14 results about "Abdomen wall" patented technology

This invention provides an enterostomy protection device, comprising a collection bag, a protective cover, and a buffer assembly. In use, an adhesive plate is attached to the patient's abdominal skin, and the enterostomy passes through a first opening within the collection bag and protective cover. This allows secretions from the enterostomy to flow into the collection bag, facilitating their collection and reducing the risk of infection. The protective cover protects the enterostomy from scratches, pressure, and other damage. When the protective cover is subjected to external force and moves closer to the patient's abdomen, this movement causes a connecting post to move along a guide hole. This movement of the connecting post compresses a limiting plate against a buffer spring, which in turn buffers the force acting on the protective cover. This reduces the force transmitted to the patient's abdomen when the protective cover is subjected to external force, thereby reducing the risk of tearing at the suture between the abdominal wall and intestines and improving the protective effect.

This invention relates to the field of postoperative wound management technology, specifically to a method for intervening in abnormal scar hyperplasia after a cesarean section. The method includes the following steps: based on linear scar detection sites on the abdominal wall, the rebound temporal distribution characteristics are obtained; based on the changes in the rebound sequence, a segmented scar location structure is formed; the segmental nursing interval sequence is determined by combining the rebound arrangement relationship of each segment; nursing execution data is then generated according to the segmental location; and nursing rhythm changes are generated based on the differences in retesting. This invention calculates the recovery ratio based on displacement record changes and determines the rebound sequence to obtain temporal characteristics. By analyzing the internal temporal density, the order of segmental nursing is adjusted; the currently initiated segment is selected to optimize the application execution data; the records are rearranged to establish the nursing rhythm; and the unified treatment is transformed into a dynamic zonal intervention based on tissue elasticity. This eliminates the drawbacks of blind operation and ensures precise inhibition of tension concentration areas, comprehensively enhancing the targeted control of abnormal hyperplasia and improving the overall repair quality.

A device (100) for positioning a patient (102) at the edge of a patient bed (106) is described, wherein the device (100) has means (108) for reversibly detachable attachment of the device (100) to a torso (110) and / or to limbs of the patient (102), wherein the device (100) extends at least partially around a torso circumference of the patient (102) and projects beyond the torso (110) of the patient (102) in a circumferential direction at least in a dorsal region of the patient (102) and / or in a dextral and / or sinistral torso region, in particular in the region of the abdominal wall muscles, in order to position the patient (102) in such a way as to prevent it from falling over.

The present application relates to the technical field of medical devices, in particular to a puncture suture device and a method for using the same. The puncture suture device comprises a puncture cannula, which is detachably fixedly connected with any one of a fascia assembly and a gas blocking valve assembly; an axial end of the puncture cannula is provided with a fixing boss; a plurality of notches are formed in the fixing boss along the axial direction; any one of the fascia assembly and the gas blocking valve assembly is provided with a fixing groove at an end close to the puncture cannula, the fixing groove is in a socket connection with the fixing boss; an inner side circumferential wall of the fixing groove is provided with a plurality of protrusions corresponding to the notches; in the assembly process, the protrusions are screwed and clamped with the fixing boss via the notches. The puncture suture device provided by the present application enables a surgeon to perform fascia suture without pulling out the puncture cannula after completing puncture at a specified position of an abdominal wall, thereby avoiding the risk of secondary damage to a wound of a patient.

Systems, devices, and methods for laparoscopic closure of abdominal wall defects by placement of one or more self-locking tourniquets. The tourniquets can include a toothed portion that can be cinched within a lock head of the tourniquet. The tourniquets can be initially placed intraperitoneally, which can be suitable for use with robotic surgical instruments. A fully tensioned tourniquet can be translated (or axially rotated) to move the lock head out of the abdominal cavity, to a second location within or in front of the abdominal wall and outside of the abdominal cavity, thereby avoiding complications such as bowel perforation, organ laceration, blood vessel rupture, and increased adhesion formation due to the presence of a large profile lock head in the abdominal cavity. Once the lock head is in the second location, the lock head can be embedded in the surrounding tissue to resist potential rotational migration of the tourniquet over time.

The invention relates to a laparoscope ultrasonic puncture positioning device and method based on structured light, belongs to the technical field of medical instruments, and solves the problems that an existing puncture point outside an abdominal wall is difficult to accurately correspond to a probe inside an abdominal cavity, and closed-loop verification and quantitative guidance are lacked. The reverse optical indication module is used for projecting structured light from the inner side of an abdominal cavity to the inner surface of an abdominal wall and forming a reference pattern on the inner surface of the abdominal wall; the image processing and guiding calculation unit is used for receiving a laparoscope real-time video image, identifying the center of a reference pattern and a deformation feature center formed by applying pressure to the inner surface of the abdominal wall by the outer side of the abdominal wall, and generating guiding information; according to the guiding information, the abdominal wall outer side pressure applying position is adjusted till the center of the reference pattern is matched with the deformation feature center, and the abdominal wall outer side pressure applying position at the moment serves as a puncture point. Accurate correspondence between an abdominal wall outer puncture point and an abdominal cavity inner probe is achieved.

This invention discloses a real-time guidance method for pelvic floor muscle exercises based on multi-parameter sensing using an abdominal belt, belonging to the field of physiological monitoring technology. The method includes: constructing a set of training rhythm windows based on respiratory phase sequences and training quality sequences; calculating the gating confidence of each training rhythm window in the set; generating a real-time guidance sequence; performing anomaly detection processing on the real-time guidance sequence to generate an anomaly prompt sequence; and simultaneously extracting training evaluation indicators for each training rhythm window to generate a training score record. This invention, by generating abdominal pressure change sequences and real-time guidance sequences, achieves collaborative analysis of the relationship between respiratory rhythm and abdominal pressure changes based on multi-source signals such as abdominal wall displacement and abdominal belt tension collected by an intelligent abdominal belt sensor, thereby improving the real-time guidance capability and training effect evaluation capability of the pelvic floor muscle training process.

