16 results about "Sutured wounds" patented technology

The invention discloses a medical sodium hyaluronate skin repair gel and a preparation method thereof, and mainly relates to the technical field of hyaluronic acid, the medical sodium hyaluronate skin repair gel comprises the following components: sodium hyaluronate, a synergist, glycerol, carbomer, 1, 3-butanediol, triethanolamine and water. Compared with the prior art, the medical sodium hyaluronate skin repair gel prepared by the invention can relieve erythema, pruritus and other symptoms caused by skin inflammation; the wound dressing can also be used for nursing non-chronic wounds, such as superficial wounds, sutured wounds after operations, mechanical wounds and the like; meanwhile, a bacteriostatic environment for wound healing is kept, and skin repair is accelerated; the scar hyperplasia phenomenon in the skin wound repairing process is reduced.

The invention discloses a blood vessel adhesive bandage, a preparation method of the blood vessel adhesive bandage and application of the blood vessel adhesive bandage in promoting healing of a sutured port after a vascular surgical operation. An electrostatic spinning technology and a photo-crosslinking technology are combined to construct a high-porosity superfine methacrylic acid gelatin (GelMA) hydrogel fiber membrane patch; then tannic acid (TA) functional modified fiber surface is endowed with immunoregulation ability, finally, matrix-derived factor-1 alpha (SDF-1 alpha) is grafted to TA to endow the TA with stem cell collection ability, and finally, the SDF-1 alpha (at) TA (at) GelMA system patch is obtained. The patch can utilize SDF-1alpha to collect stem cells and gather the stem cells at a vascular suture to accelerate vascular endothelium regeneration, and TA is used for relieving local injury and performing immunoregulation, so that healing of a sutured wound is accelerated finally.

The invention relates to the technical field of medical auxiliary appliances, in particular to an intelligent wound classification and treatment auxiliary device applying an image recognition chip, which comprises a scanning bed, a base is arranged on one side of the scanning bed, a universal bracket is rotatably connected to the base, a rectangular frame is rotatably connected to the universal bracket, and a plurality of image recognition chips are arranged on the rectangular frame. A wound diagnosis and measurement assembly is arranged on the rectangular frame, a wound scanning assembly is arranged on the wound diagnosis and measurement assembly, the wound scanning assembly is arranged on the rectangular frame, the wound scanning assembly is driven by the wound diagnosis and measurement assembly to move freely, and during measurement, the universal support is adjusted to enable the frame to be parallel to wound skin; the laser transmitter is started, the light spot is aligned with one end of the wound, the imaging assembly moves along the wound, the computer records the moving distance in real time, the actual arc length of the curved suture wound can be accurately obtained, the defect that only the straight chord length can be measured through a traditional ruler shooting method is overcome, and the measurement precision of the curved wound length is remarkably improved.

The invention discloses a rapid scar-free healing device for limb and face sutured wounds. The rapid scar-free healing device comprises a supporting plate, a threaded bushing, a sliding column, an adjusting rod, a pressure bolt, a pan head pull rod, a push plate, a pressing plate, a breathable plate, a limiting pin, a tension spring, a hanging rod and a fastening belt. Through the retraction force of the tension spring, the push plate extrudes tissues on the two sides of a sutured wound to bulge towards the middle, and tissue tension is changed into tissue tightening force; the pressing plate and the breathable plate are pushed to move downwards through the pressure bolt, the protruding portion of the wound is wedged and flattened, tissues on the two sides of the wound are tightly attached in an airtight level, the butt joint and anastomosis speed of the tissues is increased, microorganisms can be effectively prevented from invading the wound, and infection is prevented. By flattening and suturing the convex part of the wound, the forced tissue hyperplasia can only be carried out subcutaneously, the body surface is always kept in a flat, smooth and non-hyperplasia state, and the sutured wound can be quickly healed without scars; the vertical pressure of the pressing plate and the transverse pushing force of the pushing plate can be steplessly adjusted through the pressure bolt and the adjusting rod so as to adapt to the tolerance of a patient.

In a dental implant surgery, bone grafting is needed due to insufficient bone mass, and periosteum tension reduction is needed during bone grafting, so that the minimally invasive periosteum tension reduction device is an instrument for periosteum minimally invasive tension reduction during dental implant, and aims to reduce the pain of a patient during periosteum tension reduction during implant and improve the operation convenience of a doctor. In the current oral implant surgery, the existing implant periosteum distension reduction instrument is only provided with a surgical blade clinically at present, and a doctor needs to add a vertical incision in the periosteum distension reduction process, so that the pain of a patient is greatly increased, the operation time of the doctor is greatly prolonged, and the operation difficulty of the doctor is also increased. According to the minimally invasive periosteum tension reducing instrument for oral implantation, vertical incisions of an implantation area are reduced, the direction and the movement track of a traditional scalpel are changed, the minimally invasive purpose is achieved, and the consequences that the vertical incisions of gingival mucosa are increased by the traditional scalpel and the soft tissue of a patient is excessively injured due to too deep cutting of the traditional scalpel are not brought to a doctor; compared with the prior art, the device has the advantages of being minimally invasive, reducing the pain of a patient, shortening the operation time, facilitating operation of a doctor, improving the operation efficiency, removing a vertical incision during periosteum tension reduction, reducing postoperative suture wound cracking, preventing the risk of infection caused by bone meal exposure, providing an effective solution for complex oral implant cases, and having a wide application prospect. And the treatment experience and satisfaction degree of the patient are improved.

