Case helpers, components and methods

Abstract

The present invention relates to a case assistant, component and method, which includes system login, first, inputting a user name and password to log in to the system; then, after successful login, selecting a role; a system homepage, which is displayed after successful system login, and displays relevant information according to the current login authority; the system homepage includes: early warning SMS data within a set time; early warning data within a set time period, and displays the sending status of early warning data within the set time period according to the system pre-setting, that is, the number of sent, the number of unsent, the number of successfully sent and the number of failed to send; an early warning record module, when querying by time period: inputting a start time, and automatically retrieving early warning case information data that has been successfully sent and meets the case handling deadline according to the current input time period; the present invention has reasonable design, compact structure and is easy to use.

Description

Technical Field

[0001] The present invention relates to case assistants, components and methods. Background Art

[0002] Each city and municipality has built a supervision and management center, where legal personnel supervise and direct the law enforcement process, and when problems are discovered, they are issued. The staff is responsible for rectifying the problems, improving the standardization of law enforcement and handling of cases, and the staff's non-standard law enforcement during the case handling process. By understanding customer needs, the current supervision method of legal leaders is not flexible, and the staff does not receive supervision feedback in a timely manner, which cannot guarantee the rectification of law enforcement problems and cannot guarantee complete standardization during the case handling process. The purpose is to assist legal personnel in the supervision and feedback function.

[0003] The case assistant project is mainly based on the case handling platform. By synchronizing the platform data, it provides countdown reminders for the key law enforcement nodes with time limits for each case under investigation. All law enforcement nodes with legal time limits, including the case handling deadlines of reviewers, are all included in the data extraction scope of the case assistant. The data on the network is transferred to the Internet server via a CD ferry with a maximum time limit of 1 hour. The SMS service platform built on the Internet server will send early warning reminder information to the mobile phone of the host staff, reminding the host staff to proceed with the next step of case handling within the statutory time limit.

[0004] Through the user's data collection in the system, the law enforcement behavior of the staff is supervised, and supervision information is issued to standardize the law enforcement behavior, ensuring that law enforcement problems are rectified in a timely manner. Through the interface connection with the law enforcement case handling system, the personnel information of the organizational department is synchronized to ensure that the data is consistent with the case handling system, and a law enforcement environment centered on the case handling system is achieved. The system relies on the law enforcement case handling system to pull the system business data with law enforcement case handling as the system in a one-way direction, and extracts the data that meets the early warning conditions into the case assistant database. In the past, the staff could only rely on the brains of the case handlers to remember and remind the nodes of the case, which caused the psychological burden of the case handlers. The case assistant greatly improves the work efficiency, reduces the pressure of the case handlers, saves management costs, and can assist legal personnel in supervising feedback functions and discovering law enforcement problems of staff. The internal and external network data transmission requires personnel to transfer, and its security is poor. Summary of the invention

[0005] The technical problem to be solved by the present invention is generally to provide a case assistant, component and method. Relying on the case handling platform, by synchronizing the platform data, a countdown reminder is given to the key law enforcement nodes with a time limit for each case under investigation. All law enforcement nodes with a legal time limit, including the case handling deadline of the reviewer, are included in the data extraction scope of the case assistant. The synchronized data inside and outside the network is transferred via a CD ferry.

[0006] The SMS service platform sends early warning reminder information to the mobile phone of the main staff, reminding the main staff to carry out the next step of case handling within the statutory time limit. This solves the problem that the staff can only rely on the brains of case handlers to remember and remind themselves of the node handling of cases, which causes psychological burden on case handlers. Case assistants have greatly improved work efficiency, reduced the pressure on case handlers, and saved management costs.

[0007] To solve the above problems, the technical solution adopted by the present invention is:

[0008] A case assistant, including a software part, which includes

[0009] System login, first, enter the user name and password to log in to the system; then, after successful login, select the role;

[0010] The system homepage is displayed after the system login is successful. According to the current login authority, the system homepage displays relevant information; the system homepage includes: warning SMS data within the set time; warning data within the set time period, and displays the sending status of warning data within the set time period according to the system pre-settings, that is, the number of sent, the number of unsent, the number of successfully sent, and the number of failed to send;

[0011] In the early warning record module, when querying by time period: enter the start time, and automatically retrieve the information data of the cases that have successfully sent early warnings and meet the case handling deadline according to the current input time period; one-way early warning details: double-click a single corresponding case with the mouse to view the early warning details of the next level of the corresponding case;

[0012] Special business statistics module, showing the early warning data of each business in the selected time period; conducting special inquiries based on business types;

[0013] System management module, in which the personal center module is popped up by clicking the setting icon; it has a button to switch to the backend to enter the backend management platform; it has case handling unit management data; the case handling unit management data includes newly added case handling units, synchronous law enforcement and case handling basic data and user management module;

[0014] The user management module has a module for adding new users and a module for modifying user information; the module for adding new users includes the case handling unit, staff name, ID number, contact information, email address, login name, password, status and permissions;

[0015] SMS template setting module, with SMS reminders;

[0016] The warning data to be sent includes the case handling unit, case number, case name, case time node, sending type and case handling staff;

[0017] The resource management module has parent-child resources, resource types, resource names, menu display names, resource link paths, opening methods, resource permission allocations, and priority codes.

[0018] A pre-burning component of a case assistant, including a disc feeding device and a disc indexing device for process connection;

[0019] The optical disc feeding device is used to feed the carriers carrying the recorded optical discs one by one into the optical disc indexing device;

[0020] The optical disc indexing device is used to send the carrier carrying the optical disc to be burned to the corresponding burner.

