Abstract:
Video information, which is photographed with using a GPS built-in video camera, is inputted into a video information server. A video information correspondence table is produced, which associated photographing time of the video information inputted, data address of the video information photographed, and photographing position, and is memorized. According to a request from a display apparatus, the memorized video information correspondence table is searched, and thereby obtaining the video information having the information of time and position designated.
Abstract:
A digital content reproducing apparatus is provided with a plurality of user operation interfaces, e.g., a linear content operation panel and an interactive content operation panel, a data monitor unit monitors information on digital contents, and upon occurrence of a change, the plurality of user operation panels are automatically and exclusively displayed in an operation panel display area. Accordingly, only usable operation keys can be displayed, user operation learning time can be shortened, since the panel rendering area is made small, a mouse motion distance can be shortened, and easy to use can be improved. Further, since the panel rendering area is made small, the image display area can be made relatively large.
Abstract:
A board 1 according to the present invention includes a board main body 3; electronic parts 5 electrically connected to and mounted on the board main body 3; and an under-fill material 19 with which a part between the board main body 3 and a surface of the electronic parts 5 electrically connected to the board main body is filled. A hole 21 passing through a layer 19a of the under-fill material that flows outside from a connecting area of the electronic parts 5 and the board main body 3 is provided for electrically connecting other parts to the board main body.
Abstract:
A video recorder for recording a program video in a built-in HDD (hard disk drive) or the like on the basis of EPG data is easily put in a reserve-recording mode. To this end, reserve-recording candidate data is generated from the EPG data with use of recorded program information to facilitate selection of the reserve-recording mode. In a method for reserve-recording a broadcast program, similar program information is extracted from the EPG data on the basis of recorded title data held as the recorded program information, the extracted similar program data is converted to a data format usable for the reserve-recording, and is stored as reserve-recording candidate data upon reserve-recording.
Abstract:
A broadcasting receiver capable of receiving the broadcasting services via both broadcast wave and the Internet is provided, which may allow a user to select a desired broadcasting service irrespectively of the difference in transmission channel between the broadcast wave and the Internet. The broadcasting receiver includes a channel table to record at least a channel for the digital broadcasting service via the broadcast wave and a piece of access point name information for the digital broadcasting service via the Internet correspondingly to a channel number selected by a user, in which streaming data output of the tuner or the Internet communication device is selected based on the user's choice on the channel number. Further, when the same broadcasting service is provided via both the broadcast wave and the Internet, the broadcasting service of the better receiving condition is received.
Abstract:
A method includes a step of forming a bump 104 having a projection 104B on an electrode pad 103 provided on a semiconductor chip 101, a step of exposing a part of the projection 104B to an upper surface of an insulating layer 105 formed on the semiconductor chip 101, a step of forming a conductive layer 107A on the upper surface of the insulating layer 105 and an exposed part of a tip portion 104D, a step of removing a protruded portion of the conductive layer 107A which is opposed to the tip portion 104D by means of a grinding roll 112, thereby exposing the projection from the conductive layer 107A, and a step of forming a conductive layer 108A through electrolytic plating using the conductive layer 107A as a feeding layer and patterning the conductive layer 108A.
Abstract translation:一种方法包括在设置在半导体芯片101上的电极焊盘103上形成具有突出部104B的突起104的步骤,将突起部104B的一部分暴露于形成在半导体芯片101上的绝缘层105的上表面的步骤 半导体芯片101,在绝缘层105的上表面上形成导电层107A和顶端部分104D的露出部分的步骤,除去导电层107A的突出部分的步骤 通过研磨辊112使尖端部分104D,从而使导电层107A的突起露出,以及通过使用导电层107A作为馈电层的电解电镀形成导电层108A的步骤,并使 导电层108 A.
Abstract:
The electronic-part built-in substrate includes a coreless substrate 11 in which a wiring pattern 31 is formed in laminated insulating layers 26 and 27, a semiconductor chip 14 electrically connected to the wiring pattern 31, a resin layer 13 configured to cover a first main surface of the coreless substrate 11 and to have an accommodating portion 57 that accommodates the semiconductor chip 14, and a sealing resin 19 that seals the semiconductor chip 14 accommodated in the accommodating portion 57.
Abstract:
The laminated product in a structure including a glass-cloth contained resin layer according to this invention is a laminated product in which a wiring layer and an insulating layer alternately laminated are included and different wiring layers are electrically connected to each other by a via hole passing through the insulating layer, characterized in that at least one insulating layer 11 is formed of a laminated body including an insulating resin layer 7 on a lower wiring layer 5 and a glass-cloth contained resin layer 9 thereon, and in the laminated body, a via hole 17 continuously passes through from the upper glass-cloth contained resin layer 9 to the lower insulating resin layer 7.
Abstract:
A manufacturing method of a chip integrated substrate is disclosed. The manufacturing method includes a first step that forms a wiring structure to be connected to a semiconductor chip on a first core substrate; a second step that disposes the semiconductor chip on a second core substrate; and a third step that bonds the first core substrate on which the wiring structure is formed to the second core substrate on which the semiconductor chip is disposed. In addition, the manufacturing method includes a step that removes the first core substrate after the third step and a step that removes the second core substrate after the third step.
Abstract:
A semiconductor element built-in device includes: a first substrate having a first pad thereon; a semiconductor element on the first substrate; a second substrate having a second pad thereon and mounted on the first substrate via a solder terminal having a solder coated thereon; a resin layer provided between the first substrate and the second substrate such that the solder terminal and the semiconductor element are embedded in the resin layer; and a dam provided at least partially around at least one of the first and second pads, the dam being configured to restrain the solder flowing from the solder terminal.