CN201649713U - Hydraulic integrated base station - Google Patents
Hydraulic integrated base station Download PDFInfo
- Publication number
- CN201649713U CN201649713U CN2010201067631U CN201020106763U CN201649713U CN 201649713 U CN201649713 U CN 201649713U CN 2010201067631 U CN2010201067631 U CN 2010201067631U CN 201020106763 U CN201020106763 U CN 201020106763U CN 201649713 U CN201649713 U CN 201649713U
- Authority
- CN
- China
- Prior art keywords
- arm
- pulley
- communication tower
- machine room
- base station
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Jib Cranes (AREA)
Abstract
The utility model relates to a hydraulic integrated base station, which belongs to the technical field of construction of the mobile network base station in the telecommunication industry. The hydraulic integrated base station comprises a room and a communication tower and is characterized in that the room is arranged in an outer room framework, the outer room framework is connected with the lifting communication tower, and the lifting communication tower is connected with a hydraulic device and a hydraulic control device which can control the lifting, overturning, locking and fixing of the communication tower. The utility model has a reasonable design. The integrated design of the communication tower and the outer room framework makes the structure more compact. The communication tower is lifted by the pulley and the lifting cylinder arranged in the communication tower, thereby saving the labor and improving the efficiency. The lifting range of the communication tower is 9.5-30m. The construction of the base station can be rapidly completed within 2 hours for emergency communication in a short term. The support cylinder is used for overturning the communication tower, thereby facilitating the installation and removal of the communication tower. The fixation with the bolted cylinder is safe and reliable. Compared with the existing communication vehicle, the production cost of the hydraulic integrated base station is reduced by 50-80 percent.
Description
Technical field
The utility model belongs to the technical field of mobile network's base station construction in the communications industry, is specifically related to a kind of hydraulic integrated base station.
Background technology
Present communication launching tower base station mostly is stationary base station, promptly builds on specific place and long-term base station of using, and it comprises the fixed apparatus of communication tower and supporting construction with it room and office occupancy building.These base stations cycle of building a station is long, and there is very big difficulty in the cost height of building a station, and have an a series of difficult problem such as expropriation of land difficulty, and communication tower tower body height can't lifting to the covering of provisional network; Now some communication trucks for urgency communication are arranged also, finish emergency communication though these communication trucks can be crossed in the short time, this type of licence high price is expensive, and the communication tower that is installed on the communication truck is generally smaller, causes network coverage face little.
The utility model content
At the problem that prior art exists, the purpose of this utility model is that design provides a kind of construction period short, the technical scheme of the base station of the quick construction that low, the provisional strong and body of the tower of construction cost can lifting.
Described hydraulic integrated base station, comprise machine room and communication tower, it is characterized in that described machine room is arranged in the machine room outside framework, connection is provided with liftable communication tower on the machine room outside framework, and liftable communication tower connection setting can be controlled communication tower and carry out lifting, upset and fixing hydraulic means and hydraulic control device.
Described hydraulic integrated base station, it is characterized in that described machine room outside framework is by steel bar and assembled cuboid or the square frame construction of bolt, place machine room in the machine room outside framework internal cavities, fixedly connected one group of " L " shape connector in machine room outside framework bottom, " L " shape connector is fixedlyed connected with the cast-in fixing bolt in being embedded in outside heavy burden piece in advance.
Described hydraulic integrated base station, it is characterized in that described communication tower is the tower of circular tower, square tower or other shape, communication tower comprises end arm, one section arm, two sections arms and three sections arms that socket successively is provided with, welding setting has the hinged plate of through hole on the outer wall of arm middle and lower part, the end, with the tower junction plate with through hole is set on the machine room outside framework of hinged plate relevant position, hinged plate is with after the through hole of tower junction plate communicates, intert latch fixed communication tower and machine room outside framework are set, and between end arm and machine room outside framework, support cylinder is set.
Described hydraulic integrated base station, it is characterized in that arm upper end, the described end is symmetrical arranged the plugging pin oil cylinder installation tube, socket is provided with plugging pin oil cylinder in the plugging pin oil cylinder installation tube, plugging pin oil cylinder one section arm of locking and two sections arms, end arm middle part welding is provided with the oil cylinder ear seat of two pair of triangular structures, connect support cylinder by the bearing pin that is provided with in the oil cylinder ear seat, the support cylinder other end is fixedlyed connected with machine room outside framework top, fixedlys connected with the objective table on being arranged at the machine room outside framework in arm lower surface, the end.
