CN110675663B - Teaching device and method for law art education - Google Patents

Abstract

The invention relates to the technical field of teaching aids, in particular to a teaching device for law art education and a method thereof, and specifically the device comprises a main orientation information dynamic collector, an acquisition and display platform and an information processing and communication mechanism, the main orientation information dynamic collector is arranged at the upper end of the collecting and displaying platform, part of the structure of the main orientation information dynamic collector is circularly and adjustably covered on the collecting and displaying platform so as to realize the interactive cooperation of the collector and the displaying platform to complete the informationized collection of teaching work, and a method for obtaining the data information result for the teaching of the artwork education, which comprises the steps of obtaining the advantages and disadvantages of the artwork to be analyzed by combining the opinion coefficient of an educator after the calculation of the algorithm, the teaching device has the advantages that the targeted teaching and the guidance improvement are realized, the teaching efficiency is improved, and the teaching device has alternative significance in the future teaching device changing direction.

Description

Teaching device and method for law art education

Technical Field

The invention relates to the technical field of teaching aids, in particular to an art education and teaching information acquisition device and method.

Background

The artistic method is a research method for achieving a certain purpose by using expression techniques of art, namely artistic establishment, artistic practice, artistic research and the like, the artistic subject mainly comprises the manufacturing and design of industrial art works, environmental design, planar design, multimedia design and the like, the artistic design is the embodiment of comprehensive qualities of a designer, such as expressive ability, perceptive ability and imaginable ability, the artistic education is aesthetic education for cultivating the abilities of perception beauty, appreciation beauty and creation of beauty of people, the existing teaching tool lacks of the informationized collection of the artwork data and lacks of the equipment for the informationized collection of the artwork data of the artwork from specific angles and comprehensive multi-parameter associated information, and also lacks of the method for carrying out the informationized analysis of the data of the artwork and the artwork, and particularly, the artwork of students cannot be subjected to the logicalization, the informationized analysis and the accurate and effective realization of the artistic effect through the data informationized collection in the educational teaching, The advantages, disadvantages and disadvantages are obtained through comprehensive and systematic analysis and judgment, so that the targeted teaching and the targeted guidance improvement cannot be carried out, the existing original and teaching activity informatization mode method of the teaching equipment is rough and has low efficiency, and the method cannot adapt to the trend of modern rapid information transmission and sharing improvement.

Disclosure of Invention

In order to solve one of the problems, the invention provides a teaching device for legal art education, which comprises a main azimuth information dynamic collector, an acquisition and display platform and an information processing and communication mechanism, wherein the main azimuth information dynamic collector is arranged at the upper end of the acquisition and display platform, and part of the structure of the main azimuth information dynamic collector is arranged into a circular shape and can be adjusted to cover and wrap the acquisition and display platform so as to realize the interactive cooperation of the collector and the display platform to finish the informatization acquisition of teaching work.

Preferably, main position information developments collector includes roof-rack, adjustable rotatory peg, collection room, 360 degrees collectors with adjustable semiround, the connection of adjustable rotatory peg sets up in the roof-rack, collection room setting with adjustable semiround connect in the well lower part of adjustable rotatory peg, 360 degrees collectors install in tip under the adjustable rotatory peg or collection room both ends mouth department with adjustable semiround.

Preferably, install driving motor in the roof-rack, the gear of adjustable rotatory peg, driving motor's drive gear with the gear connection of rotatory peg the gear is the number of teeth and is 360 to make adjustable rotatory peg can realize that speed is stabilized and rotate.

Preferably, the adjustable rotary hanging shaft and the outside that the roof-rack is connected are equipped with the telescopic shaft of adjustable length, the middle part of telescopic shaft is connected with collection room with adjustable semicircle, collection room with adjustable semicircle with the middle part junction of telescopic shaft is equipped with the regulator that can cooperate the angle of location of adjusting the collection room, the regulator is for setting up the suit circulating gear of buckle trench, constitutes sound three-dimensional digital control assembly through adjustable rotary hanging shaft, 360 degrees collectors, the regulator of angle of location that set up in the device.

Preferably, the central angle of the semicircle formed by the semicircular adjustable collection chambers is not less than 120 degrees, the two ends of the semicircular opening of the collection chambers are provided with upward-looking digital regulators, the upward-looking digital regulators at the two ends are respectively connected with 360-degree collectors, and the dynamic and static three-dimensional digital quantization adjustment assembly, the upward-looking digital adjustment assembly, the adjustable rotary hanging shaft and the 360-degree collectors at the lower ends thereof are mutually cooperated to form the first information collection mechanism.

Preferably, the collection display platform comprises a light-transmitting flat plate, a groove bin, an upright post and a support, wherein the top of the groove bin is connected with the light-transmitting flat plate to collect artworks or legal evidences, and a 360-degree collector for collecting invisible part information is arranged in the groove bin to form a second information collection mechanism.

Preferably, gather the show platform set up in the position of the circular open-ended tangent plane of collection room with adjustable many semicircle types, be provided with the scale number axle on the printing opacity flat board, information processing communication mechanism includes treater, thing networking information communication terminal, the data information memory of collector with the treater links to each other, the treater with thing networking information communication terminal connects in order to realize handling the information data who gathers and the communication.

