DE1724250U - DEVICE FOR DETERMINING THE VOLUME OF SOLID BODIES, IN PARTICULAR OF COMPONENTS. - Google Patents

Description

PA 197032-5. "

Bank account: Süddeutsche Bank Mannheim WALTER PlCHLER 1 $ ΐ & 0 <J € tfei 'O 8)

ρ. * u T ^ u o «™ PATENT-INGENIEUR Mannheim -D 5.2

Postsdieck: Karlsruhe 29509 '

(17a) MANNHEIM 105 Call: Mannheim 32178

Heidelberg = 5198 Otto. Dos e in "Sifeinheim a * d« £ ergstrasse

Device for determining the volume of solid bodies, in particular of pastries

The fire relates to devices for determination mens τοη solid bodies ^ in particular from BeMckstüQ & en *

Tolymenbeatimiaung ^ eI bodies of any shape by means of no wetting liquid * z »B * mercury or by means of a medium of appropriate grain size and shape is known, as is the method for determination of four * This is based on the formation of the difference between two measurements of the volume of bulk material with * hzw * without the body to be tested j whereby lulling and emptying devices are mostly used * which do not allow the measuring equipment to work properly in terms of measurement technology * in which it is scattered or stuck in collecting vessels * or but the volume determination is poorly reproducible due to the uncertain zttsafflmensit en of the measuring device due to vibrations

From the knowledge of these shortcomings, which occur in such devices Porm and structural design are to be traced back * that goes - According to the innovation for more suitable devices for volume determination, essentially there * the measuring equipment used additionally with devices causing vibrations to be provided * so that the measuring equipment used fits together to a reproducible end value *

This makes the Öewähr flawless for a measuring fanatic: Work required and a ^ T ^ & Elä-säigs-- · -; Determination of the IT volume brought about by solid bodies »

Such additional devices can be connected to known S devices to be attached »Besides, at» he will after, deae iretteriing a nwm-sartl-ge training course is planned for such firearms du3? GÄ a round sriekterform with an angle of diffusion that is smaller than the extension 011 180 ° of the double angle * "in which the measuring device used to slide on the surface" begins, what makes the measuring device a EuruekKLeifeen in the Where is excluded »

kestekt another feature of iietierting fact "that the A1>la" fstutzen attached "2 * B" elliptisclie flap Durek a gewiontslyelasteten Heliel so ttmlegbar is * that this Hfelsel uwceh be "Drelmoment the flap in the öffniangs ^ or iesenlossenlage in the ( drekt · iDies in orderly Mldet Heu er ^ - require a secure closure against -intentional measuring and furthermore an easy to handle "non-jamming device, which enables an even draining of the measuring means.

Finally also neueningsgemäß.eine special LORM and type is esätell G provided on the mounting * Were this so far used Suffen with laterally screwed ELtigelschrauben. To de] p ßfanz en'einen dubious cohesion enter ZVL "then aun provided clips to use" They open or close when you turn the handle button "whereby the entire inner surface of the clamp comes into play" so that despite the light construction of the clamps, the frame and the door are firmly connected to one another

finally, the insecurity through sitting together of different strengths of the measuring equipment is to be removed under the Measuring cup or on the side of the frame a mechanical or elektrGmeehanisch & r Seiiwinger attached to the measuring equipment on a Srad of 2inrüttelung and determined according to! time " so that a reproducible volume "brings about this also allows known devices to be improved significantly.

In the drawing, the innovation is in an explanatory note shown in a visual diagram and partial section

The Crerät has round friehter 1 and 2. These get the favorable angle for the ^ & ^ sHm in question! Leitmittel * .B, practice on aluminum -from 180 ° - 2 x25 ° * 134 ° or

smaller. JUi den, both friohterja is ^ eWeIIs a drain pipe 3, or * 4 Trorgeselien, in each of these there is a flap 3t or * 6 with weighted or spring-loaded levers 7 »or * 8 Torgeseiaen ·

These two iriciiter ¹ are HÖiie dureli the IClemmsciielt * len 9 to 12vvea? ^ * Elübar and seen in Tabs-Efes & bar "what Sofcraubgrif ^ e 15 to 1 $ serve · To the column 18 * 19 of the festells marks 17 are attached, which deia The purpose of easy retrieval of the best distances between the 3?

Senlasslion is on the column 18 or under the .Äeßgefaßen 22, 25 a permanently or detachably attached transducer 24 is arranged »which is mechanically or electromechanically attached to the or the measuring cup 22.25 acts

Claims (4)

_ ₄ _ PA 197036-5.4. ^Γ 6 _ S ο Ja.ut ζ: aa sir Ii che? "- .. 1 · (Jerät to determine the "volume of solid bodies, in particular SeMcIs. Tees, characterized in that the MeßgeiätS additionally inducing with vibration means" eg · Seiiwingern (used yerseiien 24) are woäuTGte a Zusammiensit2en the measuring means used. is reached to a reasonable limit 2. Serät saeli Insprueli 1 _fl marked by round frieze shapes (1> E) with an opening angle that is smaller than the addition to 1 50 ° of double the angle _f at which the measuring device used begins to slide on the surface »what makes the measuring device lag behind is spun out in the container 3 · Device according to claims 1 and 2, dadurGii marked, -' in the
that a drainage connection (3, 4) attached, e.g. "B * Elappe (5,6)" can be turned over by a somewhat or spring-loaded lever (7, β), so that this lever can be pushed through its torque through the flap into the opening * - or 4n the $ & * - SchlQSgenlage drent * 4 · Q-devices close to the injection levels 1 to 3, characterized by » that the! Eriöhter (1 * 2) are adjustable and removable Height-adjustable clamps (9-12) with screw handles C12 * 16} are arranged « 5 * device according to claims 1 to 4 »characterized by that with the öestell (18) or the measuring vessels (22,25) mechanical or electromechanical transducer (24) is removable and has an effect on the measuring vessels