DE1983930U - DEVICE FOR A HOSE DRYER. - Google Patents

Description

Subject : Description of the object for which registration in the role of utility model protection has been requested I ·. :. ·. -

Description:

The system consists of six main assemblies. See the drawing with view "A". The view "A '/ 1 side view, was made with the Numbers 1,2,3,4,5 and 6 provided, they represent the six Main assemblies.

"B" represents the top view. Both views were additionally marked with the letters; A, B, C, D, E, Q, N, M in side view and the letters; F, G, H, I, K, L provided in plan view.
They have the following meanings:

A = air outlet opening;

B = rubberized linen transition to avoid vibrations

not to be transferred to the systemii; G - protective grille:

D: - Vibration damper V ^

E == baffle. ; . . ., - ..; ; - / -: ■ :: ■: ._; y: '; ^: - F = Schutzaitter ^ (air outlet opening) G = "Sfey ^ s coupling": V ^; ; ^

H = sucked air flow -

I = conical intake manifold
K = radial turbine
L ^ three-phase motor (explosion-proof) M == flaps ^: V; _:: ; _: - _; ^: ■ ".- ■:."^;; _: N = baffle ^: \ ; _: ; . ' - _y ■: Λ ^"Λ _-:: O = hinges

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The main assemblies: 1, 2 , 3, 4, can be divided into one another in order to get the system functional; the assemblies 1,4,5,6 are absolutely necessary. Assemblies 1 and 3 can be saved, but that depends on the wishes of the interested party and on the length of the hoses to be dried.

The system can be set up as follows: Assembly: 1,2,3,4,5 and 6

1,3,4,5 and 6

1,4,5 and 6

The numbers mean:

1 = housing with guide plate and flaps

2 = housing with flaps
3: = housing with flaps

4 = housing with flaps, "Storz couplings"

Baffle and air outlet opening

5 = transition piece

6 = centrifugal compressor

The main assembly Mr. 6:

Introduces a centrifugal compressor. The one sucked in by him Air, (see view "B") is supplied through the intake manifold , which was tapered and thus drawn strongly compressed. From the intake port, the sucked in air flow reaches the radial turbine. The radial turbine was designed with radial blades at an angle of approx. 30 ° and 5 guide blades. (See view "A" under assembly 6). The radial turbine is driven by an explosion-proof three-phase motor with 15-18 HP and approx. 8000 / rpm. In the radial turbines, the sucked in air is again strongly compressed or compressed and then in the transition piece (see view "A") pressed. The transition piece is made of flexible, heat-resistant material. Its job is to absorb vibrations that can occur when the radial turbine starts up and not to be transferred to the rest of the system. The centrifugal compressor was also provided with 5 vibration dampers, (see view "A", 6, D).

Main assembly no.5 :

is the connection piece between the centrifugal compressor and the rest of the system.

Here the air flow coming from the centrifugal compressor splits into two paths.

Once up and down.

after main assembly no. 5 ;

The strongly compressed air flow is strongly slowed down in the transition piece and can only get into the next assembly through sea openings. Due to the extremely strong congestion, the strongly compressed air flow heats up to approx. 70 ^° C.

Main assembly no.4 :

The heated one goes into this assembly (see view "A" 4) Air flow, through the six holes mentioned above. In assembly 4, however, there are six holes before 6 "S% & es · couplings" attached. To these β couplings 6 hoses with a maximum length of 20m can now be connected will. In order to use the system effectively, you have to however, at least 4 hoses must be connected. In order to be able to use the system universally for the different hose diameters, one can be used in each case Insert intermediate piece.

The pressing, heated air flow is now forced to make its way through the connected hoses. The heated air dries the hoses from the inside. The drying temperature of approx. 70 ° C was deliberately chosen so as not to destroy the rubber lining of the hoses prematurely. '_ - \ ^:: ]:' ι: - / ::: - :; ""'-■' - "l". \\. ■ - - ^: - " \ ""' - V ^ i - /:

after main assembly no. 4 ; _ν:

Also for Schlä & Ghe, which are lined with nylon, is: this temperature is acceptable .; ■ ■

On its way, the air flow then continues through i: the assemblies 3, 2, 1. \ _ ~ ^ -

RA. 563 943 * -It δ

Main assembly No. I; _v ^

In this assembly the air flow exits the Hose ends free at a temperature of approx. 50 ° C the end. The airflow hits the end of this assembly on a baffle on, wifcrd diverted and runs from the assembly 1, 2, 3 back into assembly 4. On its way back, the air stream sweeps from the outside along the hoses and dry on the outside here. The air outlet is located in assembly 4 here the air flow occurs at a temperature of approx. 30 ° C and is returned to the circuit.

The main modules 1, 2, 3, 4, 5 and 6 can be divided from one another. ^:

The structure of the main assembly 1,2,3,4 consists of 35 j £ iron, as well as the cladding of zinc sheet, which was bent diagonally to avoid vibrations. From the inside, the walls were sprayed with sound-absorbing material. The front of the system, or the modules 1, 2, 3, 4, were equipped with flaps at the front, 2 flaps per module, which can be opened upwards (see "A" 1, on 2 O). The flaps are held open by supports to make it easier to insert and remove the hoses.

