CN109138580A - Power construction electric pole embedded device - Google Patents

Power construction electric pole embedded device Download PDF

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Publication number
CN109138580A
CN109138580A CN201810963237.8A CN201810963237A CN109138580A CN 109138580 A CN109138580 A CN 109138580A CN 201810963237 A CN201810963237 A CN 201810963237A CN 109138580 A CN109138580 A CN 109138580A
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CN
China
Prior art keywords
shell
embedded
mutually
head
valve block
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Application number
CN201810963237.8A
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Chinese (zh)
Inventor
黄春燕
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黄春燕
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Application filed by 黄春燕 filed Critical 黄春燕
Priority to CN201810963237.8A priority Critical patent/CN109138580A/en
Publication of CN109138580A publication Critical patent/CN109138580A/en
Withdrawn legal-status Critical Current

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    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04HBUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H12/00Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures
    • E04H12/22Sockets or holders for poles or posts
    • E04H12/2207Sockets or holders for poles or posts not used
    • E04H12/2215Sockets or holders for poles or posts not used driven into the ground

Abstract

The invention discloses power construction electric pole embedded devices, its structure includes hydraulic unit driver, body, drilling rod, support frame, idler wheel, handle, liquid storage box, the bottom end of hydraulic unit driver and the top of body are mutually welded, the top of drilling rod is vertically embedded into the bottom end of body, the head end of support frame and the end of handle are mutually welded, idler wheel is embedded in the rear side for being installed on support frame end, it mutually welds the upper surface of body and second strut on handle, the present invention passes through the internal structure that improves equipment, make it when being drilled, soil coagulant liquid can be added while decline, more loose soil is set to be bonded together, stablize the structure on electric pole landfill hole inner wall, make more stable mounted thereto of electric pole.

Description

Power construction electric pole embedded device
Technical field
The present invention relates to electric pole burial equipment fields, particularly with regard to a kind of power construction embedded dress of electric pole It sets.
Background technique
Electric pole embedded device is burrowed by carrying out drilling to target area, to get the hole for being suitable for embedded electric pole Diameter size, the equipment are driven by hydraulic-electric, and effectively stable construct, and eliminates staff and measures size, with hand The dynamic inbuilt trouble of aperture, but the prior art burrow decline when, due to lacking soil coagulant liquid, lead to equipment When being burrowed, such as encounter the more loose ground of clay structure, the embedded hole interior wall construction for easily getting equipment compared with Be it is loose, make electric pole after embedded, tilt and topple over vulnerable to external force, cause damages to surrounding.
Summary of the invention
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: power construction electric pole Embedded device, structure include hydraulic unit driver, body, drilling rod, support frame, idler wheel, handle, liquid storage box, described hydraulic The bottom end of driver and the top of body are mutually welded, and the top of the drilling rod is vertically embedded into the bottom end of body, support frame as described above The end of head end and handle mutually weld, the idler wheel insertion is installed on the rear side of support frame end, on the body and handle The upper surface of second strut mutually weld, the body include hydraulic drive mechanism, power mechanism, drawing liquid driving mechanism plus Liquid mechanism, lubrication addition mechanism, power generation mechanism, horizontal detection alarm mechanism, shell, the top of the hydraulic drive mechanism are vertical It is embedded in the top in the middle part of shell, the two sides set on hydraulic drive mechanism top of the power mechanism, the drawing liquid driving machine The top of structure and the left upper end of interior of shell mutually weld, and end and filling mechanism are mechanically connected, the head of the filling mechanism It holds and is mutually welded with the left end of interior of shell, and end and the bottom end of interior of shell are mutually welded, lubrication addition mechanism is first End is located at the underface of filling mechanism head end, and welds with the left end middle and lower part split-phase of interior of shell, the power generation mechanism position In the right middle of interior of shell, the head end of the end of the power generation mechanism and horizontal detection alarm mechanism is mechanically connected, and first End and the end of power mechanism are mechanically connected.
