Law Enforcement Integrated Management Platform

Abstract

The present invention relates to a law enforcement integrated management platform, an optical disc storage assembly and a process, which include hardware based on servers, local machines, databases, monitors, processors and input devices; the platform includes a screenshot module, a statistical column module, an analysis column module, an evaluation column module, a sunshine police service public module, a drying column module, a business training module, a data mining module, a supervision and management module, a comprehensive query module, a video access module, a role management module and a large screen data analysis and display module; the screenshot module is used for quickly supervising screenshots, and has modules for loading pictures, inputting key items after screenshot, saving pictures, cropping, drawing lines and / or text editing; the statistical column module has a police handling module.

Description

Technical Field

[0001] The present invention relates to a law enforcement integrated management platform, an optical disc storage assembly and a process. Background Art

[0002] Construction supervision and management centers in various cities and regions have legal system personnel to supervise and guide the law enforcement process. When problems are discovered, they issue the problems, and the police officers are responsible for rectifying the problems to improve the standardization of law enforcement in handling cases. However, there are also situations where the law enforcement by police officers during case handling is not standardized. By understanding the customer needs, it is found that the current supervision and guidance method by legal system leaders is not flexible, and the police officers do not receive supervision feedback in a timely manner, which cannot ensure the rectification of law enforcement problems and cannot guarantee complete standardization during the case handling process. The purpose is to be able to assist legal system personnel in the supervision feedback function.

[0003] The Case Assistant project mainly relies on the case handling platform. By synchronizing the data of the public security platform, it conducts countdown reminders for key law enforcement nodes with time limits for each case being handled in the cases under investigation. All law enforcement nodes with legally defined time limits, including the summons, criminal detention, bail pending trial, residential surveillance, community drug rehabilitation, compulsory drug rehabilitation, arrest, prosecution of review personnel, and the time limit for handling administrative cases, etc., are all included in the data extraction scope of the Case Assistant; the data within the public security network is transferred to the Internet server through an optical disc ferry machine with a maximum time limit of 1 hour. The early warning reminder information is sent to the mobile phones of the main police officers through the SMS service platform built by the Internet server to remind the main police officers to handle the next step of the case within the legal time limit. By collecting data in the system to supervise the law enforcement behavior of police officers, issuing supervision information to standardize the law enforcement behavior, ensuring the timely rectification of law enforcement problems, and through the interface connection with the law enforcement case handling system, synchronizing the information of organizational department personnel to ensure the consistency of data with the case handling system, achieving a law enforcement environment centered on the case handling system. The system relies on the law enforcement case handling system and unidirectionally pulls the business data of law enforcement cases as the system, and extracts the data meeting the early warning conditions into the Case Assistant database. It solves the problem that police officers used to rely solely on their memory to remember and remind the nodes of cases in the past, which caused a psychological burden on the case handling police officers. The Case Assistant greatly improves work efficiency, reduces the pressure on case handling personnel, saves management costs, and can assist legal system personnel in the supervision feedback function and discover law enforcement problems of police officers. The transfer of internal and external network data requires personnel to transfer, and its security is poor.

[0004] After communicating with judicial staff, the inventor team made improvements based on the characteristics of law enforcement case handling and backup file storage. Among them, if automated storage of archival documents is achieved, the turnstiles can be saved, the temporary intermediate storage cabinets can be cancelled, and the existing storage process specifications can be completely changed. Because, as long as the machine transmission part is enclosed, only when there is a malfunction, permissioned personnel are allowed to unlock and enter. In order to make secondary improvements to the storage system to meet the requirements of paperless, unmanned, and reduced intermediate residence time for CD-ROM documents, the automation of the CD-ROM from prefabrication to final extraction is completely realized, greatly reducing human participation. Through the outer shell cover, if someone tries to steal in the middle, they need to break the thick outer shell, which makes a lot of noise and has low disassembly efficiency, thus playing a protective role. Summary of the Invention

[0005] Generally speaking, the technical problem to be solved by the present invention is to provide a law enforcement integrated management platform, a CD-ROM storage assembly and a process. To solve the above problems, the technical solutions adopted by the present invention are as follows:

[0006] A law enforcement integrated management platform, the hardware based on it includes a server, a local machine, a database, a display, a processor and an input device; the platform includes a screenshot module, a statistical column module, an analysis column module, an evaluation column module, a sunshine policing public module, a drying column module, a business training module, a data mining module, a supervision and management module, a comprehensive query module, a video review module, a role management module and a large screen data analysis and display module.

[0007] A CD-ROM storage assembly for law enforcement integration management, including a component before CD-ROM burning and a burning device;

[0008] The component before CD-ROM burning includes a CD-ROM feeding device and a CD-ROM indexing device connected in process;

[0009] The CD-ROM feeding device is used to feed the carrier vehicles carrying CD-ROMs to be burned into the CD-ROM indexing device one by one;

[0010] The CD-ROM indexing device is used to send the carrier vehicle carrying the CD-ROM to be burned to the burner of the corresponding burning device;

[0011] The burning device is used for CD-ROM burning;

[0012] A transfer device is arranged on one side of the burning device to realize the loading and unloading of the CD-ROMs to be burned by the burning device;

[0013] At the output end of the lower swing station of the transfer device, a corresponding inlet among multiple inlets is connected; the multiple inlets are at the upper end of the spiral conveying channel;

[0014] At the inlet of each multiple inlet, an inlet baffle is provided, and at the lower end of the spiral conveying channel, there is a summary output port;

[0015] After the optical discs fed through multiple inlets pass through the spiral conveyor chute in the shape of a spiral slide, they are uniformly output from the aggregated output port.

[0016] At the aggregated output port, the input end of the first conveyor belt is provided; a first intermediate gap is longitudinally arranged on the first conveyor belt, first figure-eight baffles are longitudinally distributed on the first conveyor belt, and a first decelerating brush is arranged at the input end of the first conveyor belt to frictionally contact and output the supporting carrier sliding down from the aggregated output port.

[0017] A number of workstations are distributed on the first conveyor belt, and corresponding to the workstations are a first optical disc labeling machine, a first waste discharging machine, a first capping machine, a first marking machine and a first output end.

[0018] A first blocking plate is arranged at the corresponding workstation.

[0019] A law enforcement document optical disc management process includes the following steps;

[0020] Step A, execute the method before burning.

[0021] Step B, execute the burning process, including the following steps;

[0022] Step C, execute the marking process for the optical disc parts after burning.

[0023] Step D, execute the storage process for the optical disc parts.

[0024] By constructing an integrated law enforcement management platform, the present invention transforms law enforcement supervision from ex-post inspection to full-process ex-ante warning, in-process alarm and ex-post traceability, from sampling inspection to full-field coverage of all cases, from simple supervision to comprehensive application of supervision, warning and service, and from manual inspection to intelligent automatic inspection. It effectively plays the powerful role of big data and becomes a new starting point for deepening the standardization of public security organs' law enforcement. The present invention is reasonable in design, low in cost, strong and durable, safe and reliable, simple to operate, time-saving and labor-saving, cost-saving, compact in structure and convenient to use. Description of the Drawings

[0025] Figure 1 It is a schematic diagram of the overall structure of the present invention.

[0026] Figure 2 It is a schematic diagram of the structure of the burning device of the present invention.

[0027] Figure 3 It is a schematic diagram of the usage structure of the optical disc feeding device of the present invention.

[0028] Figure 4 It is a schematic diagram of the structure of the optical disc indexing device of the present invention.

[0029] Figure 5It is a schematic structural diagram of the transfer device of the present invention.

[0030] Figure 6 It is a schematic structural diagram of the transfer reverse push plate of the present invention.

[0031] Figure 7 It is a schematic structural diagram of the usage of the optical disc carrier of the present invention.

[0032] Figure 8 It is a schematic structural diagram of the second feeding station of the present invention.

[0033] Figure 9 It is a schematic structural diagram of the fourth moving lifting lower support seat of the present invention.

