36 results about "Femoral Shaft Fracture" patented technology

The invention provides a master-slave mode parallel robot system and method for femoral shaft fracture reduction. The system comprises a master manipulator control robot, a central control unit, a slave manipulator reduction robot, a mapping switch, an orthopedic operating bed, a traction frame, a G-arm dual-display X-ray machine and an operating trolley, wherein the central control unit conditionally maps and transmits a fracture reduction operation of the master manipulator control robot to the slave manipulator reduction robot; a conditional mapping operation of the central control unit is started or closed by the mapping switch; a proximal femur of a patient is fixed on the orthopedic operating bed; the traction frame and the orthopedic operating bed are connected with each other to form a rigid body; the slave manipulator reduction robot copies the fracture reduction operation of the master manipulator control robot for the patient under mapping control of the central control unit; the G-arm dual-display X-ray machine simultaneously collects an entopic X-ray image and a lateral X-ray image of a femoral shaft fracture position of the patient. The method comprises the steps of preoperative preparation and intro-operative operation. According to the system and the method provided by the invention, the injury of an X-ray to the patient is reduced, and a reduction state is stably maintained before fixation.

The invention belongs to the field of medical apparatus and instruments, and relates to a femoral shaft fracture internally fixing instrument, which comprises a lockable steel plate and an aiming assembly of the lockable steel plate, wherein the lockable steel plate comprises a steel plate, a single lock, a linkage lock and a lock nail; the aiming assembly comprises a single lock aiming fixator and a linkage lock aiming fixator; an auxiliary assembly bone nail, a bone nail hole positioning hook and a combined screwdriver. In the femoral shaft fracture internally fixing instrument, an arc which corresponds to the forward physiological curve of a femoral shaft is designed on the steel plate longitudinally; an arc which corresponds to the transverse diameter of the femoral shaft is designed transversely near a bone surface, so that the arc is put in the middle of the fracture position along an arc line of the femoral shaft to contact bones in a limited mode; and the lateral surface is circular arc curved surfaces which are distributed symmetrically and uniformly. The linkage lock strides over a fracture line on the inner side of the femoral shaft, and the single lock is away from the fracture line; and the aiming assembly is used for aiming, fixing, drilling and assembling, and is easy to operate. The femoral shaft has the advantages that the fixation is stable, postoperative additional fixation is avoided, functional exercise can be performed in early stage, and the union of fracture is facilitated, and internal fixtures are convenient to dismantle after union.

A reposition device for femoral shaft fracture is characterized by comprising base fastening screws, a base, a motor A, a motor B, a motor C, an H-shaped frame, a right stand column, a left stand column, a right wheel disc, a left wheel disc, a base-carrying bearing, a reposition frame, a rear square pipe, a front square pipe, a rear horizontal-movement support, a front horizontal-movement support, a fixed clamping piece, a tightening screw, ropes, a vertical locking screw and a horizontal locking screw; the reposition device simulates an F-shaped repositor and can be used for reposition of the front position, the back position and lateral positions of a femoral shaft; the ropes are selected as the transmission part of the reposition device, and the transmission part is of a dual-rope structure. By means of the reposition device, femoral shaft fracture reposition can be met on the premise that X-ray imaging is not shielded, percutaneous fixation is achieved and secondary damage does not exist, and a preparation is made for subsequent intramedullary nail implantation; the invention further provides a reposition method of the reposition device, the method is easy to operate, and femoral shaft fracture reposition can be achieved.

