Data storage center and components

Abstract

The present invention relates to a personalized electronic contract processing method and data storage center. This method directly converts customer information and order details into electronic contract content upon order placement. Production can commence upon mobile device signature. The method comprises: S1, entering information into a pre-configured quotation template provided by Chuanyun based on customer needs, such as the customer's payment terms, billing period, tax rate, quantity, price, and invoice type. This information is then verified and archived. The present invention features a rational design, compact structure, and ease of use.

Description

Technical Field

[0001] The present invention relates to an electronic contract processing method and a data storage center, in particular to an electronic contract processing method and a data storage center. Background Art

[0002] With the rapid development of e-commerce, more and more companies are turning to electronic contract signing to quickly lock in customers, reduce costs, and improve efficiency. Traditional order-based manufacturing companies have a slow contract preparation and signing process. Contract terms often remain largely the same, but they need to be re-entered based on customer information and order details. This prevents consistent citation of duplicate data and clauses, significantly impacting work efficiency and increasing the error rate. Furthermore, in digital management, the management of contract data and other data is crucial. Databases generate significant heat during operation, making fire prevention crucial. Fire protection for data centers also requires solutions. Summary of the Invention

[0003] The technical problem to be solved by the present invention is generally to provide an electronic contract processing method and data storage center that can be tailored to each individual; the parent case electronic contract processing method and data storage center, patent number 2020106961239; application date: 20200720.

[0004] In order to solve the above problems, the technical solution adopted by the present invention is:

[0005] A method for processing electronic contracts involves building a Chuanyun system and connecting it to a third-party payment institution. The third-party payment institution has a role called Contract Seal Administrator, which the enterprise can authorize to manage. When an order is signed and sealed, the administrator will receive a notification message indicating that the seal application has been approved. Enterprise certification must first be completed at the third-party payment institution, and the enterprise is required to upload its electronic seal during certification.

[0006] The method includes:

[0007] S1. Enter the information into the pre-set quotation template of Chuanyun according to the customer's needs. The information includes the customer's payment terms, billing period, tax rate, quantity, price, and invoice type. After confirmation, the information will be archived.

[0008] S2: After the customer approves the quotation, the data entered in the quotation phase is filled into the customer order template set up in the Tritium Cloud to generate a customer order;

[0009] S3. After the customer's order is reviewed, the customer chooses whether to initiate a third-party payment institution signature. If yes, the customer will be automatically redirected to the third-party payment institution signature interface. At the same time, the existing data in the customer order module will be filled into the third-party payment institution's electronic contract template. The electronic contract includes: customer contract, procurement contract, process outsourcing contract, and whole order outsourcing contract. The contract terms are set in advance.

[0010] S4: Initiate contract signing on Chuanyun. The order of signing between Party A and Party B is determined based on the actual situation. Party A and Party B receive a signing link SMS via their mobile devices to complete the legally binding signing.

[0011] S5. After both parties have signed and stamped the electronic contract, it will be kept in a third-party payment institution, and the administrator can group and archive it;

[0012] S6, based on the signed order sent back by Tritium Cloud, directly arranges production and completes the closed-loop data from customer order placement to contract completion.

[0013] A data storage center comprises a data room and a terminal device, a fire extinguishing device and / or a protection device arranged in the data room; a data cabinet is provided in the data room; and a top component and a lower plate are provided in the data room.

[0014] As a further improvement of the above technical solution:

[0015] The terminal device is used to disconnect the external terminal of the power line and / or communication line from the movable terminal; the terminal device includes a fixed wire clamp and a movable wire clamp arranged on one side of the fixed wire clamp;

[0016] The external terminal is clipped into the fixed wire clip for external electrical connection;

[0017] The active wire end is clamped in the active wire clip to be electrically connected to the server in the data storage center;

[0018] A plurality of wire top heads opposite to the movable wire clamps are telescopically arranged on the fixed wire clamp, and a wire external top spring is connected between the wire top head and the fixed wire clamp; a wire electromagnetic seat is arranged on the fixed wire clamp, and a wire magnetic seat is arranged on the movable wire clamp; the wire magnetic seat is connected to a backup battery;

[0019] When the mains is on, the line magnetic seat is disconnected from the backup battery. When the mains is off, the line magnetic seat is connected to the backup battery through the relay path. The line magnetic seat is energized, and repel and separate from the line magnetic seat. The external top spring of the line pushes the line top head, and the line top head pushes the movable line clamp, so that the external terminal head is separated from the movable terminal head.

