Abstract: In an eyeglass retainer system for use with eyeglasses having a frame front that includes a pair of eyeglass temples, each temple has a first end for securing the temple to frame front and an opposite second end. Each temple defines an elongated channel passing therethrough and opening to the second end. Two cords are each disposed within the channel defined by a different one of the temples and extend out from the second end. Each chord is extendable from the channel and retractable into the channel. Two magnetic connectors are each affixed to a different one of the cords. The two magnetic connectors have opposite polarities so as to attract each other when placed against to each other. A stopping mechanism prevents the chord from exiting the hole completely.

Abstract: An example embodiment includes eyewear. The eyewear includes a lens, a brow piece, and two temple assemblies. The brow piece is configured to position the lens in front of the eyes of a user during use. The two temple assemblies are coupled to the brow piece by two hinges. Each of the temple assemblies are configured to extend along a side of a head of the user during use. Each of the temple assemblies includes a temple substrate and a wave-shaped insert. The wave-shape insert includes at least one horizontal span and at least one vertical portion. The horizontal span is configured to dictate the deflection of a first portion of the temple substrate and enable rotation of the first portion of the temple substrate about the horizontal span. The vertical portion is configured to dictate a torsional stiffness of a second portion of the temple assembly.

Abstract: A silver-based alloy composition which is soft and workable in an annealed condition, is hardenable through heat treatment, and is tarnish resistant. The preferred embodiment of the composition of the present invention includes a small percentage of palladium and a reduction from typical percentages of copper found in a sterling silver alloy. In one embodiment the silver-based alloy includes no copper at all.

Abstract: A system and process for making an eyeglass temple co-injection molded with a wire core are disclosed. An eyeglass temple is produced by injecting a first shot of temple substrate material into a mold followed by the shot injection of a portion of wire core into the substrate material while it is still molten or semi-molten followed by a second shot injection of additional molten or semi-molten material to completely fill the mold. The first shot of template substrate is provided in a viscosity and amount sufficient to support the wire core without contact by the mold or external support, and the second shot is provided in an amount sufficient to completely fill and pack the mold and lessen shrinkage problems during substrate cooling and hardening. This produces an eyeglass temple in a desired configuration having an entirely encased wire core. Optionally, a second material can then be overmolded onto portions of the temple.

Abstract: A spectacle frame including at least one member, having a metal core part and a moulded part, the metal core part is an interior part of the at least one member and the moulded part is a composite material part comprising a material having a matrix material and reinforcement material embedded in the matrix material, whereby a spectacle frame or a member of a spectacle frame can be manufactured using composite materials while still allowing the frame or the member to be adjusted, and whereby the frame or the member can readily be shaped, adjusted as regards the curvature etc. by forcing the member to take the desired shape, and the metal core part will counteract the composite materials natural tendency to return to the initial shape, whereby the frame or the member will remain in the desired shape.

Abstract: A arm for spectacles (1, 50) comprises a first portion (11) made of polymer-based composite material reinforced with fibres and at least one film (23, 24) of thermoplastic polymeric material coupled to the first portion (11) as a covering for same.

Abstract: A frame for eyeglasses, an associated temple, and a method of making the same are provided. The temple includes a receiver, a pliable support member, and a flexible ear piece. The receiver extends from a proximal end of the temple to a second end. The proximal end is configured to rotatably connect to a support section of an eyeglasses frame. The receiver defines a cavity that extends from second end toward the proximal end. The support member has a proximal portion and a distal portion. The proximal portion of the support member is within the cavity. The distal portion of the support member extends out and away from the second end of the receiver. The ear piece extends around the support member and the second end of the receiver. The flexible ear piece and the pliable support member form an integrated ear piece that is shapeable by a wearer.

