CN208986481U - The electromechanical installation cable stringer of building - Google Patents

Abstract

The utility model provides a kind of electromechanical installation cable stringer of building, including lifting mechanism, twisted and released of the cable mechanism, driving part, support frame and shield, lifting mechanism connecting cable jack is for being lifted twisted and released of the cable mechanism, driving part connection lifting mechanism is for driving lifting mechanism movement to be lifted twisted and released of the cable mechanism, lifting mechanism and twisted and released of the cable mechanism are respectively positioned in support frame, lifting mechanism is connected with support frame, shield setting between shield and support frame on the support frame so that form protection chamber, driving part, which is located at, to be protected intracavitary and is arranged on the support frame, the drive shaft of driving part wears support frame and connects lifting mechanism.The building electromechanics installation of the utility model can play good protection effect with cable stringer to driving part, guarantee that it will not be damaged easily, to guarantee the progress of erecting cable work, ingenious in design, simple for structure, manufacture is easy, it is at low cost, it is suitable for large-scale promotion application.

Description

The electromechanical installation cable stringer of building

Technical field

The utility model relates to technical field of building construction, in particular to cable mounting technique field, in particular to one kind The electromechanical installation cable stringer of building.

Background technique

Instantly, the development of real estate industry is very rapid, after the construction that builds a building finishes, needs to set its inside Apply carry out it is perfect, wherein the installation of cable is its important ring, and the installation of cable is to realize the function such as illumination and communication Energy.

In traditional cable installation process, need for cable coil to be mounted on special stringer, it is general to set up dress It sets all and has lifting function, in order to realize the lifting to cable coil, to adapt it to different construction environments.

But traditional stringer is insufficient in the electric motor protecting effect to offer power, its is made to be easy damage, because This, it is desirable to provide a kind of electromechanical installation cable stringer of building can play good protection effect to driving part, Guarantee that it will not be damaged easily, to guarantee the progress of erecting cable work.

Utility model content

In order to overcome the disadvantages of the prior art mentioned above, it is electromechanical that one of the utility model is designed to provide a kind of building Installation cable stringer, good protection effect can be played to driving part, guarantees that it will not be damaged easily, To guarantee the progress of erecting cable work, it is suitable for large-scale promotion application.

The another object of the utility model is to provide a kind of electromechanical installation cable stringer of building, design skilful Wonderful, simple for structure, manufacture is easy, at low cost, is suitable for large-scale promotion application.

To achieve the above objectives, the utility model provides a kind of electromechanical installation cable stringer of building, including lifting Mechanism, twisted and released of the cable mechanism and driving part, the lifting mechanism connect the twisted and released of the cable mechanism for being lifted the cable Jack, the driving part connect the lifting mechanism for driving the lifting mechanism movement to be lifted the cable Jack, its main feature is that, the electromechanical installation cable stringer of the building further includes support frame and shield, the lifting Mechanism and the twisted and released of the cable mechanism are respectively positioned in support frame as described above, and the lifting mechanism is connected with support frame as described above, described Shield, which is arranged on support frame as described above thus between the shield and support frame as described above, forms protection chamber, the driving portion Part is intracavitary positioned at the protection and is arranged on support frame as described above, and the drive shaft of the driving part wears support frame as described above and company Connect the lifting mechanism.

Preferably, support frame as described above includes the first vertical supporting plate, the second vertical supporting plate and fixed plate, described first is perpendicular It is arranged to support plate and the second vertical supporting plate relative spacing, it is vertical that the both ends of the fixed plate are separately connected described first The upper end of the upper end of support plate and second vertical supporting plate, the lifting mechanism are located at first vertical supporting plate, institute State between the second vertical supporting plate and the fixed plate and be separately connected first vertical supporting plate, second vertical supporting Plate and the fixed plate, the twisted and released of the cable mechanism are located under the lifting mechanism and are located at first vertical supporting plate and institute It states between the second vertical supporting plate, separate first vertical supporting of second vertical supporting plate is arranged in the shield To form the protection chamber, the driving part between the shield and second vertical supporting plate on the side of plate Positioned at the protection, on the side, the drive shaft is worn described in second vertical supporting plate and connection for intracavitary and setting Lifting mechanism.

More preferably, the electromechanical installation cable stringer of the building further includes the first hollow stem, the first elastic component, first Gag lever post, the first pull rod, the second hollow stem, the second elastic component, the second gag lever post and the second pull rod, the first hollow stem setting In second vertical supporting plate, be provided with first sliding groove on the side wall of first hollow stem, first elastic component and First gag lever post is respectively positioned in first hollow stem, and first gag lever post is vertically movably arranged, first bullet Property part be located between the lower end and first hollow stem of first gag lever post and bear against first gag lever post One end of lower end and first hollow stem, first pull rod is arranged on first gag lever post, first pull rod The other end wears the first sliding groove and exposed outside for vertically movable in the first sliding groove, the bottom of the shield It is arranged in second hollow stem, the bottom of second hollow stem is provided with second sliding slot, second elastic component and institute The one end for stating the second gag lever post is respectively positioned in second hollow stem, and the other end of second gag lever post is worn in described second Empty bar and first hollow stem are simultaneously set on first gag lever post, and second elastic component is located at second limit Between one end of bar and second hollow stem and bear against second gag lever post one end and second hollow stem, The upper end of second pull rod is arranged on second gag lever post, and the lower end of second pull rod wears the second sliding slot simultaneously It is exposed to be used for the transverse shifting in the second sliding slot outside.

