Artificial intelligence financial data acquisition device

Abstract

The invention provides artificial intelligence financial data acquisition equipment. The artificial intelligence financial data acquisition equipment structurally comprises an acquisition connection structure, an acquisition main body, a data output connection port, a data storage box, an identification module and a control end, according to the invention, after the acquisition connection structure is further improved, the first module collector and the second module collector on the surface plate are matched with each other, so that the bearing body can be pulled out from the through groove area of the auxiliary sleeve by using the insulating pull plate, and the data module can be embedded into the module fixing plate; and then the power-on block is pushed in to be electrically connected with the acquisition main body, so that embedded data acquisition can be achieved, the situation that a data module cannot be acquired due to wireless assistance is avoided, the diversification effect of data acquisition is improved, and meanwhile, a round head connecting hole and a USB connecting hole formed in the surface plate can be connected with corresponding connectors, so that the data acquisition efficiency is improved. Therefore, the use intensity and the use convenience of the acquisition equipment can be improved.

Description

Technical Field

[0001] The present invention relates to the technical field of artificial intelligence data acquisition, and more specifically to an artificial intelligence financial data acquisition device. Background Art

[0002] Financial data can be divided into types such as price data, trading volume data, and financial data. As a whole, it is digital information related to economic activities such as financial markets and financial institutions. With the support of big data, the amount of financial data will be relatively large. Therefore, it is necessary to combine special artificial intelligence acquisition devices to accurately collect and extract financial data. By using the recognition of artificial intelligence, content irrelevant to financial data can be eliminated, thereby effectively improving the accuracy and efficiency of financial data acquisition. In summary, the inventor found that the existing financial data acquisition devices mainly have the following defects: Since the current financial data acquisition devices all complete the electrical connection with other devices carrying financial data in a wired connection manner, it reflects that only the wired connection cannot allow the data hard disk to be embedded to collect the financial data inside the hard disk. For this reason, the usage intensity of the acquisition device is reduced, and the connection structure is too single. And in the case that some data modules cannot be connected to the wire, a corresponding adapter needs to be equipped for use. For this reason, the data acquisition process will be complicated, and the efficiency of data acquisition will be reduced. Summary of the Invention

[0003] The technical solution adopted by the present invention to achieve the technical purpose is: an artificial intelligence financial data acquisition device, the structure of which includes: a collection connection structure, a collection main body, a data output connection port, a data storage box, an identification module, a control end, and a headphone jack. The collection connection structure is arranged at the front end of the collection main body, and a data output connection buckle is also arranged on the other side of the collection main body. A data storage box and an identification module are also arranged on the upper end of the collection main body. The upper end of the identification module is also connected to the control end and is electrically connected to it. A headphone jack is also arranged in the edge area of the control end.

[0004] As a further improvement of the present invention, the collection connection structure is provided with a module collector one and a module collector two. The module collector one and the module collector two are embedded on the left and right sides of the surface layer of the flat plate, and round head connection holes and USB connection holes are also arranged in the upper and lower areas. Fixed insertion blocks are arranged at the four ends of the edge of the flat plate to complete the fixed connection with the front end of the collection main body, and the module collector one and the module collector two are electrically connected to the identification module and the control end through the collection main body.

[0005] As a further improvement of the present invention, the first module collector is further provided with a module fixing plate, the module fixing plate coincides with the center point of the clamping frame and is fixedly connected to the carrier. The front end of the carrier is connected with a power-on block, and an insulating pull plate is further arranged at the rear end of the carrier. The carrier is linearly penetrated through the through groove area into the auxiliary sleeve by the insulating pull plate to complete the electrical connection with the acquisition main body.

[0006] As a further improvement of the present invention, the first module collector and the second module collector in the flat plate of the acquisition connection structure are used to load the module with data. Then, the module fixing plate in the first module collector and the second module collector and the power-on block at the front end of the carrier are used to complete the electrical connection with the acquisition main body and the identification module. At the same time, the USB jack and the round jack on the flat plate can be inserted and electrically connected with the corresponding data connectors.

[0007] As a further improvement of the present invention, the bottom of the acquisition main body is in a parallel form and the data output connection port is in a concave form. The data storage box internally contains a data storage chip and is provided with a data wire spool to complete the electrical connection with the acquisition main body, the identification module, and the control end.

