The invention relates to a window that simultaneously is a display. The window-display comprising: a frame encasing a double-glazed window made of a transparent material, where the double-glazed window comprises a layer that is a transparent display connected to the module for displaying an image on the said display. According to the invention, the module for displaying an image on the display is connected to the module for determining the location of the user's eyes in the room and is configured to recalculate the image depending on the location of the user's eyes. The achieved technical result is the expansion of the functionality of the window, namely the ability to use it as an image display device in the form of augmented reality, which adjusts to the user's location.

There are provided a display operation section and a device that can suppress a risk from a viewpoint of hygiene. A display operation section includes: a display section including an operation screen; and an optical operation section arranged above the display section and configured to sense an operation on the operation screen, and the display section and the operation section are arranged apart from each other to form a non-sensing space between a sensing area configured to be able to sense the operation, and the operation screen. The display operation section further includes a plate-like or sheet-like protection member configured to protect the operation screen. The non-sensing space is formed between the sensing area and the protection member.

There are provided a display operation section and a device that can suppress a risk from a viewpoint of hygiene. A display operation section includes: a display section including an operation screen; and an optical operation section arranged above the display section and configured to sense an operation on the operation screen, and the display section and the operation section are arranged apart from each other to form a non-sensing space between a sensing area configured to be able to sense the operation, and the operation screen. The display operation section further includes a plate-like or sheet-like protection member configured to protect the operation screen. The non-sensing space is formed between the sensing area and the protection member.

A touch panel with a fingerprint identification function includes a glass substrate, a fingerprint identification chip, and a driving flexible board. The glass substrate has a surface including a touch sensing area and a fingerprint identification area located at different positions. A touch sensing circuit is formed by etching on the touch sensing area. A fingerprint identification circuit is formed by etching on the fingerprint identification area. The surface has at least one driving contact electrically connected to the touch sensing circuit and the fingerprint identification circuit. The fingerprint identification chip has several Au bumps connected to the fingerprint identification circuit, thereby the fingerprint identification chip is engaged with the surface of the glass substrate. The driving flexible board has at least one driving chip and a driving circuit electrically connected to the driving chip. The driving circuit is engaged with the driving contact of the glass substrate.

A touch panel with a fingerprint identification function includes a glass substrate, a fingerprint identification chip, and a driving flexible board. The glass substrate has a surface including a touch sensing area and a fingerprint identification area located at different positions. A touch sensing circuit is formed by etching on the touch sensing area. A fingerprint identification circuit is formed by etching on the fingerprint identification area. The surface has at least one driving contact electrically connected to the touch sensing circuit and the fingerprint identification circuit. The fingerprint identification chip has several Au bumps connected to the fingerprint identification circuit, thereby the fingerprint identification chip is engaged with the surface of the glass substrate. The driving flexible board has at least one driving chip and a driving circuit electrically connected to the driving chip. The driving circuit is engaged with the driving contact of the glass substrate.

A display method includes accepting a first handwritten input to a display surface, determining a first area including a position on the display surface where the first handwritten input is made, displaying a first image corresponding to the first handwritten input in the first area, displaying a second image formed by enlarging the first image with a predetermined enlargement ratio, in a second area on the display surface, accepting a second handwritten input in the second area, and displaying an image corresponding to the second handwritten input as a part of the first image, at a position in the first area corresponding to a position in the second area where the second handwritten input is made, and in a size reduced with a reduction ratio that is a reciprocal of the predetermined enlargement ratio.

An optical assembly including a reflectance-based sensor emitting light into a detection plane and detecting reflections of the emitted light, reflected by an object located in the detection plane, a light redirector positioned away from the sensor redirecting light emitted by the sensor into one or more spatial planes parallel to the detection plane and, when the object is located in the one or more spatial planes, redirecting light reflected by the object into the detection plane, and a processor controlling light emitted by the sensor and receiving outputs from the sensor, and configured such that when an object passes through one or more of the spatial planes, the processor identifies both the spatial planes through which the object passes, and the location of the object within the spatial planes through which it passes, based on the received outputs and the position of the light redirector relative to the sensor.

A computer-implemented method is described that includes providing a watch defining a body and a watch face on a surface of the body, the body having one or more sensors arranged to sense user inputs in an area adjacent to the body. The method further comprises sensing a motion of an object in the area adjacent to, but not touching, the body using the one or more sensors and changing a display of a pointing element on a graphical user interface on the watch in coordination with the sensed motion.

A circuit which detects an output current from a pixel and an output current from an input device, and converts the output current into data is provided. The current detection circuit includes an integrator circuit, a comparator, a counter, and a latch. The integrator circuit integrates the potential of a first signal during a period determined by a second signal and outputting it as a third signal. The comparator compares the potential of the third signal with a first potential and outputting a fourth signal. The counter outputs the number of pulses included in a fifth signal as a sixth signal during a period determined by the fourth signal. The latch holds the sixth signal. The integrator circuit preferably further includes an operational amplifier and some capacitors. The first signal is supplied from a pixel included in a display device or an input portion included in an input device.

An electronic device identifies an occurrence of a first event for displaying a first notification message on at least a portion of the display module of the first shape, detects a beginning of shape transformation of the display module from the first shape to the second shape, and maintains the display of the first notification message during the shape transformation of the display module.