| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 61 | Spring hinge between a bow and a bow cheek of a pair of spectacles | US12451858 | 2009-04-29 | US08307501B2 | 2012-11-13 | Harald Buchegger |
| A spring hinge between a bow (2) and a bow cheek (1) of a pair of spectacles is described, having a cheek-side hinge part (3), which forms a bearing fork (6), having a bow-side hinge part (4), which is mounted so it is rotatable in the bearing fork (6) by a hinge axis (5), and having a U-shaped sliding part (9), which supports the bow-side hinge part (4), and which is guided so it is displaceable in a recess (10) of a bow-side housing (11) in the bow longitudinal direction and receives a coiled spring (15) between its two legs (14), which is supported on one side on a web (16), which connects the two legs (14) of the U-shaped sliding part (9), and on the other side on a buttress (17), which engages through a through opening (19), which runs coaxially to the coiled spring (15), in the bow-side hinge part (4) in a nut thread (18) of the housing (11), which is coaxial to the coiled spring (15). In order to allow a largely concealed hinge configuration, it is proposed that the cheek-side hinge part (4) forms an insert, which is inserted into a laterally closed receptacle pocket (7) of the bow cheek (1), and the bow cheek (1) having the insert exposes a passage for the buttress (17), which is coaxial to the coiled spring (15), in the angled bow position. | ||||||
| 62 | Elastic miniaturized hinge for a flexible temple element of the glasses | US12369593 | 2009-02-11 | US08128219B2 | 2012-03-06 | Luciano Montagner |
| The present invention is an elastic miniaturized hinge for flexible temple elements or “flex temples” with a box provided with at least a guiding zone for the connection of the articulation to a seat joined to the front of the glasses. The hinge includes a box, along the temple or lug of the glasses, and a housing along the box containing the articulation trolley. The articulation trolley includes at least one spring, contained inside the box, while the portion that includes the articulation exits from the front end of the box. Peripherally with respect to the opening at the front end of the box, at least one guiding zone is obtained, including a cheek of a protrusion longitudinally projected. The cheek is parallel and orientated toward at least one of two lateral faces of the articulation. Furthermore, the protrusion is provided with a guiding seat with an opening. | ||||||
| 63 | Resilient hinge for eyeglasses | US11531179 | 2006-09-12 | US07637609B1 | 2009-12-29 | Nonu Ifergan |
| The present invention relates to a hinge assembly for use with eyeglasses. In one embodiment, the present invention provides a hinge assembly to attach a temple to a main frame of a pair of eyeglasses. The hinge assembly of this embodiment may include a pair of hinge members (formed as a ball and socket) rotationally attached to one another and each resiliently attached (e.g., using a spring) to a respective one of the temple and the main frame of the pair of eyeglasses. | ||||||
| 64 | RESILIENT HINGE FOR EYEGLASSES | US11531179 | 2006-09-12 | US20090303431A1 | 2009-12-10 | Nonu Ifergan |
| The present invention relates to a hinge assembly for use with eyeglasses. In one embodiment, the present invention provides a hinge assembly to attach a temple to a main frame of a pair of eyeglasses. The hinge assembly of this embodiment may include a pair of hinge members (formed as a ball and socket) rotationally attached to one another and each resiliently attached (e.g., using a spring) to a respective one of the temple and the main frame of the pair of eyeglasses. | ||||||
| 65 | MECHANISM ALLOWING A RELATIVE MOVEMENT BETWEEN TWO RIGID PARTS, BUT PROVIDED WITH ANTI-ROTATION MEANS | US12090954 | 2006-10-11 | US20090047061A1 | 2009-02-19 | Richard Chene; Dominique Delamour; Alain Miklitarian; Olivier Rodi |
| A mechanism includes a hook (150) provided with a rectilinear shank (115) sliding in a housing (109) dependent on one (107) of the rigid elements and a co-operating part (103) dependent on the other (108) rigid element, and which is engaged in the recessed zone of the hook (150). At its end opposite the shank, the curved portion of the hook includes a rectilinear extension (152) parallel to the shank, and a sheath (153) is adapted to receive the extension, which is capable of a rectilinear translational movement parallel to the shank (115), while remaining permanently engaged in the sheath (153). | ||||||
| 66 | SPRING HINGE FOR GLASSES | US11771444 | 2007-06-29 | US20070283530A1 | 2007-12-13 | Lien Chang |
