CN207432325U - A kind of longer large-scale cutter of service life - Google Patents
A kind of longer large-scale cutter of service life Download PDFInfo
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- CN207432325U CN207432325U CN201721186370.4U CN201721186370U CN207432325U CN 207432325 U CN207432325 U CN 207432325U CN 201721186370 U CN201721186370 U CN 201721186370U CN 207432325 U CN207432325 U CN 207432325U
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- motor protection
- protecting mechanism
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Abstract
The utility model discloses a kind of longer large-scale cutters of service life, including supporting substrate, the bottom of the supporting substrate is fixed with supporting rod, each supporting rod bottom is provided centrally with installation groove, the supporting rod is being connected with main rotating shaft positioned at the inside of the installation groove both sides by base bearing, an idler wheel is fixed between the end of the two opposition main rotating shafts, the one side of the supporting substrate upper surface is bolted a motor fixed shell, and the motor fixed shell upper surface is provided centrally with motor installation groove.Cutting equipment of the utility model as large component; with case turbocharging mechanism; reaching the standard grade for the device cutting force degree can be improved; so as to the material of cutting hardness bigger, in addition, the device has motor overload protection mechanism; and the motor overload protection mechanism has controllability; the protection of electromotor overload mechanism can be controlled to reach the standard grade, so as to take ejection escape measure, can effectively prevent motor crash phenomenon.
Description
Technical field
The utility model is related to field of mechanical technique, are specially a kind of longer large-scale cutter of service life.
Background technology
At present, in material convenient formation, cutting machine is inevitably used, main function is to drive cutting blade
Quick rotation, is then cut the material cut under atwirl cutter, however for large size
For cutter, although the dynamics of its circumgyration incision can support it to cut bigger and the stronger component of hardness, due to it
All it is fixed mode between all parts, once so cutting blade is stuck inside cutting material, it is dead will result in motor
Machine, it is easy to cause motor damages, there is the defects of larger.
Utility model content
The purpose of this utility model is to provide a kind of longer large-scale cutter of service life, to solve above-mentioned background skill
The problem of being proposed in art.
To achieve the above object, the utility model provides following technical solution：
A kind of longer large-scale cutter of service life, including supporting substrate, the bottom of the supporting substrate is fixed with branch
Strut, each supporting rod bottom are provided centrally with installation groove, and the supporting rod is positioned at the installation groove both sides
Inside main rotating shaft is connected with by base bearing, fix an idler wheel between the end of the two opposition main rotating shafts, it is described
The one side of supporting substrate upper surface is bolted a motor fixed shell, in the motor fixed shell upper surface
The heart is provided with motor installation groove, and the motor installation housing installs one in the inside of the motor installation groove in place
Motor, the axis body of the motor main shaft of the motor install housing, the bottom of the turbine installation housing through a turbine
The upper surface of supporting substrate is fixed on by fixed link, the turbine installation housing is internally provided with turbine installation space, institute
State the inside that motor main shaft is socketed in an axle sleeve in the axis body inside the turbine installation space, the outside of the axle sleeve
Turbo blade is provided with, the inside of the turbine installation case top and the inside of bottom are respectively arranged with pipeline to interface and sky
Gas discharge orifice, and the pipeline connects interface with air drain hole the turbine installation space, the motor main shaft
End is inserted in the center inside a motor protection overload protecting mechanism, one end of the motor protection overload protecting mechanism
One first rotation axis is fixed at face center, and the end of first rotation axis is inserted in the inside of a transverse rotation axis adjusting mechanism,
One second rotation axis is fixed at the end face center of the transverse rotation axis adjusting mechanism, and the end set of second rotation axis has
With the connecting board structure of its integral structure, the end face of the connecting board structure is bolted a cutting blade.
Preferably, the motor protection overload protecting mechanism includes motor protection overload protecting mechanism annulus sky
Heart housing, motor protection overload protecting mechanism internal axle sleeve, motor protection overload protecting mechanism semi-circular recesses structure,
It is motor protection overload protecting mechanism buffer compression space, motor protection overload protecting mechanism bottom movable plate, electronic
Machine protection overload protecting mechanism pusher structure, motor protection overload protecting mechanism helical spring, motor protection overload
Protection mechanism top movable plate, motor protection overload protecting mechanism nut structure, motor protection overload protecting mechanism
With threaded rod, motor protection overload protecting mechanism with helicitic texture and motor protection overload protecting mechanism swivel plate.