As advanced optimizing for the technical program, the hydraulic drive mechanism include hydraulic push rod, motor, rotating bar, Fixed closing piece, drill rod connector, the hydraulic push rod are vertically embedded into the middle upper end of shell, the top of the motor and hydraulic thrust The bottom end of bar is mutually welded, and the top of the rotating bar is vertically embedded into the bottom end of motor, and the rotating bar is located at interior of shell Middle part, the top of the fixed closing piece are mutually welded with the bottom end of rotating bar, and bottom end and the top of drill rod connector are mutually welded, The drill rod connector is vertically embedded into the center bottom in interior of shell.
As advanced optimizing for the technical program, the power mechanism include active valve block, joining rod, push valve block, One end of ratch, sliding block, the joining rod is connect with hinge in the middle part of active valve block, and hinge connects in the middle part of the other end and promotion valve block It connects, the right end of the ratch and the left end property welding for pushing valve block, the bottom end insertion for pushing valve block are installed on the upper of sliding block End, the active valve block and joining rod are located at the surface of sliding block.
As advanced optimizing for the technical program, the drawing liquid driving mechanism includes driving wheel, sector gear, buffering elastic Spring, buffer stopper, push plate, two-way ratch, sliding sleeve, drawing liquid plate, the driving wheel are located at the upper right side of sector gear, and the two Connected by rope, the sector gear is set to the two sides of two-way ratch, and the two is meshed, the top of the buffer stopper with The left upper end of interior of shell mutually welds, and the push plate is vertically embedded into the middle part of buffer stopper, the top of the two-way ratch with The center bottom of push plate is mutually welded, and one end of the buffer spring is mutually welded with the top of interior of shell, the other end and pushing The top of plate is mutually welded, and the two-way ratch level is embedded in the middle part of sliding sleeve, top and the two-way ratch of the drawing liquid plate Bottom end is mutually welded, and the drawing liquid plate is located at the lower section of sliding sleeve, and the bottom end of the drawing liquid plate and filling mechanism are mechanically connected.
As advanced optimizing for the technical program, the filling mechanism includes inlet, unidirectional valve ball, pipeline, goes out liquid Pipeline, spout, the inlet and the left end middle and lower part of interior of shell are mutually welded, and one end insertion of the unidirectional valve ball is installed on The head end at the middle part of pipeline, the right that the other end is located in the liquid inlet, the liquid outlet pipe is mutually welded with pipe end, end and spray Mouthful top mutually weld, there are two the spout is set, and bottom end and the bottom end of interior of shell are mutually welded, the top of the pipeline It is mechanically connected with the bottom end of filling mechanism.
As advanced optimizing for the technical program, lubrication addition mechanism includes rotation shifting block, circulation duct, pressure Plate, jet pipe, pressurizer, spout, the tip of the rotation shifting block and the head-end of pressure plate connect, the head end of the circulation duct It is welded with the left end lower part split-phase of interior of shell, and end and the head end of jet pipe mutually weld, the pressure plate level is embedded in The left end of pressurizer, the top of the jet pipe are mutually welded with the bottom end of pressurizer, and end and the head end of spout mutually weld, institute State the middle part that jet pipe is located in shell.
As advanced optimizing for the technical program, the power generation mechanism includes pinion gear, gear fixes valve block, level pushes away Bar, horizontal valve block, sliding rail, connecting rod, driven gear, the pinion gear is set to the top of driven gear, and the two is meshed, institute State the position to the right in the middle part of the fixed valve block insertion installation inside the shell of gear, the right side of the head end of the horizontal push and horizontal valve block End is mutually welded, and the horizontal valve block is embedded in the middle part of sliding rail, and the left end of the sliding rail and the right end of the fixed valve block of gear mutually weld It connects, one end of the connecting rod is connect with the middle part hinge of horizontal valve block, and other end insertion is installed on driven gear, the level It is mutually welded with horizontal detection alarm mechanism the end of push rod.
