fig1 is a perspective view of one embodiment of a spider 12 of the present invention comprising a tapered bowl 20 in its position aligned with the borehole 10 and engaging the pipe string 30 just below a pipe joint 32 . the control line guide 80 is shown in its retracted position with at least a portion of the control line guide beneath the top surface 21 of the tapered bowl . the tapered bowl 20 comprises a door 24 that is openable to receive the pipe string 30 into the bore 34 of the tapered bowl 20 . the door 24 shown in fig1 is a conventional door having hinged connections to the tapered bowl at each end . a rotary adapter 22 supports the spider and accommodates the control line guide 80 in a slot 23 when the control line guide is in its retracted position . adjacent to the spider 12 is a runway 28 releasably coupled to the rotary adapter 22 . the runway is adapted for receiving and supporting the tapered bowl 20 when it is moved laterally away from the pipe string 30 to a remote position ( see fig2 ). the tapered bowl 20 receives and cooperates with a set of slips ( not shown in fig1 ) to wedge between the pipe string and the tapered surface of the bowl to grip and support the pipe string 30 . the control line guide 80 comprises a plurality of generally spaced - apart rollers 82 , each having a generally horizontal axis of rotation , and each retained in a generally fixed relationship relative to the other rollers . the control line guide receives the control line 92 from , or surrenders the control line to , a spool ( not shown ). the control line 92 may be reeved over sheaves ( not shown ) to strategically direct the control line to the control line guide from above or , when the control line is being removed from the borehole , to strategically direct the control line to a spool ( not shown ) for storage . the tapered bowl 20 comprises a door 24 received to close a slot 25 . the door 24 is secured to the tapered bowl 20 with a pair of hinges 36 adapted for receiving a pair of pins 27 . removal of either closure pin 27 enables the door to hingedly swing open for removal of the tapered bowl 20 from its aligned position with the borehole ( as shown in fig2 ). removal of the pin requires that the weight of the pipe string first be transferred to the elevator ( not shown ). a runway 28 is positioned adjacent to the rotary adapter 22 for slidably or rollably supporting the tapered bowl when the door 24 is opened and the tapered bowl is moved laterally away from the pipe string 30 ( as shown in fig2 ). the runway is angularly positionable about the rotary adapter 22 so that the runway may align with the movement of the tapered bowl that will be opposite the door 24 , but may also allow movement of the tapered bowl 20 about the rotary adapter 22 while the tapered bowl is stored in its remote position on the runway . fig2 is a perspective view of the embodiment of the present invention shown in fig1 with slips 60 , 62 removed from the tapered bowl 20 of the spider 12 and the door 24 opened at one hinge 26 to open slot 25 of the tapered bowl 20 to facilitate movement of the tapered bowl laterally away from the pipe string 30 to its remote position on the runway 28 . the slips shown in fig2 are a set of three slips consisting of one manipulated slip 60 hinged through hinges 61 disposed on opposing sides of slip 60 to following slips 62 . the runway may contain a slot 29 through which a mechanism ( not shown ) may engage and pull or push the tapered bowl 20 along the runway 28 . lateral movement of the tapered bowl 20 away from the pipe string 30 to its remote position on the runway 28 reveals the lift plate 84 . the lift plate 84 is adapted for supporting the control line guide 80 , for covering the slot in the rotary adapter ( see fig1 , element 23 ) in the rotary adapter 22 and for evenly distributing the load from the tapered bowl 20 to the rotary adapter 22 when the tapered bowl is in its position aligned with the borehole 10 ( see fig1 ). fig3 is a partial cross - section perspective view of the embodiment shown in fig2 showing the cross - section of the rotary adapter 22 for supporting the spider 12 engaging the rig floor 8 and for accommodating the control line guide in its retracted position within the slot of the rotary adapter . the tapered bowl 20 is shown supported in its remote position on the runway 28 . the slips 60 , 62 are shown raised from their position within the tapered bowl to facilitate removal of the tapered bowl from its position aligned with the borehole 10 on the rotary adapter 22 . the slot 23 of the rotary adapter accommodates the control line guide 80 in its retracted position . guide supports 83 couple the control line guide 80 to the lift plate 83 . this figure shows how control line 92 is reeved through the control line guide 80 which is shown in section view . in the embodiment of the control line guide shown in fig3 , the control line 92 rolls on the radially outwardly and bottom portions of the top set of rollers 82 located above and radially outwardly from the guide support 83 , then the control line 92 reeves between the upper and lower sets of rollers adjacent to the guide supports 83 , and then it rolls on the radially inwardly and upwardly disposed portions of the lower set of rollers 82 , from which it extends along the length of a portion of the pipe string 30 and down into