1. A connector comprising:
a first housing assembly having:
a first body defining a first locking member, a cavity, and a slot, the cavity is configured to accept a terminal inserted therein from a first side of the first body to a first distance from the first side, the slot extends into the first body from a second side and intersects the cavity, the first locking member is coupled to the first body and extends into the cavity to prevent withdrawal of the terminal when the terminal is inserted to the first distance; and
an assurance body slideably inserted into the slot and movable between a preset position and a full set position within the slot, the assurance body including a reinforcing member and a second locking member;
wherein, when the assurance body is in the full set position, the reinforcing member is configured to limit movement of the first locking member to prevent the withdrawal of the terminal from the cavity, and the second locking member extends into the cavity to limit movement of the terminal and prevent withdrawal of the terminal independent of the first locking member.
2. The connector of claim 1, wherein the first locking member is movable between a first position and a second position, and the first locking member includes a locking portion extending into the cavity to secure the terminal within the cavity when in the first position, the locking portion is configured to cooperate with the terminal to move the first locking member to the second position when the terminal is inserted in the cavity less than the first distance;
wherein the reinforcing member prevents withdrawal of the terminal by preventing the first locking member from moving to the second position when the assurance body is in the full set position.
3. The connector of claim 2, wherein the first locking member is a resilient arm, the arm being coupled to the body at a first end and freely extending therefrom to a second end, the locking portion being proximal to the second end.
4. The connector of claim 2, wherein when the first locking member is in the second position, the reinforcing member engages the first locking member to prevent the assurance body from being moved to the full set position.
5. The connector of claim 2, wherein the locking portion includes a ramp surface, the ramp surface is configured to slideably engage the terminal during insertion of the terminal in the cavity to move the first locking member to the second position to allow the terminal to be fully inserted in the cavity, the first locking member is configured to return to the first position when the terminal is inserted to the first distance.
6. The connector of claim 1, wherein when the terminal is inserted in the cavity less than the first distance, the second locking member is configured to prevent the assurance body from being moved to the full set position by engaging the assurance body.
7. The connector of claim 1, wherein the first body defines a plurality of the cavities for receiving a plurality of terminals, and a plurality of the first locking members extending into the plurality of cavities, and the assurance body includes a plurality of reinforcing members configured to limit movement of the plurality of first locking members and a plurality of second locking members configured to prevent withdrawal of the plurality of terminals independent of the first locking members.
8. The connector of claim 1, wherein the first locking member and the second locking member are configured to prevent withdrawal of the terminal by engaging the terminal on a same shoulder of the terminal.
9. The connector of claim 1, wherein the slot penetrates the cavity from a second side of the housing, the second side being perpendicular to the first side.
10. A connector comprising:
a first housing assembly having:
a terminal;
a first body defining a resilient arm, a cavity, and a slot, the cavity is configured to accept the terminal inserted therein from a first side of the first body, and the slot intersecting the cavity from a second side of the first body substantially perpendicular to the first side, the resilient arm being moveable between a first position and a second position and being coupled to the first body at a first end and freely extending therefrom to a second end, the second end extending into the cavity when in the first position and preventing withdrawal of the terminal when the terminal is fully inserted in the cavity, and the resilient arm cooperating with the terminal to move the resilient arm to the second position when the terminal is incompletely inserted in the cavity; and
an assurance body slideably inserted into the slot and movable between a preset position and a full set position, the assurance body including a reinforcing member and a locking member, the reinforcing member is configured to prevent the resilient arm from moving to the second position when the assurance body is in the full set position, the locking member is configured to extend into the cavity and prevent withdrawal of the terminal independent of the resilient arm when the terminal is fully inserted in the cavity and the assurance body is in the full set position;
wherein the terminal prevents the assurance body from being moved to the full set position when the terminal is incompletely inserted in the cavity.
11. The connector of claim 10, wherein the first body defines a plurality of cavities configured to receive a plurality of terminals, and includes a plurality of resilient arms configured to extend into the cavities to prevent withdrawal of the plurality of terminals, and the assurance body includes a plurality of reinforcing members configured to prevent movement of the plurality of resilient arms and a plurality of locking members configured to prevent withdrawal of the plurality of terminals independent of the plurality of resilient arms.
12. The connector of claim 10, wherein the resilient arm and the locking member are configured to engage the terminal at a same shoulder on the terminal to prevent withdrawal of the terminal.
13. The connector of claim 10, wherein when the resilient arm is in the second position, the reinforcing member is configured to engage the resilient arm to prevent the assurance body from being moved to the full set position.
14. The connector of claim 10, wherein when the terminal is incompletely inserted in the cavity, the locking member is configured to engage the terminal to prevent the assurance body from being moved to the full set position.
15. The connector of claim 10, wherein the resilient arm includes a ramp surface, the ramp surface is configured to slideably engage the terminal during insertion of the terminal in the cavity to move the resilient arm to the second position to allow the terminal to be fully inserted in the cavity, the resilient arm is configured to return to the first position when the terminal is fully inserted therein.
16. The connector of claim 10, further comprising a second housing assembly configured to mate with the first housing assembly, wherein the second housing assembly includes a second body, and one of the first housing assembly and the second housing assembly includes a lever, pivotably coupled to one of the first and second bodies, the lever defining a cam surface, the other of the first and second housing assemblies including a follower member, the cam surface and the follower member are configured to cooperate to selectively move the first and second housing assemblies between a preset condition and a fully mated condition when the lever is articulated.
