CN112926944A - Case assistant, assembly and method - Google Patents

Case assistant, assembly and method Download PDF

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Publication number
CN112926944A
CN112926944A CN202110268502.2A CN202110268502A CN112926944A CN 112926944 A CN112926944 A CN 112926944A CN 202110268502 A CN202110268502 A CN 202110268502A CN 112926944 A CN112926944 A CN 112926944A
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China
Prior art keywords
recording
indexing
transfer
carrier
feeding
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CN202110268502.2A
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Inventor
赵二仲
刘越超
王健
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Tangshan Kaiyong Network Information Service Co ltd
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Tangshan Kaiyong Network Information Service Co ltd
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Priority to CN202110268502.2A priority Critical patent/CN112926944A/en
Publication of CN112926944A publication Critical patent/CN112926944A/en
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/10—Office automation; Time management
    • G06Q10/109—Time management, e.g. calendars, reminders, meetings or time accounting
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/24—Querying
    • G06F16/242—Query formulation
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/24—Querying
    • G06F16/245—Query processing
    • G06F16/2458—Special types of queries, e.g. statistical queries, fuzzy queries or distributed queries
    • G06F16/2462—Approximate or statistical queries
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
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    • G06—COMPUTING; CALCULATING OR COUNTING
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    • G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
    • G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
    • G06F21/31—User authentication
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/10—Office automation; Time management
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G06Q50/18—Legal services
    • G—PHYSICS
    • G11—INFORMATION STORAGE
    • G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B17/00—Guiding record carriers not specifically of filamentary or web form, or of supports therefor
    • G11B17/02—Details
    • G11B17/022—Positioning or locking of single discs
    • G11B17/028—Positioning or locking of single discs of discs rotating during transducing operation
    • G11B17/03—Positioning or locking of single discs of discs rotating during transducing operation in containers or trays
    • G—PHYSICS
    • G11—INFORMATION STORAGE
    • G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B17/00—Guiding record carriers not specifically of filamentary or web form, or of supports therefor
    • G11B17/02—Details
    • G11B17/04—Feeding or guiding single record carrier to or from transducer unit
    • G11B17/0401—Details
    • G—PHYSICS
    • G11—INFORMATION STORAGE
    • G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B17/00—Guiding record carriers not specifically of filamentary or web form, or of supports therefor
    • G11B17/02—Details
    • G11B17/04—Feeding or guiding single record carrier to or from transducer unit
    • G11B17/05—Feeding or guiding single record carrier to or from transducer unit specially adapted for discs not contained within cartridges
    • G11B17/051—Direct insertion, i.e. without external loading means
    • G—PHYSICS
    • G11—INFORMATION STORAGE
    • G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B33/00—Constructional parts, details or accessories not provided for in the other groups of this subclass
    • G11B33/02—Cabinets; Cases; Stands; Disposition of apparatus therein or thereon
    • G11B33/04—Cabinets; Cases; Stands; Disposition of apparatus therein or thereon modified to store record carriers
    • G11B33/0405—Cabinets; Cases; Stands; Disposition of apparatus therein or thereon modified to store record carriers for storing discs
    • G11B33/0433—Multiple disc containers
    • G11B33/0444—Multiple disc containers for discs without cartridge
    • G—PHYSICS
    • G11—INFORMATION STORAGE
    • G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B7/00—Recording or reproducing by optical means, e.g. recording using a thermal beam of optical radiation by modifying optical properties or the physical structure, reproducing using an optical beam at lower power by sensing optical properties; Record carriers therefor
    • G11B7/004—Recording, reproducing or erasing methods; Read, write or erase circuits therefor
    • G11B7/0045—Recording

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Abstract

The invention relates to a case assistant, a case assistant assembly and a case assistant method, which comprises system login, wherein firstly, a user name and a password are input to log in a system; then, after login is successful, selecting a role; the system homepage is displayed after the system is successfully logged in, and relevant information is displayed on the system homepage according to the current login authority; the system homepage includes: setting early warning short message data within time; setting internal early warning data in a set time period, and displaying the sending conditions of the early warning data in the set time period according to the preset setting of the system, namely the sent quantity, the unsent quantity, the successful sending quantity and the failed sending quantity; the early warning recording module is used for inquiring according to time periods: inputting the starting time, and automatically calling the information data of the early-warning case which is successfully sent and meets the case handling deadline and the like according to the current input time period; the invention has reasonable design, compact structure and convenient use.

