CN208315312U

CN208315312U - The multidirectional heteropolarity magnet magnetized head of one

Info

Publication number: CN208315312U
Application number: CN201820657792.3U
Authority: CN
Inventors: 戴春华
Original assignee: XINYANG YENSONIC MAGNETOELECTRICITY TECHNOLOGY Co Ltd
Current assignee: XINYANG YENSONIC MAGNETOELECTRICITY TECHNOLOGY Co Ltd
Priority date: 2018-05-04
Filing date: 2018-05-04
Publication date: 2019-01-01
Anticipated expiration: 2028-05-04

Abstract

The utility model discloses a kind of multidirectional heteropolarity magnet magnetized heads of one, it include: upper magnetized head shell, lower magnetized head shell, upper magnetized head iron core, lower magnetized head iron core and six groups of coils, upper magnetized head iron core and lower magnetized head iron core are in down " mountain " font and positive " mountain " font respectively, six groups of coils are respectively wound around on six vertical columns of magnetized head iron core and lower magnetized head iron core, three groups of coils being wrapped on magnetized head iron core and be wrapped on lower magnetized head iron core to be located in the middle coil winding direction identical, other two groups of coil winding directions are opposite, six groups of coils are a pair of and in parallel two-by-two up and down, three pairs after parallel connection are in parallel again, last extracting power supply cord.Having the beneficial effect that for the utility model is not magnetized before the part that magnetizes assembles, it assembles and is easy to, assembling is placed in magnetized head to magnetize later obtains multidirectional heteropolarity, changes the assembling mode of multidirectional heteropolarity magnet, integrated assembled formation, assembling speed and yield all greatly improve.

Description

The multidirectional heteropolarity magnet magnetized head of one

Technical field

The utility model relates to a kind of magnetized heads, and in particular to a kind of multidirectional heteropolarity magnet magnetized head of one belongs to and fills Magnetic machine technical field.

Background technique

For multidirectional heteropolarity magnet, needs first to assign magnetism to each part that magnetizes, then magnetize again by magnetic The assembling that part is one one is fixed, and multidirectional heteropolarity magnet is finally obtained.

It magnetizes after part magnetizes and assembles again, since identical charges repel each other, so it is difficult to will cause assembling, and size has also been easy partially Difference, assembling is relatively time consuming, and yield is also very low.

Utility model content

To solve the deficiencies in the prior art, the purpose of this utility model is to provide a kind of multidirectional heteropolarity magnet of one to fill Magnetic head, once-through operation can be completed multidirectional heteropolarity and magnetize, no later period assembling procedure.

In order to achieve the above objectives, the utility model adopts the following technical solutions:

The multidirectional heteropolarity magnet magnetized head of one characterized by comprising upper magnetized head shell, lower magnetized head shell, on Magnetized head iron core, lower magnetized head iron core and six groups of coils, in which:

Aforementioned upper magnetized head iron core and lower magnetized head iron core are in down " mountain " font and positive " mountain " font respectively；

Aforementioned six groups of coils are respectively wound around on six vertical columns of magnetized head iron core and lower magnetized head iron core, wherein Three groups of coil winding directions being wrapped on magnetized head iron core are identical, are wrapped on lower magnetized head iron core and are located in the middle one Coil winding direction is identical as the winding direction of three groups of coils being wrapped on upper magnetized head iron core for group, two groups of lines positioned at both sides The winding direction of circle winding direction and three groups of coils being wrapped on upper magnetized head iron core on the contrary, upper magnetized head iron core and under magnetize Coil on head iron core corresponds according to the sequence of left, center, right and is connected in parallel to form three pairs of coils, and three pairs of coils are again simultaneously Connection, finally draws power supply line and goes out power supply line and connect power supply；

Aforementioned upper magnetized head shell, lower magnetized head shell are wrapped in the outer of magnetized head iron core and lower magnetized head iron core respectively Portion, the opposite one side of the two are respectively formed with the groove for putting the part that magnetizes.

The multidirectional heteropolarity magnet magnetized head of one above-mentioned, which is characterized in that copper wire used in aforementioned six groups of coils is equal For the enamel covered wire that insulate.

