Base front longitudinal rail
Stationary skid rail, not a certified lift or foundation member. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Base rear longitudinal rail
Stationary skid rail, not a certified lift or foundation member. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Base feed cross rail
Stationary cross member beneath the open basket. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Base middle cross rail
Stationary cross member beneath the open basket. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Base discharge cross rail
Stationary cross member beneath the open basket. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Feed front base foot
Separate invented presentation foot, not an engineered anchor.
Feed rear base foot
Separate invented presentation foot, not an engineered anchor.
Discharge front base foot
Separate invented presentation foot, not an engineered anchor.
Discharge rear base foot
Separate invented presentation foot, not an engineered anchor.
Feed front spring pedestal
Lower support seat; no transmitted load is calculated.
Feed front helical spring
Separate static support spring; this model does not animate or size vibratory loading. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Feed front basket spring shoe
Upper seat separates basket from stationary skid concept.
Feed rear spring pedestal
Lower support seat; no transmitted load is calculated.
Feed rear helical spring
Separate static support spring; this model does not animate or size vibratory loading. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Feed rear basket spring shoe
Upper seat separates basket from stationary skid concept.
Discharge front spring pedestal
Lower support seat; no transmitted load is calculated.
Discharge front helical spring
Separate static support spring; this model does not animate or size vibratory loading. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Discharge front basket spring shoe
Upper seat separates basket from stationary skid concept.
Discharge rear spring pedestal
Lower support seat; no transmitted load is calculated.
Discharge rear helical spring
Separate static support spring; this model does not animate or size vibratory loading. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Discharge rear basket spring shoe
Upper seat separates basket from stationary skid concept.
Screen 1 front frame rail
Independent perimeter rail of a schematic replaceable screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 1 rear frame rail
Independent perimeter rail of a schematic replaceable screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 1 feed frame rail
Independent screen end rail; apertures remain open. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 1 discharge frame rail
Independent screen end rail; apertures remain open. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 1 actual open teaching lattice
Independent coarse open grid above the separate fluid tray; it is not a specified shaker screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 2 front frame rail
Independent perimeter rail of a schematic replaceable screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 2 rear frame rail
Independent perimeter rail of a schematic replaceable screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 2 feed frame rail
Independent screen end rail; apertures remain open. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 2 discharge frame rail
Independent screen end rail; apertures remain open. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 2 actual open teaching lattice
Independent coarse open grid above the separate fluid tray; it is not a specified shaker screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 3 front frame rail
Independent perimeter rail of a schematic replaceable screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 3 rear frame rail
Independent perimeter rail of a schematic replaceable screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 3 feed frame rail
Independent screen end rail; apertures remain open. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 3 discharge frame rail
Independent screen end rail; apertures remain open. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Screen 3 actual open teaching lattice
Independent coarse open grid above the separate fluid tray; it is not a specified shaker screen. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Basket front long sill
Moving-basket boundary in a static pose; no motion is simulated. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Basket front top guard
Open side guide, not a safety guarding design. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Basket front feed upright
One separate open basket upright. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Basket front discharge upright
One separate open basket upright. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Basket rear long sill
Moving-basket boundary in a static pose; no motion is simulated. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Basket rear top guard
Open side guide, not a safety guarding design. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Basket rear feed upright
One separate open basket upright. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Basket rear discharge upright
One separate open basket upright. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Mixed drilling return feed box floor
Open-top illustrative mixed-return arrival, not a rig connection.
Mixed feed front box side
One independent wall of the open feed box.
Mixed feed rear box side
One independent wall of the open feed box.
Mixed feed outer end wall
Invented outer end boundary; no pressured inlet is implied.
Recovered-fluid tray bottom
Visible lower collection floor distinct from the screen apertures. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Recovered-fluid tray front rim
One edge of the open under-screen fluid collection tray. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Recovered-fluid tray rear rim
One edge of the open under-screen fluid collection tray. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Recovered-fluid tray feed end
End edge of the open tray; no level or drain capacity is established. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Recovered drilling fluid open outlet
Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified.
Recovered drilling fluid open outlet flange
Illustrative flange ring, with no rated facing or bolt specification.
Recovered drilling fluid open outlet fastener 1
Generic fastener position. Quantity and size do not specify a rated connection.
Recovered drilling fluid open outlet fastener 2
Generic fastener position. Quantity and size do not specify a rated connection.
Recovered drilling fluid open outlet fastener 3
Generic fastener position. Quantity and size do not specify a rated connection.
Recovered drilling fluid open outlet fastener 4
Generic fastener position. Quantity and size do not specify a rated connection.
Recovered drilling fluid open outlet fastener 5
Generic fastener position. Quantity and size do not specify a rated connection.
Recovered drilling fluid open outlet fastener 6
Generic fastener position. Quantity and size do not specify a rated connection.
Recovered drilling fluid open outlet fastener 7
Generic fastener position. Quantity and size do not specify a rated connection.
Recovered drilling fluid open outlet fastener 8
Generic fastener position. Quantity and size do not specify a rated connection.
Cuttings chute open floor
Separate coarse-cuttings exit route; actual waste handling is outside the model. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Cuttings chute front rim
One open chute edge, not a containment or conveyance design. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Cuttings chute rear rim
One open chute edge, not a containment or conveyance design. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Front vibrator motor housing
One invented vibrator housing outside the screen path; static only. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Front vibrator eccentric marker
Distinct eccentric mass cue; its angular pose has no force interpretation. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Front vibrator basket bridge
Static bridge to basket; no fatigue, guarding or vibration analysis. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Rear vibrator motor housing
One invented vibrator housing outside the screen path; static only. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Rear vibrator eccentric marker
Distinct eccentric mass cue; its angular pose has no force interpretation. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Rear vibrator basket bridge
Static bridge to basket; no fatigue, guarding or vibration analysis. Invented proportions and coarse display apertures; no screen grade, fluid capacity, separation, cuttings dryness, vibration loading, electrical classification or waste-management result is established.
Illustrative coarse cuttings fragment 1
Static representative solids marker, not a material sample or separation prediction.
Illustrative coarse cuttings fragment 2
Static representative solids marker, not a material sample or separation prediction.
Illustrative coarse cuttings fragment 3
Static representative solids marker, not a material sample or separation prediction.
Illustrative coarse cuttings fragment 4
Static representative solids marker, not a material sample or separation prediction.
Illustrative coarse cuttings fragment 5
Static representative solids marker, not a material sample or separation prediction.
