DE8712757U1 - Protective bell - Google Patents

Description

₁ H nt jiaj»

S" PROTECTIVE GL Ö GKE 7YP p£Mrt ZO and U

Iwtck

Viz from miA tn.hunde.no. Scliutzglocke. has the. edition.,

tuAbintn, e.g. uieXdte.*. Type, voi dzK BiztUWiikung dO> blind to

Achiitztn, Sit -Ut atx^ aZZtn [ ¹ WT HaditAägtith tinztUttztn .

your Tzc hnik

^t iAt bti htutt btknow that at least or similar. Mztlwdzn applied uiuAdtn, uliidzn, ortK in development *ind>

TzchniAcht Output.

^ dtm PAoblm, i't^bt^tmng dzh. LtiAtung alltn. VWT, appears ait Fiagt lit <u> possible, iziAtungMttigtAnd diz Tiikbint &ugr;&oacgr;&lgr;. &aacgr;&zgr;&Kgr; dz* UindzÄ to idmtzzn?

Solution I

Here comes &zgr;* zinz zinz, abzt wilbamt Mzthodz: diz Sdiutzglockz. |

Siz btitzht au* zintm, datdi zinz &ngr;&ogr;&Iacgr;&aacgr;&zgr;&Iacgr;&Zgr;, AZizZichz Aaiklinkung and ,

according to lines bzuo. that I Azitlichz Sdilitzz with suction cups backwards ^? gzb'fänztzn HobJkb'npzfi, in which Lu&t zin- or atu&iztzn can.

<· ·· iä a« M Uli

· » ti

en*

Hizn would like to, I with zinzm BziApizl atu du. ?tiax.iA bzginnzn. Man Atzllo. &I the. tzchn-Uch zin&adute. Fofim tinzh. WindtüAbim of., din rnzhi ninzm iatu^inad similar -Ut* Sio. bzAizht atu zinzfi Habt [Vifibindung with dzn ang<Lüiio.bzno.n blztle.) and dthtt at the circumference Ay AznkkQ.tht angzbiachtzn Stau^lächzti .

Since the traffic jams also occur simultaneously - in all directions - αλαγια, βαλιά, εια, αναι ...

g dzK protective bell PeMa 10 and 21

Counting the zinc-plated building blocks of the protective bell*. - Bell construction II)

g with Nizdzilialtzi 12
Q - Sogblzchz [3]

- Equal weight [4]

- LagzKungAzinhzit

additional bzi type PeMa 2&Iacgr;

- Lubtlzltbizch innzn 15) and aa&zh [6]

MHMM

, and ZaAammziMiikzn en* zinzzlnzn Baugiuppe.n and TzJULz Tup PeMci U and 1\

OlockznköipzA. Ii)

ti boAzht au* zinzm zyl-indzift'oimigzn Holitkölp&i, de.1 to obzn

.Out of this, where the air can flow. In the background, the action of the air flows, where the air can flow towards the outside. The flow of air flows through the suction chamber ( 13), which stimulates the outside air to form a suction chamber.

Here, the angle at which the connection to the point is possible (not shown in the drawing ), whereby the angle at which the connection is to be made can be seen at right angles to the point at which the connection is to be made.

nan, bzi T/p VztkL Z1

Pe* voidziz Tzil dizizi Glockznkoipzvs vziläu&t ÜLopizn^öimig. In addition zntitandznzn Kaum Aind zwzi Lu.6tlzitblzc.hz \innzn (5) and außzn [6] angzbiacht.

<with NizdzihaltzK 12)

This edition of the Steelyard is intended to illuminate the bell in the wind light, which at least contains the historical and radical aspects.

Soqblzchz 13)

When the wind blows, or rather a suction is created that draws in the air. The angle to the center is visibly [not visible in the direction of arrows ]. This is possible by comparing the atmospheric pressure and the air flow.

% with it '*

AiUgZzigigzwicht \4 j

.dt zfLdon.dzn.Zich, in order to ensure that the. of.dzH.z out&kzinking vzh.Zone.n- §z$angznz weight or the SiabHLs>izA.ang^^zug&t and the, SogbZzdiz added.gzkome.nz weight auAzuziahzn. &Oacgr;&zgr;&eegr;. A&ohhzit halfzi voikd z& atß dzh. GZockz attached, but -Lit also zin Anfiingzn in a GikkBi possible*

^J LageAunqAzinhzit Hn Ziznung not there».gzt,tzZZt\

ziiiüi voKgzAzhzn A>ind handzZAÜbZichz WäZzZagzl· with

WuA bzi Tup PeMa 2?

LuitlzitbZzcJi jjinzn and au&zn

Lu^tZzitbZzch innzn (5) has the output, the MAtZuit, which is still in the GZockznkÖn.pzn. bz&indzt, to be abZzitzn downwards, since the direction of the zinAtKo'mzndzn Lu^t can be changed. In order to be able to abZzitzn downwards, U>t the iagz above from the Uittztpankt Achiaa to

Air flow outside 16) causes a concentrated increase in air flow, possibly at the extreme point of the traffic jam. TuAhinz.

I · Bt · * ■·

VoKt(LiX(L GUARDIAN BELL [SG)

Type PeMa 10 and PeMa 2 7

- Support the Szitz dzK TuKbinz with the gzKingzKzn

voK dzK BKZnUAoiKkung dz* Windz<&; daduKch LziAtungMtzigzKung bzi aZZzn ['ZKtikaZ-WindtuKbinzn.

- ziniachz and koAtzngibiAtiaz HzKAtzZZung

- nu(5 aZZz VZKtikaZ-toindtuKbimn nachK&btbaK

- AzZbitändigzA AuAKichtzn in WindKichtung duKck ZtabiZJUizKungAhZugzZ

- also possible through zin&achz, kobuAtz and koAtzngiinAtigz TKubinzntypz ij>t in i'ZK connection with the protective game zinz bKaachbaKZ LziAtungAZKzzuzugung .

HizK -List primarily intended for use in emergency situations.

- Frequency of monitoring and control, including delays* - zZmzntz vzwzndzt vozAdzn.

&bull; * »* * I I 1

» t*

&bull;* a* ■

Claims (5)

Protection claims 1. Protective cover for Verükal wind turbines, which work by using resistance^ is characterized by, the cylindrical shape of the bell body (la) for type PeMa 20, the teardrop shape of the bell body (Ib) for type PeMa 21; the notch as air inlet in the front right part of the bell, the movable suction plates (3) located on the side of the air inlet, in front of the respective recess of the air inlet; the stabilizing wing with hold-down (2) on the bell cover at the rear, which resembles the shape of a standard tail unit; the inner (5) and outer (6) air vents located in the front part of the teardrop-shaped bell; the balance weight (4), which is located inside the bell behind the air baffles in the PeMa 21 type and outside the PeMa 20 type jj the bell is at the front; the material, which can consist of metal, plastic, GRP, wood or a combination of these materials. t 4C IIIII » III t I 4 « I * Il &bull; 4 I Φ 4 414414« « ·■! · 2. Protective bell according to claim 1, characterized in that the bell body (la and Ib) can have beads around the circumference, depending on its size. 3. Protective bell according to claims 1 and 2, characterized in that the suction plates (3) are adjustable in their angle of attack to the circumference and center of the bell (la and Ib). 4. Protective bell according to claims 1 to 3, characterized in that the stabilizing wing with hold-down device (2) is assembled from one vertical or two horizontally arranged surfaces. 5. Protective bell according to claims 1 to 4, characterized in that the air baffle (5) is mounted diagonally from top to bottom and the air baffle (6) is mounted vertically in the front part of the bell body (Ib).