CN207566349U - A kind of interior decoration sandy soil are paved with unloading husky device - Google Patents
A kind of interior decoration sandy soil are paved with unloading husky device Download PDFInfo
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- CN207566349U CN207566349U CN201721527237.0U CN201721527237U CN207566349U CN 207566349 U CN207566349 U CN 207566349U CN 201721527237 U CN201721527237 U CN 201721527237U CN 207566349 U CN207566349 U CN 207566349U
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- overload
- rotary adjustment
- adjustment mechanism
- sandy soil
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Abstract
The utility model discloses a kind of interior decoration sandy soil to pave with unloading husky device, including supporting substrate, the bottom surface of the supporting substrate is equipped with multiple idler wheels, the side of the supporting substrate upper surface is installed by one bottom supporting rod, the top of the bottom supporting rod is installed by one rotary adjustment mechanism, the top of the rotary adjustment mechanism is installed by one top supporting rod, motor installation housing is fixed in supporting substrate upper surface centrally through bolt, the inside of motor installation housing is installed by one main motor, the main motor spindle top of main motor installs a drive gear.The utility model utilizes the spinfunction of motor, drive helical blade rotation, flow direction caused by the curvature of helical blade, enables to sandy soil constantly to export, and exports with compression, so as to which sandy soil are exported to remote, efficiency during finishing can effectively be accelerated, in addition, the device has anti-overload mechanism, it can be ensured that the service life of motor, improve the practicality.
Description
Technical field
The utility model is related to interior decoration technology, specially a kind of interior decoration sandy soil are paved with unloading husky device.
Background technology
At present, indoors in terms of finishing, such as the installation of floor ceramic tile or plank, it can all be spread between installation on ground
One layer of sandy soil, and due to the limitation of floor space, it is impossible to larger equipment is allowed to enter, so being in general working method：Pass through
Cart, one vehicle of a vehicle are transported, not only arduously, but also the more wasteful time, there is larger limitation.
Utility model content
The purpose of this utility model is to provide a kind of interior decoration sandy soil to pave with husky device is unloaded, to solve above-mentioned background
The problem of being proposed in technology.
To achieve the above object, the utility model provides following technical solution：A kind of interior decoration sandy soil are paved with unloading sand
Device, including supporting substrate, the bottom surface of the supporting substrate is equipped with multiple idler wheels, the side of the supporting substrate upper surface
One bottom supporting rod is installed, a rotary adjustment mechanism, the rotary adjustment mechanism are installed in the top of the bottom supporting rod
Top install a top supporting rod, the supporting substrate upper surface centrally through bolt fix a motor installation housing,
A main motor is installed in the inside of the motor installation housing, and the main motor spindle top installation one of the main motor is driven
Moving gear, the side of the drive gear are provided with the main teeth structure of integral type, pass through spiral shell at the top of the top supporting rod
Bolt installs a fixed substrate, and sandy soil storage housing is installed in the upper surface of the fixed substrate, and the sandy soil are stored in housing
The heart is provided with sandy soil storage space, and the bottom of the sandy soil storage housing side is provided with the delivery pipe with its integral structure
Road, the discharge tube are internally provided with that connection is extraneous and the emission quotas of sandy soil storage space, the fixed substrate it is upper
Surface side is bolted a secondary motor, and an anti-overload is installed in the end of the secondary motor main shaft in the pair motor
Mechanism, and the anti-overload mechanism is mounted on the inside of sandy soil storage housing, one end of the anti-overload mechanism fixes one
Main rotating shaft, and the axis body of the main rotating shaft extends to sandy soil storage space through sandy soil storage housing, axis body and discharge is empty
Between inside, a helical blade is installed, and when secondary motor rotates in the forward direction on the axis body of the main rotating shaft, the helical blade
Floss hole caused by its own curvature is towards free surrounding space.
Preferably, the rotary adjustment mechanism includes rotary adjustment mechanism screw shell, rotatably adjusts machine
Structure screw thread section, rotary adjustment mechanism longitudinal teeth structure, the first threaded rod of rotary adjustment mechanism, rotary tune
Save the second threaded rod of mechanism, rotary adjustment mechanism limit hole and rotary adjustment mechanism gag lever post.
