OBJECT SEPARATOR SUPPORTED AND HOOKED TO A SINGLE RING-LIKE COMPONENT

Abstract: The separator is composed of two elements (1) basically alike, each one made up of three parallel sectors (2) and (3) hinged to each other and folding (4). The two components (1) are coupled in a mobile fashion to each other in the opposed di­ rection, by means of eyelets (6) or (6′) to be found on the more projecting ends of the outer sectors (3). The coupling forms a single folding and upturnable element to which is coupled a ring-like body (7), (8), or (9) inserted into said eyelets (6) or (6′).

Description: The invention consists of a separator for objects supported by or hang on a single ring-like element, especially suitable for the support and separation of keys, tools, various accessories, camping utensils, sample kits and so on, including two foldable and upending components, constrained to each other by means of ring-like eyelets and coupled to a ring-like element which, passes through said eyelets. To better understand the novel concept of this invention, given as an example, reference is made to the simplest and most common of its applications : the key-holder. It is well known that in a large number of cases, the keys in general are for the most part constrained to a ring-like body from which, thanks to its configuration, each separate key may be easily used, independently of the others hanging on the ring-like body. However, it very often happens that, under these conditions, the user has some difficulty in finding and separating the key or keys to be used at a specific time, among all those included in the bunch, hanging on the single ring-like body. Another drawback is due to the fact that when using a particular key, such as, for example, the car starting key, the others attached to the same ring-like body knock against each other and jingle in a very annoying fashion. Other drawbacks, connected with different applications, derive from the fact that certain objects, such as, for example, camping tools, campers' cutlery, manicure sets, measuring utensils and so on, if hung on a single ring-like body, are awkward to use because the other objects get in the way and are encumbering, since they are in no way separated from each other. DE-C-254 758 discloses a separator for keys supported by or hang on a ring-like element. The disclosed separator consists of two rectangular sectors hinged on one of its shorter sides, each sector being provided with coupling means and with a through hole for receiving the ring-like element; the keys being alternatively enveloped within said sectors. Although the separator disclosed in said reference allows to separate the keys to each other, it is inconvenient to easily select a particular key that is frequently used or to separate certain objects from each other hang on the same ring-like element. The object of the present invention is to eliminate the above-mentioned drawbacks. According to the present invention, this object is achieved by a separator for objects capable of being supported by or hang on a ring like element, consisting of: at least two like components, each component having three rectangular sectors one rectangular sector is shorter than the other two rectangular sectors which are respectively hinged on the opposite longer sides of the shorter rectangular sector; each of the longer sectors of each component having one of the sides rounded off close to which there exists a through hole, said respective through holes of each of the longer sectors of the components are coupled by an eyelet, said eyelet forming a pivot around which said longer sector can rotate relative to one another; a ring-like element passing through said eyelets, the objects being suspended from said ring-like element. The results obtained by the separator of the present invention are: the two coupled components, composing the separator, are easily upended between each other, releasing and/or collecting one or more than one object hung on a common ring-like element; the objects, separated according to their purposes, uses or functions to which they are intended, are released or collected, and at any rate are kept separate from the coupled components according to the selection chosen and decided on by the users ; the ring-like element is equipped with a separator made up of two coupled components. The advantages deriving from this invention consist mainly of the fact that, during use of one or several keys or one or several objects hang on the ring-like element, the other objects hang on the same element are kept separate and gathered together in such a way as not to be encumbering and to facilitate the use of the one or ones selected. The invention is heretofore explained in detail, with reference to the enclosed drawings, in which : Figure 1 shows a closed separator seen in a side view, figure 2 shows a closed separator seen in a front view, figure 3 shows a closed separator in horizontal section, figure 4 shows a partly open separator, folded and being up-ended, figure 5 shows a separator in a completely open position, before being folded, either in one direction or the other, and then upended to be reclosed, and figure 6 shows the basic components, with some possible variations, of which a separator is composed. The drawings show a separator for objects supported by and hang on a single ring-like element, including two like components (1). Each component (1) consists of two sectors (2,3) connected to each other by means of folding hinges (4). The outer sectors (3) have upper, more extended ends on which are machined through-holes (5) in which are engaged connection eyelets (6). The eyelets may be of a separate type (6), or machined as one with the component and projecting (6') along the circumference of at least one of the through-holes (5) existing on the ends of the outer sectors (3). The folding hinges (4), on the other hand, are extended along the sides of the sectors (2,3); these may be machined directly with the sectors (2,3) by means of nicking or preforming of the material which they are made of. This is possible when the components (1) are made of plastic material or the like, such as, for example, polypropylene. In fact, this material, thanks to its characteristics of flexibility and resistance, permits the components (1) to be made by a single molding process with preforming of the folding hinges (4), mainly composed of lines of limited thickness which permit illimited foldings according to their extension. In other solutions, as, for example, those having sectors (2,3) made of metal or other stiff material, the folding hinges (4) are attached separately and they too are made of metal or in another suitable material. Further realizations may consist of sectors (2,3), in stiff materials glued or added to continuous and flexible strips which comprise the folding hinges (4). In any case, the two components (1) made up of sectors (2,3), are connected to each other in an opposed position; that is to say, the upper extended ends of the sectors (3) are coupled head on and constrained to each other by means of said eyelets (6,6'). Application of the eyelets (6) is obtained in the same way as for rivets, studs, through holes and so on, or by means of a machine exerting pressure devised for this purpose; constraint by eyelets (6') may, on the other hand, be obtained either by mechanical pressure or, more simply, by manual pressure; the projecting lip of the eyelets (6') is pressed against the edge of the through hole (5) until it gives way yieldingly and passes beyond the thickness of the sectors (3), in which position it regains, elastically its external proportions increased with respect to said through hole (5). The eyelets (6,6') as well as constituting the connecting elements of the two coupled components (1), form the pivots around which the components themselves may be freely made to rotate and the through holes (5) through which a circular (7) or polygonal (8,9) ring-like element is engaged. In one of the above-mentioned embodiments, the components (1), thanks to their configuration in sectors (2) and (3) connected and foldable along the folding hinges (4), may rotate and be folded both in one direction and in the opposite one. For better clarity and with reference to the drawings 1 to 5, starting from a closed position in which the two components (1) are basically folded one on the other to form a recess (10) inside which keys (11) may be closed, the same components may be opened up by exerting a pulling motion in the direction of arrows (12). During the opening, the eyelets (6,6') slide along the ring-like element (7,8,9) and the components (1) are compelled to open, following the direction of arrows (13); once they are opened to their utmost, as in figure 5, the key or keys (11) are completely free from the components (1), whereas, as the rotation proceeds, the same components are brought back to a closed position, the same as the previous one, but in a diametrically opposed position, with respect to the ring-like body (7), (8) or (9). In the new closed position, basically identical in configuration to the starting one, the components (1) form another recess (10) in which are now gathered, for example, keys (14) which were previously free. It may be understood that on a single ring-like element (7,8,9) which may be circular or polygonal, several objects of the same or different type may be hung, amongst which, however, it is wished to keep a clear separation in such a way as to facilitate their selection and use. Consequently, for example, a bunch of keys may be divided up into town house keys and those belonging to the house at the seashore or in the mountains, or into house keys and those belonging to the office or the car. Vice-versa, in other applications, the separator may carry out its function with working tools, such as, for example, thickness gauges and torque spanners, or with other objects or working utensils, such as fabric samples, linings, woods or the like. In the sporting field or with camping articles, the separator may divide up a jack-knife, files, screwdrivers from folding cutlery, from the nail set, from scissors and sewing accessories and so on. It goes without saying that even if the solution using a single separator with a ring-like body (7,8,9) is the simplest and most functional, on a similar ring-like body, possibly of adequate dimensions, one may apply even more than one separator which may perform more specific containment functions for objects divided into groups.

