Well installation

Claim 2

A well locator tool for coacting with a well sub positioned in a well tubing, said sub having an orientation sleeve having a downwardly extending guide surface on the top of the sleeve, an upwardly directed actuating shoulder on the sleeve, and a slot in the sleeve having a configuration of at least one ridge and one valley, said tool comprising, a body having connection means for moving the tool through a well tubing and including means for supporting well apparatus, actuating means including a finger movably connected to said body for longitudinal movement, and including a well apparatus actuator, said finger including a downwardly directed actuating shoulder for engaging the shoulder in the sleeve, spring means yieldably urging said finger outwardly, releasing means initially preventing longitudinal movement between the body and said finger but allowing movement after being released thereby allowing movement between said body and said actuator, and means allowing but yieldably resisting longitudinal movement between the body and said finger whereby further longitudinal movement of the body, after the releasing means is released, may occur only after movement between said body and said actuator.

Claim 3

The apparatus of claim 1 wherein the body includes, a retracting shoulder on the body positioned above the finger which engages said finger and retracts said finger upon downward movement of the body relative to the finger.

Claim 4

The apparatus of claim 1 wherein the finger includes, a particular configuration of at least one ridge and at least one valley at its outer periphery which will coact only with a well sub having mating coacting surfaces.

Claim 5

The apparatus of claim 1 wherein said yieldably resisting means includes, a fluid chamber between said body and said actuating means, a piston positioned in the fluid chamber, and fluid restricting means in communication with the fluid chamber limiting the flow of fluid from the chamber.

Claim 6

A well sub for actuating a well locator tool, said tool having actuating means including a downwardly directed actuating shoulder and an outer periphery having a configuration of at least one ridge and one valley, said sub comprising, a tubular housing, said housing including connecting means for connecting the housing in a well tubing, an orienting sleeve positioned in the housing having a downwardly extending guide surface on the top of the sleeve for orienting the actuating means of a well tool, a recessed slot in the housing, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept an actuating means having an outer periphery having a coacting configuration whereby the sub will accept and actuate only a selected well tool, and an upwardly directed horizontally extending actuating stop shoulder vertically aligned in the slot for engaging said downwardly directed actuating shoulder of the well tool, and said slot and upwardly actuating shoulder being of a sufficiently narrow width for preventing annular shoulders from becoming engaged in said slot and on said upwardly directed shoulder.

Claim 7

A well sub for actuating a well locator tool, said tool having actuating means including a downwardly directed actuating shoulder and an outer periphery having a configuration of at least one ridge and one valley, said sub comprising, a tubular housing, said housing including connecting means for connecting the housing in a well tubing, an orienting sleeve positioned in the housing having a downwardly extending guide surface on the top of the sleeve for orienting the actuating means of a well tool, a recessed slot in the housing, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept an actuating means having an outer periphery having a coacting configuration whereby the sub will accept and actuate only a selected well tool, and an upwardly directed horizontally extending actuating stop shoulder vertically aligned in the slot for engaging said downwardly directed actuating shoulder of the well tool, and said slot and upwardly actuating shoulder being of a sufficiently narrow width for preventing annular shoulders from becoming engaged in said slot and on said upwardly directed shoulder.

Claim 8

A well sub for connection in a well tubing for actuating a well locator tool, said tool having actuating means including a downwardly directed actuating shoulder and an outer periphery having a configuration of at least one ridge and one valley, said sub comprising, a tubular housing having connecting means for connecting the housing in a well tubing, an orientation sleeve positioned in the housing having a downwardly extending guide surface on the top of the sleeve, and a slot extending downwardly from the guide surface for orienting the actuating means of a well tool, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept an actuating means having an outer periphery having a coacting configuration whereby the sub will accept and actuate only a selected well tool, an upwardly directed horizontally extending actuating stop shoulder vertically aligned within said slot for engaging said downwardly directed actuating shoulder of the well tool, said shoulder having substantially the same width as the slot, and said slot being of a sufficiently narrow width for preventing annular shoulders moving through the well tubing from becoming engaged in said slot and on said shoulder.

