Abstract: There is provided an ion implanter including a beamline unit that transports an ion beam, an implantation processing chamber in which an implantation process of irradiating a wafer with an ion beam is performed, an illumination device that performs irradiation with illumination light in a direction intersecting with a transport direction of the ion beam in at least one of the beamline unit and the implantation processing chamber, an imaging device that generates a captured image captured by imaging a space through which the illumination light passes, and a control device that detects a particle which scatters the illumination light, based on the captured image.

Abstract: There is provided an ion implanter including a beamline unit that transports an ion beam, an implantation processing chamber in which an implantation process of irradiating a wafer with an ion beam is performed, an illumination device that performs irradiation with illumination light in a direction intersecting with a transport direction of the ion beam in at least one of the beamline unit and the implantation processing chamber, an imaging device that generates a captured image captured by imaging a space through which the illumination light passes, and a control device that detects a particle which scatters the illumination light, based on the captured image.

Abstract: There is provided a display control apparatus including a predicted-image generation unit configured to generate a predicted image of an imaging result based on a shutter speed, and a display control unit configured to update display of the predicted image in an update cycle corresponding to the shutter speed.

Abstract: A resonator element includes a substrate having first and second regions. A first region has a vibration region that vibrates with a thickness shear vibration. The first region has first and second surfaces opposite to each other. The second region is integrated with a peripheral area of the first region. The second region has a thickness larger than a thickness of the first region. A first excitation electrode is disposed on the first surface and has a shape obtained by cutting out four corners of an imaginary quadrangle. A second excitation electrode is disposed on the second surface. A ratio (S2/S1) between an area S1 of the imaginary quadrangle and an area S2 of the first excitation electrode fulfills 87.7%?(S2/S1)<95.0%.

Abstract: A resonator element includes a substrate vibrating in a thickness-shear vibration mode, a first excitation electrode disposed on one principal surface of the substrate, and has a shape obtained by cutting out four corners of a quadrangle, and a second excitation electrode disposed on the other principal surface of the substrate, and a ratio (S2/S1) between the area S1 of the quadrangle and the area S2 of the first excitation electrode fulfills 87.7%?(S2/S1)<95.0%.

Abstract: There is provided a display control apparatus including a predicted-image generation unit configured to generate a predicted image of an imaging result based on a shutter speed, and a display control unit configured to update display of the predicted image in an update cycle corresponding to the shutter speed.

Abstract: A resonator element includes a substrate vibrating in a thickness-shear vibration mode, a first excitation electrode disposed on one principal surface of the substrate, and has a shape obtained by cutting out four corners of a quadrangle, and a second excitation electrode disposed on the other principal surface of the substrate, and a ratio (S2/S1) between the area S1 of the quadrangle and the area S2 of the first excitation electrode fulfills 87.7%?(S2/S1)<95.0%.

Abstract: An information management apparatus for managing mutual exchange of information performed by a plurality of information processing apparatuses via a network, including a receiving means for receiving a request for registration from the information processing apparatus connected to the network, as a representative apparatus; a determination means for determining presence or absence of the registration of the representative apparatus; a registration means for registering the information processing apparatus for which the request for the registration has been received, as the representative apparatus, when it is determined that the representative apparatus is not registered; and a rejecting means for rejecting the registration of the information processing apparatus for which the request for the registration has been received, as the representative apparatus, when it is determined that the representative apparatus is registered.

Abstract: An information processing apparatus including a display control unit that controls a display to display a plurality of objects, and an input target recognition unit that iteratively calculates an input target on the display based on a plurality of positions corresponding to an input received from a start position of the input to a current position of the input.

Abstract: An imaging apparatus includes: a captured image data generation unit generating captured image data by capturing a subject; a positional information acquisition unit acquiring positional information indicating a position at which the captured image data are generated; an area determination unit determining whether the position indicated by the acquired positional information is included in a positional information conversion area for converting the acquired positional information; a positional information conversion unit, when the area determination unit determines that the position indicated by the acquired positional information is included in the positional information conversion area, converting the acquired positional information into positional information indicating a position different from the position indicated by the acquired positional information; and a record control unit, when recording the generated captured image data, carrying out control to record the generated captured image data in associ

Abstract: In an information communication system, information communication devices exchange an IP packet over IP networks. When performing a predetermined packet exchanging procedure in which the number of router hops is limited to a predetermined control value or less, each of the information communication devices monitors Time-To-Live values designated in the headers of IP packets received over a period of time from the start of the predetermined packet exchanging procedure to immediately before the end of the predetermined packet exchanging procedure to continuously update the maximum Time-To-Live value of the monitored Time-To-Live values, and checks whether the maximum Time-To-Live value does not exceed the control value.

Abstract: An information processing apparatus for processing encrypted data input as a byte stream with dynamically changing decryption keys includes the following elements. An encrypted data receiving section receives encrypted data input as a byte stream, identifies a range of data that is decrypted using an identical key as a unit of decryption, extracts information necessary for decryption from the byte stream, and outputs encrypted data sets in which the extracted information is added to segments of the encrypted data. An encrypted data decrypting section sequentially decrypts the encrypted data by queuing the encrypted data sets while distributing the encrypted data sets to generate plaintext data. A plaintext processing section processes the generated plaintext data.

Abstract: [Problem] In a SAW device using a SH-wave type surface acoustic wave, obtain a means to improve the Q factor. [Means to Solve the Problem] A surface acoustic wave (SAW) device includes a rotated Y-cut quartz crystal substrate where a cut angle “?” is set in ?64.0°<?<?49.3° with a crystalline Z-axis, an interdigital transducer (IDT) electrode formed on the quartz crystal substrate along a perpendicular direction to a crystalline Z-axis (a Z?-axis direction) of the quartz crystal substrate and grating reflectors disposed at both sides of the IDT, wherein a normalized electrode film thickness “H/?” which is a film thickness “H” of the IDT electrode normalized by an electrode period “?” of the IDT electrode is 0.04?H/??0.12, and a normalized crossing width “W/?” which is a crossing width “W” of the IDT electrode normalized by the electrode period “?” is set in the range of 20?W/??50.