Preferably, the rotary adjustment mechanism that is provided centrally with of the rotary adjustment mechanism screw shell is used
Screw thread section, the rotary adjustment mechanism screw shell is in the inner wall setting positioned at rotary adjustment mechanism screw thread section
There is internal thread structure, the side of rotary adjustment mechanism screw shell is provided with the rotary tune with its integral structure
The longitudinal teeth structure of mechanism is saved, is used on the body of rod of the first threaded rod of the rotary adjustment mechanism with rotary adjustment mechanism
It is provided with external thread structure on the body of rod of second threaded rod, on the body of rod of the first threaded rod of the rotary adjustment mechanism and revolves
Rotatable regulating mechanism is connected to the rotary adjustment mechanism thread bush in opposite end with the second threaded rod by helicitic texture
The inside of cylinder, the first threaded rod of the rotary adjustment mechanism and rotary adjustment mechanism are with the second threaded rod in opposite end
Inside is both provided with the rotary adjustment mechanism limit hole, and the inside of the two rotary adjustment mechanism limit holes is inserted into
The one rotary adjustment mechanism gag lever post, the first threaded rod of the rotary adjustment mechanism and rotary adjustment mechanism are used
The other end of second threaded rod is separately fixed at the end face of bottom supporting rod and top supporting rod, and the rotary adjustment mechanism is used
Longitudinal teeth structure is intermeshed with the main teeth structure in drive gear.
Preferably, the rotary adjustment mechanism hand of spiral of external thread structure and rotation on the first screw thread club shaft
Rotatable regulating mechanism is opposite with the hand of spiral of external thread structure on the second screw thread club shaft.
Preferably, the cross section of the rotary adjustment mechanism limit hole and rotary adjustment mechanism gag lever post is equal
For triangular structure.
Preferably, the anti-overload mechanism is hollow including the main hollow housing of anti-overload mechanism, anti-overload mechanism master
Section, anti-overload mechanism column spinner, the secondary hollow housing of anti-overload mechanism, the secondary hollow section of anti-overload mechanism, anti-overload
Mechanism movable plate, anti-overload mechanism helical spring, anti-overload mechanism push rod and anti-overload mechanism semi-circular recesses knot
Structure.
Preferably, the anti-overload mechanism is fixedly connected with the center of main hollow housing end face with motor main shaft,
The anti-center of the mechanism inside main hollow housing of overloading is the anti-main hollow section of overload mechanism, the anti-overload machine
Structure is being socketed an anti-overload mechanism column spinner with main hollow housing positioned at the inside in the anti-main hollow section of overload mechanism,
The anti-overload mechanism is provided with multiple secondary hollow with the anti-overload mechanism of its integral structure with the side of main hollow housing
Housing, the inside of the anti-mechanism pair hollow housing that overloads is the hollow section of anti-overload mechanism pair, the anti-overload mechanism
An anti-overload mechanism is placed with the inside in secondary hollow section in the end face positioned at the anti-main hollow section of overload mechanism to use
Movable plate, the anti-overload mechanism fix one between one end of the anti-overload mechanism movable plate in place with secondary hollow section
Anti- overload mechanism helical spring, the end face of the anti-overload mechanism movable plate is provided with to be surpassed with the anti-of its integral structure
Mounted mechanism push rod, and the anti-overload mechanism push rod runs through the main hollow housing of the anti-overload mechanism, and positioned at described
The inside in the anti-main hollow section of overload mechanism, the anti-overload mechanism push rod is hollow positioned at the anti-overload mechanism master
The one end in section is semicircular structure, and the side of the anti-overload mechanism column spinner is provided with to place the anti-overload machine
A master is fixed in the anti-overload mechanism semi-circular recesses structure of structure push rod end, one end of the anti-overload mechanism column spinner
Rotary shaft.