Claim 9

A well sub for connection in a well tubing for actuating a well locator tool, said tool having actuating means including a downwardly directed actuating shoulder and an outer periphery having a configuration of at least one ridge and one valley, said sub comprising, a tubular housing having connecting means for connecting the housing in a well tubing, an orientation sleeve positioned in the housing having a downwardly extending guide surface on the top of the sleeve, and a slot extending downwardly from the guide surface for orienting the actuating means of a well tool, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept an actuating means having an outer periphery having a coacting configuration whereby the sub will accept and actuate only a selected well tool, an upwardly directed horizontally extending actuating stop shoulder vertically aligned within said slot for engaging said downwardly directed actuating shoulder of the well tool, said shoulder having substantially the same width as the slot, and said slot being of a sufficiently narrow width for preventing annular shoulders moving through the well tubing from becoming engaged in said slot and on said shoulder.

Claim 10

A mandrel for connection in a well tubing for actuating a kickover tool for running or retrieving a flow control device, said tool having actuating means including a downwardly actuating shoulder and an outer periphery of at least one ridge and at least one valley, said mandrel comprising, a mandrel body having a connection at the top and bottom for connection in the well tubing, a bore in said body extending between the tubing connections, a pocket in the body for receiving a flow control device, orientation means in the mandrel body in said bore for orienting a kickover tool on downward movement of the kickover tool through the mandrel, said orienting sleeve having a downwardly extending guide surface on the top of the sleeve, a recessed slot in the mandrel, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept a kickover tool actuating means having an outer periphery having a coacting configuration whereby the sub will accept and actuate only a selected kickover tool, an upwardly directed horizontally extending actuating stop shoulder vertically aligned in the slot for engaging said downwardly directed actuating shoulder of the kickover tool, and said slot and upwardly directed actuating shoulder being of a sufficiently narrow width for preventing annular shoulders moving through the well tubing from becoming engaged in said slot and on said shoulder.

Claim 11

A mandrel for connection in a well tubing for actuating a kickover tool for running or retrieving a flow control device, said tool having actuating means including a downwardly actuating shoulder and an outer periphery of at least one ridge and at least one valley, said mandrel comprising, a mandrel body having a connection at the top and bottom for connection in the well tubing, a bore in said body extending between the tubing connections, a pocket in the body for receiving a flow control device, orientation means in the mandrel body in said bore for orienting a kickover tool on downward movement of the kickover tool through the mandrel, said orienting sleeve having a downwardly extending guide surface on the top of the sleeve, a recessed slot in the mandrel, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept a kickover tool actuating means having an outer periphery having a coacting configuration whereby the sub will accept and actuate only a selected kickover tool, an upwardly directed horizontally extending actuating stop shoulder vertically aligned in the slot for engaging said downwardly directed actuating shoulder of the kickover tool, and said slot and upwardly directed actuating shoulder being of a sufficiently narrow width for preventing annular shoulders moving through the well tubing from becoming engaged in said slot and on said shoulder.

Claim 12

The apparatus of claim 7 including, an upwardly extending guide surface on the bottom of the sleeve, a second slot extending upwardly from the upwardly extending guide surface for orienting a kickover tool on upward movement, and a downardly directed actuating shoulder at the top of the second slot.

Claim 13

A mandrel for connection in a well tubing for actuating a kickover tool for running or retrieving a flow control device, said tool having an actuating means including a downwardly actuating shoulder and having an outer periphery of at least one ridge and at least one valley, said mandrel comprising, a mandrel body having a connection at the top and bottom for connection to the well tubing, a bore in said body extending between the tubing connections, a pocket in the body for receiving a flow control device, orientation means positioned in the body for orienting a kickover tool on downward movement of the kickover tool through the mandrel, said orienting means having a downwardly extending guide surface on the top of the sleeve, and a slot extending downwardly from the guide surface for orienting a kickover tool, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept an actuating shoulder having an outer periphery having a coacting configuration whereby the mandrel will actuate only a selected kickover tool, an upwardly directed horizontally extending actuating stop shoulder vertically aligned within said slot for engaging a downwardly actuating shoulder of a kickover tool, said shoulder being substantially the same width as the slot, and said slot being of a sufficiently narrow width for preventing annular shoulders passing through the well tubing from becoming engaged in said slot and on said upwardly directed shoulder.