[0021] As a further improvement of the above technical solution:

[0022] The middle of the carrier has a sunken groove for carrying the optical disc; the upper side of the carrier has a horizontal outer edge; the outer edge of the carrier has two symmetrical carrier process side flats, and the bottom of the carrier has a carrier hollow plum blossom groove;

[0023] The transport carrier has rollers;

[0024] The optical disc feeding device comprises a feeding and falling lower position guide frame vertically arranged up and down; a hollow side portion is arranged on the side of the feeding and falling lower position guide frame; a feeding rotating rod is vertically arranged at the lower part of the hollow side portion; a feeding upper fan-shaped plate and a feeding lower fan-shaped plate are arranged on the feeding rotating rod in a staggered manner, and the feeding upper fan-shaped plate and the feeding lower fan-shaped plate are respectively in contact with the corresponding lower surface of the horizontal outer edge; there is a feeding process gap between the feeding upper fan-shaped plate and the feeding lower fan-shaped plate, and the height of the feeding process gap is between one height and two heights of the carrier;

[0025] When the lower fan-shaped plate is rotated into the hollow side portion to support the lower outer surface of the carrier at the bottom, the upper fan-shaped plate is rotated out of the hollow side portion; when the upper fan-shaped plate is rotated into the hollow side portion to support the lower outer surface of the carrier below, the lower fan-shaped plate is rotated out of the hollow side portion, and the lowest carrier falls into the optical disc indexing device;

[0026] The optical disc indexing device comprises an indexing drop input slot for carrying an optical disc dropped from a conveying carrier and tilted downward;

[0027] The lower outlet of the indexing drop input groove is connected to the upper inlet of the indexing spiral groove; a plurality of indexing output components are arranged tangentially on the indexing spiral groove to receive the rotating drop output carrier and output it downward to the corresponding burner;

[0028] The indexing output assembly includes an indexing output channel, the inlet of which is tangentially connected to the indexing spiral groove; an indexing swing baffle is provided on the indexing spiral groove to swing to achieve switching guidance between the indexing output channel inlet and the indexing spiral groove;

[0029] An indexing output station is provided at the output end of the indexing output channel, and an indexing limit baffle is provided in front of the indexing output station to limit the position of the carrier; an indexing baffle is provided below the indexing output station for opening and closing, and the indexing baffle is closed by spring reset;

[0030] Above the indexing output station, a vertically downward indexing process lower ejector rod and an indexing auxiliary elastic suction cup carried by a manipulator are arranged;

[0031] The lower push rod of the indexing process is used to push the upper surface of the indexing baffle to open it so that the carrier can fall;

[0032] The indexing auxiliary elastic suction cup is used to absorb the carrier to absorb its falling output.

[0033] A burning auxiliary component of a case assistant includes a burning device for burning optical discs; a transfer device, which is arranged on one side of the burning device to enable the burning device to load and unload the burning optical discs; and a storage device, which is used to store the burning optical discs to be transferred to realize temporary storage between internal and external networks.

[0034] As a further improvement of the above technical solution:

[0035] The burning device comprises a placing stand; a placing limit block is arranged on the placing stand, and the burning computer is placed on the placing stand and is placed at the limit block;

[0036] A burner interface guide groove is provided on the placement stand to be arranged at the burner computer interface; a burner connector push rod is moved on the burner interface guide groove, a burner data card head of a burner data line is arranged on the burner connector push rod, and the burner connector push rod is driven to drive the burner data card head to be plugged into the corresponding burner computer interface to realize data transmission; a burner optical drive tray of the burner is isolated and arranged at the far end of the placement stand to be isolated from the burner computer;

[0037] The burner data card head is connected to the burner outer leather cover connector of the burner data cable to avoid direct pulling on the data cable;

[0038] A burner tray process notch is provided on the burner tray, and a burner bottom upper head is provided below the burner tray opening station to rise into the burner tray process notch and lift the burner optical disc away; a fiber is provided on the burner bottom upper head to avoid scratching the burner surface of the burner optical disc; a petal-shaped burner tray center arc spring piece is rotated at the center of the burner tray and distributed in a circumferential array, and a burner center top guide plate is provided on the top of the burner tray center arc spring piece;

[0039] A recording and taking disc assembly is arranged above the opening station of the recording optical drive tray;

[0040] The burning disc picking assembly comprises a burning transfer moving arm, a burning lifting plate is provided at the lower end of the burning transfer moving arm, burning lifting nozzles are provided around the lower part of the burning lifting plate, and a burning inclined plane clamping fan-shaped arc plate is provided at the center of the burning lifting plate; a burning pressing down clamping rod is provided on the burning transfer moving arm, and a burning pressing down clamping sleeve which is mounted on the burning inclined plane clamping fan-shaped arc plate is provided at the lower end of the burning pressing down clamping rod;

[0041] After the burning pressing and holding sleeve is pressed down, its inner side wall contacts the outer side wall of the burning inclined plane clamping fan-shaped arc plate. After the burning inclined plane clamping fan-shaped arc plate is pressed, its inner side wall presses down the outer side wall of the arc spring sheet in the center of the burning tray and makes it gather and shrink toward the center; the burning lifting nozzle is used to absorb the upper surface of the burning optical disc, so as to realize the taking of the burning optical disc on the burning optical drive tray;

[0042] The transfer device includes a transfer swing bearing seat with a transfer inlet and outlet, which has an upper swing station and a lower swing station;

[0043] At the upper swing station, the transfer inlet and outlet receive the carrier carrying the optical disc sent in by the previous process, and slide the carrier into the root of the transfer swing bearing seat, waiting for the optical disc to be taken out for burning;

[0044] At the lower swing station, the recorded optical disc is sent out along the transfer entrance and exit to the next process;

