CN104167698B - A kind of folding cable termination machining center - Google Patents
A kind of folding cable termination machining center Download PDFInfo
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- CN104167698B CN104167698B CN201410329090.9A CN201410329090A CN104167698B CN 104167698 B CN104167698 B CN 104167698B CN 201410329090 A CN201410329090 A CN 201410329090A CN 104167698 B CN104167698 B CN 104167698B
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- 238000009413 insulation Methods 0.000 claims abstract description 15
- 238000000034 method Methods 0.000 claims abstract description 7
- 229910000831 Steel Inorganic materials 0.000 claims description 24
- 239000010959 steel Substances 0.000 claims description 24
- 238000010438 heat treatment Methods 0.000 claims description 11
- 239000000919 ceramic Substances 0.000 claims description 10
- 230000002457 bidirectional effect Effects 0.000 claims description 8
- 230000008878 coupling Effects 0.000 claims description 6
- 238000010168 coupling process Methods 0.000 claims description 6
- 238000005859 coupling reaction Methods 0.000 claims description 6
- 239000000203 mixture Substances 0.000 claims description 4
- 230000005540 biological transmission Effects 0.000 claims description 3
- 238000012545 processing Methods 0.000 description 11
- 238000009422 external insulation Methods 0.000 description 4
- 229920001169 thermoplastic Polymers 0.000 description 4
- 239000004416 thermosoftening plastic Substances 0.000 description 4
- 230000004308 accommodation Effects 0.000 description 3
- 238000013461 design Methods 0.000 description 3
- 230000000712 assembly Effects 0.000 description 2
- 238000000429 assembly Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000012423 maintenance Methods 0.000 description 2
- 230000001681 protective effect Effects 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 238000011161 development Methods 0.000 description 1
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Abstract
The invention discloses a kind of folding cable termination machining center, including cabinet body part, power cutters parts, cable stripping machine parts, cable insulation heat shrink wrapping machine parts, electromotor, line nose hydraulic tongs and paying out machine parts, cabinet body part divides three layers, electromotor and paying out machine parts are arranged on bottom, in the middle part of the centrally located layer of line nose hydraulic tongs, each sidewall of cabinet body part with intermediate layer for boundary equipped with Over-The-Counter door and lower cabinet door, the lower end of each Over-The-Counter door is hinged on the corresponding sidewall in intermediate layer, and realize closing and opening by the gas support of both sides, cable stripping machine parts totally two, it is respectively perpendicular before being arranged on, on the Over-The-Counter door inwall of rear side, power cutters parts are vertically mounted on the Over-The-Counter door inwall in left side, cable insulation heat shrink wrapping machine parts are vertically mounted on the Over-The-Counter door inwall on right side.This machining center has maximally utilised space, is integrated on same machining center by cable process equipment, and achieves the folding of whole machining center.
Description
Technical field
The present invention relates to power construction equipment technical field, be specifically related to a kind of folding cable termination machining center being integrated with multistation, belong to frame for movement.
Background technology
Cable termination processing is roughly divided into cable cutting processing, cable stripping processing and cable external insulation thermoplastic three steps of processing, cable termination processing domestic at present remains in the handicraft workshop stage, complete respectively through different equipment, process equipment is backward, efficiency is low, bother very much during site operation, and be not easy to equipment management safeguard, seriously constrain the development of industry.
Summary of the invention
It is desirable to provide a kind of cable cutting processing, cable stripping processing and cable external insulation thermoplastic of being integrated with is machined in the folding cable termination machining center of one.