Preferably, the motor protection overload protecting mechanism is electronic with the center socket one inside annulus hollow shell
Machine protects overload protecting mechanism internal axle sleeve, the center inside the motor protection overload protecting mechanism internal axle sleeve with it is electronic
The axis body of owner's shaft end is fixedly connected, and the motor protection overload protecting mechanism internal axle sleeve is set positioned at its periphery
There are multiple motor protection overload protecting mechanism semi-circular recesses structures, the motor protection overload protecting mechanism is used
Annulus hollow shell is internally provided with multiple motor protection overload protecting mechanism buffer compression spaces, and multiple institutes
It is empty on the motor protection overload protecting mechanism annulus to state motor protection overload protecting mechanism buffer compression space
The axle center of heart housing is set for center of circle circular array, and the motor protection overload protecting mechanism is in place with annulus hollow shell
A motor protection is placed respectively in the motor protection overload protecting mechanism with the both ends of buffer compression interior volume to overload
Protection mechanism bottom movable plate and motor protection overload protecting mechanism top movable plate, the motor protection overload are protected
It protects mechanism and uses top movable plate positioned at the motor protection mistake with bottom movable plate and motor protection overload protecting mechanism
It carries protection mechanism and motor protection overload protecting mechanism helical spring is installed with the position between buffer compression interior volume,
Being provided centrally with for the motor protection overload protecting mechanism bottom movable plate bottom surface is electronic with its integral structure
Machine protects overload protecting mechanism pusher structure, and motor protection overload protecting mechanism pusher structure runs through the electricity
Motivation protects overload protecting mechanism annulus hollow shell, the end of the motor protection overload protecting mechanism pusher structure
For semicircular structure, and the motor protection overload protecting mechanism is inserted into corresponding motor with the end of pusher structure and protects
Protect the inside of overload protecting mechanism semi-circular recesses structure, motor protection overload protecting mechanism top movable plate
A motor protection overload protecting mechanism threaded rod, the motor protection overload protecting mechanism screw thread are fixed in top
Bar runs through the motor protection overload protecting mechanism annulus hollow shell, and the motor protection overload protecting mechanism is used
Threaded rod is passing through the motor positioned at the described one end of motor protection overload protecting mechanism on the outside of annulus hollow shell
Overload protecting mechanism is protected to connect a motor protection overload protecting mechanism nut structure with helicitic texture, the motor is protected
Shield overload protecting mechanism is fixed on the motor protection overload protecting mechanism annulus hollow shell with the end face of nut structure
The side of body, the motor protection overload protecting mechanism threaded rod are used positioned at the motor protection overload protecting mechanism
The body of rod of one end fixes a motor protection overload protecting mechanism swivel plate outside annulus hollow shell.
Preferably, the initial length of the motor protection overload protecting mechanism helical spring is more than the motor
Protect the spatial altitude in overload protecting mechanism buffer compression space.
Preferably, the motor protection overload protecting mechanism helicitic texture includes being arranged on the motor protection
External thread structure on overload protecting mechanism screw thread club shaft and it is arranged on the motor protection overload protecting mechanism spiral shell
Internal thread structure inside parent structure, and the external thread structure is meshed with internal thread structure.
Preferably, the transverse rotation axis adjusting mechanism include transverse rotation axis adjusting mechanism external hollow housing,
Transverse rotation axis adjusting mechanism connection bearing, transverse rotation axis adjusting mechanism inner hollow housing, transverse rotation axis are adjusted
Mechanism circular socket holes, transverse rotation axis adjusting mechanism rotation axis, transverse rotation axis adjusting mechanism semi-cylindrical hill structure,
Transverse rotation axis adjusting mechanism is with semicircle jack structure and transverse rotation axis adjusting mechanism push rod.
