15 results about "Assisted ventilation" patented technology

The invention relates to the field of medical apparatus and instruments, and discloses an anesthesia system and a medical device.The anesthesia system comprises a gas source module, a flow monitoring module, an anesthetic gas conveying system, a waste gas purification system, a rapid oxygenation module, a hyperbaric oxygen module, a negative pressure suction system, a manual control module and an auxiliary ventilation branch; the anesthetic gas conveying system provides anesthetic support and first respiratory support for a patient, the rapid oxygenation module provides second respiratory support for the patient, the air inlet end of the auxiliary ventilation branch is connected with the flow monitoring module, the air outlet end of the auxiliary ventilation branch is connected with the inspiration branch, and third respiratory support is provided for the patient. Various ventilation functions are integrated together, the application range of the anesthesia system can be expanded, use of extra equipment is reduced, the burden of a user is relieved, meanwhile, the auxiliary ventilation branch and an original anesthesia gas path share the flow adjusting, monitoring and oxygen concentration monitoring functions, the gas path structure is simplified, the cost of the anesthesia system is reduced, and the workload of the user is relieved.

The utility model discloses a painless endoscopic diagnosis and treatment bite block with jet ventilation and gas sampling functions, and relates to the technical field of medical auxiliary equipment. The painless endoscope diagnosis and treatment instrument solves the problem that the existing painless endoscope diagnosis and treatment instrument does not have auxiliary ventilation and end-expiratory carbon dioxide monitoring functions during endoscope operation. A tongue pressing pad is arranged below a mouth pad, the head end of the tongue pressing pad is fixedly connected with the inner side face of a fixing pad, and a jet ventilation hole channel and two anti-blocking gas sampling hole channels which are arranged in parallel and penetrate through the head end face and the tail end face of the tongue pressing pad are formed in the tongue pressing pad in the longitudinal direction. The two anti-blocking gas sampling hole channels are located on the left side and the right side of the jet ventilation hole channel, and a jet guide pipe connector and two anti-blocking gas sampling connectors which are in one-to-one correspondence with the jet ventilation hole channel and the two anti-blocking gas sampling hole channels and are communicated with the jet ventilation hole channel and the two anti-blocking gas sampling hole channels are formed in the fixing pad. The utility model is used for implementing assisted respiration and end-expiratory carbon dioxide monitoring technology for a patient under the condition of non-airtight airway management.

The application discloses a plastic auxiliary ventilation mask for endoscopy and belongs to the technical field of medical devices, which comprises a mask body, an endoscope hole is arranged on the front surface of the mask body, and a plug-in pipe sleeve for inserting an endoscope is connected to the endoscope hole; the bottom of the plug-in pipe sleeve is connected with the mask body in communication, and a one-way valve sleeve is connected to the top of the plug-in pipe sleeve; a blocking air bag capable of being contracted or expanded is arranged in the plug-in pipe sleeve, the blocking air bag can block the gap between the endoscope and the plug-in pipe sleeve, a catheter for controlling the ventilation of the blocking air bag is arranged on the blocking air bag, the catheter is connected with the blocking air bag in communication, and the catheter extends to the outside of the mask body; an oxygen supply pipe and an annular memory sponge are arranged on the mask body. The application can ensure the airtightness during use, and the mask body will not leak air when the endoscope is used for examination.

The invention discloses an auxiliary ventilator, which relates to the field of medical instruments and comprises a vent hood, a handpiece, a battery bin, a gas cylinder bin, a display screen and an operation button, wherein a handheld part is detachably installed on the vent hood, a battery bin is installed on the inner wall of the handheld part, a gas cylinder bin is arranged on one side of the battery bin, and a display screen and a plurality of operation buttons are arranged on the outer wall of the handheld part. The whole set of auxiliary ventilation operation can be completed only by one hand of a single person, the operation process is simple, convenient and efficient, and standardized single-person auxiliary ventilation of different people such as children and adults can be achieved. The integrated energy supply and oxygen supply structural design is adopted, complex external pipelines needed by traditional auxiliary ventilation equipment are avoided, and the external connection mode of the device is simplified. In the operation process of an operator, interference of redundant pipelines around the hands is avoided, obstacles in the operation space are effectively reduced, and the accuracy of operation actions is improved.

Methods and systems for determining collateral ventilation are disclosed. Methods may comprise introducing a diagnostic catheter into a lung compartment via an assisted ventilation device, inflating the occluding member to isolate the lung compartment, and performing a diagnostic procedure with the catheter while the patient is ventilated via the assisted ventilation device. The diagnostic procedure comprises determining an exhaled volume from the isolated lung compartment over a predetermined period of time while the patient is ventilated via the assisted ventilation device. The presence collateral ventilation may be determined based on the exhaled volume from the isolated lung compartment over the predetermined period of time.

