Abstract: The purpose of the present invention is to provide a head-up display device that enables a reduction in size. A head-up display device according to the present invention comprises: a display unit that emits display light; a first mirror that reflects the display light from the display unit; a second mirror that reflects the display light reflected by the first mirror; and a mirror driving unit that rotates the first mirror about a rotation axis.

Abstract: Provided is a head-up display having excellent handling properties. This head-up display is provided with a display panel, a substrate including a light source which illuminates the display panel from a rear surface thereof, a heat sink which dissipates heat transferred from the substrate, and a case which accommodates the heat sink. The case includes an opening exposing at least a portion of the heat sink, and a protecting wall which has a larger amount of protrusion than the amount of protrusion of the heat sink protruding from the opening, and which protects the heat sink protruding from the opening.

Abstract: A liquid crystal display device is provided with: a liquid crystal display panel; a hot mirror (transmissive panel) that is located ahead of the liquid crystal display panel and transmits light; packing that supports the periphery of the hot mirror; and a frame body that holds and secures the liquid crystal display panel and the packing. The frame body comprises a holder (first frame body) and a cover (second frame body) that are engaged and connected, a support portion penetrating the packing and located ahead of the liquid crystal display panel is provided in the holder, an elastic support portion facing the support portion and located behind the liquid display panel is provided in the cover, and the liquid crystal display panel is held and secured without being in contact with the packing while being sandwiched between the support portion and the elastic support portion.

Abstract: Provided is a head-up display having excellent handling properties. This head-up display is provided with a display panel, a substrate including a light source which illuminates the display panel from a rear surface thereof, a heat sink which dissipates heat transferred from the substrate, and a case which accommodates the heat sink. The case includes an opening exposing at least a portion of the heat sink, and a protecting wall which has a larger amount of protrusion than the amount of protrusion of the heat sink protruding from the opening, and which protects the heat sink protruding from the opening.

Abstract: After anonymization of individual information such as clinical data, only the owner of a specimen data or the owner of a browsing right can identify data stored or related to it after the anonymization. Therefore, in an unlinkable anonymizing method, a uni-directional function such as a hash value calculation is applied to a combination data of related information such as an individual identifiable ID number or data, ID information and a key symbol in case of the anonymization, or a relational data such as a specimen number from only which an individual cannot be identified. A correspondence table of the anonymization number and the individual information is deleted. An estimation of an original individual or a specimen number from the anonymization number is prevented by use of uni-directional function. The access to the data after the anonymization is limited only to the owner who knows anonymization key data or the mandatory of the information.

Abstract: An imaging apparatus in which an imaging head having an observation hole for intaking images of an object to be observed formed at a top end is exchangeably mounted to a main body having an imaging device and an illumination light source wherein the imaging head is provided with a plurality of optical fibers for guiding a light from the illumination light source and illuminating the same to the object, light incident ends of respective optical fibers are disposed at positions opposing to emission ends of the illumination light source, and the light emission ends are circularly disposed around the image pick-up optical axis, whereby an appropriate illumination light in accordance with a magnifying ratio can be illuminated without disposing an illumination light source such as of LEDs to an imaging head such as an exchangeable lens unit.

Abstract: An illumination apparatus to be used, for example, for an endoscope capable of controlling an illumination light irradiated from a light source to an object by way of a light guide inserted through a probe without enlarging the size of the apparatus, the apparatus having a fixed diaphragm for outputting under restriction a bundle of optical beams diffusively irradiated from the light source at a predetermined angle, and a light control mechanism that increases or decreases the amount of a light passing through the fixed diaphragm by approaching or receding the light source to and from the fixed diaphragm.

Abstract: A transaction program 120 supplies a container 100 with data 1001 containing transaction identifying information. The container 100 holds an attribute value indicating a component control method corresponding to the transaction identifying information. A transaction determining section 101, an individual process decision section 102 and an attribute value acquisition section 103 are used for acquiring an attribute value corresponding to the transaction. The container 100 carries out a process in accordance with the acquired attribute value.

Abstract: An illumination system previously determined for an illumination direction and an illumination position to an object to be observed is disposed to an imaging head, while a lens 4 is disposed to an apparatus body, so that the number of parts for the imaging head mounted to an apparatus body can be reduced, precision fabrication such as alignment of lens optical axis is no more necessary upon manufacture of the imaging head and optimum illumination can be illuminated in accordance with the magnification ratio or the object to be observed by merely exchanging the imaging head, illumination light optimal to the magnification ratio or object to be observed can be obtained with no provision of various kinds of expositive lens units.

Abstract: An imaging apparatus in which an imaging head having an observation hole for intaking images of an object to be observed formed at a top end is exchangeably mounted to a main body having an imaging device and an illumination light source wherein the imaging head is provided with a plurality of optical fibers for guiding a light from the illumination light source and illuminating the same to the object, light incident ends of respective optical fibers are disposed at positions opposing to emission ends of the illumination light source, and the light emission ends are circularly disposed around the image pick-up optical axis, whereby an appropriate illumination light in accordance with a magnifying ratio can be illuminated without disposing an illumination light source such as of LEDs to an imaging head such as an exchangeable lens unit.

Abstract: In order to realize accurate analysis with a fluorescent X-ray analyzer characterized by being non-destructive and non-contacting, in a short period of time, there is provided a common X-ray generating source, a collimator for focusing primary X-rays, and, as an energy dispersion type X-ray detection system for analyzing fluorescent X-rays as a means of elemental analysis, an energy dispersion type detector where a sensor with a low count rate but having superior energy resolution and a sensor with poor energy resolution but having a superior count rate are juxtaposed.

Abstract: To achieve elemental analysis and structural analysis with an X-ray apparatus employing X-rays characterized by being non-destructive and non-contacting.

Abstract: In order to realize accurate analysis with a fluorescent X-ray analyzer characterized by being non-destructive and non-contacting, in a short period of time, there is provided a common X-ray generating source, a collimator for focusing primary X-rays, and, as an energy dispersion type X-ray detection system for analyzing fluorescent X-rays as a means of elemental analysis, an energy dispersion type detector where a sensor with a low count rate but having superior energy resolution and a sensor with poor energy resolution but having a superior count rate are juxtaposed.

Abstract: There is provided a structure wherein a detector for measuring the fluorescent X-rays is made into a thin and hollow cylindrical type configuration and this detector is fitted onto the vicinity of an end on the sample side of the X-ray capillary tube for decreasing primary X-rays to a thin flux.

Abstract: The present invention relates to a bending press having an upper and a lower tool disposed on a frame, together with a hydraulic ram for bringing the upper and lower tools together. The upper tool comprises a fixed punch of an arcuate shape, and has a plurality of detachable punches that are detachably mounted on the fixed punch for changing the external shape of the punch.

Abstract: Apparatus for dehumidification of compressed air, comprising means for forming compressed air into fine bubbles by a nozzle plate and large quantity of long cutting scrap arranged above said plate and on a coiled heat exchange pipe within a cooling tank, thus said bubbles are cooled into dewdrops and the mist in the air is drained by a means to be changed into dehumidified air, which is then taken out and subjected to heat exchange through a heat exchanger arranged outside of the cooling tank, resulting in the air having low humidity.