CN201315250Y

CN201315250Y - Foot cutting machine of capacitor

Info

Publication number: CN201315250Y
Application number: CNU2008202022607U
Authority: CN
Inventors: 常亚洲
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-10-23
Filing date: 2008-10-23
Publication date: 2009-09-23
Anticipated expiration: 2018-10-23

Abstract

The utility model relates to the technical field of mechanical products, in particular to a foot cutting machine of a capacitor used for cutting capacitor pins, comprising a host machine, a feed table which is arranged at the upper part of the host machine and a cutter mechanism which is arranged at the end of the feed table, wherein the feed table is provided with a clearance for the insertion of the pins of the capacitor; and the cutter mechanism is arranged on a regulating mechanism and is regulated up and down through the regulating mechanism. The cutter mechanism comprises a cutter and a swinging mechanism for pushing the cutter. The eccentric swinging formed through the swinging mechanism pushes the cutter to move back and forth and cuts the capacitor pins which go through the cutter end. During work, when the capacitor is fed to the cutter mechanism on the feed table, the swinging mechanism is driven by a motor driving belt of a main drive part, and the cutter mechanism is driven to move back and forth by the swinging mechanism, thereby leading the capacitor pins clamped on the feed table to be cut off. The utility model has the advantages of high efficiency, high precision, etc.

Description

The electric capacity cutter

Technical field:

The utility model engineering goods technical field is refered in particular to a kind of electric capacity cutter that is used to shear the electric capacity stitch.

Background technology:

Electric capacity is the electronic devices and components that often use in the electronic product.Usually the electric capacity stitch of producing is all longer, and the user can shear stitch according to own needs, is being welded on the circuit board then.

Usually to the shearing of electric capacity stitch all by handwork, still for large-scale manufacturing enterprise, there are the following problems manually to shear the electric capacity stitch: 1, production efficiency is low; 2, the stitch size of electric capacity reserved part is difficult to guarantee unified; 3, the percent defective of product is higher.So based on the problems referred to above, the inventor offers and designs this electric capacity cutter.

The utility model content:

Technical problem to be solved in the utility model is to overcome the existing deficiency of present mode of operation exactly, and a kind of electric capacity cutter of alternative manual work is provided.

For solving the problems of the technologies described above, the utility model has adopted following technical scheme: this cutter comprises: main frame, be positioned at the loading bay on main frame top and be positioned at the cutter mechanism of loading bay end, wherein form the gap of the stitch insertion of a power supply appearance on the loading bay, cutter mechanism is installed on the governor motion, and by governor motion adjust its up and down the height, this cutter mechanism comprises: cutting knife and the swing mechanism that promotes cutting knife, the eccentric swing promotion cutting knife that forms by swing mechanism back and forth moves, and will shear by the electric capacity stitch of cutting knife termination.

Described swing mechanism comprises: driving shaft that driving mechanism drives and the driven shaft that becomes eccentric setting with driving shaft, the cutting knife end is fixed with a framework, described driven shaft is positioned at framework, wherein the inside casing fore-and-aft direction width of framework and driven shaft diameter are quite or less than the driven shaft deflection distance, the inside casing left and right directions width of framework is more than or equal to the driven shaft deflection distance.

Described governor motion has an adjusting screw(rod), is provided with the manual adjustments handle in the adjusting screw(rod) top.

Described loading bay comprises two feedboards that be arranged in parallel, forms the gap of the stitch insertion of power supply appearance between this feedboard at interval.

Described loading bay top is provided with a holding pad, and this holding pad is fixed on the adjusting mechanism, by the spacing between this adjusting mechanism adjustment holding pad and the loading bay.

Corresponding cutter mechanism below is provided with an electric capacity stitch funnel on the described main frame, is provided with electric capacity stitch container in this stitch funnel below.

Described main frame is provided with a chute, and this chute one end is positioned at the loading bay end, and the other end imports in the electric capacity container, and this electric capacity container is fixed on the main frame.

