126results about How to "Intuitive feeling" patented technology

The invention relates to the technical field of architectural design and construction, in particular to a BIM-based holographic imaging full-decoration simulation display method and display system. A three-dimensional information model of a building and an internal partition wall parameter family are built by BIM modeling software; interior structures are designed by adjusting partition wall family parameters and the partition wall position; and the diversity of the interior structures and individualized design of decorating schemes are achieved. The effect of selection and modification by residents can be displayed by a three-dimensional real image projected through a holographic imaging technology; a user can intuitively experience the difference of the decorating schemes; and through rendering animation, the user can carry out live-action experience on each detail of the decorating scheme in the projected three-dimensional animation scene, and can intuitively determine the decorating schemes without visiting model houses. Auxiliary acceptance is carried out through a three-dimensional scheme map and an animated image; and the display method and the display system help the user who does not know the decoration carry out comparison acceptance and ensure that the decoration reaches design requirements of the user.

A driving assistance system comprises a detection module, a display screen, a center control module and an execution module. The detection module is used for detecting a vehicle and surrounding environment information of the vehicle; the display screen is used for displaying a display model of the vehicle and the surrounding environment information of the vehicle, and setting a driving target location or route of the vehicle; the center control module is used for obtaining current location information and target location information of the vehicle in real time and automatically planning the driving route, modifying the driving route in real time according to the change of surrounding environment of the vehicle in the process of driving to avoid obstacles, and sending out a control instruction to the execution module; the execution module is used for executing the control instruction sent by the center control module and controlling the vehicle to complete driving actions and reach the target location. The invention also provides a driving assistance method. By applying the driving assistance system and the driving assistance method, the driving route can be automatically adjusted in real time.

A Chinese-medicinal effervescent tablet for preventing and treating beriberi, eczema and itching by foot bath is prepared from zedoary oil, flavescent sophora root and sodium oxide. Its preparing process is also disclosed.

The invention discloses a multifunctional wearable human-computer interaction input equipment based on an MEMS (Micro Electro Mechanical Systems) acceleration sensor, and belongs to the field of a human-computer interaction input interface of a computer. The multifunctional wearable human-computer interaction input equipment has various computer peripheral functions including a mouse, a handle, a wheel and the like. The accelerated velocity of an induction palm in X-axis and Y-axis directions by an MMA7361 acceleration sensor; then, an analog signal output by the acceleration sensor is processed and converted into motion state parameters including the inclination gesture, the rotation angle speed, the rotation acceleration and the like of the user palm; according to a function mode (the mouse, the handle, the four-direction wheel and a self-defined keyboard) selected by an operator, a corresponding control algorithm is dynamically called to carry out analysis processing on gesture movement so as to realize different input equipment functions. The multifunctional wearable human-computer interaction input equipment can be designed into various boundary dimensions convenient to wear, a sleep awakening function is designed in a program, and the multifunctional wearable human-computer interaction input equipment is especially suitable for occasions including meetings, classrooms, exhibition rooms and has the advantages of wide application prospect and important research value.

The invention relates to a user interface navigation system and method used for a smart home system. The method comprises the following steps: using a first gesture to select room pages indicative of different rooms; using a second gesture to magnify a target room page and enter the target room page; using a third gesture to select a control type page which comprises different types of control in the target room page; operating a control icon on the control type page to control a corresponding household electric appliance; and using a fourth gesture to minify and exit the target room page.

The invention provides an integrated digital vehicle instrument, comprising: a full digital combination instrument including a front row multimedia module, a rear row multimedia module, a front row center console control module, and a rear row center console control module; the front row multimedia module passes through The serial ports are respectively connected to the front row center console control module, the rear row center console control module and the rear row multimedia module; the screen drive module is connected to the front row multimedia module, the front row center console control module, and the rear row center control The console module is connected to the rear multimedia module; the automotive electronic signal module is connected to the screen driver module, the front center console module and the rear center console module through the serial port; the screen driver module is connected to the instrument panel LCD screen. The present invention adopts a digital quantized central liquid crystal digital instrument panel to replace the traditional pointer instrument panel, and because the touch screen type center console is integrated, the communication between man and machine is increased, the mutual experience between man and machine is improved, and the whole center is greatly reduced. The cost of the console.

A method for browsing a collection of digital images on a soft-copy display comprising: receiving a collection of digital images; interactively user selecting a digital image using a user interface; determining a plurality of subsets of the digital images, wherein each subset shares a common category with the selected digital image; and displaying the subsets of digital images on the soft-copy display, together with the selected digital image.

