Field of Technology

[ 0001 ] What is described and explained are pliers comprising two plier handles and two plier j aws , wherein the plier handles are connected to the plier aws for moving the plier j aws between an open position and a closed position, wherein one plier j aw has a handle-side end assigned to the respective plier handle and an oppos ite end, wherein the plier j aws are further connected to one another in an articulated manner between the ends in a first and a second j oint , and are connected to the plier handles in an articulated manner on the handle-side ends in a third and a fourth j oint , wherein the plier handles are furthermore connected directly to one another in an articulated manner in a fi fth j oint formed between the third and the fourth j oint , wherein an additional plier handle is further provided, which in the open position extends in a pivoting direction of the plier handles between the plier handles .

[ 0002 ] What is further described and explained is an arrangement having a first and a second pressing j aw, wherein the pressing j aws are formed to move relative to one another in a movement direction, wherein each pressing j aw has ribs , wherein the ribs are formed with a longitudinal extension transversely to the movement direction of the press ing j aws , and wherein entrance openings are left between adj acent ribs , wherein, in the course of a pres sing, the ribs of the first pressing j aw are formed to enter into the entrance openings of the second pressing j aw, and the ribs of the second pressing j aw are formed to enter into the entrance openings of the first pressing j aw, wherein the first and the second pressing j aw form a pressing mouth with an essentially rectangular opening contour, which is formed by means o f free outer edges of the ribs , wherein the ribs of the first pressing j aw, which form a handle of the rectangular contour, further form corners of the points of intersection, which form opening contours with assigned ribs of the second pressing jaw, which points of intersection move during a pressing .

[0003] Lastly, what is also described and explained is a method for pressing a wire end sleeve on a cable by using pliers comprising two plier handles, as they are described above and below, for example also by using the arrangement of the pressing jaws, as it is described above and below.

Prior Art

[0004] Pliers comprising two plier handles, as described above, are known, for example, from KR 10 2009 0 081 087 A.

[0005] With regard to the prior art, reference is to further be made for instance to US 109 192 A. The pliers known from this have only two joints. One plier handle is formed in a shortened manner. To increase the lever force, a cam lever is provided, which acts with a cam that slides along the shortened plier handle in the course of the actuation. The cam lever is connected to the other plier handle only via an angular part, which protrudes at a right angle on the other plier handle and which additionally also has an obliquely directed stabilizing part.

[0006] With regard to pliers, as they are described above, in more general terms, reference is to also be made for instance to US 2018/0040998 Al.

[0007] With regard to the arrangement of two pressing jaws, reference is to initially be made to WO 2022/029320 A2. It is known from this to provide an additional pressing part, which covers the point of intersection of the ribs inwards, in a corner region of the rectangular opening contour. Reference is to further be made to US 10 615 558 B2 , from which it is known for a hexagon opening contour to form an elongate protrusion contour, which is formed in one piece in the direction of a stringing-together of the ribs , in a region of the ribs between two corner regions .

Summary of the Description

[ 0008 ] Based on the initially mentioned prior art , it i s the obj ect with regard to the pliers comprising two plier handles to speci fy such pliers , which can be handled in an advantageous manner with regard to the additional pl ier handle .

[ 0009 ] This obj ect is initially and essentially solved in that the additional plier handle extends starting at one of the plier j aws and is rigidly connected to this plier j aw for pivoting purposes .

[ 0010 ] A favorable initial position can be attained thereby with respect to the plier handle , by means o f which at least a start of the pressing is initially performed, for example with one-handed handl ing, by encompassing the plier handle and the additional plier handle . Due to the fact that the additional plier handle is connected directly to the plier j aw, a virtually identical lever arm results on the plier handle as on the additional plier handle in the region of the hand performing the handling . A comparatively small total length of the pliers , measured from a free end of the plier j aws to a free end of the plier handles , can nevertheless be attained in a favorable manner in the closed state of the pliers . The additional plier handle can be attained in a favorable manner even in the case of wide to completely open pliers .

[ 0011 ] With regard to the arrangement of the first and second pressing j aw, it is the obj ect based on the mentioned prior art to be able to perform a favorable pressing, in particular with regard to a pres sing of wire end sleeves on a cable .