[0020] The data room is equipped with wiring holes for connecting lines and circulating water channels for cooling;

[0021] The fire extinguishing device includes a CO2 tank body, a lower air bag is provided in the CO2 tank body for storing CO2 gas, a pressure valve is provided on the lower air bag, and a needle for puncturing the air bag is provided in the pressure valve;

[0022] When a fire occurs, the lower airbag is heated to a temperature higher than the set threshold, and the lower airbag expands thermally and comes into contact with the airbag puncturing needle, causing it to be punctured and leak air. The leaked air is discharged through the pressure valve to extinguish the fire.

[0023] The protection device includes a suspension device provided on the top member and a locking device provided on the lower plate;

[0024] A lower channel opening is provided below the data cabinet body of the lower plate; a bottom buffer spring is provided below the lower channel opening for contacting the lower surface of the descending data cabinet body;

[0025] The suspension device includes a hanging ear arranged above the data cabinet; a top hanging seat on the top component, a hanging center shaft horizontally arranged on the top hanging seat, hanging top springs sleeved at both ends of the hanging center shaft, a hanging inclined plane guide sleeve sleeved on the hanging center shaft connected to the hanging top spring, a hanging rotating inclined plane sleeve provided on the hanging center shaft to contact the hanging inclined plane guide sleeve, and a guide wheel for winding a hanging fire rope provided at the center of the hanging center shaft; the hanging ear is connected to the hanging fire rope;

[0026] A suspension radial ejector pin is radially extended on the suspension center axis and connected via a suspension radial spring. A suspension opening sleeve is sleeved on the outer side of the suspension radial ejector pin. A suspension head solid end sleeve is coaxially arranged on the outer side of the suspension opening sleeve. A suspension external fin is radially arranged on the outer side wall of the suspension opening sleeve. A suspension internal engaging groove is arranged on the inner side wall of the suspension head solid end sleeve to correspond to the suspension external fin.

[0027] When the data cabinet is lowered, the suspension rotating bevel sleeve rotates, and the shaft is used to overcome the length difference of the suspension top spring to push the suspension bevel guide sleeve axially due to friction, thereby achieving deceleration and descent; when the data cabinet's descent speed exceeds a threshold, the suspension radial top pin overcomes the suspension radial spring to extend out of the inner side wall of the outer top suspension opening sleeve, so that the suspension opening sleeve opens, and the suspension's external fins enter the suspension's internal engagement groove to achieve braking and deceleration. A rotating hinge shaft is provided above the lower channel opening, and a flip bottom plate swings on the hinge shaft to cover the lower channel opening to carry the data cabinet or open the lower channel opening to drop the channel data cabinet; an electromagnetic clutch movable end is provided at the end of the hinge shaft, an electromagnetic clutch sliding end for engaging with the electromagnetic clutch movable end is provided on the lower plate, an electromagnetic clutch engaging end after engagement is provided at the end of the electromagnetic clutch sliding end, and an electromagnetic thrust spring is provided between the electromagnetic clutch sliding end and the electromagnetic clutch engaging end after engagement;

[0028] After the electromagnetic clutch is engaged, the engaging end and the electromagnetic clutch sliding end are connected to a battery; when the mains power is on, the engaging end and the electromagnetic clutch sliding end are disconnected from the battery after the electromagnetic clutch is engaged, and the electromagnetic thrust spring pushes the electromagnetic clutch sliding end to engage with the electromagnetic clutch movable end; when the mains power is off, the engaging end and the electromagnetic clutch sliding end are connected to the battery after the electromagnetic clutch is engaged, and the engaging end and the electromagnetic clutch sliding end are electrically engaged, so that the electromagnetic clutch sliding end is separated from the electromagnetic clutch movable end, and the lower channel opening is opened;

