MXPA97002693A - Setting of average length and method of mont - Google Patents

Abstract

The present invention relates to a remote transmitting motion control assembly (10) including: a first guide section having internal and external ends, a second guide section having internal and external ends, a first central element section (12) having internal and external ends and is supported movably in said first guide section, a second section of central element (14) having internal and external ends and is supported movably in said second guide section; first (28) and second (30) elements disposed at said inner ends of said central element sections (12 and 14) for connecting said first (12) and second (14) central element sections, said accessory guide sections including first (18) and second (24) arranged in said internal ends of said guide sections for connecting said first and second guide sections, said first accessory (18) having a hole (32) with an open end (36) and said first element (28) being slidably supported in said hole (32), said assembly characterized by a terminal means provided in said external end of said first central element section (12) for connection to a control element and to limit the movement sliding said first section of central element (12) to said first guide section in a retracted stop position, said first element (28) being in overlapping relationship with said hole (32) in said open end (36) to avoid that said first element (28) comes completely out of said hole (32) in said stop position removes

Description

ADJUSTMENT OF AVERAGE LENGTH AND METHOD OF ASSEMBLY.

RELATED REQUESTS This application is a partial continuation of the application in process serial number 08 / 561.405, filed on 11/21/95, which, in turn, is a partial continuation of the requests in process serial number 08 / 521,125, filed on 08/29/95, and 08 / 560,803, filed on 11/21/95, both in the name of the inventor of the present invention and assigned to the assignee of the present invention. TECHNICAL FIELD The present invention relates to a remote control assembly of the type for transmitting movement in a curved path by a flexible central transmitting movement element and, more specifically, to such assembly that is fabricated in two separate axial parts that engage during installation. BACKGROUND OF THE INVENTION Such remote control assemblies are used in motor vehicles. For example, such a remote control assembly can interconnect the accelerator pedal and the fuel flow control system in a car. In many installations, the outer ends of the two halves have to be joined to a supporting structure before the conduit is terminated, for example, when the two halves are connected to two separate components of the vehicle before mounting said components in the line. mounting. Such assemblies are divided into a first guide or conduit that movably supports a first central element section, and a second guide or conduit movably supporting a second central element section with means for connecting the central element sections. For installation purposes, it is necessary that the central element sections are easily connected to each other. It is also necessary to easily connect ducts or guides. Such a assembly known in the prior art is described in United States Patent 5,039,138 to Dickirson. However, it often happens that the environment requires installing the assembly before the central element sections, and the conduits or guides are finally connected. To carry out this installation mode it is necessary that the assembly can be freely joined during such installation. SUMMARY OF THE INVENTION The invention includes an assembly and method of assembling the remote transmitting motion control assembly of the type for transmitting movement in a curved path by a flexible central transmitting movement element and including a first guide section having ends internal and external, a second guide section having internal and external ends, a first section of central element having internal and external ends and is supported movably in the first guide section, a second section of central element having ends internal and external and movably supported on the second guide section, first and second elements disposed at the internal ends of the central element sections for connecting the first and second central elements, first and second accessories arranged at the internal ends of the guide sections for connecting the first and second guide sections, dispue terminal means These are located at the outer end of the first central element section for connection to a control element, the first accessory having a hole with a lower part and sliding the first element in the hole. The assembly is characterized by terminal means provided at the outer end of the first central element section for connection to a control element and for limiting the sliding movement of the first central element section to the first guide section in a stop position. Withdrawal, the first element being in overlapping relationship with the hole in the open end to prevent the first element from completely coming out of the hole in the retracted stop position.

The method includes the steps of fixing the first element to the inner end of the first central element section, sliding the first central element section in the first guide section to move the first element to the hole and extend the outer end of the first central element section from the outer end of the first guide section, and fix the terminal means to the end external of the first central element section to establish a retracted stop position to limit the movement of the first central element section to prevent the first element from completely coming out of the hole so that the first element remains in overlapping relationship with the first element. hole in the stop position withdrawn. Accordingly, the two inner ends of the central element sections and the first and second accessories can be temporarily arranged in overlapping relationship with the outer ends of the guide sections and the central element sections connected to control elements, so that the control elements can be moved to an extreme position to join the two accessories and the central element sections to connect the central element sections without union or immobilisations inside the guide sections.

