CN2917865Y

CN2917865Y - Rotary-type battery zinc-cartridge slotting machine

Info

Publication number: CN2917865Y
Application number: CN 200620105118
Authority: CN
Inventors: 林军
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-06-27
Filing date: 2006-06-27
Publication date: 2007-07-04
Anticipated expiration: 2016-06-27

Abstract

The utility model discloses a rotary-type battery zinc tube slugging machine, comprising a machine base, a transmission mechanism and a slotting mechanism which is comprised of a cam, a material wheel, and a rotor body arranged coaxially; wherein, the cam is fixed firmly; the material wheel and the rotor body can rotate synchronically around a principal axis; the material wheel is evenly provided with a plurality of rotor work heads; each work head is comprised of a top head seat; the inner side of the top heat seat is arranged with two guide axes for orientation, a guide sleeve for guiding, and a pulling rod for pulling the material; the end of the guide sleeve is provided with a material tray matched with the pulling rod; the outer side of the top head seat is arranged with a pulley and the bottom of the top head seat is connected with a spring which makes the pulley and a cam surface supporting each other to form a movable fit. The utility model adopts a working manner of multiple work heads and inner slugging as well as the transmission mechanism of a horizontal and rotation-type planet wheel train, thus the cylinder with a thin wall after cut has a trumpet opening shape with the flying edge and burr outward, and the utility model is characterized of compact structure, stable operation, high efficiency, and low power consumption.

Description

A kind of rotary battery zinc tube slotting machine

Technical field

The utility model relates to a kind of Battery Zinc nozzle machine of cutting, particularly a kind of rotary battery zinc tube slotting machine.

Background technology

In the middle of the production of present dry cell, can use a kind of thin wall zinc cans, in order to make zinc tube satisfy the processing needs through extrusion modling, need it is carried out manufacturing procedures such as otch, enlarging or full circle before use, various slotting machine on the market generally all is single working head at present, and adopt reciprocating type working method, technologies such as the feeding when being otch, top tube, otch and blanking will be finished according to the order of sequence, just can carry out the operation second time after only finishing a complete cut process and backhaul, thereby cause the non-operation stand-by period between each operation, inefficiency.And wherein the most serious problem is that it is the work cutting edge that the otch operation has all adopted the external arc cutting edge of conventional blades, makes the zinc tube after otch, and burr inwardly, otch inwardly draws in, must make otch be horn-like through enlarging or full circle operation, could satisfy the requirement in the processing.

The utility model content

The purpose of this utility model is to provide a kind of rotary battery zinc tube slotting machine, it adopts the transmission mechanism of many working heads, interior otch working method and horizontal rotary planet circular system, make the thin wall cylinder behind the otch slightly be horn mouth, burr has compact conformation, steady, the efficient characteristics high and low in energy consumption of running outwardly.

For achieving the above object, the utility model is by the following technical solutions:

A kind of rotary battery zinc tube slotting machine, comprise a support, transmission mechanism and notching mechanism, it is characterized in that: notching mechanism comprises the cam of coaxial setting, material wheel and rotor block, cam wherein maintains static, material wheel and rotor block can be had mercy on, and the main shaft work is synchronous to be rotated, the material wheel is gone up evenly to distribute and is provided with a plurality of working rotor heads, each working head includes a top headstock, the top headstock medial surface is provided with two guide shafts that are used to locate usefulness, the guide pin bushing and one of guiding usefulness is used for the push rod that pusher is used, the end of guide pin bushing is provided with a material holder that matches with push rod, the lateral surface of top headstock is provided with pulley, the bottom connects one makes pulley and cam surface hold formation spring movingly mutually, and the other end of spring is connected and expects to take turns on the spring wheel of synchronous rotation; Described rotor block is provided with and the corresponding a plurality of cutter shafts down of working head, and the rear end of cutter shaft connects the planetary gear of a rotor block under each, and it is corresponding with push rod that front end passes the material holder, simultaneously the edge of a knife under the centre of cutter shaft is provided with down; One side of described material wheel is provided with the big blade of a circular arc, and its position is corresponding with the following edge of a knife on the following cutter shaft.

