CN216167774U

CN216167774U - Multifunctional traction bone-setting fixer

Info

Publication number: CN216167774U
Application number: CN202121096097.2U
Authority: CN
Inventors: 胡成吉
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-05-25
Filing date: 2021-05-14
Publication date: 2022-04-05
Anticipated expiration: 2031-05-14

Abstract

The utility model relates to the technical field of medical instruments, and provides a multifunctional traction bone-knitting fixing device combining various parts, which is mainly designed by taking two traction splints (1) as a base, wherein the front end of each splint (1) is provided with a traction nail (2), the middle end of each splint (1) is provided with a positioning compression screw (3F), the rear end of each splint (1) is provided with a traction handle screw (3), and a plurality of auxiliary fixing needle seats and fixing needles (6) are arranged on the traction splints (1); the nail heads of the two traction nails (2) oppositely push against the lower end of the fracture to determine a fixed position, and the rear ends of the two traction splints (1) are pulled and dragged along the thigh direction; if a plurality of fractures need auxiliary fixation, a matched fixing needle seat is selected according to different fracture displacements, and a fixing needle (6) is arranged to support and fix the cracked bone; the utility model has the advantages that the minimally invasive treatment technology of traction and fixation is available, and the operation of internal fixation is not needed for most fractures; the traction coaptation fixing device has the advantages of convenient and stable installation, obvious effect and no need of suffering from repeated operations for patients.

Description

Multifunctional traction bone-setting fixer

Technical Field

The utility model relates to a multifunctional traction and bone-knitting fixing device for medical operation, which is mainly used for a new traction and fixation minimally invasive treatment technology of limb fracture or comminuted fracture of a human body.

Background

At present, in the medical field, there are various treatment methods for human limb fracture, and traditional Chinese medicine conservation treatment: 1. external fixation with gypsum; 2. externally fixing the treatment method by using a splint; these treatments can only be used on minor injuries to the fracture of the bone and cannot accurately locate the fracture that is completely displaced; western medicine: has the tradition and pulls the treatment, will pull the nail and drive into the human body and pierce through the bone, the advantage: the scar is small; the disadvantages are as follows: 1. the traditional traction nail is designed into one piece, and the traditional traction nail needs to penetrate through bones to vibrate greatly when being driven into a human body, so that secondary damage is caused by the thorough displacement of cracked bones; 2. the traditional traction nail can only be driven into a single bone after penetrating through a human body, but the lower limbs of the human body are not suitable for double bones, so that a doctor selectively drives the traction nail into a calcaneus, and the traction effect cannot be ensured because the calcaneus and the double bones of the shank are not on the same vertical line, so that western medicine in hospitals at present can select steel plate internal fixation for operation; the steel plate is used for fixing the surface to be seen again, and the surface is not scientifically damaged but is greatly damaged after analysis, 1, people who have an operation talk about tiger color change to cause psychological fear, 2, waist anesthesia is not well received, part of people leave extravasated blood due to injury of waist joints caused by improper anesthesia, and sequela is left due to long-term waist swelling pain caused by unsmooth blood; 3. the operation is fixed by a steel plate, the modeling angle of the steel plate is not completely matched with the natural curve of the bone of a human body, in addition, under the condition that the blood is fuzzy, three parties cannot see that the bone-knitting sight line is poor when the operation is carried out in a small opening of one party, the abnormal contraposition after the operation often fails to meet the requirement of anatomical contraposition, the growth of the bone is influenced, secondary operations are caused, bone grafting (upper and lower supplement) and other phenomena are caused, and even the life disability and other events of a patient are caused by serious contraposition inaccuracy errors; 4. even if the operation is smooth for one year, the secondary injury caused by the operation of internal fixation is required, the internal fixation is always carried out because the incision is fuzzy, and the position of a fixed object is not easy to find, so that the injury of the operation knife wound to the human body is increased.

Disclosure of Invention

The utility model aims to solve the technical problem of providing a multifunctional traction fracture fixation device, and a doctor can select proper parts in advance to install the traction fixation device according to the displacement condition of the fracture of a patient by using the fixation device, so that generally, the traction nail can be directly driven into two sides of the lower end of the fracture to confirm fixed position traction treatment without operation on the comminuted fracture which is not particularly serious; if the auxiliary fixation is needed when the calcaneus and the near joint part of the foot are fractured or a plurality of fractures are fractured, the corresponding auxiliary fixation kit is installed for fixation after traction, the multifunctional traction fracture setting device is simple and convenient to install, the positioning is adjustable and stable, the patient does not suffer from repeated operations, and the device is a new traction, reinforcement and fixation treatment technology of orthopedic minimally invasive medical science.

