Electro-mechanical coupler for artificial tree sections
An electro-mechanical coupler includes a source housing with a source surface and a load housing with a load surface. Both housings have through-holes for inserting and attaching tubes. One end of a first tube is insertable into the other tube. The source and load housings carry sets of plural electrical terminals that are brought into electrical contact with each other when the housing surfaces engage and they are oriented in a complementary topographic combination, such as the beveled slots of the source housing receiving the beveled inserts of the load housing. Spring-loaded plural electrical terminals extend from the bottom of the slot in the source housing and from the end of the insert in the load housing. A pivoting, sliding latch holds the source housing to the load housing, and a cam system assists in separating the source and load housings and their respective tubes.
1. An electro-mechanical coupler, comprising:
(a) a source housing having a source surface and with a first through-hole formed therethrough, said source housing carrying plural electrical terminals at said source surface;
(b) a load housing having a load surface and a second through-hole, said load housing carrying plural electrical terminals at said load surface, wherein, said load surface and said source surface are formed to have a complementary combination of higher regions and lower regions; wherein said complementary combination includes two higher regions formed as inserts and two lower regions in the form of slots so as to enable said source housing and said load housing to engage in a single relative orientation wherein, when engaged, said plural electrical terminals of said load surface are in electrical contact with said plural electrical terminals of said source surface and said first through-hole is aligned with said second through-hole;
(c) a latch carried by said electro-mechanical coupler, said source housing having a latch slot formed therein, said latch being slidable between said locked position and said unlocked position, said locked position operable to hold said source housing and said load housing together when said latch is moved from said unlocked position to seat in said latch slot; and
(d) a cam carried by said electro-mechanical coupler and operated by a lever to separate said source housing and said load housing.
2. The electro-mechanical coupler of claim 1 , wherein said inserts are two curved inserts in said load surface and said slots are two curved slots in said source surface.
3. The electro-mechanical coupler of claim 1 , wherein a first insert of said inserts is shorter than a second insert of said inserts.
4. The electro-mechanical coupler of claim 1 , wherein a first insert of said inserts is radially closer to said second through-hole than a second insert of said inserts, and wherein said first insert, said second insert, said first slot and said second slot are curved.
5. The electro-mechanical coupler of claim 1 , wherein a first insert of said inserts is radially closer to said second through-hole than a second insert of said inserts, and wherein said first insert, said second insert, said first slot and said second slot are curved.
6. The electro-mechanical coupler of claim 1 , wherein a first insert of said inserts is radially closer to said second through-hole than a second insert of said inserts, wherein said inserts and said slots are beveled.
7. The electro-mechanical coupler of claim 1 , wherein said latch is carried by said source housing.
8. The electro-mechanical coupler of claim 1 , wherein said load housing has a channel formed therein, and wherein said latch is received in said channel when slid to said locked position to secure said load housing to said source housing.
9. The electro-mechanical coupler of claim 1 , wherein said latch is biased to said locked position.
10. The electro-mechanical coupler of claim 1 , wherein said plural electrical terminals of said load housing are spring-loaded to extend from said load surface.
11. The electro-mechanical coupler of claim 1 , wherein said cam is carried by said source housing, and wherein said source housing has an opening formed in said source surface through which said cam rotates.
12. The electro-mechanical coupler of claim 1 , further comprising a source tube in said first through-hole and a load tube in said second through-hole.
13. An electro-mechanical coupler, comprising:
(a) a source housing having a source surface and a first through-hole, said source housing carrying plural electrical terminals at said source surface;
(b) a load housing having a load surface and a second through-hole, said load housing carrying plural electrical terminals at said load surface;
(c) a source tube having a first end and a second end, said second end of said source tube being in said first through-hole of said source housing;
(d) a load tube having a first end and a second end, said first end of said load tube being in said second through-hole of said load housing;
(e) plural electrical conductors running from said plural electrical terminals of said source housing to said plural electrical terminals of said load housing; and
(f) a cam carried by said electro-mechanical coupler and operated by a rotatable lever to separate said source housing and said load housing;
wherein said load surface and said source surface are formed so as to have a complementary combination of higher and lower regions so as to enable engagement of said source housing and said load housing in a single orientation wherein said plural electrical terminals of said load housing are in electrical contact with said plural electrical terminals of said source housing at said complementary combinations.
14. The electro-mechanical coupler of claim 13 , further comprising a sliding latch carried by said load housing having a locked position and an unlocked position.
15. The electro-mechanical coupler of claim 14 , wherein said load housing has a channel formed therein to receive said sliding latch.
16. The electro-mechanical coupler of claim 14 , wherein said source housing is formed so as to have a slot therein.
17. The electro-mechanical coupler of claim 14 , wherein said sliding latch is spring biased to hold said source housing in engagement with said load housing.