the borehole 10 . fig4 is a perspective view of the embodiment of the present invention shown in fig2 and 3 with the tapered bowl 20 with the side door 24 opened to permit removal of the tapered bowl to its remote position on the runway 28 . the slips 60 , 62 are shown remaining within the tapered bowl but raised from their engaged and seated position within the tapered bowl to permit removal of the pipe string . the control line guide 80 is raised to its raised position using a hydraulically telescoping jack 86 that is coupled at its traveling end to the lift plate 84 . the lift plate is , in turn , coupled to the guide supports 83 that pivotally support the control line guide 80 there under . a portion of the control line 92 is shown positioned by the raising of the control line guide 80 along the length of the pipe string 30 to create a clamping zone 100 beneath the control line guide and above the rotary adapter 22 . fig5 is a perspective view of alternate embodiment of the present invention with the tapered bowl 20 of the spider having a slot 25 adapted to receive a plug - in door 81 . the plug - in door comprises the lift plate 84 and the downwardly protruding inserts 84 a that are received into vertically aligned receptacles 84 b disposed on each side of the slot 25 in the tapered bowl 20 . in this embodiment , the tapered bowl 20 is shown recessed into the rig floor 8 , and the lower portion of the slot 25 of the tapered bowl 20 is closed using a truncated side door 24 a which , when closed , is disposed in the slot 25 generally below the received position ( see fig6 ) of the plug - in door 81 . the plug - in door 81 is coupled to the traveling end of the hydraulically powered telescoping jack legs 86 , and the control line guide 80 is pivotally supported beneath the lift plate 84 using support links 82 . the inserts 84 a of the plug - in door are vertically aligned with the receptacles 84 b in the tapered bowl so that the inserts are received into the receptacles upon retraction of the hydraulically telescoping jack legs 86 and lowering of the plug - in door 81 and the control line guide 80 . fig6 is a perspective view of the embodiment shown in fig5 with the control line guide 80 restored to its retracted position with at least a portion of the control line guide beneath the top surface of the tapered bowl 20 . the slips 60 , 62 are shown restored to the tapered bowl 20 aligned with the borehole but remaining above their engaged position within the tapered bowl 20 . as shown in fig6 , the inserts 84 a of the plug - in door 81 are received into the receptacles 84 b , the control line guide is received into the slot 25 above the truncated side door 24 a and below the seated plug - in door 81 . the arrangement of the plug - in door 81 and the truncated side door 24 a , with a space there between for accommodating the control line guide 80 , provides for convenient removal and reintroduction of the plug - in door 81 from and to the tapered bowl 20 for unseating and reseating , respectively , with reciprocating motion of the control line guide as controlled by the jack 86 . removal of the plug - in door 81 upon raising of the control line guide 80 from the slot 25 significantly decreases the load bearing capacity of the tapered bowl even though the truncated side door 24 a remains in position to close the lower portion of the slot . the load bearing capacity of the tapered bowl 20 is significantly increased when the plug - in door 81 is slidably vertically received into the slot 25 . the plug - in door provides enhanced hoop strength to the tapered bowl to resist the spreading force on the bowl when the slips engage and support the pipe string . the slips 60 , 62 are adapted for being removed from their engaged position within the tapered bowl 20 to a remote position as shown in fig5 . like the tapered bowl of fig3 and 4 , the slips can be adapted for powered movement to and from the borehole along the runway . the tapered bowl 20 of the embodiment shown in fig5 and 6 is adapted for remaining stationary in its position aligned with the borehole when the control line guide 80 and plug - in door 81 are unseated and raised above the slot 25 using the telescoping jack legs 86 to create a clamping zone 100 . machines or rig personnel can access the portion of the pipe string 30 and control line 92 within the clamping zone shown in fig5 to secure the control line to the pipe string using a clamp 34 . after the elevator ( not shown ) is used to lower the pipe string and the control line secured thereto into the borehole as shown in fig6 , retraction of the jacks ( see fig5 , element 86 ) returns the control line guide 80 and the plug - in door 81 to their retracted and received positions , respectively , after one or more clamps are used to secure the control line to the pipe string in the clamping zone 100 . fig7 is a perspective view of an alternate embodiment of the present invention with the tapered bowl 20 having a slot 25 for receiving the plug - in door 81 and the control line guide 80 in their seated and retracted positions , respectively . the control line guide 80 is shown fitted with a pair of pivoting slip hangers 63 for rotating and engaging the slips 60 , 62 . the slip hangers 63 each have one or more latches 63 a for engaging one or more lift ears 63 b on the slips 60 , 62 . rotating the slip hangers 