[0045] A transfer downward pressure blocking arm and a transfer reverse push plate are arranged at the root of the transfer swing bearing seat, the transfer downward pressure blocking arm and the transfer reverse push plate form an inverted L shape, and a transfer process upper push rod is arranged below the root of the transfer swing bearing seat;

[0046] The transfer lower pressure stop arm is used to extend and press on the upper end surface of the carrier, and at the same time, the upper end of the ejector rod of the transfer process is used to eject the burned optical disc;

[0047] The transfer reverse push plate is used to push the recorded optical disc backward;

[0048] A transfer conveyor belt is arranged at the output end of the lower swing station, and a transfer password labeling machine is arranged on the transfer conveyor belt to affix confidentiality level marks;

[0049] The transfer output robot is arranged at the terminal of the transfer conveyor belt to take out the burned optical discs and stack the carriers for storage;

[0050] The storage device includes a stacking matrix grid with a one-way gate to store the unidirectionally transmitted burned optical discs; the stacking matrix grid with a one-way gate is provided with an external network sending robot and an internal network sending robot on both sides to realize the directional taking of the burned optical discs.

[0051] A pre-burning assistance method for a case assistant, the pre-burning process includes the following steps;

[0052] S11, first, place the recorded optical disc into the corresponding sunken groove of the carrier; then, place the carrier into the vertical guide channel of the lower guide frame according to the side flattening direction of the carrier;

[0053] S12, first, start the feeding rotating rod to rotate; then, when the feeding lower fan-shaped plate is rotated into the hollow side portion to support the lower outer surface of the lower carrier, the feeding upper fan-shaped plate is rotated out of the hollow side portion; secondly, the feeding upper fan-shaped plate is rotated into the hollow side portion to support the lower outer surface of the carrier below, and the feeding lower fan-shaped plate is rotated out of the hollow side portion, and the lower carrier falls into the optical disc indexing device; alternately in sequence;

[0054] S21, first, the carrier is dropped into the indexing drop input slot; then, it is transferred along the indexing spiral groove spiral descending channel to the designated indexing output assembly;

[0055] S22, first, the indexing swing baffle swings to switch the guide, so as to open the indexing output channel inlet and block the indexing spiral groove; then, the carrier is transported along the indexing output channel to the top of the indexing matching baffle; secondly, the indexing auxiliary elastic suction cup adsorbs the four corners of the carrier; thirdly, the indexing process lower push rod presses down and overcomes the spring force to open the indexing matching baffle; after that, the indexing auxiliary elastic suction cup descends to drive the carrier to move downward.

[0056] A case assistant burning auxiliary process includes the following steps;

[0057] S31, first, the burning computer is placed on the placement stand and placed at the limit block; then, the burning connector push rod is driven to drive the burning data card head to be inserted into the corresponding burning computer interface to realize data transmission;

[0058] S32, first, at the upper swing station, the transfer entrance and exit receive the carrier carrying the optical disc to be burned sent in by the previous process, and slide the carrier into the root of the transfer swing bearing seat, so that the optical disc to be burned can be taken out for burning; then, the transfer lower pressure stop arm extends out and presses on the upper end surface of the carrier, and the upper push rod of the transfer process moves upward through the transfer swing bearing seat and the carrier to take out the optical disc to be burned; secondly, the burning lifting nozzle absorbs the upper surface of the optical disc to be burned, and the optical disc to be burned is placed in the center of the burning optical drive tray, and is clamped by the petal-shaped arc spring in the center of the burning tray; again, burning is performed;

[0059] S33, first, after burning, the burning optical drive tray arrives at the opening station; then, after the burning pressing and holding sleeve is pressed down, its inner side wall contacts the outer side wall of the burning inclined plane clamping fan-shaped arc plate, and after the burning inclined plane clamping fan-shaped arc plate is pressed, its inner side wall presses down the outer side wall of the arc spring sheet in the center of the burning tray and makes it gather and shrink toward the center; secondly, the burning lifting nozzle absorbs the upper surface of the burning optical disc, so that the burning optical disc is taken out from the burning optical drive tray and placed in the transfer swing bearing seat; thirdly, at the lower swing station, the transfer pressing and holding arm leaves the upper end surface of the carrier, and the burned optical disc is sent along the transfer inlet and outlet to the input end of the transfer conveyor belt;

[0060] S34, first, on the transfer conveyor belt, the transfer password labeling machine affixes a confidentiality level mark to the burned optical disc; then, the transfer output robot takes out the burned optical disc and stacks it for storage on the carrier;

[0061] S4, first, the external network delivery robot or the internal network delivery robot receives the burned optical disc output by the transfer output robot and puts it into the corresponding stacking matrix grid with one-way gate; then, the internal network delivery robot or the external network delivery robot takes out and outputs the burned optical disc from the corresponding stacking matrix grid with one-way gate.

[0062] A case assistant device comprises a pre-burning component and a burning auxiliary component.

[0063] A case assistant device comprises a pre-burning component and a burning auxiliary component, and a software part of a matching case assistant.

[0064] A case assistant assistance method, comprising the following process;

[0065] First, perform the pre-burning assistance method;

[0066] Then, a burn-assist process is performed.

[0067] As a further improvement of the above technical solution:

[0068] The indexing auxiliary elastic suction cup absorbs the carrier and drops it to the transfer entrance and exit of the upper swing station.