Described hydraulic integrated base station, it is characterized in that connecting on the arm internal cavities bottom inwall of the described end oil cylinder holder is set, fixedly install hoist cylinder on the oil cylinder holder, the fixedly connected pulley A in hoist cylinder top, pulley A goes up difference arm of the fixedly connected end bottom, plate chain two ends and two sections arm bottoms that is provided with, described one section fixedly connected hoist cylinder of arm, one section arm bottom fixedly installs pulley D, pulley D goes up the top of the plate chain two ends difference arm of the fixedly connected end that is provided with and the bottom of two sections arms, described two sections arms upper end is symmetrical arranged pulley B, the lower end is provided with pulley C, pulley B goes up the plate chain two ends fixedly connected one section arm of difference of setting and the bottom of three sections arms, and pulley C goes up bottom the fixedly connected respectively three sections arms in the plate chain two ends that are provided with and pulley A.
Described hydraulic integrated base station, it is characterized in that fixedly installing telescopic arm on described three sections arm top end faces, fixedly install the cylindrical groove steel ring on the telescopic arm outer wall, by the bolt that is provided with the sky being propped up pole on the channel-section steel circle fixes, on the antenna pole feeder line is set, feeder line passes the feeder hole that is arranged on the telescopic arm successively, the feeder duct that constitutes by feeder line baffle plate and inwall on three sections arms, the wire guide plate that is provided with on two sections arm inwalls, the feeder duct and the end arm inner chamber that are provided with on one section arm inwall, and walk around and be arranged at the directive wheel of establishing arm bottom, the end and be connected reel connection take-up motor with the inner reel that is provided with of machine room.
Described hydraulic integrated base station, it is characterized in that described hydraulic means comprises Hydraulic Station and the electric control box that is provided with machine room inside, Hydraulic Station oil circuit respectively is connected in take-up motor on the reel in the machine room, be arranged at the support cylinder on the end arm, be arranged at the plugging pin oil cylinder on the end arm and be arranged at the hoist cylinder of arm inside, the end, described hydraulic control device comprises the PLC controller, the PLC controller is control connection communication tower flip module respectively, communication tower lifting module, the feeder line rotary axis module, locking position module and bearing pin stuck-module, described communication tower flip module comprises the support cylinder that is arranged on the end arm, described communication tower lifting module comprises the hoist cylinder that is arranged at arm inside, the end, described feeder line rotary axis module comprises inner reel that is provided with of machine room and the take-up motor that is connected with reel, described locking position module comprises the high sensor of the arm that is arranged on the end arm, and described bearing pin stuck-module comprises the plugging pin oil cylinder that is arranged on the end arm.
Described hydraulic integrated base station, it is characterized in that the fixedly connected hoist cylinder fixed mount that constitutes by the hollow cylindrical channel-section steel of described one section arm cavity inner bottom part, hoist cylinder passes channel-section steel fixedlys connected with one section arm, channel-section steel is fixed in one section arm cavity by the last lower bolster that is provided with, the fixedly connected pulley bracket in lower bolster lower end, fixedly install pulley D on the pulley bracket, be symmetrical arranged on the inwall at one section arm proximal port place and be used for fixing the plate chain holder that is arranged at pulley B, the arm of one section arm is provided with one group of locating hole that is used to locate body of the tower on one's body.
Described hydraulic integrated base station, it is characterized in that welded chain wheel otic placode on described two sections arm bottom interior wall, fixedly install pulley C on the sprocket wheel otic placode, fixedly install the chain joint that is used for fixing last plate chain one end that is provided with of pulley D on two sections arm bottom inwalls and be used for fixing the end joint that pulley A goes up plate chain one end that is provided with, be symmetrically welded backing plate on two sections arm top inner wall, fixedly install pulley B on the backing plate.
Described hydraulic integrated base station is characterized in that fixedly installing on described three sections arm bottom outer wall the plate chain fixed head that is used for fixing last plate chain one end that is provided with of pulley B and fixedly installs the end holder that is used for fixing last plate chain one end that is provided with of pulley C.
