11results about How to "Upload timely" patented technology

The invention relates to the technical field of wireless communication, and particularly relates to a cell reselection method and device, a terminal and a storage medium, and the method comprises the steps: responding to a received cell reselection indication message, searching a reselection frequency point belonging to a current network type in a carried reselection list, so as to determine whether there is a cell suitable for access; the current network type is a network type of a resident cell before the multimode terminal receives the cell reselection indication message; if yes, cell access is carried out; if the reselection frequency points do not exist and no reselection frequency points of other network types exist in the reselection list, entering a cell selection process; if no reselection frequency points of other network types exist in the reselection list, searching the reselection frequency points belonging to other network types in the reselection list so as to determine whether a cell suitable for access exists or not; and if yes, performing cell access, otherwise, entering a cell selection process. According to the technical scheme, the cell reselection can be efficiently and quickly carried out, and the method is mainly used for cell reselection.

The present invention provides a vehicle-mounted integrated platform for soil collection, detection and treatment, comprising a vehicle, wherein a power device and a portable drilling rig are arranged in the vehicle, the vehicle provides power to the portable drilling rig through the power device, the vehicle is also equipped with a soil sampling drill bit for soil sampling, a soil gas sampling drill bit for soil gas sampling and a double-liquid injection drill bit for soil remediation and treatment for use by the portable drilling rig, and the vehicle is also equipped with an XRF soil sample pretreatment device for pretreatment of soil samples, an XRF tester for testing the pretreated samples, a GC-MS sampling pretreatment device for pretreatment of soil gas, a GC-MS tester for testing the pretreated soil gas, and a nitrogen cylinder as a carrier of the GC-MS tester.

The application provides a data packet transmission method, device, communication system, electronic equipment and storage medium. The data packet transmission method applied to an access point comprises the following steps: a first trigger frame is sent to a plurality of clients connected to the access point in a first time period, and a first data packet sent by the plurality of clients according to the first trigger frame is received, wherein the first trigger frame comprises first time length information, the first time length information is used for indicating an upper limit of time consumption of the client for sending the first data packet, and the first trigger frame sent to different clients comprises the same first time length information; a second trigger frame is sent to at least part of the plurality of clients in a second time period, and a second data packet sent by the client according to the received second trigger frame is received. The scheme can improve the timeliness of uploading data from the client to the access point.

The invention belongs to the field of industrial production of carbon paper and other films, particularly relates to a carbon paper production system and method, and solves the problems of large-scale, low-cost and low-energy-consumption automatic production of carbon paper for fuel cells. The carbon paper production system comprises a data processing unit, a carbon paper drying unit, a carbon paper flattening unit, a first carbon paper heat treatment unit, a load coating unit, a second carbon paper heat treatment unit, a visual screening unit, an index detection unit, a product packaging unit and an auxiliary feeding manipulator, and the auxiliary feeding manipulator puts the carbon paper into the carrier at the product feeding position. According to the production system, the conventional intermittent production mode is changed, and accurate and quick response of production and quality control is facilitated.

The present invention is applicable to the field of cloud data mobilization, and provides a cloud data scheduling method and system based on the Internet of Things. The system includes: a data acquisition and classification module, a device status evaluation and priority allocation module, a priority score allocation module, a data upload queue management module, an upload result recording and monitoring module, a cloud storage and data life cycle management module, and an upload feedback analysis and report generation module. By evaluating the current status and network environment of the Internet of Things device, the system can dynamically set the priority interval. This mechanism enables the data upload process to have flexibility and intelligent adaptability. Real-time monitoring of device status and network conditions ensures that the system can reasonably allocate resources according to actual conditions, thereby ensuring that high-priority data can be uploaded in time at the right time. This method not only improves the upload success rate, but also effectively reduces the upload delay caused by network congestion or equipment failure.

The embodiment of the invention discloses a household gas leakage monitoring device, system and method based on the Internet of Things, and relates to the field of gas. In a specific embodiment, the system comprises a cloud platform server, a plurality of local area network servers arranged in gas monitoring areas respectively and a household gas leakage monitoring device, the household gas leakage monitoring devices are respectively arranged in all rooms of all gas monitoring areas; the cloud platform server is respectively connected with each local area network server; and the local area network server is connected with each household gas leakage detecting and monitoring device in the gas monitoring area where the local area network server is located. According to the embodiment, the problems that in the prior art, fuel gas leakage recognition accuracy is low, fuel gas data transmission is easy to terminal, and emergency repair linkage cannot be carried out are solved.

