10 results about "Anaesthesia local" patented technology

The utility model relates to the technical field of fixing devices, and discloses a patient fixing device for local anesthesia, which is characterized in that a cavity is formed in a base, a motor is fixedly connected to the inner bottom wall of the cavity, a transmission rod is connected to the output end of the motor through a spline, one end of the transmission rod is fixedly connected with a worm, and the other end of the transmission rod is fixedly connected with a transmission shaft; and the surface of the worm is engaged with a worm gear, a rotating rod fixedly penetrates through the center of the worm gear, and the surface of the rotating rod is fixedly sleeved with a rotating cylinder. According to the patient fixing device for local anesthesia, through arrangement of a motor, a worm, a worm gear, a rotating rod, a rotating cylinder and a movable belt, when a medical worker uses the device, the motor is started firstly, the worm is driven to rotate, then the worm gear meshed with the worm is driven to rotate, the rotating rod drives the rotating cylinder to rotate, and therefore the movable belt is tightened; and through forward and reverse rotation of the motor, the device is suitable for people of different age groups and is convenient to store.

The utility model relates to the technical field of medical instruments, in particular to a local anesthetic sprayer which comprises a liquid storage bottle, the top of the liquid storage bottle is in threaded connection with a connector, a rotary connecting assembly used for being connected with anesthetic liquid in the liquid storage bottle is arranged in the liquid storage bottle, and the top of the rotary connecting assembly is communicated with the connector. One end of the connector is connected with an air blowing assembly used for providing an air source, the other end of the connector is connected with a spraying assembly used for conveying anesthetic liquid to an affected part, and the air blowing assembly and the spraying assembly are both communicated with the connector. When the liquid storage bottle inclines, the bottom of the rotary connecting assembly can go deep into anesthesia liquid in the liquid storage bottle all the time, it is avoided that air is directly sprayed out in the anesthesia process, and secondary damage is caused to the affected part of a patient, the spraying efficiency of the spraying assembly is effectively improved, and then the efficiency is improved when a doctor executes the anesthesia step.

The invention discloses an injectable temperature-sensitive hydrogel sustained-release medicinal preparation for in-situ generation of local anesthetic microrods and application of the injectable temperature-sensitive hydrogel sustained-release medicinal preparation in long-acting anesthesia and analgesia. The pharmaceutical preparation comprises three parts: injectable hydrogel, local anesthetic soluble salt and an alkaline pH regulator. An alkaline pH regulator is added into a mixed solution of hydrogel and local anesthetic soluble salt, the local anesthetic soluble salt is induced to be self-assembled in the hydrogel to form a micron-sized rod-like structure, and finally the injectable temperature-sensitive hydrogel pharmaceutical preparation containing the local anesthetic microrod is obtained. The preparation has the advantages of simple preparation, low cost, easily available raw materials, good biocompatibility and the like, can effectively delay the release rate of local anesthetics and prolong the local anesthesia and analgesic effects, and shows good application prospects in the aspect of preparation of long-acting local anesthesia and analgesic drugs.

The adjustable spraying device comprises a medicine storage chamber, a cover body and an extraction pipe, the cover body is in threaded connection with the upper portion of the medicine storage chamber, the extraction pipe is connected to the lower portion of the cover body, the extraction pipe is located in the medicine storage chamber and used for extracting an anesthetic, a connector is fixed to the upper portion of the cover body, and the connector is connected with the upper portion of the cover body. The interior of the connector is communicated with the extraction pipe, and the anesthetic in the extraction pipe is guided. According to the adjustable and controllable spraying device for clinical local anesthesia of the anesthesiology department, different spraying ranges can be adjusted through the arrangement of the multiple spraying heads on the movable cover, the spraying head needing to be used can be selected by rotating the movable cover, and a second telescopic hose at the inner end of the adjusted spraying head can be automatically attached to a connector; in addition, by matching with mutual attraction of a first magnetic block and a second magnetic block, positioning of rotation of the movable cover can be achieved, the adjustability and subsequent use convenience of the device are improved, and different local anesthesia requirements can be met.

