CN203426767U

CN203426767U - Automatic feed device of chamfering machine

Info

Publication number: CN203426767U
Application number: CN201320382985.XU
Authority: CN
Inventors: 蔡祥福; 龚学德
Original assignee: SUZHOU ETERNAL ELECTRICAL EQUIPMENT Co Ltd
Current assignee: Suzhou Yitelong Technology Co ltd
Priority date: 2013-06-28
Filing date: 2013-06-28
Publication date: 2014-02-12
Anticipated expiration: 2023-06-28

Abstract

The utility model relates to an automatic feed device of a chamfering machine. The automatic feed device comprises a jacking mechanism used for locating a workpiece, a receiver used for allowing the workpiece to be mounted, a feed mechanism used for moving the receiver to a workpiece processing area and a retreating mechanism used for pushing the workpiece out of the receiver. The jacking mechanism locates the workpiece in the receiver. The receiver is fixed to the feed mechanism. According to the automatic feed device, full-automatic feed processing is achieved through the jacking mechanism, the receiver, the feed mechanism and the retreating mechanism, the labor intensity of operating personnel is greatly reduced, meanwhile, cut parts are made to meet a required size, and production efficiency is greatly improved.

Description

A kind of beveler automatic feeding

Technical field

The utility model relates to a kind of pay-off, relates to specifically a kind of beveler automatic feeding.

Background technology

Add man-hour as shown in Figure 1 carrying out a kind of upper cover part drawing, because this part is formed by shaping mould punching, owing to being the abnormity part of extending, end face is just uneven, for reaching certain dimensional requirement, must carry out machining, conventionally can adopt Vehicle Processing, but adopt the process time of Vehicle Processing slower, simultaneously very high to operating personnel's technical ability requirement, productive labor intensity is large, owing to requiring manual operation, very unstable for processed workpiece quality, be difficult to the size that assurance requires, can not produce in batches fast and effectively.

Utility model content

The utility model object be in order to overcome the deficiencies in the prior art, provide a kind of and can automatically locate, the beveler automatic feeding of feeding.

For achieving the above object, the technical solution adopted in the utility model is: a kind of beveler automatic feeding, comprises jacking mechanism for workpiece location, for the recipient of workpiece is installed, for described recipient being moved to the feed mechanism of workpiece processing district, for workpiece being released to the drawing-out mechanism of described recipient; Described jacking mechanism is positioned at workpiece in recipient; Described recipient is fixed on feed mechanism.

Preferably, described jacking mechanism comprises lift cylinder, slider bar, sliding part, holds out against cylinder, holds out against head, and described lift cylinder is fixed in slider bar, and piston end is connected to sliding part bottom through slider bar; Described sliding part can move up and down under lift cylinder effect in slider bar; On described sliding part, be laterally provided with and hold out against cylinder; The described cylinder piston end that holds out against is provided with and holds out against head.

Preferably, in described recipient inner chamber, magnet and step switch are installed; Between described magnet and step switch, be provided with and exit groove.

Preferably, described feed mechanism comprises feeding cylinder, feeding slide, spherical guide; Described feeding cylinder is arranged in frame; Described feeding slide is arranged on the spherical guide being laterally connected in frame, can move along spherical guide.

Preferably, described drawing-out mechanism comprise exit cylinder, exit cylinder block, supporting slider, described in exit cylinder and be arranged on and exit on cylinder block, exit cylinder piston end and be connected with and exit push rod through exiting cylinder block; Described supporting slider one end is fixed in frame, and the other end is fixed on and exits on cylinder block; In described supporting slider, be also provided with and exit push pedal.

Preferably, in described workpiece processing district, be also provided with elastic top materials device.

Preferably, described elastic top materials device comprises telescopic shell, fixed housing, spring; Described telescopic shell and fixed housing intersection are fixed by screw; Described fixed housing stretches out telescopic shell and is partly provided with single-row radial ball bearing; Described telescopic shell top is provided with telescopic shell lid; Described telescopic shell covers and is provided with workpiece push rod; Described workpiece push rod bottom is connected with spring housing through single direction thrust ball bearing; Described spring one end is connected on spring housing, and the other end is arranged on fixed housing.

