Sicpa Holding Sa

Nimble Robotics S.r.l.

Savio Macchine Tessili S.p.a.

Sinterama S.p.a.

Guido Belforte

Matteo Martinelli

Terenziano Raparelli

Vladimir Viktorov

Tazio Sandri

Alberto Albertin

Duccio Spartaco Sassano

Rinaldo Ferrarotti

Carlo Belforte

Enrico Bisetti

Silvia Alessandra Sirolli

Francantonio Testore

Alexandre Ivanov

Carmen Visconte

Charles-Henri Delacretaz

Francesco Benedetto

Luciano Bertoli

Stefano Mauro

Giovanni Gardin

Andrea Trivella

A device is described, for blocking a shoe for an exoskeleton of a system for rehabilitating the walk comprising a structure designed to externally wrap the heel of a patient, allowing the contact between the sole of the shoe and the ground, the structure comprising a rear element connectable to a bearing and moving structure of a foot; a band assembly connected to the structure to strap up and tighten the shoe of the patient in order to make it integral with the device; an exoskeleton and a system comprising such device are further described.

Device for blocking a shoe for a system for rehabilitating the walk, exoskeleton and system comprising such device

A system is described, for rehabilitating the walk comprising an active exoskeleton with a supporting structure for right leg and left leg, bearing and moving structures of femur, tibia and foot of the patient, a weight supporting device for patient and active exoskeleton, the weight supporting device ending with a structure connected to means for supporting exoskeleton and patient, handling means connected to the weight supporting device to allow its movement, means for transmitting to the weight supporting device electric and pneumatic supplies and electric signals for managing, controlling, monitoring and diagnosing the system, a managing system comprising a microprocessor for acquiring and processing data, and managing a motion neuro-rehabilitation session; a weight supporting device for a system for rehabilitating the walk is further described.

System for rehabilitating the walk and weight supporting device for such

Ink-jet printer and method for supplying ink-jet printer with printing fluid. Device includes first reservoir configured to contain first volume of printing fluid at first level relative to reference plane, supply system structured to force printing fluid towards first reservoir, and second reservoir configured to contain second volume of printing fluid at second level relative to reference plane. Second level is lower than first level by level difference value. A conduit is configured to receive printing fluid from first reservoir and convey printing fluid towards second reservoir, and ejector units are arranged to receive printing fluid from conduit. An ejection plane in which ejector units lie is located at a height relative to reference plane higher than average of first and second levels to generate a back pressure in ejector units. Flowrate of printing fluid inside conduit is greater than a maximum flowrate of printing fluid ejectable from ejector units.

Device for ink-jet printing a surface

An ink-jet printing device is described, said device comprising a first reservoir designed to contain a first volume of printing fluid at a first height with respect to a reference plane, a supply system for forcing the printing fluid towards the first reservoir and a second reservoir designed to contain a second volume of printing fluid at a second height with respect to the reference plane. The second height is less than the first height by a value. The device also comprises a conduit designed to receive the printing fluid from the first reservoir and convey it towards the second reservoir and an ejection plane in which ejector units lie. The ejection plane is arranged in a position higher than the average of the first height and the second height, so as to generate a back pressure in the ejector units. The flowrate of the printing fluid is between about 5 and about 10 times the maximum flowrate which can be ejected from said ejector units. The printing fluid may be a ceramic ink.

A device for air interlacing () of a yarn (Y), comprising an interlacing chamber (), a first entrance channel () for receiving the yarn (Y) at the device () entrance and feeding it to the interlacing chamber (), and a second exit channel () for receiving the yarn from the interlacing chamber () and releasing it at the device exit, in which the interlacing chamber () is delimited by a first emitting wall () bearing a nozzle () for the emission of a continuous jet of compressed air (), and a second deflecting wall (), opposite the first wall (), suitable for receiving and deflecting the jet of compressed air () emitted by the nozzle () and intersecting the yarn to be interlaced, and in which the second deflecting wall () is concave in shape both on a transversal plane and on a longitudinal plane with respect to the feeding path () of the yarn (Y) through the device.

High-performance device for air interlacing of a yarn and corresponding method

Device for reducing the fluff of a yarn comprising a longitudinal duct for the passage of the yarn, and ducts for the injection of air, tangential to the yarn, forming a vortex in accordance with the yarn twist, without the interposition of deviation and control means for generating a balloon.

Fluff reducing device in textile yarns

Growing community of inventors

Turin, Italy

Guido Belforte