During the utility model work, host power supply starts the feeding on the back while start-up operation panel, cuts foot control, and feeding is to reach vibrating effect by coil electricity generation magnetic factory to finish feeding.When electric capacity is fed into the cutter mechanism part on loading bay, by main transmission section motor driven belt, drive swing mechanism, drive cutter mechanism by swing mechanism and realize the front and back operation, thereby make cutting knife cut off the stitch that is fastened on electric capacity on the loading bay.

The utlity model has following advantage:

1, cut pin precision height, the shortest cutting to 3mm, the height of cutting pin can be adjusted the height realization of cutter mechanism according to governor motion.

2, can install counter as requested additional and send automatic charging tray.

3, adopt the plane to carry, big or small part all is suitable for.

4, the cutter mechanism kind of drive is special, and cutting-off method is efficient, and cutter life is long, and adjusts easily.

5, simple to operate, maintenance easily.

The utility model not only can be used for the electric capacity product, also applicable in the products such as resistance, diode, triode.

Description of drawings:

Below in conjunction with accompanying drawing the utility model is further described:

Fig. 1 is the structural representation of electric capacity product;

Fig. 2 is a stereogram of the present utility model;

Fig. 3 is the internal structure schematic diagram that master of the present utility model looks part;

Fig. 4 is the internal structure schematic diagram that part is looked on the right side of the present utility model;

Fig. 5 be among Fig. 2 A to the part the partial structurtes schematic diagram.

Embodiment:

See Fig. 1-5, this cutter comprises: main frame 1, be positioned at the loading bay 2 on main frame top and be positioned at the cutter mechanism 3 of loading bay 2 ends.

Described loading bay 2 comprises two feedboards that be arranged in parallel 21,22, forms the gap 20 of the stitch insertion of power supply appearance 8 between this

feedboard

21,22 at interval.This loading bay 2 is connected with electric and magnetic oscillation dish (figure is for looking out), reaches vibrating effect by coil electricity generation magnetic factory in the vibrating disk and finishes feeding.The electric capacity stitch inserts in the gap 20, and electric capacity 8 main bodys are horizontal to be hung between two feedboards 21,22.By vibrate constantly march forward to.As required, can on loading bay, install counter additional, to calculate electric capacity quantity.

Cutter mechanism 3 is installed on the governor motion 4, and pass through governor motion 4 and adjust its height up and down, this cutter mechanism 3 comprises: cutting knife 31 and the swing mechanism 32 that promotes cutting knife 31, the eccentric swing promotion cutting knife 31 that forms by swing mechanism 32 back and forth moves, and will shear by the electric capacity stitch of cutting knife 31 terminations.This swing mechanism 32 comprises: the driving shaft 321 that driving mechanism drives with the driven shafts 322 of 321 one-tenths eccentric settings of driving shaft, cutting knife 31 ends are fixed with a framework 311, described driven shaft 322 is positioned at framework 311, wherein the inside casing fore-and-aft direction width of framework 311 and driven shaft 322 diameters are quite or less than driven shaft 322 deflection distances, the inside casing left and right directions width of framework 311 is more than or equal to driven shaft 322 deflection distances.

During cutter mechanism 3 work, the motor in the main frame 1 drives driving shaft 321 rotations by belt transmission.Driving shaft 321 is driving driven shaft 322 rotations.When driven shaft 322 rotations, it will produce skew, because the style characteristic of framework 311 causes framework 311 to produce displacement at fore-and-aft direction.Because the inside casing left and right directions of framework 311 is wide, degree is more than or equal to driven shaft 322 deflection distances, and driven shaft 322 has enough swing spaces on left and right directions, so framework 311 can not produce the displacement of left and right directions.Framework 311 drives the operation of whole cutter mechanism 3 front and back after deflecting, thereby the stitch of electric capacity 8 is formed shearing.

Described governor motion 4 has an adjusting screw(rod) 41, is provided with manual adjustments handle 42 in adjusting screw(rod) 41 tops.The user can regulate the height of 42 adjusting cutter mechanisms 3 by electronic mode or regulating handle.

