CN203292359U

CN203292359U - Efficient full-automatic entire plate conveying, stacking and blanking unit

Info

Publication number: CN203292359U
Application number: CN2013203613037U
Authority: CN
Inventors: 邓承武; 姜涛; 郭建; 王翔
Original assignee: HUANGSHI DONPER REFRIGERATION CO Ltd
Current assignee: HUANGSHI DONPER REFRIGERATION CO Ltd
Priority date: 2013-06-24
Filing date: 2013-06-24
Publication date: 2013-11-20
Anticipated expiration: 2023-06-24

Abstract

The utility model relates to mechanical machining devices, in particular to an efficient full-automatic entire plate conveying, stacking and blanking unit which comprises a numerical control press and an automatic numerical control conveying machine which is in butt joint with the numerical control press. The efficient full-automatic entire plate conveying, stacking and blanking unit is characterized in that a sucker type transfer machine is arranged at the front end of the automatic numerical control conveying machine, a blanking mould is arranged on the numerical control press, a blank conveying belt is arranged below the blanking mould, and an automatic stacking machine is arranged at the outer end of the blank conveying belt in a connection mode. By means of the efficient full-automatic entire plate conveying, stacking and blanking unit, full-automatic production of entire plate conveying, blanking and stacking is achieved, production efficiency is greatly improved, and labor intensity of workers is reduced. Therefore, the efficient full-automatic entire plate conveying, stacking and blanking unit is especially suitable for automatic blanking of entire plates.

Description

High efficient full automatic send, the whole plate blanking unit of code

Technical field

The utility model relates to machining equipment, and especially a kind of high efficient full automatic send, the whole plate blanking unit of code.

Background technology

Traditional plate cutting comprises shear and blanking two procedures, the shear operation is cut into billot (this process needs 4 people all by manual feeding) with whole acid-cleaning plate by intended size, and then utilize hand fork truck to turn order and adopt the punch press blanking to the blanking operation, the blank material also needs artificial code material to turn order, and process of transfer order labour intensity is larger, expend the more effective time, production efficiency is low.

Summary of the invention

The purpose of this utility model will solve exactly conventional panels blanking process and adopt that manually to turn order, feeding, code material labour intensity large, and the problem that production efficiency is low provides that a kind of high efficient full automatic send, the whole plate blanking unit of code.

Concrete scheme of the present utility model is: high efficient full automatic send, the whole plate blanking unit of code, the automatic numerical control feeder that includes numerical control press and dock with it, it is characterized in that: the front end at the automatic numerical control feeder is equipped with the sucked type material rotaring machine, blanking die is installed on numerical control press, the blank conveyer belt is equipped with in the below of blanking die, and blank conveyer belt outer termination is equipped with automatic stacking machine; Described sucked type material rotaring machine, have frame, frame is provided with the plate platform, and the top design of frame has pole bracket to extend to the top of automatic numerical control feeder, supporting base before and after being equipped with on pole bracket, on two supporting bases, rotary screw rod is installed, the tail end tipping reducing motor of screw mandrel, be fitted with nut seat with screw mandrel, be connected suspension bracket is housed with nut seat, the left and right lift cylinder is housed on suspension bracket, and the lower end of two cylinders connects is equipped with the sucker installing rack, on the sucker installing rack, Acetabula device is housed; Described automatic stacking machine, has frame, the drive unit of vertically arranged central shaft and transmission central shaft is housed on frame, horizontally disposed rotating disk is housed on central shaft, has some stations hole on rotating disk, being centered close on same circumference of all station holes, hold-down nut also is housed on frame, be fitted with the drive unit of elevating screw and transmission elevating screw with hold-down nut, retainer plate is equipped with on the top of elevating screw, and the retainer plate external diameter is less than the station hole.

In sucker material rotaring machine described in the utility model, left and right rail is installed on pole bracket, respectively fills guide runner on two guide rails, two guide runners are fixedly connected with suspension bracket, form the guiding mechanism of suspension bracket.

In sucker material rotaring machine described in the utility model, the Acetabula device that is contained on the sucker installing rack is the external vavuum pump of vacuum cup group or the external control power supply of magnechuck group that adopts.

In automatic stacking machine described in the utility model, the periphery that is positioned at each station hole on rotating disk is equipped with left and right and inboard three bumping posts, and the internal diameter in described station hole is less than the workpiece external diameter, and the internal diameter that described three bumping posts form is greater than the workpiece external diameter.

