CN203197168U

CN203197168U - Bending angle-shearing machine

Info

Publication number: CN203197168U
Application number: CN 201320203971
Authority: CN
Inventors: 郝勤
Original assignee: QINGDAO FANGZHOU ELECTROMECHANICAL CO Ltd
Current assignee: QINGDAO FANGZHOU ELECTROMECHANICAL CO Ltd
Priority date: 2013-04-22
Filing date: 2013-04-22
Publication date: 2013-09-18
Anticipated expiration: 2023-04-22

Abstract

The utility model discloses a bending angle-shearing machine which is provided with an automatic feeding mechanism and a bending angle-shearing mechanism. The automatic material feeding mechanism is used for orderly supplying bulk materials disorderly arranged inside a material plate to the bending angle-shearing mechanism, the placing postures of the bulk materials in a conveying track is set right and unified gradually, and finally all the bulk materials are conveyed to the bending angle-shearing mechanism in the same placing postures. After the bulk materials orderly enter a forming track, the bending angle-shearing mechanism located on one side of the forming track is driven by a driving component and made to be capable of carrying out cutting on pins of the bulk materials. Meanwhile, the bending surface of a bending angle-shearing component squeeze a part of pins which are not cut, and the capacitance pins are forced to be bent to meet the technological manufacturing requirements of circuit boards. The whole forming process of the bulk materials is high in automation degree, forming efficiency is high, and labor intensity of operating workers is reduced.

Description

The bending angle shear

Technical field

The utility model belongs to technical field of automation, is specifically related to a kind of bending angle shear.

Background technology

In the electron trade, before electronic devices and components are welded on circuit board, consider technological requirement, need to carry out cutting, bending processing to some electronic devices and components with stitch, to satisfy the making demand of circuit board.Yet, traditional bulk cargo molding mode adopts manual feed and manual cutting and bending technique always, because operator's the molding materials quality of producing is uneven, operator's operating efficiency is low, operation intensity is large, can't satisfy the requirement of present electron trade develop rapidly.

The utility model content

The purpose of this utility model is to propose a kind of bending angle shear, and it has cover automatic feed mechanism and a pack curved scissors angle mechanism, and shaping efficiency and automaticity are high, are beneficial to the labour intensity that reduces the operator.

The utility model adopts following technical scheme to achieve these goals:

The bending angle shear is comprised of automatic feed mechanism and bending shear angle mechanism; Automatic feed mechanism, comprise vibrations disk body, charging tray and delivery track, charging tray is positioned at the inside of vibrations disk body, delivery track is comprised of helical orbit, sorting track and twilight orbit, helical orbit is arranged on the madial wall of vibrations disk body, and the initiating terminal of helical orbit is connected with charging tray, the terminal horizontal setting and with sort the track initiating terminal and be connected, the sorting track end is connected with twilight orbit, is provided with the whereabouts passage that is communicated with helical orbit below the sorting track; Bending shear angle mechanism, comprise cutting and bending parts, driver part and moulding orbit, moulding orbit is positioned at described twilight orbit rear, and the cutting and bending parts are arranged on a certain side of moulding orbit, and driver part drives described cutting and bending parts along the direction straight reciprocating motion perpendicular to moulding orbit.

Further, be provided with several rail adjustment bars on the helical orbit, the inboard that an end of rail adjustment bar is arranged on helical orbit along and the joint of vibrations disk body madial wall, and take this end as starting point along the setting that is inclined upwardly of mass transport direction.

Further, described sorting track carries beam by the first lift-launch beam and second along the setting of mass transport direction and forms, first carries beam is arranged on the madial wall that shakes disk body, second carries beam and first carries the setting of Liangping row, carries beam and second first and carries the downcast hole that is provided with between the beam with described whereabouts channel connection.

Further, the initiating terminal of described moulding orbit and the end of twilight orbit are on the same level line, leave certain interval between the initiating terminal of moulding orbit and the twilight orbit end, and material enters moulding orbit by the end of twilight orbit through the initiating terminal of moulding orbit.

Further, described cutting and bending parts have an inclination cutter head, and the bottom sides of inclination cutter head is along being the cutting edge, and the sides tapered face of inclination cutter head is folding surface, and the thickness of this inclination cutter head is identical with the stitch bending thickness of material.