nullFor this，The technical solution adopted in the present invention is: a kind of folding cable termination machining center，Including foldable cabinet body part (A)，And it is arranged on the power cutters parts (B) in cabinet body part (A)、Cable stripping machine parts (C)、Cable insulation heat shrink wrapping machine parts (D)、Electromotor (E)、Line nose hydraulic tongs (F) and paying out machine parts (G)，Described cabinet body part (A) includes top layer、Intermediate layer and bottom，Described electromotor (E) and paying out machine parts (G) are arranged on bottom，In the middle part of described line nose hydraulic tongs (F) centrally located layer，Each sidewall of described cabinet body part (A) with intermediate layer for boundary equipped with Over-The-Counter door and lower cabinet door，The lower end of each Over-The-Counter door is hinged on the corresponding sidewall in intermediate layer，And by the gas of both sides support (1) realize close and open，Described cable stripping machine parts (C) totally two，It is respectively perpendicular before being arranged on、On the Over-The-Counter door inwall of rear side，Described power cutters parts (B) are vertically mounted on the Over-The-Counter door inwall in left side，Described cable insulation heat shrink wrapping machine parts (D) is vertically mounted on the Over-The-Counter door inwall on right side.
Preferred as such scheme, being additionally provided with slide rail type combined box parts (H) in described cabinet body part (A), this slide rail type combined box parts (H) includes outer backbone (2), outer rail (3), interior backbone (4), interior rail (5), box assembly (6) and box component (7)；Described outer backbone (2) is installed in the top layer of cabinet body part (A), the top of box assembly (6) is installed on described outer rail (3), it is slidably connected by steel ball (8) arranged in rows between outer backbone (2) and outer rail (3), thus constituting the first line slideway that left and right extends；Described box component (7) totally two, stacked setting before and after in box assembly (6), the top of each box component (7) is installed with a described interior rail (5), described interior backbone (4) is also two, it is installed in the top of box assembly (6), each interior backbone (4) and each self-corresponding interior rail (5) are slidably connected also by steel ball (8) arranged in rows, thus constituting the second line slideway that left and right extends；When box assembly (6) slides into the leftmost side, the box component (7) being positioned at rear side can skid off from the right side of box assembly (6), when box assembly (6) slides into the rightmost side, the box component (7) being positioned at front side can skid off from the left side of box assembly (6).The space between cabinet body part top layer and intermediate layer is utilized to arrange slide rail type combined box parts, when folding, the box component of front side is put into after being dismantled by the cutter head assembly of the cable stripping parts of front side, the box component of rear side is put into after being dismantled by the cutter head assembly of the cable stripping parts of rear side, slide rail type combined box parts adopt two line slideways, by horizontally slipping box assembly and box component puts into cutter head assembly, thus having saved space to greatest extent, make the structure more compact and reasonable of whole machining center, associative perception higher.
The two ends of the trapped orbit that steel ball described in each column (8) is corresponding are installed with steel ball limiting plate (9) respectively, in case steel ball (8) is deviate from sliding stop process, the two ends of described outer backbone (2) are installed with outer rail limiting plate (10) respectively, to prevent outer rail (3) from deviating from outer backbone (2), the two ends of described interior backbone (4) are installed with interior rail limiting plate (11) respectively, to prevent interior rail (5) from deviating from interior backbone (4)；The right side wall of the box component (7) being positioned at rear side is outside equipped with the first handle (12), and has the glove hole (7a) communicated with box body inner chamber on the rear wall of this box component (7)；The left side wall of the box component (7) being positioned at front side is outside equipped with the first handle (12), and has the glove hole (7a) communicated with box body inner chamber on the front side wall of this box component (7).First handle is set, it is simple to grip during slip box component；Cutter head assembly puts into box component from glove hole, optimizes the position of glove hole, also for convenient operation；Meanwhile, set up steel ball limiting plate, outer rail limiting plate and interior rail limiting plate, be provided to ensure reliable during the slip of box component, box assembly, stable, occur without fault.