[0034] Figure 10 It is a schematic structural diagram of the storage inclined bottom surface of the present invention.

[0035] Among them: 1. CD burning component; 2. CD feeding device; 3. CD indexing device; 4. Burning device; 5. Transfer device; 7. Supporting carrier; 8. Side flattening of the carrier on the process side; 9. Hollow plum blossom notch of the carrier; 10. Feeding lower position guiding frame; 11. Feeding rotating rod; 12. Upper fan-shaped plate for feeding; 13. Lower fan-shaped plate for feeding; 14. Feeding process gap; 15. Indexing falling input groove; 16. Indexing spiral channel; 17. Indexing output assembly; 18. Indexing swing baffle; 19. Indexing output station; 20. Indexing limit baffle; 21. Indexing alignment baffle; 22. Indexing process lower ejector rod; 23. Indexing auxiliary elastic suction cup; 24. Transfer swing bearing seat; 25. Transfer lower pressing arm; 26. Transfer reverse push plate; 27. Transfer process upper ejector rod; 28. Transfer inlet and outlet; 31. Placing table frame; 32. Placing limit block; 33. Burning computer; 34. Burning interface guiding groove track; 35. Burning data card head; 36. Burning joint push rod; 37. Burning outer skin sleeve connector; 38. Burning optical drive tray; 39. Process notch of the burning tray; 40. Central arc-shaped elastic sheet of the burning tray; 41. Top guiding plate at the center of burning; 42. Burning transfer moving arm; 43. Burning lifting carrier plate; 44. Burning lifting suction nozzle; 45. Lower pressing clamping rod part of burning; 46. Burning inclined clamping fan-shaped arc plate; 47. Lower pressing clamping sleeve of burning; 48. Upper top head at the bottom of burning; 102. Spiral conveying channel; 103. Multiple inlets; 104. Inlet baffle; 105. Aggregate output port; 106. First conveyor belt; 107. First intermediate gap; 108. First eight-shaped baffle; 109. First decelerating brush; 110. First gear plate; 111. First CD labeling machine; 112. First waste discharging machine; 113. First capping machine; 114. First marking machine; 115. First output end; 116. Second U-shaped rotating frame; 117. Second clamping groove; 118. Second feeding station; 119. Second output station; 120. Second upper tooling station; 121. Main rotating shaft of the tooling gear; 122. Rear retaining disk of the tooling; 123. Driving gear of the tooling; 124. Storage rotating carrier; 125. Central hollow shaft of the storage; 126. Storage inlet and outlet gap; 127. Storage box body part; 128. Storage box baffle; 129. Storage process hole; 130. Storage chute; 131. Storage folding arm; 132. Storage driving sliding sleeve; 133. Third U-shaped seat conveyor belt; 134. Third central gap; 135. Third guiding plate; 136. Third feeding station; 37. Third output station; 138. Fourth moving lifting lower support seat; 139. Fourth tooling removing ejector rod; 140. Outer ring shell of the storage; 141. Storage rotating vertical shaft; 142. Storage spacer; 143. Storage process vertical groove; 144. Storage process ejector rod; 145. Storage ejecting station; 146. Storage output L-shaped manipulator; 147. Storage inclined bottom surface. Detailed implementation manners

[0036] As Figure 1-10 shown, the law enforcement integrated management platform of this embodiment is based on hardware including servers, local machines, databases, monitors, processors, and input devices; the platform includes a screenshot module, a statistical column module, an analysis column module, an evaluation column module, a sunshine policing disclosure module, a drying column module, a business training module, a data mining module, a supervision and management module, a comprehensive query module, a video review module, a role management module, and a large-screen data analysis and display module;

[0037] The screenshot module is used for taking screenshots for rapid supervision, and has modules for loading pictures, entering key items after taking screenshots, saving pictures, cropping, drawing lines, and / or text editing;

[0038] The statistical column module has a police handling module, which is used to query the data records and ratios of police handling, administrative case acceptance, criminal case acceptance, and criminal case filing of a police department at a set level and in a set jurisdiction within a set time range;

[0039] First, query the police handling records. By setting the start time and end time of the case handling unit and the storage time, click the statistical module button to display the records that meet the conditions; then, export the query results to the local machine and view them. The levels are expanded from the municipal public security bureau, through the county-level public security bureaus to the police station-level public security bureaus. At the police station level, view the numbers of police handling, administrative case acceptance, criminal case acceptance, and criminal case filing, as well as the police handling records, which include the name and number of the police situation, the time of the incident, the source of the case, the time and location of discovery, the time and method of reporting, the information of the reporter, the information of the parties, the case handling unit, the person receiving the police and the person handling the case, the details of the case and the loss record, the opinions of the leaders, the handling results, the input time and personnel, and the case filing time;

[0040] Among them, the administrative case module includes an administrative penalty unit, a case acceptance unit, and a mediation case unit;

[0041] The administrative penalty unit is used to count the number of administrative penalties for administrative cases of each unit; the administrative penalty unit includes query conditions such as penalty time, case handling unit, as well as various statistical buttons and an export to Excel button, and query result records; the query result records include statistical figures of the number of punished persons, warnings, fines, detentions, combined detention and punishment, non-treatment, and termination of investigation;

[0042] The case acceptance unit counts the data on the number of accepted administrative cases of each unit;

[0043] The mediation case unit counts the data on the number of mediated administrative cases of each unit;

[0044] The criminal case module includes a case filing and solving unit, a residential surveillance unit, a bail unit, an arrest unit, a detention unit, a summons unit, and a prosecution unit.

[0045] Case filing and solving unit, which counts the case filing and solving quantity data of criminal cases for each unit;

[0046] Residential surveillance unit, which counts the residential surveillance quantity data of criminal cases for each unit; the residential surveillance quantity data includes the number of people under residential surveillance, the number of people directly under residential surveillance, the conversion from criminal detention to residential surveillance, the conversion from bail pending trial to residential surveillance, and the query result digital view details data of the conversion from arrest to residential surveillance;

[0047] Bail pending trial unit, which counts the bail pending trial quantity data of criminal cases for each unit; the bail pending trial quantity data includes the total number of bails, the number of people bailed by personal guarantee, the number of people bailed by property guarantee, the number of people directly bailed, the number of people converted from criminal detention to bail pending trial, the number of people converted from arrest to bail pending trial, and the query result digital data of the release from bail pending trial;

[0048] Arrest unit, which counts the arrest quantity data of criminal cases for each unit; the arrest quantity data includes the query result digital data of the number of arrests and the number of people not arrested;

[0049] Detention unit, which counts the detention quantity data of criminal cases for each unit;

[0050] Summons unit, which counts the summons quantity data of criminal cases for each unit;

[0051] Prosecution unit, which counts the prosecution quantity data of criminal cases for each unit;

[0052] Analysis column module, including police call handling unit, case category analysis unit, case occurrence trend analysis unit, case occurrence area unit;

[0053] Police call handling unit, which is used to analyze and count the police call handling quantity data of each unit through charts;

[0054] Case category analysis unit, which analyzes the administrative case category quantity data of each unit through charts and displays the data through statistical charts and tables;

[0055] Case occurrence trend analysis unit, which counts the administrative case occurrence trend of each unit in the form of line charts or bar charts;

[0056] Case occurrence area unit, which analyzes the case occurrence area quantity data of criminal cases of each unit through charts;

[0057] Evaluation column module, including special evaluation module, real-time evaluation module, case public disclosure quantity module, police call handling public disclosure quantity module, administrative penalty decision public disclosure quantity module;

[0058] The special evaluation module includes an administrative evaluation module and a criminal evaluation module; the administrative evaluation module counts the administrative special evaluation data of case-handling police officers in each unit; the criminal evaluation module counts the criminal special evaluation data of case-handling police officers in each unit;

[0059] Real-time evaluation module, which statistically analyzes the real-time evaluation data of case-handling police officers in each unit;