More preferably, the electromechanical installation cable stringer of the building further includes third hollow stem, third elastic component, third Gag lever post, third pull rod, the 4th hollow stem, the 4th elastic component, the 4th gag lever post and four-pull-rod, the third hollow stem setting In second vertical supporting plate, be provided with third sliding slot on the side wall of the third hollow stem, the third elastic component and The third gag lever post is respectively positioned in the third hollow stem, and the third gag lever post is vertically movably arranged, the third bullet Property part be located between the upper end and the third hollow stem of the third gag lever post and bear against the third gag lever post One end of upper end and the third hollow stem, the third pull rod is arranged on the third gag lever post, the third pull rod The other end wears the third sliding slot and exposed outside for vertically movable in the third sliding slot, and the 4th hollow stem is set It sets on the top of the shield, the 4th sliding slot, the 4th elastic component and institute is provided at the top of the 4th hollow stem The one end for stating the 4th gag lever post is respectively positioned in the 4th hollow stem, and the other end of the 4th gag lever post is worn in the described 4th Empty bar and the third hollow stem are simultaneously set on the third gag lever post, and the 4th elastic component is located at the 4th limit Between one end of bar and the 4th hollow stem and bear against the 4th gag lever post one end and the 4th hollow stem, The lower end of the four-pull-rod is arranged on the 4th gag lever post, and the upper end of the four-pull-rod wears the 4th sliding slot simultaneously It is exposed to be used for the transverse shifting in the 4th sliding slot outside.

More preferably, the electromechanical installation cable stringer of the building further includes upper fixed block, lower fixed block, upper heat dissipation Piece, lower cooling fin and cooling fan, the upper fixing block, the lower fixed block, the upper cooling fin, the lower cooling fin and institute It states cooling fan and is respectively positioned on that the protection is intracavitary, the upper fixing block and the lower fixed block are separately positioned on the protection chamber Top and bottom, the driving part are located between the upper fixing block and the lower fixed block, and the upper cooling fin is located at institute State between fixed block and the driving part and connect the upper fixing block and against the driving part, the lower heat dissipation Piece is between the lower fixed block and the driving part and connects the lower fixed block and against the driving part, institute Cooling fan is stated to be arranged on the side wall of the protection chamber and towards the driving part.

More preferably, the electromechanical installation cable stringer of the building further includes hanger bar, and the lifting mechanism includes solid Fixed pole, the first screw rod, the second screw rod, first movement ring, first connecting rod, the second shift(ing) ring and the second connecting rod, the suspension Bar is vertically provided between first vertical supporting plate and second vertical supporting plate, and the upper end of the hanger bar connects institute Fixed plate is stated, the fixed link laterally wears the lower end of the hanger bar and the lower end of the relatively described hanger bar is rotatably set It sets, one end of first screw rod is rotatably connected first vertical supporting plate, and the other end of first screw rod connects institute Fixed link is stated, one end of second screw rod connects the drive shaft, and the other end of second screw rod connects the fixed link, The hand of spiral of first screw flight and the hand of spiral of second screw flight are on the contrary, the first movement ring It is set in the first screw flight that on first screw rod and screw thread engagement is described, the first connecting rod is located at described first Between screw rod and the twisted and released of the cable mechanism and both ends are along the vertical plane that the length direction of first screw rod is arranged Be rotatably connected the first movement ring and the twisted and released of the cable mechanism respectively, and second shift(ing) ring is set in second spiral shell On bar and the second screw flight described in screw thread engagement, second connecting rod are located at second screw rod and cable receipts Between laying mechanism and both ends are rotatably connected second shift(ing) ring and the cable picking and laying machine respectively in the vertical plane Structure.

More preferably, the twisted and released of the cable mechanism includes cabinet, supporting support, reel and logical spool, the supporting support It is arranged in the cabinet, the reel is vertically rotatably provided in the supporting support, and the logical spool wears described The side wall of cabinet, the cabinet are located under the lifting mechanism and are located at first vertical supporting plate and the second vertical branch Between fagging, the lifting mechanism connects the cabinet.

Further, the electromechanical installation cable stringer of the building further includes the first stop collar and the second limit Ring, first stop collar and second stop collar are separately positioned on the two sides of the cabinet and are respectively sleeved at described first In vertical supporting plate and second vertical supporting plate.

Preferably, the electromechanical installation cable stringer of the building further includes pedestal, bolster, placement plate, first prolongs Plate, the second extension board, third screw rod and the 4th screw rod are stretched, the pedestal is provided with the buffer groove of notch upward, the buffering Part is supported on the bottom of the buffer groove, and the bottom of the placement plate is located in the buffer groove and is supported on described slow In stamping, support frame as described above is arranged in the placement plate, and first extension board and second extension board are located at institute The both ends of placement plate are stated, are provided with the first thread groove and the second thread groove on the pedestal, the buffer groove is located at described the Between one thread groove and second thread groove, the third screw rod and the 4th screw rod are vertically arranged, the third spiral shell The lower end of bar and the lower end of the 4th screw rod plug respectively and screw thread engages first thread groove and second thread groove, The upper end of the third screw rod and the upper end of the 4th screw rod plug respectively and screw thread engages first extension board and described Second extension board.

More preferably, the electromechanical installation cable stringer of the building further include can locking universal wheel, it is described can locking ten thousand It is located under the pedestal to wheel and is vertically rotatably connected with the pedestal.