Due to the utilization of technique scheme, the utility model compared with prior art has following advantages:

A kind of beveler automatic feeding of the utility model scheme, by jacking mechanism, recipient, feed mechanism, drawing-out mechanism etc., realizing full-automatic material-feeding processes, greatly reduce operating personnel's labour intensity, also guarantee the satisfactory size of part after cutting, greatly improved production efficiency simultaneously.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, technical solutions of the utility model are described further:

Accompanying drawing 1 is workpiece to be processed schematic diagram;

Accompanying drawing 2 is the structural representation of a kind of beveler automatic feeding of the present utility model;

Accompanying drawing 3 is a kind of beveler automatic feeding of the present utility model holds out against state diagram;

Accompanying drawing 4 is the working state figure of a kind of beveler automatic feeding of the present utility model;

Accompanying drawing 5 is the structural representation of the elastic top materials device of a kind of beveler automatic feeding of the present utility model;

Wherein: 1, elastic top materials device; 2, recipient; 3, lift cylinder; 4, slider bar; 5, sliding shoe; 6, hold out against cylinder; 7, hold out against head; 8, magnet; 9, step switch; 10, exit groove; 11, feeding cylinder; 12, feeding slide; 13, spherical guide; 14, exit cylinder; 15, exit cylinder block; 16, supporting slider; 17, exit push rod; 18, exit push pedal; 19, telescopic shell; 20, fixed housing; 21, spring; 22, screw; 23, single-row radial ball bearing; 24, telescopic shell lid; 25, workpiece push rod; 26, single direction thrust ball bearing; 27, spring housing; A, workpiece; B, workpiece processing district.

The specific embodiment

Below in conjunction with drawings and the specific embodiments, the utility model is described in further detail.

Accompanying drawing 1 is workpiece to be processed schematic diagram;

Accompanying drawing 2-5 is a kind of beveler automatic feeding described in the utility model, comprises jacking mechanism, recipient 2, feed mechanism, drawing-out mechanism; First jacking mechanism is positioned at workpiece a in recipient 2, and after recipient 2 is fixing by workpiece a, described jacking mechanism exits, and described feed mechanism moves to workpiece processing district b by recipient 2 and processes; After machining, described drawing-out mechanism is released recipient 2 by the workpiece a completing.

As shown in Figure 3, described jacking mechanism comprises lift cylinder 3, slider bar 4, sliding part 5, hold out against cylinder 6, hold out against 7, workpiece a is being added to man-hour, first workpiece a is put into recipient 2, start automatically controlled button, lift cylinder 3 rises, promoting sliding part 5 moves up along slider bar 4, after rising and putting in place, hold out against cylinder 6 and stretch out piston to the right, holding out against of piston end 7 holds out against workpiece a in recipient 2.

In described recipient 2, be provided with magnet 8 and step switch 9, when workpiece a is held out against, touch step switch 9 when 7 tops put in place, controller sends instruction and makes to hold out against cylinder 6 and exit, and magnet 8 holds to guarantee that by workpiece a location is reliable simultaneously; If be failure to actuate in the contact on step switch 9, represent that workpiece is drowned to put in place, controller makes to hold out against cylinder 6 and exits rear continuation top workpiece a to the right left, until the contact action on step switch 9.

Described feed mechanism comprises feeding cylinder 11, feeding slide 12, spherical guide 13, behind workpiece location, hold out against cylinder 6 and be withdrawn into original position left, lift cylinder 3 declines and drives sliding part to decline until hold out against the below of cylinder in recipient, controller sends instruction makes feeding cylinder 11 pistons to left movement, promote feeding slide 12 along spherical guide 13 to left movement, recipient 2 is arranged on and on feeding slide 12, enters workpiece processing district b left, when recipient 2 moves on the elastic top materials device 1 of workpiece processing district b, further workpiece a is held out against, in recipient 2, hold out against when guaranteeing workpiece a deburring chamfering motionless, when recipient 2 puts in place, the beveler of workpiece processing district b carries out deburring, chamfering to workpiece a.

