Abstract: A portable blender system which includes a container, a blender base, and preferably a hand crank mechanism for rotating the blade. The blender base is sized and configured relative to the container such that the blender base may be inserted into and stored within the container for more compact storage and transportation of the portable blender system.

Abstract: A system and method for operating an auxiliary device from an internal combustion engine driven tool without materially affecting the primary function of the tool. The system and method is particularly useful for operating a blender from an outboard motor.

Abstract: A blender having a base, a container, and a blade base includes a motor, a microcontroller, memory, a sensor and a user interface. The blade base connects the container to the base and includes a blade unit having at least a first blade and a second blade of a different design from the first blade. The microcontroller is in communication with the memory, sensor, motor, and user interface. Programs with preprogrammed motor commands for desired operations are stored in the memory. The user interface includes a liquid crystal display, or function switches and light emitting diodes. Upon selection of a particular pre-defined function, the microcontroller retrieves the appropriate program from the read only memory and specifies the preprogrammed motor commands to accomplish the selected function.

Abstract: A food mixer includes a head (12) that is detachable from a base (11) for use separately in mixing food such as cake ingredients. The turntable motor (25) in the base is controlled by an independent speed control (18). Control (18) and motor(25) receive their power from wires attached to a pair of electrically conductive hooks (32) which serve not only to physically secure the head (12) in position, but also to conduct the electric current.

Abstract: A screw-threaded impeller 50 having a mixing device 55 thereon is provided in a container 10 of a food processor. A drive unit adjacent the bottom of the container is adapted to move the impeller in both a clockwise and a counterclockwise direction. During rotation, food placed within the container is lifted away from the mixing device when the impeller is rotated in one direction and is directed toward the mixing device when the impeller is rotated in the other direction. The mixing device includes a horizontal cutting blade 52 extending perpendicular to the impeller and a scooping blade 51 extending downwardly at an angle from the impeller. In order to lift over obstacles, the mixing device is spring mounted or can move along the helical protrusion toward the upper end of the impeller.

Abstract: A blender includes a base on which a motor is connected and a plurality of ventilation holes are defined through a bottom of the base. An engaging collar is connected to the motor for rotating a blade device of a container mounted to the base. The heat generated from the motor is removed from the ventilation holes in the bottom of the base.

Abstract: A food mixer includes a head (12) that is detachable from a base (11) for use separately in mixing food such as cake ingredients. The turntable motor (25) in the base is controlled by an independent speed control (18). Control (18) and motor (25) receive their power from wires attached to a pair of electrically conductive hooks (32) which serve not only to physically secure the head (12) in position, but also to conduct the electric current.

Abstract: A blender having a base, a container, and a blade base includes a motor, a microcontroller, memory, a sensor and a user interface. The blade base connects the container to the base and includes a blade unit having at least a first blade and a second blade of a different design from the first blade. The microcontroller is in communication with the memory, sensor, motor, and user interface. Programs with preprogrammed motor commands for desired operations are stored in the memory. The user interface includes a liquid crystal display, or function switches and light emitting diodes. Upon selection of a particular pre-defined function, the microcontroller retrieves the appropriate program from the read only memory and specifies the preprogrammed motor commands to accomplish the selected function.

Abstract: A blender hopper has a contiguous annular side wall with a larger upper portion, and a smaller lower portion. The upper portion is in the form of a square and the lower portion is in the form of an octagon and a bottom wall adjoins the lower portion. Four narrower triangular side walls extend upwardly and outwardly from the diagonal sides of the bottom wall and adjoin the four corners of the upper portion, respectively, and four wider truncated wedge-shaped walls extend upwardly and outwardly from the four orthogonal sides of the bottom wall with their wider ends adjoining the four sides of the upper portion, respectively, and inwardly protruding longitudinal rib is formed in each of the wider truncated wedge-shaped walls. A tubular dispensing conduit is secured in an aperture in one of the wider walls and a dispensing valve is connected to its outer end.

Abstract: The invention apparatus comprises a mixing vessel closure having rotating mixing blades secured thereto. The mixing blades are driven through an axially engaged and disengaged direct coupling. The closure is mounted on a power base structure for rotation about an axis that is substantially transverse of the mixing blade axis. Additionally, the closure mounting includes a translational drive for linearly raising and lowering the closure at each of two positions about the transverse axis. A portable mixing vessel including a material charge is placed under the vessel closure. The closure is translated down to a sealed cover position over a vessel opening and secured to the vessel. The unitized assembly of the closure and vessel is translated away from a vessel supporting transport base and rotated to a inverted position. The unitized assembly is then translated down to engage a rotatory power transmission coupling.