The beneficial effects of the utility model essentially consist in:

1, the building electromechanics installation cable stringer of the utility model includes lifting mechanism, twisted and released of the cable mechanism, drives Dynamic component, support frame and shield, lifting mechanism connecting cable jack connect for being lifted twisted and released of the cable mechanism, driving part Lifting mechanism is connect for driving lifting mechanism movement to be lifted twisted and released of the cable mechanism, the equal position of lifting mechanism and twisted and released of the cable mechanism In in support frame, lifting mechanism is connected with support frame, shield setting on the support frame to shield and support frame it Between formed protection chamber, driving part be located at protect it is intracavitary and be arranged on the support frame, the drive shaft of driving part wears support frame And lifting mechanism is connected, therefore, good protection effect can be played to driving part, guarantee that it will not be damaged easily It is bad, to guarantee the progress of erecting cable work, it is suitable for large-scale promotion application.

2, the building electromechanics installation cable stringer of the utility model includes lifting mechanism, twisted and released of the cable mechanism, drives Dynamic component, support frame and shield, lifting mechanism connecting cable jack connect for being lifted twisted and released of the cable mechanism, driving part Lifting mechanism is connect for driving lifting mechanism movement to be lifted twisted and released of the cable mechanism, the equal position of lifting mechanism and twisted and released of the cable mechanism In in support frame, lifting mechanism is connected with support frame, shield setting on the support frame to shield and support frame it Between formed protection chamber, driving part be located at protect it is intracavitary and be arranged on the support frame, the drive shaft of driving part wears support frame And lifting mechanism is connected, and therefore, ingenious in design, simple for structure, manufacture is easy, and it is at low cost, it is suitable for large-scale promotion application.

The these and other objects of the utility model, feature and advantage are able to sufficiently by following detailed descriptions, attached drawing It embodies, and can be achieved by means, device and the their combination pointed out.

Detailed description of the invention

Fig. 1 is the main view partial cutaway of a specific embodiment of the electromechanical installation cable stringer of building of the utility model Depending on schematic diagram.

Fig. 2 is the enlarged diagram of region A in Fig. 1.

Fig. 3 is the enlarged diagram of region B in Fig. 1.

(symbol description)

1 lifting mechanism；2 twisted and released of the cable mechanisms；3 driving parts；4 support frames；5 shields；6 first vertical supporting plates；7 Two vertical supporting plates；8 fixed plates；9 first hollow stems；10 first elastic components；11 first gag lever posts；12 first pull rods；13 second Hollow stem；14 second elastic components；15 second gag lever posts；16 second pull rods；17 first sliding grooves；18 second sliding slots；19 thirds are hollow Bar；20 third elastic components；21 third gag lever posts；22 third pull rods；23 the 4th hollow stems；24 the 4th elastic components；25 the 4th limits Bar；26 four-pull-rods；27 third sliding slots；28 the 4th sliding slots；Fixed block on 29；30 lower fixed blocks；Cooling fin on 31；32 lower heat dissipations Piece；33 cooling fans；34 hanger bars；35 fixed links；36 first screw rods；37 second screw rods；38 first movement rings；39 first connect Extension bar；40 second shift(ing) rings；41 second connecting rods；42 cabinets；43 supporting supports；44 reels；45 logical spools；46 tool boxes； 47 first stop collars；48 second stop collars；49 pedestals；50 bolsters；51 placement plates；52 first extension boards；53 second extend Plate；54 third screw rods；55 the 4th screw rods；56 buffer grooves；57 first thread grooves；58 second thread grooves；59 can locking it is universal Wheel；60 protection chambers.

Specific embodiment

In order to be more clearly understood that the technology contents of the utility model, spy lifts following embodiment and is described in detail.

Shown in referring to Figure 1~Fig. 3, in a specific embodiment of the utility model, the building of the utility model is electromechanical Installation cable stringer includes lifting mechanism 1, twisted and released of the cable mechanism 2, driving part 3, support frame 4 and shield 5, described Lifting mechanism 1 connects the twisted and released of the cable mechanism 2 and connects described for being lifted the twisted and released of the cable mechanism 2, the driving part 3 Lifting mechanism 1 is for driving the movement of lifting mechanism 1 to be lifted the twisted and released of the cable mechanism 2,1 He of lifting mechanism The twisted and released of the cable mechanism 2 is respectively positioned in support frame as described above 4, and the lifting mechanism 1 is connected with support frame as described above 4, described anti- Shield 5, which is arranged on support frame as described above 4 thus between the shield 5 and support frame as described above 4, forms protection chamber 60, described Driving part 3 is located in the protection chamber 60 and is arranged on support frame as described above 4, and the drive shaft of the driving part 3 is (in figure It is not shown) it wears support frame as described above 4 and connects the lifting mechanism 1.

The driving part 3 can be any suitable driving part, in a specific embodiment of the utility model, institute Stating driving part 3 is motor, such as servo motor.

Support frame as described above 4 can have any suitable structure, shown in Figure 1, and one in the utility model is specific In embodiment, support frame as described above 4 includes the first vertical supporting plate 6, the second vertical supporting plate 7 and fixed plate 8, and described first is perpendicular It is arranged to support plate 6 and 7 relative spacing of the second vertical supporting plate, the both ends of the fixed plate 8 are separately connected described first The upper end of the upper end of vertical supporting plate 6 and second vertical supporting plate 7, the lifting mechanism 1 are located at the described first vertical branch Between fagging 6, second vertical supporting plate 7 and the fixed plate 8 and it is separately connected first vertical supporting plate 6, described Second vertical supporting plate 7 and the fixed plate 8, the twisted and released of the cable mechanism 2 are located under the lifting mechanism 1 and are located at described the Between one vertical supporting plate 6 and second vertical supporting plate 7, second vertical supporting plate 7 is arranged in the shield 5 To the shape between the shield 5 and second vertical supporting plate 7 on side far from first vertical supporting plate 6 At the protection chamber 60, the driving part 3 is located in the protection chamber 60 and is arranged on the side, and the drive shaft is worn If second vertical supporting plate 7 simultaneously connects the lifting mechanism 1.