[0060] Sunshine policing public module, including case public quantity module, police response public quantity module, administrative penalty decision public quantity module, criminal compliance reconsideration decision public quantity module, state compensation decision public quantity module;

[0061] Case public quantity module, which statistically analyzes the quantity and public rate of cases publicly disclosed after being imported from case information in the law enforcement case-handling system to the sunshine policing system;

[0062] Police response public quantity module, which statistically analyzes the quantity of police responses publicly disclosed after being imported from police response information in the law enforcement case-handling system to the sunshine policing system;

[0063] Administrative penalty decision public quantity module, which statistically analyzes the quantity and public rate of administrative penalty decisions publicly disclosed after being imported from administrative penalty decision information in the law enforcement case-handling system to the sunshine policing system;

[0064] Criminal compliance reconsideration decision public quantity module, which checks the quantity and public rate of criminal compliance reconsideration decisions publicly disclosed after being imported from criminal compliance reconsideration decision information in the case-handling system to the sunshine policing system;

[0065] State compensation decision public quantity module, which checks the quantity of state compensation decisions publicly disclosed after being imported from state compensation decision information in the law enforcement case-handling system to the sunshine policing system;

[0066] The drying column module includes a police response unit, a police response ranking unit, an administrative case unit, a criminal case unit, an evaluation ranking unit, an acceptance and case-filing supervision unit, a law enforcement video upload unit, and a ruling document public unit;

[0067] The police response unit is used to display the police response quantity data of each unit; the police response ranking unit publicly displays the police response quantity data of each unit and sorts them in descending order of quantity, and units without data are not displayed;

[0068] The administrative case unit includes a case acceptance module, which is used to publicly display the police response quantity data of each unit; a case acceptance ranking module, which publicly displays the administrative case quantity data of each unit and sorts them in descending order of quantity, and units without data are not displayed; a penalty item module, which is used to display the administrative case administrative penalty item quantity data of each unit, and the query data includes the number of punished persons, the number of violations of exit and entry management, the number of violations of public information network security management, others, disturbing public order, infringing on personal rights and public and private property, and disrupting social management order; a ruling and execution module, which displays the ruling and execution quantity data of administrative cases of each unit;

[0069] The criminal case unit includes a case filing and solving module, which is used to display the number of criminal case filing and solving data of each unit; a case filing and solving ranking module, which displays the number of criminal case filing data of each unit, and sorts the data from large to small according to the number, and does not display the unit without data; a detention module, which is used to display the number of criminal case detention data of each unit; an arrest module, which is used to display the number of criminal case arrest data of each unit; a bail module, which is used to display the number of criminal case bail data of each unit; a residential detention module, which is used to display the number of criminal case residential detention data of each unit; a prosecution module, which is used to display the number of criminal case prosecution data of each unit; and a release module, which is used to display the number of criminal case release data of each unit;

[0070] The evaluation ranking unit displays the evaluation score data of the top ten and bottom ten police officers in each unit. The query results are displayed in the form of personnel name and evaluation score, with personnel name plus personnel portrait;

[0071] The business training module includes the new training content unit, training list unit, and training statistics unit;

[0072] The data mining module includes unit profiling unit, data visualization unit, legal briefing unit, and police profiling unit;

[0073] The supervision and management module includes an early warning unit, an alarm unit, an alarm problem quantity statistics unit, a screenshot unit, an early warning quantity statistics unit, an early warning quantity analysis unit, a police early warning quantity statistics unit, an alarm quantity statistics unit, an alarm quantity analysis unit, a supervision quantity statistics unit, a supervision quantity analysis unit, a supervision status data drying unit, a supervision quantity statistics supervisor unit, a supervision quantity statistics duplication unit, and an early warning alarm trend unit;

[0074] The comprehensive query module includes the police information query unit, case information query unit, personnel information query unit, item information query unit, eight types of video upload status units, and six types of system construction status units;

[0075] The video review module includes real-time video unit and historical video unit;

[0076] The role management module includes my workbench unit, data screen unit, operation and maintenance center unit, role switching unit, and password modification unit;

[0077] The large-screen data analysis and display modules include the case management center unit, case handling center unit, case-related property unit, and supervision center unit;

[0078] When operating the platform, first, the user accesses the platform address, enters the user name and password or inserts a digital card to log in; then, selects a role, which includes administrators, legal system and leadership with different levels of authority; secondly, selects the corresponding functional module; thirdly, enters the query conditions; then, the query results are displayed; then, it is determined whether supervision is needed; if supervision is needed, it ends after supervision, if not, it ends directly.

[0079] Among them, the case filing supervision unit is used to display the number of cases filed by each unit; the law enforcement video upload unit is used to statistically display the number of police calls, cases, trajectories, high-definition interrogations, signature close-ups, escorts, supervision, and property involved in the case by each unit; the judgment document disclosure unit is used to statistically display the number of police calls, cases, trajectories, high-definition interrogations, signature close-ups, escorts, supervision, and property involved in the case by each unit;

[0080] Among them, the newly added training content is used to add training records and upload materials used in various trainings to form records for police officers to view; the training list is used to display training records for on-site law enforcement and duty training, administrative case training, criminal case training, and video classroom training; training statistics are used to count the number of times training records are viewed under the unit;

[0081] Among them, the unit portrait is used to display the comparison chart of the police calls, administrative cases, criminal cases, supervision times, warning times, and evaluation average scores of the provincial public security department, municipal public security bureau, bureau public security bureau, and police station within the query time range, and the overall average score; data visualization is used to display the overall evaluation average score of the provincial public security department, municipal public security bureau, bureau public security bureau, and police station within the query time range, and is displayed in the form of a three-dimensional bar graph; legal system briefing is used to count the data values ​​that the leaders of the two major parts of the case management center and the law enforcement management information center pay attention to; police portrait is used to display the comparison chart of the number of sponsors, co-sponsors, quality scores, warnings, alarms, and rectifications of the police officers in the provincial public security department, municipal public security bureau, bureau public security bureau, and police station within the query time range and the overall average score of the unit;

[0082] Among them, early warning is used to view the early warning points of various supervision items, and prevent alarm situations by timely processing early warning information; alarm is used to view the alarm points of various supervision items, issue supervision notices for the alarm law enforcement problems that occur, and the personnel who receive the notice shall make timely rectifications; my screenshots are used to count the screenshot content after successful quick screenshots, and quick supervision can be carried out; early warning quantity statistics is used to display the early warning quantity data and proportion of each unit; early warning quantity analysis is used to display the early warning quantity data and proportion of each unit in the current period, previous period and the same period last year; police officer early warning quantity statistics is used to count the case quantity data of early warnings of each police officer under each bureau and police station; alarm quantity statistics is used to display the alarm quantity data and proportion of each unit; alarm quantity analysis is used to display the alarm quantity data and proportion of each unit in the current period, previous period and the same period last year; supervision quantity statistics is used to display the supervision quantity data and proportion of each unit; supervision quantity analysis is used to display the supervision quantity data of each unit in the current period, previous period and the same period last year; supervision status data exposure is used to display the data records of each supervision status, including the quantity data of alarm quantity, to be supervised, already supervised, to be rectified, already rectified and closed; alarm problem quantity statistics is used to display the alarm quantity data of the cases responsible by police officers under the bureau and police station units; supervision quantity statistics supervisor is used to count the alarm quantity data supervised by supervisors under the bureau and police station units; whether the supervision quantity statistics is repeated, for the initiator, is used to display the early warning quantity data and proportion of each unit; early warning and alarm trend is used to display the quantity situation and proportion of the pre-alarm statistics in the past 5 years.

[0083] Among them, the query of police response information is used to query the police response information data; the query of case information is used to query the case handling information ledger; the query of personnel information is used to query the personnel handling information ledger; the query of item information is used to query the item handling information ledger data; the upload situation of eight types of videos is used to query the data quantity of the upload situations of eight types of videos, including police response, cases, high-definition interrogation, law enforcement track, signature close-up, involved property, supervision, and escort; the construction situation of six types of systems is used to query the data of the construction situations of six must-record, law enforcement track, collection workstation, high-definition interrogation, supervision and management center, and involved property system.