BRIEF DESCRIPTION OF THE DRAWINGS Other advantages of the present invention will be readily appreciated as it is better understood by reference to the following detailed description considered in connection with the accompanying drawings, wherein: Figure 1 is an exploded perspective view of a preferred embodiment of the present invention. Figure 2 is a longitudinal cross-sectional view of the assembly of Figure 1. Figure 3 is a fragmentary cross-sectional view, enlarged, showing the female element being fixed to the inner end of the first central element section. Figure 4 is a longitudinal cross-sectional view showing the terminal rod being fixed to the outer end of the first central element section in the fully extended position. Figure 5 is a view similar to Figure 4 but showing the assembly in the fully retracted position. And Figure 6 is a longitudinal cross-sectional view showing the condition fully installed and assembled. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT With reference to the figures, where analogous numbers refer to analogous or corresponding parts in all views, a set of remote motion transmitter mounted according to the present invention is indicated generally at 10. Assembly 10 is of the type for transmitting movement in a curved path by a flexible central transmitting movement element, and, more specifically, a central element including a first central element section 12 and a second central element section 14. A first guide section with ends internal and external slidingly supports the first central element section 12 and includes a first conduit 16 extending between a first accessory 18 at its inner end and an oscillating accessory 20 at its outer end. A second guide section with internal and external ends slidably supports the second central element section 14 and includes a second conduit 22 extending between a second attachment 24 at its inner end and a supporting accessory 26 at its outer end. The oscillating fixture 18 and the support fixture 26 are constructed to be attached to a support structure. The first and second accessories 18 and 24 are disposed at the internal ends of the guide sections to connect the first and second guide sections, as will be clearer below. The central element sections 12 and 14 are connected by first and second or female and male elements 28 and 30 arranged at the respective internal ends of the central element sections 12 and 14 to connect the first and second core elements, which will also be clearer then. The first attachment 18 has a hole 32 that enters it with a length (and, as indicated in Fig. 4) that extends between a bottom portion 34 and an open end 36. The first or female element 28 is slidably supported in the hole 32. As illustrated, the first accessory 18 includes an inner liner defining the hole 32 and an outer shell disposed about and attached to the inner liner, but the accessory 18 could be a homogeneous element. The assembly 10 is characterized by terminal means disposed at the outer end of the first section of central element 12 for connection to a control element (not shown) and to limit the sliding movement of the first section of central element 12 to the first section of guide in a stop position withdrawn (shown in FIG. 5), the first or female element 28 being in overlapping relationship with the hole 32 in the open end 36 to prevent the female element 28 from completely coming out of the hole 32 in the retracted stop position. The female element 28 has a spigot portion 27 and a larger body portion to define a projection 29 therebetween. The bottom portion 34 of the hole 32 has an annular projection for engaging the body portion around the spigot 27 to limit inward movement of the female element 28 in a retracted stop position within the hole 32., as shown in FIGS. 4 and 6. The distance (x, as shown in FIG. 4) between the stop positions is less than the distance (y) between the open end 36 and the bottom 34 of the hole 32. An oscillating tube 38 has a distal end 40 and an oscillating peripheral end 42 supported by a concave spherical cavity in the oscillating attachment 20 for oscillating movement relative thereto. The end means includes a rod or shaft 44 attached to the outer end of the first central element section 12 and which includes an internal end 46 slidably supported in the oscillating tube 38 and a first terminal 48 disposed at the outer end of the rod 44 for connection to the control element (not shown). The terminal 48 may have any of the plastic configurations attached to the rod 44 and known in the art. The method of assembling or manufacturing the assembly 10 includes the initial step of fixing the female element 28 to the inner end of the first central element section 12, as illustrated in Figure 3. As illustrated in Figure 3, the end of the first central element section 12 is inserted into a hole in the female element 28 and then the reduced diameter shank portion of the female element 28 is crimped or stressed to mechanically grasp the first central element section 12, thereby