JP2007061765A5

JP2007061765A5 -

Info

Publication number: JP2007061765A5
Application number: JP2005253480A
Authority: JP
Filing date: 2005-09-01
Publication date: 2008-05-08

Claims

A centrifuge having a detachable rotor for holding and centrifuging a sample, a motor for rotating the rotor, and a control device for driving and controlling the motor, and capable of selectively using a plurality of types of rotors. There,
Rotor information storage means for storing rotor information for identifying the type of the rotor in association with the type of the rotor;
Rotor registration means for registering at least one rotor type among the rotors stored in the rotor information storage means;
Rotor information detecting means for detecting the rotor information;
Rotor identification means for comparing the rotor information stored in the rotor information storage means and the rotor information detected by the rotor information detection means to identify the type of the rotor;
Have
The rotor information includes at least first rotor specifying information and second rotor specifying information, the rotor information detecting means detects rotor information of a rotor mounted on the centrifuge, and the rotor identifying means includes the rotor A centrifuge characterized by comparing the rotor information corresponding to the type of the rotor registered by the registration means and the rotor information detected by the rotor information detection means to identify the type of the rotor.

A centrifuge having a detachable rotor for holding and centrifuging a sample, a motor for rotating the rotor, and a control device for driving and controlling the motor, and capable of selectively using a plurality of types of rotors. There,
Rotor information storage means for storing rotor information for identifying the type of the rotor in association with the type of the rotor;
An operation panel;
Rotor registration means for registering at least one type of rotor owned by a user among the rotors stored in the rotor information storage means by operating the operation panel;
Rotor information detecting means for detecting the rotor information;
Rotor identification means for comparing the rotor information stored in the rotor information storage means and the rotor information detected by the rotor information detection means to identify the type of the rotor;
Have
The rotor information detecting means detects rotor information of a rotor attached to the centrifuge, and the rotor identifying means is rotor information corresponding to the type of the rotor registered by the rotor registering means and the rotor information. A centrifuge characterized by comparing the rotor information detected by the detecting means to identify the type of the rotor.

A rotor selecting means for selecting a type of rotor to be mounted on the centrifuge;
The said control apparatus stops rotation of the said rotor, when the kind of rotor which the said rotor identification means identified differs from the kind of rotor which the said rotor selection means selected. The centrifuge according to 2.

Either one of the first rotor identification information and the second rotor identification information is identifier arrangement information including the number and position of identifiers provided in the rotor to identify the type of the rotor,
The rotor information detection means detects identifier arrangement information of a rotor mounted on the centrifuge, and the rotor identification means includes identifier arrangement information corresponding to the type of the rotor registered by the rotor registration means and the rotor The centrifuge according to any one of claims 1 to 3, wherein the type of the rotor is identified by comparing the identifier arrangement information detected by the rotor information detecting means.

One of the first rotor specifying information and the second rotor specifying information is inertia moment information of the rotor,
The rotor information detecting means detects the moment of inertia of the rotor mounted on the centrifuge, and the rotor identifying means is the moment of inertia information corresponding to the type of the rotor registered by the rotor registration means and the rotor. The centrifugal separator according to any one of claims 1 to 3, wherein the type of the rotor is identified by comparing the moment of inertia detected by the information detection means.

One of the first rotor specifying information and the second rotor specifying information is identifier arrangement information including the number and position of identifiers provided on the rotor to identify the type of the rotor, and the other is The moment of inertia information of the rotor,
The rotor information detecting means detects identifier arrangement information and moment of inertia of a rotor mounted on the centrifuge,
The rotor identification means is a type of the rotor identified by comparing the identifier arrangement information corresponding to the type of the rotor registered by the rotor registration means and the identifier arrangement information detected by the rotor information detection means, The inertia moment information corresponding to the type of the rotor registered by the rotor registration unit and the type of the rotor specified by comparing the moment of inertia detected by the rotor information detection unit coincide with each other. The centrifugal separator according to any one of claims 1 to 3, wherein the identified type is identified as the type of the rotor.

A method for identifying a rotor that holds a sample and is detachably attached to a centrifuge and rotated by a motor controlled by a control device,
A rotor information storing step for storing rotor information for identifying the type of the rotor in association with the type of the rotor;
A rotor registration step of registering at least one rotor type from among the rotors stored in the rotor information storage step;
A rotor information detecting step for detecting the rotor information of the rotor mounted on the centrifuge;
Rotor identification step for comparing the rotor information registered in the rotor registration step with the rotor information detected in the rotor information detection step to identify the type of the rotor;
And the rotor information includes at least first rotor specifying information and second rotor specifying information.

A method for identifying a rotor that holds a sample and is detachably attached to a centrifuge and rotated by a motor controlled by a control device,
A rotor information storing step for storing rotor information for identifying the type of the rotor in association with the type of the rotor;
A rotor registration step of registering at least one type of rotor owned by a user among the rotors stored in the rotor information storage step by operating an operation panel;
A rotor information detecting step for detecting the rotor information of the rotor mounted on the centrifuge;
Rotor identification step for comparing the rotor information registered in the rotor registration step with the rotor information detected in the rotor information detection step to identify the type of the rotor;
A rotor identification method comprising:

A rotor selection step for selecting a type of rotor to be attached to the centrifuge;
A rotor stop step in which the control device stops the rotation of the rotor when the rotor type identified in the rotor identification step is different from the rotor type selected in the rotor selection step;
The rotor identification method according to claim 7 or 8, characterized by comprising:

Any one of the first rotor specifying information and the second rotor specifying information is identifier arrangement information including the number and position of identifiers provided in the rotor to identify the type of the rotor, The rotor identification method according to any one of claims 7 to 9.

10. The rotor identification method according to claim 7, wherein one of the first rotor identification information and the second rotor identification information is inertia moment information of the rotor. 11.

One of the first rotor specifying information and the second rotor specifying information is identifier arrangement information including the number and position of identifiers provided on the rotor to identify the type of the rotor, and the other is The moment of inertia information of the rotor,
In the rotor identification step, the identified type is identified as the rotor type only when the rotor type identified by the identifier arrangement information matches the rotor type identified by the inertia moment information. The rotor identification method according to any one of claims 7 to 9, wherein the rotor identification method is performed.