Description

Case assistant, assembly and method
Technical Field
The invention relates to a case assistant, an assembly and a method.
Background
The city construction supervision and management centers, legal system personnel supervise and supervise the law enforcement process, find the problem and issue the problem, the staff is responsible for rectifying and modifying the problem, the standardization of law enforcement and case handling is improved, and the law enforcement of the staff is not standardized in the case handling process. Through knowing client's demand, legal system leader supervise mode is inflexible at present, and the staff receives the supervise feedback untimely, can not guarantee the rectification of law enforcement problem, can not guarantee to handle a case the in-process complete standard, and the purpose can assist legal system personnel to supervise the feedback function.
The case assistant project is mainly based on a case handling platform, and the countdown reminding is carried out on key law enforcement nodes which are required by the term (time) limit of each detected case and handled by the detected case through synchronous platform data, wherein all the law enforcement nodes which are regulated by the term (time) limit of law, including the case handling period of examiners, are included in the range of case assistant extraction data; and (3) ferrying the in-network data to an internet server by an optical disk ferry machine with the maximum time limit of 1 hour, and sending early warning reminding information to a mobile phone of a host worker by a short message service platform built by the internet server to remind the host worker to perform next case handling within the legal time limit.
The system is based on the law enforcement and case handling system, one-way pulling is performed to use law enforcement as system service data, and data meeting early warning conditions are extracted into a case assistant database. The problem of staff transacting a case in the past can only rely on the brain of the personnel of transacting a case to remember, remind to node transaction of solving the staff, cause the psychological burden of the personnel of transacting a case, the case assistant has greatly improved work efficiency, has alleviateed the personnel's of transacting a case pressure, has saved administrative cost, can assist legal system personnel to supervise feedback function and discover staff law enforcement problem, intranet and extranet data transmission needs personnel to pass on, and its security is poor.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a case assistant, an assembly and a method. Based on a case handling platform, by synchronizing platform data, a countdown reminding is carried out on key law enforcement nodes which are required by the term (time) limit of each detected case, all the law enforcement nodes which are regulated by the term (time) limit of law are brought into a case assistant to extract a data range. The synchronized data inside and outside the network are transmitted to the optical disk ferry.
The short message service platform sends the early warning reminding information to the mobile phone of the case handling staff to remind the case handling staff to handle the case next within the legal time limit, the problem that the staff can only remember and remind the case handling staff when handling the node of the case in the past is solved, the psychological burden of the case handling staff is caused, the case assistant greatly improves the working efficiency, the pressure of the case handling staff is relieved, and the management cost is saved.
In order to solve the problems, the technical scheme adopted by the invention is as follows:
a case assistant comprises a software part including
The system login method comprises the steps of firstly, inputting a user name and a password to log in a system; then, after login is successful, selecting a role;
the system homepage is displayed after the system is successfully logged in, and relevant information is displayed on the system homepage according to the current login authority; the system homepage includes: setting early warning short message data within time; setting internal early warning data in a set time period, and displaying the sending conditions of the early warning data in the set time period according to the preset setting of the system, namely the sent quantity, the unsent quantity, the successful sending quantity and the failed sending quantity;
the early warning recording module is used for inquiring according to time periods: inputting the starting time, and automatically calling the information data of the early-warning case which is successfully sent and meets the case handling deadline and the like according to the current input time period; one-way early warning detail: double-clicking a single corresponding case through a mouse, and checking early warning detail information of the next stage of the corresponding case;
the special service statistical module displays the early warning data of each service in a selected time period; carrying out special query according to the service type;
a system management module, wherein the personal center module clicks the setting icon to be popped up; a button for switching the background is provided to enter the background management platform; having case handling unit management data; the case handling unit management data comprises newly added case handling units, synchronous law enforcement case handling basic data and a user management module;
the user management module is provided with a newly added user module and a user information modification module; the newly added user module comprises a case handling unit, a worker name, an identity card number, a contact mode, a mail address, a login name, a password, a state and a right;
the short message template setting module is provided with a short message prompt;
the early warning data to be sent comprises case handling units, case numbers, case names, case time nodes, sending types and case handling staff;
and the resource management module is provided with a parent-child level resource, a resource type, a resource name, a menu display name, a resource link path, an opening mode, resource authority distribution and a priority sequencing code.
A recording front assembly of case assistant comprises a procedure connected optical disk feeding device and an optical disk indexing device;
the optical disk feeding device is used for feeding the carrying carriers carrying the recorded optical disk pieces into the optical disk indexing device one by one;
the optical disc indexing device is used for conveying the carrying carrier carrying the recording optical disc piece to the corresponding recorder.
As a further improvement of the above technical solution:
the middle part of the supporting and conveying carrier is provided with a sinking groove for bearing the recording optical disk piece; the lateral part of the upper end of the supporting and conveying carrier is provided with a horizontal outer edge; two symmetrical carrier process side plates are arranged on the outer edge of the supporting and conveying carrier, and a carrier hollow plum blossom-shaped notch is arranged at the bottom of the supporting and conveying carrier;
the carrying carrier is provided with a roller;
the optical disk feeding device comprises a feeding falling lower guide frame which is vertically arranged up and down; a hollow side part is arranged at the side part of the feeding falling lower guide frame; a feeding rotating rod is vertically arranged at the lower part of the hollow side part; the feeding rotary rod is high and low and is provided with a feeding upper sector plate and a feeding lower sector plate in a staggered manner, and the feeding upper sector plate and the feeding lower sector plate are respectively contacted with the lower surfaces of the corresponding horizontal outer edges; a feeding process gap is arranged between the feeding upper sector plate and the feeding lower sector plate, and the height of the feeding process gap is between one height and two heights of the carrier;
when the feeding lower sector plate is screwed into the outer edge lower surface of the carrying carrier at the lowest part of the hollow side part carrying, the feeding upper sector plate is screwed out of the hollow side part; when the feeding upper sector plate is screwed into the outer edge lower surface of the carrying carrier below the carrying sub-carrier of the hollow side part, the feeding lower sector plate is screwed out of the hollow side part, and the carrying carrier at the lowest part falls into the optical disc indexing device;
the optical disc indexing device comprises an indexing falling input slot which is used for bearing falling and declining from the carrying carrier;
the lower outlet of the indexing falling input groove is connected with the upper inlet of the indexing spiral groove channel; a plurality of tangentially arranged indexing output components are arranged on the indexing spiral channel in a way of dividing to bear the rotary falling output carrier and output the rotary falling output carrier to the corresponding recorder;
the indexing output assembly comprises an indexing output channel, and an inlet of the indexing output channel is tangentially communicated with the indexing spiral channel; an indexing swing baffle is arranged on the indexing spiral channel to swing to realize switching and guiding between the indexing output channel inlet and the indexing spiral channel;
an indexing output station is arranged at the output end of the indexing output channel, and an indexing limiting baffle is arranged in front of the indexing output station to limit the carrier; an indexing involution baffle is oppositely opened and closed below the indexing output station, and the indexing involution baffle is reset and closed through a spring;
a vertical downward indexing process lower ejector rod and an indexing auxiliary elastic sucking disc which are carried by a manipulator are arranged above the indexing output station;
the indexing process lower ejector rod is used for ejecting the upper surface of the indexing involution baffle plate downwards to open the involution baffle plate so as to enable the supporting and conveying carrier to fall;
