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    • 11. 发明公开
    • HANDHELD DEHIDER
    • 手提式DEHIDER
    • EP3087841A2
    • 2016-11-02
    • EP16174567.4
    • 2006-09-14
    • JARVIS PRODUCTS CORPORATION
    • GWYTHER, Peter
    • A22B5/16
    • A22B5/163A22B5/168B25F5/00B25F5/006B26B25/00
    • A counterbalanced eccentric shaft for a handheld dehider having a housing, a pair of cutting disks, a main drive gear operated by a motor and a pair of pushrods driven by the motor through the main drive gear to move the cutting disks in opposed cutting oscillations, the counterbalanced eccentric shaft comprising: a first cylindrical shaft portion for insertion into a first bearing in the dehider housing; a gear shaft portion for receiving the main drive gear; and an eccentric shaft portion for driving the pair of pushrods; a first counterbalance mass integrally formed as a single piece with the eccentric shaft; and a second cylindrical shaft portion for insertion into a second bearing in the dehider housing, the first and second cylindrical shafts and the gear shaft being axially aligned, and the eccentric shaft being axially offset therefrom.
    • 一种用于手持剥皮器的平衡偏心轴,该偏心轴具有壳体,一对切割盘,由电动机操作的主驱动齿轮和一对由电动机通过主驱动齿轮驱动的推杆,以使切割盘在相对的切割振动中运动, 所述平衡偏心轴包括:第一圆柱形轴部分,用于插入所述剥离器壳体中的第一轴承; 齿轮轴部分,用于接收主驱动齿轮; 以及用于驱动该对推杆的偏心轴部分; 与偏心轴整体形成为一体的第一平衡块; 以及用于插入解压器壳体中的第二轴承中的第二圆柱形轴部分,第一和第二圆柱形轴与齿轮轴轴向对齐,并且偏心轴从其轴向偏移。
    • 14. 发明授权
    • AUTOMATED SAW FOR SPLITTING CARCASSES
    • 自动锯屠宰动物体减半
    • EP1196036B1
    • 2005-11-16
    • EP00939661.5
    • 2000-06-08
    • JARVIS PRODUCTS CORPORATION
    • KIELWASSER, Jean, C.
    • A22B5/20
    • A22B5/202
    • An automated saw for high speed splitting of suspended carcasses, such as hog carcasses, through the backbone as the carcasses continuously move along a carcass rail includes a splitting station and a back roller station located on opposite sides of the carcass rail. The splitting station includes a splitting saw that can be driven in three directions, including horizontally towards a carcass to begin cutting, vertically down to make the cut and horizontally parallel to the carcass rail to match the speed of the moving carcass as the cut is made. A guide roller carried by the splitting station positions the backbone in a known position relative to the saw. The back roller station includes a back roller for positioning the carcass relative to the saw as the cut is made. The back roller is also movable in three directions, including horizontally in to contact the carcass, vertically down, and horizontally parallel to the carcass rail to match the motion of the saw. The back roller and saw are structurally independent, but are accurately driven to maintain the relative position of the saw and the back roller as the cut is made.
    • 15. 发明公开
    • AUTOMATED SAW FOR SPLITTING CARCASSES
    • 自动锯屠宰动物体减半
    • EP1196036A2
    • 2002-04-17
    • EP00939661.5
    • 2000-06-08
    • JARVIS PRODUCTS CORPORATION
    • KIELWASSER, Jean, C.
    • A22B5/20
    • A22B5/202
    • An automated saw for high speed splitting of suspended carcasses, such as hog carcasses, through the backbone as the carcasses continuously move along a carcass rail (14) includes a splitting station (10) and a back roller (12) station located on opposite sides of the carcass rail. The splitting station (10) includes a saw (18) that can be driven in three directions, including horizontally towards a carcass (16) to begin cutting, vertically down to make the cut and horizontally parallel to the carcass rail (14) to match the speed of the moving carcass as the cut is made. A guide roller (124, 126) carried by the splitting station positions the backbone in a known position relative to the saw (18). The back roller (12) station includes a back roller (186, 188, 190, 192) for positioning the carcass relative to the saw as the cut is made. The back roller is also movable in three directions, including horizontally in to contact the carcass, vertically down, and horizontally parallel to the carcass rail to match the motion of the saw. The back roller and saw are structurally independent, but are accurately driven to maintain the relative position of the saw and the back roller as the cut is made.
