[<5 segundos] (predeterminado)

4Pulse OK para confi rmar.

Visualización de fotos como collage

1En el menú principal, seleccione [Presentac.] y pulse OK para confi rmar.

2Seleccione [Colla.] y pulse OK para confi rmar.

3Seleccione [Múltiple] y pulse OK para confi rmar.

4Seleccione un diseño.

5Pulse para seleccionar [Fotografía 1].

6Pulse de nuevo para acceder a las opciones de fuente de fotografías.

7Seleccione una foto de una fuente de fotografías.

8Repita los pasos 5-7 hasta que se hayan seleccionado todas las fotografías para ese formato.

9Pulse para ver la imagen en collage.

Para terminar la visualización de collage, seleccione [Presentac.]> [Colla.]>[Single] y pulse OK para confi rmar.

Consejo

Si selecciona un diseño en collage, el PhotoFrame muestra un collage estático y se desactiva el modo de secuencia de diapositivas.

Si selecciona el formato [Aleatorio], el PhotoFrame realiza la base de collage aleatoriamente con un diseño óptimo de las fotografías y muestra los collages en el modo secuencia de diapositivas.

Selección de un fondo

Puede seleccionar un color de borde para el fondo de las fotografías que tengan un tamaño inferior al de la pantalla del PhotoFrame.

1En el menú principal, seleccione [Presentac.] y pulse OK para confi rmar.

2Seleccione [Col. fondo] y pulse OK para confi rmar.

22ES

Page 21
Image 21
Philips 8FF3CME, 42HF9385D, 10FF3CDW Visualización de fotos como collage, Segundos predeterminado Pulse OK para confi rmar

10FF3CME, 10FF3CDW, 8FF3CME, 42HF9385D specifications

Philips has established itself as a pioneer in the realm of healthcare technology, with innovations that elevate patient care and streamline medical processes. Among its noteworthy offerings are the Philips 8FF3CME and 10FF3CMI, two advanced ultrasound systems designed to meet the diverse needs of medical practitioners.

The Philips 8FF3CME is a versatile ultrasound probe designed for a variety of applications, including cardiology, obstetrics, and gynecology. Its compact design makes it suitable for both in-hospital and point-of-care environments. The 8FF3CME features advanced imaging technologies such as Crystal Clear Cycle and PureWave crystal technology. These enhancements ensure high-resolution images with superior clarity and detail, thereby facilitating accurate diagnostics. The probe operates at a frequency range of 3 to 8 MHz, providing flexibility for different imaging needs, while the lightweight and ergonomic design enhances portability and ease of handling.

On the other hand, the Philips 10FF3CMI is engineered with an emphasis on producing excellent imaging for adult and pediatric patients. This probe excels in applications like abdominal, vascular, and musculoskeletal imaging. With a frequency range of 4 to 13 MHz, the 10FF3CMI delivers exceptional image quality, allowing for meticulous examination and assessment. It is equipped with innovative imaging modes like 2D, Doppler, and 3D imaging, catering to a wide range of clinical settings and diagnostic requirements. Additionally, the probe's intuitive user interface and customizable settings enhance workflow efficiency and ease of use.

Both the 8FF3CME and 10FF3CMI come with Philips’ proprietary imaging software, which includes advanced post-processing capabilities that allow clinicians to optimize the quality of images after data acquisition. These systems are designed to integrate seamlessly with various ultrasound platforms and are compatible with the latest Philips ultrasound machines, enabling medical professionals to leverage the full potential of modern imaging technologies.

In summary, the Philips 8FF3CME and 10FF3CMI ultrasound probes are exemplary solutions for contemporary healthcare needs. With their innovative features, advanced imaging technologies, and user-friendly characteristics, these devices illuminate the path toward enhanced diagnostic precision and improved patient outcomes. As the medical field continues to evolve, Philips remains committed to delivering reliable and state-of-the-art healthcare solutions that empower clinicians and benefit patients alike.