A method of promoting sleep in a patient with overactive bladder, comprising: administering trospium chloride at or shortly before bedtime, to a patient with overactive bladder disease, in an amount sufficient to reduce wakefulness throughout the patient's normal sleep period.

The invention discloses a bidirectional green wave coordination control method based on red lamp queue clearance constraint condition in an improved MAXBAND model. The method comprises the following steps of determining a single-point timing scheme of each intersection in trunk coordination; determining a common period of a coordinated road segment; correcting a constraint condition in a traditional MAXBAND model, wherein the step comprises correcting a green conflict constraint condition and an integral-time period constraint condition, and adding a head vehicle constraint condition and a determining screening condition; and through correction in a previous step, finally subdividing a MAXBAND model into two models, namely a model A and a model B, and solving by means of the improved MAXBAND model algorithm. According to the bidirectional green wave coordination control method, through performing geometric meaning correction on the red lamp queue clearance time in the traditional MAXBAND model, the determining screening condition of the algorithm model and the constraint condition of head vehicle mode are added, and a green wave coordination problem in actual engineering can be more accurately described and settled, thereby realizing an effect of improving optimal controlling in trunk bidirectional coordination.

The invention discloses an environment information sensor based on vibration touch, belonging to the field of man-machine interaction of blind navigation. The sensor comprises an image collecting module, a movement sensor, a vibrating module, a central processing module and a power supply, wherein the image collecting module uses a CMOS (Complementary Metal Oxide Semiconductor) binocular camera, the image collecting module and the movement sensor respectively provide environment image information and movement information to the central processing module, the central processing module processes and synthesizes the two pieces of information so as to obtain a drive signal for controlling the vibrating module to vibrate and giving a user touch prompts. The environment information sensor based on vibration touch is used for detecting and expressing the environment information in real time based on a touch representation technology and providing an effective solution for the environment perception of the blind or amblyope through relative small equipment by feeding back the prompts by vibration touch.

The invention discloses a continuous multi-screen capturing method, which comprises the steps of (S1), calling a screen capturing command, completing capturing for the current screen, enabling the captured screen to act as an initial screenshot image; (S2), calling a screen scrolling command, and scrolling the current screen; (S3), capturing the scrolled screen to act as a scrolled screenshot image; (S4), detecting edges of the scrolled screenshot image and the initial screenshot image, and synthesizing the scrolled screenshot image and the initial screenshot image into a synthetic image in which only required content is reserved, and then enabling the synthetic image to act as a new initial screenshot image; (S5) repeating the step (S2) to the step (S4) until capturing and synthesis are completed. The continuous multi-screen capturing method solves a problem that disordering and overlapping exist when screen capturing is carried out on continuous multi-screen content in the prior art, the operation experience of users is improved, defects of an existing scheme are made up, the integrity, the uniformity and the operability of a final screenshot image are realized, and a requirement of the users for long screenshots is met.

The invention discloses an automatic video track forming method and system. The method comprises the following steps: S1, shooting a plurality of short videos by an intelligent terminal, meanwhile recording a shooting position and a shooting time of a shooter by a mobile phone, and mapping the short videos with the shooting position and the shooting time, and storing the same; S2, connecting the plurality of short videos by an intelligent terminal APP to make a complete video; and S3, selecting a track display mode to play the complete video, and displaying the shooting position and the shooting time of each short video on an electronic map according to the play sequence of the short videos while playing the complete video to form a position track. According to the automatic video track forming method disclosed by the invention, the video making is combined with the geographical position / shooting time, so a traveler can be helped to conveniently record travel tips and travel notes, and when the video contents are transmitted, the travel tips and travel notes and other contents are transmitted at the same time.

The present invention provides a method for object fusion based on video images, comprising: step 101, collecting a video image containing a first object; step 102, establishing a three-dimensional model of the first object according to the video image containing the first object; step 103 , acquiring a 3D model of at least one second object, merging the 3D model of the second object with the 3D model of the first object, and displaying the fused second object in a video image containing the first object. The invention also provides an object fusion terminal based on video images. The invention collects video images of objects, establishes three-dimensional models of objects, and provides fused video images of multiple objects after matching the three-dimensional models of multiple objects.

