CN223220450U

CN223220450U - Binding fixing device of electrocardiograph monitoring lead wire

Info

Publication number: CN223220450U
Application number: CN202422045684.9U
Authority: CN
Inventors: 徐云云; 谭文艳; 吴甜; 阮倩云; 叶李璇
Original assignee: Hangzhou Traditional Chinese Medicine Hospital Affiliated To Zhejiang University Of Traditional Chinese Medicine Hangzhou Traditional Chinese Medicine Hospital
Current assignee: Hangzhou Traditional Chinese Medicine Hospital Affiliated To Zhejiang University Of Traditional Chinese Medicine Hangzhou Traditional Chinese Medicine Hospital
Priority date: 2024-08-21
Filing date: 2024-08-21
Publication date: 2025-08-15
Anticipated expiration: 2034-08-21

Abstract

The utility model discloses an electrocardiograph monitoring lead wire which can be used for tidying and converging a plurality of electrocardiograph monitoring lead wires, keeping the lead wires tidy and orderly and playing a role in protecting the lead wires. The technical scheme is that the wire-drawing fixing device comprises a wire-drawing buckle assembly and a fixing mechanism used for fixing the wire-drawing buckle assembly on a wire, wherein the wire-drawing buckle assembly comprises a plurality of buckles, each buckle comprises a movable shaft, a row buckle and a connecting structure, the row buckles are respectively connected to two sides of the movable shaft, the connecting structure is used for connecting other buckles, the row buckles are formed by arranging a plurality of arc rods along the axial direction of the movable shaft, the row buckles at two sides are oppositely arranged in an inner buckle mode, the arc rods of the row buckles at two sides are mutually aligned or staggered, the row buckles at two sides can be opened and closed through the movable shaft, any buckles are connected at the end parts through the connecting structure, and the length of the whole wire-drawing buckle assembly is controlled through the number of the buckles connected in a combined mode.

Description

Binding fixing device of electrocardiograph monitoring lead wire

Technical Field

The utility model relates to the technical field of medical instrument accessories, in particular to a converging and fixing device for an electrocardiograph monitoring lead wire.

Background

In clinical applications in hospitals, electrocardiographic monitors are important devices for monitoring cardiac functions of patients, and accuracy and reliability of the electrocardiographic monitors are directly related to diagnosis and treatment effects and life safety of the patients. However, there are many disadvantages in the use and management of the lead wires of the electrocardiograph monitors, which not only affect the effective use of medical devices, but also reduce the comfort and satisfaction of patients, and at the same time do not meet the 9S standard of modern hospital management.

Electrocardiographs are typically equipped with multiple lead wires, each connected to a different body part (e.g., chest, arm, leg, etc.) to monitor the patient's electrocardiographic signals throughout. However, the number of the lead wires is large and the length is long, so that confusion and winding are easy to occur in the using process, the operation complexity of medical staff is increased, due to the large and long number of the lead wires, hospitals often face difficulties in accommodating the lead wires, an effective accommodating scheme is lacking, the lead wires are easy to wind mutually in the placing process, and even the lead wires are stepped on or pulled, so that the lead wires are damaged. The broken lead wire cannot be used normally, potential safety hazard is possibly caused by poor conduction, and part of patients can detach the lead wire by themselves due to the fact that the importance of the lead wire is not known, or due to curiosity, discomfort and the like. This may not only lead to the lead wire falling out and being lost, but also damage the equipment due to improper operation. In addition, the falling off of the lead wire may also affect the monitoring effect of the electrocardiogram, even delay diagnosis and treatment of the patient and increase hospital expenditure. The falling off and losing of the lead wire can also cause anxiety emotion of the patient, influence the satisfaction degree of the patient on medical service, and the medical staff can reduce the working efficiency and the satisfaction degree due to complex operation when handling the lead wire problem.

9S management (grooming, cleaning, saving, safety, service, satisfaction, literacy) is an important concept for modern hospital management. However, the current state of use of the electrocardiograph lead obviously does not meet this standard. The confusing lead wire not only affects the neatness and the beauty of the medical equipment, but also can cause potential safety hazards because of poor management, and reduces the comfort level and the satisfaction level of patients.

