Apparatus for Cleaning Lenses, Mirrors and the Like

This invention relates to an apparatus for cleaning lenses, mirrors and the like which does not require the use of water, chemical cleaning solutions or other similar liquids.

Various cloths and tissues for cleaning lenses, mirrors and the like are provided by the prior art. The majority of the prior art cloths and tissues require the use of water, chemical cleaning solutions or other similar liquids for effective removal of the residues of dirt and oil which are often present on the surfaces of lenses, mirrors and the like. Certain of the prior art cloths and tissues are pretreated with chemical cleaning solutions to eliminate the requirement for use of water, chemical cleaning solutions or other similar liquids for removal of such residues from the surfaces of lenses, mirrors and the like. Unfortunately, such prior art cloths and tissues have not proved to be as effective for their intended purpose as untreated cloths and tissues used in combination with water, chemical cleaning solutions or other similar liquids.

The prior art provides cleaning kits comprising cloth or tissues and chemical cleaning solutions or other similar liquids. Such cleaning kits have proved to be convenient for use in scientific laboratories, industrial plants, photographic studios and other similar facilities for cleaning photographic lenses, microscope lenses and mirrors and other similar lenses and mirrors as well as in the offices of ophthalmologists, optometrists and opticians for cleaning eyeglass lenses. Unfortunately, such cleaning kits have proved to be cumbersome and inconvenient for most eyeglass lens cleaning applications outside the offices of opthalmologists, optometrists and opticians. Thus, prior art cloths and tissues intended for cleaning lenses, mirrors and the like and handkerchiefs, shirts, ties and other clothing items improvised for that purpose continue to be the most popular means for routine cleaning of eyeglass lenses by persons outside the offices of opthamologists, optometrists and opticans.

It is well known that plastic eyeglass lenses are often scratched during routine cleaning with clothing items and prior art cloths and tissues without the use of water, chemical cleaning solutions or other similar liquids. And, of course, clothing items are often soiled or wrinkled during such cleaning processes. Yet, the prior art has not provided an apparatus or other means which effectively cleans lenses, mirrors and the like without such disadvantages. It is highly desirable to have such an apparatus or other means in a compact form which is convenient for use for routine eyeglass lens cleaning by persons outside the offices of opthamologists, optometrists and opticians.

The present invention provides an apparatus for cleaning lenses, mirrors and the like which does not require the use of water, chemical cleaning solutions or other similar liquids for effective cleaning. The apparatus of the present invention is in a compact form which is convenient for routine cleaning of eyeglass lenses by persons outside the offices of ophthamologists, optometrists and opticians.

The apparatus of the present invention comprises a pair of soft, disk-shaped cleaning pads and a pair of essentially flat, pivotedly connected jaws. Each of the cleaning pads is affixed to one surface of one of the jaws near its free or outer end. In the preferred embodiment, a single, elongated piece of flat plastic material has a pair of parallel, transverse grooves which demarcate the jaws and a connecting element. The jaws can be positioned for use as a compact pincer to clean two parallel surfaces of a lens or a mirror or the like by folding this piece of plastic material along its grooves.

Each of the cleaning pads is comprised of a soft, supple cleaning cloth having a velvety surface finish and a soft, cushiony base of foam or sponge rubber or other similar absorbent material. The cleaning cloth and base of each cleaning pad are joined by a thin layer of pliable glue. The velvety surface finish of the cleaning cloth of each cleaning pad permits effective cleaning of lenses, mirrors and the like, including plastic eyeglass lenses, without scratching the surfaces thereof. The high absorbency of the base of each cleaning pad permits repeated cleaning of lenses, mirrors and the like. Moisture and residues of dirt and oil on the surfaces of lenses, mirrors and the like are absorbed and absorbed by the cleaning cloth of each cleaning pad, migrate through the open pore network of the cleaning cloth and adjacent layer of glue, and, then, are absorbed by the open pore network of the base.

These and many other advantages, features and objects of the present invention will be apparent from the following Brief Description of the Drawings, Detailed Description of the Preferred Embodiment and Claims, and the accompanying Drawings.

FIG. 1 is a perspective view of the preferred embodiment of the apparatus of the present invention with its two jaws in a flat, open position.

FIG. 2 is a side elevational view of the apparatus illustrated in FIG. 1 with its two jaws in a closed, opposed position.

FIG. 3 is a top plan view or a bottom plan view of the apparatus illustrated in FIG. 1 with its two jaws in a closed, opposed position.

The preferred embodiment of the apparatus of the present invention is illustrated in FIGS. 1-3.