The side far from first vertical supporting plate 6 of second vertical supporting plate 7 is arranged in the shield 5 On can use any suitable structure, it is described in a specific embodiment of the utility model shown in referring to Figure 1~Fig. 2 Building electromechanical installation cable stringer further includes the first hollow stem 9, the first elastic component 10, the drawing of the first gag lever post 11, first Bar 12, the second hollow stem 13, the second elastic component 14, the second gag lever post 15 and the second pull rod 16, the setting of the first hollow stem 9 exist In second vertical supporting plate 7, first sliding groove 17, first elastic component are provided on the side wall of first hollow stem 9 10 and first gag lever post 11 be respectively positioned in first hollow stem 9, first gag lever post 11 is vertically movably arranged, institute The first elastic component 10 is stated to be located between the lower end and first hollow stem 9 of first gag lever post 11 and bear against described The first gag lever post 11 lower end and first hollow stem 9, first pull rod 12 one end setting it is described first limit On bar 11, the other end of first pull rod 12 wears the first sliding groove 17 and exposed outside in the first sliding groove 17 In it is vertically movable, the bottom of the shield 5 is arranged in second hollow stem 13, and the bottom of second hollow stem 13 is set It is equipped with second sliding slot 18, one end of second elastic component 14 and second gag lever post 15 is respectively positioned on second hollow stem In 13, the other end of second gag lever post 15 wears second hollow stem 13 and first hollow stem 9 and is set in On first gag lever post 11, second elastic component 14 is located in one end and described second of second gag lever post 15 Between empty bar 13 and bear against second gag lever post 15 one end and second hollow stem 13, second pull rod 16 Upper end be arranged on second gag lever post 15, the lower end of second pull rod 16 wear the second sliding slot 18 and it is exposed It is outer to be used for the transverse shifting in the second sliding slot 18.

First elastic component 10 and second elastic component 14 can be any suitable elastic component, referring to Figure 1~ Shown in Fig. 2, in a specific embodiment of the utility model, first elastic component 10 and second elastic component 14 are bullet Spring.

First hollow stem 9, which is arranged in second vertical supporting plate 7, can use any suitable structure, please join As shown in FIG. 1 to FIG. 2, in a specific embodiment of the utility model, first hollow stem 9 is embedded perpendicular described second Into support plate 7.

The side far from first vertical supporting plate 6 of second vertical supporting plate 7 is arranged in the shield 5 On can use any suitable structure, it is described in a specific embodiment of the utility model referring to Figure 1 and shown in Fig. 3 Building electromechanical installation cable stringer further includes third hollow stem 19, third elastic component 20, third gag lever post 21, third drawing Bar 22, the 4th hollow stem 23, the 4th elastic component 24, the 4th gag lever post 25 and four-pull-rod 26, the third hollow stem 19 are arranged In second vertical supporting plate 7, third sliding slot 27, the third bullet are provided on the side wall of the third hollow stem 19 Property part 20 and the third gag lever post 21 be respectively positioned in the third hollow stem 19, the third gag lever post 21 is vertically removable to be set It sets, the third elastic component 20 is located between the upper end and the third hollow stem 19 of the third gag lever post 21 and supports respectively Upper end and the third hollow stem 19 by the third gag lever post 21, one end setting of the third pull rod 22 is described the On three gag lever posts 21, the other end of the third pull rod 22 wears the third sliding slot 27 and exposed outside in the third Vertically movable in sliding slot 27, the 4th hollow stem 23 is arranged on the top of the shield 5, the 4th hollow stem 23 Top is provided with the 4th sliding slot 28, and one end of the 4th elastic component 24 and the 4th gag lever post 25 is respectively positioned in the described 4th In empty bar 23, the other end of the 4th gag lever post 25 wears the 4th hollow stem 23 and the third hollow stem 19 and is arranged On the third gag lever post 21, the 4th elastic component 24 is located in one end and the described 4th of the 4th gag lever post 25 Between empty bar 23 and bear against the 4th gag lever post 25 one end and the 4th hollow stem 23, the four-pull-rod 26 Lower end be arranged on the 4th gag lever post 25, the upper end of the four-pull-rod 26 wear the 4th sliding slot 28 and it is exposed It is outer to be used for the transverse shifting in the 4th sliding slot 28.

The third elastic component 20 and the 4th elastic component 24 can be any suitable elastic component, referring to Figure 1 and Shown in Fig. 3, in a specific embodiment of the utility model, the third elastic component 20 and the 4th elastic component 24 are bullet Spring.

The third hollow stem 19, which is arranged in second vertical supporting plate 7, can use any suitable structure, ask Referring to shown in Fig. 1 and Fig. 3, in a specific embodiment of the utility model, the third hollow stem 19 is embedded described second In vertical supporting plate 7.