Abstract: A spectacle frame including at least one member, having a metal core part and a moulded part, the metal core part is an interior part of the at least one member and the moulded part is a composite material part comprising a material having a matrix material and reinforcement material embedded in the matrix material, whereby a spectacle frame or a member of a spectacle frame can be manufactured using composite materials while still allowing the frame or the member to be adjusted, and whereby the frame or the member can readily be shaped, adjusted as regards the curvature etc. by forcing the member to take the desired shape, and the metal core part will counteract the composite materials natural tendency to return to the initial shape, whereby the frame or the member will remain in the desired shape.

Abstract: An eyeglasses temple and a mould for making the same, the eyeglasses temple comprises a connecting member having a butt-strap formed at the front end thereof, a metal rod and a flexible cover. A front end of the metal rod is fixed to a rear end of the connecting member. The flexible cover is formed by injection molding to wrap around the connecting member and an outer periphery of the metal rod. The metal rod is positioned in the center of the flexible cover. The flexible cover, the connecting member and the metal rod are fixed with one another stably, so that the quality of the eyeglasses temple is improved. Moreover, it is easy for the eyeglasses wearer to bend the metal rod and the flexible cover in order to adjust their bending angle for better wearing comfort.

Abstract: A linear element, especially a spectacle side, of the type comprising a flexible metal core coated with a flexible elastomer for comfort and/or appearance. Its structure is composed of a plurality of rigid plastic rings placed in fixed positions around predetermined areas of the flexible metal core so that each can serve as a point of intermediate mechanical attachment of the flexible elastomer with respect to the core. The cross section of the rings are inscribed within that of the elastomer surrounding it.

Abstract: An object of the present invention is to provide an eyewear end piece which does not rotate around an axial core of a temple, which does not come off the temple, and which feels comfortable to wear. For this purpose, the eyewear end piece includes a first hard member, a second hard member and a flexible member in which the first hard member is formed in one end of the flexible member, and the second hard member is formed in the other end of the flexible member, respectively in an integral manner. The eyewear end piece may further include an insertion hole for a temple which extends through the first hard member and the flexible member to the second hard member.

Abstract: Disclosed herein are eyeglass frames and eyeglass frame kits made from a polymer composition comprising PCTG, and eyeglasses comprising a pair of lenses mounted on the eyeglass frames or eyeglass frame kits disclosed herein. The polymer composition disclosed herein may optionally comprise one or more additives such as colorants and fillers.

Abstract: A mechanism for extending and retracting a retainer strap for eyewear. The strap is disposed in one or both hollow temples of an eyeglass frame and is manually extended, retracted, and locked by an extension which slides in a port or passageway forming a track or slot disposed in one surface of the temple extending from the interior to the exterior of the temple. The extension provides the means to manually retract the strap from an extended position, which extended position is achieved by pulling out the strap from the rearward end, and may be used to form one component of a locking mechanism for the strap either in the extended or retracted position. The retainer straps may be either elastic, inelastic, or one of each to provide for different modes of use.

Abstract: A temple construction arrangement for eyewear incorporating a retractable retaining strap in a hollow temple to form a part of and be attached to eyewear such as eye sight correction glasses, sunglasses, safety and protection goggles, and the like. The temple is separated or split lengthwise into two haves and a rotatable bearing, positioned transverse the length or longitudinal axis of the temple, is placed at the temple end attachable to the lens holding frame between the two halves. The retractable strap is disposed within and along the length of one side of the temple and, in combination with a longitudinal stretchable retracting member such as a spring or elastic cord, passes around the bearing. The attached retracting member is disposed along the length of the opposite side of the temple from that of the strap providing a retraction force for the retaining strap. The temple halves are then joined together to enclose the bearing, retaining strap, and retracting member as a finished unit.

Abstract: A retractable eyeware retaining strap assembly consisting of a strap and a hollow eyewear temple for containing the strap, a strap retaining block to which the strap is attached positioned within the temple and arranged to slide along the temple, an elastic member such as an extendable spring connected between the block and the eyewear end of the temple and fastening means attached to the strap at the temple end for fastening the withdrawn strap to the eyewear. A block locking device is provided to secure the block at a desired position along the temple, particularly at one end or the other. The strap is withdrawn by releasing the block at the eyewear end of the temple and retracted by releasing the block at the temple end.

