of each needle is turned so that the blade 21 forms an angle 24 with the vertical plane 23 in the direction of advance 13 of the cloth where said angle is 30 u00b0 in the example under consideration the part of the hooks 6 which holds the thread 11 forms with the vertical plane 23 and an identical angle 24 of 30 u00b0 the represented in fig3 by the plane 25 this plane 25 also illustrates the crossing angle of the needle with its hook the arrow 26 represents the movement of the hooks 6 the spacing 12 between two neighboring hooks and two neighboring needles is not fixed and can have multiple gauges the element 27 constitutes the structure for supporting the tissue together with the tension roller 28 and the cloth pressing element 29 fig4 it forms the device for keeping the woven cloth 1 under continuous tension fig4 shows an example of let off of the woven cloth 1 the cloth comes from a storage roller passes a delivering cylinder 31 driven by a stepper motor 32 which drives the cloth let off and which is equipped with an electromechanical locking system 33 for stopping the cloth this system 32 33 enables the woven cloth to be stopped during stitches and enables the let off to be controlled with variable steps the cloth 1 is tension in the stitching zone by means of the tension cylinder 28 driven by a continuous tensioning motor 34 equipped with an electromagnetic clutch 35 for regulating the tension in the stitching zone the cloth passes the support structure 27 and the cloth pressing element 29 a conventional digital electronic apparatus for controlling the machine is used.