The multidirectional heteropolarity magnet magnetized head of one above-mentioned, which is characterized in that the line footpath of aforementioned dielectric enamel covered wire is 0.125mm。

The multidirectional heteropolarity magnet magnetized head of one above-mentioned, which is characterized in that the winding layer number of aforementioned six groups of coils is 2 Layer.

The multidirectional heteropolarity magnet magnetized head of one above-mentioned, which is characterized in that the voltage rating of aforementioned magnetized head is 2100V, capacitance 500uf.

Having the beneficial effect that for the utility model is not magnetized before the part that magnetizes assembles, nonpolarity, is assembled and is easy to, It is placed in magnetized head after assembling, multidirectional heteropolarity is obtained after magnetized head magnetizes, changes multidirectional heteropolarity magnet Assembling mode, can integrated assembled formation, assembling speed and yield all greatly improve.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the multidirectional heteropolarity magnet magnetized head of one of the utility model；

Fig. 2 is the winding signal of magnetize iron core and the coil inside the multidirectional heteropolarity magnet magnetized head of one in Fig. 1 Figure；

Fig. 3 is to be magnetized using the multidirectional heteropolarity magnet magnetized head of one of the utility model to the part that magnetizes, and has been magnetized It magnetizes the optical contrast schematic diagram of part at front and back.

The meaning of appended drawing reference in figure: the upper magnetized head shell of 1-, 2- magnetize under part, 3- under magnetized head shell, 4- groove, 5- The upper magnetized head iron core of magnetized head iron core, 6-, 7- coil, 8- coil, 9- coil, 10- coil, 11- coil, 12- coil, small arrow Head indicates the direction of the magnetic line of force.

Specific embodiment

Specific introduce is made to the utility model below in conjunction with the drawings and specific embodiments.

Referring to Figures 1 and 2, the multidirectional heteropolarity magnet magnetized head of the one of the utility model include: upper magnetized head shell 1, Lower magnetized head shell 3, upper magnetized head iron core 6, lower magnetized head iron core 5 and six groups of coils, this six groups of coils be denoted as respectively coil 7, Coil 8, coil 9, coil 10, coil 11 and coil 12.

Magnetized head iron core, coil and magnetized head shell are described in detail separately below.

One, upper magnetized head iron core and lower magnetized head iron core

Referring to Fig. 2, upper magnetized head iron core 6 is in " mountain " font, and tool is there are three column straight down, these three are straight down Column be for wound around coil.

Referring to Fig. 2, the structure of lower magnetized head iron core 5 is identical as the structure of upper magnetized head iron core 6, only towards not Together, lower magnetized head iron core 5 is in positive " mountain " font, tool there are three column straight up, these three columns straight up be also for Wound around coil.

Two, coil

Referring to Fig. 2, coil one shares six groups, respectively winds three groups on upper magnetized head iron core 6 and lower magnetized head iron core 5.

Three groups of coil winding directions being wrapped on magnetized head iron core 6 are identical, i.e. coil 7, coil 8 and coil 9 twines It is identical around direction, such as: it is all wrapped anti-clockwise.

Three groups of coil winding directions being wrapped on lower magnetized head iron core 5 are not exactly the same, wherein are located in the middle one group Coil (i.e. coil 11) winding direction is identical as the winding direction of three groups of coils being wrapped on upper magnetized head iron core 6 (and inverse Hour hands winding), positioned at both sides two groups of coils (i.e. coil 10 and coil 12) winding direction and be wrapped on upper magnetized head iron core 6 Three groups of coils winding direction it is opposite (wound clockwise).

Six groups of coils on six vertical columns of upper magnetized head iron core 6 and lower magnetized head iron core 5 wind after, according to The sequence of left, center, right corresponds, and is connected in parallel and to form three pairs of coils, this three pairs of coils are in parallel again, finally draw power supply Line connects power supply.

Three, upper magnetized head shell and lower magnetized head shell

Referring to Fig.1, upper magnetized head shell 1, lower magnetized head shell 3 are wrapped in magnetized head iron core 6 and lower magnetized head respectively The outside of iron core 5, the opposite one side of the two are respectively formed with the groove 4 for putting the part 2 that magnetizes, after the two is buckled togather, are located at Groove 4 on upper magnetized head shell 1 and the groove 4 on lower magnetized head shell 3 part 2 that can will just magnetize include.