Above-mentioned hydraulic integrated base station, reasonable in design, whole integrated base station comprises the hydraulic means and the hydraulic control device of machine room, communication tower and control communication tower.Machine room is arranged in the machine room outside framework that is made of the steel bar bolt, communication tower is fixedly installed on the machine room outside framework, communication tower and the integrated design of machine room outside framework, structure is more compact, and inner pulley and the hoist cylinder that is provided with of communication tower utilization finished lifting work, laborsaving and efficient is high, range is a 9.5-30 rice, can finish the construction of base station in 2 hours rapidly, can finish emergency communication at short notice, communication tower is under the shortening situation, can utilize support cylinder to overturn, help the installation and removal of communication tower, communication tower is under elongation state, each section arm fixes by plugging pin oil cylinder, and is safe and reliable.The utility model strengthened fast build a station, the emergency communication ability, strengthened network coverage dynamics, solved and built the difficulty that aspect, permanent base station runs into.Hydraulic integrated base station is compared with existing communication van, and cost of production has reduced 50-80%.
Description of drawings
Fig. 1 is a structural representation of the present utility model;
Fig. 2 is the structural representation of communication tower elongation state in the utility model;
Fig. 3 is the vertical view of communication tower and machine room outside framework in the utility model;
Fig. 4 is the connection diagram of machine room outside framework and heavy burden piece in the utility model;
Fig. 5 is a flexible tower and day connection diagram of a pole in the utility model;
Fig. 6 is the structural representation of lightning rod in the utility model;
Fig. 7 is the structural representation of end arm in the utility model;
Fig. 8 is the broken section structural representation of Fig. 7;
Fig. 9 is the structural representation of one section arm in the utility model;
Figure 10 is the right view of Fig. 9;
Figure 11 is the structural representation of two sections arms in the utility model;
Figure 12 is the broken section structural representation of Figure 11;
Figure 13 is the left view of Figure 11;
Figure 14 is the structural representation of three sections arms in the utility model;
Figure 15 is the broken section structural representation of Figure 14;
Figure 16 is the lifting structure schematic diagram of communication tower in the utility model;
Figure 17 is a control flow chart of the present utility model;
Figure 18 is an oil circuit flow chart of the present utility model.
Among the figure: arm, one section arm of 2-at the bottom of the 1-; Two sections arms of 3-; Three sections arms of 4-; The 5-telescopic arm; The high sensor of 6-arm; The 7-objective table; The 8-directive wheel; The 9-reel; 10-heavy burden piece; The 11-machine room; 12-machine room outside framework; The 13-support cylinder; The 13a-support; The 14-latch; The 15-Hydraulic Station; 16-tower junction plate; The 17-electric control box; The 18-cast-in fixing bolt; 19-" L " shape connector; 20-channel-section steel circle; The 21-feeder hole; Propped up pole in 22-days; The 23-lightning rod; 24-plugging pin oil cylinder installation tube; 25-oil cylinder ear seat; 26-oil cylinder holder; The 27-hinged plate; The 28-locating hole; The 29-upper padding plate; The 29a-lower bolster; The 30-channel-section steel; 31-plate chain holder; The 32-pulley bracket; One section arm feeder duct of 33-; 34-sprocket wheel otic placode; The 35-end joint; The 36-chain joint; The 37-backing plate; The 38-wire guide plate; 39-plate chain fixed head; 40-holds holder; 41-feeder line baffle plate; 42-feeder line threading notch; 43-pulley A; The 44-hoist cylinder; 45-pulley D; 46-pulley C; The 47-plugging pin oil cylinder; 48-pulley B; The 49-PLC controller; The 50-power supply; The 51-touch-screen; 52-communication tower flip module; 53-communication tower lifting module; 54-feeder line rotary axis module; 55-locking position module; 56-bearing pin stuck-module; 57-take-up motor.
The specific embodiment
Further specify the utility model by the following examples.