Therefore, in order to ensure reasonable treatment of different fractures of patients, the inventor of the multifunctional traction bone fracture fixing device provided by the utility model has difficulty, and successfully develops a set of parts for multiple combinations through years of effort, so that the multifunctional traction bone fracture fixing device can meet the requirements of wider and better traction reinforcement along with the fracture displacement matching, and is convenient to use and design as follows: the multifunctional traction bone-knitting strengthening device mainly comprises two traction splints, wherein traction nails are respectively arranged at the front ends of the two splints, positioning and pressurizing screws are arranged at the middle sections of the splints, traction handle screws are arranged at the rear ends of the splints, and a traction device frame is formed by mounting the middle-section positioning and pressurizing screws and the rear-end traction handle screws; a plurality of auxiliary fixing needle seats are arranged on the middle section of the traction splint and the positioning compression screw, wherein a connected auxiliary fixing needle seat and a separated auxiliary fixing needle seat are arranged, each auxiliary fixing needle seat is provided with an auxiliary fixing needle, and the top of the traction splint is provided with a nail protecting screw.

The multifunctional traction bone-knitting fixing device is mainly designed with two traction splints as bases, the front ends of the two splints are respectively provided with a plurality of traction nail mounting holes for mounting selection, a reinforcing nut is arranged behind the traction nail mounting holes for adjustment and fixation, the multifunctional traction bone-knitting fixing device also comprises a nail-protecting suite structure and welding or is connected into a two-phase 'jaw type hook claw', the middle section of the splints is provided with a plurality of mounting holes for mounting selection, the reinforcing nut is arranged behind the positioning and pressurizing screw mounting holes for adjustment and fixation, the rear ends of the splints are provided with mounting holes, the reinforcing nut is arranged behind the traction handle screw mounting holes, the middle section of the traction splints is also provided with a plurality of screw holes for mounting auxiliary fixing needle seats, and the auxiliary fixing needle seats are divided into two types: the split type traction splint is characterized in that a connected auxiliary fixing needle seat and a split auxiliary fixing needle seat are designed, the connected fixing needle seat is arranged on the traction splint body, the split fixing needle seats are fixedly installed through screws, auxiliary fixing needles are arranged on the auxiliary needle seats, and the auxiliary fixing needles are adjusted and fixed through reinforcing nuts; the middle section of the positioning compression screw can be square or round, the positioning compression screw is arranged in a square shape to provide a base for auxiliary fixation, the base is convenient to mount, the fixing design is mainly added for fracture of calcaneus and middle joint parts of the foot sole, the screw hole is arranged at the top of the traction splint and is used for mounting a screw protection screw, the angle of the traction screw is protected to prevent the screw head from sliding out, and the forward and backward movement can be adjusted; the design of the spring and the flat pad is a new innovation of external fixation medicine, and the spring has the function as if the fixing needle is pushed by a machine hand to have the natural pressurization fixation effect.

Drawings

FIG. 1 is a schematic side view of a cuboid fracture of a human body using a steel plate for internal fixation of a fracture.

FIG. 2 is a schematic plan view of the inner fixation of the fracture plate in the traditional operation for fracture of lower leg.

FIG. 3 is a schematic view of the nail position traction to the fracture alignment by the traditional traction treatment method for human lower leg fracture.

Fig. 4 is a schematic side view of the multifunctional traction and coaptation fixing device of the present invention in traction treatment of cuboid fracture of human body.

FIG. 5 is a schematic plan view of the multifunctional traction and fracture fixation device for treating fracture at multiple lower legs of human body with auxiliary fixation.

FIG. 6 is a schematic side view of the multifunctional traction fracture fixation device of the present invention applied to the treatment technique of traction and auxiliary fixation of multiple lower legs of a human body.

Fig. 7 is a schematic view of the multifunctional traction and fracture fixation device for human calcaneus fracture traction fixation.

Fig. 8 is a schematic view of the multifunctional traction fracture fixation device of the utility model in traction treatment of fracture of upper limbs of human body.

Fig. 9 shows the basic components of the multifunctional traction bone fixation device of the utility model.

Fig. 10 shows the "jaw-type" in the document of the multifunctional distraction osteosynthesis fixation device of the present invention.