[0069] The present invention has reasonable design, low cost, strong durability, safety and reliability, simple operation, time-saving and labor-saving, money-saving, compact structure and convenient use. The system pulls law enforcement and case handling as system business data, and extracts data that meets the warning conditions into the case assistant database. In order to adapt to the extraction of network data to the Internet and send the warning data to the staff's mobile phone, the case assistant builds a set of programs on the Internet, a set of programs on the Internet, and a set of network and Internet intermediary programs (light pendulum) to complete the case assistant data flow. It solves the problem that the staff can only rely on the brains of the case handlers to remember and remind the nodes of the case in the past, which causes the psychological burden of the case handlers. The case assistant greatly improves the work efficiency, reduces the pressure of the case handlers, and saves management costs.

[0070] The program for extracting business data from the Internet runs automatically as a background service program, without any user operation. The extracted data interacts with the Internet through Guangbai, and the Guangbai program runs automatically according to the configuration by the background program, without any user operation. BRIEF DESCRIPTION OF THE DRAWINGS

[0071] Figure 1 It is a schematic diagram of the browser / server (B / S) of the present invention.

[0072] Figure 2 The overall structure of the present invention is shown in FIG. Figure 1 .

[0073] Figure 3 The overall structure of the present invention is shown in FIG. Figure 2 .

[0074] Figure 4 The overall structure of the present invention is shown in FIG. Figure 3 .

[0075] Figure 5 It is a schematic diagram of the structure of the optical disc feeding device of the present invention.

[0076] Figure 6 It is a schematic structural diagram of the optical disc indexing device of the present invention.

[0077] Figure 7 It is a schematic diagram of the structure of the transfer device of the present invention.

[0078] Figure 8 It is a schematic diagram of the transfer reverse push plate structure of the present invention.

[0079] Among them: 1. CD burning parts; 2. CD feeding device; 3. CD indexing device; 4. Burning device; 5. Transfer device; 6. Storage device; 7. Carrier; 8. Carrier process side flat; 9. Carrier hollow plum blossom slot; 1. Feed into the lower guide frame for falling; 11. Feed into the rotating rod; 12. Feed into the upper fan-shaped plate; 13. Feed into the lower fan-shaped plate; 14. Feed into the process gap; 15. Indexing falling input slot; 16. Indexing spiral groove; 17. Indexing output assembly; 18. Indexing swing baffle; 19. Indexing output station; 2. Indexing limit baffle; 21. Indexing matching baffle; 22. Indexing process lower push rod; 23. Indexing auxiliary elastic suction cup; 24. Transfer swing bearing seat; 25. Transfer lower pressure baffle arm; 26. Transfer reverse push plate; 27. Transfer process upper push rod; 2 8. Transfer import and export; 29. ​​Transfer password labeling machine; 3. Transfer output robot; 31. Placement stand; 32. Place limit block; 33. Burn computer; 34. Burn interface guide groove; 35. Burn data card head; 36. Burn connector push rod; 37. Burn outer leather cover connector; 38. Burn optical drive tray; 39. Burn tray process notch; 4. Burn tray center arc spring; 41. Burn center top guide plate; 42. Burn transfer moving arm; 43. Burn lifting carrier plate; 44. Burn lifting suction nozzle; 45. Burn down clamping rod; 46. Burn inclined clamping fan-shaped arc plate; 47. Burn down clamping sleeve; 48. Burn bottom top head; 49. External network delivery robot; 5. Stacking matrix grid with one-way gate; 51. Internal network delivery robot. DETAILED DESCRIPTION

[0080] Database server of the present invention: CPU: configured with 2 Intel Xeon 5115. Main frequency: 24GHz, 1 core, L3 cache 1375MB. Memory: Memory type: ECC DDR4 RDIMM / LRDIMM memory slot. The maximum number of memory slots supported is 24. Memory configuration capacity: 2*32GB DDR4. Network card: 1 / 1M. Built-in hard disk type: hot-swappable SAS / SATA / SSD hard disk. Number of built-in hard disk configurations: 5 25-inch SAS, 12TB per block. Hard disk expansion capability: 31 hot-swappable 25'' hard disk slots can be expanded. Hard disk expansion capability: 2 hot-swappable 35'' hard disk slots and 4 25'' disks can be expanded. Configure independent disk array card, 2GB cache, support RAID / 1 / 1 / 5 / 6 / 5 / 6. Built-in storage: support 2*M2 SATA SSD, support hard RAID1, support hot-swappable without unpacking. Onboard network port: configured with 2*GE+2*1GE ports. I / O expansion: Total number of PCI-E I / O slots: 1. Configure 2*GE electrical ports. The main hardware requirements of the main WEB server are as follows: CPU: Configure 2 Intel Xeon 5115 main frequency: 24GHz, 1 core, L3 cache 1375MB; Memory: Memory type: ECC DDR4 RDIMM / LRDIMM. Memory slots support up to 24 memory slots; Memory configuration capacity: 2*32GB DDR4. Network card: 1 / 1M. Hard disk: Configure at least 5GB, and must have certain expansion capabilities. Operating system: It is recommended to install Windows23Server operating system. Client is generally a PC; Main frequency: 16GHZ; Memory: 512MB or more; Operating system: Windows XP / Windows Vista / Windows 7; Browser: IE 6 or above.

