CN108668788A - A kind of greening construction lawn cutter device - Google Patents
A kind of greening construction lawn cutter device Download PDFInfo
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- CN108668788A CN108668788A CN201810498916.2A CN201810498916A CN108668788A CN 108668788 A CN108668788 A CN 108668788A CN 201810498916 A CN201810498916 A CN 201810498916A CN 108668788 A CN108668788 A CN 108668788A
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- turbine
- air stream
- rotated
- pressure control
- type air
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G20/00—Cultivation of turf, lawn or the like; Apparatus or methods therefor
- A01G20/10—Pre-cultivated sod or turf; Apparatus therefor
- A01G20/12—Apparatus for cutting sods or turfs
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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Soil Working Implements (AREA)
Abstract
The invention discloses a kind of greening construction lawn cutter device, including main supporting substrate, the bottom of the main supporting substrate is equipped with idler wheel.The present invention utilizes a motor, it can either realize the required rotation function of cutting, the generation of air can be realized again, the counterblast for recycling the flowing of air to generate, when reducing the pulling device, required dynamics, and, cutting sheet in the device can rotate freely, so it can be according to the actual conditions of soil, control the pressure between cutting sheet and lawn, it is adaptable, and, in addition, there is the device turbine type air stream to move generation mechanism, generate powerful air turbine, recycle the reaction force of air, to mitigate integral pressure of the device for ground, in addition, there is the device turbine to be rotated up to the dynamic air pressure control mechanism of air stream, maximum air pressure caused by a mechanism can effectively be controlled, prevent due to air pressure is excessive and caused by the excessive phenomenon of motor load.
Description
Technical field
The present invention relates to greening construction technical field, specially a kind of greening construction lawn cutter device.
Background technology
Currently, in many places, in order to realize environmental greening, it can all use and arrive lawn, lawn is required for before unshaped
Nursery is carried out to lawn in nursery, whole lawn is cut after lawn large area shapes, then by cutter device, is cut
Multiple small-sized block-like lawns are cut into, to convenience in transport and laying, however existing cutter device, in cutting, cutting sheet is
Fixed setting, so it is poor for the adaptability of soil internal environment, phenomena such as being easier that cutting sheet is caused to be damaged, limitation
Property is bigger.
Invention content
The purpose of the present invention is to provide a kind of greening construction lawn cutter devices, to solve to carry in above-mentioned background technology
The problem of going out.
To achieve the above object, the present invention provides the following technical solutions：A kind of greening construction lawn cutter device, including
The bottom of main supporting substrate, the main supporting substrate is equipped with idler wheel, and the side installation one of described main supporting substrate one end is universal
Connection pulls driving mechanism, and the side of the main supporting substrate upper surface is bolted a mounting base plate of electric motor, described
A motor is installed in the upper surface of mounting base plate of electric motor, and it is empty that a turbine type is installed in the motor main shaft end in the motor
Flow of air generation mechanism, the inside that the turbine type air stream moves generation mechanism install a turbine and are rotated up to air stream and takes offence pressure
Control mechanism, the turbine type air stream move upper surface of the bottom mounted on main supporting substrate of generation mechanism, and the main branch
The total gas vent of master for being internally provided with connection turbine type air stream and moving generation mechanism bottom of support group plate, the main supporting substrate
Four main split's gas vents are internally provided with, one end of four main split's gas vents is connected to main total gas vent, and described in four
The other end of main split's gas vent is connected to the bottom at four turnings of main supporting substrate, and it is another that the turbine type air stream moves generation mechanism
End face installs a main rotating shaft, and the axis body of the main rotating shaft is fixed on the inside of a support plate by base bearing, and described
The bottom of support plate is mounted on the upper surface of main supporting substrate, and the main rotating shaft is in the axis positioned at the main supporting substrate side
One driving belt pulley is installed, the end of the main rotating shaft is mounted on the inside of a collar bush, the master by base bearing on body
Proficiency shank is installed at top on the outside of axle sleeve, and proficiency sleeve is installed in the end of the handlebar, and the bottom end of the main rotating shaft is set
Be equipped with the riser structure with its integral structure, and the riser structure centrally through one secondary rotary shaft of base bearing installation,
The pair rotary shaft is installing a driven pulley, the driving belt pulley and driven positioned at the underface of the driving belt pulley
It is connected by a belt between belt pulley, the other end of the pair rotary shaft fixes a cutting blade by connecting plate.
Further, it includes that universal connection pulls driving mechanism connecting plate, ten thousand that the universal connection, which pulls driving mechanism,
Driving mechanism bolt hole, universal connection is pulled to pull driving mechanism riser, universal connection that driving mechanism is pulled to use to connection
Connecting shaft, universal connection pull driving mechanism axle sleeve, universal connection that driving mechanism connecting rod and universal connection is pulled to pull
Driving mechanism cross-tie；It includes two that the universal connection, which pulls driving mechanism connecting plate, and each universal company
It connects and the inside of driving mechanism connecting plate is pulled to be both provided with the universal connection pulling driving mechanism connecting plate both ends of the surface of connection
Universal connection pulls driving mechanism bolt hole, the two universal connections that the end face of driving mechanism connecting plate is pulled to be provided with
Universal connection with its integral structure pulls driving mechanism riser, two risers to be drawn by a universal connection in opposite end
Dynamic driving mechanism connection axis connection, the universal connection pull the axis body of driving mechanism connecting shaft to be socketed in a universal connection
The inside of driving mechanism axle sleeve, the universal connection is pulled to pull and two universal connections are installed on the outside of driving mechanism axle sleeve
Pull driving mechanism connecting rod, the two universal connections that the one universal connection of end installation of driving mechanism connecting rod is pulled to draw
Dynamic driving mechanism cross-tie.
