U.S. patent application number 14/977954 was filed with the patent office on 2017-06-22 for image processing system and user information sharing method.
The applicant listed for this patent is KABUSHIKI KAISHA TOSHIBA, TOSHIBA TEC KABUSHIKI KAISHA. Invention is credited to Koichi Shimoda.
Application Number | 20170180607 14/977954 |
Document ID | / |
Family ID | 59064751 |
Filed Date | 2017-06-22 |
United States Patent
Application |
20170180607 |
Kind Code |
A1 |
Shimoda; Koichi |
June 22, 2017 |
IMAGE PROCESSING SYSTEM AND USER INFORMATION SHARING METHOD
Abstract
An image processing system comprises a master image processing
apparatus provided with an image forming section for processing an
image and a slave image processing apparatus provided with an image
forming section for forming an image. The master image processing
apparatus comprises a first user information storage section which
stores user information, an acquisition section, a first user
information update section which updates the user information
stored in the first user information storage section according to
the user information acquired by the acquisition section and a
sending section which sends the user information acquired by the
acquisition section to the slave image processing apparatus. A
second user information storage section of the slave image
processing apparatus stores the user information. A second user
information update section updates the user information stored in
the second user information storage section according to the user
information received by a receiving section.
Inventors: |
Shimoda; Koichi; (Mishima,
JP) |
|
Applicant: |
Name |
City |
State |
Country |
Type |
KABUSHIKI KAISHA TOSHIBA
TOSHIBA TEC KABUSHIKI KAISHA |
Tokyo
Tokyo |
|
JP
JP |
|
|
Family ID: |
59064751 |
Appl. No.: |
14/977954 |
Filed: |
December 22, 2015 |
Current U.S.
Class: |
1/1 |
Current CPC
Class: |
H04N 1/36 20130101; H04N
2201/0094 20130101; H04N 2201/0031 20130101; H04N 1/00347 20130101;
H04N 1/4413 20130101 |
International
Class: |
H04N 1/44 20060101
H04N001/44; H04N 1/36 20060101 H04N001/36; H04N 1/00 20060101
H04N001/00 |
Claims
1. An image processing system, comprising: a first image processing
apparatus and a plurality of second image processing apparatuses,
wherein: the first image processing apparatus comprises: a first
storage section configured to store first user information; a first
acquisition section configured to acquire other user information; a
first update section configured to update the first user
information stored in the first storage section according to the
other user information to yield updated user information; and a
first sending section configured to: in response to a determination
that the first acquisition section acquires the other user
information in request information received from a second image
processing apparatus of the plurality of second image processing
apparatuses, send the other user information to the second image
processing apparatus without sending the other user information to
other second image processing apparatuses of the plurality of
second image processing apparatuses, and in response to a
determination that the first acquisition section does not acquire
the other user information in the request information received from
the second image processing apparatus, send the other user
information to the plurality of second image processing
apparatuses; and the second image processing apparatus comprises: a
second storage section configured to store second user information;
a second receiving section configured to receive the other user
information sent by the first image processing apparatus; and a
second update section configured to update the second user
information stored in the second storage section according to the
other user information.
2. The image processing system according to claim 1, wherein the
first image processing apparatus comprises a synchronization
processing section configured to carry out a synchronization
processing for the updated user information stored in the first
storage section, the synchronization processing storing the updated
user information in the second storage section in response to a
synchronization processing execution condition being satisfied.
3. The image processing system according to claim 2, wherein the
synchronization processing execution condition is a condition that
the first user information stored in the first storage section is
updated by the first update section.
4. The image processing system according to claim 1, wherein the
second image processing apparatus further comprises: a second
acquisition section configured to acquire third user information;
and a second sending section configured to send the third user
information acquired by the second acquisition section to the first
image processing apparatus, and the first receiving section
receives the third user information sent from the second
communication section, and the first acquisition section acquires
the third user information received by the first receiving
section.
5. The image processing system according to claim 4, wherein the
first image processing apparatus comprises a transfer section
configured to transfer the third user information sent from the
second sending section to a subset of the plurality of second image
processing apparatuses that does not include the second image
processing apparatus which sends the third user information to the
first image processing apparatus.
6. A user information sharing method in an image processing system
comprising storing, by a first image processing apparatus
comprising at least one processor, first user information;
acquiring, by the first image processing apparatus, other user
information; updating, by the first image processing apparatus, the
first user information stored according to the other user
information to yield updated user information; in response to
determining that the other user information is acquired from
request information received from a second image processing
apparatus of a plurality of second image processing apparatuses,
sending, by the first image processing apparatus, the other user
information to the second image processing apparatus without
sending the other user information to other second image processing
apparatuses of the plurality of second image processing
apparatuses; in response to determining that the other user
information is not acquired from the request information received
from the second image processing apparatus, sending, by the first
image processing apparatus, the other user information to the
plurality of second image processing apparatuses; storing, by the
second image processing apparatus, second user information;
receiving, by the second image processing apparatus, the other user
information sent from the first image processing apparatus; and
updating, by the second image processing apparatus, the second user
information stored according to the other user information.
