9 results about "Care setting" patented technology

A flexible layered material comprises an outer skin; a first flexible fabric layer having a thickness of about 6mm to about 10mm; and a second flexible fabric layer having a thickness of about 17mm to about 22mm; wherein, in use, the outer skin is capable of facing a patient; the first fabric layer is positioned between the outer skin and the second fabric layer and comprises a plurality of first densely packed substantially parallel fibrous ribs between a first sheet proximate to the outer skin and a second sheet distant to the outer skin; and the second fabric layer comprises a plurality of second densely packed substantially parallel fibrous ribs between a third sheet proximate to the first fabric layer and a fourth sheet distant to the first fabric layer. The material is for use in an acute or hospital care setting to reduce the occurrence of pressure ulcers caused either by skin shearing or the breaking down of tissue through a lack of peripheral blood flow in patients required to spend time in a reclined or sitting position.

A technique for monitoring data quality during a research study or from a care setting using body wearable monitors includes storing sensor data, received from the body wearable monitors worn by participants in the research study, into a database. Data quality metrics for the sensor data are derived by determining whether the sensor data falls within specified value ranges. The sensor data stored within the database is annotated with the data quality metrics. Data quality decisions for the sensor data are generated based on data quality rules specified for the research study and applied to the sensor data and the data quality metrics. The data quality decisions are monitored in real-time or on a periodic schedule and a data quality alert is issued when one or more of the data quality decisions falls outside of an acceptable limit specified for the research study.

The invention relates to an automated suctioning system (100) for simultaneous suctioning (in pulsatile mode) and ventilation of tracheal secretions, improving airway management in mechanically ventilated patients. It includes a vacuum pump (101), a modified multilumen endotracheal tube (102) with valves for suction control, an oral suction adopter (103), subglottic suction tubing (104), and a ventilation-suction switch (105) to synchronize suctioning and ventilation. A lumen obstruction detector (106) identifies obstructions, while an RTOS-based microcontroller (107) manages real-time tasks. Pressure sensors (108, 109) monitor suction levels and detect blockages, and a liquid dispensing system (110) delivers mucolytic agents. A user interface device (111) provides feedback and alerts. The system dynamically adjusts suction pressure, ensuring patient safety, reducing ventilation interruptions, and enhancing secretion management in critical care settings.

Some embodiments of a blood coagulation testing system include an analyzer console device and a single-use cartridge component configured to be releasably mounted into the console device. In some embodiments, the blood coagulation testing system can operate as an automated thromboelastometry system that is particularly useful at point-of-care settings, for example.

To provide a method of improving cares by transferring and treating information on a patient, specifically information related to risks of developing pressure ulcers when the patient is cared in a plurality of settings.SOLUTION: A method includes the steps of: deciding to transfer a patient from a first care setting to a second care setting; performing a first assessment of the patient in the first care setting; preparing a transfer record of the assessment; and transferring the transfer record with the patient to the second care setting.SELECTED DRAWING: Figure 1

A low-cost point-of-care imaging system with high spectral and spatial resolution and a method thereof are provided. The light emitted by the sensor passes through one set of lenses, passes through or is reflected from the diffraction grating, and then is focused onto the detector by the other set of lenses. The design of the system allows the use of a low-cost detector, such as a photosensitive diode linear array or a CMOS camera sensor, so that the imaging system can be applied to the scene of the point of care with sufficiently low cost. The imaging system can reach a high spectral resolution in a high spectral range (less than 20 nanometers), and especially a sufficient spatial resolution in a one-dimensional direction, without time delay and with cost effectiveness.

1. The name of the design product: virtual incoming call active care setting graphical user interface of electronic equipment. 2. The use of the design product: an electronic device. 3. The design points of the design product: the interface content in the graphical user interface. 4. The picture or photo that best shows the design points: front view. 5. The product carrier is the conventional design, and the rear view, left view, right view, top view, and bottom view are omitted. 6. The use of the graphical user interface: for the incoming call setting of the virtual role of the electronic equipment. 7. The human-computer interaction mode of the graphical user interface: in the front view, click the "star dynamic call" button to enter the change state diagram 1 star dynamic call active care setting interface, click the button on the right side of the "star dynamic call" module in the interface to open and close the star dynamic call active care function, after opening the star dynamic call active care function, the incoming call care theme can be selected in the "timed call" list, or the "create" in the "custom" column can be clicked to enter the change state diagram 2 custom incoming call care theme, after setting the incoming call care theme in the "incoming call theme" box, click "select incoming call time" to enter the change state diagram 3 to set the care incoming call time, and click "complete" to complete the care theme incoming call setting after setting the incoming call time. 8. Other circumstances that need to be explained: the gray coated area in the front view is the background content picture; the gray coated area in the change state diagram 1 is the content picture.

The flush lumen suction interdilator system for tracheostomy tubes can be a suction powered system that can replace conventional catheter based endo-lumen suction, used alone for suction of the tracheostomy tube, or used for a combination of flush and endo-lumen suction. The interdilator includes a chamber or region, and apertures to facilitate endo-lumen suction and cleaning at multiple locations within the tracheostomy tube. It can be applied / actuated on demand or on a periodic or triggered interval by the patient, healthcare staff, carer or via an electronic system in a hospitalised patient / hospital or outpatient / mobile care setting.

We provide the system. [Solution] The information input device has means for communicating with the central control unit via a communication infrastructure, The central control unit includes means for storing the user's biological and psychological state information received from the information input device, Means for transmitting stored information to other authorized information input devices, A means of visualizing information received by other information input devices, In care settings, a means of tracking the user's physiological and psychological state and notifying authorized medical professionals and relatives, A system that includes this.