and the indexing auxiliary elastic sucking disc is used for adsorbing the carrier to be supported and conveyed so as to adsorb the falling and output of the carrier.
A recording auxiliary component of case assistant comprises a recording device for recording optical disc; the transfer device is arranged on one side of the recording device to realize the feeding and discharging of the recording optical disk piece by the recording device; and the storage device is used for storing the recording optical disk piece to be transferred so as to realize temporary storage of ferry between the internal network and the external network.
As a further improvement of the above technical solution:
the recording device comprises a placing rack; a placing limit block is arranged on the placing rack, and the burning computer is placed on the placing rack and is placed at the limit block;
the placing rack is provided with a recording interface guide groove rail which is arranged at the recording computer interface; a recording connector push rod is arranged on the recording connector guide groove rail in a walking mode, a recording data clamping head of a recorder data line is arranged on the recording connector push rod, the recording connector push rod is driven to drive the recording data clamping head to be inserted into and pulled out of a corresponding recording computer interface, and data transmission is achieved; a CD-RW drive tray with a CD-RW is set at the far end of the rack to be isolated from the CD-RW computer;
the recording data chuck is connected with a recording outer sheath sleeve connecting joint of a data line of the recorder so as to avoid direct traction of the data line;
a recording tray process notch is formed in the tray of the recording CD-ROM drive, an upper recording bottom ejector is arranged below the opening station of the tray of the recording CD-ROM drive and ascends to enter the recording tray process notch, and a recording CD piece is ejected upwards and leaves; the top of the recording bottom is provided with a fiber material to avoid scratching the recording surface of the recording optical disk piece; the disc-carving CD-ROM drive disc center rotating and circumference array distribution has petal-type carving tray center arc shrapnel, there is carving center top guide plate on the top of carving tray center arc shrapnel;
a burning taking disc component is arranged above the tray opening station of the burning CD-ROM driver;
the recording taking disc assembly comprises a recording transfer moving arm, a recording lifting support plate is arranged at the lower end of the recording transfer moving arm, recording lifting suction nozzles are arranged on the periphery below the recording lifting support plate, and a recording inclined plane clamping sector arc plate is arranged at the center of the recording lifting support plate; a recording pressing clamping rod part is arranged on the recording transfer moving arm, and a recording pressing clamping sleeve sleeved on the recording inclined plane clamping sector arc plate is arranged at the lower end of the recording pressing clamping rod part;
after the burning downward pressing cohesion sleeve is pressed downward, the inner side wall of the burning downward pressing cohesion sleeve is contacted with the outer side wall of the burning inclined plane clamping sector arc plate, and after the burning inclined plane clamping sector arc plate is pressed, the inner side wall of the burning downward pressing cohesion sleeve presses the outer side wall of the central arc-shaped elastic sheet of the burning tray and enables the outer side wall to be gathered to the center and shrunk; the recording lifting suction nozzle is used for adsorbing the upper surface of the recording optical disk piece to realize the taking of the recording optical disk piece on the tray of the recording optical drive;
the transfer device comprises a transfer swing bearing seat with a transfer inlet and a transfer outlet, and the transfer swing bearing seat is provided with an upper swing station and a lower swing station;
at the upper swing station, the transfer inlet and outlet are used for receiving a carrying carrier which is sent by the previous process and is loaded with the recording optical disk piece, and the carrying carrier is slid into the root part of the transfer swing bearing seat, so that the optical disk piece to be recorded is taken out for recording;
at the lower swing station, the recorded optical disk piece is sent out to the next procedure along the transfer inlet and outlet;
a transfer lower pressing stop arm and a transfer reverse push plate are arranged at the root part of the transfer swing bearing seat, the transfer lower pressing stop arm and the transfer reverse push plate form an overturned L shape, and a transfer process upper ejector rod is arranged below the root part of the transfer swing bearing seat;
the transfer lower pressing arm is used for extending out and pressing the upper end surface of the supporting and conveying carrier, and meanwhile, the transfer process is used for pushing the upper end of the upper ejector rod out of the recording optical disk piece;
a transfer reverse push plate for reversely pushing out the recorded optical disk;
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 attach a security level mark;
the transfer output mechanical arm is arranged at the terminal of the transfer conveyor belt and is used for taking out the burning compact disc pieces and stacking and storing the supporting and conveying carrier;
the storage device comprises a stacking matrix grid with a one-way gate machine to store the recording optical disk piece transmitted in one way; and an outer net sending-out mechanical arm and an inner net sending-in mechanical arm are arranged on two sides of the stacking matrix grid with the one-way gate, so that the recording optical disk piece can be directionally taken.
A case assistant before burning auxiliary method, the process before burning includes the following steps;
s11, first, placing the recording optical disk piece into the sinking groove of the corresponding carrying carrier; then, placing the supporting and conveying carrier into a vertical guide channel of a conveying and falling lower guide frame according to the lateral flat direction of the carrier process;
s12, firstly, starting the feeding rotary rod to rotate; then, when the lower sector plate is fed into the lower edge of the carrying carrier which is screwed into the lowest carrying side of the hollow side part, the upper sector plate is fed into the lower edge of the carrying carrier and screwed out of the hollow side part; secondly, the feeding upper sector plate is screwed into the outer edge lower surface of the carrying carrier below the carrying sub-time of the hollow side part, the feeding lower sector plate is screwed out of the hollow side part, and the carrying carrier at the lowest part falls into the optical disc indexing device; sequentially and alternately;
s21, firstly, the carrier falls into the index falling input slot; then, the spiral descending channel along the indexing spiral channel is transmitted to a designated indexing output assembly;
s22, firstly, the indexing swing baffle swings to switch the guide, so as to realize opening at the inlet of the indexing output channel and block the indexing spiral channel; then, the carrying carrier reaches the upper part of the indexing involution baffle along the indexing output channel; secondly, the indexing auxiliary elastic sucker adsorbs four corners of the carrier; thirdly, the lower ejector rod of the indexing process is pressed downwards and overcomes the spring force to open the indexing involution baffle; then, the indexing auxiliary elastic sucker descends to drive the carrying carrier to descend and send out.
A recording auxiliary process of a case assistant comprises the following steps;
s31, firstly, placing the burning computer on a placing rack and placing the computer at a limiting block; then, the recording joint push rod is driven to drive the recording data clamping head to be inserted into the corresponding recording computer interface, so that data transmission is realized;
s32, firstly, at the upper swing station, the transfer inlet/outlet receives the carrying carrier loaded with the recording optical disk piece sent by the previous process, and the carrying carrier slides into the root of the transfer swing bearing seat, so that the optical disk piece to be recorded is taken out for recording; then, the transfer lower pressing arm extends out to press on the upper end surface of the supporting and conveying carrier, and an upper ejector rod in the transfer process upwards swings the bearing seat and the supporting and conveying carrier through transfer to take out the optical disc to be recorded; secondly, adsorbing the upper surface of the recording optical disk piece by a recording lifting suction nozzle, placing the optical disk piece to be recorded at the center of a tray of a recording optical drive machine, and clamping the optical disk piece to be recorded by a petal-shaped arc-shaped elastic sheet at the center of the recording tray; thirdly, recording is carried out;
s33, firstly, after the recording, the tray of the CD-ROM drive reaches the opening station; then, after the recording pressing cohesion sleeve is pressed down, the inner side wall of the recording pressing cohesion sleeve contacts the outer side wall of the recording inclined plane clamping sector arc plate, and after the recording inclined plane clamping sector arc plate is pressed, the inner side wall of the recording inclined plane clamping sector arc plate presses down the outer side wall of the central arc-shaped elastic sheet of the recording tray and enables the outer side wall to be gathered to the center and contract; secondly, the recording lifting suction nozzle adsorbs the upper surface of the recording optical disk piece to realize that the recording optical disk piece is taken out of the tray of the recording optical drive and is placed in a transfer swing bearing seat; thirdly, at the lower swing station, the transfer lower stop arm leaves the upper end face of the carrying carrier, and the recorded optical disk piece is conveyed out to the input end of the transfer conveyor belt along the transfer inlet and outlet;