A method for controlling discharge of a pulsed ablation device and a pulsed ablation catheter is disclosed. The pulsed ablation device includes a pulsed ablation catheter and a controller. The pulsed ablation catheter includes multiple discharge units, each configured to emit a pulsed electric field. The multiple discharge units are divided into multiple discharge sequences, each of which includes at least two discharge units. The controller is connected to the pulsed ablation catheter and configured to control the multiple discharge sequences in the pulsed ablation catheter to sequentially emit the pulsed electric field in a preset order. By controlling the discharge sequences to sequentially emit the pulsed electric field in a preset order, the discharge units emit the pulsed electric field in batches for ablation treatment rather than simultaneously, thereby reducing muscle stimulation to the patient and enabling pulsed electric field ablation surgery to be performed using local anesthesia.

Provided are a pulse ablation apparatus and a discharge control method for a pulse ablation catheter, wherein the pulse ablation apparatus comprises the pulse ablation catheter and a controller. The pulse ablation catheter comprises a plurality of discharge units, and the discharge units are configured for delivering pulsed electric fields. The plurality of discharge units are divided into a plurality of discharge sequences, and each discharge sequence comprises at least two discharge units. The controller is connected to the pulse ablation catheter and is configured for controlling the plurality of discharge sequences in the pulse ablation catheter to sequentially deliver pulsed electric fields in a predetermined order. Since the pulsed electric fields are sequentially delivered in the predetermined order by controlling the discharge sequences, the discharge units deliver the pulsed electric fields in batches for an ablation therapy instead of discharging simultaneously, thereby reducing muscle stimulation in a patient and using local anesthesia to perform pulsed electric field ablation surgery.

The application provides an adjustable spray device for clinical local anesthesia in anesthesiology department, and relates to the field of medical instruments, which comprises a lower barrel, six groups of limiting blocks are arranged and fixed in a ring shape on the top of an anesthetic storage box, six baffles are arranged and fixed in a ring shape on the bottom of the anesthetic storage box, a micro water pump is fixedly arranged in the lower barrel, a spray pipe is connected to the right side of the micro water pump, a spray head is fixedly arranged at one end of the spray pipe, a support rail is further fixedly arranged on the top of the lower barrel, a dosing pipe lower stopper is slidably arranged at the bottom end of each of the six dosing pipes, and a lower stopper pull rod is fixedly arranged at the bottom of each dosing pipe lower stopper. The device can select and control corresponding dosing pipes according to different dosages, and can automatically dose the anesthetic without manual repeated checking of the liquid amount, so that the liquid amount is more convenient to control.

The present application relates to a local anesthetic dilatation balloon system and a manufacturing method thereof, wherein the local anesthetic dilatation balloon system comprises a balloon having a dilatable balloon body, the balloon body has an inner side surface and an outer side surface, a drug loading unit is arranged on the outer side surface, the drug loading unit contains vesicles, the vesicles are provided with an anesthetic agent, and the vesicles are broken when subjected to a pressure exceeding a threshold value. The local anesthetic dilatation balloon system can achieve local anesthesia without injecting an anesthetic agent, thereby greatly simplifying the operation and system structure, for example, eliminating the injection step of the anesthetic agent and the fluid channel for injecting the anesthetic agent.

A vibratory anesthesia device has a handcuff, a pressure switch, and a control unit. The handcuffs are configured to fit onto a finger of a user, and each handcuff may have a vibrator motor positioned adjacent a fingertip when the handcuffs are worn. The pressure switch is positioned within one of the cuffs and is configured to sense a force applied on the pressure switch. The control unit is configured to be attached to a wrist of the user and is electrically coupled to the pressure switch and to each of the vibrator motors. The control unit provides power to the pressure switch, monitors the force applied on the pressure switch, and turns on each of the vibrator motors when the force applied on the pressure switch exceeds a threshold. When turned on, the vibrator motor vibrates and may provide a local anesthetic effect to the patient.

The application provides a new compound with local anesthesia and general deep sedation function and medical use. The new compound has the structure shown in the following formula: The compound has local anesthesia and also exhibits a unique general sedative effect, suggesting that it has general anesthesia potential, and its rapid onset and recovery characteristics make it possible to be used for developing a new intravenous anesthetic.