The invention discloses an auxiliary reduction apparatus for closed reduction of femoral shaft fracture of children and belongs to the technical field of orthopedic medical treatment instruments, aiming to realize closed reduction of femoral shaft fracture of children. The technical scheme includes that a proximal clamp holder and a distal clamp holder reslectively sleeve a proximal connecting rodand a distal connecting rod through lock bolts; a Kirschner wire is fixedly connected with the proximal end of the femoral fracture through the proximal clamp holder; a half-thread wire is fixedly connected with the distal femoral condyle through the distal clamp holder; a horizontal rotating shaft is connected to the far end of the proximal connecting rod and is connected with a universal shaft;the universal shaft is connected with the distal connecting rod; an axial stretching reduction device is mounted at the tail end of the distal connecting rod, and a radial pressurizing reduction device is mounted on the distal connecting rod. The auxiliary reduction apparatus has the advantages of simple structure, convenience in use, good reduction effect, high convenience in fluoroscopy duringoperation, creates condition for driving of titanium elastic intrameduary nail for treatment of femoral shaft fracture of children, avoids the fracture broken end surgical reduction operation, and accordingly reduces surgical wounds.

The invention discloses a traditional Chinese medicament for treating femoral shaft fractures and a preparation method of the traditional Chinese medicament. The traditional Chinese medicament comprises the following raw medicinal materials: codonopsis pilosula, astragalus membranaceus, prepared rehmannia root, bighead atractylodes rhizome, scabrous mosla herb, Chinese angelica, yam, white hyacinth bean, liquorice, acanthopanax, rhodiola rosea, honey, placenta hominis, teasel root, cistanche, seahorse, adenophora tetraphylla, ligusticum wallichii, radix curcumae, frankincense, safflower, myrrh, corydalis amabilis, resin of sweetgum, suberect spatholobus stem, ground beetle, native copper, sappanwood, rhizoma drynariae, artemisia anomala and yellow-bell clematis. The traditional Chinese medicament has the beneficial effects that the medicament is mainly used for treating incipient-stage femoral shaft fractures, has the effects of tonifying qi and promoting granulation, activating blood circulation and dredging collaterals, and can be used for 'removing stasis, promoting dredging collaterals, and healing fracture', promoting bone cell granulation and recovering nerves and muscles on the periphery of bone cells; the drug effect can directly reach the focus, the preparation process is simple and convenient; the medicament has the advantages of small toxic and side effect, low cost, drug-tolerance prevention and relapse prevention after healing.

The invention discloses a locking and pressurizing bone setting plate with slideable sliding blocks. The locking and pressurizing bone setting plate with the slideable sliding blocks comprises a bone setting plate, wherein the two ends of the bone setting plate are arc-shaped, the bone setting plate comprises a bone setting plate upper part and a bone setting plate lower part which are sequentially connected, and the bone setting plate upper part and the bone setting plate lower part are connected in a smooth transition manner; the outer side surface, corresponding to a femoral shaft, of the bone setting plate upper part is provided with first locking holes, the bone setting plate upper part below the first locking holes is provided with a rectangular through hole, sliding blocks which can move along the inner wall of the through hole are arranged on the rectangular through hole, and the outer side surfaces, corresponding to the femoral shaft, of the centers of the sliding blocks are provided with screw holes; the bone setting plate lower part is provided with second locking holes. Through the arrangement, the locking and pressurizing bone setting plate with the slideable sliding blocks has the advantages that the influence of a bone setting device on periosteum blood supply can be reduced, the stripping range of the periosteum is reduced and the locking and pressurizing bone setting plate is applicable to various femoral shaft fracture situations; when the fracture does not heal well, screws on the top plate can be taken out, thus the sliding blocks can slide in a sliding groove when a patient bears partial load, pressure can be applied to fracture ends and the fracture healing is facilitated.