Claim 14

A mandrel for connection in a well tubing for actuating a kickover tool for running or retrieving a flow control device, said tool having an actuating means including a downwardly actuating shoulder and having an outer periphery of at least one ridge and at least one valley, said mandrel comprising, a mandrel body having a connection at the top and bottom for connection to the well tubing, a bore in said body extending between the tubing connections, a pocket in the body for receiving a flow control device, orientation means positioned in the body for orienting a kickover tool on downward movement of the kickover tool through the mandrel, said orienting means having a downwardly extending guide surface on the top of the sleeve, and a slot extending downwardly from the guide surface for orienting a kickover tool, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept an actuating shoulder having an outer periphery having a coacting configuration whereby the mandrel will actuate only a selected kickover tool, an upwardly directed horizontally extending actuating stop shoulder vertically aligned within said slot for engaging a downwardly actuating shoulder of a kickover tool, said shoulder being substantially the same width as the slot, and said slot being of a sufficiently narrow width for preventing annular shoulders passing through the well tubing from becoming engaged in said slot and on said upwardly directed shoulder.

Claim 15

A kickover tool for installing or removing a flow control device from a pocket of a well mandrel, said mandrel having an orienting sleeve having a downwardly extending guide surface, a slot extending downwardly from the guide surface and an upwardly directed actuating shoulder on the sleeve, said tool comprising, a body having connection means for moving the tool through a mandrel, finger means longitudinally movable relative to the body, spring means yieldably urging said finger outwardly, said finger means including a downwardly directed actuating shoulder for coacting with the guide surface and with said upwardly directed shoulder of the mandrel, releasing means initially preventing longitudinal movement between the body and said finger means but allowing such movement after being released, kickover means including a flow control handling device connected to and supported by the body, spring means for laterally moving said kickover means, means connected between the kickover means and said finger means initially holding said kickover means aligned with the body, coacting means between said body and said finger means for retracting said finger means for allowing the tool to move downwardly after the kickover means is actuated, and means allowing but yieldably resisting longitudinal movement between the body and the finger means whereby extended longitudinal movement of the body after the releasing means is released may occur only after said kickover means has been released.

Claim 16

A kickover tool for installing or removing a flow control device from a pocket of a well mandrel, said mandrel having an orienting sleeve having a downwardly extending guide surface, a slot extending downwardly from the guide surface and an upwardly directed actuating shoulder on the sleeve, said tool comprising, a body having connection means for moving the tool through a mandrel, finger means longitudinally movable relative to the body, spring means yieldably urging said finger outwardly, said finger means including a downwardly directed actuating shoulder for coacting with the guide surface and with said upwardly directed shoulder of the mandrel, releasing means initially preventing longitudinal movement between the body and said finger means but allowing such movement after being released, kickover means including a flow control handling device connected to and supported by the body, spring means for laterally moving said kickover means, means connected between the kickover means and said finger means initially holding said kickover means aligned with the body, coacting means between said body and said finger means for retracting said finger means for allowing the tool to move downwardly after the kickover means is actuated, and means allowing but yieldably resisting longitudinal movement between the body and the finger means whereby extended longitudinal movement of the body after the releasing means is released may occur only after said kickover means has been released.

Claim 17

The apparatus of claim 9 wherein said yieldably resisting means includes, a fluid chamber between said body and said finger means, a piston positioned in the fluid chamber, and fluid restricting means in communication with the fluid chamber limiting the flow of fluid from the chamber.