The axis of the elevating screw in automatic stacking machine described in the utility model is to be positioned at center, station hole circumference on the center line of blank conveyer belt and rotating disk, and by the place, crosspoint of blank conveyer belt one side.

operation principle of the present utility model is: whole the plate that at first will become to prick is placed on the plate platform of sucked type material rotaring machine, start lift cylinder decline and make first (uppermost one) plate of Acetabula device contact, starting vavuum pump (or energising magnetic valve) makes vacuum cup (or magnechuck) hold plate, lift cylinder rises to the highest spacing, start sucker material rotaring machine reducing motor and pass through rotary screw rod, drive nut seat, suspension bracket, lift cylinder, the sucker installing rack, Acetabula device, plate, move to forward automatic numerical control feeder top, lift cylinder descends, plate is set aside on the workbench of automatic numerical control feeder, unclamp sucker, lift cylinder rises, and return to plate platform top and wait to make.the automatic numerical control feeder with whole sheet material by setup program (by advancing, the left and right stepping, advance, the left and right stepping, the mode of feeding repeatedly) plate is delivered to numerical control press completes blanking by blanking die, blank falls by the blank conveyer belt from blanking die, be transported to the top of automatic stacking machine, a station hole on automatic stacking machine is just connecing the discharging opening to the blank conveyer belt at this moment, retainer plate on elevating screw is positioned at upper limit (a little less than the height of three bumping posts, the difference in height of a plate), retainer plate is caught the first compact material, start the drive unit of elevating screw, the height of a sheet thickness of elevating screw decline, connect again the second compact material, descend again, until retainer plate is lower than the upper surface of rotating disk, completing a code that pushes away blank expects, retainer plate continues to descend, lower surface lower than rotating disk, station of dial rotation, the discharging opening of second station hole docking blank conveyer belt, the elevating screw fast rise, retainer plate arrives upper limit, carry out next one code material program, so repeatedly, the very convenient order that turns of blank in heaps enters next procedure.

The utility model has been realized material loading, feeding, blanking, the code material is full-automatic produces, and has greatly alleviated labor strength, has improved production efficiency, and can improve the utilization rate of sheet material, has reduced on-the-spot billot and has piled up, and is convenient to on-the-spot management.

Description of drawings

Fig. 1 is that general structure master of the present utility model looks schematic diagram;

Fig. 2 is general structure schematic top plan view of the present utility model;

Fig. 3 is that schematic diagram is looked on a general structure of the present utility model left side.

in figure: 1-frame, 2-plate platform, 3-Acetabula device, 4-sucker installing rack, 5-lift cylinder, 6-reducing motor, 7-supporting base, 8-nut seat, 9-suspension bracket, 10-screw mandrel, 11-pole bracket, 12-plate, 13-numerical control press, 14-blanking die, 15-blank conveyer belt, 16-retainer plate, 17-elevating screw, 18-bumping post, 19-station hole, 20-rotating disk, 21-frame, 22-drive unit, 23-central shaft, 24-hold-down nut, 25-drive unit, 26-automatic numerical control feeder, 27-guide rail, 28-guide runner.

The specific embodiment

referring to Fig. 1, the automatic numerical control feeder 26 that the utility model includes numerical control press 13 and docks with it, particularly: the front end at automatic numerical control feeder 26 is equipped with the sucked type material rotaring machine, blanking die 14 is installed on numerical control press 13, blank conveyer belt 15 is equipped with in the below of blanking die 14, and blank conveyer belt 15 outer termination are equipped with automatic stacking machine, described sucked type material rotaring machine, has frame 1, frame 1 is provided with plate platform 2, the top design of frame 1 has pole bracket 11 to extend to the top of automatic numerical control feeder 26, supporting base 7 before and after being equipped with on pole bracket 11, on two supporting bases 7, rotary screw rod 10 is installed, the tail end tipping reducing motor 6 of screw mandrel 10, be fitted with nut seat 8 with screw mandrel 10, be connected suspension bracket 9 is housed with nut seat 8, the lower end that lift cylinder 5, two cylinders in left and right are housed on suspension bracket 9 connects is equipped with sucker installing rack 4, and Acetabula device 3 is housed on sucker installing rack 4, described automatic stacking machine, has frame 21, the drive unit 22(that vertically arranged central shaft 23 and transmission central shaft 23 are housed on frame 21 comprises motor, the gear drive group), horizontally disposed rotating disk 20 is housed on central shaft 23, have some stations hole 19 on rotating disk 20, being centered close on same circumference of all station holes 19, hold-down nut 24 also is housed on frame 21, comprise servomotor with the equipped elevating screw 17 of hold-down nut 24 and the drive unit 25(of transmission elevating screw, the gear drive group), retainer plate 16 is equipped with on the top of elevating screw 17, retainer plate 16 external diameters are less than station hole 19.

