42results about How to "Avoid manual calculations" patented technology

The invention discloses a system and method for automatically generating the project amount and drawing a CAD chart and belongs to the field of electric power engineering design. The system comprises a resource library maintaining module, a project editing module, a drawing paper data calculating module, a CAD drawing paper automatic drawing module and a project amount calculating and exporting module. A data information bridge is established between a CAD drawing tool and budget establishment software, the project amount of data is calculated directly through the software instead of being calculated manually as done in the prior art, and therefore efficiency and quality of budget establishment are improved. During CAD, comprehensive analysis can be achieved by the software according to project amount information such as terrains, geological conditions, tower land occupation, the cubic meter of earth and stone and foundation works, cost information corresponding to a designing scheme can be obtained more quickly, overall cost of the scheme can be obtained to participate in cost comparison, and then an optimal path designing scheme is selected, and design quality is effectively improved.

The invention discloses a pavement construction lofting method for a high-speed loop in a skid pad. The method is characterized by comprising the following steps of: arranging basic control network points on the inner side of a loop curve section subgrade to establish a basic control network; and fixing the height of an instrument in the lofting process, and performing planar and height lofting simultaneously, wherein the height of an intelligent total station instrument and the height of a reflecting prism are not required to be measured during planar lofting, a balance level is not required additionally during height lofting, automatic locking, and automatic aiming and three-dimensional coordinate synchronous lofting are realized by using a TCRP1201 intelligent total station instrument, so that the working efficiency of construction lofting for the high-speed loop in the skid pad can be greatly increased.

The invention discloses a model creation method and device, an allocation optimization method and device, equipment and a storage medium. The method comprises the following steps: constructing a set of decision variables, wherein the set of decision variables comprises a decision variable related to the first type of equipment, a decision variable related to the second type of equipment, a decision variable of personnel required for assisting the equipment, and a decision variable related to a processing result of the to-be-processed task, and the first type of equipment, the second type of equipment and the personnel cooperatively process the to-be-processed task; constructing a constraint condition set, wherein the constraint condition set comprises constraint conditions related to the processing limitation of the first type of equipment; constructing a target function set, wherein the target function set comprises a minimized target function related to the usage amount of the firsttype of equipment and a minimized target function related to personnel; and constructing a multi-target mixed integer programming model by utilizing the constraint condition set and the target function set. According to the embodiment of the invention, tedious manual calculation is avoided, and the resource processing efficiency is improved.

The invention relates to the field of wireless product testing, and specifically relates to an automatic test method for stray radiation. The automatic test method comprises the steps of receiving electromagnetic wave signals which are transmitted by a tested object in an operating state; analyzing the electromagnetic wave signals, detecting stray signals in the electromagnetic wave signals, and measuring the frequency and the field intensity of the stray signals; and finding out transformation parameters from a transformation parameter list according to the frequency and the field intensity, and calculating equivalent omnidirectional radiation power of the stray signals according to the transformation parameters. The automatic test method provided by the invention enables a stray radiation test to be more convenient and more efficient, the test efficiency is improved, and the labor input and the field occupation time of a test project are reduced.

The invention relates to a radial tidal current river reach riprap falling distance prediction method, and the method comprises the following steps: establishing a radial tidal current river reach water flow condition prediction model based on a one-dimensional long river reach tidal current prediction mathematical model and a two-dimensional hydrodynamic mathematical model by carrying out a riprap settlement process water tank test, and finally, predicting the riprap falling distance in the radial tide process based on the radial tide reach water flow condition prediction model, a falling distance formula and a throwing construction control condition. By the adoption of the method, the riprap falling distance of the radial tidal river reach can be accurately predicted, the construction efficiency and quality are greatly improved, and reference and basis are provided for prediction of the riprap falling distance of the similar tidal river reach in the future.

The invention discloses an automatic drawing method for an embedded part of a double-block ballastless track simply supported beam bridge floor. The method comprises the steps: 1, performing drawing parameterization on all parts of an embedded part design drawing; 2, designing a layout scheme on the bridge and automatically counting the number of embedded parts; 3, performing parameterized drawingof a complete set of drawings based on programming language. Beneficial effects are that each calculation drawing module is embedded into an AutoCAD system based on a programming language, and an AutoCAD man-machine interaction design process is pertinently expanded by adding menu bars required by designers, so as to realize automatic drawing of a design drawing of the CRTSI type double-block ballastless track embedded part of the simply supported beam section of the high-speed railway. According to the method, the drawing efficiency and precision are greatly improved, manual calculation is avoided, the distribution diagram of the simply supported beam bridge deck embedded parts with different lengths can be drawn quickly and accurately, the labor intensity of designers is reduced, and the drawing parameterization, automation and informatization levels are enhanced. The automatic mapping function is achieved, and reference can be provided for modernization and intelligent constructionof railway design.