preventing extraction of the female element 28 of the first central element section 12. This step can take place as a separate operation for providing the first central element sections 12 with female elements superimposed on them, or the superposition can take place by extending the first central element from the first accessory 18. Then, the method continues to slide the first section of central element 12 into the conduit 16 of the first section of gu a to insert the first or female element 28 into the hole 32 and extend the rod 44 at the outer end of the first central element section 12 from the external end of the first guide section defined by the distal end 40 of the oscillating tube 38. More specifically, the first or female element 28 is inserted in the hole 32 to engage the lower part 34 of the hole 32 to limit further movement of the first central element section 12 to establish an extended position, as shown in Fig. 4. and in solid lines in Figure 6. The method proceeds by fixing the stem 44 of the terminal means to the outer end of the first central element section 12 to establish a retracted stop position to limit movement of the first central element section 12. in order to prevent the first or female element 28 from completely coming out of the hole 32 so that the female element 28 remains in overlapped relationship with the hole 32 in the retracted stop position, as shown in Figure 5 and in dashed lines in Figure 6. This step is further defined as fixing the rod 44 to the first central element section 12 in a position outside the oscillating tube 38 to establish the retracted stop position, ie, the central element section 12 enters the rod 44 out of the oscillating tube 38 to curl the rod 44 in the central element section 12. The retracted position is established by one of the first terminal 48 contacting the distal end 40 of the oscillating tube 38 and / or the inner end 46 of the rod 44 bottoming on the oscillating end of the oscillating tube 38. As illustrated in Fig. 5, the first terminal 48 and the inner end 46 of the rod 44 reach contact positions to establish the withdrawn position; however, in practice, the terminal 48 will engage the distal end 40 of the oscillating tube 38 before the end 46 of the rod touches bottom or the end 46 of the rod 44 will hit bottom before the terminal 48 contacts the distal end 40 of the oscillating tube 38. In any case, the distance (x) between the positions of extended stop and withdrawal is less than the length (y) of the hole 32. The accessories first 18 and second 24 telescope to adjust the general distance between the outer ends of the guide sections, that is, the overall length of the assembly 10. A locking button 50 moves between an unlocked position and a locked position to lock the accessories 18 and 24 in a fixed axially fixed position to prevent telescoping movement relative among them. The first attachment 18 includes a recessed hole 52 entering therein, the open end 36 of the hole 32 being in the lower part of the counterbore 52. The second accessory 24 is slidably disposed in the counterbore 52 to effect the length adjustment total of the set defined by the distance between the outer ends of the set. The first attachment 18 has a cavity 54 that enters radially into the counterbore 52, and the locking button 50 is disposed in the cavity 54 to move radially between the locked and unlocked positions, only the locked position being depicted in Figure 6. lock button 50 and second attachment 24 have engaging teeth 56 and 58, respectively, for engaging with engagement in the locked position in order to prevent relative axial movement therebetween. The locking button 50 and the first accessory 18 also include cooperating detents for retaining the locking button in the unlocked position, attached to the first attachment 18, and the locked position with the teeth 56 and 58 in engagement engagement. The second attachment 24 includes a passage 60 that enters therein to receive the first or female element 28. Thus, the passage 60 has at least a diameter equal to that of the hole 32. An annular or toric seal 62 is disposed around the second accessory 24 for the hermetic coupling with the cylindrical walls of the reaming hole 52. The female elements 28 and male 30 include connection means for connecting the female and male elements in a connected position which mechanically prevents them from moving relative to one another axially in any address More specifically, the male element 30 has a male groove 64 and the female element 28 has a female groove 66, and the connecting means includes a clip 68 for placing it in overlapping mechanical relationship with both grooves 64 and 66 in the connected position. The clip 68 jumps to the overlapping mechanical relationship during insertion of the male element 30 into the female element 28. To facilitate this connection, the male element 30 has a conical protrusion 70 for guiding the male element 30 to the female element 28, and the The female element 28 includes a taper 72 which enters therein to