318results about How to "Guaranteed monitoring" patented technology

The invention discloses an internet-of-things based medical management monitoring system. The system comprises user terminal equipment worn on a patient and a server for realizing management monitoring, wherein the user terminal equipment is communicated with the server through a wireless network; the user terminal equipment comprises a physiological parameter sensor for detecting a physiologicalparameter of the patient, an input module for inputting disease state data of the patient and a first wireless transmitting and receiving module for transmitting the physiological parameter or the disease state data to the server and receiving a diagnosis instruction of the server; and the server comprises a second wireless transmitting and receiving module for receiving the data transmitted by the user terminal equipment and transmitting the diagnosis instruction to the user terminal equipment, a remote diagnosis module for remote diagnosis of a doctor and an alarm processing module for comparing according to the detected physiological parameter of the patient and a set physiological parameter threshold and giving out an alarm. By using the system, the physiological condition of the patient can be monitored in real time; and the system has high intelligence and high practicability.

The invention discloses an internet of vehicles-based car periodic leasing system and method. The leasing system comprises intelligent vehicle-mounted equipment, a handheld terminal APP, a periodic leasing remote management control center and a vehicle, wherein the intelligent vehicle-mounted equipment is arranged on the vehicle and is connected with the vehicle, the periodic leasing remote management control center and the handheld terminal APP, the periodic leasing remote management control center is connected with the intelligent vehicle-mounted equipment and the handheld terminal APP through an internet, and the vehicle and the intelligent vehicle-mounted equipment are in communication connection through a vehicle-mounted bus. By the leasing system and a leasing and vehicle management method, the problems of car leasing and returning, car seeking, vehicle identification designed user opening, real-time monitoring of an enterprise, leasing vehicle management, leasing user warning and monitoring and the like of the user on the handheld terminal are solved; by automatic flow-type leasing, actions of car seeking, car driving, vehicle starting and the like of the user are facilitated, other devices are not needed to be additionally arranged, and the safety and the convenience are ensured; and meanwhile, the management of the enterprise on the vehicle is more timely and thorough.

The invention provides a tobacco logistics distribution system and method. The tobacco logistics distribution system comprises an unpacking device, a sorting system, transfer containers, casing equipment, an information identity card reader-writer, a central control server and a handheld terminal. The tobacco logistics distribution system is used for sorting and distributing tobacco for customer orders in a tobacco logistics center, the transfer containers with RFID (radio frequency identity) tags are used for distributing the tobacco, and full sensing during cigarette distribution is realized. Each transfer container is provided with an RFID tag, and cigarette order information of the transfer containers is written into the RFID. In order to distribute customer identity cards to the customers, scanning time and places are recorded by scanning the RFID tags of the transfer containers and the customer identity cards during distribution, and orders can be distributed within the preset time and places and are well documented, so that tobacco distribution time and places are monitored, and tobacco logistics distribution speed is effectively guaranteed. By reading and checking the RFID content of the transfer containers in important logistics sites, cigarette in the transfer containers can be traced and managed.

The invention provides a feed production quality tracking system, which comprises a bar code printer, a bar code scanner and a computer software system, wherein the computer software system realizes the following functions for tracking feed production quality together with a bar code technique: (1) raw material labeling and warehouse access management; (2) formula code management and maintenance limitation; (3) production control and production information recording; (4) minor ingredient mixing control; (5) batch feeding control; and (6) finished product batch number control. The system can track back to all production steps and raw materials from the batch number of finished feed to find out problems and provide bases for quality improvement.

The utility model discloses a load soft measurement method for a coal grinding machine in the thermal power plant, which aims to solve the load detecting difficulty existing long time ago of the coal grinding machine in the thermal power plant. The utility model acquires the information attributing the grinder load by the self-adaptive feature extraction from the grinder noise, the vibration and the differential pressure signal, creates a plurality of rules to identify the condition and the fitting polynomial under the rules after the fuzzy classification of the coal grindability factor, water content of the coal, steel balls loading and the load and finally integrates the output of all the rules to get the grinder load. The utility model has the advantages of overcoming the failure to adapt to the condition changes of the prior method, acquiring good accuracy and sensitivity under various conditions and providing guarantee for effective monitor of the grinder.