Above-mentioned material wheel is gone up to distribute and is provided with six working rotor heads.

During work, under the drive of motor, the rich main shaft of material wheel, rotor block and spring wheel rotates synchronously, and the planetary gear on the rotor block also carries out the high speed rotation in rich rotor block revolution simultaneously, promptly descends cutter shaft high speed rotation in the rotor block revolution.When the working rotor head on the material wheel slides into the minimum end face of cam, material space on one can formed in the corresponding material holder, put zinc tube to be processed this moment, being rotated further along with main shaft subsequently, the working rotor head is slided toward high end face by the minimum end face of cam, spring is stretched, and the zinc tube is packed into cutter shaft and therewith rotation down under the effect of push rod, up to the peak that arrives cam surface, the working rotor head stopped to move axially and entered the otch process this moment, interior circular arc cutting edge in the following edge of a knife on zinc tube to be processed and the following cutter shaft and the big blade rolls and contacts, in the compound motion of revolution and rotation, on preceding half section radian of big blade, finish otch, and on the second half section radian, carry out enlarging or full circle.After otch finishes, the working rotor head is moved toward least significant end by the most significant end of cam under the effect of spring restoring force, the axial travelling backwards of working rotor head, the zinc tube breaks away from cutter shaft discharging down and reserves material space, finish an otch process of a working rotor head, promptly realized the motions such as advancing, stop and retreating of working rotor head, thereby realized charging, otch and take off material.

Because of being evenly distributed with a plurality of working rotor heads on the whole material wheel, the material wheel rotates a plurality of otch processes that can realize in a week, compared with prior art, shorten the non-operation stand-by period greatly, improved production efficiency, here, because the interior circular arc cutting edge of big blade is the work cutting edge, makes that the thin wall cylinder behind the otch slightly is horn mouth, burr outwardly, in the otch process, realize enlarging or full circle simultaneously, have compact conformation, steady, the efficient characteristics high and low in energy consumption of running.

Description of drawings

Fig. 1, upright structural representation of the present utility model;

Fig. 2, perspective view of the present utility model two;

Fig. 3, perspective view of the present utility model three;

The perspective view of Fig. 4, the utility model working rotor head and following cutter shaft;

The planar structure schematic diagram of Fig. 5, the utility model zinc tube otch.

The specific embodiment

Shown in Fig. 1,2 and 3, a kind of rotary battery zinc tube slotting machine, comprise a support 1, transmission mechanism 2 and notching mechanism 3, transmission mechanism 2 is made up of a drive pulley that links to each other with motor 21 and a driven pulley 22, wherein driven pulley 22 and notching mechanism 3 coaxial being connected.Notching mechanism 3 comprises cam 31, material wheel 32 and the rotor block 33 of coaxial setting, and cam 31 wherein maintains static, and material wheel 32 and rotor block 22 main shaft of can having mercy on is done rotation synchronously,

As shown in figs. 1 and 4, the material wheel is gone up evenly to distribute and is provided with a plurality of working rotor heads 4, adopt six in the present embodiment, each working head 4 includes a top headstock 41, top headstock 41 medial surfaces are provided with two guide shafts 42 that are used to locate usefulness, the guide pin bushing 43 and one of one guiding usefulness is used for the push rod 44 that pusher is used, the end of guide pin bushing 43 is provided with a material holder 45 that matches with push rod 44, the lateral surface of top headstock 41 is provided with pulley 46, top headstock 41 bottoms connect one makes 31 on pulley 46 and cam hold formation spring 47 movingly mutually, and the other end of spring 47 is connected and expects to take turns on 32 spring wheels that rotate synchronously.

Described rotor block 22 is provided with and working head 4 corresponding six following cutter shafts 221, the rear end of cutter shaft 221 connects the planetary gear of a rotor block 22 under each, it is corresponding with push rod 44 that front end passes material holder 45, simultaneously the edge of a knife 2211 under the centre of cutter shaft 221 is provided with down; One side of described material wheel 32 is provided with the big blade 5 of a circular arc, and its position is corresponding with the following edge of a knife 2211 on the following cutter shaft.