Preferably, the initial length of the anti-overload mechanism helical spring is secondary hollow more than the anti-overload mechanism
The length in section；The construction profile of the anti-overload mechanism push rod end and the knot of anti-overload mechanism semi-circular recesses structure
Structure shape is consistent.
Compared with prior art, the beneficial effects of the utility model are：The utility model utilizes the spinfunction of motor,
Helical blade rotation is driven, the flow direction caused by the curvature of helical blade enables to sandy soil constantly to export, and
And output has compression, so as to which sandy soil are exported to remote, can effectively accelerate efficiency during finishing, in addition,
The device has anti-overload mechanism, it can be ensured that the service life of motor improves the practicality.
Description of the drawings
Fig. 1 is that a kind of interior decoration sandy soil of the utility model are paved with the structure diagram for unloading husky device；
Fig. 2 is paved for a kind of interior decoration sandy soil of the utility model to be shown with the structure for unloading rotary adjustment mechanism in husky device
It is intended to；
Fig. 3 is that a kind of interior decoration sandy soil of the utility model are paved with the structural representation for unloading anti-overload mechanism in husky device
Figure；
In figure：1, supporting substrate, 2, idler wheel, 3, bottom supporting rod, 4, rotary adjustment mechanism, 41 rotatably adjust machine
Structure screw shell, 42, rotary adjustment mechanism screw thread section, 43, rotary adjustment mechanism longitudinal teeth structure, 44,
Rotary adjustment mechanism the first threaded rod, 45, rotary adjustment mechanism the second threaded rod, 46, rotary adjustment mechanism are used
Limit hole, 47, rotary adjustment mechanism gag lever post, 5, motor installation housing, 6, main motor, 7, main motor main shaft,
8, drive gear, 9, top supporting rod, 10, main teeth structure, 11, fixed substrate, 12, sandy soil storage housing, 13, sandy soil storage
Space, 14, discharge tube, 15, emission quotas, 16, secondary motor, 17, secondary motor main shaft, 18, anti-overload mechanism, 181,
Anti- overload mechanism main hollow housing, 182, anti-the overload hollow section of mechanism master, 183, anti-overload mechanism column spinner, 184,
Anti- overload mechanism secondary hollow housing, 185, the hollow section of anti-overload mechanism pair, 186, anti-overload mechanism movable plate,
187, anti-overload mechanism helical spring, 188, anti-overload mechanism push rod, 189, anti-overload mechanism semi-circular recesses structure,
19, helical blade, 20, main rotating shaft.
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：Including supporting substrate 1, the bottom of the supporting substrate 1
Surface is equipped with multiple idler wheels 2, and a bottom supporting rod 3, the bottom supporting rod are installed in the side of 1 upper surface of supporting substrate
A rotary adjustment mechanism 4 is installed at 3 top, and a top supporting rod 9 is installed at the top of the rotary adjustment mechanism 4, described
Motor installation housing 5, the inside of the motor installation housing 5 are fixed in 1 upper surface of supporting substrate centrally through bolt
One main motor 6,7 one drive gear 8 of top installation of main motor main shaft of the main motor 6, the drive gear 8 are installed
Side be provided with the main teeth structure 10 of integral type, the top of the top supporting rod 9 passes through bolt and installs a fixed substrate
11, sandy soil storage housing 12 is installed in the upper surface of the fixed substrate 11, and the sandy soil storage housing 12 is provided centrally with
Sandy soil storage space 13, the bottom of 12 side of sandy soil storage housing be provided with the discharge tube of its integral structure 14,
The discharge tube 14 is internally provided with the extraneous emission quotas 15 with sandy soil storage space 13 of connection, the fixed substrate 11
Upper surface side be bolted a secondary motor 16, the end peace of the secondary motor main shaft 17 in the pair motor 16
An anti-overload mechanism 18 is filled, and the anti-overload mechanism 18 is mounted on the inside of sandy soil storage housing 12, the anti-overload
A main rotating shaft 20 is fixed in one end of mechanism 18, and the axis body of the main rotating shaft 20 prolongs through sandy soil storage housing 12, axis body
The inside of sandy soil storage space 13 and emission quotas 15 is extended to, a helical blade 19 is installed on the axis body of the main rotating shaft 20,
And secondary motor 16 is when rotating in the forward direction, floss hole of the helical blade 19 caused by its own curvature is towards extraneous empty
Between.