63 to engage the lift ears 63 b with the latches 63 a couples the slips to the lift plate 84 so that the slips can be lifted from the tapered bowl using the hydraulically telescoping jacks legs 86 ( see fig5 ) used to raise the plug - in door 81 and the control line guide 80 from the slot 25 . fig8 is a perspective view of an alternate embodiment of the present invention having an alternative apparatus for raising the plug - in door 81 and the control line guide 80 from the slot of the tapered bowl 20 to create a clamping zone 100 . like the embodiments shown in fig5 - 7 , the embodiment shown in fig8 comprises a tapered bowl 20 having a slot 25 for receiving the plug - in door 81 and the control line guide 80 when the plug - in door and the control line guide are in their seated and retracted positions , respectively . fig8 shows an apparatus using a winch instead of a jack to raise the plug - in door , control line guide and slips from the tapered bowl to an elevated position to establish a clamping zone . the sliding lift plate 75 is coupled to the lift cable 94 and pivotally supports a pair of slip hangers 78 for rotatably engaging the manipulated slip 60 to facilitate lifting the slips 60 , 62 from the tapered bowl 20 . the lift cable 94 is secured to a winch ( not shown ) and can be reeled in to raise and unreeled to lower the sliding lift plate 75 . a pair of opposed hangers 78 are coupled to the lift plate at a pivot 78 a and pivot to engage the manipulated slip 60 to couple the slips 60 , 62 to the lift plate . the pathway for raising the plug - in door 81 , the control line guide 80 and the slips 60 , 62 from the tapered bowl 20 is determined by the a - frame 70 . the a - frame 70 comprises a pair of generally vertical rails 72 , each slidably receiving a pair of sleeves 73 each coupled to the lift plate 75 . the lift plate 75 is coupled to a winch cable 94 that raises the lift plate 75 , the control line guide 80 and the slips 60 , 62 to a raised position . upon actuation of the winch ( not shown ), the sleeves 73 slide along the vertical length of the rails 72 , and the vertical path of the plug - in door 81 and control line guide 80 conforms to the pathway provided by the sliding movement of the sleeves 73 on the rails 72 positioned adjacent to the pipe string 30 . after the winch is actuated to raise the plug - in door and control line guide to their raised position to create the clamping zone 100 , clamps ( not shown ) may be applied to secure the control line 92 to the pipe string 30 . after the pipe string and control line are lowered into the borehole , the winch rotation is reversed to lower the control line guide back to its retracted position through the slot of the tapered bowl . the a - frame 70 may be rollably removable from the vicinity of the borehole on a set of wheels 76 when control line is not being run into the well . fig9 is a perspective view of an alternative embodiment of the present invention having an alternative apparatus for raising the plug - in door , control line guide 80 and slips 60 , 62 to their raised position above the tapered bowl 20 . like the embodiments shown in fig5 - 8 , this embodiment comprises a tapered bowl 20 with a slot 25 for receiving the control line guide 80 and a plug - in door 81 . the slips 60 , 62 are adapted for being repetitively removed from the tapered bowl 20 each time the control line guide 80 and the plug - in door 81 are raised to create a clamping zone for securing a control line 92 to the pipe string 30 . fig9 shows the control line guide 80 , the plug - in door 81 , and a scissor - lift jack 70 in the retracted position , with the control line guide 80 and the plug - in door 81 received within the slot 25 of the tapered bowl 20 . the control line guide 80 and plug - in door 81 are raised using the scissor - lift jack 70 . the scissor - lift jack 70 supports a lift plate 74 that is coupled through a slip bracket 75 to the slips 60 , 62 to support and to vertically raise the slips from the tapered bowl 20 as the control line guide 80 and the plug - in door 81 are raised using the scissor - lift jack 70 . fig1 shows the embodiment of fig9 with the control line guide 80 , the plug - in door 81 and the slips 60 , 62 raised above the tapered bowl 20 using the scissor - lift jack 70 . the drivers for operating the scissor - jack may be coupled to the scissor - jack from beneath the rig floor 8 , and may include a hydraulic or pneumatic cylinder , a screw jack , or electric motor driver , so long as the driver is adapted for forcibly increasing ( to raise ) or decreasing ( to lower ) the distance between two adjacent sliding ends 72 of the scissor legs 71 of the scissor - lift . a pair of opposing plug - in door supports 85 are coupled to and extend outwardly from lift plate 74 to pivotably engage and couple to the plug - in door 81 which supports the control line guide 80 . the plug - in door supports 85 are rotatable about pivots 85 a to permit the generally arcuate plug - in door supports to substantially surround the pipe string 30 and engage , support and raise the plug - in door 81 and the attached control line guide 80 to position a portion of the control line 92 along the pipe string in the clamping zone 100 . fig1 a , 11 b , 12 and 13 show more detail relating to one embodiment of the plug - in door 81 used with the embodiments shown