DE1912180U - HANDLE FOR LID, POT AND THE LIKE. - Google Patents

Description

Handle for lids, pots and the like.

The price increase affects one for lids, pots or other containers specific G-handle, consisting of a handle body, a Handle carrier and at least one essentially U-shaped bent, resilient retaining element, the legs of which engage in a narrowing of the G-riff carrier.

When attaching G-riff s of the type mentioned, first the handle carrier on the pot lid or the like. welded on. The relative The position of the handle support to the pot can vary with different pots be different by several tenths of a millimeter. After welding of the handle carrier, the entire pot is enamelled, with the handle carrier inevitably also being given an enamel cover. the The enamel layer varies in thickness. In order to keep the handle body even if these differences come together unfavorably To be able to attach it to the handle supports had to be a big game be provided between the handle support and the handle body. In the case of large games, however, a tight fit of the handle cannot be ensured so that most of the handles are not tight on theirs Straps sit, but tend to buckle.

As a result of the inflation, a handle of the type mentioned at the beginning should now be used be created, despite the disfiguring during welding Inaccuracies and despite the enamelling firmly on its carrier sits.

The handle according to the innovation is characterized in that the resilient element a bent from twist, in preformed recesses the handle body held leg spring is whose Legs transverse to the point of engagement of the leg spring flat trained handle carrier run, the spring legs in a constriction of the outer contour of the handle carrier or in a Enlargement of an incision engage in the handle support and inclined surfaces lying on the handle support in front of the constriction or enlargement are arranged, which serve to spread or compress the! spring legs before reaching the engagement position. Since the handle according to the innovation, the legs in preformed Recesses of the handle are held, the subsequent pressing in of the ends of the leather is not necessary.

In the inventive arrangement of the spring transversely to the flat Handle supports only have narrow contact surfaces for the spring. Experience has shown that it forms on these narrow surfaces just a thin layer of enamel. Difficulties caused by different thicknesses of enamel layers are thus caused the innovation avoided.

An inventive Y / pus formation of the new G-riff is characterized in that inclined surfaces are provided on the constriction or enlargement in such a way that when the handle is attached, the spring legs still rest against the inclined surfaces in the area of the inclined surfaces. With such a configuration of the constriction or enlargement, the position of the leg spring and thus of the handle body relative to the handle carrier and thus relative to the pot or the like can. fluctuate slightly, although a springy engagement is retained. The deviations occurring when the handle carrier is welded on can be bridged in this way, ie the handle body can always sit tightly on the pot, even if. the handle support is not in exactly the same position relative to the pot for every piece.

In a particularly advantageous embodiment of the invention is the leg spring in the direction of the longitudinal extension of its Legs can be pulled out of the handle body. The spring is pulled out transversely to the direction in which the handle is on the Handle carrier is pushed. This makes it possible, despite one: to remove it from its attachment again in itself inextricable fastening of the handle. This is achieved in that the spring despite the impossibility of disengaging it by a force acting against the direction of attachment of the handle body position to solve, after the side can be removed. Advantageously, there are bulges or bulges on the spring legs. Indentations are provided which, when the handle body is attached, engage behind the handle carrier and are dimensioned in such a way that the

The spring legs are elastically compressed from zi eiien of the spring Tdzw. be spread. This measure becomes an undesirable Lateral falling out of the spring is prevented, as this with the help of the bulge or the indentation that the handle carrier engages behind, form-fitting ara handle carrier is held. This holder is independent of the holding effect of the spring, which prevents the handle body from being pulled off.