[0029] A horizontally swinging blocking pressure piece and a fixedly set blocking U-shaped clamping seat with an opening facing horizontally are provided on the lower plate on one side of the flip bottom plate; a blocking driving arm is connected to the end of the blocking pressure piece, a blocking driving sleeve is slidably sleeved on the blocking driving arm, the blocking driving sleeve is hingedly connected to a blocking driving rod with a built-in spring, and a blocking locking pin is provided on one side of the blocking driving rod; the blocking locking pin is used to radially insert the blocking driving rod to block its swing; the blocking locking pin is controlled to extend and retract by a relay; when the relay loses power, the blocking locking pin retracts and separates from the blocking driving rod, and the blocking driving rod drives the blocking driving arm to swing through the blocking driving sleeve, so that the blocking pressure piece separates from the blocking U-shaped clamping seat after swinging and leaves the top of the lower plate.

[0030] The present invention has a reasonable design, low cost, strong durability, safety and reliability, simple operation, time and labor saving, money saving, compact structure and convenient use. The present invention provides a simple and efficient electronic contract method for preparing and signing contracts. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 This is a flow chart of the enterprise electronic seal filing and customer order generation of the present invention.

[0032] Figure 2 This is the diagram of obtaining a signed electronic contract according to the present invention.

[0033] Figure 3 It is a structural schematic diagram of the present invention.

[0034] Figure 4 It is a structural schematic diagram of the present invention.

[0035] Figure 5 It is a schematic diagram of the partial use structure of the present invention.

[0036] Figure 6 It is a partial structural schematic diagram of the present invention.

[0037] Figure 7 It is a partial enlarged structural schematic diagram of the present invention.

[0038] Among them: 1. External terminal; 2. Active terminal; 3. Fixed terminal clip; 4. Active terminal clip; 5. Wire top head; 6. External wire top spring; 7. Wire magnetic base; 8. Wire electromagnetic base; 9. Data room; 10. Data cabinet; 11. Top component; 12. Locking device; 13. Bottom buffer spring; 14. Wiring hole; 15. Circulating water channel; 16. Lower plate; 17. CO2 tank; 18. Lower airbag; 19. Pressure valve; 20. Needle for puncturing the airbag; 21. Lower channel opening; 22. Flip bottom plate; 23. Articulated shaft; 24. Active end of electromagnetic clutch; 25. Sliding end of electromagnetic clutch. 26. The electromagnetic clutch engages at the end after it is engaged; 27. The electromagnetic thrust spring; 28. The lifting ear; 29. The top suspension seat; 30. The central axis of the suspension; 31. The inclined guide sleeve of the suspension; 32. The top spring of the suspension; 33. The rotating inclined sleeve of the suspension; 34. The fire rope of the suspension; 35. The radial top pin of the suspension; 36. The radial spring of the suspension; 37. The opening sleeve of the suspension; 38. The solid end sleeve of the suspension head; 39. The external fin of the suspension; 40. The internal engaging groove of the suspension; 41. The blocking pressure piece; 42. The blocking U-shaped bracket; 43. The blocking drive arm; 44. The blocking drive sleeve; 45. The blocking drive rod; 46. The blocking positioning pin. DETAILED DESCRIPTION

[0039] like Figure 1-Figure 7 As shown, the present invention connects the Chuanyun system with E-signature, and when a customer places an order, the customer information and order details are directly converted into electronic contract content. After the mobile terminal completes the signing, production can proceed. The method includes:

[0040] S1. Enter the information into the pre-set quotation template of Chuanyun according to the customer's needs, such as the customer's payment terms, payment period, tax rate, quantity, price, invoice type and other basic fixed information, and confirm that they are correct and archive them;

[0041] S2, after the customer approves the quotation, the data entered in the quotation phase is filled into the customer order template set up in the Tritium Cloud to generate a customer order;

[0042] S3. After the customer has reviewed the order, they choose whether to initiate an E-Signature Agreement signing process. If they choose yes, they will automatically be redirected to the E-Signature Agreement signing interface. The existing data in the customer order module will be populated into the E-Signature Agreement electronic contract template. The electronic contract includes: customer contract, procurement contract, process outsourcing contract, and entire order outsourcing contract. The terms of the electronic contract are also pre-configured.

