SU88001A1 - Instrument for teaching pilots and navigators visual orientation and compass navigation - Google Patents

Description

11dpl6aj) for learning lottery and assault miiiyalyy orltpravks and KOMiiaciioii navigation js imitation conditions io: ieTa with screen caption for image / koip on imschtiogti with diaositia.

iI; ii {CTiiMO devices with a screen for image / co-bridges of dia, iositin, and receiving movement in flight from a mission 11111.1x CKOJIOCTK of flight, ixypca, Beipa iiranleipi speeds, I) P10l | eti with Ka6iiiioii) io rpyyi io i rpyi iyi io rpyi iyo iyo ip iyo ip iyo ip ia ip io ipu single player learning with lkray. Located 11m1, 1m in the horizontal of the plane of the plane, c trschutot dm se Sialiali 1X large iomsmtisish). JvpOMe addition, not o6i4iie ii i5aiOT Tpe6y (Moii ia diost11 and assimilation of grabbery.

In the device, these and residuals are eliminated,. that) t6opa shsiolo; kei vortexg. and for (1tbras, 011tik-a; 1stio | aira lei) of the 1st C of the ray of light in 1 r P1ene 10 of the grain - alo, and of meteoritic diade 10zitiv in the wrn-11er of the geidiculum of the first half of the world with C1; orost (mg. y1kha; ate, course, non-dot and mohanizlsom) er Cipiipyioiui M 1Hm.

On . I depicts ir1 nC1 1ial a () pa; on . 2 - photograph of the mechanism of the isostroy () th triangle.

The device consists of 1 ton of a gooik of a goji device and a T and with an Echra1 ohm for; - T1 pO Sh1 and aa 1 of the pictures of the terrain with Diocera 1tia. u relenio -o pa transparent disk. mounted (om on carriages: mehanizovMOV er (msm ini D1gapo811T (and in the charge from C1; orost g1 q1)), spine and nyrav.yuip wind.) .x with at cha; 5bach m 1 course. (and () stn; mehag n; 5mA) 1i). speed of flight and creating guestbooks; kei e d anoziti1 a-. me: au 1zmov. NM1GT; Gruyui, G1X Pirazh and ctroc aircraft. obingch1 a1O 1nh waringing .ch; U irH; en (ie D1taios11tlva and nzmsi O and x and 1 raleiie 1stunatelogo D izheip dianoziti Sh.

The irocadioic ycrpoiicTBO of the device is composed of lantern 1, located under diaiazidpum 2. fixed on a transparent disk 3, mounted on cartridges 4 and 5; Metalcon axis 6, set aside to the direction of communication; mirrors 7 installed by the node with an angle of 45 to the 6th onticheskone axis, on an extremely narrow screen 8.

The geological mechanism of the area to simulate the airspeed of the aircraft’s flight consists of a cone of 9 of the upper and lower arm, Js, the simulator, with rollers 10, and with the rollers 10 and the worm and the worm, and I draw and I and the head and the head and I and the head of the frame. 14 through the Jiapy 15. The Podshinnnkn Malikov 10 and 11, one of the most difficult of ages, Ayun (nx transparent bottom; 3 with a positive 2, located in 1) am 16.

The mechanism for depleting lies and knowledge about axis 6 to imitate a plane's aircraft consists of a motor 17 with an eccentric 18 on its axis, which is. Onuska frame 16 with rollers 10 and 11. Oslob / kakaya irazrachny disk 3 with a slit 2 and carriages 4 and 5, noscho with the help of a motor 19 and two toothed bins 20, 21 and 22, 23 ironed up the retraction of the sludge axis 6 together with the carriages 4 and about and mounting them with dosadnoz with a disk.

The slider carriage rotates with a shim of the movement of the rollers 10 and 11 that simulate it, and that the aircraft is demolished from the wind by the same mechanism that lies 1, the optical axis together with the slide, and to the axis of gear teeth 21 and 22 using J-; transfer of 24 nodosideiiip roller 25, doing a single with the axis of 6 speeds and linking G1 and Gg, which sets the slider of motorchka 19 with the course indicator 26.

Sections 1, 2 and 2 wide rollers 10 and 11 are connected with the help of the levers 1 and 27 and 28 with the mechanism 29 of the gostroop of the navigation treugolinka, which is carried out in the form of a wind-breaker carrying the rotating body 30 (fig. 2). installed on limb 31 to a predetermined wind power, for setting and speed of which a slider is used, sliding on a level of a new rotor body 30 and connected to slider 32, set by a speed ruler 33 and a given flight speed, and with a speed of 34, associated with the roller 12 of the conical variometer of the flight speed mechanism. For installation on a wind flight 29 of a given flight speed, the limb system 31 and the housing 30 can be moved along the course line.

A flexible roller 35 is attached to the axis of the cone 9 of the variometer, which is associated with a counting speed of 36, the scale of which is made in the form of a clock face.

Limb 31 of wind turbine 29 is associated with slide 2 and heading 26 with HOMoaui gear 37, cardan gear 38 and roller 39 having a gear ratio of 1: 1 with roller 25 heading indicator 26.

Subject invention

Claims (7)

1. A device for training pilots and navigators of visual orientation and compass navigation using a screen for displaying the terrain from a danositive, receiving movement depending on the given flight speed, course, speed and wind direction, distinguish n and if so that simultaneous training in the instrument of the groups of students in the apparition of the instrument is arranged vertically, and a mirror is used to throw the vertically tuned ray of light onto the screen. 2. Instrument no. 1, of tl II h and th 1 c and with the fact that, in order to impart diaozoic translational motion, it is fixed on a disk mounted on carriages, re-aligning the car to the wrung-out nenerendry of the handled, l frncnonly active roll .mn. receiving rotation from the mechanism of speeds. 3. The form of the device execution according to and. 2, of which is HI; but with that. that for "osmosis / bone rotation of the dnapo; In this case, the angle corresponding to a given course, the carriages are rotary relative to the vertical axis of the ontic system and connected through a gear with a motor with a heading indicator. 4. The form of your device on ir. 2, that is, with the fact that, with a view to vpezepn in dvzhepne dpapositiv like the wind, valnkp, t displacement diaozptpv, moptprovany in the frame, also performed with a new rotational axis, the axis of the system. Mechanism of building pavigatsionnogo triangle. D). The form of the device according to p. 4, which is based on the fact that the mechanism of building the navigation triangle is made in the form of a vestrochet, the KOTOpoio automatic transmission module is connected with the heading indicator and carries the housing set in the direction of the desired wind direction For setting the speed of which a slider is used, sliding along the body guides and hinged to the slider, which became a speeding but speedy film at a given flight speed, with a lever that turns the frame, with a pulley, connected with roller wheels 1 {opi eskogo variator speed of flight mechanism. 6. The form is made according to claim 5, characterized in that, to set a predetermined flight speed, the lnmb system and the hull are relocatable along the course line. 7. Device on n. 1, characterized in that, in order to take into account the time of the flight, the motor, which communicates the movement to the diaconscious, is associated with a rev counter, the scale of which is made in the form of a clock face. - 3 to 88001 / a 27/1