The utility model has the advantages that:

The bending angle shear that the utility model is addressed, have cover automatic feed mechanism and a pack curved scissors angle mechanism, automatic feed mechanism, be used for the bulk cargo that the inner entanglement of charging tray is placed sequentially is supplied to bending shear angle mechanism, bulk cargo is in delivery track, it is placed posture and progressively obtains the unification of setting right, final all bulk cargos all are transported in the bending shear angle mechanism according to identical placement posture, after the bulk cargo order enters moulding orbit, be positioned at the bending shear angle parts of moulding orbit one side under the driving of driver part, can the stitch of bulk cargo be cut, the bulk cargo stitch part that the extruding of simultaneously bending shear angle parts does not cut forces the stitch bending, and then the technique that satisfies circuit board is made requirement, whole bulk cargo forming process automaticity is high, and shaping efficiency is high, greatly reduces operator's labour intensity.

Description of drawings

Fig. 1 is the structural representation of bending angle shear in the utility model;

Fig. 2 is the A section enlarged drawing among Fig. 1;

Fig. 3 is the structural representation of cutting and bending parts among Fig. 1;

Fig. 4 is the cutaway view of cutting and bending parts among Fig. 3;

Fig. 5 is the structural representation of Fig. 4 medium dip cutter head.

The specific embodiment

Below in conjunction with accompanying drawing and the specific embodiment the utility model is described in further detail:

In conjunction with shown in Fig. 1 to 5, electric capacity bending angle shear is comprised of automatic feed mechanism 1 and bending shear angle mechanism 2, and automatic feed mechanism 1 is responsible for bulk cargo that entanglement is placed in order, be supplied to bending shear angle mechanism according to specific placement posture; Bending shear angle mechanism 2 is used for that the bulk cargo that automatic feed mechanism is carried is carried out cutting and bending and processes, to satisfy process for manufacturing circuit board to the plug-in mounting demand of electric capacity.

Automatic feed mechanism 1 comprises vibrations disk body 101, charging tray 102 and delivery track, and charging tray is positioned at the inside of vibrations disk body, and the convex form high in the middle of being, that the edge is low is placed with the overlapping electric capacity bulk cargo of entanglement at charging tray.Delivery track is comprised of helical orbit 103, sorting track 104 and twilight orbit 105, and helical orbit 103 is arranged on the madial wall of vibrations disk body 101, and the initiating terminal of helical orbit 103 is connected with charging tray 102.Be provided with several rail adjustment bars 106 at helical orbit, curved structure, the inboard that an end of rail adjustment bar 106 is arranged on helical orbit 103 along and the joint of vibrations disk body 101 madial walls, and take this end as starting point along the setting that is inclined upwardly of mass transport direction.The purpose that rail adjustment bar 106 is set has three: the first is peeled off the electric capacity bulk cargo of overlapping placement on the helical orbit and is the individual layer bulk cargo, it two is bulk cargos of the electric capacity bulk cargo of vertical placement being changed into horizontal placement, make things convenient for the later stage to sort at the sorting track, it three is the placement postures of partition capacitance bulk cargo of can setting right, and is beneficial to and improves the percent of pass of electric capacity bulk cargo on the sorting track.

The terminal horizontal of helical orbit 103, sorting track 104 is connected to the helical orbit end, be used for the bulk cargo on the helical orbit is sorted, could pass through the sorting track so that only meet the bulk cargo of placing the posture requirement, then not fall back in the helical orbit by the whereabouts passage for meeting the bulk cargo of placing the posture requirement.Concrete, the sorting track carries beam 108 by the first lift-launch beam 107 and second along the setting of mass transport direction and forms, first carries beam is arranged on the madial wall that shakes disk body, second carries beam and first carries the setting of Liangping row, carry beam and second first and carry the downcast hole 109 that is provided with between the beam with the channel connection that falls, the width of downcast hole is greater than width or the length of electric capacity head, as shown in Figure 2, head rides over the first lift-launch beam 107, stitch rides over the second electric capacity bulk cargo that carries on the beam 108 can be by sorting track 104.

Twilight orbit 105 is connected to the end of sorting track 104, is converted to vertical laying state through the electric capacity bulk cargo behind the sorting track 104 by horizontal placement, conveniently enters bending shear angle mechanism and operates.