As Fig. 1, shown in 2 and 4, hydraulic integrated base station, comprise machine room 11 and communication tower, machine room 11 is arranged in the machine room outside framework 12, machine room outside framework 12 is by steel bar and assembled cuboid or the square frame construction of bolt, the assembly unit convenient disassembly, place machine room 11 in machine room outside framework 12 internal cavities, the fixedly connected liftable communication tower of leptoprosopy one side of machine room outside framework 12, liftable communication tower is to be fixed together with machine room outside framework 12 by latch 13 is set, in the communication tower bottom flange is set, flange is fixedlyed connected with the objective table 7 on being arranged on machine room outside framework 12, and directly be provided with support cylinder 13 at communication tower and machine room outside framework 12, one group of L is set on the steel bar of machine room outside framework 12 bottoms " shape connector 19; " L " shape connector 19 is fixedlyed connected with the cast-in fixing bolt 18 in being embedded in outside heavy burden piece 10 in advance, thereby increases the weight of the weight of whole equipment room outside framework 12, also heavy burden piece 10 can be placed on the top of machine room outside framework 12 bottoms.
As Fig. 3-18, communication tower is the tower of circular tower, square tower or other shape, and communication tower comprises end arm that socket successively is provided with 1, one section arm 2, two sections arms 3 and three sections arms 4.
Welding setting has the hinged plate 27 of through hole on the end arm 1 middle and lower part outer wall, through hole on the hinged plate 27 is with after the through hole of tower junction plate 16 on being arranged on machine room outside framework 12 communicates, in through hole, intert a latch 14 is set, so just communication tower and machine room outside framework 12 are linked together; Arm 1 upper end in the end is symmetrical arranged plugging pin oil cylinder installation tube 24, socket is provided with plugging pin oil cylinder 47 in the plugging pin oil cylinder installation tube 24, one section arm 2 of plugging pin oil cylinder 47 locking and two section 3, the welding of end arm 1 middle part is provided with the oil cylinder ear seat 25 of two pair of triangular structures, connect support cylinder 13 by the bearing pin that is provided with in the oil cylinder ear seat 25, support cylinder 13 other ends are fixedlyed connected with machine room outside framework 12 tops, support cylinder 13 plays a upset communication tower and supports the effect of communication tower, also be provided with support 13a between end arm 1 and the machine room outside framework 12, support 13a plays the effect of a support fixation, arm 1 lower surface in the end is provided with flange, flange is fixedlyed connected with the objective table 7 on being arranged on machine room outside framework 12 by bolt, better plays a fixation.
The lifting of end arm 1, one section arm 2, two sections arms 3 and three sections arms 4 is to finish by the pulley, plate chain, oil cylinder, hydraulic means and the hydraulic control device that are arranged in each section arm.
As Figure 16, connect on the end arm 1 internal cavities bottom inwall oil cylinder holder 26 is set, fixedly install hoist cylinder 44 on the oil cylinder holder 26, the fixedly connected pulley A43 in hoist cylinder 44 tops, pulley A43 go up difference arm 1 bottom, the fixedly connected end, plate chain two ends and two sections arm 3 bottoms that are provided with; 44, one sections arm 2 bottoms of one section arm 2 fixedly connected hoist cylinder fixedly install pulley D45, and pulley D45 goes up the top of the plate chain two ends difference arm of the fixedly connected end 1 that is provided with and the bottom of two sections arms 3; Two sections arm 3 upper ends are symmetrical arranged pulley B48, the lower end is provided with pulley C46, pulley B48 goes up the plate chain two ends fixedly connected one section arm 2 of difference of setting and the bottom of three sections arms 4, pulley C46 goes up fixedly connected three sections arm 4 bottoms of difference, plate chain two ends and the pulley A43 that is provided with, and the end plate chain on the pulley B48 is fixed in pulley A43 by the connector that is arranged on the pulley A43.
One section fixedly connected hoist cylinder fixed mount that constitutes by hollow cylindrical channel-section steel 30 of arm 2 cavity inner bottom parts, hoist cylinder 44 passes channel-section steel 30 fixedlys connected with one section arm 2, channel-section steel 30 is fixed in one section arm 2 cavity by last lower bolster 29, the 29a that is provided with, lower bolster 29a lower end welded pulley support 32, fixedly install pulley D45 on the pulley bracket 32, be symmetrical arranged the arm that is used for fixing 31, the one sections arms 2 of plate chain holder that are arranged at pulley B48 on the inwall at one section arm 2 proximal port place one group of locating hole 28 that is used to locate body of the tower is set on one's body.