Preferably, the transverse rotation axis adjusting mechanism fixes company with one end of rotation axis and the end of the first rotation axis
It connects, the transverse rotation axis adjusting mechanism is provided with multiple and its integral structure transverse rotation axis with the periphery of rotation axis
Adjusting mechanism semi-cylindrical hill structure, and multiple transverse rotation axis adjusting mechanisms with semi-cylindrical hill structure on described
Transverse rotation axis adjusting mechanism is that center of circle circular array is set with the axle center of rotation axis, and the transverse rotation axis adjusting mechanism is used
Inner hollow enclosure interior is provided centrally with the transverse rotation axis adjusting mechanism circular socket holes, and the transverse rotation axis
Adjusting mechanism is set with the inside of inner hollow housing positioned at the edge of the transverse rotation axis adjusting mechanism circular socket holes
Have with the semicircle jack structure of the transverse rotation axis adjusting mechanism of its integral structure, and multiple transverse rotation axis are adjusted
Mechanism is center of circle battle array in a ring with the center of circular socket holes on the transverse rotation axis adjusting mechanism with semicircle jack structure
Row are set, and the transverse rotation axis adjusting mechanism rotation axis and transverse rotation axis adjusting mechanism are distinguished with semi-cylindrical hill structure
It is inserted in the semicircle jack structure of the transverse rotation axis adjusting mechanism and transverse rotation axis adjusting mechanism circular socket holes
Inside, the transverse rotation axis adjusting mechanism fix company with the end face of inner hollow housing and the end of one second rotation axis
It connects, the transverse rotation axis adjusting mechanism is connected with the outside of inner hollow housing by the transverse rotation axis adjusting mechanism
Bearing is fixed on the inside of the transverse rotation axis adjusting mechanism external hollow housing, and the transverse rotation axis adjusting mechanism is used
The transverse rotation axis adjusting mechanism push rod with its integral structure is provided at the top of external hollow housing.
Preferably, the length of the transverse rotation axis adjusting mechanism rotation axis, which is more than the transverse rotation axis, adjusts machine
The length of structure inner hollow housing.
Compared with prior art, the beneficial effects of the utility model are：
Cutting equipment of the utility model as large component has case turbocharging mechanism, can improve device cutting
Dynamics is reached the standard grade, and so as to the material of cutting hardness bigger, in addition, the device has motor overload protection mechanism, and this is electronic
Machine overload protecting mechanism has controllability, the protection of electromotor overload mechanism can be controlled to reach the standard grade, so as to which ejection escape be taken to arrange
It applies, can effectively prevent motor crash phenomenon.
Description of the drawings
Fig. 1 is a kind of complete section structure diagram of the longer large-scale cutter of service life of the utility model；
Fig. 2 is motor protection overload protecting mechanism in a kind of longer large-scale cutter of service life of the utility model
Structure diagram；
Fig. 3 is the structure of transverse rotation axis adjusting mechanism in a kind of longer large-scale cutter of service life of the utility model
Schematic diagram.
In figure：1, supporting substrate, 2, supporting rod, 3, installation groove, 4, base bearing, 5, main rotating shaft, 6, idler wheel, 7 are electronic
Machine fixed shell, 8, motor installation groove, 9, motor, 10, motor main shaft, 11, turbine installation housing, 12, fixed link,
13, turbine installation space, 14, air drain hole, 15, pipeline is to interface, 16, axle sleeve, 17, turbo blade, 18, motor protection
Overload protecting mechanism, 181, motor protection overload protecting mechanism annulus hollow shell, 182, motor protection overload protection
Mechanism internal axle sleeve, 183, motor protection overload protecting mechanism semi-circular recesses structure, 184, motor protection overload are protected
Protect mechanism buffer compression space, 185, motor protection overload protecting mechanism bottom movable plate, 186, motor protection mistake
Carry protection mechanism pusher structure, 187, motor protection overload protecting mechanism helical spring, 188, motor protection overload
Protection mechanism top movable plate, 189, motor protection overload protecting mechanism nut structure, 1810, motor protection overload
Protection mechanism threaded rod, 1811, motor protection overload protecting mechanism helicitic texture, 1812, motor protection overload are protected
Mechanism swivel plate, 19 are protected, the first rotation axis, 20, transverse rotation axis adjusting mechanism, 201, transverse rotation axis adjusting mechanism is used outer
Portion's hollow housing, 202, transverse rotation axis adjusting mechanism connection bearing, 203, transverse rotation axis adjusting mechanism inner hollow
Housing, 204, transverse rotation axis adjusting mechanism circular socket holes, 205, transverse rotation axis adjusting mechanism rotation axis, 206, laterally
Rotation axis adjusting mechanism semi-cylindrical hill structure, 207, transverse rotation axis adjusting mechanism semicircle jack structure, 208 are horizontal
To rotation axis adjusting mechanism push rod, 21, the second rotation axis, 22, connecting board structure, 23, cutting blade.