In the drawings: 1. traction splint, (1-1) traction nail mounting hole, (1-2) second mounting hole, (1-3) third mounting hole, (1-4) screw hole, 1-0 auxiliary fixing needle-penetrating port, 2 traction nail, (2-1) screw thread, 3 traction handle screw, (3F) positioning compression screw, (3-1) screw thread, 4 fastening screw, 4B screw thread, 5 reinforcing screw cap, 6 auxiliary fixing needle, (6-1) screw thread, 7, unidirectional auxiliary fixing needle seat, 7LT, conjoined unidirectional auxiliary fixing needle seat, (7-1) first needle-penetrating hole, (7-2) fourth mounting hole, 8, lateral auxiliary fixing needle seat, (8-1) second needle-penetrating hole, (8-2) fifth mounting hole, 9, bidirectional auxiliary fixing needle seat, 9LT, a connected bidirectional auxiliary fixing needle seat, (9-1) a third needle penetrating hole, (9-2) a sixth mounting hole, 10, a sole fixing needle seat, (10-1) a fourth needle penetrating hole, (10-4) a second screw hole, 11, a spring, 12, a flat gasket, 13, a nail protecting sleeve piece, (13-1) screw threads, (13-4) a third screw hole, 14 and an anti-slip nut.

Detailed Description

As shown in figures 1 and 2, the internal fixation bone-knitting method for human fracture by traditional operation has the disadvantages that 1, muscle is cut open, a large opening is leaked, the operation destroys the tissues around the fracture, the analysis on the human bone and the tissues around the fracture is also important according to the theory, the traditional operation destroys the tissues around the fracture in order to connect the internal fracture, the operation can be compared with natural disasters and misadventures, if the operation is successful, the operation is also bitter after the internal fixation operation is taken for the second time, 2, the bone-knitting is operated in a small opening invisible in three parts of blood membranous lake, the operation difficulty is very large, the alignment error is often generated, the second operation is seriously carried out, and even the patient is disabled for the whole life.

FIG. 3 is a schematic diagram of the position between a traction nail and a fracture in a traditional traction treatment method, which has the disadvantages that 1, because the traditional traction nail is designed as one piece, traction needs to penetrate through a bone, and the structure of a double bone of a human shank is not appropriate, so that a doctor can only selectively drive the traction nail into a calcaneus, and because the calcaneus and the double bones of the shank are not on the same vertical line, the traction effect cannot be guaranteed; 2. in addition, the traditional traction nail penetrates through the bone of a human body and has large vibration, so that the complete displacement of the cracked bone is influenced; causing secondary damage; therefore, most western doctors select steel plates for internal fixation for open surgery at present.

As shown in fig. 4, the multifunctional traction fracture fixation device comprises a traction splint 1, a traction nail 2, a traction handle screw 3, a positioning compression screw 3F, a nail protecting screw 4B, a reinforcing nut 5, a nail protecting sleeve 13 and an anti-slip nut 14; the traction splint 1 is in two strip shapes, traction nail mounting holes 1-1 are respectively formed in the front ends of the bodies of the two traction splint 1, second mounting holes 1-2 and screw holes 1-4 are formed in the middle section of the bodies of the two traction splint 1, third mounting holes 1-3 are formed in the rear ends of the traction splint 1, the top of the traction splint 1 is bent by 90 degrees, and the screw holes 1-4 are formed in the traction splint; or the traction splints 1 are straight strips, a nail protecting sleeve 13 is arranged in the traction nail mounting hole 1-1 at the front end, and an anti-skid nut 14 or other nuts are arranged on screw threads of the nail protecting sleeve 13-1 and are respectively fixedly arranged outside the two traction splints 1; the second mounting holes 1-2 at the middle sections of the two traction splints 1 are connected through positioning compression screws 3F, the third mounting holes 1-3 at the rear ends of the two traction splints 1 are connected through traction handle screws 3, reinforcing nuts 5 are respectively arranged on the compression positioning screws 3F and the two-end screw threads 3-1 of the traction handle screws 3, and the two inner and outer surfaces of the two traction splints 1 are adjusted and fixed; the traction nail 2 is in a straight-line shape and is circular in cross section, the front end of the traction nail is sharp, the rear end of the traction nail is a smooth straight strip or is provided with screw threads 2-1, the traction nail 2 is connected with the traction splint 1 through a traction nail mounting hole 1-1, and the reinforcing nuts 5 are arranged on the screw threads 2-1 of the traction nail 2 and are respectively arranged on the inner surface and the outer surface of the two traction splints 1 for installation, adjustment and fixation; the top screw holes 1-4 of the two traction splints 1 are internally provided with nail protecting screws 4B, or the traction nails 2 are arranged in a nail protecting sleeve 13, the third screw holes 13-4 are internally provided with fastening screws 4, the nail heads of the traction nails 2 at the front ends of the two traction splints 1 are oppositely driven into the lower end of the fracture to confirm the fixed position, and the rear ends of the two traction splints 1 are pulled and pulled by the traction handle screws 3 along the thigh direction.

