KEY TO MAIN COMPONENTS OF THE APPLIANCE

1.Motor section

2.Drive shaft

3.Safety lock

4.Lock pins for plastic bowl

5.Suction cup feet

6.On/Off button

7.Cord with plug

8.Lid for blender function

9.Safety lock pin

10.Plastic bowl

11.Blade for blender function

12.Tamper

13.Lid for grater function

14.Grater attachment

15.Attachment holder pin

16.Attachment holder

17.Blade (grate/slice function)

18.Blade (grate/shred function)

19.Drive shaft port

20.Filling port

21.Spout

PRIOR TO FIRST USE

•Read through the safety instructions carefully.

•Before using for the first time, or after prolonged storage without use, wash any parts that will come into contact with food.

USING THE APPARATUS

1.Place the motor section (1) on a flat surface, e.g. a kitchen counter, and make sure it stands firmly on the four suction cup feet (5) underneath.

2.Place the plastic bowl (10) down onto the drive shaft of the motor section (2), so that the drive shaft fits into the port

(19).

o Make sure that the two parts fit together properly. There should be no gap between the bottom of the bowl and the motor section.

o Turn the plastic bowl counterclockwise so that the lock pins (4) click into place and hold it fast.

3.Fit the selected blender or grater function components as described below.

Use of blender function

1.Make sure that the On/Off button (6) is set to “0” (off).

2.Mount the blender function blade

(11)onto the drive shaft in the middle of the plastic bowl. Make sure that it is

pressed down as far as it will go.

3.Add foodstuffs to the bowl – only fill the bowl approximately two-thirds full.

4.Place the lid (8) on the appliance, and turn counterclockwise, so that the pin

(9)clicks into place in the safety lock

o Make sure that the lid fits tightly.

o NOTE: The safety lock ensures that the appliance cannot be turned on if the lid or the safety lock pins are not fitted correctly.

5.Insert the plug (7) in the mains socket and switch on the power.

6.Switch on the apparatus by switching the on/off button to one of the following settings:

o "CHOP" (lowest speed)

o "SLICE/SHRED" (highest speed) o "GRIND" (the appliance only runs

as long as the On/Off button is held at this setting).

7.Turn off the appliance by turning the On/Off button to “o” and remove the plug from the socket.

8.Wait until the blade has come to a complete stock before removing the lid.

19

Page 18 Page 20
Page 19
Image 19
Melissa 146-007 KEY to Main Components of the Appliance, Prior to First USE, Using the Apparatus, Use of blender function
Page 18 Page 20

146-007 specifications

Melissa 146-007 is an advanced model in the field of robotics, showcasing an exceptional blend of cutting-edge technologies and innovative features. This state-of-the-art robot has been designed for both commercial and residential applications, making it a versatile solution for various industries.

One of the main features of Melissa 146-007 is its advanced AI-driven interface. This allows users to interact with the robot through natural language processing capabilities, enabling seamless communication. The voice recognition system is highly responsive and can understand multiple languages, making it accessible to a global audience.

In terms of physical characteristics, Melissa 146-007 is designed with a sleek, ergonomic body that allows for easy maneuverability in various environments. The robot stands at an optimal height, making it suitable for both adult and child users. Its durable yet lightweight materials ensure longevity while providing support for versatile functions.

One of the key technologies integrated into Melissa 146-007 is its sophisticated sensor array. The robot is equipped with a range of sensors, including LIDAR and depth cameras, which enable it to navigate its environment with precision. This technology allows it to map out rooms, avoid obstacles, and adapt to changes in the environment effortlessly.

Furthermore, Melissa 146-007 incorporates machine learning algorithms that allow it to adapt and learn from its interactions. Over time, the robot becomes more efficient in understanding user preferences and habits, optimizing its performance accordingly. This personalized approach enhances the user experience, ensuring that the robot meets the individual needs of each user.

Another noteworthy aspect of Melissa 146-007 is its modular design. This feature allows for easy upgrades and repairs, making it a cost-effective solution for longevity. Users can replace or upgrade individual components without the need for complete unit replacement, ensuring that they always have access to the latest technology.

Additionally, the robot is equipped with a robust battery system that offers extended operation time, combined with fast charging capabilities. This ensures that Melissa 146-007 can remain operational throughout the day, catering to the demands of busy environments.

In conclusion, Melissa 146-007 stands out as a remarkable achievement in robotics, combining advanced AI capabilities, superior sensing technologies, and a user-friendly design. Its adaptability and efficiency make it a valuable asset in a variety of settings, whether for personal assistance, customer service, or industrial applications. As robotics continues to evolve, Melissa 146-007 is poised to play a significant role in shaping the future of human-robot interaction.
Top Page Image Contents