Further, the two universal connections pull driving mechanism connecting plate to pull driving by being inserted into universal connection
Bolt inside mechanism bolt hole is fixed on the end face of main supporting substrate, and the universal connection pulls driving mechanism connection
Axis and universal connection pull the driving mechanism connection relation that axle sleeve is clearance-type.
Further, the universal connection pulls the level of the axial line and main supporting substrate of driving mechanism cross-tie
Face is in equilbrium position.
Further, it includes that the dynamic generation mechanism of turbine type air stream is pacified with turbine that the turbine type air stream, which moves generation mechanism,
Casing, turbine type air stream move generation mechanism bottom connecting plate structure, turbine type air stream moves generation mechanism bolt hole,
Turbine type air stream moves generation mechanism turbine installation space, turbine type air stream moves generation mechanism gas vent, turbine type sky
Flow of air generation mechanism rotary shaft, turbine type air stream move generation mechanism sealing ring, turbine type air stream moves generation mechanism
Generation mechanism turbine is moved with bearing, turbine type air stream, turbine type air stream moves generation mechanism air admission hole and turbine type is empty
Flow of air generation mechanism gasket；The turbine type air stream move generation mechanism with turbine install shell bottom be provided with
The turbine type air stream of its integral structure moves generation mechanism bottom connecting plate structure, the turbine type air stream movable property life
Multiple connection turbine type air streams that are internally provided with of structure bottom connecting plate structure move generation mechanism bottom connecting plate structure
The turbine type air stream of upper and lower surface moves generation mechanism bolt hole, and the turbine type air stream is moved generation mechanism and installed with turbine
The turbine type air stream that is internally provided with of shell moves generation mechanism turbine installation space, the turbine type air stream movable property life
The center of structure turbine installation shell is moved generation mechanism rotary shaft by turbine type air stream and is run through, and the turbine type air stream
Dynamic generation mechanism rotary shaft and turbine type air stream move generation mechanism and are being equipped with turbine through position with turbine installation shell
Formula air stream moves generation mechanism sealing ring and turbine type air stream moves generation mechanism bearing, the turbine type air stream movable property
Inlay the dynamic generation mechanism gasket of a turbine type air stream, the turbine type air in the bottom that life structure installs shell with turbine
It is outer it to be provided with the dynamic generation mechanism turbine installation of connection turbine type air stream at the top of flowing generation mechanism turbine installation shell
Above shell and turbine type air stream moves the dynamic generation mechanism air admission hole of turbine type air stream of generation mechanism turbine installation space,
The turbine type air stream, which moves generation mechanism and installs outer casing bottom center and turbine type air stream with turbine, moves generation mechanism with close
The connection turbine type air stream that is provided centrally with of packing moves generation mechanism gasket lower section and turbine type air stream movable property life
The turbine type air stream of structure turbine installation space moves generation mechanism gas vent, and the turbine type air stream is moved generation mechanism and used
Rotary shaft is moving generation mechanism with installing a turbine type on the axis body inside turbine installation space positioned at the turbine type air stream
Air stream moves generation mechanism, and the dynamic generation mechanism of a turbine type air stream is installed on the surface that the turbine type air stream moves generation mechanism
Use turbine.
Further, the turbine type air stream moves generation mechanism bottom connecting plate structure by being inserted into turbine type sky
Bolt inside flow of air generation mechanism bolt hole is mounted on the upper surface of main supporting substrate, and the turbine type air flows
Generation mechanism gas vent is connected to main total gas vent.
Further, the turbine type air stream is moved one end of generation mechanism rotary shaft and the end of motor main shaft and is consolidated
Fixed connection, the other end that the turbine type air stream moves generation mechanism rotary shaft are fixedly connected with the end of main rotating shaft.
Further, the turbine is rotated up to air stream and moves air pressure control mechanism include that turbine is rotated up to air flowing
Air pressure control mechanism rotational shell, turbine are rotated up to the dynamic air pressure control mechanism centre bore of air stream, turbine is rotated up to
Air stream moves air pressure control mechanism bearing, turbine is rotated up to the dynamic air pressure control mechanism rotary shaft socket shell of air stream,
Turbine is rotated up to the dynamic air pressure control mechanism of air stream and is rotated up to the dynamic pressure control of air stream with rotary sleeve blocked hole, turbine
Mechanism is rotated up to the dynamic air pressure control mechanism cushion space of air stream with semi-circular recesses structure, turbine, turbine is rotated up to
Air stream moves air pressure control mechanism helical spring, turbine is rotated up to air stream and moves air pressure control mechanism movable plate and turbine
It is rotated up to air stream and moves air pressure control mechanism push rod；The turbine is rotated up to air stream and moves air pressure control mechanism rotation
The connection turbine that is provided centrally with of shell is rotated up to the turbine rotation that air stream moves air pressure control mechanism rotational shell both ends of the surface
Turn maximum air flow and move air pressure control mechanism centre bore, the turbine is rotated up to air stream and moves air pressure control mechanism rotation
Shell is rotated up in the inside for being rotated up to the dynamic air pressure control mechanism centre bore of air stream positioned at the turbine by turbine
The dynamic air pressure control mechanism of air stream is rotated up to the dynamic air pressure control mechanism of air stream with bearing one turbine of connection and is socketed with rotary shaft
Shell, what the turbine was rotated up to that air stream moves air pressure control mechanism rotary shaft socket shell is provided centrally with connection turbine
It is rotated up to air stream and moves air pressure control mechanism and be socketed the turbines of shell both ends of the surface with rotary shaft be rotated up to air stream and take offence pressure
Control mechanism rotary sleeve blocked hole, the turbine are rotated up to air stream and move air pressure control mechanism rotary shaft socket shell
Side be provided with multiple turbines and be rotated up to air stream and move air pressure control mechanism semi-circular recesses structure, the turbine rotation
Maximum air flow move air pressure control mechanism rotational shell be internally provided with multiple turbines be rotated up to air stream take offence it is voltage-controlled
Mechanism cushion space processed, the inside that each turbine is rotated up to the dynamic air pressure control mechanism cushion space of air stream are pacified
It fills a turbine and is rotated up to the dynamic air pressure control mechanism movable plate of air stream, the turbine is rotated up to air stream and moves pressure control
Mechanism is equipped with turbine in the end face towards inside with movable plate and is rotated up to the dynamic air pressure control mechanism push rod of air stream, institute
Turbine is stated to be rotated up to air stream and move air pressure control mechanism to be rotated up to the dynamic pressure control of air stream through the turbine with push rod
The inside of mechanism rotational shell, and the turbine is rotated up to air stream and moves the end of air pressure control mechanism push rod to correspond to and insert
Enter to turbine and be rotated up to the inside that air stream moves air pressure control mechanism semi-circular recesses structure, the turbine is rotated up to sky
The other end of flow of air air pressure control mechanism movable plate is equipped with the turbine in compressive state and is rotated up to air flowing
Air pressure control mechanism helical spring.
