referring now in detail to the drawings , the reference numeral 10 denotes generally a dispensing utensil as constructed in accordance with this invention . the dispensing utensil 10 as typically illustrated in fig1 and 2 appears as a beaker or cup shaped vessel having a substantially cylindrical body portion 12 which terminates at an upper end in a peripheral edge 14 defining a mouth opening for receiving a strainer basket 16 . the peripheral edge 14 also forms a spout or pouring lip 18 . a handle extension 20 is shown as being formed integrally with the body portion 12 and is angled as shown for comfortable gripping . the body portion 12 is provided with an interior transverse wall or intermediate surface 22 which is sloped gradually toward a centrally located outlet orifice 24 . the funnel or frustoconical shaped intermediate surface 22 provides desired hydraulic characteristics for the outflow of liquids and has a constant gradient being in the range of 10 °- 20 ° from the horizontal and preferably approximately 15 °. discharge flow through the outlet orifice 24 is controlled by a sluice valve assembly 26 , details of which will be more fully discussed hereinafter . as noted in the drawings , the body portion 12 extends at its lower end below the sloped intermediate surface 22 and forms a skirt 28 which surrounds and recesses the sluice valve assembly 26 and also provides a pedestal or base for stabilizing the cup and permitting free standing upon a horizontal support surface . the cup body 10 is preferably fabricated from a transparent material such as clear polycarbonate or pyrex glass , and the sluice valve assembly 24 can be made of a high density polyethylene or equivalent material . although the dimensions of the dispensing utensil 10 can be varied in accordance with the proposed use requirements , a 250 or 300 milliliter ( approximately 8 or 10 ounce ) capacity has been found to be adequate for most common usage within the kitchen . a series of graduations 30 such as hatch markings are inscribed on the body portion 12 corresponding to the volumetric capacity of the utensil 10 , and , for example , a 250 milliliter capacity can be graduated with spaced divisions indicating 25 milliliter increments . the sluice valve assembly 26 includes a valve housing 32 having a discharge port 34 extending therethrough . the housing 32 is adapted for removable coupling to the cup body 12 with the discharge port 34 being in registration with the outlet orifice 24 . a snap - fit watertight connection is provided between the valve housing 32 and cup body 12 . in the embodiment shown this is accomplished by providing the outlet orifice 24 with a depending cylindrical extension 36 which carries a flexible sealing ring 38 ; a mating portion of the valve housing 32 has an internal diameter conforming to the external dimension of the extension 36 and is provided with a corresponding interior groove 40 for lockingly engaging the sealing ring 38 and providing a snap fitting . the sluice valve assembly 26 also includes a slidable valve member or stem 42 having a gate closure element 44 at one end . the valve member 42 extends through an opening 46 in the skirt 28 and terminates in a finger grip element 48 at the other end . the gate closure element 44 is adapted for slidable accommodation within a receiving channel 50 formed in the valve housing 32 . the gate closure element 44 is slidably displaceable in varying degrees into or out of the discharge port 34 for controlling the rate of outflow and for terminating flow . in operation , the dispensing utensil 10 can be held in one hand by the handle 20 ; the other hand can be used to manually grasp the finger grip element 48 and to manipulate it through a push - pull action such as noted by the phantom lines in fig2 and 3 . after the desired liquids have been discharged or conversely retained within the utensil 10 , the gate closure element 44 is positioned to seal the discharge port 34 , and the remaining contents can be poured utilizing handle 20 and lip 18 . it is also contemplated that a compression spring can be placed over the valve stem 42 and between the skirt 28 and gate closure element 44 . this will contain the gate closure element 44 in a normally closed position . it should be apparent that with a little dexterity and with the aid of graduations 30 the user can readily control and discharge a desired quantity of the liquid contents . further , since the cup body 12 is transparent , visual observation of different colorations of the contents or of the division line between liquids of different specific gravities can be used for aiding in the separation of liquids as , for example , to remove fats or greases from gravies or soups . after use , the valve housing 32 can be detached and removed for cleaning or sterilization . the valve stem 42 can be readily passed through the opening 46 , and the gate closure element 44 can be slid out from within channel 50 . the strainer basket 16 provides for the filtering of the incoming liquids and can thus be used to remove undesirable particulate material or for preventing impurities from clogging or otherwise interfering with the operation of the sluice valve assembly 26 . the strainer basket 16 includes a ring or retainer 52 which corresponds in diameter to the open mouth for complementary fit within cup body 12 and is designed for seating on edge 14 . a selection of replaceable disc insets having different size openings or grid patterns such as disc 54 having apertures 56 forming a grid pattern can be respectively positioned and held in the retainer 52 as shown in fig2 . the strainer basket 16 can be removed after the inflow of liquids or prior to the pouring of the contents from the utensil 10 using lip 18 . it should be noted that the dispensing utensil of this invention can be applicable for other uses than those herein described and can dispense a wide range of fluids or flowable granulated materials in measured quantities as may be required in industrial , commercial or laboratory situations . the above cited embodiment is intended as exemplary , and while it has described the invention with specific implementation thereof , other modifications and changes might be made in this embodiment as set forth and will be apparent to those skilled in the art . furthermore , it should be understood that all material shown and described in the accompanying drawings is to be interpreted as illustrative and not in a limiting sense , and the invention should be considered as comprehensive of all of the same which come within the scope of the appended claims .
a graduated measuring cup having a sloped transverse wall surface for directing liquid contents toward a centrally located outlet orifice for gravity flow discharge . a sluice valve assembly is attachable to the cup in registration with the outlet orifice for selectively regulating the rate of discharge flow . the sluice valve assembly is detachable from the cup for cleaning or replacement . a strainer basket having an apertured disc inset is positionable over the mouth of the cup for filtering incoming liquids .