[0043] S4: Initiate contract signing on Chuanyun. The order of signing between Party A and Party B is determined based on the actual situation. Party A and Party B receive a signing link SMS via their mobile devices to complete the legally binding signing.

[0044] Enterprises that do not have electronic seals need to do a corporate certification on E-Sign, which requires the enterprise to upload its corporate electronic seal. E-Sign is similar to Alipay. It is a third-party organization that conducts qualification assessments on enterprises applying for certification and determines the legitimacy of the enterprise. Only after passing the corporate certification can the corporate seal be retained on E-Sign, proving that it has legal effect. There is a role called Contract Seal Administrator on E-Sign, and the enterprise can authorize a certain person in the company to manage it. When an order is completed with a seal and signature, the administrator will receive a prompt message that the seal application has been approved;

[0045] S5. After both parties have signed and stamped the electronic contract, it will be saved in E-Sign. The administrator can group and archive it, making it easy to access the signed electronic contract and count the number of signed electronic contracts at any time through E-Sign.

[0046] S6, directly arranges production based on the signed order sent back by Tritium Cloud, completing the closed-loop data from customer order placement to contract completion;

[0047] Before completing the above steps, companies must first obtain corporate certification on E-SignPro, which requires them to upload their electronic seal. Similar to Alipay, E-SignPro is a third-party organization that assesses the qualifications of applicants and verifies their legitimacy. Only after passing certification can a company seal be retained on E-SignPro, confirming its legal validity. E-SignPro has a role called Contract Seal Administrator, which companies can authorize to manage. When an order is signed and sealed, the administrator will receive a notification confirming their seal application approval.

[0048] The contract storage management method of this embodiment, with the help of the data storage center, includes a line end device, a fire extinguishing device and / or a protection device; includes a fire prevention method; when a fire occurs and the mains power is cut off, the backup battery is activated;

[0049] Step 1: When the mains is powered, the line magnetic base 7 is disconnected from the backup battery. When the mains is powered off, the line magnetic base 7 is connected to the backup battery through the relay path, and the line magnetic base 7 is energized, mutually repelling and separating from the line magnetic base 7; the external wire top spring 6 pushes the wire top head 5, and the wire top head 5 pushes the movable wire clamp 4, so that the external wire head 1 is separated from the movable wire head 2;

[0050] Step 2, with the aid of a protective device comprising a suspension device provided on the top member 11 and a locking device 12 provided on the lower plate 16, comprises the following steps;

[0051] In step 21, when the mains circuit breaker relay loses power, the blocking latch pin 46 retracts and separates from the blocking drive rod 45. The blocking drive rod 45 drives the blocking drive arm 43 to swing through the blocking drive sleeve 44, so that the blocking pressing piece 41 swings and separates from the blocking U-shaped clamping seat 42 and leaves the upper part of the lower plate 16.

[0052] Step 22: When the mains power is disconnected, the electromagnetic clutch is engaged, and the engaging end 26 and the electromagnetic clutch sliding end 25 are connected to the battery. After the electromagnetic clutch is engaged, the engaging end 26 and the electromagnetic clutch sliding end 25 are electrically engaged, so that the electromagnetic clutch sliding end 25 is separated from the electromagnetic clutch movable end 24, and the lower channel opening 21 is opened;

[0053] In step 2 and 3, the data cabinet 10 descends, and the suspension rotating ramp sleeve 33 rotates, using the shaft and axial length difference to overcome the suspension top spring 32 to axially frictionally push the suspension ramp guide sleeve 31, thereby achieving deceleration and descent; when the descending speed of the data cabinet 10 exceeds the threshold, the suspension radial ejector pin 35 overcomes the suspension radial spring 36 to extend outward to push the inner wall of the suspension opening sleeve 37, so that the suspension opening sleeve 37 opens, and the suspension external fin 39 enters the suspension internal engaging groove 40 to achieve braking and deceleration.