Referring to Fig. 2, the rotary adjustment mechanism 4 includes rotary adjustment mechanism screw shell 41, rotary tune
Save mechanism screw thread section 42, rotary adjustment mechanism longitudinal teeth structure 43, the first threaded rod of rotary adjustment mechanism
44th, the second threaded rod 45 of rotary adjustment mechanism, rotary adjustment mechanism limit hole 46 and rotary adjustment mechanism limit
Position bar 47；The rotary adjustment mechanism screw shell 41 is provided centrally with the rotary adjustment mechanism screw thread section
42, the rotary adjustment mechanism is being provided with screw shell 41 positioned at rotary adjustment mechanism with the inner wall in screw thread section 42
Internal thread structure, the rotary adjustment mechanism are provided with the rotary tune with its integral structure with the side of screw shell 41
The longitudinal teeth structure 43 of mechanism is saved, on the body of rod of the first threaded rod 44 of the rotary adjustment mechanism and rotary adjusting machine
Structure is with being provided with external thread structure, the bar of the first threaded rod 44 of the rotary adjustment mechanism on the body of rod of the second threaded rod 45
On body and rotary adjustment mechanism is connected to the rotary adjusting machine in opposite end with the second threaded rod 45 by helicitic texture
The inside of structure screw shell 41, the second spiral shell of the first threaded rod 44 of the rotary adjustment mechanism and rotary adjustment mechanism
Rasp bar 45 is both provided with the rotary adjustment mechanism limit hole 46, two rotary adjustment mechanisms in the inside of opposite end
A rotary adjustment mechanism gag lever post 47, the first spiral shell of the rotary adjustment mechanism are inserted into the inside of limit hole 46
Rasp bar 44 and rotary adjustment mechanism are separately fixed at bottom supporting rod 3 and top supporting rod with the other end of the second threaded rod 45
9 end face, the rotary adjustment mechanism are mutually nibbled with longitudinal teeth structure 43 with the main teeth structure 10 in drive gear 8
It closes；The hand of spiral and rotary adjustment mechanism of rotary adjustment mechanism external thread structure on 44 body of rod of the first threaded rod
Hand of spiral with external thread structure on 45 body of rod of the second threaded rod is opposite；The rotary adjustment mechanism is with 46 He of limit hole
Rotary adjustment mechanism is triangular structure with the cross section of gag lever post 47, and main function is：When main motor 6 quickly revolves
When turning, inherently drive gear 8 is driven quickly to rotate, due to the rotary adjustment mechanism longitudinal teeth structure 43 and driving
Main teeth structure 10 in gear 8 is intermeshed, so rotary adjustment mechanism can quickly be rotated with screw shell 41, and due to
Rotary adjustment mechanism hand of spiral of external thread structure on 44 body of rod of the first threaded rod and rotary adjustment mechanism are used
The hand of spiral of external thread structure is opposite on second threaded rod, 45 body of rod and the rotary adjustment mechanism is with 46 He of limit hole
Rotary adjustment mechanism is triangular structure with the cross section of gag lever post 47, so can change rotary adjustment mechanism with first
Threaded rod 44 and rotary adjustment mechanism the distance between second threaded rod 45, and then adjustment effect is played, wherein main electronic
Machine 6 is servo motor.