The invention provides a line and tower footing automatic lofting method and system. The line and tower footing automatic lofting method comprises steps that coordinates of an angle tower, a lofting radius of a tower footing and coordinates of a current point location are obtained; the coordinates of the angle tower, the lofting radius of the tower footing and the coordinates of the current point location are inputted into an automatic lofting model to obtain lofting measurement data, and line and tower footing lofting is carried out according to the lofting measurement data; the automatic lofting model obtains the starting point distance and the ending point distance from the current point position to the strain section; an accumulated distance and an offset distance of the current point location in the whole line are obtained according to the starting point distance and the ending point distance; a tower position center coordinate of a starting point or an end point (depending on which distance between the starting point or the end point is smaller than a tower footing lofting radius) of a strain section is used as a lofting point, the lofting point is used as an original point of a rectangular coordinate system or a polar coordinate system, and an angular bisector of an acute angle included angle of two line segments which are adjacently connected with the lofting point is used as a y axis or a polar axis; the transverse distance, the longitudinal distance, the polar angle and the slant distance of the current point position relative to the lofting point are obtained, lofting measurement data are outputted, manual calculation and manual line building errors are avoided, and through field tests, tower footing lofting efficiency is improved by 80% under the condition that the precision of the lofting point is not changed, and operation stability is good.

The invention discloses an electronic printing calculator which comprises a processor, a memorizer, a touch screen and a power unit. The memorizer, the touch screen and the power unit are connected with the processor, and cost parameters needed by printing cost calculation are stored in the memorizer and comprise the unit price of paper, the print work price, the cover cost and the cost of operation projects involved in the post-printing procedure. The touch screen is used for selecting and inputting the cost parameters and displaying a calculation result. A printing cost calculation module is installed in the processor and used for calculating the printing cost, and the printing cost=the cover cost+ the inside page cost+ the bookbinding cost+ the transportation cost+ the tax cost. According to the electronic printing calculator, corresponding parameter values are selected or input in the cost calculating process, the printing cost can be calculated fast and accurately, the problems that at present, the printing cost is calculated manually, efficiency is low, and errors happen easily are solved, and operation is easy.

The embodiment of the invention provides a case processing method, device and equipment and a readable storage medium, and aims to improve the claim settlement efficiency and reduce the cost. The method comprises the steps of obtaining case data of a to-be-claimed case; performing data structured verification on the case data according to a preset verification rule; determining a claim amount value of the to-be-claimed case based on the case data under the condition that the case data passes the data structured verification; and when the difference between the claim amount value of the to-be-claimed case and a claim amount value provided by a third-party platform does not exceed a preset difference, determining that the claim amount value of the to-be-claimed case does not exceed the preset difference; sending the to-be-claimed case to an automatic claim settlement platform corresponding to the to-be-claim settlement case, so that the automatic claim settlement platform outputs claim settlement information for the to-be-claim settlement case according to the claim settlement limit value.

The invention relates to an accounting method and device, computer equipment, a storage medium and a program product. The method comprises the following steps: acquiring current transaction information, wherein the current transaction information comprises a current amount field and a current amount; a transaction accounting entry predefined information table is searched, a current debit and credit direction corresponding to the current amount field is determined, and the transaction accounting entry predefined information table defines the mapping relation between the amount field and the debit and credit direction; a subject predefined information table is searched, a current subject lending direction corresponding to the current amount field is determined, and the subject predefined information table defines a mapping relation between the amount field and the subject lending direction; according to the current debit and credit direction, the current subject debit and credit direction, the search result of the target subject balance and the current amount, obtaining the current subject balance; and updating the to-be-confirmed accounting entry list by using the balance of the current subject to obtain a target accounting entry list. By adopting the method, the consumption of human resources in the bookkeeping process can be reduced, and the bookkeeping efficiency and accuracy are improved.

The invention relates to a liquid-feeding-discharging combination valve for a standard metal measuring device. The structure of the liquid-feeding-discharging combination valve for the standard metal measuring device comprises a main pipe, a liquid feeding branch pipe, a liquid feeding valve and a liquid discharging valve. The upper end of the main pipe is connected with the bottom connector portion of the standard metal measuring device. The liquid feeding branch pipe is arranged on one side of the main pipe in an inclined mode. A lower end opening of the liquid feeding branch pipe is connected with the main pipe. The horizontal height of an upper end opening of the liquid feeding branch pipe is higher than the horizontal height of the lower end opening of the liquid feeding branch pipe. The liquid feeding valve is arranged on the liquid feeding branch pipe. The liquid discharging valve is arranged on the main pipe. By arranging the liquid feeding valve and the liquid discharging valve in a separated mode, the liquid feeding valve is close to a bottom connector of the standard metal measuring device, and the liquid discharging valve is arranged below the liquid feeding valve. A Y-shaped structure is formed by the liquid feeding branch pipe provided with the liquid feeding valve and the main pipe provided with the liquid discharging valve, so that the measuring detecting requirement that air is not blocked in a metal measuring device during the liquid feeding process, and residues do not exist inside the metal measuring device after liquid discharging is well achieved. After assembling, the design requirement for a high accurate standard metal measuring device is met by the standard metal measuring device.