49results about How to "Rich interactivity" patented technology

The embodiment of the invention provides an augmented reality AR interaction method and system. The method comprises the steps that a first device constructs a first AR space, and determines the firstazimuth information of the first device in the first AR space when the first device is located at a calibration position; a second device constructs a second AR space, and determines the second azimuth information of the second device in the second AR space when the second device is located at the calibration position; the calibration position is the coincidence position of the first AR space andthe second AR space in the real world; when the first device and the second device are located at the calibration position respectively, the postures of the first device and the second device are thesame; the first device or the second device determines the conversion relationship between the first AR space and the second AR space based on the first azimuth information and the second azimuth information; and the first device and the second device perform AR interaction between the first AR space and the second AR space based on the conversion relationship. According to the embodiment, interaction between multiple AR scenarios can be realized, and the AR interaction effect is enriched.

The invention discloses an industrial robot connecting base capable of realizing convenient adjustment of the angle. The connecting base comprises a first base, rotating shafts, shaft columns, telescopic columns, moving sleeves, diagonal braces, clamping blocks, springs, a second base, a casing, inner casings, threaded rings, clamping plates, transverse columns, screws, nuts, extension rods, screwholes, hook rings, buffer rods and connecting blocks. The connecting base has the beneficial effects as follows: the moving sleeves, the diagonal braces and the springs are arranged below the secondbase, and through up-and-down movement of the moving sleeves and the length change of the diagonal braces, the second base can be inclined at a certain angle by the aid of the elastic telescopic forceof the springs. The inner casings are arranged, under the clamping effect of the screws on the transverse columns, according to the sizes of to-be-connected industrial robots, the distance between the two inner casings is adjusted, thus the connecting base is applicable to the industrial robots in different sizes, and the suitability of the connecting base is higher.

The invention discloses an interface display method and a computer-readable storage medium. The method comprises the steps of: constructing a display object in the display scene; assigning physical attributes to the display object through a physical engine; according to a preset trigger condition, controlling the display object to move in the display scene according to a preset motion rule. The invention can enhance the authenticity and the interaction of the display screen and improve the user experience.

The embodiment of the invention provides an automatic driving data filling method and device, and the method comprises the steps: carrying out the analysis of collected data, and supplementing a condition that the movement track of a sensor is blank in a collection process when the sensor does not detect a target based on a preset mathematical model. Data obtained by calculation of the mathematical model is filled into the conversion data set, so that each traffic target in the converted simulation scene has a complete track, the phenomenon of creating targets halfway is avoided, and the interactivity of simulation testing and the integrity of the scene are correspondingly improved. The complete track of each target in the scene is formed by supplementing the acquired blank data, and thenthe complete track is converted into the simulation scene, so that the scene is more complete, and a better effect is achieved for test verification.

The invention relates to the field of aerosol generating devices, and particularly discloses a method and a system capable of realizing a scoring function and an aerosol generating device. The methodcomprises the steps of counting, calculating and displaying a current scoring value, a current smoking time, a current smoking power and an accumulated scoring value, and further realizing visual division of user groups based on interval identifiers. The quantified changing numerical value can attract the attention of the user, the user can clearly know the smoking process of the user through thenumerical value change, firstly, smoking controllability is achieved, the user can adjust related parameters based on the condition of the user, and the health and safety of the user are better maintained; secondly, the interactivity between the aerosol generating device and the user is perfected, the numerical value grows along with the user, and the smoking pleasure of the user is increased; particularly, a scoring competition mechanism is introduced, users of different regions and ages are allowed to compete, the users are also promoted to continuously break through themselves, the pleasureis increased, and the interestingness and the mutual improvement are improved.