CN201062163Y

CN201062163Y - Interval series feeding magnetic shaft

Info

Publication number: CN201062163Y
Application number: CNU2007200075037U
Authority: CN
Inventors: 周春伯; 黄庆荣
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-06-29
Filing date: 2007-06-29
Publication date: 2008-05-21
Anticipated expiration: 2017-06-29

Abstract

The utility model discloses an interval series feeding magnetic shaft which is composed of a hollow casing, at least two permanent magnets, and a magnetic conductive assembly clipped between the two permanent magnets, wherein the casing is made of non-magnetic material, the permanent magnets and the magnetic conductive assembly are axially staggered along the casing, superposed and fixed in the casing side by side, and the permanent magnets are installed on two corresponding end faces by using the character of homopolarity repulsion, thus, the magnetic conductive assembly clipped between the permanent magnets is able to form two magnetic line areas which penetrate the periphery of the casing, further, the axial center of the casing is perpendicular to the conveying direction of wire rods, and the magnetic conductive wire rods are magnetically adsorbed around the periphery of the casing, then a motor graduatedly drives the casing to rotate around the axial center, thereby the wire rods provided by an unloading device can be conveyed to a kick-off device one by one via interval mode.

Description

Interval Series Feeding Magnetic Axis

Technical field

The relevant a kind of Interval Series Feeding Magnetic Axis of the utility model can be widely used in multiple magnetic conduction wire size order and the serial at interval technology of stablizing output.

Background technology

Announce shown in M280373 number " reinforcing bar poking device " as TaiWan, China, automated welding iron net or mattress now, directly preceding platform is set in point welder one side, platform can provide the wire rod laying that some parallel longitudinals are provided with before this, be delivered to the wire rod that each vertically is provided with on the point welder in the lump with the linear bearing group again, between bottom electrode, point welder side in addition then is provided with rear platform, stride on this rear platform and be provided with blanking device and poking device, make the wire rod of blanking device energy magnetic some in a row and horizontally set, and it is delivered on the guide rail and is delivered to poking device, the interval should be delivered on the point welder by horizontal wire rod one by one, between bottom electrode, and can on these wire rods that vertically are provided with, staggered blanking go out netted layout, carry out the spot welding operation with point welder again, cooperate the spacing of this iron net or mattress then and drive anchor clamps and pull and support displacement of wire rod fixed point and blanking device, poking device continues to carry horizontal wire rod one by one, and then automation in proper order processes the structure of can the section of nothing adjusting iron net spacing and wire rod quantity.

The design people drops into when making one section in the future at the equipment of these automation welded iron nets or mattress; find the space that it still has improvement; particularly; when the wire rod that blanking device is carried has the situation of storehouse often; the first material toggling plectane of its poking device; adjust plectane; when the second material toggling plectane is the driving of motor rotation calibration; the allocating slot that these plectanes are provided with in line can be carried undermost wire rod earlier secretly; and force the last deck wire that passes through that this time deck wire pushes; make down deck wire deviate from allocating slot easily; and cause the backlash situation that to carry deck wire secretly; waste work efficiency greatly; and cause the more shape deterioration of wire rod storehouse problem, so its whole material toggling action has some setbacks.

Because the serial feeding structure in an interval is not set between existing blanking device and poking device, thereby the wire rod that causes blanking device to carry can't be carried for the gripping of poking device institute really one by one, and the shortcoming that has processing time consuming and material toggling action to have some setbacks, press in fact and improved, therefore, the design people is active research, studies, and eventually just like generation of the present utility model.

The utility model content

The purpose of this utility model provides a kind of feeding action Interval Series Feeding Magnetic Axis more smoothly.

For reaching this purpose, the technical solution of the utility model is: a kind of Interval Series Feeding Magnetic Axis is made up of in twos magnetic conduction subassembly between permanent magnet a hollow housing, two permanent magnets, clipping at least; This housing is that non-magnet_conductible material is made, permanent magnet and magnetic conduction subassembly are folded to staggered adding side by side along housing shaft and are fixedly arranged in enclosure interior, the installation that this permanent magnet repels each other with magnetic pole in corresponding end face employing in twos, make clipping magnetic conduction subassembly formation two therebetween appear the magnetic line of force zone of housing periphery, with at interval, series the magnetic conduction wire rod is magneted in the housing periphery, magnetic conduction wire rod throughput direction is vertical with the housing axis direction, and under rotated in the axle center, wire rod was carried at interval one by one at housing.

Above-mentioned housing is the hollow cylindrical that two ends are run through, and this enclosure interior forms an accommodation space, and the peripheral shape of permanent magnet and the magnetic conduction subassembly then cross sectional shape with the housing accommodation space is identical.