With a different grip according to the! Inflation, which is above all as If the handle is suitable for pot lids, each spring leg is preferred rectangular so that an elasticity is achieved in the longitudinal direction of the legs. In the handle body are preferably Inclined surfaces provided that the spring when pushed compress the legs elastically in the longitudinal direction. Subsequent to the inclined surfaces are butes for engaging the the Eopf piece connecting the spring legs and the one in this Case bent leg ends provided. With this grip, the form-fitting hold of the spring on the grip body is thereby achieved achieves that the spring engages in hats after elastic compression in the longitudinal direction of the legs when springing open. When the handle body is plugged onto the handle carrier, the legs are then spread apart and grip the elastic Compression into the constriction provided on the handle carrier,

A further inventive embodiment of the inflation is thereby characterized in that the handle carrier at the points where it touches the handle body to fix the same with

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strong curvatures, Yorsprangen or the like. stranding is. In this way, τ / ird achieved that, the controller ,, where the G-riffkörper the G-riffträger is fixed, no unkontrollierbars thick Eiüailleschichten "form. The experience was _o t that in places with sharp Erümmung or sch .ub.len! 'laugh at "wart-like elevations or the like. only thin Überzü _o e form, AEAs match between the handle support and handle body can therefore grounded low genalten v /, so that there is always a fixed Sits of G-riffkör ^ ers is gev.'c.hrieiiStet.

From the following description of several games go into connection with the drawing and the Details of the inflation emerge, it shows:

Fig. 1 a part'v; eise-, eoclmittene L / racflooks on one Pot handle according to a first example the fire,

Fig. 2 a section along the line H-II in ^ Ob. 1, Fig. 3 is an enlarged view of the G-reef carrier and the o-reef body in the area of the dash-dotted ureides III in ^ oο. 2, Fig. 4 a Pfannenstiel, teir .. 'eiöe im. Cut, according to a second example of inflation, Fig. 5 a section along the line 7-7 in ..ibb. 4, Fig. Δ the handle of a Uiloh pot, partially cut, according to a third example of an example of the ! Inflation,

Fig. 7 a section along the line 7II-7II in Fig. 6, Fig. 8 a: i section along the line 7III-7III in .hdob. 6th

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in enlarged jars'jellun _o ,.; although only the handle support is shown,

Fig. 9 is a diametrical section through a lid handle according to a fourth example of the inflation rate,
Fig. 10 a section along the line X-Σ in ^ .bb. 9 and

Fig. 11 is a perspective view of the mounting spring.

The pot handle according to Figs. 1 to 3 consists of: a handle carrier 2 butt welded to the wall 1, the handle body 3 and the leg springs 4. The handle body 3 has a cavity 5 at its pot-side end , which receives the handle carrier 2 in the assembled state of the handle. When the handle body 3 is pushed on in the direction of the arrow 5, inclined surfaces 7 of the handle body 3 rest against inclined surfaces 3 of the handle carrier 2. Due to the healing effect of the oblique faces 7, S v; ird, the handle is held on the carrier 2 without play. This is achieved by the fact that in the fully inserted state (Xo] I. 3) the handle body lies tightly against the inclined surfaces 3, the system is not yet reached before it is fully inserted (state in Fig. 1 and 2 left).

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T7ie can be seen in Fig. 3, is the j-riffssijiszs; 2 with one provided with bent-up embroidery 2 '. At the one opposite the patches 2 ' Face 2 "can also not be shown in the drawing wart-like elevations shown may be provided. The behaves

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iiismäisig sharp Erüinmung of the back and the narrow front side 2 "or there before _ö esskeiien survey: blank in the subsequent EmailIiεrung which occurs after the welding of the grip body, are formed only a thin Emailleschient so that the recess of the G-riffkcrper.s can be adapted closely to the handle carrier, whereby a tight fit of the G handle body is achieved.

In the handle carrier 2 incisions 9 are provided. Starting from a narrowest point 10, the 'incisions 9 widen outwards -' via inclined surfaces 11, while towards the ϊο-pfseite the incision opposite the narrowest. Digit 10 is expanded over Ξι.undun _ö en 12. The springs 4 are made of stainless steel and are bent into a U-shape. On the U-3 legs oind ^ usb & uchu: i _o e: i 14 provided. A recess 15 accessible from the outside of the handle is provided on the G-reef body for each peder 4. Furthermore, in the G-riff body from the outside inaccessible recesses 16 for the iufnaniae of the ends of the '_? ed he leg 13 molded.