[0008] As a further improvement of the present invention, one fixed plug is provided at each of the four corners of the flat plate. The first module collector and the second module collector are set in a symmetric orientation. The round jack and the USB jack are set in a left-right orientation on the flat plate.

[0009] As a further improvement of the present invention, the through groove of the auxiliary sleeve is opened in a linear orientation, and the shapes of the carrier and the insulating pull plate match the shape of the through groove. The power-on block at the front end of the carrier is in a rectangular solid form and is electrically connected by inserting into the front end of the acquisition main body.

[0010] As a further improvement of the present invention, the module fixing plate is provided with an adsorption connection block. The adsorption connection block is positioned at the center of the plate body, and a rebound member and a pull block are further connected to the left and right sides of the contact layer of the plate body. The splicing with the clamping block is completed through the pull block, and the clamping block slides left and right in the contact layer area through the rebound member and has a clearance fit with the adsorption connection block.

[0011] As a further improvement of the present invention, the plate body internally carries a data wire spool, and the power-on block at the front end can be electrically connected with the adsorption connection block. The plate body carrying the adsorption connection block is installed in the internal area of the carrier and is electrically connected with the front-end power-on block.

[0012] As a further improvement of the present invention, the adsorption connection block is further provided with a magnetic attraction plate. The center of the lower end of the magnetic attraction plate is electrically connected with the data receiving module through a conduction shaft. Then, an information identification block is fixed at the lower end of the data receiving module, and a data transmission block is further connected and electrically connected at the lower end of the information identification block.

[0013] As a further improvement of the present invention, the magnetic attraction plate, the data receiving module, the information recognition block, and the data transmission block have the same length and are parallel to each other, and are electrically connected through conduction shafts therebetween.

[0014] As a further improvement of the present invention, a handling assistor is further provided in the lower external region of the collection main body. The handling assistor is horizontally installed in the middle part of the base, and an anti-slip frame is connected to the edge of the base. A restraint block is further provided on the surface layer of the base, and an anti-deviation convex block is fixed at the center. The connection with the lower layer of the collection main body is completed through the anti-deviation convex block.

[0015] As a further improvement of the present invention, the anti-slip frame fits the shape of the base and covers its exterior. The restraint block of the base is in the form of a square protrusion, and the anti-deviation convex block and the base are both in an "L" shape and fit the shape of the collection main body.

[0016] As a further improvement of the present invention, the handling assistor is provided with splicing blocks. The splicing blocks are welded to the upper and lower end positions of the reinforcement frame. The reinforcement frame is fixed on the left and right sides of the load-bearing rod, and an empty slot is opened inside the reinforcement frame. The auxiliary rod is inserted through the empty slot. The load-bearing rod is horizontally installed in the central area of the base, and the reinforcement frames on the left and right sides are positioned in the left and right outer areas of the base. A penetration layer and a linear rail are opened in the overlapping area of the load-bearing rod and the anti-deviation convex block, and the anti-deviation convex block penetrates through the penetration layer and the linear rail.

[0017] As a further improvement of the present invention, the reinforcement frame is in a "concave" shape with an empty slot formed inside, and the auxiliary rod inside is solid and its length fits the width of the empty slot. The penetration layer and the linear rail in the middle part of the load-bearing rod are opened in a vertical orientation.

[0018] Compared with the prior art, the present invention has the following beneficial effects: 1. After the collection connection structure of the present invention is further improved, through the mutual cooperation of the module collector one and the module collector two on the flat plate, the carrier can be pulled out from the through slot area of the auxiliary sleeve by using the insulating pull plate, so that the data module can be embedded in the module fixing plate. Subsequently, by pushing in the power-on block and making an electrical connection with the collection main body, the embedded data collection can be achieved, avoiding the situation where the data module cannot be collected due to wireless assistance, improving the diversification effect of data collection. At the same time, the round head connection holes and USB connection holes provided on the flat plate can be connected to the corresponding connectors, thereby improving the use intensity and convenience of the collection device.

