Abstract: A display device includes: a display panel having a display region in which pixels are arranged; scan lines each coupled to the pixels arranged in a row direction; signal lines each coupled to the pixels arranged in a column direction; a signal line drive circuit; a scan line drive circuit selecting the scan lines; and a signal processing circuit. A second half period of a selection period of a first scan line overlaps a first half period of a selection period of a second scan line. The signal processing circuit adjusts a pixel gradation value of the pixel in an m-th column coupled to the second scan line when a difference value between the pixel gradation value of the pixel in the m-th column coupled to the first scan line and an average gradation value of the pixels arranged in the m-th column is larger than a predetermined value.

Abstract: A display device includes: a display panel having a display region in which pixels are arranged; scan lines each coupled to the pixels arranged in a row direction; signal lines each coupled to the pixels arranged in a column direction; a signal line drive circuit; a scan line drive circuit selecting the scan lines; and a signal processing circuit. A second half period of a selection period of a first scan line overlaps a first half period of a selection period of a second scan line. The signal processing circuit adjusts a pixel gradation value of the pixel in an m-th column coupled to the second scan line when a difference value between the pixel gradation value of the pixel in the m-th column coupled to the first scan line and an average gradation value of the pixels arranged in the m-th column is larger than a predetermined value.

Abstract: A display device includes a plurality of scanning lines extending in a first direction, a plurality of signal lines extending in a direction intersecting the first direction, a first scanning circuit coupled to first coupling end parts of the scanning lines, a second scanning circuit coupled to second coupling end parts of the scanning lines, the second coupling end parts being opposite the first coupling end parts of the scanning lines, the first coupling end parts coupled to the first scanning circuit, and a signal output circuit configured to supply image signals to the signal lines. The scanning lines each have a broken part.

Abstract: According to one embodiment, a display device includes a display panel and a processing unit. The display panel includes a first substrate, a second substrate and a liquid crystal layer. The first substrate includes a plurality of pixel electrodes, a plurality of switching elements, a common electrode and an optical sensor. The optical sensor outputs a detection signal corresponding to an amount of light coming from the liquid crystal layer side. The processing unit adjusts a common voltage supplied to the common electrode, based on a first detection signal output from the optical sensor when the display panel is in a positive polarity state, and a second detection signal output from the optical sensor when the display panel is in a negative polarity state.

Abstract: A detection device includes a sensor circuit in which a plurality of detection elements each comprising a photoelectric conversion element are arranged in a matrix having a row-column configuration in a detection area, and a detector having a touch detection period of detecting an object to be detected in contact with or in proximity to the sensor circuit and a fingerprint detection period of detecting asperities on a surface of the object to be detected.

Abstract: A liquid crystal display device includes: a display unit configured to pixels in a display region, a pixel drive circuit configured to apply voltage to liquid crystals, a memory configured to store therein a setting signal indicating whether to apply voltage to the liquid crystals in the display region, and two switch elements for switching coupling with the pixel drive circuit; and a controller configured to rewrite the setting signal stored in the memory when a mode in which the display unit is operated is switched, between a first mode causing the display unit to perform display output in accordance with a gradation signal generated based on image data, and a second mode causing the display unit to perform display output in accordance with the setting signal stored in the memory.

Abstract: A liquid crystal display device includes: a display unit configured to pixels in a display region, a pixel drive circuit configured to apply voltage to liquid crystals, a memory configured to store therein a setting signal indicating whether to apply voltage to the liquid crystals in the display region, and two switch elements for switching coupling with the pixel drive circuit; and a controller configured to rewrite the setting signal stored in the memory when a mode in which the display unit is operated is switched, between a first mode causing the display unit to perform display output in accordance with a gradation signal generated based on image data, and a second mode causing the display unit to perform display output in accordance with the setting signal stored in the memory.

Abstract: A liquid crystal display device includes: a display unit configured to pixels in a display region, a pixel drive circuit configured to apply voltage to liquid crystals, a memory configured to store therein a setting signal indicating whether to apply voltage to the liquid crystals in the display region, and two switch elements for switching coupling with the pixel drive circuit; and a controller configured to rewrite the setting signal stored in the memory when a mode in which the display unit is operated is switched, between a first mode causing the display unit to perform display output in accordance with a gradation signal generated based on image data, and a second mode causing the display unit to perform display output in accordance with the setting signal stored in the memory.

Abstract: A liquid crystal display device includes: a display unit configured to pixels in a display region, a pixel drive circuit configured to apply voltage to liquid crystals, a memory configured to store therein a setting signal indicating whether to apply voltage to the liquid crystals in the display region, and two switch elements for switching coupling with the pixel drive circuit; and a controller configured to rewrite the setting signal stored in the memory when a mode in which the display unit is operated is switched, between a first mode causing the display unit to perform display output in accordance with a gradation signal generated based on image data, and a second mode causing the display unit to perform display output in accordance with the setting signal stored in the memory.

Abstract: Anisotropic conductive adhesive has conductive particles dispersed in adhesive and includes hard particles having conductivity, a resin layer that coats the hard particles and a conductive layer that coats the resin layer. A connection structure electrically connects electrodes to each other with the anisotropic conductive adhesive. A connection method includes the steps of causing the anisotropic conductive to intervene between electrodes, applying pressure to the anisotropic conductive adhesive and allowing the adhesive to be solidified.

Abstract: An electrode structure includes at least a contact button portion that has a portion of multilayer structure of two or more conductor layers stacked and enlarged in area. A part mounting structure includes a substrate, a contact button portion which is formed on the substrate and on which a part is mounted by connection via a bump, wherein at least the contact button portion has a portion of multilayer structure of two or more conductor layers stacked, a part of which is enlarged in area. A liquid crystal display unit is equipped with the part mounting structure.

Abstract: Anisotropic conductive adhesive has conductive particles dispersed in adhesive and includes hard particles having conductivity, a resin layer that coats the hard particles and a conductive layer that coats the resin layer. A connection structure electrically connects electrodes to each other with the anisotropic conductive adhesive. A connection method includes the steps of causing the anisotropic conductive to intervene between electrodes, applying pressure to the anisotropic conductive adhesive and allowing the adhesive to be solidified.

Abstract: An electrode structure includes at least a contact button portion that has a portion of multilayer structure of two or more conductor layers stacked and enlarged in area. A part mounting structure includes a substrate, a contact button portion which is formed on the substrate and on which a part is mounted by connection via a bump, wherein at least the contact button portion has a portion of multilayer structure of two or more conductor layers stacked, a part of which is enlarged in area. A liquid crystal display unit is equipped with the part mounting structure.

Abstract: A semiconductor apparatus comprises a circuit board on which a plurality of wiring patterns are formed, a semiconductor device having a plurality of bumps electrically connected to the wiring patterns, the semiconductor device being mounted onto the circuit board via the bumps, the wiring patterns including a pair of wiring patterns for measuring connection resistance, and the pair of wiring patterns having tip portions which are arranged with a gap therebetween and connected to one of the bumps.