[0054] The data storage center of this embodiment includes a data room 9 and a terminal device, a fire extinguishing device and / or a protection device arranged in the data room 9; a data cabinet 10 is provided in the data room 9; and a top part 11 and a lower plate 16 are provided in the data room 9.

[0055] The terminal device is used to disconnect the external terminal 1 of the power line and / or communication line from the movable terminal 2; the terminal device includes a fixed wire clamp 3 and a movable wire clamp 4 arranged on one side of the fixed wire clamp 3;

[0056] The external terminal 1 is clamped in the fixed wire clamp 3 for external electrical connection;

[0057] The movable wire head 2 is clamped in the movable wire clamp 4 for electrical connection to the server of the data storage center; a plurality of wire heads 5 are telescopically provided on the fixed wire clamp 3, opposite to the movable wire clamp 4, and a wire external top spring 6 is connected between the wire heads 5 and the fixed wire clamp 3; a wire electromagnetic seat 8 is provided on the fixed wire clamp 3, and a wire magnetic seat 7 is provided on the movable wire clamp 4; the wire magnetic seat 7 is connected to a backup battery;

[0058] When the mains is on, the line magnetic seat 7 is disconnected from the backup battery. When the mains is off, the line magnetic seat 7 is connected to the backup battery through the relay path, the line magnetic seat 7 is energized, and the line magnetic seat 7 is mutually repelled and separated from the line magnetic seat 7; the external wire top spring 6 pushes the wire top head 5, and the wire top head 5 pushes the movable wire clamp 4, so that the external wire head 1 is separated and disconnected from the movable wire head 2.

[0059] The data room 9 is provided with a connection hole 14 for connecting the circuit and a circulating water channel 15 for cooling;

[0060] The fire extinguishing device includes a CO2 tank body 17, in which there is a lower airbag 18 for storing CO2 gas. A pressure valve 19 is provided on the lower airbag 18, and a puncturing airbag needle 20 is provided in the pressure valve 19. When a fire occurs, the lower airbag 18 is heated to a temperature higher than a set threshold. After the lower airbag 18 expands thermally, it comes into contact with the puncturing airbag needle 20 and is punctured, leaking air. The leaked air is discharged through the pressure valve 19 to extinguish the fire.

[0061] The protective device includes a suspension device provided on the top member 11 and a locking device 12 provided on the lower plate 16; a lower passage opening 21 is provided below the data cabinet 10 of the lower plate 16; and a bottom buffer spring 13 is provided below the lower passage opening 21 for contacting the lower surface of the descending data cabinet 10;

[0062] The suspension device includes a lifting lug 28 disposed above the data cabinet 10; a top suspension seat 29 on the top member 11; a suspension center shaft 30 extending transversely to the top suspension seat 29; suspension top springs 32 sleeved at both ends of the suspension center shaft 30; a suspension bevel guide sleeve 31 sleeved on the suspension center shaft 30 connected to the suspension top spring 32; a suspension rotating bevel sleeve 33 disposed on the suspension center shaft 30 to contact the suspension bevel guide sleeve 31; and a guide wheel for winding a suspension fire rope 34 disposed at the center of the suspension center shaft 30; the lifting lug 28 is connected to the suspension fire rope 34.

[0063] A suspension radial ejector pin 35 is radially extendable on the suspension central shaft 30 and connected via a suspension radial spring 36. A suspension opening sleeve 37 is sleeved on the outside of the suspension radial ejector pin 35. A suspension head solid end sleeve 38 is coaxially arranged on the outside of the suspension opening sleeve 37. Suspension external fins 39 are radially arranged on the outer side wall of the suspension opening sleeve 37. Suspension internal engaging grooves 40 are provided on the inner side wall of the suspension head solid end sleeve 38 to correspond to the suspension external fins 39.

