序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
81 SNIPPER KNIFE ASSEMBLY HOLDER US09966910 2001-09-28 US20020134251A1 2002-09-26 Robert C. Winkley
A holder for mounting a knife assembly, e.g., as used in a bean snipper or similar device, to a mounting rod or similar structure. The holder includes first and second plate members which are moveably joined together at first ends thereof (e.g., in a hinged relation), and which are sized and shaped to contact the mounting rod at a plurality of points when closed together around the mounting rod such that the second ends of the plate members are brought together. A knife assembly, including a knife head and a knife rod, is attached to the knife holder by extending an end of the knife rod through knife rod apertures formed in one of the plate members until the end of the knife rod contacts a knife rod stop. The knife rod apertures position a portion of the knife rod adjacent to the mounting rod at a contact point. A tightening structure, such as a hand rotatable knob, is mounted on the second ends of the plate members, to bring the second ends together when the tightening structure is tightened, thereby pinching the mounting rod between the plate members while simultaneously pinching the knife rod between the plate member and the mounting rod, thereby to secure the knife assembly to the mounting rod.
82 Method and apparatus for severing root of bean sprout US09754237 2001-01-03 US06346288B1 2002-02-12 Masahiro Nakada
A method and apparatus for severing roots of bean sprouts are disclosed. Bean sprouts are supplied onto a severing table having a number of severing slits each of which has such a width that a root of a bean sprout falls into each severing slit. Water is sprinkled over the severing table so that the roots of the bean sprouts on the severing table flow into the severing slits. The roots of the bean sprouts fallen in the severing slits are severed by a cutter blade.
83 Snipper knife assembly holder US09813554 2001-03-21 US06318249B1 2001-11-20 Robert C. Winkley
A holder for mounting a knife assembly, e.g., as used in a bean snipper or similar device, to a mounting rod or similar structure. The holder includes first and second plate members which are moveably joined together at first ends thereof (e.g., in a hinged relation), and which are sized and shaped to contact the mounting rod at a plurality of points when closed together around the mounting rod such that the second ends of the plate members are brought together. A knife assembly, including a knife head and a knife rod, is attached to the knife holder by extending an end of the knife rod through knife rod apertures formed in one of the plate members until the end of the knife rod contacts a knife rod stop. The knife rod apertures position a portion of the knife rod adjacent to the mounting rod at a contact point. A tightening structure, such as a hand rotatable knob, is mounted on the second ends of the plate members, to bring the second ends together when the tightening structure is tightened, thereby pinching the mounting rod between the plate members while simultaneously pinching the knife rod between the plate member and the mounting rod, thereby to secure the knife assembly to the mounting rod.
84 Automatic mungbean sprout hulling and root cutting apparatus US375422 1995-01-18 US5452651A 1995-09-26 Lin Pao-Seng
An automatic mungbean sprout hulling and root-cutting apparatus includes a case which has a bean sprout inlet chute to receive bean sprouts transmitted by a conveyer of a transmission means. Bean sprouts then fall upon an inclined screen and are discharged out through a bean exhaust chute. An air ventilation means is disposed at the bottom of the case to send forced air pass through the reclined screen and to blow away light-weight bean hull from bean sprout. Bean hulls are discharged out through a bean hull exhaust exit. Bean sprouts fall on the screen by gravity force. The apertures on the screen can facilitate root-cutting function. Thus to serve the purpose of bean sprout hulling and root-cutting purpose. A screen vibration means can also be employed to further enhance the hulling and root-cutting effect.
85 Cutting apparatus for processing elongated vegetable products and the like US388529 1989-08-02 US4981073A 1991-01-01 David R. Zittel
A cluster cutter apparatus and a snipping apparatus are similarly formed to increase the snipping efficiency of a bean processing line. Each apparatus includes a rotating drum having a circumferential slotted surface in combination with an internally elongated inclined orienting plate unit for orienting of the beans onto the lower interior periphery of the rotating drum. The plate unit may be an inclined fixed plate or a rotating paddle wheel and includes a plurality of plates which is located in the lower leading quadrant of the drum. The paddle wheel is rotated at an appropriate speed relative to the drum and contributes to a highly cost effective high volume bean processing system. The plate(s) supports the beans and provides gradual and controlled vertical transfer to the drum slots. The cluster cutter includes separating disc units to separate the clusters. A plurality of separate bean severing knife units are spaced circumferentially over the complete lower half of the drum between the two o'clock and nine o'clock positions on the drum.
86 Tandem drum cluster separator US178424 1988-04-06 US4784057A 1988-11-15 Dennis O. Mietzel; R. Kevin Wells
A cluster seprator for engaging and separating clusters of pod vegetables joined together by stem sections from a large quantity of individual pod vegetables, includes two tandem substantially horizontally spaced drums which each have a cylindrical surface such that the two drums form a restricted zone between the cylindrical surfaces. The drums are rottable in opposite directions so that the cylindrical surfaces move in the same direction at the restricted zone. On each drum are hooked rods which extend generally radially outwardly from the cylindrical surface so that a hook portion of each rod faces generally upwardly within the restricted zone. The hooked rods on each drum form an array of rods of selected density. The hooked rods pass juxtaposedly through the restricted zone at the combined densities of the arrays of both drums to optimize engagement of the clusters of pod vegetables falling through the restricted zone while permitting individual pod vegetables to fall freely between the rods. As the drums rotate, the hooked rods pass outwardly and away from the restricted zone at the respective single array density of each drum so that the clusters may be cut apart or otherwise processed more efficiently. A drive system is connected to the drums to rotate them.
87 Bean snipper US52888066 1966-02-21 US3378051A 1968-04-16 GROSBETY GASTON DIT JACQUES
88 Bean snipper machine US46171365 1965-06-07 US3318350A 1967-05-09 URSCHEL JOE R
89 Okra trimming apparatus US29801663 1963-07-29 US3234983A 1966-02-15 OLDERSHAW CHARLES G P
90 Bean separator US23200062 1962-10-22 US3200945A 1965-08-17 COTA JAMES D
91 Snipping cutter mounting assembly US5542160 1960-09-12 US3102567A 1963-09-03 HAMILTON GERALD P
92 Bean cluster separator US81584759 1959-05-26 US3059648A 1962-10-23 BURTON CHARLES G
93 Green bean and pea shelling apparatus US50679255 1955-05-09 US2804873A 1957-09-03 WILLIAMS JR WILLIAM R; WILLIAMS LEWIS R
94 Bean snipper US32751552 1952-12-23 US2770274A 1956-11-13 MENCACCI SAMUEL A
95 Stem snipping knife mechanism US39621753 1953-12-04 US2705516A 1955-04-05 URSCHEL JOE R
96 Bean snipping machine US76336047 1947-07-24 US2518598A 1950-08-15 BUCK BENJAMIN I
97 String bean grader US44986542 1942-07-06 US2416008A 1947-02-18 KERR CHARLES E
98 Conveyer mechanism US31025839 1939-12-20 US2241978A 1941-05-13 IRVEN BUCK BENJAMIN
99 Bean snipping machine US7788536 1936-05-04 US2108179A 1938-02-15
100 Automatic bean cutter US72444034 1934-05-07 US2092103A 1937-09-07 BLAKENEY CHARLES G; BUCK BENJAMIN I
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