Further, the turbine is rotated up to the inside peace that air stream moves air pressure control mechanism rotary sleeve blocked hole
The turbine type air stream in generation mechanism is moved equipped with turbine type air stream and moves generation mechanism rotary shaft, and the turbine is rotated up to
The turbine type that air stream is moved in the dynamic generation mechanism of side one turbine type air stream of socket of air pressure control mechanism rotational shell is empty
Flow of air generation mechanism turbine.
Further, multiple turbines are rotated up to air stream and move air pressure control mechanism semi-circular recesses structure and whirlpool
Wheel is rotated up to the dynamic air pressure control mechanism of air stream and is rotated up to the dynamic pressure control of air stream about the turbine with cushion space
The axial line of mechanism rotational shell is center of circle circular array setting, and the turbine is rotated up to air stream and moves pressure control
The mechanism construction profile of semi-circular recesses structure is rotated up to air stream with the turbine and moves air pressure control mechanism push rod
The construction profile of end is consistent.
Compared with prior art, the beneficial effects of the invention are as follows：The present invention utilizes a motor, can either realize cutting
Required rotation function, and can realize the generation of air, the counterblast for recycling the flowing of air to generate is reduced and is pulled
When the device, required dynamics, moreover, the cutting sheet in the device can rotate freely, so it can be according to soil
Actual conditions control the pressure between cutting sheet and lawn, adaptable, moreover, there is the device universal connection to pull driving
Mechanism can realize free draw, and the traction can rotate freely angle, to be suitble to the personnel of different heights
It uses, in addition, there is the device turbine type air stream to move generation mechanism, powerful sky can be generated under the drive of motor
Air turbine recycles the reaction force of air, to mitigate integral pressure of the device for ground, facilitates and carries out pulling work
Make, in addition, there is the device turbine, which to be rotated up to air stream, moves air pressure control mechanism, can effectively control produced by a mechanism
Maximum air pressure, prevent due to air pressure is excessive and caused by the excessive phenomenon of motor load.
Description of the drawings
Fig. 1 is a kind of complete section structural schematic diagram of greening construction lawn of the invention cutter device；
Fig. 2 is the structural schematic diagram that universal connection pulls driving mechanism in a kind of cutter device of greening construction lawn of the invention；
Fig. 3 is the structural representation that turbine type air stream moves generation mechanism in a kind of cutter device of greening construction lawn of the invention
Figure；
Fig. 4 is that a kind of greening construction of the present invention is rotated up to the dynamic air pressure control mechanism of air stream with turbine in the cutter device of lawn
Structural schematic diagram；
In figure：1, main supporting substrate, 2, idler wheel, 3, universal connection pulling driving mechanism, 31, universal connection pulls driving mechanism to use
Connecting plate, 32, universal connection pull driving mechanism bolt hole, 33, and universal connection pulls driving mechanism riser, 34, universal
Connection pulls driving mechanism connecting shaft, 35, universal connection that driving mechanism axle sleeve, 36, universal connection is pulled to pull driving machine
Structure connecting rod, 37, universal connection pull driving mechanism cross-tie, 4, and mounting base plate of electric motor, 5, motor, 6 are electronic
Owner's axis, 7, turbine type air stream move generation mechanism, 71, and turbine type air stream moves generation mechanism and installs shell, 72, whirlpool with turbine
Wheeled air flows generation mechanism bottom connecting plate structure, 73, and turbine type air stream moves generation mechanism bolt hole, 74, whirlpool
Wheeled air flows generation mechanism turbine installation space, 75, and turbine type air stream moves generation mechanism gas vent, 76, turbine
Formula air stream moves generation mechanism rotary shaft, 77, and turbine type air stream moves generation mechanism sealing ring, 78, turbine type air stream
Dynamic generation mechanism bearing, 79, turbine type air stream moves generation mechanism turbine, 710, and turbine type air stream is moved generation mechanism and used
Air admission hole, 711, turbine type air stream move generation mechanism gasket, 8, turbine be rotated up to air stream move air pressure control mechanism,
81, turbine is rotated up to air stream and moves air pressure control mechanism rotational shell, 82, and turbine is rotated up to air stream and moves pressure control
Mechanism centre bore, 83, turbine are rotated up to air stream and move air pressure control mechanism bearing, 84, and turbine is rotated up to air stream
Dynamic air pressure control mechanism rotary shaft is socketed shell, 85, and turbine is rotated up to air stream and moves air pressure control mechanism rotary sleeve
Blocked hole, 86, turbine are rotated up to air stream and move air pressure control mechanism semi-circular recesses structure, 87, and turbine is rotated up to sky
Flow of air air pressure control mechanism cushion space, 88, turbine be rotated up to air stream move air pressure control mechanism helical spring,
89, turbine is rotated up to air stream and moves air pressure control mechanism movable plate, 810, and turbine is rotated up to air stream and moves pressure control
Mechanism push rod, 9, support plate, 10, main rotating shaft, 11, driving belt pulley, 12, collar bush, 13, handlebar, 14, taper knob,
