DE7314223U - OVERWEIGHT AND UNDERWEIGHT CONTROL DEVICE FOR OBJECTS OF DIFFERENT KINDS, PARTICULARLY COINS AND THE LIKE - Google Patents

Description

Inkiess Margot Vote, 1 Berlin 41, Sponholzstr. 7th

Over and underweight control device for objects of various types, in particular coins, and the like.

This innovation relates to an overweight and underweight control device for checking the weight of objects of various types, in particular coins and the like.

For numerous weight checks it is not necessary to determine the absolute weight on a verifiable scale or but too expensive.

Previously known devices for checking compliance with a target weight are mostly limited to a single weight. To check additional weights, the device must either be adjusted or a second and several devices have to be used.

The innovation avoids these disadvantages and is characterized above all by the simple device structure and the simple In addition, the device is easy to manufacture and practically maintenance-free as well as foolproof. It has a low Weight, is relatively cheap and takes up little space. The device according to the innovation consists of a pendulum Upper part mounted on a lower part with several receiving parts for the objects to be tested, in particular coins and the like, located at different distances from the axis of rotation, different weights and possibly different sizes and shapes.

The device offers the possibility of positive or negative deviations from the specified target weight without making adjustments to one or more control bodies known, but in wide limits of any geometry by simply laying on them

COURT

RLlN WEAVES

to be determined easily and with sufficient accuracy. Depending on the formation of the receiving points, different test specimens of known geometry are adequately held in their counter position on the movable upper part movable upper part, which makes handling considerably By replacing the movable upper part underneath Further use of the lower part against one with other formed and optionally arranged receiving points For the objects to be tested, the device can be quickly and easily converted for objects of other geometrical permissions and, if necessary, sizes

In the drawing, examples of inflation are shown schematically. Show it:

Fig.l is a plan view of an embodiment; FIG. 2 shows a continuation through FIG. 1 in calibration A-B; Figure 3 is a cross-section through Figure 2 in the direction G-D; 4 is a side view of a second and 5 is a side view of a third embodiment.

The same parts are denoted by the same reference symbols in all figures.

In the example according to FIG Upper part 2 is mounted on an axis of rotation 3 in a pendulum fashion. As can be seen from the drawing, the lower part 1 has a U-shape in longitudinal section with a longer leg 4 and a shorter one Leg 5. The longer leg 4 carries the axis of rotation 3.Sein the upper part carrying the axis of rotation 3 is advantageously kept U-shaped, as can be seen in FIG. 3.

The axis of rotation 3 can be stationary but also be mounted so that it can be pulled out. In particular, the bearing and the upper part can of course also be designed differently than shown. The upper part 2 protrudes with its one end 6 on the outside Leg 4 addition and carries a removable or replaceable

Weight 7 »The other part 8 of the upper part 2 ends in front of the leg 5 of the lower part 1. The part 8 has different receiving parts 9 for the objects to be tested. In the execution according to Pig.1-3 these receiving points 9 are vertical slots or pockets formed »which extend over the entire width of the upper part 2 · But they can also be closed at the ends no and then form pockets with marks 13> 14 on the upper part 2 in connection with the information Λα serve the receiving points 9 to test the NuI position of the device and thus determine the correct weight of the test body (s). In the example, the upper part has a U-shape in cross section and is cap-like the leg 4 of the lower part 1, thereby the pivot bearing 3 and the weight? covered and protected.

The versions according to FIGS. 4 and 5 only differ in this respect yon Fig. 1-3 than the upper part 2 has differently designed receiving points 9 for the objects to be tested.

FIG. 4 also shows an identification of the individual receiving parts 9, which in the example relates to coins but naturally depends on the purpose in each case.

As the illustrations show, the device only consists of swei movably arranged parts, namely the upper part 2 and the lower part l.Bin adjusting any other parts * Weoka testing of the test specimen is not necessary, the weight of the different test weights is only determined by Change of the position of the test body a ^ f the upper part 2 to this The receiving points 9, which are arranged at different distances from the pivot point or the axis of rotation 5 of the upper part 2, are provided.