receive and guide the tapered projection 70, the taper 72 entering the female element 28 from its receiving end into the groove or slits 66. The clip 68 defines a snap connector 68 for connecting the male and female elements 28 and 30 in response to their union. A second terminal 74 is disposed at the outer end of the second central element section, as shown in Figure 6. Once the steps for superimposing the female element 24 on the inner end of the first central element section 12 and bottoming the female element in the lower part 34 of the hole 32 to superimpose the rod 44 on the outer end of the first central element section 12 to establish a distance of travel (x) that is less than the length (y) of the hole 32, both halves of the set can be installed in a vehicle. So, the method then joins the oscillating attachment 20 and the support accessory 26 to the structure of the vehicle. The tapered projection 70 is merely placed at the entrance of the taper 72 with the second attachment 24 disposed in the counterbore 52 for free sliding or telescoping movement in the counterbore 52 of the first fitting 18. The terminals 48 and 74 are attached to elements of control, and the control elements are moved to an extreme operational position. This action pushes the tapered projection 70 to the taper 72 to expand the clip 66 until the clip 66 jumps into the slot 64 in the male element 30. This action simultaneously displaces the second accessory 24 axially relative to the first accessory 18 to achieve the length General operative of the conduits 16 and 22, position in the locking button will move to the locked position to engage teeth 56 and 58. The invention has been described in an illustrative manner, and it is to be understood that the terminology that has been used is intended to be descriptive, rather than limiting.

Obviously, many modifications and variations of the present invention are possible in the light of the foregoing ideas. Therefore, it is to be understood that, within the scope of the appended claims, where the reference numbers are for convenience only and will not be in any way limiting, the invention may be implemented in a manner other than that described. specifically.

Claims (27)

1. CLAIMS 1. A remote transmitter movement control assembly (10) that includes: a first guide section having internal and external ends; a second section of guide that has internal and external ends; a first central element section (12) having internal and external ends and supported movably in said first guide section; a second central element section (14) having internal and external ends and supported movably in said second guide section; first (28) and second (30) elements disposed at said internal ends of said central element sections (12 and 14) for connecting said first (12) and second (14) central element sections; said first (18) and second (24) accessory guide sections disposed at said inner ends of said guide sections for connecting said first and second guide sections; said first accessory (18) having a hole (32) with an open end (36) and said first element (28) slidingly supported in said hole (32); characterized said assembly by a terminal means disposed at said external end of said first central element section (12) for connection to a control element and for limiting the sliding movement of said first central element section (12) to said first section of guide in a retracted stop position, said first element (28) being in overlapping relation with said hole (32) in said open end (36) to prevent said first element (28) from completely coming out of said hole (32) in said retracted stop position.
2. 2. An assembly as set forth in claim 1, wherein said hole (32) has a lower part (34) having an annular projection for engaging and limiting the inward movement of said first element (28) in a stop position. extended inside said hole (32).
3. 3. An assembly as set forth in claim 2, wherein the distance (x) between said stop positions is less than the distance (y) between said open end (36) and said lower part of said hole (32).
4. 4. An assembly as set forth in claim 3, wherein said first (18) and second (24) accessories telescope to adjust the overall distance between said outer ends of said guide sections, and including a lock button (50) for moving between an unlocked position and a locked position to lock said accessories (18 and 24) in a fixed adjusted position in order to avoid relative telescoping movement between them.
5. 5. An assembly as set forth in claim 4, wherein said first fixture (18) includes a reamed hole (52) entering therein, said open end (36) of said hole (32) being at the bottom of said fixture. reaming hole (52), said second river access (24) being slidably disposed in said counterbore (52) for said adjustment.
6. 6. An assembly as set forth in claim 5, wherein said second accessory (24) includes a passage (60) entering therein for receiving said first element (28).
7. 7. An assembly as set forth in claim 6, wherein said step (60) has a diameter equal to said hole (32).
