The present invention is directed to a personal item that provides comfort, convenience, and utility and, in particular, to such a personal item that is worn by a user.
Most watches are simple timepieces while others add further timing functions, such as chronograph, tides, and the like. A few watches add other accessories, such as lights, compass, and the like. However, these accessories are normally integrated in the watch case.
The present invention incorporates additional functions and features in the watch band. The features added by this invention are common items for daily use. Often, these functions are single-use devices, or may be part of a multi-function pocket knife, or a “Swiss Army” pocket tool, or a “Swiss card” normally carried in a wallet or purse. Providing the functions in a watch band increases the utility to the user. A pocket is not required to carry a separate item, such as a pocket knife. Separately carried items tend to be lost more readily than a wrist watch.
Also, when travelling with public transport, nothing resembling a knife has to be brought through the airport security checkpoint. This saves the owner inconvenience and delay. Furthermore, the cost to produce a common-function watch band is lower than making a watch band and pocket tool separately. Also, by incorporating additional functions and features in a commonly worn accessory, these functions and features are available in an article that is not easily lost.
Thus, the present invention provides an apparatus that combines a wrist watch band with several integrated tools for the user, including, for example, a fingernail file, a fingernail and thread trimmer, a bottle opener, a tool holder for a toothpick, tweezers and screwdrivers, a cord cutter, and a screwdriver, and the like.
Referring now to the drawings and the illustrative embodiments depicted therein, a watch band assembly 1 for use with a conventional watch (not shown) includes band portions 2 and 4 and a latch or clasp 5.
Plastic insert 43 is combined with rectangular notches 41, 41′ in the formed metal latch 42 to provide internal support for storage of toothpick 52 and tweezers 51.
In an alternate embodiment of the internal support illustrated in
In order to make a fingernail file 10 integrated into watch band 1, textured surface 11, 15 is applied to large hinges 12, 16, 18 of the watch band, including the convex side of the large hinge, band side 12, and also including both sides of the large hinge, latch side 16, 18. The textured surface 11 is made from grooves pressed into the metal during forming by including features in the mold used to make large hinges 12, 16, 18, rather than just leaving the hinge smooth.
Alternatively, the grooves may be cut into the metal surfaces by a secondary operation after forming by moving a sharp edge of a harder material across the surface of the formed metal. The grooves are cut in one or more directions across the surfaces in two directions, each 30 degrees from perpendicular to the direction of the watch band, but any groove at any angle that makes a textured surface is sufficient. Textured surface 15 may furthermore be alternatively constructed using a powdered metal heat process, so that the resulting surface is rough, according to the size of the metal grit that is applied. Each of these methods is in common use today for producing standalone fingernail files. A smooth surface 13 remains on the concave side of the large hinge, band side 14.
Fingernails can be filed using the fingernail file 10 by opening watch band latch 5, opening the large hinge to expose textured surfaces 11, 15, and rubbing a fingernail back and forth across textured surfaces 11, 15. The combination of convex and concave surfaces is helpful for matching the inside and outside curves of a fingernail. The smooth surface on the concave side of the large hinge prevents the wearer's wrist from abrasion while normally wearing the watch band in a closed position.
Fingernail and thread trimmer 20 is integrated into watch band 1, with sharp notches 21, 21′ that are cut into the large hinge, latch side 16, 18. Sharp notches 21, 21′ may be cut with a triangular file, such as a 60-degree file, held at a 19-degree angle. Alternatively, the sharp notches may be a sharp edge of any other angle or shape that cuts fingernails and thread. This may include rectangular, semi-circular, trapezoidal, or any other shape. This may also, alternatively, be formed by a machining operation with a rotary cutting tool, which results in a concave rather than straight edge.
Fingernails can be trimmed with fingernail and thread trimmer 20 by opening the watch band latch 5, opening large hinge 12 to expose the sharp notches 21, 21′, and forcibly pushing a fingernail into one of the sharp notches 21, 21′ at a slight angle (nearly parallel) to the hinge, essentially “whittling away” the fingernail length. This operation is similar to using a knife blade to cut a fingernail, or even to sharpen a pencil, except that it cuts from two cutting surfaces that narrow down into the bottom of the notch. Threads can be trimmed with fingernail and thread trimmer 20 by opening watch band latch 5 and forcibly pulling the string at a sharp angle (nearly perpendicular) to the hinge 12, into one of the sharp notches 21, 21′.
