Ishida Co. Limited

Takashi Kimura

Masayoshi Nakajima

Yukio Wakasa

Shuji Murata

Yuji Yokota

Seisaku Iwasa

Fumitaka Tokuda

Kazuhiro Suhara

Hideshi Miyamoto

Yoshihiro Nakamura

Yoshinobu Shimomae

Shuuji Murata

Ken Shimizu

A transport apparatus for transporting an article, which is a bag formed from a flexible packaging material, includes a first transport part and a second transport part. The first transport part is configured and arranged to transport the article in a predetermined transport direction with the article being supported from below by a transport surface of the first transport part. The second transport part is configured and arranged to transport the article in the predetermined transport direction while exerting a downward force on a portion of an upper surface of the article being transported by the first transport part.

Transport apparatus and boxing apparatus provided with same

A combination weighing device is configured and arranged to efficiently perform processes from combination weighing to discharging. The combination weighing device includes a control unit configured to control a container arrangement mechanism so as to tilt the orientation of a container storing weighed articles selected based on the results of weighing to discharge a portion or all of the articles in the container into its adjacent container.

Combination weighing device, bag-manufacturing and packaging system and combination weighing system provided with the same

A conveyance apparatus is disclosed which includes a delivery device that delivers an article supplied in a horizontal position from a conveyor to an accumulation and conveyance apparatus, and delivery tables which receive the article and move the same to a standing position by rotating to the standing position, and which also deliver the article while orderly placing the same from front to rear in a bucket by moving forward; and a drive unit comprising a synchronous pulley, a synchronous timing belt, and a motor, which rotate and move the delivery tables in synchronization with the movement of the bucket. In addition, a rotation shaft, which is a rotation support point of the delivery table, is located above a lower end portion of the delivery table in the standing position.

Conveyance apparatus, and weighing and packaging system provided therewith

A weighing device includes a supply unit, a weighing unit, a stock unit, a discharge unit, a transfer unit, and a revolving mechanism. The supply unit supplies a target object to a container revolving in the weighing unit. The weighing unit weighs the container while revolving the same. The stock unit stocks a plurality of containers while holding the plurality of containers three-dimensionally and revolving them. The discharge unit discharges the target object from the container while revolving the container.

Weighing device for weighing target object in container, combination weighing device including the same, and weighing method

A weighing section includes a plurality of weighing members and a power supply mechanism. The weighing members weigh an object while moving. The power supply mechanism includes a fixed section, a rotatable section moving along the movement of the weighing members, a primary coil provided on the fixed section, and a secondary coil provided on the rotatable section. The power supply mechanism supplies power to the primary coil, retrieves an induced electromotive force from the secondary coil, and supplies power to the weighing members.

Weighing device equipped with power supply mechanism having fixed section and movable section

A noise canceling apparatus () comprises an amplifier () for amplifying a measured signal (ms) outputted from a measuring device (), an analog filter (), an ADC (), a digital filter (), a coefficient control section (), and a data input section (). The digital filter () is a notch filter for attenuating a frequency component of a quantitative signal D(n) outputted from the ADC () at a plurality of notches (stop bands). A transfer function of the digital filter () is expressed by the product of a plurality of factors each having a root that corresponds to each one of the plurality of notches. The coefficient control section () changes a frequency component of a root corresponding to a notch selected from the plurality of notches, and thereafter, expands in a polynomial the transfer function of the reconstructed digital filter (). On the basis of the polynomial thereby obtained, a new series of filter coefficients is calculated. A filter characteristic is controlled in such a manner that it conforms to a frequency variation of a fixed-period vibration noise, whereby the fixed-period vibration noise that varies in frequency is attenuated with a high degree of precision.

Noise canceling apparatus for weight measurement, and noise canceling method for weight measurement

To simplify the structure of a hopper side of a weighing apparatus, brackets,are fitted to gates,of pool hoppers,or weighing hoppers,and rollers,are rotatably provided on extensions,thereof. On a body B side of the weighing apparatus, there are provided operating arms,having a forked tip portion, and the rollers,fitted to the body B side are engaged so as to be held by the operating arms,When the operating arms,are rocked about support shafts,, the gates,of the hoppers,are rocked about support shafts,through the rollers,to selectively open and close lower portion discharge openings

Weighing apparatus having improved hopper detachability

A mechanism for attaching a trough on top of a base of a vibratory feeder adapted to vibrate in a specified direction includes a pair of mutually engageable couplers, one attached to the bottom surface of the trough and the other attached to the top surface of the base. Either one of them is protruding and the other is indented such that the former can be tightly inserted into the latter. The protrusion and the indentation of these couplers are so oriented with respect to the direction of vibrations of the base that the total force on the coupler attached to the base obtained by vectorially summing the force of vibration acceleration and the load of the trough will always have a component in the direction in which the protrusion and indentation of the couplers are oriented so as to keep these couplers engaged together. The direction of the protrusion and indentation is substantially perpendicular to the direction of vibrations of the base such that the vibrations of the base can be efficiently propagated to the trough.

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Shiga, Japan

Takashi Kimura