The invention discloses a method and a device for avoiding obstacles. The method and the device are applied to an unmanned aerial vehicle and auxiliary driving equipment which are in mutual communication connection. The method comprises the following steps of enabling the unmanned aerial vehicle to obtain a panoramic image, and sending the panoramic image to the auxiliary driving equipment; enabling the auxiliary driving equipment to receive the panoramic image, performing visual scene analysis on the panoramic image, and obtaining the scene and object in the panoramic image; identifying the obstacle in the surrounding scene of a flight path of the unmanned aerial vehicle in the panoramic image, and sending the azimuth information of the obstacle to the unmanned aerial vehicle when the obstacle exists; enabling the unmanned aerial vehicle to detect the distance on the azimuth of the obstacle, and obtaining the distance between the obstacle and the unmanned aerial vehicle; enabling the unmanned aerial vehicle to avoid the obstacle according to the azimuth of the obstacle and the distance between the obstacle and the unmanned aerial vehicle. By adopting the technical scheme, the method has the characteristic that the dynamic obstacle can be locked and avoided, so that the 720-degree protection function on the unmanned aerial vehicle is realized.

The invention discloses a method and a device for monitoring quality of service, which are used for monitoring the quality of service of an application layer service, so that the service quality monitoring information of an application layer can be fed back to a network management operation/maintenance center of a mobile communication network or a user. The method for monitoring quality of service comprises the steps that a piece of user equipment (UE) determines a quality of service (QoS) requirement of the application layer service when an application layer service is initiated; the UE checks whether the QoS requirement of the application layer service is matched with a predetermined QoS capability defaulted to be born by an evolutionary packet system (EPS) or not; when the QoS requirement of the application layer is lower than the predetermined QoS requirement defaulted to be born by the EPS, the UE initiates the application layer service; otherwise, the UE requests to build EPS dedicated bearing.

The invention discloses a full-automatic retort installing system and a retort installing method of the full-automatic retort installing system. The full-automatic retort installing system comprises a multi-joint robot, a retort installing executing mechanism, a retort installing vision measurement and control mechanism, a center control mechanism and a feeding mechanism. The retort installing executing mechanism is fixed at the tail end of the multi-joint robot and is located above a retort barrel. The retort installing vision measurement and control mechanism monitors and controls temperature and height of a charge level in the retort barrel in real time. The center control mechanism receives information collected by the retort installing vision measurement and control mechanism and sends control information to the multi-joint robot and the retort installing vision measurement and control mechanism. The feeding mechanism feeds the retort installing executing mechanism. The full-automatic retort installing system can fully simulate manual retort installing, is more high-efficient and accurate, and achieves full mechanization and informatization of wine making retort installing technology.

The invention relates to method and device for embedding and detecting a watermark in a document by using a computer system, in particular to method and device for loading a document watermark to an electronic text document by using a computer program so as to protect the electronic text document, belonging to the technical field of document protection. The computer program at least comprises the generation of the electronic text watermark, the loading and embedding of the watermark and the detection of the watermark. The method comprises the following steps of: firstly, generating watermark information from copyright information prepared to be added into the electronic document by using a watermark generating module; then, reasonably optimizing the analysis of a watermark carrier medium, the preprocessing of embedded information, the selection of an information embedding point, the design of an embedding mode and the control of embedding modulation by using a watermark loading and embedding module; and equivalently transforming set natural language semantics to embed the watermark through reasonably selecting a secret key. If a copyright dispute happens, a watermark detection module designed in the invention can be used for detecting and extracting the document watermark of the electronic document by using the preset secret key, and the result shows that the document watermark embedded in advance can provide an identification basis for solving the electronic document copyright dispute. Thus, the invention can be widely applied to document protection encryption, tracking, illegal distribution control and technical protection of copyrights.

The invention discloses a measurement restriction information processing method and equipment. The method comprises the following steps that user equipment (UE) receives information coming from a network, wherein the information carries information of enabling or disabling measurement conducted according to measurement restriction information, carries the measurement restriction information or does not carry the measurement restriction information; if the information carries the information of enabling the measurement conducted according to the measurement restriction information, when the information carries the measurement restriction information, the UE conducts measurement according to the measurement restriction information; and when the information does not carry the measurement restriction information, the UE conducts the measurement according to pre-stored measurement restriction information. In the embodiment of the invention, by transmitting the information which carries the measurement restriction information or does not carry the measurement restriction information to the UE, the UE radio link monitoring and the radio resource management (RRM) measurement reliability are ensured and simultaneously the cost of signaling configuration is reduced.

The invention discloses a Java web application deploying method and device. After a user creates a release plan, the process from processing a following release plan to uploading a product to be released to a target host is executed automatically, and manual participation is not needed. Thus, on one hand, the process is simple and the risk of deployment omitting or repeated deployment caused by manual deployment operation is avoided; on the other hand, the occurrence of manual misoperation or repeated release is avoided, so that the quality of a software product is improved, and the delivery time of the software product is accelerated. In addition, due to the fact that deployment operation information is recorded in a database, the evaluation and monitoring of the deployment quality can be achieved.