As shown in fig. 5, 6, 7 and 8, the multifunctional traction fracture fixation device comprises a traction splint 1, a traction nail 2, a positioning compression screw 3F, a traction handle screw 3, a nail-protecting screw 4B, a reinforcing nut 5, an auxiliary fixation needle-penetrating port 1-0, a unidirectional auxiliary fixation needle seat 7, a lateral auxiliary fixation needle seat 8, a bidirectional auxiliary fixation needle seat 9, a sole fixation needle seat 10 and an auxiliary fixation needle 6; the traction splint comprises two elongated traction splints 1, wherein a plurality of traction nail mounting holes 1-1 are respectively arranged at the front ends of bodies of the two traction splints 1, a plurality of second mounting holes 1-2 and a plurality of screw holes 1-4 are arranged at the middle sections of the bodies, third mounting holes 1-3 are arranged at the rear ends of the bodies of the two traction splints 1, the screw holes 1-4 are formed in the top parts of the traction splints 1 in a 90-degree bending manner, the second mounting holes 1-2 at the middle sections of the two traction splints 1 are connected through positioning compression screws 3F, the third mounting holes 1-3 at the rear ends of the two traction splints 1 are connected through handle screws 3, reinforcing nuts 5 are respectively arranged on two screw threads 3-1 at the two ends of the fixing compression screws 3F and the traction handle screws 3, and the two reinforcing nuts 5 are installed, adjusted and fixed on the inner surface and the outer surface of the two traction splints 1; the traction nail 2 is in a straight-line shape and has a circular cross section, the front end is sharp, the rear end is smooth and straight, or is provided with screw threads 2-1, the traction nail 2 is connected with the traction splint 1 through a traction nail mounting hole 1-1, and reinforcing nuts 5 are arranged on the screw threads 2-1 of the traction nail 2 and are respectively arranged, adjusted and fixed on the inner surface and the outer surface of the two traction splints 1; screw protecting screws 4B are arranged in screw holes 1-4 at the tops of the two traction splints 1, nail heads of traction nails 2 positioned at the front ends of the two traction splints 1 are oppositely driven into the lower end of the fracture to confirm a fixed position, and the rear ends of the two traction splints 1 are pulled and pulled by a traction handle screw 3 along the thigh direction; the auxiliary fixing needle penetrating port 1-0 is in a bin mouth shape, the front end of the auxiliary fixing needle penetrating port is close to the traction nail 2, and the rear end of the auxiliary fixing needle penetrating port is close to the unidirectional auxiliary fixing needle base 7; the unidirectional auxiliary fixing needle seat 7 is bent in an I shape, the front end of the unidirectional auxiliary fixing needle seat is provided with a needle penetrating hole 7-1, the rear end of the unidirectional auxiliary fixing needle seat is provided with two fourth mounting holes 7-2, the unidirectional auxiliary fixing needle seat is connected with the traction splint 1 through the fourth mounting holes 7-2, and a fastening screw 4 is arranged in a screw hole 1-4; the fixing needle 6 is arranged in the first needle penetrating hole 7-1, the reinforcing nut 5 is arranged on the screw thread 6-1 of the fixing needle 6, and the fixing needle is adjusted and fixed on two sides of the auxiliary fixing needle seat 7-1; the side auxiliary fixing needle seat 8 is bent in an L-shaped side surface, a second needle penetrating hole 8-1 is formed in the front end of the side auxiliary fixing needle seat, two fifth mounting holes 8-2 are formed in the rear end of the side auxiliary fixing needle seat and are connected with the traction splint 1 through the fifth mounting holes 8-2, and a fastening screw 4 is arranged in each screw hole 1-4; the fixing needle 6 is arranged in the second needle penetrating hole 8-1, the reinforcing nut 5 is arranged on the screw thread 6-1 of the fixing needle 6, and the fixing needle is adjusted and fixed on two sides of the auxiliary fixing needle seat 8-1; the bidirectional auxiliary fixing needle base 9 is bent at two sides of a U shape, the front ends of the two sides are provided with third needle penetrating holes 9-1, and the rear end is provided with two sixth mounting holes 9-2; the traction clamp plate 1 is connected with a sixth mounting hole 9-2, and a set screw 4 is arranged in the screw hole 1-4; the fixing needle 6 is arranged in the third needle-threading holes on the two sides, the reinforcing screw caps 5 are arranged on the screw threads 6-1 of the fixing needle 6 on the two sides, and the two sides of the fixing needle seat 9-1 are adjusted and fixed; the one-way auxiliary fixing needle base 7LT is positioned at the middle front part of the traction splint 1, the front end of the one-way auxiliary fixing needle base 7LT is provided with a needle penetrating hole 7-1, the rear end of the one-way auxiliary fixing needle base is connected with the bottom of an auxiliary fixing needle penetrating port 1-0, the one-way auxiliary fixing needle base rises up by using a pliers when auxiliary fixing is used and is adjusted to a confirmed fixing angle, the fixing needle 6 is arranged in the first needle penetrating hole 7-1, the reinforcing nut 5 is arranged on a screw thread 6-1 of the fixing needle 6, and the two sides of the auxiliary fixing needle base 7-1 are adjusted and fixed; the conjoined two-way auxiliary fixing needle seat 9LT is positioned at two sides of the middle front part of the traction splint 1, the front end is provided with a needle-penetrating hole 9-1, the rear end is connected with the body of the traction splint 1, when auxiliary fixing is used, the needle rises by using a pliers and is adjusted to confirm a fixing angle, the fixing needle 6 is arranged in the third needle-penetrating holes 9-1 at two sides, the reinforcing nut 5 is arranged on the screw thread 6-1 of the fixing needle 6, and the two sides of the auxiliary fixing needle seat 9-1 at two sides are adjusted and fixed; the auxiliary foot bottom fixing needle seat 10 is positioned at the middle rear part of the traction splint 1, is provided with a positioning compression screw 3F as a base, is provided with a needle penetrating hole 10-1 at the front end, is provided with a second screw hole 10-4 at the rear end clamping groove structure, is connected with the positioning compression screw 3F through the clamping groove structure, moves to a confirmed fixed position on the positioning compression screw 3F, and is internally provided with a fastening screw 4; the fixing needle 6 is arranged in the fourth needle penetrating hole 10-1, the reinforcing nut 5 is arranged on the screw thread 6-1 of the fixing needle 6, and the two sides of the fourth needle penetrating hole 10-1 of the auxiliary fixing needle base at the sole are adjusted and fixed; or the spring 11 and the flat gasket 12 are arranged between the fourth pin hole 10-1 and the reinforcing nut 5.