[0064] When the data cabinet 10 descends, the suspension rotating ramp sleeve 33 rotates, and uses the difference in axial length to overcome the suspension top spring 32 to axially frictionally push the suspension ramp guide sleeve 31, thereby achieving deceleration and descent. When the data cabinet 10 descends at a speed exceeding a threshold, the suspension radial ejector pin 35 overcomes the suspension radial spring 36 to extend outward to push against the inner wall of the suspension opening sleeve 37, causing the suspension opening sleeve 37 to open, and the suspension external fin 39 enters the suspension internal engaging groove 40 to achieve braking and deceleration.

[0065] A rotating hinge shaft 23 is provided above the lower channel opening 21, and a flip bottom plate 22 swings on the hinge shaft 23 for covering the lower channel opening 21 to carry the data cabinet 10 or opening the lower channel opening 21 to drop the channel data cabinet 10; an electromagnetic clutch movable end 24 is provided at the end of the hinge shaft 23, an electromagnetic clutch sliding end 25 for engaging with the electromagnetic clutch movable end 24 is provided on the lower plate 16, an electromagnetic clutch rear engaging end 26 is provided at the end of the electromagnetic clutch sliding end 25, and an electromagnetic thrust spring 27 is provided between the electromagnetic clutch sliding end 25 and the electromagnetic clutch rear engaging end 26;

[0066] After the electromagnetic clutch is engaged, the engaging end 26 and the electromagnetic clutch sliding end 25 are connected to a battery; when the mains power is on, the engaging end 26 and the electromagnetic clutch sliding end 25 are disconnected from the battery, and the electromagnetic thrust spring 27 pushes the electromagnetic clutch sliding end 25 to engage with the electromagnetic clutch movable end 24; when the mains power is off, the engaging end 26 and the electromagnetic clutch sliding end 25 are connected to the battery, and the engaging end 26 and the electromagnetic clutch sliding end 25 are electrically engaged, so that the electromagnetic clutch sliding end 25 is separated from the electromagnetic clutch movable end 24, and the lower channel opening 21 is opened;

[0067] The lower plate 16 on one side of the flip base plate 22 is provided with a horizontally swinging blocking pressure piece 41 and a fixedly set blocking U-shaped holder 42 with an opening facing horizontally, which play the role of preventing the base plate from swinging; a blocking drive arm 43 is connected to the end of the blocking pressure piece 41, and a blocking drive sleeve 44 is slidably sleeved on the blocking drive arm 43, and the blocking drive sleeve 44 is hinged with a blocking drive rod 45 with a built-in spring, and a blocking locking pin 46 is provided on one side of the blocking drive rod 45; the blocking locking pin 46 is used to radially insert the blocking drive rod 45 to prevent it from swinging; the blocking locking pin 46 is controlled to retract and extend by a relay; when the relay loses power, the blocking locking pin 46 retracts and separates from the blocking drive rod 45, and the blocking drive rod 45 drives the blocking drive arm 43 to swing through the blocking drive sleeve 44, so that the blocking pressure piece 41 is separated from the blocking U-shaped holder 42 after swinging and leaves the top of the lower plate 16. The present invention provides full-cycle consulting services to enterprises through advanced management processes that are streamlined, digitalized, standardized, and normalized, determines the departments and scope involved in the project, and provides a set of electronic contract processing methods and data storage center overall solutions that are tailored to each individual.