[0081] The present invention includes

[0082] System login, first, enter the user name and password to log in to the system; then, after successful login, select the role;

[0083] The system homepage is displayed after the system login is successful. According to the current login authority, the system homepage displays relevant information; the system homepage includes: warning SMS data within the set time; warning data within the set time period, and displays the sending status of warning data within the set time period according to the system pre-settings, that is, the number of sent, the number of unsent, the number of successfully sent, and the number of failed to send;

[0084] In the early warning record module, when querying by time period: enter the start time, and automatically retrieve the information data of the cases that have successfully sent early warnings and meet the case handling deadline according to the current input time period; one-way early warning details: double-click a single corresponding case with the mouse to view the early warning details of the next level of the corresponding case;

[0085] Special business statistics module, showing the early warning data of each business in the selected time period; conducting special inquiries based on business types;

[0086] System management module, in which the personal center module is popped up by clicking the setting icon; it has a button to switch to the backend to enter the backend management platform; it has case handling unit management data; the case handling unit management data includes newly added case handling units, synchronous law enforcement and case handling basic data and user management module;

[0087] The user management module has a module for adding new users and a module for modifying user information; the module for adding new users includes the case handling unit, staff name, ID number, contact information, email address, login name, password, status and permissions;

[0088] SMS template setting module, with SMS reminders;

[0089] The warning data to be sent includes the case handling unit, case number, case name, case time node, sending type and case handling staff;

[0090] Resource management module, with parent-child resources, resource type, resource name, menu display name, resource link path, opening method, resource permission allocation and priority code;

[0091] Warning data has been sent;

[0092] Warning sending settings.

[0093] like Figure 1 As shown, the case assistant of this embodiment includes a software part, which includes

[0094] System login, first, enter the user name and password to log in to the system; then, after successful login, select the role;

[0095] The system homepage is displayed after the system login is successful. According to the current login authority, the system homepage displays relevant information; the system homepage includes: warning SMS data within the set time; warning data within the set time period, and displays the sending status of warning data within the set time period according to the system pre-settings, that is, the number of sent, the number of unsent, the number of successfully sent, and the number of failed to send;

[0096] In the early warning record module, when querying by time period: enter the start time, and automatically retrieve the information data of the cases that have successfully sent early warnings and meet the case handling deadline according to the current input time period; one-way early warning details: double-click a single corresponding case with the mouse to view the early warning details of the next level of the corresponding case;

[0097] Special business statistics module, showing the early warning data of each business in the selected time period; conducting special inquiries based on business types;

[0098] System management module, in which the personal center module is popped up by clicking the setting icon; it has a button to switch to the backend to enter the backend management platform; it has case handling unit management data; the case handling unit management data includes newly added case handling units, synchronous law enforcement and case handling basic data and user management module;

[0099] The user management module has a module for adding new users and a module for modifying user information; the module for adding new users includes the case handling unit, staff name, ID number, contact information, email address, login name, password, status and permissions;

[0100] SMS template setting module, with SMS reminders;

[0101] The warning data to be sent includes the case handling unit, case number, case name, case time node, sending type and case handling staff;

[0102] The resource management module has parent-child resources, resource types, resource names, menu display names, resource link paths, opening methods, resource permission allocations, and priority codes.

[0103] The pre-burning components of the case assistant of this embodiment include a disc feeding device 2 and a disc indexing device 3 for connecting the working procedures;

[0104] 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;

[0105] The optical disc indexing device 3 is used to send the carrier 7 carrying the optical disc 1 to be recorded to the corresponding recording machine.

[0106] The middle of the carrier 7 has a sunken groove for carrying the optical disc 1; the upper side of the carrier 7 has a horizontal outer edge; the outer edge of the carrier 7 has two symmetrical carrier process side flats 8, and the bottom of the carrier 7 has a carrier hollow plum blossom groove 9;

[0107] The transport carrier 7 has rollers;

[0108] The optical disc feeding device 2 comprises a feeding and falling lower position guide frame 1 vertically arranged up and down; a hollow side portion is arranged on the side of the feeding and falling lower position guide frame 1; a feeding rotating rod 11 is vertically arranged at the lower part of the hollow side portion; an upper feeding fan-shaped plate 12 and a lower feeding fan-shaped plate 13 are arranged on the feeding rotating rod 11 in a staggered manner, and the upper feeding fan-shaped plate 12 and the lower feeding fan-shaped plate 13 are respectively in contact with the corresponding lower surface of the horizontal outer edge; there is a feeding process gap 14 between the upper feeding fan-shaped plate 12 and the lower feeding fan-shaped plate 13, and the height of the feeding process gap 14 is between one height and two heights of the carrier 7;

[0109] When the lower fan-shaped plate 13 is screwed into the hollow side portion to carry the lower outer surface of the lower carrier 7, the upper fan-shaped plate 12 is screwed out of the hollow side portion; when the upper fan-shaped plate 12 is screwed into the hollow side portion to carry the lower outer surface of the carrier 7 below, the lower fan-shaped plate 13 is screwed out of the hollow side portion, and the lower carrier 7 falls into the optical disc indexing device 3;

[0110] The optical disc indexing device 3 includes an indexing drop input slot 15 for carrying the optical disc dropped from the carrier 7 and tilted downward;

[0111] The lower outlet of the indexing drop input groove 15 is connected to the upper inlet of the indexing spiral groove 16; a plurality of indexing output assemblies 17 are arranged tangentially on the indexing spiral groove 16 to receive the rotating drop output carrier 7 and output it to the corresponding burner;

[0112] The indexing output assembly 17 includes an indexing output channel, the inlet of which is tangentially connected to the indexing spiral groove 16; an indexing swing baffle 18 is provided on the indexing spiral groove 16 to swing to achieve switching guidance between the indexing output channel inlet and the indexing spiral groove 16;

[0113] An indexing output station 19 is provided at the output end of the indexing output channel, and an indexing limit baffle 2 is provided in front of the indexing output station 19 to limit the position of the carrier 7; an indexing baffle 21 is provided below the indexing output station 19, and the indexing baffle 21 is closed by spring reset;

[0114] Above the indexing output station 19, a vertically downward indexing process lower ejector 22 and an indexing auxiliary elastic suction cup 23 carried by a manipulator are arranged;

[0115] The indexing process lower push rod 22 is used to push down the upper surface of the indexing baffle 21 to open it so that the carrier 7 falls;

[0116] The indexing auxiliary elastic suction cup 23 is used to absorb the carrier 7 so as to absorb the carrier 7 when it falls and outputs it.