As advanced optimizing for the technical program, the horizontal detection alarm mechanism include loudspeaker, loudspeaker control module, Electric storage means, electricity generation module, power generation bar, friction lever, horizontal detector, the loudspeaker and the upper right side of interior of shell mutually weld, institute The top for stating loudspeaker control module and the bottom end of loudspeaker are mutually welded, the right end of the electric storage means and phase in the middle part of the right end of interior of shell Welding, the electric storage means are connect with horizontal detector and electricity generation module by conducting wire, and the electricity generation module is located under electric storage means Side, the horizontal detector is located at the lower section of loudspeaker control module, there are two the power generation bar is set, and head end and electricity generation module Left end top and the bottom split-phase welding, the friction lever be located at power generation bar middle part, the two activity touching, the head end of the friction lever It is mutually welded with the end of horizontal push.
Beneficial effect
Power construction of the present invention electric pole embedded device, by passing through control on handle pushing equipment to suitable position Hydraulic unit driver processed makes drilling rod decline burrow, and when hydraulic unit driver promotion hydraulic push rod, so that its is driven motor decline, motor is allowed to turn It is dynamic, the drill rod connector decline in rotating bar is driven, while driving left side active valve block decline, making it through joining rod makes to push Valve block is moved to the left, and ratch is allowed to match with driving wheel, makes driving wheel drive sector gear to be rotated by rope, bi-directional teeth Bar pushes repeatedly, drives ruler drawing liquid plate to move up and down, extracts liquid from liquid storage box upwards, push down on liquid and pass through pipe Road is come in liquid outlet pipe, sprays via spout, to achieve the effect that add coagulant to soil, while driving wheel will drive Rotation pulling block rotation in lubrication addition mechanism, matches with pressure plate, runs pressurizer, lubrication is extracted from circulation duct Oil allows lubricating oil to spray via the spout that jet pipe sprays, is added to rotating bar, the driving wheel on the right side of hydraulic push rod will drive small Gear is rotated, and matches it with driven gear, allows gear that the horizontal valve block of connecting rod promotion is driven to be controlled on the slide rail Sliding produces electricl energy storage to electric storage means, makes water so that the friction lever in horizontal push be driven to rub repeatedly on power generation bar The vertical-horizontal that flat detector can decline equipment detects, and such as shifting can be in time by loudspeaker control module to loudspeaker Controlled, sound an alarm remind staff.
For the prior art, the present invention makes it when being drilled by the internal structure that improves equipment, can Soil coagulant liquid is added while decline, more loose soil is enable to be bonded together, is stablized in electric pole landfill hole Structure on wall makes more stable mounted thereto of electric pole.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:
Fig. 1 is the structural schematic diagram of power construction electric pole embedded device of the present invention.
Fig. 2 is the detailed construction schematic diagram of body of the present invention.
Fig. 3 is the dynamic structure schematic diagram of body of the present invention.
Fig. 4 is the postrun static structure schematic diagram of body of the present invention.
Fig. 5 is the detailed construction schematic diagram of power generation mechanism of the present invention.
In figure: hydraulic unit driver -1, body -2, drilling rod -3, support frame -4, idler wheel -5, handle -6, liquid storage box -7, Hydraulic drive mechanism -201, power mechanism -202, drawing liquid driving mechanism -203, filling mechanism -204, lubrication addition mechanism -205, Power generation mechanism -206, horizontal detection alarm mechanism -207, shell -208, hydraulic push rod -2011, motor -2012, rotating bar - 2013, fixed closing piece -2014, drill rod connector -2015, active valve block -2021, joining rod -2022, promotion valve block -2023, tooth Bar -2024, sliding block -2025, driving wheel -2031, sector gear -2032, buffer spring -2033, buffer stopper -2034, push plate - 2035, two-way ratch -2036, sliding sleeve -2037, drawing liquid plate -2038, inlet -2041, unidirectional valve ball -2042, pipeline -2043, Liquid outlet pipe -2044, rotation shifting block -2051, circulation duct -2052, pressure plate -2053, jet pipe -2054, adds spout -2045 Depressor -2055, spout -2056, pinion gear -2061, gear fixed valve block -2062, horizontal push -2063, horizontal valve block - 2064, sliding rail -2065, connecting rod -2066, driven gear -2067, loudspeaker -2071, loudspeaker control module -2072, electric storage means - 2073, electricity generation module -2074, power generation bar -2075, friction lever -2076, horizontal detector -2077.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.