Therefore, how to solve the defects of disordered placement, difficult arrangement, easy falling and damage and the like of the lead wire of the current electrocardiograph monitor becomes a problem to be solved in the technical field.

Disclosure of utility model

The utility model aims at solving the problems in the background technology and provides an electrocardiograph monitoring lead wire which can be used for finishing and converging a plurality of electrocardiograph monitoring lead wires, keeping the lead wires clean and orderly and playing a role in protecting the lead wires.

In order to achieve the above object, the present utility model adopts the following technical scheme:

The utility model provides a take-up fixing device of electrocardio guardianship lead wire, includes the bunch buckle subassembly and is used for fixing the fixed establishment on the lead wire of bunch buckle subassembly, the bunch buckle subassembly includes a plurality of buckles, the buckle includes the loose axle, connect respectively in the row knot of loose axle both sides and be used for connecting other buckles connection structure, wherein arrange the knot and form for a plurality of arc poles along the loose axle axial arrangement, the both sides arrange the knot and set up with interior knot mode relatively, the arc pole that the both sides were arranged the knot aligns each other or staggers and set up, both sides are arranged the knot and can be opened and be closed through the loose axle, connect at the end through connection structure between arbitrary buckle, the length of whole bunch buckle subassembly is controlled through the quantity of the buckle that the combination is connected.

Preferably, the fixing mechanism comprises a binding piece, the binding piece can be a magic tape, an elastic rope, a non-elastic rope or a nylon ribbon, and the buckles at the two ends of the combined wire harness buckle assembly are connected with at least one binding piece.

Preferably, the connecting structure comprises a rope threading hole and a rope connecting rope, wherein the rope threading hole is formed in the movable shaft, the rope threading hole axially penetrates through the two ends of the movable shaft along the movable shaft, the rope connecting rope penetrates through the rope threading hole, and the rope connecting rope sequentially penetrates through the rope threading holes of the plurality of buckles to connect the plurality of buckles in series.

Preferably, the connection structure comprises a connection a part and a connection b part which are respectively arranged at two ends of the buckles, the connection a part of one buckle and the connection b part of the other buckle are detachably connected, and the connection mode of the connection a part and the connection b part can be buckle connection, hook connection, magic tape connection, magnetic attraction connection and interference connection, and the length of the whole wire harness buckle assembly formed by controlling the buckles of different numbers in butt joint is controlled.

Preferably, the movable shaft is provided with a groove and an elastic part, the elastic part is positioned at the bottom of the groove, the groove and the elastic part axially extend to two ends by the movable shaft, the hardness of the elastic part is smaller than that of the movable shaft bodies on two sides so as to allow the movable shaft bodies on two sides to open and close, and the groove provides space for the opening and closing of the movable shaft bodies on two sides.

Preferably, the retaining ring is further provided with a locking mechanism for locking when the two side row of retaining rings are closed.

Preferably, the locking mechanism comprises a complementary buckling structure, arc rods of the two side row buckles are mutually aligned, the complementary buckling structure comprises a buckling end a and a buckling end b, the buckling end a and the buckling end b are respectively located at the end parts of the arc rods on the two sides, the buckling end a is provided with a first jogging groove and a bayonet, the buckling end a is provided with a second jogging groove and a clamping block, the two side row buckles are closed to enable the buckling end a and the buckling end b to butt and clamp, and the complementary buckling structure is arranged on at least the arc rods on the two end parts of the buckling ring.

Compared with the prior art, the convergence fixing device for the electrocardiograph monitoring lead wire adopting the technical scheme has the following beneficial effects:

1. The wire harness buckle assembly has the advantages that through the design of the wire harness buckle assembly, medical staff can easily take up a plurality of lead wires, the wire harness buckle assembly is fixed on the lead wires, orderly and orderly storage management is achieved, confusion and winding between the lead wires are avoided, the medical staff does not need to spend time and effort frequently to conduct regularity, the working efficiency is improved, meanwhile, the lead wires orderly stored can greatly reduce obstruction to activities of patients, and the wire harness buckle assembly has better attractiveness, adverse effects on emotion of the patients are reduced, and comfort level of the patients and satisfaction degree to medical services are improved.