| A spring hinge for eyeglasses: the glasses including a central part and side pieces, a hinge element comprising at least one hinge eyelet, a spring device interacting with the hinge element, a housing containing a cavity which at least partially accommodates the spring device and the hinge element. The hinge element is arranged in a displaceable manner within the housing. A guide region for the hinge element, and at least one section of the guide region can be arranged outside the cavity. | ||||||
| 67 | Spectacle frame | US10513107 | 2003-05-01 | US07222960B2 | 2007-05-29 | Jens Frederik Anton Thiele |
| A spectacle frame comprises at least one lens engaging frame member and a pair of temple members. An end piece of a temple member is pivotally connected with an end piece of the frame member by a hinge assembly (5) comprising relatively short, elongate first and second hinge members (6, 7) pivotally interconnected to confine relative movement of the hinge members substantially to rotational movement about a single axis of rotation. Frame members comprising wire pieces (2, 3) framing upper and lower rims of the lenses (1) form outside each of said peripheral lens edges two wire end pieces (2a, 3a) for connection with said first hinge member (6), whereas each temple member (4) comprises two interconnected wire pieces (4a, 4b) extending side by side to provide a cross-sectional profile of the temple member substantially in shape of the digit 8. The first hinge member (6) is formed at one end (11) with separate holes (8, 9) for insertion and retainment of the wire end pieces (2a, 3a) of the frame members and the second hinge member (7) is formed at one end (12) with a hole (10) having a cross-section profile fitting with said cross-sectional profile of the temple member. | ||||||
| 68 | Compact Elastic Hinge Element For A Spectacle Frame | US11555773 | 2006-11-02 | US20070089268A1 | 2007-04-26 | Nicolas Genelot |
| The invention relates to an elastic hinge element (60) for a spectacle frame, comprising a body (10) consisting of a housing (11) comprising a guiding area (12) and at least one cavity comprising a retaining partition, a slide (20) fitted in the housing and comprising a guided part (22), a center part and a rod, a spring (40) for returning the slide to a rest position, mounted around the rod, and a bushing (30) forming a front stop for the spring. According to the invention, the cavity comprising the retaining partition is located in the guiding area (12) and opens out therein, and the guided part (22) of the slide comprises a recess into which an elastic tab (32) of the slide extends. Advantage: creation of a short-length hinge element. | ||||||
| 69 | Spring hinge | US10539791 | 2003-12-11 | US20060126012A1 | 2006-06-15 | Jorg Fiehn |
| A spring hinge for spectacles having a center piece and side pieces fitted pivotably thereto is proposed, having a spring element cooperating with said side pieces, a housing having a recess receiving the hinge element and the spring element, within which housing the hinge element is displaceably disposed, and having a locking body disposed in the recess, the locking body having a receiving region and the housing having a deformation region p which is displaceable into the receiving region. The spring hinge is characterized in that the receiving region is configured such that the locking body, and hence the hinge element, is prevented from being twisted and from being pulled out of the recess. | ||||||
| 70 | Spring hinge | US11124677 | 2005-05-09 | US20050217073A1 | 2005-10-06 | Reiner Wagner |
| An electrically weldable spring hinge comprising a housing, a recess in the housing, an outside of the housing, at least one welding projection on the outside of the housing and arranged in a region of the housing to which forces are applied during a welding operation on the housing and on the at least one welding projection. A hinge part is inserted into the recess. A spring element is inserted into the recess and is positioned and shaped to interact with the hinge element. The spring element comprises a supporting body, which is inserted into the recess including in a region of the housing at which a welding projection is provided on the outside of the housing, to support the housing in the region of the welding projection during a welding operation, and the spring element forms a supporting body for the housing at the projection. | ||||||
| 71 | Hinge system, particularly for devices used in robotics and for spectacle frames | US10509994 | 2004-01-22 | US20050163560A1 | 2005-07-28 | Richard Chene; Dominique Delamour; Olivier Rodi |