[0019] 2. After the module fixing plate of the present invention is further improved, the position of the clamping block can be controlled through the rebounding member and the pulling block on the plate body. Thus, when the data module falls parallel into the adsorption connection block area, the clamping block can clamp both ends of the data module through the rebounding member. Combining with the magnetic adsorption plate of the adsorption connection block can improve the origin positioning of the data module, ensuring the electrical connection stability between the data module and the module collector. Subsequently, the data module can complete the electrical connection with the acquisition main body by combining with the energizing block on the plate body, achieving the effect of stable data acquisition. Furthermore, combining the dual recognition skills of the information recognition block in the adsorption connection block and the recognition module in the acquisition main body can improve the accuracy of financial data acquisition.

[0020] 3. Based on the base added at the lower end of the acquisition main body of the present invention, the vertical positioning strength of the base can be improved through the anti-slip frame at the edge of the base and the four restraint blocks on the surface layer, preventing the equipment from shifting caused by the pulling during the wired data acquisition process. Furthermore, the "L"-shaped anti-deviation convex block can improve the connection stability at the lower end of the acquisition main body. At the same time, the carried handling assistor can use the auxiliary rods and the horizontal load-bearing rods in the two strengthening frames to cooperate to lift the entire acquisition main body for handling, preventing the difficult handling situation caused by the flat shape around when the equipment needs to be displaced. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 It belongs to a schematic structural diagram of an artificial intelligence financial data acquisition device.

[0022] Figure 2 It belongs to a schematic sectional view of the improved acquisition connection structure.

[0023] Figure 3 It belongs to a schematic three-dimensional view of the improved module collector.

[0024] Figure 4 It belongs to a schematic top view of the improved module fixing plate.

[0025] Figure 5 It belongs to a schematic side view of the improved adsorption connection block.

[0026] Figure 6 It belongs to a schematic top view of the newly added components at the lower end of the acquisition main body.

[0027] Figure 7 It belongs to a schematic sectional view of the improved handling assistor.

[0028] In the figure: acquisition connection structure - 1, acquisition main body - 2, data output connection port - 3, data storage box - 4, recognition module - 5, control end - 6, headphone jack - 7; Fixed insertion block - 11, flat panel - 12, module collector one - 13, round head connection hole - 14, module collector two - 15, USB connection hole - 16; Auxiliary sleeve - 131, through groove - 132, carrier - 133, insulating pull plate - 134, energized block - 135, clamping frame - 136, module fixing plate - 137; Clamping block - 1371, plate body - 1372, contact layer - 1373, rebound member - 1374, pull block - 1375, adsorption connection block - 1376; Magnetic attraction plate - 3761, conduction shaft - 3762, data receiving module - 3763, information recognition block - 3764, data transmission block - 3765; Anti - slip frame - 21, base - 22, restraint block - 23, anti - deviation convex block - 24, handling assistor - 25; Splicing block - 251, reinforcement frame - 252, empty groove - 253, auxiliary rod - 254, load - bearing rod - 255, penetration layer - 256, linear rail - 257. Specific implementation mode

[0029] The following further describes the present invention in conjunction with the attached drawings: Embodiment 1: Figures 1 to 5 As shown: The present invention provides an artificial intelligence financial data acquisition device, whose structure includes a collection connection structure 1, a collection main body 2, a data output connection port 3, a data storage box 4, an identification module 5, a control end 6, and a headphone interface 7. The collection connection structure 1 is arranged at the front end of the collection main body 2, and a data output connection buckle 3 is also arranged on the other side of the collection main body 2. A data storage box 4 and an identification module 5 are also arranged on the upper end of the collection main body 2. The upper end of the identification module 5 is also connected to the control end 6 and is electrically connected thereto. A headphone interface 7 is also arranged in the edge area of the control end 6.

[0030] Among them, the collection connection structure 1 is provided with a module collector one 13 and a module collector two 15. The module collector one 13 and the module collector two 15 are embedded in the left and right sides of the surface layer of the flat panel 12, and round head connection holes 14 and USB connection holes 16 are also arranged in the upper and lower areas. Fixed insertion blocks 11 are also arranged at the four edges of the flat panel 12 to complete the fixed connection with the front end of the collection main body 2, and the module collector one 13 and the module collector two 15 are electrically connected to the identification module 5 and the control end 6 through the collection main body 2.