[0084] The optical disc storage assembly for law enforcement integrated management in this embodiment includes a component before optical disc burning and a burning device 4;

[0085] The component before optical disc burning includes an optical disc feeding device 2 and an optical disc indexing device 3 with sequential processes;

[0086] The optical disc feeding device 2 is used to sequentially feed the tray carriers 7 carrying the optical discs to be burned 1 into the optical disc indexing device 3;

[0087] The optical disc indexing device 3 is used to send the tray carriers 7 carrying the optical discs to be burned 1 to the burners of the corresponding burning devices 4;

[0088] A burning device 4 for burning an optical disc;

[0089] A transfer device 5 is arranged on one side of the burning device 4 to realize the loading and unloading of the burning optical disc member 1 by the burning device 4;

[0090] A corresponding inlet in the multiple inlets 103 is connected to the output end of the lower swing station of the transfer device 5; the multiple inlets 103 are at the upper end of the spiral conveying channel 102;

[0091] An inlet baffle 104 is arranged at the inlet of each multiple inlet 103, and a summary output port 105 is provided at the lower end of the spiral conveying channel 102;

[0092] After the optical discs fed into the multiple inlets 103 pass through the spiral conveying channel 102 in the form of a spiral slide, they are uniformly output from the summary output port 105;

[0093] The input end of a first conveyor belt 106 is arranged at the summary output port 105; a first intermediate empty space 107 is longitudinally arranged on the first conveyor belt 106, first eight-shaped baffles 108 are longitudinally distributed on the first conveyor belt 106, and a first deceleration brush 109 is arranged at the input end of the first conveyor belt 106 to frictionally contact and output with the supporting carrier 7 sliding down from the summary output port 105;

[0094] A number of workstations are distributed on the first conveyor belt 106, and corresponding to the workstations are a first optical disc labeling machine 111, a first waste discharging machine 112, a first capping machine 113, a first marking machine 114 and a first output end 115;

[0095] A first blocking plate 110 is arranged at the corresponding workstation.

[0096] The middle part of the supporting carrier 7 has a sunken groove for carrying the burning optical disc member 1; the upper side part of the supporting carrier 7 has a horizontal outer edge; two symmetrical carrier process side flats 8 are arranged on the outer edge of the supporting carrier 7, and a carrier hollow plum blossom notch 9 is arranged at the bottom of the supporting carrier 7;

[0097] The optical disc feeding device 2 includes a vertically arranged feeding lower falling position guiding frame 10; a hollow side part is arranged on the side of the feeding lower falling position guiding frame 10; a feeding rotating rod 11 is vertically arranged at the lower part of the hollow side part; feeding upper fan-shaped plates 12 and feeding lower fan-shaped plates 13 are arranged at different heights and staggered on the feeding rotating rod 11, and the feeding upper fan-shaped plates 12 and the feeding lower fan-shaped plates 13 are respectively in contact with the lower surface of the corresponding horizontal outer edge; a feeding process gap 14 is arranged between the feeding upper fan-shaped plates 12 and the feeding lower fan-shaped plates 13, and the height of the feeding process gap 14 is between one height and two heights of the supporting carrier 7;

[0098] When the feeding lower sector plate 13 is screwed into the lower surface of the outer edge of the lowermost feeding and conveying carrier 7 in the hollow side part for supporting, the feeding upper sector plate 12 is screwed out of the hollow side part; when the feeding upper sector plate 12 is screwed into the lower surface of the outer edge of the second-lowermost feeding and conveying carrier 7 in the hollow side part for supporting, the feeding lower sector plate 13 is screwed out of the hollow side part, and the lowermost feeding and conveying carrier 7 drops into the optical disc indexing device 3;

[0099] The optical disc indexing device 3 includes an indexing and dropping input groove 15 for supporting and dropping obliquely downward from the feeding and conveying carrier 7;

[0100] The lower outlet of the indexing and dropping input groove 15 is connected to the upper inlet of the indexing spiral channel 16; on the indexing spiral channel 16, there are several indexing output components 17 arranged tangentially to receive the rotating and dropping output feeding and conveying carrier 7 and output it downward to the corresponding burner;

[0101] The indexing output component 17 includes an indexing output channel, the inlet of which is tangentially communicated with the indexing spiral channel 16; on the indexing spiral channel 16, there is an indexing swing baffle 18 to swing and realize the switching and guiding between the inlet of the indexing output channel and the indexing spiral channel 16;

[0102] At the output end of the indexing output channel, there is an indexing output station 19, and in front of the indexing output station 19, there is an indexing limit baffle 20 to limit the feeding and conveying carrier 7; below the indexing output station 19, there is an indexing alignment baffle 21 that is opened and closed, and the indexing alignment baffle 21 is closed by spring reset;

[0103] Above the indexing output station 19, there are a vertically downward indexing process lower ejector rod 22 and an indexing auxiliary elastic suction cup 23 carried by a manipulator;

[0104] The indexing process lower ejector rod 22 is used to eject the upper surface of the indexing alignment baffle 21 to open it so that the feeding and conveying carrier 7 drops;

[0105] The indexing auxiliary elastic suction cup 23 is used to adsorb the feeding and conveying carrier 7 to adsorb and output it downward; the feeding and conveying carrier 7 has rollers;

[0106] The burning device 4 includes a placement stand 31; on the placement stand 31, there is a placement limit block 32, and the burning computer 33 is placed on the placement stand 31 and is at the placement limit block 32;

[0107] There is a burning interface guiding groove track 34 on the placement gantry 31, which is set at the interface of the burning computer 33; a burning joint push rod 36 travels on the burning interface guiding groove track 34, and a burning data card head 35 of the burning machine data cable is set on the burning joint push rod 36. Driven by the burning joint push rod 36, the burning data card head 35 is inserted and removed into the corresponding interface of the burning computer 33 to realize data transmission; at the far end of the placement gantry 31, a burning optical drive tray 38 of the burning machine is isolated and set to be isolated from the burning computer 33;

[0108] The burning data card head 35 is connected with a burning outer sheath connecting head 37 of the burning machine data cable to avoid direct pulling of the data cable;

[0109] There is a burning tray process notch 39 on the burning optical drive tray 38. Below the opening station of the burning optical drive tray 38, there is a burning bottom upward pushing head 48, which rises into the burning tray process notch 39 to push the burning optical disc part 1 upward and away; there is a fiber material on the burning bottom upward pushing head 48 to prevent scratching the burning surface of the burning optical disc part 1; at the center of the burning optical drive tray 38, there are petal-shaped burning tray center arc-shaped elastic pieces 40 rotating and circumferentially arrayed, and there is a burning center top guiding plate 41 at the top of the burning tray center arc-shaped elastic pieces 40;

[0110] There is a burning disc taking and placing component above the opening station of the burning optical drive tray 38;

[0111] The burning disc taking and placing component includes a burning transfer moving arm 42. At the lower end of the burning transfer moving arm 42, there is a burning lifting carrier plate 43. Around the lower part of the burning lifting carrier plate 43, there are burning lifting suction nozzles 44. At the center of the burning lifting carrier plate 43, there is a burning inclined surface clamping sector arc plate 46; on the burning transfer moving arm 42, there is a burning downward pressing clamping rod part 45, and at the lower end of the burning downward pressing clamping rod part 45, there is a burning downward pressing clamping sleeve 47 sleeved on the burning inclined surface clamping sector arc plate 46;

[0112] After the burning downward pressing clamping sleeve 47 is pressed down, the inner side wall thereof contacts the outer side wall of the burning inclined surface clamping sector arc plate 46. After the burning inclined surface clamping sector arc plate 46 is pressed, its inner side wall presses down the outer side wall of the burning tray center arc-shaped elastic piece 40 and makes it gather and contract towards the center; the burning lifting suction nozzle 44 is used to adsorb the upper surface of the burning optical disc part 1 to realize the taking and placing of the burning optical disc part 1 on the burning optical drive tray 38;