[ 0012 ] This obj ect is initially and essentially solved in that a tooth-like protrusion, which protrudes to a center of the opening contour and the extension of which in the longitudinal direction of the rib and to the center of the opening contour in each case corresponds to one third or less of the free length of the rib between the points o f intersection or a point of intersection and a corner formation at the start of a press ing process , is formed on an outer edge of a rib, approximately in the center between a point of intersection and a corner formation .

[ 0013 ] In the case of a protrusion formed in this way, it has been shown in an advantageous manner that in particular during the pressing of a sleeve , but also during the pressing of any other obj ect , an advantageous first impact on the pressed part can be attained, which, in the case of , for example , a sleeve applied to a further obj ect , such as a cable , can already lead to a first connection between the obj ects when the plier mouth that has the pressing j aws is also only closed slightly at first .

[ 0014 ] With regard to the method, the obj ect is initially and essentially solved in that a pressing up to a first folding of the wire end sleeve is initially performed with one hand by using the additional plier handle , and that the pressing is subsequently completed by using both plier handles .

[ 0015 ] The pressing until a first folding of the wire end sleeve leads to an already reliable holding of the cable in the wire end sleeve , so that a user of the pliers is initially freed from a required holding of the cable with the other hand - compared to the one hand, by means of which the pliers are initially actuated with the help of the additional plier handle - so that the user can then engage with both plier handles simultaneously and can bring the pressing to an end with more force.

[0016] Further features are explained below, and in the figure description often in their preferred assignment to one or several of the generally described solutions or to further features. However, they can also be relevant in an assignment to only individual features, which have already been described and/or to the respective further described feature or in each case independently. The described features and the or the features, which will be explained further below, can in particular also be realized individually or repeatedly or combined as a whole on an object, such as in particular pliers.

[0017] With regard to the additional plier handle, it can be provided that the latter corresponds to at least one hand width, thus, for example, 8 to 15 cm in length or that it has approximately half of a free length compared to the free length of one or both of the plier handles.

[0018] The additional plier handle can furthermore at least also be articulated on the third joint. It can thus pivot with the plier jaw about this joint. The additional plier handle can furthermore be connected to the plier jaw, for example, to at least one further fixed point outside of a joint.

[0019] The additional plier handle can be arranged and formed in relation to the plier handles to which it is assigned directly due to the plier jaw, to which it is connected, in such a way that it can traverse the plier handle in a closed position of the pliers or is in a position on top of this plier handle, respectively. The pliers and the additional plier handle can likewise be formed and arranged, for example, so that the fifth joint can be traversed, optionally in the region of a protrusion region of the additional plier handle. For this purpose, the additional plier handle can further preferably be formed in an essentially plate-like manner in a cross-section. It is thus a flat part. A dimension of the additional plier handle based on a cross section outside, i.e. based on the extension towards the free end on the other side of an optionally provided protrusion region, is, for example, larger, approximately by 1.2-times or more, than a dimension perpendicular thereto. It can further correspond to approximately 1.8- to 2.2-times, furthermore for example to approximately 2-times. The arrangement on a plier jaw can optionally also be attained in order to attain the mentioned traversability and option for being positioned one on top of the other, by means of spacers, then provided in the direction of a joint axis, between the additional plier handle and the plier jaw, which is fastened.

[0020] The additional plier handle can also be connected to the plier handles only by the jaws, and thereby via a rotary joint. In further detail, the additional plier handle can be connected to the one plier handle via a joint connecting the plier jaw, to which it is fastened, to the plier handle, but additionally to the further plier handle via a further, fifth joint, which directly connects the plier handles .

[0021] The pliers are formed, for example, as crimping pliers, further for example for crimping wire end sleeves to cables, which are then stripped in this regard, for example in the region, in which the wire end sleeve is applied.

[0022] A plier mouth of these pliers can be formed by a pressing jaw, which is in each case received in the plier jaw, in particular a pressing jaw, as it is described below in even more detail. Such a pressing jaw, however, can also be part of the plier jaw, without being exchangeable. [0023] These pressing jaws can form several individual pressing openings. This, for example, in the sense that different sizes result, so that wire end sleeves of different sizes or other parts of different sizes can be pressed.

[0024] With regard to the arrangement of the first and second pressing jaws, it can be provided that the protrusion has two flanks, which run straight, converging towards the center of the opening contours. A tip protruding into the interior of the opening contour thus results.

[0025] These flanks can draw an acute angle of between 60 and 30 degrees with a part of the contour running perpendicular to the part of the rectangular contour of this rib, which runs straight.

