Abstract: When an area desired to be displayed with high accuracy and an area desired to be inspected and measured with high accuracy in a measuring object are smaller than a photographing range, the entire area of a composite image is displayed and designation of an area is received, to thereby generate an image of the entire area in which composition processing of optimizing luminance of pixels included in this area is performed. Therefore, an input part is provided for receiving the setting of a designated area in image data, a composite luminance distribution is calculated based on the size of a standardized luminance distribution value in the designated area, and composite image data is generated.

Abstract: There is provided an image processing apparatus capable of properly setting a photographing condition in consideration of time allowable for each processing; the image processing apparatus capable of properly setting the photographing condition while referring to an actually generated composite image; the image processing apparatus capable of properly setting the photographing condition even by a user who has no background knowledge; and the image processing apparatus capable of determining whether or not image composition processing is properly executed even by the user who has no background knowledge. A setting mode screen displays a composite image based on generated output image data, together with “processing time”, being expected time required for generating one output image data. The composite image is updated every time the output image data is generated.

Abstract: This invention provides printer control apparatus and a print controlling method capable of executing printing efficiently. A print server conducts the steps of: acquiring various information of a printing job being executed and a printing job whose execution is reserved in the future; acquiring various information about a state of a printer; holding acquired various information; determining whether paper feed to the printer is necessary based on the held information; fixing the contents of paper feed and a timing of paper feed when it is determined that paper feed is necessary; and forming a procedure instruction showing a procedure of paper feed, and transmitting it to a work PC when a paper feed timing comes.

Abstract: To create a job flow having machine type dependence and commonly usable among different types of devices, a CPU of a client PC displays first task information relating to tasks usable in a first print processing device and creates a first task cooperative job flow executable in the first print processing device. Then, the CPU of the client PC creates definition information of the first task cooperative job flow based on an edit instruction entered using the first task information. Furthermore, the CPU of the client PC produces definition information of a second task cooperative job flow executable in a second task processing device based on the definition information of the created first cooperative job flow as well as based on second task information relating to tasks usable in the second print processing device.

Abstract: Embodiments of the invention relate to a form management system that generates a form ID of the form to be created, on the basis of a form data ID, which is generated based on a template ID generated from a form template and form data to be overlaid thereon. In addition, the form management system may be capable of identifying and managing the form template and the form data for the generated form.

Abstract: An object is to reduce a document generating time period of a form or the like, and to generate an appropriate document having correct calculation results even if it is necessary to calculate the aggregate of calculation target data extending over a plurality of pages. To achieve the object, the information processing apparatus is a system for generating a form by filling a plurality of insertion data into a template, which has a requesting unit configured to request one or more other apparatuses to execute processing of filling part of the plurality of insertion data into the template, wherein the requesting unit decides, according to the difference between two consecutive insertion data in the plurality of insertion data, the part of the insertion data the one or more other apparatuses are requested to fill into the template.

Abstract: A magnetic resonance diagnostic apparatus, for receiving a magnetic resonance signal occurred in a subject, includes a plurality of high frequency loop coils arranged so that a part of their inner loop surface overlaps each other in a predetermined direction, and a first electric circuit arranged to overlap the inner loop surface of the plurality of high frequency loop coils in the predetermined direction, at a location where the inner loop surface of the plurality of high frequency loop coils overlaps each other, and including a preamplifier to amplify each of the magnetic resonance signals received by each of the plurality of loop coils.

Abstract: A stapler includes a binding table, a clinch member disposed on the binding table, a staple striking unit disposed above the binding table, and a movable stage disposed so as to be slidable with respect to the binding table. The movable stage is formed with an engaging portion, and the engaging portion positions an end portion of sheets placed on the movable stage. The sheets are inserted and bound bete the clinch member and the staple striking unit.

Abstract: An MRI apparatus includes a flexible upper RF coil unit having a plurality of coils which irradiate RF pulses or detect MR signals to or from an object, and a supporting unit configured to rotatably hold the RF coil unit at an upper end portion of the supporting unit, the coil unit supporting unit having a prescribed height so that the RF coil unit is placed at a position closely apart from the object. A lower portion of the supporting unit can be inserted in a guiding groove provided on an edge portion of the top plate. An upper portion of the supporting unit includes a rotatable joint member configured to rotatably hold one edge of the upper RF coil unit and a supporting arm extended from the rotatable joint member so as to support a lower surface of an edge portion of the upper RF coil.

Abstract: In the invention, there is disclosed a print control device for overlaying, for example, a form being a fixed element of a form sheet with data to be embedded in the form and sending resulting data to a printing device to print the form sheet, including: overlay means for generating data obtained by overlaying a form corresponding to a selected form sheet with the data to be embedded in the form; transfer means for transferring environment information of the print control device, which affects output contents of the form sheet, to an external processing device; acquisition means for acquiring setting information sent back from the external processing device based on the environment information transferred by the transfer means and used at a time of printing; and sending means for sending the overlaid data so that an output operation is performed by use of the setting information acquired by the acquisition means.

