16 results about "Infant Incubators" patented technology

The utility model provides a box door locking structure of a baby incubator and the baby incubator, and relates to the technical field of medical equipment, the box door locking structure comprises a lock tongue mechanism arranged on a box door and a lock hole mechanism arranged on a box body, the spring bolt mechanism comprises a first lock seat arranged on the outer side of the box door and a second lock seat arranged on the inner side of the box door, a first spring bolt is slidably connected to the first lock seat, an elastic piece is arranged between the first spring bolt and the first lock seat, a second spring bolt is rotatably connected to the inner side of the first spring bolt, one end of the second spring bolt is rotatably connected with the second lock seat, and the other end of the second spring bolt is rotatably connected with the second lock seat. The lock hole mechanism comprises a first lock hole formed in the outer side of the box body and a second lock hole formed in the inner side of the box body, and the elastic piece pushes the first spring bolt to be inserted into the first lock hole in the natural stretching state and drives the second spring bolt to be rotationally inserted into the second lock hole to form double locking. The double locking mechanism greatly reduces the risk that the box door and the box body cannot be effectively locked due to busy work or operation negligence of medical staff.

The application discloses a temperature and humidity integrated detection device for an infant incubator, relates to the technical field of medical equipment detection, and aims to solve the problems of traditional devices, i.e., damaging the seal of the incubator, being easy to be contaminated, and low detection precision. The device comprises an external host and an internal sterile detection disc, and the two are coaxially positioned through magnetic attraction. The seal of the incubator does not need to be damaged. The external host wirelessly supplies power for the internal detection disc through electromagnetic induction coupling and transmits detection data. An operation panel displays in real time. The internal detection disc is of a sealed structure and can be integrally soaked and disinfected. Temperature and humidity sensors and an air circulation system composed of a driving rod, a lifting tower and a centrifugal fan are arranged in the internal detection disc, so that the sensors are fully contacted with flowing air, and the detection precision is improved. The device takes into account safety, sterility and detection accuracy and is suitable for the detection requirement of the infant incubator.

The invention relates to an intelligent temperature quality control method for an infant incubator. The intelligent temperature quality control method for the infant incubator comprises the following steps: S100, determining a temperature working mode of the infant incubator; s101, performing quality control condition evaluation before quality control detection of the infant incubator; s102, a quality control detection condition result is determined, and quality control conditions are scored; s103, starting a quality control detection device and carrying out quality control detection at 32 DEG C in the horizontal direction; s104, scoring according to 32 DEG C quality control inspection results in the horizontal direction; s105, starting a quality control detection device and carrying out quality control detection at 36 DEG C in the horizontal direction; s106, scoring according to 36 DEG C quality control inspection results in the horizontal direction; s107, the angle gradient is prompted, and scoring is carried out according to 32 DEG C quality control inspection results; s108, scoring the quality control inspection result according to preset scoring information to obtain a total score; and S109, obtaining a quality control detection evaluation total score, and determining whether a quality control detection result is qualified or not.

The invention provides a humidification system, a nuclear magnetism compatible infant incubator and a control method, and relates to the technical field of medical treatment. The humidifying system comprises a water storage unit, a humidifying unit, a connecting pipe and a non-magnetic liquid level sensor; the water storage unit comprises a water outlet, the humidification unit comprises a water inlet and an air outlet, the connecting pipe is connected with the water outlet and the water inlet, a set pipe section of the connecting pipe passes through the detection end of the non-magnetic liquid level sensor, and the position of the set pipe section in the vertical direction is higher than the positions of the water outlet and the water inlet in the vertical direction. The humidifying system is convenient to install and maintain, the using performance of the humidifying system can be improved, and particularly the using performance of the humidifying system in the nuclear magnetic environment can be improved.

The invention provides a PID temperature control method and an infant incubator, and relates to the technical field of temperature control, and the method comprises the steps: obtaining the working parameters of the infant incubator, and the working parameters comprise a temperature set value, the temperature in the incubator and the heating power; constructing a multi-dimensional environment feature vector according to the working parameters; determining an environment temperature index of the infant incubator at the current moment according to the multi-dimensional environment feature vector; pID control parameters are determined according to the environment temperature index; and control output is generated based on the PID control parameters and is used for improving the temperature control response speed and the steady-state precision.

The utility model discloses an infant incubator and incubator, infant incubator includes casing (400), motion seat (100), bed body (300) and is located the protective cover (200) of bed body (300) top, casing (400) surrounds the bed body (300), motion seat (100) is provided on casing (400), protective cover (200) includes first protective cover (210) and second protective cover (220), first protective cover (210) or / and second protective cover (220) can move relative to motion seat (100). A novel protective cover opening mode is provided, the first protective cover or / and the second protective cover can be opened from the middle to the two sides, and an operator can conveniently put a baby into or move the baby out of the baby incubator.