[0068] The present invention uses a battery to achieve temporary discharge, realize the opening and closing of the clutch, and realize the disconnection of the external terminal 1 and the movable terminal 2 through a clip or through the present invention. After the disconnection is achieved by briefly energizing the battery, the spring continues to be driven without being interfered with by the magnetic force because the distance is greater than the magnetic force range. After a fire occurs, in order to preserve the data cabinet 10 of the data room 9, it is sunk into a prefabricated underground space and physically isolated by the lower plate 16 to ensure that the data is not damaged. The circulating water channel 15 is cooled, and the CO2 tank 17 can be heated and sprayed to extinguish the fire, which is suitable for special places. The flip bottom plate 22 supports the database cabinet during normal use. When an accident occurs, such as after a fire, it is opened to reduce the drop into the lower space to achieve material isolation. The hinged shaft 23 is rotated or braked by the clutch. The cabinet is lowered at a low speed by the top device and is buffered by the spring in the lower space.

[0069] The present invention is fully described for a clearer disclosure, and the prior art is not listed one by one.

[0070] Finally, it should be noted that the above embodiments are intended only to illustrate the technical solutions of the present invention and are not intended to limit the present invention. Although the present invention has been described in detail with reference to the above embodiments, those skilled in the art will appreciate that the technical solutions described in the above embodiments may be modified or some of the technical features may be replaced with equivalents. It is also obvious for those skilled in the art to combine multiple technical solutions of the present invention. However, such modifications or replacements do not deviate from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A component of a data storage center, characterized by: The invention comprises a data room (9) and a terminal device, a fire extinguishing device and / or a protective device arranged in the data room (9); a data cabinet (10) is provided in the data room (9); and a top part (11) and a lower plate (16) are provided in the data room (9); The terminal device is used to disconnect an external terminal (1) of a power line and / or a communication line from a movable terminal (2); the terminal device comprises a fixed wire clamp (3) and a movable wire clamp (4) arranged on one side of the fixed wire clamp (3); The external terminal (1) is clamped in the fixed wire clamp (3) for external electrical connection; The movable wire head (2) is clamped in the movable wire clip (4) to be electrically connected to the server of the data storage center; A plurality of wire heads (5) opposite to the movable wire clamp (4) are telescopically provided on the fixed wire clamp (3), and a wire external top spring (6) is connected between the wire heads (5) and the fixed wire clamp (3); a wire electromagnetic seat (8) is provided on the fixed wire clamp (3), and a wire magnetic seat (7) is provided on the movable wire clamp (4); the wire magnetic seat (7) is connected to a backup battery; When the mains is powered, the line magnetic seat (7) is disconnected from the backup battery; when the mains is disconnected, the line magnetic seat (7) is connected to the backup battery through the relay path, the line magnetic seat (7) is energized, and mutually repels and separates from the line magnetic seat (7); the external wire top spring (6) pushes the wire top head (5), and the wire top head (5) pushes the movable wire clamp (4), so that the external wire head (1) is separated and disconnected from the movable wire head (2); The data room (9) is provided with a wiring hole (14) for connecting the circuit and a circulating water channel (15) for cooling; The fire extinguishing device comprises a CO2 tank (17), a lower air bag (18) is provided in the CO2 tank (17) for storing CO2 gas, a pressure valve (19) is provided on the lower air bag (18), and a needle (20) for puncturing the air bag is provided in the pressure valve (19); When a fire occurs, the lower airbag (18) is heated to a temperature higher than a set threshold, and the lower airbag (18) expands due to heat, comes into contact with the airbag puncturing needle (20), is punctured, and leaks air, which is discharged through the pressure valve (19) to extinguish the fire; The protective device includes a suspension device provided on the top member (11) and a locking device (12) provided on the lower plate (16); A lower channel opening (21) is provided below the data cabinet (10) of the lower plate (16); a bottom buffer spring (13) is provided below the lower channel opening (21) for contacting the lower surface of the descending data cabinet (10); The suspension device includes a lifting lug (28) arranged above the data cabinet (10); a top suspension seat (29) on the top component (11); a suspension center shaft (30) disposed transversely on the top suspension seat (29); suspension top springs (32) sleeved on both ends of the suspension center shaft (30); a suspension bevel guide sleeve (31) sleeved on the suspension center shaft (30) connected to the suspension top spring (32); a suspension rotating bevel sleeve (33) disposed on the suspension center shaft (30) to contact the suspension bevel guide sleeve (31); and a guide wheel for winding a suspension fire rope (34) at the center of the suspension center shaft (30); the lifting lug (28) is connected to the suspension fire rope (34); A suspension radial ejector pin (35) is radially extended on the suspension center shaft (30) and connected via a suspension radial spring (36); a suspension opening sleeve (37) is sleeved on the outside of the suspension radial ejector pin (35); a suspension head solid end sleeve (38) is coaxially provided on the outside of the suspension opening sleeve (37); a suspension external fin (39) is radially provided on the outer side wall of the suspension opening sleeve (37); and a suspension internal engaging groove (40) is provided on the inner side wall of the suspension head solid end sleeve (38) to correspond to the suspension external fin (39); When the data cabinet (10) descends, the suspension rotating bevel sleeve (33) rotates, and utilizes the shaft and axial length difference to overcome the suspension top spring (32) to axially frictionally push the suspension bevel guide sleeve (31), thereby achieving deceleration and descent; when the data cabinet (10) descends at a speed exceeding a threshold, the suspension radial top pin (35) overcomes the suspension radial spring (36) to extend out of the inner side wall of the outer top suspension opening sleeve (37), so that the suspension opening sleeve (37) opens, and the suspension external fin (39) enters the suspension internal bite groove (40) to achieve braking and deceleration.

