79results about How to "Easy to familiarize with" patented technology

The invention provides a full-automatic chemiluminescence immunoassay analyzer. The full-automatic chemiluminescence immunoassay analyzer comprises an operation control main body and a computer connected to the operation control main body. The operation control main body comprises a reagent sample module, an incubation module, a cleaning module and a detection module. The reagent sample module comprises a reagent sample tray and a sample arm between the reagent sample tray and the incubation module. The incubation module comprises a reaction disc and a reaction cup loading platform matching the reaction disc. The cleaning module comprises a cleaning disc and a cleaning device related to the cleaning disc. The detection module comprises a detection disc and a detection device related to the detection disc. The full-automatic chemiluminescence immunoassay analyzer realizes sample loading, incubation, cleaning and detection combination, and the reagent sample tray temperature is controlled so that reagent refrigeration is realized and work efficiency is improved; the detection disc temperature is constant by control so that a detection precision is improved; a structure design is reasonable so that operation is convenient and reagent, sample, substrate and waste replacement is convenient; and the full-automatic chemiluminescence immunoassay analyzer adopts a table-type design so that the structure is compact and an occupation space is reduced.

The invention discloses a three-dimensional design method and system for a nuclear powder support hanger. The three-dimensional design method and system are operated under a PDMS (Plant Design Management System); a nuclear powder support hanger database consisting of a support hanger composition table is hung below a main menu of the PDMS system; the support hanger composition table comprises support hanger types, type description and inner codes; the inner codes are formed according to part types and the part shut sequence forming the support hanger; each support hanger type is in respective one-to-one correspondence to a style picture and the inner code of the support hanger; the design method comprises the following steps of: establishing the support hanger composition table at a first phase according to the type code, the type description and the inner code; generating a preliminary mode of the support hanger at a second phase according to the support hanger description and a corresponding picture; adding a connecting point and a rooting point by setting parameters; and finally, generating a corresponding a support hanger three-dimensional mode, wherein the first phase and the second phase can be continuously and alternatively carried out, or a novel type support hanger in the support hanger composition table during execution at the second phase can be added and modified.

The invention discloses an intelligent question answering robot system based on a mobile internet. The intelligent question answering robot system based on the mobile internet comprises the following units: a user mobile unit used for tracking the real-time location of a user, describing the movement path of the user and designating the movement area of the user based on the mobile internet, a mobile internet and social network unit used for determining that each user has own different user attributes and user tasks and carrying out interactions among the users to form respective user relationships and social circles, a user interest point mining and personalized customization unit used for finding interest points of the users and pushing personalized information, a user querying and knowledge base matching unit used for performing text mining and processing on Chinese words segmentation, semantic analysis and syntax analysis, and sending processed information to an intelligent question answering database unit, and the intelligent question answering database unit for updating and optimizing related content in a question knowledge base and an answer knowledge base.

The invention discloses an underground integrated pipeline lane big data visualization operation cloud platform. The underground integrated pipeline lane big data visualization operation cloud platform comprises a display layer, an application layer, a data layer, a transmission layer, and a perception layer. The perception layer is used to store data information in the data layer by the transmission layer, and the display layer is used to analyze and process the data information in the data layer by using the application layer, and is used to feed processing results back. The processing results are displayed on the software interface window of the display layer. The underground integrated pipeline lane big data visualization operation cloud platform is advantageous in that by adopting concentrated management and control, unified management, and fine management of human resources, working efficiency is improved, and therefore the remote on-line monitoring and the intelligent operation maintenance of the integrated pipeline lane are realized, and an object of real-time, accurate, concentrated, intelligent, and automatic alarming response processing is realized.

The present invention is for valved musical wind instruments in the musical keys of BB-flat, CC, E-flat, and F with progressive cylindrical mid-section bore or gradual conical mid-section bore expansion or a combination, not to exceed 0.85 inch bore within the first 65% of instrument length and bell throat diameters not to exceed 3 inches measured 10 inches from the bell flare, in which bass trombone tone qualities prevail. Progressive mid-section bore is novel, enhances responsiveness, and enables “early” valve placement options. A 4-valve B-flat bass valve trombone, B-flat cimbasso, or B-flat Tu-Bone is claimed, and may have a single constant cylindrical mid-section bore, or progressive cylindrical mid-section bore or gradual conical mid-section bore expansion or a combination. A valved B-flat bass inverted full double trombone, cimbasso, or Tu-Bone is claimed, as well as a “compensated” version and a full double euphonium. Invention valves may be any piston or rotary valves.

