Six-way latch bolt assembly

1. A latch bolt comprising:

a cylindrical casing having a front end, a back end and an external surface, and at least one tab extending radially outward from the front end of the cylindrical casing;

a bolt adapted to slide in or out of the cylindrical casing;

a bolt operating mechanism fixed to the rear of the cylindrical casing and adapted to slide the bolt in and out of the cylindrical casing;

a faceplate having front side and back side and a bolt opening adapted to receive the bolt in a sliding relationship, the faceplate having two opposing semi-circular flanges extending axially from the back side, each flange having two circumferential ends and a slot with an open end and a closed end in each of the semi-circular flanges' circumferential ends; and

a cylindrical sleeve comprising two semi-circular sleeve halves joined together, the cylindrical sleeve turnably received on the external surface of the cylindrical casing at the front end of the cylindrical casing with each tab of the cylindrical casing positioned against the back side of the faceplate, each semi-circular half having a horn with opposing prongs extending circumferentially on its front side, each prong adapted to be slidably received in one of the slots in the flanges and to capture each tab between the back side of the faceplate and a horn of one of the semi-circular halves to secure the faceplate to the front end of the cylindrical casing.

2. The latch bolt according to claim 1 wherein the cylindrical casing has two opposing tabs extending radially outward from the front end.

3. The latch bolt according to claim 1 wherein a tab receiver is formed between the circumferential ends of the flanges and the backside of the faceplate, each tab receiver adapted to receive a tab.

4. The latch bolt according to claim 1 wherein arcuate ribs extend radially outward from the backside of the faceplate and bridge the circumferential ends of the flanges, and a tab receiver is formed between the circumferential ends of the flanges and each rib, each tab receiver adapted to receive a tab.

5. The latch bolt according to claim 1 wherein the slots are longer than the prongs permitting the cylindrical casing and the faceplate to be turned at least about ten degrees in each direction with respect to the cylindrical sleeve.

6. The latch bolt according to claim 5 wherein at least one of the tabs has a v-notch on its backside, and the semi-circular sleeve half opposite the tab has a v-nib on its front side adapted to engage the v-notch to register the prongs received in the slots equal distance from the closed end of the slots.

7. The latch bolt according to claim 5 wherein each tab has a v-notch on its backside, and each semi-circular sleeve half opposite each tab has a v-nib on its front side adapted to engage the v-notch of the tab to register the prongs received in the slots equal distance from the closed end of the slots.

8. The latch bolt according to claim 1 wherein each semi-circular sleeve half has at least one peg extending circumferentially from one circumferential end of the sleeve semi-circular half and a bore extending tangentially into the other circumferential end of the semi-circular sleeve half, the pegs of each sleeve semi-circular half in registration with the bore of the other sleeve semi-circular half, the peg of each semi-circular sleeve half adapted to be received in the bore of the other semi-circular sleeve half.

9. a latch bolt comprising:

a cylindrical casing having a front end, a back end and an external surface, and at least two opposing tabs extending radially outward from the front end of the cylindrical casing;

a bolt adapted to slide in or out of the cylindrical casing;

a bolt operating mechanism fixed to the rear of the cylindrical casing and adapted to slide the bolt in and out of the cylindrical casing;

a faceplate having front side and back side and a bolt opening adapted to receive the bolt in a sliding relationship, the faceplate having two opposing semi-circular flanges extending axially from the back side, each flange having two circumferential ends and a slot with an open end and a closed end in each of the semi-circular flanges' circumferential ends, and a slot formed between the circumferential ends of the flanges and the back side of the faceplate, each slot adapted to receive a tab; and

a cylindrical sleeve comprising two semi-circular sleeve halves joined together, the cylindrical sleeve turnably received on the external surface of the cylindrical casing at the front end of the cylindrical casing with each tab of the cylindrical casing positioned against the back side of the faceplate, each semi-circular half having a horn with opposing prongs extending circumferentially on its front side, each prong adapted to be slidably received in one of the slots in the flanges and to capture each tab between the back side of the faceplate and a horn of one of the semi-circular halves to secure the faceplate to the front end of the cylindrical casing.

10. The latch bolt according to claim 9 wherein the slots are longer than the prongs permitting the cylindrical casing and the faceplate to be turned up to about ten degrees in each direction within the cylindrical sleeve.

11. The latch bolt according to claim 10 wherein at least one of the tabs has a v-notch on its backside, and the semi-circular sleeve half opposite the tab has a v-nib on its front side adapted to engage the v-notch to register the prongs received in the slots equal distance from the closed end of the slots.

12. The latch bolt according to claim 10 wherein each tab has a v-notch on its backside, and each semi-circular sleeve half opposite each tab has a v-nib on its front side adapted to engage the v-notch of the tab to register the prongs received in the slots equal distance from the closed end of the slots.