During work, under the drive of motor, the rich main shaft of material wheel 32, rotor block 33 and spring wheel rotates synchronously, and the planetary gear on the rotor block 33 also carries out the high speed rotation in rich rotor block revolution simultaneously, thereby drives cutter shaft 221 high speed rotation in rotor block 33 revolution down.When the working rotor head 4 on the material wheel 32 slides into the minimum end face of cam 31, will form material space on a this moment in the corresponding material holder 45, put zinc tube 6 to be processed, being rotated further along with main shaft subsequently, working rotor head 4 is slided toward high end face by the minimum end face of cam 31, spring 47 is stretched, and zinc tube 6 is packed into cutter shaft 221 and therewith rotation down under the effect of push rod 44, when arriving the peak of 31 on cam, working rotor head 4 stops to move axially and enters the otch process, interior circular arc cutting edge in the following edge of a knife 2211 on zinc tube 6 to be processed and the following cutter shaft 221 and the big blade 5 rolls and contacts, as shown in Figure 5, in the compound motion of revolution and rotation, on preceding half section radian of big blade 5, finish otch, and on the second half section radian, carry out enlarging or full circle.After otch finishes, working rotor head 4 is on one side with 32 revolution of material wheel, while is moved by the past least significant end of the most significant end of cam 31 under the effect of spring 47 restoring forces and carries out axial travelling backwards, break away from cutter shaft 221 dischargings down up to zinc tube 6 and otch clout 61, and come out from product outlet 11 and waste outlet 12 respectively, finish an otch process of a working rotor head 4, promptly realized the motions such as advancing, stop and retreating of working rotor head 4, realized charging, otch and taken off material.

Because of being evenly distributed with a plurality of working rotor heads 4 on the whole material wheel 32, material wheel 32 rotates can realize a plurality of otch processes a week, compared with prior art, has shortened the non-operation stand-by period greatly, improved production efficiency, here, because the interior circular arc cutting edge of big blade 5 is the work cutting edge, otch in realizing, make the zinc tube 6 behind the otch slightly be horn mouth, burr is realized enlarging or full circle outwardly simultaneously in the otch process, have compact conformation, steady, the efficient characteristics high and low in energy consumption of running.

The utility model can use separately, also can connect use with zinc tube extruder, in addition, the utility model is not only applicable to the processing of the whole zinc tube of dry cell, is equally applicable to manufacturing procedures such as other otch that are similar to the thin-wall barrel of battery zinc-can, enlarging, full circle.

Claims

1, a kind of rotary battery zinc tube slotting machine, comprise a support, transmission mechanism and notching mechanism, it is characterized in that: notching mechanism comprises the cam of coaxial setting, material wheel and rotor block, cam wherein maintains static, material wheel and rotor block can be had mercy on, and the main shaft work is synchronous to be rotated, the material wheel is gone up evenly to distribute and is provided with a plurality of working rotor heads, each working head includes a top headstock, the top headstock medial surface is provided with two guide shafts that are used to locate usefulness, the guide pin bushing and one of guiding usefulness is used for the push rod that pusher is used, the end of guide pin bushing is provided with a material holder that matches with push rod, the lateral surface of top headstock is provided with pulley, the bottom connects one makes pulley and cam surface hold formation spring movingly mutually, and the other end of spring is connected and expects to take turns on the spring wheel of synchronous rotation; Described rotor block is provided with and the corresponding a plurality of cutter shafts down of working head, and the rear end of cutter shaft connects the planetary gear of a rotor block under each, and it is corresponding with push rod that front end passes the material holder, simultaneously the edge of a knife under the centre of cutter shaft is provided with down; One side of described material wheel is provided with the big blade of a circular arc, and its position is corresponding with the following edge of a knife on the following cutter shaft.

2, above-mentioned a kind of rotary battery zinc tube slotting machine as claimed in claim 1 is characterized in that: described material wheel is gone up to distribute and is provided with six working rotor heads.