15, secondary rotary shaft, 16, driven pulley, 17, belt, 18, cutting blade, 19, main total gas vent, 20, main split's gas vent.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention：Including main supporting substrate 1, the bottom of the main supporting substrate 1
Portion is equipped with idler wheel 2, and the one universal connection of side installation of described 1 one end of main supporting substrate pulls driving mechanism 3, the main support
The side of 1 upper surface of substrate is bolted a mounting base plate of electric motor 4, the upper surface peace of the mounting base plate of electric motor 4
A motor 5 is filled, 6 end of motor main shaft in the motor 5 installs a turbine type air stream and moves generation mechanism 7, described
Inside one turbine of installation that turbine type air stream moves generation mechanism 7 is rotated up to the dynamic air pressure control mechanism 8 of air stream, the turbine
Formula air stream moves upper surface of the bottom mounted on main supporting substrate 1 of generation mechanism 7, and the inside of the main supporting substrate 1 is set
It is equipped with the total gas vent 19 of master that connection turbine type air stream moves 7 bottom of generation mechanism, the main supporting substrate 1 is internally provided with
One end of four main split's gas vents 20, four main split's gas vents 20 is connected to main total gas vent 19, and four masters point
The other end of branch gas vent 20 is connected to the bottom at 1 four turnings of main supporting substrate, and it is another that the turbine type air stream moves generation mechanism 7
End face installs a main rotating shaft 10, and the axis body of the main rotating shaft 10 is fixed on the inside of a support plate 9 by base bearing, and
The bottom of the support plate 9 is mounted on the upper surface of main supporting substrate 1, and the main rotating shaft 10 is positioned at the main supporting substrate
One driving belt pulley 11 is installed, the end of the main rotating shaft 10 is mounted on a collar bush by base bearing on the axis body of 1 side
12 inside, the top installation proficiency shank 13 in 12 outside of the collar bush, proficiency sleeve is installed in the end of the handlebar 13
14, the bottom end of the main rotating shaft 10 is provided with the riser structure with its integral structure, and the center of the riser structure is logical
One secondary rotary shaft 15 of base bearing installation is crossed, the pair rotary shaft 15 is positioned at the underface of the driving belt pulley 11 installation one
Driven pulley 16 is connected between the driving belt pulley 11 and driven pulley 16 by a belt 17, the pair rotary shaft
15 other end fixes a cutting blade 18 by connecting plate.
Referring to Fig. 2, it includes that universal connection pulls driving mechanism connecting plate that the universal connection, which pulls driving mechanism 3,
31, universal connection pulls driving mechanism bolt hole 32, universal connection that driving mechanism riser 33, universal connection is pulled to pull and drives
Motivation structure connecting shaft 34, universal connection pull driving mechanism axle sleeve 35, universal connection to pull driving mechanism connecting rod 36
Driving mechanism cross-tie 37 is pulled with universal connection；It includes two that the universal connection, which pulls driving mechanism connecting plate 31,
It is a, and each universal connection pulls driving mechanism to be both provided with the universal connection pulling driving of connection with the inside of connecting plate 31
The universal connection of mechanism 31 both ends of the surface of connecting plate pulls driving mechanism bolt hole 32, the two universal connections to pull driving machine
Structure is provided with the universal connection with its integral structure with the end face of connecting plate 31 and pulls driving mechanism riser 33, described in two
Riser 33 pulls driving mechanism connecting shaft 34 to connect in opposite end by a universal connection, and the universal connection pulls driving machine
Structure is socketed in the inside that a universal connection pulls driving mechanism axle sleeve 35 with the axis body of connecting shaft 34, and the universal connection pulls
Driving mechanism is equipped with two universal connections with the outside of axle sleeve 35 and driving mechanism connecting rod 36, the two universal connections is pulled to draw
The one universal connection of end installation of dynamic driving mechanism connecting rod 36 pulls driving mechanism cross-tie 37；The two universal companies
It connects and driving mechanism connecting plate 31 is pulled to pull the bolt inside driving mechanism bolt hole 32 solid by being inserted into universal connection
It is scheduled on the end face of main supporting substrate 1, the universal connection pulls driving mechanism connecting shaft 34 and universal connection to pull driving
Mechanism axle sleeve 35 is the connection relation of clearance-type；It is described it is universal connection pull driving mechanism cross-tie 37 axial line with
The horizontal plane of main supporting substrate 1 is in equilbrium position, and main function is：When work, driving is pulled by holding universal connection
Mechanism cross-tie 37, since the two universal connections pull driving mechanism connecting plate 31 to be drawn by being inserted into universal connection
Dynamic driving mechanism is fixed on the end face of main supporting substrate 1 with the bolt inside bolt hole 32, and the universal connection pulls driving
It is the connection relation of clearance-type that mechanism connecting shaft 34 and universal connection, which pull driving mechanism axle sleeve 35,；The universal connection is drawn
The horizontal plane of the axial line and main supporting substrate 1 of dynamic driving mechanism cross-tie 37 is in equilbrium position, so can realize
Rotate the effect pulled.