Abstract: [Problem] In a SAW device using a quartz crystal substrate, prevent the deterioration of Q factor due to the difference in the peak frequency between the radiation conductance of an IDT and the reflection coefficient of a reflector. [Means to Solve the Problem] A surface acoustic wave (SAW) device includes a piezoelectric substrate made of a quartz crystal flat plate where a cut angle of a rotated Y-cut quartz substrate is set in ?64.0°<?<?49.3° with a crystalline Z axis and a propagation direction of the surface acoustic wave is set at 90°±5° with a crystalline X axis, an interdigital transducer (IDT) formed on the piezoelectric substrate and reflectors disposed at both sides of the IDT, wherein an exciting wave is SH wave, an electrode film thickness “H/?” normalized by a wavelength of the IDT is 0.05?H/??0.07 where “?” is a wavelength of the exciting SAW, and a ratio of an electrode pitch between the IDT and the reflector “Lt/Lr” is set to satisfy the following formula: 31.50×(H/?)2?4.

Abstract: An imaging apparatus includes: a captured image data generation unit generating captured image data by capturing a subject; a positional information acquisition unit acquiring positional information indicating a position at which the captured image data are generated; an area determination unit determining whether the position indicated by the acquired positional information is included in a positional information conversion area for converting the acquired positional information; a positional information conversion unit, when the area determination unit determines that the position indicated by the acquired positional information is included in the positional information conversion area, converting the acquired positional information into positional information indicating a position different from the position indicated by the acquired positional information; and a record control unit, when recording the generated captured image data, carrying out control to record the generated captured image data in associ

Abstract: The present invention provides a content transfer system for transferring content from a content transmitting apparatus to a content receiving apparatus through a network in consideration of content protection. The system comprises an authentication process executing means which executes an authentication process between the content transmitting apparatus and the content receiving apparatus to share authentication information therebetween, and a content transfer process executing means which encrypts content to be transferred in response to a content request from the content receiving apparatus to transfer the encrypted content from the content transmitting apparatus to the content receiving apparatus. A transfer process of the encrypted content is started on confirmation that the content request contains a keyword indicating that the content receiving apparatus has been authenticated.

Abstract: An object of the invention is to provide a SAW device where a device size is made smaller than that of a conventional structure, has a high Q value, and is excellent in a frequency temperature characteristic in a SAW device using a quartz substrate. Therefore, IDTs 2 including pluralities of electrode fingers mutually inserted and grating reflectors 3a and 3b positioned on both sides of the IDTs 2 are disposed on a piezoelectric substrate 1. The piezoelectric substrate 1 is a quartz flat plate where a cut angle ? of a rotation Y cut quartz substrate is set to satisfy a range of ?64.0°<?<?49.3° in a counterclockwise direction from a crystal Z-axis and a propagation direction of a surface acoustic wave is set to 90°±5° to a crystal X-axis, and a surface acoustic wave to be excited is an SH wave.

Abstract: [Problem] In a SAW device using a SH-wave type surface acoustic wave, obtain a means to improve the Q factor. [Means to Solve the Problem] A surface acoustic wave (SAW) device includes a rotated Y-cut quartz crystal substrate where a cut angle “?” is set in ?64.0°<?<?49.3° with a crystalline Z-axis, an interdigital transducer (IDT) electrode formed on the quartz crystal substrate along a perpendicular direction to a crystalline Z-axis (a Z?-axis direction) of the quartz crystal substrate and grating reflectors disposed at both sides of the IDT, wherein a normalized electrode film thickness “H/?” which is a film thickness “H” of the IDT electrode normalized by an electrode period “?” of the IDT electrode is 0.04?H/??0.12, and a normalized crossing width “W/?” which is a crossing width “W” of the IDT electrode normalized by the electrode period “?” is set in the range of 20?W/??50.

Abstract: [Problem] In a SAW device using a quartz crystal substrate, prevent the deterioration of Q factor due to the difference in the peak frequency between the radiation conductance of an IDT and the reflection coefficient of a reflector. [Means to Solve the Problem] A surface acoustic wave (SAW) device includes a piezoelectric substrate made of a quartz crystal flat plate where a cut angle of a rotated Y-cut quartz substrate is set in ?64.0°<?<?49.3° with a crystalline Z axis and a propagation direction of the surface acoustic wave is set at 90°±5° with a crystalline X axis, an interdigital transducer (IDT) formed on the piezoelectric substrate and reflectors disposed at both sides of the IDT, wherein an exciting wave is SH wave, an electrode film thickness “H/?” normalized by a wavelength of the IDT is 0.05?H/??0.07 where “?” is a wavelength of the exciting SAW, and a ratio of an electrode pitch between the IDT and the reflector “Lt/Lr” is set to satisfy the following formula: 31.50×(H/?)2?4.435×(H/?)+1.

Abstract: A surface acoustic wave device has a piezoelectric substrate and an IDT formed on the piezoelectric substrate, and uses an excited wave as an SH wave. The piezoelectric substrate is a quartz plate in which a cut angle ? of a rotated Y-cut quartz substrate is set in the range of ?65°????51° in a counter-clockwise direction from a crystal Z-axis and the propagation direction of a surface acoustic wave is set in the range (90°±5°) with respect to a crystal X-axis. The IDT is made of Ta or an alloyed metal containing Ta as the main component.