s34, firstly, on the transfer conveyor belt, transferring the cipher labeler to paste the secret mark of the optical disk; then, the transfer output mechanical arm takes out the recording compact disc and stacks and stores the carrying vehicle;
s4, firstly, the outer net sending mechanical arm or the inner net sending mechanical arm receives the recording optical disk piece output by the transfer output mechanical arm and puts the recording optical disk piece into the corresponding stacking matrix grid with the one-way gate machine; then, the inner net sending mechanical arm or the outer net sending mechanical arm takes out and outputs the corresponding optical disk recording pieces in the stacking matrix grid with the one-way gate machine.
A case assistant device comprises a recording front component and a recording auxiliary component.
A case assistant device comprises a recording front component and a recording auxiliary component which are matched with a software part of the case assistant.
A case assistant method comprises the following procedures;
firstly, executing an auxiliary method before recording;
then, a burning auxiliary process is performed.
As a further improvement of the above technical solution:
the indexing auxiliary elastic sucker adsorbs the supporting carrier and falls down to be output to the transfer inlet and outlet of the upper swing station.
The invention has the advantages of reasonable design, low cost, firmness, durability, safety, reliability, simple operation, time and labor saving, capital saving, compact structure and convenient use. The system draws business data taking law enforcement and case handling as system business data, and draws data meeting early warning conditions into a case assistant database. In order to adapt to the situation that network data are extracted to the Internet and early warning data are sent to a mobile phone of a worker, a case assistant builds a set of programs on the Internet, a set of programs is built on the Internet, and a set of network and an Internet intermediary program (optical pendulum) are used for completing data circulation of the case assistant. The problem that the mental burden of case handling workers is caused by the fact that the workers can only remember and remind the case handling workers when handling the nodes of the cases in the past is solved, the case assistant greatly improves the working efficiency, the pressure of the case handling workers is relieved, and the management cost is saved.
The network extraction business data program automatically runs as a background service program without any operation of a user. The extracted data is interacted with the Internet through the optical pendulum, and the optical pendulum program automatically runs according to the configuration by the background program without any operation of a user.
Drawings
FIG. 1 is a browser/server (B/S) diagram of the present invention.
Fig. 2 is a schematic view 1 of the overall structure of the present invention.
Fig. 3 is a schematic view 2 of the overall structure of the present invention.
Fig. 4 is a schematic view 3 of the overall structure of the present invention.
FIG. 5 is a schematic diagram of the structure of the optical disc loading apparatus according to the present invention.
Fig. 6 is a schematic structural diagram of an optical disc indexing device according to the present invention.
Fig. 7 is a schematic view of the transfer device of the present invention.
Figure 8 is a schematic view of the construction of the transit counter plate of the present invention.
Wherein: 1. Recording an optical disc element; 2. an optical disk feeding device; 3. an optical disc indexing device; 4. a burning device; 5. a transfer device; 6. a storage device; 7. a carrying carrier; 8. the carrier technology is laterally flat; 9. a hollow plum blossom notch of the carrier; 1. feeding the material into a lower falling guide frame; 11. feeding into a rotating rod; 12. feeding into an upper sector plate; 13. feeding the steel plate into a lower sector plate; 14. feeding into a process gap; 15. an index drop input slot; 16. indexing the spiral channel; 17. an indexing output assembly; 18. an indexing swing baffle; 19. indexing and outputting the stations; 2. indexing limit baffles; 21. dividing and involuting the baffle; 22. a lower ejector rod of the indexing process; 23. indexing auxiliary elastic suckers; 24. transferring and swinging the bearing seat; 25. transferring and pressing the stop arm; 26. transferring the reverse push plate; 27. a mandril is arranged on the transfer process; 28. a transfer inlet and outlet; 29. transferring a password labeling machine; 3. a transfer output manipulator; 31. placing a rack; 32. placing a limiting block; 33. burning a computer; 34. recording interface guide groove track; 35. recording a data chuck; 36. a burning joint push rod; 37. connecting the outer sheath sleeve; 38. recording the tray of the CD driver; 39. recording a tray process notch; 4. recording the arc-shaped elastic sheet in the center of the tray; 41. recording a center top guide plate; 42. recording a transfer moving arm; 43. recording a lifting carrier plate; 44. recording lifting suction nozzles; 45. recording and pressing down the clamping rod part; 46. the recording inclined plane clamps the sector arc plate; 47. recording and pressing the embracing sleeve; 48. recording a top at the bottom; 49. the outer net is sent out of the manipulator; 5. stacking matrix grids with one-way gates; 51. the intranet is fed into the manipulator.
Detailed Description
The database server of the invention: CPU, 2 Intels are configured to strong 5115. The master frequency is 24GHz, 1 core, L3 buffer 1375 MB. Memory type: ECC DDR4 RDIMM/LRDIMM memory slot. The maximum memory slot number is 24. Memory allocation capacity: 2 × 32GB DDR 4. Network card: 1/1M. Built-in hard disk type: and hot-plugging the SAS/SATA/SSD hard disk. Number of internal hard disk configurations: 5 pieces of 25 inch SAS, single piece of 12 TB. Hard disk expansion capability: 31 hot plug 25'' hard disk slots can be expanded. Hard disk expansion capability: can expand 2 hot-plug 35'' hard disk slot 4 25'' disks. And an independent disk array card and a 2GB cache are configured to support RAID/1/1/5/6/5/6. The built-in storage supports 2 × M2 SATA SSD, supports hard RAID1 and supports hot plug without opening the box. And configuring 2 GE +2 GE 1GE ports. PCI-E I/O slot total: 1 piece. And configuring 2 GE electric ports. The main hardware index requirements of the main WEB server are as follows: the CPU configures 2 Intels to strong 5115 dominant frequency, namely 24GHz, 1 core and 1375MB of L3 cache; memory type: ECC DDR4 RDIMM/LRDIMM. The maximum memory slot positions of the memory slots are supported by 24; memory allocation capacity: 2 × 32GB DDR 4. Network card: 1/1M. Hard disk: at least 5GB is configured, and certain expansion capacity is required. Operating the system: it is recommended to install the Windows23 Server operating system. A client is a common PC; dominant frequency: 16 GHZ; memory: 512MB or more; operating the system: windows Xp/Windows Vista/Windows 7; the browser: IE 6 version above.
The invention comprises
The system login method comprises the steps of firstly, inputting a user name and a password to log in a system; then, after login is successful, selecting a role;
the system homepage is displayed after the system is successfully logged in, and relevant information is displayed on the system homepage according to the current login authority; the system homepage includes: setting early warning short message data within time; setting internal early warning data in a set time period, and displaying the sending conditions of the early warning data in the set time period according to the preset setting of the system, namely the sent quantity, the unsent quantity, the successful sending quantity and the failed sending quantity;
the early warning recording module is used for inquiring according to time periods: inputting the starting time, and automatically calling the information data of the early-warning case which is successfully sent and meets the case handling deadline and the like according to the current input time period; one-way early warning detail: double-clicking a single corresponding case through a mouse, and checking early warning detail information of the next stage of the corresponding case;
the special service statistical module displays the early warning data of each service in a selected time period; carrying out special query according to the service type;
a system management module, wherein the personal center module clicks the setting icon to be popped up; a button for switching the background is provided to enter the background management platform; having case handling unit management data; the case handling unit management data comprises newly added case handling units, synchronous law enforcement case handling basic data and a user management module;
the user management module is provided with a newly added user module and a user information modification module; the newly added user module comprises a case handling unit, a worker name, an identity card number, a contact mode, a mail address, a login name, a password, a state and a right;
the short message template setting module is provided with a short message prompt;
the early warning data to be sent comprises case handling units, case numbers, case names, case time nodes, sending types and case handling staff;
the resource management module is provided with a parent-child level resource, a resource type, a resource name, a menu display name, a resource link path, an opening mode, resource authority distribution and a priority sequencing code;
the early warning data has been sent;
and early warning sending setting.
As shown in FIG. 1, the case assistant of the present embodiment comprises a software portion including
The system login method comprises the steps of firstly, inputting a user name and a password to log in a system; then, after login is successful, selecting a role;
the system homepage is displayed after the system is successfully logged in, and relevant information is displayed on the system homepage according to the current login authority; the system homepage includes: setting early warning short message data within time; setting internal early warning data in a set time period, and displaying the sending conditions of the early warning data in the set time period according to the preset setting of the system, namely the sent quantity, the unsent quantity, the successful sending quantity and the failed sending quantity;
