42results about How to "Improve human efficiency" patented technology

Computerized systems and methods are disclosed to generate a document by providing a document structure having one or more seed landmark texts therein, each landmark text including a milestone overview text and a plurality of component texts; from the milestone overview text, generating one or more computer-generated text suggestions to supplement the milestone overview text; combining the milestone overview text with each component text and generating one or more computer-generated component text suggestions; and creating the document by combining the milestone overview, the one or more computer-generated text suggestions, and each component text with corresponding one or more computer-generated component text suggestions.

The invention provides a user intention data acquisition method, a user intention data acquisition device and a user intention data acquisition system based on the Internet of Things. In the method, firstly the identity of a person in a real store is recognized via a sensor installed in the store, and meanwhile a movement path of the person in the store is searched and tracked; on the other hand,the states of commodities in the store are recognized and tracked by using the sensor, and meanwhile the sensor also achieves data tracking on area activities in the store; data of people, commodities, scenes and time latitude is modeled to form a user intention data model, the data such as who browses the commodities, when and where the commodities are browsed and how long the commodities are browsed can be achieved via the model to serve as the user intention data. According to the method, the device and the system provided by the invention, the user intention data model of the people, commodities, area and time latitude are acquired via the technology of the Internet of Things, data of online and offline people and commodities is associated, a pre-sales intention data report can be provided for the real store, and accurate purchase experience and service are provided for customers.

This invention discloses rare earth-modified cold patching maintainance material for asphalt pavement, and its preparation method. The rare earth-modified cold patching maintainance material is composed of asphalt, rare earth, waste kerosene, grease trash and graded stone chips. The preparation method comprises: drying graded stone chips, mixing with asphalt cold patching mixed solution, and stirring to obtain rare earth-modified cold patching maintainance material. The method has such advantages as high feasibility and easy operation. The rare earth-modified cold patching maintainance material has such advantages as long storage time, good properties, low cost, no pollution, and high economic, environmental and social benefits. The rare earth-modified cold patching maintainance material can be used to repair asphalt pavement in snow and rain.

The invention provides a test method based on an MOCK technology, belongs to the field of computers. The method is used for software development, and the method comprises the following steps: firstly,providing interface definition for rear-end development, defining input parameters and output parameters, and preferably providing an output parameter template; configuring the interface in a Mock server, and mainly configuring a URL address of the Mock, an output parameter template and the association between a real address and the Mock address. At the moment, front-end developers and front-endtesters cooperate to start development and test work of front-end pages, and rear-end interface testers can design interface test cases. Under the condition of the technical scheme, the purposes of short software online time, fewer online defects and higher human efficiency can be achieved.

The invention discloses a method and a system for customizing variables in batches. The method comprises the following steps: establishing an assignment table, importing case information into the assignment table, setting case names as line query indexes, and setting variable names of to-be-customized variables at the top end of the assignment table; analyzing the parameter names of the introducedcase information, positioning table tabs of the case information, and finding out case positions of to-be-customized variables; searching a parameter value which is the same as the line query index,taking a line of the parameter value as a test data line, and enabling variable values of the test data line to respectively correspond to variable names at the top end of the assignment table; and executing self-defined variables on the test data line, and circularly assigning all variable values of the test data line to variable names at the top end of the assignment table. According to the embodiment of the invention, the data separation of the test data and the automatic script is realized, the variable names can be quickly subjected to batch parameterized assignment, and the efficiency ofcustom variable assignment is remarkably improved.

The invention discloses a rustproof construction process of a steel structure building using structural steel beams coated with steel beam permanent formwork pouring concrete. The rustproof construction process is characterized by comprising the following steps that (1) the structural steel beams are installed; (2) formwork steel angles are fixed; (3) steel beam permanent formworks are installed,specifically, the steel beam permanent formwork installation principle is that first outer beams are installed and then inner beams are installed and first main beams are installed and then secondarybeams are installed; (4) non-dismantling corrugated board bottom formworks are installed; (5) floor steel bars are bound; (6) mechanical pouring concrete is performed, specifically, floor debris is cleaned, then a mechanical pump sends goods concrete to pour the floor, and in principle, firstly concrete in the steel beam permanent formworks is packed and tamped and concrete is poured to the non-dismantling corrugated board bottom formworks; and (7) concrete watering curing is performed. The steel beam permanent formworks are filled with concrete and the concrete is poured to the non-dismantling corrugated board bottom formworks, the steel beams and all steam members are coated with concrete and not exposed, and the problem of structural steel beam long-term rust protection of the steel structure building is completely solved.

The invention discloses an electronic brocade puller loom which comprises a rack. One end of the rack is provided with a let-off shaft, the other end of the rack is provided with a take-up shaft, a beating-up frame, a harness frame and a bibcock frame are sequentially arranged between the take-up shaft and the let-off shaft, an electronic jacquard weave system is arranged above the bibcock frame and comprises an electronic jacquard weave machine, an electromagnetic clutch and a motor, the motor is connected with the electromagnetic clutch, the electromagnetic clutch is connected to a signal disc on the electronic jacquard weave machine, the phase angle of the signal disc is 180 degrees, the upper end of the beating-up frame and the upper end of the harness frame are connected to the bibcock frame through lines, an inching switch for controlling the electromagnetic clutch is arranged under one side of the rack, and a control box connected with the electronic jacquard weave system is also arranged. The electronic brocade puller loom utilizes the electronic jacquard weave system to control jacquard weave, is suitable for a brocade weaving process and reduces the labor intensity of workers while improving the efficiency, electronic jacquard weave greatly improves accuracy.