As a preferred solution, copper used in coil 7, coil 8, coil 9, coil 10, coil 11 and coil 12 Line is insulation enamel covered wire, and line footpath is preferably 0.125mm.

More preferably, the winding layer number of coil 7, coil 8, coil 9, coil 10, coil 11 and coil 12 is 2 layers.

The voltage rating of entire magnetized head is 2100V, capacitance 500uf.

Magnetic field is generated by charge movement, and coil, which is powered, accesses electric current, while carrying out electric discharge and magnetizing, when electric current passes through line When circle, so that it may the pole N and the pole S, the magnetic line of force for separating Induced magnetic field come out from the pole N, into the pole S, we use the power on after line Circle can generate the principle (i.e. electric magnetisation principle) in magnetic field, by design upper magnetized head iron core and lower magnetized head iron core shape and (sense of current is different after the difference of winding mode determines energization for the quantity and canoe of two magnetized head iron core coils And after magnetizing magnet polarity it is different), obtained the multidirectional heteropolarity magnet magnetized head of one of the utility model, the magnetized head It magnetizes suitable for multidirectional heteropolarity magnet, once-through operation can be completed multidirectional heteropolarity and magnetize, no later period assembling procedure.

It is magnetized using the multidirectional heteropolarity magnet magnetized head of the one of the utility model to the part that magnetizes, completion front and back of magnetizing The optical contrast schematic diagram of part of magnetizing is shown in Fig. 3.

It is nonpolarity due to not magnetizing before part assembling of magnetizing, it assembles and is easy to, it is practical new that this is placed in after assembling In the magnetized head of type, multidirectional heteropolarity is obtained after magnetized head magnetizes, and changes the assembling mode of multidirectional heteropolarity magnet, it can With integrated assembled formation, assembling speed and yield are all greatly improved.

It should be noted that above-described embodiment does not limit the utility model in any form, it is all to use equivalent replacement or wait The mode technical solution obtained for imitating transformation, all falls in the protection scope of the utility model.

Claims

1. the multidirectional heteropolarity magnet magnetized head of one characterized by comprising upper magnetized head shell (1), lower magnetized head shell (3), upper magnetized head iron core (6), lower magnetized head iron core (5) and six groups of coils (7,8,9,10,11,12), in which:

The upper magnetized head iron core (6) and lower magnetized head iron core (5) are respectively in " mountain " font and positive " mountain " font；

Six groups of coils (7,8,9,10,11,12) are respectively wound around magnetized head iron core (6) and lower magnetized head iron core (5) On six vertical columns, wherein three groups of coil (7,8,9) winding directions being wrapped on magnetized head iron core (6) are identical, are wrapped in Being located in the middle one group of coil (11) winding direction and being wrapped on magnetized head iron core (6) on lower magnetized head iron core (5) The winding direction of three groups of coils (7,8,9) is identical, two groups of coil (10,12) winding directions positioned at both sides magnetize with being wrapped in The winding direction of three groups of coils (7,8,9) on head iron core (6) is on the contrary, on upper magnetized head iron core (6) and lower magnetized head iron core (5) Coil (7,8,9,10,11,12) according to left, center, right sequence correspond and be connected in parallel to form three pairs of coils, three pairs Coil is in parallel again, and last extracting power supply cord connects power supply；

The upper magnetized head shell (1), lower magnetized head shell (3) are wrapped in magnetized head iron core (6) and lower magnetized head iron respectively The outside of core (5), the opposite one side of the two are respectively formed with the groove (4) for putting the part that magnetizes (2).

2. the multidirectional heteropolarity magnet magnetized head of one according to claim 1, which is characterized in that six groups of coils (7, 8,9,10,11,12) copper wire used in is insulation enamel covered wire.

3. the multidirectional heteropolarity magnet magnetized head of one according to claim 2, which is characterized in that the insulation enamel covered wire Line footpath be 0.125mm.

4. the multidirectional heteropolarity magnet magnetized head of one according to claim 3, which is characterized in that six groups of coils (7, 8,9,10,11,12) winding layer number is 2 layers.

5. the multidirectional heteropolarity magnet magnetized head of one according to claim 4, which is characterized in that the magnetized head it is specified Voltage is 2100V, capacitance 500uf.