[0026] With regard to its free end, which protrudes into the center of the opening contour, the flanks can merge into one another, for example in a rounded manner.

Brief Description of the Drawings

[0027] The described solution is furthermore explained below on the basis of the enclosed drawing, which, however, only represents exemplary embodiments, in which:

Fig. 1 shows pliers with an additional plier handle in the closed position;

Fig. la a cross-section according to the line Ta-Ta in Fig. 1 of the additional pliers handle;

Fig. 2 shows a section through the object according to Figure 1, cut along the line XII-XII in Figure 1; Fig . 3 shows the pliers according to Figure 1 in an open position with inserted cable and wire end sleeve ;

Fig . 4 shows the pliers according to Figure 3 at the start of a pressing;

Fig . 5 shows the pliers according to Figure 4 after continuing the pressing;

Fig . 6 shows the pliers according to Figure 5 after continuing the pressing by using both plier handles ;

Fig . 7 shows the pliers according to Figure 6 after completion of the pressing in the closed position;

Fig . 8 shows an arrangement of two pressing j aws in the closed position;

Fig . 9 shows the arrangement according to Figure 8 in an open position, in perspective ;

Fig . 10 shows a pressing of a wire end sleeve on a cable with plier aws according to Figure 8 or Figure 9 , respectively, at the start of a pressing;

Fig . 11 shows an illustration according to Figure 10 , after continuing the pressing;

Fig . 12 shows an illustration according to Figure 10 or Figure 11 , respectively, after completion of the pressing; and

Fig . 13 shows a wire end sleeve pressed on a cable when pressing has been completed . Description of the Embodiments

[0028] What is illustrated and described, initially with reference to Figure 1, are pliers 1 comprising two plier handles 2, 3 and two plier jaws 4, 5.

[0029] The plier jaws 4, 5 have a handle-side end 6, 7 and an opposite, free end 8, 9.

[0030] The plier aws 4, 5 are pivotably connected to one another between the respective ends 7 and 8 or 6 and 9, respectively, in an articulated connection by a first joint 10 and a second joint 11 which may be provided by respective pivot shafts that extend therethrough. The first joint 10 and the second joint 11 can also be replaced by a single joint. The single joint can then be provided, for example, instead of a roller region 12, which will be explained below, and in this region.

[0031] As provided in the case of the exemplary embodiment, the plier jaws 4, 5 can support one another even further in a roller region 12, as it is suggested in a dashed manner in Figure 1. The plier jaws 4, 5 can furthermore be connected to one another by means of one or two tabs 13. Tabs 13 can be provided on both sides with respect to flat sides of the plier jaws 4, 5 which face each other. The roller region 12 can be realized by respective curved surfaces of the pliers jaws 4, 5 abuting each other. The roller region 12 can also be realized, as in the shown embodiment, by two gear sections meshing which each other.

[0032] The plier jaws 4, 5 can be - and are in the shown embodiment - connected to the plier handles 2, 3 in an articulated connection via a third joint 14 and a fourth joint 15 which may be provided by respective pivot shafts that extend therethrough. The plier handles 2, 3 can be connected directly to one another in a fifth joint 19 which may be a pivot shaft that extends therethrough and provides an articulated connection. The fifth joint 19 is provided between the third and fourth joints 14, 15.

[0033] An additional plier handle 16 can further be provided, which, in an open position of the pliers 1, see for instance Figure 3, extends in a pivoting direction r between the plier handles 2, 3. [0034] In an initial state, see Figure 1, or in an end state, see Figure 7, when the pliers 1 are closed, the additional plier handle 16 as shown, can also extend completely or partially in overlapping with one of the plier handles 2, 3, as illustrated.

[0034] In an initial state (see Figure 1) , or in an end state (see Figure 7) , when the pliers 1 are closed, the additional plier handle 16 as shown, can also extend completely or partially in overlapping with one of the plier handles 2, 3, as illustrated.