The invention belongs to the technical field of vital sign monitoring, and particularly relates to a non-contact newborn vital sign monitoring device and method. Comprising a box body, a control system, a first ultrasonic transmitting / receiving plate, an infrared camera, a second ultrasonic transmitting / receiving plate and a third ultrasonic transmitting / receiving plate, the first ultrasonic transmitting / receiving plate is installed on the top of the inner wall face of the box body 1, and the second ultrasonic transmitting / receiving plate and the third ultrasonic transmitting / receiving plate are installed on the side wall face in the box body; an infrared camera is installed in the upper space of the box body, and the first ultrasonic transmitting / receiving plate, the infrared camera, the second ultrasonic transmitting / receiving plate and the third ultrasonic transmitting / receiving plate are all connected with a control system. The device has the advantages that non-contact monitoring and sound-light alarm of important vital signs such as breathing and heart rate of the newborn in the infant incubator are realized based on ultrasonic and infrared thermal imaging technologies, and the monitoring process has the advantages of no limb contact, no privacy exposure and the like.

Various methods and systems for a fabric cover including a plurality of integrated electrodes for measuring electrocardiogram signals of a patient in direct contact with at least a subset of the plurality of integrated electrodes are provided. As one example, a fabric cover for an infant incubator or warmer includes a plurality of electrodes spaced apart from one another within a measurement region of a surface of the fabric cover adapted for direct contact with a patient, the plurality of electrodes including a topmost electrode extending across an entire width of the measurement region, a bottommost electrode extending across the entire width of the measurement region, and a set of electrodes arranged between the topmost electrode and the bottommost electrode within the measurement region in a direction perpendicular to the width.

This utility model provides a steam humidification device and an infant incubator, relating to the field of infant incubator technology. The steam humidification device includes a water tank assembly, a heating assembly, and a steam nozzle assembly. The water tank assembly has a water storage chamber, and one end of the water tank assembly is connected to the water storage chamber with an opening located inside the humidification chamber of the device body. The heating assembly is disposed within the water storage chamber. The steam nozzle assembly is detachably inserted into the water storage chamber along the opening and covers the opening. The infant incubator includes the steam humidification device. The water tank assembly, heating assembly, and steam nozzle assembly of this utility model work together to achieve a significant humidification effect. By placing the opening of the water tank assembly within the humidification chamber and using the insertion method of the steam nozzle assembly, the steam humidification device can be cleaned simply by disassembling and assembling the steam nozzle assembly, resulting in not only significant cleaning effect but also high cleaning efficiency.

The utility model discloses a tree shrew cub incubator with a temperature control monitoring structure, and relates to the field of tree shrew cultivation, the tree shrew cub incubator comprises a mounting shell, the side surface of the mounting shell is provided with a central console, the side surface of the mounting shell is provided with a driving motor, the outer surface of the output end of the driving motor is provided with a first fixed gear, and the first fixed gear is provided with a temperature control monitoring structure. And a meshing sliding mechanism for moving the cleaning sliding plate is mounted above the first fixed gear and comprises a supporting moving net. According to the tree shrew cub incubator with the temperature control monitoring structure, when the interior of the device needs to be cooled, a fixed abutting rod is synchronously driven when a driving motor drives a meshing rack to slide, the fixed abutting rod makes contact with a transmission line set in the moving process, and meanwhile a sliding transmission rack at the tail end is driven to slide; and in the sliding process of the sliding transmission rack, the fixed cooling fan is driven to rotate through the second fixed gear, and the cooling effect on the interior of the equipment is achieved.

This utility model relates to the field of infant incubator technology, and discloses a spliced ​​insulation structure for a constant temperature cover of an infant incubator. The cover of the infant chamber includes four surrounding panels and a top cover covering the four surrounding panels. The back panel has a through groove communicating with the inner cavity of the infant chamber. The outside of the through groove is covered with a cover for sealing the opening of the through groove. The cover includes several sealing plates spliced ​​horizontally in sequence. An insulation board is attached to the sealing surface of the sealing plate. A reflective layer for reflecting human body heat radiation is attached to the inner side of the insulation board. The spliced ​​insulation structure of the constant temperature cover of the infant incubator of this utility model can reduce heat loss in the chamber by the insulation board located at the back of the infant chamber. By reflecting the human body heat radiation generated by the infant itself through the reflective layer, the insulation performance can be further improved, thereby effectively reducing the operating power consumption of the infant chamber constant temperature system and making it more conducive to energy consumption control.