Referring to Fig. 3, the anti-overload mechanism 18 includes the main hollow housing 181 of anti-overload mechanism, anti-overload mechanism uses
Main hollow section 182, anti-overload mechanism column spinner 183, the secondary hollow housing 184 of anti-overload mechanism, anti-overload mechanism are secondary
Hollow section 185, anti-overload mechanism movable plate 186, anti-overload mechanism helical spring 187, anti-overload mechanism push rod 188
With anti-overload mechanism semi-circular recesses structure 189；The center of main 181 end face of hollow housing of the anti-overload mechanism and electricity
Motivation main shaft 17 is fixedly connected, and the anti-overload mechanism is used with the center inside main hollow housing 181 for the anti-overload mechanism
Main hollow section 182, the anti-overload mechanism is with main hollow housing 181 positioned at the anti-main hollow section of overload mechanism
182 one anti-overload mechanism column spinner 183 of inside socket, the side setting of the main hollow housing 181 of the anti-overload mechanism
There are multiple anti-overload mechanism pair hollow housings 184 with its integral structure, the secondary hollow housing of the anti-overload mechanism
184 inside is the anti-secondary hollow section 185 of overload mechanism, and the inside in the anti-secondary hollow section 185 of overload mechanism is in place
End face in the anti-main hollow section 182 of overload mechanism places an anti-overload mechanism movable plate 186, the anti-overload
Mechanism with secondary hollow section 185 positioned at the anti-overload mechanism with fixing an anti-overload mechanism between one end of movable plate 186
With helical spring 187, the anti-overload mechanism is provided with the anti-overload machine with its integral structure with the end face of movable plate 186
Structure push rod 188, and the anti-overload mechanism push rod 188 runs through the main hollow housing 181 of the anti-overload mechanism, and be located at
The inside in the anti-main hollow section 182 of overload mechanism, the anti-overload mechanism is with push rod 188 positioned at the anti-overload machine
Structure is semicircular structure with the one end in main hollow section 182, and the anti-overload mechanism is provided with the side of column spinner 183 to be used for
Place the anti-overload mechanism semi-circular recesses structure 189 of 188 end of anti-overload mechanism push rod, the anti-overload mechanism
A main rotating shaft 20 is fixed with one end of column spinner 183；The initial length of the anti-overload mechanism helical spring 187 is more than institute
State the length in the anti-secondary hollow section 185 of overload mechanism；The construction profile of anti-overload mechanism 188 end of push rod surpasses with anti-
Mounted mechanism is consistent with the construction profile of semi-circular recesses structure 189, and main operational principle is：Utilize anti-overload mechanism spiral
Maximum rotation dynamics during the elastic force effect rotation of spring 187, when the rotation dynamics caused by rotation is more than anti-overload machine
During the elastic force of structure helical spring 187, anti-overload mechanism push rod 188 can be detached from anti-overload mechanism semi-circular recesses structure
189, so that relative rotation occurs for the anti-overload main hollow housing 181 of mechanism and anti-overload mechanism column spinner 183, so as to
So that main rotating shaft 20 will not rotate, and secondary motor 16 can continue to rotate, certainly anti-overload mechanism helical spring 187
Elastic force should be less than the specified dynamics that secondary motor 16 can drive.
Specifically used mode：In utility model works, main motor 6 is first opened so that drive gear 8 drives rotation
Formula regulating mechanism quickly rotates, and plays the role of adjusting height, and sandy soil storage sky is poured into after height is adjusted, then by sandy soil
Between 13 inside, then, the end of discharge tube 14 is connected by hose, at this point, secondary motor 16 can be opened so that it is high
Speed rotation, under the action of helical blade 19 so that sandy soil are constantly delivered in hose, and being then directed at one end of hose needs
The position of sandy soil, you can.
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 range of type is indicated by the appended claims rather than the foregoing description, it is intended that by containing in the equivalent requirements of the claims is fallen
All changes in justice and range are embraced therein.Any reference numeral in claim should not be considered as limitation
Involved claim.