2. The data storage center component according to claim 1, characterized in that: A rotating hinge shaft (23) is provided above the lower channel opening (21), and a flip bottom plate (22) is swung on the hinge shaft (23) for shielding the lower channel opening (21) to carry the data cabinet (10) or opening the lower channel opening (21) to drop the channel data cabinet (10); an electromagnetic clutch movable end (24) is provided at the end of the hinge shaft (23), an electromagnetic clutch sliding end (25) for engaging with the electromagnetic clutch movable end (24) is provided on the lower plate (16), an electromagnetic clutch rear engaging end (26) is provided at the end of the electromagnetic clutch sliding end (25), and an electromagnetic thrust spring (27) is provided between the electromagnetic clutch sliding end (25) and the electromagnetic clutch rear engaging end (26); After the electromagnetic clutch is engaged, the engaging end (26) and the electromagnetic clutch sliding end (25) are connected to a battery; when the mains power is on, the electromagnetic clutch is engaged, the engaging end (26) and the electromagnetic clutch sliding end (25) are disconnected from the battery, and the electromagnetic thrust spring (27) pushes the electromagnetic clutch sliding end (25) and the electromagnetic clutch movable end (24) to engage; when the mains power is off, the electromagnetic clutch is engaged, the engaging end (26) and the electromagnetic clutch sliding end (25) are connected to the battery, and the electromagnetic clutch is engaged, the engaging end (26) and the electromagnetic clutch sliding end (25) are electrically engaged, so that the electromagnetic clutch sliding end (25) and the electromagnetic clutch movable end (24) are separated, and the lower channel opening (21) is opened; A horizontally swinging blocking pressing piece (41) and a fixedly arranged blocking U-shaped card seat (42) with an opening facing horizontally are provided on the lower plate (16) on one side of the flip bottom plate (22); a blocking driving arm (43) is connected to the end of the blocking pressing piece (41); a blocking driving sleeve (44) is slidably sleeved on the blocking driving arm (43); the blocking driving sleeve (44) is hingedly connected to a blocking driving rod (45) with a built-in spring; a blocking locking pin (46) is provided on one side of the blocking driving rod (45); the blocking locking pin (46) is used to radially insert the blocking driving rod (45) to block its swing; the blocking locking pin (46) is controlled to extend and retract by a relay; when the relay loses power, the blocking locking pin (46) retracts and separates from the blocking driving rod (45), and the blocking driving rod (45) drives the blocking driving arm (43) to swing through the blocking driving sleeve (44), so that the blocking pressing piece (41) is separated from the blocking U-shaped card seat (42) after swinging and leaves the upper part of the lower plate (16).

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