nullDescribed cable insulation heat shrink wrapping machine parts (D) includes heat shrink wrapping machine shell (13)、And it is sequentially arranged at the charging turbine (14) in heat shrink wrapping machine shell (13) from bottom to top、Electric machine assembly (15) and ceramic heating element (16)，The hoop sidewall of described heat shrink wrapping machine shell (13) is provided with the some fresh air inlets (13a) just to charging turbine (14)，The top of heat shrink wrapping machine shell (13) is provided with out vane (17)，Described go out vane (17) include air-out semi-ring (17a) and lower air-out semi-ring (17b)，The described bottom of lower air-out semi-ring (17b) communicates with the top of heat shrink wrapping machine shell (13)，Upper air-out semi-ring (17a) and lower air-out semi-ring (17b) snap together composition annular passage，And be locked together by cam lock holding mechanism (18)，Also have one along the inwall going out vane (17) and iris out air port (17c).During work, by stripping, the cable of insulating outer layer is placed in out in the circular hole of vane, wind enters in heat shrink wrapping machine shell from fresh air inlet, after superturbo boost, feeding ceramic heating element heats, and enters out vane then through heat shrink wrapping machine cover top portion, and finally being discharged by air outlet is that the cable in vane circular hole carries out isolating shrinkable layer parcel, air outlet is that just the circumference for cable carries out isolating shrinkable layer parcel along going out the circle gap that vane inwall is offered.The cable insulation heat shrink wrapping machine parts of this brand-new design, compare the cable insulation heat shrink wrapping machine that traditional-handwork is workshop-based, and automaticity is higher, and heat exchange effect is better.
Further, described ceramic heating element (16) is up-small and down-big hollow cone, the inside and outside wall of cone is each provided with some helical form fins (16a), and the direction contrast of the helical form fin (16a) on the direction of the helical form fin (16a) on inwall and outer wall, the position of the helical form that staggers on the sidewall of cone fin (16a) also has some crosses air holes (16b).Optimize the structure of ceramic heating element, and set up air holes and helical fin, provide rotating field for wind, make the wind after heating be sent into out vane by spiral, be more beneficial for heat exchange, improve area of dissipation, save the energy.
nullDescribed power cutters parts (B) include bidirectional rotation buncher (31)、Worm-and-wheel gear (19)、Little gear (20)、Ledger-plate (21) and cutting blade (23)，Described bidirectional rotation buncher (31) drives the worm screw (19b) of worm-and-wheel gear (19) to rotate by shaft coupling (24)，The worm gear (19a) of worm-and-wheel gear (19) and described little gear (20) are solidly set on same worm-wheel shaft (25)，Described cutting blade (23) and little gear (20) are by external tooth engaged transmission，The center of circle of cutting blade (23) is solidly set on splined shaft (26)，The termination of splined shaft (26) is stretched in the one end of ledger-plate (21)，Ball (22) it is provided with between splined shaft (26) termination and ledger-plate (21)，It is provided with needle roller (37) between the sidewall and ledger-plate (21) of splined shaft (26)，So that splined shaft (26) can rotate relative to ledger-plate (21)，The other end of described ledger-plate (21) is arranged on worm-wheel shaft (25) by bearing，Ledger-plate (21) is provided with lower cutting edge (21a)，Cutting blade (23) is provided with the upper cutting edge (23a) mated with lower cutting edge (21a).During work, first the worm screw of worm-and-wheel gear is driven to rotate by bidirectional rotation buncher by shaft coupling, worm screw drives worm gear, turbine wheel shaft to rotate together with little gear, little gear driven cutting blade rotates around splined shaft axis together with splined shaft, ledger-plate transfixion, by the cutting edge of ledger-plate and cutting blade formation by cable cutting.
In the lower cabinet door of described cabinet body part (A), the lower end of the lower cabinet door on forward and backward, right side is hinged on the corresponding sidewall of bottom, and the lower cabinet door outer wall on forward and backward, right side is respectively arranged with the second handle (27), open when lower cabinet door forward and backward, right side outwards overturns, and when being supported on the ground by the second handle (27), lower cabinet door forward and backward, right side is just parallel to the ground；The left cabinet door of described cabinet body part (A) adopts the structure split around, and the inwall of one of them left cabinet door is provided with receiver (28), the inwall of another left cabinet door is provided with central control box；The parts disassembled can be put into receiver during folding.
In the middle part of the intermediate layer of described cabinet body part (A), concave downward is formed and holds chamber (30), when being equally used for folding, the parts disassembled is put into accommodation intracavity.
