Machine Frames TRIZ Cases

See how a telescopic protective sleeve covers height-adjustable machine foot components to prev

See how nested soda and ice water tanks, vertical stacking, and sliding installation enable mul

See how a roller wheel and screw rod mechanism reduce friction during refrigerator installation

See how dual support members enable a single motor design to adapt to multiple air conditioner

See how a coaxial protective sleeve with nested telescopic structure shields threaded adjustmen

See how a hydraulic leveling foot uses pressure-driven medium circulation to automatically adju

See how a roller-wheel installation foot with dual screw-rod adjustment reduces ground friction

See how a movable presser head and side guide fingers automate canvas framing by folding edges

See how a detachable worm shaft with multi-directional coupling and locking guides solves rear-

See how resiliently deformable members and a lobed profile base enable secure frame attachment

See how T-shaped grooves and matching steps create an interference-fit joint to prevent water i

See how throttling structures in hydraulic leveling feet regulate flow velocity to prevent rapi

See how telescoping floor-to-ceiling leg assemblies with adjustable arms support televisions an

See how a reinforcement disk embedded in elastomer prevents ball detachment under lateral force

See how a drill-mounted tool with screw-nut assembly automates leveling foot installation, repl

See how a belt-driven foot adjusting system enables remote screw rod adjustment in confined spa

See how a roller wheel and adjustable screw rod enable refrigerator installation feet to reduce

See how a roller-wheel installation foot with dual screw adjustments reduces friction during mo

See how a reinforced elastomer ball joint with embedded metal disc prevents detachment under la

See how movable presser heads and side guide fingers automate canvas stretching and rear panel

See how a drive roller and retractable screen cover embedded electronics to reduce clutter and

See how stackable modular interior design components (MIDCs) on raised receiving panels enable

See how a guide-member and fixing-protrusion assembly accommodates different leg sizes without

See how a belt-driven screw rod enables remote foot adjustment for refrigerator leveling withou

See how axial tool engagement replaces lateral spanners to enable continuous height adjustment

See how a segmented supporter with guide and fixing members accommodates different leg sizes, s

See how corner stays with lateral beams eliminate intermediate supports, enabling large compone

See how a telescopic support foot with adjustable length enables universal compatibility across

See how hydraulic feet with interconnected oil chambers enable automatic leveling, reducing vib

See how adjustable L-shaped covering members with quick-connect tabs protect air conditioning b

See how adjustable frame members along crosswise axes enable a single motor mount to fit varyin

See how a hydraulic foot system uses pressure-driven fluid flow between feet to auto-level appl

See how a hydraulic support with flexible accommodation body and guiding mechanism automaticall

See how hydraulic circulation between supports enables automatic leveling, reducing vibration a

See how interconnected hydraulic supports circulate pressure-driven medium through high-pressur

See how a pedestal support with compression spring and elastic load path absorbs HVAC vibration

A ball-and-socket swivel foot stabilizes force and balance plates on uneven surfaces to prevent rocking-induced measurement errors.

Internal extension platforms create stable multi-point shim support, preventing appliance drift and surface damage on uneven floors.

See how hydraulic medium-filled leveling feet automatically adjust pressure to level heavy wash

See how a spring-loaded wedge mechanism replaces threaded feet to bear heavy loads, self-adjust

See how stackable modular interior design components on raised receiving panels enable RV users

See how a movable-section base switches between high-friction stability and low-friction slidin

See how a hydraulic regulating foot automatically adjusts to uneven surfaces, reducing vibratio

See how a combined joining and levelling system uses front-accessible actuation and minimal hol

See how adjustable-length mounting legs enable a single motor mount to align with different HVA

Aligned guide units let a front tool reach rear furniture leveling feet, avoiding bulky transmission rods and lowering assembly cost.

See how hydraulic medium flow between adjustable feet enables automatic leveling, eliminating m

See how a hydraulic support with flexible liquid-filled chambers automatically levels household

A cableless seabed probe uses slow descent, leveling, and counterweight release to measure sediment strength at full ocean depth.

A recessed foot bed, geometric cells, and anchoring surfaces help level retail display fixtures while increasing load capacity and floor stability.

An elevated riser with side openings, a door, and a removable cover enables cleaning, repair, and manual ice loading without removing the ice machine.

A covered screw-pinion levelling foot shifts furniture load directly to the ground, preventing stress damage in thin shoulder panels.

Plastic bearing profiles thermally separate HVAC housing panels from frame segments, cutting heat loss while keeping sealed access for maintenance.

Using angled channels and a base protrusion, this case shows how standard steel tubing can form rigid heavy-equipment frames with less shipping and storage.

Embedded castors and a threaded ring lock let household appliances move easily, then level securely on uneven floors without disassembly.

A multi-piece grille bracket uses integral alignment and attachment features to mount the actuator without fasteners, cutting labor and airflow loss.

A steel cap, synthetic fill, and buried reinforcement frame raise support foot load capacity without thicker steel or costly forming.

A dual-axis roller support lets heavy appliances self-level on uneven floors, avoiding rear-foot adjustment and preventing rocking.

Auxiliary holes and offset neck portions simplify gasket insertion and stop compressor rotation with only two fixing elements.

Hydraulic medium shared between connected washer feet self-levels heavy machines, reducing vibration, noise, and manual adjustment.

A sealed through-hole damping patch cuts flywheel housing noise while preserving rigidity and avoiding added cooling space.

Dual-side drives and rotating supports automate energy storage cabinet transport and alignment, improving precision and production efficiency.

