A gate latch device to secure a gate in a closed or latched position to a fence or other barrier to close or block a portal formed therein comprising a latch assembly including a lower latch pin and a keeper safety catch mounted to the fence or other barrier adjacent the portal and a keeper assembly including a magnet disposed adjacent a latch pin recess mounted to the gate such that when the gate is closed the magnet attracts the lower latch pin from a normally biased upper or unlatched position to a lower or latched position drawing the lower latch pin downward into the latch pin recess against the force of the bias to prevent the gate from opening and wherein the keeper safety catch selectively engages the keeper assembly to limit the outward movement of the keeper assembly relative to the latch assembly to retain the lower latch pin from becoming dislodged from the latch pin recess to maintain the gate in the latched position.
1. A gate latch device for use with a gate to secure the gate in a closed position attached to a fence or other barrier to close or block a portal formed therein, said gate latch device comprising:
a latch assembly including a lower portion mounted to the fence or other barrier adjacent the portal including an upper actuator pull member and a lower latch pin coupled to the upper actuator member and a keeper safety catch having a stop formed on said lower portion of said latch assembly and
a keeper assembly including a magnet disposed adjacent a latch pin recess formed in said keeper assembly mounted to the gate such that when the gate is closed said magnet attracts said lower latch pin from a normally biased upper or unlatched position to a lower or latched position drawing said lower latch pin downward into said latch pin recess against the force of said bias to prevent the gate from opening and when the upper actuator pull member is pulled upwardly said lower latch pin is withdrawn from said latch pin recess allowing the gate to be opened and
said stop of said keeper safety catch is disposed to engage said keeper assembly to maintain said lower latch pin disposed within said latch pin recess to prevent said latch pin from being dislodged from said latch pin recess when said upper actuator pull member in said lower position and said keeper assembly from becoming unlatched from said latch assembly.
2. The gate latch device of claim 1 wherein said keeper assembly comprises:
a latch arm having a notch or opening in a rear wall including a lower edge portion thereof and
wherein said stop said keeper safety catch comprises an upwardly projecting stop member formed on a lower portion of said latch assembly to engage said lower edge portion of said rear wall when said keeper assembly and said latch assembly become vertically misaligned to maintain said lower latch pin within said latch pin recess.
3. The gate latch device of claim 2 wherein said latch assembly comprises:
an upper latch pin actuator assembly coupled to a lower latch pin assembly, and
said upper latch pin actuator assembly comprises said upper actuator pull member coupled or attached to an elongated latch pin actuator bar or member having a lower latch pin support having a latch pin aperture formed therethrough formed on the lower portion thereof to couple said upper latch pin actuator assembly and said lower latch pin assembly together.
4. The gate latch device of claim 3 further including an upper actuator bar limit or stop projecting outwardly from an upper portion of said elongated latch pin actuator bar or member to selectively engage an upper stop member to limit the upward movement of said upper latch pin assembly and said lower latch pin assembly of said latch assembly.
5. The gate latch device of claim 3 wherein said lower latch pin assembly is coupled to a lower portion of said elongated latch pin actuator bar or member by said lower latch pin actuator support and a bias disposed in surrounding relationship relative to said lower latch pin or member to normally bias said lower latch pin or member in an upper or unlatched position.
6. The gate latch device of claim 5 further including an upper bias latch limit pin stop to selectively engage an upper portion of said bias formed on the upper portion of said lower latch pin or member.
7. The gate latch device of claim 6 wherein said lower latch pin assembly further comprises a bias support including a latch pin bias recess having a bias support shoulder formed therein to support a lower portion of said bias and a latch pin channel concentrically aligned with said latch pin bias recess and said latch pin aperture to receive at least a portion of said lower latch pin or member therethrough.
8. The gate latch device of claim 6 further a latch pin limit including an upper limit member disposed to engage said upper bias latch pin stop of said lower latch pin or member to limit upward movement of said lower latch pin or member under the force of said bias.
9. The gate latch device of claim 5 further a latch pin limit including an upper limit member disposed to engage said upper bias latch pin stop of said lower latch pin or member to limit upward movement of said lower latch pin or member under the force of said bias.
10. A gate latch device for use with a gate to secure the gate in a closed position attached to a fence or other barrier to close or block a portal formed therein, said gate latch device comprising:
a latch assembly including a lower latch pin mounted to the fence or other barrier adjacent the portal and
a keeper assembly including a magnet disposed adjacent a latch pin recess mounted to the gate such that when the gate is closed said magnet attracts said lower latch pin from a normally biased upper or unlocked position to a lower or locked position drawing said lower latch pin downward into said latch pin recess against the force of said bias to prevent the gate from opening,
said latch assembly comprises an upper latch pin actuator assembly coupled to a lower latch pin assembly, said upper latch pin actuator assembly comprises an upper actuator pull knob or member coupled or attached to an elongated latch pin actuator bar or member having a lower latch pin support having a latch pin aperture formed therethrough formed on the lower portion thereof to couple said upper latch pin actuator assembly and the lower latch pin assembly together, and
an upper actuator bar limit or stop projecting outwardly from an upper portion of said elongated latch pin actuator bar or member to selectively engage an upper stop member extending inwardly into the interior of said latch housing to limit said upward movement of said upper latch pin assembly and said lower latch pin assembly of the latch assembly when said upper actuator pull knob or member is moved upwardly to release said lower latch pin from said lower or locked position.
11. The gate latch device of claim 10 wherein said lower latch pin assembly is coupled to a lower portion of said elongated latch pin actuator bar or member by said lower latch pin actuator support and a bias disposed in surrounding relationship relative to said lower latch pin or member to normally bias said lower latch pin or member in an upper or unlatched position.
12. A gate latch device of claim 11 further including an upper bias latch limit pin stop formed on said latch pin or member to selectively engage an upper limit member formed extending inwardly into the interior of said latch housing to limit the upward movement of said lower latch pin or member.
13. The gate latch device of claim 10 wherein said lower latch pin assembly further comprises a bias support including a latch pin bias recess having a bias support shoulder formed therein to support a lower portion of said bias and a latch pin channel concentrically aligned with said latch pin bias recess and said latch pin aperture to receive at least a portion of said lower latch pin or member therethrough.
14. The gate latch device of claim 10 further a latch pin limit including an upper limit member disposed to engage said upper bias latch pin stop of said lower latch pin or member to limit upward movement of said lower latch pin or member under the force of said bias.
15. The gate latch device of claim 10 further a latch pin limit including an upper limit member disposed to engage said upper bias latch pin stop of said lower latch pin or member to limit upward movement of said lower latch pin or member under the force of said bias.
16. The gate latch device of claim 10 further including a keeper safety catch disposed to selectively engage said keeper assembly to maintain said lower latch pin disposed within said latch pin recess to prevent said keeper assembly from becoming unlatched from said latch assembly when said latch assembly and said keeper assembly are misaligned vertically relative to each other thereby preventing the gate from opening.
17. The gate latch device of claim 16 wherein said keeper assembly comprises a latch arm having a notch or opening in a rear wall including a lower edge portion thereof and said keeper safety catch comprises an upwardly projecting stop member formed on a lower portion of said latch assembly to engage said lower edge portion of said rear wall when said keeper assembly and said latch assembly become vertically misaligned to maintain said lower latch pin within said latch pin recess.