CN107588751A - A kind of ancient turriform becomes, inclined degree detection computational methods - Google Patents
A kind of ancient turriform becomes, inclined degree detection computational methods Download PDFInfo
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- CN107588751A CN107588751A CN201710768802.0A CN201710768802A CN107588751A CN 107588751 A CN107588751 A CN 107588751A CN 201710768802 A CN201710768802 A CN 201710768802A CN 107588751 A CN107588751 A CN 107588751A
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Abstract
Become the invention discloses a kind of ancient turriform, inclined degree detection computational methods, deformation detecting device used includes detection module, data collection module, control module and display module；Detection module includes some detection units for being evenly distributed on Gu Tashang；Detection unit includes GPS location sensor, height sensor, microcontroller, power subsystem, memory cell and node data transmission unit.During work, microcontroller calculates the deformation quantity final finishing of detection unit into passing to control module by data collection module after deformation data；Control display module is shown after control module calculates pinnacle of a pagoda detection unit and the gradient of bottom of towe detection unit line, and the deformation quantity in each detection unit deformation data and default distance threshold are compared, it is more than the detection unit of pre-determined distance threshold value if there is deformation quantity, then controls display module to show the deformation data of the detection unit.The present invention is easy to use, as a result very clear.
Description
Technical field
The present invention relates to detection of electrons field, more particularly to a kind of ancient turriform becomes, inclined degree detection computational methods.
Background technology
Ancient tower, it is one of carrier of Chinese 5,000 years of civilization history, ancient tower is that motherland city mountain forest adds lustre, and tower is by Buddhism
Boundary's personage's honor is pagoda.The ancient tower on both sides of the Changjiang River is stood, is described as the outstanding skyscraper of ancient Chinese.
Divide according to type, below Gu Tayou is several：
1. loft-style tower, this tower in the ancient tower of China it is with the longest history, the bodily form is most tall and big, it is most to preserve quantity, be Chinese
Pagoda specific to race builds pattern.Every interlamellar spacing of this tower is bigger, the building looked at a glance as a seat height layer.Shape
Body is taller and bigger, and masonry or wooden stair are generally provided with tower, the climbing that can be ascended step by step for people, looks into the distance and lookes at a distant place, and
What the floor in the number of plies and tower of tower body was often consistent with.The door and window and post of wood imitation structure are intentionally produced outside the tower having
Son etc..
2. close eaves formula tower, quantity and status of this tower in the ancient tower of China are only second to loft-style tower, and body typically also compares
It is taller and bigger, it be by loft-style wood pagoda to masonry structure develop when and develop Lai.The first layer of this tower is very tall and big, and the
The distance between more than one layer each layer is then especially short, and the tower eaves of each layer closely overlaps.The inside of tower body is usually empty cartridge type,
It can not visit to look into the distance and look at.The close eaves formula tower having is exactly solid when making.Stair are provided with tower to be climbed, and internal
Actual number of floor levels will also be far less than the tower capping layer number that appearance is shown.Gorgeous imitative wood structure building decoration is most of to be concentrated
In the first layer of tower body.
3. pavilion formula tower, this tower is cover alms bowl formula tower and be combined with the traditional pavilion building of ancient Chinese the one of India
The ancient turriform formula of kind, it may have long history.The appearance of tower body is all individual layer, some also adds on top just as a pavilion
Build a small pavilion.The niche for a statue of Buddha is typically set up in the inside of tower body, disposes the figure of buddha.Because this tower structure is simple, expense is little, is easy to
Build, be once employed as tomb tower by many eminent monks.
4. spending tower, flower tower has individual layer, also there is multilayer.Its principal character, be tower body the first half decoration it is complicated
Floriation, it appears that just look like a huge bouquet, it may be possible to from decoration pavilion formula tower top and loft-style, close eaves formula tower
Tower body develop, hide the world for showing lotus flower in Buddhism.Although its quantity is few, moulding unique one
Lattice.
5. covering alms bowl formula tower, this tower is the ancient traditional pagoda shape of India, begins to build very early in China, main
It is popular in after the Yuan Dynasty.Its tower body part is the bowl of covering of planar rondure, and tall and big tower placed over is stopped, below
There is high base with decorated mouldings support.This tower is more due to being used by the Tibetan Buddhist in Tibet, so be referred to as " lamaist pagoda " by people again.Again
Because its shape is also commonly called as " Aguarius formula tower " like a bottle by people.
6. Buddha's warrior attendant throne formula tower, this title is for its grouped by itself situation, and specific shape is then more
Sample.Its essential characteristic is：There is a tall and big pedestal below, five towers are had on seat, the tower positioned at centre is taller and bigger,
And four towers positioned at corner are relatively short and small.The shape of five towers does not have certain regulation on pedestal, has plenty of close eaves formula,
Some then covers alms bowl formula.This tower is the pagoda for enshrining and worship the main Buddhist Buddhist relics of five, Esotericism's Buddha's warrior attendant circle in Buddhism, is popular in China
After the Ming Dynasty.
