Abstract: According to an embodiment, an instructor support system has a plant simulation device used for plant operation training, an instructor support device, a dialog display device, a video device, and an operator position detection means that picks up an image of an operator with an operation detection video camera and carries out image processing for the image. The instructor support device has an operator position judgment means that judges an operator position in accordance with the information received from the operator position detection means, an operator information saving means that records a corresponding table between an ID code and an operator name, an operator name display data generation means, and an operation history display screen that shows the generated operator name display data to an instructor.

Abstract: Provided is an apparatus by which a nucleic acid may be analyzed quickly and precisely.

Abstract: In an image forming apparatus 1 capable of reserving a plurality of printing jobs, the suspended state retention time for retaining the suspended state is preset by the operation of an operation section 142. When a printing job during output operation has been suspended, a timing section 17 starts to measure the preset suspended state retention time. If the printing job having been suspended is not resumed even after the lapse of the suspended state retention time and there is a subsequent printable job, the order of the printing jobs is changed and the subsequent printing job is executed.

Abstract: A porous sound absorbing structure 10 includes an exterior plate 1 and a closing plate 2 in order to suppress a decrease in sound absorbing performance in a wide frequency band. An interior plate 3 is arranged between the exterior plate 1 and the closing plate 2, and air layers 4 and 5 are located between the exterior plate 1 and the interior plate 3 and between the interior plate 3 and the closing plate 2 respectively. The exterior plate 1, the interior plate 3, and the closing plate 2 are arranged while opposed to each other. Many through holes 1a and 3a are made in the exterior plate 1 and the closing plate 2 respectively. In the interior plate 3, a plate thickness t2 and a diameter ?2 and an aperture ratio ?2 are set so as to generate an viscous effect in air passing through the through hole 3a. The aperture ratio ?1 of the through hole 1a in the exterior plate 1 is set more than 3% and not more than 50%.

Abstract: Disclosed an image forming apparatus including: a nonvolatile storage section to store a print job; an input section for instructing to store the print job in the storage section; a condition setting section to allow the storage section to store a predetermined condition for enabling execution of the print job so that the predetermined condition corresponds to the print job; and a control section to execute the print job stored in the storage section, wherein the control section executes the print job when the control section judges that the predetermined condition stored in the storage section is met.

Abstract: Disclosed is an image forming apparatus including: a sheet feeding tray to store a sheet; an image forming section to form an image on the sheet; a fusing section to fuse the image; a controlling section to perform cleaning of the fusing section when a sheet has been nipped in the fusing section at an occurrence of a jam by passing a sheet through the fusing section after the jam is relieved; an operating section to set an allowed condition of a sheet; and a memory section to store an allowed condition, wherein the controlling section determines whether the sheet feeding tray stores a sheet which satisfies the allowed condition, and when the sheet feeding tray stores the sheet which satisfies the allowed condition, selects the sheet feeding tray and controls the sheet feeding tray to feed the sheet and controls the fusing section to pass the sheet.

Abstract: A sound absorbing structure having excellent in sound absorbing performance, which is capable of achieving 0.4 or higher in the sound absorbing coefficient even in the case where a perforated panel is a thin plate such as aluminum foil within a range where a reduction in the weight of a vehicle body is not impaired and through holes have a large hole diameter in order to make the processing of providing a large number of through holes in the perforated panel.

Abstract: A double wall structure capable of suppressing an increase in a sound transmission amount with regard to sound with a specified frequency and stably exhibiting a sound insulation performance for sound with various frequencies is provided. A double wall structure 1 is assumed to be a door serving as a part of an automobile. The double wall structure 1 is provided with plate-like bodies 2 and 3 arranged in parallel and opposing to each other with leaving a predetermined distance. The plate-like bodies 2 and 3 are formed in a rectangular shape with one direction being slightly longer. Between the two plate-like bodies 2 and 3 opposing to each other is formed an internal chamber 4. Side plates 5 are provided so as to connect the plate-like bodies 2 and 3 to each other, and thereby the internal chamber 4 is almost closed.

Abstract: Disclosed is an image forming apparatus including: a sheet feeding tray to store a sheet; an image forming section to form an image on the sheet; a fusing section to fuse the image; a controlling section to perform cleaning of the fusing section when a sheet has been nipped in the fusing section at an occurrence of a jam by passing a sheet through the fusing section after the jam is relieved; an operating section to set an allowed condition of a sheet; and a memory section to store an allowed condition, wherein the controlling section determines whether the sheet feeding tray stores a sheet which satisfies the allowed condition, and when the sheet feeding tray stores the sheet which satisfies the allowed condition, selects the sheet feeding tray and controls the sheet feeding tray to feed the sheet and controls the fusing section to pass the sheet.

Abstract: A bookbinding apparatus, which is capable of being attached to an image forming apparatus, and bookbinding by adhering a cover sheet onto a spine of a sheet bundle formed by a plurality of sheets on each of which an image has been formed by the image forming apparatus, the bookbinding apparatus including: a coating section for coating adhesive onto the spine of the sheet bundle; a heater for heating the adhesive; a temperature detection section for detecting temperature of the adhesive; an input section for receiving input from a user; and a heater control section for controlling the heater based on a detection result of the temperature detection section based on the input from the input section so that temperature of the adhesive becomes a predetermined control temperature, and changing a control condition of the heater.

