Diaphragm tape connecting mechanism applied to one-use and one-standby diaphragm tape connecting mechanism
By designing a vertically positioned diaphragm splicing mechanism and employing vacuum adsorption and cutting blade technology, the problems of uneven diaphragm splicing and difficulty in correction in existing technologies have been solved, achieving efficient and accurate diaphragm splicing operations.
Patent Information
- Application Number
- CN202422913597.0
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-11-28
- Publication Date
- 2025-11-07
- Estimated Expiration
- 2034-11-28
AI Technical Summary
The existing diaphragm splicing platform cannot adapt to the lithium battery cutting and stacking machine with one in use and one in standby, resulting in uneven diaphragm splicing, skewed joints, difficulty in correction, large space occupation, and impact on production efficiency.
Design a diaphragm tape splicing mechanism for use in a standby configuration. The mechanism employs a vertically arranged splicing platform, combined with first and second adsorption zones, a cutting groove, and a drive cylinder. Through vacuum adsorption and cutting, it ensures accurate splicing of the diaphragm tape.
It improves the efficiency and quality of diaphragm splicing, reduces diaphragm roll changeover time, and ensures the accuracy of splicing operations and the safety of equipment.
Smart Images
Figure CN223521978U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to the technical field of lithium battery production, especially to a diaphragm connecting mechanism applied to one-use and one-backup. BACKGROUND
[0002] In the production process of lithium batteries, the diaphragm needs to be continuously unwound according to the production process of the battery cell. The length of the diaphragm roll is limited, and the new and old diaphragm material belts need to be connected together through the connecting operation to ensure that the diaphragm can be continuously unwound during the production of the battery cell. In the cutting and folding machine equipment of the lithium battery, the diaphragm connecting platform is almost horizontally arranged, and can only be used for the unwinding and connecting of a single diaphragm roll, which is not suitable for the cutting and folding machine with one-use and one-backup (one diaphragm roll is used for unwinding, and one diaphragm roll is used as backup to reduce the time for replacing the diaphragm roll). The existing diaphragm connecting platform occupies a large space. Since the diaphragm connecting platform is horizontally arranged, the operator is easy to scratch the adjacent roller or diaphragm during the process of cutting the diaphragm with a cutter. In addition, the cut diaphragm is not flat, which causes the flatness of the joint between the new and old diaphragm material belts to be unable to be guaranteed, the glue at the joint is easy to be skewed, and the path of the connected new and old diaphragm material belts changes greatly, the diaphragm correction difficulty is increased, and even the problem of incorrect correction occurs. SUMMARY
[0003] In order to solve the problems in the prior art, the utility model provides a diaphragm connecting mechanism applied to one-use and one-backup.
[0004] The utility model provides a diaphragm connecting mechanism applied to one-use and one-backup, which comprises a first diaphragm unwinding shaft, a second diaphragm unwinding shaft and a connecting platform. The first diaphragm material belt and the second diaphragm material belt unwound by the first diaphragm unwinding shaft and the second diaphragm unwinding shaft respectively are connected on the connecting platform.
[0005] The first pressure block, the first adsorption area, the belt running channel, the second adsorption area and the second pressure block are sequentially arranged on the connecting platform. The connecting plane of the connecting platform and the first pressure block and the second pressure block form the first connecting channel and the second connecting channel for the diaphragm material belt to pass through, respectively. The diaphragm is adsorbed by negative pressure in the first adsorption area and the second adsorption area. The first diaphragm material belt sequentially passes through the first connecting channel, the first adsorption area and the belt running channel. The second diaphragm material belt sequentially passes through the second connecting channel, the second adsorption area and the belt running channel. The first cutter groove and the second cutter groove for cutting the diaphragm in cooperation with the cutter are arranged in the first adsorption area and the second adsorption area, respectively. The first cutter groove and the second cutter groove are arranged on both sides of the belt running channel at the same distance. The first cutter groove and the second cutter groove form the connecting area for connecting the new and old diaphragm material belts.
[0006] In some embodiments, the tape running channel is arranged through the thickness direction of the tape platform.
[0007] In some embodiments, the tape platform is provided with a driving cylinder on the other side of the tape platform, and both ends of the first pressing block and both ends of the second pressing block are connected to a driving cylinder.
[0008] In some embodiments, the first pressing block is provided with a first pad on the side of the first tape running channel, and the second pressing block is provided with a second pad on the side of the second tape running channel.