8. 8. An assembly as set forth in claim 6, including an annular seal (62) disposed around said second attachment (24) for sealing engagement with said recessed hole (52).
9. 9. An assembly as set forth in claim 6, wherein said first guide section includes an oscillating fixture (42) at its mentioned external end, an oscillating tube (38) having a distal end (40) and a supported oscillating end. by said oscillating attachment (42) for oscillating movement relative thereto, and said terminal means include a rod (44) attached to said outer end of said first central element section (12) and including an internal end (46) slidably supported in said oscillating tube (38) and a first terminal (48) disposed at the external end of said rod (44) for connection to the control element,
10. 10. An assembly as set out in the claim 9, wherein said retracted stop position is established by one of said first terminal (48) contacting said distal end (40) of said oscillating tube (38), and said internal end (46) of said rod (44) that touches bottom at said oscillating end of said oscillating tube (38).
11. 11. A set as stated in the claim 10, wherein said first element (28) is a female element and said second element (30) is a male element, said female elements (28) and male (30) including connection means for connecting said female (28) and male elements (30) in a connected position, mechanically preventing them from moving relative to one another axially in any direction.
12. 12. An assembly as set forth in claim 11, wherein said male element (30) has a male groove (64) and said female element (28) has a female groove (66), and said connecting means includes a clip (68) to place it in mechanical overlapping relationship with both mentioned slots (64 and 66) in said connected position.
13. 13. A set as stated in the claim 12, wherein said clip (68) jumps to said overlapping mechanical relationship during the introduction of said male element (30) in said female element (28).
14. 14. A set as stated in the claim 13, wherein said first guide section includes a first conduit (16) extending between said first accessory (18) and said oscillating accessory (42), said first accessory (18) having a cavity (54) that extends radially in said reaming hole (52), said locking button (50) being disposed in said cavity (54) so as to move radially between said locked and unlocked positions, said second accessory (24) and said locking button (50) cooperating teeth (56 and 58) for engaging engagement in said locked position; said male element (30) has a conical protrusion (70) for guiding said male element (30) to said female element, said female element (28) including a taper (72) that enters it to receive said conical protrusion (70) said taper (72) entering said female element (28) into said slot (66), said second guide section including a second conduit (22) extending from said second accessory (24) and a supporting accessory (26). ) in said conduit in said external end of said second guide section, and a second terminal (74) in said external end of said second central element section (14).
15. 15. A remote transmitting motion control assembly (10) including: a first central element section (12) having an inner end and an outer end; a first conduit (16) having internal and external ends and slidingly supporting said first central element section (12); a first fitting (18) disposed at the inner end of said duct (16), said fitting (18) having a hole (32) entering it of a length (y) extending between an open end (36) and a lower part (34) with a recessed hole (52) in the open end (36) of said hole (32), said recessed hole (52) having a greater diameter than said hole (32); a female element (28) fixed to said inner end of said central element section (12) and in sliding engagement with said hole (32), said female element (28) having a tang portion (27) and a body portion larger defining a projection (29) therebetween for engaging said lower part (34) of said hole (32) to define an extended position for said first central element section (12); a second central element section (14) having internal and external ends; a guide section for slidably supporting said second central element section (14) and including a second accessory (24) of greater diameter than said hole (32) and slidably disposed in said recessed hole (52), said second accessory (24) ) an inner passage (60) having a diameter equal to the diameter of said hole (32) to receive said female element (28); a male element (30) disposed at said inner end of said second central element section (14); a jump connector (68) for connecting said male and female elements (28 and 30) in response to their union; a locking button for locking said accessories first (18) and second (24) to prevent relative axial movement between them; characterized said assembly by first terminal means (44, 48) fixed to said external end of said first section of central element (12) to limit the sliding movement of said first section of central element (12) to said first conduit (16) in a retracted stop position, said female element (28) being in overlapping relation with said hole (32) in said open end (36) to prevent said female element (28) from completely coming out of said hole (32) in said stop position removed.
16. 16. An assembly as set forth in claim 15, wherein the distance (x) between said extended stop and withdrawal positions is less than the distance (y) between said open end (36) and said lower portion (34) of said hole (32).