The invention relates to the technical field of medical instruments, and particularly discloses oral correction snore-ceasing equipment and a design method thereof. The oral cavity correction snore-ceasing equipment comprises a correction equipment body, an anterior tooth area and a posterior tooth area are formed in the correction equipment body, the posterior tooth area is provided with an occlusal tooth groove, the occlusal tooth groove is used for guiding a lower jaw and keeping the lower jaw at a forward stretching position, the anterior tooth area is provided with an occlusal pad, and the occlusal pad is connected with the inner side face of the occlusal tooth groove. And the occlusal pad obliquely extends from top to bottom in the direction deviating from the occlusal tooth groove. Auxiliary vent holes are formed in the anterior tooth area, penetrate through the outer wall surface and the inner wall surface of the appliance body and form a preset area, and the preset area is 10mm < 2 >-200mm < 2 >. By the adoption of the snore-ceasing device, the phenomena of snore and apnea caused by airway collapse can be relieved, meanwhile, blood oxygen saturation reduction caused by insufficient airflow is relieved or prevented, and the adaptability of the snore-ceasing device to a patient with the nasal cavity blockage problem is improved.

The application relates to a ventilator control method and device, a ventilator, a readable storage medium and a product. The method comprises the following steps: receiving an original diaphragm electromyogram collected by an electrode of a ventilator in a current period; in the case that the original diaphragm electromyogram meets an auxiliary ventilation condition, determining a target ventilation pressure in the current period or a next period according to the original diaphragm electromyogram in the current period based on a pressure adjustment parameter of a first controller corresponding to a previous period in the current period; wherein the pressure adjustment parameter of the first period is initialization data; controlling the ventilator to supply air based on the target ventilation pressure, and sending a ventilation control instruction generated based on the target ventilation pressure to a second controller in the ventilator, so that the second controller generates and returns the pressure adjustment parameter in the current period according to the original diaphragm electromyogram in the current period; and receiving the pressure adjustment parameter in the current period fed back by the second controller. The accuracy of the ventilator control and the response efficiency of the ventilator can be improved.

The invention relates to the technical field of auxiliary ventilation treatment equipment, and discloses auxiliary ventilation treatment equipment for a prone position patient, which comprises a base provided with a head support part, a neck support part and a chest and abdomen part with an inclined surface, and further comprises a lower body support area formed on the base; windows penetrating through the top surface of the base are formed in the head supporting part, the neck supporting part, the thoracic-abdominal part and the lower body supporting area; a breathable soft cushion, a supporting net, a supporting frame, an air cushion layer and a ventilation pipeline are arranged in each window; air outside the base is conveyed into the base through the air bellow and the ventilation pipeline and is emitted out from the ventilation soft cushion, ventilation airflow can be formed, the good ventilation and perspiration effects are achieved, and discomfort caused by long-time use is relieved; the multi-layer soft treatment pad is formed by the breathable soft pad, the supporting net and the air cushion layer, it is guaranteed that air in the ventilation pipeline can be effectively dissipated, the good pressure sore prevention effect is achieved, and long-time use is facilitated.

The utility model relates to a building life drainage system, and aims to solve the technical problems of monitoring the pressure of a drainage vertical pipe in real time and automatically balancing the positive pressure at the bottom of the drainage vertical pipe. The device is characterized in that a pressure monitoring and automatic balancing system is arranged at the bottom of the drainage vertical pipe and mainly comprises a pressure sensor, an auxiliary ventilation pipeline and an electromagnetic valve, wherein the auxiliary ventilation pipeline is communicated with the bottom of the drainage vertical pipe and provided with an auxiliary ventilation opening communicated with the atmosphere, and the electromagnetic valve is provided with a controller; the pressure sensor is used for collecting air pressure in a drainage transverse branch pipe of a low floor at the bottom of the drainage vertical pipe, and the controller controls the electromagnetic valve arranged on the auxiliary ventilation pipeline to be opened or closed according to data collected by the pressure sensor. According to the utility model, the bottom pressure of the drainage riser is automatically monitored, and the pressure in the riser can be automatically balanced by communicating with the atmosphere, so that the phenomenon that harmful gas in the drainage pipe overflows and harms human health due to water seal splashing generated in a toilet of a bottom-floor residence caused by positive pressure exceeding a standard specified range is prevented.

