DE1970898U - DOOR TAPE, IN PARTICULAR RISING DOOR TAPE WITH ELASTIC, BRAKING INSERT. - Google Patents

Description

P.A. 470 28 8-lB. 8.67

B_e_s_c_h_r_e_i_bja_n_g__. φ®

Door hinges, especially rising door hinges such as those in the drawing AlDb. 1 and 2 are all = Commonly known. Rising hinges, i.e. those that are one have an upward sloping leading run-up surface, The aim is that the doors should rise slightly from the floor. Doors should rise from the floor when a floor with carpets, runners, linoleum or the like When the door opens, it should move over the barrel floor covering. Doors with rising hinges have these advantages but a major disadvantage not to be despised! The disadvantage is that such doors close independently and in such a way that it does not proceed without a great deal of noise is also promoted by the weakest draft. What As a result, the doors close with a loud bang = cleaning and damage to health in the vicinity imposed on sensitive people! Sometimes doors have with rising door hinges also fill glass panels Such doors run the risk that when they close independently, which is still promoted by drafts, the glass = washers split open: and get damaged! The noiseless closing of such doors with rising door hinges was previously possible with appropriate aids, how to attach door buffers or door-closing-braking devices = remedied. However, it turned out that all of these = Aids were found to be unattractive! damage and deface the door and the door frame. Even when cleaning these doors it turned out that the = like aids had to be viewed as a disability!

All these disadvantages, such as plastering the door with noise and adding unsightly auxiliary items medium, as well as damage to existing glass panes, the damage to the doors themselves, are caused by the object shown in the drawing Fig.1 and Fig.2 rising door hinge with elastically braking inlay pieces C) between the pin end E) and the versci ^ uß der Guide sleeve at B) fixed!

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Z θ i calculation declaration .

Fig. 1 shows a rising door hinge with the lower part A) and the upper part B) to be attached to which above = To be on the safe side, the push-on sleeve, up to the lock above, is drawn in section.! Furthermore, the fixed Pin E) in the lower part A), as well as the relevant object = was an elastic brake-acting insert C). A friction-protecting intermediate washer D). Ca) shows the insert for itself!

Fig. 2 shows a rising hinged door hinge with the lower part A) and the upper part B), in which the push-on sleeve is also shown in section. E), the fixed pin in the lower part A ^ and the elastic brake-acting insert piece C).

The innovation is that in the storage sleeve of the upper part B) an elastic brake-acting insert = piece 0), like rubber stopper, also compression spring, up to the top Cavity end of the miter sleeve is used, which the Closing path to be determined until the door stops latching into the door lock causes! The space for the insert C), is from the end of the pin E) and the 7erSchluß-Grund above in the guide sleeve cavity be = That's right! Now comes the door, after inserting the insert = Piece 0) to close, then the upper hinge = part B) slowly with the elastic brake-acting insert = piece C) on the pin end E) and prevented by the brake-acting material slamming, slamming the door in the door lock! Closing slows down. The door is closed completely by manual actuation. As soon as the door is opened, it is called elastic insert already directly on the door, which has the further advantage that the wear and tear of the increasing Mihrungsbahn is reduced and the period of use of the = like rising door hinges! These elastic, brake-acting inserts C) still have the advantage of that the doors, if they are something open, not through one Drafts can be opened and closed!

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Claims (1)

»Ι S shu t ζ ans pruch £ χ , Door hinge, in particular rising door hinge, characterized in that in the cavity, the guide = sleeve, the strap half B) to be attached elastic pressure-reducing insert C) is inserted, which against the pin end E) when closing the door pushes and an elastic, resilient Yi / i ^ resistance takes place. '' Door hinge according to claim 1, characterized in that that apart from the elastic insert C) in the cavity, the guide sleeve, the door to be attached = band B), between the pin end E) and the elastic insert C) a metal or E ^ fststoffscheibe D) sits, in order to reduce friction wear of the elastic insert C). Door hinge according to Claims 1 and 2, characterized in that the is to be attached in the upper cavity the Türbaiyteiles B), brake-acting, elastic Ein = layers made of rubber, or compression springs, or small air-filled hollow bodies are used, which let the closing process take place silently