    • 16. 发明授权
    • HAND-HELD POWER-OPERATED SHEARS
    • 动力操纵手剪
    • EP0524234B1
    • 1996-12-11
    • EP91907628.1
    • 1991-03-25
    • JARVIS PRODUCTS CORPORATION
    • WELLS, Andrew, J.
    • B26B15/00
    • B26D5/12B26B15/00
    • A hand-held fluid power-operated shears characterized by a body (10) including a pistol grip handle portion (11), a blade-receiving recess (12) and a cylindrcal cavity (30) with a removable cover over the blade-receiving recess (12). One of a variety of different size and design pairs of interchangeable shear blades (13, 14) may be installed in the blade-receiving recess (12). The blades are pivotally connected, and each has a forward cutting section projecting forwardly of the housing and a rearward extension, the extensions being removably received in the blade-receiving recess to hold one blade fixed while permitting relative movement of the other. One end of a piston rod (32) is fixed to a piston (31) provided in the cylindrical cavity (30) for reciprocal movement therein. The other end of the piston rod is in direct detachable engagement with the rearward end of the extension (22) of the relatively movable shear blade. Fluid flow passages (41, 42, 43, 44) are provided within the body (10), being adapted for connection to a source of fluid under pressure and in communication with the cylindrical cavity (30) on opposite sides of the piston (31) for introduction of fluid thereto and exhaust fluid therefrom. Valve means are provided for controlling flow of fluid through the shears. Power trigger means (57) which are operable from the pistol grip handle (11) are provided to actuate the control valve means (51) and safety trigger means (63) are provided operable from the pistol grip handle (11) to prevent accidental operation of the power trigger (57).
    • 19. 发明公开
    • HAND-HELD POWER-OPERATED SHEARS
    • 动力操纵剪刀手。
    • EP0524234A1
    • 1993-01-27
    • EP91907628.0
    • 1991-03-25
    • JARVIS PRODUCTS CORPORATION
    • WELLS, Andrew, J.
    • B26B15B26D5
    • B26D5/12B26B15/00
    • Cisailles manuelles à commande hydraulique caractérisées par un corps (10) comprenant une partie de poignée de pistolet (11), un évidement de réception de lame (12) ainsi qu'une cavité cylindrique (30) dotée d'un couvercle amovible recouvrant l'évidement de réception de lame (12). On peut installer dans l'évidement de réception de lame (12) une paire d'une pluralité de paires de taille et de conception différente de lames de cisaille interchangeables (13, 14). Les lames sont connectées de manière pivotantes et elles comportent chacune une section coupante avant saillante vers l'avant du logement ainsi qu'un prolongement arrière, les prolongements étant reçus de manière amovible dans l'évidement de réception de lames afin de maintenir une lame fixe tout en permettant le mouvement relatif de l'autre. Une extrémité d'une tige de piston (32) est fixée à un piston (31) ménagé dans la cavité cylindrique (30) afin d'y permettre un mouvement de va-et-vient. L'autre extrémité de la tige du piston est en prise libérable directe avec l'extrémité arrière du prolongement (22) de la lame de cisaille relativement mobile. Des passages d'écoulement de fluide (41, 42, 43, 44) sont ménagés à l'intérieur du corps (10), et sont adaptés pour permettre une connexion à une source de fluide sous pression et en communication avec la cavité cylindrique (30) située sur les côtés opposés du piston (31) pour permettre l'introduction de fluide dans celle-ci et l'évacuation de fluide de cette dernière. Des moyens de valves régulent l'écoulement de fluide dans les cisailles. Des moyens de détente mécanique (57) fonctionnant à partir de la poignée de pistolet (11) servent à actionner les moyens de valves de régulation (51), et des moyens de détente de sécurité (63) peuvent être actionnés à partir de la poignée de pistolet (11) afin d'empêcher le fonctionnement accidentel de la détente mécanique (57).