Image selection method amongst a plurality of digital images (102) classified in a plurality of images categories (104a, 104b 104c), the method comprising the following steps: -allocating to each image at least one strength value (112, 112i, 112j, 112k), -allowing an user to select (120) images amongst the plurality of digital images, -collecting (122) user data, -updating (130) the strength value of all images classified in a same category than an image selected by the user as a function of the collected user data, and -upon selection of an image by the user, automatically selecting (142) at least one additional image classified in at least one same category than an image selected by the user, and for which the strength value exceeds a threshold value -making the selected images available (146) for subsequent use.

The invention discloses an intelligent training interaction system for educational innovation and entrepreneurship training in the technical field of human-computer interaction training. The system comprises a server and a user terminal used for extracting and displaying teaching resources. The server is equipped with a database used for data information storage, an audio processing module used for audio analysis and processing, an image processing module used for video analysis and processing, and a central processor controlled by the server. The database comprises a scene database used for storing VR simulation scene teaching resources and a student interaction database used for storing student simulation scene feedback information. A role playing scene in a teaching scene simulation classroom is directly substituted by using VR such that students are immersed in simulation environments such as an interview scene, a conversation scene and an interpersonal communication scene, the students can more visually feel the atmosphere in the simulation scenes, and the students can be better trained in the simulation scenes.

The invention discloses a method, server, device and system for realizing social interaction on the basis of AR technology. The method comprises following steps: receiving social interaction information generated and sent from a spatial position by a client side device and saving the received social interaction information and spatial position information to database correspondingly; finding out social interaction information matched with the corresponding spatial position information from the database according to the spatial position information of the AR device when a request for social interaction information of the spatial position information of the AR device is received; sending the found social interaction information to the AR device to enable the AR device to fuse and display the social information with the physical environment in which the AR device is located. It can be seen that the technical solution of the present invention effectively combines AR technology and social interaction to realize not only social activities in the traditional sense but also social interaction at the same spatial position and at different times; more intuitive experience of social processes is fulfilled, extensive social networking is obtained, and people's social experience is enhanced.

The present invention provides a management and control apparatus and method for the power consumption of a mobile terminal, and the mobile terminal, the method comprising: obtaining the power supply parameter of a battery for a terminal in real-time; displaying the power supply parameter of the battery for the terminal in a predetermined display mode; and executing a power consumption management and control policy on the basis of the change of the power supply parameter of the battery for the terminal. The management and control apparatus comprises a detection module, a display module and a management and control module. The management and control apparatus is installed in the mobile apparatus. According to the present invention, the power supply parameter of the battery for the terminal is obtained in real-time and then displayed in real-time, and the corresponding power consumption management and control policy is executed on the basis of the change of the power supply parameter. By knowing the real-time power consumption of the mobile terminal very readily, users can get an intuitive feeling about the power consumption of a smart phone, and also, are guided to form a good habit to become experts in extending battery endurance, and furthermore, the service life of the battery can be prolonged while the frequency of battery charging is reduced.

An embodiment of the application discloses a temperature data display method and device and a terminal. The method comprises the following steps: temperature data is obtained in a network; the temperature data comprises geographic position information and temperature values; according to the temperature values in the temperature data, the temperature data is divided into corresponding temperaturegrades; according to the geographic position information in the temperature data and the temperature grades, a temperature image layer is drawn, areas corresponding to the same temperature grade on the temperature image layer are filled with the same color or the same gray value, and areas corresponding to different temperature grades can be filled with different colors or different gray values. Via adoption of the temperature data display method and device and the terminal disclosed in a technical solution provided in the embodiment of the application, the areas corresponding to different temperature grades can be filled with different colors based on meteorological data in the network, users are enabled to visually feel temperatures of different areas, and user experience can be improved.

The invention discloses a customization furniture system mainly comprising a client-side, a server and an execution terminal. The customization furniture system is characterized in that the client-side, the server and the execution terminal are connected with each other through a network, wherein the client-side provides two kinds of furniture customization modes, the server provides three dimensional models of furniture fittings and submits the three dimensional models to the execution terminal for execution; and the execution terminal receives the three dimensional models submitted by the server, prints the three dimensional models into two dimension processing drawings and distributes the two dimension processing drawings to workshops for processing. According to the invention, a client can intuitively design furniture on the client-side, the client has intuitive feelings, time for communication is saved, demands of modern people who go for fashion are satisfied, and the customization furniture system is convenient and efficient, as long as the client can access to the internet, the client can carry out furniture customization anytime and anywhere, and therefore the business channels of a manufacturer are increased.

