SU9097A1 - Automatic fire extinguisher - Google Patents

Description

The proposed automatic fire extinguisher, {yudpaziacheppin, mainly obo; io M, for aetomobilop and airpo. itpirBolpts into action during the combustion of the locking part, and the extinguishing liquid is ejected due to the impact of a cylinder containing c; gas, and simultaneous lowering of the discharge, released due to slugging behind the oriental part.

In FIG. 1. Represents the vertical) of the proposed auto onieTyimiTetnc of FIG. 2 is a vertical section of the top of his; FIG. 3 - vertical section of the lower part of the apparatus under the action of it; FIG. 4 - the same in "pkhii part of it: fi-g. o- the proposed fire extinguisher in a different form.

The percussion mechanism of the a-device consists of three parts 4. 15 and 16, one engine, in Gfg, G1GL1, 16 for water transfer in the Reservoir 1 two mt gami 21, ukrsililnymi Tta cover 23 (Fig. 2). Glass 15 ; kin 10 and at the same time serves for -irgkrei.cheni two pivot levers 14, uiirayuygshs in the notches of the rod (ud) 4 and ia, kimyaschie and spring 10, as well as for retained: and the named drummer on ;and. Glass 15 is held in the sleeve 16 of the HOMOiHit two

ngifitsh 18. iremencation in the cuts 17. Udilri11k 4 (izbroi.niy zary zar VKCHiiojt states in fig. 1) iretide leads) work move .pnnp. Node action shock oruzhiiyy 10 (Fig. 4).

The whole mechanism; is held in a state of ioko rod 5. held by fuel or by a high pressure; 1; olpach1; og (priming) 8.

Stehr; 1; Shadow 5 bears the outward clathan 6. which has a density on the saddle 19 of the tank on the backward side of the leakage damper; gpgdkosty. In the work of the iribor, the spring 13 is diverted ster. x.n 5, however, in view of the presence of pressure B1. iq). . ; rioi1 resp. (the rigging has all the axiological characteristics. Ciho 7 for spraying,; d is fixed to the bottom of the reservoir 1:, 1; it is fixed in place (with the help of teeth, it forms a figure at its top,). on Bystunykh 12. supply; |;; with the washer {Міалгной зага) рн1) th washer 20. Sieve 7 can be replaced by a coil, tube or other .. depending on the space available.

RII 11; 1; anne of the action of the mechanism of the iri insignificant telmk g, de11I11 caps 8. nestle C1 C1 abzhop ne.b6l1, your metal metal clip that keeps the mechanism from acting to nol 110gOg

kaisyul thicker in place of its fastener.

The carbon dioxide gas cylinder 3 is located in the I liepxiiefi part of the apparatus and is fixed with a corresponding plug in the shape of the plug resting in the gasket 9, which prevents the gas from leaking. When charging the device and when rasholo

Parts of the display shown in FIG. 1, the capsule 8, under the action of a lazhepi on it, will burn and after its complete combustion the rod 5 will fall to the floor, which is indicated in FIG. 3. Then extinguishing; The liquid may escape through the valve 19 seat 6. At the same time, the alternating direction of the shock spring 10 will work. How. showed on

FIG. 4. Udardppk 4 will push the valve 11 cylinder 3, providing access to the tank

pelvis DL.I: vytalk.1sha "and. .zh: idkostp through a sieve 7.

Another form of invention and an image of a woman on a fig. 5, consists of a body 1 with a puyka 1, the bottom of which forms a saddle 19 d in the chain of the valve, formed by a shut-off valve 6. formed by a vertical roller with a rod 5. The top of the valve

23 jiMegfT In its central part, an appendage 25 with shgutvinoy carving., On a coy Ky1 uk.replsh collar 26. OE $ esh1Svoshoshyos.

vnu 11) kusn a usa 1. In its lzgzhiey its part of the clamp 26 forms a-15 cup with legs.