2. The wire binding buckle assembly can provide a protection effect for the lead wire, and effectively avoid the problem that the lead wire in a naked and scattered state is damaged by friction, extrusion and treading of external things.

3. Has better use flexibility. The wire harness buckle assembly comprises a plurality of buckles which can be connected and detached, a certain number of buckles can be selected to be spliced to form a whole, the wire harness buckle assembly can be adaptively adjusted according to different use situations or different length lead wires, has strong flexibility and expandability, and meanwhile, the buckles can be conveniently opened and closed, and one or more lead wires can be conveniently put in and taken out.

4. The implementation of the scheme is beneficial to the realization of a 9S management target in hospitals, improves the cleanliness and the attractiveness of medical equipment, reduces the potential safety hazard caused by improper management, and meets the standard and the requirement of modern hospital management.

Besides the technical scheme, the utility model also discloses the following technical scheme:

The utility model discloses a receive fixing device of electrocardiograph guardianship lead wire, including the bundle wire buckle subassembly and be used for fixing the fixed mechanism of bundle wire buckle subassembly on the lead wire, bundle wire buckle subassembly includes a main part buckle and at least two regulation buckles, main part buckle length is greater than the regulation buckle;

The main body retaining ring comprises a first movable shaft, first row of retaining rings and a connecting structure, wherein the first row of retaining rings and the connecting structure are respectively connected to two sides of the first movable shaft, the first row of retaining rings are formed by arranging a plurality of arc rods along the axial direction of the first movable shaft, the first row of retaining rings at two sides are oppositely arranged in an inner retaining manner, the arc rods of the first row of retaining rings at two sides are aligned or staggered with each other, and the first row of retaining rings at two sides can be opened and closed through the first movable shaft;

The adjusting buckle comprises a second movable shaft, second row buckles and a connecting structure, wherein the second row buckles are respectively connected to two sides of the second movable shaft, the second row buckles are formed by arranging a plurality of arc rods along the axial direction of the second movable shaft, the second row buckles at two sides are oppositely arranged in an inner buckle mode, the arc rods of the second row buckles at two sides are aligned or staggered with each other, and the second row buckles at two sides can be opened and closed through the first movable shaft;

The length of the second movable shaft is smaller than that of the first movable shaft, the number of arc rods of the second row of buckles is smaller than that of the first row of buckles, the main body buckles are connected with the adjusting buckles at the end part through connecting structures, and the length of the whole wire harness buckle assembly is controlled through the adjusting buckles which are connected with different numbers on the main body buckles in a combined mode.

The utility model discloses a receive fixing device of electrocardio guardianship lead wire, including bunch buckle subassembly and connection mounting, bunch buckle subassembly includes a plurality of buckles, the buckle includes the loose axle, connect respectively in the row knot of loose axle both sides and be used for connecting the connection structure of other buckles, wherein arrange the knot and form for a plurality of arc poles along the loose axle axial arrangement, both sides arrange knot and set up with interior knot mode relatively, the arc pole of both sides row knot aligns or staggers the setting each other, both sides arrange knot and can open and close through the loose axle, be equipped with the through-hole in the loose axle, the through-hole runs through to the loose axle both ends along the loose axle axial, the connection mounting includes the magic tape, the magic tape can penetrate the through-hole through making the magic tape pass the through-hole of a plurality of buckles in proper order in order, the magic tape can be fixed on the lead wire around the fastening after stretching out by the buckle of both ends department.

Drawings

Fig. 1 is a schematic structural view of an embodiment 1 of a device for fixing a convergent lead wire of electrocardiographic monitoring according to the present utility model.

Fig. 2 is a schematic diagram of the usage of example 1.

Fig. 3 is a schematic view of the structure of the buckle in embodiment 1 (upper view).

Fig. 4 is a schematic view of the structure of the buckle in embodiment 1 (lower view).

Fig. 5 is a schematic structural view of an embodiment 2 of a device for fixing a convergent lead wire of electrocardiographic monitoring according to the present utility model.