The invention discloses a temperature and humidity integrated calibrating device for an infant incubator, relates to the technical field of medical equipment calibration, and aims to solve the problems that a traditional device damages incubator sealing, is easy to pollute and is low in detection precision. The device comprises an external host and a built-in sterile detection disc, the external host and the built-in sterile detection disc are coaxially positioned through magnetic attraction, sealing of an incubator does not need to be damaged, the external host wirelessly supplies power to the built-in sterile detection disc through electromagnetic induction coupling and transmits detection data, an operation panel displays in real time, and the built-in sterile detection disc is of a sealed structure and can be wholly soaked and disinfected. A temperature sensor, a humidity sensor and an air circulation system composed of a driving rod, a lifting tower and a centrifugal fan are arranged in the device, the sensors make full contact with flowing air, the detection precision is improved, and the device gives consideration to safety, sterility and detection accuracy and meets the verification requirements of the infant incubator.

The invention provides a flow driving device and an infant incubator, and relates to the technical field of medical treatment. The flow driving device comprises a fluid driving part, a driving unit and a first heat dissipation unit, the driving unit is in driving connection with the fluid driving part so as to drive fluid to be conveyed to a set position through the flow channel, the first heat dissipation unit is thermally coupled with the driving unit so as to absorb heat generated by operation of the driving unit, and the first heat dissipation unit is thermally coupled with the fluid in the flow channel so as to absorb heat generated by operation of the driving unit; heat dissipation of the first heat dissipation unit is achieved, and temperature rise of fluid in the flow channel is achieved. The flow driving device can be used in an infant incubator, the fluid driving piece drives the fluid to be conveyed to a set position such as an infant cabin through the flow channel, heat dissipation of the driving unit is achieved, meanwhile, the partial temperature rising requirement of the infant cabin is met through waste heat of the driving unit, and the power requirement of the infant incubator for a heating module is reduced; the reliability requirement of the infant incubator for the driving unit and the requirement for reducing energy consumption can be considered.

The invention provides a baby incubator and a baby culture transfer imaging system, and relates to the technical field of medical treatment. The infant incubator comprises a base, an infant cabin, an air duct structure, a flow driving device, a heating device and a heat exchange device, two ends of the air duct structure are respectively communicated with an air inlet and an air return port of the baby cabin to form an air flow circulation path; the heating device is at least partially located in an inner cavity of the air duct structure so as to heat fluid in the air duct structure. The flow driving device comprises an airflow driving part and a driving unit, the airflow driving part is located in an inner cavity of the air duct structure, the driving unit is in driving connection with the airflow driving part, and the driving unit comprises a non-magnetic motor; the heat exchange device is thermally coupled with the driving unit and airflow in the air duct structure, and the thermal coupling position of the airflow in the air duct structure and the heat exchange device is located on the upstream of the heating device.

The utility model discloses a warm box type auxiliary feeding device for premature infants, and relates to the technical field of warm boxes, in particular to a warm box type auxiliary feeding device for premature infants, which comprises a support cabinet and a feeding box, the feeding box is fixedly mounted on the support cabinet, a plurality of wheels are fixedly mounted at the bottom of the lower end of the support cabinet, and an air cushion is mounted at the inner bottom of the feeding box; the warm box type auxiliary feeding device for the premature infant further comprises a stabilizing component. The device is moved through the wheels; when the whole device needs to be stably fixed on the ground, a control panel controls a telescopic piece to start, the telescopic piece drives a moving plate to descend, the moving plate drives at least two anti-skid assemblies to descend, and the anti-skid assemblies make contact with the ground, so that the friction force between the whole device and the ground is increased, and the device is prevented from moving on the ground; the purpose of stably fixing the premature infant incubator type auxiliary feeding device on the ground is achieved.

The utility model provides a baby body position pad which comprises a hollow and elastic gasket, a liner and a covering pad, an inner cavity of the gasket and a first coil pipe in the gasket are both used for being filled with circulating water, an inner cavity of the liner is communicated with an inner cavity of the gasket, a second coil pipe communicated with the first coil pipe is arranged in the inner cavity of the liner, and an inner cavity of the covering pad is communicated with an inner cavity of the liner. A coil pipe III communicated with the coil pipe II is arranged in the inner cavity of the covering pad; one end of the water segregator is connected with an external water tank through an external peristaltic pump, and the other end of the water segregator is connected with an inner cavity of the gasket and the first coil pipe. One end of the water collector is connected with the water tank, and the other end is respectively connected with the inner cavity of the covering pad and the coil pipe III. The utility model further provides an infant incubator which comprises the infant body position pad. According to the technical scheme, the uterus structure can be simulated to the maximum extent, safe and comfortable body feeling is provided for babies, the wrapping performance is excellent, the temperature is balanced, and meanwhile the application range is wide.