[0035] The additional plier handle 16 can be fixedly provided on the plier jaw 4 and the plier handles 3, 4 pivot relative to the additional plier handle 16. As shown in Figure 2, the additional plier handle 16 extends in a region and thus also pivots in this region, which is present above a grip part of the plier handles 3, 4, especially of the plier handle 3. The additional plier handle can partly extend over the plier handle 3 in the not yet completely closed state of the pliers according to Figure 5, but does extend at least in the closed position according to figure 1 over the plier handle 3. In this respect, the additional plier handle 16 is also formed, for example, in an essentially plate-like manner. One can distinguish as to this plier handle 16 a main regions 18a and protrusion section 18b. The protrusion section 18b is nearer to the pliers mouths than the main section 18a. The main section 18a serves as the handle section of the plier handle 16. The additional plier handle 16 has a main section 18a which has a generally rectangular cross-section and further has , for example , a protrusion section 18b which extends from a side of the main section 18a in the pivoting direction r between the ends thereof as further described herein . The main section 18a and the protrusion section 18b can be sections of a same plate like-manner part . The same applies to a section 18c . A length 11 in the pivoting direction r of the cross-section of the main section 18a can be approximately 1 . 5-times or more up to approximately 3-times or 10-times the dimension transversely to the pivoting direction r of the additional plier handle 16 . The extension in the movement direction r can be yet again signi ficantly larger with respect to the dimension transversely to the pivoting direction r in the protrusion section 18b, which can generally have an identical rectangular profile , which also merges into the protrusion section 18b in a co-planar manner .

[ 0036 ] The form of the additional plier handle 16 in an essentially plate-like manner means that there is a generally rectangular cross-section as shown in Figure la . This crosssection has a length 11 extending essentially in the pivoting direction r and a lengths 12 extending at a right angle to the pivoting direction r .

[ 0037 ] The rectangular profile of the additional plier handle 16 can be as such the same over the length 1 . The length 1 can be 8 to 15 cm .

[ 0038 ] However, in order to have the two di f ferent sections , the main section 18a and the protrusion section 18b, the length 11 can be dif ferent over the length 1 of the additional plier handle 16 .

[ 0039 ] Whereas generally a length of the cross-section in the pivoting direction r can be 1 , 5 times or more up to approximately 3 times or 10 the length 12, in the protrusion section 18b the relation is higher than in a main section 18a. In the main section 18a it can be e.g. between 1,5 times to 3 times whereas it can be in the protrusion section 18b up to 10 times.

[0040] The additional plier handle 16 can be rigidly connected to one of the plier jaws, in the case of the exemplary embodiment is the connection to the plier jaw 4. The connection is such that the additional plier handle 16 may move or pivot with the plier jaw, in the given case the plier jaw 4.

[0041] In the case of the exemplary embodiment and preferably, the additional plier handle 16 can be connected, as shown, in the drawings, to the third joint 14. The joint 14 make consist of a joint axis which may extend through the section 18c of the additional plier handle 16. The section 18c may have generally a cross-section as described concerning the section 18a. The section 18c is preferably nearer to the plier mouth than the protrusion section 18b. The joint 14 and/or the joint axis respectively, may extend through the main section 18a or in the given case specifically through the section 18c of the additional plier handle 16. To allow the plier jaw 4 to pivot relative to the additional plier handle 16, the additional plier handle 16 is fixedly coupled to the plier jaw 4 at connecting region 17.

[0042] The additional plier handle 16 is independent of whether by means of one of the sections 18a, 18b and 18c is used, preferably fixedly coupled to the plier jaw 4 at connection region 17. Both the connection by the third joint 14 as well as the connection in region 17 serve together for the fact that the additional plier handle 16 is fixedly coupled to the plier jaw 4. [0043] The connection region 17 can be formed outside of one of the joints 10, 14, for example between these two joints 10, 14. The connection region 17 can also be provided by an axis passing through the additional plier handle 16 and the plier jaw 4; a riveting or welding, for example, can also be present.

[0044] Alternatively thereto, the additional plier handle 16 can be formed in one piece with the plier jaw 4 or even with the plier jaw 5. The plier jaw 4 or 5 can also be comprised of several plate parts located one on top of the other. The additional plier handle 16 can thereby be formed, for example, on (only) one of the plate parts, in extension of this plate part, alternatively also as further plate part. The optionally further plate part can also be attached at a distance from the jaw part, optionally a jaw plate part, via one or several spacers, in order to provide for the traversing over a plier handle in the described manner.

[0045] The additional plier handle 16 has the already mentioned free length 1 which is defined from the third joint 14, for example a geometric joint axis of this joint, to the free end of the additional plier handle 16, which length 1 can be one third to two third, preferably half of the free length L of the plier handle 3 or in the given case plier handle 2. The free length 1 can be, for example, one third of the free length L or, in the case of a long plier handle 3, one fourth of the free length L. The free length 1 may also be corresponding intermediate values.