the early warning recording module is used for inquiring according to time periods: inputting the starting time, and automatically calling the information data of the early-warning case which is successfully sent and meets the case handling deadline and the like according to the current input time period; one-way early warning detail: double-clicking a single corresponding case through a mouse, and checking early warning detail information of the next stage of the corresponding case;
the special service statistical module displays the early warning data of each service in a selected time period; carrying out special query according to the service type;
a system management module, wherein the personal center module clicks the setting icon to be popped up; a button for switching the background is provided to enter the background management platform; having case handling unit management data; the case handling unit management data comprises newly added case handling units, synchronous law enforcement case handling basic data and a user management module;
the user management module is provided with a newly added user module and a user information modification module; the newly added user module comprises a case handling unit, a worker name, an identity card number, a contact mode, a mail address, a login name, a password, a state and a right;
the short message template setting module is provided with a short message prompt;
the early warning data to be sent comprises case handling units, case numbers, case names, case time nodes, sending types and case handling staff;
and the resource management module is provided with a parent-child level resource, a resource type, a resource name, a menu display name, a resource link path, an opening mode, resource authority distribution and a priority sequencing code.
The recording front assembly of the case assistant of the embodiment comprises an optical disk feeding device 2 and an optical disk indexing device 3 which are connected in a working procedure;
an optical disc feeding device 2 for feeding the carrying carriers 7 carrying the recording optical disc members 1 one by one to the optical disc indexing device 3;
the optical disc indexing device 3 is used for delivering the carrying carrier 7 carrying the recording optical disc element 1 to the corresponding recorder.
The middle part of the supporting and conveying carrier 7 is provided with a sinking groove for bearing the recording optical disk part 1; the side part of the upper end of the supporting and conveying carrier 7 is provided with a horizontal outer edge; two symmetrical carrier process side flat parts 8 are arranged on the outer edge of the supporting and conveying carrier 7, and a carrier hollow plum blossom-shaped notch 9 is arranged at the bottom of the supporting and conveying carrier 7;
the carrying carrier 7 has a roller;
the optical disk feeding device 2 comprises a feeding falling lower guide frame 1 which is vertically arranged up and down; a hollow side part is arranged at the side part of the feeding-in falling lower guide frame 1; a feeding rotating rod 11 is vertically arranged at the lower part of the hollow side part; the feeding rotary rod 11 is high and low and is provided with a feeding upper sector plate 12 and a feeding lower sector plate 13 in a staggered manner, and the feeding upper sector plate 12 and the feeding lower sector plate 13 are respectively contacted with the lower surfaces of the corresponding horizontal outer edges; a feeding process gap 14 is arranged 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 carrier 7;
when the feeding lower sector plate 13 is screwed into the outer edge lower surface of the carrying carrier 7 at the lowest part of the hollow side part carrying, 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 outer edge lower surface of the carrying carrier 7 below the carrying sub-carrier of the hollow side part, the feeding lower sector plate 13 is screwed out of the hollow side part, and the carrying carrier 7 at the lowest part falls into the optical disc indexing device 3;
the optical disc indexing device 3 comprises an indexing drop input slot 15 which is used for bearing and falling from the carrier 7 and inclining downwards;
the lower outlet of the indexing drop input slot 15 is connected with the upper inlet of an indexing spiral channel 16; a plurality of tangentially arranged indexing output components 17 are arranged on the indexing spiral channel 16 in a way of dividing to receive the rotary falling output carrier 7 and output the rotary falling output carrier to the corresponding recorder;
the indexing output assembly 17 comprises an indexing output passage with an inlet in tangential communication with the indexing helical channel 16; an indexing swing baffle 18 is arranged on the indexing spiral channel 16 to swing to realize switching guidance 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 2 is arranged in front of the indexing output station 19 to limit the carrier 7; an indexing involution baffle 21 is oppositely opened and closed below the indexing output station 19, and the indexing involution baffle 21 is reset and closed through a spring;
a lower vertical downward indexing process ejector rod 22 and an auxiliary indexing elastic sucking disc 23 which are carried by a manipulator are arranged above the indexing output station 19;
the indexing process lower ejector rod 22 is used for ejecting the upper surface of the indexing involution baffle 21 downwards so as to open the involution baffle, so that the carrier 7 falls;
and the indexing auxiliary elastic sucking disc 23 is used for sucking the carrying carrier 7 so as to suck the falling carrier to output.
The recording auxiliary component of the case assistant of this embodiment includes a recording device 4 for recording an optical disc; the transfer device 5 is arranged on one side of the recording device 4 to realize the feeding and discharging of the recording optical disk part 1 by the recording device 4; and the storage device 6 is used for storing the recording optical disk piece 1 to be transferred so as to realize temporary ferry between the internal network and the external network.
The recording device 4 comprises a placing rack 31; a placing limit block 32 is arranged on the placing rack 31, and the burning computer 33 is placed on the placing rack 31 and is placed at the limit block 32;
the placing rack 31 is provided with a recording interface guide groove track 34 which is arranged at the interface of the recording computer 33; a recording connector push rod 36 is arranged on the recording interface guide groove track 34 in a walking mode, a recording data clamping head 35 of a data line of a recorder is arranged on the recording connector push rod 36, the recording connector push rod 36 is driven to drive the recording data clamping head 35 to be plugged into a corresponding recording computer 33 interface, and data transmission is achieved; a CD-RW drive tray 38 with a CD-RW drive separately arranged at the far end of the placing rack 31 to be separated from the CD-RW computer 33;
the recording data chuck 35 is connected with a recording sheath sleeve connecting joint 37 of a data line of a recorder so as to avoid direct traction of the data line;
a recording tray process notch 39 is arranged on the recording optical drive tray 38, a recording bottom upper top 48 is arranged below the opening station of the recording optical drive tray 38 and rises upwards to enter the recording tray process notch 39, and the recording optical drive piece 1 is lifted upwards and leaves; a fiber material is arranged on the top head 48 at the bottom of the recording so as to prevent the recording surface of the recording optical disk piece 1 from being scratched; the disc-carving CD-ROM drive disc 38 rotates at the center and petal-type disc-carving disc center arc-shaped elastic pieces 4 are distributed in a circumferential array mode, and a disc-carving center top guide plate 41 is arranged at the top of the disc-carving disc center arc-shaped elastic pieces 4;
a recording taking disc component is arranged above the opening station of the tray 38 of the recording CD-ROM driver;
the recording taking disc assembly comprises a recording transfer moving arm 42, a recording lifting carrier plate 43 is arranged at the lower end of the recording transfer moving arm 42, a recording lifting suction nozzle 44 is arranged at the periphery below the recording lifting carrier plate 43, and a recording inclined clamping sector arc plate 46 is arranged at the center of the recording lifting carrier plate 43; a recording pressing clamping rod part 45 is arranged on the recording transfer moving arm 42, and a recording pressing holding sleeve 47 sleeved on a recording inclined plane clamping sector arc plate 46 is arranged at the lower end of the recording pressing clamping rod part 45;
after the recording press-down clamping sleeve 47 is pressed down, the inner side wall of the recording press-down clamping sleeve contacts the outer side wall of the recording inclined plane clamping fan-shaped arc plate 46, and after the recording inclined plane clamping fan-shaped arc plate 46 is pressed, the inner side wall of the recording press-down clamping fan-shaped arc plate presses the outer side wall of the central arc-shaped elastic sheet 4 of the recording tray and enables the same to be gathered to the center and; the recording lifting suction nozzle 44 is used for adsorbing the upper surface of the recording optical disk piece 1 to realize the taking of the recording optical disk piece 1 on the tray 38 of the recording optical drive;
the transfer device 5 comprises a transfer swing bearing seat 24 with a transfer inlet and outlet 28, and the transfer swing bearing seat is provided with an upper swing station and a lower swing station;
at the upper swing station, the transfer inlet/outlet 28 receives the carrying carrier 7 carrying the recording optical disc 1 and fed by the previous process, and the carrying carrier 7 slides into the root of the transfer swing bearing seat 24, so that the optical disc 1 to be recorded is taken out for recording;
at the lower swing station, the recorded optical disc 1 is sent out to the next process along the transfer inlet/outlet 28;
