126results about How to "Increase the display function" patented technology

The invention discloses a mining operation multi-operation realization method based on virtual reality and augmented reality, and belongs to the technical field of the virtual reality and the augmented reality. The method comprises two patterns including the virtual reality and the augmented reality. Under a virtual reality scene, the selection and the replacement of a material and a material in the virtual reality scene can be realized, scene exploration is realized, the model can be moved and placed at will, a video is embedded, a two-dimensional code is generated, and a trigger realizes natural interaction, voice interaction and the like; under an augmented reality scene, the model can be selected, voice is played, the operation dynamics of the model can be demonstrated, and the rotation stopping, screen capture and function expansion of the model can be controlled; and under two patterns, various interaction ways of voice control, gesture control and keyboard mouse control can be realized. The method is applied to the virtual simulation application scene of the mining operation, can be used for training mine lot mining workers and students of the mining engineering specialty, reducing training capital and improving the skills of workers and provides an advanced and quick meaning for guiding production construction and science and technology studies.

Provided is an ultrasonic diagnostic apparatus which can improve operability and diagnosis efficiency.

An ultrasonic diagnostic apparatus (1) includes: an ultrasonic probe (14) which transmits/receives an ultrasonic wave to/from an object (13) to be examined; an image processing unit (16) which configures an ultrasonic image according to the ultrasonic reception signal outputted from the ultrasonic probe (14); an image display unit (2) which displays the configured ultrasonic image; a touch panel (3) arranged on the front face of the image display unit (2); a touch position detection unit (5) which detects a touch position on the touch panel (3); a touch state detection unit (6) which detects a touch state on the touch panel; a processing state detection unit (7) which detects the current processing state; and a process decision unit (9) which decides a process to be executed according to at least one of the detected touch position, touch state, and the processing state and executes the process.

The present invention relates to massage control of a terminal device provided with a messaging function and acts to enhance the display function for new and old events such as reception of plural pieces of mail. The terminal device provided with a messaging function that indicates an event comprises a first display mark (unread-mail icon) indicative of an event; and a second display mark (newly-incoming-mail icon) indicative of a new event generated while the first display mark is being displayed, the second display mark indicating the new event in a different form from that of the first display mark, wherein an old and the new events are respectively indicated by the first and second display marks.

The display unit comprises a display device such as liquid crystal cell or the like; and a secondary battery disposed to a rear side of the display device. A heat shielding layer having a thermal conductivity of at most 5 W/mK, preferably at most 1 W/mK is formed as a heat shielding plate between the display device and the secondary battery, and the display device and the secondary battery are integrally assembled to form a module structure. According to the above structure of the present invention, since the display device such as liquid crystal cell or the like and the secondary battery are integrally assembled to form a module structure, the display unit can be made compact and thin to attain a light weight.

The invention discloses an information handling method, and aims at solving the technical problem of poor display function and poor active information output function of an electronic device with a flexible screen in the prior art. The method comprises the steps of detecting a first parameter value corresponding to a first parameter of the electronic device under the first form; controlling the electronic device to deform based on the first deformation corresponding to the first parameter value according to the corresponding relation of the parameter value and the deformation, so as to switch the electronic device from the first form into the second form. The invention also discloses the corresponding electronic device.

The invention discloses a pedometer with the functions of identifying sport timeliness and managing a sport target. A step-counting time period interval cycling at a particular time and step-counting target data thereof can be flexibly arranged, and thus for a carrier individual, reminding and step-counting are carried out in a certain time period; furthermore, the time period and the target are flexibly arranged, so that the pedometer has a better fitness supervision effect and is more beneficial to exercising of perseverance and willpower through persevering insistence. After a user completes a time-counting target during a self-set or pre-set time period interval, special conditions of a sport effect can be identified and displayed on a display device; due to novel functions and application, users have strong interests so as to do sports better; due to the functions, step-counting interestingness and scientificity are improved, and the pedometer disclosed by the invention has great selling points and highlights and can generate great application value.