The application discloses a post-cesarean section anti-slipping wound compression hemostasis device and belongs to the technical field of medical devices. The device comprises an elastic band, a third air bag installed on the inner side of the elastic band, and a compression mechanism located on the outer wall of the elastic band and used for expanding the third air bag to stop bleeding of a patient's wound. The compression mechanism comprises an auxiliary component arranged on the outer wall of the elastic band. The third air bag is flexibly connected to the surface of the wound and has no sharp edges or hard points, so that friction and tearing of the sutured wound and damaged skin can be avoided, the integrity of the wound surface is protected, skin ulcer and nerve damage (such as the "local pressure sores" risk of a traditional hemostasis band) caused by excessively high local pressure can be avoided, the third air bag can be inflated to be attached to the curved surface of the human body, the problem of poor attachment and pressure dead angle caused by rigid compression is solved, and the recovery effect of the incision of the patient after the cesarean section is improved.

The present invention is entitled "Movable Suturing Apparatus and Method". The embodiments disclosed in the present invention include apparatus, systems and methods for suturing wounds, incisions or other openings. In an exemplary embodiment, the apparatus includes a roller mechanism configured to support two substantially parallel rollers in a counter-rotatable manner, the two substantially parallel rollers being configured to engage the axis of a spiral needle between the two, the needle having a tip at the leading end, pulling a filament from the rear end, and having a first spiral radius, the needle being able to rotate around the first roller, the roller radius of the first roller being smaller than the spiral radius of the needle, so that the needle can pierce the body and pull the filament through the body disposed adjacent to the first roller. A motor drive is operably coupled to the roller mechanism to transmit a rotational force, thereby rotating the two substantially parallel rollers. A controller is operably coupled to the motor drive and configured to cause the needle to complete at least one rotation to form a single suture in the body.

The utility model discloses a wound suturing device, and belongs to the technical field of medical instruments. A wound suturing device is fixedly arranged at the front end of an endoscope and comprises an emitter and a magnetic device. The emitter is mounted in a transparent cap at the front end of the endoscope, is connected with the output end of an external ejection device and is used for emitting a suture needle; the magnetic device comprises a first magnetic generator and a second magnetic generator; the first magnetic force generator and the second magnetic force generator are arranged at the two ends of the emitter in parallel respectively, the first magnetic force generator and the second magnetic force generator located at the two ends extend forwards respectively, and the acting range of the magnetic force generator at least covers the whole wound. The magnetic device generates a periodically changing magnetic field and is used for driving the suture needle to shuttle back and forth inside and outside a wound so as to suture the wound; according to the device, a wound can be automatically sutured, the wound is not prone to being damaged in the suturing mode, the firmness and the sealing performance of wound closing are good, and the comprehensive efficiency of an endoscopic surgery can be improved.

A wound patch used after suturing of a transumbulated single-port laparoscopic surgery is characterized by comprising a transparent patch body (10) capable of being pasted on the skin, and a wound extrusion block (20) is arranged below the middle of the patch body. And an air passage plugging switch (30) which allows the injection needle to pass through, exhausts air below the transparent application to form negative pressure and can be closed to maintain the negative pressure after the injection needle is drawn out is arranged above the wound extrusion block (20). The negative pressure environment under the transparent application and the pressing of the wound extrusion block on the wound surface can be adapted to umbilical holes in different shapes, the bleeding can be quickly stopped, the errhysis and seepage can be effectively reduced, the wound is easier to heal, the dressing change frequency is greatly reduced, and the wound surface is kept dry and is easier to recover; even if errhysis and exudation exist, errhysis and exudation can be directly observed and treated in time. Clinical trials prove that the traditional Chinese medicine can be discharged from hospital in the first operation day and the second and third days, and has very obvious beneficial effects.

The utility model discloses a medical skin stitching instrument which comprises at least one group of stitching pull buckles, each group of suturing pull buckles comprises a first medical adhesive block and a second medical adhesive block which are respectively adhered to the skin on two sides of a sutured wound, and a first tensioning adhesive block which is fixedly connected with the first medical adhesive block through a first tensioning piece; the first medical viscose block is fixedly connected with the first tensioning viscose block through a first tensioning piece, the second medical viscose block is fixedly connected with the second tensioning viscose block through a second tensioning piece, the first medical viscose block, the second medical viscose block, the first tensioning viscose block and the second tensioning viscose block are all provided with release pieces, the structure is simple, machining is convenient, the suturing effect is good, and a wound is smooth.