[0113] The transfer device 5 includes a transfer swing bearing seat 24 with a transfer inlet and outlet 28, which has an upper swing station and a lower swing station;

[0114] At the upper swing station, the transfer inlet and outlet 28 receives the transfer carrier 7 carrying the optical disc to be recorded 1 sent by the previous process, and slides the transfer carrier 7 into the root of the transfer swing bearing seat 24, waiting for the optical disc to be recorded 1 to be taken out for recording;

[0115] At the lower swing station, the recorded optical disc 1 is sent out along the transfer inlet and outlet 28 to the next process; a transfer conveyor belt is provided at the output end of the lower swing station;

[0116] At the root of the transfer swing bearing seat 24, there are a transfer downward pressing arm 25 and a transfer reverse pushing plate 26. The transfer downward pressing arm 25 and the transfer reverse pushing plate 26 form an inverted L shape. Below the root of the transfer swing bearing seat 24, there is a transfer process upward ejector rod 27;

[0117] The transfer downward pressing arm 25 is used to extend and press on the upper end surface of the transfer carrier 7. At the same time, the upper end of the transfer process upward ejector rod 27 is used to eject the optical disc to be recorded 1;

[0118] The transfer reverse pushing plate 26 is used to push the recorded optical disc 1 in the reverse direction;

[0119] The indexing auxiliary elastic suction cup 23 adsorbs the transfer carrier 7 carrying the optical disc 1 and drops it to the transfer inlet and outlet 28 at the upper swing station.

[0120] The multi-inlet 103 is connected to the output end of the corresponding transfer conveyor belt;

[0121] The assembly further includes a second component; the second component includes a second U-shaped rotating frame 116 for connecting with the first output end 115. A number of workstations are circumferentially distributed on the second U-shaped rotating frame 116, including a second feeding station 118, a second output station 119, and a second upper tooling station 120; a second clamping groove 117 is provided on the U-shaped frame of the second U-shaped rotating frame 116;

[0122] At the second upper tooling station 120, the tooling gear main rotating shaft 121 pre-packaged with the empty-load storage rotating carrier 124 is loaded into the second clamping groove 117; a tooling rear retaining disc 122 is provided on the gear end side of the tooling gear main rotating shaft 121;

[0123] At the second feeding station 118, a tooling driving gear 123 for meshing with the gear end of the tooling gear main rotating shaft 121 is provided, which is used to load the optical disc into the storage rotating carrier 124;

[0124] At the second output station 119, it is used to output the storage rotating carrier 124;

[0125] At the other end of the tooling gear main rotating shaft 121, a storage folding arm 131 is respectively hinged and a storage driving sliding sleeve 132 is sleeved;

[0126] The storage drive sliding sleeve 132 is driven to slide on the main rotating shaft 121 of the tooling gear, and the storage folding arm 131 is folded, so as to laterally position the storage rotating carrier 124.

[0127] The storage rotating carrier 124 includes a storage central hollow shaft 125 sleeved on the middle part of the main rotating shaft 121 of the tooling gear; a number of storage wing plates are respectively arranged radially on the storage central hollow shaft 125; a storage access gap 126 is arranged at the proximal end of the wing plate close to the storage central hollow shaft 125 on the front side, a storage box body part 127 is arranged at the cantilever end of the wing plate far from the storage central hollow shaft 125 on the front side, a storage box baffle 128 is arranged at the opening at the proximal end of the storage box body part 127, a storage process hole 129 is arranged at the distal end of the storage box body part 127, and a storage chute 130 is arranged on the back side of the storage wing plate.

[0128] The input end of a third U-shaped seat conveyor belt 133 is arranged at the second output station 119, a third central gap 134 is arranged on the third U-shaped seat conveyor belt 133, a third feeding station 136 and a third output station 137 are respectively arranged on the third U-shaped seat conveyor belt 133, and a third guiding plate 135 is obliquely arranged at the third feeding station 136;

[0129] A fourth moving lifting lower support seat 138 and a fourth tooling removing ejector rod 139 are arranged at the third output station 137;

[0130] The fourth moving lifting lower support seat 138 is used for supporting the storage central hollow shaft 125 of the storage rotating carrier 124; the fourth tooling removing ejector rod 139 is used for axially pushing the main rotating shaft 121 of the tooling gear to separate from the storage central hollow shaft 125.

[0131] The assembly includes a third component; the third component includes a vertically arranged storage outer ring housing 140;

[0132] A storage rotating vertical shaft 141 is vertically placed in the storage outer ring housing 140, and the storage rotating carrier 124 is inserted on the storage rotating vertical shaft 141;

[0133] The storage rotating carrier 124 includes a storage central hollow shaft 125 sleeved on the middle part of the main rotating shaft 121 of the tooling gear; a number of storage wing plates are respectively arranged radially on the storage central hollow shaft 125; a storage access gap 126 is arranged at the proximal end of the wing plate close to the storage central hollow shaft 125 on the front side, a storage box body part 127 is arranged at the cantilever end of the wing plate far from the storage central hollow shaft 125 on the front side, a storage box baffle 128 is arranged at the opening at the proximal end of the storage box body part 127, a storage process hole 129 is arranged at the distal end of the storage box body part 127, and a storage chute 130 is arranged on the back side of the storage wing plate;

[0134] A storage spacer 142 is provided between the stacked storage rotating carriers 124;

[0135] A storage ejection station 145 is provided in the inner cavity of the storage outer ring housing 140. A storage process vertical groove 143 is provided at the storage ejection station 145, and a storage process ejector rod 144 is provided outside the storage process vertical groove 143;

[0136] A storage output L-shaped manipulator 146 is provided in the inner cavity of the storage outer ring housing 140. The storage output L-shaped manipulator 146 has a storage inclined bottom surface 147;

[0137] The storage output L-shaped manipulator 146 is lifted to the storage access gap 126 of the to-be-ejected and transported carrier 7. After the storage process ejector rod 144 is lifted to the specified layer height, it radially extends into the storage process hole 129 to eject the transported carrier 7 towards the proximal end and drop it onto the storage inclined bottom surface 147 for output.

[0138] The law enforcement document CD management process of this embodiment includes the following steps;

[0139] Step A, perform the method before burning;

[0140] Step B, perform the burning process, including the following steps;

[0141] Step C, perform the marking process of the burned CD part 1;

[0142] Step D, perform the storage process of the CD part 1.

[0143] In step A, it includes the following steps;

[0144] S1.1, First, place the burned CD part 1 into the sunken groove of the corresponding transported carrier 7; then, place the transported carrier 7 into the vertical guiding channel of the feeding and dropping lower guiding frame 10 in the direction of the carrier process side flat 8.

[0145] S1.2, First, start the feeding rotating rod 11 to rotate; then, when the lower feeding sector plate 13 rotates into the lower surface of the outer edge of the lowermost transported carrier 7 in the hollow side part for support, the upper feeding sector plate 12 rotates out of the hollow side part; secondly, the upper feeding sector plate 12 rotates into the lower surface of the outer edge of the second-lowermost transported carrier 7 in the hollow side part for support, and the lower feeding sector plate 13 rotates out of the hollow side part, and the lowermost transported carrier 7 drops into the CD indexing device 3; alternately in sequence.

[0146] S2.1, First, the transported carrier 7 drops into the indexing dropping input groove 15; then, it is spirally descended along the indexing spiral groove 16 to the specified indexing output assembly 17.

[0147] S2.2. First, the indexing swing baffle 18 swings to switch the guide, realizing the opening of the inlet of the indexing output channel and blocking the indexing spiral channel 16. Then, the conveying carrier 7 moves along the indexing output channel to the upper part of the indexing alignment baffle 21. Secondly, the indexing auxiliary elastic suction cup 23 adsorbs the four corners of the conveying carrier 7. Thirdly, the indexing process lower ejector rod 22 presses down and overcomes the spring force to open the indexing alignment baffle 21. After that, the indexing auxiliary elastic suction cup 23 descends to drive the conveying carrier 7 to move downward and be sent out.

