초록 ▼

A press for removing grease from cooked ground meat includes a main body provided with an upwardly opening cavity for receiving the cooked meat and a front spout, and a lid pivotally connected to the body and provided with a center pressing plate sized to fit into the cavity against the meat. The bo

A press for removing grease from cooked ground meat includes a main body provided with an upwardly opening cavity for receiving the cooked meat and a front spout, and a lid pivotally connected to the body and provided with a center pressing plate sized to fit into the cavity against the meat. The body and lid are further provided with complimentary left and right handles sized to be squeezed together with the user's left and right hands. Excess grease is pressed out of and removed from the meat by simultaneously squeezing the handles together and pouring the grease from the spout.

대표청구항 ▼

A press for removing grease from cooked ground meat includes a main body provided with an upwardly opening cavity for receiving the cooked meat and a front spout, and a lid pivotally connected to the body and provided with a center pressing plate sized to fit into the cavity against the meat. The bo

A press for removing grease from cooked ground meat includes a main body provided with an upwardly opening cavity for receiving the cooked meat and a front spout, and a lid pivotally connected to the body and provided with a center pressing plate sized to fit into the cavity against the meat. The body and lid are further provided with complimentary left and right handles sized to be squeezed together with the user's left and right hands. Excess grease is pressed out of and removed from the meat by simultaneously squeezing the handles together and pouring the grease from the spout. d cell has a single pleat on one face and a double pleat on the opposite face, and such cells are oriented in alternating opposite directions on the finished product. 15. A method of forming a multi-cellular collapsible window covering from an starting product in the form of a multiple-columned honeycomb structure of a Type 1:1 configuration, wherein the individual cells of the starting product are defined by external pleated sides on the opposite faces of the structure and internal ligaments interconnecting such opposite faces at spaced intervals and serving as a partition between adjacent cells of different columns of cells, the method comprising the steps of: severing selected ones of the internal ligaments, while leaving others of the internal ligaments intact, thereby eliminating at least one of the individual cells of the starting product. 16. The method according to claim 15, wherein alternating internal ligaments are severed. 17. The method according to claim 15, wherein the internal ligaments are severed, except every fourth internal ligament is left intact. 18. The method according to claim 15, wherein every fourth ligament is severed. 19. The method according to claim 15, wherein one internal ligament is severed, an adjacent internal ligament is intact, the next adjacent internal ligament is severed, and the next adjacent three internal ligaments are left intact, and such severing pattern is then repeated for successive cells of the structure. 20. The method according to claim 15, wherein every third ligament is severed. 21. The method according to claim 15, wherein the internal ligaments are severed, except every third internal ligament is left intact. recess defined in a top surface of said top member and a notch defined in an inside of said annular recess, said resilient member engaged with said notch and a ring engaged with said annular recess so as to position said resilient member in said notch. 6. The trimmer as claimed in claim 1 further comprising a drawer received in said base. 7. The trimmer as claimed in claim 1 further comprising a bottom cap removably engaged with a bottom of said base. econd sleeve that is moveable from a released position to a first locked position for releaseably coupling said second driven gear to said second shaft, said second sleeve is further moveable from its released position to a second locked position for releaseably coupling said third driven gear to said second shaft, and a second power-operated actuator for moving said second sleeve; a third clutch having a third sleeve moveable between a released position and a locked position for releaseably coupling said fourth driven gear to said first shaft, a second clutch pack operably disposed between said fourth driven gear and said first shaft, a second thrust mechanism for exerting a clutch engagement force on said second clutch pack in response to movement of said fourth sleeve from its released position toward its locked position, and a third power-operated actuator for moving said third sleeve; and a transmission controller for controlling actuation of said first, second and third power-operated actuators. 2. The transmission of claim 1 wherein said first clutch includes a set of first clutch plates splined to said first driven gear which are interleaved with a set of second clutch plates splined to a hub fixed for rotation with said second shaft, said first sleeve splined to said hub for movement therein between its released and locked positions, and wherein movement of said first sleeve toward its locked position generates said clutch engagement force for frictionally clamping said first and second clutch plates to provide a speed synchronizing function between said first and second shafts. 3. The transmission of claim 1 wherein said thrust mechanism is a ball-ramp unit having an actuator ring in contact with said blocker ring, a reaction ring fixed to said first driven gear and adapted to engage said first clutch pack, and rollers retained in aligned cam tracks formed in said actuator ring and said reaction ring, whereby axial movement of said blocker ring caused by movement of said first sleeve toward its locked position causes relative rotation between said actuator ring and said reaction ring such that said rollers move said reaction ring into engagement with said first clutch pack. 4. The transmission of claim 1 wherein said second clutch pack includes a set of first clutch plates splined to said fourth driven gear which are interleaved with a set of second clutch plates splined to a hub fixed for rotation with said first shaft, said third sleeve splined to said hub for movement therein between its released and locked position, and wherein movement of said third sleeve toward its locked position causes said third sleeve to contact said second thrust mechanism and generate said clutch engagement force for frictionally clamping said first and second clutch plates to provide a speed synchronizing function between said first and second shafts. 5. A transmission for transferring drive power from an engine to a driveline, comprising: a first shaft adapted to be driven by the engine; a second shaft adapted to drive the driveline; a first constant-mesh gearset having a first drive gear fixed to said first shaft and which is meshed with a first driven gear rotatably supported on said second shaft; a second constant-mesh gearset having a second drive gear fixed to said first shaft and which is meshed with a second driven gear rotatably supported on said second shaft; a third constant-mesh gearset having a third drive gear fixed to said first shaft and which is meshed with a third driven gear rotatably supported on said second shaft; a fourth constant-mesh gearset having a fourth drive gear fixed to said second shaft and which is meshed with a fourth driven gear rotatably supported on said first shaft; a first clutch having a first sleeve moveable between a released position and a locked position for releaseably coupling said first driven gear to said second shaft, a first clutch pack operably disposed between said first d