Welded chain wheel otic placode 34 on two sections arm 3 bottom interior wall, fixedly install pulley C46 on the sprocket wheel otic placode 34, fixedly install the chain joint 36 that is used for fixing last plate chain one end that is provided with of pulley D45 on two sections arm 3 bottom inwalls and be used for fixing the end joint 35 that pulley A43 goes up plate chain one end that is provided with, be symmetrically welded backing plate 37 on two sections arm 3 top inner wall, fixedly install pulley B48 on the backing plate 37.
Fixedly install the plate chain fixed head 39 that is used for fixing last plate chain one end that is provided with of pulley B48 on three sections arm 4 bottom outer wall and fixedly install and be used for fixing the end holder 40 that pulley C46 goes up plate chain one end that is provided with.
On three sections arm 4 upper surfaces by flange fixedly connected telescopic arm 5, fixedly install three road channel-section steel circles 20 on the telescopic arm 5, the sky is propped up pole 22 by predetermined direction, be connected on the channel-section steel circle 20 by the M12 bolt, connected feeder line on it pole 22, feeder line passes the feeder hole 21 on the telescopic arm 5 successively, the feeder duct that constitutes by feeder line baffle plate 41 and inwall on three sections arms 4, the feeder line threading notch 24 of three sections arms 4, the wire guide plate 38 that is provided with on two sections arm 3 inwalls, one section arm feeder duct 33 that is provided with on one section arm 2 inwall and end arm inner chamber, and walk around and be arranged at the directive wheel 8 that establish arm 1 bottom in the end, be connected with the machine room 11 inner reels 9 that are provided with, reel 9 connects take-up motor 57, and directive wheel 8 is fixed in the bottom of machine room outside framework 12, and in the objective table 7 of hollow, directive wheel 8 mainly is the trend that changes feeder line, makes feeder line can be wrapped on the reel 9.
The lifting of communication tower in the utility model, upset, fix etc. all is by electrification control, and electrified control is mainly reflected in two aspects, and one is hydraulic means, and another is a hydraulic control device.Hydraulic means has mainly comprised Hydraulic Station 15 and the electric control box 17 that is arranged in the machine room 11, Hydraulic Station 15 oil circuits have connected the take-up motor 57 on the reel 9 in the machine room 11, the hoist cylinder 44 that has connected the lifting of control communication tower, connect the plugging pin oil cylinder 47 that to fix each arm and connected the support cylinder 13 that can make the communication tower upset, and whole hydraulic means is to be controlled by hydraulic control device, the core of hydraulic control device is a PLC controller 49, PLC controller 49 is subjected to the touch-screen 51 on the main frame to send instruction control after connecting power supply, concrete major control communication tower flip module 52, communication tower lifting module 53, feeder line rotary axis module 54, locking position module 55 and bearing pin stuck-module 56, communication tower flip module 52 comprises the support cylinder 13 that is arranged on the end arm 1, communication tower lifting module 53 comprises the hoist cylinder 44 that is arranged at end arm 1 inside, feeder line rotary axis module 54 comprises machine room 11 inner reels that are provided with 9 and the take-up motor 57 that is connected with reel 9, described locking position module 55 comprises the high sensor 6 of the arm that is arranged on the end arm 1, and described bearing pin stuck-module 56 comprises the plugging pin oil cylinder 47 that is arranged on the end arm 1.
When hydraulic integrated base station is finished in assembling, the staff can regulate and control by main frame touch-screen 51, touch-screen 51 is sent to PLC controller 49 with instruction, PLC controller 49 is regulated and control each module again, at first horizontal communication tower on machine room outside framework 12 is overturn, support cylinder 3 is under the control of communication tower flip module 52, communication tower is overturn, in the time of the communication tower vertical ground, the staff is fixed in the bottom of end arm 1 on the objective table 7 by bolt, start communication tower lifting module 53 and feeder line rotary axis module 54 then, hoist cylinder 44 in the communication tower lifting module 53 is under the effect of hydraulic means, progressively rise, the rising of hoist cylinder 44 drives the rising that is fixed on one section arm 2 on the hoist cylinder 44, simultaneously because the rising of pulley A, two sections arms 3 are under the pulling of the plate chain that is provided with on the pulley A43, two sections arms 3 rise, the pulley B48 that is provided with on while two sections arm 3 top backing plates 37 is along with two sections arms 3 rise, three sections arms 4 are under the pulling of the plate chain that is provided with on the pulley B48, three sections arms 4 rise, when communication tower rises to certain position under the effect of the high sensor 6 of arm of position locking module 55, make the locking of each section arm position, bearing pin stuck-module 56 starts then, make plugging pin oil cylinder 47 work, make plugging pin oil cylinder 47 pass one section locating hole 28 on the arm, and pin two sections arms 3, make each section arm be fixed together, when communication tower rises, the feeder line of communication tower inside is also under the effect of feeder line rotating shaft template 54, carry out unwrapping wire, so just finished the uphill process of communication tower.