a transfer lower pressing stop arm 25 and a transfer reverse push plate 26 are arranged at the root of the transfer swing bearing seat 24, the transfer lower pressing stop arm 25 and the transfer reverse push plate 26 form an inverted L shape, and a transfer process upper ejector rod 27 is arranged below the root of the transfer swing bearing seat 24;
a transfer lower pressing arm 25 for extending and pressing the upper end surface of the carrying carrier 7, and simultaneously, the upper end of a transfer process upper ejector rod 27 for ejecting the recording optical disc 1;
a transfer reverse push plate 26 for reversely pushing out the recorded optical disk unit 1;
a transfer conveyor belt is arranged at the output end of the lower swing station, and a transfer password labeling machine 29 is arranged on the transfer conveyor belt to attach a security level mark;
the transfer output mechanical arm 3 is arranged at the terminal of the transfer conveyor belt and is used for taking out the recording optical disk unit 1 and stacking and storing the supporting and conveying carrier 7;
the storage device 6 comprises a stacking matrix grid 5 with a one-way gate machine to store the recording optical disk piece 1 transmitted in one way; an outer net sending-out mechanical arm 49 and an inner net sending-in mechanical arm 51 are arranged on two sides of the stacking matrix grid 5 with the one-way gate, so that the recording optical disk piece 1 can be directionally taken.
In the case assistant pre-burning auxiliary method of the embodiment, the pre-burning process comprises the following steps;
s11, first, placing the recording disc 1 in the sinking groove of the corresponding carrier 7; then, placing the carrying carrier 7 into a vertical guide channel of the lower falling guide frame 1 according to the direction of the carrier process side flat 8;
s12, first, the feed rotary lever 11 is started to rotate; then, when the lower sector plate 13 is screwed into the outer edge lower surface of the carrying carrier 7 at the lowest part of the hollow side part carrying, the upper sector plate 12 is screwed out of the hollow side part; secondly, the feeding upper sector plate 12 is screwed into the lower surface of the outer edge of the carrying carrier 7 below the carrying sub-time of the hollow side part, the feeding lower sector plate 13 is screwed out of the hollow side part, and the carrying carrier 7 at the lowest part falls into the optical disc indexing device 3; sequentially and alternately;
s21, first, the carrier 7 falls into the index-drop input slot 15; then, the spiral descending channel is conveyed to a designated indexing output assembly 17 along the indexing spiral channel 16;
s22, firstly, the indexing swing baffle 18 swings to switch guide, so as to realize opening at the inlet of the indexing output channel and block the indexing spiral channel 16; then, the carrying carrier 7 reaches the upper part of the indexing involution baffle 21 along the indexing output channel; secondly, the indexing auxiliary elastic sucker 23 sucks four corners of the carrying carrier 7; thirdly, the lower ejector rod 22 of the indexing process is pressed downwards and overcomes the spring force to open the indexing involution baffle 21; then, the indexing auxiliary elastic suction cup 23 descends to drive the carrying carrier 7 to move downwards.
The recording auxiliary process of the case assistant comprises the following steps;
s31, firstly, placing the recording computer 33 on the placing rack 31 and at the position of the limit block 32; then, the recording connector push rod 36 is driven to drive the recording data chuck 35 to be inserted into the corresponding recording computer 33 interface, so as to realize data transmission;
s32, firstly, at the upper swing station, the transfer port 28 receives the carrying carrier 7 carrying the recording optical disc 1 and fed by the previous process, and the carrying carrier 7 slides into the root of the transfer swing bearing seat 24, so that the optical disc 1 to be recorded is taken out for recording; then, the transfer lower pressing arm 25 extends out to press on the upper end surface of the carrying carrier 7, and the transfer process upper ejector rod 27 upwards takes out the optical disc piece 1 to be recorded through the transfer swing bearing seat 24 and the carrying carrier 7; secondly, the recording lifting suction nozzle 44 adsorbs the upper surface of the recording optical disk piece 1, and the optical disk piece 1 to be recorded is placed at the center of the recording optical drive tray 38 and clamped by the petal-shaped recording tray center arc-shaped elastic sheet 4; thirdly, recording is carried out;
s33, firstly, after the recording, the CD-ROM drive tray 38 reaches the opening station; then, after the recording press-down holding sleeve 47 is pressed down, the inner side wall of the recording press-down holding sleeve contacts with the outer side wall of the recording inclined plane clamping sector arc plate 46, and after the recording inclined plane clamping sector arc plate 46 is pressed, the inner side wall of the recording press-down holding sleeve presses the outer side wall of the central arc-shaped elastic sheet 4 of the recording tray and enables the outer side wall to be gathered to the center and contracted; secondly, the recording lifting suction nozzle 44 adsorbs the upper surface of the recording optical disk piece 1, so that the recording optical disk piece 1 is taken out of the tray 38 of the recording optical disk drive and is placed 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 carrying carrier 7, and the recorded optical disc 1 is delivered to the input end of the transfer conveyor along the transfer inlet/outlet 28;
s34, firstly, on the transfer conveyor belt, the transfer cipher labeler 29 sticks the secret level mark to the recording optical disk 1; then, the transfer output mechanical arm 3 takes out the recording optical disk unit 1 and stacks and stores the carrying carrier 7;
s4, firstly, the outer net sending-out mechanical arm 49 or the inner net sending-in mechanical arm 51 receives the recording optical disk part 1 output by the transfer output mechanical arm 3 and puts the recording optical disk part into the corresponding stacking matrix grid 5 with the one-way gate; then, the inner net feeding manipulator 51 or the outer net feeding manipulator 49 takes out and outputs the corresponding optical disk unit 1 in the stacking matrix grid 5 with the one-way gate.
The case assistant apparatus of the present embodiment includes a pre-recording assembly and a recording assistant assembly.
The case assistant device of the embodiment comprises a pre-recording component and a recording auxiliary component which are matched with a software part of the case assistant.
The case assistant method of the embodiment comprises the following procedures;
firstly, executing an auxiliary method before recording;
then, a burning auxiliary process is performed.
The indexing auxiliary elastic sucking disc 23 adsorbs the carrier 7 and falls down to be output to the transfer inlet/outlet 28 of the upper swing station.
The invention realizes the ferry of the recording optical disk part 1, ensures the safety and the unidirectionality of data transmission between an internal network and an external network, realizes the automatic falling output of the optical disk feeding device 2, realizes the automatic graduation of the optical disk dividing device 3 according to different requirements of different departments, can simultaneously meet the work of a plurality of recorders, improves the work efficiency, ensures the work efficiency, avoids waiting, realizes the printing of the recording device 4, realizes the subsequent work after the recording of the optical disk by the transferring device 5, realizes the storage by the storage device 6, realizes the carrying by the carrying carrier 7, conveniently positions the hollow plum blossom-shaped notch 9 position of the carrier by the carrier process side flat 8 so as to be convenient for the upper top to be taken out, sends the lower guide frame 1 to realize the guiding, sends the rotary rod 11 to realize the falling driving, sends the upper fan-shaped plate 12 to the lower fan-shaped plate 13, sends the process gap 14 to skillfully realize the automatic dividing falling, the index falling input groove 15 is convenient to accept, the index spiral groove 16, the index output component 17, the index swing baffle 18, the index output station 19 and the index limit baffle 2 realize the output of different paths of the optical disk, the index closing baffle 21 realizes the bearing and the opening output, the lower ejector rod 22 of the index process and the index auxiliary elastic sucker 23 realize the stable falling, 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 pressing baffle arm 25, the transfer reverse push plate 26, the upper ejector rod 27 of the transfer process and the transfer inlet and outlet 28 realize the transmission and the waiting of the optical disk carrier, the transfer code labeler 29 marks such as date, unit, code and text, the transfer output mechanical arm 3 transfers, the placing rack 31, the placing limit block 32 is convenient for placing the recording computer 33, the recording interface guide groove rail 34 and the recording data chuck 35, the recording connector push rod 36 is convenient to automatically insert, the recording outer sheath sleeve connecting connector 37 is connected to avoid damage to a data line, the recording CD-ROM drive tray 38, a recording tray process notch 39, the recording tray center arc-shaped elastic sheet 4, a recording center top guide plate 41, which is convenient for the CD to be automatically centered and clamped and rotated, a recording transfer moving arm 42, a recording lifting support plate 43, a recording lifting suction nozzle 44, a recording pressing clamping rod part 45, a recording inclined plane clamping fan-shaped arc plate 46, a recording pressing clamping sleeve 47 and a recording bottom upper ejector 48. The manipulator 49 is sent out to the outer net, takes one-way floodgate machine pile up neatly matrix net 5, and the manipulator 51 is sent into to the intranet, has realized unidirectional transmission, and the at utmost has reduced personnel's participation, has carried out physical isolation, unidirectional transmission, safe and reliable.

