TH37535B - Vehicle glass equipment - Google Patents

Abstract

DC60 (06/07/12) in vehicle mirror equipment One end of the working shaft, which is arranged on the opposite side. with the drive shaft relative to the pivot point of the glass holder has been spliced swivelly to glass holder and the sensor's sensing rod is attached to the working shaft. which has been Slide it into the guide holes provided in the fixed support assembly, checking the swing angle of the glass holder according to the axial position of the working shaft. working shaft has been insertion into the guide holes while being supported on the support assembly so that the working shaft can can swing around an axis at right angles to the plane which has a straight line connecting the part of the drive shaft to which Splice the drive shaft to the glass holder. Mirror mount pivot point and part of the working shaft which will Attach the working shaft to the glass holder, detection rod, whose axes are aligned with the working shaft swing axis has been attached to the working shaft so that the working shaft can It oscillates around the slewing axis, so the sway angle of the windshield holder can be detected with high accuracy in vehicle windshield devices. One end of the working shaft, which is arranged on the opposite side. with the drive shaft relative to the pivot point of the mirror mount has been swivelly coupled to glass holder and the sensor's sensing rod is attached to the working shaft. which has been Slide it into the guide holes provided in the fixed support assembly, checking the swing angle of the glass holder according to the axial position of the working shaft. working shaft has been insertion into the guide holes while being supported on the support assembly so that the working shaft can can swing around an axis at right angles to the horizontal plane connecting the part of the drive shaft to which Splice the drive shaft to the glass holder. Mirror mount pivot point and part of the working shaft which will Attach the working shaft to the glass holder, detection rod, whose axes are aligned with the working shaft swing axis has been attached to the working shaft so that the working shaft can It oscillates around the swing axis, so the swing angle of the glass holder can be detected with high accuracy.

Claims (4)

Disclaimers (all) that will not appear on the advertisement page: 1. a vehicle glass device where The swing-compatible actuator box (24) is attached to the glass holder (20), which holds the glass (23) fixed to the inside of the housing (16) and the drive path (27A, 27B) and the receptor (28A, 28B) are integrated into the actuator box (24), the drive path (27A, 27B) that performs at least one axial drive towards the drive shaft (25A, 25B) protruding from the actuator box (24) in order to oscillate the glass holder (20), the sensor (28A, 28) that detects the swing angle of the The glass holder (20) is by detecting the axial position of at least one working shaft (26A, 26B) that is coupled to the glass holder (20), unique in that The actuator box (24) will consist of the main body part of the box (34) with the first (31) enclosing the driving trajectory (27A, 27B) and the second (32) housing. The sensor (28A, 28B), the first cap assembly (35), which is swing-compatible, attach the glass holder (20) and cover the first housing (31) while allowing the drive shaft ( 25A, 25B) protruding, and the second cover assembly (36) which covers the second housing (32) so that the working shaft (26A, 26B) can pass through, and the first and two (31,32) of the main body part of the box (34) will be attached. Spliced together in one piece and seamlessly on the periphery of the two housings (31,32) via the coupling (33). 2. A vehicle mirror device where the mirror holder (20), which holds the mirror (23) in place, can be swayed supported by the actuator box (24), including the driving path (27A, 27B). The swing drive can be connected to the mirror mount (20), one end of the working shaft (26A, 26B) is coupled. With the glass holder (20), the sensor housing (92) of the sensor (28A, 28B), which is equipped with the detector rod (96A, 96B) protruding in the direction which is orthogonal to the axis of the The working shaft (26A, 26B) is fixed to the support assembly (34) where the position relative to the actuator box (24) does not change, and in order to perform sensing based on the sensor (28A). , 28B), connect the swing angle of the glass holder (20) according to the axial position of the working shaft (26A, 26B), the end of the detection rod (96A, 96B) is coupled to the end. The other side of the shaft works (26A, 26B) by attaching it with an axial push to actuate the shaft (26A, 26B) against the detection rod (96A, 96B) in the condition that causes the detection rod. Characteristically stationary (96A, 96B) that the suppressor (100A, 100B) is provided on the support assembly (34), the stopper (100A, 100B) is able to prevent bending stress. It is not allowed to act on the detector rod (96A, 96B) by being close to the tip of the probe (96A, 96B) in order to set the limit of the detector rod motion (96A, 96B) on the straight side. Skip The glass handle (20) at the time of such assembly or when, in the condition where the detection rod (96A, 96B) and the working shaft (26A, 26B) are coupled, shaft works. (26A, 26B) is moving beyond the specified value. 3. Vehicle glass device according to claim 2, where the apex coupling (97) is provided on the other end of the working shaft (26A, 26B), which is Making It is made up of synthetic rawin, the longitudinal splice (97) which has a lead (97a) which has been formed. Up to have Its width has decreased Inward So that the width of the inner end is less The outer diameter of the detection rod (96A, 96B) and the outer end open, matching section (97b), which is connected to the inner end of the lead (97a) to allow the detection rod (96A). , 96B) is assembled into the matching section (97b), and the strait section (97c), which is less than the diameter of the passage The center of the detection rod (96A, 96B) and it has been connected to the matching section (97b). 4. Swing angle detection device Of the swing assembly, where the axially movable drive shaft (25A, 25B) will be coupled to the swing assembly (20) that can be swayed by a pivot point positioned on a straight line. (LA, LB), which is perpendicular to the axis of the drive shaft (25A, 25B), the end of the working shaft (26A, 26B), which is positioned on a straight line (LA, LB) on the side opposite the shaft. Drive (25A, 25B) is compared to that pivot point. It is rotatable coupling to that swing assembly (20), and sensing rod (96A, 96B) of the sensor (28A, 28B), which is fixed to the assembly. The immobilized support (34) is coupled to the working shaft (26A, 26B), which is Slidely insert it into the guide hole (75A, 75B) provided in the support assembly (34) so that it extends parallel to the drive shaft (25A, 25B), so that the detection rod (96A, 96B) will detect the angle. The swing of the swing assembly (20) follows the axial position of the working shaft (26A, 26B), is characterized by that the working shaft (26A, 26B) is inserted into the guide hole (75A, 75B). While receiving Supported by the support assembly (34) so that the working shaft (26A, 26B) can swing around. The oscillating axis perpendicular to that linear plane (LA, LB) and that axis of the working shaft (26A, 26B), and detecting objection (96A, 96B) with the axial coexistence of the oscillating axis. The working shaft (26A, 26B) is coupled to the working shaft (26A, 26B) so that the working shaft (26A, 26B) can swing around that swing axis.