Embodiment
Fig. 1-Fig. 5 is please referred to, the present invention provides power construction electric pole embedded device, and structure includes hydraulic unit driver 1, body 2, drilling rod 3, support frame 4, idler wheel 5, handle 6, liquid storage box 7, bottom end and the body 2 of the hydraulic unit driver 1 Top is mutually welded, and the top of the drilling rod 3 is vertically embedded into the bottom end of body 2, the head end of support frame as described above 4 and the end of handle 6 End is mutually welded, and the idler wheel 5 is embedded in the rear side for being installed on 4 end of support frame, the body 2 and second strut on handle 6 Upper surface mutually weld, the body 2 include hydraulic drive mechanism 201, power mechanism 202, drawing liquid driving mechanism 203, liquid feeding Mechanism 204, lubrication addition mechanism 205, power generation mechanism 206, horizontal detection alarm mechanism 207, shell 208, the hydraulic-driven The top of mechanism 201 is vertically embedded into the top at 208 middle part of shell, and the power mechanism 202 is set to hydraulic drive mechanism 201 The two sides on top, top and the left upper end inside shell 208 of the drawing liquid driving mechanism 203 mutually weld, and end with plus Liquid mechanism 204 is mechanically connected, and head end and the left end inside shell 208 of the filling mechanism 204 mutually weld, and end and Bottom end inside shell 208 is mutually welded, and lubrication addition 205 head end of mechanism is located at the underface of 204 head end of filling mechanism, and And welded with the left end middle and lower part split-phase inside shell 208, the power generation mechanism 206 is located at the right middle inside shell 208, institute The head end of the end and horizontal detection alarm mechanism 207 of stating power generation mechanism 206 is mechanically connected, and head end and power mechanism 202 End mechanical connection, the hydraulic drive mechanism 201 include hydraulic push rod 2011, motor 2012, rotating bar 2013, fixing lock Block 2014, drill rod connector 2015, the hydraulic push rod 2011 are vertically embedded into the middle upper end of shell 208, the motor 2012 Top and the bottom end of hydraulic push rod 2011 mutually weld, the top of the rotating bar 2013 is vertically embedded into the bottom of motor 2012 End, the rotating bar 2013 are located at the middle part inside shell 208, the top of the fixed closing piece 2014 and the bottom of rotating bar 2013 End is mutually welded, and bottom end and the top of drill rod connector 2015 are mutually welded, and the drill rod connector 2015 is vertically embedded into outer Center bottom inside shell 208, the power mechanism 202 include active valve block 2021, joining rod 2022, push valve block 2023, One end of ratch 2024, sliding block 2025, the joining rod 2022 is connect with 2021 middle part hinge of active valve block, the other end and promotion The connection of 2023 middle part hinge of valve block, the right end of the ratch 2024 and the left end property welding for pushing valve block 2023, the promotion valve The bottom end insertion of block 2023 is installed on the upper end of sliding block 2025, and the active valve block 2021 is located at sliding block 2025 with joining rod 2022 Surface, the drawing liquid driving mechanism 203 include driving wheel 2031, sector gear 2032, buffer spring 2033, buffer stopper 2034, push plate 2035, two-way ratch 2036, sliding sleeve 2037, drawing liquid plate 2038, the driving wheel 2031 are located at sector gear 2032 upper right side, and the two is connected by rope, and the sector gear 2032 is set to the two sides of two-way ratch 2036, and The two is meshed, and top and the left upper end inside shell 208 of the buffer stopper 2034 mutually weld, and the push plate 2035 is vertical It is embedded in the middle part of buffer stopper 2034, the top of the two-way ratch 2036 and the center bottom of push plate 2035 are mutually welded, institute The one end and the top inside shell 208 for stating buffer spring 2033 are mutually welded, and the other end and