In order to enable the driving part 3 can radiate in time, guarantee that the driving part 3 operates normally, referring to Figure 1 Shown, in a specific embodiment of the utility model, the electromechanical installation cable stringer of the building further includes upper fixation Block 29, lower fixed block 30, upper cooling fin 31, lower cooling fin 32 and cooling fan 33, the upper fixing block 29, the lower fixed block 30, the upper cooling fin 31, the lower cooling fin 32 and the cooling fan 33 are respectively positioned in the protection chamber 60, described solid Determine block 29 and the lower fixed block 30 is separately positioned on the top and bottom of the protection chamber 60, the driving part 3 is located at institute It states between fixed block 29 and the lower fixed block 30, the upper cooling fin 31 is located at the upper fixing block 29 and the driving Between component 3 and connect the upper fixing block 29 and against the driving part 3, the lower cooling fin 32 is located at described lower solid Determine between block 30 and the driving part 3 and connect the lower fixed block 30 and against the driving part 3, the heat dissipation Blower 33 is arranged on the side wall of the protection chamber 60 and towards the driving part 3.

In order to further promote heat dissipation effect, in a specific embodiment of the utility model, set on the shield 5 It is equipped with heat release hole (not shown), such as the bottom of the shield 5 is provided with the heat release hole.

The lifting mechanism 1 is connected with support frame as described above 4 can use any suitable structure, shown in Figure 1, In a specific embodiment of the utility model, the electromechanical installation cable stringer of the building further includes hanger bar 34, institute Stating lifting mechanism 1 includes fixed link 35, the first screw rod 36, the second screw rod 37, first movement ring 38, first connecting rod 39, second Shift(ing) ring 40 and the second connecting rod 41, the hanger bar 34 are vertically provided at first vertical supporting plate 6 and described second and erect To between support plate 7, the upper end of the hanger bar 34 connects the fixed plate 8, and the fixed link 35 laterally wears the suspension The lower end of the bar 34 and lower end of the relatively described hanger bar 34 is rotatably arranged, one end of first screw rod 36 is rotatably connected First vertical supporting plate 6, the other end connection fixed link 35 of first screw rod 36, the one of second screw rod 37 End connects the drive shaft, and the other end of second screw rod 37 connects the fixed link 35, the screw thread of first screw rod 36 The hand of spiral and second screw rod 37 screw thread the hand of spiral on the contrary, the first movement ring 38 is set in described first On screw rod 36 and the screw thread of the first screw rod 36 described in screw thread engagement, the first connecting rod 39 are located at 36 He of the first screw rod Distinguishing along the vertical plane that the length direction of first screw rod 36 is arranged between the twisted and released of the cable mechanism 2 and both ends Be rotatably connected the first movement ring 38 and the twisted and released of the cable mechanism 2, and second shift(ing) ring 40 is set in described second On screw rod 37 and the screw thread of the second screw rod 37 described in screw thread engagement, second connecting rod 41 are located at second screw rod 37 Between the twisted and released of the cable mechanism 2 and both ends are rotatably connected 40 He of the second shift(ing) ring respectively in the vertical plane The twisted and released of the cable mechanism 2.

Start the driving part 3, drives 37 turns of first screw rod 36, the fixed link 35 and second screw rod It is dynamic, by the hand of spiral and second screw rod 37 of the screw thread of first screw rod 36 screw thread the hand of spiral on the contrary, institute Stating first movement ring 38 and second shift(ing) ring 40 can be moved backward, so that the first connecting rod 39 and institute It states the second connecting rod 41 and is able to drive the lifting of twisted and released of the cable mechanism 2, guarantee that bracing wire sets up the progress of work.

The twisted and released of the cable mechanism 2 can have any suitable structure, and more preferably, the twisted and released of the cable mechanism 2 includes Cabinet 42, supporting support 43, reel 44, logical spool 45, the supporting support 43 are arranged in the cabinet 42, the coiling Wheel 44 is vertically rotatably provided in the supporting support 43, and the logical spool 45 wears the side wall of the cabinet 42, the case Body 42 is located under the lifting mechanism 1 and between first vertical supporting plate 6 and second vertical supporting plate 7, institute It states lifting mechanism 1 and connects the cabinet 42.It is shown in Figure 1, in a specific embodiment of the utility model, in the lift Rising mechanism 1 includes fixed link 35, the first screw rod 36, the second screw rod 37, first movement ring 38, the movement of first connecting rod 39, second In the case where ring 40 and the second connecting rod 41, the first connecting rod 39 and second connecting rod 41 are respectively described vertical flat Be rotatably connected the cabinet 42 in face.

The number of the number of the supporting support 43, the number of the reel 44 and the logical spool 45 can be according to need It was determined that shown in Figure 1, in a specific embodiment of the utility model, the number of the supporting support 43, it is described around The number of line wheel 44 and the number of the logical spool 45 are 2, and 2 supporting supports 43 are along first screw rod 36 The setting of length direction interval, 2 reels 44 are vertically rotatably provided in respectively in 2 supporting supports 43,2 The logical spool 45 wears opposite two side wall of the cabinet 42 respectively.

It is shown in Figure 1 for the ease of place tool, in a specific embodiment of the utility model, the lifting Mechanism 1 further includes tool box 46, and the top in the cabinet 42 and being located at the reel 44 is arranged in the tool box 46.

The number in the tool box 46 can according to need determination, shown in Figure 1, and one in the utility model is specific In embodiment, the number in the tool box 46 is 3, length direction of 3 tool boxes 46 along first screw rod 36 It is arranged side by side.