Referring to fig. 4, a first embodiment of the utility model, a multifunctional distraction bone fixation device, is used for distraction bone fixation, and comprises the following components: 1) the patient is laid on a sickbed, 2) no operation is performed, (after detumescence) firstly the multifunctional traction fixing device is mastered according to the displacement condition of X-ray film fracture and the width and the length of legs, the position of the traction nail 2 and the position of a second mounting hole 1-2 at the middle section of the traction splint 1 are determined, 2) disinfection is firstly performed, 3) local anesthetic is injected, 4) a doctor can drive two traction nails 2 into the bone by penetrating the cortex in turn for about 10 mm, if a special tool is available, the bone is pressed in turn, 5) then a reinforcing nut 5 is arranged on the screw thread 2-1 of the traction nail 2 and the position is determined, 6) the fixing device is loosened, the traction splint mounting hole 1-1 is selected to be sleeved on the screw thread 2-1 of the traction nail 2, and the other side is also arranged, and meanwhile, a reinforcing nut 5 is arranged on screw threads 2-1 of the traction nails 2 at two sides, and is screwed and fixed inside and outside the traction splints 1, 7) a nail protecting screw 4B is arranged in a screw hole 1-4 at the top of the traction splint 1, and is screwed and propped against the traction nail 2 to protect the angle action of the traction nail 2, and finally, the thigh of a patient is protected on a traction frame, and a traction weight is hung on a traction handle screw 3 to pull and drag.