Claims (8)
1. a kind of interior decoration sandy soil are paved with husky device is unloaded, including supporting substrate (1), it is characterised in that：The supporting substrate
(1) bottom surface is equipped with multiple idler wheels (2), and a bottom supporting rod (3) is installed in the side of supporting substrate (1) upper surface,
The top of the bottom supporting rod (3) is installed by one rotary adjustment mechanism (4), the top peace of the rotary adjustment mechanism (4)
A top supporting rod (9) is filled, motor installation housing (5) is fixed in supporting substrate (1) upper surface centrally through bolt,
The inside of the motor installation housing (5) is installed by one main motor (6), the main motor main shaft (7) of the main motor (6)
A drive gear (8) is installed at top, and the side of the drive gear (8) is provided with the main teeth structure (10) of integral type, described
The top of top supporting rod (9) one fixed substrate (11), the upper surface installation one of the fixed substrate (11) are installed by bolt
Sandy soil storage housing (12), the sandy soil storage housing (12) are provided centrally with sandy soil storage space (13), the sandy soil storage
The bottom for depositing housing (12) side is provided with and the discharge tube of its integral structure (14), the inside of the discharge tube (14)
The extraneous emission quotas (15) with sandy soil storage space (13) of connection is provided with, the upper surface side of the fixed substrate (11) leads to
It crosses bolt and fixes a secondary motor (16), the end installation one of the secondary motor main shaft (17) in the pair motor (16) is anti-super
Mounted mechanism (18), and the anti-overload mechanism (18) is mounted on the inside of sandy soil storage housing (12), the anti-overload machine
A main rotating shaft (20) is fixed in one end of structure (18), and the axis body of the main rotating shaft (20) through sandy soil storage housing (12),
Axis body extends to the inside of sandy soil storage space (13) and emission quotas (15), and one is installed on the axis body of the main rotating shaft (20)
Helical blade (19), and when secondary motor (16) rotates in the forward direction, the helical blade (19) is caused by its own curvature
Floss hole is towards free surrounding space.
2. a kind of interior decoration sandy soil according to claim 1 are paved with unloading husky device, it is characterised in that：It is described rotary
Regulating mechanism (4) includes rotary adjustment mechanism screw shell (41), rotary adjustment mechanism screw thread section (42), rotation
Formula regulating mechanism is used with longitudinal teeth structure (43), the first threaded rod of rotary adjustment mechanism (44), rotary adjustment mechanism
Second threaded rod (45), rotary adjustment mechanism limit hole (46) and rotary adjustment mechanism gag lever post (47).
3. a kind of interior decoration sandy soil according to claim 2 are paved with unloading husky device, it is characterised in that：It is described rotary
Regulating mechanism screw shell (41) is provided centrally with the rotary adjustment mechanism screw thread section (42), described rotary
Regulating mechanism is being provided with internal thread knot positioned at rotary adjustment mechanism with screw shell (41) with the inner wall of screw thread section (42)
Structure, the rotary adjustment mechanism are provided with the rotary adjustment mechanism with its integral structure with the side of screw shell (41)
With longitudinal teeth structure (43), on the body of rod of the rotary adjustment mechanism the first threaded rod (44) and rotary adjustment mechanism
With being provided with external thread structure, the rotary adjustment mechanism the first threaded rod (44) on the body of rod of the second threaded rod (45)
On the body of rod and rotary adjustment mechanism is connected to the rotary tune in opposite end with the second threaded rod (45) by helicitic texture
Save the inside of mechanism screw shell (41), the rotary adjustment mechanism the first threaded rod (44) and rotary adjustment mechanism
The rotary adjustment mechanism limit hole (46), two rotations are both provided in the inside of opposite end with the second threaded rod (45)
A rotary adjustment mechanism gag lever post (47) is inserted into the inside of rotatable regulating mechanism limit hole (46), described rotary
Regulating mechanism is separately fixed at bottom with the first threaded rod (44) and rotary adjustment mechanism with the other end of the second threaded rod (45)
The end face of portion's supporting rod (3) and top supporting rod (9), the rotary adjustment mechanism longitudinal teeth structure (43) and sliding tooth
Take turns main teeth structure (10) intermeshing in (8).
4. a kind of interior decoration sandy soil according to claim 3 are paved with unloading husky device, it is characterised in that：It is described rotary
Regulating mechanism second screw thread of the hand of spiral of external thread structure and rotary adjustment mechanism on the first threaded rod (44) body of rod
The hand of spiral of external thread structure is opposite on bar (45) body of rod.
5. a kind of interior decoration sandy soil according to claim 4 are paved with unloading husky device, it is characterised in that：It is described rotary
Regulating mechanism limit hole (46) and rotary adjustment mechanism are triangular structure with the cross section of gag lever post (47).
