A corn silk removing device includes an elongated tube having a first end and a second end. Extending the length of the elongated tube, from the first end to the second end, is an opening. A rotating member having a plurality of soft bristles radially connected to a shaft extends through the elongated tube.

A corn silk removing device includes an elongated tube having a first end and a second end. Extending the length of the elongated tube, from the first end to the second end, is an opening. A rotating member having a plurality of soft bristles radially connected to a shaft extends through the elongated tube.

In an exemplary embodiment, a blade portion 41 is formed by a plurality of blades 42 being arrayed on a front surface of a main body at an even interval while forming blade striation portions 43 between adjacent blades 42. Each blade 42 is cut into a circular-arc shape. A pitch between the blades 42 is in a range of 1 to 3 mm. A recess-portion apex composed of a cut surface of each blade 42 has a rounded shape with a radius of 1.0 to 3.0 mm. A protrusion-portion apex of the blade striation portion 43 has a rounded shape with a radius of 0.1 to 0.5 mm. A tip of the blade 42 formed by the blade striation portion 43 has a rounded shape with a radius of 0.1 to 0.5 mm.

The egg peeler device accessories comprise replaceable top caps for an egg peeler such that each replaceable top cap reconfigures the egg peeler to perform a specific task. The replaceable top caps fit onto the top end of a body of the egg peeler in place of an original top cap. The first replaceable top cap reconfigures the egg peeler to separate egg yolks and egg whites. This cap comprises a plurality of slots around a concave portion of the cap such that egg whites flow through the plurality of slots while the egg yolk remains in the cap. The second replaceable top cap reconfigures the egg peeler to peel one or more cloves of garlic. The cloves are placed within the body and shaken where they strike spikes projecting from the inside surface of the second replaceable top cap, separating the coves and peeling them.

The present invention discloses a device and method for peeling beans and separating the hulls from the peeled beans. The device for peeling beans comprising a rough disc (3) in a bowl (2), driven by an electric motor (1), to abrasively impact beans in water. A barrier ring (4) enables separation of the

The present invention discloses a device and method for peeling beans and separating the hulls from the peeled beans. The device for peeling beans comprising a rough disc (3) in a bowl (2), driven by an electric motor (1), to abrasively impact beans in water. A barrier ring (4) enables separation of the

The present invention discloses a device and method for peeling beans and separating the hulls from the peeled beans. The device for peeling beans comprising a rough disc (3) in a bowl (2), driven by an electric motor (1), to abrasively impact beans in water. A barrier ring (4) enables separation of the hulls from the beans and a special filter (5) gathers the hulls out of the mixture.

The present invention discloses a device and method for peeling beans and separating the hulls from the peeled beans. The device for peeling beans comprising a rough disc (3) in a bowl (2), driven by an electric motor (1), to abrasively impact beans in water. A barrier ring (4) enables separation of the hulls from the beans and a special filter (5) gathers the hulls out of the mixture.

A method of coring a lettuce head, consisting in cutting the lettuce head (TS) transversely with respect to its axis (RR), above the core (TR), leaving a residue (E4) formed by the core and the remains of the leaves, while the residue (E4) is rotated about its axis while a jet of cutting water forming a cutting line (AA) is directed toward the base of the rotating residue (RR) to separate the leaf remains from the core (TR).

A method of coring a lettuce head, consisting in cutting the lettuce head (TS) transversely with respect to its axis (RR), above the core (TR), leaving a residue (E4) formed by the core and the remains of the leaves, while the residue (E4) is rotated about its axis while a jet of cutting water forming a cutting line (AA) is directed toward the base of the rotating residue (RR) to separate the leaf remains from the core (TR).