Abstract: The invention relates to management systems for unitarily managing and controlling information of a plurality of types of lens processing machines for manufacturing a glass lens of predetermined shape from a grass material. Its object is to construct production systems relying upon no experts, improve the reliability of quality management, make the products per worker the maximum, and make the stock in each process the minimum. To achieve this object, in a lens processing system comprising the plurality of types of processing machines for lens processing and an operation terminal connected with the processing machines through a network and capable of changing the settings of the processing machines, the operation terminal or a server unitarily manages various data every series unit and calculates the optimum settings for the processing machines every series unit.

Abstract: A molded unit including several members of eyeglasses uses a combination of hard plastic and shape-memory plastic to avoid sliding and protruding of the members. The unit frame comprises a metal core embedded in a substrate made of hard plastic of which heat deformation temperature is higher than 50 degrees centigrade, and shape-memory plastic that is disposed outside the substrate and has a glass-transition temperature of between 20 degrees centigrade and 40 degrees centigrade. The shape-memory plastic is positioned where a human body contacts.

Abstract: A device for restraining eyeglasses around neck and for securing eyeglasses to head includes an arrangement configured to retract a strap part into a hollow portion of a temple leg. The strap coils around itself or retracts by another arrangement. The retracting arrangement is controlled by a button or slide to retract the strap and to stop retracting the strap. Two independently retractable strap parts are provided, each connecting to a different temple leg of eyeglasses or sunglasses. The two independently retractable strap parts are connectable to each other in a rearward section of the strap parts.

Abstract: An improved eyeglass retainer is disclosed, having annular closure attaching to the eyeglass frames. In an alternate embodiment, the closure comprises an elastic band that is only partially attached to the front portion of retainer, meaning that the retainer need not be tubular at the attachment point with elastic band. The invention is designed to present an aesthetically pleasing appearance and to maintain a close fit of the retainer material with the eyeglass frames, even in the presence of winds and inertial forces. In alternate embodiments, the closure in combination with protuberances located on the eyeglass temple pieces secures the retainer to the temple pieces. The protuberances may be integral with the eyeglass frames, or may be separately attached.

Abstract: A cover for each of the temple arms of a pair of eyeglasses to protect the temple arms from chemical contamination during the treatment and dying of hair. The covers fit loosely on the temple arms for easy installation and removal after use and are made of flexible economical material permitting disposal.

Abstract: An electrically conductive framework for eyewear providing mutually insulated, plural conducting paths placed in coaxial relationship. The base metal of the eyewear frame comprises the first electrically conductive lead with an insulative coating being applied over the base metal followed by a second, outer conductive layer and a protective sheath. The outer conductive layer comprises the second lead of the circuit, with masking or abrading of the insulative layer at selected points along the framework establishing the needed contacts to the base metal core. The framework provides the electric path of a circuit including a power source and any desired electronic component on the eyewear.

Abstract: A side member of a spectacles frame comprises an elongate rod and a wider ear part extending rearwardly from the rod. The ear part comprises at least two spars extending substantially parallel in spaced apart relationship to form an opening therebetween. Rear ends of the spars are interconnected. The ear part can be deformed when heated, while providing the wearer with the comfort associated with a wide part.

Abstract: An eyeglass temple has an arm whose forward end is connected to one of a pair of eyeglasses or to one end of a rim holding a pair of eyeglasses and an earpiece continuing from the rear end of the arm is made up of a plastic temple proper and a core buried in the plastic temple proper so as to extend in the direction of its length. A portion of the metal core buried in the arm has extra-high elasticity, whereas a portion in the earpiece has plasticity.

