Abstract: An image processing device comprises an image data input means 2, an image data storage means 12 for storing the image data being input, an image data processing means 6 having multiple processing modes for outputting the stored image data, and a image data erasing means for erasing the image data stored in the storage means 12. The device further comprises erase count control means 8, 14 for controlling the number of times for erasing image data capable of having the number of times of erase set arbitrarily according to the security level required for each mode, and capable of having the set number of times of erase changed in mid-flow. Confidentiality is protected by performing erase operations repeatedly to the region storing the unnecessary image data according to the security level.

Abstract: To provide an electric equipment which has a function in which parameter is set, and enables a user to appropriately adjust the parameters regardless of an ability level of user. A plurality of reception screens having different degrees of detail for received instructions for adjusting parameters are displayed depending on the ability level of user to adjust the appropriate parameters, such as maintenance ability, or presence or absence of the specialized knowledge for the apparatus, or the like, thus the user adjusts the parameter using the reception screen suitable for the user.

Abstract: To provide an electric equipment which has a function in which parameter is set, and enables a user to appropriately adjust the parameters regardless of an ability level of user. A plurality of reception screens having different degrees of detail for received instructions for adjusting parameters are displayed depending on the ability level of user to adjust the appropriate parameters, such as maintenance ability, or presence or absence of the specialized knowledge for the apparatus, or the like, thus the user adjusts the parameter using the reception screen suitable for the user.

Abstract: To provide an electric equipment which has a function in which parameter is set, and enables a user to appropriately adjust the parameters regardless of an ability level of user. A plurality of reception screens having different degrees of detail for received instructions for adjusting parameters are displayed depending on the ability level of user to adjust the appropriate parameters, such as maintenance ability, or presence or absence of the specialized knowledge for the apparatus, or the like, thus the user adjusts the parameter using the reception screen suitable for the user.

Abstract: To provide an electric equipment which has a function in which parameter is set, and enables a user to appropriately adjust the parameters regardless of an ability level of user. A plurality of reception screens having different degrees of detail for received instructions for adjusting parameters are displayed depending on the ability level of user to adjust the appropriate parameters, such as maintenance ability, or presence or absence of the specialized knowledge for the apparatus, or the like, thus the user adjusts the parameter using the reception screen suitable for the user.

Abstract: An image processing device comprises an image data input means 2, an image data storage means 12 for storing the image data being input, an image data processing means 6 having multiple processing modes for outputting the stored image data, and a image data erasing means for erasing the image data stored in the storage means 12. The device further comprises erase count control means 8, 14 for controlling the number of times for erasing image data capable of having the number of times of erase set arbitrarily according to the security level required for each mode, and capable of having the set number of times of erase changed in mid-flow. Confidentiality is protected by performing erase operations repeatedly to the region storing the unnecessary image data according to the security level.

Abstract: An image forming portion has a transfer portion for transferring a toner image formed on an image carrier onto the recording paper, and a fixing portion for heating and compressing the recording paper on which the toner image is transferred to fix the toner image to the recording paper. A control portion controls to heat and compress the recording paper by the fixing portion without performing transfer of the toner image by the transfer portion to smooth the recording paper under predetermined condition. At this time, the control portion is able to set variably the number of times to pass through the fixing portion without performing transfer of the toner image onto the recording paper and pressure force when the recording paper passes through the fixing portion.

Abstract: An image forming system according to an embodiment of the present invention includes an air cleaner for cleaning air, an image forming apparatus that is settable to a mode for economizing power, and a control unit that causes a display unit of the air cleaner to display an operating state of the image forming apparatus when the image forming apparatus is set to the mode for economizing power. An image forming system according to another embodiment of the present invention includes an image forming apparatus that prints an image on recording paper, an air cleaner that is for cleaning air, and is integrally attached to the image forming apparatus via a support member, and supported above the image forming apparatus by the support member, and a control unit that causes a display unit of the air cleaner to display an operating state of the image forming apparatus.

Abstract: An image processing device comprises an image data input means 2, an image data storage means 12 for storing the image data being input, an image data processing means 6 having multiple processing modes for outputting the stored image data, and a image data erasing means for erasing the image data stored in the storage means 12. The device further comprises erase count control means 8, 14 for controlling the number of times for erasing image data capable of having the number of times of erase set arbitrarily according to the security level required for each mode, and capable of having the set number of times of erase changed in mid-flow. Confidentiality is protected by performing erase operations repeatedly to the region storing the unnecessary image data according to the security level.

Abstract: An image processing device comprises an image data input means 2, an image data storage means 12 for storing the image data being input, an image data processing means 6 having multiple processing modes for outputting the stored image data, and a image data erasing means for erasing the image data stored in the storage means 12. The device further comprises erase count control means 8, 14 for controlling the number of times for erasing image data capable of having the number of times of erase set arbitrarily according to the security level required for each mode, and capable of having the set number of times of erase changed in mid-flow. Confidentiality is protected by performing erase operations repeatedly to the region storing the unnecessary image data according to the security level.