[0148] In step B, the following steps are included;

[0149] S3.1. First, place the burning computer 33 on the placement bench 31 and at the placement limit block 32. Then, driven by the burning connector push rod 36, the burning data card head 35 is driven to insert into the corresponding interface of the burning computer 33 to realize data transmission.

[0150] S3.2. First, at the upper swing station, the transfer inlet and outlet 28 receives the conveying carrier 7 carrying the burning optical disc 1 sent by the previous process and slides the conveying carrier 7 into the root of the transfer swing bearing seat 24, waiting for the burning optical disc 1 to be taken out for burning. Then, the transfer lower pressing arm 25 extends and presses on the upper end surface of the conveying carrier 7, and the transfer process upper ejector rod 27 extends upward through the transfer swing bearing seat 24 and the conveying carrier 7 to take out the burning optical disc 1 to be burned. Secondly, the burning lifting suction nozzle 44 adsorbs the upper surface of the burning optical disc 1, places the burning optical disc 1 to be burned at the center of the burning optical drive tray 38, and is clamped by the petal-shaped center arc elastic piece 40 of the burning tray. Thirdly, burning is carried out.

[0151] S3.3. First, after burning, the burning optical drive tray 38 reaches the opening station. Then, the burning lower clamping sleeve 47 presses down and its inner wall contacts the outer wall of the burning inclined surface clamping sector arc plate 46. After the burning inclined surface clamping sector arc plate 46 is pressed, its inner wall presses down the outer wall of the center arc elastic piece 40 of the burning tray and makes it gather and contract towards the center. Secondly, the burning lifting suction nozzle 44 adsorbs the upper surface of the burning optical disc 1, realizes the taking out of the burning optical disc 1 on the burning optical drive tray 38 and placing it on the conveying carrier 7 in the transfer swing bearing seat 24. Thirdly, at the lower swing station, the transfer lower pressing arm 25 leaves the upper end surface of the conveying carrier 7, and the burned optical disc 1 is sent out to the input end of the transfer conveyor through the conveying carrier 7 along the transfer inlet and outlet 28.

[0152] In step C, the following steps are included;

[0153] S4. The input end of the transfer conveyor sends the conveying carrier 7 to the summary output port 105 through the spiral conveying channel 102 along the corresponding multi-inlet 103.

[0154] S5, with the aid of the first conveyor belt 106, first, the carrier 7 falls onto the first conveyor belt 106, and is decelerated by the friction contact of the first deceleration brush 109 with the carrier 7 sliding down from the summary output port 105, and is positioned by the first figure eight baffle 108; then, the first CD labeling machine 111 labels the CD; secondly, the first waste discharge machine 112 cooperates with the electric eye to take out the unqualified carrier 7 and scrap or adjust it; thirdly, the first capping machine 113 caps the upper surface of the carrier 7; then, the first labeling machine 114 labels the carrier 7; and finally, the carrier 7 is output at the first output terminal 115;

[0155] S6, with the help of the second U-shaped rotating frame 116, rotate; first, at the second upper tooling station 120, the tooling gear main rotating shaft 121 pre-installed with the unloaded storage rotating carrier 124 is loaded into the second clamping groove 117; then, the storage driving sleeve 132 is driven to slide on the tooling gear main rotating shaft 121, and the storage folding arm 131 is folded, and the storage rotating carrier 124 is laterally positioned in cooperation with the tooling rear baffle 122; then, at the second feeding station 118, the tote 7 slides into the storage slide 130; secondly, the tooling driving gear 123 drives the tooling gear main rotating shaft 121 to rotate, so that the tote 7 becomes a vertical state and falls sideways to the storage in-and-out gap 126; again, the tote 7 slides into the storage box body 127; then, at the second output station 119, the storage rotating carrier 124 and the tooling gear main rotating shaft 121 are output as a whole;

[0156] S7, with the help of the third U-shaped seat conveyor belt 133; first, the storage rotating carrier 124 and the tooling gear main rotating shaft 121 roll down to the third feeding station 136 along the third introduction plate 135 as a whole, and the tooling gear main rotating shaft 121 is supported by the U-shaped seat; secondly, at the third output station 137, the fourth movable lifting lower support seat 138 supports the storage center hollow shaft 125 of the storage rotating carrier 124 and then rises, so that the tooling gear main rotating shaft 121 is separated from the U-shaped seat; thirdly, the fourth tooling removal push rod 139 pushes the tooling gear main rotating shaft 121 axially to separate it from the storage center hollow shaft 125; then, the fourth movable lifting lower support seat 138 outputs the storage rotating carrier 124;

[0157] In step D, the following steps are included:

[0158] S8, first, insert the storage center hollow shaft 125 of the storage rotating carrier 124 into the storage rotating vertical shaft 141 for storage;

[0159] S9. When it is necessary to take out the optical disc set at the position, first, rotate the storage rotating vertical shaft 141 so that the optical disc to be taken is located at the storage ejection station 145; then, the storage output L-shaped manipulator 146 is lifted and lowered to the storage access neutral position 126 of the ejection carrier 7 to be ejected; secondly, after the storage process ejector rod 144 rises to the set number of layers, it radially extends into the storage process hole 129 to eject the carrier 7 towards the proximal end and drop it onto the storage inclined bottom surface 147 for output.

[0160] The present invention realizes the ferry of the burned optical disc 1, ensures the security and unidirectionality of data transmission between the internal and external networks. The optical disc feeding device 2 realizes automatic dropping and output. The optical disc indexing device 3 realizes automatic indexing according to the different needs of different departments, can meet the work of multiple burners at the same time, improves work efficiency, ensures work efficiency, avoids waiting. The printing of the burning device 4 is realized. The transfer device 5 realizes the subsequent work after the optical disc is burned. The carrier 7 realizes loading. The side flat part 8 on the process side of the carrier facilitates positioning the hollow plum blossom notch 9 of the carrier for upward ejection and taking out. The feeding lower-position guiding frame 10 realizes guiding. The feeding rotating rod 11 realizes the dropping drive. The feeding upper fan-shaped plate 12, the feeding lower fan-shaped plate 13, and the feeding process gap 14 are ingeniously designed to realize automatic indexing and dropping. The indexing dropping input groove 15 is convenient for receiving. The indexing spiral groove 16, the indexing output assembly 17, the indexing swing baffle 18, the indexing output station 19, and the indexing limit baffle 20 realize the output of the optical disc through different paths. The indexing alignment baffle 21 realizes loading and opening for output. The indexing process lower ejector rod 22 and the indexing auxiliary elastic suction cup 23 realize stable dropping. The transfer swing bearing seat 24 realizes swing output. One device realizes the connection of two processes, with ingenious design. The transfer lower pressing arm 25, the transfer reverse push plate 26, the transfer process upper ejector rod 27, and the transfer inlet and outlet 28 realize the transmission and waiting of the optical disc carrier. The placement table frame 31 and the placement limit block 32 facilitate the placement of the burning computer 33. The burning interface guiding groove track 34, the burning data card head 35, and the burning joint push rod 36 facilitate automatic plugging. The burning outer skin sleeve connector 37 is connected to avoid damage to the data cable. The burning optical drive tray 38, the burning tray process notch 39, the burning tray center arc-shaped elastic piece 40, and the burning center top guiding plate 41 facilitate the automatic centering and clamping rotation of the optical disc. The burning transfer moving arm 42, the burning lifting carrier plate 43, the burning lifting suction nozzle 44, the burning lower pressing clamping rod part 45, the burning inclined clamping fan-shaped arc plate 46, the burning lower pressing clamping sleeve 47, and the burning bottom upper ejector head 48 realize the as-damage-free-as-possible and automatic positioning taking of the optical disc through the above cooperation. The present invention realizes unidirectional transmission, minimizes the participation of personnel to the greatest extent, conducts physical isolation, unidirectional transmission, and is safe and reliable.

