TH50903A - Methods and systems for performing drilling processes using wear pipes and other operations in wells. - Google Patents

Abstract

DC60 (17/10/44) Method for operating and for improving pond production will The following sections are included: Positioning the tools used in the process. At depth Desired in the pond, placement of the reader device in the pond close to The process instrument, and later the identification device, is transported through the sump through the reader device to trigger the reader and control device. The reader device will include a section. That is the right transmitter Configured to transmit rf signals to the identifier, where the receiver is configured to receive a unique RF code signal from the identifier and the control circuit is arranged. Configuration to control tools in response to Receive unique RF code signals In form one The tool is composed of a rig for drilling using a worn pipe. And drilling process Will be performed in the second manner Tools will consist of Equipment with tubular conveyed packers installed and container installation procedures are executed. Methods for operating and for improving pond production will The following sections are included: Positioning the tools used in the process. At depth Desired in the pond, placement of the reader device in the pond close to The process instrument, and later the identification device, is transported through the sump through the reader device to trigger the reader and control device. The reader device will include a section. That is the right transmitter Configured to transmit rf signals to the identifier, where the receiver is configured to receive a unique RF code signal from the identifier and the control circuit is arranged. Configuration to control tools in response to Receive unique RF code signals In form one The tool is composed of a rig for drilling using a wear tube And drilling process Will be performed in the second manner Tools will consist of A device with a tubular conveyed container installed and a container installation process is executed.

Claims (9)

1. Procedures for operating the pond. Which contains the following components Process tools Positioning the tools used in the process at The required depth of the pond; the arrangement of the reader device in the pond with signal communication With process tools and are configured to To send and receive rf signals, providing an identification device that is configured to generate Unique code signal That responds to the signal transmitted from the device That is a reader Reader device programming To pass the coupled signal Control to tools Used in the process when receiving a unique code signal from the identification device. Transport of the identification device via a puddle through a reader device. Transmission of control signals to control the instrument Used in the process when received Unique identification signal from the identification device 2. Method as stated in claim 1, whereby the procedure The position will consist of Fastening of the tools used in the process Attaching the barrel and positioning the barrel to the desired depth. 3. Method as stated in claim 1, whereby the procedure The position will consist of Conveying of equipment used in the process Reaching the desired depth on the casing of the well. 4. Method as stated in claim 1, whereby the procedure The position will consist of Conveying of equipment used in the process To reach the required depth on the lines in the well pipes. 5. Method as stated in claim 1, whereby the transport procedure will be Operated by a mechanism That were chosen from a group consisting of pumps, robots and parachutes 6.A system for executing the drilling process in the well which has the following components: Well casing with inner diameter and outer diameter, drilling tools attached to the outer diameter consisting of a well-structured mine attachment. Drill the frame to cover the well. Identifier device that is configured for transit through a passage. Inner center And they are configured to generate a unique rf signal. Reader equipment on the instrument or on the enclosure near the instrument, a reader device containing a unique rf signal receiver and a control circuit for control. Take control of a set of explosives. That responds to RF reception that has a unique 7. The system in claim 6, which still consists of a casing that is configured to secure the reader device to the protective casing. Contains materials that do not conduct electricity. To allow it to be passed on Signal between the reader and the identifier 8. The system in claim 6, which still consists of the valve on the frame. Structured cladding To seal the enclosure when an explosion occurs. A set of explosives 9. The system in claim 6 where drilling tools will consist of: Igniter Explosion-proof hydraulic operating system by Fluid pressure that is passed through Inside diameter of casing 1 0. The system in claim 6, whereby the drilling tools are equipped with a hydro-explosive detonation device, operated by Fluid pressure that is passed through The diameter inside the casing and the gun has been configured to drill the shroud to create fluid contact between the detonator. Hydraulic system and casing