The utility model relates to the technical field of medical instruments, and particularly discloses a needleless epidermis anastomat and a finished product assembly. A needleless epidermis anastomat is used for suturing a wound on the surface of skin and comprises a first fixing piece fixed to the surface of the skin on one side of the wound, a second fixing piece fixed to the surface of the skin on the other side of the wound and an abutting piece fixedly connected with the second fixing piece. The leaning piece is used for pulling the second fixing piece in the direction close to the first fixing piece and is detachably connected with the first fixing piece. According to the needleless epidermis anastomat, the first supporting piece, the second supporting piece and the third supporting piece are embedded in the first fixing piece, the second fixing piece and the abutting piece respectively, so that the rigidity of the needleless epidermis anastomat is improved, the suturing effect is good, the scale marks are arranged on the upper side of the rough-side hook-and-loop fastener, the wound suturing tightness can be conveniently controlled, and in addition, the needleless epidermis anastomat is convenient to use. The first supporting piece, the second supporting piece and the connecting supporting piece are each provided with a plurality of ventilation through holes, and healing of the wound can be accelerated.

The utility model discloses a retainer for suturing a skin wound, which belongs to the field of medical instruments for suturing the skin wound, and comprises two adhesive pieces, pre-tightening components are respectively mounted on two sides of the upper ends of the two adhesive pieces, and a plurality of limiting components which are distributed in a staggered manner are mounted on the center sides of the upper ends of the two adhesive pieces. A protective part is attached to the upper end of one adhesive part, the adhesive part comprises a plastic base beam and an adhesive plate, the adhesive plate is fixedly connected to the side end of the plastic base beam, and a first covering film is attached to the lower end of the adhesive plate, so that pre-gathering operation can be conducted on the cracked edge end of a wound before the wound is sutured, tension after the wound is cracked is reduced, and subsequent personnel can conduct suturing more conveniently; meanwhile, trauma of the wound is reduced, the wound position after suturing is kept subsequently, the thread opening phenomenon is avoided, and under the action of the protection piece, the wound after suturing can be waterproof, and the healing rate is increased.

The invention belongs to the field of medical sutures, and particularly provides an antibacterial PDO suture and a preparation process thereof, and the preparation process comprises the following steps: taking PPDO particles, fully drying the PPDO particles, then carrying out melt spinning, then sequentially carrying out traction, corona and dipping treatment, and then washing and drying the PPDO particles to obtain the antibacterial PDO suture. The dipping treatment is carried out in a coating solution; the PDO suture line prepared after being treated by the coating liquid has the advantage of lasting antibacterial property, and slow degradation is beneficial to playing a long-term fixing role on a sutured wound.

Embodiments disclosed herein include systems for suturing wounds, incisions, or other openings. The system includes a helical needle having a radius, the needle having a tip at a first end of a shaft and a filament joined to a second end; a roller mechanism comprising a first roller and a second roller supporting a substantially parallel configuration, the first roller and the second roller being configured to engage a shaft of the needle therebetween, the needle being rotatable about the first roller, where the first roller has a roller radius smaller than a radius of the helical needle, and the second roller having a roller radius smaller than a radius of the helical needle. A second roller disposed adjacent to the first roller to enable the first end of the needle to pierce the body and draw the filament through the body disposed adjacent to the first roller, and the second roller having a surface defining a groove therein, the groove configured to at least partially receive a shaft of the needle; and a motor drive including a motor and an interaction device configured to enable the motor drive to be supported by one of the human user and the robotic actuator.

The invention discloses a rapid scar-free healing device for a body suture wound. The rapid scar-free healing device comprises a support, a threaded bushing, a pan head bolt, a left push plate, a limiting pin, a pressing plate, a breathable plate, a right push plate, a hanging pin, an adjusting belt, a buckle, a fastening belt, a gear shaft and a fixing rod. The left and right push plates are pushed by pan head bolts to oppositely move towards the two sides of a wound, tissues on the two sides are extruded to protrude towards the middle, and tissue tension is changed into tissue tightening force; a pan head bolt pushes a pressing plate and a breathable plate to move downwards, a wound bulge is wedged and flattened, tissues on the two sides of a wound are in airtight-level fit, tissue hyperplasia can only be forcibly carried out subcutaneously, the tissue butting and anastomosis speed is increased, the body surface is always kept in a flat, smooth and non-hyperplasia state, microorganisms can be effectively prevented from invading the wound, and the wound healing effect is improved. Infection is prevented, so that rapid scar-free healing of sutured wounds is realized. Transverse thrust, vertical pressure and body binding force can be finely adjusted in a stepless mode through the buckles so as to adapt to the tolerance of a patient.

The present application relates to a tissue suture system, belonging to the technical field of medical devices, including two mutually articulated forceps bodies. At one end of the two forceps bodies facing the same direction, there are connected finger rings for the user to insert their fingers. The end of the forceps body away from the finger ring is the suture end. On one side of each finger ring facing the corresponding forceps body, there are fixed two oppositely arranged connecting plates. A rotating shaft is installed at one end of the forceps body close to the finger ring, and both connecting plates are rotatably connected to the rotating shaft. An adjusting and fixing component is provided between the connecting plate and the rotating shaft for fixing the connecting plate at a specified angle. The present application has the effect of enabling the user to suture wounds at various angles more conveniently and comfortably, so as to improve the suture effect.