Be the attachment of the handle body 3 to the handle support 2 are in the loose handle body 3 first the I ^; 'Edem 4 inserted and then the handle body 3 aufgescheooen on the handle carrier 2. The legs 13 of the springs 4 slide along the viewing surfaces 11 and are compressed so far that they can pass the narrowest point 10 of the incisions 9. 2After overcoming the narrowest point 10, the spring legs spread

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again apart and then ran along the curves 12 of the lower extensions of the incisions 9. The ./inicel between the lease defined by the arrow 6 and the! "'laugh at which the spring rests in the assembled state is always larger than the angle of friction, so that pulling off the handle does not is possible.

Although it is impossible, the G-riff ent _{ö o} e s of the seal of the arrow 6 deducted, it can still be solved carrier VOA G-riff. For this purpose, each 4 is pulled out, looking at arrow 17 (Fig. 2), gripping under the crosspiece connecting the legs 13, for example with a screwdriver, and thus lifting the spring *, -; ird. In doing so, a certain force has to be overcome, since the bulges 14 initially cause the spring legs IJ to be compressed when sliding along the G-riff carrier 2. The bulges 14 thus prevent the leather 4 from accidentally falling out.

The angle of inclination of the inclined surfaces 11 is such that the compression the IPederscherikel is easily possible, i.e. the T / inkel zv / isehen the insertion direction 6 and the inclined surfaces 11 is relatively small. On the other hand, the transition of the curvatures 12 into the narrowest point 10 is such that when pulling on the 3-reef it is not possible to squeeze the peders' legs.

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When the pan handle according to the Ab ¹ D. 4 and 5, a handle support 19 is welded to the pan 18. This handle support and a cavity 20 in the pan handle 21 are shaped in such a way that the handle 21 is held there free of play after it has been pushed onto the handle support 19. At the end of the handle carrier 19 e.rne tongue 22 is bent, which has inclined surfaces 23 at its front end and a constriction 25 behind a widest point 24. In this embodiment, too, a leg spring 26 is provided which is shaped similarly to the leg spring 4 according to FIGS. 1 to 3. This leg spring is received in a recess 27 of the pan handle 21. The leg ends engage in recesses 28 in the interior of the cavity 20. While in the embodiment according to FIGS. 1 to 3 die.Federn 4 are compressed when pushed onto the handle carrier, the corresponding springs 26 of the embodiment according to FIGS. 4 and 5 are pushed apart when sliding along the inclined surfaces 23. After having overcome the widest point 24 of the tongue 22, the legs spring inward again and then rest against the tongue 22 in the region of the constriction 25. In this case, too, the spring can be pulled out to the side, for example by means of a screwdriver, although it is not possible to pull off the handle 21 in the longitudinal direction because of the constriction in such a way that the spring can be slid along the transition points.

areas from the constriction to the widest point 24 not m & s. expresses apart c & nmeax.

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In the case of the pot handle according to FIGS. 6 to 8, there is a handle support on the pot 29 30 welded on, the profile of which can be seen in Fig. 8. At the end of the handle support 30, an incision 31 is provided which has a similar shape as the incisions 9 (Fig. 1 to 3). The leg spring 32 corresponding to the leg springs 4 and 26 is analogous to the embodiment according to Figs. 1 to 3 at Slide along the inclined surfaces of the recess 31 and lock in place after overcoming the narrowest point of the recess 31 in the extension behind it. Even the handle 33 can, despite the impossibility of pulling it from the handle Pull off the handle support 30, be released in that the spring 32 is pulled out to the side.

In the case of the cover handle according to FIGS. 9 to 11, a handle support 35 is attached to the cover 34. This handle carrier has on his upper end sloping surfaces 36 and beyond the widest point 37 differently inclined inclined surfaces 38 which merge into the shaft 39 of the handle carrier 35. The total numbered 40 Leg spring is bent in two planes, namely those are Leg 41 is provided with an approximately rectangular crank 42. The ends of the legs 41 are bent at 43. When assembling this handle, the spring 42 is first in the handle body 44 secured in that the spring is compressed in the direction of arrow 48, i.e. in the longitudinal direction of the legs 41 and is locked in recesses 45 of the handle 44 when it springs back. The handle body 44 is then moved in the direction of arrow 45 ' (Fig. 10) pushed onto the handle support 35. 3when gliding along

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of the crimps 42 on the inclined surfaces 36 are the legs 41 spread apart. As you push it in, it becomes the widest Point 37 happens, after which the spring rests against the inclined surfaces 3E.