[0161] The optical disc carrier of the present invention realizes the protection of the optical disc, the spiral conveying channel reasonably utilizes the space, has multiple entrances, the entrance baffle realizes the control of the optical disc entering, the summary output port realizes the summary output, the first conveyor belt realizes the process connection, the first intermediate gap facilitates the installation of process accessories, the first eight-shaped baffle realizes the ground positioning installation, the first deceleration brush realizes the deceleration and reduces the impact, the first gear plate realizes the process positioning, the first optical disc labeling machine, the first waste discharge machine, the first capping machine, and the first marking machine complete the corresponding operation, which can be a smart label matching its storage ID. The first output end realizes the output.

[0162] The second U-shaped rotating frame realizes the connection of working procedures, the second card slot facilitates the transportation of tooling, the second feeding station, the second output station, and the second tooling loading station complete the operation of the corresponding stations. The main rotating shaft of the tooling gear realizes support, the tooling rear baffle realizes axial positioning, and the tooling drive gear realizes auxiliary loading and replacement of the carrier, which is a clever design. The storage rotating carrier realizes bearing and has a rotating function. The storage center hollow shaft realizes guiding, preferably a spline hole. The storage in and out gap is convenient for entering and exiting the carrier, the storage box body realizes storage, the storage box baffle is preferred, the storage process hole is convenient for external top retrieval, the storage slide realizes guiding, and the storage folding arm realizes side block positioning under the drive of the storage drive sleeve. The third U-shaped seat conveyor belt realizes rotation positioning, the third center gap respectively allows the carrier to enter and exit, the third import plate realizes receiving the workpiece, the third feeding station, the third output station realizes output, the fourth movable lifting lower support seat realizes connection with the next process, the fourth tooling removal ejector realizes removal of the tooling, the storage outer ring shell realizes storage, the storage rotating vertical shaft realizes rotation drive, the storage spacer realizes buffering isolation, which is preferred, the storage process vertical groove, the storage process ejector, and the storage ejection station realize the output of the carrier, and the falling carrier is supported by the storage output L-shaped manipulator. The storage inclined bottom surface makes the carrier laterally tilted and attached to the storage output L-shaped manipulator.

[0163] As a backend supporting system for public inquiry of police law enforcement, the present invention realizes automatic storage of documents, and can take out documents that should be decrypted at a fixed time, which can meet existing usage and has good effects, thereby reducing human intervention.

Claims

1. An optical disk storage assembly for integrated law enforcement management, Features: It includes a disc burning front component and a burning device (4); The optical disc pre-burning component includes an optical disc feeding device (2) and an optical disc indexing device (3) for connecting the working procedures; The optical disc feeding device (2) is used to feed the carrier (7) carrying the recorded optical discs (1) one by one into the optical disc indexing device (3); The optical disc indexing device (3) is used to send the carrier (7) carrying the optical disc to be recorded (1) to the recording machine of the corresponding recording device (4); A recording device (4) for recording optical discs; The transfer device (5) is arranged on one side of the recording device (4) to enable the recording device (4) to load and unload the recording optical disc (1); The output end of the lower swing station of the transfer device (5) is connected to a corresponding entrance in the multiple entrances (103); the multiple entrances (103) are at the upper end of the spiral conveying channel (102); An entry baffle (104) is provided at the entrance of each of the multiple entry ports (103), and a summary output port (105) is provided at the lower end of the spiral conveying channel (102); The optical disks fed into the multiple entrances (103) pass through the spiral slide-type spiral conveying channel (102) and are uniformly output from the collective output port (105); The input end of a first conveyor belt (106) is arranged at the summary output port (105); a first intermediate gap (107) is longitudinally arranged on the first conveyor belt (106); first figure eight baffles (108) are longitudinally distributed on the first conveyor belt (106); and a first deceleration brush (109) is arranged at the input end of the first conveyor belt (106) so as to frictionally contact with and output the carrier (7) sliding down from the summary output port (105); A plurality of workstations are distributed on the first conveyor belt (106), and the workstations correspond to a first optical disc labeling machine (111), a first waste discharge machine (112), a first cover attaching machine (113), a first marking machine (114) and a first output end (115); A first shift plate (110) is provided at the corresponding workstation; Multiple entry ports (103) are connected to corresponding transfer conveyor belt output ends; The assembly also includes a second component; the second component includes a second U-shaped rotating frame (116) for connecting with the first output end (115); a plurality of workstations are circumferentially distributed on the second U-shaped rotating frame (116), including a second feeding workstation (118), a second output workstation (119) and a second upper tooling workstation (120); a second clamping groove (117) is provided on the U-shaped frame of the second U-shaped rotating frame (116); At the second upper tooling station (120), a tooling gear main rotating shaft (121) pre-mounted with an unloaded storage rotating carrier (124) is loaded into the second clamping groove (117); a tooling rear baffle (122) is arranged on the gear end side of the tooling gear main rotating shaft (121); At the second feeding station (118), a tooling driving gear (123) is provided for meshing with the gear end of the tooling gear main rotating shaft (121) and for loading the optical disc into the storage rotating carrier (124); At the second output station (119), it is used to output the storage rotating carrier (124); At the other end of the main rotating shaft (121) of the tooling gear, a storage folding arm (131) is hinged respectively and a storage driving sliding sleeve (132) is sleeved; The storage driving sliding sleeve (132) is driven to slide on the main rotating shaft (121) of the tooling gear, and the storage folding arm (131) is folded to laterally position the storage rotating carrier (124).