Beneficial effects of the present invention:
(1) this machining center is provided with four stations altogether, wherein forward and backward side is cable stripping station, left side is cable cutting station, right side is cable external insulation thermoplastic processing stations, and at the middle part in intermediate layer equipped with a line nose hydraulic tongs, being equipped with payingoff mechanism and electromotor, electromotor provides electric energy for four stations simultaneously.Work in-process is equipped with two cable stripping machine parts in the heart, is because cable stripping processing charges duration on the one hand, is that cable stripping machine parts itself are heavier on the other hand, and front and back are symmetrical arranged to ensure machining center whole machine balancing；
(2) four stations are respectively perpendicular on the upper wardrobe body inwall being arranged on respective side, the effect of workbench is served as in intermediate layer, during work, four station each function, after use, moreover it is possible in each self-corresponding station folding to cabinet, a cabinet closed will be formed by gas support, design ingenious, it is simple to maintenance management；
In sum, this machining center has maximally utilised space, is integrated on same machining center by cable process equipment, and achieve the folding of whole machining center, it is easy to job site and the maintenance management of equipment self, improves working (machining) efficiency, there is wide market prospect.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of open mode of the present invention.
Fig. 2 is the axonometric chart of folding state of the present invention.
Fig. 3 is the structural representation of slide rail type combined box parts.
Fig. 4 is the top view of Fig. 3.
Fig. 5 is the left view of Fig. 3.
Fig. 6 is the J portion enlarged drawing of Fig. 5.
Fig. 7 is the structural representation of cable insulation heat shrink wrapping machine parts.
Fig. 8 is the left view of Fig. 7.
Fig. 9 is the K-K sectional view of Fig. 8.
Figure 10 is the structural representation of power cutters parts.
Figure 11 is the L-L sectional view of Figure 10.
Figure 12 is the M-M sectional view of Figure 10.
Figure 13 is the N-N sectional view of Figure 12.
Wherein: cabinet body part A, power cutters part B, cable stripping machine parts C, cable insulation heat shrink wrapping machine parts D, electromotor E, line nose hydraulic tongs F, paying out machine parts G, slide rail type combined box parts H；
Gas support 1, outer backbone 2, outer time rail 3, interior backbone 4, interior time rail 5, box assembly 6, box component 7, steel ball 8, steel ball limiting plate 9, outer time rail limiting plate 10, interior time rail limiting plate 11, first handle 12, heat shrink wrapping machine shell 13, charging turbine 14, electric machine assembly 15, ceramic heating element 16, go out vane 17, cam lock holding mechanism 18, worm-and-wheel gear 19, little gear 20, ledger-plate 21, ball 22, cutting blade 23, shaft coupling 24, worm-wheel shaft 25, splined shaft 26, second handle 27, receiver 28, gear protective cover 29, hold chamber 30, bidirectional rotation buncher 31, device primary instrument 32, device secondary meter 33, hinge 34, controller assemblies 35, motor support 36, needle roller 37, bearing (ball) cover 38.
Detailed description of the invention
Below in conjunction with drawings and Examples, the invention will be further described.
Shown in Fig. 1, Fig. 2, a kind of folding cable termination machining center, main by foldable cabinet body part A, and it is arranged on the power cutters part B in cabinet body part A, cable stripping machine parts C, cable insulation heat shrink wrapping machine parts D, a few major part composition of electromotor E, line nose hydraulic tongs F and paying out machine parts G, in addition, the device primary instrument 32 and the device secondary meter 33 that are arranged in cabinet body part A are also included.