Specific embodiment
The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out
It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work
All other embodiments obtained shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the utility model：A kind of longer large-scale cutter of service life, bag
Supporting substrate 1 is included, the bottom of the supporting substrate 1 is fixed with supporting rod 2, and each 2 bottom of supporting rod is provided centrally with
Installation groove 3, the supporting rod 2 are being connected with main rotating shaft positioned at the inside of 3 both sides of installation groove by base bearing 4
5, an idler wheel 6 is fixed between the end of the two opposition main rotating shafts 5, and the one side of 1 upper surface of supporting substrate passes through bolt
A motor fixed shell 7 is fixed, 7 upper surface of motor fixed shell is provided centrally with motor installation groove 8, institute
It states motor installation housing 7 and one motor 9, the electricity of the motor 9 is being installed positioned at the inside of the motor installation groove 8
The axis body of motivation main shaft 10 installs housing 11 through a turbine, and the bottom of the turbine installation housing 11 is fixed by fixed link 12
In the upper surface of supporting substrate 1, the turbine installation housing 11 is internally provided with turbine installation space 13, the electronic owner
Axis 10 is socketed in the inside of an axle sleeve 16 in the axis body inside the turbine installation space 13, and the outside of the axle sleeve 16 is set
Turbo blade 17 is equipped with, the inside at 11 top of turbine installation housing and the inside of bottom are respectively arranged with pipeline to interface 15
With air drain hole 14, and the pipeline connects the turbine installation space 13 to interface 15 with air drain hole 14, described
The end of motor main shaft 10 is inserted in the center inside a motor protection overload protecting mechanism 18, the motor protection mistake
One first rotation axis 19 is fixed at the end face center for carrying protection mechanism 18, and the end of first rotation axis 19 is inserted in one laterally
One second rotation axis is fixed at the inside of rotation axis adjusting mechanism 20, the end face center of the transverse rotation axis adjusting mechanism 20
21, the end set of second rotation axis 21 has and the connecting board structure of its integral structure 22, the connecting board structure 22
End face be bolted a cutting blade 23, main operational principle is：As the cutting equipment of large component, there is whirlpool
Booster body is taken turns, reaching the standard grade for the device cutting force degree can be improved, so as to the material of cutting hardness bigger, in addition, the device has
There is motor overload protection mechanism, and the motor overload protection mechanism has controllability, can control electromotor overload mechanism
Protection reach the standard grade, so as to take ejection escape measure, can effectively prevent motor crash phenomenon.
Referring to Fig. 2, the motor protection overload protecting mechanism 18 is justified including motor protection overload protecting mechanism
Ring hollow shell 181, motor protection overload protecting mechanism are with internal axle sleeve 182, motor protection overload protecting mechanism semicircle
Connected in star structure 183, motor protection overload protecting mechanism buffer compression space 184, motor protection overload protecting mechanism
It is used with bottom movable plate 185, motor protection overload protecting mechanism pusher structure 186, motor protection overload protecting mechanism
Helical spring 187, motor protection overload protecting mechanism movable plate 188, motor protection overload protecting mechanism spiral shell at the top of
Parent structure 189, motor protection overload protecting mechanism are with threaded rod 1810, motor protection overload protecting mechanism helicitic texture
1811 and motor protection overload protecting mechanism swivel plate 1812；The motor protection overload protecting mechanism annulus is hollow
Center inside housing 181 is socketed a motor protection overload protecting mechanism internal axle sleeve 182, and the motor protection overload is protected
Shield mechanism is fixedly connected with the center inside internal axle sleeve 182 with the axis body of 10 end of motor main shaft, the motor protection mistake
It carries protection mechanism and its periphery is being provided with multiple motor protection overload protecting mechanism semicircles with internal axle sleeve 182
Connected in star structure 183, being internally provided with for the motor protection overload protecting mechanism annulus hollow shell 181 are multiple described
Motor protection overload protecting mechanism buffer compression space 184, and multiple motor protection overload protecting mechanisms are used and delayed
It is that the center of circle is in ring with the axle center of annulus hollow shell 181 that compression stroke 184, which is rushed, on the motor protection overload protecting mechanism
Shape array is set, and the motor protection overload protecting mechanism is with annulus hollow shell 181 positioned at the motor protection mistake
Load protection mechanism is placed a motor protection overload protecting mechanism with the both ends inside buffer compression space 184 and is moved with bottom respectively
Movable plate 185 and motor protection overload protecting mechanism top movable plate 188, the motor protection overload protecting mechanism bottom