[0117] The burning auxiliary component of the case assistant of this embodiment includes a burning device 4 for optical disc burning; a transfer device 5, which is arranged on one side of the burning device 4 to enable the burning device 4 to load and unload the optical disc 1; and a storage device 6, which is used to store the optical disc 1 to be transferred to realize the temporary storage between the internal and external networks.

[0118] The burning device 4 includes a placing stand 31; a placing limit block 32 is provided on the placing stand 31, and a burning computer 33 is placed on the placing stand 31 and is placed at the limit block 32;

[0119] A burning interface guide groove 34 is provided on the placement stand 31, so as to be arranged at the interface of the burning computer 33; a burning connector push rod 36 is moved on the burning interface guide groove 34, and a burning data card head 35 of a burner data line is arranged on the burning connector push rod 36, and the burning connector push rod 36 is driven to drive the burning data card head 35 to be plugged into and pulled out of the corresponding burning computer 33 interface to realize data transmission; a burning optical drive tray 38 of the burner is isolatedly arranged at the far end of the placement stand 31 to be isolated from the burning computer 33;

[0120] The data recording card head 35 is connected to the recording outer leather cover connector 37 of the recording machine data line to avoid direct pulling of the data line;

[0121] A burner tray process notch 39 is provided on the burner tray 38, and a burner bottom upper head 48 is provided below the opening position of the burner tray 38 to rise into the burner tray process notch 39 and push the burner optical disc 1 up and away; a fiber is provided on the burner bottom upper head 48 to avoid scratching the burner surface of the burner optical disc 1; a petal-shaped burner tray center arc spring piece 4 is rotated at the center of the burner tray 38 and distributed in a circumferential array, and a burner center top guide plate 41 is provided on the top of the burner tray center arc spring piece 4;

[0122] A recording and retrieval disc assembly is provided above the opening position of the recording optical drive tray 38;

[0123] The recording and picking-up disc assembly comprises a recording transfer moving arm 42, a recording lifting and lowering plate 43 is provided at the lower end of the recording transfer moving arm 42, recording lifting and lowering nozzles 44 are provided around the lower part of the recording lifting and lowering plate 43, and a recording inclined plane clamping fan-shaped arc plate 46 is provided at the center of the recording lifting and lowering plate 43; a recording pressing and lowering clamping rod 45 is provided on the recording transfer moving arm 42, and a recording pressing and lowering clamping sleeve 47 which is mounted on the recording inclined plane clamping fan-shaped arc plate 46 is provided at the lower end of the recording pressing and lowering clamping rod 45;

[0124] After the burning pressing and holding sleeve 47 is pressed down, its inner side wall contacts the outer side wall of the burning inclined plane clamping fan-shaped arc plate 46. After the burning inclined plane clamping fan-shaped arc plate 46 is pressed, its inner side wall presses down the outer side wall of the arc spring piece 4 in the center of the burning tray and makes it gather and shrink toward the center; the burning lifting nozzle 44 is used to absorb the upper surface of the burning optical disc 1, so as to realize the taking of the burning optical disc 1 on the burning optical drive tray 38;

[0125] 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;

[0126] At the upper swing station, the transfer entrance 28 receives the carrier 7 carrying the optical disc 1 sent in by the previous process, and slides the carrier 7 into the root of the transfer swing bearing seat 24, waiting for the optical disc 1 to be taken out for burning;

[0127] At the lower swing station, the recorded optical disc 1 is sent out along the transfer entrance 28 to the next process;

[0128] A transfer downward pressure blocking arm 25 and a transfer reverse push plate 26 are provided at the root of the transfer swing bearing seat 24, and the transfer downward pressure blocking arm 25 and the transfer reverse push plate 26 form an inverted L shape. A transfer process upper push rod 27 is provided below the root of the transfer swing bearing seat 24;

[0129] The transfer downward pressure stop arm 25 is used to extend and press on the upper end surface of the carrier 7, and at the same time, the upper end of the ejector rod 27 of the transfer process is used to eject the recording optical disc 1;

[0130] The transfer reverse push plate 26 is used to push the recorded optical disc 1 in reverse direction;

[0131] A transfer conveyor belt is provided at the output end of the lower swing station, and a transfer code labeling machine 29 is provided on the transfer conveyor belt to label the secret level;

[0132] The transfer output robot 3 is arranged at the terminal of the transfer conveyor belt to take out the recorded optical disc 1 and stack the carrier 7 for storage;

[0133] The storage device 6 includes a stacking matrix grid 5 with a one-way gate to store the one-way transported recorded optical discs 1; the two sides of the stacking matrix grid 5 with a one-way gate are provided with an external network delivery robot 49 and an internal network delivery robot 51 to realize the directional taking of the recorded optical discs 1.

