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    • 6. 发明申请
    • COMPONENT FORCE DAMPING DEVICE AND PLATFORM SCALE USING SAME
    • 组件式阻尼装置和平台规模使用相同
    • US20120085586A1
    • 2012-04-12
    • US13376324
    • 2010-06-23
    • Kazufumi NaitoHiroshi Suzawa
    • Kazufumi NaitoHiroshi Suzawa
    • G01G23/06
    • G01G3/16G01G21/06G01G21/184G01G21/23G01G21/242
    • The present invention is to provide a platform scale including a plurality of component force damping devices assembled therein for making high precision weighing. The platform scale for weighing an object to be weighed by supporting a support member that supports the object to be weighed by a plurality of load detection units 301,302 includes at least four component force damping devices 321˜324, each comprising an arrangement of a plurality of needle bearings disposed in parallel and a pair of opposed plates for sandwiching the arrangement of the needle bearings 63 so that the pair of plates make a relative movement in a direction of the arrangement of the needle bearings. The four component force damping devices 321˜324 are in contact with the support member at four locations that form a rectangle. Directions of the relative movement of any two component force damping devices locating at the same side of the rectangle are different, while directions of the relative movement of any two component force damping devices at diagonal locations of the rectangle are identical. Even in case of bending of the support member in any direction, the component force damping devices are able to release the horizontal component force due to such bending.
    • 本发明提供一种平台秤,其包括组装在其中的多个分力抑制装置,用于进行高精度称重。 通过支撑由多个负载检测单元301,302支撑被测量物体的支撑构件来称重待称重物体的平台秤包括至少四个分力阻尼装置321〜324,每个包括多个 平行布置的滚针轴承和用于夹持滚针轴承63的布置的一对相对的板,使得该对板在滚针轴承的布置方向上进行相对运动。 四组分力阻尼装置321〜324在形成矩形的四个位置处与支撑构件接触。 定位在矩形同一侧的任何两个分量的力阻尼装置的相对运动的方向是不同的,而矩形对角线位置处的任何两个分力的阻尼装置的相对运动的方向相同。 即使在支撑构件沿任何方向弯曲的情况下,组件力阻尼装置也能够由于这种弯曲而释放水平分力。
    • 7. 再颁专利
    • Programmable apparatus and method for delivering microingredient feed
additives to animals by weight
    • 将微量饲料添加剂以重量递送给动物的可编程装置和方法
    • USRE34776E
    • 1994-11-08
    • US721685
    • 1991-06-26
    • William C. Pratt
    • William C. Pratt
    • A01K5/02B01F3/12B01F3/18B01F5/26B01F15/02B01F15/04G01G15/00G01G19/24G01G19/38G01G23/06G05D11/00G05D11/13
    • G05D11/134A01K5/0216B01F15/0201B01F15/0234B01F15/0445B01F3/1221B01F3/18B01F5/265G01G15/001G01G19/24G01G19/382G01G23/06G05D11/001B01F2003/125B01F2215/0008Y10S366/603
    • A method and apparatus whereby livestock and poultry are administered feed additives in their feed ration. The apparatus stores additive concentrates separately until just prior to use, then on demand dispenses the additive concentrates into one or more weigh hoppers for weighing therein. The weighed contents of the weigh hoppers are discharged into a liquid carrier within a mixing vessel where the dispensed additives are diluted, suspended, and dispersed by mixing. The resulting carrier-and-additive slurry is pumped to a receiving station for mixing with a feed ration. The weighing components are isolated from movements that would affect additive weight determinations during the weighing process so that accurate measurements of additive weights are obtained. Dispensing and weighing of multiple additives within a single weigh hopper are sequential. Each additive may be weighed and discharged from the hopper individually or cumulatively with other additives. With multiple weigh hoppers, dispensing, weighing and discharge of additives from the different hoppers can occur simultaneously or independently. A programmable control can program the apparatuses for dispensing either entirely on a weight basis, partly on a weight basis and partly on a metering basis, on a weight-compensated metering basis, or entirely on a metering basis if the weighing means malfunctions.