the top of push plate 2035 are mutually welded, 2036 level of two-way ratch is embedded in the middle part of sliding sleeve 2037, the top of the drawing liquid plate 2038 and two-way ratch 2036 Bottom end is mutually welded, and the drawing liquid plate 2038 is located at the lower section of sliding sleeve 2037, the bottom end of the drawing liquid plate 2038 and filling mechanism 204 Being mechanically connected the filling mechanism 204 includes inlet 2041, unidirectional valve ball 2042, pipeline 2043, liquid outlet pipe 2044, spout 2045, the inlet 2041 is mutually welded with the left end middle and lower part inside shell 208, one end insertion of the unidirectional valve ball 2042 It is installed on the middle part of pipeline 2043, the other end is located in the liquid inlet 2041 right, the head end and pipeline of the liquid outlet pipe 2044 2043 ends are mutually welded, and end and the top of spout 2045 are mutually welded, there are two the spout 2045 is set, and bottom end and shell Bottom end inside 208 is mutually welded, and the top of the pipeline 2043 and the bottom end of filling mechanism 204 are mechanically connected, and the lubrication adds Adding mechanism 205 includes rotation shifting block 2051, circulation duct 2052, pressure plate 2053, jet pipe 2054, pressurizer 2055, spout 2056, it is described rotation shifting block 2051 tip connect with the head-end of pressure plate 2053, the head end of the circulation duct 2052 and Left end lower part split-phase welding inside shell 208, and end and the head end of jet pipe 2054 mutually weld, 2053 water of pressure plate The flat left end for being embedded in pressurizer 2055, the top of the jet pipe 2054 is mutually welded with the bottom end of pressurizer 2055, and end It is mutually welded with the head end of spout 2056, the jet pipe 2054 is located at the middle part in shell 208, and the power generation mechanism 206 includes small Gear 2061, gear fixed valve block 2062, horizontal push 2063, horizontal valve block 2064, sliding rail 2065, connecting rod 2066, driven tooth Wheel 2067, the pinion gear 2061 is set to the top of driven gear 2067, and the two is meshed, the fixed valve block of the gear 2062 insertions are mounted on the position to the right at middle part in shell 208, the head end of the horizontal push 2063 and horizontal valve block 2064 Right end mutually welds, and the horizontal valve block 2064 is embedded in the middle part of sliding rail 2065, and the left end of the sliding rail 2065 is fixed with gear The right end of valve block 2062 mutually welds, and one end of the connecting rod 2066 is connect with the middle part hinge of horizontal valve block 2064, and the other end is embedding Enter to be installed on driven gear 2067, the end of the horizontal push 2063 is welded with horizontal 207 phase of detection alarm mechanism, described Horizontal detection alarm mechanism 207 includes loudspeaker 2071, loudspeaker control module 2072, electric storage means 2073, electricity generation module 2074, power generation Bar 2075, friction lever 2076, horizontal detector 2077, the loudspeaker 2071 are mutually welded with the upper right side inside shell 208, described The top of loudspeaker control module 2072 and the bottom end of loudspeaker 2071 are mutually welded, in the right end and shell 208 of the electric storage means 2073 It mutually being welded in the middle part of the right end in portion, the electric storage means 2073 is connect with horizontal detector 2077 and electricity generation module 2074 by conducting wire, The electricity generation module 2074 is located at the lower section of electric storage means 2073, and the horizontal detector 2077 is located at loudspeaker control module 2072 Lower section, there are two the power generation bar 2075 is set, and the left end top and the bottom split-phase of head end and electricity generation module 2074 is welded, described to rub Pole 2076 is located at the middle part of power generation bar 2075, the two activity touching, the head end and horizontal push 2063 of the friction lever 2076 End mutually weld.
