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A scoop device having a scoop and a handle with an articulated connection that allows for a sift plate to be operated by manual manipulation of an actuator bar. The actuator bar is operatively connected to the sift plate by means of a reciprocating bar in an articulating manner. The sift plate is po

A scoop device having a scoop and a handle with an articulated connection that allows for a sift plate to be operated by manual manipulation of an actuator bar. The actuator bar is operatively connected to the sift plate by means of a reciprocating bar in an articulating manner. The sift plate is positioned to slide along the bottom of the scoop. The actuator bar, which is contained within and a part of the handle, may be spring biased. The scoop bottom and sift plate may include slotted openings. Manipulation of the actuator bar causes the reciprocating bar to rotate, in turn causing the sift plate to move back and forth, thereby sifting, straining or otherwise separating fresh particulate from scoop.

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1. A scoop comprising: a handle assembly including an actuator bar and a reciprocating arm that is responsive to the actuator bar;a scoop portion defining a floor and a rear wall;a sifter plate configured to slide along the floor; andan articulated connection connected to the reciprocating arm and t

1. A scoop comprising: a handle assembly including an actuator bar and a reciprocating arm that is responsive to the actuator bar;a scoop portion defining a floor and a rear wall;a sifter plate configured to slide along the floor; andan articulated connection connected to the reciprocating arm and the sifter plate,whereby, upon manipulation of the actuator bar in a direction that is substantially perpendicular to a plane of the floor of the scoop, the sifter plate is slid along the floor of the scoop in a direction that is substantially parallel with the plane of the floor of the scoop. 2. The scoop of claim 1, wherein the floor and the sifter plate include slotted openings. 3. The scoop of claim 2, wherein the actuator bar is biased into an original, first position. 4. The scoop of claim 3, wherein the actuator bar is biased into the original, first position by a spring, thus causing the slotted openings of the sifter plate not to be aligned with the slotted openings of the floor. 5. The scoop of claim 3, wherein the handle assembly further comprises an upper housing section, and wherein the actuator bar is nested with the upper housing section. 6. The scoop of claim 5, wherein the handle assembly further comprises a spring,wherein a top of the spring contacts the upper housing section, andwherein a bottom of the spring contacts the actuator bar. 7. The scoop of claim 1, wherein the actuator bar is configured to be manipulated by a squeezing motion of an entire hand of a user. 8. The scoop of claim 1, wherein the reciprocating arm is L-shaped;wherein the manipulation of the actuator bar in a direction substantially perpendicular to a plane of the floor of the scoop causes movement of the L-shaped reciprocating arm; andwherein the movement of the L-shaped reciprocating arm causes movement of the sifter plate along the floor of the scoop in a direction that is substantially parallel to the plane of the floor of the scoop. 9. The scoop of claim 8, wherein the handle assembly further comprises an upper housing section, and wherein the actuator bar is nested with the upper housing section. 10. The scoop of claim 9, wherein the handle assembly further comprises a spring,wherein a top of the spring contacts the upper housing section, andwherein a bottom of the spring contacts the actuator bar. 11. A scoop comprising: a handle assembly including an actuator bar and a reciprocating arm that is responsive to the actuator bar;a scoop portion defining a floor and a rear wall;a sifter plate configured to slide along the floor; andan articulated connection connected to the reciprocating arm and the sifter plate;whereby, upon manipulation of the actuator bar, the sifter plate is slid along the floor of the scoop;wherein manipulation of the actuator bar exerts a first force on the reciprocating arm that exerts a second force on the sifter plate; andwherein the second force is greater than the first force. 12. The scoop of claim 11, wherein the floor and the sifter plate include slotted openings. 13. The scoop of claim 12, wherein the actuator bar is biased into an original, first position. 14. The scoop of claim 13, wherein the actuator bar is biased into the original, first position by a spring, thus causing the slotted openings of the sifter plate not to be aligned with the slotted openings of the floor. 15. The scoop of claim 13, wherein the handle assembly further comprises an upper housing section, and wherein the actuator bar is nested with the upper housing section. 16. The scoop of claim 15, wherein the handle assembly further comprises a spring,wherein a top of the spring contacts the upper housing section, andwherein a bottom of the spring contacts the actuator bar. 17. The scoop of claim 11, wherein the actuator bar is configured to be manipulated by a squeezing motion of an entire hand of a user. 18. The scoop of claim 11, wherein the reciprocating arm is L-shaped;wherein the manipulation of the actuator bar causes movement of the L-shaped reciprocating arm; andwherein the movement of the L-shaped reciprocating arm causes movement of the sifter plate along the floor of the scoop. 19. The scoop of claim 18, wherein the handle assembly further comprises an upper housing section and a spring;wherein the actuator bar is nested with the upper housing section;wherein a top of the spring contacts the upper housing section, andwherein a bottom of the spring contacts the actuator bar. 20. A scoop comprising: a handle assembly including a housing section, a spring, an actuator bar, and a reciprocating arm that is responsive to the actuator bar;a scoop portion defining a floor having slotted openings and a rear wall;a sifter plate comprising slotted openings; andan articulated connection connected to the reciprocating arm and the sifter plate;wherein the sifter plate is configured to slide along the floor of the scoop portion;wherein the actuator bar is nested with the housing section;wherein a top of the spring contacts the housing section and a bottom of the spring contacts the actuator bar;wherein the actuator bar is biased into a position by the spring;whereby, upon squeezing the actuator bar within the housing section using at least two fingers in a direction substantially perpendicular to a plane including the floor of the scoop, the sifter plate is slid along the floor of the scoop in a direction substantially parallel to the plane including the floor of the scoop.