Described loading bay 2 tops are provided with a holding pad 5, and this holding pad 5 is fixed on the adjusting mechanism 51, by the spacing between these adjusting mechanism 51 adjustment holding pads 5 and the loading bay 2.Holding pad 5 is used to limit electric capacity 8, prevents that electric capacity 8 from jumping out gap 20.

Corresponding cutter mechanism 3 belows are provided with an electric capacity stitch funnel 11 on the described main frame 1, are provided with electric capacity stitch container 12 in these stitch funnel 11 belows.

Described main frame 1 is provided with a chute 13, and these chute 13 1 ends are positioned at loading bay 2 ends, and the other end imports in the electric capacity container 14, and this electric capacity container 14 is fixed on the main frame 1.

During the utility model work, when electric capacity 8 is fed into cutter mechanism 3 parts on loading bay 2, by main transmission section motor driven belt, drive swing mechanism 32, drive cutter mechanism 3 by swing mechanism 32 and realize the front and back operation, thereby make cutting knife 32 cut off the stitch that is fastened on electric capacity 8 on the loading bay 2.Be sheared the stitch that gets off and fall into electric capacity stitch container 12 by electric capacity stitch funnel 11.Continue to advance through the electric capacity of shearing 8 this moment, until moving out of loading bay 2, falls in the electric capacity container 14 by chute 13.

Certainly, the above only is example of the utility model, be not to limit the utility model practical range, all equivalences of doing according to the described structure of the utility model claim, feature and principle change or modify, and all should be included in the utility model claim.

Claims

1, a kind of electric capacity cutter, it is characterized in that: this cutter comprises: main frame (1), be positioned at the loading bay (2) on main frame top and be positioned at the terminal cutter mechanism (3) of loading bay (2), wherein, form a power supply on the loading bay (2) and hold the gap (20) that the stitch of (8) inserts, cutter mechanism (3) is installed on the governor motion (4), and by governor motion (4) adjust its up and down the height, this cutter mechanism (3) comprising: cutting knife (31) and the swing mechanism (32) that promotes cutting knife (31), the eccentric swing that forms by swing mechanism (32) promotes back and forth operation of cutting knife (31), will shear by the electric capacity stitch of cutting knife (31) termination.

2, electric capacity cutter according to claim 1, it is characterized in that: described swing mechanism (32) comprising: driving shaft (321) that driving mechanism drives and the driven shaft (322) that becomes eccentric setting with driving shaft (321), cutting knife (31) end is fixed with a framework (311), described driven shaft (322) is positioned at framework (311), wherein the inside casing fore-and-aft direction width of framework (311) and driven shaft (322) diameter are quite or less than driven shaft (322) deflection distance, the inside casing left and right directions width of framework (311) is more than or equal to driven shaft (322) deflection distance.

3, electric capacity cutter according to claim 1 is characterized in that: described governor motion (4) has an adjusting screw(rod) (41), is provided with manual adjustments handle (42) in adjusting screw(rod) (41) top.

4, according to any described electric capacity cutter among the claim 1-3, it is characterized in that: described loading bay (2) comprises two feedboards that be arranged in parallel (21,22), forms power supply between this feedboard (21,22) at interval and holds the gap (20) that the stitch of (8) inserts.

5, electric capacity cutter according to claim 4, it is characterized in that: described loading bay (2) top is provided with a holding pad (5), this holding pad (5) is fixed on the adjusting mechanism (51), by the spacing between this adjusting mechanism (51) adjustment holding pad (5) and the loading bay (2).

6, electric capacity cutter according to claim 5 is characterized in that: described main frame (1) is gone up corresponding cutter mechanism (3) below and is provided with an electric capacity stitch funnel (11), is provided with electric capacity stitch container (12) in this stitch funnel (11) below.

7, electric capacity cutter according to claim 5, it is characterized in that: described main frame (1) is provided with a chute (13), these chute (13) one ends are positioned at loading bay (2) end, and the other end imports in the electric capacity container (14), and this electric capacity container (14) is fixed on the main frame (1).