It is shown in Figure 1 in order to prevent 42 offset yaw of cabinet in the cabinet 42 lifting, it is practical new at this In one specific embodiment of type, the electromechanical installation cable stringer of the building further includes the first stop collar 47 and the second limit Ring 48, first stop collar 47 and second stop collar 48 are separately positioned on the two sides of the cabinet 42 and are respectively sleeved at In first vertical supporting plate 6 and second vertical supporting plate 7.

Support frame as described above 4 can be set in any suitable position, preferably, erecting cable is used in the electromechanical installation of the building Device further includes pedestal 49, bolster 50, placement plate 51, the first extension board 52, the second extension board 53, third screw rod 54 and the 4th Screw rod 55, the pedestal 49 are provided with the buffer groove 56 of notch upward, and the bolster 50 is supported on the buffer groove 56 Bottom on, the bottom of the placement plate 51 is located in the buffer groove 56 and is supported on the bolster 50, the branch Support 4 is arranged in the placement plate 51, and first extension board 52 and second extension board 53 are located at the placement The both ends of plate 51 are provided with the first thread groove 57 and the second thread groove 58 on the pedestal 49, and the buffer groove 56 is located at Between first thread groove 57 and second thread groove 58, the third screw rod 54 and the 4th screw rod 55 are vertically set It sets, the lower end of the lower end of the third screw rod 54 and the 4th screw rod 55 plugs respectively and screw thread engages first thread groove 57 and second thread groove 58, the upper end of the upper end of the third screw rod 54 and the 4th screw rod 55 plugs respectively and spiral shell Line engages first extension board 52 and second extension board 53.Shown in Figure 1, one in the utility model is specific real It applies in example, it is described in the case where support frame as described above 4 includes the first vertical supporting plate 6, the second vertical supporting plate 7 and fixed plate 8 The lower end of first vertical supporting plate 6 and the lower end of second vertical supporting plate 7 are arranged in the placement plate 51.

The setting of the bolster 50 guarantees that the pedestal 49 can play good damping, buffering effect to it when moving Fruit, and first extension board 52, second extension board 53, the third screw rod 54, the 4th screw rod 55, described first The setting of thread groove 57 and second thread groove 58 can be realized the effect of the connection between the placement plate 51 and the pedestal 49 Fruit guarantees that the placement plate 51 will not shake easily when setting up work progress, guarantees the progress for setting up work.

The number of the bolster 50 can according to need determination, shown in Figure 1, and one in the utility model is specific In embodiment, the number of the bolster 50 is 9, length direction of 9 bolsters 50 along first screw rod 36 Interval setting.

The bolster 50 can be any suitable bolster, shown in Figure 1, and one in the utility model is specific In embodiment, the bolster 50 is spring.

It is shown in Figure 1 for the ease of mobile the utility model, in a specific embodiment of the utility model, institute State the electromechanical installation cable stringer of building further include can locking universal wheel 59, it is described can locking universal wheel 59 be located at the bottom Seat 49 is lower and is vertically rotatably connected with the pedestal 49.

In use, by can locking universal wheel 59 can be realized the movement of pedestal 49 and buffered during its movement It can be realized the buffering effect of placement plate 51 under the action of part 50；

When needing to carry out erection work, third screw rod 54 is successively screwed in into the first extension board 52 and the first thread groove first 57, the 4th screw rod 55 is successively screwed in into the second extension board 53 and the second thread groove 58, so that placement plate 51 will not shake easily It is dynamic, by the cable coil free end being arranged on reel 44 by leading to spool 45, carry out wire pulling work；

When needing cabinet 42 being lifted the lifting to guarantee reel 44, driving part 3 can star, drive the first spiral shell Bar 36, fixed link 35 and the rotation of the second screw rod 37, so that first movement ring 38 and the second shift(ing) ring 40 reverse movement, so that First connecting rod 39 and the second connecting rod 41 drive cabinet 42 to be lifted, and realize the lifting of reel 44, guarantee that bracing wire sets up work Progress；

When shield 5 is mounted on the side of the second vertical supporting plate 7, by the side of shield 5 and the second vertical supporting plate 7 Face offsets, and moving down the first pull rod 12 declines the first gag lever post 11, and then the second pull rod of transverse shifting 16 makes the second limit Bar 15 is worn into the first hollow stem 9, under the action of the first elastic component 10, be can be realized the lifting of the first gag lever post 11, is made It obtains the first gag lever post 11 and wears the second gag lever post 15, so that the first gag lever post 11 can play the effect of limit to the second gag lever post 15 Fruit, similar, moving up third pull rod 22 rises third gag lever post 21, and then transverse shifting four-pull-rod 26 makes the 4th limit Position bar 25 is worn into third hollow stem 19, under the action of third elastic component 20, can be realized under third gag lever post 21 Drop, so that third gag lever post 21 wears the 4th gag lever post 25, so that third gag lever post 21 can play limit to the 4th gag lever post 25 The effect of position, to realize the connection of shield 5 and the second vertical supporting plate 7；

When needing to disassemble shield 5 so as to overhaul driving part 3, the first pull rod is pulled downward on 12, it realizes the decline of the first gag lever post 11, makes its extraction to no longer wear the second gag lever post 15, not to the second gag lever post 15 Limit laterally pulls the second pull rod 16, so that the second gag lever post 15 is far from the first hollow stem 9 later；Pull up third pull rod 22, it realizes the rising of third gag lever post 21, makes its extraction to no longer wear the 4th gag lever post 25, the 4th gag lever post 25 is not limited Position laterally pulls four-pull-rod 26, so that the 4th gag lever post 25 is far from third hollow stem 19 later；So realize shield 5 Disassembly.