The principle of the present invention: by making to bore by controlling hydraulic unit driver 1 on handle 6 pushing equipment to suitable position The decline of bar 3 burrows, and when hydraulic unit driver 1 pushes hydraulic push rod 2011, makes its that motor 2012 be driven to decline, allows 2012 turns of motor It is dynamic, it drives the drill rod connector 2015 in rotating bar 2013 to decline, while left side active valve block 2021 being driven to decline, makes it through Joining rod 2022 makes that valve block 2023 is pushed to be moved to the left, and ratch 2024 is allowed to match with driving wheel 2031, keeps driving wheel 2031 logical Crossing rope drives sector gear 2032 to be rotated, and two-way ratch 2036 pushes repeatedly, and ruler drawing liquid plate 2038 is driven to move up and down, Liquid is extracted from liquid storage box 7 upwards, liquid is pushed down on and is come in liquid outlet pipe 2044 by pipeline 2043, via spray Mouth 2045 sprays, to achieve the effect that add soil in coagulant, while driving wheel 2031 will drive lubrication addition mechanism 205 On rotation pulling block 2051 rotate, matched with pressure plate 2053, make pressurizer 2055 run, extracted from circulation duct 2052 Lubricating oil allows lubricating oil to spray via the spout 2056 that jet pipe 2054 sprays, is added to rotating bar 2013, hydraulic push rod 2011 The driving wheel 2031 on right side will drive pinion gear 2061 and be rotated, and match it with driven gear 2067, allow gear 2067 The horizontal valve block 2064 of 2066 promotion of connecting rod is driven to slide left and right on sliding rail 2065, to drive in horizontal push 2063 Friction lever 2076 rubs repeatedly on power generation bar 2075, produces electricl energy storage to electric storage means 2073, makes horizontal detector 2077 The vertical-horizontal that can decline to equipment detects, and such as shifting can be in time by loudspeaker control module 2072 to loudspeaker 2071 are controlled, and are sounded an alarm and are reminded staff.
Problems solved by the invention be the prior art burrow decline when, due to lacking soil coagulant liquid, lead It causes equipment when being burrowed, such as encounters the more loose ground of clay structure, the embedded hole inner wall for easily getting equipment Structure is more loose, makes electric pole after embedded, tilts and topple over vulnerable to external force, cause damages to surrounding, and the present invention passes through upper Being combined with each other for component is stated, the present invention makes it when being drilled by the internal structure that improves equipment, can be in decline Soil coagulant liquid is added simultaneously, more loose soil is enable to be bonded together, stablizes the knot on electric pole landfill hole inner wall Structure makes more stable mounted thereto of electric pole.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (8)

1. power construction electric pole embedded device, structure includes hydraulic unit driver (1), body (2), drilling rod (3), support frame (4), idler wheel (5), handle (6), liquid storage box (7), the bottom end of the hydraulic unit driver (1) and the top of body (2) are mutually welded It connects, it is characterised in that:
The top of the drilling rod (3) is vertically embedded into the bottom end of body (2), the head end of support frame as described above (4) and the end of handle (6) End is mutually welded, and the idler wheel (5) insertion is installed on the rear side of support frame (4) end, and the on the body (2) and handle (6) It mutually welds the upper surface of two struts;
The body (2) includes hydraulic drive mechanism (201), power mechanism (202), drawing liquid driving mechanism (203), filling mechanism (204), lubrication addition mechanism (205), power generation mechanism (206), horizontal detection alarm mechanism (207), shell (208), the liquid The top of pressure driving mechanism (201) is vertically embedded into the top in the middle part of shell (208), and the power mechanism (202) is set to liquid Press the two sides on driving mechanism (201) top, the internal left upper end in the top and shell (208) of the drawing liquid driving mechanism (203) It mutually welds, and end and filling mechanism (204) are mechanically connected, the head end of the filling mechanism (204) and shell (208) are internal Left end mutually weld, and the internal bottom end of end and shell (208) is mutually welded, described lubrication addition mechanism (205) head end It is welded positioned at the underface of filling mechanism (204) head end, and with the internal left end middle and lower part split-phase of shell (208), the hair Motor structure (206) is located at the internal right middle of shell (208), the end of the power generation mechanism (206) and horizontal detection alarm machine The head end of structure (207) is mechanically connected, and the end of head end and power mechanism (202) is mechanically connected.
