1. A digital camera which shares, within an image-sharing group by way of a network, image data captured by digital cameras constituting members of the image-sharing group, the digital camera comprising:
an imaging circuit for outputting image data obtained by capturing a subject;
a distribution list generation module which generates for each of the members of the group, every time image data are output from the capturing circuit, distribution information, including a storage source directory, a distribution destination address, and a storage destination directory, all pertaining to the image data, by reference to a group list where member information is registered for each of the members, including a distribution destination address and a storage destination directory, to thus generate a distribution list having respective pieces of distribution information registered therein; and
a distribution module which sequentially reads distribution information from the distribution list and distributes the image data to respective other digital cameras, which constitute the members, on the basis of the read distribution information.
2. The digital camera according to claim 1, wherein, when image data based on read distribution information have not been successfully distributed, the distribution module saves the distribution information in an undistributed list, and again tries to effect distribution in connection with the distribution information saved in the undistributed list after having attempted distribution with regard to all pieces of distribution information registered in the distribution list.
3. An image-sharing method for sharing, by way of a network and within an image sharing group, image data captured by digital cameras constituting members of the image-sharing group, the method comprising:
a distribution list generation step of generating, for each of the members of the group, every time image data are output from the capturing circuit, distribution information, including a storage source directory, a distribution destination address, and a storage destination directory, all pertaining to the image data, by reference to a group list where member information is registered for each of the members, including a distribution destination address and a storage destination directory, to thus generate a distribution list having respective pieces of distribution information registered therein; and
a distribution step of sequentially reading distribution information from the distribution list and distributing the image data to respective other digital cameras, which constitute the members, on the basis of the read distribution information.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A method of protection of a rotating device (26, 13), loaded by temperature of a machine tool (15) with one temperature sensor (14) on that device (26, 13) and a temperature bloc (16), comprising the steps of
inputting specific parameters in the temperature bloc (16)
estimating a value (18) for the device temperature increase caused by the activity (19) of the device
measuring the temperature (20) of the device (26)
ironing out the normal discrepancy between the model and the measurement
generating an event signal (4) when the resulting difference signal goes above a trigger level.
2. A method of claim 1 wherein a temperature offset (21) by a moving average of the difference between the estimated and the measured temperature is provided.
3. A method of claim 1 wherein the measured temperature (8) is re-offset so that the estimated temperature (18) is comparable to the re-offset value (22).
4. A method of claim 1 wherein after a failure an analysis of the data was generated in order to diagnose the cause of the failure.
5. A method of claim 1 wherein information messages about the running system are displayed.
6. A method of claim 5 wherein warning messages about the failure are displayed.
7. A method of claim 6 wherein remedy messages are displayed.
8. A method of claim 3 wherein the re-offset is generated manually.
9. A method of claim 1 wherein the device (26) is a spindle (13) of a machine tool (15).
10. A method of claim 1 wherein one temperature sensor (14) is arranged at a bearing of the spindle (13).