The utility model discloses an abdominal wall suturing device relates to medical technical field, the utility model discloses a support frame, the support frame outer wall is provided with fixed establishment, the support frame inside bottom is provided with suturing mechanism, the utility model discloses a rubber pole is set up, when needing to suture the incision, when this can first pinch the incision both sides, then the fixed establishment center point is placed in the top of incision, simultaneously the rubber pole is pressed against the skin of incision both sides, then rotates the worm, the worm will drive the worm wheel to rotate now, then the worm wheel will drive the bidirectional screw rod to rotate, simultaneously the bidirectional screw rod will drive the clamping arm of both sides to be close to the incision both sides, and the clamping arm of the other side will also slide in the limiting rod no.

Provided herein are perfusate compositions, and methods and systems for using such composition to perfuse a vascularized composite tissue (e.g., limb, face, abdominal wall or flap) to preserve such composite tissues (e.g., for auto or allotransplant). In certain embodiments, the perfusate compositions comprise at least one of the following reagents: i) N-acetylcysteine; ii) pantothenate or pantothenic acid at a concentration of at least 15 micromol / liter in said composition; and / or iii) carnitine, as well as further comprising one of the following: i) at least one bicarbonate / CO2-dependent anaplerotic substrate, and at least one bicarbonate / CO2 buffer, or ii) at least one non-bicarbonate / CO2-dependent anaplerotic substrate. In certain embodiments, the perfusate compositions are free, or detectably free, of alpha amino acids.

This invention provides an auxiliary expectorant device that combines spring-loaded abdominal pressure actuation with a bistable airway quick-opening valve. The device includes an airway valve unit comprising a valve body, a valve plate assembly, and a magnetic coupling drive assembly. The valve body is a hollow tubular structure with a proximal interface matching the external interface of a standard tracheostomy cannula and a distal interface communicating with the expiratory outlet. The spring-loaded abdominal pressure device generates an impact time of 80–100 ms, highly matching the abdominal pressure establishment phase (70–110 ms) in patients with relaxed abdominal walls. The 12° distal head-side deflection trajectory guided by an arc-shaped guide rail is determined through biomechanical optimization, maximizing the effective component of the intra-abdominal pressure increment along the thoracic-abdominal hydraulic transmission axis, increasing the intra-thoracic pressure transmission increment by approximately 10–15% compared to pure vertical pressure application. An abdominal wall compliance adaptive calibration mechanism ensures that patients with relaxed abdominal walls receive a stable and effective intra-abdominal pressure increment each time.

This invention relates to the field of medical device technology and discloses an abdominal wall suture device and method, comprising a pin, a trocar body, and a locator. The pin has an external through hole, and the locator includes an insert cannula that can be inserted into the pin and a tube seat at the head end of the insert cannula. The insert cannula has an internal through hole, and a positioning block is provided at the tail end of the insert cannula. This invention, by setting up a locator and utilizing a positioning block that conforms to the abdominal wall, positions the pin, ensuring that the trocar body accurately penetrates the fascia on both sides of the bottom of the channel when inserted obliquely along the pin, improving suturing efficiency and reducing errors. The clamping block on the positioning block holds the suture and flips it to the symmetrical other side of the channel, allowing the trocar body to quickly and efficiently clamp and pull out the suture after a second insertion. This allows for rapid and successful suturing without laparoscopy, significantly reducing operational difficulty and making it better suited for suturing the last channel in laparoscopic surgery.

The application discloses a special device for abdominal cavity opening suture, and belongs to the technical field of medical instruments. The device aims to solve the problems of traditional suture instruments, such as difficult closure of the inner incision, risk of mis-suture of adjacent organs, lack of real-time tension feedback and visual guidance function, and the like, in patients with thick subcutaneous fat tissue due to the limited depth of entry. The device comprises a guide sheath, a puncture execution mechanism and a tissue clamping assembly. The device realizes non-axial puncture through the deflection outlet and the arc transition section, the tissue clamping assembly clamps the inner incision edge, and the double-line loop suture structure enhances the gripping force, so that accurate operation can be guided and ensured and organ damage can be avoided. The suture device can effectively improve the accuracy, safety and standardization degree of abdominal wall suture of patients with thick fat layer, and reduce the risk of postoperative complications.

The application discloses a kind of based on uterine electromyogram labor stage automatic staging method and device.Method includes: S1, through multichannel electrode acquisition pregnant woman abdominal wall's original uterine electromyogram signal, to the original uterine electromyogram signal is power interference filtering, artifact removal, baseline drift correction and band-pass filtering processing, obtain the uterine electromyogram signal after processing;S2, to the effective uterine electromyogram signal after pre-processing is burst wave identification and data segment division, at least two nonlinear entropy features are extracted to each data segment, and the nonlinear entropy features extracted are constructed mixed feature vector;S3, after dimension reduction processing, the mixed feature vector is input into pre-training labor stage classification model, and the automatic classification of labor stage is carried out;S4, after time sequence smoothing processing to classification result, real-time output and display continuous labor stage staging result.The application can early prompt labor progress acceleration or stagnation before clinical indication appears by monitoring EHG signal entropy value trend.