[0009] In some embodiments, a plurality of suction holes arranged in a matrix are formed on the first and second suction areas, and the suction holes are connected to a gas source through a gas path and a joint.
[0010] In some embodiments, a mounting hole is arranged in the center of the tape platform, and a first roller and a second roller are arranged in parallel in the mounting hole, and a tape running channel is formed between the first roller and the second roller.
[0011] In some embodiments, the roller surfaces of the first roller and the second roller are higher than the tape platform.
[0012] In some embodiments, a tape pressing assembly is arranged outside the tape running channel on the tape platform, the tape pressing assembly comprises a third roller, a third pressing block, and a tape pressing cylinder, the third pressing block is arranged in parallel on one side of the third roller and is connected to the driving end of the tape pressing cylinder, and during the tape connecting operation, the tape pressing cylinder drives the third pressing block to move to the third roller to clamp the diaphragm material tape between the third pressing block and the third roller.
[0013] In some embodiments, a fourth roller is arranged between the tape platform and the first diaphragm unwinding shaft, and a fifth roller is arranged between the tape platform and the second diaphragm unwinding shaft, and the fourth roller and the fifth roller are located on the same vertical line.
[0014] In some embodiments, a dust removal pipe is arranged on one side of the first cutter groove and the second cutter groove on the tape platform, and the dust removal pipe is fixed to the side of the tape platform away from the tape platform.
[0015] Compared with the prior art, the utility model has the beneficial effects that: the overall structure is simple, is used on a lithium battery cutting and folding machine or a winding machine, one of the two diaphragm unwinding shafts is used and the other is reserved, the time for changing the diaphragm material roll is reduced, the efficiency of the tape connecting operation can be improved through the tape platform arranged vertically between the first diaphragm unwinding shaft and the second diaphragm unwinding shaft, the accuracy of the tape connecting operation is ensured through the vacuum adsorption of the first and last parts of the new and old diaphragm material tape by the first and second suction areas, and the quality of the diaphragm material tape connecting operation is improved. BRIEF DESCRIPTION OF DRAWINGS
[0016] Figure 1 is one of the three-dimensional structure schematic diagram of the splicing platform of the embodiment of the application.
[0017] Figure 2 is the second three-dimensional structure schematic diagram of the splicing platform of the embodiment of the application.
[0018] Figure 3 is the plane structure schematic diagram of the one-to-one spare diaphragm splicing mechanism applied to the embodiment of the application.
[0019] Figure 4 is the structure schematic diagram of the splicing platform of the embodiment of the application when splicing new and old diaphragm material belts.
[0020] Reference signs: 101, first diaphragm unwinding shaft; 102, second diaphragm unwinding shaft; 103, first diaphragm material belt; 104, second diaphragm material belt;
[0021] 201, splicing platform;
[0022] 11, first adsorption area; 12, second adsorption area; 13, adsorption hole;
[0023] 21, first cutter groove; 22, second cutter groove; 23, dust removal pipe;
[0024] 31, first pressing block; 32, first splicing channel; 33, first driving cylinder; 34, first pad;
[0025] 41, second pressing block; 42, second splicing channel; 43, second driving cylinder; 44, second pad;
[0026] 51, belt running channel; 52, mounting hole; 53, first passing roller; 54, second passing roller;
[0027] 61, fourth passing roller; 62, fifth passing roller;
[0028] 71, mounting plate; 72, fixed plate; 73, connecting plate; 74, panel; 75, first button; 76, second button;
[0029] 8, belt pressing assembly; 81, third passing roller; 82, third pressing block; 83, belt pressing cylinder;
[0030] 9, joint. DETAILED DESCRIPTION
[0031] The specific implementation manners of the present application are described with reference to the drawings.
[0032] Reference Figure 3, the figure is the plan structure applied to the one-by-one standby diaphragm splicing mechanism, from top to bottom, the first diaphragm unwinding shaft 101, the splicing platform 201 and the second diaphragm unwinding shaft 102, the first diaphragm unwinding shaft 101 and the second diaphragm unwinding shaft 102 respectively unwind the first diaphragm material belt 103 and the second diaphragm material belt 104, the first diaphragm material belt 103 is in the rear section, after the first diaphragm material belt 103 is unwound, the first diaphragm material belt 103 and the second diaphragm material belt 104 perform the splicing operation of the new and old diaphragm material belts on the splicing platform 201.