It is difficult to give an exact measurement of the system. It is based on the respective requirements of the interested parties. - ^; - - :. '. - - ■■ - '"'.;'■■ - ^:. ■; ■' - _: -:" / " V [^ - ■ / ■,] ■ '.- ■■', .- It moves between .. max 25m length and 12m min length, the height of a minimum of 0,40m and _max; in and a width of about 0.80m to Im; ^■..::

8433 Parsberg, September 9, 1967

A. 563 943-1

Advantages of the hose drying system;

With conventional methods, the wet hoses hang at least 24 to 48 hours in the tower to dry, but there are also weather influences that affect the Hoses are also not beneficial in the long run.

Dry in the described "hose drying system" 6 hoses each in max. 2 hours. The hoses are ready for use again as soon as possible.

"High towers have a disruptive effect on airfields and endanger safety.

Here unnecessarily high buildings should be avoided. A modern tower costs around 60,000 to 80,000 DM. The price for a "hose drying system" is likely Do not exceed a maximum of DM 15,000.

Conclusion: huge savings; ■■ ".; ΞΞΞΞΞ great time savings;

fastest readiness for action; great profitability;

; ; space-saving assembly; ; :

8433 Parsberg, September 9, 1967

Claims (1)

Device for freezing hoses. --in particular. Fire- : weir hoses, / jiadurok ^ e ^ ennzel-clingi? that; she from a / C ^ er ' a connector (5) to an air compressor. (K), - insSe-. Special centrifugal compressor änscjaließiaares G-est; eli-aus ^: Winkel- _ ■ / - ■ profiles.-be.a-teiit ",, .. which is closed on all sides-, holding brackets for the hoses and in the front end wall ; '"A Hehr-number of hose couplings,." -. ins Toe special ^; Stt5Tzkupplungeh (; Q-) ^;: ; ■: ■■ and on the rear face with a baffle. ".""". (E ) and on the front face with an outlet opening for the air flow *. ' ^: . ". ^: . "■". - '-'- ^ - [/ :: ' ■ "-"; ■ .- "" .: 2. Yorrichtung according to claim 1, .d As a result. in that the. _: G-estell. . -components (1, .2-5 3? 4) that can be assembled in a modular manner are j of which the; last component -. (T) with the. Baffle (E) and the; first component- (.4) with the air outlet / outlet opening is provided,. "- ''V-;-;. _ .- - ^.";':"-. ■■ - 3 ". Device according to claim"! '" Ühu 2., characterized by:,:; : Each device (13 2, 3, 4) with at least one / _v upwards foldable access flap (M) "on one or both Be th walls is ^provided: ■ '■ - ■:... ---_ ::: ------- ^._,, 4. · Device. after. Claim;. 1 .- ".- '■ 3., characterized ^ -v ■■' .- ■ - between the Austrittsen.de of the LuftverdiGhters (K) and; the; connecting piece (-5) a movable wall part / (B ) - ^^ is .. - '- /: .- ■ -' ■ ' . ^.: "" = ■■■ 7 R 36 ^: 04-6 / 61 a7 obm - ν 7 ^ K- '";.' 77 - Y7 _;: , l ϊ; - -: -; 7 ;: Y 9;> : 5. "., Torriohtung ^: naeJi-'Aiispriicii ^; ΐ that ^: the salesman. (E) on swinging steams ^ a. - (Ji) "χ -is mounted -; '■■ - ..' - '.''.. - -: y ^_:: ■" - ■; ■:. - ■ - V / / λ. -: -:.:. 6 »7orrichtung ^: after. Claim - ^: 5,. because it does not apply to the fact that the change is due; (5) with a transverse wall to subdivide the "compressed air flow in. '" - coming from the air compressor (K). an upper and lower stream stranding and the hose couplings (Gr) in the. upper and lower part provided; are ο 7. Apparatus according to claim 1 -: 6, - characterized in that the Ans: Chlüsse _: for dieySchläöehß in the first; Component 4 consists of ^t1 B-VAn "schlü"ss> n "'VOn ^" äia3a ^k z-Ka: p.plun.g.en- ", and the :: plant :.; . ■: thus via spacers for the "hoses: def-. Types;; A, B, G -. Can be used ,. -V--; {:. / _: ^ _.; - ■;. ^: ; '? "-}" -. 8. Torrichtuhg / according to claim. Ά —- [ 7,: characterized _{.; Characterized 5} that / -the air compressor; (ί); with: connecting flanges, to the "T: he binds with corresponding connection f lanscheh; of the "Anchltissstück es _: (B) ver-.7." Y- -look is «-. /. 7 .'-.: -. -7 .'- '7 - ■ -'. ^: -7 :: --- ■ "-". Λ: 7 ^: ": 7 ..:""-. ■ -