Claims (10)

1. A case assistant, comprising: comprises a software part including
The system login method comprises the steps of firstly, inputting a user name and a password to log in a system; then, after login is successful, selecting a role;
the system homepage is displayed after the system is successfully logged in, and relevant information is displayed on the system homepage according to the current login authority; the system homepage includes: setting early warning short message data within time; setting internal early warning data in a set time period, and displaying the sending conditions of the early warning data in the set time period according to the preset setting of the system, namely the sent quantity, the unsent quantity, the successful sending quantity and the failed sending quantity;
the early warning recording module is used for inquiring according to time periods: inputting the starting time, and automatically calling the information data of the early-warning case which is successfully sent and meets the case handling deadline and the like according to the current input time period; one-way early warning detail: double-clicking a single corresponding case through a mouse, and checking early warning detail information of the next stage of the corresponding case;
the special service statistical module displays the early warning data of each service in a selected time period; carrying out special query according to the service type;
a system management module, wherein the personal center module clicks the setting icon to be popped up; a button for switching the background is provided to enter the background management platform; having case handling unit management data; the case handling unit management data comprises newly added case handling units, synchronous law enforcement case handling basic data and a user management module;
the user management module is provided with a newly added user module and a user information modification module; the newly added user module comprises a case handling unit, a worker name, an identity card number, a contact mode, a mail address, a login name, a password, a state and a right;
the short message template setting module is provided with a short message prompt;
the early warning data to be sent comprises case handling units, case numbers, case names, case time nodes, sending types and case handling staff;
and the resource management module is provided with a parent-child level resource, a resource type, a resource name, a menu display name, a resource link path, an opening mode, resource authority distribution and a priority sequencing code.
2. A recording front assembly of case assistant is characterized in that: comprises a procedure connected optical disk feeding device (2) and an optical disk indexing device (3);
an optical disk feeding device (2) for feeding the carrying carrier (7) carrying the recording optical disk member (1) one by one to the optical disk indexing device (3);
the optical disc indexing device (3) is used for conveying the carrying carrier (7) carrying the recording optical disc piece (1) to the corresponding recorder.
3. A pre-copy assembly for a case assistant according to claim 2, further comprising: the middle part of the supporting and conveying carrier (7) is provided with a sinking groove for bearing the recording optical disc piece (1); the lateral part of the upper end of the supporting and conveying carrier (7) is provided with a horizontal outer edge; two symmetrical carrier process side plates (8) are arranged on the outer edge of the supporting and conveying carrier (7), and a carrier hollow plum blossom-shaped notch (9) is arranged at the bottom of the supporting and conveying carrier (7);
the carrying carrier (7) is provided with a roller;
the optical disk feeding device (2) comprises a feeding falling lower guide frame (10) which is vertically arranged up and down; a hollow side part is arranged at the side part of the feeding falling lower guide frame (10); a feeding rotating rod (11) is vertically arranged at the lower part of the hollow side part; the feeding rotary rod (11) is high and low and is provided with a feeding upper sector plate (12) and a feeding lower sector plate (13) in a staggered manner, and the feeding upper sector plate (12) and the feeding lower sector plate (13) are respectively contacted with the lower surfaces of the corresponding horizontal outer edges; a feeding process gap (14) is arranged 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 carrier (7);
when the feeding lower sector plate (13) is screwed into the outer edge lower surface of the supporting and feeding carrier (7) at the lowest supporting and feeding of the hollow side part, 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 outer edge lower surface of the carrying carrier (7) below the carrying time of the hollow side part, the feeding lower sector plate (13) is screwed out of the hollow side part, and the carrying carrier (7) at the lowest part falls into the optical disc indexing device (3);
the optical disc indexing device (3) comprises an indexing falling input groove (15) which is used for bearing falling and declining from the carrying carrier (7);
the lower outlet of the indexing falling input groove (15) is connected with the upper inlet of an indexing spiral groove channel (16); a plurality of tangentially arranged indexing output components (17) are arranged on the indexing spiral channel (16) in a way to receive the rotary falling output carrier (7) and output the rotary falling output carrier to the corresponding recorder;
the indexing output assembly (17) comprises an indexing output passage, the inlet of which is tangentially communicated with the indexing spiral channel (16); an indexing swing baffle (18) is arranged on the indexing spiral channel (16) to swing to realize switching and guiding between an indexing output channel inlet 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 carrier (7); an indexing involution baffle (21) is oppositely opened and closed below the indexing output station (19), and the indexing involution baffle (21) is reset and closed through a spring;
a vertical downward indexing process lower ejector rod (22) and an indexing auxiliary elastic sucking disc (23) which are carried by a manipulator are arranged above the indexing output station (19);
the indexing process lower ejector rod (22) is used for ejecting the upper surface of the indexing involution baffle (21) downwards so as to open the involution baffle, and the supporting and conveying carrier (7) falls;
and the indexing auxiliary elastic sucking disc (23) is used for sucking the carrying carrier (7) so as to suck the falling carrier to output.
4. A burning auxiliary component of a case assistant is characterized in that: comprises a recording device (4) for recording the optical disc; the transfer device (5) is arranged on one side of the recording device (4) to realize the feeding and discharging of the recording optical disk piece (1) by the recording device (4); and the storage device (6) is used for storing the recording optical disk piece (1) to be transferred so as to realize temporary storage of ferry between the internal network and the external network.
5. A burning aid assembly as claimed in claim 4, in which: the recording device (4) comprises a placing rack (31); a placing limit block (32) is arranged on the placing rack (31), and the burning computer (33) is placed on the placing rack (31) and is placed at the position of the limit block (32);
a recording interface guide groove track (34) is arranged on the placing rack (31) and is arranged at the interface of the recording computer (33); a recording connector push rod (36) is arranged on the recording interface guide groove rail (34) in a walking mode, a recording data clamping head (35) of a data line of a recorder is arranged on the recording connector push rod (36), and the recording connector push rod (36) is driven to drive the recording data clamping head (35) to be plugged into a corresponding recording computer (33) interface, so that data transmission is achieved; a CD-RW drive tray (38) with a CD-RW drive is separately arranged at the far end of the placing rack (31) to be separated from the CD-RW drive tray (33);
the recording data chuck (35) is connected with a recording outer sheath sleeve connecting joint (37) of a data line of a recorder so as to avoid direct traction of the data line;
a recording tray process notch (39) is formed in a disc (38) of the recording optical drive, a recording bottom upper ejector (48) is arranged below the opening station of the disc (38) of the recording optical drive and ascends to enter the recording tray process notch (39) to eject the recording optical disc piece (1) upwards; a fiber material is arranged on the top (48) at the bottom of the recording to avoid scratching the recording surface of the recording optical disc piece (1); petal-type recording tray center arc-shaped elastic pieces (40) are rotationally distributed at the center of a recording CD driver tray (38) in a circumferential array mode, and a recording center top guide plate (41) is arranged at the top of the recording tray center arc-shaped elastic pieces (40);
a recording taking disc component is arranged above the opening station of the disc (38) of the recording CD-ROM driver;
the recording taking disc component comprises a recording transfer moving arm (42), a recording lifting carrier plate (43) is arranged at the lower end of the recording transfer moving arm (42), recording lifting suction nozzles (44) are arranged on the periphery below the recording lifting carrier plate (43), and a recording inclined clamping sector arc plate (46) is arranged at the center of the recording lifting carrier plate (43); a recording pressing clamping rod part (45) is arranged on the recording transfer moving arm (42), and a recording pressing holding sleeve (47) sleeved on a recording inclined plane clamping sector arc plate (46) is arranged at the lower end of the recording pressing clamping rod part (45);
after the recording press-down clamping sleeve (47) is pressed down, the inner side wall of the recording press-down clamping sleeve contacts the outer side wall of the recording inclined plane clamping sector arc plate (46), and after the recording inclined plane clamping sector arc plate (46) is pressed, the inner side wall of the recording press-down clamping sector arc plate presses the outer side wall of the central arc-shaped elastic sheet (40) of the recording tray and enables the outer side wall to be gathered to the center and contract; the recording lifting suction nozzle (44) is used for adsorbing the upper surface of the recording optical disk piece (1) to realize the taking of the recording optical disk piece (1) on the tray (38) of the recording optical drive;