Fig. 6 is a schematic view of the structure of the buckle in embodiment 1.

Fig. 7 is a schematic structural diagram of an embodiment 3 of a constriction fixing device for an electrocardiographic monitoring lead wire.

Fig. 8 is a schematic view showing the structure of the main body clasp and the adjusting clasp in embodiment 3.

The wire harness buckle assembly comprises a wire harness buckle assembly body, a wire harness buckle assembly 10, a buckle, a movable shaft 100, a 1000, a groove 1001, an elastic part 101, an arc-shaped rod 102, a rope threading hole 103, a serial rope 104, a buckling end a, a buckling end 1040, a first jogged groove 1041, a bayonet 105, a buckling end b, a buckling end 1050, a second jogged groove 1051, a clamping block 11, a connecting end a, a 110, a buckling opening 12, a connecting end b, a 120, a convex rod 121, a clamping crown 13, a main body buckle 130, a first movable shaft 131, a first row buckle 14, an adjusting buckle 140, a second movable shaft 141, a second row buckle 2, a magic tape 3 and a lead wire.

Detailed Description

The utility model is further described below with reference to the accompanying drawings.

Example 1:

The device for fixing the wire harness of the electrocardiograph monitoring lead as shown in fig. 1 to 4 comprises a wire harness buckle assembly 1 and a fixing mechanism for fixing the wire harness buckle assembly 1 on the lead wire 3, wherein the wire harness buckle assembly 1 comprises a plurality of buckles 10, and the buckles 10 comprise movable shafts 100, row buckles respectively connected to two sides of the movable shafts 100 and connecting structures for connecting other buckles 10.

Wherein the row buckles are formed by arranging a plurality of arc rods 101 along the axial direction of the movable shaft 100, the row buckles at two sides are oppositely arranged in an inner buckle mode, the arc rods 101 of the row buckles at two sides are mutually aligned to form a bracket-like structure, and the row buckles at two sides can be opened and closed through the movable shaft 100. Any buckles 10 are connected at the end parts through a connecting structure, and the length of the whole wire harness buckle assembly 1 is controlled through the number of the buckles 10 connected in a combined mode.

The fixing mechanism comprises a binding piece, the binding piece adopts a magic tape 2, and buckles 10 at two ends of the combined wire harness buckle assembly 1 are connected with at least one magic tape 2. After the plurality of lead wires 3 are simultaneously bundled in the wire bundling buckle assembly 1, each buckle 10 is closed, and the magic tape 2 at the two ends is wound and tightened on the lead wires 3 at the outer sides of the two ends, so that the bundling and fixing are completed.

The connecting structure comprises a rope threading hole 102 and a rope connecting string 103, wherein the rope threading hole 102 is arranged in the movable shaft 100, the rope threading hole 102 penetrates through the two ends of the movable shaft 100 along the axial direction of the movable shaft 100, the rope connecting string 103 penetrates through the rope threading hole 102, and the rope connecting string 103 sequentially penetrates through the rope threading holes 102 of the plurality of buckles 10 to connect the plurality of buckles 10 in series. The serial number of the buckles 10 is selected to control the length of the integral wire harness buckle assembly 1, and a proper number of buckles 10 are selected to be threaded on the serial ropes 103 according to specific use scenes or the length of the lead wires 3, so that the integrity of the wire harness buckle assembly 1 can be ensured, and the adjacent buckles 10 can move, so that the wire harness buckle assembly 10 is allowed to be bent to a certain extent, and the wire harness buckle assembly has good adaptability to the actual use environment.