bearing hinges for rotate 14. The ends of the levers 14

B oyerst.II 1 current 4i. Vertical direction spring 10. The latter rests on the tail 18. Passing the first four hours 15, the ends of which. BiiicTyiiaionuie broke;; u, nered; wiggle In the vertical Hipopesax 17, provided in the wall of the hollow sleeve 16. This

zgadevoots and glass 15. Understand with its axis the new ruts 5, l have lans. bearing pivotal) lever 14. A cylinder 3 with a / 1; gas is supported on the rod 4. Upper Frequently, cylinder. ra1snola1aetsya against

stem 4. plunged vertically IB

11 27. screwed into the thread of the appendage 25 up into the lid 23. The hollow part 27 forms the caipack 28 dl.

pelvis., located igad bazhyunom 3. In N1gzhney chasp to N1usa 1., la carving ngeykp 1 montiro, valo rybrysp1vayun1, its sy .to 7; 11measures H1a1yuvu1 erkiost1, n

hole for nro.khoda li.zhpogo coil rod 5. The brackets of the bracket 29 are adapted by gripping 30 for its core. A ring 31 with a pin is screwed onto the external cut surface of the sieve 7; a circular ledge 32 is drilled to its part, and a ring in the upper rim (howl. Grooves. 33. Gutter; 33 lowers the installation of the low-melting ring 34, which fits at the bottom with a bracket 29. On the fuel ring 34 in Israel | DUS.Tool. 11 klalai 8 of s.go) a.mogo of i.e material, zak.ryuyul; its sieve 7 and supporting nlgzhny end of the rod 5 and the bracket 29.

The action of the shooter is losing the way it is the next way: when the first one is combined with a flame, a pre-feline colna); 8 burns, and together with pim plait.vits. or ignites the valve colp 34. Due to this, the ends of the clevis 29 freeing ots, the latches 30 are dismounted from the circular 1SH1stula 32 and the clevis 29 is lowered. Valve. 6 opens access and {liquids outside. Simultaneously lowering the rubbing; n 5 a. The sleeve 16 is repulsive, and the pressure is fixed 15. Lana of the sleeve 16 ceases to support the pivoting levers 14 II spring; and 10 pushes the rod 4, which iodnates the balloon 3 with the gas, while simultaneously rotating the pivoting levers .g. 14. This is the last onusk: they are used to find 16 n rod 5 to provide H1 bypass. At the same time, the cylinder 3 strikes an impact of 11.11. To 4. enters k.olnak 28, (a) b) azo bulk part 27, the hoverness is thrown from a large POWER through the openings of a spray of 7 of a sieve 7.

Blow, produced by the balloon 3. and lowering the saddle 19, the starting angle is simultaneous.

Describe the imenomesshet. mischievous. .110 b.i1zos1 l to carburetchu.

PREDIMO T 1G a te nt a.

1. An automatic assortment, which is triggered by a melt for the combustion of parts, keeping the inlet valve in position. distinguished by the fact that in an irradiating for cracking case olyagas1n (w liquid reservoir 1, a sliding cup 15, and a second from the end of the ode is put on a podiraem st. 5 of a high output valve 6) ilya 16 with a puncture in which with

Another cock insert is inserted by the spring 10, the piston held by the cam lever of the pivoting levers 14. The two ends of the pivot are abutting. into the protrusions of the cylinder 16, while the exhaust valve turns into a saddle of 19 pzh at H0510 SCHN low-melting (go fuel) cap 8 {FIG. 1), shsh with the help of a bracket 29. udorzhvvaemy low-melting (or combustible) code 34 (Fig. 5).

2. Doing fire, according to and. 1. from, shchayup and. With those. that the piston is provided with a rod 4. resting against the valve 11 of the cylinder 3 with compressed gas (phpg. 1-4).

3. The performance of the fire extinguisher. Eoglaono para. 1. is different in that stacai 15 is seabed. and his soul. I do not detect it. Unjusts into a cylinder with compressed gas, pressing the cylinder to the fixed rod 4. Named in the middle of the collar, formed by the slope of the tank 27 to D1n of the tank 1, part 27 (Fig. 5).

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