7. The user information sharing method according to claim 6,
further comprising performing, by the first image processing
apparatus, a synchronization processing in response to determining
that a synchronization processing execution condition is met,
wherein the synchronization processing is carried out for the first
user information or the updated user information.
8. The user information sharing method according to claim 7,
wherein the performing comprises performing the synchronization
processing in response to determining that the first user
information is updated.
9. The user information sharing method according to claim 6,
further comprising: acquiring, by the second image processing
apparatus, third user information; and sending, by the second image
processing apparatus, the third user information to the first image
processing apparatus.
10. The user information sharing method according to claim 9,
further comprising transferring, by the first image processing
apparatus, the third user information to a subset of the plurality
of second image processing apparatuses that does not include the
second image processing apparatus which sends the third user
information to the first image processing apparatus.
Description
FIELD
[0001] Embodiments described herein relate generally to an image
processing system and a user information sharing method.
BACKGROUND
[0002] In image processing apparatuses used by a plurality of
users, there is an image processing apparatus which authenticates
each user when the user uses the image processing apparatus. Each
user registers user information in advance every time the user is
authenticated to use the image processing apparatus. Further, in
some cases, a plurality of image processing apparatuses is
connected with each other by an internet when in use.
[0003] The user needs to respectively register user information in
a plurality of image processing apparatuses. Thus, it is
troublesome for the user to register user information if there are
a great many image processing apparatuses.
BRIEF DESCRIPTION OF THE DRAWINGS
[0004] FIG. 1 is an external view exemplifying an image processing
apparatus according to an embodiment;
[0005] FIG. 2 is a block diagram exemplifying the structure of an
image processing system according to the embodiment;
[0006] FIG. 3 is a block diagram exemplifying the structure of a
master image processing apparatus according to the embodiment;
[0007] FIG. 4 is a block diagram exemplifying the structure of a
slave image processing apparatus according to the embodiment;
[0008] FIG. 5 is a flowchart exemplifying the procedures of an
information sharing processing carried out in the master image
processing apparatus;
[0009] FIG. 6 is a flowchart exemplifying the procedures of an
information sharing processing carried out in a slave image
processing apparatus sending request information;
[0010] FIG. 7 is a flowchart exemplifying the procedures of an
information sharing processing carried out in a slave image
processing apparatus other than the slave image processing
apparatus sending the request information; and
[0011] FIG. 8 is a flowchart exemplifying the procedures of an
information sharing processing collectively executing a
synchronization processing carried out in the master image
processing apparatus.
DETAILED DESCRIPTION
[0012] In accordance with an embodiment, an image processing system
comprises a master image processing apparatus and a slave image
processing apparatus. The master image processing apparatus
comprises an image forming section for processing an image. The
slave image processing apparatus comprises an image forming section
for forming an image. The master image processing apparatus
comprises a first user information storage section, an acquisition
section, a first user information update section and a first
communication section. The first user information storage section
stores user information. The acquisition section acquires the user
information. The first user information update section updates the
user information stored in the first user information storage
section according to the user information acquired by the
acquisition section. The first communication section sends the user
information acquired by the acquisition section to the slave image
processing apparatus. The slave image processing apparatus
comprises a second user information storage section, a second
communication section and a second user information update section.
The second user information storage section stores the user
information. The second communication section receives the user
information sent from the master image processing apparatus. The
second user information update section updates the user information
stored in the second user information storage section according to
the user information received by the second communication
section.
[0013] The embodiment of the present invention is described below
with reference to the accompanying drawings.
[0014] FIG. 1 is an external view exemplifying the overall
structure of a master image processing apparatus 100 according to
the embodiment. For example, the master image processing apparatus
100 is an image processing apparatus such as an MFP (multifunction
peripheral). The master image processing apparatus 100 comprises a
display 110, a control panel 120, a printer section 130, a sheet
accommodation section 140 and an image reading device 200. The
printer section 130 of the master image processing apparatus 100
may be a toner image fixing device or an inkjet device.
[0015] The master image processing apparatus 100 reads the image
presented on a sheet and generates digital data, thereby generating
an image file. The sheet is, for example, an original document or a
sheet on which characters or images are recorded. The sheet can be
any sheet that is readable to the master image processing apparatus
100.
[0016] The master image processing apparatus 100 is used by a
plurality of users who logs in separately. The master image
processing apparatus 100 receives a user ID and a password input on
the control panel 120. The user ID and the password are received
after the user ID and the password are input and a login button is
pressed. Then, the master image processing apparatus 100
authenticates the user according to the received user ID and
password. The master image processing apparatus 100 allows an
authenticated user to log in the master image processing apparatus
100. The user can log in after being allowed to log in the master
image processing apparatus 100. The user who logs in can use the
master image processing apparatus 100.