In the illustrated embodiments, there are springs from a spring wire of circular cross-section. Taken for granted other wire profiles come into consideration, e.g. Spring wires with a rectangular cross-section. When using such Profiles? I? Ground the torsion springs advantageously bent in such a way that that the long rectangular side of the rectangular cross-section is parallel to the inclined surfaces of the G-riffräger. This will make that Sliding along when pushing in the G-riff body favors and. on the other hand, an even better protection of the G-reef body against pulling out is achieved.

In the last example dealt with (Fig. 9 to 11) you can in the recess 46 of the handle body 44 inclined surfaces are provided which cause the spring to snap into the recesses 45 is compressed.

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Claims (10)

Protection claims s 1. Handle intended for lids, pots or other containers, consisting of from a G-rif f body, a handle carrier and at least one essentially U-shaped bent, resilient holding element, the legs of which engage in a narrowing of the handle support, characterized in that the resilient element (4, 28, 32, 40) is a bent from wire, in preformed recesses (15, 27, 45) of the handle body (3, 21, 33, 44) is held leg spring, whose legs (13 »41) transversely to the at the point of engagement of the Leg spring flat handle carrier (2, 19, 30, 35) run, the spring legs (13) in a constriction (25, 39) of the outer contour of the handle carrier (24, 35) bz7j. in a Extension (12) of an incision (9-31) in the handle carrier (2, engage and on the handle support in front of the constriction or expansion lying inclined surfaces (11, 23, 36) are arranged, for spreading or compressing the spring legs Serve reaching the engagement position. 2. Handle according to claim 1, characterized in that also on the constriction (25-39) or extension (12) inclined surfaces (12, 38) are provided in such a way that when the handle body is attached the spring legs rest in the area of the inclined surfaces. 3. Handle according to claims 1 and 2, characterized in that the leg spring (4, 26, 32) can be pulled out of the handle body (3, 21, 33) in the direction of the longitudinal extension of its legs (13). -13- ' 1 4. Reach for. Claim 3? characterized in that the Spring legs (13) bulges (16) or indentations are provided are that, when the G-riff is installed, engage behind the handle carrier (2, 19, 30) and are dimensioned so that when pulled out the spring legs (13) are elastically compressed or spread apart will. 5. Handle according to claim 1, in particular handle for pot lid, characterized characterized in that each spring leg (41) is preferably rectangular, which results in elasticity in the longitudinal direction of the leg Has cranked portion (42) and that preferably in the handle body (44) inclined surfaces are provided which the spring when Push in the longitudinal direction of their legs (41), elastically compress them and at the ends of these hats (45) for engaging the head piece (47) connecting the spring leg (41) and the bent piece Leg ends (43) are provided (Fig. 9 to 11). 6. Handle according to claims 1 to 5, characterized in that that the angle between the Eiiischieberrichtung (6) of the handle body (3) and the inclined surfaces (11) for compressing or spreading the spring legs (13) is smaller than the 7 / angle between the pulling direction of the handle and the transition from the S handle carrier constriction or the extension of the handle carrier incisions into the sloping surfaces. 7. Handle according to claims 1 to 6, characterized in that when using a spring wire profile with a substantially rectangular cross-section, the long side of the rectangle is parallel to the inclined surfaces compressing or expanding the spring legs (13). -14- 8. G-handle according to claims 1 to 7, characterized in that that with a substantially horizontally lying pot handle the G-handle carrier (2) is arranged horizontally and two in. The handle carrier (2) intervening leg springs (4) are provided (Fig. to 3). 9- G-reef according to claims 1 to 6, characterized in that that with pan handles (21), milk pot handles (33) or the like. With a G-riff carrier (19, 50; whose profile is adapted to a cavity (20) of the handle, the constriction or the incision is provided at the outer end of the profile, e.g. on a tongue bent there. 10. Handle according to claims 1 to 9, characterized in that the handle carrier at the points where it touches the handle body to fix it, with strong curvatures (2 ¹ ), gate projections or the like. is provided.