13. The latch bolt according to claim 9 wherein each semi-circular sleeve half has at least one peg extending circumferentially from one circumferential end of the semi-circular sleeve half and a bore extending tangentially into the other circumferential end of the semi-circular sleeve half, the pegs of each sleeve semi-circular half in registration with the bore of the other semi-circular sleeve half, the peg of each semi-circular sleeve halve adapted to be received in the bore of the other semi-circular sleeve half.

14. a latch bolt comprising:

a cylindrical casing having a front end, a back end and an external surface, and at least two opposing tabs extending radially outward from the front end of the cylindrical casing;

a bolt adapted to slide in or out of the cylindrical casing;

a bolt operating mechanism fixed to the rear of the cylindrical casing and adapted to slide the bolt in and out of the cylindrical casing;

a faceplate having front side and back side and a bolt opening adapted to receive the bolt in a sliding relationship, the faceplate having two opposing semi-circular flanges extending axially from the back side, each flange having two circumferential ends and a slot with an open end and a closed end in each of the semi-circular flanges' circumferential ends, the faceplate having arcuate ribs extending radially outward from the backside of the faceplate and bridging the circumferential ends of the flanges, and a slot formed between the circumferential ends of the flanges and each rib, each slot adapted to receive a tab; and

a cylindrical sleeve comprising two semi-circular sleeve halves joined together, the cylindrical sleeve turnably received on the external surface of the cylindrical casing at the front end of the cylindrical casing with each tab of the cylindrical casing positioned against the back side of the faceplate, each semi-circular half having a horn with opposing prongs extending circumferentially on its front side, each prong adapted to be slidably received in one of the slots in the flanges and to capture each tab between the back side of the faceplate and a horn of one of the semi-circular halves to secure the faceplate to the front end of the cylindrical casing, the slots are longer than the prongs permitting the cylindrical casing and the faceplate to be turned up to about ten degrees in each direction with respect to the cylindrical sleeve.

15. The latch bolt according to claim 14 wherein at least one of the tabs has a v-notch on its backside, and the semi-circular sleeve half opposite the tab has a v-nib on its front side adapted to engage the v-notch to register the prongs received in the slots equal distance from the closed end of the slots.

16. The latch bolt according to claim 14 wherein each tab has a v-notch on its backside, and each semi-circular sleeve half opposite each tab has a v-nib on its front side adapted to engage the v-notch of the tab to register the prongs received in the slots equal distance from the closed end of the slots.

17. The latch bolt according to claim 14 wherein each semi-circular sleeve half has at least one peg extending circumferentially from one circumferential end of the semi-circular sleeve half and a bore extending tangentially into the other circumferential end of the sleeve semi-circular half, the pegs of each semi-circular sleeve half in registration with the bore of the other semi-circular sleeve half, the peg of each semi-circular sleeve halve adapted to be received in the bore of the other semi-circular sleeve half.

18. a latch bolt comprising:

a cylindrical casing having a front end, a back end and an external surface, and two opposing tabs extending radially outward from the front end of the cylindrical casing, each tab having a back side and a v-notch on its back side;

a bolt adapted to slide in or out of the cylindrical casing;

a bolt operating mechanism fixed to the rear of the cylindrical casing and adapted to slide the bolt in and out of the cylindrical casing;

a faceplate having front side and back side and a bolt opening adapted to receive the bolt in a sliding relationship, the faceplate having two opposing semi-circular flanges extending axially from the back side, each flange having two circumferential ends and a slot with an open end and a closed end in each of the semi-circular flanges' circumferential ends, the faceplate having arcuate ribs extending radially outward from the backside of the faceplate and bridging the circumferential ends of the flanges, and a slot formed between the circumferential ends of the flanges and each rib, each slot adapted to receive a tab; and

a cylindrical sleeve comprising two semi-circular sleeve halves joined together, the cylindrical sleeve turnably received on the external surface of the cylindrical casing at the front end of the cylindrical casing with each tab of the cylindrical casing positioned against the back side of the faceplate, each semi-circular sleeve half having a horn with opposing prongs extending circumferentially on its front side, each prong adapted to be slidably received in one of the slots in the flanges and to capture each tab between the back side of the faceplate and a horn of one of the semi-circular sleeve halves to secure the faceplate to the front end of the cylindrical casing, the slots are longer than the prongs permitting the cylindrical casing and the faceplate to be turned up to about ten degrees in each direction with respect to the cylindrical sleeve, and each semi-circular sleeve half opposite each tab has a v-nib on its front side adapted to engage the v-notch of the tab to register the prongs received in the slots equal distance from the closed end of the slots.

19. The latch bolt according to claim 18 wherein each semi-circular sleeve half has at least one peg extending circumferentially from one circumferential end of the semi-circular sleeve half and a bore extending tangentially into the other circumferential end of the sleeve semi-circular half, the pegs of each semi-circular sleeve half in registration with the bore of the other semi-circular sleeve half, the peg of each semi-circular sleeve half adapted to be received in the bore of the other semi-circular sleeve half.