19 results about "Mobile technology" patented technology

The present application relates to mine safety equipment technical field, especially in an underground roadway deformation monitoring equipment, including host computer and lower computer, the lower computer includes main frame, drive equipment, acquisition equipment, power equipment, the lower computer includes acquisition module, analysis module, the main frame includes equipment support, the equipment support is divided into multiple models according to the diameter size, the outside annular arrangement of the equipment support has multiple chutes, the drive equipment includes multiple connecting plates set up in the outside of the equipment support, the middle part of the connecting plate is rotatably connected with bidirectional screw rod through rotating stand, the both sides of the bidirectional screw rod are screw connected with extension rod, in the scheme, through self-adapting drive and autonomous movement technology, the unmanned monitoring coverage of high-risk, narrow roadway is realized, through high-precision laser scanning and three-dimensional modeling technology, the full-dimension accurate detection of the deformation of the inner wall of roadway is realized.

Method for regulating and / or controlling lightweight packaging and / or municipal solid waste processing plants by changing a material flow, wherein the processing plant is first fed with material to be processed using a mobile technology, wherein the material is subsequently broken up and / or shredded by means of a shredder to form a uniform material flow on a conveying technology, wherein the material is then fed to at least one sorting stage using a conveying technology, wherein the following is used as a measurement variable of the method: - a fill level of a hopper of the shredder and / or - the volume flow rate of the material flow, wherein the measured quantity is measured contactlessly using sensor technology, wherein the following is used as the control and / or regulated variable of the process: - the shredding behavior of the shredder via its load capacity, and / or - the feeding of the processing plant with the mobile technology, and / or - Changes to plant operating parameters, where a feeding signal for the supply of the system is communicated to a loading personnel by means of a warning message.

The utility model relates to the technical field of photovoltaic equipment movement, in particular to a mobile storage device for photovoltaic equipment, which comprises a cart, a storage box, a partition plate, a placing plate and an adjusting assembly, the storage box is connected to the cart; the partition is connected to the inner wall of the storage box; the placing plate is connected to one side of the partition plate and is connected with the inner wall of the storage box; the number of the placing plates is five, and the five placing plates cooperate with the partition plates to divide the interior of the storage box into six storage cavities which are used for storing a plurality of photovoltaic devices. The adjusting assembly is connected to the placing plate; the adjusting assembly comprises a telescopic rod, one end of the telescopic rod is connected with a side clamping plate, and the side clamping plate is movably connected with a connecting clamping plate; the telescopic rod, the side clamping plate and the connecting clamping plate adjust the size of the storage cavity through movement, and are used for storing photovoltaic equipment of different sizes. A plurality of photovoltaic devices can be conveniently carried and moved at the same time, meanwhile, the photovoltaic devices of different sizes can be clamped, stored and moved, the moving stability of the photovoltaic devices can be conveniently improved, and the application range of the moving and storing device is expanded.

This invention discloses a multi-point online inspection system and method for liquid components based on XRF detection. In this system, multiple sampling mechanisms are installed at various designated points corresponding to the liquid tanks to be tested, used to extract and temporarily store liquid from the tanks. An inspection robot carries a liquid component detection unit and moves to the target location according to inspection commands issued by a central control computer. A sample cup positioning structure ensures precise alignment between the liquid component detection unit and the sample cup. The liquid component detection unit performs component detection on the liquid temporarily stored in the sample cup using X-ray fluorescence spectroscopy. The central control computer communicates with the liquid component detection unit, the inspection robot, and the sampling mechanisms, issuing inspection and sampling commands. This invention integrates X-ray fluorescence detection technology, robot movement technology, and automatic sampling technology to achieve automated, rapid, and accurate detection of liquid components at multiple points in the smelting process.

The invention discloses a robot global path planning method and system based on safety distance constraint, belongs to the technical field of intelligent robot navigation and autonomous movement, and determines an accurate and stable safety detection means for path planning of a robot through definition of safety grid region constraint. Planning boundary constraint judgment and path planning request security detection are performed on the path planning request so as to ensure the rationality of the path planning request and avoid invalid planning; moreover, node security detection is carried out on each node in the path search through security grid region constraint, so that the security and reliability of each node in the obtained original planning path sequence are ensured; besides, the path is optimized through the safe sight line detection model, so that the optimized path is simplified, the trafficability of the optimized path is ensured, and finally a safe, reliable and executable optimal path planning result is obtained.

The present invention provides a system and method for interactive logo recognition and user engagement using mobile devices. The system may detect logos in real-time using a mobile device's camera and a deep learning-based object detection model. Upon logo detection, a deeplink may be retrieved, activating a messaging application and prepopulating a ready-to-send message to a server. The server may generate a personalized response using natural language processing, including selectable action elements. Users can interact with elements, triggering associated actions and engaging with the brand. The invention combines computer vision, augmented reality, and mobile technologies to create intuitive user experience.