As shown in fig. 5, fig. 6, fig. 7 and fig. 8, in this version (B, C, D, H), the use method of the multi-functional distraction bone fixation device of the second embodiment for distraction bone fixation and auxiliary fixation: 1) the patient is arranged on a sickbed, the thigh of the patient is protected to the traction frame II, and a doctor installs a traction bone-knitting fixing device and an auxiliary fixing needle seat in advance, adjusts the angle and installs a traction nail 2 according to the displacement condition of the patient X-ray film fracture; 2) when in fixation, one side of the traction splint 1 is loosened, the traction device is placed at the traction position of the leg, the traction nails 2 at the front ends of the two sides are driven into the bone in opposite directions in sequence (if special tools are used, the bone is preferably pressed into the traction nails in opposite directions at the same time), and after the traction nails 2 are checked to be properly driven into the bone, all the reinforcing nuts 5 are screwed down at the same time; 3) installing a screw protection screw 4B in a screw hole 1-4 at the top of the traction clamping plate 1, screwing the screw protection screw to abut against the traction screw 2 to protect the angle of the traction screw, and finally hanging a traction weight on a traction handle screw 3 for traction; 4) after the traction procedure is finished, auxiliary fixing is installed, 1) firstly, the needle head of the auxiliary fixing needle 6 is sleeved into the needle penetrating hole, and a reinforcing nut 5 (a spring, a flat pad and the nut 5 can be pressed at first) is installed on the screw thread 6-1 of the auxiliary fixing needle 6 from the needle head direction; 2) the needle head of the auxiliary fixing needle 6 is driven into a fixing target to penetrate through the cortex to prop against the displaced bone, a reinforcing nut 5 is arranged outside the needle penetrating hole on the screw thread 6-1 at the rear end of the auxiliary fixing needle, and then the reinforcing nuts 5 at the two sides of the auxiliary fixing piece are simultaneously screwed. Remarking: 1. if a spring (11) and a flat pad (12) are arranged, the reinforcing nut 5 at the rear end of the fixing needle 6 is loosened, and the reinforcing nut 5 below the spring is tightened to properly increase the compression of the spring; 2. the auxiliary fixing and mounting procedures comprise 7, 8, 9, 10. and the like, the same mounting procedure is not described, and the operation under X-ray is better if conditions exist; 3. if the leg swelling auxiliary fixing target is fuzzy, the patient is firstly drawn for several days, and the auxiliary fixing can be performed after the swelling subsidence every other day.

Claims

1. The utility model provides a multi-functional traction coaptation fixing device which characterized by: including pulling splint (1), pull nail (2), location compression screw (3F), pull handle screw (3), tight set screw (4), protect nail screw (4B), protect nail external member (13), anti-skidding nut (14): the traction splint is characterized in that the traction splint (1) is two long strips, traction nail mounting holes (1-1) are respectively formed in the front ends of bodies of the two traction splint (1), second mounting holes (1-2) and screw holes (1-4) are formed in the middle section of the traction splint (1), third mounting holes (1-3) are formed in the rear end of the traction splint (1), the top of the traction splint (1) is bent by 90 degrees, and the screw holes (1-4) are formed in the traction splint; or the traction splint (1) is straight, a nail protecting sleeve member (13) is arranged in the front end traction nail mounting hole (1-1), anti-skidding screw caps (14) or other screw caps are mounted on screw threads (13-1) of the nail protecting sleeve member, the anti-skidding screw caps are respectively mounted and fixed outside the two traction splint (1), second mounting holes (1-2) in the middle section of the two traction splint (1) are connected through positioning compression screws (3F), third mounting holes (1-3) in the rear end of the two traction splint (1) are connected through traction handle screws (3), reinforcing screw caps (5) are respectively arranged on the two screw threads (3-1) at the two ends of the positioning compression screws (3F) and the traction handle screws (3), and the inner and outer surfaces of the two traction splint (1) are mounted, adjusted and fixed; the traction nail (2) is connected with the traction clamping plates (1) through traction nail mounting holes (1-1), and nail protecting screws (4B) are arranged in screw holes (1-4) at the tops of the two traction clamping plates (1); or the traction nail (2) is arranged in the nail protecting sleeve (13), and a fastening screw (4) is arranged in the third screw hole (13-4); the nail heads of the traction nails (2) positioned at the front ends of the two traction splints (1) are oppositely driven into the lower end of the fracture to confirm the fixed position, and the rear ends of the two traction splints (1) are pulled and pulled by a traction handle screw (3) along the thigh direction.

2. The multi-functional distraction osteosynthesis fixation device according to claim 1, characterized in that: the traction nail (2) is in a straight-line shape and is circular in cross section, the front end of the traction nail is sharp, the rear end of the traction nail is a smooth straight strip or is provided with screw threads (2-1), more than two traction nails (2) are respectively connected with the two traction splints (1) through traction nail mounting holes (1-1), reinforcing nuts (5) are arranged on the screw threads (2-1) of the traction nail (2), the two traction splints (1) are respectively fixedly mounted on the inner side and the outer side of the traction splints, and the two traction splints are welded or connected to form two clamp type hook claws.

