DE1617135U - GLIDING MODEL FOR CATAPULT LAUNCH BY DIFFERENT FORCES. - Google Patents

Description

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Architect IDA geter M u a 1 1e r »Bad-Wöriahofen / Swabia

"S β g β 1 f 1 u g m ode 11 f UE Ea t a ρ u 1 t ei art d u r ο h ve r β g ti β d e η e force. β ".

In Segelf lugmodell © DL and flight models of other type manufactured for games and sports in small scale who to, are preferably used such models, which have a giiastige Startmöglioius kesit and m iii Steurungsmöglichkeit are adjustable such that they largely by plug termination to the starting position her «k" ■ ■■■ '' \ '

According to the current state of the art, only models are known only one of the many starting options The most common of these is the Guaaietart, in which The model against the direction of flight up to one beetiaaten The degree of tension is adjusted to then when letting go into the desired = te flight direction away.

The present EcCiaduag is compared to the previous construction has now achieved a substantial improvement in that the mo » dell for. very different starting opportunities are still suitable is to be adjusted by an adjustable rudder so that it lands largely at the launch site and also at be = limited space the iForrichtung is limited to one multi-tour flight around a fixed anchor point.

Fig. ' 1 shows the model with its various starting equipment, namely 1 for Cfammistart », 2 for starting through crossbow, 3 door starting through guns or devices with air pressure or spring pressure as well as with drive cartridges and rockets.

Fig. 2 shows the section through the barrel of the air rifle in which the rear end 10 of the column 3 A. .1 eteoirt. The air rifle bullet 9 or the air rifle bolt Fig. J sits at the end of the column 10 so that when the Geachoßea is fired, the column is pushed out of the gun barrel and the model begins the flight

Fig. 4 shows the 2ugklammer, which for the tumaistart Fig.i in the Opening 6 Fig. 1 is fitted and is used to pull in opposite sighting the necessary tension on the (jrummiseil to achieve, airch would release this ring through the Eand or through a corresponding extraction device is the model in his Trajectory thrown.

Fig. 5 shows the string of the crossbow at 5, which is drawn into the Notch 2 engages in order to ensure a secure fit. After release through the land or a trigger device, the model is turned into. Heine's trajectory thrown.

Fig. 6 shows the guaai rope for the guoai start that on both of them Siden a and b is fixed at the appropriate distance and at 1 Fig. 1 is hung in such a way that it hangs out automatically after the model has been snapped off.

Fig. 7 shows the barrel of a spring pressure rifle in which the rear column end as far as possible to the spring pressure bolt * is pushed that this bolt 11 is its pressure force on the Column can transfer. When the launch is triggered, the. pillar knocked out of the barrel and handed the model over to flight.

Fig. 10 shows the apparatus for firing dura & friebpatronen or laketen.Über the column 3 άββ model airplane is according to the running durckaeaser of the launching device to the entire length jä he column a cylindrical lülee 18 plugged with enhanced "bottom Wi ^ by Stellechraubf 19 in the Opening 6 Fig.1 attached. . The Eaqploeionakraft of the charge acts on the ioden of this sleeve 18, which is reinforced for this purpose, and throws the flight model la over the bridge onto the column. · '

Fig. 9 is the rudder of the flight model Fig. 1 and is through the adjusting screw 14 must. The section spring 15 can be adjusted so that the flight model adopts the desired trajectory and, if desired, lands as far as possible back to the take-off site.,

Fig. 8 is a Sisenpfahl with a lower ground anchor. At the upper end sits the ball joint rotating in all directions. 12 with an eyelet. The connection of this eyelet with the eyelet 4 Fig. 1 on the flight model with a fummiseil 13 Fig. 8 is the device for fret flight. Depending on the size of the available space, this can be iil be measured at 12 figs, 8. . ·

The flight model Fig.1 is attached to the Summistart Fig.6 by its hook 1 Fig.1 in the (summieeil and pulled in the opposite direction by the Zugklaramer Fig. 4 hooked in at 6 Fig Start with the crossbow Fig. 5, the column 3 Fig. 1 is placed in the guide channel of the sand sheep and then approached to the tensioned tendon, until it can snap into the two notches 2 Fig. 1, When starting through weirs or devices With air pressure or Seder pressure as well as with friebpatronen and fiaketen, the pillar 3 Fig. 1 is brought up to the corresponding load until the power transmission to the pillar and thus to the flight model is ensured , whereby a rubber rope between the two holes 4 Fig.1 wa. & 12 Fig. 8 determines the size of the action radius. The rudder Fig.9 is adjusted by means of adjusting screw 14 and the compression spring 15 set in such a way that a slight outward movement occurs in order to achieve a corresponding centrifugal force for the plug model, for dog flying the official starting options listed here can be used. In order to achieve the greatest possible return landing in the vicinity of the launch site, the rudder Fig. 9 is adjusted accordingly by means of the adjusting screw 14 Fig. 9. The construction of the flight model is such that in all gtartaiögiich «eteness the force is transferred to the column 3 Fig.1. The bar of the Hugmodellrüokena is designed so that the grooves 16 Fig. 1 run over existing animal ranks 17 Fig.2 and thereby

f at the same time - the horizontal position of the » lug model secures.

Claims (2)

- ■ 3 ■ - Schuta claims. 1. Glider model for catapult launch by various forces characterized in that the model for start with Summigeil, crossbow, rifles and devices with air pressure or Feder & ruek as well as with f riebpatronen and Haketeii the same ■ __ well suited, as well as can be set for lund and return flights 2. SegsMlugaodeii according to claim 1 characterized eekennzeichaet that i ¹ * · * the SIulö fiab ^ iFfusialIeruafeer 1 ajigcKführten start possibilities «is equipped. "'. ' 3. Glider model according to claim 1, characterized in that for the Sart with © ammiseil ä & D hook 1 Fig .I and the 'Sugklamiaer' Fig.4 for locking into the opening 6 Fig. 1 are set up. 4 ·. Segeiflugaodeli according to Aaepruch 1, characterized in that To start with the crossbow the Eerfee 2 on the column 3 ife ^> · Ί-arranged is. 5 »Glider model according to claim 1 characterized by» that 25US start with © eweirs and devices with Luftdruok and Spring pressure and column 3 with oil cartridges and rockets Fig. 1 is pushed into the launch barrel around with the projectile to achieve a strong bond 6. glider model according to claim 1, characterized _f that the model is equipped with the eyelet 4 Fig. 1 to the Eundflug ^ can be. ·. ?. Sailing flight model according to claim Λ, characterized in that the adjustable lateral control Fig. 9 sets the model for sweeping flight in the vicinity of the take-off site k "' S * glider model according to Äispsuch 1, characterized in that the entire model is built out of three main parts can be, namely 1st pillar 3 with head and hook start, 2. Bückemp3? of il with built-on Türag-u. Sehwanzf läohen and 3 * adjustable side controls with locking device » 9. Sailing lugaodeli according to claim 8 characterized by 4iö _Λ love parts Fig * 4 bracket for «Jummistart and Fig. 10 cylindrical sleeve 18 with reinforced loden and screw 19 for fixing in the öffatiag 6 Fig.1 dur / 4 6 Bad-Wörishqfen, den? ”August 195O Arcl