[0031] Among them, the first module collector 13 is further provided with a module fixing plate 137. The module fixing plate 137 coincides with the center point of the clamping frame 136 and is fixedly connected to the carrier 133. An energizing block 135 is connected to the front end of the carrier 133, and an insulating pull plate 134 is further arranged at the rear end of the carrier 133. The carrier 133 is linearly penetrated through the through groove 132 area by the insulating pull plate 134 and enters the auxiliary sleeve 131 to complete the electrical connection with the acquisition main body 2.

[0032] Among them, the modules with data are loaded through the first module collector 13 and the second module collector 15 in the flat plate 12 of the acquisition connection structure 1. Then, the electrical connection with the acquisition main body 2 and the identification module 5 is completed by using the module fixing plate 137 in the first module collector 13 and the second module collector 15 and the energizing block 135 at the front end of the carrier 133. At the same time, the USB jack 16 and the round head jack 14 on the flat plate 12 can be inserted and electrically connected with the corresponding data connectors.

[0033] Among them, the bottom of the acquisition main body 2 is in a parallel shape and the data output connection port 3 is in a concave shape. The data storage box 4 contains a data storage chip inside and is provided with a data wire spool to complete the electrical connection with the acquisition main body 2, the identification module 5, and the control end 6.

[0034] Among them, one fixed plug 11 is provided at each of the four corners of the flat plate 12. The first module collector 13 and the second module collector 15 are set in a symmetric orientation. The round head jack 14 and the USB jack 16 are set in a left - right orientation on the flat plate 12.

[0035] Among them, the through groove 132 of the auxiliary sleeve 131 is opened in a linear orientation, and the shapes of the carrier 133 and the insulating pull plate 134 match the shape of the through groove 132. The energizing block 135 at the front end of the carrier 133 is in a rectangular solid shape and is electrically connected by inserting into the front end of the acquisition main body 2.

[0036] Among them, the module fixing plate 137 is provided with an adsorption connection block 1376. The adsorption connection block 1376 is located at the center of the plate body 1372, and rebound members 1374 and pull blocks 1375 are further connected to the left and right sides of the contact layer 1373 of the plate body 1372. The splicing with the clamping block 1371 is completed through the pull block 1375, and the clamping block 1371 slides left and right in the area of the contact layer 1373 through the rebound member 1374 and has a clearance fit with the adsorption connection block 1376.

[0037] Among them, the plate body 1372 carries a data wire spool inside, and the energizing block 135 at the front end can be electrically connected to the adsorption connection block 1376. The plate body 1372 carrying the adsorption connection block 1376 is installed in the internal area of the carrier 133 and is electrically connected to the front - end energizing block 135.

[0038] Among them, the adsorption connection block 1376 is further provided with a magnetic attraction plate 3761. The center of the lower end of the magnetic attraction plate 3761 is electrically connected to a data receiving module 3763 through a conduction shaft 3762. Then, an information recognition block 3764 is fixed at the lower end of the data receiving module 3763, and a data transmission block 3765 is further connected to the lower end of the information recognition block 3764 and is electrically connected.

[0039] Among them, the magnetic attraction plate 3761, the data receiving module 3763, the information recognition block 3764, and the data transmission block 3765 have the same length and are parallel to each other, and they are all electrically connected through the conduction shaft 3762.