This invention relates to the field of rehabilitation data communication technology, specifically a method for integrated medical and educational multimodal data acquisition and analysis for autism rehabilitation. The method includes: constructing a set of multimodal data acquisition units; performing integrated autism rehabilitation data detection based on these units to obtain multimodal rehabilitation data; if the multimodal rehabilitation data contains anomaly tags, transmitting the data to the original receiving terminal via an emergency transmission channel to obtain the target receiving terminal; if the multimodal rehabilitation data does not contain anomaly tags, recording it as normal polling data; summarizing the normal polling data to obtain a normal polling dataset; and transmitting the normal polling dataset to the original receiving terminal to obtain the target receiving terminal. This invention can improve the accuracy of rehabilitation status monitoring and reduce the risk of missed reports of abnormal conditions.

The invention provides a data uploading method and device, electronic equipment, a storage medium and a computer program product, and relates to the technical field of computers. The method comprises the following steps: under the condition of detecting that a target event is triggered, acquiring monitoring data of the target event; the monitoring data is used for describing a target event monitored by first equipment; detecting whether the network condition of the first network meets the transmission condition of the monitoring data; the first network is a network established by the first device and a server; if not, searching a second device in the first network; the second device is a device meeting the transmission condition of the monitoring data; and establishing a second network between the first device and the second device, transmitting the monitoring data to the second device through the second network, and uploading the monitoring data to the server by using the second device. The problem that the data uploading efficiency is not high in the prior art is solved.

The utility model provides an intelligent blood pressure monitoring device which comprises a device body, an inflation cuff, an air pump, a data transmission module and a controller, the inflation cuff is connected with the device body, the air pump is arranged in the device body, and the air pump is configured to inflate air into the inflation cuff; the data transmission module and the controller are both arranged in the device body, the controller is configured to obtain blood pressure data of a monitored object through the inflatable cuff, the data transmission module is electrically connected with the controller, and the data transmission module is configured to transmit the blood pressure data to a cloud server; therefore, the blood pressure data can be timely uploaded to the cloud server, and the blood pressure data can be continuously and timely recorded, so that the blood pressure data can be conveniently recorded, and sudden diseases of a monitored object can be prevented.

The invention relates to the technical field of oil exploitation downhole operation, in particular to a downhole operation monitoring method and system, and the method comprises the steps: deploying an integrated monitoring node network in a downhole target area, and enabling the monitoring node network to comprise a plurality of distributed monitoring nodes; through the distributed monitoring nodes, multiple physical parameters in the underground operation process are synchronously collected, and multi-source heterogeneous monitoring data are formed; carrying out edge calculation processing on the multi-source heterogeneous monitoring data in a well to extract feature information representing an underground working condition state; and adaptively selecting a data transmission mode based on a preset data priority rule and the current channel state, and uploading the processed feature information to a monitoring center through a communication network. The method realizes real-time panoramic monitoring of the underground operation state, reduces the communication bandwidth demand through local data processing, and improves the communication efficiency. And transmission of key alarm information can still be guaranteed when channel conditions fluctuate.

The utility model discloses an internet-of-things intelligent working fluid level monitoring device, the top end of a shell is provided with a charging port, a switch and an air inlet, the shell is internally provided with a miniature air pump, an air chamber, a control valve, a battery, a micro-sound device and a communication module, the miniature air pump is connected with the air chamber, the control valve is installed on an air outlet pipe of the air chamber, and the communication module is connected with the battery. The micro air pump, the control valve, the micro sound device and the communication module are all electrically connected with the battery; a screw thread is arranged at the lower end of the shell, and one side of the shell is connected with an anti-explosion tablet computer through a communication cable; the device is ingenious in structure and convenient to carry by testers, an integrated microphone, a control valve, a miniature air compression pump, an air chamber, a control circuit, a battery, a communication module and other components are arranged in a host, and after the host is installed on a well, well number selection, one-key parameter setting and automatic measurement are automatically completed through automatic positioning of a flat plate; after measurement is completed, automatic storage, software automatic analysis processing (replacing personnel analysis), timely uploading and network data sharing are achieved.