Ancient tower is that China lays special stress on protecting historical relic, some existing histories of more than one thousand years, due to bearing deadweight, temperature, wind for a long time
The various effects such as power, accidentally also to be influenceed by earthquake, hurricane, ancient tower can produce the various changes such as inclination, bending, distortion
Shape.
To protect ancient tower, historical relic department needs in good time to be observed ancient tower, various modifications amount is understood, to formulate necessary guarantor
Shield measure.
Existing distortion measurement typically manually measures, not only bothersome laborious, easily error, and easily to Gu
Tower damages.
The content of the invention
The technical problems to be solved by the invention are to be directed to the defects of involved in background technology, there is provided a kind of ancient turriform
Become, inclined degree detection computational methods.
The present invention uses following technical scheme to solve above-mentioned technical problem：
A kind of ancient turriform becomes, inclined degree detection computational methods, includes step in detail below：
Step 1）, data collection module, control module and display module are set so that control module respectively with Data Collection mould
Block, display module are electrically adjacent；
Step 2）, one detection unit is set in the center of top of ancient tower, the detection unit includes GPS location sensor, height
Spend sensor, microcontroller, power subsystem, memory cell and node data transmission unit, wherein, the microcontroller respectively and
The GPS location sensor, height sensor, power subsystem, memory cell, node data transmission unit are electrically connected；
Step 3）, some detection units are uniformly arranged in each layer of periphery of ancient tower；
Step 4）, in the bottom center of ancient tower, one detection unit is set；
Step 5）, set it to number and the initial gps coordinate located where it and just in the memory cell of each detection unit
Begin height；
Step 6）, the GPS location sensor sensing of each detection unit where it at current GPS coordinate after, to pass to its right
The microcontroller answered；
Step 7）, after the present level at place where the height sensor of each detection unit senses it, to pass to it corresponding micro-
Controller；
Step 8）, current GPS coordinate and present level that the microcontroller in each detection unit receives according to it, with reference to it
Initial gps coordinate and elemental height in corresponding memory cell, calculate displacement between the two, and by the displacement, current GPS
Coordinate, present level, initial gps coordinate, elemental height, the numbering of the detection unit are combined into the deformation letter of the detection unit
Breath；
Step 9）, its caused deformation data passes to the data by each detection unit by its node-node transmission data cell
Collection module；
Step 10）, the deformation data of each detection unit received passes to the control module by data collection module；
Step 11）, control module is according to the current GPS of ancient top of tower center detection unit, ancient tower bottom center detection unit seats
Mark and present level calculate the slope of ancient tower；
Step 12）, control module control display module shows the slope of ancient tower, and shows the deformation data of each detection unit；
Step 13）, the displacement in each detection unit deformation data and default distance threshold be compared by control module, such as
There is the detection unit that displacement is more than pre-determined distance threshold value in fruit, then control display module to highlight the deformation letter of the detection unit
Breath.
Become as a kind of ancient turriform of the present invention, the inclined degree detection further prioritization scheme of computational methods, the control
The processor of module uses AVR series monolithics.
Become as a kind of ancient turriform of the present invention, the inclined degree detection further prioritization scheme of computational methods, the control
The processor of module uses Atmega168PA single-chip microcomputers.
Become as a kind of ancient turriform of the present invention, the inclined degree detection further prioritization scheme of computational methods, the power supply
Unit uses button-type battery CR2032.
Become as a kind of ancient turriform of the present invention, the inclined degree detection further prioritization scheme of computational methods, the display
Module uses liquid crystal display.
The present invention compared with prior art, has following technique effect using above technical scheme：
1. it is simple in construction, it is easy to use；
2. arrangement is easy, the no individualism of each detection unit, the place for needing to detect is set directly at, without unnecessary
Wiring；
3. result is very clear, ancient tower overbank can be prevented and collapsed.
Brief description of the drawings
Fig. 1 is the module diagram of the present invention.
Embodiment
Technical scheme is described in further detail below in conjunction with the accompanying drawings：
The present invention can be embodied in many different forms, and should not be assumed that to be limited to embodiment described here.Conversely, there is provided
These embodiments will give full expression to the scope of the present invention to make the disclosure thoroughly and complete to those skilled in the art.