in fig8 - 10 . fig1 a shows a side view of the embodiment of the present invention having a truncated interdigitated door 24 a to close the lower portion of the slot 25 in the tapered bowl 20 vertically below a space for accommodating the control line guide , that space being vertically below a plug - in door 81 received into the upper portion of the slot 25 of the tapered bowl 20 to close the slot . fig1 b is a top view of the slot of the embodiment of the tapered bowl of the present invention shown in fig1 a . the tapered bowl 20 has a slot 25 adapted for receiving the plug - in door 81 ( see fig1 ). the slot 25 extends only a portion of the way downwardly from the top surface 21 of the tapered bowl 20 and is adapted to receive the plug - in door and the control line guide ( not shown ) so that , when the plug - in door is slidably received into the slot 25 to form a continuous wall perimeter around the top portion of the tapered bowl 20 , the control line 92 and the control line guide 80 through which the control line 92 is reeved penetrates the wall of the tapered bowl through a portion of the slot that remains beneath the received plug - in door . the tapered bowl 20 further comprises a pair of generally opposed t - slots 102 a and 102 b disposed on opposite sides of the slot 25 for receiving a pair of generally t - shaped keys ( see fig1 ) to circumferentially interlock the plug - in door . this structure provides enhanced hoop strength to the tapered bowl 20 when the plug - in door 81 is received . the tapered bowl may comprise a pair of opposed alignment recesses 103 a and 103 b disposed on opposing sides of slot 25 for receiving a pair of alignment wings 86 a , 86 b ( see fig1 ) on the plug - in door . the plug - in door is adapted for being received into a pair of slots 105 a and 105 b that are secured to the tapered bowl on opposing sides of the slot 25 . this structure distributes the load across the plug - in door when the tapered bowl receives the slips to engage and support the pipe string . the slot 25 that receives the plug - in door ( see fig1 ) and the control line guide 80 ( see fig1 ) also receives a truncated side door 24 a to close the lower portion of the tapered bowl . the truncated side door 24 a is a conventional hinged door for opening to permit removal of the tapered bowl to its remote position away from the pipe string ( not shown ). fig1 is a top view of one embodiment of the plug - in door 81 and the control line guide 80 adapted for being received into the slot 25 of the tapered bowl 20 of fig1 a and 11b . the plug - in door 81 is coupled to the control line guide 80 through a pair of guide supports 83 ( see fig4 ). the plug - in door 81 comprises a pair of generally opposed t - shaped keys 101 a and 101 b for being received within the t - slots 102 a and 102 b ( see fig1 b ) to interlock the plug - in door into the tapered bowl . the t - shaped keys are adapted for being slidably vertically received into the t - shaped slots of the tapered bowl to provide enhanced hoop strength to the top portion of the tapered bowl when the slips are received into the bore of the tapered bowl to engage and support a pipe string . similarly , the generally inwardly curved alignment wings 86 a , 86 b are received within the alignment recesses 103 a , 103 b of the tapered bowl ( see fig1 b ). a variety of interlocking configurations can be utilized for slidably and vertically receiving the plug - in door 81 to circumferentially interlock with the tapered bowl 20 to provide enhanced hoop strength to the tapered bowl . the t - slotted plug - in door 81 shown in fig1 and the downwardly disposed insert plug - in door shown in fig5 are two examples of such doors , but any door that is slidably and vertically received into a mating position with the tapered bowl is within the scope of this invention . as shown in fig1 and 13 , the control line 92 is reeved through the rollers 82 of the control line guide 80 as shown in fig1 , that is , the control line 92 rides generally along the radially outwardly and downwardly disposed portions of the rollers 82 that lie radially outside the wall of the tapered bowl when the control line guide is received within the slot 25 of the tapered bowl . after passing between the roller supports 89 a and 89 b , the control line 92 rides generally along the radially inwardly and upwardly disposed portions of the rollers 82 that lie radially within the wall of the tapered bowl 80 . this relationship between the control line 92 and the rollers 82 is also shown in fig1 , a side frontal view of the plug - in door 81 and the control line guide 80 . fig1 shows the rollers 82 divided into a top set 82 a and a bottom set 82 b , the top set for contacting the control line 92 generally along the radially outwardly and downwardly disposed portions of the rollers 82 that lie radially outside the wall of the tapered bowl , and the bottom set 82 b for contacting the control line 92 generally along the radially inwardly and upwardly disposed portions of the rollers 82 that lie radially within the wall of the tapered bowl 80 . while a preferred form of the present invention has been described herein , various modifications of the apparatus and method of the invention may be made without departing from the spirit and scope of the invention , which is more fully defined in the following claims .