[0040] The specific functions and operation processes of this embodiment: In the present invention, the acquisition main body 2 of the artificial intelligence financial data acquisition device is installed in a specific financial data acquisition center. After the acquisition main body 2 is connected to an external power supply, the overall components can be controlled through the control end 6 at the upper end of the identification module 5. Subsequently, the corresponding data module or the data device with a circuit can complete the electrical connection with the acquisition main body 2 through the acquisition connection structure 1 area, so that the control end 6 can combine with the identification module 5 to extract the corresponding financial data. During the process, a relevant wired earphone can be inserted into the earphone interface 7 area at the edge of the control end 6, so that the voice information generated during the identification and extraction process will be transmitted through the electrical connection of the earphone, avoiding the situation of affecting others caused by the voice during data extraction. Then, the financial data is saved by the data storage box 4 of the acquisition main body 2. Finally, the financial data is exported by connecting with other data devices through the data output connection port 3 to complete the acquisition work. Furthermore, the flat plate 12 of the acquisition connection structure 1 can be fixedly connected to the front end of the acquisition main body 2 through the fixed insertion block 11 at the corner. Then, the round head connection hole 14 and the USB connection hole 16 on the flat plate 12 can be connected to the corresponding data ends. At the same time, when some data modules do not have wiring and power supply, the module collector one 13 and the module collector two 15 can be cooperatively embedded and contacted for electrical connection acquisition. Therefore, the data acquisition efficiency and the acquisition diversification effect of the acquisition device can be effectively improved, preventing the situation that the data module cannot be acquired. For this reason, the auxiliary sleeve 131 of the module collector one 13 and the module collector two 15 can be installed at the front end of the acquisition main body 2 with the through groove 132. Then, the carrier 133 inside the through groove 132 can be pulled outwards through the insulating pull plate 134, so that the power-on block 135 of the carrier 133 is separated from the acquisition main body 2 to cut off the power. Subsequently, the clip frame 136 and the module fixing plate 137 will be exposed in the space. Therefore, the data module can enter the carrier 133 area through the embedding method and overlap and fix with the module fixing plate 137. After the data module is installed, the carrier 133 is pushed into the through groove 132 again, so that the power-on block 135 can be electrically connected to the acquisition main body 2. Therefore, the data module on the module fixing plate 137 is powered on with the acquisition main body 2, so that the internal financial data can be extracted by the acquisition main body 2, achieving the data acquisition effect on the data module. Furthermore, the rebound members 1374 provided at both ends of the contact layer 1373 of the plate body 1372 of the module fixing plate 137 can control the clamping block 1371 through the pull block 1375. Therefore, the clamping block 1371 can clamp both ends of the data module through the rebound member 1374, ensuring that the power-on area of the data module can be accurately installed on the adsorption connection block 1376, achieving the effect of accurate power-on data acquisition. During the process, the adsorption connection block 1376 can adsorb and fix the data module through the magnetic attraction plate 3761, and then fix the data receiving module 3763, the information identification block 3764, and the data transmission block 3765 through the lower conduction shaft 3762.Enable the financial data in the data module to be fed back to the information recognition block 3764 through the data receiving module 3763. Then, based on the dual recognition of the information recognition block 3764 and the recognition module 5 in the acquisition main body 2, the acquisition accuracy of the financial data can be improved. Finally, use the data transmission block 3765 to transmit the financial data to the data storage box 4 area for storage. Then, the data storage box 4 can output the relevant financial data from the data output connection port 3 area according to the requirements. In summary, through the mutual cooperation of each component, the usage intensity, acquisition efficiency, and accuracy of the overall acquisition device can be effectively improved.

[0041] Embodiment 2: Figures 6 to 7 As shown: The present invention provides an artificial intelligence financial data acquisition device, The structure includes that a handling assistor 25 is further arranged in the lower end area outside the acquisition main body 2. The handling assistor 25 is horizontally installed in the middle part of the base 22, and an anti-slip frame 21 is connected to the edge of the base 22. A restraint block 23 is also arranged on the surface layer of the base 22, and an anti-deviation convex block 24 is fixed at the center. The connection with the lower layer of the acquisition main body 2 is completed through the anti-deviation convex block 24.

[0042] Among them, the anti-slip frame 21 and the base 22 are in a mutually conforming shape and cover its exterior. The restraint block 23 of the base 22 is in the form of a square protrusion, and both the anti-deviation convex block 24 and the base 22 are in an "L" shape and conform to the shape of the acquisition main body 2.

[0043] Among them, the handling assistor 25 is provided with a splicing block 251. The splicing block 251 is welded to the upper and lower end positions of the reinforcement frame 252. The reinforcement frame 252 is fixed on the left and right sides of the load-bearing rod 255, and an empty slot 253 is opened inside the reinforcement frame 252. The auxiliary rod 254 is inserted through the empty slot 253. The load-bearing rod 255 is horizontally installed in the central area of the base 22, and the reinforcement frames 252 on the left and right sides are positioned in the left and right outer areas of the base 22. A penetration layer 256 and a linear rail 257 are opened in the overlapping area of the load-bearing rod 255 and the anti-deviation convex block 24, and the anti-deviation convex block 24 penetrates through the penetration layer 256 and the linear rail 257.