Cabinet body part A is divided into top layer, intermediate layer and bottom.Electromotor E and paying out machine parts G is arranged on bottom, in the middle part of the line nose centrally located layer of hydraulic tongs F, each sidewall of cabinet body part A is with intermediate layer for boundary equipped with Over-The-Counter door and lower cabinet door, and when all of cabinet door is closed, whole cabinet body part A constitutes a totally enclosed cabinet.The lower end of each Over-The-Counter door is hinged on the corresponding sidewall in intermediate layer, and is closed by gas support 1 realization of both sides and opened, corresponding two gas support 1 of each Over-The-Counter door, four Over-The-Counter door totally 8 gas supports 1.During work, the Over-The-Counter door of gas support 1 promotion correspondence is opened to level, and during folding, gas support 1 drives corresponding Over-The-Counter door to regain and close.Cable stripping machine parts C totally two, it is respectively perpendicular on the Over-The-Counter door inwall being arranged on forward and backward side, each cable stripping machine parts C is provided with radially stripping and axial cutting mechanism, cable can be carried out radially stripping, cable can be carried out axial cutting again, for prior art, do not repeat them here.It is arranged symmetrically with before and after two cable stripping machine parts C, respectively cable can be carried out stripping processing, ensure the weight balancing of both sides before and after whole machining center simultaneously.Power cutters part B is vertically mounted on the Over-The-Counter door inwall in left side, is used for cutting cable.Cable insulation heat shrink wrapping machine parts D is vertically mounted on the Over-The-Counter door inwall on right side, for cable carries out external insulation thermoplastic processing.
Shown in Fig. 1, Fig. 3 Fig. 5, in cabinet body part A, it is additionally provided with slide rail type combined box parts H, during for folding, places the stripping mechanism cutter head assembly disassembled.
This slide rail type combined box parts H is mainly made up of time rail 6, two box components 7 of 5, box assembly and some steel balls 8 in the outer time interior backbone of 3, two, rail 4, two of an outer backbone 2,.Outer backbone 2 has the bolt hole 2a that cabinet body part A top layer is fixing, outer backbone 2 is installed in the top layer of cabinet body part A by bolt, the top of box assembly 6 is installed on outer rail 3 by bolt, the length of outer time rail 3 is less than the length of outer backbone 2, it is slidably connected by steel ball 8 arranged in rows between outer backbone 2 and outer rail 3, thus constituting the first line slideway that left and right extends.Outer time rail 3 can slide by external backbone 2 under external force mutually, and namely box assembly 6 can slide by cabinet body part A top layer under external force relatively.Box component 7 totally two, stacked setting before and after in box assembly 6, the top of each box component 7 is installed with in one secondary rail 5 by bolt.Interior backbone 4 is also two, is installed in the top of box assembly 6 by bolt, and each interior backbone 4 is slidably connected also by steel ball 8 arranged in rows with each self-corresponding interior rail 5, thus constituting the second line slideway that left and right extends.Interior time rail 5 can slide by internal backbone 4 under external force mutually, and namely each box component 7 all can slide by opposite case assembly 6 under external force.
When box assembly 6 slides into the leftmost side, the box component 7 being positioned at rear side can skid off from the right side of box assembly 6, when box assembly 6 slides into the rightmost side, the box component 7 being arranged in front side can skid off (as shown in figure double dot dash line) from the left side of box assembly 6.The space between cabinet body part A top layer and intermediate layer is utilized to arrange slide rail type combined box parts H, when folding, the box component 7 of front side is put into after being dismantled by the cutter head assembly of the cable stripping parts C of front side, the box component 7 of rear side is put into after being dismantled by the cutter head assembly of the cable stripping parts C of rear side, slide rail type combined box parts H adopts two line slideways, by horizontally slipping box assembly 6 and box component 7 puts into cutter head assembly, so that the machining center overall dimensions of folding is minimum.
Preferably, the two ends of the trapped orbit of each column steel ball 8 correspondence are installed with steel ball limiting plate 9 respectively, in case steel ball 8 is deviate from sliding stop process, namely the steel ball limiting plate 9 of the first line slideway is bolted on outer backbone 2, and the steel ball limiting plate 9 of the second line slideway is bolted on the two ends of interior backbone 4.Permutation steel ball 8 is blocked by steel ball limiting plate 9 from the outside of trapped orbit, and requires that steel ball limiting plate 9 does not interfere with sliding rail and is relatively fixed the normal slip of track.Equally, the two ends of outer backbone 2 are installed with outer rail limiting plate 10 respectively, and to prevent outer rail 3 from deviating from outer backbone 2, the two ends of interior backbone 4 are installed with interior rail limiting plate 11 respectively, to prevent interior rail 5 from deviating from interior backbone 4.The right side wall of the box component 7 being positioned at rear side is outside equipped with the first handle 12, and has the glove hole 7a communicated with box body inner chamber on the rear wall of this box component 7；The left side wall of the box component 7 being positioned at front side is outside equipped with the first handle 12, and has the glove hole 7a communicated with box body inner chamber on the front side wall of this box component 7.