Above-mentioned housing two ends are then involutory is installed with end cap, the two end cap center provides the jack concentric with housing, and end cap has provided lockhole in the position around jack, shaft core position in the housing accommodation space then bridge is provided with a non-magnetic cylindric lock shaft, this lock shaft two ends edge is provided with the inserting column than path respectively, the involutory respectively jack that is inserted in two end cap, and lock shaft is provided with screw in the position of relative lockhole, bolt is worn and is pulled lockhole and be locked in the screw, lock shaft is fixed in the housing, then respectively provides the assembly hole that runs through for lock shaft as for permanent magnet and magnetic conduction subassembly center.

Above-mentioned lock shaft axle center provides one and supplies axle drive shaft to run through the mesopore that is installed with, and this axle drive shaft is the rotation that motor drives calibration.

Above-mentioned housing is by rotating around the axle center that the motor calibration drives, and wire rod is carried at interval one by one.

Adopt such scheme, the utility model mainly is that an Interval Series Feeding Magnetic Axis is set between blanking device and poking device, its by one cylindric and non-magnetic housing, at least two permanent magnets, the magnetic conduction subassembly of clipping between two permanent magnets formed; Permanent magnet and magnetic conduction subassembly can be folded to staggered adding side by side along housing shaft and be fixedly arranged in the housing, the installation that this permanent magnet repels each other with magnetic pole in corresponding end face employing in twos, make clipping magnetic conductive component formation two therebetween appear the magnetic line of force zone of housing periphery, with at interval, series the magnetic conduction wire rod is magneted in the housing periphery, under rotate in the axle center, wire rod is delivered to poking device at the drive housing of motor calibration.Significantly reduce the backlash waste problem of commonly using overhours, make molar behavior that more shape is smooth and easy, overcome the problem that get stuck of wire rod when carrying out material toggling of commonly using.

For making your juror can further understand structure of the present utility model, feature and other purpose attachedly now elaborate as the back with embodiment and accompanying drawing:

Description of drawings

Fig. 1 is a decomposing schematic representation of the present utility model;

Fig. 2 is a combination schematic appearance of the present utility model;

Fig. 3 is the scheme drawing of looking closely of the present utility model;

Fig. 4 is the A-A position profile scheme drawing of Fig. 3;

Fig. 5 is the position view of the utility model and blanking device, poking device;

Fig. 6 is the schematic top plan view of Fig. 5;

Fig. 7 is the schematic side view of Fig. 5;

Fig. 8 is the local enlarged diagram of Fig. 7.

The main element nomenclature

10 housings, 11 end caps, 12 jacks

13 lockholes, 14 lock shafts, 15 inserting columns

16 screws, 17 bolts, 20 permanent magnets

21 assembly holes, 30 magnetic conductive components, 31 assembly holes

40 wire rods, 50 motors, 51 axle drive shafts

60 blanking devices, 70 poking devices

The specific embodiment

See also Fig. 1 to shown in Figure 4, the utility model is made up of in the magnetic conduction subassembly 30 of two permanent magnets 20 housing 10, two permanent magnets 20, clipping at least; Wherein,

Housing 10 is adopted non-magnet_conductible material (for example corrosion-resistant steel) and is manufactured the hollow cylindrical that two ends are run through, making it have one can be for the axle center of rotating, extremely shown in Figure 8 as Fig. 5, this axis direction is vertical with magnetic conduction wire rod 40 throughput directions, these housing 10 two ends then can be involutory be welded with the made end cap 11 of material, make this housing 10 inner accommodation spaces that form;

The peripheral shape of permanent magnet 20 and the magnetic conduction subassembly 30 then cross sectional shape with housing 10 accommodation spaces is identical, making permanent magnet 20 and magnetic conduction subassembly 30 fold along axially staggered the adding side by side of housing 10 is fixedly arranged in the housing 10, and the installation that this permanent magnet 20 repels each other with magnetic pole in corresponding end face employing in twos, make clipping magnetic conduction subassembly 30 formation two therebetween appear the magnetic line of force zone of housing 10 peripheries, as Fig. 5 as shown in Figure 8, and can be at interval, series magnetic conduction wire rod 40 is magneted in housing 10 peripheries, make motor 50 drive housing 10 and rotate, and interval one by one carries 60 wires supplied of blanking device to poking device 70 around its axle center with axle drive shaft 51 concentric calibration.