The invention also provides a method for acquiring the digitalized information result for the artwork education and teaching, which comprises the following steps: the analyzed artwork is placed on an acquisition and display platform, and an acquisition unit is selected and adjusted to obtain multi-dimensional multi-class data information which is convenient for analysis and calculation; the second step is that: classifying the data information obtained in the first step according to different categories; the third step: respectively comparing the classified data in the second step with basic theoretical information data to obtain comparison coefficients; the fourth step: and (4) calculating the coefficient obtained in the third step through an algorithm, and then combining the opinion coefficient of an educator to obtain the advantages, disadvantages, advantages and disadvantages of the analyzed artwork so as to realize targeted teaching and guidance improvement and realize teaching efficiency.

Further, the first step further comprises the steps of:

firstly: after the adjustable rotary hanging shaft in the main azimuth information dynamic collector is adjusted to enable the circle center of a semicircle of the collection chamber to be positioned around the height center of the collected work, the circle center angle of the semicircle collection chamber is not less than 120 degrees, the method selects the circle center angle of 120 degrees, namely the circle center of the embodiment is the circle center when the circle center is 120 degrees at the opening of the semicircle, the lower telescopic adjusting part is sequentially adjusted to enable the 360-degree collector at the end part of the lower telescopic adjusting part to be 6-8cm away and to be aligned to the collected work in the forward direction, the adjuster for adjusting the positioning angle in the collection chamber enables the circle center angle formed by the semicircular opening of the collection chamber to be increased to the state that the 360-degree collector connected with two ports of the collection chamber is aligned to the periphery of the height center of the work, and then the telescopic adjusting part is started to enable the 360-degree collector at the end part and the 360-degree collector connected with the two ports of the collection chamber to carry out information collection on the art work;

secondly, the method comprises the following steps: the adjuster for adjusting the positioning angle in the collection chamber enables the central angle formed by the semicircular opening of the collection chamber to be reduced to 120 degrees, the position of the section of the circular opening of the collection chamber which is adjustable in a semi-circular shape is close to the surface of the light-transmitting flat plate, then the adjuster for adjusting the positioning angle at the two ends of the collection chamber enables the 360-degree collectors connected with the two ports of the collection chamber to form a 30-degree orientation position relative to the surface of the light-transmitting flat plate to collect the artwork, and meanwhile, the direction angle of the 360-degree collectors at the end part of the extensible adjustment part is kept unchanged; the adjustment of the dynamic and static three-dimensional digital quantization adjusting components can be matched for realization, and then the telescopic adjusting part is started to enable the 360-degree collector at the end part and the 360-degree collector connected with the two ports to carry out information acquisition on the artwork again;

and finally: in order to facilitate analysis and accelerate calculation efficiency, the information collected in the first step process is used as the basis and the positioned information, the information collected in the second step process is analyzed and expanded on the basis of the data in the first step process or is further analyzed after the information collected by each collector is related by calculating and identifying the same boundary information, the process of calculation and identification is preferably identified and calculated by a similar graph information algorithm, the algorithm is H [ [ a (R × E + K ] S) ]/(R × E + K × S), wherein H is an identification value, H >1 is specified to be different boundary information, H ≦ 1 is the same boundary information, a is a proportional coefficient of the graph information identified by the left or right collector compared with the upper or lower collector, a is determined to be 1.12 according to the structural setting of the device of the invention, pixels of an E boundary graph unit matrix and pixel coefficients of R boundary graph unit matrix, s is the similarity of the current situation of the boundary graph, k is the similarity coefficient of the current situation of the boundary graph, wherein r, e, k and s are related information collected by a left end collector or a right end collector, and R, E, K, S is related information collected by an upper end collector or a lower end collector;

the second step, different categories also comprise matching according to composition types, line fluency and color sampling;

in the third step, basic theoretical information data comprises information obtained after classical works of art are collected and information classification of the information;

and comparing and adding the obtained information coefficients of different categories in the fourth step, and multiplying the result by the opinion coefficient of the educator to obtain the advantages, disadvantages and prosperities of the analyzed artwork.

The invention also provides a method for obtaining the data information result of the forensic stereo evidence view education teaching, which comprises the following steps: placing the analyzed forensic stereo evidence on an acquisition and display platform, and adjusting an acquisition device in a teaching device of the forensic art education to be in an orthographic projection position of the upper, lower, left and right positions of the forensic stereo evidence; the second step is that: collecting information by using a collector in the first step; the third step: and adjusting the collector in the teaching device for the law art education to be at the position where the orthographic projection is not collected by the law stereo evidence, and starting to collect to obtain corresponding collected information.

The invention has the beneficial effects that:

the equipment teaching tool provided by the invention has the advantages that the data of the artwork can be acquired in an informationized mode, the data of multi-parameter associated information with a specific angle and comprehensive and delicate can be acquired in a datalized mode, the data informationized analysis of the artwork and the work thereof can be well performed to provide hardware guarantee, and the equipment teaching tool specifically comprises a first information acquisition mechanism and a second information acquisition mechanism, wherein the first information acquisition mechanism is matched with the second information acquisition mechanism in a digital quantizing mode, such as dynamic and static three-dimensional digital quantizing adjustment and look-up digital adjusting, so that the dynamic data quantizing acquisition of the information in a three-dimensional space is realized, and the specific angle data informationized acquisition of the artwork or the law evidence on the display platform is realized. In addition, the image information of the 360-degree collectors on the upward digital regulators at the two ends after being regulated by the dynamic and static three-dimensional digital regulating components is subjected to positioning information or image unfolding data analysis by taking the images of the 360-degree collectors at the rotating hanging shaft and the lower end of the rotating hanging shaft as centers, so that the quick data analysis and judgment of the information processing and communication mechanism are facilitated.