[0033] Reference Figures 1 to 4 A diaphragm splicing mechanism applied to one-by-one standby, comprising a first diaphragm unwinding shaft 101, a second diaphragm unwinding shaft 102 and a splicing platform 201, the splicing platform 201 is vertically arranged between the first diaphragm unwinding shaft 101 and the second diaphragm unwinding shaft 102, the first diaphragm material belt 103 and the second diaphragm material belt 104 unwound by the first diaphragm unwinding shaft 101 and the second diaphragm unwinding shaft 102 respectively perform the splicing operation on the splicing platform 201.
[0034] Among them, the splicing platform 201 is sequentially provided with a first pressing block 31, a first adsorption area 11, a belt running channel 51, a second adsorption area 12 and a second pressing block 41, the splicing plane of the splicing platform 201 and the first pressing block 31 and the second pressing block 41 respectively form a first splicing channel 32 and a second splicing channel 42 for the diaphragm material belt to pass through, the diaphragm material belt is adsorbed by negative pressure in the first adsorption area 11 and the second adsorption area 12, the first diaphragm material belt 103 passes through the first splicing channel 32, the first adsorption area 11 and the belt running channel 51 in turn, and the second diaphragm material belt 104 passes through the second splicing channel 42, the second adsorption area 12 and the belt running channel 51 in turn; the first adsorption area 11 and the second adsorption area 12 are respectively provided with a first cutter groove 21 and a second cutter groove 22 cooperating with a cutter to cut off the diaphragm, the first cutter groove 21 and the second cutter groove 22 are respectively arranged on both sides of the belt running channel 51 at the same distance, and the first cutter groove 21 and the second cutter groove 22 form a splicing area for splicing the new and old diaphragm material belts.
[0035] The diaphragm splicing mechanism applied to one-by-one standby of the application has a simple overall structure, is used on a lithium battery cutting and folding machine or a winding machine, two diaphragm unwinding shafts are one-by-one standby, the time for changing diaphragm material rolls is reduced, the splicing efficiency can be improved through the splicing platform 201 vertically arranged between the first diaphragm unwinding shaft 101 and the second diaphragm unwinding shaft 102, the first adsorption area 11 and the second adsorption area 12 vacuum-adsorb the head and tail parts of the new and old diaphragm material belts, the accuracy of the splicing operation is ensured, and the quality of the diaphragm material belt splicing is improved.
[0036] In order to facilitate the belt running of the diaphragm material belt, in the embodiment, reference Figures 1 to 3The walking channel 51 is arranged through the thickness direction of the splicing platform 201.
[0037] It can be understood that, in this way, the walking channel 51 is perpendicular to the splicing plane, the new and old diaphragm material belts are spliced on the splicing plane, and the spliced diaphragm material belt is conveyed to the laminating station of the cutting laminator through the walking channel 51, so that the splicing operation of the new and old diaphragm material belts does not affect the walking of the diaphragm, and the subsequent roller or diaphragm material belt is prevented from being scratched during the cutting of the diaphragm, thereby ensuring the safety of the equipment.
[0038] In order to press the new and old diaphragm material belts during splicing, in the embodiment, referring to Figures 1 to 4 , the splicing platform 201 is provided with a driving cylinder on the other side of the splicing plane, and the two ends of the first pressing block 31 and the two ends of the second pressing block 41 are connected with a driving cylinder.
[0039] It can be understood that, in this way, the four driving cylinders on the splicing platform 201 are two first driving cylinders 33 connected with the first pressing block 31 and two second driving cylinders 43 connected with the second pressing block 41, the first driving cylinder 33 drives the first pressing block 31 to press the first diaphragm material belt 103, and the second driving cylinder 43 drives the second pressing block 41 to press the second diaphragm material belt 104, so that the first diaphragm material belt 103 and the second diaphragm material belt 104 are not affected by the unwinding shaft in the splicing area, and the quality of splicing is ensured.
[0040] In order to protect the diaphragm material belt, in the embodiment, referring to Figure 1 , the first pressing block 31 is provided with a first pad 34 on the side of the first splicing channel 32, and the second pressing block 41 is provided with a second pad 44 on the side of the second splicing channel 42.