2. power construction according to claim 1 electric pole embedded device, it is characterised in that: the hydraulic drive mechanism It (201) include hydraulic push rod (2011), motor (2012), rotating bar (2013), fixed closing piece (2014), drill rod connector (2015), the hydraulic push rod (2011) is vertically embedded into the middle upper end of shell (208), the top of the motor (2012) and liquid The bottom end of pressure push rod (2011) is mutually welded, and the top of the rotating bar (2013) is vertically embedded into the bottom end of motor (2012), institute It states rotating bar (2013) and is located at the internal middle part of shell (208), the top and rotating bar (2013) of the fixed closing piece (2014) Bottom end mutually weld, and bottom end and the top of drill rod connector (2015) are mutually welded, and the drill rod connector (2015) is vertical It is embedded in the internal center bottom of shell (208).
3. power construction according to claim 1 electric pole embedded device, it is characterised in that: the power mechanism (202) include active valve block (2021), joining rod (2022), push valve block (2023), ratch (2024), sliding block (2025), institute The one end for stating joining rod (2022) is connect with hinge in the middle part of active valve block (2021), is cut with scissors in the middle part of the other end and promotion valve block (2023) Chain link, the right end of the ratch (2024) and the left end property welding for pushing valve block (2023), promotion valve block (2023) Bottom end is embedded in the upper end for being installed on sliding block (2025), and the active valve block (2021) and joining rod (2022) are located at sliding block (2025) Surface.
4. power construction according to claim 1 electric pole embedded device, it is characterised in that: the drawing liquid driving mechanism It (203) include driving wheel (2031), sector gear (2032), buffer spring (2033), buffer stopper (2034), push plate (2035), two-way ratch (2036), sliding sleeve (2037), drawing liquid plate (2038), the driving wheel (2031) are located at sector gear (2032) upper right side, and the two is connected by rope, and the sector gear (2032) is set to the two of two-way ratch (2036) Side, and the two is meshed, and the left upper end that the top of the buffer stopper (2034) is internal with shell (208) mutually welds, described to push away Pressing plate (2035) is vertically embedded into the middle part of buffer stopper (2034), the top and push plate (2035) of the two-way ratch (2036) Center bottom mutually weld, one end of the buffer spring (2033) and the internal top of shell (208) are mutually welded, the other end with The top of push plate (2035) is mutually welded, and two-way ratch (2036) level is embedded in the middle part of sliding sleeve (2037), the pumping The top of liquid plate (2038) and the bottom end of two-way ratch (2036) are mutually welded, and the drawing liquid plate (2038) is located at sliding sleeve (2037) Lower section, the bottom end and filling mechanism (204) of the drawing liquid plate (2038) are mechanically connected.
5. power construction according to claim 1 or 4 electric pole embedded device, it is characterised in that: the filling mechanism It (204) include inlet (2041), unidirectional valve ball (2042), pipeline (2043), liquid outlet pipe (2044), spout (2045), institute It states inlet (2041) the left end middle and lower part internal with shell (208) mutually to weld, one end insertion of the unidirectional valve ball (2042) It is installed on the middle part of pipeline (2043), the other end is located in the liquid inlet the right of (2041), the head end of the liquid outlet pipe (2044) It is mutually welded with pipeline (2043) end, end and the top of spout (2045) are mutually welded, there are two the spout (2045) sets, and And the bottom end of bottom end and shell (208) inside is mutually welded, the top of the pipeline (2043) and the bottom end machine of filling mechanism (204) Tool connection.
6. power construction according to claim 1 electric pole embedded device, it is characterised in that: the lubrication adds mechanism (205) include rotation shifting block (2051), circulation duct (2052), pressure plate (2053), jet pipe (2054), pressurizer (2055), The tip of spout (2056), rotation shifting block (2051) is connect with the head-end of pressure plate (2053), the circulation duct (2052) the internal left end lower part split-phase of head end and shell (208) is welded, and end and the head end of jet pipe (2054) mutually weld It connects, pressure plate (2053) level is embedded in the left end of pressurizer (2055), the top of the jet pipe (2054) and pressurizer (2055) bottom end is mutually welded, and end and the head end of spout (2056) mutually weld, and the jet pipe (2054) is located at shell (208) middle part in.