The movable shaft 100 is provided with a groove 1000 and an elastic part 1001, the elastic part 1001 is positioned at the bottom of the groove 1000, the groove 1000 and the elastic part 1001 extend to two ends in the axial direction of the movable shaft 100, the hardness of the elastic part 1001 is smaller than that of the movable shaft 100 main bodies on two sides so as to allow the movable shaft 100 main bodies on two sides to open and close, and the groove 1000 provides a space for the opening and closing of the movable shaft 100 main bodies on two sides. The clasp 10 is also provided with a locking mechanism for locking when the two side rows are closed. The locking mechanism comprises a complementary buckling structure, the arc rods 101 of the two side row buckles are mutually aligned, the complementary buckling structure comprises a buckling a end 104 and a buckling b end 105, the buckling a end 104 and the buckling b end 105 are respectively positioned at the end parts of the arc rods 101 on the two sides, the buckling a end 104 is provided with a first embedded groove 1040 and a bayonet 1041, the buckling a end 104 is provided with a second embedded groove 1050 and a clamping block 1051, the two side row buckles are closed to enable the buckling a end 104 and the buckling b end 105 to be in butt joint and clamped, and the complementary buckling structure is arranged on the arc rods 101 on at least the two end parts of the buckling ring 10.

Example 2:

as shown in fig. 5 and 6, the technical content of this embodiment is substantially the same as that of embodiment 1, and the technical points of the difference between this embodiment and embodiment 1 are that:

This solution differs from example 1 in the connection structural features. In this scheme, the connection structure includes a connection a portion 11 and a connection b portion 12 that are disposed at two ends of the buckle 10, the connection a portion 11 of one buckle 10 and the connection b portion 12 of the other buckle 10 are detachably connected, the connection mode of the connection a portion 11 and the connection b portion 12 may be snap connection, the connection a portion 11 is a buckle opening 110 disposed at one end of the buckle 10, the connection b portion 12 is a protruding rod 120 disposed at the other end of the buckle 10, the protruding rod 120 is provided with a crown 121 that protrudes outwards Zhou Peng, the protruding rod 120 and the crown 121 are both made of elastic materials, the crown 121 of one buckle 10 may be inserted into the buckle opening 110 of the other buckle 10 and locked, and the crown 121 may be pulled out from the buckle opening 110 by force. The length of the entire harness clasp assembly 1 is controlled by interfacing different numbers of clasps 10.

Example 3:

This embodiment differs from embodiment 1 in the features of the harness clasp assembly 1.

As shown in fig. 7 and 8, the harness clasp assembly 1 of the present embodiment includes a main clasp 13 and at least two adjusting clasps 14, wherein the length of the main clasp 13 is longer than the length of the adjusting clasp 14.

The main body retaining ring 13 comprises a first movable shaft 130, first row of buckles 131 and a connecting structure, wherein the first row of buckles 131 and the connecting structure are respectively connected to two sides of the first movable shaft 130, the first row of buckles 131 are formed by axially arranging a plurality of arc-shaped rods 101 along the first movable shaft 130, the first row of buckles 131 at two sides are oppositely arranged in an inner buckle mode, the arc-shaped rods 101 of the first row of buckles 131 at two sides are aligned or staggered with each other, and the first row of buckles 131 at two sides can be opened and closed through the first movable shaft 130;

The adjusting buckle 14 comprises a second movable shaft 140, second row buckles 141 and a connecting structure, wherein the second row buckles 141 and the connecting structure are respectively connected to two sides of the second movable shaft 140, the second row buckles 141 are formed by axially arranging a plurality of arc rods 101 along the second movable shaft 140, the second row buckles 141 at two sides are oppositely arranged in an inner buckle mode, the arc rods 101 of the second row buckles 141 at two sides are aligned or staggered with each other, and the second row buckles 141 at two sides can be opened and closed through the first movable shaft 130.

The length of the second movable shaft 140 is smaller than that of the first movable shaft 130, the number of arc rods 101 of the second row of buckles 141 is smaller than that of the first row of buckles 131, the main body buckles 13 and the adjusting buckles 14 and any adjusting buckles 14 are connected at the end parts through connecting structures, and the connecting structures are the same as those in the embodiment, namely the first movable shaft 130 and the second movable shaft 140 are respectively provided with a rope threading hole 102 and are provided with a serial rope 103, and the length of the whole wire harness buckle assembly 1 is controlled by connecting different numbers of adjusting buckles 14 in series at two ends of the main body buckles 13.

