21.
    发明专利
    未知

    公开(公告)号:SE8103879L

    公开(公告)日:1981-12-24

    申请号:SE8103879

    申请日:1981-06-22

    Abstract: A reflected color simulator is disclosed which utilizes a plurality of color discs positioned adjacent to one another wherein each disc includes several individual sections which are interleaved with respect to the other color discs such that rotational movement of the discs with respect to one another will vary the percentage of color from each disc which contributes to the color displayed when the discs are spun together. The entire group of discs, which could be of any number but preferably 6 or 7, are rotated by a main drive device to mix the colors so exposed to form the desired color by reflected simulation. An observer when viewing the spinning group of color discs will see a reflected color which is determined by the exposed percentages of each color disc. Each of the color discs preferably is of a different color and individual control of rotation of each disc is achieved in a remote fashion in order to allow independent rotation of the discs even during simultaneous rotation of all the discs to simulate the reflected colors. This remote control is achieved by including a plurality of drums oriented concentrically about the main drive shaft wherein each drum is fixedly secured at the forward end to one of the color discs such that rotation of one of the drums causes a relative rotation of one of the color discs with respect to the others.

    22.
    发明专利
    未知

    公开(公告)号:FR2485190A1

    公开(公告)日:1981-12-24

    申请号:FR8112229

    申请日:1981-06-22

    Abstract: A reflected color simulator is disclosed which utilizes a plurality of color discs positioned adjacent to one another wherein each disc includes several individual sections which are interleaved with respect to the other color discs such that rotational movement of the discs with respect to one another will vary the percentage of color from each disc which contributes to the color displayed when the discs are spun together. The entire group of discs, which could be of any number but preferably 6 or 7, are rotated by a main drive device to mix the colors so exposed to form the desired color by reflected simulation. An observer when viewing the spinning group of color discs will see a reflected color which is determined by the exposed percentages of each color disc. Each of the color discs preferably is of a different color and individual control of rotation of each disc is achieved in a remote fashion in order to allow independent rotation of the discs even during simultaneous rotation of all the discs to simulate the reflected colors. This remote control is achieved by including a plurality of drums oriented concentrically about the main drive shaft wherein each drum is fixedly secured at the forward end to one of the color discs such that rotation of one of the drums causes a relative rotation of one of the color discs with respect to the others.

    23.
    发明专利
    未知

    公开(公告)号:IT8122445D0

    公开(公告)日:1981-06-19

    申请号:IT2244581

    申请日:1981-06-19

    Abstract: A reflected color simulator is disclosed which utilizes a plurality of color discs positioned adjacent to one another wherein each disc includes several individual sections which are interleaved with respect to the other color discs such that rotational movement of the discs with respect to one another will vary the percentage of color from each disc which contributes to the color displayed when the discs are spun together. The entire group of discs, which could be of any number but preferably 6 or 7, are rotated by a main drive device to mix the colors so exposed to form the desired color by reflected simulation. An observer when viewing the spinning group of color discs will see a reflected color which is determined by the exposed percentages of each color disc. Each of the color discs preferably is of a different color and individual control of rotation of each disc is achieved in a remote fashion in order to allow independent rotation of the discs even during simultaneous rotation of all the discs to simulate the reflected colors. This remote control is achieved by including a plurality of drums oriented concentrically about the main drive shaft wherein each drum is fixedly secured at the forward end to one of the color discs such that rotation of one of the drums causes a relative rotation of one of the color discs with respect to the others.

    25.
    发明专利
    未知

    公开(公告)号:IT1136685B

    公开(公告)日:1986-09-03

    申请号:IT2244581

    申请日:1981-06-19

    Abstract: A reflected color simulator is disclosed which utilizes a plurality of color discs positioned adjacent to one another wherein each disc includes several individual sections which are interleaved with respect to the other color discs such that rotational movement of the discs with respect to one another will vary the percentage of color from each disc which contributes to the color displayed when the discs are spun together. The entire group of discs, which could be of any number but preferably 6 or 7, are rotated by a main drive device to mix the colors so exposed to form the desired color by reflected simulation. An observer when viewing the spinning group of color discs will see a reflected color which is determined by the exposed percentages of each color disc. Each of the color discs preferably is of a different color and individual control of rotation of each disc is achieved in a remote fashion in order to allow independent rotation of the discs even during simultaneous rotation of all the discs to simulate the reflected colors. This remote control is achieved by including a plurality of drums oriented concentrically about the main drive shaft wherein each drum is fixedly secured at the forward end to one of the color discs such that rotation of one of the drums causes a relative rotation of one of the color discs with respect to the others.