The invention relates to a water purifier and discloses a water purifier for adjusting a water production TDS value. The water purifier comprises a composite filter element, an ultrafiltration deviceand a purification device, a tap water inlet is formed in the composite filter element, and the ultrafiltration device and the purification device are connected to a water outlet of the composite filter element through a pipe; the ultrafiltration device comprises an ultrafiltration film filter element, and a water outlet of the ultrafiltration film filter element is connected with a TDS adjuster through a pipe; the purification device comprises an RO film filter element and a rear-arranged activated carbon filter element which are connected through a pipe in the direction of water flow in sequence, a water inlet electromagnetic valve, a water inlet TDS probe and a booster pump are arranged on a pipe which is connected with the composite filter element and the RO film filter element in sequence, and the TDS adjuster and the rear-arranged activated carbon filter element are connected to a water outlet TDS probe through pipes. According to the water purifier for adjusting the water production TDS value, the function of adjusting the water production TDS value is achieved.

The invention relates to the field of VR glasses and specifically relates to multisensory-experience VR glasses. The VR glasses comprise a lens portion, a wearing portion, a blower unit, a refrigeration unit, a spray unit, a disturbance unit and a controller. The blower unit is used for blowing normal temperature or heated air to the head of a human body; the refrigeration unit is used for blowing cold air to the head of the human body so as to simulate a cold wind effect; the spray unit is used for spraying water mist to the head of the human body so as to simulate a humid air or fine rain effect; and the disturbance unit is used for carrying out disturbance on human hair and is used for producing an external-object-touching or self-body-touching effect. The multisensory-experience VR glasses can simulate a effect of common breeze, hot wind, cold wind and other kinds of wind, can simulate a wet effect of rain or humid environment and the like as well as simulate a situation where a person or an external object makes contact with the body of a user and the like for the VR glasses user, thereby providing a more visual feeling for the VR glasses user.

The invention discloses a security patrol check management business transfer system for site of construction project based on Internet Plus. The security patrol check management business transfer system comprises a patrol check tool, a cloud calculation platform, and a safety patrol check management business terminal, wherein the patrol check tool is used for collecting panorama images of the project site, scene three-dimensional point cloud, positioning information, and data of the project site, and sending the information and data; the cloud calculation platform is used for receiving the panorama images of the project site, the scene three-dimensional point cloud, the positioning information, and the data of the project site, and reconstructing a three-dimensional model of a patrol checkscene on the panorama images, the scene three-dimensional point cloud and the positioning information; a user can browse the patrol check on the site of the construction project via the safety patrolcheck management business terminal. The safety patrol check management business transfer system has the advantages that the user can simulate the patrol check on the safety site, so that the user canperform patrol check on the project at foreign places, the workload of a safety production manager is reduced, the patrol check efficiency is improved, and the realness of patrol check and the safetypatrol check management level of the construction project are greatly enhanced; the electronic material is used as the carrier of check result, so that the timeliness is strong.

The invention relates to a skincare hand sanitizer, which is characterized by mainly containing the following ingredients in percentage by weight (accounting for the weight percent of the composition): (A) 10.0%-20% of anionic surfactant; (B) 3.0%-10% of amphoteric surfactant; (C) 3.0%-80% of humectants; (D) 0.5%-4.0% of water-soluble oils and fats; (E) 0.05%-0.5% of chelating agent; and (F) water and a small amount of other ingredients. The hand sanitizer provided by the invention has the advantages of strong decontamination capability, comfort in feeling after hand washing and the like, and can be applicable to changeable market demands by the simple adjustment of a formula.

Software that enables computing systems to display product development progress in a manner that allows development progress with respect to multiple development milestones to be simultaneously viewed. For each milestone, the computing system maps each of range of development progress levels to a corresponding discrete performance grade. The development progress levels may also be mapped for each of a number of different teams, and for each of a number of different performance factors related to the product development. The computing system then measures the development progress at a particular point in time, and then identifies a discrete performance grade for each of at least some (and potentially all) of the milestones. For each milestone (and potentially for each team and performance factor), the computing system displays an indication of the identified performance grade in a different manner depending on the identified performance grade.

The invention discloses a hydrogen water cup base with an air-water separation structure. The hydrogen water cup base is a water-electrolysis hydrogen preparing device with solid polymer electrolyte. The base comprises an electrolytic bath membrane electrode structure, the air-water separation structure and a leakproof structure. The base conducts automatic adjustment through the gravity of a float valve itself in the air-water separation structure and the specific gravity relation of water and oxygen, oxygen generated in an anode plate can be quickly exhausted, oxygen is prevented from gathering near the anode plate, and it can be maintained that the anode plate is in contact with the water body all the time. A water inlet valve pressing sheet is arranged on an anode cavity water inlet valve, and is switched on in one direction, only water in a water cup is allowed to enter an anode cavity, heavy-oxygen-enriched water in the anode cavity cannot reflux to the water cup, therefore it can be guaranteed that water in the water cup is rich in hydrogen, and the oxygen content is reduced, which is beneficial to the human health.