When communication tower need descend, the staff also can regulate and control by main frame touch-screen 51, touch-screen 51 is sent to PLC controller 49 with instruction, PLC controller 49 is regulated and control each module again, bearing pin stuck-module 56 makes plugging pin oil cylinder 47 releases, simultaneously under the effect of communication tower lifting module 53, hoist cylinder 44 descends, thereby the one section arm 2 that is fixed on the hoist cylinder 44 is descended, one section arm 2 is fixed on one section pulley D on the arm 2 when descending and descends, two sections arms 3 are under the pulling of the plate chain that is provided with on the pulley D, two sections arms 3 descend, the pulley C46 that is arranged on two sections arm 3 bottoms descends, three sections arms 4 are under the pulling of the plate chain that is provided with on the pulley C46, three sections arms 4 also descend, when each arm section is descending, feeder line rotary axis module 54 is also carrying out synchronously, feeder line is under the effect of take-up motor 57, through directive wheel 8, rolling is in reel 9, and communication tower has just been finished the decline process like this, and is last under the effect of support cylinder 13, communication tower is shelved on the machine room outside framework 12 to transferring to.When above-mentioned each mechanism operated, whole oil cylinders all was that hydraulic means control is arranged, and electric control box 17 power supplies are arranged.
Claims (10)
1. hydraulic integrated base station comprises machine room (11) and communication tower, it is characterized in that described machine room
(11) be arranged in the machine room outside framework (12), machine room outside framework (12) is gone up to connect liftable communication tower is set, and liftable communication tower connection setting can be controlled communication tower and carry out lifting, upset, locking and fixing hydraulic means and hydraulic control device.
2. hydraulic integrated base station as claimed in claim 1, it is characterized in that described machine room outside framework (12) is by steel bar and assembled cuboid or the square frame construction of bolt, place machine room (11) in machine room outside framework (12) internal cavities, machine room outside framework (12) bottom fixedly connected one group of " L " shape connector (19), " L " shape connector (19) is fixedlyed connected with the cast-in fixing bolt (18) in being embedded in outside heavy burden piece (10) in advance.
3. hydraulic integrated base station as claimed in claim 1, it is characterized in that described communication tower is circular tower or square tower, communication tower comprises end arm (1), one section arm (2), two sections arms (3) and the three sections arms (4) that socket successively is provided with, end arm (1) lower surface is provided with flange, flange is fixedlyed connected with the objective table (7) on being arranged on machine room outside framework (12) by bolt, and the support cylinder (13) of communication tower and the support (13a) of support communication tower are provided between end arm (1) and the machine room outside framework (12) overturning.
4. hydraulic integrated base station as claimed in claim 3, it is characterized in that welding on the outer wall of arm of the described end (1) middle and lower part the hinged plate (27) with through hole is set, go up the tower junction plate (16) that setting has through hole with the machine room outside framework (12) of hinged plate (27) relevant position, hinged plate (27) is with after the through hole of tower junction plate (16) aligns, intert latch (14) fixed communication tower and machine room outside framework (12) are set, end arm (1) upper end is symmetrical arranged plugging pin oil cylinder installation tube (24), socket is provided with plugging pin oil cylinder (47) in the plugging pin oil cylinder installation tube (24), plugging pin oil cylinder (47) locking one section arm (2) and two sections arms (3), the welding of end arm (1) middle part is provided with the oil cylinder ear seat (25) of two pair of triangular structures, connect support cylinder (13) by the bearing pin that is provided with in the oil cylinder ear seat (25), support cylinder (13) other end is fixedlyed connected with machine room outside framework (12) top, fixedlys connected with the objective table (7) on being arranged at machine room outside framework (12) in end arm (1) lower surface.