    APPARATUS AND PROCESS FOR LOW VOLUME DISPENSING AND MIXING

    公开(公告)号:GB2133775B

    公开(公告)日:1986-01-29

    申请号:GB8400582

    申请日:1984-01-10

    Abstract: The apparatus includes a plurality of colorant reservoirs passing colorants and other ingredients through feed lines to a peristaltic pump which pumps the colorants into the input of three-way valves which are each movable between a dispensing mode and a recirculating made. In the recirculating mode the colorants pumped by the peristaltic pump will travel through the three-way valves and through return lines to the reservoirs from which the material originally emanated. If the three-way valve is in the dispensing mode the colorant will be discharged into a sample container for receiving the colorant mix. The peristaltic pump is driven by a drive motor such as a variable drive DC motor. The system is controlled by a system controller which receives input from a device such as a microprocessor which evaluates the required volume or weight of each particular colorant necessary to make a specific colorant mix. In order to carefully dispense such low volume of fluids the output curve of the peristaltic pump is divided into known segments and evaluated by the microprocessor input device and a segment of the output curve is utilized which positively displaces a known volume and is very repeatable. A position sensing device located adjacent to the pump emits a signal to the control whenever one of the rollers passes thereby. A counting device is positioned adjacent to the drive shaft of the drive motor and emits counts during rotation of the shaft.

    28.
    发明专利
    未知

    公开(公告)号:FR2485190B1

    公开(公告)日:1984-12-21

    申请号:FR8112229

    申请日:1981-06-22

    Abstract: A reflected color simulator is disclosed which utilizes a plurality of color discs positioned adjacent to one another wherein each disc includes several individual sections which are interleaved with respect to the other color discs such that rotational movement of the discs with respect to one another will vary the percentage of color from each disc which contributes to the color displayed when the discs are spun together. The entire group of discs, which could be of any number but preferably 6 or 7, are rotated by a main drive device to mix the colors so exposed to form the desired color by reflected simulation. An observer when viewing the spinning group of color discs will see a reflected color which is determined by the exposed percentages of each color disc. Each of the color discs preferably is of a different color and individual control of rotation of each disc is achieved in a remote fashion in order to allow independent rotation of the discs even during simultaneous rotation of all the discs to simulate the reflected colors. This remote control is achieved by including a plurality of drums oriented concentrically about the main drive shaft wherein each drum is fixedly secured at the forward end to one of the color discs such that rotation of one of the drums causes a relative rotation of one of the color discs with respect to the others.

    APPARATUS AND PROCESS FOR LOW VOLUME DISPENSING AND MIXING

    公开(公告)号:GB2133775A

    公开(公告)日:1984-08-01

    申请号:GB8400582

    申请日:1984-01-10

    Abstract: The apparatus includes a plurality of colorant reservoirs passing colorants and other ingredients through feed lines to a peristaltic pump which pumps the colorants into the input of three-way valves which are each movable between a dispensing mode and a recirculating made. In the recirculating mode the colorants pumped by the peristaltic pump will travel through the three-way valves and through return lines to the reservoirs from which the material originally emanated. If the three-way valve is in the dispensing mode the colorant will be discharged into a sample container for receiving the colorant mix. The peristaltic pump is driven by a drive motor such as a variable drive DC motor. The system is controlled by a system controller which receives input from a device such as a microprocessor which evaluates the required volume or weight of each particular colorant necessary to make a specific colorant mix. In order to carefully dispense such low volume of fluids the output curve of the peristaltic pump is divided into known segments and evaluated by the microprocessor input device and a segment of the output curve is utilized which positively displaces a known volume and is very repeatable. A position sensing device located adjacent to the pump emits a signal to the control whenever one of the rollers passes thereby. A counting device is positioned adjacent to the drive shaft of the drive motor and emits counts during rotation of the shaft.

    REFLECTED COLOR SIMULATOR
    30.
    发明专利

    公开(公告)号:CA1164093A

    公开(公告)日:1984-03-20

    申请号:CA378419

    申请日:1981-05-27

    Abstract: A reflected color simulator is disclosed which utilizes a plurality of color discs positioned adjacent to one another wherein each disc includes several individual sections which are interleaved with respect to the other color discs such that rotational movement of the discs with respect to one another will vary the percentage of color from each disc which contributes to the color displayed when the discs are spun together. The entire group of discs, which could be of any number but preferably 6 or 7, are rotated by a main drive device to mix the colors so exposed to form the desired color by reflected simulation. An observer when viewing the spinning group of color discs will see a reflected color which is determined by the exposed percentages of each color disc. Each of the color discs preferably is of a different color and individual control of rotation of each disc is achieved in a remote fashion in order to allow independent rotation of the discs even during simultaneous rotation of all the discs to simulate the reflected colors. This remote control is achieved by including a plurality of drums oriented concentrically about the main drive shaft wherein each drum is fixedly secured at the forward end to one of the color discs such that rotation of one of the drums causes a relative rotation of one of the color discs with respect to the others. Each of the drums is prererably controlled by an independent secondary drive means which is secured to a mounting plate. There is preferably one secondary drive device for each movable color disc and the secondary drive devices as well as the mounting plate and the drum means as well as the color discs are all rotatable as a unit by rotation of the drive shaft by the mai? ?ive device. A gearing assembly interconnects each secondary drive device with the drum associated therewith such that each secondary drive device can independently and operably control the amount of color from the color disc thereof which is exposed for color simulation by relection. A control device is included to selectively actuate the secondary drive devices. Also a sensor device is included which in cooperation with a plurality of holes will sense the amount of color being displayed and reflected at a given time. These orifices in one embodiment are on the outer rim of the color wheels and in an alternative embodiment are located on indexing plates which arc fixedly secured with respect to rotation of the color discs associated therewith.

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