2. The optical disc storage assembly for law enforcement integrated management according to claim 1, Characterized in that: The middle part of the conveying carrier (7) has a sunken groove for carrying the burned optical disc piece (1); the upper side part of the conveying carrier (7) has a horizontal outer edge; there are two symmetrical carrier process side flats (8) on the outer edge of the conveying carrier (7), and a carrier hollow plum blossom notch (9) is provided at the bottom of the conveying carrier (7); The optical disc feeding device (2) includes a feeding lower position guiding frame (10) arranged vertically up and down; a hollow side part is arranged on the side of the feeding lower position guiding frame (10); a feeding rotating rod (11) is vertically arranged at the lower part of the hollow side part; a feeding upper sector plate (12) and a feeding lower sector plate (13) are arranged at different heights and staggered on the feeding rotating rod (11), and the feeding upper sector plate (12) and the feeding lower sector plate (13) are respectively in contact with the lower surface of the corresponding horizontal outer edge; there is a feeding process gap (14) between the feeding upper sector plate (12) and the feeding lower sector plate (13), and the height of the feeding process gap (14) is between one height and two heights of the conveying carrier (7); When the feeding lower sector plate (13) rotates into the hollow side part to support the lower surface of the outer edge of the lowermost conveying carrier (7), the feeding upper sector plate (12) rotates out of the hollow side part; when the feeding upper sector plate (12) rotates into the hollow side part to support the lower surface of the outer edge of the second-lowermost conveying carrier (7), the feeding lower sector plate (13) rotates out of the hollow side part, and the lowermost conveying carrier (7) drops into the optical disc indexing device (3); The optical disc indexing device (3) includes a indexing dropping input groove (15) for carrying the dropping and downward-inclined one from the conveying carrier (7); The lower outlet of the indexing dropping input groove (15) is connected to the upper inlet of the indexing spiral channel (16); a number of tangentially arranged indexing output components (17) are branched on the indexing spiral channel (16) to receive the rotating and dropping output conveying carrier (7) and output it downward to the corresponding burner; The indexing output component (17) includes an indexing output channel, and its inlet is tangentially communicated with the indexing spiral channel (16); an indexing swing baffle (18) is arranged on the indexing spiral channel (16) to swing and realize the switching and guiding between the inlet of the indexing output channel and the indexing spiral channel (16); An indexing output station (19) is arranged at the output end of the indexing output channel, and an indexing limit baffle (20) is arranged in front of the indexing output station (19) to limit the conveying carrier (7); an indexing alignment baffle (21) is opened and closed below the indexing output station (19), and the indexing alignment baffle (21) is closed by spring reset; Above the indexing output station (19), there is a vertically downward indexing process lower ejector rod (22) and an indexing auxiliary elastic suction cup (23) carried by a manipulator; The indexing process lower ejector rod (22) is used to eject the upper surface of the indexing alignment baffle (21) downward to open it, so that the conveying carrier (7) drops; The indexing auxiliary elastic suction cup (23) is used to adsorb the conveying carrier (7) to adsorb its downward output; The conveying carrier (7) has rollers; The burning device (4) includes a placement stand (31); on the placement stand (31), there is a placement limit block (32). The burning computer (33) is placed on the placement stand (31) and is located at the placement limit block (32); on the placement stand (31), there is a burning interface guide groove track (34) to be set at the interface of the burning computer (33); on the burning interface guide groove track (34), a burning connector push rod (36) travels. On the burning connector push rod (36), there is a burning data card head (35) of the burning machine data cable. Driven by the burning connector push rod (36), the burning data card head (35) is inserted and removed from the corresponding interface of the burning computer (33) to achieve data transmission; at the far end of the placement stand (31), there is an isolated burning optical drive tray (38) of the burning machine to be isolated from the burning computer (33); The burning data card head (35) is connected to a burning outer sheath connector (37) of the burning machine data cable to avoid direct pulling of the data cable; On the burning optical drive tray (38), there is a burning tray process notch (39). Below the opening station of the burning optical drive tray (38), there is a burning bottom upper ejector head (48) to rise into the burning tray process notch (39) to eject the burning optical disc part (1) upward; on the burning bottom upper ejector head (48), there is a fibrous material to avoid scratching the burning surface of the burning optical disc part (1); at the center of the burning optical drive tray (38), there are petal-shaped burning tray center arc-shaped elastic pieces (40) rotating and circumferentially arrayed. At the top of the burning tray center arc-shaped elastic pieces (40), there is a burning center top guide plate (41); Above the opening station of the burning optical drive tray (38), there is a burning pickup tray assembly; The burning pickup tray assembly includes a burning transfer moving arm (42). At the lower end of the burning transfer moving arm (42), there is a burning lifting carrier plate (43). Around the lower part of the burning lifting carrier plate (43), there are burning lifting suction nozzles (44). At the center of the burning lifting carrier plate (43), there is a burning inclined clamping sector arc plate (46); on the burning transfer moving arm (42), there is a burning downward clamping rod part (45). At the lower end of the burning downward clamping rod part (45), there is a burning downward clamping sleeve (47) sleeved on the burning inclined clamping sector arc plate (46); After the pressing and clamping sleeve (47) presses down, its inner wall contacts the outer wall of the sector arc plate (46) clamped by the burning inclined surface. After the sector arc plate (46) clamped by the burning inclined surface is pressed, its inner wall presses down the outer wall of the central arc-shaped elastic sheet (40) of the burning tray and makes it converge and contract towards the center; the burning lifting suction nozzle (44) is used to adsorb the upper surface of the burning optical disc part (1) to realize the picking and placing of the burning optical disc part (1) on the tray (38) of the burning optical drive. The transfer device (5) includes a transfer swing carrier (24) with a transfer inlet and outlet (28), which has an upper swing station and a lower swing station; At the upper swing station, the transfer inlet and outlet (28) receives the transfer carrier (7) carrying the burning optical disc part (1) sent by the previous process, and slides the transfer carrier (7) into the root of the transfer swing carrier (24) for the burning optical disc part (1) to be taken out for burning; At the lower swing station, the burned optical disc part (1) is sent out along the transfer inlet and outlet (28) to the next process; a transfer conveyor belt is arranged at the output end of the lower swing station. At the root of the transfer swing carrier (24), a transfer downward pressing arm (25) and a transfer reverse pushing plate (26) are arranged. The transfer downward pressing arm (25) and the transfer reverse pushing plate (26) form an inverted L shape, and a transfer process upper ejector rod (27) is arranged below the root of the transfer swing carrier (24); The transfer downward pressing arm (25) is used to extend and press on the upper end surface of the transfer carrier (7). At the same time, the upper end of the transfer process upper ejector rod (27) ejects the burning optical disc part (1); The transfer reverse pushing plate (26) is used to push the burned optical disc part (1) out in the reverse direction; The indexing auxiliary elastic suction cup (23) adsorbs the transfer carrier (7) carrying the optical disc part (1) and drops it to the transfer inlet and outlet (28) at the upper swing station.

3. The optical disc storage assembly for integrated law enforcement management according to claim 1, characterized in that: The storage rotating carrier (124) includes a storage central hollow shaft (125) sleeved in the middle of the main rotating shaft (121) of the tooling gear; there are several storage wing plates radially on the storage central hollow shaft (125); a storage access gap (126) is arranged at the proximal end close to the storage central hollow shaft (125) on the front of the wing plate, a storage box body part (127) is arranged at the cantilever end far from the storage central hollow shaft (125) on the front of the wing plate, a storage box baffle (128) is arranged at the opening at the proximal end of the storage box body part (127), a storage process hole (129) is arranged at the distal end of the storage box body part (127), and a storage chute (130) is arranged on the back of the storage wing plate.

4. The optical disc storage assembly for integrated law enforcement management according to claim 3, characterized in that: The input end of the third U-shaped seat conveyor belt (133) is provided at the second output station (119). A third central empty space (134) is provided on the third U-shaped seat conveyor belt (133). A third feeding station (136) and a third output station (137) are respectively provided on the third U-shaped seat conveyor belt (133). A third guiding plate (135) is inclinedly arranged at the third feeding station (136); A fourth moving lifting lower support seat (138) and a fourth tool-removing ejector rod (139) are provided at the third output station (137); The fourth moving lifting lower support seat (138) is used to support the storage central hollow shaft (125) of the storage rotating carrier (124). The fourth tool-removing ejector rod (139) is used to axially push the main rotating shaft (121) of the tooling gear to separate from the storage central hollow shaft (125).

5. The optical disc storage assembly for law enforcement integrated management according to claim 4, characterized in that: The assembly includes a third component; the third component includes a vertically arranged storage outer ring housing (140); A storage rotating vertical shaft (141) is vertically placed in the storage outer ring housing (140), and a storage rotating carrier (124) is inserted on the storage rotating vertical shaft (141); The storage rotating carrier (124) includes a storage central hollow shaft (125) sleeved on the middle part of the main rotating shaft (121) of the tooling gear. There are several storage wing plates radially on the storage central hollow shaft (125). A storage access empty space (126) is arranged at the proximal end of the wing plate close to the storage central hollow shaft (125) on the front side. A storage box body part (127) is arranged at the cantilever end of the wing plate far from the storage central hollow shaft (125) on the front side. A storage box baffle (128) is arranged at the opening of the proximal end of the storage box body part (127). A storage process hole (129) is arranged at the distal end of the storage box body part (127). A storage chute (130) is arranged on the back side of the storage wing plate; A storage spacer (142) is arranged between the stacked storage rotating carriers (124); A storage ejection station (145) is arranged in the inner cavity of the storage outer ring housing (140). A storage process vertical groove (143) is arranged at the storage ejection station (145). A storage process ejector rod (144) is arranged outside the storage process vertical groove (143), A storage output L-shaped manipulator (146) is arranged in the inner cavity of the storage outer ring housing (140). The storage output L-shaped manipulator (146) has a storage inclined bottom surface (147); The storage output L-shaped manipulator (146) rises to the storage access empty space (126) of the to-be-ejected and transported carrier (7). After the storage process ejector rod (144) rises to the specified layer height, it radially extends into the storage process hole (129) to eject the transported carrier (7) towards the proximal end and drop it onto the storage inclined bottom surface (147) for output.

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