Please cooperate Fig. 1 to Fig. 4 to see it, permanent magnet 20 and magnetic conduction subassembly 30 are fixedly arranged in concrete structure in the housing 10 in order to explanation the utility model; Its two end cap 11 centers provide the jack 12 concentric with housing 10, and end cap 11 has provided four lockholes 13 in the position around jack 12, then the shaft core position in housing 10 accommodation spaces then bridge be provided with a non-magnetic cylindric lock shaft 14, these lock shaft 14 two ends edge are provided with the inserting column 15 than path respectively, in order to the involutory respectively jack that is inserted in two end cap 11 12, and lock shaft 14 is provided with screw 16 in the position of relative lockhole 13, use to wear and pull lockhole 13 and be locked in the screw 16 for bolt 17, lock shaft 14 is fixed in the housing 10, lock shaft 14 axle center have then provided a mesopore, use for being installed with that aforementioned axle drive shaft 51 runs through, make motor 50 directly drive the rotation of lock shaft 14 and housing 10, then respectively provide the assembly hole 21 that runs through for lock shaft 14 as for permanent magnet 20 and magnetic conduction subassembly 30 centers around the center with

axle drive shaft

51,31; A structure setting in view of the above, make the utility model when assembling, need only earlier an end cap 11 be locked in lock shaft 14 1 ends, continue it, make the assembly hole 21 of permanent magnet 20 and magnetic conduction subassembly 30,31 for lock shaft 14 involutory insertion location, then another end cap 11 is locked in lock shaft 14 end in addition, force staggered the splicing side by side of permanent magnet 20 and magnetic conduction subassembly 30 with the screw lock application force, need only make permanent magnet 20 and magnetic conduction subassembly 30 insert housing 10 inner accommodation spaces at last, and with the welding mode end cap 11 is fixed in housing 10 two ends, so can finish package program easily.

In sum, the utility model is arranged between blanking device and poking device, interval one by one carries blanking device institute wires supplied to poking device according to this, really can significantly reduce the backlash waste problem of commonly using overhours, make molar behavior that more shape is smooth and easy, and can be widely used in the conveying of multiple wire size under need not adjusting, it there is no similar utility model or disclosed delivering in like product, so meet the application important document of novel patent, be to file an application in the whence in accordance with the law.The above person of thought, it only is a preferred embodiment of the present utility model, when can not with the scope implemented of qualification the utility model, promptly the equalization of being done according to the utility model claim generally changes and modifies, and all should still belong in the scope that the utility model contains.

Claims

1. Interval Series Feeding Magnetic Axis is characterized in that: be made up of in the magnetic conduction subassembly between permanent magnet in twos a hollow housing, at least two permanent magnets, clipping;

This housing is that non-magnet_conductible material is made, permanent magnet and magnetic conduction subassembly are folded to staggered adding side by side along housing shaft and are fixedly arranged in enclosure interior, the installation that this permanent magnet repels each other with magnetic pole in corresponding end face employing in twos, make clipping magnetic conductive component formation two therebetween appear the magnetic line of force zone of housing periphery, with at interval, series the magnetic conduction wire rod is magneted in the housing periphery, make magnetic conduction wire rod throughput direction vertical with the housing axis direction, under rotated in the axle center, wire rod was carried at interval one by one at housing.

2. Interval Series Feeding Magnetic Axis as claimed in claim 1, it is characterized in that: housing is the hollow cylindrical that two ends are run through, enclosure interior forms an accommodation space, and the peripheral shape of permanent magnet and the magnetic conduction subassembly then cross sectional shape with the housing accommodation space is identical.

3. Interval Series Feeding Magnetic Axis as claimed in claim 1 or 2, it is characterized in that: the housing two ends are involutory is installed with end cap, the two end cap center provides the jack concentric with housing, and end cap has provided lockhole in the position around jack, shaft core position in the housing accommodation space then bridge is provided with a non-magnetic cylindric lock shaft, this lock shaft two ends edge is provided with the inserting column than path respectively, with the involutory respectively jack that is inserted in two end cap, and lock shaft is provided with screw in the position of relative lockhole, bolt is worn and is pulled this lockhole and be locked in the screw, lock shaft is fixed in the housing, then respectively provides the assembly hole that runs through for lock shaft as for permanent magnet and magnetic conductive component center.

4. Interval Series Feeding Magnetic Axis as claimed in claim 3 is characterized in that: the lock shaft axle center provides one and supplies axle drive shaft to run through the mesopore that is installed with,, this axle drive shaft is the rotation that motor drives calibration.

5. Interval Series Feeding Magnetic Axis as claimed in claim 1 is characterized in that: housing one by one interval is carried wire rod by rotating around the axle center of driving of motor calibration.