Apparatus and method for receiving and recording transmitted recording data

Claim 2

An image communication apparatus for receiving and recording transmitted recording data, the apparatus comprising: reception means for receiving the transmitted recording data; storage means for storing the recording data received by said reception means in a nonvolatile manner such that said recording data can remain stored in said storage means after being read therefrom; recording means for recording an image in accordance with the recording data without regard to a possible occurrence of an irregularity in said recording means; reading means for automatically reading out the recording data stored in said storage means and for outputting the recording data to said recording means without regard to the possible occurrence of an irregularity in said recording means; and deletion means for deleting the recording data stored in said storage means by a manual operation after the recording data is recorded by said recording means.

Claim 3

An apparatus according to claim 1, wherein said recording means comprises an ink-jet printer for ejecting an ink from a plurality of ejection ports.

Claim 4

An apparatus according to claim 2, wherein said ink-jet printer comprises heat energy generation means, arranged in correspondence with the ejection ports, for causing a change in state of the ink by heat, and ejecting the ink based on the change in state from the ejection ports, thereby forming flying ink droplets.

Claim 5

An apparatus according to claim 2, wherein said ink-jet printer does not detect a remaining amount of ink.

Claim 6

An apparatus according to claim 1, wherein said storage means comprises a nonvolatile semiconductor memory.

Claim 7

An apparatus according to claim 1, wherein said storage means comprises a disk memory.

Claim 8

An apparatus according to claim 1, further comprising reception control means for interrupting reception of the recording data by said reception means when said storage means becomes full of received recording data.

Claim 9

An apparatus according to claim 1, further comprising display means for displaying the recording data stored in said storage means by a manual operation.

Claim 10

An apparatus according to claim 1, wherein said reading means has an automatic recording mode in which the recording data stored in said storage means is automatically read out, and a manual recording mode in which the recording data is read out on the basis of a manual operation.

Claim 11

An apparatus according to claim 1, wherein said deletion means has an all deletion mode for simultaneously deleting files by a manual operation, and an individual deletion mode for individually deleting the files.

Claim 12

An image communication apparatus for receiving and recording transmitted recording data, the apparatus comprising: reception means for receiving the transmitted recording data; storage means for storing the recording data received by said reception means in a nonvolatile manner such that said recording data can remain stored in said storage means after being read therefrom; recording means for recording an image in accordance with the recording data without regard to a possible occurrence of to an irregularity in said recording means; reading means for reading out the recording data stored in said storage means, said reading means having an automatic recording mode in which the recording data stored in said storage means is automatically rad out to said recording means without regard to the possible occurrence of an irregularity in said recording means, and a manual recording mode in which the recording data is read out to said recording means on the basis of a manual operation; and deletion means for deleting recording data stored in said storage means when said reading means is in the automatic recording mode, said deletion means having a manual deletion mode in which the recording data is deleted by a manual operation after the recording data is recorded by said recording means, and an automatic deletion mode in which the recording data is automatically deleted after the recording data is recorded by said recording means.

Claim 13

An image communication apparatus for receiving and recording transmitted recording data, the apparatus comprising: reception means for receiving the transmitted recording data; storage means for storing the recording data received by said reception means in a nonvolatile manner such that said recording data can remain stored in said storage means after being read therefrom; recording means for recording an image in accordance with the recording data without regard to a possible occurrence of to an irregularity in said recording means; reading means for reading out the recording data stored in said storage means, said reading means having an automatic recording mode in which the recording data stored in said storage means is automatically rad out to said recording means without regard to the possible occurrence of an irregularity in said recording means, and a manual recording mode in which the recording data is read out to said recording means on the basis of a manual operation; and deletion means for deleting recording data stored in said storage means when said reading means is in the automatic recording mode, said deletion means having a manual deletion mode in which the recording data is deleted by a manual operation after the recording data is recorded by said recording means, and an automatic deletion mode in which the recording data is automatically deleted after the recording data is recorded by said recording means.

Claim 14

An apparatus according to claim 11, wherein said recording means comprises an ink-jet printer for injecting an ink from a plurality of ejection ports.

Claim 15

An apparatus according to claim 12, wherein said ink-jet printer comprises heat energy generation means, arranged in correspondence with the ejection ports, for causing a change in state of the ink by heat, and ejecting the ink based on the change in state from the ejection ports, thereby forming flying ink droplets.

Claim 16

An apparatus according to claim 12, wherein said ink-jet printer does not detect a remaining amount of ink.

Claim 17

An apparatus according to claim 11, wherein said storage means comprises a nonvolatile semiconductor memory.

Claim 18

An apparatus according to claim 11, wherein said storage means comprises a disk memory.