Portion's movable plate 185 and motor protection overload protecting mechanism use top movable plate 188 overloading guarantor positioned at the motor protection
Shield mechanism is equipped with motor protection overload protecting mechanism helical spring with the position between 184 inside of buffer compression space
187,185 bottom surface of motor protection overload protecting mechanism bottom movable plate is provided centrally with and its integral structure
Motor protection overload protecting mechanism pusher structure 186, and the motor protection overload protecting mechanism pusher structure
186 run through the motor protection overload protecting mechanism annulus hollow shell 181, the motor protection overload protecting mechanism
End with pusher structure 186 is semicircular structure, and the end of the motor protection overload protecting mechanism pusher structure 186
Portion is inserted into the inside of corresponding motor protection overload protecting mechanism semi-circular recesses structure 183, the motor protection
Overload protecting mechanism fixes a motor protection overload protecting mechanism threaded rod with the top of top movable plate 188
1810, the motor protection overload protecting mechanism is justified with threaded rod 1810 through the motor protection overload protecting mechanism
Ring hollow shell 181, and the motor protection overload protecting mechanism with threaded rod 1810 positioned at the motor protection mistake
It carries protection mechanism and passes through the motor protection overload protecting mechanism helicitic texture with the one end in 181 outside of annulus hollow shell
1811 one motor protection overload protecting mechanism nut structures 189 of connection, the motor protection overload protecting mechanism spiral shell
The end face of parent structure 189 is fixed on the side of the motor protection overload protecting mechanism annulus hollow shell 181, described
Motor protection overload protecting mechanism is with threaded rod 1810 hollow positioned at the motor protection overload protecting mechanism annulus
The body of rod of 181 outside one end of housing fixes a motor protection overload protecting mechanism swivel plate 1812；The motor
Overload protecting mechanism is protected to be more than the motor protection overload protecting mechanism with the initial length of helical spring 187 to be pressed with buffering
The spatial altitude in contracting space 184；The motor protection overload protecting mechanism helicitic texture 1811 includes being arranged on the electricity
External thread structure on 1810 body of rod of motivation protection overload protecting mechanism threaded rod is overloaded with the motor protection is arranged on
Internal thread structure of the protection mechanism inside nut structure 189, and the external thread structure is meshed with internal thread structure, master
Acting on is, prevents that motor 9 is stuck, enhances its service life, when the dynamics of cutting is more than rotation dynamics and the whirlpool of motor 9
For wheel when the air pressure of laminated structure, motor protection overload protecting mechanism 18 can realize that motor main shaft 10 and first rotates
Axis 19 realizes relative rotation so that motor 9 normally rotates, it should be noted that by electric rotating motivation overload protecting mechanism is protected to use
Swivel plate 1812, changes the size of elastic force after motor protection overload protecting mechanism helical spring 187 is compressed, and then changes
Maximum dynamics control of the device when realizing relative rotation.
Referring to Fig. 3, the transverse rotation axis adjusting mechanism 20 includes transverse rotation axis adjusting mechanism external hollow shell
Body 201, transverse rotation axis adjusting mechanism connection bearing 202, transverse rotation axis adjusting mechanism inner hollow housing 203, horizontal stroke
Machine is adjusted to rotation axis adjusting mechanism circular socket holes 204, transverse rotation axis adjusting mechanism rotation axis 205, transverse rotation axis
Structure semi-cylindrical hill structure 206, transverse rotation axis adjusting mechanism adjust machine with semicircle jack structure 207 and transverse rotation axis
Structure push rod 208；The transverse rotation axis adjusting mechanism fixes company with one end of rotation axis 205 and the end of the first rotation axis 19
It connects, the transverse rotation axis adjusting mechanism is provided with multiple horizontal rotations with its integral structure with the periphery of rotation axis 205
Revolving shaft adjusting mechanism semi-cylindrical hill structure 206, and multiple transverse rotation axis adjusting mechanism semi-cylindrical hill structures
206 on the transverse rotation axis adjusting mechanism be that center of circle circular array is set with the axle center of rotation axis 205, the laterally rotation
The transverse rotation axis adjusting mechanism circular socket holes are provided centrally with inside Revolving shaft adjusting mechanism inner hollow housing 203
204, and the transverse rotation axis adjusting mechanism is adjusting machine with the inside of inner hollow housing 203 positioned at the transverse rotation axis
Structure is provided with and the semicircle jack structure of the transverse rotation axis adjusting mechanism of its integral structure with the edge of circular socket holes 204
207, and multiple transverse rotation axis adjusting mechanisms use semicircle jack structure 207 on the transverse rotation axis adjusting mechanism
Center with circular socket holes 204 is that center of circle circular array is set, transverse rotation axis the adjusting mechanism rotation axis 205 and horizontal stroke