Abstract: A temple end piece for a temple of a spectacle frame has a unit stable in a form composed of an essentially horizontal first segment and a second segment curving downward to the rear in the shape of an arc. Connected to this unit is a third segment formed by a soft, flexible band, the upper end of which is attached to the first segment and the lower end of which is permanently connected to the lower end of the second segment. This band extends in the uncharged state of the temple end piece curved essentially in the shape of an arc, in fact, in a manner similar to the second segment. In its longitudinal direction the band is neither stretchable nor compressible. By virtue of its high flexiblity the band fit the shape of the auricle and/or head of the spectacle wearer when the spectacles are worn in place, so that a large contact area with lower pressures will adjust itself, and any and all pressure points are prevented in this contact area.

Abstract: An elongate deformable structure, that can be used as part of an eyeglass frame, for example, comprises a central core member made from a shape memory alloy. A plurality of annular members are threaded onto the core member. At least one of the annular members has at least one transverse surface disposed obliquely to the axis of the bore through it.

Abstract: A spectacle temple has a rigid forward section connected to a lens-carrying frame and an inwardly bowed resilient rear section of greater width which flexes to conform to the head of a wearer and provide a firm, gentle holding of the spectacles.

Abstract: The end of a spectacle frame sidepiece has a metallic tang with a flat profile in the hard bending direction. A thin hard synthetic plastic sleeve surrounds the flat profile. The sleeve has a small, integrally-extending, apertured plate. A sheath of injection-moulded silicone rubber (Shore-D hardness 10-30 according to DIN 53505), surrounds the sleeve, the plate and the tang and extends as far as the end face of the sheath. Through-passing holes are provided at intervals on opposite, wider, side walls of the sleeve, and the sheath material engages in these holes.

Abstract: A metallic eyeglass-frame, in particular its each bow has a core-to-covering structure in which high Ni-content covering is clad to the surface of a super elastic core made of Cu-Sn-Zn, Cu-Al-Zn or Cu-Al-Ni alloys in order to reduce plastic deformation during use and assure high workability in production, thereby allowing the eyeglass-frame to constantly rest stably on the wearer's facial construction with no increase in uncomfortableness and fatigue on the wearer.

Abstract: A metallic eyeglass-frame, in particular its each bow has a core-to-covering structure in which high silver or gold-content covering is clad to the surface of a super elastic core made of Cu-Sn-Zn, Cu-Al-Zu or Cu-Al-Ni alloys in order to reduce plastic deformation during use and assure high work ability in production, thereby allowing the eyeglass-frame to constantly rest stably on the wearer's facial construction with no increase in uncomfortableness and fatigue on the wearer.

Abstract: The eyeglass frame comprises a rim and two bows, each of which has a forward end hinged to the rim and a rear end. Each of said bows is provided with a fastener element, which is connected to said bow and disposed at the rear end thereof and extensible from said rear end and adapted to be releasably connected to the other of said fastener elements.

Abstract: An eyeglass-frame, in particular its each bow is made up of a Ti-Ni base alloy core of super elasticity and high Ni-content sheath cladded together so that it reduces plastic deformation during use and assures high workability in production, thereby the eyeglass-frame constantly resting stably on the wearers facial contour with no increase in discomfort on the wearer.

Abstract: A temple unit has a rod of metal damask with a spiral-shaped structure butt-soldered to a rigid metal profile. The rod is inserted axially into a clear plastic shell having a softness of shore-D-hardness less than 20 according to DIN No. 53 505, the West German national standard. The plastic shell is silicone rubber or polyurethane foam with very low resilience so that the unit exhibits a straight rod form in the semifinished state.

Abstract: A flexible element for spectacle-frames, in particular a flexible bar for spectacles, comprising a chain of articulated elements traversed by a deformable longitudinal core arranged to hold them together is described. The chain of articulated elements comprises at least one articulated element formed substantially by a portion of a body of revolution defined by surfaces which are obtained by envelope from a generating plane figure which is made to rotate about an axis parallel and external to the figure itself.