Described drawing-out mechanism comprise exit cylinder 14, exit cylinder block 15, supporting slider 16, supporting slider 16 one end are fixed in frame, the other end is fixed on and exits on cylinder block 15, after machining, motor stops, feeding cylinder 11 moves right, make recipient 2 exit workpiece processing district b to initial position, exit cylinder 14 and receive the backward left movement of signal, exiting push rod 17 stretches into and exits groove 10 on recipient 2, workpiece a is ejected in recipient 2, complete the deburring of workpiece a, chamfering, the manual workpiece a that takes out.

Described elastic top materials device 1 comprises telescopic shell 19, fixed housing 20, spring 21; Described telescopic shell 19 is fixing by screw 22 with fixed housing 20 intersection; Described fixed housing 20 stretches out telescopic shell 19 parts and is provided with single-row radial ball bearing 23; Described telescopic shell 19 tops are provided with telescopic shell lid 24; Described telescopic shell lid 24 is provided with workpiece push rod 25; Described workpiece push rod 25 bottoms are connected with spring housing 27 through single direction thrust ball bearing 26; Described spring 20 one end are connected on spring housing 27, the other end is arranged on fixed housing 20, in workpiece machining, take a step forward and workpiece a is held out against put in place, and in cutting process owing to there being two kinds of bearings to exist, make the workpiece push rod 25 in elastic top materials device 1 keep not rotating (can not rotate with beveler knife rest), therefore can not damage workpiece a surface.

Below be only concrete exemplary applications of the present utility model, protection domain of the present utility model is not constituted any limitation.All employing equivalents or equivalence are replaced and the technical scheme of formation, within all dropping on the utility model rights protection scope.

Claims

1. a beveler automatic feeding, is characterized in that: comprise jacking mechanism for workpiece location, for the recipient of workpiece is installed, for described recipient being moved to the feed mechanism of workpiece processing district, for workpiece being released to the drawing-out mechanism of described recipient; Described jacking mechanism is positioned at workpiece in recipient; Described jacking mechanism comprises lift cylinder, slider bar, sliding part, holds out against cylinder, holds out against head, and described lift cylinder is fixed in slider bar, and piston end is connected to sliding part bottom through slider bar; Described sliding part can move up and down under lift cylinder effect in slider bar; On described sliding part, be laterally provided with and hold out against cylinder; The described cylinder piston end that holds out against is provided with and holds out against head; Described recipient is fixed on feed mechanism; In described recipient inner chamber, magnet and step switch are installed; Between described magnet and step switch, be provided with and exit groove; Described feed mechanism comprises feeding cylinder, feeding slide, spherical guide; Described feeding cylinder is arranged in frame; Described feeding slide is arranged on the spherical guide being laterally connected in frame, can move along spherical guide; Described drawing-out mechanism comprise exit cylinder, exit cylinder block, supporting slider, described in exit cylinder and be arranged on and exit on cylinder block, exit cylinder piston end and be connected with and exit push rod through exiting cylinder block; Described supporting slider one end is fixed in frame, and the other end is fixed on and exits on cylinder block; In described supporting slider, be also provided with and exit push pedal.

2. a kind of beveler automatic feeding as claimed in claim 1, is characterized in that: described workpiece is also provided with elastic top materials device in processing district.

3. a kind of beveler automatic feeding as claimed in claim 2, is characterized in that: described elastic top materials device comprises telescopic shell, fixed housing, spring; Described telescopic shell and fixed housing intersection are fixed by screw; Described fixed housing stretches out telescopic shell and is partly provided with single-row radial ball bearing; Described telescopic shell top is provided with telescopic shell lid; Described telescopic shell covers and is provided with workpiece push rod; Described workpiece push rod bottom is connected with spring housing through single direction thrust ball bearing; Described spring one end is connected on spring housing, and the other end is arranged on fixed housing.