Claim 19

An apparatus according to claim 11, further comprising reception control means for interrupting reception of the recording data by said reception means when said deletion means is set in the manual deletion mode and said storage means becomes full of received recording data.

Claim 20

An apparatus according to claim 11, wherein in the automatic deletion mode, when said storage means becomes full of received recording data, said deletion means automatically deletes the recording data which has already been recorded by said recording means.

Claim 21

An apparatus according to claim 18, wherein said deletion means in the automatic deletion mode automatically deletes the oldest recording data.

Claim 22

An apparatus according to claim 11, further comprising display means for displaying the recording data stored in said storage means by a manual operation.

Claim 23

An apparatus according to claim 11, wherein said deletion means in the manual deletion mode has an all deletion mode for simultaneously deleting files by a manual operation, and an individual deletion mode for individually deleting the files.

Claim 24

An image communication apparatus that can connect with an ink-jet printer, which does not detect an amount of ink remaining, for recording by ejection of ink from a plurality of ejection ports, can receive transmitted recording data, can temporarily store the recording data in a nonvolatile storage means such that the recording data can remain in said storage means after being read therefrom, and then can cause the connected printer automatically to record an image in accordance with recording data read out from said storage means, the apparatus further comprising: deletion means for deleting recording data stored in said storage means after an image has been automatically recorded in accordance with the recording data, said deletion means having a manual deletion mode in which the recording data is deleted by a manual operation after the recording data is recorded by said recording means, and an automatic deletion mode in which the recording data is automatically deleted after the recording data is recorded by said recording means without regard to an amount of ink remaining; and selection means for selecting the manual deletion mode or the automatic deletion mode when the connected printer is an ink-jet printer.

Claim 25

An image communication apparatus that can connect with an ink-jet printer, which does not detect an amount of ink remaining, for recording by ejection of ink from a plurality of ejection ports, can receive transmitted recording data, can temporarily store the recording data in a nonvolatile storage means such that the recording data can remain in said storage means after being read therefrom, and then can cause the connected printer automatically to record an image in accordance with recording data read out from said storage means, the apparatus further comprising: deletion means for deleting recording data stored in said storage means after an image has been automatically recorded in accordance with the recording data, said deletion means having a manual deletion mode in which the recording data is deleted by a manual operation after the recording data is recorded by said recording means, and an automatic deletion mode in which the recording data is automatically deleted after the recording data is recorded by said recording means without regard to an amount of ink remaining; and selection means for selecting the manual deletion mode or the automatic deletion mode when the connected printer is an ink-jet printer.

Claim 26

An apparatus according to claim 22, wherein said ink-jet printer comprises heat energy generation means, arranged in correspondence with the ejection ports, for causing a change in state of the ink by heat, and for ejecting the ink based on the change in state from the ejection ports, thereby forming flying ink droplets.

Claim 27

An apparatus according to claim 22, wherein said storage means comprises a nonvolatile semiconductor memory.

Claim 28

An apparatus according to claim 22, wherein said storage means comprises a disk memory.

Claim 29

An apparatus according to claim 22, further comprising display means for displaying the recording data stored in said storage means by a manual operation.

Claim 30

An apparatus according to claim 22, wherein said recording means has an automatic recording mode in which the recording data stored in said storage means is automatically recorded, and a manual recording mode in which the recording data is recorded on the basis of a manual operation.

Claim 31

An image communication method for receiving and recording transmitted recording data using an apparatus that does not detect recording system irregularities that can affect proper recording, the method comprising the steps of: receiving the transmitted recording data; storing the received recording data in nonvolatile storage means such that said recording data can remain stored after being read therefrom; reading out the recording data stored in said storage means; automatically recording the recording data read out from aid storage means without regard to a possible occurrence of an undetected recording irregularity; and deleting the recording data stored in said storage means by a manual operation after confirming that the recording data is properly recorded.

Claim 32

An image communication method for receiving and recording transmitted recording data using an apparatus that does not detect recording system irregularities that can affect proper recording, the method comprising the steps of: receiving the transmitted recording data; storing the received recording data in nonvolatile storage means such that said recording data can remain stored after being read therefrom; reading out the recording data stored in said storage means; automatically recording the recording data read out from aid storage means without regard to a possible occurrence of an undetected recording irregularity; and deleting the recording data stored in said storage means by a manual operation after confirming that the recording data is properly recorded.

Claim 33

An image communication method according to claim 28, wherein said recording apparatus comprises an ink-jet printer for ejecting an ink from a plurality of ejection ports.

Claim 34

An image communication method according to claim 29, wherein said ink-jet printer does not detect a remaining amount of ink.