Referring to Fig. 3, it includes that turbine type air stream moves generation mechanism turbine that the turbine type air stream, which moves generation mechanism 7,
Shell 71 is installed, turbine type air stream moves generation mechanism bottom connecting plate structure 72, turbine type air stream is moved generation mechanism and used
Bolt hole 73, turbine type air stream move generation mechanism turbine installation space 74, turbine type air stream moves generation mechanism exhaust
Generation mechanism rotary shaft 76 is moved in hole 75, turbine type air stream, turbine type air stream moves generation mechanism sealing ring 77, turbine type
Air stream moves generation mechanism bearing 78, turbine type air stream moves generation mechanism turbine 79, turbine type air stream movable property life
Structure air admission hole 710 and turbine type air stream move generation mechanism gasket 711；The turbine type air stream is moved generation mechanism and is used
The bottom of turbine installation shell 71 is provided with moves generation mechanism bottom connecting plate with the turbine type air stream of its integral structure
Structure 72, what the turbine type air stream moved generation mechanism bottom connecting plate structure 72 is internally provided with multiple connection turbine types
The turbine type air stream that air stream moves generation mechanism 72 upper and lower surface of bottom connecting plate structure moves generation mechanism bolt hole 73,
The turbine type air stream that is internally provided with that the turbine type air stream moves generation mechanism turbine installation shell 71 moves generation mechanism
With turbine installation space 74, the turbine type air stream moves generation mechanism and installs the center of shell 71 by turbine type air with turbine
Flowing generation mechanism rotary shaft 76 runs through, and the turbine type air stream moves generation mechanism rotary shaft 76 and turbine type air
Flowing generation mechanism installs shell 71 with turbine and moves generation mechanism sealing ring 77 being equipped with turbine type air stream through position
Generation mechanism bearing 78 is moved with turbine type air stream, the turbine type air stream moves generation mechanism and installs shell 71 with turbine
Bottom inlays a turbine type air stream and moves generation mechanism gasket 711, and the turbine type air stream moves generation mechanism turbine
The top of installation shell 71 is provided with connection turbine type air stream and moves 71 top of generation mechanism turbine installation shell and turbine type
The turbine type air stream that air stream moves generation mechanism turbine installation space 74 moves generation mechanism air admission hole 710, the turbine
Formula air stream moves generation mechanism and moves generation mechanism gasket 711 with turbine installation 71 bottom centre of shell and turbine type air stream
Be provided centrally with that connection turbine type air stream moves 711 lower section of generation mechanism gasket and turbine type air stream moves generation mechanism
Generation mechanism gas vent 75 is moved with the turbine type air stream of turbine installation space 74, the turbine type air stream moves generation mechanism
With rotary shaft 76 one is being installed on the axis body inside turbine installation space 74 positioned at the dynamic generation mechanism of the turbine type air stream
Turbine type air stream moves generation mechanism 8, and turbine type air flowing is installed on the surface that the turbine type air stream moves generation mechanism 8
Generation mechanism turbine 79；The turbine type air stream moves generation mechanism bottom connecting plate structure 72 by being inserted into turbine type
Air stream moves the upper surface that generation mechanism is mounted on main supporting substrate 1 with the bolt inside bolt hole 73, and the turbine type is empty
Flow of air generation mechanism gas vent 75 is connected to main total gas vent 19；The turbine type air stream moves generation mechanism rotary shaft 76
One end be fixedly connected with the end of motor main shaft 6, the turbine type air stream moves the another of generation mechanism rotary shaft 76
End is fixedly connected with the end of main rotating shaft 10, and main function is：Since turbine type air stream moves generation mechanism rotary shaft
76 one end is fixedly connected with the end of motor main shaft 6, and the turbine type air stream moves the another of generation mechanism rotary shaft 76
One end is fixedly connected with the end of main rotating shaft 10, so when motor main shaft 6 rotates, inherently drives turbine type air stream
Dynamic generation mechanism is rotated with rotary shaft 76, since the rotation that turbine type air stream moves generation mechanism rotary shaft 76 can drive turbine
Formula air stream is moved generation mechanism and is rotated with turbine 79, to form air flowing.
Referring to Fig. 4, the turbine is rotated up to the dynamic air pressure control mechanism 8 of air stream is rotated up to air stream including turbine
Dynamic air pressure control mechanism is rotated up to air stream with rotational shell 81, turbine and moves air pressure control mechanism centre bore 82, turbine rotation
Turn the dynamic air pressure control mechanism of maximum air flow and is rotated up to the dynamic air pressure control mechanism rotary sleeve of air stream with bearing 83, turbine
Connect shell 84, turbine is rotated up to the dynamic air pressure control mechanism of air stream and is rotated up to air with rotary sleeve blocked hole 85, turbine
Flowing air pressure control mechanism is rotated up to air stream with semi-circular recesses structure 86, turbine and moves air pressure control mechanism cushion space
87, turbine is rotated up to the dynamic air pressure control mechanism of air stream and is rotated up to the dynamic pressure control of air stream with helical spring 88, turbine
Mechanism is rotated up to air stream with movable plate 89 and turbine and moves air pressure control mechanism push rod 810；The turbine is rotated up to sky
The connection turbine that is provided centrally with of flow of air air pressure control mechanism rotational shell 81 is rotated up to the dynamic Pneumatic control of air stream
Structure is rotated up to air stream with the turbine of 81 both ends of the surface of rotational shell and moves air pressure control mechanism centre bore 82, the turbine rotation
Maximum air flow moves air pressure control mechanism and is being rotated up to the dynamic Pneumatic control of air stream positioned at the turbine with rotational shell 81
Structure is rotated up to air stream by turbine with the inside of centre bore 82 and moves the 83 connection one turbine rotation of air pressure control mechanism bearing
Maximum air flow moves air pressure control mechanism rotary shaft and is socketed shell 84, and the turbine is rotated up to air stream and moves Pneumatic control
The connection turbine that is provided centrally with of structure rotary shaft socket shell 84 is rotated up to the dynamic air pressure control mechanism rotary shaft of air stream
The turbine of socket 84 both ends of the surface of shell is rotated up to air stream and moves air pressure control mechanism rotary sleeve blocked hole 85, the turbine
It is rotated up to air stream and moves air pressure control mechanism and be socketed the side of shell 84 with rotary shaft be provided with multiple turbines and be rotated up to sky
