Feeding Apparatus TRIZ Cases

A separate clamping drive replaces slip-prone belt motion during cutting, improving waterjet accuracy while enabling automated release and discharge.

Separate drive units move only the machining tool, enabling precise complex shaft machining while reducing moving mass and tool wear.

Merging the stator housing with bearing supports eliminates assembly gaps, reducing overall length while maintaining structural stability.

Vertical magnet placement prevents carriage deformation from attractive force, maintaining positioning accuracy.

A flexible machining assembly uses suction fixation and multi-axis movement to position a working head accurately on large structures.

Nesting the spindle inside the rotor reduces external dimensions while maintaining precise linear motion control.

An asymmetric spindle guide mechanism reduces residual vibration and increases acceleration by positioning the ball screw near the center of gravity.

Segmented carrier modules with x and y drive gears mesh with a 2D tooth matrix, expanding the positioning range without increasing device volume.

A linear motor feeding device drives a cutter in high-speed reciprocating motion along guiding portions.

A numerical controller automatically switches acceleration settings based on tool selection to optimize machining operations.

Adjustable bolts deform a flange to orient fixed shafts, resolving the contradiction between posture accuracy and laborious manual shim insertion.

Electromechanical actuator replaces cam mechanisms to generate axial oscillations, improving chip evacuation and reducing tool wear.

Nested carriage design reduces installation space and center height while maintaining machining accuracy in vertical lathes.

Segmented securing units lock a linear slide platform at any position, reducing overall device dimensions while maintaining reliable operation under high loads.

Inverting feed motors below the base lowers the gravity center, improving stability and rigidity while reducing machine tool volume.

A movable table system uses perpendicular actuators and linear guides to drive a single platform.

Relocating the feed motor to the base frame bottom lowers the center of gravity, resolving stability issues caused by high mounting positions.

A hydrostatic spindle bearing system with a dedicated fluid distribution unit reduces drag and power dissipation in milling machines.

Cam-driven turnover apparatus flips workpieces via rack clamping, resolving productivity and complexity trade-offs.

A force transmission arrangement provides rigid linear motion while absorbing thermal deformations from motor heat.

Induction-heated heater chips reflow solder to join wiring members, eliminating large furnaces.

Direct motor mounting eliminates reducers to resolve complexity issues while maintaining micron-level precision.

Alternating gas pressure rotates elliptic rubber stoppers to match guide grooves, preventing clogging and ensuring steady supply efficiency.

A tool-carrier spindle integrates a rolling bearing with an undulating raceway to generate axial vibratory motion.

Rotating cam grooves reposition dimples between strokes, preventing sheet metal blanks from nesting and sticking together.

Synchronized direct drive motors in the processing head reduce construction volume while maintaining high torque transmission.

A headlock cable installation system secures pre-connectorized cables using a flexible coupling mechanism attached to an extension rod.

Crimped copper pipe embeds temperature sensor in soldering tip while nested handle components prevent engagement loss during disassembly.

Vertical roll stocker manages rubbing rolls through movable upper stages, resolving clean room space constraints during liquid crystal display fabrication.