fig1 to 3 are described together . fig1 and 3 illustrate an upper element 3 of a mowing finger arrangement . the upper element 3 is connectable to a lower element 4 according to the mowing finger arrangement in fig2 . the mowing finger arrangement , shown in the embodiment , has two mowing fingers 1 , 2 . the space provided between the upper element 3 and the lower element 4 accommodates the mowing sickle , which is described later with reference to the fig7 and 8 in more detail . arrow a represents a working direction that the mowing finger arrangement is moved toward during mowing operation . the working direction a identifies the moving direction of the entire mower during the mowing process . a portion of the upper element 3 arranged at its rear , when viewed in the working direction a , forms a rear web 26 . the rear web 26 serves to attach the mowing finger arrangement onto a not shown mowing bar by means of the bore 27 . the webs 26 of the upper elements 3 of the two mowing fingers 1 , 2 are connected by a rear connection piece 26 a to form a connection web . it is apparent to one skilled in the art , that without such a connection 26 a , a mowing finger arrangement with only one mowing finger would be present . this is also considered within scope of the claims as is in the three or more connected mowing fingers in a mowing finger arrangement . components that are provided once for each mowing finger , are described in singular . the skilled artisan can see that the total number depends on the number of mowing fingers . a front connection web 29 also connects the two mowing fingers 1 , 2 at the upper element 3 and forms a portion of the blade gap 15 . a topside bulge 24 is formed in the upper element 3 in front of the rear web 26 , when viewed in working direction . the bulge 24 provides a space to accommodate the not shown mowing sickle . the bulge 24 is , thus , concavely formed towards the lower element 4 . the term concave only indicates the main direction of the molding of the bulge 24 , without limiting it to a geometric shape , like for example spherical , elliptical or rectangular . the lower element 4 has a corresponding downside bulge 38 , also formed away from the mowing sickle . a projection 11 is arranged in the rear part of the upper bulge 24 , when viewed in the working direction a . the projection 11 projects in a direction towards the lower element 4 from the bulge 24 . fig4 illustrates an enlarged detail designated within circle iv of fig2 . the projection 11 in the topside bulge 24 , in the area of the transition to the rear web 26 , is shown . the projection 11 has an inclined extending flank 9 and a face 10 , facing the mowing sickle . an abutment is formed for the mowing sickle by the face 10 of the projection 11 . the abutment face 10 delimits the mowing sickle deflection as will be described later in more detail . opposite to the projection 11 , on the convex side of the bulge 24 , a mating impression 12 is arranged on the concave side of the bulge 24 . the projection 11 is preferably manufactured by embossing the impression 12 on the convex side of the bulge 24 , facing away from the mowing sickle . during the forming process , the pushed - away material escapes to form the projection 11 on the concave side of the bulge 24 . as seen in fig3 and 6 , the impression 12 advantageously serves to provide a flat portion around the bore 27 . the impression 12 provides sufficient space for a screw bolt or a screw nut . in fig5 , the upper element 3 is shown in a perspective view from its side facing the lower element . the position of the rear web 26 , the topside bulge 24 with the projection 11 and the front connection web 29 are visible . fig6 illustrates a perspective view of a mowing finger arrangement according to fig2 . an opening is formed between the rear connection web 26 and the front connection web 29 of the upper element 3 and the topside bulge 24 . the opening extends into the rear connection web 26 of the upper element 3 . thus , this ensures that the rear connection web 26 of the upper element 3 is not bulged . this could lead to distortions in the forming process . the front connection web 29 of the upper element 3 is approximately arranged parallel to a front connection web 34 of the lower element 4 . the front connection web 29 of the upper element 3 is , thus , not bulged . the front connection web 29 of the upper element 3 and the front connection web 34 of the lower element 4 form a gap , that is part of the blade gap 15 ( see fig2 ). in fig7 the mowing finger arrangement according to fig2 is shown with a mowing sickle 16 in a neutral , non loaded position . in fig8 , the mowing finger arrangement according to fig7 is shown with the mowing sickle 16 in a position deflected up to the abutment 11 . the upper element 3 is preferably formed as a sheet metal stamping . it has an upper finger portion 7 . a support plate 5 , formed as a stamped piece , is manufactured from sheet metal and has a lower finger portion 8 . the upper finger portion 7 and the lower finger portion 8 are connected , preferably welded , to each other at a free end of the mowing finger 1 . a carrier 6 has a carrier arm 13 that is rigidly connected , for example , by welding , to the lower finger portion 8 . the carrier 6 is , in this case , as the upper element 3 , manufactured from a sheet metal piece . the mowing sickle 16 has a blade 14 . a cutting portion of the blade 14 is guided in the blade gap 15 . a rear portion 19 of the blade 14 , arranged in working direction a behind an attachment mechanism 18 , is deflected during mowing operation in direction towards the upper element 3 . this occurs when the blade 14 is pulled downward at the front by the cutting forces during the mowing process . thus , the blade 14 is pulled towards the ground or towards the harvesting goods . due to this , the rear portion 19 of the blade 14 abuts the projection 11 , as shown in fig8 . the projection 11 , thus , advantageously prevents a downwards tilting of the blade 14 downwards . fig9 depicts a mowing bar 100 of a finger bar mower of an agricultural machine in a longitudinal sectional view . the mowing bar 100 includes a finger bar 101 with mowing finger arrangements 3 attached onto the finger bar 101 via nuts and bolts 116 . fig1 is a top plan view of the mowing bar 100 according to fig9 . fig1 illustrates a mowing sickle including sickle blades 108 attached onto a blade bar 107 . the sickle blades 108 have cutting edges 109 . the mowing sickle is reciprocatingly guided relative to the finger bar 101 . the mowing bar 100 further includes rollers 113 to support the rear of the mowing sickles on the finger bar 101 . the roller 113 is rotatably supported on a roller holder 119 on the finger bar 101 . the roller holder 119 is formed in the form of a bridge between two neighboring mowing fingers . the description of the disclosure is merely exemplary in nature and , thus , variations that do not depart from the gist of the disclosure are intended to be within the scope of the disclosure . such variations are not to be regarded as a departure from the spirit and scope of the disclosure .
a mowing finger arrangement and mowing bar for finger bar mowers of a harvester , as well as a method for manufacturing mowing fingers has an upper and lower element connected together to form at least one mowing finger . the mowing finger arrangement serves to guide a mowing sickle and forms counter cutting edges for the sickle blades arranged on the mowing sickle . an abutment on the upper element delimits upward movement of the mowing sickle when a downward force is exerted on the face end of the sickle blades .