Flow of air air pressure control mechanism semi-circular recesses structure 86, the turbine are rotated up to air stream and move air pressure control mechanism rotation
The multiple turbines that are internally provided with for turning shell 81 are rotated up to the dynamic air pressure control mechanism cushion space 87 of air stream, each described
Turbine is rotated up to air stream and moves air pressure control mechanism to be respectively mounted a turbine with the inside of cushion space 87 and be rotated up to air stream
Dynamic air pressure control mechanism movable plate 89, the turbine are rotated up to air stream and move air pressure control mechanism movable plate 89 in direction
The end face of inside is equipped with turbine and is rotated up to the dynamic air pressure control mechanism push rod 810 of air stream, and the turbine is rotated up to
Air stream is moved air pressure control mechanism and is rotated up to outside the dynamic air pressure control mechanism rotation of air stream through the turbine with push rod 810
The inside of shell 81, and the turbine is rotated up to air stream and moves the end of air pressure control mechanism push rod 810 to correspond to and be inserted into whirlpool
Wheel is rotated up to the inside that air stream moves air pressure control mechanism semi-circular recesses structure 86, and the turbine is rotated up to air stream
Dynamic air pressure control mechanism, which with the other end of movable plate 89 is equipped with the turbine in compressive state and is rotated up to air stream, takes offence
Press control mechanism helical spring 88；The turbine is rotated up to air stream and moves air pressure control mechanism rotary sleeve blocked hole 85
Inside the turbine type air stream that turbine type air stream is moved in generation mechanism 7 be installed move generation mechanism rotary shaft 76, it is described
Turbine is rotated up to the one turbine type air stream movable property life of side socket that air stream moves air pressure control mechanism rotational shell 81
Turbine type air stream in structure 7 moves generation mechanism turbine 79；Multiple turbines are rotated up to air stream and move Pneumatic control
Structure is rotated up to air stream with semi-circular recesses structure 86 and turbine and moves air pressure control mechanism cushion space 87 about the whirlpool
Wheel is rotated up to air stream and moves air pressure control mechanism with the axial line of rotational shell 81 be center of circle circular array setting, and described
Turbine is rotated up to air stream and moves the construction profile of air pressure control mechanism semi-circular recesses structure 86 with turbine rotation most
The dynamic air pressure control mechanism of big air stream is consistent with the construction profile of the end of push rod 810, and main function is：Since turbine rotates
The dynamic air pressure control mechanism of maximum air flow is equipped with turbine type air stream with the inside of rotary sleeve blocked hole 85 and moves generation mechanism 7
In turbine type air stream move generation mechanism rotary shaft 76, the turbine is rotated up to air stream and moves air pressure control mechanism to revolve
The side for turning shell 81 is socketed the turbine type air stream that a turbine type air stream is moved in generation mechanism 7 and moves generation mechanism turbine
79, so when turbine type air stream moves generation mechanism turbine 79 and causes air pressure excessive, when pressure is rotated up to more than turbine
When air stream moves the elastic force of air pressure control mechanism helical spring 88, turbine is rotated up to air stream and moves air pressure control mechanism with half
Circular groove structure 86 can be detached from turbine and be rotated up to the dynamic air pressure control mechanism push rod 810 of air stream, so that turbine type
Air stream moves generation mechanism rotary shaft 76 and can continue to rotate, and air pressure will not continue to increase.
Specifically used mode：In present invention work, the plug of motor 5 is inserted into a moveable power supply, at this point,
Motor 5 works, and one hand of staff draws universal connection and driving mechanism 3, another is pulled to hold sleeve 14 of stopping, then
By rotary handle cover 14, the distance between cutting blade 18 and lawn are controlled, then pulls the device that can be cut,
When work, since turbine type air stream moves the presence of generation mechanism 7, a large amount of air can be generated, which, which passes through, is located at bottom
Main split's air drain hole 20 in portion, forms the reaction force of air, to mitigate the pressure between the device and ground, reduces
Labour is strong.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case of without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Profit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent requirements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of greening construction lawn cutter device, including main supporting substrate（1）, it is characterised in that：The main supporting substrate
（1）Bottom idler wheel is installed（2）, the main supporting substrate（1）The one universal connection of side installation of one end pulls driving mechanism
（3）, the main supporting substrate（1）The side of upper surface is bolted a mounting base plate of electric motor（4）, the motor peace
Fill substrate（4）Upper surface install a motor（5）, the motor（5）In motor main shaft（6）End is installed by one turbine
Formula air stream moves generation mechanism（7）, the turbine type air stream moves generation mechanism（7）Inside install a turbine be rotated up to sky
Flow of air air pressure control mechanism（8）, the turbine type air stream moves generation mechanism（7）Bottom be mounted on main supporting substrate（1）
Upper surface, and the main supporting substrate（1）Be internally provided with connection turbine type air stream move generation mechanism（7）The master of bottom
Total gas vent（19）, the main supporting substrate（1）Be internally provided with four main split's gas vents（20）, four main split's exhausts
Hole（20）One end be connected to main total gas vent（19）, and four main split's gas vents（20）The other end be connected to main support
Substrate（1）The bottom at four turnings, the turbine type air stream move generation mechanism（7）Other end is installed by one main rotating shaft
（10）, the main rotating shaft（10）Axis body one support plate is fixed on by base bearing（9）Inside, and the support plate（9）
Bottom be mounted on main supporting substrate（1）Upper surface, the main rotating shaft（10）Positioned at the main supporting substrate（1）Side
Axis body on a driving belt pulley is installed（11）, the main rotating shaft（10）End by base bearing be mounted on a collar bush
（12）Inside, the collar bush（12）The top in outside is installed by proficiency shank（13）, the handlebar（13）End installation
Proficiency sleeve（14）, the main rotating shaft（10）Bottom end be provided with the riser structure with its integral structure, and the riser
Structure installs a secondary rotary shaft centrally through a base bearing（15）, the pair rotary shaft（15）Positioned at the driving belt pulley
（11）Underface install a driven pulley（16）, the driving belt pulley（11）And driven pulley（16）Between pass through one
Belt（17）Connection, the pair rotary shaft（15）The other end one cutting blade is fixed by connecting plate（18）.