Claims: A separator for objects capable of being supported by or hang on a ring like element, consisting of: at least two like components (1), each component having three rectangular sectors (2,3), one rectangular sector (2) is shorter than the other two rectangular sectors (3) which are respectively hinged (4) on the opposite longer sides of the shorter rectangular sector (2); each of the longer sectors (3) of each component (1) having one of the sides rounded off close to which there exists a through hole (5), said respective through holes (5) of each of the longer sectors (3) of the components (1) are coupled by an eyelet (6,6'), said eyelet (6,6') forming a pivot around which said longer sector (3) can rotate relative to one another; a ring-like element (7,8,9) passing through said eyelets (6,6'), the objects (11,14) being suspended from said ring-like element (7,8,9). The separator according to claim 1, wherein the ring-like element is circular (7) or polygonal (8,9). The separator according to claim 1 or 2, wherein the components (1) are made of plastic material, the three rectangular sectors (2,3) being separated by hinges (4) obtained by nicking or preforming of the plastic material. The separator according to claim 1 or 2, wherein the components (1) are made of metal and the three rectangular sectors (2,3) are hinged by metallic hinges (4). The separator according to claim 1 or 2, wherein the sectors (2,3) are made of stiff material glued onto continuous and flexible supporting strips forming the hinges (4). The separator according to anyone of the preceding claims, the eyelet (6) is of the separate type. The separator according to anyone of the preceding claims from 1 to 5, wherein the eyelet (6') is integral with the components (1) and projects around the circumference of the through hole (5) of the other component.

Inventors: SANDRINI, FURIO MARIA
Applicants: FASHION DESIGN STUDIO S.R.L.
Application year: 1988
Main classification: A45C11
IPC codes: A47G29, A44B15, A45C11