Example 4:

The bundling and fixing device for the electrocardiograph monitoring lead wire comprises a bundling and fixing piece and comprises a bundling and fixing ring assembly 1 and a connecting and fixing piece, wherein the bundling and fixing ring assembly 1 comprises a plurality of buckles 10, each buckle 10 comprises a movable shaft 100, a plurality of rows of buckles respectively connected to two sides of the movable shaft 100 and a connecting structure for connecting other buckles 10, the rows of buckles are formed by arranging a plurality of arc rods 101 along the axial direction of the movable shaft 100, the two side rows of buckles are oppositely arranged in an inner buckle mode, the arc rods 101 of the two side rows of buckles are mutually aligned or staggered, the two side rows of buckles can be opened and closed through the movable shaft 100, a through hole is formed in the movable shaft 100, the through hole penetrates to two ends of the movable shaft 100 along the axial direction of the movable shaft 100, the connecting and fixing piece comprises a magic tape 2, the magic tape 2 can penetrate through the through holes, the magic tape 2 sequentially penetrates through the through holes of the buckles 10 so that the buckles 10 can be connected in series, and the magic tape 2 can be fastened on the lead wire 3 after being stretched out from the buckles 10 at two ends.

The foregoing is a preferred embodiment of the present utility model, and it will be apparent to those skilled in the art that variations and modifications can be made without departing from the principles of the utility model, and these should also be considered as being within the scope of the utility model.

Claims

1. The utility model provides a receive fixing device of electrocardio guardianship lead wire, includes bundle line buckle subassembly (1) and is used for fixing bundle line buckle subassembly (1) on lead wire (3) fixed establishment, bundle line buckle subassembly (1) include a plurality of buckles (10), buckle (10) include loose axle (100), connect row knot and the connection structure who is used for connecting other buckles (10) respectively in loose axle (100) both sides, wherein arrange the knot and be formed for a plurality of arc pole (101) along loose axle (100) axial arrangement, both sides arrange knot with the mode of detaining in the interior knot setting, both sides arrange the arc pole (101) of detaining and align each other or stagger the setting, both sides arrange knot and can open and close through loose axle (100), connect at the end through connection structure between arbitrary buckle (10), the length of whole bundle line buckle subassembly (1) is controlled through the quantity of buckle (10) that the combination is connected.

2. The device for binding and fixing the electrocardiograph monitoring lead wire according to claim 1, wherein the fixing mechanism comprises a binding piece, the binding piece is one of a magic tape (2), an elastic rope, a non-elastic rope and a nylon tape, and buckles (10) at two ends of the combined binding wire buckle assembly (1) are connected with at least one binding piece.

3. The electrocardiograph monitoring lead wire binding and fixing device according to claim 1, wherein the connecting structure comprises a rope penetrating hole (102) and a rope connecting string (103), the rope penetrating hole (102) is formed in the movable shaft (100), the rope penetrating hole (102) penetrates through two ends of the movable shaft (100) along the axial direction of the movable shaft (100), the rope connecting string (103) penetrates through the rope penetrating hole (102), and the rope connecting string (103) sequentially penetrates through the rope penetrating holes (102) of the plurality of buckles (10) to connect the plurality of buckles (10) in series.

4. The device for fixing the binding off of the electrocardiograph monitoring lead wire according to claim 1, wherein the connecting structure comprises a connecting a part (11) and a connecting b part (12) which are respectively arranged at two ends of the buckles (10), the connecting a part (11) of one buckle (10) is detachably connected with the connecting b part (12) of the other buckle (10), and the connecting mode of the connecting a part (11) and the connecting b part (12) is one of buckle connection, hook connection, magic tape connection, magnetic attraction connection and interference connection, and the length of the whole binding wire buckle assembly (1) is controlled by butting different numbers of buckles (10).

5. The device for fixing the convergent-divergent-line of the ECG monitor as set forth in claim 1, wherein the movable shaft (100) is provided with a groove (1000) and an elastic portion (1001), the elastic portion (1001) is located at the bottom of the groove (1000), the groove (1000) and the elastic portion (1001) extend axially to two ends by the movable shaft (100), the elastic portion (1001) has a hardness smaller than that of the main body of the movable shaft (100) on two sides to allow the main bodies of the movable shafts (100) on two sides to open and close, and the groove (1000) provides a space for the opening and closing of the main bodies of the movable shafts (100) on two sides.