Abstract: An image processing device comprises an image data input means 2, an image data storage means 12 for storing the image data being input, an image data processing means 6 having multiple processing modes for outputting the stored image data, and a image data erasing means for erasing the image data stored in the storage means 12. The device further comprises erase count control means 8, 14 for controlling the number of times for erasing image data capable of having the number of times of erase set arbitrarily according to the security level required for each mode, and capable of having the set number of times of erase changed in mid-flow. Confidentiality is protected by performing erase operations repeatedly to the region storing the unnecessary image data according to the security level.

Abstract: An image processing device comprises an image data input means 2, an image data storage means 12 for storing the image data being input, an image data processing means 6 having multiple processing modes for outputting the stored image data, and a image data erasing means for erasing the image data stored in the storage means 12. The device further comprises erase count control means 8, 14 for controlling the number of times for erasing image data capable of having the number of times of erase set arbitrarily according to the security level required for each mode, and capable of having the set number of times of erase changed in mid-flow. Confidentiality is protected by performing erase operations repeatedly to the region storing the unnecessary image data according to the security level.

Abstract: An image processing device comprises an image data input means 2, an image data storage means 12 for storing the image data being input, an image data processing means 6 having multiple processing modes for outputting the stored image data, and a image data erasing means for erasing the image data stored in the storage means 12. The device further comprises erase count control means 8, 14 for controlling the number of times for erasing image data capable of having the number of times of erase set arbitrarily according to the security level required for each mode, and capable of having the set number of times of erase changed in mid-flow. Confidentiality is protected by performing erase operations repeatedly to the region storing the unnecessary image data according to the security level.

Abstract: An image processing device comprises an image data input means 2, an image data storage means 12 for storing the image data being input, an image data processing means 6 having multiple processing modes for outputting the stored image data, and a image data erasing means for erasing the image data stored in the storage means 12. The device further comprises erase count control means 8, 14 for controlling the number of times for erasing image data capable of having the number of times of erase set arbitrarily according to the security level required for each mode, and capable of having the set number of times of erase changed in mid-flow. Confidentiality is protected by performing erase operations repeatedly to the region storing the unnecessary image data according to the security level.

Abstract: In one embodiment, a network system according to the present invention is a network system in which a plurality of image forming apparatuses are communicably connected via a network, and an electronic device capable of independent operation is communicably connected to each of the plurality of image forming apparatuses. The electronic device includes a data input/output unit that sends/receives control data of the electronic device to/from the image forming apparatus to which the electronic device is connected, and the image forming apparatus includes a data communications unit that sends/receives the control data to/from the electronic device connected to the image forming apparatus, and a network communications unit that sends/receives the control data to/from another image forming apparatus via the network.

Abstract: An image forming portion has a transfer portion for transferring a toner image formed on an image carrier onto the recording paper, and a fixing portion for heating and compressing the recording paper on which the toner image is transferred to fix the toner image to the recording paper. A control portion controls to heat and compress the recording paper by the fixing portion without performing transfer of the toner image by the transfer portion to smooth the recording paper under predetermined condition. At this time, the control portion is able to set variably the number of times to pass through the fixing portion without performing transfer of the toner image onto the recording paper and pressure force when the recording paper passes through the fixing portion.

Abstract: When an accepting unit is removed from a main unit, a situation of the main unit is detected whether belonging to waiting situations, operation situations, malfunction situations, or the like. A display part then displays images in accordance with the detected situations. The display part is arranged on the accepting unit that is removable from the main unit. Therefore, it is possible to change images displayed on the display part in accordance with the situations of the main unit at the time when the accepting unit is removed.

Abstract: An operating device for controlling an apparatus as an object of control, in accordance with an instruction by a user includes a panel having a main surface, a hardware key provided on the main surface, and a display unit formed of electronic paper, provided in relation to the hardware key on the main surface of the panel or on the hardware key, allowing rewriting of displayed contents.

Abstract: An image forming system is provided with an Image Forming Operation Unit, an Air Cleaning Operation Unit, a power source, and a Control Unit. The Control Unit has a coordinated OFF control function of coordinating a first power supply OFF control for turning off power supply from the power source to the Image Forming Operation Unit and a second power supply OFF control for turning off power supply from the power source to the Air Cleaning Operation Unit, and the coordinated OFF control function is configured to execute the second power supply OFF control when a preset time period elapses after executing the first power supply OFF control. Also, in the image forming system, an air cleaning operation of an air cleaning apparatus is stopped when an image forming apparatus is set to an a night mode or when a fixed time period elapses after the night mode is set. The air cleaning operation of the air cleaning apparatus is restarted when the image forming apparatus is resumed from the night mode.

Abstract: An image processing device comprises an image data input means 2, an image data storage means 12 for storing the image data being input, an image data processing means 6 having multiple processing modes for outputting the stored image data, and a image data erasing means for erasing the image data stored in the storage means 12. The device further comprises erase count control means 8, 14 for controlling the number of times for erasing image data capable of having the number of times of erase set arbitrarily according to the security level required for each mode, and capable of having the set number of times of erase changed in mid-flow. Confidentiality is protected by performing erase operations repeatedly to the region storing the unnecessary image data according to the security level.