The invention provides steel ladle slag clearing device and a steel ladle slag clearing method. Through arrangement of a hydraulic cylinder driving module consisting of a rotatable support base, a hydraulic cylinder and a connecting rib plate in the slag clearing device and a motor driving module consisting of a rotary motor and a gear connecting disc, cooperating with a remote high-definition camera, steel slags of a ladle mouth can be effectively cleared by driving a slag clearer. Through uniform arrangement of a plurality of gas spraying guns, a plurality of hooks and a slag raking plate, larger chunks of stacked slag can be hooked through the hooks, and slag chips also can be gathered through the slag raking plate, and therefore, different slag stacking situations can be effectively solved.

The invention discloses a method for manually removing internal support beams, which belongs to the technical field of building construction and comprises the following steps in sequence: erecting a scaffolding operating platform full of halls; backfilling the space between the outer wall of the basement and the inner side of the foundation pit with layered concrete; removing the supporting main beam First, the vibration isolation joints are set on both sides of the main beam and the lattice column; before the concrete is broken, the concrete beam is drilled with a drill pipe, and the concrete beam is expanded with a concrete expander; the inner support beam is manually removed, The order of dismantling is to dismantle from both ends of the beam to the middle, from the beam far away from the foundation pit wall to the beam close to the foundation pit wall, and from the bottom of the foundation pit to the top. The invention adopts a manual removal method with a lower cost than that of a gold wire saw, and the removed concrete slag is convenient for cleaning and transportation, and is not limited by the site, and at the same time, the safety risk of the structure due to self-operation and vibration is relatively small.

Systems and methods for determining molecular structures based on atomic-orbital-based features are described. Atomic-orbital-based features can be utilized in combination with machine-learning methods to predict accurate properties, such as quantum mechanical energy, of molecular systems.

The invention discloses a TODO management method and system. The method comprises the steps: establishing a schedule; and automatically reminding a user according to the schedule. Through the method,the user can be automatically reminded based on the schedule established by the user, and the efficiency is effectively improved.

The invention relates to the technical field of high-speed rail tunnel construction, and particularly relates to a dismounting and replacing construction method for an inverted arch of a floor heave section of a high-speed rail tunnel. The method comprises the following steps that S1, a track is dismantled, fasteners are collected and picked up, and equipment protection of a dismounting and replacing section is conducted; S2, a ballast bed is cut by a disc saw; S3, the ballast bed is hoisted to a slag yard, specifically, the whole cut ballast bed is hoisted to a flat plate transport vehicle through an excavator and is cleared and transported to a waste slag yard outside the tunnel; S4, a trestle is erected, and specifically, the trestle is erected on the excavation section in a suspended mode; S5, the side wall is reinforced with an anchor rod; S6, drainage ditches on the two sides and an inverted arch filling layer at the end are cut; S7, side wall joint cutting is conducted, and an arch frame is installed; S8, the inverted arch, the ditches and the filling layer are chiseled away and excavated; S9, base concrete spraying construction is conducted; S10, a waterproof layer is installed, reinforcing steel bars are installed in a bound mode, and concrete is poured; S11, ditch cable troughs on the two sides and a ballastless track bed plate are recovered; and S12, the next inverted arch replacement section is constructed. According to the method, the inverted arch dismounting and replacing efficiency is high, and the working intensity is relieved. The method is mainly applied to dismounting and replacing of the inverted arch of the tunnel floor heave section.

The invention discloses a method and a system for constructing an enterprise-level index system, belongs to the field of big data service application, and aims to solve the technical problems of how to observe business from a deeper level and how to quickly locate reasons when business indexes have problems. An enterprise-level index system is built by selecting indexes representing enterprise development states and longitudinally dividing data index levels through a transverse OSM model, and then enterprise strategic level indexes, business strategy indexes and business execution indexes arebuilt step by step. The comprehensive detection of the health development condition of the business is met through the design of the top layer from top to bottom. The invention further discloses a system for constructing the enterprise-level index system.

The invention relates to an anti-freezing preheating monitoring method for a D-series High-Speed train. The method comprises the steps that (1), a remote temperature acquisition device acquires the temperature of a D-series High-Speed train and transmits the acquired temperature of the D-series High-Speed train to a data center cloud server in real time; (2), after receiving the temperature and attribute information of the D-series High-Speed train, the data center cloud server compares the temperature of the D-series High-Speed train with a set threshold value, and if the temperature of the D-series High-Speed train is greater than the threshold value, the data center cloud server records the position information of the remote temperature acquisition device, the number of the D-series High-Speed train to which the data center cloud server belongs, the temperature of the D-series High-Speed train and transmission time; if the temperature of the D-series High-Speed train is smaller thanthe threshold value, the data center cloud server sends early warning information to a cloud terminal and records the position information of the remote temperature acquisition device, the number ofthe D-series High-Speed train to which the remote temperature acquisition device belongs, the D-series High-Speed train temperature and the transmission time; and (3), the data center cloud server transmits power to the D-series High-Speed train through the cloud terminal for preheating and freezing prevention. The method is used for realizing automatic acquisition, transmission and storage of thetemperature of the D-series High-Speed train and real-time monitoring of the webpage terminal.