[0046] The additional plier handle 16 can also be formed in a joint-free and/or connection-free manner across the entire free length 1, with the exception of the region on the joint 14. The additional plier handle 16 preferably does not have a functional part or a functional region, which would cooperate with one of the other plier handles 3, 4 over this free length 1.

[0047] The additional plier handle 16 can further have the protrusion section 18b, which extends in the pivoting direction r, starting at a straight continuation over the connecting region 17 and the third joint 14, towards the other plier handle 2. Viewed in the direction towards the free end of the additional plier handle 16, the protrusion section 18b starts below the third joint 14 and has a dimension x, starting at an outer edge of the section 18a or 18c, the outer edge facing the other pliers handle. The dimension x corresponds approximately to the distance between the third joint 14 and the fifth joint 19 or goes beyond that. In the case of the exemplary embodiment, the extension of the protrusion section 18b also goes beyond that, approximately by one fourth or more of the mentioned distance to the fifth joint 19.

[0048] When the plier jaws 4, 5 are open, see Figure 3, this protrusion section 18b can be such that it covers the fifth joint 19, which can also contribute to the safety.

[0049] In the case of the exemplary embodiment, a pressing jaw 20 or 21, respectively, as illustrated in further detail in Figures 8 and 9, are respectively received in the plier jaws 4, 5.

[0050] These pressing jaws 20, 21 can form several individual pressing openings 22, 23, 24. A largest individual pressing opening 22 of each pressing jaws 20, 21 can be proximate to the first joint 10 or proximate to the second joint 11, and one or two further individual pressing openings 23, 24, each providing a smaller opening cross-section, can be formed towards the free ends of the plier jaws 4, 5. Two corresponding pressing openings of the jaws do form a pressing mouth . The pressing j aws as such do form between them a pliers mouth .

[ 0051 ] A pressing, for example of a wire end sleeve 25 on a free , stripped end 26 of a cable 27 , can be performed in such a way, with reference to Figure 3 , that the stripped end 26 is inserted with the attached wire end sleeve 25 into an individual set of pressing openings , here for example the individual set of pressing openings 22 , with the plier aws 4 , 5 in the open position . The cable 27 is initially held there by the user with one hand, see Figure 3 . With the other hand of the user, the user can grasp the respective plier handle , here the plier handle 3 and simultaneously reach the additional plier handle 16 with the fingers of that same hand, see Figure 3 . By pulling on the additional plier handle 16 the user can ef fect a first pressing of the wire and sleeve 25 on the end 26 of the cable 27 .

[ 0052 ] Thereafter with such first pressing of the wire end sleeve 25 onto the stripped end 26 of the cable 27 , the handle-side end 7 of the plier j aw 4 moves outwards by moving away from the plier j aw 5 which is moved along simultaneously due to the articulated connection provided by the j oints 14 and 15 . This ef fected by pulling the additional plier handle 16 further towards the plier handle 3 , see Figure 4 . The plier handle 3 pivots thereby towards the other plier handle 2 . An angular orientation between the additional plier handle 16 and the plier handle 3 changes simultaneously and becomes smaller .

[ 0053 ] Figure 4 does illustrate a further step of the initially one-handed pressing . This is done until approximately a state according to Figure 5 is reached . Thereafter, as shown in Figure 6 , the user subsequently grasps the grip regions 28 , 29 of the plier handles 2 , 3 with both hands , and the pressing is completed by applying an even higher force, until the closed position of the plier jaws 4, 5 is reached as shown in Figure 7.

[0054] With reference to Figures 8 and 9, the first and second pressing aws 20 and 21 are explained in further detail .

[0055] The pressing jaws 20, 21 are designed to move relative to one another in the movement or pivoting direction r .

[0056] Each of the pressing jaws 20, 21 has a plurality of ribs 30, which are formed with a longitudinal extension 13 transversely to the movement direction r. At a pressing, the ribs do form a generally rectangular contour, having four legs extending essentially at right angles to each other .