    • 饲料饲料添加饲料添加剂的方法和装置。 该设备分别储存添加剂浓缩物直到使用之前,然后根据需要将添加剂浓缩物分配到一个或多个称重料斗中用于称重。 将称重料斗的称重内容物排放到混合容器内的液体载体中,其中分配的添加剂被稀释,悬浮并通过混合分散。 将所得的载体和添加剂浆料泵送到接收站以与进料比进行混合。 称重组件与称重过程中影响添加剂重量的运动隔离,从而获得添加剂重量的精确测量。 单个称重料斗内的多种添加剂的分配和称重是连续的。 每个添加剂可以被称重并从其中单独或累积地与其他添加剂一起排出。 使用多个称重料斗,来自不同料斗的添加剂的分配,称重和排出可以同时或独立地发生。 如果称重装置发生故障,可编程控制器可以以重量补偿计量基础,或完全在计量基础上,以重量为基础,部分以重量为基础,部分以计量为基础对装置进行编程。
    • 8. 发明授权
    • Programmable apparatus and method for delivering microingredient feed
additives to animals by weight
    • 将微量饲料添加剂以重量递送给动物的可编程装置和方法
    • US4815042A
    • 1989-03-21
    • US137501
    • 1987-12-22
    • William C. Pratt
    • William C. Pratt
    • A01K5/02B01F3/12B01F3/18B01F5/26B01F15/02B01F15/04G01G15/00G01G19/24G01G19/38G01G23/06G05D11/00G05D11/13
    • G05D11/134A01K5/0216B01F15/0201B01F15/0234B01F15/0445B01F3/1221B01F3/18B01F5/265G01G15/001G01G19/24G01G19/382G01G23/06G05D11/001B01F2003/125B01F2215/0008Y10S366/603
    • A method and apparatus whereby livestock and poultry are administered feed additives in their feed ration. The apparatus stores additive concentrates separately until just prior to use, then on demand dispenses the additive concentrates into one or more weigh hoppers for weighing therein. The weighed contents of the weigh hoppers are discharged into a liquid carrier within a mixing vessel where the dispensed additives are diluted, suspended, and dispersed by mixing. The resulting carrier-and-additive slurry is pumped to a receiving station for mixing with a feed ration. The weighing components are isolated from movements that would affect additive weight determinations during the weighing process so that accurate measurements of additive weights are obtained. Dispensing and weighing of multiple additives within a single weigh hopper are sequential. Each additive may be weighed and discharged from the hopper individually or cumulatively with other additives. With multiple weigh hoppers, dispensing, weighing and discharge of additives from the different hoppers can occur simultaneously or independently. A programmable control can program the apparatuses for dispensing either entirely on a weight basis, partly on a weight basis and partly on a metering basis, on a weight-compensated metering basis, or entirely on a metering basis if the weighing means malfunctions.