A bone-fragment-fixing steel wire guiding device for a femoral shaft fracture relates to minimally invasive internal fixation for a femoral comminuted fracture, and is characterized in that the broken ends of a fractured bone are not cut open and a femur and a free bone fragment are bound and fixed by a steel wire or a suture line. The guiding device comprises a front finger segment and a finger segment chain, wherein the finger segment chain comprises rear finger segments which are hinged together; and a torsional spring is arranged between the front finger segment and the rear finger segments and is used for keeping the front finger segment inclining to the axis of the femur. After a closed intramedullary nail for the femoral comminuted fracture is fixed, a handle is pushed forward under a perspective condition, and the rear finger segments are moved one by one to encircle the femur and the free bone fragment. The front end of the steel wire is pinched with a pair of nucleus pulposus forceps and then pulled to the inner side of the guiding device so that the steel wire can be pulled out of the guiding device; and the suture line can be led out by the steel wire. The steel wire or the suture line is knotted so as to realize closed reduction and binding fixation of the femur and the free bone fragment. The guiding device is convenient to operate; and compared with open reduction, the guiding device can avoid damaging blood supply of the free bone fragment, enables an incision to obviously shrink, omits surgical procedures and shortens the healing time after an operation.

The invention belongs to the field of medical equipment, and particularly relates to an anti-rotation intramedullary nail system of a proximal femoral bionic arm reconstruction support. The anti-rotation intramedullary nail system comprises a main nail and a pressure nail, and is characterized by further comprising at least one tension nail, wherein the main nail, the pressure nail and the tensionnail form at least one triangular support structure, a near end section and a far end section of the main nail are integrally formed, the near end section is provided with a first nail hole and a second nail hole, the first nail hole fixes the tension nail, and the second nail hole fixes the pressure nail. The anti-rotation intramedullary nail system has the beneficial effects that the system isconsistent with anatomy of the femoral medullary cavity in a lateral position, the main nail of the side bent proximal femoral anti-rotation intramedullary nail can be lengthened even to the overall length of the femoral medullary cavity, and then the system can be used in femoral shaft fracture and multiple femoral fractures, thereby enlarging the use scope; the system effectively prevents the hip joint from inverting, femoral neck from shortening, femoral part from displacing inwardly, and femoral head and neck from rotating and deforming, an internal fixing device is prevented from breaking, loosing and releasing from the femoral neck internal fixing device, a power screw or a screw blade is prevented from cutting out, and femur stress fracture is prevented.

The invention discloses a femoral shaft fracture bone fragment fixing steel wire guiding device and relates to fixation on a free bone fragment in the femoral shaft fracture and solves the problem of using a steel wire or a suture for carrying out closed reduction and binding fixation on the femur and the free bone fragment. After femoral shaft splintered fracture is subjected to closed reduction interlocking intermeddler nail fixation, under the fluoroscopy of a C arm, an outer tube passes through the muscle and hooks the free bone fragment to enable the free bone fragment to be close to a femoral shaft, then a rotating wheel is rotated to enable an inner tube in an inner cavity of the outer tube to rotate around the circle center of the inner tube, the inner tube is matched with the outer tube to take the effect after extending out of the outer tube so as to loop the free bone fragment and the femoral shaft, and at the moment, a nucleus pulposus tong can be used for extracting a steel wire out of the inner tube and the outer tube; if the bone fragment is fixed by the suture, the suture can be fixed at the tail end of the steel wire to be extracted along with the steel wire. The steel wire or the suture is knotted to implement closed reduction and binding fixation on the free bone fragment and the femur. The guiding device is convenient to operate; compared with open reduction fixation, the closed reduction adopted by the femoral shaft fracture bone fragment fixing steel wire guiding device can avoid destroying blood supply to the free bone fragment, obviously shortens an incision, reduces operation time and relieves pain of a patient.

The invention discloses a fixing and transferring splint device special for femoral neck or femoral shaft fracture emergency treatment.The fixing and transferring splint device comprises a splint body, fixing belts and a fixing belt guide rod.Lengthening plates are arranged at the two ends of the splint body and connected with the splint body through stretchable rods, one ends of the stretchable rods are fixed to the lengthening plates, and the other ends of the stretchable rods penetrate out of the lengthening plates and are arranged in blind holes formed in the length direction on the splint in a penetrating mode; side holes for allowing the fixing belt to penetrate through are formed in the two sides of the lengthening plates and the two sides of the splint body; a guide rod storage groove is further formed in the splint body in the length direction of the splint body, the fixing belt guide rod is matched with the guide rod storage groove in shape, and a hook for hooking the fixing belts is arranged on an end head of the fixing belt guide rod.According to the fixing characteristics of femoral necks and femoral shaft fractures and the average height of the human body, the splint device for pre-hospital emergency treatment is stretchable, high in emergency meeting performance, easy and convenient to operate, efficient, safe, reliable and convenient to widely apply and popularize.