17. A method of mounting a remote transmitting motion control assembly (10) including a first guide section having internal and external ends, a second guide section having internal and external ends, a first central element section (FIG. 12) having internal and external ends and is movably supported in the first guide section, a second central element section (14) having internal and external ends and is supported movably in the second guide section, elements first (28) and second (30) arranged at the internal ends of the central element sections (12 and 14) to connect the first (12) and second (14) central element sections, first (18) and second ( 24) disposed at the internal ends of the guide sections for connecting the first and second guide sections, terminal means arranged at the external end of the first central element section (12) for connection to a control element, the first accessory (18) having a hole (32) with a lower part and sliding the first element (28) in the hole (32), said method including the steps of: fixing the first element (28) to the inner end of the first central element section (12); sliding the first central element section (12) in the first guide section to move the first element (28) to the hole (32) and extend the outer end of the first central element section (12) from the outer end (40). ) of the first guide section; fixing the terminal means to the outer end of the first central element section (12) to establish a retracted stop position to limit the movement of the first central element section (12) to prevent the first element (28) from fully exiting of the hole (32) so that the first element (28) remains in overlapping relationship with the hole (32) in the withdrawn stop position.
18. 18. A method as set forth in claim 17, further defined by moving the first element (28) to the hole (32) to engage the lower part (34) of the hole (32) to limit further movement of the first central element section (12) in order to establish an extended stop position.
19. A method as set forth in claim 18, wherein the first guide section includes an oscillating fixture (42) at its outer end, an oscillating tube (38) having a distal end (40) and an oscillating end supported by the oscillating fixture (42) for oscillating movement relative thereto, and the end means include a rod (44) attached to the outer end of the second central element section (14) and including an inner end (46) slidably supported on the oscillating tube (38) and a first terminal (48) provided on the external end of the rod (44) for connection to the control element, the method further being defined by introducing the first central element section (12) in the rod (44) at the same time that the rod (44) is inserted in the oscillating tube (38) and the first element (28) is held in the extended position, and the rod (44) is fixed to the first central element section (12) outside of the oscillating tube (38), po r which prevents the rod (44) from completely exiting the oscillating tube (38) in the extended position.
20. A method as set forth in claim 19, further defined by fixing the rod (44) to the first central element section (12) to establish the stop position removed by one of the first terminal (48) contacting the end distal of the oscillating tube (38) and the inner end (46) of the rod (44) bottoming on the oscillating end of the oscillating tube (38).
21. 21. A method as set forth in claim 20, wherein the distance (x) between the retracted and extended stop positions is less than the length (y) of the hole (32).
22. 22. A method as set forth in claim 21, including installing the assembly, which includes the steps of connecting the first (28) and second (30) elements, thereby connecting the first (12) and second core element sections. (14), connect the accessories first (18) and second (24) thereby connecting the first and second guide sections.
23. 23. A method of assembling a motion transmitter remote control assembly (10) that includes a first central element section (12) having internal and external ends, a first conduit (16) having internal and external ends and slidably supported the first central element section (12), a first accessory (18) disposed at the inner end of the duct (16), the accessory (18) having a hole (32) extending therein with a length (y) that it extends between an open end (36) and a lower part (34) with a recessed hole (52) in the open end (36) of the hole (32), the counterbored hole (52) having a larger diameter than the hole (32), a female element (28) fixed to the inner end of the central element section (12) and in sliding engagement with the hole (32), the female element (28) having a tang portion (27) and a larger body portion defining a projection (29) therebetween to engage the lower part (34) of the hole (32) to define an extended position for the first central element section (12), a second central element section (14) ) having internal and external ends, a guide section for slidingly supporting the second central element section (14) and including a second accessory (24) of larger diameter than the hole (32) and slidably disposed in the reamed hole (52), the second accessory (24) including an interior passage (60) having a diameter equal to the diameter of the hole (32) for receiving the female element (28), a male element (30) disposed at the inner end of the the second central element section (14), a jump connector (68) for connecting the male and female elements (28 and 30) in response to being joined, a locking button to lock the first (18) and second (24) accessories to prevent relative axial movement between them, said method including the steps of: fixing the female element (28) to the inner end of the first central element section (12); sliding the first central element section (12) to the first conduit (16) to move the female element (28) into the hole (32) and engage the lower part (34) to extend the outer end of the first central element section ( 12) from the outer end (40) of the first conduit (16) to establish an extended stopping position; fixing terminal means (44, 48) to the outer end of the first central element section (12) to establish a retracted stop position to limit the movement (x) of the first central element section (12) to prevent the female element (28) from completely coming out of the hole (32) so that the female element (28) remains in overlapping relationship with the hole (32) in the retracted stop position.
