Microscope image taking system

1. A system for taking a microscope image, comprising:

a camera which takes an observed image of a sample obtained by a microscope;

a CPU which controls the camera to take the observed image repeatedly at predetermined taking time intervals;

wherein the CPU records in a storage device image data representing the observed image taken by the camera;

wherein the CPU detects an occurrence of an abnormality in at least one of the microscope, the camera, and the storage device;

wherein the CPU generates an e-mail containing the image data and information about settings of at least one of the microscope and the camera at a time of taking the observed image represented by the image data using an e-mail address registered in advance as a destination; and

wherein the system further comprises a communication device which transmits the e-mail to a communication network;

wherein the CPU generates the e-mail at predetermined generating intervals, and the e-mail includes only one image composed of image data representing the observed image taken by the camera immediately before generating the e-mail;

wherein the CPU transmits a control command to at least one of a microscope control device controlling the microscope and a camera control device controlling the camera, and the CPU detects the occurrence of an abnormality when the CPU determines that a return value for the control command is not returned after passage of a predetermined time-out period;

wherein the CPU generates an abnormality occurrence notification mail as an e-mail including information indicating the occurrence of the abnormality when the CPU detects the occurrence of the abnormality; and

wherein the communication device transmits the e-mail each time the CPU generates the e-mail, including when the CPU generates the e-mail at the predetermined generating intervals, and when the CPU generates an abnormality occurrence notification mail as the e-mail.

2. The system according to claim 1 ,

wherein the communication device transmits the e-mail to the communication network and receives a system-addressed e-mail addressed to the microscope image taking system from an e-mail server on the communication network; and

wherein the CPU controls the camera to stop repetition of taking the observed image when the system-addressed e-mail received by the communication device is an answer to the e-mail generated by the CPU.

3. The system according to claim 2 , wherein the CPU includes identification information designating the microscope image taking system in header information in the e-mail; and

wherein the CPU determines that the system-addressed mail is the answer when the identification information is included in the system-addressed e-mail received by the communication device.

4. The system according to claim 1 , wherein the CPU makes a destination of the abnormality occurrence notification mail different from a destination of the e-mail including the image data.

5. The system according to claim 1 , wherein:

the CPU compares an amount of change between one observed image taken by the camera immediately before generating the email and another observed image taken by the camera immediately before said one observed image;

the CPU generates the e-mail including image data representing said one observed image taken by the camera immediately before generating the email when the amount of change between said one observed image and said another observed image taken immediately before said one observed image is larger than a predetermined threshold; and

the communication device transmits the e-mail each time the CPU generates the e-mail.

6. A method of transmitting a microscope image, comprising:

recording, in a storage device, image data representing an observed image of a sample obtained by a microscope and captured by a camera which has been controlled to take the observed image repeatedly at predetermined taking time intervals;

detecting an occurrence of an abnormality in at least one of the microscope, the camera, and the storage device;

generating an e-mail containing the image data and information about settings of at least one of the microscope and the camera at a time of taking the observed image represented by the image data using an e-mail address registered in advance as a destination; and

transmitting the e-mail to a communication network;

wherein the e-mail is generated at predetermined generating intervals, and the e-mail includes only one image composed of image data representing the observed image taken by the camera immediately before generating the e-mail;

wherein a control command is transmitted to at least one of a microscope control device controlling the microscope and a camera control device controlling the camera, and the occurrence of an abnormality is detected when it is determined that a return value for the control command is not returned after passage of a predetermined time-out period;

wherein an abnormality occurrence notification mail is generated as an e-mail including information indicating the occurrence of the abnormality when the occurrence of the abnormality is detected; and

wherein the e-mail is transmitted each time the e-mail is generated, including when the e-mail is generated at the predetermined generating intervals, and when the abnormality occurrence notification mail is generated as the e-mail.

7. A non-transitory computer-readable recording medium having stored thereon a program which controls a computer to perform a process of transmitting a microscope image, the process comprising:

recording, in a storage device, image data representing an observed image of a sample obtained by a microscope and captured by a camera which has been controlled to take the observed image repeatedly at predetermined taking time intervals;

detecting an occurrence of an abnormality in at least one of the microscope, the camera, and the storage device;

generating an e-mail containing the image data and information about settings of at least one of the microscope and the camera at a time of taking the observed image represented by the image data using an e-mail address registered in advance as a destination; and

transmitting the e-mail to a communication network;

wherein the e-mail is generated at predetermined generating intervals, and the e-mail includes only one image composed of image data representing the observed image taken by the camera immediately before generating the e-mail;

wherein a control command is transmitted to at least one of a microscope control device controlling the microscope and a camera control device controlling the camera, and the occurrence of an abnormality is detected when it is determined that a return value for the control command is not returned after passage of a predetermined time-out period;

wherein an abnormality occurrence notification mail is generated as an e-mail including information indicating the occurrence of the abnormality when the occurrence of the abnormality is detected; and

wherein the e-mail is transmitted each time the e-mail is generated, including when the e-mail is generated at the predetermined generating intervals, and when the abnormality occurrence notification mail is generated as the e-mail.