DE1895734U - HANDLE FOR HEAVY LOADS. - Google Patents

Description

PATENT ADVERTISER R. STÖRZßACH STUTTQART 1

FernspreAer 66295 - wire address: Patentanwalt Störzbach, Stuttgart - PostfaA 49

28 4-98 Gi

Company R. v. Hünersdorff Nachf. Friedr. Bührer sen., Ludwigsburg (Württ) -, Eisenbahnstrasse 6

Carrying handle for heavy loads.

The innovation relates to carrying handles for heavy loads, especially coffin handles.

Handles of this type usually consist of a sturdy bracket made of metal, which is covered with a casing made of sheet metal or plastic to improve the grip or for decorative purposes. In the latter case the casing consists of two half-shells that are glued together ..

According to the innovation, a "carrying handle is proposed, the main feature of which is that the

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Handle is made as a solid bracket in one piece from thermoplastic material and in its bracket legs independent hook parts for fastening the handle are embedded.

Production can be carried out by any known method, such as injection molding, pressing or the like.

As far as handles of this type have superficially decorated shapes, as is usually the case with coffin handles, there are locally very different thicknesses of the handle, which can easily form cavities during manufacture, which cause the risk of breakage as a hollow point.

Another feature of the innovation is the Handle therefore made of a mixture of high-pressure and corset-pressure polyethylene with the same melt index, whichever porophore or another blowing agent added for foaming. The inside of the handle is homogenized by the foaming and ~ d ± e ~ the formation of voids is excluded.

The metal hook parts of the handle provided for fastening the handle consist of round iron, whereby their exposed ends are suitably bent, while their ends embedded in the plastic are turned wide and are provided with several breakthroughs, which at

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Sheaths are filled with plastic so that the hook parts are anchored against being pulled out or twisted are.

The advantage of the new handle is that it is considerably lighter than it is with, with high strength and load-bearing capacity a continuous metal insert. In the case of coffin handles, it is also desirable for cremations, if possible to use few metal parts.

The drawing illustrates an embodiment of the Innovation.

Fig. 1 shows a coffin handle in plan view,

partially cut.
FIG. 2 shows a section through the cut part, perpendicular to the plane of the drawing

Fig. 1.
FIG. 3 is a side view of FIG. 1.

The shown "coffin handle consists of the handle 1 and Hook parts 2 at its ends. The handle bar has relatively thick, three-dimensional ornaments Provided web part, which merge with flattened, thinner parts 4 · into the legs 5 of the handle bar.

According to the innovation, the handle 1 is in one piece

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made of plastic, u. Zw. Advantageously made of high-pressure and low-pressure polyethylene with the same melt index, the Porophore or another blowing agent added to compensate for the widely differing thicknesses is.

The hook parts 2 are made of round iron and are folded wide at the one straight end 6 and with openings 7 provided. With this end 6, the hook parts are embedded in the legs 5 of the handle bar and the openings are made of the plastic of the handle filled in, so that the embedded ends 6 are anchored immovably.

The other end of the hook parts is exposed and bent in a suitable manner for the attachment of the handle to enable. According to FIGS. 1 and 3, the exposed end is at some distance from the handle legs 2 a bend 8 by 90 outwards in the plane of the handle bar. This is followed by another bend 9 'um "·: 90 perpendicular to the handle level to the front.

The handle is fastened to the coffin by means of a cotter pin-like fastening eyelet 10, such as it is indicated on the left fastening hook in Fig. 1 and 3 and from the free end of the hook with

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her eye is pushed onto its middle bend 8. The split feet of the fastening eyelet will be driven through the coffin wood and their protruding tips bent back about 180 ° at the rear and tapped in again to protect against unintentional pulling out.

The shape shown of the fastening hooks 3 allows the pivoting of the handle from the hanging rest position into the horizontal, limited by the end bends 9 Position of use.

Depending on the intended use, the plastic part the handle with foil by means of a heated stamp, optionally colored, embossed or z. B. can be screen-printed or surface-treated in some other way.

As already indicated in the above description of the exemplary embodiment shown, the general Shape and / or surface design of the handle, and the shape of the fastening hooks can be largely modified depending on the intended use. Even the anchoring of the fastening hooks in the legs of the handle bar can have more or less openings as shown etc.

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Claims (7)

ΡΛ228 907 * 3/28/64 Protection claims: 1. Carrying handle for heavy loads, in particular coffin handle, characterized in that the carrying handle as a massive Bracket (1) in one piece made of thermoplastic material is made and in its two bracket legs (2) independent hook parts (3) made of metal are embedded for securing the handle. 2. Carrying handle according to claim 1, characterized in that the handle bar (1) consists of a mixture of high pressure and There is low-pressure polyethylene with the same melt index, which is optionally porophore or another blowing agent is added for foaming. 3. Handle according to claim 1 or 2, characterized -gekennz-eich-r net that the metal hook parts (3) consist of round iron that is folded wide at its embedded end (6) and is provided with one or more openings (7), while its other, exposed end is bent according to its type of attachment. 4-. Carrying handle according to claim 3, characterized in that the exposed end of the fastening hooks (3) emerges axially from the leg (2) of the handle bar (1), in -7- a short distance from the exit point (8) by 90 ° in the plane of the handle to the outside Receiving a fastening eyelet (10) for the pivotable fastening of the handle and then a Another bend (9) by 90 ° perpendicular to the plane of the handle bar as a stop to limit the pivoting movement. 5. Carrying handle according to one of claims 1 to M-, characterized in that the handlebar (1) is embossed with a film, optionally colored. 6. Carrying handle according to one of claims 1 to 4-, characterized in that that the handle (1), ζ. B. screen printing, is printed. 7. Carrying handle according to one of claims 1 to 6, characterized in that that the handle is manufactured using the injection molding process.