As shown in figure 1, become the invention discloses a kind of ancient turriform, inclined degree detection computational methods, comprising in detail below
Step：
Step 1）, data collection module, control module and display module are set so that control module respectively with Data Collection mould
Block, display module are electrically adjacent；
Step 2）, one detection unit is set in the center of top of ancient tower, the detection unit includes GPS location sensor, height
Spend sensor, microcontroller, power subsystem, memory cell and node data transmission unit, wherein, the microcontroller respectively and
The GPS location sensor, height sensor, power subsystem, memory cell, node data transmission unit are electrically connected；
Step 3）, some detection units are uniformly arranged in each layer of periphery of ancient tower；
Step 4）, in the bottom center of ancient tower, one detection unit is set；
Step 5）, set it to number and the initial gps coordinate located where it and just in the memory cell of each detection unit
Begin height；
Step 6）, the GPS location sensor sensing of each detection unit where it at current GPS coordinate after, to pass to its right
The microcontroller answered；
Step 7）, after the present level at place where the height sensor of each detection unit senses it, to pass to it corresponding micro-
Controller；
Step 8）, current GPS coordinate and present level that the microcontroller in each detection unit receives according to it, with reference to it
Initial gps coordinate and elemental height in corresponding memory cell, calculate displacement between the two, and by the displacement, current GPS
Coordinate, present level, initial gps coordinate, elemental height, the numbering of the detection unit are combined into the deformation letter of the detection unit
Breath；
Step 9）, its caused deformation data passes to the data by each detection unit by its node-node transmission data cell
Collection module；
Step 10）, the deformation data of each detection unit received passes to the control module by data collection module；
Step 11）, control module is according to the current GPS of ancient top of tower center detection unit, ancient tower bottom center detection unit seats
Mark and present level calculate the slope of ancient tower；
Step 12）, control module control display module shows the slope of ancient tower, and shows the deformation data of each detection unit；
Step 13）, the displacement in each detection unit deformation data and default distance threshold be compared by control module, such as
There is the detection unit that displacement is more than pre-determined distance threshold value in fruit, then control display module to highlight the deformation letter of the detection unit
Breath.
The processor of the control module uses AVR series monolithics, preferentially uses Atmega168PA single-chip microcomputers.
The power subsystem uses button-type battery CR2032.
The display module uses liquid crystal display.
Those skilled in the art of the present technique are it is understood that unless otherwise defined, all terms used herein（Including skill
Art term and scientific terminology）With the general understanding identical meaning with the those of ordinary skill in art of the present invention.Also
It should be understood that those terms defined in such as general dictionary should be understood that with the context of prior art
The consistent meaning of meaning, and unless defined as here, will not be explained with the implication of idealization or overly formal.
Above-described embodiment, the purpose of the present invention, technical scheme and beneficial effect are carried out further
Describe in detail, should be understood that the embodiment that the foregoing is only the present invention, be not limited to this hair
It is bright, within the spirit and principles of the invention, any modification, equivalent substitution and improvements done etc., it should be included in the present invention
Protection domain within.
Claims (5)
1. a kind of ancient turriform becomes, inclined degree detection computational methods, it is characterised in that includes step in detail below：
Step 1）, data collection module, control module and display module are set so that control module respectively with Data Collection mould
Block, display module are electrically adjacent；
Step 2）, one detection unit is set in the center of top of ancient tower, the detection unit includes GPS location sensor, height
Spend sensor, microcontroller, power subsystem, memory cell and node data transmission unit, wherein, the microcontroller respectively and
The GPS location sensor, height sensor, power subsystem, memory cell, node data transmission unit are electrically connected；
Step 3）, some detection units are uniformly arranged in each layer of periphery of ancient tower；
Step 4）, in the bottom center of ancient tower, one detection unit is set；
Step 5）, set it to number and the initial gps coordinate located where it and just in the memory cell of each detection unit
Begin height；
Step 6）, the GPS location sensor sensing of each detection unit where it at current GPS coordinate after, to pass to its right
The microcontroller answered；
Step 7）, after the present level at place where the height sensor of each detection unit senses it, to pass to it corresponding micro-
Controller；
Step 8）, current GPS coordinate and present level that the microcontroller in each detection unit receives according to it, with reference to it
Initial gps coordinate and elemental height in corresponding memory cell, calculate displacement between the two, and by the displacement, current GPS
Coordinate, present level, initial gps coordinate, elemental height, the numbering of the detection unit are combined into the deformation letter of the detection unit
Breath；
Step 9）, its caused deformation data passes to the data by each detection unit by its node-node transmission data cell
Collection module；
Step 10）, the deformation data of each detection unit received passes to the control module by data collection module；
Step 11）, control module is according to the current GPS of ancient top of tower center detection unit, ancient tower bottom center detection unit seats
Mark and present level calculate the slope of ancient tower；
Step 12）, control module control display module shows the slope of ancient tower, and shows the deformation data of each detection unit；
Step 13）, the displacement in each detection unit deformation data and default distance threshold be compared by control module, such as
There is the detection unit that displacement is more than pre-determined distance threshold value in fruit, then control display module to highlight the deformation letter of the detection unit
Breath.
2. ancient turriform according to claim 1 becomes, inclined degree detection computational methods, it is characterised in that the control mould
The processor of block uses AVR series monolithics.
3. ancient turriform according to claim 2 becomes, inclined degree detection computational methods, it is characterised in that the control mould
The processor of block uses Atmega168PA single-chip microcomputers.
4. ancient turriform according to claim 1 becomes, inclined degree detection computational methods, it is characterised in that the power supply list
Member uses button-type battery CR2032.
5. ancient turriform according to claim 1 becomes, inclined degree detection computational methods, it is characterised in that the display mould
Block uses liquid crystal display.
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Cited By (1)
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| CN108387215A (en) * | 2018-02-10 | 2018-08-10 | 杭州后博科技有限公司 | A kind of Iron tower incline angle computation method and system based on satellite positioning |
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