Abstract: A display device comprises a display, a storage configured to store a game video of a game of baseball captured in advance and scorebook data corresponding to the game, and a controller configured to extract from the game video, when score information of a specific player included in the scorebook data is selected, a displayed video including an at-bat video of the specific player in an at-bat related to the selected score information, and when the specific player advanced to base, also a base-running video of the specific player related to the selected score information as a runner in the at-bat to cause the display to display the displayed video.

Abstract: A display device comprises a display configured to be capable of displaying information including video, an input unit configured to be capable of outputting a first command signal when a first operation is performed and outputting a second command signal when a second operation is performed, a storage configured to store video data of a game of baseball captured in advance and scorebook data for the game, and a controller configured to, when the first command signal is output, display game video of the game on the display based on the video data, and, when the second command signal is output, extract a hitting result in at least at-bat of a batter displayed on the display from the scorebook data and display the game video of the game on the display while superimposing result information including the hitting result on the game video.

Abstract: A display device comprises a display, a storage configured to store a game video of a game of baseball captured in advance and scorebook data corresponding to the game, and a controller configured to extract from the game video, when score information of a specific player included in the scorebook data is selected, a displayed video including an at-bat video of the specific player in an at-bat related to the selected score information, and when the specific player advanced to base, also a base-running video of the specific player related to the selected score information as a runner in the at-bat to cause the display to display the displayed video.

Abstract: An alignment layer to be used for liquid crystal displays each having at least two substrates with liquid crystals sealed therebetween is formed as follows: The substrates placed on each of several substrate trays are heated in a first load-lock chamber. At least one of the two substrates is irradiated with evaporated particles of oxide silicon (SiOx: 1.0≦x≦2.0) by vacuum deposition at an angle in the range from 45° to 60° from a direction of the normal line on the substrate surface to form an alignment layer thereon while the substrate trays are being moved in a layer-deposition chamber intermittently or sequentially. The substrate trays are cooled in a second load-lock chamber, thus producing substrates each formed the alignment layer thereon.

Abstract: An alignment layer to be used for liquid crystal displays each having at least two substrates with liquid crystals sealed therebetween is formed as follows. The substrates placed on each of several substrate trays are heated in a first load-lock chamber. At least one of the two substrates is irradiated with evaporated particles of oxide silicon (SiOx: 1.0≦×≦2.0) by vacuum deposition at an angle in the range from 45° to 60° from a direction of the normal line on the substrate surface to form an alignment layer thereon while the substrate trays are being moved in a layer-deposition chamber intermittently or sequentially. The substrate trays are cooled in a second load-lock chamber, thus producing substrates each formed the alignment layer thereon.

Abstract: An alignment layer to be used for liquid crystal displays each having at least two substrates with liquid crystals sealed therebetween is formed as follows: The substrates placed on each of several substrate trays are heated in a first load-lock chamber. At least one of the two substrates is irradiated with evaporated particles of oxide silicon (SiOx: 1.0≦x≦2.0) by vacuum deposition at an angle in the range from 45° to 60° from a direction of the normal line on the substrate surface to form an alignment layer thereon while the substrate trays are being moved in a layer-deposition chamber intermittently or sequentially. The substrate trays are cooled in a second load-lock chamber, thus producing substrates each formed the alignment layer thereon.

Abstract: An alignment layer to be used for liquid crystal displays each having at least two substrates with liquid crystals sealed therebetween is formed as follows: The substrates placed on each of several substrate trays are heated in a first load-lock chamber. At least one of the two substrates is irradiated with evaporated particles of oxide silicon (SiOx: 1.0≦×≦2.0) by vacuum deposition at an angle in the range from 45° to 60° from a direction of the normal line on the substrate surface to form an alignment layer thereon while the substrate trays are being moved in a layer-deposition chamber intermittently or sequentially. The substrate trays are cooled in a second load-lock chamber, thus producing substrates each formed the alignment layer thereon.

Abstract: An alignment layer to be used for liquid crystal displays each having at least two substrates with liquid crystals sealed therebetween is formed as follows: The substrates placed on each of several substrate trays are heated in a first load-lock chamber. At least one of the two substrates is irradiated with evaporated particles of oxide silicon (SiOx: 1.0≦x≦2.0) by vacuum deposition at an angle in the range from 45° to 60° from a direction of the normal line on the substrate surface to form an alignment layer thereon while the substrate trays are being moved in a layer-deposition chamber intermittently or sequentially. The substrate trays are cooled in a second load-lock chamber, thus producing substrates each formed the alignment layer thereon.