It is semicircle slotting that the transverse rotation axis adjusting mechanism is respectively inserted into rotation axis adjusting mechanism semi-cylindrical hill structure 206
The inside of pore structure 207 and transverse rotation axis adjusting mechanism circular socket holes 204, the transverse rotation axis adjusting mechanism are internal
The end face of hollow housing 203 is fixedly connected with the end of one second rotation axis 21, in the transverse rotation axis adjusting mechanism use
The outside of portion's hollow housing 203 connects bearing 202 by the transverse rotation axis adjusting mechanism and is fixed on the transverse rotation
The inside of axis adjusting mechanism external hollow housing 201, the top of the transverse rotation axis adjusting mechanism external hollow housing 201
Portion is provided with the transverse rotation axis adjusting mechanism push rod 208 with its integral structure；The transverse rotation axis adjusting mechanism is used
The length of rotation axis 205 is more than the length of the transverse rotation axis adjusting mechanism inner hollow housing 203, at work, energy
Enough realize dynamics rotation transmission effect, and at this moment, transverse rotation axis adjusting mechanism external hollow housing 201 will not revolve
Turn, so the transverse rotation axis adjusting mechanism push rod 208 in transverse rotation axis adjusting mechanism 20 is promoted, controls cutting blade
23 so that its stabilization is cut in suitable lateral separation, then to object.
Specifically used mode：In utility model works, in use, opening motor 9, motor main shaft 10 is quick at this time
Rotation, when run into need the material hardness that cuts larger when, by pipeline to the exhaust outlet company of interface 15 and an air compressor
It connects, then opens air compressor, under the action of air pressure so that turbo blade 17 can play motor main shaft 10
Then the effect of supercharging promotes the transverse rotation axis adjusting mechanism push rod 208 in transverse rotation axis adjusting mechanism 20, control is cut
Cutting blade 23 so that its stabilization is cut in suitable lateral separation, then to object, when the dynamics of cutting is more than electronic
When the air pressure of laminated structure, motor protection overload protecting mechanism 18 can be realized electronic the rotation dynamics and turbine of machine 9
10 and first rotation axis 19 of owner's axis realizes relative rotation so that motor 9 normally rotates, so as to prevent motor 9 from damaging.
It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned exemplary embodiment, and
And in the case of the spirit or essential attributes without departing substantially from the utility model, it can realize that this practicality is new in other specific forms
Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this practicality is new
The scope of type is indicated by the appended claims rather than the foregoing description, it is intended that will fall containing in the equivalent requirements of the claims
All changes in justice and scope are embraced therein.Any reference numeral in claim should not be considered as limitation
Involved claim.
Claims (8)
1. a kind of longer large-scale cutter of service life, including supporting substrate (1), it is characterised in that：The supporting substrate (1)
Bottom be fixed with supporting rod (2), each supporting rod (2) bottom is provided centrally with installation groove (3), the supporting rod
(2) main rotating shaft (5) is being connected with by base bearing (4) positioned at the inside of the installation groove (3) both sides, described in two opposition
An idler wheel (6) is fixed between the end of main rotating shaft (5), the one side of supporting substrate (1) upper surface is bolted one
Motor fixed shell (7), motor fixed shell (7) upper surface are provided centrally with motor installation groove (8), institute
It states motor installation housing (7) and one motor (9) is being installed positioned at the inside of the motor installation groove (8), it is described electronic
The axis body of the motor main shaft (10) of machine (9) is through turbine installation housing (11), the bottom of the turbine installation housing (11)
The upper surface of supporting substrate (1) is fixed on by fixed link (12), the turbine installation housing (11) is internally provided with turbine
Installation space (13), the motor main shaft (10) are being socketed in an axis positioned at the internal axis body of the turbine installation space (13)
The inside of (16) is covered, turbo blade (17) is provided on the outside of the axle sleeve (16), the turbine is installed at the top of housing (11)
Internal and bottom inside is respectively arranged with pipeline to interface (15) and air drain hole (14), and the pipeline is to interface (15)
The turbine installation space (13) is connected with air drain hole (14), the end of the motor main shaft (10) is inserted in an electricity
The internal center of motivation protection overload protecting mechanism (18), the end face center of the motor protection overload protecting mechanism (18)
One first rotation axis (19) is fixed, the end of first rotation axis (19) is inserted in a transverse rotation axis adjusting mechanism (20)
One second rotation axis (21), second rotation are fixed in inside, the end face center of the transverse rotation axis adjusting mechanism (20)
The end set of axis (21) has to be passed through with the connecting board structure of its integral structure (22), the end face of the connecting board structure (22)
Bolt fixes a cutting blade (23).
