Abstract:
A B S T R A C T An antenna device (20) includes an antenna (21) for receiving a time information radio wave, and an antenna support member (22). In the antenna, a coil (21b) is wound around a center portion (a1) of a core (21a). In the support member, a non-magnetic portion (22a) supports two magnetic portions (22b) independently and both end portions (a2) of the core of the antenna are magnetically coupled with the magnetic portions. A radio wave controlled timepiece (100) includes a case (2) in an inner space of which the antenna and the support member are installed as described above. In the inner space, a time counting unit, a time display unit connected to the time counting unit, and a time updating unit configured to update the time displayed on the display unit, based on the time information radio wave received by the antenna, are installed.
Abstract translation:A B S T R A C T天线装置(20)包括用于接收时间信息无线电波的天线(21)和天线支撑构件(22)。 在天线中,线圈(21b)缠绕在芯部(21a)的中心部分(a1)周围。 在支撑构件中,非磁性部分22a独立地支撑两个磁性部分22b,并且天线的芯的两个端部部分(a2)与磁性部分磁耦合。 无线电波可控钟表(100)包括如上所述安装天线和支撑构件的内部空间中的壳体(2)。 在内部空间中,时间计数单元,连接到时间计数单元的时间显示单元和被配置为基于由天线接收的时间信息无线电波来更新显示在显示单元上的时间的时间更新单元 安装。
Abstract:
A liquid crystal display apparatus includes a first substrate provided with an alignment film on one surface thereof, and a second substrate provided with an alignment film on one surface thereof. The first and second substrates are arranged to oppose each other with the alignment films inside the opposed first and second substrates. Spacers (15) are interposed between the first and second substrates, and pixels are arranged in a matrix in the display apparatus. The spacers (15) are arranged such that, along a direction of rubbing treatment for the alignment film of the second substrate, not more than one spacer (15) is provided per pixel, at least one spacer (15) is present per three consecutive pixels, and no three consecutive pixels all have a respective spacer (15) corresponding thereto.
Abstract:
A CPU (11) searches example sentences including search characters inputted by user operations from at least one of a plurality of dictionary databases stored in a dictionary data memory (12b) to be list-displayed on a display unit (17) in accordance with a dictionary control program (12a), and further searches vocabulary entries corresponding to the search characters from one of the plurality of dictionary databases, and displays explanatory information on the vocabulary entry on the display unit (17) in accordance with an operation of selecting a vocabulary entry by a user. When an additional search key of an input unit (16) is operated by the user, if a current display is the list display of the respective example sentences, a user input for refining example sentences is received, and example sentences are refined in accordance therewith, and further, if a current display is the display of the explanatory information on the vocabulary entry, a display screen of the display unit is split into two, and search of the explanatory information is carried out on one split screen.
Abstract:
When a user instructs photographing by operating an operating unit (302), an image captured by an image sensor (102) is stored as a photographed image in a memory (201). When a mode for performing color fading correction is set, the CPU (204) instructs an image processing device (203) to extract, from the photographed image, an area which is supposed to bring about color fading. The image processing device (203) generates a binary image by detecting edges of the area.
Abstract:
A projector of the invention is a projector including a light source unit (63), a light source side optical system (61), a display device 51 for producing a projected image to be projected, a projection side optical system (62) for projecting the projected image produced by the display device (51), a blower (110) acting as a cooling fan for cooling the light source unit (63), an exhaust air temperature reducing unit (114) for reducing the temperature of highly heated air which results from the cooling of the light source unit (63) by the cooling fan, and exhaust vents for expelling exhaust air from the exhaust air temperature reducing unit (114) to the outside, where in the exhaust air temperature reducing unit (114) is made up of a heat pipe (115) and fins (116).
Abstract:
A light source unit is provided for securing light quantity and reducing in size, which comprises a light source(9) made up of a reflector(13) comprising a lamp accommodating opening and a light exiting opening a lamp(14) comprising, in turn, a bulb for emitting light and electrode introducing portions which guide electrodes into the bulb, wherein the bulb is disposed such that the position of a focal point of radiated light which is radiated from the bulb and reflected by the reflector when the lamp(14) is inserted into the reflector is situated at neither of the electrode introducing portions, an anomalous lens(10) which is disposed to collect light emitted from the light source to be situated on an optical axis of the light emitted from the light source, a reflecting mirror(11) for reflecting light which has exited from the anomalous lens, and a lens(12) for collecting light from the reflecting mirror.
Abstract:
A timepiece apparatus is provided in which a bottom cover (6) is attached to a lower end of a case (1). The bottom cover supports and positions a timepiece module (4) within the case (1) via a support (5). A thin magnetic member (12) of a proper size is positioned at the support (5) so as to face toward an antenna (8) built in the timepiece module (4).
Abstract:
An image display module include a flat panel display, a sound source element disposed on a rear surface side opposite to a display observation side of the panel display, and a sound leading path through which a sound wave generated from the sound source element is led to the display observation side.
Abstract:
A vaporizing device (1) which can vaporize fuel stably includes: a liquid absorbing member (2) to allow liquid to move from one end portion to the other end portion of the liquid absorbing member under influence of a capillary- action; and a heater (11) to heat a side of the other end portion of the liquid absorbing member to vaporize the liquid.
Abstract:
An image display module include a flat panel display, a sound source element disposed on a rear surface side opposite to a display observation side of the panel display, and a sound leading path through which a sound wave generated from the sound source element is led to the display observation side.