Shown in Fig. 7 Fig. 9, cable insulation heat shrink wrapping machine parts D mainly by heat shrink wrapping machine shell 13, go out vane 17, cam lock holding mechanism 18 and the charging turbine 14 being sequentially arranged in heat shrink wrapping machine shell 13 from bottom to top, electric machine assembly 15 and ceramic heating element 16 etc. and form.Being provided with the some fresh air inlet 13a just to charging turbine 14 on the hoop sidewall of heat shrink wrapping machine shell 13, the top of heat shrink wrapping machine shell 13 is provided with out vane 17.Go out vane 17 to be made up of upper air-out semi-ring 17a and lower air-out semi-ring 17b.The lower bottom of air-out semi-ring 17b communicates with the top of heat shrink wrapping machine shell 13, upper air-out semi-ring 17a and lower air-out semi-ring 17b snaps together composition annular passage, and be locked together by cam lock holding mechanism 18, also have one along the inwall going out vane 17 and iris out air port 17c.One end of upper air-out semi-ring 17a and lower air-out semi-ring 17b is connected by hinge 34, and the other end is locked by cam lock holding mechanism 18, opens cam lock holding mechanism 18, and upper air-out semi-ring 17a can rotate (in figure shown in double dot dash line) around hinge 34.During work, by stripping, the cable of insulating outer layer is placed in out in the circular hole of vane 17, wind enters in heat shrink wrapping machine shell 13 from fresh air inlet 13a, after charging turbine 14 supercharging, send into ceramic heating element 16 and heat, enter out vane 17 then through heat shrink wrapping machine shell 13 top, finally discharged by air outlet 17c, carrying out isolating shrinkable layer parcel for going out the cable in vane 17 circular hole, air outlet 17c is that just the circumference for cable carries out isolating shrinkable layer parcel along going out the circle gap that vane 17 inwall is offered.
Preferably, ceramic heating element 16 is up-small and down-big hollow cone, the inside and outside wall of cone is each provided with some helical form fin 16a, and the direction contrast of the helical form fin 16a on the direction of the helical form fin 16a on inwall and outer wall, the position of the helical form that staggers on the sidewall of cone fin 16a also has some crosses air holes 16b.It addition, be additionally provided with controller assemblies 35, motor support 36 etc. in heat shrink wrapping machine shell 13.
Shown in Figure 10 Figure 13, power cutters part B is mainly made up of bidirectional rotation buncher 31, worm-and-wheel gear 19, little gear 20, ledger-plate 21, ball 22, cutting blade 23, shaft coupling 24, worm-wheel shaft 25, splined shaft 26 etc..Bidirectional rotation buncher 31 drives the worm screw 19b of worm-and-wheel gear 19 to rotate by shaft coupling 24, the worm gear 19a of worm-and-wheel gear 19 and little gear 20 are solidly set on same worm-wheel shaft 25, cutting blade 23 and little gear 20 are by external tooth engaged transmission, the center of circle of cutting blade 23 is solidly set on splined shaft 26, the termination of splined shaft 26 is stretched in the one end of ledger-plate 21, ball 22 it is provided with between splined shaft 26 termination and ledger-plate 21, splined shaft 26 it is provided with needle roller 37, so that can rotate relative to ledger-plate 21 between the sidewall and ledger-plate 21 of splined shaft 26.Splined shaft 26, ball 22 and ledger-plate 21 constitute plain thrust bearing, bear axial force；Splined shaft 26, needle roller 37 and ledger-plate 21 constitute needle bearing, bear radial force.By such structural design, substituting traditional end face bearing, but compare tradition end face bearing, structure is more compact, and the volume taken is less.It is outside equipped with bearing (ball) cover 38 at bearing.The other end of ledger-plate 21 is arranged on worm-wheel shaft 25 by bearing, and ledger-plate 21 is provided with lower cutting edge 21a, and cutting blade 23 is provided with the upper cutting edge 23a mated with lower cutting edge 21a.Upper cutting edge 23a and lower cutting edge 21a forms shear constitution, is used for cutting cable.It is additionally provided with gear protective cover 29 outside little gear 20.