6. The device for fixing the convergent wire of electrocardiographic monitoring according to claim 1 or 5, wherein the retaining ring (10) is further provided with a locking mechanism for locking when the two side row buckles are closed.

7. The device for fixing the electrocardiograph monitoring lead wire according to claim 6, wherein the locking mechanism comprises a complementary buckling structure, arc rods (101) of two side row buckles are mutually aligned, the complementary buckling structure comprises a buckling a end (104) and a buckling b end (105), the buckling a end (104) and the buckling b end (105) are respectively located at the end parts of the arc rods (101) on two sides, the buckling a end (104) is provided with a first embedded groove (1040) and a bayonet (1041), the buckling a end (104) is provided with a second embedded groove (1050) and a clamping block (1051), the two side row buckles are closed to enable the buckling a end (104) and the buckling b end (105) to be in butt joint, and the complementary buckling structure is arranged on the arc rods (101) at least at the two end parts of the buckling ring (10).

8. The device for fixing the wire harness of the electrocardiograph monitoring lead wire is characterized by comprising a wire harness buckle assembly (1) and a fixing mechanism for fixing the wire harness buckle assembly (1) on the lead wire (3), wherein the wire harness buckle assembly (1) comprises a main body buckle (13) and at least two adjusting buckles (14), and the length of the main body buckle (13) is larger than that of the adjusting buckles (14);

The main body retaining ring (13) comprises a first movable shaft (130), first row of buckles (131) and a connecting structure, wherein the first row of buckles (131) are respectively connected to two sides of the first movable shaft (130), the first row of buckles (131) are formed by axially arranging a plurality of arc rods (101) along the first movable shaft (130), the first row of buckles (131) at two sides are oppositely arranged in an inner buckling mode, the arc rods (101) of the first row of buckles (131) at two sides are mutually aligned or staggered, and the first row of buckles (131) at two sides can be opened and closed through the first movable shaft (130);

The adjusting snap ring (14) comprises a second movable shaft (140), second row buckles (141) and a connecting structure, wherein the second row buckles (141) are respectively connected to two sides of the second movable shaft (140), the second row buckles (141) are formed by axially arranging a plurality of arc rods (101) along the second movable shaft (140), the second row buckles (141) at two sides are oppositely arranged in an inner buckle mode, the arc rods (101) of the second row buckles (141) at two sides are aligned or staggered with each other, and the second row buckles (141) at two sides can be opened and closed through the first movable shaft (130);

The length of the second movable shaft (140) is smaller than that of the first movable shaft (130), the number of arc rods (101) of the second row of buckles (141) is smaller than that of the first row of buckles (131), the main body buckles (13) and the adjusting buckles (14) are connected at the end parts through connecting structures, and the length of the whole wire harness buckle assembly (1) is controlled through the adjusting buckles (14) with different numbers in combination connection on the main body buckles (13).

9. The bundling and fixing device for the electrocardiograph monitoring lead wire is characterized by comprising a bundling wire buckle assembly (1) and a connecting and fixing piece, wherein the bundling wire buckle assembly (1) comprises a plurality of buckles (10), each buckle (10) comprises a movable shaft (100), a row buckle and a connecting structure, the row buckles are respectively connected to two sides of the movable shaft (100), the connecting structure is used for connecting other buckles (10), the row buckles are formed by arranging a plurality of arc rods (101) along the axial direction of the movable shaft (100), the two side row buckles are oppositely arranged in an inner buckle mode, the arc rods (101) of the two side row buckles are aligned or staggered, the two side row buckles can be opened and closed through the movable shaft (100), through holes are formed in the movable shaft (100), the through holes penetrate through the two ends of the movable shaft (100), the connecting and fixing piece comprises a magic tape (2), the magic tape (2) can penetrate through the through holes of the buckles (10) in sequence, the plurality of buckles (10) are connected in series, and the magic tape (2) can stretch out of the two ends of the buckles (10) in sequence, and can be fastened on the lead wire (3) after being wound around the two ends of the movable shaft (100).