referring now to fig1 the illustrative embodiment of the shears made in accordance with the present invention comprises a pair of shear elements 1 and 2 having cutting edges 1a and 2a respectively and extending in opposed relationship to one another . the shear elements 1 and 2 are pivoted to one another by a pivot element 3 positioned at a point rearwardly of the cutting edges 1a and 2a of the shear elements 1 and 2 to permit the opening and closing of the shear elements . the shear elements 1 and 2 are provided with integral grip portions 1b and 2b respectively , with the grip portions extending rearwardly therefrom . an opening force is applied to the shear elements 1 and 2 by means of a compression spring 4 spanning the distance between the grip portions 1b and 2b rearwardly of the pivot element 3 . branch retaining means 5 are pivotally mounted to the shear element 1 by means of a pivot pin 6 . the branch retaining means 5 , as illustrated , comprises a single metal plate shaped in a plane form as shown in fig1 and with a front edge portion 5a similar in shape to the actuating edge 1a of one shear element 1 , and a rear end portion 5b shaped like a lever and adapted to receive the index finger of an operator . the branch retaining means 5 is pivotally mounted by means of a pivot pin 6 to the shear element 1 at a point rearwardly of the pivot pin 3 . the branch retaining means 5 overlies the two shear elements 1 and 2 and its relationship to the latter is such that in the condition in which the branch retaining means 5 is attached to the shear element 1 by the pivot pin 6 , the other shear element 2 is positioned between the shear element 1 and the branch retaining means 5 . to assemble , the shear element 2 is placed on the shear element 1 and these elements are secured in pivoted relationship together by the pivot 3 and the branch retaining means 5 is thereafter placed on the assembly and attached to the shear element 1 by the pivot 6 . the position of the pivot pin 6 is in the rear side of the pivot 3 and is such as not to interfere with the opening and closing operation of the shear elements 1 and 2 . in operation , as shown in fig2 the grip portion 2b of one shear element 2 and the rear end portion 5b of the branch retaining means 5 are given a force exerting in the closing direction so that the branch 7 is retained between one shear element 2 and the branch retaining means 5 . under this condition , the grip portion 2b of the shear element 2 and the rear end portion 5b of the branch retaining means 5 are further manipulated so that the branch 7 is retained more firmly by the branch retaining means 5 in cooperation with the shear element 2 . at this time , the branch retaining means 5 and the shear element 2 are left as they are with the branch 7 positioned therebetween without any more movement in the closing direction . however , since the branch retaining means 5 and the other shear element 1 are connected together by the pivot pin 6 , and further , the shear element 1 is pivotally connected together with the shear element 2 by a pivot element 3 , the shear element 1 is moved in the closing direction about the pivot pin 6 by means of the aforementioned force exerted in the closing direction . that is , the rear end portion 5b of the branch retaining means 5 is moved in the closing direction using the portion thereof abutting against the branch 7 as a fulcrum . thus , the rear end portion 1b of the other shear element 1 is moved in the closing direction about the pivot pin 6 so that , as shown in fig3 the branch 7 is cut by the shear elements 1 and 2 and firmly retained by the shear element 2 and the branch retaining means 5 . the embodiment shown in fig1 to 3 is characterized in that the cutting and retaining of the branch 7 is carried out by a force exerted in the closing direction on the rear end portion 5b of the branch retaining means 5 and the grip portion 2b of the shear element 2 cooperating with one another . in other words , this embodiment is characterized in that no operation of the other shear element 1 is required to achieve both the desired cutting and holding of the branch . owing to these two characteristics , a firm retaining of the branch 7 upon being cut is assured to much simplify handling of the garden shears . fig4 illustrates another embodiment which is directed particularly to cut branches positioned at elevated points by means of a remote - controlled operation of the garden shears shown in fig1 . in this embodiment , a long handle 8 is attached to the grip portion 2b of the shear element 2 which cooperates with the branch retaining means 5 . fixedly secured to the rear end portion 5b of the branch retaining means 5 is one end of a handling wire 10 with the other end thereof being led through a guide provided at the forward portion of the long handle 8 and then to the rear end ( not shown ) of the handle 8 . the rear end of the handle 8 is provided with a handling lever ( not shown ) to which the free end of the wire 10 is connected so that the handling wire may by pulled by manipulation of said handling lever ( not shown ) for having the branch retaining means 5 turned in the engaging or closing direction . thus , this construction permits the same function as that achieved by the embodiment shown in fig1 .
a pair of garden shears are provided with the shears having laterally disposed branch retaining means for retaining a branch after it has been cut to prevent a scattering of the cut branches .