Walk-through gate with concealed hinge and latch

A walk-through gate assembly, comprising:

• a first planar gate section having a vertical hinge rail located at a first vertical edge thereof, and having a second vertical edge horizontally spaced from said first vertical edge;
• a second planar gate section having a vertical latch rail located at a corresponding second vertical edge thereof, and having a corresponding first vertical edge horizontally spaced from said second vertical edge;
• means associated with said first and said second gate sections for mounting said first and second gate sections together in a planar abutting relationship so that portions thereof containing said second vertical edge of said first gate section and said first vertical edge of said second gate section overlap to an extent that is determined by an opening size that is to be closed by said gate assembly and that is formed by a hinge wall and a latch wall;
• a pivot associated within said first vertical edge of said first gate section, said pivot for attachment to the pivot wall;
• a cavity within said second vertical edge of said second gate section;
• a latch having a first latch portion mounted within said cavity, and having a second vertically movable latch portion extending horizontally outward from said second vertical edge of said second gate section, said first latch portion being physically connected to said second latch portion;
• means within said cavity and connected to said first latch portion for force biasing said second latch portion in a vertically downward direction;
• a latch receiver for attachment to the latch wall, said latch receiver having a vertically upward directed ramp for physical engagement by said second latch portion, and said vertically upward directed ramp terminating at a vertically downward directed latch recess;
• said vertically upward directed ramp for slideably receiving said second latch portion during latching of the gate assembly to the latch wall, and for thereafter latching said second latch portion in said vertically downward directed latch recess;
• and
• a manually operable latch pull located above and operatively connected to said first latch portion to selectively move said second latch portion upward in a vertical direction, out of said downward directed latch recess, and against said force bias as the gate assembly is unlatched from the latch wall.

In a walk-through gate assembly having a vertically extending hinge rail that is adapted to be hinge mounted on a hinge wall that contains first and second vertically spaced hinge posts that are spaced from each other by a given distance, the improvement comprising:

• a first female thread pattern within said hinge rail defining a first horizontal thread axis;
• a second female thread pattern within said hinge rail, said second female thread pattern being vertically spaced from said first female thread pattern by the given distance, said second female thread pattern defining a second horizontal thread axis that is parallel to said first horizontal thread axis, said first and second thread axes occupying a common vertical plane;
• a first linear swing bolt having a male thread portion adjustably positioned within said first female thread pattern, and having an eyelet adapted to cooperate with the first hinge post;
• and
• a second linear swing bolt having a male thread portion adjustably positioned within said second female thread pattern, and having an eyelet adapted to cooperate with the second hinge post;
• wherein the first and second linear swing bolts can be adjustably positioned within the respective first and second female thread patterns to different positions relative to each other so that the vertically extending hinge rail can be maintained in a vertical orientation even if the hinge wall to which it is mounted is not planar or is not in a vertical orientation.

A hinged and latched gate assembly for use in spanning a horizontal opening size that exists between a hinge wall and a latch wall, comprising:

• first and second vertically spaced hinge posts adapted for attachment to the hinge wall, said first and second hinge posts being spaced from each other by a first given distance;
• first and second vertically spaced latch receivers adapted for attachment to the latch wall, said first and second latch receivers being spaced from each other by a second given distance;
• a first upward-extending ramp on said first latch receiver, said first upward-extending ramp terminating at a first latch recess;
• a second upward-extending ramp on said second latch receiver, said second upward-extending ramp terminating at a second latch recess;
• said first and second upward-extending ramps facing in a common direction;
• a first planar gate section having a first horizontal top rail and a first horizontal bottom rail, having a vertical hinge rail extending between said first top and bottom rails and defining a hinge side, and having a first panel vertically-extending between said first top and bottom rails;
• a second planar gate section having a second horizontal top rail and a second horizontal bottom rail, having a vertical latch rail extending between said second top and bottom rails and defining a latch side, and having a second panel vertically-extending between said second top and bottom rails;
• means associated with said first and said second gate sections for mounting said first and second gate sections together in a planar abutting relationship so that portions of said first and second panel means overlap to an extent determined by the opening size;
• a first female thread pattern within said hinge rail defining a first horizontal thread axis;
• a second female thread pattern within said hinge rail, said second female thread pattern being vertically spaced from said first female thread pattern by the first given distance, said second female thread pattern defining a second horizontal thread axis that is parallel to said first horizontal thread axis;
• said first and second thread axes occupying a common vertical plane;
• a first linear swing bolt having a male thread portion adjustably positioned within said first female thread pattern, and having an eyelet adapted to cooperate with said first hinge post;
• a second linear swing bolt having a male thread portion adjustably positioned within said second female thread pattern, and having an eyelet adapted to cooperate with said second hinge post;
• a vertically-extending cavity within said latch rail coincident with said latch side;
• a vertically-extending cover for said cavity secured to said latch rail;
• said cover having a top latch pull opening, a first latch tab opening located below said latch pull opening, and a second latch tab opening located below said first latch tab opening by said second given distance;
• a vertically movable and manually operable latch pull within said cavity and extending outward through said latch pull opening;
• a first vertically movable latch tab within said cavity and extending outward through said first latch tab opening for cooperation with said first latch receiver;
• a second vertically movable latch tab within said cavity and extending outward through said second latch tab opening for cooperation with said second latch receiver;
• a rigid link within said cavity interconnecting said latch pull, said first latch tab, and said second latch tab to thereby form a latch assembly;
• and
• a spring within said cavity connected to said latch assembly operable to force bias said rigid link, said latch pull, said first latch tab, and said second latch tab vertically downward.

A walk-through gate assembly for spanning an opening formed by generally-vertical first and second opposed surfaces, comprising:

• first and second gate pieces, the first gate piece being adapted for pivotal connection to the first opposed surface, the second gate piece being adapted for latching engagement with the second opposed surface, the second gate piece having a vertically-extending cavity therein;
• an attachment bracket for removably affixing the first and second gate pieces together;
• at least one pivot pin adapted for attachment to the first opposed surface;
• at least one hinge member affixable to the first gate piece and pivotably engageable with the at least one pivot pin;
• a latch assembly received within the vertically-extending cavity in the second gate piece, the latch assembly having at least one latch finger extending from the cavity toward the second opposed surface, the latch assembly being resiliently biased downward, and the latch assembly having a latch actuator operatively connected to and located above the latch finger;
• and
• a latch receptacle adapted for attachment to the second opposed surface, the latch receptacle being receptive of the latch finger when the gate asseembly is pivoted in a first direction toward the second opposed surface to a position where the latch finger contacts the latch receptacle.