| The invention relates to a hinge system comprising one end (1) belonging to a first rigid element (7) and one end (3) belonging to a second rigid element (8), said ends having support surfaces which can be matched to one another. According to the invention, elastic means (18) are provided in order to maintain the pressure contact between the aforementioned surfaces. The inventive system also comprises at least one immaterial pivot point which can move in two orthogonal planes within the limits allowed by guide means (6) and means (19a-b) which only authorise pivoting in one plane or in a certain number of planes having a determined orientation. | ||||||
| 72 | Spring hinge for glasses | US10505274 | 2003-02-14 | US20050086768A1 | 2005-04-28 | Lien Chang |
| A spring hinge for eyeglasses: the glasses including a central part and side pieces, a hinge element comprising at least one hinge eyelet, a spring device interacting with the hinge element, a housing containing a cavity which at least partially accommodates the spring device and the hinge element. The hinge element is arranged in a displaceable manner within the housing. A guide region for the hinge element, and at least one section of the guide region can be arranged outside the cavity. | ||||||
| 73 | Resilient hinge for a spectacle frame having a dumbbell-shaped pivot pin | US10843849 | 2004-05-12 | US20040207806A1 | 2004-10-21 | Alain Kerjean |
| The invention concerns an elastic hinge for spectacle frame, comprising first and second hinge elements including respectively first and second charniers provided with perforations for receiving a pivot pin when the second charnier is engaged between two faces of the first charnier so as to cause the perforations to be superimposed along a common axial direction countering the compression of a spring housed in one of the hinge elements. The pivot pin comprises two heads and a body integral with both heads to be engaged in translation through the perforations of the charniers until both heads are received in the perforations of the two faces of the first charnier, the body forming relative to both heads a recess to be received in the perforation of the second charnier by offsetting the latter relative to the axial direction of the perforations of the first charnier countering the compression of the spring. | ||||||
| 74 | Alignment apparatus for an eyeglass hinge assembly and method employing same | US10387033 | 2003-03-12 | US06659606B1 | 2003-12-09 | Arthur G. Duppstadt |
| An alignment apparatus establishes alignment of an eyeglass hinge assembly. The eyeglass hinge assembly includes an attachment member attachable to an eyeglass frame, a first hinge element secured to a temple member, a second hinge element secured to the attachment member, and a hinge spring disposed between the temple member and the first hinge element to permit flexion of the temple member. The hinge spring movably attaches a single, central hinge ring to the temple member. The alignment apparatus secures a temple member in a clamp having opposing first and second clamp elements. Adjustable extending means on a rotating arm secured to the second clamp element extends to engage and displace the single, central hinge ring to deform the hinge spring establishing alignment with a pair of spaced-apart, opposing hinge rings on the second hinge element. An associated method is provided. | ||||||
| 75 | Highly flexible elastic hinge | US10044528 | 2002-01-11 | US06481053B2 | 2002-11-19 | Christophe Desbiez-Piat |
| The invention concerns an elastic hinge for specticles frame comprising two fixed (5) and mobile (7) hinge elements, articulated about an axis of rotation (R) by a pivoting head (7A) of one (7) of the elements inserted in a pivoting head (5A) of the other element (5) and by a link (9) housed in succession in an inner passage (5D, 7D) of the two elements emerging into the pivoting heads. The invention is characterized in that each pivoting head (5A, 7A) has at the opening of the passage (5D, 7D) a stop member (B1, B2) on the outer side of the frame forming by the matching shape of one (B1) with the other (B2) a pivoting interface about a second axis of rotation (R′), the link (9) being arranged between the two axes of rotation (R, R′) when the bow is in a normal opening position. The hinge has two stable closing and opening positions as well as an additional unstable opening position. | ||||||
| 76 | Slidably resilient hinge for eyeglass frames | US14268 | 1998-01-27 | US6000796A | 1999-12-14 | Moenne Claude; Serafini Luciano; Gerbet Andre |