[0017] The display 110 is an image display device such as a liquid
crystal display, an organic EL (Electro Luminescence) display and
the like. The display 110 displays various kinds of information
relating to the master image processing apparatus 100. Further, the
display 110 and the control panel 120 may be integrated into a
touch panel.
[0018] The control panel 120 is provided with hardware keys for
receiving the input operation of the user on the hardware keys. For
example, the control panel 120 includes a power button, numerical
keys, character input keys, a login button and a logout button. The
control panel 120 further includes a user registration button, a
user information update button, a user information deletion button
and a registration determination button.
[0019] The power button is a button for switching on or off the
power source of the master image processing apparatus 100. The
numerical keys and the character input keys are keys for
respectively inputting numerals and characters. Input numerals and
characters are displayed on the display 110. The login button is a
button for the user to log in. The logout button is a button for
the user to log out.
[0020] The user registration button is a button for starting the
registration operation of user information. Further, identification
information such as a password is contained in the user
information. The user information update button is a button for
starting the update operation of the user information registered
already. The user information deletion button is a button for
starting the deletion operation of the user information registered
already. Information relating to the image processing setting set
for each user of the master image processing apparatus 100 is
contained in the user information.
[0021] The control panel 120 receives the input operation performed
on these buttons and keys. For example, the control panel 120
receives an input operation performed on the numerical keys which
are used to set the number of the sheets to be printed using a copy
or print function. Further, the control panel 120 receives an input
operation performed on the numerical keys and the character input
keys which are used by the user to input a password.
[0022] The control panel 120 receives an input operation of the
user regarding the function or setting of the master image
processing apparatus 100 when the user logs in the master image
processing apparatus 100. For example, the control panel 120
receives an input operation of selecting a function from a
plurality of functions needed by the user. The various functions
include a copy function, a print function, a scan function and a
facsimile function. The control panel 120 receives an input
operation of selecting the type or size of a sheet to be printed
using the copy or print function. The control panel 120 receives an
input operation of selecting or inputting a sending destination of
a facsimile to be sent using the facsimile function. Further, the
control panel 120 receives an input operation performed on the
logout button which enables the user who is logging in to log
out.
[0023] After receiving an input operation performed on the user
information registration button, the control panel 120 receives an
input operation relating to the registration of user information.
For example, the control panel 120 receives an input operation
performed on the numerical keys and the character input keys which
are used for inputting a user ID and a password. After receiving
the input operation performed on the numerical keys and the
character input keys, the control panel 120 receives an operation
performed on the login determination key.
[0024] After receiving an input operation performed on the user
information update button, the control panel 120 receives an input
operation relating to the update of the registered user
information. For example, the control panel 120 receives an input
operation performed on the numerical keys and the character input
keys for inputting a user ID and a password. After receiving the
input operation performed on the numerical keys and the character
input keys, the control panel 120 receives an input operation
performed on the login determination button.
[0025] The printer section 130 forms an image on a sheet according
to the image information generated by the image reading device 200
or the image information received through a communication path. For
example, the printer section 130 forms an image by, for example,
carrying out the following processing: the image forming section of
the printer section 130 forms an electrostatic latent image on a
photoconductive drum according to the image information. The image
forming section of the printer section 130 forms a visible image by
making a developing agent adhere to the electrostatic latent image.
The developing agent is, for example, a toner. The transfer section
of the printer section 130 transfers the visible image onto a
sheet. The fixing section of the printer section 130 heats and
presses the sheet to fix the visible image on the sheet. Further,
the sheet on which the image is formed is a sheet accommodated in
the sheet accommodation section 140 or a manually fed sheet.
[0026] The sheet accommodation section 140 accommodates a sheet
which is used in the printer section 130 for the formation of an
image.
[0027] The image reading device 200 reads the image information of
a read object as light intensity. The image reading device 200
records the read image information. The recorded image information
may be sent to another information processing apparatus via a
network. The recorded image information may be formed by the
printer section 130 into an image on a sheet.
[0028] FIG. 2 is a block diagram exemplifying the structure of an
image processing system 1 according to the embodiment. The image
processing system 1 is provided with a master image processing
apparatus 100 serving as a first image processing apparatus. The
image processing system 1 is further provided with slave image
processing apparatuses 101, 102, 103 serving as second image
processing apparatuses. The master image processing apparatus 100
and the slave image processing apparatuses 101, 102, 103 . . . can
be connected with each other in a communicable manner via a network
5. The network 5 is an information communication network such as an
Internet or an LAN (Local Area Network).
[0029] Further, in the following description, the slave image
processing apparatuses 101, 102, 103 . . . have the same structure.
Further, the slave image processing apparatus 101 hereinafter
exemplifies the slave image processing apparatuses 101, 102, 103 .
. . if the slave image processing apparatuses 101, 102, 103 . . .
are not particularly distinguished from each other.
[0030] FIG. 3 is a block diagram exemplifying the structure of the
master image processing apparatus 100 according to the embodiment.