[0041] It can be understood that, in this way, the first pressing block 31 presses the first diaphragm material belt 103 on the splicing plane through the first pad 34, and the second pressing block 41 presses the second diaphragm material belt 104 on the splicing plane through the second pad 44, the first pad 34 and the second pad 44 are both soft rubber pads, which can better press the diaphragm material belt, and at the same time, the first pressing block 31 and the second pressing block 41 are prevented from scratching the diaphragm material belt.
[0042] In order to accurately position the diaphragm material belt, in the embodiment, referring to Figure 1 , Figure 2 and Figure 4 , a plurality of suction holes 13 distributed in a matrix are arranged on the first suction area 11 and the second suction area 12, and the suction holes 13 are connected with an air source through an air path and a joint 9.
[0043] It can be understood that, thus arranged, the air circuit is arranged inside the receiving platform 201, and each row of suction holes 13 is connected to the air source through an air circuit and a joint 9. The air source generates negative pressure at the suction holes 13 in the form of air suction, thereby adsorbing the diaphragm material belt on the receiving platform. After the diaphragm material belt is adsorbed and positioned, the cutting knife is used to cut the diaphragm material belt, thereby ensuring that the cut diaphragm material belt is flat.
[0044] In order to guide the diaphragm material belt to move, in the embodiment, referring to Figures 1 to 4 , the receiving platform 201 is provided with a mounting hole 52, and a first passing roller 53 and a second passing roller 54 are arranged in parallel in the mounting hole 52. The first passing roller 53 and the second passing roller 54 form a belt moving channel 51 therebetween.
[0045] It can be understood that, thus arranged, the first passing roller 53 and the second passing roller 54 guide the first diaphragm material belt 103 and the second diaphragm material belt 104 into the belt moving channel 51, respectively. After the new and old diaphragm material belts are connected, they will all enter the belt moving channel 51. The first passing roller 53 and the second passing roller 54 can protect the diaphragm material belt from being stably conveyed into the belt moving channel 51.
[0046] In order to stably guide the diaphragm material belt to move, in the embodiment, referring to the figure, the roller surfaces of the first passing roller 53 and the second passing roller are higher than the receiving surface.
[0047] It can be understood that, thus arranged, the roller surfaces of the first passing roller 53 and the second passing roller are higher than the receiving surface. When there is no connection, the first passing roller 53 can lift the first diaphragm material belt 103 away from the receiving surface, and the second passing roller 54 can lift the second diaphragm material belt 104 away from the receiving surface. The first pressing block 31 and the second pressing block 41 move away from the receiving surface under the drive of the driving cylinder, so that the first diaphragm material belt 103 is not in contact with the receiving surface and the first pressing block 31, and the second diaphragm material belt 104 is not in contact with the receiving surface and the second pressing block 41. This reduces the interference of the diaphragm material belt when moving, thereby stably guiding the diaphragm material belt to move.
[0048] In order to cut off the tension of the old diaphragm material belt, in the embodiment, referring to Figure 3 , the receiving platform 201 is provided with a belt pressing assembly 8 outside the belt moving channel 51. The belt pressing assembly 8 includes a third passing roller 81, a third pressing block 82, and a belt pressing cylinder 83. The third pressing block 82 is arranged on one side of the third passing roller 81 in parallel and is connected to the driving end of the belt pressing cylinder 83. During the connection operation, the belt pressing cylinder 83 drives the third pressing block 82 to move to the third passing roller 81, so as to clamp the diaphragm material belt between the third pressing block 82 and the third passing roller 81.
[0049] It can be understood that, thus arranged, before the new and old diaphragm material belts are connected, the belt pressing cylinder 83 drives the third pressing block 82 to press the old diaphragm material belt on the third passing roller 81, thereby ensuring that the old diaphragm material belt in the connection area is not affected by the tension.
[0050] In order to better guide the diaphragm material belt, in the embodiment, referring to Figure 3 , the fourth over roller 61 is arranged between the belt receiving platform 201 and the first diaphragm unwinding shaft 101, and the fifth over roller 62 is arranged between the belt receiving platform 201 and the second diaphragm unwinding shaft 102, and the fourth over roller 61 and the fifth over roller 62 are located on the same vertical line.