7. power construction according to claim 1 electric pole embedded device, it is characterised in that: the power generation mechanism It (206) include pinion gear (2061), gear fixed valve block (2062), horizontal push (2063), horizontal valve block (2064), sliding rail (2065), connecting rod (2066), driven gear (2067), the pinion gear (2061) are set to the top of driven gear (2067), and And the two is meshed, the gear fixed valve block (2062) insertion is mounted on the position to the right at middle part in shell (208), the water The head end of flat-pushing bar (2063) and the right end of horizontal valve block (2064) mutually weld, and the horizontal valve block (2064) is embedded in sliding rail (2065) middle part, the left end of the sliding rail (2065) and the right end of gear fixed valve block (2062) mutually weld, the connecting rod (2066) one end is connect with the middle part hinge of horizontal valve block (2064), and other end insertion is installed on driven gear (2067), It is mutually welded with horizontal detection alarm mechanism (207) end of the horizontal push (2063).
8. power construction according to claim 1 or claim 7 electric pole embedded device, it is characterised in that: the horizontal detection Alert mechanism (207) includes loudspeaker (2071), loudspeaker control module (2072), electric storage means (2073), electricity generation module (2074), hair Electric pole (2075), friction lever (2076), horizontal detector (2077), the upper right of the loudspeaker (2071) and shell (208) inside End is mutually welded, and the top of the loudspeaker control module (2072) and the bottom end of loudspeaker (2071) are mutually welded, the electric storage means (2073) it is mutually welded in the middle part of the right end right end internal with shell (208), the electric storage means (2073) and horizontal detector (2077) it being connected with electricity generation module (2074) by conducting wire, the electricity generation module (2074) is located at the lower section of electric storage means (2073), The horizontal detector (2077) is located at the lower section of loudspeaker control module (2072), there are two the power generation bar (2075) sets, and And the left end top and the bottom split-phase of head end and electricity generation module (2074) is welded, the friction lever (2076) is located at power generation bar (2075) Middle part, the two activity touching, the head end of the friction lever (2076) and the end of horizontal push (2063) are mutually welded.
CN201810963237.8A 2018-08-22 2018-08-22 Power construction electric pole embedded device Withdrawn CN109138580A (en)

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Application Number Priority Date Filing Date Title
CN201810963237.8A CN109138580A (en) 2018-08-22 2018-08-22 Power construction electric pole embedded device

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Application Number Priority Date Filing Date Title
CN201810963237.8A CN109138580A (en) 2018-08-22 2018-08-22 Power construction electric pole embedded device

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CN109138580A true CN109138580A (en) 2019-01-04

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN201567959U (en) * 2009-12-16 2010-09-01 东北电网有限公司通辽供电公司 Boring machine for embedding electric column
DE202009018729U1 (en) * 2009-05-27 2012-12-18 Peter Kellner Drill foundation with cylindrical base body
CN104863122A (en) * 2014-02-26 2015-08-26 卢兴明 Multifunctional grouting pile machine
CN106114580A (en) * 2016-08-26 2016-11-16 李晓敏 A kind of electric power electric pole work car
CN207260731U (en) * 2017-08-07 2018-04-20 德州中茂电力勘察设计有限公司临邑分公司 Power construction electric pole erecting device
CN108412997A (en) * 2018-02-27 2018-08-17 谢跃连 A kind of efficient pile driving equipment of road construction

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE202009018729U1 (en) * 2009-05-27 2012-12-18 Peter Kellner Drill foundation with cylindrical base body
CN201567959U (en) * 2009-12-16 2010-09-01 东北电网有限公司通辽供电公司 Boring machine for embedding electric column
CN104863122A (en) * 2014-02-26 2015-08-26 卢兴明 Multifunctional grouting pile machine
CN106114580A (en) * 2016-08-26 2016-11-16 李晓敏 A kind of electric power electric pole work car
CN207260731U (en) * 2017-08-07 2018-04-20 德州中茂电力勘察设计有限公司临邑分公司 Power construction electric pole erecting device
CN108412997A (en) * 2018-02-27 2018-08-17 谢跃连 A kind of efficient pile driving equipment of road construction

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