Bending shear angle mechanism 2, comprise cutting and bending parts 201, driver part 203 and moulding orbit 202, moulding orbit 202 is positioned at twilight orbit 105 rears, the initiating terminal of moulding orbit and the end of twilight orbit are on the same level line, leave certain interval between the initiating terminal of moulding orbit and the twilight orbit end, the electric capacity bulk cargo enters into moulding orbit 202 by the end of twilight orbit 105 through the initiating terminal of moulding orbit, because moulding orbit is not connected with twilight orbit and is connected, avoid the vibration influence of automatic feed mechanism 1 to bending shear angle mechanism 2.Cutting and bending parts 201 are arranged on a certain side of moulding orbit, below the cutting and bending parts, be provided with a cutting platform 204, cutting and bending parts 201 have an inclination cutter head 2010, the bottom sides edge of inclination cutter head is for cutting along 2011, the sides tapered face of inclination cutter head is folding surface 2012, the thickness of this inclination cutter head is identical with the stitch bending thickness of material, cutting and bending parts 201 are along the direction straight reciprocating motion perpendicular to moulding orbit 202, in cutting and bending component movement process, utilize cutting to cut along 2011 stitch that the electric capacity bulk cargo is long, simultaneously, folding surface 2012 pushes the stitch that does not cut and partly makes its bending in the process of pushing ahead, to satisfy the requirement of making circuit board technique.Cutting and bending parts 201 are driven by driver part, and this driver part preferably adopts hydraulic-driven, also can adopt air pressure driving etc.

Roughly the course of work is as follows for it:

Put into charging tray with needing the electric capacity bulk cargo of moulding, follow the vibrations of vibrations disk body, bulk cargo enters helical orbit, the inner rail adjustment bar that arranges of helical orbit, overlapping electric capacity bulk cargo is isolated into the individual layer bulk cargo, the bulk cargo of vertical placement is converted to horizontal placement, the placement posture of the partition capacitance of setting right simultaneously bulk cargo, to improve the electric capacity bulk cargo by the percent of pass of sorting path, meet the electric capacity bulk cargo of placing requirement and enter into twilight orbit by sorting path, the electric capacity bulk drop that does not meet the placement requirement returns helical orbit and re-starts the conveying of setting right, the electric capacity bulk cargo that enters into twilight orbit changes vertical placement into by horizontal placement gradually, the head of electric capacity bulk cargo up, stitch down, then enter into moulding orbit by twilight orbit, the stitch part that cutting and bending parts cutting electric capacity bulk cargo is long, simultaneously the stitch that does not cut partly being carried out bending processes, to satisfy the manufacture craft demand of circuit board, whole forming process automaticity is high, be beneficial to and increase work efficiency, reduce operator's labour intensity.The utility model embodiment only sets forth with electric capacity bending angle shear, can also be other electronic devices and components bending angle shears that need cutting and bending with stitch.

Claims

1. the bending angle shear is characterized in that, is comprised of automatic feed mechanism and bending shear angle mechanism; Automatic feed mechanism, comprise vibrations disk body, charging tray and delivery track, charging tray is positioned at the inside of vibrations disk body, delivery track is comprised of helical orbit, sorting track and twilight orbit, helical orbit is arranged on the madial wall of vibrations disk body, and the initiating terminal of helical orbit is connected with charging tray, the terminal horizontal setting and with sort the track initiating terminal and be connected, the sorting track end is connected with twilight orbit, is provided with the whereabouts passage that is communicated with helical orbit below the sorting track; Bending shear angle mechanism, comprise cutting and bending parts, driver part and moulding orbit, moulding orbit is positioned at described twilight orbit rear, and the cutting and bending parts are arranged on a certain side of moulding orbit, and driver part drives described cutting and bending parts along the direction straight reciprocating motion perpendicular to moulding orbit.

2. bending angle shear according to claim 1, it is characterized in that, be provided with several rail adjustment bars on the described helical orbit, the inboard that an end of rail adjustment bar is arranged on helical orbit along and the madial wall joint of vibrations disk body, and take this end as starting point along the setting that is inclined upwardly of mass transport direction.

3. bending angle shear according to claim 1, it is characterized in that, described sorting track carries beam by the first lift-launch beam and second along the setting of mass transport direction and forms, first carries beam is arranged on the madial wall that shakes disk body, second carries beam and first carries the setting of Liangping row, carries beam and second first and carries the downcast hole that is provided with between the beam with described whereabouts channel connection.

4. bending angle shear according to claim 1, it is characterized in that, the initiating terminal of described moulding orbit and the end of twilight orbit are on the same level line, leave certain interval between the initiating terminal of moulding orbit and the twilight orbit end, material enters moulding orbit by the end of twilight orbit through the initiating terminal of moulding orbit.

5. bending angle shear according to claim 1, it is characterized in that, described cutting and bending parts have an inclination cutter head, and the bottom sides of inclination cutter head is along being the cutting edge, the sides tapered face of inclination cutter head is folding surface, and the thickness of this inclination cutter head is identical with the stitch bending thickness of material.