2. a kind of longer large-scale cutter of service life according to claim 1, it is characterised in that：The motor is protected
Protecting overload protecting mechanism (18) includes motor protection overload protecting mechanism annulus hollow shell (181), motor protection mistake
Protection mechanism internal axle sleeve (182), motor protection overload protecting mechanism semi-circular recesses structure (183), motor is carried to protect
Protect overload protecting mechanism buffer compression space (184), motor protection overload protecting mechanism bottom movable plate (185), electricity
Motivation protection overload protecting mechanism pusher structure (186), motor protection overload protecting mechanism helical spring (187), electricity
Motivation protection overload protecting mechanism use top movable plate (188), motor protection overload protecting mechanism nut structure (189),
Motor protection overload protecting mechanism threaded rod (1810), motor protection overload protecting mechanism helicitic texture (1811) and
Motor protection overload protecting mechanism is with swivel plate (1812).
3. a kind of longer large-scale cutter of service life according to claim 2, it is characterised in that：The motor is protected
It protects overload protecting mechanism and is socketed a motor protection overload protecting mechanism inner shaft with the internal center of annulus hollow shell (181)
It covers (182), the motor protection the overload protecting mechanism internal center of internal axle sleeve (182) and motor main shaft (10) end
Axis body be fixedly connected, the motor protection overload protecting mechanism with internal axle sleeve (182) be provided with positioned at its periphery it is more
A motor protection overload protecting mechanism semi-circular recesses structure (183), the motor protection overload protecting mechanism
Multiple motor protection overload protecting mechanism buffer compression spaces are internally provided with annulus hollow shell (181)
(184), and multiple motor protection overload protecting mechanisms with buffer compression space (184) on the motor protection mistake
It carries the axle center of protection mechanism annulus hollow shell (181) to set for center of circle circular array, the motor protection overload is protected
Mechanism is protected with annulus hollow shell (181) positioned at the motor protection overload protecting mechanism buffer compression space (184)
A motor protection overload protecting mechanism bottom movable plate (185) is placed at internal both ends respectively and motor protection overload is protected
Mechanism top movable plate (188) is protected, the motor protection overload protecting mechanism is protected with bottom movable plate (185) and motor
It protects overload protecting mechanism and uses top movable plate (188) positioned at the motor protection overload protecting mechanism buffer compression space
(184) position between inside is equipped with motor protection overload protecting mechanism helical spring (187), the motor protection
Overload protecting mechanism bottom movable plate (185) bottom surface is provided centrally with overloading with the motor protection of its integral structure
Protection mechanism is with pusher structure (186), and motor protection overload protecting mechanism pusher structure (186) runs through the electricity
Motivation protects overload protecting mechanism annulus hollow shell (181), the motor protection overload protecting mechanism pusher structure
(186) end is semicircular structure, and the motor protection overload protecting mechanism is inserted into the end of pusher structure (186)
To the inside of corresponding motor protection overload protecting mechanism semi-circular recesses structure (183), the motor protection overload
Protection mechanism fixes a motor protection overload protecting mechanism threaded rod at the top of at the top of movable plate (188)
(1810), motor protection overload protecting mechanism threaded rod (1810) runs through the motor protection overload protecting mechanism
With annulus hollow shell (181), and the motor protection overload protecting mechanism with threaded rod (1810) positioned at described electronic
Machine protection overload protecting mechanism passes through the motor protection overload protecting mechanism with one end on the outside of annulus hollow shell (181)
A motor protection overload protecting mechanism nut structure (189), the motor protection mistake are connected with helicitic texture (1811)
It carries protection mechanism and is fixed on the motor protection overload protecting mechanism annulus hollow shell with the end face of nut structure (189)
The side of body (181), the motor protection overload protecting mechanism is with threaded rod (1810) positioned at the motor protection mistake
It carries protection mechanism and fixes the motor protection overload protecting mechanism use with the body of rod of the external one end of annulus hollow shell (181)
Swivel plate (1812).
