Actuator apparatus, sunroof apparatus, and manufacturing method of actuator apparatus
An actuator apparatus includes a gear housing including an arrangement surface of a drive gear. The arrangement surface is provided at an outer side of the gear housing. The apparatus includes a cover member fixed to the gear housing in a state of covering the drive gear. The apparatus includes a guide member of a drive cable meshing with the drive gear. The guide member is provided to extend in an arrangement direction of the drive cable. The apparatus includes a fixing portion provided at the arrangement surface and configured to fix the guide member relative to the gear housing.
1. An actuator apparatus comprising:
a drive gear disposed on a rotatably driven shaft;
a gear housing including an arrangement surface for the drive gear, the arrangement surface being provided at an outer side of the gear housing, and the rotatable driven shaft extending through an opening defined by the gear housing;
a cover member fixed to the gear housing in a state of covering the drive gear;
a guide member of a drive cable meshing with the drive gear, the guide member being provided to extend in an arrangement direction of the drive cable; and
a fixing portion provided at the arrangement surface and configured to fix the guide member relative to the gear housing,
wherein
the fixing portion corresponds to a press-fitting portion opening in an assembling direction of the cover member relative to the gear housing,
the cover member includes a holding portion configured to position the guide member relative to the press-fitting portion by holding the guide member, and
the holding portion and the press-fitting portion are configured such that a holding force applied by the holding portion to the guide member is less than a fitting force applied by the press-fitting portion to the guide member.
2. The actuator apparatus according to claim 1 , comprising:
a sliding-contact member provided at a position at which the sliding-contact member sandwiches a meshing portion of the drive cable between the sliding-contact member and the drive gear, the meshing portion meshing with the drive gear, wherein
the gear housing corresponds to a resin molded part, and
the sliding-contact member corresponds to an insert member formed integrally with the gear housing.
3. The actuator apparatus according to claim 2 , wherein
the guide member is configured to guide the drive cable to a lengthwise-direction end portion of a guide rail, and
the guide rail is provided as a pair to be arranged apart from each other, and the cover member is provided integrally with a connecting housing configured to connect the guide rails to each other.
4. The actuator apparatus according to claim 1 , wherein
the guide member is configured to guide the drive cable to a lengthwise-direction end portion of a guide rail, and
the guide rail is provided as a pair to be arranged apart from each other, and the cover member is provided integrally with a connecting housing configured to connect the guide rails to each other.
5. The actuator apparatus according to claim 1 , wherein the fixing portion comprises a pair of engagement tabs, and the the holding portion is configured to position the guide member relative to the engagement tabs by holding the guide member, the holding portion comprising a holding tab configured to be disposed in-between the pair of engagement tabs.
6. A sunroof apparatus comprising an actuator apparatus, the actuator apparatus including:
a drive gear disposed on a rotatably driven shaft;
a gear housing including an arrangement surface for the drive gear, the arrangement surface being provided at an outer side of the gear housing, and the rotatable driven shaft extending through an opening defined by the gear housing;
a cover member fixed to the gear housing in a state of covering the drive gear;
a guide member of a drive cable meshing with the drive gear, the guide member being provided to extend in an arrangement direction of the drive cable; and
a fixing portion provided at the arrangement surface and configured to fix the guide member relative to the gear housing,
wherein the fixing portion comprises a pair of engagement tabs, and the cover member includes a holding portion configured to position the guide member relative to the engagement tabs by holding the guide member, the holding portion comprising a holding tab configured to be disposed in-between the pair of engagement tabs.
7. The sunroof apparatus according to claim 6 , wherein
the fixing portion corresponds to a press-fitting portion opening in an assembling direction of the cover member relative to the gear housing.
8. The sunroof apparatus according to claim 6 , wherein the actuator apparatus includes;
a sliding-contact member provided at a position at which the sliding-contact member sandwiches a meshing portion of the drive cable between the sliding-contact member and the drive gear, the meshing portion meshing with the drive gear, wherein
the gear housing corresponds to a resin molded part, and
the sliding-contact member corresponds to an insert member formed integrally with the gear housing.
9. The sunroof apparatus according to claim 6 , wherein
the guide member is configured to guide the drive cable to a lengthwise-direction end portion of a guide rail, and
the guide rail is arranged as a pair to be apart from each other, and the cover member is provided integrally with a connecting housing configured to connect the guide rails to each other.
10. A manufacturing method of an actuator apparatus including a drive gear disposed on a rotatably driven shaft, the method comprising:
assembling a cover member relative to a gear housing, the gear housing including an arrangement surface for the drive gear, the arrangement surface being provided at an outer side of the gear housing, the rotatable driven shaft extending through an opening defined by the gear housing, and the cover member being configured to cover the drive gear;
fixing a guide member of a drive cable to the arrangement surface, the drive cable meshing with the drive gear, the guide member being provided to extend in an arrangement direction of the drive cable, wherein
the arrangement surface is provided with a press-fitting portion opening in an assembling direction of the cover member relative to the gear housing, the press-fitting portion serves as a fixing portion configured to fix the guide member to the arrangement surface, the method comprising:
holding the guide member at the cover member before the gear housing and the cover member are assembled to each other; and
pressing the guide member, which has been positioned by being held by the cover member, into the press-fitting portion when assembling the gear housing and the cover member to each other,
wherein a holding portion of the cover member and the press fitting portion are configured such that a holding force applied by the holding portion to the guide member is less than a fitting force applied by the pressing fitting portion to the guide member.
11. A sunroof apparatus comprising an actuator apparatus, the actuator apparatus including:
a drive gear disposed on a rotatably driven shaft;
a gear housing including an arrangement surface for the drive gear, the arrangement surface being provided at an outer side of the gear housing, and the rotatable driven shaft extending through an opening defined by the gear housing;
a cover member fixed to the gear housing in a state of covering the drive gear;
a guide member of a drive cable meshing with the drive gear, the guide member being provided to extend in an arrangement direction of the drive cable; and
a fixing portion provided at the arrangement surface and configured to fix the guide member relative to the gear housing,
wherein
the fixing portion corresponds to a press-fitting portion opening in an assembling direction of the cover member relative to the gear housing,
the cover member includes a holding portion configured to position the guide member relative to the press-fitting portion by holding the guide member, and
the holding portion and the press-fitting portion are configured such that a holding force applied by the holding portion to the guide member is less than a fitting force applied by the press-fitting portion to the guide member.