The master image processing apparatus 100 comprises a display
section 11, an input section 12, an image reading section 20 and an
image forming section 30. The master image processing apparatus 100
further comprises a first storage section 40, a first control
section 50 and a sending/receiving section 60. The sections of the
master image processing apparatus 100 are all connected with and
exchange data with each other by an internal bus line 15.
[0031] FIG. 4 is a block diagram exemplifying the structure of the
slave image processing apparatus 101 according to the embodiment.
The slave image processing apparatus 101 comprises a display
section 11, an input section 12, an image reading section 20, an
image forming section 30 and a sending/receiving section 60 which
are identical to those of the master image processing apparatus
100. The slave image processing apparatus 101 further comprises a
second storage section 70 and a second control section 80. The
second storage section 70 is structurally identical to the first
storage section 40 of the master image processing apparatus 100.
The second control section 80 is structurally identical to the
first control section 50 of the master image processing apparatus
100. For the sake of convenience of description later, the storage
section and the control section of the master image processing
apparatus 100 are separately referred to as the first storage
section 40 and the first control section 50. The storage section
and the control section of the slave image processing apparatus 101
are separately referred to as the second storage section 70 and the
second control section 80.
[0032] The display section 11 is a display device which displays an
image corresponding to the image information supplied from the
first control section 50. For example, the display section 11
displays a screen used at the time of the login of the user in a
case where the image information appearing at the time of the start
of the registration of user information is supplied from the first
control section 50.
[0033] The input section 12 is an input device for receiving an
input operation performed on each button and each key of the
control panel 120. For example, the input section 12 receives the
registration of user information through an input operation carried
out by the user on the control panel 120. Further, if the input
operation of the user is received, the input section 12 supplies
input operation information corresponding to the received input
operation to the first control section 50.
[0034] The image reading section 20 comprises a sensor such as a
CIS (Contact Image Sensor) or a CCD (Charge Coupled Device). For
example, the image reading section 20 uses the sensor to read an
original document or a sheet on which characters or images are
recorded to generate digital data. Further, the image reading
section 20 is mounted in the image reading device 200 shown in FIG.
1.
[0035] The image forming section 30 prints an image or characters
corresponding to the digital data on a sheet such as a print paper.
Not limited to carry out a print job by fixing a toner image, the
image forming section 30 can also print using an inkjet system or
using another image formation system. Further, the image forming
section 30 is mounted in the printer section 130 shown in FIG.
1.
[0036] The first storage section 40 consists of a recording medium
such as a flash ROM or an HDD (Hard Disk Drive) or a combination of
these recording mediums. The first storage section 40 stores
programs, data and various kinds of information used for
controlling each section of the master image processing apparatus
100. For example, the first storage section 40 comprises a data
storage section 41, a user information storage section 42 and a
setting information storage section 43.
[0037] The data storage section 41 stores various kinds of
information and data needed for the execution of various functions
including a copy function, a print function, a scan function and a
facsimile function. For example, the data storage section 41 stores
information indicating the function, the type or size of a sheet to
be printed and the number of the sheets to be printed which are
selected through an operation of the user. The data storage section
41 stores the digital data resulting from the reading of a sheet by
the image reading section 20. The data storage section 41 stores
digital data received by means of a facsimile function when the
master image processing apparatus 100 executes the facsimile
function. For example, the image forming section 30 prints an image
or characters corresponding to the digital data stored in the data
storage section 41 on a sheet.
[0038] The user information storage section 42 stores user
information of the registered user permitted to use the master
image processing apparatus 100. For example, the user information
storage section 42 stores the user ID and the password of a user
permitted to use the master image processing apparatus 100 in an
associated manner as user information. The user information storage
section 42 stores the user ID of a user in association with setting
status information indicating a setting status of the master image
processing apparatus 100 used by the user.
[0039] The user information stored in the user information storage
section 42 is registered or updated by a user information update
section 53 arranged in the first control section 50. Alternatively,
the user information stored in the user information storage section
42 is deleted by the user information update section 53.
[0040] The setting information storage section 43 stores setting
status information indicating the setting status of the master
image processing apparatus 100. For example, the setting status of
the master image processing apparatus 100 is a setting status
indicating which function is selected from a plurality of functions
including a copy function, a print function, a scan function and a
facsimile function. Further, one of the foregoing setting statuses
may be a setting status indicating the type or size of a sheet to
be printed or a setting status indicating the number of sheets to
be printed using a copy or print function. Further, one of the
foregoing setting statuses may be a setting status indicating the
sending destination of a facsimile to be sent using a facsimile
function.
[0041] The first control section 50 is provided with a CPU (Central
Processing Unit) or a dedicated processor functioning as the
control center of the master image processing apparatus 100. The
first control section 50 controls each section of the master image
processing apparatus 100. For example, the first control section 50
comprises an acquisition section 51, a machine control section 52,
the user information update section 53, a setting status control
section 54 and a synchronization processing section 55.