Methods and systems for determining collateral ventilation are disclosed. Methods may comprise introducing a diagnostic catheter into a lung compartment via an assisted ventilation device, inflating the occluding member to isolate the lung compartment, and performing a diagnostic procedure with the catheter while the patient is ventilated via the assisted ventilation device. The diagnostic procedure comprises determining an exhaled volume from the isolated lung compartment over a predetermined period of time while the patient is ventilated via the assisted ventilation device. The presence collateral ventilation may be determined based on the exhaled volume from the isolated lung compartment over the predetermined period of time.

The utility model relates to the technical field of respiratory medicine physiological research, and discloses a respiratory tract deposition distribution testing device for inhalation preparations, which comprises a respiratory tract model unit, a head model and a respiratory tract model unit, the respiratory tract model unit comprises a sealed container, a pulmonary trachea model and a head model, and the air inlet end of the pulmonary trachea model extends to the outside of the sealed container; the head model is connected with the air inlet end of the pulmonary trachea model; the breathing machine system comprises a breathing machine, a connecting pipeline and a medicine feeding device, and the end, away from the breathing machine, of the connecting pipeline is connected to the mouth and / or the nose of the head model; and the air bag unit comprises a filtering assembly and an air bag assembly, the filtering assembly is connected with the sealed container, and the air bag assembly comprises an air bag which adaptively expands and contracts when the breathing machine system works. Under the condition that a breathing machine system assists ventilation, the respiratory tract model adapts to running parameters of the breathing machine, the function that a real bionic breathing machine assists human body breathing is achieved, and the deposition result of drug particles in the respiratory tract is accurately simulated.

Methods and systems for targeting, accessing and diagnosing diseased lung compartments are disclosed. The method comprises introducing a diagnostic catheter with an occluding member at its distal end into a lung segment via an assisted ventilation device; inflating the occluding member to isolate the lung segment; and performing a diagnostic procedure with the catheter while the patient is ventilated. The proximal end of the diagnostic catheter is configured to be attached to a console. The method may also comprise introducing the diagnostic catheter into the lung segment; inflating the occluding member to isolate the lung segment; and monitoring blood oxygen saturation. The method may further comprise introducing the diagnostic catheter into the lung segment; determining tidal flow volume in the lung segment; determining total lung capacity of the patient; and determining a flow rank value based on the tidal flow volume of the lung segment and the total lung capacity.

This invention discloses an auxiliary ventilation device for one-lung positive pressure ventilation (CPAP) to prevent gas embolism, comprising a gas source connector, a precision flow regulating valve, a pressure generating and display module, and a patient connector. One end of the gas source connector is connected to the inlet of the precision flow regulating valve, and the other end is used to connect to a hospital central oxygen supply or a high-pressure oxygen cylinder. The outlet of the precision flow regulating valve is connected to the inlet of the patient connector, and the outlet of the patient connector can be directly connected to the affected side interface of a single-lumen endotracheal tube or a double-lumen bronchial tube. The pressure generating and display module is installed on the patient connector. This device addresses the problems in existing technologies, such as the lack of dedicated CPAP equipment for gas embolism prevention, the inability to visualize and adjust pressure, and the inability to accurately maintain pressure within a safe and effective pressure window (5~10 cmH2O), thereby achieving active, quantitative, and controllable gas embolism prevention during surgery.

This utility model discloses a multifunctional mesh headgear for newborns, including an elastic headgear and a second Velcro surface. Multiple sets of elastic headgear are provided, and the material of the elastic headgear is elastic fabric. The surface of the elastic headgear is provided with the second Velcro surface, and one side of the elastic headgear surface with a second Velcro hook surface is provided. The second Velcro surface and the second Velcro hook surface can adhere to each other. This utility model not only achieves flexible assembly and disassembly of the retainer, facilitating improved stability during use, but also reduces the use of tape, improving comfort during use. The mesh design of this utility model provides strong breathability, allowing electrodes to be fixed through the mesh openings during brain function monitoring. This enables simultaneous non-invasive assisted ventilation and brain function monitoring without affecting the infant's ventilation. Furthermore, the flexible disassembly ensures that ventilation is not affected when cranial ultrasound is required. The ear-opening design avoids long-term pressure on the auricle, reducing the risk of auricular deformity.

1. Name of the designed product: anaesthetic mask. 2. Use of the designed product: apparatus for delivering oxygen, inhalational anaesthetic gas or assisted ventilation to a patient. 3. Design points of the designed product: in shape. 4. Picture or photograph best indicating the design points: perspective view.