5. hydraulic integrated base station as claimed in claim 3, it is characterized in that connecting on the inwall of arm of the described end (1) internal cavities bottom oil cylinder holder (26) is set, fixedly install hoist cylinder (44) on the oil cylinder holder (26), the fixedly connected pulley A in hoist cylinder (44) top (43), pulley A (43) goes up plate chain two ends difference arms of the fixedly connected end (1) bottom and two sections arms (3) bottom that is provided with, the fixedly connected hoist cylinder of described one section arm (2) (44), one section arm (2) bottom fixedly installs pulley D (45), pulley D (45) goes up the top of the plate chain two ends difference arms of the fixedly connected end (1) that are provided with and the bottom of two sections arms (3), described two sections arms (3) upper end is symmetrical arranged pulley B (48), the lower end is provided with pulley C (46), pulley B (48) goes up the bottom of the plate chain two ends fixedly connected one section arm of difference (2) with three sections arms (4) of setting, and pulley C (46) goes up bottom the plate chain two ends fixedly connected three sections arms of difference (4) that are provided with and pulley A (43).
6. hydraulic integrated base station as claimed in claim 3, it is characterized in that fixedly installing telescopic arm (5) on the end face of described three sections arms (4) top, fixedly install cylindrical groove steel ring (20) on telescopic arm (5) outer wall, channel-section steel circle (20) is gone up by the bolt that is provided with antenna pole (22) is fixing, the antenna pole is provided with feeder line on (22), feeder line passes the feeder hole (21) that is arranged on the telescopic arm (5) successively, three sections arms (4) are gone up the feeder duct that is made of feeder line baffle plate (41) and inwall, the wire guide plate (38) that is provided with on two sections arms (3) inwall, one section arm feeder duct (33) that is provided with on one section arm (2) inwall and end arm inner chamber, and walk around and be arranged at the directive wheel of end arm (1) bottom establishing (8) and be connected reel (9) connection take-up motor (57) with the inner reel (9) that is provided with of machine room (11).
7. hydraulic integrated base station as claimed in claim 3, it is characterized in that described hydraulic means comprises the Hydraulic Station (15) that is arranged at machine room (11) inside, Hydraulic Station (15) oil circuit respectively is connected in take-up motor (57) on the reel (9) in the machine room (11), be arranged at the support cylinder (13) on the end arm (1), be arranged at the plugging pin oil cylinder (47) on the end arm (1) and be arranged at the inner hoist cylinder (44) of end arm (1), described hydraulic control device comprises PLC controller (49), PLC controller (49) is control connection communication tower flip module (52) respectively, communication tower lifting module (53), feeder line rotary axis module (54), locking position module (55) and bearing pin stuck-module (56), described communication tower flip module (52) comprises the support cylinder (13) that is arranged on the end arm (1), described communication tower lifting module (53) comprises the hoist cylinder (44) that is arranged at end arm (1) inside, described feeder line rotary axis module (54) comprises inner reel (9) that is provided with of machine room (11) and the take-up motor (57) that is connected with reel (9), described locking position module (55) comprises the high sensor of arm (6) that is arranged on the end arm (1), and described bearing pin stuck-module (56) comprises the plugging pin oil cylinder (47) that is arranged on the end arm (1).
8. hydraulic integrated base station as claimed in claim 5, it is characterized in that the fixedly connected hoist cylinder fixed mount that constitutes by hollow cylindrical channel-section steel (30) of described one section arm (2) cavity inner bottom part, hoist cylinder (44) passes channel-section steel (30) fixedlys connected with one section arm (2), the last lower bolster (29 of channel-section steel (30) by being provided with, 29a) be fixed in one section arm (2) cavity, the fixedly connected pulley bracket in lower bolster (29a) lower end (32), fixedly install pulley D (45) on the pulley bracket (32), be symmetrical arranged on the inwall at the nearly lower port place of one section arm (2) and be used for fixing the plate chain holder (31) that is arranged at pulley B (48), the arm of one section arm (2) is provided with one group of locating hole (28) that is used to locate body of the tower on one's body.