Disclosed is a mobile communication device comprising a slide cover being longitudinally slid towards or away from a main body of the mobile communication device according to use of the mobile communication device. The mobile communication device includes the main body having a liquid crystal display and guide holes formed at both sides of the liquid crystal display; a slide cover including a speaker, and being provided on a front surface of the liquid crystal display so as to be slid along a longitudinal direction of the main body, thus exposing the entire or a portion of the liquid crystal display; a pop-up module being connected to the slide cover, and being inserted into the guide holes so that the slide cover is slid along the front surface of the liquid crystal display of the main body; and a side grip provided at a side surface of the main body so as to fix or release a position of the pop-up module.

The invention provides a comprehensive display control device used for an airborne optoelectronic system and belongs to the technical field of airborne optoelectronic control. The comprehensive display control device regards a reinforced portable computer as a processing platform, and integrates the control and image display functions; a foldable structure is adopted, and display is carried out through two screens; the upper screen is a liquid crystal display screen and has the collection display and recording functions of PAL analog images and Camera link digital images; the lower screen is a touch screen, is provided with a retractable control handle, a function switch and various communication interfaces such as 1553B, RS232 and RS422, provides a graphic man-machine interface to finish control over the airborne optoelectronic system, and is high in expansibility and easy to operate. The control and display devices needed in the use process of the airborne optoelectronic system are integrated, various interfaces are reserved, the comprehensive display control device is applicable to optoelectronic observing and aiming systems of different types and high in universality, the use method of combining the touch screen with the control handle is rapid and simple, the man-machine effect is good, and convenience is provided for operation and debugging of the airborne optoelectronic system.

The invention discloses a mixed light source device and a light emitting control method thereof, and a projection system. The mixed light source device is composed of a main light source emitting exciting light, an infrared light source emitting infrared light, a color wheel, a controller, and an optical modulator. The color wheel generates tri-visible light under irradiation of exciting light. The controller connected with the main light source and the infrared light source is used for outputting a visible light control signal and controlling emission of infrared light based on the visible light control signal by controlling turning-on and turning-off states of the infrared light source. An optical modulator modulates the tri-visible light according to a visible light image signal; and the infrared light is modulated based on the visible light image signal. According to the invention, a visible projection image and an infrared projection image are formed on a same screen by the projection system, so that the display function is extended and thus the product has high competitiveness and a wider application range.

A position detecting device includes: a display unit having a first electrode formed of a transparent conductive film, a plurality of second electrodes, and display material interposed between the first electrode and the second electrodes; a display driver configured to drive the display unit based on a video signal input to the display driver; and a position detecting section configured to detect a position of an indicator on the first electrode and to output the detected position, The display unit may comprise, for example, an 'electronic paper', such that the display state of the display unit can be maintained even after a drive power applied between the first electrode and the second electrodes is discontinued.

The present invention provides a packaging container for bulk solids, the container comprising a container body and a container lid. The container body includes wall portions that define a container opening. The lid comprises an upper outer lid surface which includes a slanted lid surface. The upper outer lid surface and the slanted lid surface each having a projected surface in the plane of the container opening. The projected surface of the slanted lid surface constitutes from 40% to 100%, 50% to 90%, or 60% to 80% of the projected surface of the upper outer lid surface. The slanted lid surface is slanted such that when the lid is in a closed position at the container opening, a front end edge of the slanted lid surface is located lower in the height direction of the container than a rear end edge of the slanted lid surface.

A laptop mobile phone system is composed of a mobile phone and a hose which has mobile phone interface, keyboard, keyboard interface, and microprocessor connected bidirectionally to said mobile phone. Said mobile phone can be used in both on-line and off-line modes. Said system can be connected to note book computer or desktop computer via USB interface for data exchange.

The invention relates to a long exposure method and a camera device. The problems that only a standing preview screen is displayed and a display function is single, which are caused by the fact that a photosensitive device is in consistent exposure and no longer outputs an image when the long exposure function of the existing camera device is used to take pictures, are solved. The method provided by the invention comprises the steps that when the camera device is used to take pictures, the current exposure time is monitored in real time, and whether total exposure time is preset is determined; if so, the camera device determines current remaining exposure time according to the monitored current exposure time and the total exposure time, and displays the current remaining exposure time in a countdown manner; and if not, the camera device displays the monitored current exposure time in a positive timing manner. According to the invention, related exposure time is determined and displayed according to the monitored current exposure time; the standing preview screen is displayed; related exposure time is displayed; and a display function of the camera device is increased.