In the described sucker material rotaring machine of the present embodiment, left and right rail 27 is installed on pole bracket, respectively fills guide runner 28, two guide runners 28 and be fixedly connected with suspension bracket 9 on two guide rails, form the guiding mechanism of suspension bracket 9.

In the described sucker material rotaring machine of the present embodiment, the Acetabula device 3 that is contained on sucker installing rack 4 is the external vavuum pumps of vacuum cup group (can also adopt the external control power supply of magnechuck group) that adopt.

In the described automatic stacking machine of the present embodiment, the periphery that is positioned at each station hole 19 on rotating disk 20 is equipped with left and right and inboard three bumping posts 18, and the internal diameter in described station hole 19 is less than the workpiece external diameter, and the internal diameter that described three bumping posts 18 form is greater than the workpiece external diameter.

The axis of the elevating screw 17 in the described automatic stacking machine of the present embodiment is to be positioned at station hole 19 center circumferences on the center line of blank conveyer belt 15 and rotating disk 20, and by the place, crosspoint of blank conveyer belt 15 1 sides.

Claims

High efficient full automatic give, the code whole plate blanking unit, the automatic numerical control feeder that includes numerical control press and dock with it, it is characterized in that: the front end at the automatic numerical control feeder is equipped with the sucked type material rotaring machine, blanking die is installed on numerical control press, the blank conveyer belt is equipped with in the below of blanking die, and blank conveyer belt outer termination is equipped with automatic stacking machine; Described sucked type material rotaring machine, have frame, frame is provided with the plate platform, and the top design of frame has pole bracket to extend to the top of automatic numerical control feeder, supporting base before and after being equipped with on pole bracket, on two supporting bases, rotary screw rod is installed, the tail end tipping reducing motor of screw mandrel, be fitted with nut seat with screw mandrel, be connected suspension bracket is housed with nut seat, the left and right lift cylinder is housed on suspension bracket, and the lower end of two cylinders connects is equipped with the sucker installing rack, on the sucker installing rack, Acetabula device is housed; Described automatic stacking machine, has frame, the drive unit of vertically arranged central shaft and transmission central shaft is housed on frame, horizontally disposed rotating disk is housed on central shaft, has some stations hole on rotating disk, being centered close on same circumference of all station holes, hold-down nut also is housed on frame, be fitted with the drive unit of elevating screw and transmission elevating screw with hold-down nut, retainer plate is equipped with on the top of elevating screw, and the retainer plate external diameter is less than the station hole.
High efficient full automatic according to claim 1 give, the code whole plate blanking unit, it is characterized in that: in described sucker material rotaring machine, left and right rail is installed on pole bracket, respectively fills guide runner on two guide rails, two guide runners are fixedly connected with suspension bracket, form the guiding mechanism of suspension bracket.
High efficient full automatic according to claim 1 and 2 give, the code whole plate blanking unit, it is characterized in that: in described sucker material rotaring machine, the Acetabula device that is contained on the sucker installing rack is the external vavuum pump of vacuum cup group or the external control power supply of magnechuck group that adopts.
High efficient full automatic according to claim 1 give, the code whole plate blanking unit, it is characterized in that: in described automatic stacking machine, the periphery that is positioned at each station hole on rotating disk is equipped with left and right and inboard three bumping posts, the internal diameter in described station hole is less than the workpiece external diameter, and the internal diameter that described three bumping posts form is greater than the workpiece external diameter.
High efficient full automatic according to claim 1 give, the code whole plate blanking unit, it is characterized in that: the axis of the elevating screw in described automatic stacking machine is to be positioned at center, station hole circumference on the center line of blank conveyer belt and rotating disk, and by the place, crosspoint of blank conveyer belt one side.