Drilling Rods TRIZ Cases

Helical guideway drives composite beam to suppress multi-directional drill-string vibrations during high-speed rock-breaking.

Nested end bands and stop collars limit axial movement, preventing bowing and reducing jamming risks during installation.

Segmented top sub and bottom sub assemblies use a shear pin to detach under load, reducing design complexity while maintaining tension strength.

A mechanical latch system secures drilling riser joints using a toothed profile engagement mechanism.

A consumable downhole tool made of magnesium burns away when exposed to heat and oxygen from a thermite torch, eliminating the need for mechanical milling.

Profiled ramps guide rolling elements to convert member weight into radial force, preventing surface damage from sharp teeth.

A helical coil inductive coupler transmits data signals through a ferrite channel embedded in a polymeric block.

Plasma-enhanced deposition creates a superhydrophobic coating on tubular structures to reduce hydrate nucleation and adhesion.

A riser magnet assembly generates a magnetic field to catch falling ferrous objects, preventing costly retrieval delays and equipment damage in the wellbore.

A dual packer injection leaching system delivers leachate solution through a high dispersion screen to specific borehole intervals.

Replacing mechanical spinners with distributed acoustic sensing eliminates cable damage from high flow rates while maintaining measurement precision.

Arcuate core flange junction reduces plastifying at the core-flange junction to extend drum life expectancy under high tension.

A gripper shuttle moves along a guiding beam to align drill string components for automated handling.

A platform assembly uses hydraulic tensioning to support a well riser relative to a vessel.

Positioning the upper workover riser package below tension means keeps high-pressure well fluids contained below deck level to eliminate safety hazards.

Integrally joined viscous inertial damping elements mitigate high frequency torsional oscillations without increasing drilling system length.

Segmented moving modules with individual drawworks reduce required output power, lowering initial investment costs for deep-sea drilling operations.

Mismatched curvilinear sealing surfaces distribute contact stresses across a flexible pin nose to establish a reliable metal-to-metal seal.

Movable drilling machines on an overhead crane system eliminate relocation time across multiple wellbores.

A rigid riser adapter connects new risers to existing balconies without underwater welding.

Hydraulic cylinder with compression spring controls power tong movement, reducing rotational torque impact on tubulars.

A pipe handling apparatus uses a single hydraulic actuator to pivot a boom and riser assembly for precise vertical pipe orientation.

Segmented running tool with integral sealing plug maintains well control during ESP installation, eliminating reliance on expensive drilling rigs.

A top drive coupling system uses a pivoting key to secure the connection between the drive stem and tool adapter.

A casing spear employs mechanical slips and a ratcheting lock to grip tubulars securely without hydraulic power.

Segmenting the housing into an inset inner tube and a perforated outer tube controls fluid volume while tolerating plastic deformation under high pressure.

Embedding strain gauges inside the stiffener's reinforcement assembly eliminates intrusive external harnesses, ensuring accurate deformation monitoring.

A tapered noncontact region on the pin increases structural stiffness and compression resistance in steel pipe threaded joints.

An eccentric casing shoe guides a conductor casing to absorb fatigue forces while maintaining structural integrity.

Straight sections at the forward and rearward regions of a rock drilling shank adaptor flushing hole reduce tensile stresses.

A pressure activated hold down tool changes curvature to engage wellbore features and maintain device position.

Passive compensation cylinders isolate the traveling block from heave, reducing crown block mass and avoiding active control failures.

A centralizer device transitions from a locked deployment state to an expanded centering position using pH-soluble material dissolution.

An intermediary bearing decouples fall arrest from direct tool mounting, resolving top drive dependency and reducing operational costs.

A hose connector assembly uses a latch to secure mating pipe portions within a tubular housing.

An oscillation absorber reduces self-excitation oscillations in drilling systems by canceling voltage fluctuations through electrical damping circuits.

A flexible drill rod system with an inner guide and outer support arrangement maintains straightness during rotation.

Radial expansion of the box and contraction of the pin during engagement reduce hoop stresses below material yield strength thresholds.

An arcuate recess profile with a reducing radius accommodates varying rod diameters while preventing plastic deformation during clamping operations.

A manifold redirects chemical flow to alternative injection points based on pressure changes.

A drillstring design method calculates tension and torque profiles to maintain operational stability.

Segmented gripper assembly reduces manufacturing costs by allowing quick replacement of worn blocks without discarding the entire unit.

A robotic pipe handler transitions tubulars from horizontal to vertical orientation for wellbore engagement.

A drawworks pulley assembly rotates about a horizontal axis to adjust wire orientation during lateral main block movement.

A riser connector uses a bayonet locking ring and removable retaining system for rapid assembly of offshore petroleum sections.

Segmenting metallic slips from composite bodies enables reliable sealing while allowing easy drill-through of the tool.

Stacked pistons drive an expander sleeve to radially expand a lower tubular, securing a reliable mechanical interconnection and fluid-tight seal.

Composite armor replaces metal plies to reduce weight while embedded optical fibers detect strain via Brillouin scattering for integrity monitoring.