3. The utility model provides a multi-functional traction coaptation fixing device which characterized by: the auxiliary fixing device comprises a traction splint (1), a traction nail (2), a positioning compression screw (3F), a traction handle screw (3), a nail protection screw (4B), an auxiliary fixing needle penetrating port (1-0), a one-way auxiliary fixing needle seat (7LT) in one piece, a side auxiliary fixing needle seat (8), a two-way auxiliary fixing needle seat (9LT) in one piece, a foot bottom fixing needle seat (10) and an auxiliary fixing needle (6); the traction splint is characterized in that the traction splint (1) is two long strips, the front end of the body of the traction splint (1) is provided with a plurality of traction nail mounting holes (1-1), the middle section of the traction splint is provided with a plurality of second mounting holes (1-2) and a plurality of screw holes (1-4), the rear end of the traction splint (1) is provided with a third mounting hole (1-3), the top of the traction splint (1) is bent by 90 degrees to be provided with screw holes (1-4), the second mounting holes (1-2) in the middle section of the two traction splint (1) are connected through a positioning compression screw (3F), the third mounting holes (1-3) at the rear end of the two traction splint (1) are connected through a traction handle screw (3), and the positioning compression screw (3F) and two screw threads (3-1) at the two ends of the traction handle screw (3) are provided with reinforcing nuts (5), the inner and outer surfaces of the two traction splints (1) are arranged, adjusted and fixed; the traction nail (2) is connected with the traction splint (1) through a traction nail mounting hole (1-1), and reinforcing nuts (5) are arranged on screw threads (2-1) of the traction nail (2) and are respectively arranged on the inner surface and the outer surface of the two traction splints (1) for mounting, adjusting and fixing; nail protecting screws (4B) are arranged in screw holes (1-4) at the tops of the two traction splints (1), nail heads of the traction nails (2) at the front ends of the two traction splints (1) are oppositely driven into the lower end of the fracture to confirm a fixed position, and the rear ends of the two traction splints (1) are pulled and pulled by a hammer of a traction handle screw (3) along the thigh direction; the middle section of the traction splint (1) is provided with a one-way auxiliary fixing needle seat (7) and a connected one-way auxiliary fixing needle seat (7LT), an auxiliary fixing needle (6) is arranged in a first needle penetrating hole (7-1) at the front end of the one-way auxiliary fixing needle seat (7) and the connected one-way auxiliary fixing needle seat (7LT), and the front section auxiliary fixing needle (6) in the traction splint (1) props against the cracked bone through an auxiliary fixing needle penetrating hole (1-0) to achieve auxiliary fixing; a side auxiliary fixing needle seat (8) is arranged at the middle and rear section of the traction splint (1), an auxiliary fixing needle (6) is arranged in a second needle penetrating hole (8-1) at the front end of the side auxiliary fixing needle seat (8), and the needle head of the auxiliary fixing needle (6) at the middle and rear section of the traction splint (1) is used for supporting and fixing the cracked bone; two sides of the middle front section of the traction splint (1) are provided with two-way auxiliary fixing needle seats (9) and connected two-way auxiliary fixing needle seats (9LT), auxiliary fixing needles (6) are arranged in third needle penetrating holes (9-1) at the front ends of the two-way auxiliary fixing needle seats (9) and the connected two-way auxiliary fixing needle seats (9LT), and needle heads of the auxiliary fixing needles (6) on two sides of the middle front section of the traction splint (1) respectively support two cracked bones to achieve auxiliary fixing.

4. The multifunctional distraction osteosynthesis fixation device according to claim 3, characterized in that: an auxiliary fixed needle penetrating opening (1-0) is arranged at the middle front section of the traction splint (1), the auxiliary fixed needle penetrating opening (1-0) is in a bin mouth shape, the front end of the auxiliary fixed needle penetrating opening is close to the traction nail (2), and the rear end of the auxiliary fixed needle penetrating opening is close to the unidirectional auxiliary fixed needle seat (7).

5. The multifunctional distraction osteosynthesis fixation device according to claim 3, characterized in that: the unidirectional auxiliary fixing needle seat (7) is bent in an I shape, a first needle penetrating hole (7-1) is formed in the front end of the unidirectional auxiliary fixing needle seat, two fourth mounting holes (7-2) are formed in the rear end of the unidirectional auxiliary fixing needle seat and connected with a traction clamping plate (1) through the fourth mounting holes (7-2), a fastening screw (4) is arranged in the screw hole (1-4), a fixing needle (6) is arranged in the first needle penetrating hole (7-1), a reinforcing nut (5) is arranged on the screw thread (6-1) of the fixing needle (6), and the auxiliary fixing needle seat is adjusted and fixed on two sides of the first needle penetrating hole (7-1).