Abstract: Disclosed is an image forming apparatus in which a replacement component is set including the replacement component in which a storage medium storing adjustment necessity information indicating whether an adjustment procedure is needed or not after the replacement component is replaced and adjustment item information indicating an adjustment item is attached, an information reading unit to read the adjustment necessity information and the adjustment item information from the storage medium when the replacement component is set and a control unit to execute the adjustment procedure based on the adjustment necessity information and the adjustment item information read by the information reading unit when a power is turned on after the replacement component is replaced.

Abstract: A perforated soundproof structure is formed by oppositely arranging an external plate 1 and an internal plate 2 having a number of through-holes 2a. The board thickness, hole diameter and open area ratio of the internal plate 2 are set to satisfy design conditions to give rise to a viscous effect in the air passing through the through-holes 2a, and the design conditions are set so that the frequency bandwidth to attain an absorption coefficient of 0.3 or more is 10% or more of the resonance frequency.

Abstract: A perforated soundproof structure is formed by oppositely arranging an external plate 1 and an internal plate 2 having a number of through-holes 2a. The board thickness, hole diameter and open area ratio of the internal plate 2 are set to satisfy design conditions to give rise to a viscous effect in the air passing through the through-holes 2a, and the design conditions are set so that the frequency bandwidth to attain an absorption coefficient of 0.3 or more is 10% or more of the resonance frequency.

Abstract: In an image forming apparatus 1 capable of reserving a plurality of printing jobs, the suspended state retention time for retaining the suspended state is preset by the operation of an operation section 142. When a printing job during output operation has been suspended, a timing section 17 starts to measure the preset suspended state retention time. If the printing job having been suspended is not resumed even after the lapse of the suspended state retention time and there is a subsequent printable job, the order of the printing jobs is changed and the subsequent printing job is executed.

Abstract: It is an object of the present invention to obtain the configuration in which sound transmission can be decreased and sound insulation property can be enhanced in a double wall structure as an automobile part such as a door, a hood, and a truck lid. In a double wall structure in which an internal space 4 is formed between facing plate-like bodies 2 and 3 and the internal space 4 is closed, at least one sound absorbing material 6 which reduces an air particle speed is provided at a position where the air particle speed is maximum in the internal space 4 or near the position. As the sound absorption material 6, a porous body, a plate-like body, a foil-like body, and a film-like body (including the material having many through holes) can be adopted. The sound absorbing material 6 is in contact with at least one of excitation-side plate-like body and radiation-side plate-like body in the facing plate-like bodies 2 and 3.

Abstract: A double-wall structure (1), comprising plate-like bodies (2) and (3) disposed oppositely to each other to form an inner room (4) therebetween, peripheral members (5) disposed so that the inner room (4) can be completely or approximately closed, and perforated plates (13) with a large number of holes (8) disposed between the plate-like bodies facing each other. The double-wall structure is characterized in that an air layer (A) is interposed between the perforated plates and the peripheral members. Thus, since the double-wall structure can suppress the deterioration of a sound reduction index for sound with specific frequencies, it can stably develop sound insulation performance for sound with the various frequencies.

Abstract: A sound absorbing structure having excellent in sound absorbing performance, which is capable of achieving 0.4 or higher in the sound absorbing coefficient even in the case where a perforated panel is a thin plate such as aluminum foil within a range where a reduction in the weight of a vehicle body is not impaired and through holes have a large hole diameter in order to make the processing of providing a large number of through holes in the perforated panel.

Abstract: A porous sound absorbing structure 10 includes an exterior plate 1 and a closing plate 2 in order to suppress a decrease in sound absorbing performance in a wide frequency band. An interior plate 3 is arranged between the exterior plate 1 and the closing plate 2, and air layers 4 and 5 are located between the exterior plate 1 and the interior plate 3 and between the interior plate 3 and the closing plate 2 respectively. The exterior plate 1, the interior plate 3, and the closing plate 2 are arranged while opposed to each other. Many through holes 1a and 3a are made in the exterior plate 1 and the closing plate 2 respectively. In the interior plate 3, a plate thickness t2 and a diameter ?2 and an aperture ratio ?2 are set so as to generate an viscous effect in air passing through the through hole 3a. The aperture ratio ?1 of the through hole 1a in the exterior plate 1 is set more than 3% and not more than 50%.

Abstract: A sound absorbing structure utilizes the vibration of a plate-like body (1), and includes the plate-like body (1), a vibration damping member (2) provided on at least one surface of the plate-like body (1), and an installation portion (3) provided at an opposite side of the vibration damping member against the plate-like body (1).

Abstract: An image forming apparatus, comprising: an image trailing edge position determination device which determines an image data trailing edge position in a full bleed printing mode, an image data generating device which generates image data in which a position determined by the image trailing edge position determination device is an image data trailing edge, wherein a toner image is formed and outputted on the recording medium based on the image data generated by the image data generating device, in the full bleed printing mode.