49results about How to "Choose intuitively" patented technology

The invention relates to array functional arrangements and an application system. The system comprises a setting module, a construction module, a trigger module, an analytical module and an execution module, wherein the setting module is used for setting functional combinations which need to be subjected to array arrangements; the construction module is used for constructing a coordinate system, setting functional names displayed on a vertical axis and a horizontal axis respectively in the constructed coordinate system and coordinates of multiple functional combinations in the coordinate system and associating the coordinates of the functional combinations with functions corresponding to the functional combinations so as to generate an array functional interface; the trigger module is used for detecting the action of selecting the coordinates on the array functional interface and responding to the selective action to output a trigger signal; the analytical module is used for analyzing the received trigger signal to determine the selected coordinates and analyzing the functions associated with the coordinates according to the coordinates; and the execution module is used for executing the functions associated with the coordinates. The invention also provides the array functional arrangements and an application method. By utilizing the invention, the combinations with the corresponding functions can be selected visually and quickly.

The X-ray diffraction device and method for detecting macroscopic stress in a micro region of the invention belong to the testing field. The setup, consisting of an x-ray diffractometer, is equipped with a rotating detection stage. Detection steps: adjust the surface of the tested sample on the rotating detection platform to be perpendicular to the diffraction circle platform of the X-ray diffractometer, and set the roll rotation axis on the intersection line between the diffraction circle plane and the sample surface; select the stress detection point O under the microscope; Angle Φ sets the stress detection direction; determine the roll angle α; re-observe the stress detection point O under the microscope, adjust the detection point O to coincide with the center of the diffraction circle; measure the selected diffraction crystal plane; Several 2θα data; calculate the macroscopic stress value in the direction perpendicular to the roll axis AB in the small area of ​​point O. The invention can detect the macroscopic stress in any specified direction in any specified tiny area of ​​the sample, and detect the stress change gradient and stress distribution inhomogeneity.

A mobile device that enables a user friendly selection of a target wireless enabled device, a wireless enabled device being configured to establish a wireless link with other devices, includes an imaging unit that acquires images of the surrounding of the mobile device and a display that displays images acquired by the imaging unit. An object detection unit is provided to detect wireless enabled devices within images acquired by the imaging unit, the wireless enabled devices being configured to establish a wireless link with other devices. Further, a user interface and a wireless interface are provided to establish a wireless link to a selected wireless enabled device. The display is configured to indicate detected wireless enabled devices in images displayed on the display and the user inter-face is configured to enable a user to select a wireless enabled device indicated on the display.

The present invention adopts a method for determining the slope toe of the continental margin continental slope, comprising: step 1, determining the profile elevation and distance data of the slope foot point control line; step 2, according to the profile elevation of the slope foot point control line generated in step 1 and distance data to calculate the slope and slope change of the toe point control line; step 3, the determination of the toe point: select one of the points with the largest slope change that meets the toe point selection criteria as the toe point on the toe point control line ; Step 4, loop step 1-3, find the toe points on the control line of each toe point, and connect the toe points in turn to form the toe line of the continental margin continental slope. Compared with the traditional method for determining the toe point of the slope, the present invention has the following advantages: the method of the present invention makes the selection of the toe point of the continental margin intuitive and convenient, and it is easier to combine professional knowledge on the basis of calculation data to determine more accurately The location of the toe point.

The invention provides a 3D model selection method and device. According to the 3D model selection method and device, a traditional collision detection ray detection mode is abandoned, a collision detection surface is used to move forwards in the direction of a collision detection ray to form a collision detection body, detection will not stop after the collision detection surface collides with a model, instead the collision detection surface continues to move in the ray direction till penetrating into all models which the collision detection surface collides with in the ray direction, and all the models obtained through collision detection are returned for a user to select. Through the 3D model selection method and device, the problem that when multiple tiny models are gathered and concealed, accurate selection cannot be realized is solved; especially the user has higher probability to include the tiny or concealed models into a detection range when using 3D human body teaching software, and therefore precision and usability during 3D model selection are improved.

The invention relates to the field of data processing, in particular to an arranging method and a terminal. The arranging method includes that multiple nodes are preset on a target trajectory throughacquisition of the target trajectory; when one node is selected, a preset moving object is displayed to reach fist time of the node; resources corresponding to the first node are selected according tothe first time. By the arrangement, accuracy in time matching of the resources and calling the resources during art editing and directing is improved.

The present disclosure relates to a control method, device, system, and equipment for smart home devices. The control method includes: the smart home device receives a wireless broadcast message containing identification information; the smart home device judges whether the identification information is a stored wearable device Unique identification information; smart home devices execute preset control instructions when the identification information is the stored unique identification information, and switch from the original working state to the smart working state. Through the technical solution of the present disclosure, the intelligence and automation of smart home equipment can be improved, which helps to simplify user operations and improve user experience.

The invention discloses a method for component interaction target selection of a prototype design tool, comprising the following steps: establishing a triggering component, the triggering component includes a control; moving the control to find an interaction target, so that the triggering component interacts with the The target establishes a link relationship, and sets a triggering mode for the trigger component to trigger the interaction target according to a user instruction, and sets different interaction modes for the interaction target based on the type of the interaction target. The beneficial effects of the present invention are: by moving the control on the trigger component, the trigger component is linked with the interaction target, and then the interaction action of the interaction target is set; the user can be intuitive in the design interface select the interaction target.