited thereto, all changes utilizing this design the utility model to be carried out to unsubstantiality, all should belong to the behavior of invading the utility model protection domain.

Claims

1. the rotary automatic feed mechanism of a Casting Additive, it is characterized in that: comprise fix shaft, be rotatably installed on the rotary bracket on this fix shaft and the driven unit for driving this rotary bracket to rotate around described fix shaft, described rotary bracket comprises criss-cross bracing frame, be arranged in first ring-type fixing plate at this criss-cross bracing frame top and be arranged in the second ring-type fixing plate of this criss-cross bracket base, the location mid-shaft of described criss-cross bracket upwards extends to form one for the blind axis hole of accommodating described fix shaft by bottom, on described first ring-type fixing plate and the second ring-type fixing plate, corresponding position all offers the assembly opening that plural groups circular array is arranged, often assemble in distribution and be fixedly equiped with a feeder sleeve, described rotary bracket also comprises one for what make its unidirectional rotation and prevents inverting units.

2. the rotary automatic feed mechanism of a kind of Casting Additive as claimed in claim 1, it is characterized in that: described in prevent inverting units from comprising rectangle gear, sawtooth gear, voussoir and an extension spring, described rectangle gear upper surface contacts at described second ring-type fixing plate bottom, a concentric described sawtooth gear is equipped with in described rectangle gear lower surface, described voussoir one end is installed on described second ring-type fixing plate, the described voussoir other end contacts at described sawtooth gear, described voussoir is equipped with an extension spring, described extension spring one end hang on voussoir, the described extension spring other end is installed on described sawtooth gear.

3. the rotary automatic feed mechanism of a kind of Casting Additive as claimed in claim 1, is characterized in that: the one side that in described feeder sleeve, described first ring-type fixing plate is departed from direction has one for adjusting the elongate slots of Casting Parts.

4. the rotary automatic feed mechanism of a kind of Casting Additive as claimed in claim 1, is characterized in that: described fix shaft top and bottom are respectively provided with the bearing supporting described criss-cross carriage rotation and rotate around described fix shaft.

5. the rotary automatic feed mechanism of a kind of Casting Additive as claimed in claim 1, is characterized in that: described driven unit comprises servomotor, Timing Belt and is installed in the synchronous pulley of servomotor piston rod end.