The invention discloses a pharmaceutical composition for the treatment of femoral shaft fracture and a preparation method thereof. The pharmaceutical composition is made from the following raw materials: Rosa multiflora, juice of oriental grape, jujube, Cyperus Michelianus, delavay pararuellia herb, Tanarius major, violet Herba, pseudo-ginseng, herba taching, licorice, elderberry, the root of red-rooted salvia, scabrid smallhooked hedyotis herb, Gaultheria pyroloides, Ceylon houndstongue leaf or root-bark, chun spicebush root, rhizoma polygoni suffulti, Adenophora trachelioides, Thlaspi arvense, cimicifugae foetidae, one strike decoction, medlar and sivery aleuritopteris herb. The invention has the beneficial effects that the pharmaceutical composition has the effects of invigorating qi, generating muscle, and promoting blood circulation to remove meridian obstruction, can remove blood stasis, generate new muscle, repair bone, promote the formation of bone cells and recovery of peripheral nerve and muscle; and the efficacy directly reaches the lesions. The invention has the advantages of simple production process, little side or toxic effects, low cost, no resistance and no recurrence.

The invention belongs to the field of medical instruments, and relates to a femoral shaft fracture internal fixing instrument, which comprises a locking steel plate and a collimation assembly component of the locking steel plate. The locking steel plate comprises a steel plate, a single lock, a combination lock and lock pins, and the collimation assembly component comprises a single lock collimation fixing apparatus, a combination lock collimation fixing apparatus and auxiliary components including bone nails, a bone nail positioning drawing hook, a combined screwdriver and the like. An arc which corresponds to a forward physiological curve of the femur of a patient is longitudinally designed on the steel plate, an arc which corresponds to the transverse diameter of the femur is transversely designed at a position, which is close to a femur surface, of the steel plate, arc-shaped curved surfaces are symmetrically and uniformly distributed on side surfaces of the steel plate, and the steel plate conforms to an arc line of the femur, is placed in the middle of a fracture portion, and contacts with the femur in a limited manner. The combination lock is designed on the inner side of the femur and across a fracture line, the single lock is designed far away from the fracture line, collimation, fixation, drilling and assembling are carried out by the collimation assembly component, and operation is simple and fast. The femoral shaft fracture internal fixing instrument has the advantages that fixation is stable, additional fixation is not required after surgery, and the femoral shaft fracture internal fixing instrument can be used for early-stage functional exercises and is favorable for fracture healing. After fracture healing, a fixing object in the femur can be detached conveniently.

The present application discloses an inverted humerus intramedullary nail, which includes a first rod body located at the distal end and a second rod body located at the proximal end, the first rod body and the second rod body are coaxially connected into one body, and the second rod body The outer diameter of the first rod body is larger than that of the first rod body, and four first round holes and one second round hole are opened on the second rod body, and the four first round holes are respectively perpendicular to the axis of the second rod body direction, and the four first round holes form a certain angle with each other, and the angle between the second round hole and the axial direction of the second rod body is 45°, and the first rod body is provided with two The third circular hole, the two third circular holes are perpendicular to the axial direction of the first rod body, and a certain angle is formed between the two third circular holes. The inverted humeral intramedullary nail provided by the new model has simple structure and high safety, and is suitable for clinical needs. The intramedullary nail has high tensile strength, can be used for femoral shaft fractures, and can achieve the purpose of small surgical incision and fast and convenient surgery.