The invention discloses an auxiliary method for tracking suspicious people by a monitoring system. The method comprises the following steps of: configuring the attribute of a monitoring point, modeling a monitored picture and switching the monitored picture. An auxiliary function for continuously tracking a plurality of points in a building is realized; space information and a video monitoring system are combined, so that the video monitoring system can be quickly switched to the monitored picture of a monitoring point at which a suspicious personnel is positioned through simple visible operation; the tracking speed is high; the tracking precision is high; and the implementation method is simple.

The invention aims to provide a pigsty with a driving device. The pigsty with the driving device comprises a horizontal fixed fence piece (1), a driving fence piece (2), a lengthways fence piece (3), a horizontal movable fence piece (4), a motor and a wire rope, and is characterized in that the horizontal fixed fence piece (1) is provided with a horizontal fixed fence piece beam (1-1) and a horizontal fixed fence piece brace (1-2), a driving fence piece beam (2-1) on the lower portion of the driving fence piece (2) is provided with a driving fence piece lower pulley support (2-5) and a driving fence piece lower pulley (2-6), and a lengthways fence piece beam (3-1) on the lower portion of the lengthways fence piece (3) is provided with a lengthways fence piece lower end (3-5) and a lengthways fence piece sliding rail (3-6). The pigsty with the driving device solves the problems that driving is difficult and time-consuming in the process of changing pig groups at present.

Certain embodiments of the invention relate to a radiopharmaceutical system having a shielded cordless injector and various radiopharmaceutical pig and syringe structures that permit the syringe to remain in the pig during transportation and use of the syringe. In some embodiments, the shielded cordless injector may include an injector, a radiation shield disposed at least partially about the injector, a drive coupled to the injector, and an energy storage device coupled to the drive. The pig may have a computer with a display screen that displays a radioactivity level of a radiopharmaceutical and/or a desired (e.g., correct) unit dose volume of a radiopharmaceutical to be administered to a patient.

The invention discloses a mobile terminal and data maintenance method thereof, which pertains to the mobile terminals. In the inventive method, users initiates a data maintenance request through a mobile terminal browser, the mobile terminal performs enquiry or updating operations to the corresponding application module according to the request types, and returns the operation result back to the users. The present invention also discloses a mobile terminal. The technical scheme of the invention facilitates familiarity and comprehension of users, simplifies the operation difficulty of the complexity interface; for developers of mobile phones, the technical scheme of the invention simplifies the workload of UI design and development, in addition, the technical scheme of the invention has very high universality, and has more humanized operations interface compared with UI depending on the specific platform, thereby being capable of completing operations of data increasing, deleting, altering, enquiring and the like; and enhancing the availability and practicability.

The invention provides a deep learning intelligent response system based on computer cloud data. The system comprises a positioning unit, a map information delineation unit, an information receiving unit, a database unit and a social network description unit. The positioning unit is used for positioning real-time positions of users and sending real-time position information to the map information delineation unit. The map information delineation unit is used for delimiting user movement areas based on track segmented description information of the users within preset time and further used for delineating a full map of a specific area in advance and marking various interest points in the specific region in details on the map. The information receiving unit is used for sending processed information to the database unit. The database unit is used for collecting and settling answer knowledge materials of questions and answers raised by all the users to establish a knowledge base, extracting candidate keywords for the materials and manually marking the content of the keywords for following keyword indexing. The social network description unit is used for acquiring mutual correlation and mutual influence among the users in the specific area and different social roles played among the users.

The present invention provides a photovoltaic output power self-adjusting device. The device comprises a solar cell panel rotating module, a sun monitoring module, a wind power and wind direction monitoring module, a control module and a power storage module. The solar cell panel rotating module is fixed on the ground. The sun monitoring module and the wind power and wind direction monitoring module are respectively fixed on a platform higher than the horizontal placement position of a solar cell panel. The control module is respectively connected with the solar cell panel rotating module, the sun monitoring module and the wind power and wind direction monitoring module. The power storage module is respectively connected with the solar cell panel rotating module, the sun monitoring module, the wind power and wind direction monitoring module and the control module. The photovoltaic output power self-adjusting device improves the efficiency, the accuracy and the safety of related equipment itself. Meanwhile, the solar cell panel is always in an optimal working state.

