Vehicle mirror and support assembly
First Claim
1. A breakaway rearview mirror assembly adapted to be slidably mounted on a button secured to a vehicle windshield, said mirror assembly comprising:
- a breakaway rearview mirror bracket, said bracket including;
a one-piece body defining a front surface, a rear surface, a top end and a buttom end;
a pair of resilient, opposed, elongated clips which define grooves dimensioned to receive the button in a tongue and groove fashion;
a pivot and tension member positioned on said rear surface in between said clips, said pivot and tension member dimensioned to tension the clips after receipt of the button by engaging the button and urging it against said clips to securely locate the bracket on the button, said member including means forming a breakaway pivot positioned closer to one end of said clips than the other for pivoting said bracket about the button when the mirror assembly sustains a predetermined impact;
a mirror head assembly including a mirror case having a rear surface and a mirror carried by said mirror case; and
mirror mounting means forming a part of said bracket and said head assembly for adjustably mounting said mirror case to said bracket.
2 Assignments
0 Petitions
Accused Products
Abstract
An inside rearview mirror assembly for vehicles preferably including four parts, namely, a molded breakaway mirror support bracket, a molded mirror case, a prismatic reflective mirror element, and a rigid, molded pivot actuator for moving the case and mirror element between day and night positions for reduced glare. The support bracket has a body with an I-beam configuration in cross section and vibration reducing ribs extending between front and rear flanges adjacent a central web defining the I-beam shape. Resilient clips define grooves for receipt of a windshield mounted button over which the bracket is slid and snapped on. Resilient tension and support members are included along with at least one resilient retainer to keep the bracket on the button. The case includes a peripheral lip allowing snap-in insertion of the mirror element and flexible resilient portions which provide a biasing force urging the pivot actuator into either the day or night position. Preferably, a ball and socket joint extends between the bracket and actuator for adjustment.
417 Citations
71 Claims
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1. A breakaway rearview mirror assembly adapted to be slidably mounted on a button secured to a vehicle windshield, said mirror assembly comprising:
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a breakaway rearview mirror bracket, said bracket including; a one-piece body defining a front surface, a rear surface, a top end and a buttom end; a pair of resilient, opposed, elongated clips which define grooves dimensioned to receive the button in a tongue and groove fashion; a pivot and tension member positioned on said rear surface in between said clips, said pivot and tension member dimensioned to tension the clips after receipt of the button by engaging the button and urging it against said clips to securely locate the bracket on the button, said member including means forming a breakaway pivot positioned closer to one end of said clips than the other for pivoting said bracket about the button when the mirror assembly sustains a predetermined impact; a mirror head assembly including a mirror case having a rear surface and a mirror carried by said mirror case; and mirror mounting means forming a part of said bracket and said head assembly for adjustably mounting said mirror case to said bracket. - View Dependent Claims (14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29)
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2. A breakaway rearview mirror assembly adapted to be slidably mounted on a button secured to a vehicle windshield, said mirror assembly comprising:
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a breakaway rearview mirror bracket, said bracket including; a one-piece body defining a front surface, a rear surface, a top end and a botton end; a pair of resilient, opposed, elongated clips which define grooves dimensioned to receive the button in a tongue and groove fashion; a pivot and tension member positioned on said rear surface in between said clips, said pivot and tension member dimensioned to tension the clips after receipt of the button to securely locate the bracket on the button and to act as a pivot about which the bracket rotates when the mirror assembly sustains a predetermined inpact; a mirror head assembly including a mirror case having a rear surface and a mirror carried by said mirror case; and mirror mounting means forming a part of said bracket and said head assembly for adjustably mounting said mirror case to said bracket; said one-piece body of said mirror bracket having an I-beam configuration in cross section and including a central web, a front flange and a rear flange extending along said web, said clips being formed integrally with said rear flange adjacent the top end of said body. - View Dependent Claims (3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13)
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30. An inside rearview mirror assembly for vehicles adapted to be mounted on a button on a vehicle windshield comprising:
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a breakaway support bracket having an integral body with an I-beam configuration in cross section, a central web, a front flange and a rear flange extending along said web, said flanges each including top and bottom ends, and breakaway bracket attachment means on said rear flange adjacent its top end for attaching said body to a windshield button; a mirror head assembly including a mirror case having a rear surface and a mirror element carried by said mirror case; mirror mounting means forming a part of said bracket and said head assembly for adjustably mounting said mirror case to said bracket; and said bracket attachment means adapted to release from the windshield button when said head assembly is struck with a predetermined force. - View Dependent Claims (31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54)
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55. In a day/night rearview mirror assembly for vehicles including a mirror case and a pivot actuator, said case being formed in one piece from a resinous material and having a back, a continuous peripheral side wall adapted to outline the peripheral edge of a mirror element, and support means for supporting said pivot actuator within said case, said pivot actuator having mounting means for mounting a bracket for securing said assembly on a support and pivot means for pivoting said actuator and case between at least two different positions with respect to said mounting means, the improvement comprising:
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said molded case including flexible, resilient portions and having a preformed lip on said continuous peripheral side wall for retaining a mirror element within said case;
said pivot actuator being substantially rigid;
said case portions being sufficiently flexible and resilient to bias said actuator toward one or the other of said actuator positions;
said support means supporting said actuator in a prestressed position when assembled in said case while said lip extends inwardly a distance sufficient such that when a mirror element is received within said case, and said actuator is pivoted with said pivot means, said case will flex with respect to said rigid actuator to allow the pivotal movement while said lip will continue to cover the edge of the mirror element and a predetermined portion of the mirror element spaced inwardly from the edge thereof regardless of the flexing action of said case and said lip during such pivoting; anda one-piece, breakaway, rearview mirror support bracket including breakaway bracket attachment means for attaching said bracket to a button secured to a windshield but releasing said and assembly upon the application of a predetermined force;
said breakaway attachment means including a pair of resilient, opposed, elongated clips on a surface of said bracket, said clips defining grooves dimensioned to receive the button in a tongue and groove fashion;
a pivot and tension member positioned on said rear surface in between said clips, said pivot and tension member dimensioned to tension the clips after receipt of the button by engaging the button and urging it against said clips to securely locate the bracket on the button, said member including means forming a breakaway pivot positioned closer to one end of said clips than the other for pivoting said bracket about the button when the mirror assembly sustains a predetermined impact; and
means for cooperating with said mounting means to adjustably mount said mirror case and pivot actuator to said bracket. - View Dependent Claims (56, 57, 58, 59, 60, 61, 62, 63, 64, 65)
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66. In a day/night rearview mirror assembly for vehicles including a mirror case and a pivot actuator, said case being formed in one piece from a resinous material and having a back, a continuous peripheral side wall adapted to outline the peripheral edge of a mirror element, and support means for supporting said pivot actuator within said case, said pivot actuator having mounting means for mounting a bracket for securing said assembly on a support and pivot means for pivoting said actuator and case between at least two different positions with respect to said mounting means, the improvement comprising:
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said molded case including flexible, resilient portions and having a preformed lip on said continuous peripheral side wall for retaining a mirror element within said case;
said pivot actuator being substantially rigid;
said case portions being sufficiently flexible and resilient to bias said actuator toward one or the other of said actuator positions;
said lip extending inwardly a distance sufficient such that when a mirror element is received within said case, and said actuator is pivoted with said pivot means, said lip will continue to cover the edge of the mirror element and a predetermined portion of the mirror element spaced inwardly from the edge thereof regardless of the flexing action of said case and said lip during such pivoting; anda one-piece, breakaway, rearview mirror support bracket including breakaway bracket attachment means for attaching said bracket to a button secured to a windshield but releasing said bracket and assembly upon the application of a predetermined force; and means for cooperating with said mounting means to adjustably mount said mirror case and pivot actuator to said bracket; said continuous side wall including portions defining a top, a bottom, and ends of said case;