By making use of a set of loading of stimulation and no loading, variation signals in time of hemoglobin density at a plurality of measurement points of a subject attached of an optical measurement probe and corresponding to a plurality of channels are detected, and for the respective detected hemoglobin variation signals principal component analysis is performed as well as a representative signal having a higher contribution rate is extracted and the extracted representative signal is displayed on a monitor. A correlation between the representative signal and a task reference and response waveform representing a response pattern of a living body in response to a stimulation task is calculated, and a representative signal having the highest correlation value as calculated is displayed in a discriminable manner from the other signals as a task related signal which responds most to the stimulation given to the subject. From weights of the respective channels for the representative signal displayed as the task related signal, an optical measurement point or region, which responds most to the task is identified and displayed in discriminable manner.

A mounting apparatus including a bracket (11) for mounting behind a flat panel display (F). The bracket is able to receive a separate device (e.g. a PC enclosure of other electronic components), such that said device can be slidable and accessible from behind the flat panel display when it is mounted thereto.

A video processor for LED all color screen, which contains video process main control module, microprocess unit, read only memory module and frame buffer module, signal interface, output interface module and communication interface, series communication module, power supply module and interface, wherein the microprocess unit respectively connected with ROM module and series communication module which is connected with communication interface, power supply module connected with power interface and providing power to all equipment, said invention reinforces display function.

The invention discloses a ZigBee-based simulated multi-agent coordination controlling method, and belongs to the field of intelligent control. The ZigBee-based simulated multi-agent coordination controlling method has the purpose that multiple agents having same or similar functions jointly complete one relatively large task and achieve a mutual coordinated help function by coordinated control. The method comprises the steps of: pre-grouping and coordination principle of multiple agents, determination of an initial task, allocation of the initial task, construction of a communication network between a trolley and an upper computer, position determination of the trolley, instruction monitoring and execution, and obstacle judgment and avoidance of the trolley. The method can realize human-machine interaction, thus better meeting human requirements. The method realizes self positioning, autonomous navigation, obstacle avoidance control and the like, can reduce the use of modules, is economical and practical, and is suitable for being widely applied in life.

The invention discloses a mixed light source device and a light emitting control method thereof, and a projection system. The mixed light source device is composed of a main light source emitting exciting light, an infrared light source emitting infrared light, a color wheel, and a controller. The color wheel generates tri-visible light under irradiation of exciting light. The controller connected with the main light source and the infrared light source is used for outputting a visible light control signal and an infrared light control signal and controlling the mixed light source device to emit a tri-visible light and infrared light alternately by controlling turning-on and turning-off states of the main light source and the infrared light source. An optical modulator of the projection system modulates the tri-visible light according to a visible light image signal; and the infrared light is modulated based on an infrared light image signal. According to the invention, because of alternate emission of tri-visible light and infrared light, a visible projection image and an infrared projection image are formed on a same screen, so that the display function is extended and thus the product has high competitiveness and a wider application range.

An embodiment of the invention discloses a touch display panel, a preparation method thereof and a display device. The touch display panel of the embodiment comprises a grounding wire and an electronic switch, wherein the grounding wire is used for releasing static electricity; and the electronic switch is arranged on the grounding wire and is switched on or switched off according to the working state of the touch display panel. By optimization of routing and a working mode of the grounding wire of the display panel, switch-on and switch-off of the grounding wire are separately controlled whendisplay and touch functions are carried out on the display panel, and the displaying property and the touch property of the overall display panel are uniform.

A display capable of displaying multi-color space and including a display unit, a control circuit, and a light source is provided. The control circuit is electrically connected to the display unit and the light source respectively. In addition, the light source is controlled by the control circuit to switch between different illumination modes, such that the display is capable of displaying multi-color space with different specifications, for example, sRGB, NTSC, SMPTE, PAL, etc.