    • 饲料饲料添加饲料添加剂的方法和装置。 该设备分别储存添加剂浓缩物直到使用之前,然后根据需要将添加剂浓缩物分配到一个或多个称重料斗中用于称重。 将称重料斗的称重内容物排放到混合容器内的液体载体中,其中分配的添加剂被稀释,悬浮并通过混合分散。 将所得的载体和添加剂浆料泵送到接收站以与进料比进行混合。 称重组件与称重过程中影响添加剂重量的运动隔离,从而获得添加剂重量的精确测量。 单个称重料斗内的多种添加剂的分配和称重是连续的。 每个添加剂可以被称重并从其中单独或累积地与其他添加剂一起排出。 使用多个称重料斗,来自不同料斗的添加剂的分配,称重和排出可以同时或独立地发生。 如果称重装置发生故障,可编程控制器可以以重量补偿计量基础,或完全在计量基础上,以重量为基础,部分以重量为基础,部分以计量为基础对装置进行编程。
    • 9. 发明授权
    • Analytical balance
    • 分析天平
    • US4566548A
    • 1986-01-28
    • US644344
    • 1984-08-27
    • Walter SodlerErich KnotheGunther MaazJoachim Madge
    • Walter SodlerErich KnotheGunther MaazJoachim Madge
    • G01G1/24G01G7/02G01G21/24G01G23/06G01G3/08G01G1/18G01G21/00G01G21/10
    • G01G1/246G01G21/24
    • In an analytical balance with a pan and a four-bar mechanism which keeps the balance pan parallel horizontally during its vertical travel, the one vertical side of which is held fast to the housing, the other vertical side of which, in the form of a coupling piece, carries an extension which receives the pan, and both horizontal sides of which are connected in an articulated manner by an upper and a lower rod to the vertical sides, whereby the four-bar mechanism is loaded by the restoring force of a load converter, the extension (16) which receives the pan (17) is L-shaped, the horizontal L-shank (pan arm) (16") carries the pan (17) rigidly connected to its free end and the vertical L-shank (bearing arm) (16') is mounted on the bar (18'") of a U-shaped arm bearing (18) which projects above and below over the vertically movable end (9) of the four-bar mechanism (5, 6, 7, 8, 9) with its two horizontal U-shanks (18, 18") in the rod planes and is rigidly fastened to it in two vertically superposed bearings (118'). Such a construction avoids the introduction of damaging torques from the extension (16) and the balance pan (17) into the sensitive parallel guide (5, 6, 7, 8, 9).
    • 在具有平底锅和四杆机构的分析平衡中,其保持平衡盘在其垂直行进期间水平平行,其一个垂直侧保持在壳体的另一个垂直侧,其形式为 连接片承载接收锅的延伸部,其两侧的水平侧通过上杆和下杆以铰接方式连接到垂直侧,由此四杆机构通过负载的恢复力而被加载 接收盘(17)的延伸部(16)为L形,水平L型杆(平移臂)(16“)承载与其自由端刚性连接的盘(17”), 柄部(支承臂)(16')安装在U型臂轴承(18)的杆(18“)上,U形臂轴承(18)在四杆机构的垂直移动端(9)上方和下方突出 5,6,7,8,9),其两个水平U型杆(18,18“)位于杆面上,并刚性地紧固在两个垂直 重叠的轴承(118')。 这种结构避免了将延伸部(16)和平衡盘(17)引入到敏感平行导向件(5,6,7,8,9)中的破坏力矩。
    • 10. 发明授权
    • Two-way pawl-ratchet wheel assembly
    • 双向棘爪 - 棘轮组件
    • US4561320A
    • 1985-12-31
    • US335253
    • 1981-12-28
    • Grover K. HouptRichard Kayros
    • Grover K. HouptRichard Kayros
    • G01G21/10G01G23/06F16H27/02G05G1/00
    • G01G21/10G01G23/06Y10T74/1529Y10T74/2141
    • An assembly which involves a ratchet wheel adapted to be rotated by incremental steps to drive a shaft connected thereto. A rotatable pushbutton is mounted through a hole in the chassis and is connected to a rod to which a flexible pawl is mounted parallel to the rod. When the pushbutton is in one rotary position, inward pressure strokes on the pushbutton cause the pawl to engage teeth in one region of the ratchet wheel causing it to move in a clockwise direction. When the pushbutton is rotated 180.degree. to a second rotary position, each inward push on the pushbutton causes the pawl to engage respective teeth in another region of the wheel thereby moving the wheel incrementally one step in a counterclockwise direction.
    • 一种组件,其包括适于通过增量步骤旋转以驱动连接到其上的轴的棘轮。 可转动的按钮通过底盘上的一个孔安装并连接到与杆平行安装的柔性棘爪的杆上。 当按钮处于一个旋转位置时,按钮上的向内的压力行程使得棘爪接合棘轮的一个区域中的齿,使得其沿顺时针方向移动。 当按钮旋转180°到第二旋转位置时,按钮上的每个向内推动使得棘爪与轮的另一区域中的相应齿啮合,从而沿逆时针方向逐渐地移动砂轮。