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    • 1. 发明授权
    • Combination weigher
    • 组合秤
    • US09079721B2
    • 2015-07-14
    • US14007950
    • 2011-06-02
    • Shozo KawanishiTakeyoshi NagaoTakaaki Kawashima
    • Shozo KawanishiTakeyoshi NagaoTakaaki Kawashima
    • B65G43/00G01G19/393B65G43/08G01G13/16G01G11/14
    • B65G43/08G01G11/14G01G13/16G01G19/393
    • A combination weigher comprises a collecting conveyor which conveys objects and discharges the objects; a plurality of weighing conveyors configured to convey the objects fed thereto and discharge the objects, to feed the objects to the collecting conveyor apparatus; a plurality of weight sensors for measuring weights of the objects held on the weighing conveyors; and a control section which finds a discharge combination including a combination of the weighing conveyors holding the objects in which a total weight thereof falls within a target weight range, based on the measured weight values of the weight sensors and activates the weighing conveyors selected to make up the discharge combination to convey the objects on the weighing conveyors and discharge the objects, wherein a conveying speed of the collecting conveyor apparatus is set higher than a conveying speed of the weighing conveyors.
    • 组合秤包括传送物体并排出物体的收集输送机; 多个称重传送器,其构造成传送被馈送到其中的物体并排出物体,以将物体馈送到收集输送设备; 多个重量传感器,用于测量保持在称重输送机上的物体的重量; 以及控制部,其基于所测量的重量传感器的重量值,找到包括将总重量落在目标重量范围内的称重输送机的组合的排出组合,并且激活被选择进行制造的称重输送机 排出组合以将物体输送到称重输送机上并排出物体,其中收集输送设备的输送速度设定为高于称重输送机的输送速度。
    • 2. 发明申请
    • COMBINATION WEIGHER
    • 组合称重
    • US20140083816A1
    • 2014-03-27
    • US14007950
    • 2011-06-02
    • Shozo KawanishiTakeyoshi NagaoTakaaki Kawashima
    • Shozo KawanishiTakeyoshi NagaoTakaaki Kawashima
    • B65G43/08
    • B65G43/08G01G11/14G01G13/16G01G19/393
    • A combination weigher comprises a collecting conveyor which conveys objects and discharges the objects; a plurality of weighing conveyors configured to convey the objects fed thereto and discharge the objects, to feed the objects to the collecting conveyor apparatus; a plurality of weight sensors for measuring weights of the objects held on the weighing conveyors; and a control section which finds a discharge combination including a combination of the weighing conveyors holding the objects in which a total weight thereof falls within a target weight range, based on the measured weight values of the weight sensors and activates the weighing conveyors selected to make up the discharge combination to convey the objects on the weighing conveyors and discharge the objects, wherein a conveying speed of the collecting conveyor apparatus is set higher than a conveying speed of the weighing conveyors.
    • 组合秤包括传送物体并排出物体的收集输送机; 多个称重传送器,其构造成传送被馈送到其中的物体并排出物体,以将物体馈送到收集输送设备; 多个重量传感器,用于测量保持在称重输送机上的物体的重量; 以及控制部,其基于所测量的重量传感器的重量值,找到包括将总重量落在目标重量范围内的称重输送机的组合的排出组合,并且激活被选择进行制造的称重输送机 排出组合以将物体输送到称重输送机上并排出物体,其中收集输送设备的输送速度设定为高于称重输送机的输送速度。
    • 4. 发明授权
    • Carrier
    • 承运人
    • US08672800B2
    • 2014-03-18
    • US13985460
    • 2012-02-28
    • Shinichi NomuraTakaaki KawashimaHirotaka ShiratoriMasabumi Nishigaya
    • Shinichi NomuraTakaaki KawashimaHirotaka ShiratoriMasabumi Nishigaya
    • F16H57/08
    • F16H57/082F16H57/0025
    • A carrier is implemented which is capable of reducing the number of parts and the number of bonding steps. The carrier includes a pair of holding members that hold from both sides in an axial direction L a pinion shaft supporting a pinion gear. A first holding member as one of the pair of holding members includes a coupling portion extending in the axial direction L toward a second holding member as the other holding member. The second holding member is a disc-like member, and has an external outer peripheral gear integrally formed in its outer peripheral portion. The coupling portion is bonded to a coupling bonding portion provided on a radially inner side R1 of the outer peripheral gear in the second holding member.