the transfer device (5) comprises a transfer swing bearing seat (24) with a transfer inlet and outlet (28), and the transfer swing bearing seat is provided with an upper swing station and a lower swing station;
at the upper swing station, the transfer inlet and outlet (28) receives the carrying carrier (7) which is sent by the previous process and is loaded with the recording optical disk piece (1), and the carrying carrier (7) slides into the root part of the transfer swing bearing seat (24) so that the optical disk piece (1) to be recorded is taken out for recording;
at the lower swing station, the recorded compact disc (1) is sent out to the next process along the transfer inlet and outlet (28);
a transfer lower pressing stop arm (25) and a transfer reverse push plate (26) are arranged at the root of the transfer swing bearing seat (24), the transfer lower pressing stop arm (25) and the transfer reverse push plate (26) form an inverted L shape, and a transfer process upper ejector rod (27) is arranged below the root of the transfer swing bearing seat (24);
the transfer lower pressing arm (25) is used for extending out and pressing the upper end surface of the supporting and conveying carrier (7), and meanwhile, the upper end of the transfer process upper ejector rod (27) is used for ejecting the recording optical disc piece (1);
a transfer reverse push plate (26) for reversely pushing out the recorded optical disc (1);
a transfer conveyor belt is arranged at the output end of the lower swing station, and a transfer password labeling machine (29) is arranged on the transfer conveyor belt to attach a security level mark;
the transfer output mechanical arm (30) is arranged at the terminal of the transfer conveyor belt and is used for taking out the recording optical disk piece (1) and stacking and storing the supporting and conveying carrier (7);
the storage device (6) comprises a stacking matrix grid (50) with a one-way gate machine to store the recording optical disk piece (1) transmitted in one way; an outer net sending-out mechanical arm (49) and an inner net sending-in mechanical arm (51) are arranged on two sides of a stacking matrix grid (50) with a one-way gate machine, so that the recording optical disk piece (1) can be directionally taken.
6. A recording front auxiliary method of case assistant is characterized in that: the process before burning comprises the following steps;
s1.1, firstly, placing the recording optical disk piece (1) in a sinking groove of a corresponding supporting and conveying carrier (7); then, placing the supporting and conveying carrier (7) into a vertical guide channel of a conveying and falling lower guide frame (10) according to the direction of a carrier process side flat (8);
s1.2, firstly, starting a feeding rotary rod (11) to rotate; then, when the feeding lower sector plate (13) is screwed into the outer edge lower surface of the carrying carrier (7) at the lowest part of the carrying of the hollow side part, the feeding upper sector plate (12) is screwed out of the hollow side part; secondly, the feeding upper sector plate (12) is screwed into the lower surface of the outer edge of the carrying carrier (7) below the carrying time of the hollow side part, the feeding lower sector plate (13) is screwed out of the hollow side part, and the carrying carrier (7) at the lowest part falls into the optical disc indexing device (3); sequentially and alternately;
s2.1, firstly, the carrying carrier (7) falls into the indexing falling input groove (15); then, the spiral descending channel along the indexing spiral channel (16) is transmitted to a designated indexing output assembly (17);
s2.2, firstly, the indexing swing baffle (18) swings, switches and guides to realize opening at an inlet of an indexing output channel and block the indexing spiral channel (16); then, the carrying carrier (7) reaches the upper part of the indexing involution baffle (21) along the indexing output channel; secondly, the indexing auxiliary elastic sucking disc (23) sucks four corners of the carrying carrier (7); thirdly, a lower ejector rod (22) in the indexing process is pressed downwards and overcomes the spring force to open an indexing involution baffle (21); then, the indexing auxiliary elastic sucking disc (23) descends to drive the carrying carrier (7) to move downwards and send out.
7. A recording auxiliary process of a case assistant is characterized in that: comprises the following steps;
s3.1, firstly, placing a burning computer (33) on a placing rack (31) and placing the burning computer at a position of a limiting block (32); then, a recording connector push rod (36) is driven to drive a recording data clamping head (35) to be inserted into a corresponding recording computer (33) interface, so that data transmission is realized;
s3.2, firstly, at the upper swing station, the transfer inlet and outlet (28) receives the carrying carrier (7) which is sent by the previous process and is loaded with the recording optical disk piece (1), and the carrying carrier (7) slides into the root of the transfer swing bearing seat (24) so that the optical disk piece (1) to be recorded is taken out for recording; then, a transfer lower pressing arm (25) extends out to press the upper end face of the supporting and conveying carrier (7), and an upper ejector rod (27) in the transfer process upwards takes out the optical disc piece (1) to be recorded through a transfer swing bearing seat (24) and the supporting and conveying carrier (7); secondly, the recording lifting suction nozzle (44) adsorbs the upper surface of the recording optical disk piece (1), the optical disk piece (1) to be recorded is placed at the center of the tray (38) of the optical recording drive and is clamped by a petal-shaped arc-shaped elastic sheet (40) at the center of the recording tray; thirdly, recording is carried out;
s3.3, firstly, after recording, the tray (38) of the CD-ROM drive reaches an opening station; then, after the recording press-down clamping sleeve (47) is pressed down, the inner side wall of the recording press-down clamping sleeve contacts the outer side wall of the recording inclined plane clamping sector arc plate (46), and after the recording inclined plane clamping sector arc plate (46) is pressed, the inner side wall of the recording press-down clamping sector arc plate presses the outer side wall of the central arc-shaped elastic sheet (40) of the recording tray and enables the outer side wall to be gathered to the center and contract; secondly, the recording lifting suction nozzle (44) adsorbs the upper surface of the recording optical disk piece (1) to realize that the recording optical disk piece (1) is taken out of the tray (38) of the recording optical drive and is put into the transfer swing bearing seat (24); thirdly, at a lower swing station, the transfer lower pressing arm (25) leaves the upper end face of the supporting and conveying carrier (7), and the recorded compact disc (1) is conveyed out to the input end of the transfer conveyor belt along a transfer inlet and outlet (28);
s3.4, firstly, on a transfer conveyor belt, a transfer password labeling machine (29) sticks a secret level mark to the recorded optical disk piece (1); then, the transfer output mechanical arm (30) takes out the recording optical disk piece (1) and stacks and stores the supporting and conveying carrier (7);
s4, firstly, an outer net sending-out mechanical arm (49) or an inner net sending-in mechanical arm (51) receives the recording optical disk pieces (1) output by the transfer output mechanical arm (30) and puts the recording optical disk pieces into a corresponding stacking matrix grid (50) with a one-way gate; then, the inner net feeding mechanical arm (51) or the outer net feeding mechanical arm (49) takes out and outputs the disc-recording piece (1) in the corresponding stacking matrix grid (50) with the one-way gate machine.
8. A case assistant apparatus, comprising: comprising the pre-recording assembly of claim 2 and the auxiliary recording assembly of claim 4.
9. A case assistant apparatus, comprising: comprising the pre-inscription assembly of claim 2 and the inscription assist assembly of claim 4, which are configured with the software portion of the case assistant of claim 1.
10. A case assistant method is characterized in that: comprises the following steps;
first, the auxiliary method before recording of claim 6 is executed;
then, performing the burning auxiliary process of claim 7;
wherein, the indexing auxiliary elastic sucker (23) adsorbs the carrier (7) and falls down to be output to a transfer inlet/outlet (28) of the upper swing station.
CN202110268502.2A 2021-03-12 2021-03-12 Case assistant, assembly and method Pending CN112926944A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202110268502.2A CN112926944A (en) 2021-03-12 2021-03-12 Case assistant, assembly and method

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202110268502.2A CN112926944A (en) 2021-03-12 2021-03-12 Case assistant, assembly and method

Publications (1)

Publication Number Publication Date
CN112926944A true CN112926944A (en) 2021-06-08

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Family Applications (1)

Application Number Title Priority Date Filing Date
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Country Status (1)

Country Link
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113783888A (en) * 2021-09-22 2021-12-10 深圳市弘凯人工智能科技有限公司 Network threat early warning monitoring system based on artificial intelligence
CN114244979A (en) * 2021-12-02 2022-03-25 唐山开用网络信息服务有限公司 Law enforcement audio and video recording acquisition system and workstation manufacturing device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113783888A (en) * 2021-09-22 2021-12-10 深圳市弘凯人工智能科技有限公司 Network threat early warning monitoring system based on artificial intelligence
CN113783888B (en) * 2021-09-22 2023-02-17 北京中电拓方科技股份有限公司 Network threat early warning monitoring system based on artificial intelligence
CN114244979A (en) * 2021-12-02 2022-03-25 唐山开用网络信息服务有限公司 Law enforcement audio and video recording acquisition system and workstation manufacturing device

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