[0051] It can be understood that, in this way, the fourth over roller 61, the fifth over roller 62, the first over roller 53 and the second over roller 54 are located on the same vertical line, thereby ensuring that the fourth over roller 61 and the first over roller 53 stably guide the first diaphragm material belt 103 to run, and the fifth over roller 62 and the second over roller 54 stably guide the first diaphragm material belt 103 to run, so that the first diaphragm material belt 103 does not contact the belt receiving plane and the first pressing block 31, and the second diaphragm material belt 104 does not contact the belt receiving plane and the second pressing block 41, further ensuring that the diaphragm material belt is not interfered when running, thereby stably guiding the diaphragm material belt to run.
[0052] In order to reduce dust accumulation, in the embodiment, referring to Figure 2 , the belt receiving platform 201 is provided with a dust removal pipe 23 on one side of the first cutter groove 21 and the second cutter groove 22, and the dust removal pipe 23 is fixed to the side of the belt receiving platform 201 away from the belt receiving plane.
[0053] It can be understood that, in this way, the dust removal pipe 23 is connected to a blower, and when the cutter cuts the diaphragm material belt, a negative pressure is formed at the first cutter groove 21 and the second cutter groove 22 by the air suction of the blower, and the dust generated in the cutting process is sucked away.
[0054] It needs to be further explained that the belt receiving platform 201 includes a mounting plate 71, a fixed plate 72, a connecting plate 73 and a panel 74, the belt receiving plane is arranged on the mounting plate 71, the first pressing block 31 and the second pressing block 41 are arranged in parallel on the side of the belt receiving plane of the mounting plate 71, and the fixed plate 72, the connecting plate 73 and the panel 74 are all fixed vertically on the other side of the mounting plate 71 to form a frame-shaped belt receiving platform 201, the fixed plate 72 and the panel 74 are parallel to each other, the connecting plate 73 is arranged vertically between the fixed plate 72 and the panel 74, the first button 75 and the second button 76 are arranged on the panel 74, the first button 75 controls the work of the first suction area 11 and the first drive cylinder 33, and the second button 76 controls the work of the second suction area 12 and the second drive cylinder 43.
[0055] The working principle of the embodiment of the application is that the first diaphragm unwinding shaft 101 and the second diaphragm unwinding shaft 102 are respectively sleeved with diaphragm material rolls, like Figure 3As shown, the first diaphragm material tape 103 unwound from the first diaphragm unwinding shaft 101 is an old diaphragm material tape, and the second diaphragm material tape 104 unwound from the second diaphragm unwinding shaft 102 is a new diaphragm material tape; when the first diaphragm material tape 103 is about to be unwound, the head of the second diaphragm material tape 104 is placed on the second adsorption area 12 of the jointing platform 201 through the second jointing channel 42, the second button 76 is pressed, the second cylinder drives the second pressing block 41 to press the second diaphragm material tape 104, and at the same time, the dust removal pipe 23 of the second adsorption area 12 and the second cutter groove 22 is started to adsorb the second diaphragm material tape 104 on the second adsorption area 12, and the operator cuts the second diaphragm material tape 104 along the second cutter groove 22 (as shown in part a of FIG. 8) ; after the first diaphragm material tape 103 is unwound, when the equipment detects that the jointing is needed, the jointing cylinder 83 of the jointing assembly 8 drives the third pressing block 82 to press the first diaphragm material tape 103 on the third over roller 81, the tension of the old diaphragm material tape is cut, the first button 75 is pressed by the operator, the first cylinder drives the first pressing block 31 to press the first diaphragm material tape 103, and at the same time, the dust removal pipe 23 of the first adsorption area 11 and the first cutter groove 21 is started to cut the first diaphragm material tape 103 along the first cutter groove 21 (as shown in part b of FIG. 8), the first button 75 is pressed again, the dust removal pipe 23 of the first adsorption area 11 and the first cutter groove 21 is closed at the same time, the tail of the first diaphragm material tape 103 slowly falls to the second adsorption area 12, the tail of the first diaphragm material tape 103 is aligned with the head of the second diaphragm material tape 104 at the second adsorption area 12, and then the transparent adhesive is used to paste the joint together (as shown in part c of FIG. 8), after the pasting is completed, the second button 76 is pressed, the dust removal pipe 23 of the second adsorption area 12 and the second cutter groove 22 is closed at the same time, the jointing work of the new and old diaphragm material tapes is completed, the third pressing block 82 of the jointing assembly 8 is lifted, and the equipment can continue to convey the diaphragm material tape. Figure 4 Figure 4 Figure 4
[0056] The first diaphragm unwinding shaft 101 and the second diaphragm unwinding shaft 102 of the present application are alternately unwound, so that the time for replacing the diaphragm material roll is reduced, the jointing work of the new and old diaphragm material tapes can be quickly completed through the jointing platform 201, and the efficiency of the jointing work can be improved; the first and second adsorption areas 11 and 12 are used to vacuum adsorb the head and tail of the new and old diaphragm material tapes, so that the accuracy of the jointing work is ensured and the quality of the jointing of the diaphragm material tapes is improved.