Referring to FIG. 1, an apparatus 1 for cleaning lenses, mirrors and the like is illustrated in a flat, open position. The apparatus 1 comprises a pair of soft, disk-shaped cleaning pads 2, each of which is fabricated by joining a disk-shaped cleaning cloth 2A and a disk-shaped base 3 with a thin layer of non-water soluble pliable glue 4, and a pair of essentially flat, pivotedly connected jaws 5. The cleaning cloths 2A are fabricated from a soft, supple fabric having a velvety surface finish of the type normally associated with suede, such as the fabric identified by the Savina Ultrasuede trademark. The bases 3 are fabricated from a soft, cushiony, absorbent material, such as foam or sponge rubber. Each of the bases 3 is affixed to one surface of one of the jaws 5 near the free or outer end thereof with a layer of non-water soluble pliable glue 6. Each of the jaws 5 has an arc-shaped rib 7 near the free or outer end thereof which functions as a positioning means during the process of glueing a base 3 to the jaw 5.

The pivotedly connected jaws 5 are preferably fabricated as a single, elongated, flat piece of injection molded ABS or other suitable high impact resistant plastic material having a pair of parallel, transverse grooves 8 which demarcate two separate jaws 5 with a connecting element 5A there between. As best illustrated in FIG. 1, in addition to the connecting element 5A, each of the jaws 5 is provided with a connecting means for interlocking cooperation with the connecting means of the other, such as a shaft 9 on the left jaw 5 and a socket 10 on the right jaw 5 which function in combination as a snap or pressure fit fastener. By folding along the grooves 8 and forcing the shaft 9 into the socket 10, the jaws 5 can be placed in a closed, opposed position, as best illustrated in FIG. 2, which permits the apparatus 1 to function as a pincer.

Referring to FIGS. 2 and 3, it will be seen that each of the jaws 5 is provided with a plurality of longitudinal ribs 11 on the surface oppose its surface upon which one of the cleaning pads 2 is affixed. The ribs 11 facilitate hand gripping of the jaws 5 by the user of the apparatus 1 while cleaning a lens or mirror or the like. It will be readily appreciated that other means for texturing the appropriate surfaces of the jaws 5 can be substituted for the ribs 11. It will also be seen in FIG. 2 that the jaws 5, connecting element 5A and socket 10 circumscribe an opening for a key chain, key ring or the like when the jaws 5 are in their closed, opposed position.

Having described the structure of the apparatus 1, its principal methods of use for cleaning lenses, mirrors and the like will now be described. First, with its jaws 5 in a flat, open position as illustrated in FIG. 1, the apparatus 1 can be used to clean one surface of an eyeglass lens or other lens or mirror or the like by gripping one of the jaws 5 with one hand and buffing that surface with one of the cleaning pads 2. Next, with its jaws 5 in a closed, opposed position as best illustrated in FIG. 2, the apparatus 1 can be used as a pincer to clean both parallel surfaces of an eyeglass lens or other essentially disk-shaped lens or mirror or the like by opening the jaws 5 slightly, positioning the cleaning pads 2 on the parallel surfaces, squeezing the jaws 5 with one hand, and buffing the parallel surfaces. With either method of use of the apparatus 1 described above, a circular motion is preferred during the buffing process. Also the base(s) 3 compress to adjust the cleaning pad(s) 2 to the contour of the surface(s) of the particular lens or mirror or the like during the buffing process with either of the described methods of use of the apparatus 1.

No water, chemical cleaning solution or other similar liquid is necessary for cleaning lenses, mirrors and the like when using either of the above described methods of use of the apparatus 1. As the surface(s) of the lens or mirror or the like is buffed, the cleaning cloth(s) 2A of the cleaning pad(s) 2 adsorb and absorb moisture and residues of dirt and oil from such surface(s). The greatest portion of the moisture and residues of dirt and oil removed from such surface(s) is further absorbed through the open pore network of the cleaning cloth(s) 2A and glue 4 into the open pore network of the absorbent base(s) 3. Since each of its cleaning pads 2 is comprised of a cleaning cloth 2A having a velvety surface finish and an absorbent base 3 having a high volume of open porosity, the apparatus 1 is capable of extended use for cleaning lenses, mirrors and the like without scratching plastic eyeglass lenses or other lenses, mirrors and the like fabricated from relatively soft materials. When the accumulation of dirt and oil in the open pore network of the bases 3 of the cleaning pads 2 substantially impairs their absorbency, the apparatus can be disposed of and a new apparatus 1 acquired.

While the present invention has been described and illustrated in connection with its preferred embodiment, it should be understood that there may be other embodiments which fall within the scope and spirit of the present invention as defined by the following claims.