Abstract: A machine that is set up with the required potatoes, milk, butter and other seasonings for mashed potatoes and that when turned on proceeds to boil the potatoes, add the flavoring ingredients and whip the potatoes to a degree set by the user.

Abstract: A food mixer assembly having a base, an arm one end of which is pivotally attached to the base, and a head assembly receivable on the free end of the arm. The mixer assembly is stored by removing the head assembly, collapsing the arm into the plane of the base, and placing both the motor and base into a bowl used with the mixer.

Abstract: A blender includes a motor base having a heating seat, a blender seat, a strainer and a container having a cutter blade on the bottom and a cap on the top. In operation, the container is placed on the blender seat of the motor base. The soup or juice is put into the container through the cap and is blended using the blade. Then, the soup or juice is transferred into a heating container through a second filter. After boiling the soup or juice in the heating container, a delicious soup will be made.

Abstract: A rotating mixer for mixing drinks utilizes a tumbler-type container attached to a base and a rotatable whisk. The whisk is turned by rotatable gears, one of which is attached to a motor and one of which is attached to the base of the container. The motor is housed in a motor housing unit and is powered by batteries, or, alternatively, by an AC adapter. The motor housing unit includes a collar that is inserted into a sleeve in the bottom of the container base to provide a stable guide for aligning the motor gear and whisk gear. The detachable base also provides a stable platform for the container when it is not engaged with the motor housing unit. The detachable base may be a lightweight, yet sturdy, two-piece unit comprising a sleeve section and a coupling section. The motor housing unit fits into a tray which is adapted for use as a serving tray and which also functions as a battery recharger when plugged into an electrical outlet. The tray comprises holders for holding one or more containers.

Abstract: A food processor that includes a machine stand, a basin, or jug, for receiving the foodstuff or foodstuffs to be processed, a basin lid, and one or more knives located at the bottom of the basin and driven by a drive shaft that projects up vertically through the bottom of the basin. The machine stand (1) includes a low front part (6) which is adapted to support the basin (2) when the processor is in operation, and a rear upstanding part (7) that extends up to approximately the same level as the upper level of the basin (2) when the basin is placed on the machine stands. A motor (8) is housed in the lower portion of the rear part (7); and a lid holder (9) is mounted at the upper portion of the rear part (7) and can be swung about a horizontal pivot shaft (10) between a raised first pivot position and a lowered second pivot position (FIG. 2 d).

Abstract: A stand mixer having a mixer head that can be locked in an up or down position. The locking mechanism includes a pin slideably retained in the pedestal of the stand, which is removeably received in one or more recesses in the mixer head.

Abstract: A portable mixing apparatus (10) for mixing concrete, mortar, roof sealant, paint and other materials that is powered by a hand-held power tool such as an electric drill (22). The mixing apparatus (10) includes a support base (14), a bucket holder (16) carried by the support base (14) for rotational movement on to the support base (14), a drive assembly (18) for rotating the bucket holder (16) on the support base (14), and structure (20) for coupling the drive assembly (18) with the electric drill (22) for powering the drive assembly (18) and therefore rotating the bucket holder (16) for mixing the materials contained in a bucket (12).

Abstract: A kitchen machine is provided with a base (3) and a motor housing (5) which is arranged on the base (3) and in which an electric motor (27) is accommodated. On the base (3) next to the motor housing (5), an open bowl (9) can be placed, journalled relative to the base (3). A transverse arm (17) can be coupled on the motor housing (5), which arm extends to above the bowl (9). A tool (19) can be placed in the bowl (9) and can be coupled to a transmission (25) which is arranged in the transverse arm (17) and can be driven by the electric motor (27). The bowl (9) can be driven into rotation by a pinion (21) which is also coupled to the transmission (25). The pinion (21) is displaceable along its axis of rotation relative to the transverse arm (17) and is displaced from a first into a second position through engagement with a toothed rim (23) of the bowl (9) when the transverse arm (17) is placed on the motor housing (,5).