Gather show platform and constitute including printing opacity dull and stereotyped groove storehouse stand, support, the groove storehouse top sets up connects the printing opacity dull and stereotyped in order to realize that artwork or law evidence are demonstrateed and gather, 360 degrees collectors that are provided with invisible part information acquisition in the groove storehouse are in order to constitute second information acquisition mechanism stand upper end be provided with projection arrangement to interactive information projection broadcast of teaching from thing networking information communication terminal.

In addition, the device is used for collecting the artistic works of students as data informatization teaching application, for example, the artistic works are collected by the collector of the collection mechanism, are analyzed by the data of the processor, and are analyzed by the standard information or the basic theory ratio, so as to realize the informatization analysis of the data of the students or the works or the legal materials to be analyzed, particularly, the accurate and effective data informatization is preferably used for carrying out the steps of optimizing and collecting the information and obtaining the information by the organized logic on the artistic works of the students and the legal materials thereof, the accurate and precise arithmetic operation is carried out, the comprehensive and accurate analysis and judgment are carried out, the acquisition is carried out by the orthographic projection positioning at a fixed distance, the calculation of the subsequent data analysis and the algorithm is simplified, and the information based on the positioned information is obtained, the acquired information is analyzed and developed by taking the data in each process as the basis, the information acquired by each collector is analyzed after being associated by calculating and identifying the same boundary information, the method of preferentially comparing the graphic information, the algorithm identification and calculation and the like better realizes that the quality and the disadvantage of the artistic works of the students and the legal materials thereof are obtained after the analysis and the judgment of the system and the opinion of the teacher are combined, so that the targeted teaching and the guidance and improvement of the pertinence are facilitated, the teaching efficiency is improved, and the method has the alternative significance in the future teaching device revolution direction.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

FIG. 1 is a schematic cross-sectional view of an overall device structure according to the present invention;

FIG. 2: the device of the invention has a schematic structure of a rotary hanging shaft part;

FIG. 3: the invention is a schematic structural diagram of a regulator for positioning angles;

FIG. 4: the boundary graph parts collected by the collectors at the left end and the upper end of the horse-trotter;

FIG. 5: and the upper acquisition end and the left acquisition end are used for obtaining graphic information such as composition types, line fluency and the like of the part drawings of the artistic imitations of the corresponding student Ma-Ding Fei-Yan and the classic Ma-Ding Fei-Yan.

Detailed Description

The invention will be further understood from the specific examples given below, which are not intended to limit the invention. Insubstantial modifications and adaptations of the invention as described herein will now occur to those skilled in the art upon reference to the foregoing disclosure.

As shown in fig. 1-5, the invention provides a teaching device for legal art education, which comprises a main orientation information dynamic collector, an acquisition and display platform and an information processing and communication mechanism, wherein the main orientation information dynamic collector is arranged at the upper end of the acquisition and display platform, and part of the structure of the main orientation information dynamic collector is arranged into a circular shape and can be adjusted to cover and wrap the acquisition and display platform so as to realize the interactive cooperation of the collector and the display platform to complete the informatization acquisition of teaching work.

Specific as shown in fig. 1-3, main position information developments collector includes roof-rack 3, adjustable rotatory peg 2, collection room 7, 360 degrees collectors that the semicircle is adjustable more, adjustable rotatory peg 2 is connected and is set up in the roof-rack 3, collection room 7 that the semicircle is adjustable more set up connect in the well lower part of adjustable rotatory peg 2, 360 degrees collectors install in under the adjustable rotatory peg or collection room both ends mouth department that the semicircle is adjustable more. (the adjustable rotatory peg divide into the outside scalable adjustment portion in upper middle part of collection room with adjustable semiround and be in the scalable adjustment portion in the inside lower part of collection room with adjustable semiround, 360 degree collector 1 set up connect in the scalable adjustment portion tip in lower part (also call upper end collector 1).

Install driving motor 5 in the roof-rack 3, the gear 4 of adjustable rotatory peg, driving motor 5 drive gear 4 with the gear 4 of rotatory peg is connected the gear is the number of teeth and is 360 to make adjustable rotatory peg can realize that each degree speed rotates steadily.