[0134] The pre-burning auxiliary method of the case assistant of this embodiment, the pre-burning process includes the following steps:

[0135] S11, first, place the recording optical disc 1 into the corresponding sunken groove of the carrier 7; then, place the carrier 7 into the vertical guide channel of the lower guide frame 1 according to the direction of the carrier's process side flattening 8;

[0136] S12, first, start the feeding rotating rod 11 to rotate; then, when the feeding lower fan-shaped plate 13 is rotated into the hollow side portion to support the lower outer surface of the lower carrier 7, the feeding upper fan-shaped plate 12 is rotated out of the hollow side portion; secondly, the feeding upper fan-shaped plate 12 is rotated into the hollow side portion to support the lower outer surface of the carrier 7 below, and the feeding lower fan-shaped plate 13 is rotated out of the hollow side portion, and the lower carrier 7 falls into the optical disc indexing device 3; alternately in sequence;

[0137] S21, first, the carrier 7 is dropped into the indexing drop input slot 15; then, it is transferred along the indexing spiral channel 16 to the designated indexing output assembly 17;

[0138] S22, first, the indexing swing baffle 18 swings to switch the guide, so as to open the entrance of the indexing output channel and block the indexing spiral groove 16; then, the carrier 7 is transported along the indexing output channel to the top of the indexing matching baffle 21; secondly, the indexing auxiliary elastic suction cup 23 adsorbs the four corners of the carrier 7; thirdly, the indexing process lower push rod 22 presses down and overcomes the spring force to open the indexing matching baffle 21; thereafter, the indexing auxiliary elastic suction cup 23 descends to drive the carrier 7 to be sent downward.

[0139] The burning auxiliary process of the case assistant of this embodiment includes the following steps:

[0140] S31, first, the burning computer 33 is placed on the placing stand 31 and is placed at the limit block 32; then, the burning connector push rod 36 is driven to drive the burning data card head 35 to be inserted into the corresponding interface of the burning computer 33 to realize data transmission;

[0141] S32, first, at the upper swing station, the transfer entrance 28 receives the carrier 7 carrying the optical disc 1 sent in by the previous process, and slides the carrier 7 into the root of the transfer swing bearing seat 24, so that the optical disc 1 to be burned is taken out for burning; then, the transfer lower pressure arm 25 extends and presses on the upper end surface of the carrier 7, and the upper push rod 27 of the transfer process upwardly passes through the transfer swing bearing seat 24 and the carrier 7 to take out the optical disc 1 to be burned; secondly, the burning lifting nozzle 44 absorbs the upper surface of the optical disc 1 to be burned, and the optical disc 1 to be burned is placed in the center of the burning optical drive tray 38, and is clamped by the petal-shaped arc spring piece 4 in the center of the burning tray; again, burning is performed;

[0142] S33, first, after burning, the burning optical drive tray 38 arrives at the opening station; then, after the burning pressing and holding sleeve 47 is pressed down, its inner side wall contacts the outer side wall of the burning inclined plane clamping fan-shaped arc plate 46, and after the burning inclined plane clamping fan-shaped arc plate 46 is pressed, its inner side wall presses down the outer side wall of the central arc spring piece 4 of the burning tray and makes it gather and shrink toward the center; secondly, the burning lifting suction nozzle 44 absorbs the upper surface of the burning optical disc 1, so that the burning optical disc 1 is taken out from the burning optical drive tray 38 and placed in the transfer swing bearing seat 24; thirdly, at the lower swing station, the transfer pressing and holding arm 25 leaves the upper end surface of the carrier 7, and the burned optical disc 1 is sent along the transfer inlet and outlet 28 to the input end of the transfer conveyor belt;

[0143] S34, first, on the transfer conveyor belt, the transfer code labeling machine 29 affixes a confidentiality level mark to the burned optical disc 1; then, the transfer output robot 3 takes out the burned optical disc 1 and stacks the carrier 7 for storage;

[0144] S4, first, the external network delivery robot 49 or the internal network delivery robot 51 receives the burned optical disc 1 output by the transfer output robot 3 and puts it into the corresponding stacking matrix grid 5 with a one-way gate; then, the internal network delivery robot 51 or the external network delivery robot 49 takes out the burned optical disc 1 from the corresponding stacking matrix grid 5 with a one-way gate and outputs it.

[0145] The case assistant device of this embodiment includes a pre-burning component and a burning auxiliary component.

[0146] The case assistant device of this embodiment includes a pre-burning component and a burning auxiliary component, and its supporting case assistant software part.

[0147] The case assistant assistance method of this embodiment includes the following process:

[0148] First, perform the pre-burning assistance method;

[0149] Then, a burn-assist process is performed.

[0150] The indexing auxiliary elastic suction cup 23 absorbs the carrier 7 and drops it to the transfer entrance 28 of the upper swing station.

[0151] The present invention realizes the ferrying of the CD-ROM 1, ensures the security and unidirectionality of data transmission between the internal and external networks, the CD-ROM feeding device 2 realizes automatic falling output, the CD-ROM indexing device 3 realizes automatic indexing according to 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 burning device 4 realizes printing, the transfer device 5 realizes the subsequent work after the CD-ROM is burned, the storage device 6 realizes storage, the support carrier 7 realizes support, the carrier process side flattening 8 is convenient for positioning the hollow plum blossom groove of the carrier 9 position, so as to take out from the top, send it into the lower guide frame 1 for guiding, send it into the rotating rod 11 to realize the falling drive, send it into the upper fan plate 12, send it into the lower fan plate 13, send it into the process gap 14, the design is ingenious to realize automatic indexing and falling, the indexing falling input groove 15 is convenient for receiving, the indexing spiral groove 16, the indexing output component 17, the indexing swing baffle 18, the indexing output station 19, the indexing limit baffle 2 realizes the output of the optical disc in different paths, the indexing matching baffle 21 realizes the load and opens the output, the indexing process lower ejector 22, the indexing auxiliary elastic suction cup 23 realizes a smooth fall, the transfer swing bearing seat 24 realizes the swing output, one device realizes the connection of two processes, the design is ingenious, the transfer lower pressure arm 25, the transfer reverse push plate 26, the transfer process upper push rod 27, the transfer import and export 28 realizes the transmission and waiting of the CD carrier, the transfer password labeling machine 29 marks such as date, unit, code text and other signs, the transfer output manipulator 3 transfers, the placement stand 31, the placement limit block 32 facilitates the placement of the burning computer 33, the burning interface guide groove 34, the burning data card head 35, the burning joint push rod 36 facilitates Automatic plug-in, the connection of the outer leather cover connector 37 avoids damage to the data line, the CD-ROM tray 38, the process notch 39 of the tray, the arc-shaped spring piece 4 in the center of the tray, the guide plate 41 at the top of the center, facilitate the automatic centering and clamping rotation of the CD, the moving arm 42 in the middle of the CD, the lifting plate 43 in the CD, the lifting nozzle 44 in the CD, the pressing clamping rod 45 in the CD, the fan-shaped arc plate 46 in the CD, the pressing sleeve 47 in the CD, and the top head 48 in the CD bottom. Through the above cooperation, the CD can be taken without damage and automatically positioned. The external network delivery manipulator 49, the stacking matrix grid 5 with a one-way gate, and the internal network delivery manipulator 51 realize one-way transmission, minimize the involvement of personnel, and carry out physical isolation, one-way transmission, safe and reliable.