24. 24. A method as set forth in claim 23, wherein the distance (x) between the retracted and extended stop positions is less than the length (y) of the hole (32).
25. 25. A method as set forth in claim 24 including the installation of the assembly (10), including the steps of placing the male element (30) within the female element (28) and the second accessory (24) within the reamed hole (52). ), joining a portion (20) of the first conduit (16) and the guide section (26) to a support structure, connecting the terminal means (48) to a control element and connecting the external end (74) of the second central element section (14) to a control element, moving the control elements to an extreme operative position to push the male element (30) to the female element (28) to engage the jump connector to connect the female elements ( 28) and male (30) thereby connecting the first (12) and second (14) central element sections, simultaneously telescoping the second attachment (24) into the counterbore (52) of the first attachment (18), and move the lock button (50) to connect the accessori first (18) and second (24) thereby setting the overall length of the assembly.
26. 26. A method as set forth in claim 25, including an oscillating fixture (42) at the outer end of the first conduit (16), an oscillating tube (38) having a distal end (40) and an oscillating end supported by the oscillating fixture (42) for oscillating movement relative thereto, and the end means include a rod (44) attached to the outer end of the second central element section (14) and including an inner end (46) slidably supported on the oscillating tube (38) and a first terminal (48) provided on the external end of the rod (44) for connection to the control element, further defined the method by introducing the first section of central element (12) in the rod (44) at the same time that the rod (44) is inserted into the oscillating tube (38) and the female element (28) is maintained in the extended position, and the rod (44) is fixed to the first central element section (12) outside of the oscillating tube (38), so that the stem (44) is prevented from completely exiting the oscillating tube (38) in the extended position.
27. 27. A method as set forth in claim 26, further defined by fixing the rod (44) to the first central element section (12) to establish the stop position removed by one of the first terminal (48) contacting the end distal (40) of the oscillating tube (38) and the inner end (46) of the rod (44) bottoming on the oscillating end of the oscillating tube (38). SUMMARY OF THE INVENTION A set of remote control motion transmitter (10) of the type for transmitting movement in a curved path by a flexible central transmitting movement element and characterized by a rod (44) fixed to the outer end of the first central element section (12) to limit the sliding movement of the first central element section (12) to the first conduit (16) in a retracted stop position, a female element (28) being in overlapping relation with the hole (32) in the open end (36) to prevent the female element (28) from completely coming out of the hole (32) in the withdrawn stop position. The mounting method includes sliding the first central element section (12) to the first conduit (16) to move the female element (28) into the hole (32) and engage the lower part (34) to extend the outer end of the first one. central element section (12) from the outer end (40) of the first conduit (16) in order to establish an extended stop position, fixing a rod (44) to the outer end of the first central element section (12) to establish a retracted stop position in order to limit the movement (x) of the first central element section (12) to prevent the female element (28) comes completely out of the hole (32) so that the female element (28) remains in overlapping relationship with the hole (32) in the retracted stop position. More specifically, the first central element section (12) is inserted into the rod (44) while the end (46) of the rod (44) is inserted into an oscillating tube (38), while maintaining the female element (28) touching bottom in the extended position, and the rod (44) is fixed to the first central element section (12) in a position outside the oscillating tube (38), so that the stem (44) is prevented from completely coming off of the oscillating tube (38) in the extended position.