Adjustable rotatory peg 2 with the outside that roof-rack 3 is connected is equipped with the telescopic shaft 22 of adjustable length, as shown in fig. 2, still be provided with on the rotatory peg 2 of adjustable and prevent to gather room 7 pivoted and prevent the rotating groove 21, adjustable rotatory peg 2 the middle part of telescopic shaft is connected with gather room 7 with adjustable more than half round, gather room 7 with adjustable more than half round the middle part junction of telescopic shaft 22 is equipped with the regulator 6 (see fig. 3) that can cooperate the angle of location who adjusts the room of gathering, the suit circulating gear of regulator for setting up the buckle trench constitutes sound three-dimensional digital control assembly through adjustable rotatory peg, 360 degrees collectors, the regulator of angle of location that sets up in the device. Specifically, as shown in fig. 3, the sleeving circulating gear comprises 32-36 inner wheels with adjustable angle orientation and 1-5 teeth to form a rotary positioning outer wheel connecting clamping sleeve to form a dynamic and static digital adjusting assembly, and the dynamic and static three-dimensional digital quantizing adjusting assembly is formed by digital adjusting and quantizing adjustment of a dynamic digital quantizing adjustment matching positioning angle adjuster of a rotary hanging shaft in one-dimensional space in matching space dimension;

the semi-circle central angle formed by the semi-circle adjustable collecting chambers 7 is not less than 120 degrees, the two ends of the semi-circle opening of the collecting chambers are provided with upward-looking digital regulators 11 and 12, the upward-looking digital regulators at the two ends are respectively connected with 360-degree collectors (also called a left end collector and a right end collector), and the dynamic and static three-dimensional digital quantization adjusting assembly, the upward-looking digital adjusting assembly, the adjustable rotary hanging shaft and the lower end 360-degree collector thereof are mutually cooperated to form a first information collecting mechanism.

As shown in fig. 4, the data adjustment includes 360 angle-adjustable azimuth inner wheels and 1-2 teeth to form a rotational positioning outer wheel connecting clamping sleeve to form an upward digital adjustment assembly, and the information in the three-dimensional space is subjected to dynamic data quantitative acquisition through the mutual cooperation of an adjustable rotary hanging shaft and a 360-degree collector at the lower end thereof, dynamic and static three-dimensional digital quantitative adjustment and upward digital adjustment to form a first information acquisition mechanism so as to realize specific angle data information acquisition of artwork or legal evidence on the display platform. In addition, the image information of the 360-degree collectors on the upward digital regulators at the two ends after being regulated by the dynamic and static three-dimensional digital regulating components is subjected to positioning information or image unfolding data analysis by taking the images of the 360-degree collectors at the rotating hanging shaft and the lower end of the rotating hanging shaft as centers, so that the quick data analysis and judgment of the information processing and communication mechanism are facilitated.

The collection and display platform comprises a light-transmitting flat plate 9, preferably toughened glass, a groove bin 8, a stand column 16 and a support 17, the top of the groove bin is provided with a light-transmitting flat plate connected to display and collect artwork or legal evidence, and a 360-degree collector 10 for collecting invisible component information is arranged in the groove bin to form a second information collection mechanism. Preferably, the distance from the 360-degree collector to the light-transmitting flat plate is 6-8cm, and the upper end of the upright post 16 is provided with a projection device 18 so as to project and play teaching interaction information from an information communication terminal of the Internet of things.

The collecting and displaying platform is arranged at the position of the tangent plane of the round opening of the collecting chamber with the adjustable semi-round shape, and the light-transmitting flat plate is provided with a scale number shaft. The method realizes the rapid and accurate identification of the collected direction and provides convenience for the accurate analysis of the collected data.

The information processing and communication mechanism comprises a processor 14 and an internet of things information communication terminal 13, a data information storage 15 of the collector is connected with the processor, information collected by the collector can be stored in the storage 15, and the processor 14 is connected with the internet of things information communication terminal 13 to process and communicate the collected information data. Preferably, the processor is provided with information processing software such as graphics, for example, Photoshop, Image provider, etc.;

the invention also provides a method for acquiring the digitalized information result for the work of art education and teaching, which comprises the following steps: the analyzed artwork is placed on an acquisition and display platform, and an acquisition unit is selected and adjusted to obtain multi-dimensional multi-class data information which is convenient for analysis and calculation; the second step is that: classifying the data information obtained in the first step according to different categories; the third step: respectively comparing the classified data in the second step with basic theoretical information data to obtain comparison coefficients; the fourth step: and (4) calculating the coefficient obtained in the third step through an algorithm, and then combining the opinion coefficient of an educator to obtain the advantages, disadvantages, advantages and disadvantages of the analyzed artwork so as to realize targeted teaching and guidance improvement and realize teaching efficiency.

The preferable method in the method scheme for acquiring the digitalized information result for the artwork education and teaching of the invention comprises the following steps: the method also comprises the following process steps so as to more accurately and comprehensively obtain the data information result:

the first step also includes, first: after the adjustable rotary hanging shaft in the dynamic main azimuth information collector is adjusted to enable the center of a semicircle of the collection chamber to be positioned around the height center of the collected works, the central angle of the semicircle collection chamber is not less than 120 degrees, the method selects the central angle of 120 degrees, namely the center of the circle is 120 degrees at the opening of the semicircle in the embodiment (preferably within 1 centimeter); sequentially adjusting the telescopic adjusting part at the lower part to enable the 360-degree collectors at the end part to be 6-8cm away and to be aligned with the collected works in the forward direction, (so as to realize the forward projection positioning distance collection and simplify the subsequent data analysis and calculation), adjusting the positioning angle of the adjuster in the collection chamber to enable the central angle formed by the semicircular opening of the collection chamber to be increased to the position around the height center (preferably within 1 cm) of the works, which are just opposite to the 360-degree collectors connected with the two ports of the collection chamber, and then starting the telescopic adjusting part to enable the 360-degree collectors at the end part and the 360-degree collectors connected with the two ports to carry out information collection on the works of art;