2. a kind of greening construction lawn cutter device according to claim 1, it is characterised in that：The universal connection is drawn
Dynamic driving mechanism（3）Driving mechanism connecting plate is pulled including universal connection（31）, universal connection pull driving mechanism bolt
Hole（32）, universal connection pull driving mechanism riser（33）, universal connection pull driving mechanism connecting shaft（34）, universal company
It connects and pulls driving mechanism axle sleeve（35）, universal connection pull driving mechanism connecting rod（36）Driving machine is pulled with universal connection
Structure cross-tie（37）；The universal connection pulls driving mechanism connecting plate（31）Including two, and it is each described universal
Connection pulls driving mechanism connecting plate（31）Inside be both provided with connection universal connection pulling driving mechanism connecting plate
（31）The universal connection of both ends of the surface pulls driving mechanism bolt hole（32）, the two universal connections pulling driving mechanism connections
Plate（31）End face be provided with the universal connection with its integral structure pull driving mechanism riser（33）, two risers
（33）Driving mechanism connecting shaft is pulled by a universal connection in opposite end（34）Connection, the universal connection pull driving machine
Structure connecting shaft（34）Axis body be socketed in a universal connection and pull driving mechanism axle sleeve（35）Inside, the universal connection
Pull driving mechanism axle sleeve（35）Outside two universal connections be installed pull driving mechanism connecting rods（36）, two described ten thousand
Driving mechanism connecting rod is pulled to connection（36）One universal connection pulling driving mechanism cross-tie of end installation（37）.
3. a kind of greening construction lawn cutter device according to claim 2, it is characterised in that：The two universal connections
Pull driving mechanism connecting plate（31）Driving mechanism bolt hole is pulled by being inserted into universal connection（32）Internal bolt
It is fixed on main supporting substrate（1）End face, the universal connection pulls driving mechanism connecting shaft（34）It is drawn with universal connection
Dynamic driving mechanism axle sleeve（35）For the connection relation of clearance-type.
4. a kind of greening construction lawn cutter device according to claim 3, it is characterised in that：The universal connection is drawn
Dynamic driving mechanism cross-tie（37）Axial line and main supporting substrate（1）Horizontal plane be in equilbrium position.
5. a kind of greening construction lawn cutter device according to claim 1, it is characterised in that：The turbine type air
Flow generation mechanism（7）Generation mechanism turbine is moved including turbine type air stream, and shell is installed（71）, turbine type air stream movable property
Life structure bottom connecting plate structure（72）, turbine type air stream move generation mechanism bolt hole（73）, turbine type air flowing
Generation mechanism turbine installation space（74）, turbine type air stream move generation mechanism gas vent（75）, turbine type air flowing
Generation mechanism rotary shaft（76）, turbine type air stream move generation mechanism sealing ring（77）, turbine type air stream movable property life
Structure bearing（78）, turbine type air stream move generation mechanism turbine（79）, turbine type air stream move generation mechanism air admission hole
（710）Generation mechanism gasket is moved with turbine type air stream（711）；The turbine type air stream is moved generation mechanism and is pacified with turbine
Casing（71）Bottom be provided with and the turbine type air stream of its integral structure moves generation mechanism bottom connecting plate structure
（72）, the dynamic generation mechanism bottom connecting plate structure of the turbine type air stream（72）Be internally provided with multiple connection turbine types
Air stream moves generation mechanism bottom connecting plate structure（72）The turbine type air stream of upper and lower surface moves generation mechanism bolt hole
（73）, the turbine type air stream dynamic generation mechanism turbine installation shell（71）Be internally provided with turbine type air stream movable property
Life structure turbine installation space（74）, the turbine type air stream dynamic generation mechanism turbine installation shell（71）Center quilt
Turbine type air stream moves generation mechanism rotary shaft（76）Run through, and the turbine type air stream moves generation mechanism rotary shaft
（76）Generation mechanism turbine is moved with turbine type air stream, and shell is installed（71）The flowing of turbine type air is being installed through position
Generation mechanism sealing ring（77）Generation mechanism bearing is moved with turbine type air stream（78）, the turbine type air stream movable property life
Shell is installed with turbine by mechanism（71）Bottom inlay a turbine type air stream and move generation mechanism gasket（711）, the whirlpool
Wheeled air flows generation mechanism installs shell with turbine（71）Top be provided with connection turbine type air stream move generation mechanism
Shell is installed with turbine（71）Top and turbine type air stream move generation mechanism turbine installation space（74）Turbine type air
Flow generation mechanism air admission hole（710）, the turbine type air stream dynamic generation mechanism turbine installation shell（71）In bottom
The heart and turbine type air stream move generation mechanism gasket（711）Be provided centrally with connection turbine type air stream move generation mechanism
Use gasket（711）Lower section and turbine type air stream move generation mechanism turbine installation space（74）Turbine type air stream movable property
Life structure gas vent（75）, the dynamic generation mechanism rotary shaft of the turbine type air stream（76）Positioned at the turbine type air
Flow generation mechanism turbine installation space（74）One turbine type air stream is installed on internal axis body and moves generation mechanism（8）, institute
It states turbine type air stream and moves generation mechanism（8）Surface one turbine type air stream be installed move generation mechanism turbine（79）.
6. a kind of greening construction lawn cutter device according to claim 5, it is characterised in that：The turbine type air
Flow generation mechanism bottom connecting plate structure（72）Generation mechanism bolt hole is moved by being inserted into turbine type air stream（73）
Internal bolt is mounted on main supporting substrate（1）Upper surface, and the turbine type air stream moves generation mechanism gas vent
（75）The main total gas vent of connection（19）.