The invention discloses a fixation and traction brace for a femoral shaft fracture of an infant. The fixation and traction brace comprises a back plate, a lock catch structure is arranged on the back plate, one side of the lower portion of the back plate is connected with a first lower limb fixing frame through a first connecting mechanism, and the other side of the lower portion of the back plate is connected with a second lower limb fixing frame through a second connecting mechanism. The brace is compact in structure and can effectively perform the traction function on the femoral shaft fracture of the infant.

The invention discloses a flank-type bone plate for transverse fracture of a femoral shaft. The bone plate comprises a main bone plate and two flank pairs distributed on the main bone plate symmetrically, and the main bone plate between the two flank pairs is fracture bone plate for corresponding to a fracture part; the thickness of the fracture bone plate is 2 mm thicker than that of other positions of the main bone plate, and each flank pair comprises two flanks which are distributed on the two side of the main bone plate symmetrically; the main bone plate is provided with locking screw holes and a pressing screw hole, the pressing screw hole is arranged on the fracture bone plate, and locking screw holes are arranged on each flank. The flank-type bone plate ensures the stability and safety of the fixed bone plate in the fracture of the femoral shaft, can reduce the damage to the bone plate from stress concentration, has a remarkably increased bearing capacity, and embodies the superiority of a bone plate system.

The invention discloses a medicine for treating fracture of the femoral shaft and a preparation method thereof. The medicine comprises the following raw medicinal materials: Chinese angelica, adhatoda ventricosa, root of common peony, asiatic toddalia root, dried rehamnnia root, rubia yunnanensis, rhizoma drynariae, circium japonicum, native copper, olibanum, cortex lycii radicis, myrrh, elderberry, hematoxylon, asplenium varians wall., caulis spatholobi, radix astragali preparata, madder, eucommia ulmoides, rhizoma sparganii, the seed of Chinese dodder, ixora chinensis, cutch, lamiophlomis rotata, giant knot weed, pig marrow, fir club moss and sea-buckthorn. The medicine for treating the fracture of the femoral shaft has the beneficial effects that the medicine has the effects of invigorating blood and generating new blood, setting broken bones and connecting tendons, promoting circulation and removing stasis, and replenishing essence and generating marrow; the medicine is mainly used for treating the femoral fracture in the middle period after the operation; the medicine has the advantages of rapid effect, high efficiency, accurate curative effect, short course of treatment, zero toxic side effect, low cost, and the like.

The invention relates to the technical field of medical instruments, and particularly discloses an auxiliary repositor for closed reduction of child femoral shaft fracture, and a using method thereof. The auxiliary repositor comprises an adjusting base and a limiting module, the limiting module is arranged at the top of the adjusting base, the limiting module comprises a leg storage plate, sliding plates are slidably connected to the left side and the right side, close to the center, of the front face and the back face of the leg placing plate correspondingly, outer shells are fixedly connected between the two sliding plates located on the left side of the leg placing plate and between the two sliding plates located on the right side of the leg placing plate correspondingly, and connecting shells are fixedly connected to the outer surfaces of the outer shells. By arranging an inflation valve, a connecting pipe, air bags, the connecting shells and the outer shells, a worker can limit and fix the femoral shaft of a patient through the air bags and the outer shells, and the two ends of the fracture position of the femoral shaft of the patient are limited through the two designed outer shell and the inner soft air bags, so when the treatment effect is guaranteed, the comfort of the patient during use is improved.