secondly, the method comprises the following steps: the adjuster for adjusting the positioning angle in the collection chamber enables the central angle formed by the semicircular opening of the collection chamber to be reduced to 120 degrees, the position of the section of the circular opening of the collection chamber which is adjustable in a semi-circular shape is close to the surface of the light-transmitting flat plate, then the adjuster for adjusting the positioning angle at the two ends of the collection chamber enables the 360-degree collectors connected with the two ports of the collection chamber to form a 30-degree orientation position relative to the surface of the light-transmitting flat plate to collect the artwork, and meanwhile, the direction angle of the 360-degree collectors at the end part of the extensible adjustment part is kept unchanged; the adjustment of the dynamic and static three-dimensional digital quantization adjusting components can be matched to realize the operation, then the telescopic adjusting part is started and then started to enable the 360-degree collector at the end part and the 360-degree collector connected with the two ports to carry out information acquisition on the artwork again; further, the method comprises the following steps of; the driving motor can be started to enable the adjustable rotary hanging shaft to stably rotate at the speed of each degree, so that the 360-degree collectors at the two ports of the collecting chamber form a 30-degree oriented position relative to the light-transmitting flat plate surface, and the telescopic adjusting part is kept to enable the 360-degree collectors at the end part of the telescopic adjusting part to dynamically collect the artwork under the direction angle of facing the artwork; furthermore, in order to obtain accurate and complete acquisition information, a 360-degree acquisition device in the second information acquisition mechanism can be adopted to acquire information from the bottom of the artwork towards the upward viewing direction as required;

and finally: in order to facilitate analysis and increase the calculation efficiency, the information collected in the first step process is used as the basis and the positioned information, the information collected in the second step process is analyzed and expanded on the basis of the data in the first step process or is further analyzed after the information collected by each collector is related by calculating and identifying the same boundary information, the process of calculation and identification is preferably identified and calculated by a similar graph information algorithm, the algorithm is H [ [ a (R × E + K ] S) ]/(R × E + K × S), wherein H is an identification value, H >1 is specified to be different boundary information, H ≦ 1 is the same boundary information, a is a proportional coefficient of the graph information identified by the left or right collector compared with the upper or lower collector, a is determined to be 1.12 according to the structural setting of the device of the invention, pixels of an E boundary graph unit matrix and pixel coefficients of R boundary graph unit matrix, s is the similarity of the current situation of the boundary graph, k is the similarity coefficient of the current situation of the boundary graph, wherein r, e, k and s are the related information collected by the left end or the right end collector, and R, E, K, S is the related information collected by the upper end or the lower end collector.

In the following, a preferred embodiment of the above method will be described by taking a madding swallow as an example, and an educator analyzes the works of the students in a data-information manner, performs pertinent teaching and gives instructions to the students in a targeted manner, and this embodiment will be described by taking a teaching device for law-oriented art education of the present invention as a collector.

The first step is as follows: placing the horse-trotter work on an acquisition and display platform, and selecting and adjusting an acquisition unit to obtain multi-dimensional and multi-class data information which is convenient for analysis and calculation; the second step is that: classifying the data information obtained in the first step according to different categories; the third step: respectively comparing the classified data in the second step with basic theoretical information data to obtain comparison coefficients; the fourth step: calculating the coefficient obtained in the third step by an algorithm, and then combining with the opinion coefficient of an educator to obtain the advantages, disadvantages, advantages and disadvantages of the analyzed artwork so as to realize targeted teaching and guidance improvement and realize teaching efficiency;

firstly: after the adjustable rotary hanging shaft in the dynamic main azimuth information collector is adjusted to enable the center of a semicircle with an opening of 120 degrees of the collecting chamber to be positioned at the 9cm +1cm of the horse-stepping swallow, the distance between the 360-degree collectors at the end of the telescopic adjusting part at the lower part is adjusted by 6-8cm in sequence and the telescopic adjusting part is aligned with the horse-trotter in the forward direction to realize the forward projection positioning distance acquisition, and the subsequent data analysis and the calculation of an algorithm are simplified, the invention prefers the information based on forward projection information, the adjuster 6 for adjusting the positioning angle in the acquisition chamber increases the central angle a formed by the semicircular openings of the acquisition chamber by 145 degrees until the 360-degree collectors connected with the two ports of the acquisition chamber are aligned with the 9cm +1cm of the horse-trotter in height, then, the telescopic adjusting part is started to enable a 360-degree collector (an upper end collector) at the end part of the telescopic adjusting part and a 360-degree collector (a left end collector and a right end collector) connected with two ports to carry out information acquisition on the horse-trotter;

