Examples with "a first flat surface" and their translation in Japans
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The aforementioned rotation device is equipped with a rotation member having a large diameter portion and a small diameter portion; a holding member which rotatably holds the aforementioned small diameter portion; a cam member which is mounted on the aforementioned small diameter portion and generates clicks; a spring member which has edge portions and applies force to the aforementioned cam member in the direction of the aforementioned large diameter portion; a snap ring which has an opening and passes partially through the aforementioned small diameter portion, with the aforementioned opening deformed in such a way as to expand, and which is mounted on the aforementioned small diameter portion; and a flat member which is located between the aforementioned spring member and the aforementioned snap ring and which has a first flat surface on the front side and a second flat surface on the back side.
A first flat surface (5A) formed on a main body case (4) for the camera body (1) and a second flat surface (8A) formed on a lens part case (6) for the lens part (2) are brought into contact with each other in order to set the angle of the lens part (2) with respect to the camera body part (1).
The diffusion sheet (31) is provided with a first flat surface, which faces the surface light source, and a lens surface, which is on the side opposite to the first flat surface with a plurality of protruding sections formed thereon.
This probe unit is provided with a substantially flat board-like probe (20) that has: a first contact section, which has a side surface that is bent in an arc, and which has the side surface in contact with one substrate; a second contact section, which has a side surface that is bent in an arc, and which has the side surface in contact with the other substrate; a connecting section, which connects the first contact section and the second contact section with each other; and an elastic section, which is positioned between a first flat surface in contact with the first connecting section by extending from the connecting section, and a second flat surface in contact with the second contact section by being parallel to the first flat surface, and which is elastically deformed due to a load applied to the first contact section and the second contact section.
A memory array (102) is provided with a plurality of first electrode wirings (WL) formed parallel to each other within a first flat surface; a plurality of second electrode wirings (BL) which are formed within a second flat surface, which is parallel to the first flat surface so as to be parallel to each other and to cross the first electrode wirings with an overpass or underpass; and a nonvolatile storage element (11) having a variable resistance layer, which is arranged corresponding to the solid crossing points of the first electrode wirings and the second electrode wirings and has a resistance value reversely change corresponding to a current pulse supplied between the corresponding first electrode wiring and the corresponding second electrode wiring.
The present invention is a laser light source device having: a silicon substrate having a first flat surface and a second flat surface which is formed at a position lower than the first flat surface by a level difference in the thickness direction; a first junction having a microbump structure comprising Au formed on the first flat surface; a second junction having a microbump structure comprising Au formed on the second flat surface; a first optical element and a second optical element for emitting laser light, which are joined to the first junction by a surface activation technique; a reflective member for reflecting the laser light from the first optical element toward a multiplexer, the reflective member being joined to the second junction by the abovementioned technique; and a multiplexer for directly receiving the laser light from the second optical element and multiplexing the laser light from the first optical element and the laser light from the second optical element, the multiplexer being joined to the second junction by the abovementioned technique; a configuration being adopted whereby the distance between the first optical element and the reflective member is different from the distance between the second optical element and the multiplexer, and the length of the optical path from the first optical element to the multiplexer is equal to the length of the optical path from the second optical element to the multiplexer.
With respect to a first flat surface (S1) including a center axis (1a) of a screw rotor (1), a second flat surface (S2) orthogonally intersecting with the screw rotor center axis (1a), and a third flat surface orthogonally intersecting with the first flat surface (S1) and the second flat surface (S2), the gate rotor center axis (2a) passes a cross point (P) of the first flat surface (S1), the second flat surface (S2) and the third flat surface, and is tilted to the same side as a groove section (10) of the screw rotor (1) from the second flat surface (S2) when viewed from a direction orthogonally intersecting with the third flat surface.
An imaging apparatus provided with an imaging element (16) having a first pixel group and a second pixel group for the photoelectric conversion of light fluxes having traversed different regions of a single imaging lens (12) is further provided with: an imaging control unit (68) that, when capturing an image in SN Mode (a first flat-surface imaging mode), exposes the first pixel group and second pixel group of the imaging device (16) for the same exposure period and conducts pixel addition, and, when capturing an image in DR Mode (a second flat-surface imaging mode), exposes the first pixel group and second pixel group of the imaging device (16) for different exposure periods and conducts pixel addition; a diaphragm (14) disposed in the optical path traversed by the light bundles entering the imaging device (16); and a diaphragm control unit (70) for increasing the diaphragm value of the diaphragm (14) when capturing an image in DR Mode than when capturing an image in SN Mode.
Surface straightness controls the form of lines anywhere on the surface, and there are two types of applications: The first is a flat surface, such as the surface of a cube.
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