[0042] The acquisition section 51 acquires information supplied
from the control panel 120. For example, the acquisition section 51
acquires the input operation information supplied from the control
panel 120. The input operation information contains the information
received by the control panel 120. The information received by the
control panel 120 includes login information relating to the input
operation of the numerical keys and the character input keys. The
input operation of the numerical keys and the character input keys
is an input operation for a user to input a password for login.
[0043] Further, the information received by the control panel 120
includes user information registration start information based on
an input operation performed on the user information registration
button. The information received by the control panel 120 includes
user information update start information based on an input
operation performed on the user information update button. The
information received by the control panel 120 includes user
information based on an input operation performed on the numerical
keys and the character input keys. The information received by the
control panel 120 includes user information registration deletion
information based on an input operation performed on the user
information deletion button.
[0044] The acquisition section 51 acquires information sent by the
sending/receiving section 60. For example, the master image
processing apparatus 100 is connected with the slave image
processing apparatus 101 via the network 5. In this case, the
acquisition section 51 acquires user registration association
information sent from the slave image processing apparatus 101. The
user registration association information includes request
information for prompting the master image processing apparatus 100
to register or update user information. The request information
contains user information. The slave image processing apparatus 101
prompts the master image processing apparatus 100 to register or
update the user information contained in the request
information.
[0045] Alternatively, it is assumed that the master image
processing apparatus 100 is connected with an external information
input section via the network 5. In this case, user information
registration start information, if sent from the external
information input section, is acquired. Further, user information,
if sent from the external information input section, is
acquired.
[0046] The machine control section 52 executes various functions by
controlling the operations of each section of the master image
processing apparatus 100. A plurality of functions includes a copy
function, a print function, a scan function and a facsimile
function. For example, the machine control section 52 controls the
operations of each section of the master image processing apparatus
100 according to a function selected by an input operation of the
user received by the input section 12.
[0047] The machine control section 52 controls the operations of
each section of the master image processing apparatus 100 according
to information set through an input operation of the user.
Specifically, the machine control section 52 controls the reading
operation of the image reading section 20 according to an input
operation of the user. Further, the machine control section 52
controls the storage of the digital data generated by the image
reading section 20 in the data storage section 41. Further, the
machine control section 52 controls the reading of digital data
from the data storage section 41 or the printing of the read
digital data by the image forming section 30. The machine control
section 52 carries out an image control to control the display of
an image on the display section 11.
[0048] The user information update section 53 controls the user
information stored in the user information storage section 42
according to the information acquired by the acquisition section
51. It is assumed that the user information update section 53
acquires user information after the acquisition section 51 acquires
user information registration start information. In this case, the
user information update section 53 enables the user information
storage section 42 to store the acquired user information.
[0049] It is assumed that the acquisition section 51 acquires user
information update start information if the user information is
stored in the user information storage section 42. Then, it is
assumed that the user information update section 53 acquires the
user information. In this case, the user information update section
53 updates the user information stored in the user information
storage section 42 to be the user information acquired by the
acquisition section 51. The user information update section 53
deletes the user information stored in the user information storage
section 42 if user information registration deletion information is
acquired by the acquisition section 51.
[0050] The setting status control section 54 controls the setting
status of the master image processing apparatus 100. The setting
status control section 54 refers to the setting status information
stored in the setting information storage section 43. The setting
status control section 54 refers to setting status information when
setting the setting status of the master image processing apparatus
100. The setting status control section 54 causes the master image
processing apparatus 100 to be in the setting status stored in the
setting information storage section 43.
[0051] The synchronization processing section 55 carries out a
synchronization processing with a second synchronization processing
section 85 of the slave image processing apparatus 101 when a
synchronization processing execution condition for the start of a
synchronization processing is met. In the synchronization
processing, the user information stored in the user information
storage section 42 of the first storage section 40 is supplied to
the sending/receiving section 60. The sending/receiving section 60
sends the supplied user information to the slave image processing
apparatus 101.
[0052] The synchronization processing execution condition is set in
advance. For example, the synchronization processing execution
condition can be set to be a specific time such as 12 pm. The
specific time is preset and can be reset. In this case, a
synchronization time input section is arranged in the master image
processing apparatus 100 to input a time at which a synchronization
processing is executed. There may be one specific time in one day.
Or there may be a plurality of specific times in one day. For
example, start time of the synchronization processing may be 8 am,
12 am and 6 pm in one day, that is, three times a day.
Alternatively, for example, the set specific time may also be
assumed to be each day of the week or every day.
[0053] Another synchronization processing execution condition can
be assumed to be that a certain time such as 24 hours elapses after
the execution of the former synchronization processing. The certain
time is preset. The certain time at which the synchronization
processing is executed can be reset by the service staff or the
user. Further, a plurality of certain times may be set.
Alternatively, the synchronization processing execution condition
can be assumed to be the registration or update of user information
by the user information update section 53.
[0054] The sending/receiving section 60 receives the various kinds
of information sent from the slave image processing apparatus and
supplies the received information to the first control section 50.