Abstract: A mixing device for liquids is described, wherein improved control of the mix is achieved by restructuring the components so that the character of the mix can be observed easily and corrections effected simultaneously. The disperser/mixer incorporates a moveable and rotatable support structure attached to a piston-in-cylinder arrangement. Hydraulic pressure, pneumatic pressure, or a combination thereof in the cylinder is controlled from a unit on the support structure, rather than the base, through a modified piston fixed to the support structure and containing a passageway for hydraulic fluid, rather than through the cylinder.

Abstract: A thermally insulated blender is comprised of a thermally insulated cover and container. The container has a bottom opening in which is sealably mounted a rotatable vertical driven shaft in a sealed bearing assembly. A base unit has a motor mounted within a housing. The top of the housing is adapted for receiving the bottom of the container in operating position. A vertical driving shaft extends from the top of the motor through an aperture in the top of the housing and engages the driven shaft in the container. A blade assembly on the driven shaft coacts with the contents of the container when the motor is actuated. Cold mixtures will remain cold in the container for prolonged periods.

Abstract: A culture blending vessel adapted for the preparation and containment of samples for microbiological analysis which includes a vessel body and a rotor assembly. The mouth opening of the vessel body is closed by a lid which threads onto the top of the vessel. The rotor assembly has a rotatable shaft extending through a port in the cylindrical side wall of the vessel body. Blending knives are fastened to the interior end of the shaft and may be used to blend the contents of the container by coupling the exterior end of the shaft to a blending motor. The blended sample may then be incubated without transfer to a separate culture vessel.

Abstract: A paint tinter system includes a plurality of canisters disposed in a circle about a rotatable plate. An orbiting plate, driven by a single motor, is connected to drive arms, each of which is connected to a crank arm of a stirrer in one of the canisters. The connection is made through a lost-motion device in a cap covering each canister. The cap captures the end of the drive arm, whereby the cap may be removed and hinged out of the way for providing access to the canister. An impeller is freely mounted for rotation in a socket in the bottom of the canister. The upper end of the impeller is driven by engagement between a pair of driver bosses rotated by the crank and edges of a top plate on the canister. Thus, when the cover is removed, the impeller may remain unmoved or be lifted from the socket for cleaning.

Abstract: A waste disposal mixer is shown suitable for the encapsulation of radioactive wastes in synthetic resins. The mixer permits the selective discarding of the agitator member and of a drip pan selectively positionable to receive dripping material from the agitator. The agitator can be selectively replaced, all movements being controlled remotely.

Abstract: A conversion unit is provided which permits the conversion of a portable hand-held appliance, such as a mixer having a pair of beaters, to a stationary drink mixer having a single depending stirring shaft. The conversion unit includes a power unit receptacle that securely supports the portable appliance power unit in a manner which permits the driving engagement of the stirring shaft by a power take-off of the portable appliance power unit. Stabilizing fingers in the power unit receptacle additionally engage the power unit to provide enhanced stability. Storage for the pair of mixer beaters may be provided at the rear of the unit when the portable appliance is an electric mixer so that all components of the convertible mixer combination are maintained within a single integrated unit.

Abstract: A blender for blending materials having a container with a container opening extending a distance therethrough and intersecting the upper end thereof, a cap removably connectable to the open upper end of the container, a mixer connected to the cap for blending the material and a drive assembly having a portion adapted to receive the cap with the container connected thereto and another portion removably engageable with the mixer for driving the mixer to blend the material contained in the container. The drive assembly is adapted to be battery operated and the blender of the present invention includes a recharger for recharging the blender batteries.

Abstract: An emulsification tester for determining the amount of water a known amount of material such as printers ink or shellac will absorb when agitated or mixed a precise number of times and in a precise manner is disclosed. As is well known by those skilled in the art, certain materials, especially materials such as shellac and printers ink, will not function properly unless these materials have the ability to absorb a proper amount of water. That is, the material must be able to absorb a minimum amount of water but must not absorb an excess amount of water. The tester of this invention allows a precise amount of water and a material to be tested (such as printer ink) to be agitated by mixer blades rotating at a precise selected speed and for a precise number of revolutions.

Abstract: A support casing mounts a laterally extending guide track system for positioning an open top receptacle in mixing position where it receives an overhanging bladed rotor carried by a gear box connected to a drive motor. The receptacle is longitudinally split with a guide flange around its open upper end and when mounted on the track system its lower end is tightly pocketed in a flanged fitting, the flanges of the receptacle and fitting sliding into upper and lower tracks of the guide track system. After mixing the receptacle may be removed from the track system and a plunger inserted for controlled dispensing of the mixed material through an opening in the receptacle bottom.