The invention relates to an RFID (Radio Frequency Identification Devices) technology based commodity supply chain system structure. The RFID technology based commodity supply chain system structure comprises a raw material collection management structure, a production management structure, a warehouse management structure, a logistics management structure and a sales management structure; every management structure in a commodity supply chain is provided with an RFID event processing manager according to a commodity anti-counterfeiting traceability system; every RFID event processing managers is used for reading the RFID event information through an RFID read-write device; the commodity safety traceability management is implemented through the Internet due to the commodity anti-counterfeiting traceability system. According to the RFID technology based commodity supply chain system structure, the basis weight is the RFID technology based commodity anti-counterfeiting traceability system, the characteristics of RFID are adopted, and accordingly the management purpose of the commodity safety traceability can be achieved and the efficient, real-time and convenient effects are achieved in comparison with a file recording tracing method; the completely transparent management is provided in the commodity supply chain and accordingly the whole visual control, monitoring and traceability of the commodity safety can be ensured and problem commodities can be recalled; consumers can query the complete tracing information of purchased commodities through the Internet.

The invention discloses a method and system for realizing wireless industrial monitoring and control by utilizing mobile phones, wherein the Java function supported by mobile phones is utilized to download the monitoring and control terminal subsystem into the memory of the mobile phone and to be operated on the K-Java virtual machine of the mobile phone, thus data monitoring and control can be accomplished through the following process, (1) the user downloading and installing the monitoring and control of the mobile phone end, and accomplishing initialization, (2) the mobile phone monitoring and control subsystem submitting a registering request, the industrial monitoring control data server accomplishing authority limits allocation through identification, (3) the mobile phone monitoring control subsystem submitting monitoring control instruction through the wireless data network, (4) the industrial monitoring control data server accomplishing the command processing and returning the results.

The invention discloses a network element and a method for uploading MR (Measure Report) messages by the network element. The method comprises the following steps of: receiving the MR messages and CDL (Call Detail Logs) messages which are reported by a terminal and a base station; independently forming an MR file from the received MR messages; when determining that an MR interface link between the network element and an MR server is normal, reporting the MR file to the MR server by adopting a mode of an FTP (File Transfer Protocol), so that the MR server generates a performance index file according to the MR messages in the MR file. According to the network element and the device disclosed by the invention, the processing capability of the network element which receives the reported MR messages is improved; the packet loss problem of the MR messages is ensured not to exist; the correctness of the performance index files obtained by a network optimization platform and a northbound webmaster is powerfully guaranteed; and the processing efficiency of the northbound webmaster on the performance index files is effectively promoted.

The invention relates to a product traceability system and an operation method thereof. The product traceability system comprises a query port, an internet platform, a quality system and a service system. After information entry through the quality system and the service system, query is performed by utilizing the internet platform through the query port. The operation method comprises a first step of assigning quality query labels for each product in a production encoding mode by recording purchase, detection and production information of the products; a second step of assigning service query labels for each product in an order number mode by recording service, logistics and evaluation information; and a third step of enabling users to achieve quality traceability and service traceability through the query port. The product traceability system and the operation method can achieve product quality and service quality, buyers can learn about the conditions of the products in links of purchase, transportation, production and sales in details, product safety is guaranteed, and the product quality problem is solved.

The invention discloses a heterogeneous data integration method and a heterogeneous data integration device. The heterogeneous data integration method comprises the following steps: acquiring data in a database corresponding to a predetermined upload task; converting the acquired data into an XML file in a predetermined format; uploading the XML file to an out-server; and storing the XML file in an integrated database of a medicament supervisory bureau by using the out-server, wherein the upload task comprises at least one of medicament purchase, medicament stock, medicament sale, medical equipment purchase, medical equipment sale, medical equipment storage, unqualified medicament, medical equipment stock and medical equipment use. Due to the application of the technical scheme, the network intercommunication of the medicament supervisory bureau and a medical equipment enterprise and the integration of heterogeneous data are realized, namely the integration of different types of data in different types of databases used by all medical equipment enterprises is realized; and the integrated database is stored in a server used by the medicament supervisory bureau so as to realize the monitoring of the data, namely realize the monitoring of all of the medical equipment enterprises.

The present invention discloses a portable adenosine triphosphate fluorescence detection device comprising a housing consisting of an upper housing and a lower housing, a cover capable of opening/closing and deposited above the housing, a liquid crystal window and a keyboard which are deposited at the upper housing acting as a panel of the device; a circuit board used for performing a fluorescence detection and mounted inside the housing, with a liquid crystal screen, a photodiode, a shielding case and a light trap metal block being mounted thereon, wherein the photodiode is arranged inside the light trap metal block with its the other terminal being connected to a test-tube repository, and a first microswitch and a second microswitch are also mounted at the circuit board. The control circuit comprises a fluorescence detection module, a data acquisition module, a human-computer interface, a power supply module, a control module and the like. Said fluorescence detection module is used for detecting the intensity of fluorescence generated by a reaction of ATP in living microorganism body and fluoresceins and luciferases in the detection reagent, and the data acquisition module is used for converted the fluorescence intensity detected into a digital quantity to ascertain the ATP content, then the presence and content of microorganism is capable of being indirectly ascertained by controlling system analysis and processing and saving data.