Claim 18

A well installation for installing or removing a flow control device from a pocket in a selected mandrel by a kickover tool by a single reciprocating movement comprising, a mandrel having a body, a bore in the body extending through the body, a pocket in the body for receiving a flow control device, orientation sleeve means in the mandrel body having a downwardly extending guide surface on the top of the sleeve, and a slot extending downwardly from the guide surface for orienting a kickover tool, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept an actuating finger means having an outer periphery having a coacting configuration whereby the mandrel will actuate only a selected kickover tool, an upwardly directed horizontally extending actuating stop shoulder vertically aligned within said slot for engaging a downwardly actuating shoulder of a kickover tool, said upwardly directed shoulder being substantially the same width as the slot, said slot being of a sufficiently narrow width for preventing annular shoulders from becoming engaged in said slot and on said shoulder, and a kickover tool comprising, a body having connection means for moving said tool through the mandrel, actuating finger means longitudinally movable relative to the body, spring means yieldably urging said finger means outwardly, releasing means initially preventing longitudinal movement between the body and said finger means but allowing said movement after being released, kickover means including a flow control handling device connected to and supported by the body, means connected between the kickover means and said finger means initially holding said kickover means aligned with the body but releasing said kickover means when the body is moved relative to the finger means, spring means for laterally moving said kickover means, said finger means including a downwardly directed actuating shoulder for engaging the upwardly directed actuating shoulder of said mandrel, and the outer periphery of said finger means including a configuration of at least one ridge and at least one valley which coacts with the configuration of said mandrel whereby the downwardly directed shoulder will engage the upwardly directed actuating shoulder of said mandrel, coacting means between said body and said finger means for retracting said finger means for allowing the tool to move downwardly after the kickover means is actuated, and means allowing but yieldably resisting longitudinal movement between the body and finger whereby further longitudinal movement of the body, after the releasing means is released, may occur only after said kickover means has been released.

Claim 19

A well installation for installing or removing a flow control device from a pocket in a selected mandrel by a kickover tool by a single reciprocating movement comprising, a mandrel having a body, a bore in the body extending through the body, a pocket in the body for receiving a flow control device, orientation sleeve means in the mandrel body having a downwardly extending guide surface on the top of the sleeve, and a slot extending downwardly from the guide surface for orienting a kickover tool, said slot including a distinctive configuration of at least one ridge and at least one valley vertically aligned within said slot which will only accept an actuating finger means having an outer periphery having a coacting configuration whereby the mandrel will actuate only a selected kickover tool, an upwardly directed horizontally extending actuating stop shoulder vertically aligned within said slot for engaging a downwardly actuating shoulder of a kickover tool, said upwardly directed shoulder being substantially the same width as the slot, said slot being of a sufficiently narrow width for preventing annular shoulders from becoming engaged in said slot and on said shoulder, and a kickover tool comprising, a body having connection means for moving said tool through the mandrel, actuating finger means longitudinally movable relative to the body, spring means yieldably urging said finger means outwardly, releasing means initially preventing longitudinal movement between the body and said finger means but allowing said movement after being released, kickover means including a flow control handling device connected to and supported by the body, means connected between the kickover means and said finger means initially holding said kickover means aligned with the body but releasing said kickover means when the body is moved relative to the finger means, spring means for laterally moving said kickover means, said finger means including a downwardly directed actuating shoulder for engaging the upwardly directed actuating shoulder of said mandrel, and the outer periphery of said finger means including a configuration of at least one ridge and at least one valley which coacts with the configuration of said mandrel whereby the downwardly directed shoulder will engage the upwardly directed actuating shoulder of said mandrel, coacting means between said body and said finger means for retracting said finger means for allowing the tool to move downwardly after the kickover means is actuated, and means allowing but yieldably resisting longitudinal movement between the body and finger whereby further longitudinal movement of the body, after the releasing means is released, may occur only after said kickover means has been released.