The invention provides an automatic driving test vehicle remote control system and method. Through remotely driving a real test vehicle in a vehicle test field, safety of a test is guaranteed, and a high-precision repeated test can be performed. A set virtual test field has a higher degree of reduction for a scene, is closer to an actual vehicle traffic scene, and can also test a dangerous scene.The test becomes more comprehensive, stereoscopic and intuitive. A test environment capable of simulating and reproducing complex and dangerous vehicle road driving scenes for multiple times can be realized.

The invention discloses a light interactive advertisement realization method. In the method, advertisement terminal equipment with an operation function and an advertisement server connected with the advertisement terminal equipment by virtue of a network are arranged; and the method comprises the following steps that: firstly, the advertisement terminal equipment plays an advertisement endowed with corresponding response event; secondly, an advertising audience performs interactive operation on the advertisement terminal equipment, and the advertisement terminal equipment judges whether the interactive operation is correct in real time, if yes, the interactive operation information is received, if no, the operation is not responded; and after the step is completed, the advertisement terminal equipment judges whether the interactive operation information needs to require new data resource, and executes corresponding operation according to the judgment result. The light interactive advertisement realization method can be used for creating a brandnew advertising mode, breaking through the single playing mode of the traditional outdoor advertisement, and increasing the interaction link for audiences and the advertisement, thereby greatly improving the perception and impression of the audiences to the advertisement.

The invention discloses a computed tomography scanning method and computed tomography scanning system. When one scanning sequence is achieved, a dialog box which indicates that whether supplementary scanning is performed or not is displayed in a current user interface, whether supplementary scanning is performed on the scanning sequence or not is judged, a button is clicked if yes, the user interface immediately displays a supplementary scanning parameter frame, a user edits parameters in the supplementary scanning parameter frame and starts supplementary scanning, the user interface displays a supplementary scanning progress bar during supplementary scanning, the supplementary scanning progress bar is combined with an original time progress bar and display with the same rate. According to the computed tomography scanning method, after every scanning sequence is achieved, a user can intuitively and conveniently perform related operation of the supplementary scanning of the scanning sequence on the user interface and observe the progress of the supplementary scanning, and accordingly the user experience is improved.

The invention provides a visualization method and device for rural tourism recommendation information. The method comprises the following steps that: S1: receiving a rural tourism product recommendation list calculated in a background and similarity information between rural tourism products in the recommendation list; and S2: on the basis of the recommendation list and the similarity information,displaying the recommendation list in different forms, including the direct displaying of the recommendation list, destination scenic spot map displaying of each rural tourism product in the recommendation list, the displaying of the path map of each rural tourism product in the recommendation list and the displaying of the two-dimensional graph of the recommendation list. By use of the method, the rural tourism product recommendation information is displayed in different forms, so that a user can more visually feel the relevant information of the recommended rural tourism product, user experience is effectively improved, and the user can be stimulated to convert tourism requirements into practical consumption behaviors.

The invention discloses a method for displaying a motor vehicle instrument system. The method comprises the steps: the alarm oil quantity and the oil tank minimum guarantee oil quantity are preset; when the remaining oil quantity of an oil tank reaches the alarm oil quantity, the endurance mileage at the moment is obtained; and then the endurance mileage is calculated according to the following mode: every time when the oil spraying quantity is increased by the oil quantity of the same numerical value, the endurance mileage is decreased by one kilometer, and the remaining oil quantity of the oil tank and the endurance mileage are synchronously displayed, wherein the oil quantity of the same numerical value is that the difference value of the preset alarm oil quantity and oil tank minimum guarantee oil quantity is divided by the endurance mileage at the moment. The invention further discloses the instrument system. The instrument system comprises a sensing module, an ESM, a calculationmodule and a display module, and the ESM is connected with the sensing module, the calculation module and the display module. By synchronously displaying the remaining oil quantity of the oil tank andthe endurance mileage on an instrument, a user can visually feel, the situation that the user misjudges the fuel oil quantity only from the endurance mileage, and consequently a vehicle breaks down is prevented, and meanwhile a fuel oil pump is also protected.