The utility model relates to mould movement technical field, especially, relates to a kind of mobile buffer mechanism, including mechanism ontology, the mechanism ontology includes moving device, fixed buffer device;The moving device is used to drive fixed buffer device to move, and the moving device includes moving rack, drive wheel group;The fixed buffer device includes buffer box, object platform, hydraulic buffer and locking module;It further relates to a kind of mould, including mould ontology, the mould ontology is installed in the mobile buffer mechanism.The utility model aims at, provide a kind of stable movement, efficient buffering, firm mobile buffer mechanism for mould.

The present application relates to the technical field of gas explosion protection, and particularly relates to a jet field analysis method, a coordinate positioning method and a system based on mobile guide rail technology. The present application is based on the space axis symmetry theory and the boundary wave theory of gas leakage jet field, combined with remote control mobile technology and precise leakage field concentration testing technology, and proposes a jet field analysis method based on mobile guide rail technology; to realize accurate positioning, high reliability, without human intervention, thus reducing the experimental cost and improving the safety; can effectively avoid the existing technology, which generally adopts experimental test or data simulation, has a large deviation, low reliability and weak guiding significance for the actual scene; the analysis results are effectively used in the actual application of gas jet, to provide effective accident prevention measures for gas leakage, and to accurately obtain the jet field information at the same time of the accident, to determine the related information of the leakage point, and to timely and effectively position and rescue.

1. The name of the design product: the nanometer mobile technology (NMT) interface of the tablet computer. 2. The use of the design product: the overall use of the design product is the tablet computer; the use of the partial design is the nanometer mobile technology (NMT) interface of the tablet computer. 3. The design points of the design product: the partial shape of the product shown in the figure. 4. The picture or photo that best indicates the design points: perspective view 1. 5. Other circumstances that need to be explained: the part shown by the solid line in the figure is the part claimed for protection; the part shown by the dashed line is not claimed for protection.

The present invention relates to the technical field of mobile storage, and in particular, to a movable coal yard enclosure device, comprising: a storage assembly (100), comprising support rods (101), wherein a plurality of support rods (101) are provided; sliding rail blocks (101a) provided on end faces of the support rods (101), and moving frames (102) provided on the outer walls of the sliding rail blocks (101a), wherein a plurality of moving frames (102) are provided; a first elastic member (103) arranged on the outer walls of two moving frames (102) and a shielding cover (104) arranged on the outer walls of the moving frames (102); limiting assemblies (200), each comprising a sleeve (201) arranged inside a sliding rail block (101a), limiting blocks (202) arranged inside the sliding rail block (101a), second elastic members (203) arranged on the outer walls of the limiting blocks (202), and magnetic blocks (204) arranged at the other ends of the second elastic members (203); and a fire monitor arranged inside the shielding cover (104).

This invention discloses a device mobility method and system with autonomous navigation, relating to the field of device mobility technology. The key technical points include the following steps: acquiring task text information received by the mobile device; retrieving a set of navigation strategies to be tested that matches the task text information from a navigation strategy database; if the task text information contains a single task objective and corresponding basic scene information, performing semantic segmentation and keyword extraction on the task text information to obtain task semantic feature one; evaluating the scene adaptability of task semantic feature one and the set of navigation strategies to be tested to obtain strategy adaptability value one; if the task text information contains multiple related task objectives and cross-scene switching requirements, analyzing the semantic correlation of each related task objective to obtain task semantic feature two; and evaluating the cross-scene switching time and path constraints to obtain strategy adaptability value two; the effect is to enable the device to complete the mobility task using the optimal path.

The invention discloses a device movement method and system with autonomous navigation, and relates to the technical field of device movement, and the method comprises the following steps: obtaining task text information received by a mobile device, and retrieving a to-be-tested navigation strategy set matched with the task text information from a navigation strategy database; if the task text information contains a single task target and corresponding basic scene information, performing semantic word segmentation and keyword extraction on the task text information to obtain a task semantic feature I, and performing evaluation according to the task semantic feature I and a scene adaptation degree of a navigation strategy set to be tested to obtain a strategy adaptation value I; if the task text information contains a plurality of associated task targets and cross-scene switching requirements, analyzing semantic relevance of each associated task target to obtain a second task semantic feature, and performing evaluation in combination with a time constraint and a path constraint of cross-scene switching to obtain a second strategy adaptive value; the effect is that the equipment can complete the moving task in the optimal path.

