RU29191U1 - Magnetic propulsion - Google Patents

Description

FIGURE OF FIGURES DRAWING

, tt.

-j- jLtl -t .-. i.

The cart is depicted (as a medium ii aHciiopTaK and on which are located the grill stood glapitta.

1.Magiig perfect back and forth

-7 V-1 .- h T -G- t. 7 t -

; lolcht 1-Ts1L,

Jt-BepHbiii Iolus N - on the left Njyay pole S on the right.

2.Right stationary fixed: aai HUT. Confident Pole N- Right

 pole S - on the left.

3..Yey stationary magnet. Gevsry Iolus N-left

Kylsey} liolus S on the right,

Ts-N11 vpa 2,

The T5 image is the same trolley in which the switch / si 1 moves to the right and pushes the magnet L 2 together with the trolley to the right.

rtfV

h-IGUrn 3,

 the same little girl in which Maiiiiii D:; .oBepiiiari dvg1zhe1L1s to the left and gfityagayeg Mai inn / in addition i 1lezhazh: oh.

 vpa 4.

The trolley in which the L.U. magnet: moving to the right and pulling it behind you Mari.iVi- L to the right you move it with the trolley.

(Inn vpa,

The same trolley, on which, together with L electric motors loii is installed, the same nojiMpiiecTii. as the magnet NQ I on the yoke named tbiirvpax. in which periodochki but -:} - ;; ::, it barks (L5 dries) a magnetic field; 5o: l is a continuous current with constant Hanpaaaei-ai. pushing away like lll 2 and pulling the left magnet.

A rai .; the same vector is depicted as the best for trolleys in all cases.

WITH THE GREATEST CONFIRMING REVENUE OF THE BOARD OF THE OPERATIONS OF THE IIJUBR G1111YA

 i. S - - .. -4 ---: -.--; -. - g 1-. -h T-TT f.% TTT g fVT s. i l -s. i tgl v v g h - - i, - s -r- h. -.

j..i jv.44.e i triiic 11р1сД..1 аБлс uuv / vri -iLL. i.i..i i t-CA

PERMANENT MAGNETS. x-jul one line. inward: 1b of which there is a double diagonal, Extreme magnets (2) n (3) zakreilei ..; ; 1io.a: l1i KOpjr.ee is a lane of transport, 1 and, therefore, the main magnets are inverse to Jipai} i 5e its BHVTps elements are directed towards the south only 32 and S3, as in ) disposes of msg; ;; étal11oL: Grn X of magnets (2) and (3) and in the bottom aggl - 1; 2i and (3).

Moving the middle magnet (And it was done using poropiiuio dvigel iiiaiipiiMep internal combustion or) :: e1ch-1-rolv1a gel j e and C1ih: 1b; By moving the gearbox (translate 1 rebuilder: generally rotational movement in: lnrat11o los1-ablative. In this case, as a medium, the cart will be used for the first time. In the11th case

1 poles (poles S) of external i2 l (3; facing inward, between them an open / un-magnet f. Making a reciprocating operation on the left. The south pole (S) of which is reversed and the player is iN) - to the left. Engine and trawlkh-ia. causing the average m; l to stay unchanged (1 is not shown in the drawings, but only half :: they move away; the middle 1 magnet (1) starts 1 (ekshil 1 i ipiiKCK) When it starts, it begins to interact with

Ai

ffpiiKJM with a stationary magnet (2к: - alcholastic same S1 and S2 polarities are the same: S1 Lalki the right magnet is (2) from the middle (n in: the place with the teller and the gel starts to move in the opposite direction - the enemy, the middle magnet ( 1) it begins to kick to the left and, while continuing to push the magnet (2). 11p 1 is approaching the left stationary magnet (3). Koroobui but as it gets closer, Hpiii jgin-1s starts and gets stronger and closer

t.A

BMecfe with a trolley to the middle mashit moving towards nelp (1), since the inter polarity is opposite to N 1 and S3, while the gel is receiving an additional imulsion in the same direction, i.e. to the right. Further. before the tolls, the veil of the middle magnet (G) begins to lead; 1 broadcast back to the right, and pulls the left magnet la with the trolley to the right, since Iolnch / 1 cell pole 33, moving further BHpai o grednip lkchgnpg 61: again gtachnitsya push repel: magnet 2 right together with the trolley, while tellella and olhchasg ejiie 5 m 1 Lls to the right, then sredn with hkn nit (p

left and drags Maiiiii

OicpcT of movement, the secret of the war is the same for two chips of force, in this case it is concluded in a periodic change in the magnitude of the air-keinost ma HirrHOi about the field between the two extreme los-guoyed magnets. (constant magnetic zeros ;, there is a periodic oscillation of the magnetic zero between them.

A periodic change or a pitch of 1 minute of low power (can be achieved even if the solenoid (electromagnet) is stationary - fasten the first 1 in deuterium between the extreme magnets (2 (3). A pa electromagnet must be pulled by the irradiator KIB pure (pulsating) current of one nanoselect. B supply current solenoid (an electromagnet i is a moving magnet, that is, in the center of the trolley. b: there is (flashes) a magnetic field that simultaneously repels (for this case) the HpaBi.iii magnet; 2; together with the trolley, it attracts the left magnet -3) together with cart, and the cart will receive. Then, the current supply stops and the magnet} the 1st pole goes out, while during the mag1iG1-} 10 о pulse the trolley shifts the movement П1.sya to the right.

Then again the current impulse, the very high field, again the impulse for the movement of the bogies: morale. disconnection of current again, disappearance; xpi} 1PT} 10 h of field, and so on. That is, with a periodically appearing n damping (oscillating) magnetic field located between two constants: MinnirroB (magnetic fields), the same poles of ns-mountain parapoplegs, to each other, there arises a mappable alloy capable of bringing the means of transport | - ha to a double rail (in this case, a cart).

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TPalKSTDPNOV L.G.

Claims (1)

A magnetic propulsion device, characterized in that it consists of three magnets located on one straight line, fixed in the vehicle body, the extreme magnets face each other and the different poles of the middle magnet with the same poles, the middle magnet is used to produce an oscillating (flashing, pulsating) magnetic field, which attracts one and pushes the other extreme magnets together with the vehicle, setting it in motion, the extreme magnets can be permanent or synchronously oscillating (flashing middle conductive magnet), the oscillations of the magnetic field are achieved periodic reciprocating motion of the permanent magnet or intermittent supply of a current to the electromagnet without altering polarity or applying an alternating current to the three electromagnets, with simultaneous change in their polarity.