The innovation is not limited to the examples shown and described.

bo the lower part 1 can have a different shape, e.g. the shape of a inverted T in longitudinal section, the upright web of which the Has pivot bearing for the upper part The pivot bearing can also be designed differently than shown,

7114221 -ζ β, ti

Claims (1)

μ. - 4 - E.g. as tendon deposition. The weight weight 7 can be arranged to be adjustable or displaceable, So the device consists of three moving parts. The lower part 1 can have a non-slip bottom cover that made of a non-slip or adhesive material on the support surface and / or molded assembly ate He η can exist for the attachment. A wide variety of measures are possible here. Protection claims. l.) Overweight and underweight monitoring device for objects of various types Type, in particular coins and the like., Characterized by a Upper part (2) pivoting on a lower part (l) with several at different distances from the rotating or pendulum axis (3) of the upper part (2) lying receiving points (9) for the to be tested Objects, especially coins, of different weights and possibly different shape and size. 2. control device according to claim 1, characterized in that das8 The upper part (2), preferably having a U-shaped cross section, has its pivot bearing or self-aligning bearing (3) covered in the lower part (1) and on one side Side of the pivot bearing (3) the receiving points (9) for the to be tested Coins and the like as well as on the other hand an immovable and possibly having exchangeably arranged counterweight (7). 3.) Control device according to claims 1-2, characterized in that daasdie Acceptance points (9) for the coins and the like than over the upper part (2) &; distributed depressions, in particular slots, troughs, Bags, designed and possibly with value, target weight or ψ Type specifications are provided. 4.) Control device naoh claims 1-3, characterized in that ! the lower part (1) and the upper part (2) are detachably connected to one another and the upper part (2) against an upper part with other receptacles > mestellen (9) is detachable. 5.) Control device naoh claims 1-4, characterized in that the device has two movably connected parts, namely the lower part (1) and the upper part (2). Sohut no claims. l,) Over- and underweight control device for objects of different Type, in particular coins and the like., Characterized by a Upper part (2) with several pendulums on a lower part (l) at different distances from the turning q of the pendulum area (3) of the upper part (2) lying receiving points (9) for the to be tested Objects, especially coins, of different weights and possibly different shape and size. 2.) Control device according to claim 1, characterized in that the The upper part (2), which preferably has a U-shaped cross-section, has its pivot bearing or self-aligning bearing (5) covered in the lower part (1) and on one side Side of the pivot bearing (3) the receiving points (9) for the to be tested Coins and the like as well as on the other hand an immovable and possibly having exchangeably arranged counterweight (7). 3.) Control device according to claim 1-2, characterized in thatthe Place (9) for the coins and the like as over the top part (2) distributed depressions, in particular slots, troughs, tabs, designed and optionally with value, target weight or Type specifications are provided. 4.) Control device according to claims 1-3, characterized in that the lower part (1) and the upper part (2) are detachably connected to one another and the upper part (2) can be exchanged for an upper part with other receiving points (9) is. 5. ) '■ control device according to claims 1-4, characterized in that the device has two movably interconnected parts, namely the lower part (l) and the upper part (2). 6. control device according to claim 1-4, characterized in that the Device has three movably interconnected parts, namely the lower part (1), the upper part (2) and a movable or displaceable part or adjustable counterweight (7) on the upper part (2) 7 · control device according to claims 1-6, characterized by an im Longitudinal section U-shaped lower part (1), one leg (4) of which has the rotary or pendulum bearing (3) for the upper part (2), which at least one mark (13 or 14) has to display its NuI position together with a corresponding mark (lo or 11) on Lower part (l). * 8. control device according to claim 1-7, characterized in that one end of the upper part (2) in front of the one U-leg (5) of the Lower part (l) ends and the other end of the upper part (2) over the the U-leg (4) containing the pivot bearing or self-aligning bearing (3) protrudes. 9.) Control device according to claims 1-6, characterized in that the Lower part (l) has the shape of an inverted T in longitudinal section, whose flange serves as a standing surface and whose web serves as a support for the third or pendulum bearing (3) for the upper part (2).