secondly, the method comprises the following steps: the adjuster 6 for adjusting the positioning angle in the collection chamber reduces the central angle a formed by the semicircular opening of the collection chamber to 120 degrees (as shown in figure 1), the position of the section of the semicircular opening of the collection chamber which is adjustable in a semi-circular shape is close to the light-transmitting flat plate surface 9, then the adjuster 6 for adjusting the positioning angle at the two ends of the collection chamber enables the 360-degree collectors connected with the two ports of the collection chamber to form a 30-degree orientation position relative to the light-transmitting flat plate surface to collect the horse-foot swiftlet, meanwhile, in order to keep the telescopic adjusting part to enable the direction angle of the 360-degree collectors at the end part to be unchanged, the adjustment of the dynamic and static three-dimensional digital quantization adjusting component can be simultaneously matched for realizing, namely, the adjustable rotating hanging shaft keeps 6-8cm and is aligned to the horse-foot swiftlet in the positive direction, the adjuster 6 for positioning angle is completed, then the telescopic adjusting part is started to enable the 360-degree collectors at the end part and the 360-degree collectors connected with the two ports to collect the horse-foot swiftlet information again to obtain the left-right-foot-end collectors which are not thrown onto the horse-foot swiftlet in the positive direction The information of the specific angle of the Ma Zhang Fei under the shadow is collected, as shown in fig. 4, the graph proportion data of all directions of the boundary graph part collected by the left end collector and the upper end collector of the Ma Zhang Fei is (X: 13.8%; Y: 32.5%); further, the method comprises the following steps of; for more information, the driving motor can be started to enable the adjustable rotary hanging shaft to stably rotate at the speed of each degree for enabling the 360-degree collectors at the two ports of the collecting chamber to form positions facing 30 degrees relative to the light-transmitting flat plate surface and to keep the telescopic adjusting part to enable the 360-degree collectors at the end part of the telescopic adjusting part to dynamically collect the Ma Zhang Fei in the direction angle of facing the artwork; furthermore, in order to obtain accurate and complete acquisition information, a 360-degree acquisition device in the second information acquisition mechanism can be adopted to acquire information of the bottom of the horse-trotter towards the upward viewing direction as required; analyzing the three-dimensional equine swallow through the acquired information data of the orthographic projection view of the equine swallow and the plane view of the equine swallow at a specific angle;

and finally: in order to facilitate analysis and increase the calculation efficiency, the information collected in the first step is information based and positioned, the information collected in the second step is analyzed and expanded on the basis of the data in the first step, namely, the orthographic projection information data of the horse stepping swallow is the basis for linking and analyzing other projections, and the orthographic projection boundary information is a link for identifying the information of other projection boundary data;

further, the information collected by each collector is analyzed after the same boundary information is identified and correlated through calculation, the process of computational recognition preferably recognizes the computation with a similarity pattern information algorithm, which is H ═ a (R × E + K × S) ]/(R × E + K × S), where: h-acquaintance value, which specifies that H >1 is different boundary information, a-is the proportionality coefficient of the left or right acquirer to the graphic information identified by the upper or lower acquirer, the apparatus according to the invention is configured to determine that a is 1.12, e pixels of the boundary pattern identity matrix, r pixel coefficients of the boundary pattern identity matrix, s similarity of the current state of the boundary pattern, k similarity coefficients of the current state of the boundary pattern, wherein, r, e, k, s are the related information collected by the left or right end collector, and R, E, K, S is the related information collected by the upper or lower end collector. Taking the Ma Zhang Fei as an example, the H-phase identification value analyzed after the boundary information of the two is correlated is explained by taking the graph data collected by the upper end collector and the graph data collected by the left end collector as an example, in the embodiment, a small letter represents the graph data information collected by the left end collector, a corresponding large letter represents the graph data information collected by the upper end collector, wherein E is a pixel 361 of the Ma Zhang Fei collector for collecting a forward projection view boundary graph unit matrix, E is a pixel 382 of the Ma Zhang Fei upper end collector for collecting the forward projection view boundary graph unit matrix, and r is a pixel coefficient of the boundary graph unit matrix, the obtaining mode of the comparison coefficient is preferably that the device in the invention is adopted, and the method for obtaining the data information result for the work of art education and teaching of the Ma Zhang Fei adopted by the Ma Zhang Fei analyzes the artistic imitation of the standard une Zhang Fei, the ratio of the corresponding coefficients R and K is obtained by comparing the artistic imitations and the student works, in this embodiment, the coefficient value of R or R is 0.21, the coefficient value of K or K is 0.78, wherein the graph proportion data of the right side of the graph portion of the border of the graph portion on the right side of the graph shape collected by the upper end collector is (X: 13.8%; Y: 32.5%), the graph proportion data of the left side of the graph portion on the left side of the graph 4 on the left side of the graph portion on the left end collector is (X: 16.6%; Y: 36.2%), the similarity of the two sides of the graph portion on the both sides of the graph 4 is S/S92% analyzed by graph similarity recognition software (such as Image compiler), and therefore, the H-phase recognition value analyzed after the correlation of the border information of the graph data collected by the upper end collector and the graph data collected by the left end collector is: when H is [1.12(0.21 × 361+0.78 × 92%) ]/(0.21 × 382+0.78 × 1%) ] is 0.95, the analysis judges that the boundary information is the same, and different types of information of the two can be compared and analyzed;

a second step; selecting different categories of upper end and left end collected graphic data such as classification information according to composition type, line fluency, color sampling collocation and the like;