[0057] The above is not intended to limit the technical scope of the present application, and any modification, equivalent change and modification made to the above embodiments according to the technical essence of the present application still belong to the scope of the technical scheme of the present application.
Claims
1. A diaphragm splicing mechanism for a single-use, single-standby system, characterized in that, It includes a first diaphragm unwinding shaft, a second diaphragm unwinding shaft, and a tape-joining platform. The first diaphragm unwinding shaft and the second diaphragm unwinding shaft respectively unwind the first diaphragm material tape and the second diaphragm material tape, and the tape-joining platform performs tape-joining operations. The receiving platform is sequentially provided with a first pressing block, a first adsorption zone, a conveying channel, a second adsorption zone, and a second pressing block. The receiving plane of the receiving platform and the first and second pressing blocks respectively form a first receiving channel and a second receiving channel for the diaphragm material to pass through. The diaphragm during receiving is adsorbed by negative pressure in both the first and second adsorption zones. The first diaphragm material passes through the first receiving channel, the first adsorption zone, and the conveying channel in sequence, and the second diaphragm material passes through the second receiving channel, the second adsorption zone, and the conveying channel in sequence. The first and second adsorption zones are respectively provided with a first cutting groove and a second cutting groove that cooperate with the cutter to cut the diaphragm. The first and second cutting grooves are respectively arranged at the same distance on both sides of the conveying channel, and a receiving area for receiving new and old diaphragm material is formed between the first and second cutting grooves.
2. The one-for-one septum banding mechanism of claim 1, wherein, The conveyor channel is configured to run through the thickness direction of the conveyor platform.
3. The one-for-one septum banding mechanism of claim 1, wherein, The tape-connecting platform is equipped with a drive cylinder on the other side of the tape-connecting plane, and both ends of the first pressure block and both ends of the second pressure block are connected to a drive cylinder.
4. The one-for-one septum banding mechanism of claim 1, wherein, The first pressing block has a first pad on the first tape receiving channel side, and the second pressing block has a second pad on the second tape receiving channel side.
5. The one-for-one septum banding mechanism of claim 1, wherein, The first and second adsorption zones are each provided with multiple suction holes arranged in a matrix, and the suction holes are connected to an external gas source through gas passages and connectors.
6. The one-for-one septum banding mechanism of claim 1, wherein, The belt receiving platform has a central mounting hole, and a first guide roller and a second guide roller are arranged in parallel within the mounting hole, forming a belt carrying channel between the first guide roller and the second guide roller.
7. The one-for-one septum banding mechanism of claim 6, wherein, The roller surfaces of the first and second rollers are higher than the belt receiving plane.
8. The one-for-one septum banding mechanism of claim 6, wherein, The tape-connecting platform is equipped with a tape-pressing assembly on the outside of the tape-carrying channel. The tape-pressing assembly includes a third guide roller, a third pressing block, and a tape-pressing cylinder. The third pressing block is arranged parallel to one side of the third guide roller and is connected to the drive end of the tape-pressing cylinder. During tape-connecting operations, the tape-pressing cylinder drives the third pressing block to move towards the third guide roller to clamp the diaphragm tape between the third pressing block and the third guide roller.
9. The one-for-one septum banding mechanism of claim 1, wherein, A fourth guide roller is provided between the tape receiving platform and the first diaphragm unwinding shaft, and a fifth guide roller is provided between the tape receiving platform and the second diaphragm unwinding shaft. The fourth and fifth guide rollers are located on the same vertical line.
10. The one-for-one septum banding mechanism of claim 1, wherein, The tape receiving platform is equipped with dust removal pipes on both sides of the first and second cutting grooves, and the dust removal pipes are fixed on the side of the tape receiving platform away from the tape receiving plane.