The invention provides a femur fracture strutting reducing device, and belongs to a medical apparatus. The femur fracture strutting reducing device comprises a first extension rod and a second extension rod, the two ends of the first extension rod and the second extension rod are connected together through a first pipe clamp and a second pipe clamp respectively, a first extender and a second extender are arranged in the middles of the first extension rod and the second extension rod respectively, a Steinmann pin sleeve is fixed to one end of the first extension rod through a third pipe clamp, a Steinmann pin is arranged in the Steinmann pin sleeve, a semi-ring rod is fixed to one end of the second extension rod through a fourth pipe clamp, a first Kirschner pin is fixed to the semi-ring rod through a first tubular pin clamp and a second tubular pin clamp, and a second Kirschner pin perpendicular to the first Kirschner pin is fixed to the semi-ring rod through a third tubular pin clamp. By means of the femur fracture strutting reducing device, when closed reduction is carried out, the femur fracture strutting reducing device can be combined with a magnetic force navigation intramedullary needle to treat the femoral shaft fracture, the closed reduction aim is achieved, the operation flexibility during an operation is greatly improved, and complications caused by applying a traction table to carry out reduction are avoided.

The invention relates to the field of bone surgery medical instruments, in particular to a lifting proportion template device for bone surgery fracture operation of human body long tubular bones and ameasuring method. The proportion template device is characterized in that one end of a bolt is dynamically connected with a hemisphere through threads, and the other end is fixedly connected with a base to form a proportional template; the hemisphere can lift up and down through threads; a proximal femur anti-rotation intramedullary nail operation is carried out, a patient lies flat on a flat bed, a proportional template is placed on the flat bed to be in a horizontal state, an X-ray film is shot, an operator touches the highest point of the greater trochanter with the hand, the hemisphere ismeasured with a horizontal ruler, the hemisphere is lifted to the position at the same height as the greater trochanter, and photographing is carried out; the device has the positive effects that thediameter in the X-ray film is measured to be 1mm accurately; and the medullary cavity diameter of the bone of a treatment part required by an affected limb in the X-ray film is calculated to be 1mm accurately. The success rate of the obtained data guidance surgery is 100%. The device comprises the conditions that 1, the operation time of the proximal femur anti-rotation intramedullary needle is 15-30 minutes; 2, the femoral shaft fracture intramedullary needle operation time is less than or equal to 1 hour; 3, the tibia intramedullary needle operation time is less than or equal to 1 hour; and4, tibia steel plate operation time is less than or equal to 1 hour.

The invention provides an intramedullary nail. The intramedullary nail is made of a nickel-titanium alloy material with a memory function and superelasticity, the intramedullary nail is made into an intramedullary nail with a current corresponding shape according to a use part, the intramedullary nail comprises an intramedullary nail for femoral shaft fracture, the intramedullary nail comprises a nail rod fixing part and a nail rod expandable part, the nail rod expandable part is connected to one end of the nail rod fixing part, strip-shaped cavities are formed in the nail rod expandable part and the nail rod fixing part, and the strip-shaped cavities located in the nail rod fixing part and the nail rod expandable part are connected. According to the intramedullary nail provided by the invention, the intramedullary nail made of the nickel-titanium alloy has a memory function, superelasticity and strong adaptability, can be correspondingly arranged as an intramedullary nail for corresponding body parts, can be fixed by utilizing the elasticity of the intramedullary nail, and can be used for eliminating a gap by aligning two fracture parts together due to the contracted superelasticity, and the fracture parts are healed more easily.

A half-needle assisted replacer for femoral shaft fracture is characterized in that a steel plate (2) is arranged at the near end of a half-needle assisted replacer sliding plate (1), and a sliding rod (3) is arranged at the far end; a plate round hole (4) is formed in the steel plate at the near end, a lifting rod (5) penetrates through the plate round hole from a fixing sleeve (6), and an anti-sliding hole (7) is formed in the side edge of the plate round hole locked by a lock screw (8); a rod round hole (9) is formed in the head end of the lifting rod, threads (10) are formed in the tail end, and the lifting rod is fixed through a lifting nut (11); a round disk (12) is arranged at the head end of the fixing sleeve, and fixing slots (13) are formed in the round disk; the sliding rod is sleeved with a sliding fixture block (14), and a fixture anti-sliding hole (16) is formed in the side edge of the sliding fixture block and locked by a clamping screw (17); the sliding fixture block is connected with an opening frame (22), a spur gear (15), a circular gear (23) and a fine adjustment rod (18) are arranged in the opening frame, a frame round hole (19) is formed in the head end of the fine adjustment rod, and a frame anti-sliding hole (20) is formed in the side edge of the frame round hole locked by a locking screw (21); a rolling handle (24) is arranged outside an axis of the circular gear.

