초록 ▼

A strainer press for a food processor, which has a pot-shaped straining part that can be placed in a manner proof against rotation in the mixing bowl of the food processor and is provided with through-apertures, and an assigned pressing tool that has, on a hub part that can be coupled to a driveshaf

A strainer press for a food processor, which has a pot-shaped straining part that can be placed in a manner proof against rotation in the mixing bowl of the food processor and is provided with through-apertures, and an assigned pressing tool that has, on a hub part that can be coupled to a driveshaft of the food processor, a plurality of pressing blades, which rotate at a short axial distance above the straining part. In the pressing tool, each of the pressing blades is provided, on its side facing the straining part, with a plurality of rib-like protuberances extending substantially over the entire length of the pressing blades and additionally includes, at its trailing end edge in the direction of rotation, a cutting edge projecting toward the straining part. Such a strainer press is notable for a simple structural configuration and efficient operation.

대표청구항 ▼

A strainer press for a food processor, which has a pot-shaped straining part that can be placed in a manner proof against rotation in the mixing bowl of the food processor and is provided with through-apertures, and an assigned pressing tool that has, on a hub part that can be coupled to a driveshaf

A strainer press for a food processor, which has a pot-shaped straining part that can be placed in a manner proof against rotation in the mixing bowl of the food processor and is provided with through-apertures, and an assigned pressing tool that has, on a hub part that can be coupled to a driveshaft of the food processor, a plurality of pressing blades, which rotate at a short axial distance above the straining part. In the pressing tool, each of the pressing blades is provided, on its side facing the straining part, with a plurality of rib-like protuberances extending substantially over the entire length of the pressing blades and additionally includes, at its trailing end edge in the direction of rotation, a cutting edge projecting toward the straining part. Such a strainer press is notable for a simple structural configuration and efficient operation. inment, said first stop member and said second stop member being adjustable to provide that an extent of rotation between said first rotational position and said second rotational position that is greater than ninety degrees. 2. The assembly of claim 1, wherein said first stop member and said second stop member comprise elongate members mounted substantially parallel with respect to each other, said first stop member and said second stop member being mounted between said actuator housing and said valve. 3. The assembly of claim 1, further comprising: a stop assembly housing defining an aperture therein for receiving said rotary drive, said stop assembly housing being mounted to said actuator housing, a stop element being positioned within said stop assembly housing and defining thereon said first stop surface and said second stop surface. 4. The assembly of claim 3, further comprising: a first bearing mounted within said stop assembly housing for supporting said rotary drive. 5. The assembly of claim 3, wherein a second bearing for said rotary drive element is mounted within said stop housing. 6. The assembly of claim 3, wherein said aperture permits said rotary drive to extend through said stop assembly housing from said actuator housing without one or more couplings in said rotary drive. 7. The assembly of claim 1, further comprising: a first threaded portion for said first stop member threadably engaged with a threaded receptacle, at least eighty percent of said first threaded portion threadably engages said threaded receptacle so as to be supported within said receptacle. 8. The assembly of claim 1, wherein: said first stop member is mounted to be substantially perpendicular to said first stop surface when said first stop member is engaged with said first stop surface; and said second stop member is mounted to be substantially perpendicular to said second stop surface when said second stop member is engaged with said second stop surface. 9. A method for an actuator assembly with an adjustable dual end stop, said actuator assembly being operable for use with a quarter turn valve, said method comprising: providing an actuator housing defining therein a zone for pressure containment; mounting a rotary drive at least partially within said actuator housing; providing said rotary drive with a first stop surface and a second stop surface such that said first stop surface and said second stop surface are positioned outside of said zone for pressure containment; providing a first stop member for engaging said first stop surface to stop said rotary drive in a first rotational position, said first stop member being moveable along a first line of movement relative to said stop surface for adjusting said first rotational position; providing a second stop member for engaging said second stop surface to stop said rotary drive in a second rotational position, said second stop member being moveable along a second line of movement relative to said stop surface for adjusting said second rotational position; and providing that said first stop member and said second stop member are operable for adjusting an extent of rotational movement of said rotary drive over ninety degrees. 10. The method of claim 9, further comprising: mounting said first stop member and said second stop member within a stop housing positioned between said actuator housing and said quarter turn valve. 11. The method of claim 10, further comprising: providing an aperture within said stop housing for receiving said rotary drive, and mounting at least one bearing for said rotary drive within said stop housing. 12. The method of claim 10, further comprising: mounting said stop housing to said actuator housing for receiving said rotary drive without providing a coupling in said rotary drive between said actuator housing and said stop housing. 13. The method claim 9, further comprising: providing a rounded end surface for said first stop member such that said rounded end surface is engageable with said first stop surface. 14. The method of claim 13, further comprising: providing support for said first stop member such that said first stop member is threadably supported at a position closely adjacent said rounded end. 15. The method of claim 9, further comprising: providing that said first stop member and said second stop member permit adjustment of said extent of rotational movement from less than or equal to ninety degrees to ninety-two degrees of rotation of said rotary element. 16. The method of claim 9, further comprising: providing that said first line of movement of said first stop member is substantially parallel to said second line of movement of said second stop member.