Therefore, using the utility model, good protection effect can be played to driving part, guarantee its will not easily by To damage, to guarantee the progress of erecting cable work.Compared with prior art, it has the advantage that:

1, the first hollow stem, the first elastic component, the first gag lever post, the first pull rod, the second hollow stem, the second elastic component, The setting of two gag lever posts and the second pull rod and third hollow stem, third elastic component, third gag lever post, third pull rod, in the 4th The setting of empty bar, the 4th elastic component, the 4th gag lever post and four-pull-rod can be realized the company of shield and the second vertical supporting plate It connects, so as to play fine protection effect to driving part, guarantees that driving part will not be damaged easily at runtime.

2, the setting of the first elastic component guarantees that pedestal can play good damping, buffering effect to it when moving, and the The setting of one threaded rod, thread groove and extension board can be realized the connection effect between placement plate and pedestal, guarantee setting up work When carrying out, placement plate will not shake easily, guarantee the progress for setting up work.

3, fixed link, the first screw rod, the second screw rod, first movement ring, first connecting rod, the second shift(ing) ring and the second connection The setting of bar can be realized the lifting of cabinet, so that the lifting for the cable coil being arranged on reel is realized, to meet not Same actual conditions.

4, the setting of cooling fan and cooling fin can be realized the heat dissipation effect of driving part, guarantee its normal operation.

To sum up, the building electromechanics installation of the utility model can play driving part with cable stringer anti-well Effect is protected, guarantees that it will not be damaged easily, thus guarantee the progress of erecting cable work, ingenious in design, simple for structure, system Simplicity is made, it is at low cost, it is suitable for large-scale promotion application.

It can be seen that the purpose of this utility model completely and is effectively achieved.The function of the utility model and Structural principle is shown and is illustrated in embodiment, and under without departing substantially from the principle, embodiment can make any modification.Institute With the utility model includes all variant embodiments based on claim spirit and scope of the claims.

Claims (10)

1. a kind of building electromechanical installation cable stringer, including lifting mechanism, twisted and released of the cable mechanism and driving part, described Lifting mechanism connects the twisted and released of the cable mechanism and connects the lifting for being lifted the twisted and released of the cable mechanism, the driving part Mechanism is for driving the lifting mechanism movement to be lifted the twisted and released of the cable mechanism, which is characterized in that the building is electromechanical Installation cable stringer further includes support frame and shield, and the lifting mechanism and the twisted and released of the cable mechanism are respectively positioned on institute State in support frame, the lifting mechanism is connected with support frame as described above, the shield be arranged on support frame as described above to Protection chamber is formed between the shield and support frame as described above, the driving part is intracavitary positioned at the protection and is arranged described On support frame, the drive shaft of the driving part wears support frame as described above and connects the lifting mechanism.

2. the electromechanical installation cable stringer of building as described in claim 1, which is characterized in that support frame as described above includes the One vertical supporting plate, the second vertical supporting plate and fixed plate, first vertical supporting plate and the second vertical supporting plate phase To interval be arranged, the both ends of the fixed plate be separately connected first vertical supporting plate upper end and second vertical supporting The upper end of plate, the lifting mechanism be located at first vertical supporting plate, second vertical supporting plate and the fixed plate it Between and be separately connected first vertical supporting plate, second vertical supporting plate and the fixed plate, the cable picking and laying machine Structure is located at the protection under the lifting mechanism and between first vertical supporting plate and second vertical supporting plate Be provide with set on side of second vertical supporting plate far from first vertical supporting plate in the shield and The protection chamber is formed between second vertical supporting plate, the driving part is intracavitary positioned at the protection and is arranged described On side, the drive shaft wears second vertical supporting plate and connects the lifting mechanism.

3. the electromechanical installation cable stringer of building as claimed in claim 2, which is characterized in that the electromechanical installation of the building It further include the first hollow stem, the first elastic component, the first gag lever post, the first pull rod, the second hollow stem, second with cable stringer Elastic component, the second gag lever post and the second pull rod, first hollow stem are arranged in second vertical supporting plate, and described first First sliding groove is provided on the side wall of hollow stem, it is hollow that first elastic component and first gag lever post are respectively positioned on described first In bar, first gag lever post is vertically movably arranged, and first elastic component is located at lower end and the institute of first gag lever post State between the first hollow stem and bear against first gag lever post lower end and first hollow stem, first pull rod One end be arranged on first gag lever post, the other end of first pull rod wears the first sliding groove and exposed in external application In vertically movable in the first sliding groove, the bottom of the shield is arranged in second hollow stem, in described second The bottom of empty bar is provided with second sliding slot, and one end of second elastic component and second gag lever post is respectively positioned in described second In empty bar, the other end of second gag lever post wears second hollow stem and first hollow stem and is set in described On one gag lever post, second elastic component is located between one end and second hollow stem of second gag lever post and difference One end and second hollow stem against second gag lever post, the upper end setting of second pull rod is in second limit On the bar of position, the lower end of second pull rod wears the second sliding slot and exposed outside for laterally moving in the second sliding slot It is dynamic.