Bottle opener 30 is integrated into watch band 1, with a bottle opener shape 31 cut into a large hinge, latch side 16, 18. Bottle opener shape 31 is normally made during the metal forming process by including the feature in the mold used to make the large hinge, latch side 16, 18, rather than just leaving the edge straight. Bottles can be opened with bottle opener 30 by opening the watch band latch 5, opening the large hinge to expose bottle opener shape 31, placing the shape on the edge of a capped bottle, and moving the large hinge in an upward direction. Repeated operations around the perimeter of the bottle cap may be necessary because this bottle opener does not tend to pull a large portion of the bottle cap with each operation. After repeated operations, however, the bottle cap is removed.
In order to make implement holder 40 integrated into watch band 1, several features are included in latch 5. Tools held in place can be toothpick 51, tweezers 52, regular screwdriver 53, Phillips screwdriver 54, or the like.
The preferred embodiment of tool holder 40 is to construct the latch of formed sheet metal 42 and make rectangular notches 41, 41′ for placement of the tools. This construction is shown clearly in
A second embodiment of the tool holder 40 is to construct the latch of formed sheet metal with formed metal tracks 46 and also with the rectangular notches 41, 41′, as described above. This construction is shown clearly in
A third embodiment of tool holder 40 is to construct the latch of die-cast or machined solid metal with solid metal tracks 47, 48, with the rectangular notches 41, 41′ as described above. This construction is shown clearly in
A fourth embodiment of tool holder 40 is to construct latch 47, 48 of injection molded or formed plastic or other non-metallic polymeric material, including all of the other features described above in the third embodiment.
Yet another alternate embodiment on any of the tool holders described above is to form the tools with a finger notch on the back side of the tool instead of on the front side, eliminating the need, for the rectangular notches 41, 41′. An example of this construction with a latch of formed sheet metal 42 and plastic insert 43 is shown clearly in
In use, tools, such as a toothpick, tweezers, screwdrivers, or the like, may be held, carried, and readily accessed by being located in tool holder 40 on the watch band. Tools are held in place with friction, even when the latch is used to open the hinges when putting on and taking off the wristwatch. Tools may be removed from the tool holder 40, utilized, and replaced by the user without opening the watch band latch. When inserted into tool holder 40, the tools will tend to follow the internal concave surface of the latch and the plastic insert, and will naturally slide under the hinge pins.
Cord cutter 60 may be integrated into watch band 1 with one or more semicircular notches 61, 61′ cut into the small hinge, band side 62. The semicircular notches 61, 61′ may be cut with a circular file (round), held at a 19-degree angle. Alternatively, the semicircular notches may be a sharp edge of any other angle that cuts cords. This may also alternatively be formed by a machining operation with a rotary cutting tool, which results in a concave rather than straight edge.
Cords can be cut with cord cutter 60 by opening the watch band latch, opening the large hinge, and then opening the small hinge, in order to expose semicircular notches 61, 61′, and forcibly pulling a cord vertically into one of the semicircular notches 61, 61′. Placing semicircular notch 61, 61′ in the small hinges keeps these larger sharp surfaces from being regularly exposed to the wearer's wrist, as normally only the large hinges are used when putting on and taking off a wristwatch.
In order to make screwdriver 70 integrated into watch band 1, screwdriver tip 71 is formed in the latch of die-cast or machined solid metal with solid metal tracks and screwdriver tip 48. This construction is shown in
In use, screws may be tightened or loosened by opening the large hinge and folding the large hinge, latch side back over the latch, exposing the screwdriver tip. Next, the folded portion is grasped between the index finger and thumb, and the exposed screwdriver tip 71 is used in the same manner as a conventional screwdriver.
While the foregoing description describes several embodiments of the present invention, it will be understood by those skilled in the art that variations and modifications to these embodiments may be made without departing from the spirit and scope of the invention, as defined in the claims below. The present invention encompasses all combinations of various embodiments or aspects of the invention described herein. It is understood that any and all embodiments of the present invention may be taken in conjunction with any other embodiment to describe additional embodiments of the present invention. Furthermore, any elements of an embodiment may be combined with any and all other elements of any of the embodiments to describe additional embodiments.
This application claims priority from U.S. provisional patent application Ser. No. 61/476,827, filed on Apr. 19, 2011, and U.S. provisional patent application Ser. No. 61/512,400, filed on Jul. 27, 2011, the disclosures of which are hereby incorporated herein by reference in their entirety.
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