When the network 5 is connected with the external information input
section, the sending/receiving section 60 supplies the various
kinds of information sent from the external information input
section to the first control section 50. Further, the
sending/receiving section 60 sends the various kinds of information
supplied from the first control section 50 to the slave image
processing apparatuses 101, 102, 103 . . . via the network 5. Data
communication is executed in the sending/receiving section in a
parallel communication manner, thus increasing communication speed.
Thus, when data is sent to or received from a plurality of slave
image processing apparatuses 101, 102, 103 . . . , the data sending
and receiving can be smoothly executed. However, data communication
may also be executed in a serial communication manner but not a
parallel communication manner.
[0055] Each component in the slave image processing apparatus 101
is identical to that in the master image processing apparatus 100.
For the sake of convenience of description, the user information
storage section in the second storage section 70 is referred to as
a second user information storage section 72. The user information
update section in the second control section 80 is referred to as a
second user information update section 83. The synchronization
processing section of the second control section 80 is referred to
as a second synchronization processing section 85.
[0056] Next, a user information sharing processing of sharing the
user information carried out by the image processing system
according to the present embodiment is described with reference to
FIG. 5-FIG. 7. The user information sharing processing is carried
out by the master image processing apparatus 100 and the slave
image processing apparatuses 101, 102, 103 . . . arranged in the
image processing system 1. Herein, the synchronous sharing
processing of the user information updated by the master image
processing apparatus 100 with the slave image processing
apparatuses 101, 102, 103 . . . is described.
[0057] The processing shown in the flowchart of FIG. 5 is carried
out in the master image processing apparatus 100. The first control
section 50 in the master image processing apparatus 100 first
determines whether or not user information is acquired (Act 12).
Herein, the first control section 50 determines whether or not user
information is supplied to the acquisition section 51.
[0058] As a result, the first control section 50 determines that no
user information is acquired as no user information is supplied to
the acquisition section 51 (Act 12: No). In this case, the first
control section 50 ends the processing carried out in the master
image processing apparatus 100 for sharing user information without
making any change. Contrarily, the first control section 50
determines that user information is acquired as user information is
supplied to the acquisition section 51 (Act 12: Yes). In this case,
the user information update section 53 updates the user information
stored in the user information storage section 42 (Act 14). If no
user information is stored in the user information storage section
42, the user information update section 53 registers the acquired
user information in the user information storage section 42,
thereby storing the acquired user information.
[0059] Sequentially, the first control section 50 determines
whether or not user information is successfully updated (Act 16).
As a result, it is assumed that the first control section 50
determines that user information is successfully updated (Act 16:
Yes). In this case, the machine control section 52 supplies update
information indicating the success of the update of user
information to the display section 11. In this way, the machine
control section 52 enables the display section 11 to display an
update information image corresponding to the update information
(Act 18).
[0060] The first control section 50 determines whether or not the
acquired user information is the information contained in the
request information received from the slave image processing
apparatus 101 (Act 20). As a result, it is assumed that the first
control section 50 determines that the acquired user information is
the information contained in the request information received from
the slave image processing apparatus 101 (Act 20: Yes). In this
case, the synchronization processing section 55 carries out a user
information synchronization processing with the second
synchronization processing section 85 of the slave image processing
apparatus 101 sending the request information (Act 22). As the user
information synchronization processing described herein, the
synchronization processing section 55 sends update completion
information to the second synchronization processing section. 85 of
the slave image processing apparatus 101.
[0061] Next, the synchronization processing section 55 carries out
a user information synchronization processing with the second
synchronization processing sections 85 of the other slave image
processing apparatuses 102, 103 (Act 24). As the user information
synchronization processing described herein, the synchronization
processing section 55 transfers updated user information to the
second synchronization processing sections 85 of the other slave
image processing apparatuses 102, 103 In this way, the first
control section 50 ends the processing carried out in the master
image processing apparatus 100.
[0062] The other slave image processing apparatuses 102, 103 . . .
are slave image processing apparatuses other than the slave image
processing apparatus 101 sending the user information.
[0063] Further, it is assumed that the acquired user information is
not the information contained in the request information received
from the slave image processing apparatus 101 (Act 20: No). In this
case, the user information is the information updated by the master
image processing apparatus 100. Thus, there is no slave image
processing apparatus which sends user information. Thus, the
synchronization processing section 55 can carry out a user
information synchronization processing with the second
synchronization processing sections 85 of all slave image
processing apparatuses 101, 102, 103 . . . (Act 26). As the user
information synchronization processing, the synchronization
processing section 55 sends updated user information to the second
synchronization processing sections 85. In this way, the first
control section 50 ends the processing carried out by the master
image processing apparatus 100.
[0064] Further, it is determined that user information is not
successfully updated by the first control section 50 in Act 16 (Act
16: No). In this case, it is determined whether or not the acquired
user information is the information contained in the request
information received from the slave image processing apparatus 101
(Act 28). The determination is carried out in the same way as the
determination executed in Act 20.