    • 实现能够减少部件数量和结合步骤数量的载体。 载体包括一对保持构件,其从轴向方向L的两侧保持支撑小齿轮的小齿轮轴。 作为一对保持构件中的一个的第一保持构件包括沿着轴向方向L朝向作为另一保持构件的第二保持构件延伸的联接部。 第二保持构件是盘状构件,并且其外周部一体地形成有外周外周齿轮。 联接部分接合到设置在第二保持构件中的外周齿轮的径向内侧R1上的联接接合部分。
    • 5. 发明授权
    • Table top combination weigher
    • 桌面组合秤
    • US09459134B2
    • 2016-10-04
    • US13982194
    • 2011-06-02
    • Takaaki Kawashima
    • Takaaki Kawashima
    • G01G19/387G01G11/18G01G19/393G01G13/16G01G13/08G01G11/12
    • G01G19/393G01G11/12G01G13/08G01G13/16
    • A combination weigher according to an embodiment of the present invention comprises a plurality of weighing conveyors which are manually fed with objects and conveys the objects fed manually; a plurality of weight sensors to correspond to the weighing conveyors to measure weights of the objects; a control section which finds a discharge combination including a combination of the weighing conveyors holding the objects in which a total weight thereof falls within a target weight range, and activates the weighing conveyors selected to make up the discharge combination to convey the objects on the weighing conveyors in a first direction and discharge the objects from the weighing conveyors; and a collecting conveyor which is fed with the objects discharged from the one ends of the weighing conveyors, conveys the objects in a direction, and discharges the objects.
    • 根据本发明的实施例的组合秤包括多个称重输送机,其被手动地进给物体并且传送手动进给的物体; 多个重量传感器,其对应于称重输送机以测量物体的重量; 控制部,其发现包括将总重量落在目标重量范围内的物体的称重输送机的组合的排出组合,并且激活被选择以构成排出组合的称重输送机,以将物体传送到称重 输送机在第一方向上并且从称量输送机排出物体; 以及从称重输送机的一端排出的物体供给的收集输送机,将物体沿一个方向输送并排出物体。
    • 6. 发明申请
    • COMBINATION WEIGHER
    • 组合称重
    • US20140027186A1
    • 2014-01-30
    • US13982194
    • 2011-06-02
    • Takaaki Kawashima
    • Takaaki Kawashima
    • G01G19/393
    • G01G19/393G01G11/12G01G13/08G01G13/16
    • A combination weigher according to an embodiment of the present invention comprises a plurality of weighing conveyors which are manually fed with objects and conveys the objects fed manually; a plurality of weight sensors to correspond to the weighing conveyors to measure weights of the objects; a control section which finds a discharge combination including a combination of the weighing conveyors holding the objects in which a total weight thereof falls within a target weight range, and activates the weighing conveyors selected to make up the discharge combination to convey the objects on the weighing conveyors in a first direction and discharge the objects from the weighing conveyors; and a collecting conveyor which is fed with the objects discharged from the one ends of the weighing conveyors, conveys the objects in a direction, and discharges the objects.
    • 根据本发明的实施例的组合秤包括多个称重输送机,其被手动地进给物体并且传送手动进给的物体; 多个重量传感器,其对应于称重输送机以测量物体的重量; 控制部,其发现包括将总重量落在目标重量范围内的物体的称重输送机的组合的排出组合,并且激活被选择以构成排出组合的称重输送机,以将物体传送到称重 输送机在第一方向上并且从称量输送机排出物体; 以及从称重输送机的一端排出的物体供给的收集输送机,将物体沿一个方向输送并排出物体。
    • 7. 发明授权
    • Parallel data transfer circuit
    • 并行数据传输电路
    • US5416745A
    • 1995-05-16
    • US200504
    • 1994-02-23
    • Takaaki Kawashima
    • Takaaki Kawashima
    • H04L29/08G06F9/312G06F13/28G06F13/40G11C7/00
    • G06F9/30043G06F13/28G06F13/4018
    • A parallel data transfer circuit wherein processing at a data transfer source circuit is simplified to reduce the time required for transfer and a data storage area of a data transfer destination circuit can be used effectively is disclosed. A plurality of data register sets for temporarily latching parallel data and a plurality of corresponding flag register sets are provided between a data transfer source circuit and a data transfer destination circuit. A register designation signal is outputted from the data transfer source circuit to designate a data register into which data should be written. Only when data should be written into the data register, a flag is placed into a corresponding flag register. Since the data transfer destination circuit fetches data only from those data registers corresponding to those flag registers in which a flag is held, parallel data can be received without forming a discontinuous empty portion in data storage area of the data transfer destination circuit.
    • 并行数据传输电路,其中数据传输源电路的处理被简化以减少传送所需的时间,并且可以有效地使用数据传送目的地电路的数据存储区域。 在数据传送源电路和数据传送目的地电路之间设置有用于临时锁存并行数据的多个数据寄存器组和多个对应的标志寄存器组。 从数据传送源电路输出寄存器指定信号,以指定要写入数据的数据寄存器。 只有在将数据写入数据寄存器时,才会将标志置于对应的标志寄存器中。 由于数据传输目的地电路仅从与保持标志的那些标志寄存器对应的那些数据寄存器中取出数据,所以可以接收并行数据而不在数据传送目的地电路的数据存储区域中形成不连续的空白部分。