The invention discloses a display method and a system for help information of projector equipment. The display method for the help information of the projector equipment comprises the steps that icons of various functional items and a help button are displayed on a current user interface displayed on a display screen; when a user clicks the icon of the help button, an operational action of the user is obtained; the identification of the corresponding functional item is obtained according to the operational action of the user; the help information corresponding to the obtained identification of the functional item is read from an information memory; and the read help information is displayed on the display screen. With the adoption of the display method and the system for the help information of the projector equipment, a common user can learn and be familiar with various functions and operational methods of the projector equipment conveniently.

The invention discloses a three-dimensional model construction method suitable for a VR/AR transformer substation operation environment. The method comprises the following steps: S1, quickly collecting a three-dimensional model of a large scene and various drawing data of lines, surfaces and bodies by recording three-dimensional coordinates, reflectivity and texture information of a large number of dense points on the surface of a measured object by utilizing a laser ranging principle; S2, acquiring original image data by using the single lens reflex after effect detection, and rapidly restoring real scenes and models of equipment, towers and lines by using laser point cloud processing software and photogrammetry software; S3, simplifying triangulation network data, reducing the number ofmodel surfaces, achieving the purpose of optimizing the model, adjusting the positions of nodes on the basis of a local-global thought without changing the interconnection mode of the nodes, and improving the uniformity of the image grids on the whole. According to the invention, the problems of long 3D modeling time consumption and poor fineness in the prior art of substation equipment are solved, and a substation operation system is enabled to maintain safe and efficient operation.

The invention belongs to the instant messaging field and particularly relates to an instant messaging client group member association identification method. When a user joins in a group, a member association field is generated. The member association field is used for recording the identification number of a member who recommends the user to join in the group. After the user joins in the group, a member name and a user name corresponding to the member who recommends the user to join in the group are displayed in an associated way. The instant messaging client group member association identification method can enable members to mutually know about the association relationship among other members, can facilitate the members to know about and be acquainted with each other and can help form a harmonious group discussion atmosphere.

The invention discloses a medical assistance system based on a network. The system comprises a medical server platform and a mobile terminal. The medical server platform is equipped with a patient module, a medical staff module, a communication module, an online inquiry module, a surrounding assistance module and a positioning system. A patient and a medical staff log in the medical server platform through an APP or a third party link application. The patient can check positions of surrounding medical groups which are in a service state through the mobile terminal and provides own shared position. According to the scheme, a user can seek the medical staff nearest to the user efficiently outside the hospital and the user can ask for help at a critical moment and fights for the gold rescue time. For slight illness and chronic illness, the user can consult with a doctor nearest to the user, and the diagnosis, direction, inquiry and help can be carried out through look, listen, question and feel of the doctor. Through remote positioning, a remote demander is helped to seek the surrounding medical staff for help.

The invention relates to a closed three-dimensional vestibule training device which comprises a support, an outer side ring, a middle ring and an inner side ring. In the initial state, three rotatingrings are in the state of sharing the same circle center and the same plane. The support and the outer side ring are connected through a rotating pair, the outer side ring and the middle ring are connected through a rotating pair, and the middle ring and the inner side ring are connected through a rotating pair, and the angle formed between the rotating axis of the inner side ring inside the middle ring and the rotating axis of the middle ring inside the outer side ring is 90 degrees. The angle formed between the rotating axis of the middle ring inside the outer side ring and the rotating axisof the outer side ring inside the support is 45 degrees. The diameters of the outer side ring, the middle ring and the inner side ring are sequentially reduced, and a safety device is arranged on theinner side ring. Due to multi-dimensional rotation, the high speed, complex steering, G increase and decrease and other flight transportation actual environment can be simulated, and training betterfits the actual working requirement, and better fits vestibule resistance and adaptability needed by the complex environment. The closed vestibule training device is wide in application range, can beapplied to the civil aviation flight major and flight attendant, air marshal and air duty majors directly related to flight transportation, and can be applied to military aviation pilot training, navigation shipping and other major training. The device can be applied to physical education, physical exercise, physical ability training practice, physical ability testing and experiments and other working in various majors.

The invention discloses an intelligent screen capturing method which comprises the steps that 1, a user long-presses a main menu key of an intelligent terminal to call a screen capturing module of the intelligent terminal when a picture to be captured appears on a screen of the intelligent terminal; 2, the screen capturing module is started based on a selection instruction of the user, and a signal receiving device of the intelligent terminal is started; 3, the intelligent terminal judges whether a corresponding signal reaches a preset value after the signal is received by the signal receiving device; 4, the picture is captured by the screen capturing module after the received signal reaches the preset value. According to the method, automatic screen capturing is realized by judging voice frequency or light sensation change, image or text messages in which the user is interested can be captured easily, conveniently and quickly for the user to use and watch later, and then the user can learn the messages better.