[0044] Among them, the reinforcement frame 252 is in an "inverted U" shape with an empty slot 253 formed inside, and the internal auxiliary rod 254 is in a solid form and its length conforms to the width of the empty slot 253. The penetration layer 256 and the linear rail 257 in the middle part of the load-bearing rod 255 are opened in a vertical orientation.

[0045] The specific functions and operation processes of this embodiment: In the present invention, the newly added base 22 at the lower end of the acquisition main body 2 can improve the friction with the ground through the anti-slip frame 21, and then the restraint blocks 23 carried on the surface layer are embedded into the ground to achieve the effect of mutual restraint. Then, the anti-deviation convex blocks 24 carried can be embedded into the lower end of the acquisition main body 2 to achieve the effect of accurate mutual coincidence. Therefore, it can effectively avoid the equipment deviation caused by the spool pulling during the limited data acquisition process. Subsequently, when the equipment needs to be displaced, the auxiliary rod 254 in the hollow slot 253 area of the reinforcement frame 252 of the handling auxiliary device 25 can be used for manual lifting and handling, preventing the situation where it cannot be handled due to the smooth state at the edge. At the same time, the reinforcement frames 252 will be arranged on the left and right sides of the base 22, and the internal load-bearing rods 255 will be horizontally inserted and positioned, so that the acquisition main body 2 can be stably lifted through the cooperation of the two-sided reinforcement frames 252. When the load-bearing rod 255 is installed, the load-bearing rod 255 can use the penetration layer 256 and the linear rail 257 in the center to penetrate and position the anti-deviation convex block 24, improving the fitting effect between components and effectively improving the convenience effect of the acquisition equipment.

[0046] Using the technical solution of the present invention, or those skilled in the art being inspired by the technical solution of the present invention to design a similar technical solution and achieving the above technical effects shall fall within the protection scope of the present invention.

Claims

1. An artificial intelligence financial data collection device, the structure of which includes: A collection connection structure (1), a collection body (2), a data output connection port (3), a data storage box (4), an identification module (5), a control terminal (6), and an earphone interface (7), wherein the collection connection structure (1) is arranged at the front end of the collection body (2) and a data output connection buckle (3) is also arranged on the side of the other end of the collection body (2), a data storage box (4) and an identification module (5) are also arranged on the upper end of the collection body (2), the upper end of the identification module (5) is also connected to the control terminal (6) and is electrically connected thereto, and an earphone interface (7) is also arranged on the edge area of ​​the control terminal (6), characterized in that: The acquisition connection structure (1) is provided with a module collector 1 (13) and a module collector 2 (15). The module collector 1 (13) and the module collector 2 (15) are embedded in the left and right sides of the surface of the flat plate (12) and are provided with round head connection holes (14) and USB connection holes (16) in the upper and lower regions. The four ends of the edge of the flat plate (12) are also provided with fixed plugs (11) to complete the fixed connection with the front end of the acquisition body (2). The module collector 1 (13) and the module collector 2 (15) are electrically connected with the identification module (5) and the control end (6) through the acquisition body (2); The module collector 1 (13) is also provided with a module fixing plate (137), the module fixing plate (137) and the center point of the clamping frame (136) coincide with each other and are fixedly connected to the carrier (133), the front end of the carrier (133) is connected to a power block (135), and the rear end of the carrier (133) is also provided with an insulating pull plate (134), and the carrier (133) is linearly penetrated through the through groove (132) area into the auxiliary sleeve (131) through the insulating pull plate (134) to complete the electrical connection with the collection body (2); The module with data is loaded into the flat plate (12) of the acquisition connection structure (1) through the module collector 1 (13) and the module collector 2 (15), and then the module fixing plate (137) and the power supply block (135) at the front end of the carrier (133) are used to complete the electrical connection with the acquisition body (2) and the identification module (5). At the same time, the USB connection hole (16) and the round head connection hole (14) of the flat plate (12) can be electrically connected with the corresponding data connector.

2. The artificial intelligence financial data collection device according to claim 1, characterized in that: The bottom of the acquisition body (2) is in a parallel shape and the data output connection port (3) is in a recessed shape. The data storage box (4) contains a data storage chip and is provided with a data spool to complete the electrical connection with the acquisition body (2), the identification module (5) and the control terminal (6).