Claims

1. A method for assisting a case assistant before recording, characterized in that: Pre-burning process The steps include: S1.1, first, place the recording optical disc (1) into the corresponding sunken groove of the transport carrier (7); then, place the transport carrier (7) into the vertical guide channel of the lower guide frame (10) according to the direction of the carrier's process side flattening (8); S1.2, first, start the feeding rotating rod (11) to rotate; then, when the feeding lower fan-shaped plate (13) is rotated into the hollow side portion to support the lower outer surface of the carrier (7) at the bottom, the feeding upper fan-shaped plate (12) is rotated out of the hollow side portion; secondly, the feeding upper fan-shaped plate (12) is rotated into the hollow side portion to support the lower outer surface of the carrier (7) at the bottom, and the feeding lower fan-shaped plate (13) is rotated out of the hollow side portion, and the lower carrier (7) falls into the optical disc indexing device (3); alternately; S2.1, first, the carrier (7) falls into the indexing drop input slot (15); then, it is transferred along the indexing spiral channel (16) to the designated indexing output assembly (17); S2.2, first, the indexing swing baffle (18) swings to switch the guide, so as to open the entrance of the indexing output channel and block the indexing spiral groove (16); then, the carrier (7) moves along the indexing output channel to the top of the indexing mating baffle (21); secondly, the indexing auxiliary elastic suction cup (23) adsorbs the four corners of the carrier (7); thirdly, the indexing process lower push rod (22) presses down and overcomes the spring force to open the indexing mating baffle (21); thereafter, the indexing auxiliary elastic suction cup (23) descends to drive the carrier (7) to be sent downward.

2. A case assistant recording auxiliary method, characterized in that: The steps include: S3.1, first, the burning computer (33) is placed on the placement stand (31) and is placed at the limit block (32); then, the burning connector push rod (36) is driven to drive the burning data card head (35) to be inserted into the corresponding interface of the burning computer (33) to realize data transmission; S3.2, first, at the upper swing station, the transfer entrance (28) receives the carrier (7) carrying the optical disc (1) sent in by the previous process, and slides the carrier (7) into the root of the transfer swing bearing seat (24) to wait for the optical disc (1) to be taken out for burning; Then, the transfer downward pressure stop arm (25) extends out and presses on the upper end surface of the carrier (7), and the transfer process upper push rod (27) moves upward through the transfer swing bearing seat (24) and the carrier (7) to take out the optical disc (1) to be burned; secondly, the burning lifting suction nozzle (44) absorbs the upper surface of the burning optical disc (1), places the optical disc (1) to be burned in the center of the burning optical drive tray (38), and is clamped by the petal-shaped central arc spring (40) of the burning tray; and thirdly, the burning is carried out; S3.3, first, after burning, the burning optical drive tray (38) arrives at the opening station; then, after the burning pressing and holding sleeve (47) is pressed down, its inner side wall contacts the outer side wall of the burning inclined plane clamping fan-shaped arc plate (46), and after the burning inclined plane clamping fan-shaped arc plate (46) is pressed, its inner side wall presses down the outer side wall of the central arc spring sheet (40) of the burning tray and makes it gather and shrink toward the center; secondly, the burning lifting suction nozzle (44) absorbs the upper surface of the burning optical disc (1), so that the burning optical disc (1) is taken out from the burning optical drive tray (38) and placed in the transfer swing bearing seat (24); thirdly, at the lower swing station, the transfer pressing and holding arm (25) leaves the upper end surface of the carrier (7), and the burned optical disc (1) is sent along the transfer inlet and outlet (28) to the input end of the transfer conveyor belt; S3.4, first, on the transfer conveyor belt, the transfer code labeling machine (29) affixes a confidentiality level mark to the burned optical disc (1); then, the transfer output robot (30) takes out the burned optical disc (1) and stacks it on a carrier (7) for storage; S4, first, the external network delivery robot (49) or the internal network delivery robot (51) receives the burned optical disc (1) output by the transfer output robot (30) and puts it into the corresponding stacking matrix grid (50) with a one-way gate; then, the internal network delivery robot (51) or the external network delivery robot (49) takes out the burned optical disc (1) from the corresponding stacking matrix grid (50) with a one-way gate and outputs it.

3. A case assistant assistance method, characterized in that: The following processes are included; First, the pre-burning auxiliary method according to claim 1 is executed; Then, executing the burning assisting method as claimed in claim 2; The indexing auxiliary elastic suction cup (23) absorbs the carrier (7) and causes it to fall and be output to the transfer entrance (28) of the upper swing station.

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