[0057] Entrance openings 31 are provided between adjacent ribs 30. In the course of a pressing, the ribs 30 of the first pressing jaw 20 can enter into the entrance openings 31 of the second pressing jaw 21 and vice versa. In the closed position of the plier jaws 4, 5, as it is illustrated, for instance, in Figure 7 or also Figure 8, the first and the second pressing jaws 20, 21 form an essentially rectangular opening contour K, which is formed by means of free outer edges of the ribs 30. In the closed position of Figure 7 or 8, respectively, these ribs 30 are moved one on top of the other in the viewing direction in the depth direction of the opening contour K at points of intersection S. In the course of a pressing, the points of intersection S wander inwards until an end contour, for instance according to Figures 7 and 8, is reached.

[0058] A tooth-like protrusion 33 protruding towards a center M of the opening contour K can be formed on an outer edge 32 of a rib 30, approximately in the center thereof, based on the mentioned points of intersection S or based on a point of intersection S, respectively, and a corner forming E of the opening contour K. An extension x of the tooth-like protrusion 33 in the longitudinal direction of the rib 30 and also in the direction towards the center M of the opening contour K can in each case correspond to one third or less of a free length y of the rib 30. The free length is the length the contour is straight, not considering the protrusion 33, see e.g. Figure 9. For example, the extension x can be identical in the direction towards the center M and in the longitudinal direction of a rib [0053] The extension x of the protrusion, of the rib 30, can correspond to approximately one tenth to three tenths, for example approximately 1, 5 tenth of such free length.

[0059] A section 34 or 35, respectively, of the rib 30, which forms a straight part of the rectangular opening contour K, can adjoin on both sides of the tooth-like protrusion 33.

[0060] The tooth-like protrusion 33 can have, for example, two flanks 36, 37, which run straight and converge towards the center M of the opening contour K. They form a tip .

[0061] With a perpendicular line Z, which is perpendicular to the part of the rectangular opening contour K of this rib 30 that runs straight, the flanks 36, 37 can further for example draw an acute angle a of between, for example, 30 and 60 degrees, for example an angle a of approximately 45 degrees. That is, the flanks 36, 37 can define an included angle of between, for example, 60 and 120 degrees .

[0062] The flanks 36 and 37 can merge into one another in a rounded manner on the end side, the tip, on their free end assigned to the center M. [ 0063 ] In the case of a ( only) small extension x, found in this respect , of the tooth-like protrusion 33 in the direction towards the center M of the respective pressing opening 22 , the ef fect results due to the one or the several tooth-like protrusions 33 that shortly after the start of the pressing, see the sequence of Figures 10 and 11 , the wire end sleeves 25 have a fold 38 , which, see Figure 12 , can further develop al l the way to an abutment A, see Figure 12 . This tooth-like protrusion 33 can also have the same relative dimensions based on the straight free outer edge of the assigned rib 30 , as explained above .

[ 0064 ] I f a further tooth-like protrusion 33 is formed, as in the case of the exemplary embodiment of Figures 10 to 12 , also on an outer edge of a further rib 30 , which, in the case of the viewed opening contour, extend, for example approximately at a right angle to the initially viewed outer edge of the first rib 30 , a corresponding bulge 38 can also result there , see Figures 11 and 12 .

[ 0065 ] With the extension x, which can also be found empirically in the individual case , of the tooth-like protrusion 33 with respect to the protruding thereof towards the center M of the opening contour K, it can be attained in a surprising manner that even though the fold 39 is present on the completed pressed part , virtually no impressions of the tooth-like protrusion 33 or protrus ions 33 have resulted on the pressed part because a corresponding detachment from the tooth-like protrusions 33 has taken place promptly in the course of the pressing . List of Reference Numerals

1 pliers 27 cable

2 plier handle 28 grip region

3 plier handle 29 grip region

4 plier j aw 30 rib

5 plier aw 31 entrance opening

6 handle-side end 32 outer edge

7 handle-side end 33 tooth-like protrusion

8 free end 34 section

9 free end 35 section

10 first j oint 36 converging flank

11 second j oint 37 converging flank

12 roller region 38 bulge

13 tab 39 fold

14 third j oint

15 fourth j oint 1 free length of 16

16 additional plier r movement direction handle x extension

17 connecting region y free length of rib

18a main section

18b protrusion section A abutment

18c section E corner formation

19 fi fth j oint K opening contour

20 pressing j aw L free length of plier

21 pressing j aw handle 2 or plier

22 individual pressing handle 3 opening M center

23 individual pressing S point of intersection opening Z perpendicular line

24 individual pressing opening a angle

25 wire end sleeve

26 stripped end