The invention discloses a monitoring alarm terminal and system, which comprise a power supply device and an NB-IoT subsystem, wherein the power supply device is used for supplying electric energy; the NB-IoT subsystem is electrically connected with the power supply device, and is used for monitoring environment information of the ambient environment, and sending alarm information corresponding to preset alert information to a remote server when the environment information triggers the preset alert information. The monitoring alarm terminal and system guarantees the low energy consumption of the system through an NB-IoT technology, and effectively guarantees the outdoor long-term monitoring and alarm; in addition, the characteristics of broad coverage, mass connection, low cost and the like of the NB-IoT technology provide the instantaneity and high efficiency of large-area distribution and alarm of the monitoring alarm system.

The invention discloses a screening method and application of a plasma microRNA marker for identifying a gastric cancer. According to the screening method, cel-miR-39 serving as an external reference and miR-16 serving as an internal reference are used together, and data of to-be-tested microRNA are normalized, so as to improve the reliability of qRT-PCR data. On the basis of the method, plasma microRNA markers, namely miR-19b, miR-671-5p and miR-101, are screened, wherein the miR-19b and the miR-671-5p are used for distinguishing normal people from the patients with gastric cancer at different stages and different differentiated degrees, and can be used as the markers for gastric cancer screening; and especially the miR-671-5p is used for specifically distinguishing the patient with early gastric cancer from normal people. Therefore, the plasma microRNA markers can be used as characteristic markers for early gastric cancer diagnosis. The miR-101 is used for distinguishing the patients with gastric cancer before and after an operation, and can be used as a prognosis marker of the gastric cancer.

The invention relates to a fabric sensor for pressure distribution monitoring. The fabric sensor comprises warp yarns and weft yarns. The warp yarns and the weft yarns are arranged in an orthogonal manner. The crossed warp yarns and weft yarns together form an induction area and a connection area. The head end of each row of the warp yarns in the connection area is connected to a power supply end,and the head end of each row of the weft yarns in the connection area is connected to a collecting end. The induction area is formed by induction units which are arranged in a staggered mode. Each induction unit is arranged in a sandwich-shaped structure, wherein the upper layer and the lower layer of the induction unit are respectively in the form of a positive electrode layer and a negative electrode layer, and the middle layer of the induction unit is in the form of a conductive layer. The positive electrode layer and the negative electrode layer of each induction unit are both composed ofa plurality of conductive yarns and non-conductive yarns. The conductive yarns of the positive electrode layer and the conductive yarns of the negative electrode layer are not adjacent to each other.The conductive yarns of the positive electrode layer and the conductive yarns of the negative electrode layer are orthogonally arranged. The conductive layer is composed of resistance yarns and non-conductive yarns. According to the invention, a positive electrode can be conducted with a negative electrode through the conductive layer with the presence of a compressed and large-area sensor. Therefore, the monitoring accuracy is ensured.

The invention discloses a street lamp and a monitoring device. The street lamp comprises a luminous body and the monitoring device arranged on the street lamp, wherein the monitoring device comprises a lens, a coding unit, a processing unit and a network service unit; the lens is arranged close to the luminous body; the coding unit is connected with a camera and used for compressing and coding signals input by the lens; the processing unit is connected with the coding unit; and the network service unit is connected with the processing unit, inputs the compression coding signals of the coding unit through the processing unit and sends the compression coding signals through a network interface. The street lamp can record public security conditions on a street at the same time of providing light at night and has low cost.

The invention relates to an airplane monitor system and method on the basis of real-time dynamic positioning and data link. The system comprises an airborne device and a ground-based device. The airborne device is installed on an airplane and is used for receiving satellite signals and real-time differential update information, finishing the correction of airplane positioning data, and sending differentiated position information in real time; the ground-based device is installed on the approach tower and is used for receiving the real-time differential update information, sending the update information to airplanes in the airspace of the airport periodically, receiving differential positioning data sent in real time by airplanes in the air, and sending the received airplane position information to an flight monitor terminal. By use of the system and method, the safety factor of flight training and monitor level of the stage of airplane approaching landing are increased; The system and method can be applied in flight conducting and air traffic control. Position information of targets in the airspace of the airport can be monitored in real time. The system and method can be applied in flight conducting and guiding, especially in dangerous cases such as rough weather and decreasing visibility, providing auxiliary decision-making information for flight commanders, and increasing the safety factor of flight training.