the third step: then, the method in the first step is used for acquiring corresponding basic theoretical information, the preferable basic theoretical information in the embodiment acquires the composition type and line fluency of the artistic imitation of the classical Ma-step flying swallow relative to the acquisition end, and the color acquisition collocation adopts classification information such as color collocation principle theoretical analysis (preferable InkFormulation color matching software analysis) and the like to be compared with the corresponding information of the product of the second-step Ma-step flying swallow to obtain comparison coefficients (similarity comparison results), such as the composition type and line fluency of the works of the Ma-step flying swallow and the artistic imitation partial map of the classical Ma-step flying swallow of the works of the upper acquisition end and the left acquisition end of the drawing 5, and the color acquisition collocation and the like (the upper part in the drawing 5 is synthesized by the information of different acquisition ends of the classical horse-step flying swallow), and the image data such as Photoshop, the color acquisition and the like in the information processing communication mechanism, The following information results corresponding to the data information collected at the upper end and the left end of the Manta esculenta of the student work and the Manta esculenta of the classical art are obtained by analyzing the Image compiler software: the contrast coefficient of the composition type G is 80%, the contrast coefficient of the line fluency is 78%, and the color matching suitability of the color matching analyzed by the InkFormulation color matching software is 70%

The fourth step; adding 228% of the contrast coefficient and the matching fitness of the theoretical color collocation in the third step, adding 318% of the satisfaction degree of the education worker on the student works when the satisfaction degree of the education worker on the student works is 90%, and finally giving 318% of the addition result, so that the education worker can evaluate and give targeted guidance on the quality of the student works in the aspects of composition type G, line fluency, color collocation and the like, and the students are improved and enhanced in a targeted manner; on the basis, the invention has the further effect that the educator can upload the result through the network of the information communication terminal of the Internet of things to share and interact with students in real time.

In addition, the invention also provides a data information method for the forensic stereo evidence view education teaching, which comprises the following steps: placing the analyzed forensic stereo evidence on an acquisition and display platform, and adjusting an acquisition device in a teaching device of the forensic art education to be in an orthographic projection position of the upper, lower, left and right positions of the forensic stereo evidence; the second step is that: collecting information by using a collector in the first step; the third step: and adjusting the collector in the teaching device for the law art education to be at the position where the orthographic projection is not collected by the law stereo evidence, and starting to collect to obtain corresponding collected information. The datamation information method for the forensic stereo evidence view education teaching is preferably completed by the device, and the source of the acquired information in the first information acquisition mechanism and the second information acquisition mechanism is determined by realizing an interactive list based on the legal information required by the teaching through a processor or the middle end of the Internet of things, if the top view of the legal evidence is required, the second information acquisition mechanism can be used for acquiring information data, and the information data is processed and analyzed by the processor and then interacts with students through the communication of the terminal of the Internet of things;

the equipment teaching tool has the advantages of performing informationized collection on artwork data, performing comprehensive and fine data collection on multi-parameter associated information at a specific angle, and providing a hardware guarantee for performing data informationized analysis on the artwork and the artwork.

In addition, the device is used for collecting the artistic works of students as data information teaching purposes, for example, after the artistic works are collected by a collector of a collecting mechanism, the artistic works are analyzed by a processor after being subjected to data analysis, and then are analyzed by comparing with standard information or basic theory, the effect of obtaining advantages and disadvantages after the students or the works to be analyzed or legal materials are analyzed and judged logically, comprehensively and systematically and combined with teacher opinions is achieved, so that the device is convenient for targeted teaching and targeted guidance and improvement, the teaching efficiency is improved, and the device has substitute significance in the future teaching device change direction.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.

Claims (5)

1. The utility model provides a teaching device for legal art education which characterized in that: the teaching device comprises a main azimuth information dynamic collector, an acquisition and display platform and an information processing and communication mechanism, wherein the main azimuth information dynamic collector is arranged at the upper end of the acquisition and display platform, and part of the structure of the main azimuth information dynamic collector is arranged into a circular shape which can be adjusted to cover and wrap the acquisition and display platform so as to realize the interactive cooperation of the collector and the display platform to complete the informatization acquisition of teaching work; the main azimuth information dynamic collector comprises a top frame, an adjustable rotary hanging shaft, a plurality of semicircular adjustable collecting chambers and a 360-degree collector, wherein the adjustable rotary hanging shaft is connected and arranged in the top frame, the plurality of semicircular adjustable collecting chambers are connected to the middle lower part of the adjustable rotary hanging shaft, and the 360-degree collector is arranged at the lower end part of the adjustable rotary hanging shaft or two ports of the plurality of semicircular adjustable collecting chambers; a driving motor and a gear of the adjustable rotary hanging shaft are arranged in the top frame, a driving gear of the driving motor is connected with the gear of the rotary hanging shaft, and the number of the gears is 360, so that the adjustable rotary hanging shaft can realize stable rotation at speed; the adjustable rotary hanging shaft and the outside connected with the top frame are provided with telescopic shafts with adjustable lengths, the middle parts of the telescopic shafts are connected with a plurality of semicircular adjustable collecting chambers, a plurality of semicircular adjustable collecting chambers and the middle part connecting part of the telescopic shafts are provided with adjusters capable of adjusting the positioning angles of the collecting chambers in a matched mode, the adjusters form a dynamic and static three-dimensional digital adjusting assembly through the adjustable rotary hanging shaft, the 360-degree collector and the adjusters of the positioning angles which are arranged in the device, wherein the sleeved circulating gear is provided with a buckle groove.