6. The multifunctional distraction osteosynthesis fixation device according to claim 3, characterized in that: the auxiliary side fixing needle seat (8) is bent in an L-shaped side surface, a second needle penetrating hole (8-1) is formed in the front end of the auxiliary side fixing needle seat, two fifth mounting holes (8-2) are formed in the rear end of the auxiliary side fixing needle seat and are connected with the traction splint (1) through the fifth mounting holes (8-2), and a fastening screw (4) is arranged in each screw hole (1-4); the fixing needle (6) is arranged in the second needle penetrating hole (8-1), the reinforcing nut (5) is arranged on the screw thread (6-1) of the fixing needle (6), and the two sides of the second needle penetrating hole (8-1) of the needle base are adjusted and fixed in an auxiliary mode on the side face.

7. The multifunctional distraction osteosynthesis fixation device according to claim 3, characterized in that: the bidirectional auxiliary fixing needle seat (9) is bent at two sides of a U shape, the front ends of the two sides are provided with third needle penetrating holes (9-1), the rear end of the two sides is provided with two sixth mounting holes (9-2), the two sixth mounting holes (9-2) are connected with the traction splint (1), and fastening screws (4) are arranged in the screw holes (1-4); two fixing needles (6) are respectively arranged in the third needle-penetrating holes at two sides, and reinforcing screw caps (5) are arranged on the screw threads (6-1) of the fixing needles (6) at two sides and are adjusted and fixed on two sides of the third needle-penetrating holes (9-1) of the auxiliary fixing needle bases at two sides.

8. The multifunctional distraction osteosynthesis fixation device according to claim 3, characterized in that: the one-way auxiliary fixing needle seat (7LT) of the conjoined is positioned at the middle front part of the traction splint (1), the front end of the one-way auxiliary fixing needle seat is provided with a first needle penetrating hole (7-1), the rear end of the one-way auxiliary fixing needle seat is connected with the bottom of an auxiliary fixing needle penetrating hole (1-0), the one-way auxiliary fixing needle seat rises by using a pliers and is adjusted to confirm a fixing angle when auxiliary fixing is used, the fixing needle (6) is arranged in the first needle penetrating hole (7-1), the reinforcing nut (5) is arranged on a screw thread (6-1) of the fixing needle (6), and the two surfaces of the first needle penetrating hole (7-1) of the auxiliary fixing needle seat are adjusted and fixed.

9. The multifunctional distraction osteosynthesis fixation device according to claim 3, characterized in that: the conjoined two-way auxiliary fixing needle seat (9LT) is positioned on two sides of the middle front part of the traction splint (1), the front end of the conjoined two-way auxiliary fixing needle seat is provided with a third needle threading hole (9-1), the rear end of the conjoined two-way auxiliary fixing needle seat is connected to a body of the traction splint (1), the conjoined two-way auxiliary fixing needle seat rises by using a pliers and is adjusted to confirm a fixing angle when auxiliary fixing is used, the fixing needle (6) is arranged in the third needle threading hole (9-1), the reinforcing nut (5) is arranged on a screw thread (6-1) of the fixing needle (6), and the two surfaces of the third needle threading hole (9-1) of the auxiliary fixing needle seat are adjusted and fixed.

10. The multifunctional distraction osteosynthesis fixation device according to claim 3, characterized in that: the sole fixing needle seat (10) is positioned at the middle rear part of the traction splint (1), is provided with a positioning compression screw (3F) as a base, is provided with a fourth needle penetrating hole (10-1) at the front end, is provided with a second screw hole (10-4) at the rear end clamping groove structure, is connected with the positioning compression screw (3F) through the clamping groove structure, moves to a confirmed fixed position on the positioning compression screw (3F), is internally provided with a fastening screw (4) in the second screw hole (10-4), is provided with a fixing needle (6) in the fourth needle penetrating hole (10-1), is provided with a reinforcing nut (5) on a screw thread (6-1) of the fixing needle (6), and is adjusted and fixed on two sides of the fourth needle penetrating hole (10-1) of the sole fixing needle seat; or the spring (11) and the flat pad (12) are arranged between the fourth needle penetrating hole (10-1) and the reinforcing nut (5).