said support means including a pair of inwardly projecting, pivot actuator support walls spaced apart on the interior surface of said mirror case and extending across the interior of said case between said top and bottom;said case including at least one support rib extending between said actuator support walls on the inside surface of said case; said support means further including spaced pivot supports in the area between said support walls for receiving said pivot actuator; said pivot actuator including a pair of spaced pivot axles received in said spaced pivot supports, rigid body means for holding said axles apart at a predetermined spacing and being substantially rigid and inflexible between said pivot supports and axles, and at least one pivot limiting tab extending from said rigid body means for limiting movement between said two positions;
at least one of said support walls including an aperture therethrough receiving said pivot limiting tab;said bracket including a one-piece body defining a front surface, a rear surface, a top end and a bottom end; a pair of resilient, opposed, elongated clips which define grooves dimensioned to receive the button in a tongue and groove fashion; a pivot and tension member positioned on said rear surface in between said clips, said pivot and tension member dimensioned to tension the clips after receipt of the button to securely locate the bracket on the button and to act as a pivot about which the bracket rotates when the mirror assembly sustains a predetermined impact; said one-piece body of said mirror bracket having an I-beam configuration in cross section and including a central web, a front flange and a rear flange extending along said web, said clips being formed integrally with said rear flange adjacent the top end of said body. - View Dependent Claims (67, 68, 69, 70)
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71. In a day/night rearview mirror assembly for vehicles including a mirror case and a pivot actuator, said case being formed in one-piece from a resinous material and having a back, a continuous peripheral side wall adapted to outline the peripheral edge of a mirror element, and support means for supporting said pivot actuator within said case, said pivot actuator having mounting means for mounting a bracket for securing said assembly on a support and pivot means for pivoting said actuator and case between at least two different positions with respect to said mounting means, the improvement comprising:
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said molded case including flexible, resilient portions and having a preformed lip on said continuous peripheral side wall for retaining a mirror element within said case;
said pivot actuator being substantially rigid;
said case portions being sufficiently flexible and resilient to bias said actuator toward one or the other of said actuator positions;
said lip extending inwardly a distance sufficient such that when a mirror element is received within said case, and said actuator is pivoted with said pivot means, said lip will continue to cover the edge of the mirror element and a predetermined portion of the mirror element spaced inwardly from the edge thereof regardless of the flexing action of said case and said lip during such pivoting; and
a one-piece, breakaway, rearview mirror support bracket including breakaway bracket attachment means for attaching said bracket to a button secured to a windshield but releasing said bracket and assembly upon the application of a predetermined force; and
means for cooperating with said mounting means to adjustably mount said mirror case and pivot actuator to said bracket;said assembly including a mirror element;
said continuous side wall including portions defining a top, a bottom, and ends of said case;
said case including upstanding supports on the interior surface thereof at the ends of said case for supporting said mirror element immediately beneath said lip on said continuous side wall;said support means including a pair of inwardly projecting, pivot actuator support walls spaced apart on the interior surface of said mirror case and extending across the interior of said case between said top and bottom; said case includes at least one support rib extending between said actuator support walls on the inside surface of said case; said support means further including spaced pivot supports in the area between said support walls for receiving said pivot actuator; said pivot actuator including a pair of spaced pivot axles received in said spaced pivot supports, rigid body means for holding said axles apart at a predetermined spacing and being substantially rigid and inflexible between said pivot supports and axles, and at least one pivot limiting tab extending from said rigid body means for limiting movement between said two positions;
at least one of said support walls including an aperture therethrough receiving said pivot limiting tab;said bracket including a one-piece body defining a front surface, a rear surface, a top end and a bottom end; a pair of resilient, opposed, elongated clips which define grooves dimensioned to receive the button in a tongue and groove fashion; a pivot and tension member positioned on said rear surface in between said clips, said pivot and tension member dimensioned to tension the clips after receipt of the button to securely locate the bracket on the button and to act as a pivot about which the bracket rotates when the mirror assembly sustains a predetermined impact; said one-piece body of said mirror bracket having an I-beam configuration in cross section and including a central web, a front flange and a rear flange extending along said web, said clips being formed integrally with said rear flange adjacent the top end of said body.
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Specification