An enclosed ring support replaces semi-enclosed linear motor frames to distribute stress evenly and enable screwless stator assembly.

An outward mounting wall moves assembly holes beyond the cabinet footprint, easing ground drilling, alignment, and stable installation.

An inclined-bore adjusting nut lets an RV axle stand slide, clamp, and support quickly without hydraulic leaks or cumbersome setup.

A sliding two-part support lets pumps be installed and removed in tight spaces without draining the pool, while maintaining stable retention and damping vibration.

A tilted guide structure uses gravity to return an unloaded upper unit to its reference position, cutting parts, size, and cost while preserving durability.

A sealed through hole with vibration-absorbing material cuts flywheel housing noise while preserving rigidity, space efficiency, and manufacturability.

A nested casing-sleeve damper protects the vehicle computer by preventing damping body damage and dislodgment under strong vibration.

A sealed tubular coupling cover links an electric machine to a turbo-compressor, preserving hermetic integrity while allowing separate sourcing.

Sensors and actuators auto-align a test item shaft on the stand, cutting tooling time and reducing vibration from misalignment.

Dual driving mechanisms rotate and shift a bearing member to place energy storage cabinets accurately, reducing manual handling in battery lines.

Lateral beams link corner stays to remove obstructive intermediate stays, improving canopy rigidity and access to large compressor components.

Adjustable frame-rail brackets support larger fuel tanks without straps or added vehicle width, while improving service access.

An integrated bracket and protective cover houses the encoder inside the motor, improving protection while cutting overall size and cost.

A tilted movement region uses gravity and magnetic holding to return a spherical upper unit to a stable reference position with fewer parts.

Pre-positioned pedestal stops and alignment jigs let heavy semiconductor equipment modules be installed accurately in tight fab spaces.

Fixed pedestal stops align heavy semiconductor equipment modules to room references for accurate X-Y assembly in tight fab spaces.

Coaxial emitter and Powell lens grooves simplify line laser alignment, reduce adjustment steps, and prevent output deviation.

Partial reinforcement plates in C-shaped frame beams preserve eigenfrequency and bending rigidity as decanter centrifuge bowls grow longer.

An offset flange moves the weld away from stress concentration in a reciprocating pump power end frame, improving durability and single-pass assembly.

A surrounding anticollision strip with cushion pad absorbs shock and stabilizes the compressor to prevent collision damage in compact electrical devices.

A sliding element and threaded rod let the chock support equipment while accommodating thermal and pressure deformation without grout curing.

A low-friction sliding element lets an adjustable chock install quickly without curing while accommodating thermal and pressure-driven equipment movement.

Adjustable levelling mechanisms and friction or sliding soles keep electrolytic tanks aligned during thermal expansion and contraction.

A rotatable mount and interchangeable adaptors support different aircraft engines while improving access for assembly and maintenance.

A rotatable mount and interchangeable adaptors let one aircraft engine stand fit multiple engine types while improving access for assembly and maintenance.

Triangular jack support zones confine movable-body gravity centers, reducing bed bending and improving machining accuracy.

A dual-arm transport cart supports both engine and adapter, simplifying test cell assembly while reducing crane handling time and damage risk.

A long pilot centers the filter housing before thread engagement, reducing cross-threading and improving powerplant fluid filter stability.

Prefabricated 3D-printed dam walls and a clip-on pour spout cut engine foundation chocking setup time and reduce rework from manual dam building.

Controlled moving frames and gap adjustment separate a faulty spliced display unit without rubbing or damaging adjacent panels.

Octagonal profiles and three-face connectors raise fixture load capacity for heavier EV body tooling while cutting weight and assembly complexity.

Factory-cast concrete bases with embedded corrugated steel pipes cut on-site labor and weather delays while improving assembly accuracy and stability.

Parallel rails and threaded lifting parts position a gearbox without cranes, speeding replacement where machine installation space is limited.

A lock-ring plug secures threaded access covers against vibration while enabling faster inspection and maintenance in confined spaces.

Diamond-coated friction rings raise chock surface friction to resist horizontal movement and improve machine frame leveling stability.

A sector gear engaging one of two opposing gear racks lets the same safety door handle fit left- or right-opening doors without internal changes.

Hydraulic fluid exchange between telescoping legs balances engine sides, resists lateral loads, and cuts transport height and storage volume.

Adjustable levelling mechanisms and sliding or friction soles keep electrolytic tanks aligned during thermal expansion and contraction.

Prefabricated 3D-printed dam walls cut engine footing setup from a full day to about 1 hour while reducing dam failures and rework.

A protection cap seals levelling pad threads against debris, while a shear plate boosts load capacity and preserves smooth adjustment.

Support sections let the upper panel stay fixed while the lower panel unit is removed, cutting replacement time and complexity.

A split dual-support with clutch locking and thumb-screw fine tuning lets one worker level and support heavy cabinets or dividers.

A removable stacked panel structure lets lower processing and drive units be replaced without removing the upper panel, cutting maintenance time.

Inclined support legs and an actuator shift the turbine casing height during thermal expansion to maintain blade clearance and avoid interference.

A roller-driven gear and threaded foot adjust projector height and pitch without lifting the unit, improving accuracy and placement stability.

A bonded metal-foam sandwich base plate cuts welding, lowers height and weight, and damps turbomachinery vibration and noise.

A support bracket redistributes downward rail loads into the frame to reduce bolt shear, fatigue, and actuator downtime.