Additionally, as shown in Figure 1, in the lower cabinet door of cabinet body part A, the lower end of the lower cabinet door on forward and backward, right side is hinged on the corresponding sidewall of bottom, and the lower cabinet door outer wall on forward and backward, right side is respectively arranged with the second handle 27, open when lower cabinet door forward and backward, right side outwards overturns, and when being supported on the ground by the second handle 27, lower cabinet door forward and backward, right side is just parallel to the ground；The left cabinet door of cabinet body part A adopts the structure split around, and the inwall of one of them left cabinet door is provided with receiver 28, the inwall of another left cabinet door is provided with central control box (not shown).In the middle part of the intermediate layer of cabinet body part A, concave downward is formed and holds chamber 30, and line nose hydraulic tongs F is placed in accommodation chamber 30, and meanwhile, the parts disassembled during folding can also put into accommodation chamber 30 and receiver 28.
Claims (6)
- null1. a folding cable termination machining center，It is characterized in that: include foldable cabinet body part (A)，And it is arranged on the power cutters parts (B) in cabinet body part (A)、Cable stripping machine parts (C)、Cable insulation heat shrink wrapping machine parts (D)、Electromotor (E)、Line nose hydraulic tongs (F) and paying out machine parts (G)，Described cabinet body part (A) includes top layer、Intermediate layer and bottom，Described electromotor (E) and paying out machine parts (G) are arranged on bottom，In the middle part of described line nose hydraulic tongs (F) centrally located layer，Each sidewall of described cabinet body part (A) with intermediate layer for boundary equipped with Over-The-Counter door and lower cabinet door，The lower end of each Over-The-Counter door is hinged on the corresponding sidewall in intermediate layer，And by the gas of both sides support (1) realize close and open，Described cable stripping machine parts (C) totally two，It is respectively perpendicular before being arranged on、On the Over-The-Counter door inwall of rear side，Described power cutters parts (B) are vertically mounted on the Over-The-Counter door inwall in left side，Described cable insulation heat shrink wrapping machine parts (D) is vertically mounted on the Over-The-Counter door inwall on right side；Being additionally provided with slide rail type combined box parts (H) in described cabinet body part (A), this slide rail type combined box parts (H) includes outer backbone (2), outer rail (3), interior backbone (4), interior rail (5), box assembly (6) and box component (7)；Described outer backbone (2) is installed in the top layer of cabinet body part (A), the top of box assembly (6) is installed on described outer rail (3), it is slidably connected by steel ball (8) arranged in rows between outer backbone (2) and outer rail (3), thus constituting the first line slideway that left and right extends；Described box component (7) totally two, stacked setting before and after in box assembly (6), the top of each box component (7) is installed with a described interior rail (5), described interior backbone (4) is also two, it is installed in the top of box assembly (6), each interior backbone (4) and each self-corresponding interior rail (5) are slidably connected also by steel ball (8) arranged in rows, thus constituting the second line slideway that left and right extends；When box assembly (6) slides into the leftmost side, the box component (7) being positioned at rear side can skid off from the right side of box assembly (6), when box assembly (6) slides into the rightmost side, the box component (7) being positioned at front side can skid off from the left side of box assembly (6)；nullDescribed cable insulation heat shrink wrapping machine parts (D) includes heat shrink wrapping machine shell (13)、And it is sequentially arranged at the charging turbine (14) in heat shrink wrapping machine shell (13) from bottom to top、Electric machine assembly (15) and ceramic heating element (16)，The hoop sidewall of described heat shrink wrapping machine shell (13) is provided with the some fresh air inlets (13a) just to charging turbine (14)，The top of heat shrink wrapping machine shell (13) is provided with out vane (17)，Described go out vane (17) include air-out semi-ring (17a) and lower air-out semi-ring (17b)，The described bottom of lower air-out semi-ring (17b) communicates with the top of heat shrink wrapping machine shell (13)，Upper air-out semi-ring (17a) and lower air-out semi-ring (17b) snap together composition annular passage，And be locked together by cam lock holding mechanism (18)，Also have one along the inwall going out vane (17) and iris out air port (17c).