[0065] As a result, it is determined that the acquired user
information is the information contained in the request information
received from the slave image processing apparatus 101 (Act 28:
Yes). In this case, the first control section 50 sends error
information to the slave image processing apparatus 101 which sends
the user information (Act 30). In this way, the first control
section 50 ends the processing carried out by the master image
processing apparatus 100.
[0066] Contrarily, it is determined that the acquired user
information is not the information contained in the request
information received from the slave image processing apparatus 101
(Act 28: No). In this case, the machine control section 52 of the
first control section 50 supplies error information indicating the
failure of the update of the user information to the display
section 11. Then, the machine control section 52 enables the
display section 11 to display an error display screen corresponding
to the error information (Act 32). In this way, the first control
section 50 ends the processing carried out by the master image
processing apparatus 100.
[0067] Next, the processing in the slave image processing apparatus
101 is described in a case in which the slave image processing
apparatus 101 sends request information containing user
information. The processing shown in the flowchart of FIG. 6 is
carried out in the slave image processing apparatus 101. First,
request information is created in the second control section 80 of
the slave image processing apparatus 101 (Act 112). The request
information containing user information is generated.
[0068] Sequentially, the second control section 80 sends the
generated request information to the master image processing
apparatus 100 (Act 114). After the request information is sent, the
master image processing apparatus 100 carries out the processing
shown in FIG. 5. Update completion information is sent from the
master image processing apparatus 100 to the slave image processing
apparatus 101 based on the result of the processing shown in FIG. 5
(Act 22). Alternatively, error information is sent from the master
image processing apparatus 100 to the slave image processing
apparatus 101 (Act 30).
[0069] Next, the second synchronization processing section 85
determines whether or not to carry out a synchronization processing
with the master image processing apparatus 100 (Act 116). Whether
or not to carry out a synchronization processing is determined
based on whether or not update completion information is sent from
the synchronization processing section 55. As a result, the second
synchronization processing section 85 determines to carry out a
synchronization processing as update completion information is
received (Act 116: Yes). In this case, the user information
contained in the request information is registered in the master
image processing apparatus 100. Alternatively, the user information
stored in the updated master image processing apparatus 100 is
updated to be the user information contained in the request
information. Thus, the second user information update section 83
updates the user information stored in the second user information
storage section 72 to be the user information contained in the
request information (Act 118). In this way, the second control
section 80 ends the processing carried out by the slave image
processing apparatus 101.
[0070] Contrarily, the second control section 80 determines not to
carry out a synchronization processing in Act 116 as no update
completion information is received (Act 116: No). In this case, the
second control section 80 determines whether or not error
information is received (Act 120). As a result, the second control
section 80 determines that error information is received (Act 120:
Yes). In this case, the registration or update of the user
information contained in the request information in the master
image processing apparatus 100 fails. Thus, the second user
information update section 83 supplies error information indicating
the failure of the update of the user information to the display
section 11. Then, the machine control section 52 enables the
display section 11 to display an error display screen corresponding
to the error information (Act 122). In this way, the second control
section 80 ends the processing carried out by the slave image
processing apparatus 101. On the other hand, the second control
section 80 determines that no error information is received (Act
120: No). In this case, the second control section 80 ends the
processing carried out by the slave image processing apparatus 101
without making any change.
[0071] Next, the processing carried out by the slave image
processing apparatus 102 other than the slave image processing
apparatus 101 sending the request information is described. The
processing shown in the flowchart of FIG. 7 is carried out in the
slave image processing apparatus 102. First, the second
synchronization processing section 85 of the slave image processing
apparatus 102 determines whether or not to carry out a
synchronization processing with the master image processing
apparatus 100 (Act 212). Whether or not to carryout a
synchronization processing is determined based on whether or not
updated user information is sent from the synchronization
processing section 55 of the master image processing apparatus
100.
[0072] As a result, it is assumed that the second synchronization
processing section 85 determines to carry out a synchronization
processing as update completion information is received (Act 212:
Yes). In this case, the second control section 80 updates the user
information to be the updated user information (Act 214). In this
way, the second control section 80 ends the processing carried out
by the slave image processing apparatus 102. Contrarily, the second
synchronization processing section 85 determines not to carry out a
synchronization processing as no update completion information is
received (Act 212: No). In this case, the second control section 80
ends the processing carried out by the slave image processing
apparatus 102 without updating the user information.
[0073] Further, when another synchronization processing execution
condition different from the one described above is established, in
some cases, the synchronization processing section 55 carries out a
synchronization processing collectively with the second
synchronization processing sections 85. Next, the processing
carried out by the master image processing apparatus 100 for
executing a synchronization processing collectively with the slave
image processing apparatuses is described below. The processing
shown in the flowchart of FIG. 8 is carried out in the master image
processing apparatus 100.