The utility model discloses a part synchronous lifting and moving device for cleaning equipment, which belongs to the technical field of part synchronous lifting and moving and comprises a driving module, a support is arranged on the driving module, and the support moves along a first direction and a second direction; the cross beam is mounted on the bracket, and a plurality of hooks are arranged on the cross beam; and the jig is located on the hook, a plurality of parts are installed on the jig, and the jig is located above the cleaning tank so that the parts can be guided into the cleaning tank to be cleaned. According to the synchronous lifting and moving device for the parts, the parts can be quickly lifted and moved, so that the parts can be quickly transferred among the cleaning stations, the cleaning requirements of the parts are met, the efficiency of the lifting and moving mode is high, a plurality of parts can be synchronously transferred, the positioning is accurate, and the working efficiency is high. The part transfer efficiency can be effectively improved, and the influence on part cleaning is avoided.

The invention provides an unmanned aerial vehicle following method and system based on a mobile RTK technology, and a program product, and relates to the technical field of unmanned aerial vehicle positioning. The unmanned aerial vehicle following method based on the mobile RTK technology comprises the steps of obtaining first position information of an unmanned aerial vehicle; acquiring second position information of the target relative to the unmanned aerial vehicle based on a first RTK module carried on the unmanned aerial vehicle and a second RTK module carried on the target followed by the unmanned aerial vehicle; determining a relative motion relation between the unmanned aerial vehicle and the target based on the second position information; and based on the first position information and the relative motion relationship, controlling the unmanned aerial vehicle and the target to maintain predetermined relative motion.

An interaction method and an apparatus relating to mobile technology are disclosed. In an implementation, the method includes: An electronic device receives a first user operation for entering text, and obtains a first text in response to the first user operation, where the first text includes the text entered by using the first user operation. the electronic device identifies, based on the first text, for media information that matches semantics of the first text, changes a first-style cursor to a second-style cursor, where the second-style cursor indicates that the media information is found, receives a second user operation on the second-style cursor, and displays the media information in response to the second user operation.

Methods, apparatuses, and systems for wireless communication, including a method comprising a user equipment receiving configuration information of at least one transmission parameter from a network device, where the configuration information comprises a configuration of a conditional Layer 1 (L1) or Layer 2 (L2) triggered mobility (CLTM) procedure; the user equipment measures the at least one transmission parameter based on the configuration information; and the user equipment determining one or more transmission parameters satisfying an execution condition in the at least one transmission parameter based on the configuration information and the measurement.

This invention discloses a method for manufacturing an image sensor moving device and the image sensor moving device itself, relating to the field of image sensor moving technology. The manufacturing method includes: obtaining a spring substrate; etching the spring substrate to obtain a spring wire region, a mover region, and a stator region, respectively; fabricating a circuit board on the upper surface of the spring substrate, the circuit board including at least one circuit layer and at least one flexible circuit layer disposed on the at least one circuit layer, wherein the flexible circuit layer at the upper end of the mover region and the circuit layer, as well as the flexible circuit layer at the upper end of the stator region and the circuit layer, are electrically connected; removing the flexible circuit layer directly above the spring wire region, and removing the circuit layer directly above the spring wire region except directly above the spring wire region, to obtain an inner circuit board connected to the mover, an outer circuit board connected to the stator, and connecting lines connecting the inner and outer circuit boards. The manufacturing method of this application saves production costs and improves production efficiency.

The invention relates to a method for the open-loop and / or closed-loop control of plants processing lightweight packaging and / or domestic waste by changing a material flow, wherein first the processing plant is supplied with material to be processed by means of mobile technology, wherein the material is subsequently broken up and / or comminuted by means of a comminutor to form a uniform material flow on conveyor technology, wherein the material is then fed to at least one sorting stage by means of conveyor technology, wherein the following is used as a measurement variable of the method: - a filling level of a hopper of the comminutor and / or - the volume flow of the material flow, wherein the measurement variables are measured contactlessly by means of sensor technology, wherein the following is used as the open-loop and / or closed-loop control variable of the method: - the comminution behavior of the comminutor according to the loading capacity thereof, and / or - the loading of the processing plant by means of the mobile technology, and / or - the changing of the plant operating parameters, a loading signal for loading the plant being communicated to loading personnel by way of a warning message.

The present disclosure relates to a technology for lower-layer triggered mobility based on candidate transmission and reception point recognition. According to the present disclosure, a method of a terminal comprises the steps of: receiving, by a terminal, service from a first base station; receiving SSBs from TRPs of a second base station; transmitting a first measurement report to the first base station; receiving, from the first base station, information about beam identifiers for candidate TRPs; receiving, from the first base station, information about resources for transmitting CSI-RS to the candidate TRPs; receiving the CSI-RS from the candidate TRPs via the resources; transmitting, to the first base station, a second measurement report for the CSI-RS; receiving, from the first base station, information about a target TRP selected from the candidate TRPs; and carrying out cell switching to the target TRP.