Gland assembly
AssigneeMueller International, LLC
InventorAurelian Ioan Furcoiu
Life of this patent
Estimating the term…
Abstract
A gland assembly and a method for using a gland assembly are disclosed. The gland assembly can comprise a gland, the gland defining a gland bore; a joint restraint assembly comprising; a restraint base formed on the gland; a gripper disposed within the restraint base; and a spring comprising a retention tab and an engagement leg, the engagement leg configured to engage the gripper; and a gasket defining a recess, the retention tab configured to engage the recess.
Claims17
A gland assembly comprising:
- a gland, the gland defining a gland bore and a gland rib, the gland rib defining a rib engagement surface;
- a joint restraint assembly comprising:
- a restraint base formed on the gland;
- a gripper disposed within the restraint base;
- and
- a spring comprising a retention tab and an engagement leg, the engagement leg configured to engage the gripper;
- and
- a gasket defining a recess and a gasket engagement surface, the retention tab configured to engage the recess, the gasket engagement surface configured to engage the rib engagement surface.
A mechanical joint comprising:
- a piping element defining a first flange and a socket, the socket formed proximate the first flange;
- a pipe extending into the socket and defining an outer surface;
- a gland assembly comprising:
- a gland defining a gland bore, the pipe extending through the gland bore;
- a joint restraint assembly comprising a gripper and a spring, the gripper configured to engage the outer surface of the pipe, the spring configured to bias the gripper towards engagement with the outer surface of the pipe, wherein the joint restraint assembly is configurable in a deactivated configuration, wherein the gripper is prevented from engaging the outer surface of the pipe, and an activated configuration, wherein the gripper is able to engage the outer surface of the pipe;
- and
- a gasket defining a recess, the spring configured to engage the recess;
- and
- a deactivation mechanism configured to engage the gripper and bias the gripper away from the outer surface of the pipe in the deactivated configuration.
A gland assembly comprising:
- a gland, the gland defining a gland bore;
- a joint restraint assembly comprising;
- a restraint base formed on the gland;
- a gripper disposed within the restraint base;
- and
- a spring comprising a retention tab and an engagement leg, the engagement leg configured to engage the gripper;
- and
- a gasket defining a recess and a gasket bore, the retention tab configured to engage the recess, the gasket bore extending from a first end of the gasket to a second end of the gasket, the gasket defining a retention block at the first end, the recess formed in the retention block, the gasket further defining a stop lip at the second end and a pipe collar extending from the second end towards the first end.
A gland assembly comprising:
- a gland, the gland defining a gland bore;
- a joint restraint assembly comprising;
- a restraint base formed on the gland;
- a gripper disposed within the restraint base;
- and
- a spring comprising a retention tab and an engagement leg, the engagement leg configured to engage the gripper;
- a gasket defining a recess, a gasket shoulder, and a gasket engagement surface, the retention tab configured to engage the recess, the gasket shoulder and gasket engagement surface defining a gland rib pocket;
- and
- a stiffing ring engaging the gasket shoulder.
A gland assembly comprising:
- a gland, the gland defining a gland bore;
- a joint restraint assembly comprising;
- a restraint base formed on the gland and comprising a deactivation lip;
- a restraint cover comprising a stop leg and a deactivation slot;
- a gripper disposed within the restraint base;
- and
- a spring comprising a retention tab and an engagement leg, the engagement leg configured to engage the gripper;
- and
- a gasket defining a recess, the retention tab configured to engage the recess;
- wherein the joint restraint assembly is configurable in a deactivated configuration, wherein the gripper is biased in a disengagement direction, the stop leg engages the gripper, and the deactivation lip engages the deactivation slot, and an activated configuration, wherein the gripper is biased in an engagement direction.
Dependencies are inferred from the claim text.