- 2. the folding cable termination machining center described in claim 1, it is characterized in that: the two ends of the trapped orbit that steel ball described in each column (8) is corresponding are installed with steel ball limiting plate (9) respectively, in case steel ball (8) is deviate from sliding stop process, the two ends of described outer backbone (2) are installed with outer rail limiting plate (10) respectively, to prevent outer rail (3) from deviating from outer backbone (2), the two ends of described interior backbone (4) are installed with interior rail limiting plate (11) respectively, to prevent interior rail (5) from deviating from interior backbone (4)；The right side wall of the box component (7) being positioned at rear side is outside equipped with the first handle (12), and has the glove hole (7a) communicated with box body inner chamber on the rear wall of this box component (7)；The left side wall of the box component (7) being positioned at front side is outside equipped with the first handle (12), and has the glove hole (7a) communicated with box body inner chamber on the front side wall of this box component (7).
- 3. the folding cable termination machining center described in claim 1, it is characterized in that: described ceramic heating element (16) is up-small and down-big hollow cone, the inside and outside wall of cone is each provided with some helical form fins (16a), and the direction contrast of the helical form fin (16a) on the direction of the helical form fin (16a) on inwall and outer wall, the position of the helical form that staggers on the sidewall of cone fin (16a) also has some crosses air holes (16b).
- null4. the folding cable termination machining center described in claim 1，It is characterized in that: described power cutters parts (B) include bidirectional rotation buncher (31)、Worm-and-wheel gear (19)、Little gear (20)、Ledger-plate (21) and cutting blade (23)，Described bidirectional rotation buncher (31) drives the worm screw (19b) of worm-and-wheel gear (19) to rotate by shaft coupling (24)，The worm gear (19a) of worm-and-wheel gear (19) and described little gear (20) are solidly set on same worm-wheel shaft (25)，Described cutting blade (23) and little gear (20) are by external tooth engaged transmission，The center of circle of cutting blade (23) is solidly set on splined shaft (26)，The termination of splined shaft (26) is stretched in the one end of ledger-plate (21)，Ball (22) it is provided with between splined shaft (26) termination and ledger-plate (21)，It is provided with needle roller (37) between the sidewall and ledger-plate (21) of splined shaft (26)，So that splined shaft (26) can rotate relative to ledger-plate (21)，The other end of described ledger-plate (21) is arranged on worm-wheel shaft (25) by bearing，Ledger-plate (21) is provided with lower cutting edge (21a)，Cutting blade (23) is provided with the upper cutting edge (23a) mated with lower cutting edge (21a).
- 5. the folding cable termination machining center described in claim 1, it is characterized in that: in the lower cabinet door of described cabinet body part (A), the lower end of the lower cabinet door on forward and backward, right side is hinged on the corresponding sidewall of bottom, and the lower cabinet door outer wall on forward and backward, right side is respectively arranged with the second handle (27), open when lower cabinet door forward and backward, right side outwards overturns, and when being supported on the ground by the second handle (27), lower cabinet door forward and backward, right side is just parallel to the ground；The left cabinet door of described cabinet body part (A) adopts the structure split around, and the inwall of one of them left cabinet door is provided with receiver (28), the inwall of another left cabinet door is provided with central control box.
- 6. the folding cable termination machining center described in claim 1, it is characterised in that: in the middle part of the intermediate layer of described cabinet body part (A), concave downward is formed and holds chamber (30).
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| CN201410329090.9A CN104167698B (en) | 2014-07-10 | 2014-07-10 | A kind of folding cable termination machining center |
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| CN104167698B true CN104167698B (en) | 2016-07-20 |
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