Abstract: The test body is placed on the top board. The support section has a support post, a hinge section and a receiving member. The hinge section is linked to the edge of the shorter direction of said top board at one edge of the support post and performs a hinge movement in said shorter direction. The receiving member holds said test body and supports RF coils, when it is positioned on the other edge of the support post and said support post is caused to stand up by the hinge movement. The support section is positioned on both edges of said shorter direction of said top board.

Abstract: In the invention, there is disclosed a print control device for overlaying, for example, a form being a fixed element of a form sheet with data to be embedded in the form and sending resulting data to a printing device to print the form sheet, including: overlay means for generating data obtained by overlaying a form corresponding to a selected form sheet with the data to be embedded in the form; transfer means for transferring environment information of the print control device, which affects output contents of the form sheet, to an external processing device; acquisition means for acquiring setting information sent back from the external processing device based on the environment information transferred by the transfer means and used at a time of printing; and sending means for sending the overlaid data so that an output operation is performed by use of the setting information acquired by the acquisition means.

Abstract: In the case of editing document data having a plurality of fields, by allowing the user to identify the field whose degree of relation to the selected field is large, operability of the editing operation of the document data is improved. A selection field detecting unit detects one of the plurality of fields according to the operation of the user. An automatic level allocating process executing unit decides the relation degrees between the detected selection field and the plurality of other fields. A field enlarging/contracting unit and a display screen control unit switch display control regarding the plurality of other fields based on the relation degrees.

Abstract: An MRI apparatus includes a flexible upper RF coil unit having a plurality of coils which irradiate RF pulses or detect MR signals to or from an object, and a supporting unit configured to rotatably hold the RF coil unit at an upper end portion of the supporting unit, the coil unit supporting unit having a prescribed height so that the RF coil unit is placed at a position closely apart from the object. A lower portion of the supporting unit can be inserted in a guiding groove provided on an edge portion of the top plate. An upper portion of the supporting unit includes a rotatable joint member configured to rotatably hold one edge of the upper RF coil unit and a supporting arm extended from the rotatable joint member so as to support a lower surface of an edge portion of the upper RF coil.

Abstract: A color image configured by a plurality of pixels is displayed on an image display region, and an arbitrary region of the image displayed in the image display region is specified using a mouse and the like. A two-dimensional specific color map based on hue parameter and chroma parameter and a one-dimensional specific color map based on value parameter are displayed in a specific color map region. The color parameters of each pixel included in the specified region are acquired, and the corresponding position of each pixel included in the specified region is displayed in the specific color map based on the acquired color parameters. The specific range of the specific color is set by adjusting the range of hue, chroma, and value parameters in the specific color map, and the image having the color included in the specific range is extraction-processed according to an instruction.

Abstract: A semiconductor device including: a semiconductor element 1, a heat conductor 91 opposed to the main surface of the semiconductor element 1, and a sealing resin 6 for sealing at least a part of the semiconductor element 1 and a part of the heat conductor 91, the heat conductor 91 having a surface partially exposed from the sealing resin 6 to the outside, the surface being opposite to the other surface facing the main surface of the semiconductor element 1, wherein the semiconductor device further includes an opening 11 penetrating in the thickness direction on a part of the surface including an exposed part of the heat conductor 91. Since resin can be injected from the opening 11 facing the main surface of the semiconductor element 1, the quality can be stabilized.

Abstract: A magnetic resonance diagnostic apparatus, for receiving a magnetic resonance signal occurred in a subject, includes a plurality of high frequency loop coils arranged so that a part of their inner loop surface overlaps each other in a predetermined direction, and a first electric circuit arranged to overlap the inner loop surface of the plurality of high frequency loop coils in the predetermined direction, at a location where the inner loop surface of the plurality of high frequency loop coils overlaps each other, and including a preamplifier to amplify each of the magnetic resonance signals received by each of the plurality of loop coils.

Abstract: Provided are a bed device and an MRI apparatus which can easily move a top board by one mechanism. The bed device and the MRI apparatus include a top board on which an object is disposed, a middle frame that is disposed on the lower side of the top board and supports the top board, a bed supporting part that is disposed on the lower side of the middle frame and supports the middle frame, and a horizontal movement mechanism that horizontally move the top board and the middle frame. Furthermore, the horizontal movement mechanism moves the top board and the middle frame in a longitudinal direction and moves the only top board in a width direction.

Abstract: There are provided an image processing method and an image processor for detecting an object to be detected in a simple and accurate manner without detailed adjustment of illumination. Light sources provided in four directions around a camera are sequentially lighted, and a camera is driven every time the one of the light sources is lighted to generate four images of a work. Further, a normal vector of a group of pixels having the same coordinate among the generated images is calculated by use of brightness of each pixel that belongs to the group and a previously obtained illumination direction vector corresponding to each of the light sources. Moreover, the normal vector of each pixel is converted into one-dimensional information showing a relation of the vector with respect to a space coordinate system, and after generation of an image representing the calculation result, a prescribed characteristic extracting process is executed.