[0074] First, the synchronization processing section 55 determines
whether or not a synchronization processing execution condition is
established (Act 312). It is assumed that the synchronization
processing section 55 determines that the synchronization
processing execution condition is established (Act 312: Yes). In
this case, the synchronization processing section 55 reads out the
user information stored in the user information storage section 42
(Act 314). Sequentially, the synchronization processing section 55
carries out a synchronization processing with the second
synchronization processing sections 85 of the slave image
processing apparatuses 102, 103 . . . (Act 316). The
synchronization processing section 55 sends the user information
read from the user information storage section 42 to the second
synchronization processing sections 85 every time the
synchronization processing is carried out. In this way, the
processing carried out by the master image processing apparatus 100
for executing a synchronization processing collectively with the
slave image processing apparatuses is ended. On the other hand, if
it is determined that the synchronization processing execution
condition is not established (Act 312: No), the synchronization
processing section 55 ends the processing for executing a
synchronization processing collectively, without making any
change.
[0075] The acquisition status of the read user information from the
master image processing apparatus 100 is confirmed by the second
synchronization processing sections 85 of the slave image
processing apparatuses 101, 102, 103 . . . . If the acquisition of
the read user information is confirmed, the second synchronization
processing section 85 updates the user information stored in the
second user information storage section 72 to be the read user
information and registers the read user information. In this way,
the synchronization processing executed with the synchronization
processing section 55 of the master image processing apparatus 100
is ended.
[0076] In this way, the image processing system 1 of the present
embodiment comprises the master image processing apparatus 100 and
slave image processing apparatuses 101, 102, 103 . . . . In the
master image processing apparatus 100, the user information update
section 53 enables the user information storage section 42 to store
the user information acquired by the acquisition section 51.
Further, the synchronization processing section 55 sends the user
information acquired by the acquisition section 51 to the second
control sections 80 of the slave image processing apparatuses 101,
102, 103 . . . . Through the second control section 80, the
received user information is stored in the second user information
storage section 72. In the image processing system 1, a
synchronization processing is carried out between the master image
processing apparatus 100 and the slave image processing apparatuses
101, 102, 103 . . . aiming at the user information. If user
information is registered in the master image processing apparatus
100 by a user, then the user information is also registered in the
slave image processing apparatuses 101, 102, 103 . . . .
Consequentially, the user information is shared between the master
image processing apparatus 100 and the slave image processing
apparatuses 101, 102, 103 . . . . Thus, the image processing system
1 makes the registration of user information less troublesome.
[0077] Further, user information can also be registered in the
slave image processing apparatus 101. In this case, a
synchronization processing is carried out between the slave image
processing apparatus 101 and the master image processing apparatus
100 aiming at the user information registered in the slave image
processing apparatus 101. The master image processing apparatus 100
also carries out a synchronization processing with the other slave
image processing apparatuses 102, 103 . . . aiming at the user
information to which the synchronization processing is carried out.
In this way, the user information is shared between the master
image processing apparatus 100 and the slave image processing
apparatuses 101, 102, 103 . . . . Thus, the image processing system
1 can make the registration of user information less troublesome.
Further, an input operation for registering user information may be
carried out by the user in the slave image processing apparatus 101
but not in the master image processing apparatus 100. Thus, the
registration of user information can be further less
troublesome.
[0078] Further, the master image processing apparatus 100 sends
user information to the slave image processing apparatuses 101,
102, 103 . . . after registering and updating the user information.
Thus, the master image processing apparatus 100 can determine
whether or not user information can be registered and updated. It
is not needed to determine whether or not user information can be
registered and updated in the slave image processing apparatus 101.
Further, the image processing system 1 can rapidly determine
whether or not user information can be registered and updated.
Furthermore, the communication of user information among the slave
image processing apparatuses 101, 102, 103 . . . can be avoided.
Thus, the image processing system 1 is capable of reducing the load
of data communication. However, it may be assumed that whether or
not user information can be registered and updated is determined by
the slave image processing apparatus 101. Further, it may be
assumed that the communication of user information among the slave
image processing apparatuses 101, 102, 103 . . . can be executed.
Further, a plurality of slave image processing apparatuses 101,
102, 103 . . . is connected with the master image processing
apparatus 100 in the foregoing embodiment. On the contrary, it may
also be assumed that only one slave image processing apparatus is
connected with the master image processing apparatus. Further, only
one master image processing apparatus 100 is set in the foregoing
embodiment. On the contrary, it may be assumed that a plurality of
image processing systems is connected with each other, and a
plurality of master image processing apparatuses is arranged. In
this case, user information can be sent and received among a
plurality of master image processing apparatuses.
[0079] While certain embodiments have been described, these
embodiments have been presented by way of example only, and are not
intended to limit the scope of the invention. Indeed, the novel
embodiments described herein may be embodied in a variety of other
forms; furthermore, various omissions, substitutions and changes in
the form of the embodiments described herein may be made without
departing from the spirit of the invention. The accompanying claims
and their equivalents are intended to cover such forms or
modifications as would fall within the scope and spirit of the
invention.
* * * * *