4. a kind of longer large-scale cutter of service life according to claim 3, it is characterised in that：The motor is protected
It protects the overload protecting mechanism initial length of helical spring (187) and is more than motor protection overload protecting mechanism buffering pressure
The spatial altitude in contracting space (184).
5. a kind of longer large-scale cutter of service life according to claim 4, it is characterised in that：The motor is protected
Shield overload protecting mechanism helicitic texture (1811) includes being arranged on the motor protection overload protecting mechanism threaded rod
(1810) external thread structure on the body of rod and to be arranged on the motor protection overload protecting mechanism nut structure (189) internal
Internal thread structure, and the external thread structure is meshed with internal thread structure.
6. a kind of longer large-scale cutter of service life according to claim 1, it is characterised in that：The transverse rotation
Axis adjusting mechanism (20) includes transverse rotation axis adjusting mechanism external hollow housing (201), transverse rotation axis adjusting mechanism is used
It is circular to connect bearing (202), transverse rotation axis adjusting mechanism inner hollow housing (203), transverse rotation axis adjusting mechanism
Jack (204), transverse rotation axis adjusting mechanism rotation axis (205), transverse rotation axis adjusting mechanism semi-cylindrical hill structure
(206), transverse rotation axis adjusting mechanism semicircle jack structure (207) and transverse rotation axis adjusting mechanism push rod (208).
7. a kind of longer large-scale cutter of service life according to claim 6, it is characterised in that：The transverse rotation
Axis adjusting mechanism is fixedly connected with one end of rotation axis (205) with the end of the first rotation axis (19), the transverse rotation axis tune
Section mechanism is provided with multiple and its integral structure transverse rotation axis adjusting mechanism semicircle with the periphery of rotation axis (205)
Shape bulge-structure (206), and multiple transverse rotation axis adjusting mechanisms with semi-cylindrical hill structure (206) on the transverse direction
The axle center of rotation axis adjusting mechanism rotation axis (205) is set for center of circle circular array, the transverse rotation axis adjusting mechanism
The transverse rotation axis adjusting mechanism circular socket holes (204), and institute are provided centrally with inner hollow housing (203) inside
Justify positioned at the transverse rotation axis adjusting mechanism inside for stating transverse rotation axis adjusting mechanism inner hollow housing (203)
The edge of shape jack (204) is provided with and the semicircle jack structure of the transverse rotation axis adjusting mechanism of its integral structure
(207), and multiple transverse rotation axis adjusting mechanisms are adjusted with semicircle jack structure (207) on the transverse rotation axis
The center of mechanism circular socket holes (204) is set for center of circle circular array, the transverse rotation axis adjusting mechanism rotation axis
(205) it is respectively inserted into the transverse rotation axis with transverse rotation axis adjusting mechanism with semi-cylindrical hill structure (206) and adjusts machine
Structure semicircle jack structure (207) and the inside of transverse rotation axis adjusting mechanism circular socket holes (204), the transverse rotation
Axis adjusting mechanism is fixedly connected with the end face of inner hollow housing (203) with the end of one second rotation axis (21), the horizontal stroke
Pass through transverse rotation axis adjusting mechanism connection bearing to the rotation axis adjusting mechanism outside of inner hollow housing (203)
(202) inside of the transverse rotation axis adjusting mechanism external hollow housing (201) is fixed on, the transverse rotation axis is adjusted
Mechanism is with the transverse rotation axis adjusting mechanism push rod being provided at the top of external hollow housing (201) with its integral structure
(208)。
8. a kind of longer large-scale cutter of service life according to claim 7, it is characterised in that：The transverse rotation
Axis adjusting mechanism is more than the transverse rotation axis adjusting mechanism inner hollow housing (203) with the length of rotation axis (205)
Length.
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| CN201721186370.4U CN207432325U (en) | 2017-09-15 | 2017-09-15 | A kind of longer large-scale cutter of service life |
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| CN201721186370.4U CN207432325U (en) | 2017-09-15 | 2017-09-15 | A kind of longer large-scale cutter of service life |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109807970A (en) * | 2019-03-12 | 2019-05-28 | 张晓佟 | A kind of horseshoe slicing device convenient for adjusting cutting force degree |
-
2017
- 2017-09-15 CN CN201721186370.4U patent/CN207432325U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109807970A (en) * | 2019-03-12 | 2019-05-28 | 张晓佟 | A kind of horseshoe slicing device convenient for adjusting cutting force degree |
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