17. A connector comprising:
a first housing assembly having:
a terminal;
a first body defining a cavity and a slot, the cavity configured to accept the terminal inserted therein in a first direction, the slot substantially perpendicular to the cavity and intersecting the cavity; and
a resilient arm coupled to the first body at a first end and freely extending therefrom in the first direction to a second end, the resilient arm is moveable between first and second positions and includes a locking surface and a ramp surface extending into the cavity when in the first position, the locking surface is configured to prevent withdrawal of the terminal when the terminal is fully inserted in the cavity and the resilient arm is in the first position, the ramp surface is configured to slideably engage the terminal during insertion to move the resilient arm to the second position, the resilient arm is biased to return to the first position when the terminal is fully inserted therein; and
an assurance body slideably inserted into the slot and movable into between a preset position and a full set position, the assurance body including:
a reinforcing member configured to prevent the resilient arm from moving to the second position when the assurance body is in the full set position; and
a locking member configured to extend into the cavity to prevent withdrawal of the terminal independent of the resilient arm when the terminal is fully inserted and the assurance body is in the full set position;
wherein the reinforcing member is configured to prevent the assurance body from being moved into the full set position when the resilient arm is in the second position, and the terminal prevents the assurance body from being moved into the full set position when the terminal is incompletely inserted in the cavity by engaging the locking member.
18. The connector of claim 17, wherein the first body defines a plurality of cavities configured to receive a plurality of terminals, the housing includes a plurality of resilient arms configured to secure the plurality of terminals, and the assurance body includes a plurality of reinforcing members configured to limit movement of the plurality of resilient arms and a plurality of locking members configured to prevent withdrawal of the plurality of terminals independent of the plurality of resilient arms.
19. The connector of claim 17, wherein the resilient arm and the locking member are configured to engage the terminal at a location positioned a same longitudinal distance along the terminal to prevent withdrawal of the terminal.
20. The connector of claim 17, further comprising a second housing assembly configured to mate with the first housing assembly, wherein the second housing assembly includes a second body, and one of the first housing assembly and the second housing assembly includes a lever, pivotably coupled to one of the first and second bodies, the lever defining a cam surface, the other of the first and second housing assemblies including a follower member, the cam surface and the follower member are configured to cooperate to selectively move the first and second housing assemblies between a preset condition and a fully mated condition when the lever is articulated.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A standing frame comprising:
a frame;
a seat coupled to the frame such that the seat is moveable from a seating orientation configured to allow a user to sit on the seat to a standing orientation configured to at least partially support a user in a standing posture;
wherein the seat includes a rearward support portion having a support surface that is configured to engage the user’s buttocks when the seat is in the seating orientation, and a forward support portion having a support surface that is configured to engage the user’s legs when the seat is in the seating orientation; and
means for automatically moving the forward support portion with respect to the rearward support portion when the rearward support portion is moved from the seating orientation to the standing orientation, such that at least a portion of the forward support portion moves away from the user’s legs when the rearward support portion is moved from the seating orientation to the standing orientation.
2. The standing frame of claim 1 further comprising a seat back pivotally coupled to the seat.
3. The standing frame of claim 1 further comprising a leg exercising apparatus coupled to the frame.
4. The standing frame of claim 3 wherein the leg exercising apparatus comprises a pair of footrests that are coupled to the frame such that the footrests are moveable to approximate movements associated with walking.
5. The standing frame of claim 4 wherein the footrests are coupled to an arm exercising apparatus.
6. The standing frame of claim 1 wherein a rear end of the forward support portion is connected to a front end of the rearward support portion.
7. The standing frame of claim 1 wherein a rear end of the forward support portion is connected to a front end of the rearward support portion by a hinge.
8. The standing frame of claim 1 wherein a rear end of the forward support portion is connected to a front end of the rearward support portion by a living hinge.
9. A standing frame comprising:
a frame;
a seat coupled to the frame such that the seat is moveable from a seating orientation configured to allow a user to sit on the seat to a standing orientation configured to at least partially support a user in a standing posture;
wherein the seat includes a rearward support portion having a support surface that is configured to engage the user’s buttocks when the seat is in the seated position, and a forward support portion having a support surface that is configured to engage the user’s legs when the seat is in the seated orientation; and
a linkage connected to the forward support portion for automatically moving the forward support portion with respect to the rearward support portion when the rearward support portion is moved from the seating orientation to the standing orientation, such that at least a portion of the forward support portion moves away from the user’s legs when the rearward support portion is moved from the seating orientation to the standing orientation.
10. The standing frame of claim 9 further comprising a leg exercising apparatus coupled to the frame.
11. The standing frame of claim 10 wherein the leg exercising apparatus comprises a pair of footrests that are coupled to the frame such that the footrests are moveable to approximate movements associated with walking.
12. The standing frame of claim 11 wherein the footrests are coupled to an arm exercising apparatus.
13. The standing frame of claim 9 wherein a rear end of the forward support portion is connected to a front end of the rearward support portion.
14. The standing frame of claim 9 wherein a rear end of the forward support portion is connected to a front end of the rearward support portion by a hinge.
15. The standing frame of claim 9 wherein a rear end of the forward support portion is connected to a front end of the rearward support portion by a living hinge.