2. A teaching device for legal art education as recited in claim 1 wherein: the semi-circle central angle formed by the semi-circle adjustable acquisition chambers is not less than 120 degrees, upward-looking digital regulators are arranged at two ends of a semi-circle opening of each acquisition chamber, 360-degree collectors are respectively connected to the upward-looking digital regulators at the two ends, and the dynamic and static three-dimensional digital adjusting assemblies, the upward-looking digital regulators, the adjustable rotary hanging shafts and the 360-degree collectors at the lower ends of the rotary hanging shafts cooperate with one another to form a first information acquisition mechanism.

3. A teaching device for legal art education as set forth in claim 2 wherein: the collection display platform comprises a light-transmitting flat plate, a groove bin, a stand column and a support, wherein the top of the groove bin is connected with the light-transmitting flat plate to realize collection of artworks or legal evidences, and a 360-degree collector for collecting invisible part information is arranged in the groove bin to form a second information collection mechanism.

4. A teaching device for legal art education as set forth in claim 3 wherein: gather the show platform set up in the position of the circular open-ended tangent plane of collection room with adjustable it is many semi-circular, be provided with the scale number axle on the printing opacity flat board, information processing communication mechanism includes treater, thing networking information communication terminal, the data information memory of collector with the treater links to each other, the treater with thing networking information communication terminal connects in order to realize handling the information data of gathering and communication.

5. A method for obtaining a digitalized information result for work of art education and teaching is characterized in that: the first step is as follows: the analyzed artwork is placed on an acquisition and display platform, and an acquisition unit is selected and adjusted to obtain multi-dimensional multi-class data information which is convenient for analysis and calculation; the second step is that: classifying the data information obtained in the first step according to different categories; the third step: respectively comparing the classified data in the second step with basic theoretical information data to obtain comparison coefficients; the fourth step: calculating the coefficient obtained in the third step by an algorithm, and then combining with the opinion coefficient of an educator to obtain the advantages, disadvantages, advantages and disadvantages of the analyzed artwork so as to realize targeted teaching and guidance improvement and realize teaching efficiency; the first step also comprises the following steps:

firstly: adjusting an adjustable rotary hanging shaft in a main azimuth information dynamic collector to enable the circle center of a semicircle of a collection chamber to be positioned around the height center of a collected work, then adjusting the central angle of the semicircle collection chamber to be 120 degrees, selecting the central angle to be 120 degrees, wherein the circle center is the circle center when the opening of the semicircle is 120 degrees, sequentially adjusting a lower telescopic adjusting part to enable the distance of a 360-degree collector at the end part of the lower telescopic adjusting part to be 6-8cm and to be aligned to the collected work in the forward direction, adjusting a positioning angle adjuster in the collection chamber to enable the central angle formed by the semicircular opening of the collection chamber to be increased until the 360-degree collectors connected at two ports of the collection chamber are aligned to the periphery of the height center of the work, and then opening the telescopic adjusting part to enable the 360-degree collectors at the end part and the 360-degree collectors connected at the two ports of the collection chamber to carry out information collection on the art work;

secondly, the method comprises the following steps: the adjuster for adjusting the positioning angle in the collection chamber enables the central angle formed by the semicircular opening of the collection chamber to be reduced to 120 degrees, the position of the section of the circular opening of the collection chamber which is adjustable in a semi-circular shape is close to the surface of the light-transmitting flat plate, then the adjuster for adjusting the positioning angle at the two ends of the collection chamber enables the 360-degree collectors connected with the two ports of the collection chamber to form a 30-degree orientation position relative to the surface of the light-transmitting flat plate to collect the artistic works, and meanwhile, the direction angle of the 360-degree collectors at the end part of the adjustable part is kept unchanged in order to keep the telescopic adjusting part; the adjustment of the dynamic and static three-dimensional digital quantization adjusting components can be matched for realization, and then the telescopic adjusting part is started to enable the 360-degree collector at the end part and the 360-degree collector connected with the two ports to carry out information acquisition on the artwork again;

and finally: in order to facilitate analysis and accelerate calculation efficiency, firstly, the information collected in the process of the step is information based and positioned on the basis of the data in the process, secondly, the information collected in the process of the step is analyzed and expanded on the basis of the data in the process of the first time or the information collected by each collector is analyzed after the same boundary information is identified and correlated through calculation, and the process of the identification through calculation selects a similar graph information algorithm for identification and calculation, wherein the algorithm is H [ a (R [ E + K ] S) ]/(R [ E + K ] S), H is an identification value, H >1 is specified to be different boundary information, H ≦ 1 is the same boundary information, a is a proportional coefficient of the graph information identified by a left collector or a right collector compared with an upper collector or a lower collector, a is determined to be 1.12 according to the device structure setting, E is a pixel of a boundary graph unit matrix, R is a pixel coefficient of the boundary graph unit matrix, s is the similarity of the current situation of the boundary graph, k is the similarity coefficient of the current situation of the boundary graph, wherein r, e, k and s are related information collected by a left end collector or a right end collector, and R, E, K, S is related information collected by an upper end collector or a lower end collector;

the second step, different categories also comprise collocation according to composition types, line fluency and colors;

in the third step, basic theoretical information data comprises information obtained after classical works of art are collected and information classification of the information;

and comparing and adding the information coefficients of different types obtained in the fourth step, and multiplying the result by the opinion coefficient of the educator to obtain the advantages, disadvantages, advantages and disadvantages of the analyzed artwork.

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