4. the electromechanical installation cable stringer of building as claimed in claim 2, which is characterized in that the electromechanical installation of the building It further include third hollow stem, third elastic component, third gag lever post, third pull rod, the 4th hollow stem, the 4th with cable stringer Elastic component, the 4th gag lever post and four-pull-rod, the third hollow stem are arranged in second vertical supporting plate, the third Third sliding slot is provided on the side wall of hollow stem, it is hollow that the third elastic component and the third gag lever post are respectively positioned on the third In bar, the third gag lever post is vertically movably arranged, and the third elastic component is located at upper end and the institute of the third gag lever post State between third hollow stem and bear against the third gag lever post upper end and the third hollow stem, the third pull rod One end be arranged on the third gag lever post, the other end of the third pull rod wears the third sliding slot and exposed in external application In vertically movable in the third sliding slot, the 4th hollow stem is arranged on the top of the shield, in the described 4th It is provided with the 4th sliding slot at the top of empty bar, one end of the 4th elastic component and the 4th gag lever post is respectively positioned in the described 4th In empty bar, the other end of the 4th gag lever post wears the 4th hollow stem and the third hollow stem and is set in described On three gag lever posts, the 4th elastic component is located between one end and the 4th hollow stem of the 4th gag lever post and difference One end and the 4th hollow stem against the 4th gag lever post, the lower end setting of the four-pull-rod is in the 4th limit On the bar of position, the upper end of the four-pull-rod wears the 4th sliding slot and exposed outside for laterally moving in the 4th sliding slot It is dynamic.

5. the electromechanical installation cable stringer of building as claimed in claim 2, which is characterized in that the electromechanical installation of the building It further include upper fixed block, lower fixed block, upper cooling fin, lower cooling fin and cooling fan with cable stringer, it is fixed Block, the lower fixed block, the upper cooling fin, the lower cooling fin and the cooling fan are respectively positioned on intracavitary, the institute of the protection It states fixed block and the lower fixed block is separately positioned on the top and bottom of the protection chamber, the driving part is located at described Between upper fixed block and the lower fixed block, the upper cooling fin is between the upper fixing block and the driving part and connects It connects the upper fixing block and against the driving part, the lower cooling fin is located at the lower fixed block and the driving part Between and connect the lower fixed block and against the driving part, the side wall of the protection chamber is arranged in the cooling fan It is upper and towards the driving part.

6. the electromechanical installation cable stringer of building as claimed in claim 2, which is characterized in that the electromechanical installation of the building It further include hanger bar with cable stringer, the lifting mechanism includes fixed link, the first screw rod, the second screw rod, first movement Ring, first connecting rod, the second shift(ing) ring and the second connecting rod, the hanger bar be vertically provided at first vertical supporting plate and Between second vertical supporting plate, the upper end of the hanger bar connects the fixed plate, and the fixed link laterally wears described The lower end of the hanger bar and lower end of the relatively described hanger bar is rotatably arranged, one end of first screw rod are rotatably connected institute The first vertical supporting plate is stated, the other end of first screw rod connects the fixed link, and one end of second screw rod connects institute Drive shaft is stated, the other end of second screw rod connects the fixed link, the hand of spiral of first screw flight and institute The hand of spiral of the second screw flight is stated on the contrary, the first movement ring set is located on first screw rod and screw thread engagement institute The first screw flight stated, the first connecting rod is between first screw rod and the twisted and released of the cable mechanism and both ends In the first movement ring and the institute of being rotatably connected respectively along the vertical plane that the length direction of first screw rod is arranged Twisted and released of the cable mechanism is stated, second shift(ing) ring is set in the spiral shell for the second screw rod that on second screw rod and screw thread engagement is described Line, second connecting rod is between second screw rod and the twisted and released of the cable mechanism and both ends are in the vertical plane Be rotatably connected second shift(ing) ring and the twisted and released of the cable mechanism respectively.

7. the electromechanical installation cable stringer of building as claimed in claim 2, which is characterized in that the twisted and released of the cable mechanism Including cabinet, supporting support, reel and logical spool, the supporting support is arranged in the cabinet, and the reel is vertical It is rotatably provided in the supporting support, the logical spool wears the side wall of the cabinet, and the cabinet is located at the lifting Under mechanism and between first vertical supporting plate and second vertical supporting plate, the lifting mechanism connects the case Body.

8. the electromechanical installation cable stringer of building as claimed in claim 7, which is characterized in that the electromechanical installation of the building It further include the first stop collar and the second stop collar with cable stringer, first stop collar and second stop collar are distinguished The two sides of the cabinet are set and are respectively sleeved in first vertical supporting plate and second vertical supporting plate.

9. the electromechanical installation cable stringer of building as described in claim 1, which is characterized in that the electromechanical installation of the building It further include pedestal, bolster, placement plate, the first extension board, the second extension board, third screw rod and the 4th spiral shell with cable stringer Bar, the pedestal are provided with the buffer groove of notch upward, and the bolster is supported on the bottom of the buffer groove, described The bottom of placement plate is located in the buffer groove and is supported on the bolster, and support frame as described above is arranged in the placement plate On, first extension board and second extension board are located at the both ends of the placement plate, are provided on the pedestal One thread groove and the second thread groove, the buffer groove are described between first thread groove and second thread groove Third screw rod and the 4th screw rod are vertically arranged, and the lower end of the lower end of the third screw rod and the 4th screw rod is inserted respectively If simultaneously screw thread engagement first thread groove and second thread groove, the upper end of the third screw rod and the 4th screw rod Upper end plugs respectively and screw thread engages first extension board and second extension board.

10. the electromechanical installation cable stringer of building as claimed in claim 9, which is characterized in that the electromechanical peace of the building Dress cable stringer further include can locking universal wheel, it is described can locking universal wheel be located under the pedestal and with the pedestal Vertically it is rotatably connected.