| The resilient hinge includes a first hinge (1) integral with the face part (2) of the frame of glasses, hinged by means of a screw (3) to a second knuckle (4) connected to a side piece (5) by means of a resilient device (6) with a spring. The latter biases resiliently al front part (12) of the branch (5) against cams (20, 21) integral with the first knuckle (1) and defining two stop positions for the side piece (5). A small plate (32), made of a low-friction material and having a shape bent at a right angle, is placed between the front part (12) and the cams (20, 21). This construction makes it possible to prevent the hinge from blocking, to reduce the friction between the movable parts of the hinge, to increase the bearing surface of the cams and increase the mechanical strength and the durability of the hinge. | ||||||
| 77 | Spring hinge for eyewear | US98121 | 1993-07-27 | US5657107A | 1997-08-12 | Reiner Wagner; Otto Lehnert |
| A spring hinge for eyewear which enables the temples of eyeglasses to be opened beyond their regular position of use. The spring hinge having a one or two-piece locking element provided with a sliding element recess engageable with a sliding element and a snap-in pin recess engageable with a snap-in pin. A spring biases the snap-in pin into a stepped recess and thereby automatically locks the spring hinge. | ||||||
| 78 | Spring hinge for spectacle frame | US243564 | 1994-05-16 | US5406339A | 1995-04-11 | Yuen-Hu Chen |
| A pair of spectacles includes a mechanism for securing a spectacle temple to the frame. The mechanism includes a rod having one end pivotally coupled to the frame and one or more recesses formed in the other end. A block has one end contacted with the rod and has one or more ribs for engaging with the recesses of the rod. The block is fixed to the spectacle temple. A spring biases the block toward the rod so as to engage the ribs with the recesses in order to position the block relative to the rod such that both the block and the rod can be easily engaged into the spectacle temple. | ||||||
| 79 | Eyeglass frame having hollow adjustable connector | US658767 | 1991-02-21 | US5187504A | 1993-02-16 | Kiyomi Kanda |
| An eyeglass frame includes a lens frame having a pair of opposed endpieces, two hollow connectors each having one end pivoted to one of the endpieces, and two elongated bows each having one end pivoted to the other end of one hollow connector. The elongated bows are turnable relative to the hollow connectors between a first bow position, wherein the elongated bows are aligned with the hollow connectors, and a second bow position, wherein the elongated bows are positioned transverse to and inward of the hollow connectors. The hollow connectors are turnable relative to the endpieces about a generally vertical plane between a first connector position, wherein the hollow connectors extend rearwardly and horizontally from the endpieces, and a second connector position, wherein the hollow connectors extend vertically downward from the endpieces. The hollow connectors can also be moved a small distance on a curved side surface of the endpieces along a generally horizontal plane to adjust the spacing between the elongated bows. | ||||||
| 80 | Adjustable spring loaded eyeglass bow | US771607 | 1991-10-04 | US5165060A | 1992-11-17 | David Huang |
| An adjustable eyeglass bow includes an elongated metal bow and a molded plastic connector seat having a rear end provided with a socket to securely receive one end of the elongated metal bow and a front end provided with a longitudinal blind bore. A washer divides the blind bore into an outer receiving chamber and an inner receiving chamber. A bolt piece is disposed in the blind bore and has a head portion extending into the inner receiving chamber and a threaded end portion passing through the washer and into the outer receiving chamber. A hinge piece includes a shaft portion slidably extending into the outer receiving chamber and having a rear end provided with an axial screw socket to engage the threaded end portion of the bolt piece. The hinge piece further includes a rounded pivot projection formed on a front end of the shaft portion and extending out of the outer receiving chamber to permit the mounting of the adjustable eyeglass bow onto a lens frame. A compression spring is disposed inside the inner receiving space and biases the bolt piece in order to pull the hinge piece inwardly into the outer receiving chamber. No welding operation is employed to assemble the adjustable eyeglass bow, thereby obviating the presence of scars. | ||||||
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