3. The artificial intelligence financial data collection device according to claim 1, characterized in that: The fixed plug block (11) is provided at each of the four corners of the flat panel (12); the module collector 1 (13) and the module collector 2 (15) are arranged in mutually symmetrical positions; the round head connection hole (14) and the USB connection hole (16) are arranged in left and right positions on the flat panel (12).

4. The artificial intelligence financial data collection device according to claim 1, characterized in that: The through slot (132) of the auxiliary sleeve (131) is opened in a straight line, and the shapes of the carrier (133) and the insulating pull plate (134) match the shape of the through slot (132). The power block (135) at the front end of the carrier (133) is in a rectangular solid shape and is electrically connected by being inserted into the front end of the collection body (2).

5. The artificial intelligence financial data collection device according to claim 1, characterized in that: The module fixing plate (137) is provided with an adsorption connection block (1376), the adsorption connection block (1376) is positioned in the middle of the plate body (1372), and the left and right sides of the contact layer (1373) of the plate body (1372) are also connected with a rebound piece (1374) and a pull block (1375), the pull block (1375) is used to complete the splicing with the clamping block (1371), and the clamping block (1371) slides left and right in the contact layer (1373) area through the rebound piece (1374) and is clearance-matched with the adsorption connection block (1376); The board body (1372) carries a data line shaft inside and the front power-on block (135) can be electrically connected to the adsorption connection block (1376); the board body (1372) carries the adsorption connection block (1376) and is installed in the internal area of ​​the carrier (133) and is electrically connected to the front power-on block (135).

6. The artificial intelligence financial data collection device according to claim 5, characterized in that: The adsorption connection block (1376) is also provided with a magnetic plate (3761), and the center of the lower end of the magnetic plate (3761) is electrically connected to the data receiving module (3763) through a conduction shaft (3762), and then the lower end of the data receiving module (3763) is also fixed with an information identification block (3764), and the lower end of the information identification block (3764) is also connected to a data transmission block (3765) and electrically connected; The magnetic attraction plate (3761) is consistent in length with the data receiving module (3763), the information identification block (3764), and the data transmission block (3765) and is parallel to each other, and is electrically connected to each other via a conduction shaft (3762).

7. The artificial intelligence financial data collection device according to claim 1, characterized in that: The lower end region of the outer portion of the collecting body (2) is also provided with a transport assistant (25), the transport assistant (25) being installed in parallel with the middle portion of the base (22) and the edge of the base (22) being connected with an anti-slip frame (21), the surface of the base (22) being also provided with a restraining block (23) and a center-fixed anti-deviation protrusion (24), and the connection with the lower layer of the collecting body (2) is completed through the anti-deviation protrusion (24); The anti-slip frame (21) and the base (22) are mutually matched in shape and cover the outside thereof; the restraining block (23) of the base (22) is in the form of a square protrusion; the anti-deflection protrusion (24) and the base (22) are both in an "L" shape and mutually matched in shape with the collection body (2).

8. The artificial intelligence financial data collection device according to claim 7, characterized in that: The transport assistant (25) is provided with a splicing block (251), the splicing block (251) is welded to the upper and lower ends of the reinforcement frame (252), the reinforcement frame (252) is fixed to the left and right sides of the load-bearing rod (255), and a slot (253) is opened inside the reinforcement frame (252), and the auxiliary rod (254) is installed through the slot (253), the load-bearing rod (255) is installed horizontally in the central area of ​​the base (22), and the reinforcement frames (252) on the left and right sides are positioned in the left and right areas outside the base (22), and the overlapping area of ​​the load-bearing rod (255) and the anti-deflection protrusion (24) is opened with a penetration layer (256) and a linear rail (257), and the penetration layer (256) and the linear rail (257) allow the anti-deflection protrusion (24) to penetrate; The reinforcing frame (252) is in the shape of a Chinese character "concave" and has an empty slot (253) formed therein. The auxiliary rod (254) therein is solid and its length matches the width of the empty slot (253). The penetration layer (256) in the middle of the load-bearing rod (255) is vertically connected to the linear rail (257).

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