FIELD: machines.
SUBSTANCE: group of inventions relates to multihole borehole systems. The multihole borehole system is comprised of a single connection unit containing a channel with a first top hole, a first bottom hole and a second bottom hole. The first bottom hole is defined on the distal end of the primary branch line coming from the channel connection, the second bottom hole is defined on the distal end of the lateral branch line coming from the channel connection. At least one of the branch lines of the connection unit is deformable. The multihole borehole system is also comprised of a top energy transfer mechanism (ETM) located along the channel between the first top hole and the channel connection; a bottom wireless energy transfer mechanism (WETM) located along one of the branch lines between the distal end of the path and the top ETM, wherein the top ETM is connected by wire with the bottom WETM; and the first tubing string, said string having a distal end with a packing unit and an ETM located on the first tubing string. The first tubing string enters the first hole of the connection channel so that the ETM transferred by the first tubing string is connected to both the ETM and the WETM of the connection channel.
EFFECT: increased efficiency of connection between elements in a multihole borehole.
14 cl, 9 dwg
Title |
Year |
Author |
Number |
ENERGY TRANSFER MECHANISM FOR CONNECTING NODE OF BOREHOLE |
2017 |
- Stil, Devid Dzho
- Godager, Ojvinn
- Chzhun, Syaoguan Allen
|
RU2761941C2 |
ENERGY TRANSMISSION MECHANISM FOR A CONNECTION JOINT FOR CONNECTION WITH A LATERAL WELL FINISHING TOOL |
2017 |
|
RU2745682C1 |
POWER TRANSMISSION MECHANISM FOR A CONNECTING ASSEMBLY OF A WELLBORE |
2017 |
- Steele, David Joe
- Godager, Oivind
- Zhong, Xiaoguang Allan
|
RU2752579C1 |
ENERGY TRANSFER MECHANISM FOR THE BOREHOLE CONNECTION ASSEMBLY |
2017 |
- Steele, David Joe
- Godager, Oivind
- Zhong, Xiaoguang Allan
|
RU2748567C1 |
INFLATABLE DEFLECTOR FOR RE-ENTRY INTO SIDE WELLBORE |
2017 |
|
RU2740878C1 |
METHOD FOR PROVIDING FOR CONNECTION BETWEEN SHAFT OR SHAFTS OF SIDE BRANCH WITH BARE MAIN SHAFT OF WELL AND DEVICE FOR REALIZATION OF SAID METHOD, SYSTEM FOR COMPLETING WELL HAVING SIDE BRANCH, METHOD FOR CONNECTING EQUIPMENT OF MAIN SHAFT OF WELL TO EQUIPMENT OF SIDE SHAFT AND DEVICE FOR REALIZATION OF SAID METHOD |
1999 |
- Omer Ehrve
- Brokman Mark
- Gotlib Mikhail
- Frels Majkl V.
|
RU2239041C2 |
METHOD OF FORMING A JOINT OF MULTILATERAL WELLS |
2023 |
- Fattakhov Marsel Masalimovich
- Patrushev Dmitrij Yakovlevich
- Antonov Vasilij Vladimirovich
- Shurupov Aleksandr Matveevich
|
RU2820547C1 |
MULTIPLE SHUNT PRESSURE UNIT FOR GRAVEL PACKING |
2019 |
- Koffen, Maksim Filipp
- Frosell, Tomas Zhyul
|
RU2720207C1 |
SYSTEM AND METHOD FOR CONSTRUCTION AND COMPLETION OF MULTI-DOWNHOLE WELLS |
2019 |
- Kashlev Aleksandr Sergeevich
- Nizamov Dinar Ilgizovich
- Fedotov Andrej Gennadevich
|
RU2753417C2 |
DEVICE AND METHOD FOR PROTECTION AGAINST LOOSE MATERIAL |
2012 |
|
RU2588501C2 |