53results about How to "Clearly presented" patented technology

In a display system capable of displaying images fed from a plurality of sensing devices on an indicator, horizontal and vertical synchronizing signals of the individual measuring devices are synchronized with one another and desired image signals are selected for on-screen presentation during each successive horizontal scanning period, whereby operator-selected multiple images are displayed.

At least one additional menu layer can be selected in a menu layer and be displayed on a display unit by means of at least one control element. The additional menu layer selected via the control element is displayed in the display unit as a preview when an object approaches the control element that is equipped with a proximity sensor or when an object touches the control element that is fitted with a tactile sensor. The additional menu layer disappears again when the object, e.g. a person's finger, is removed, and the originally represented menu layer is automatically displayed again. This prevents the control elements from being repeatedly actuated, thus significantly increasing user friendliness and improving customer acceptance.

The application provides a shooting method, a shooting apparatus, a terminal and a computer readable storage medium. The shooting method includes the following steps: acquiring the driving state of a vehicle which has a shooting apparatus; on the basis of the driving state of the vehicle, determining shooting parameters which match the driving state, wherein the shooting parameters include shooting frequency, shooting pixel, shooting angle and/or shooting focus; and performing shooting based on the shooting parameters. According to the application, the method herein can better shoot the process of extreme states of a travelling vehicle, so that upon playing the process, the method can present wonderful frames or important frames which a user like in a much clearer manner.

The invention provides a market network visualization method based on the density clustering and the force guidance algorithm. The method comprises steps of carrying out preprocessing on market data and extracting time-spatial information so as to generate a market multivariate data sheet; according to the time-spatial information of buyers and sellers in the market data, carrying out density-based space clustering so as to automatically generate nodes in the market network, wherein one category is one node in the market network; according to the force guidance algorithm, establishing a self-organization market network model so as to automatically generate edges between categories in the market network; and according to the calculated nodes and edges of the market network, carrying out visualization. According to the invention, visualization can be performed on any market data containing time-spatial information; a vivid, highly-efficient and clear market network can be displayed on an electronic map; and market data analysis of industries and enterprises can be improved.

A medication order processing system (10) includes a plurality of nursing stations (12, 14, 16). Physician orders prescribing medications for patients are faxed from the nursing stations to a computer which is included in an interchange fax station (28) located at the pharmacy. The interchange fax station is operative to prioritize the orders and to present them to pharmacists working at pharmacist work stations (40, 42). Pharmacist work stations are enabled to review, electronically annotate, and input orders reviewed at the pharmacy work station into a pharmacy order system of the facility. Input to the pharmacy order system results in the medication being administered to the patient. Data related to each patient to which a medication order pertains is captured from screen outputs from the pharmacy order system. The captured data is analyzed to produce data that is stored in a database of the medication order system in correlated relation with image data corresponding to images of medication orders.

A charge circuit 6 supplies a charging voltage (Vc) or a charging current to a secondary battery 2, 24 to 26 used for driving an appliance 21; a charged level setting device 5, Sc1 causes the charge circuit 6 to charge the secondary battery 2, 24 to 26 to a predetermined charged level, and detection means 12 detects a charged level of the secondary battery 2; a discharge section 21, 5, Sc1 discharges the secondary battery 2; and control means operates the charge circuit 6 when the predetermined charged level is higher than the detected charged level, and discharges the secondary battery by the discharge section 21, 5, Sc1 when the predetermined charged level is lower than the detected charged level Thus, it is possible to provide a charge control device capable of extending a cycle life of a secondary battery.

The invention discloses an image shooting method based on double cameras. The method comprises that the main camera carries out shooting according to a first object-part focus to obtain a first image; the auxiliary camera carries out shooting according to a second object-part focus to obtain a second image; the depth information value of each pixel point in the main or auxiliary camera is obtained according to the obtained first and second images; pixel alignment is carried out on data overlapped areas of the images obtained by the main and auxiliary cameras; and a full-depth-of-field image is generated according to the depth information values, the first object-part focus, the second object-part focus and the overlapped images of the main and auxiliary cameras. The invention also discloses an image shooting device based on the double cameras.

A method for presentation of functional coverage includes representing a set of attributes of a design under test as a multi-dimensional cross-product space, which includes events corresponding to combinations of values of the attributes to be tested, the events including legal and illegal events. At least one test is run on the design, and responsively to the at least one test, a first group of the legal events that were covered by the at least one test and a second group of the legal events that remain non-covered after the at least one test are identified. One or more of the illegal events are grouped with at least one of the first and second groups so as to present a simplified model of the coverage of the events in the cross-product space.