7. a kind of greening construction lawn cutter device according to claim 6, it is characterised in that：The turbine type air
Flow generation mechanism rotary shaft（76）One end and motor main shaft（6）End be fixedly connected, the turbine type air stream
Dynamic generation mechanism rotary shaft（76）The other end and main rotating shaft（10）End be fixedly connected.
8. a kind of greening construction lawn cutter device according to claim 1, it is characterised in that：The turbine rotation is most
Big air stream moves air pressure control mechanism（8）It is rotated up to air stream including turbine and moves air pressure control mechanism rotational shell（81）、
Turbine is rotated up to air stream and moves air pressure control mechanism centre bore（82）, turbine be rotated up to air stream move air pressure control mechanism
Use bearing（83）, turbine is rotated up to air stream and moves air pressure control mechanism rotary shaft socket shell（84）, turbine is rotated up to
Air stream moves air pressure control mechanism rotary sleeve blocked hole（85）, turbine is rotated up to air stream and moves air pressure control mechanism with half
Circular groove structure（86）, turbine is rotated up to air stream and moves air pressure control mechanism cushion space（87）, turbine is rotated up to
Air stream moves air pressure control mechanism helical spring（88）, turbine is rotated up to air stream and moves air pressure control mechanism movable plate
（89）It is rotated up to air stream with turbine and moves air pressure control mechanism push rod（810）；The turbine is rotated up to air stream and takes offence
Press control mechanism rotational shell（81）Be provided centrally with connection turbine be rotated up to air stream move air pressure control mechanism revolve
Turn shell（81）The turbine of both ends of the surface is rotated up to air stream and moves air pressure control mechanism centre bore（82）, the turbine rotation is most
Big air stream moves air pressure control mechanism rotational shell（81）Pneumatic control is moved being rotated up to air stream positioned at the turbine
Structure centre bore（82）Inside air stream be rotated up to by turbine move air pressure control mechanism bearing（83）Connect a turbine
It is rotated up to air stream and moves air pressure control mechanism rotary shaft socket shell（84）, the turbine is rotated up to air stream and takes offence pressure
Control mechanism is socketed shell with rotary shaft（84）Be provided centrally with connection turbine be rotated up to air stream move air pressure control mechanism
It is socketed shell with rotary shaft（84）The turbine of both ends of the surface is rotated up to air stream and moves air pressure control mechanism rotary sleeve blocked hole
（85）, the turbine is rotated up to air stream and moves air pressure control mechanism rotary shaft socket shell（84）Side be provided with it is multiple
Turbine is rotated up to air stream and moves air pressure control mechanism semi-circular recesses structure（86）, the turbine be rotated up to air flowing
Air pressure control mechanism rotational shell（81）Be internally provided with multiple turbines be rotated up to air stream move air pressure control mechanism use
Cushion space（87）, each turbine is rotated up to air stream and moves air pressure control mechanism cushion space（87）Inside pacify
It fills a turbine and is rotated up to the dynamic air pressure control mechanism movable plate of air stream（89）, the turbine is rotated up to air stream and takes offence pressure
Control mechanism movable plate（89）Turbine is installed in the end face towards inside and is rotated up to the dynamic air pressure control mechanism of air stream
Use push rod（810）, the turbine is rotated up to air stream and moves air pressure control mechanism push rod（810）Most through turbine rotation
Big air stream moves air pressure control mechanism rotational shell（81）Inside, and the turbine be rotated up to air stream move pressure control
Mechanism push rod（810）End correspond to be inserted into turbine and be rotated up to air stream and move air pressure control mechanism semi-circular recesses knot
Structure（86）Inside, the turbine is rotated up to air stream and moves air pressure control mechanism movable plate（89）Other end be equipped with
Turbine in compressive state is rotated up to air stream and moves air pressure control mechanism helical spring（88）.
9. a kind of greening construction lawn cutter device according to claim 8, it is characterised in that：The turbine rotation is most
Big air stream moves air pressure control mechanism rotary sleeve blocked hole（85）Inside be equipped with turbine type air stream move generation mechanism
（7）In turbine type air stream move generation mechanism rotary shaft（76）, the turbine be rotated up to air stream move Pneumatic control
Structure rotational shell（81）Side be socketed a turbine type air stream move generation mechanism（7）In turbine type air stream movable property life
Structure turbine（79）.
10. a kind of greening construction lawn cutter device according to claim 9, it is characterised in that：Multiple turbines
It is rotated up to air stream and moves air pressure control mechanism semi-circular recesses structure（86）With turbine be rotated up to air stream take offence it is voltage-controlled
Mechanism cushion space processed（87）It is rotated up to air stream about the turbine and moves air pressure control mechanism rotational shell（81）'s
Axial line is arranged for center of circle circular array, and the turbine is rotated up to air stream and moves air pressure control mechanism semi-circular recesses
Structure（86）Construction profile and the turbine be rotated up to air stream and move air pressure control mechanism push rod（810）End knot
Structure shape is consistent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810498916.2A CN108668788A (en) | 2018-05-23 | 2018-05-23 | A kind of greening construction lawn cutter device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810498916.2A CN108668788A (en) | 2018-05-23 | 2018-05-23 | A kind of greening construction lawn cutter device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108668788A true CN108668788A (en) | 2018-10-19 |
Family
ID=63807882
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810498916.2A Withdrawn CN108668788A (en) | 2018-05-23 | 2018-05-23 | A kind of greening construction lawn cutter device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108668788A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111236029A (en) * | 2020-01-13 | 2020-06-05 | 泉州市贺元信息技术有限公司 | Stripe cutterbar is used in cement road surface construction |
-
2018
- 2018-05-23 CN CN201810498916.2A patent/CN108668788A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111236029A (en) * | 2020-01-13 | 2020-06-05 | 泉州市贺元信息技术有限公司 | Stripe cutterbar is used in cement road surface construction |
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