The invention discloses a proximal femur intramedullary nail ring guide apparatus. The proximal femur intramedullary nail ring guide apparatus comprises a contractile ring, wherein the ring is composed of a section of circular ring which is not closed, and a hollow guide pipe is welded to one side of the ring. The proximal femur intramedullary nail ring guide apparatus is simple in structure; when femoral shaft fracture surgery and femoral intertrochanteric fracture surgery are performed, a medical worker stretches a finger into the ring at a surgical incision and takes out the finger after the device is placed in the surgical incision, an intramedullary nail is hit inwards from the hollow guide pipe, and therefore the aim of rapidly and accurately selecting and positioning the proximal femur inlet point is achieved, workloads of the medical worker are reduced, and the proximal femur intramedullary nail ring guide apparatus is worthy of wide popularization.

The invention discloses an intramedullary nail with a lock. At present, the intramedullary nail with the lock can be used for well controlling the bent shearing twisting stress at a fracture end, and becomes the application trend for the treatment of long bone fracture. The intramedullary nail comprises a compression screw (1), wherein the compression screw comprises a screw cap (6) and a screw rod (7); the screw cap is connected with the screw rod; the outer surface of the screw rod is provided with a coarse thread (8); the compression screw is screwed into an intramedullary nail rod (2); the intramedullary nail rod is connected with a fixing rod (3); the fixing rod is connected with a decompression head (4). The intramedullary nail is applied to internal fixation of femoral shaft fracture, tibial shaft fracture, femoral neck fracture, femoral intertrochanteric fracture or combined femoral shaft fracture, supracondylar fracture of femur, femoral intercondylar fracture or combined femoral shaft fracture and humeral shaft fracture, and is taken as a surgical tool for diaphyseal fractures.

The invention discloses a three-dimensional closed repositor for femoral shaft fracture and usage method thereof. The three-dimensional closed repositor for femoral shaft fracture comprises a far-endassembly, a near-end assembly, and an adjustable connecting assembly, and the far-end assembly and the near-end fixing assembly are connected to each other through the adjustable connecting assembly.The three-dimensional closed repositor for femoral shaft fracture can carry out three-dimensional reset on fracture, and can reduce fracture overlapping and the displacement of a coronal plane and a sagittal plane; and when in use, the three-dimensional closed repositor for femoral shaft fracture can accurately carry out reduction and save manpower and time, structure and operation are simple, andthe cost is low.

The invention discloses a fixing and transferring splint device special for femoral neck or femoral shaft fracture emergency treatment.The fixing and transferring splint device comprises a splint body, fixing belts and a fixing belt guide rod.Lengthening plates are arranged at the two ends of the splint body and connected with the splint body through stretchable rods, one ends of the stretchable rods are fixed to the lengthening plates, and the other ends of the stretchable rods penetrate out of the lengthening plates and are arranged in blind holes formed in the length direction on the splint in a penetrating mode; side holes for allowing the fixing belt to penetrate through are formed in the two sides of the lengthening plates and the two sides of the splint body; a guide rod storage groove is further formed in the splint body in the length direction of the splint body, the fixing belt guide rod is matched with the guide rod storage groove in shape, and a hook for hooking the fixing belts is arranged on an end head of the fixing belt guide rod.According to the fixing characteristics of femoral necks and femoral shaft fractures and the average height of the human body, the splint device for pre-hospital emergency treatment is stretchable, high in emergency meeting performance, easy and convenient to operate, efficient, safe, reliable and convenient to widely apply and popularize.