A mask device includes a single layer of reflection mask on a transparent substrate to simply the growth fabricating of the reflection mask, therefore, using single layer of reflection mask can easier control the defect. Furthermore, a pattern-transferring method for a photolithography process is to utilize the incident exposing radiation with a grazing incident angle to illuminate the photolithography mask, such that the pattern can be transferred onto the wafer clearly, and the resolution of the photolithography would be improved.

The invention discloses a big data visualization system based on man-machine interaction and a control method thereof. The big data visualization system comprises a data acquisition module, a data classification module, a data storage module, a data extraction module, a calculation processing module and a visualization server. The data acquisition module is connected with the data classification module and is used for acquiring data. The data classification module is connected with the data storage module, classifies the data and transmits the data to the data storage module. The data storagemodule is connected with the data extraction module and is used for storing the data to form a database and transmitting the required data to the data extraction module. The data extraction module isused for extracting required data. The calculation processing module is connected with the data extraction module and is used for calculating and processing related data and transmitting a processingresult to the data extraction module. The visualization server is connected with the data extraction module and is used for inputting requests and outputting results. The method is easy and convenientto operate, complex data can be simply and clearly presented, and the visualization effect is good.

The invention discloses a celadon-Jianzhan porcelain combined firing process for porcelain. The process comprises the following steps: preparing a green body raw material, Jianzhan glaze slip and celadon glaze slip; subjecting the green body raw material to throwing so as to form a cup shape, conducting green body trimming, engraving a pattern outside a cup body, and carrying out biscuiting and cooling to obtain a green body; conducting glazing; and putting the glazed and air-dried green body into an electric kiln for roasting, stopping the electric kiln, carrying out natural cooling, and drawing a produced cup out of the electric kiln. According to the invention, Longquan celadon and Jianzhan porcelain firing processes are combined, the interior and the mouth edge of the fired porcelain cup are Jianzhan porcelain glaze surfaces, and the exterior of the cup is a celadon glaze surface with a carved pattern; and a combination of celadon and Jianzhan porcelain breaks the constraint of traditional porcelain types, presents strong visual impact and artistic aesthetic feeling, and is of milestone significance in the field of porcelain.

The invention discloses a display panel, an air conditioner and a manufacturing method of the display panel. The display panel comprises a panel body, a primer layer adhering to the front side of thepanel body and a thermoprinting layer adhering to the primer layer, wherein the primer layer is white, the panel body is semitransparent and comprises a decoration part and a pattern part, the front side of the decoration part protrudes out of the front side of the pattern part, a continuous decoration plane is formed on the portion, at the decoration part, of the thermoprinting layer, and patterns are formed on the portion, at the pattern part, of the thermoprinting layer. The display panel is free of halation, the thermoprinting layer is not prone to damage, and the thermoprinting layer hasa clear display effect after being applied to a specific product.

Providing an overturn preventing device which can easily be mounted between a top surface of an article and a ceiling. The overturn preventing device includes a damper, a pair of bases and a fixing cord. The damper is mounted between a top surface of a piece of furniture installed on a floor and a ceiling. The bases are respectively coupled to both ends of the damper. The first base abuts against the top surface of the furniture, and the other base abuts against the ceiling. The fixing cord holds the damper in a contracted state in which the damper has a desired length.

The invention discloses a digital recognition method based on Second-Confirm, comprising the following steps: filtering and denoising the image; processing the filtered digital image by local adaptivebinarization to obtain the image only containing black-and-white gray value, and obtaining the digital template used to identify the digital image, performing the First- Confirm treatment on the image, separating one of the numerical values through the template method; splitting a number from the separated numerical number; performing Second- Confirm processing on the split number, after the template image and the digital image are differentiated, recognizing the number, and calculating the final value. Under the condition of completing the digital recognition, the invention not only improvesthe speed of the digital recognition, but also remarkably improves the precision of the digital recognition and the digital recognition rate, thus better compensating for the problem of low recognition rate of the digital scale change, and more accurate and higher recognition rate for the digital recognition.

Disclosed herein are an apparatus and method for generating harmfulness maps. The apparatus includes a harmfulness determination unit and a harmfulness map creation unit. The harmfulness determination unit generates harmfulness determination information by determining the degrees of harmfulness of some sections of multimedia content based on the time of playback of the multimedia content. The harmfulness map creation unit generates a harmfulness map of the multimedia content by marking the harmfulness determination information of the sections in a time sequence in graphical information form.