9. hydraulic integrated base station as claimed in claim 5, it is characterized in that welded chain wheel otic placode (34) on described two sections arms (3) bottom interior wall, fixedly install pulley C (46) on the sprocket wheel otic placode (34), fixedly install the chain joint (36) that is used for fixing last plate chain one end that is provided with of pulley D (45) on the inwall of two sections arms (3) bottom and be used for fixing the end joint (35) that pulley A (43) goes up plate chain one end that is provided with, be symmetrically welded backing plate (37) on two sections arms (3) top inner wall, fixedly install pulley B (48) on the backing plate (37).
10. hydraulic integrated base station as claimed in claim 5 is characterized in that fixedly installing on described three sections arms (4) bottom outer wall the plate chain fixed head (39) that is used for fixing last plate chain one end that is provided with of pulley B (48) and fixedly installs the end holder (40) that is used for fixing last plate chain one end that is provided with of pulley C (46).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201067631U CN201649713U (en) | 2010-01-29 | 2010-01-29 | Hydraulic integrated base station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201067631U CN201649713U (en) | 2010-01-29 | 2010-01-29 | Hydraulic integrated base station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201649713U true CN201649713U (en) | 2010-11-24 |
Family
ID=43114942
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201067631U Expired - Lifetime CN201649713U (en) | 2010-01-29 | 2010-01-29 | Hydraulic integrated base station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201649713U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101775911B (en) * | 2010-01-29 | 2012-05-02 | 浙江八方电信有限公司 | Hydraulic integrated base station |
| CN102704717A (en) * | 2012-05-09 | 2012-10-03 | 电联工程技术股份有限公司 | Lifting support leg for mobile integrated base station |
| CN103369734A (en) * | 2013-07-30 | 2013-10-23 | 尹振红 | Communication base station assembly |
-
2010
- 2010-01-29 CN CN2010201067631U patent/CN201649713U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101775911B (en) * | 2010-01-29 | 2012-05-02 | 浙江八方电信有限公司 | Hydraulic integrated base station |
| CN102704717A (en) * | 2012-05-09 | 2012-10-03 | 电联工程技术股份有限公司 | Lifting support leg for mobile integrated base station |
| CN102704717B (en) * | 2012-05-09 | 2014-07-30 | 电联工程技术股份有限公司 | Lifting support leg for mobile integrated base station |
| CN103369734A (en) * | 2013-07-30 | 2013-10-23 | 尹振红 | Communication base station assembly |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101775911B (en) | Hydraulic integrated base station | |
| CN101787814B (en) | Lift communication tower | |
| CN105421859A (en) | Electricity grid telegraph pole erecting device and construction method | |
| CN110182700B (en) | GIS metal tank body disassembling tool | |
| CN211083849U (en) | Liftable street lamp | |
| CN102615503A (en) | Speed-increasing box assembling line | |
| CN201649713U (en) | Hydraulic integrated base station | |
| CN111360971B (en) | PC prefabricated part production line and fixed die platform thereof | |
| CN202423956U (en) | Hoisting device for power transmission line maintenance | |
| CN201666027U (en) | Liftable communication tower | |
| CN107030869B (en) | Rail-changeable movable turnover vibration integrated machine for concrete prefabricated part production | |
| CN116513978A (en) | Floor rocker arm holding pole lifting device for electric power construction and use method thereof | |
| CN201074167Y (en) | Indoor light movable crane | |
| CN204675648U (en) | A kind of portal frame hoisting crane automatically | |
| CN209929134U (en) | Lifting and rotating device for winding transformer | |
| CN113998573A (en) | Photovoltaic installation lifting appliance and using method | |
| CN203567780U (en) | Device used for carrying and installing distribution transformer | |
| CN202398621U (en) | Automatic lifting mechanism for flange ring rolling mill core roller | |
| CN202954592U (en) | Screw-driven overhead combinable automatic parking garage | |
| CN201549375U (en) | Naked-cylinder foil winding solidification support tool | |
| CN112893523A (en) | Railway gondola car side wall indent deformation orthotic devices | |
| CN205677642U (en) | The transport laying apparatus of permanent dividing plate in a kind of electric power tunnel | |
| RU110670U1 (en) | PORTAL TYPE STAND FOR ASSEMBLING A LOCOMOTIVE WHEEL AND ENGINE BLOCK | |
| CN101832705B (en) | Method for rapidly splicing drying cylinder device | |
| CN114152828B (en) | Flexible direct-current transmission converter valve submodule power overhaul test device and test method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20101124 |