6. a kind of interior decoration sandy soil according to claim 1 are paved with unloading husky device, it is characterised in that：The anti-overload
Mechanism (18) includes anti-overload mechanism main hollow housing (181), the main hollow section (182) of anti-overload mechanism, anti-overload machine
Structure column spinner (183), the anti-mechanism that overloads use secondary hollow housing (184), the secondary hollow section (185) of anti-overload mechanism, prevent surpassing
Mounted mechanism movable plate (186), anti-overload mechanism helical spring (187), anti-overload mechanism push rod (188) and anti-overload machine
Structure is with semi-circular recesses structure (189).
7. a kind of interior decoration sandy soil according to claim 6 are paved with unloading husky device, it is characterised in that：The anti-overload
Mechanism is fixedly connected with the center of main hollow housing (181) end face with motor main shaft (17), the anti-overload mechanism master
The internal center of hollow housing (181) is the anti-main hollow section (182) of overload mechanism, during the anti-overload mechanism is main
Empty capsid (181) is in one anti-overload mechanism of the inside socket rotation positioned at the anti-main hollow section (182) of overload mechanism
Column (183), the anti-overload mechanism are provided with multiple and its integral structure anti-overload with the side of main hollow housing (181)
Mechanism pair hollow housing (184), the inside of the anti-secondary hollow housing (184) of overload mechanism is in anti-overload mechanism pair
Empty interval (185), the inside of the anti-secondary hollow section (185) of overload mechanism is hollow positioned at the anti-overload mechanism master
The end face in section (182) places an anti-overload mechanism movable plate (186), the anti-secondary hollow section of overload mechanism
(185) positioned at the anti-overload mechanism with fixing an anti-overload mechanism helical spring between one end of movable plate (186)
(187), the anti-overload mechanism is provided with the anti-overload mechanism of its integral structure with the end face of movable plate (186) with pushing away
Bar (188), and the anti-overload mechanism with push rod (188) through the anti-overload main hollow housing of mechanism (181), and be located at
The inside of the anti-main hollow section (182) of overload mechanism, the anti-overload mechanism is with push rod (188) positioned at described anti-super
One end of the main hollow section (182) of mounted mechanism is semicircular structure, and the anti-overload mechanism is set with the side of column spinner (183)
It is equipped with the anti-overload mechanism semi-circular recesses structure (189) for placing described anti-overload mechanism push rod (188) end, institute
It states anti-overload mechanism and fixes a main rotating shaft (20) with one end of column spinner (183).
8. a kind of interior decoration sandy soil according to claim 6 are paved with unloading husky device, it is characterised in that：The anti-overload
The initial length of mechanism helical spring (187) is more than the length of the anti-secondary hollow section (185) of overload mechanism；It is described anti-
The construction profile of the mechanism that overloads push rod (188) end and the construction profile of anti-overload mechanism semi-circular recesses structure (189)
Unanimously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721527237.0U CN207566349U (en) | 2017-11-15 | 2017-11-15 | A kind of interior decoration sandy soil are paved with unloading husky device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721527237.0U CN207566349U (en) | 2017-11-15 | 2017-11-15 | A kind of interior decoration sandy soil are paved with unloading husky device |
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| Publication Number | Publication Date |
|---|---|
| CN207566349U true CN207566349U (en) | 2018-07-03 |
Family
ID=62690555
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721527237.0U Expired - Fee Related CN207566349U (en) | 2017-11-15 | 2017-11-15 | A kind of interior decoration sandy soil are paved with unloading husky device |
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| Country | Link |
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| CN (1) | CN207566349U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109205198A (en) * | 2018-07-20 | 2019-01-15 | 长久（滁州）专用汽车有限公司 | A kind of mechanical spiral transmission lockable mechanism |
-
2017
- 2017-11-15 CN CN201721527237.0U patent/CN207566349U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109205198A (en) * | 2018-07-20 | 2019-01-15 | 长久（滁州）专用汽车有限公司 | A kind of mechanical spiral transmission lockable mechanism |
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