46 results about "Structural variable" patented technology

The present invention relates to a compound represented by formula (I):

in which at least one of R³ and R⁴ is a group represented by formula (A):

where the structural variables are as defined herein. The compounds are useful for blocking sodium channels.

Disclosed is a compound having the formula:

pharmaceutically acceptable salts or solvates thereof and pharmaceutical compositions containing the same, wherein the structural variables are as defined herein. The compounds, salts and solvates of this invention are useful as LXR agonists.

Polyaromatic sodium channel blockers represented by the formula:

are provided where the structural variables are defined herein. The invention also includes a variety of compositions, combinations and methods of treatment using these inventive sodium channel blockers.

The invention discloses a waypoint real-time collating and processing method applied on an unmanned aircraft. Through the storage mode of an array integrated with linked lists, the real-time planning operations of a plurality of waypoints on a plurality of airways are realized with the waypoint structural variables as base data elements to define a two-dimensional array of waypoint structural type, wherein each element in the array is corresponding to a waypoint, the first dimension is corresponding to a line number, and the second dimension is corresponding to a point number; each airway in the array is constructed into a double linked list, wherein the precedence order of the nodes in the linked list is corresponding to the precedence order of the waypoints in the airway; the realizable operations on the waypoints comprise waypoint collating, waypoint modifying, waypoint inserting, waypoint inquiring, waypoint deleting, airway inquiring, starting point setting, waypoint shifting, etc. The waypoint real-time collating and processing method can meet various real-time operation requirements on the airways and waypoints of the unmanned aircraft with simple realization of the program and static allocation of the airway storage space, thereby realizing the reliability and quickness of the waypoint operations.

The invention discloses an industrial structure based electricity consumption demand prediction method, comprising the steps: calculating a structure variable in electricity consumption intensity; adding the structure variable to an input layer of a neural network and predicting an electricity consumption demand. According to the industrial structure based electricity consumption demand prediction method, the influence of the structure variable in the industrial structure on the electricity consumption demand is considered during prediction, the structure variable is used as an input of the neural network to predict the electricity consumption demand so that the prediction error is slight and a prediction result is accurate.

A method for drawing an electrical wiring diagram at a WEB front end includes editing drawings, dragging and dropping primitives, typesetting pictures, and configuring attributes of pictures and primitives; defining a structure type according to power parameters of equipment and circuits and adding the structure type into a structure definition list; in the template screen, using the structure type to edit the template variables and assign the member variables under the template variables; using the structure type to define the structure variables, and adding the variables into a structure variable list; for the template primitives, using the variables of the structure to replace the template variables, and thus realizing the variable binding of the batch real-time library; for non-template primitives, using real-time library variables to realize binding one by one; constructing an SVG file, using a program language conversion method to convert the current screen program logic and datainto a SVG file for archiving which is loaded and used by a WEB page to achieve graphics rendering. The invention supports the visual design mode, can effectively improve the development efficiency,can save the development cost, and can realize the good graphics drawing requirement.

The present invention relates to the field of data research and calculation technology and specifically disclosed a construction and calculation method of a tourist satisfaction index. The method comprises four levels, the first level is a domestic, entry and exit tourist satisfaction index, the second level is a latent variable, the third level is the measurement variable of the latent variable, and the four level is the evaluation index for the measurement variables of tourism traffic, tourism catering and tourism accommodation. A model path diagram is constructed according to the relation between structural variables, a linear structural equation is set, the model estimation is carried out, and the tourist satisfaction index is calculated. According to the method, a technical support and a data source are provided for quantitative and qualitative tourist satisfaction research, a basis is provided for making regulatory policy by the government, companies are helped to improve product quality, and the improvement of tourism service quality, the regulation of tourism market order and the promotion of China tourism enterprise development are facilitated.

The invention relates to the field of a pastoral snow disaster resilience evaluation method, in particular to a method for characterizing temporal and spatial characteristics of pastoral snow disasterresilience by a triple exponential model. The method includes the following steps: (1) triple index characterization index and calculation, the triple index is: snow disaster index SI, animal husbandry disaster index AI, geographic disaster reduction index GI; (2) calculating the vulnerability of animal husbandry system; (3) calculating the resilience of animal husbandry system; (4) establishingthe decomposition function of resilience structure of animal husbandry system; (5) spatial expression of triple exponent and resilience. Through a triple index model characterizing the spatial characteristics of snow disaster resilience in a pastoral area, the invention resolves the snow disaster resilience in the pastoral area into a comprehensive effect of triple structural variables of snow disaster index, animal husbandry anti-disaster index and geographic disaster reduction index, and reveals the temporal and spatial variation law of snow disaster resilience and triple structural variables in the pastoral area. The method can provide guarantee for improving resilience and sustainable development of snow disaster in pastoral areas.

A manufacturing method and its components for inner-tension pre-stress extra-light structure wall surface comprises the following steps: a steel wire rope is threaded in inner holes of pipe fittings, a steel plate is used to connect pipe fittings, guidance pieces are arranged at one ends of pipe fittings, and the steel wire rope in pipe fittings is pre-tensioned to required design tension. After required tension is pre-tensioned, both ends of the rope are sealed with plugs and the extra-light structure is formed. A beam frame is arranged between the extra-light structure unit with connection of steel plate, light fillings or structural blocks made of inflated plastic bottle, polyurethane and thermal shrinkage film are filled in the frame space. A steel plate punched joggle piece is arranged at the surrounding of the frame. A plastic intrusion plate with thermal and sound insulation performance is arranged on the external surface of the frame which is filled with the fillings or the structural blocks, and an external decoration layer is used on both sides of the frame. The present invention has the advantages that varieties of beam and bridge, suspended bridge and floating bridge are manufactured with less materials, low prices, and high rigidity and strength, and are applicable for mass production and module construction. The applications range from single room on single floor, a plurality of rooms on single floor, two floors, three floors and high building, large building, to bridge or waterborne building. On saving energy and reducing cost, the utilization of the waste shows excellent performance.

Disclosed is a compound of having the formula:

pharmaceutically acceptable salts or solvates thereof and pharmaceutical compositions containing the same, wherein the structural variables are as defined herein. The compounds, salts and solvates of this invention are useful as LXR agonists.

The present invention includes calculating an inter-wiring capacitance from process variables including a structural variable and a material constant of each interlayer insulating film in a multi-wiring structural including a first wiring layer, a second wiring layer having a pluraltiy of pitch wirings with a width W arranged at a pitch P, a third wiring layer and a pluraltiy of interlayer insulating films which insulate and separate the first to third wiring layers from each other, modeling a function expression in which the process variables are determined as variables and the inter-wiring capacitance is determiend as a response variable from the relationship between the obtained inter-wiring capacitance and the process variables, creating actual multi-layer wiring structures and measuring an inter-wiring capacitance from each created multi-layer wiring structure, and identifying the process variables of the actually formed multi-layer wiring structure from the measured inter-wiring capacitances based on the modeled function expression.

Disclosed is a compound of having the formula:

pharmaceutically acceptable salts or solvates thereof and pharmaceutical compositions containing the same, wherein the structural variables are as defined herein. The compounds, salts and solvates of this invention are useful as LXR agonists.