The invention discloses a utility tunnel display method and apparatus, and a virtual reality device. The display method comprises the steps of performing three-dimensional modeling processing on utility tunnel data to obtain an initial utility tunnel model; obtaining attitude control information collected by the virtual reality device; according to the attitude control information, changing the initial utility tunnel model to obtain a current utility tunnel model; obtaining attitude position information collected by the virtual reality device; and according to the attitude position information, displaying the current utility tunnel model. Through the display method, a series of protective measures occurring in peacetime and wartime conversion of utility tunnel engineering can be subjectedto visual simulation, so that related personnel can conveniently know the series of the measures occurring in the peacetime and wartime conversion process in a daily state, the effect of exercise simulation is realized under the condition of not influencing daily operation of utility tunnels, the personnel can be familiar with the conversion process conveniently, possibly existent problems are discovered in advance, and disclosure during engineering implementation is facilitated.

The invention discloses a distributed line loss determination and power grid monitoring equipment and method. The equipment comprises a main server, at least one second-level server connected with the main server and at least one third-level server connected with the second-level server, wherein the third-level server is at least connected with an external user terminal, the third-level server comprises an acquisition chip, a third-level metering module, a third-level memory, a third-level processing module and a third-level communication module, the second-level server comprises a second-level metering module, a second-level processing module, a second-level communication module and a second-level memory, and the main server comprises a communication module, a metering module, an analysis module, a monitoring module and a main memory. Data of the power grid can be conveniently acquired through three-level design, a line loss value can be acquired through calculation on the basis of the acquired data, the data is accurate, calculation is rapid, an abnormal data area can be found out through comparing an actual line loss value and a theoretical line loss value, an overhaul and maintenance instruction can be timely emitted, and power grid operation stability is improved.

The invention discloses a train beat type running optimization method based on the multi-path combinatorial search. The method comprises the steps that the combination of all train travel time of the minimum beat unit is taken as the optimization target, an optimization model of the train beat type running time table is built, and a weighted diagraph of describing the train running is built; then based on the diagraph, the combination of the directed arc weights passed by all the trains in the diagraph of the minimum beat unit is used as the optimization target, the train beat type running model is rebuilt; on the basis of defining a main path, a secondary path, a path interval, a diagraph node label collection and an initialization node label collection, the main path and the running interval with the minimum total costs from the beginning point to each node is searched through the constant generation of new labels and the update of the label values of the existing labels, until the check and the update of the node labels of the train end station are completed; finally the arrival and departure times and the running time intervals of each train station are determined according to the searched main path and the secondary path collection.

The invention discloses an optimization method of train multi-beat coordinated operation based on a cross entropy algorithm. The method comprises the steps of regarding a minimized total travel time of all beat unit trains as an optimization objective, and regarding equal-time-interval operation of same-beat-unit trains, and limit of interval of minimum and maximum operation time of the same-beat-unit trains and the like as constrains to construct an optimization model of coordinated operation of multi-beat-unit trains; designing a decoding code of a train multi-beat coordinated running schedule scheme; initializing a probability parameter of scheme solutions; randomly generating scheme solutions of which the number is given based on a given probability parameter value; conducting evaluation on the current scheme solutions, selecting a certain number of high-quality scheme solutions from the scheme solutions as elite solutions, renewing the probability parameter based on the elite solutions, and generating a new scheme solution according to probability based on the renewed probability parameter. In this way, the probability parameter is constantly renewed and new scheme solutions are constantly generated till any given algorithm termination condition is satisfied.

The invention discloses an archive data trajectory tracking and positioning method and system. The method comprises the following steps of acquiring an RFID signal, and identifying and managing an identity identifier and an archive identity identifier; calculating the distance between the management identity identifier and the archive identity identifier; associating the management identity identifier with the archive identity identifier; acquiring a moving path of the management identity identifier and the file identity identifier; judging whether the file is abnormal or not according to the moving path; and acquiring the human body induction information of a manager, waking up the RFID module according to the human body induction information, and identifying the management identity after waking up the RFID module. According to the method, the RFID tag is acquired as the identity information of the archives, and the position information of the archive data is calculated in real time according to the RFID signal and is used for monitoring the moving track of the archive data, so the archive data is monitored in the whole process.