CN110499919A - A kind of depth of interaction and the easily controllable vibrating spear of range - Google Patents
A kind of depth of interaction and the easily controllable vibrating spear of range Download PDFInfo
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- CN110499919A CN110499919A CN201910807050.3A CN201910807050A CN110499919A CN 110499919 A CN110499919 A CN 110499919A CN 201910807050 A CN201910807050 A CN 201910807050A CN 110499919 A CN110499919 A CN 110499919A
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- Prior art keywords
- plate
- vibrating
- kickboard
- depth
- upper cover
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B1/00—Producing shaped prefabricated articles from the material
- B28B1/08—Producing shaped prefabricated articles from the material by vibrating or jolting
- B28B1/093—Producing shaped prefabricated articles from the material by vibrating or jolting by means directly acting on the material, e.g. by cores wholly or partly immersed in the material or elements acting on the upper surface of the material
- B28B1/0935—Producing shaped prefabricated articles from the material by vibrating or jolting by means directly acting on the material, e.g. by cores wholly or partly immersed in the material or elements acting on the upper surface of the material using only elements wholly or partly immersed in the material, e.g. cores
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
- E04G21/02—Conveying or working-up concrete or similar masses able to be heaped or cast
- E04G21/06—Solidifying concrete, e.g. by application of vacuum before hardening
- E04G21/08—Internal vibrators, e.g. needle vibrators
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Architecture (AREA)
- Manufacturing & Machinery (AREA)
- Chemical & Material Sciences (AREA)
- Ceramic Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Apparatuses For Generation Of Mechanical Vibrations (AREA)
- On-Site Construction Work That Accompanies The Preparation And Application Of Concrete (AREA)
Abstract
The present invention relates to technical field of building construction tools, especially a kind of depth of interaction and the easily controllable vibrating spear of range.The present invention includes motor, flexible shaft transmission mechanism, linkage mechanism and vibrating head, motor is connect through flexible shaft transmission mechanism with linkage mechanism, flexible shaft transmission mechanism includes hose and primary drive shaft, clip is provided at the output shaft of motor, one end of hose is fixed through the clip of motor, one end of primary drive shaft and the output axis connection of motor, several vibrating heads are detachably connected with linkage mechanism.The present invention can control effectively to the depth of interaction and range that concrete vibrates, and the efficiency that concrete vibrates can be especially significantly improved when carrying out concrete on a large scale and vibrating.
Description
Technical field
The present invention relates to technical field of building construction tools, especially a kind of depth of interaction and range is easily controllable vibrates
Stick.
Background technique
Plug-in type concrete vibration stick is the important machinery in modern age concrete works, and all casting concrete components can be inserted
Entering vibrating spear can then use, such as casting concrete column, side wall, guardrail, girder, secondary beam and prefabricated components.It is applied using vibrating spear
Work has the advantage that compared to hand punning can save cement consumption；Inside concrete even tissue；Intensity increases；Reduce body
Product shrink, increase prevent water penetration, weathering and resist impact capacity；The presentation quality of concrete is improved, it is existing to reduce voids and pits etc.
As；And setting time can be shortened, speeded up the work.But there is certain disadvantages for existing plug-in type concrete vibration stick
End: vibration efficiency is slower, and the artificial more and time of consuming is long, and the spacing control vibrated is inaccurate, is easy to appear concrete
The phenomenon that vibrating less than next layer, forms banded seam layer between two contact surfaces, affects concrete to a certain extent
Presentation quality and works durability.
Summary of the invention
The object of the present invention is to provide the easily controllable vibrating spears of a kind of depth of interaction and range, can shake to concrete
The depth of interaction and range smash control effectively, and especially are carrying out to significantly improve what concrete vibrated when concrete vibrates on a large scale
Efficiency.
In order to solve the above technical problems, the present invention adopts the following technical scheme that:
A kind of depth of interaction and the easily controllable vibrating spear of range, including motor, flexible shaft transmission mechanism, linkage mechanism and
Vibrating head, the motor are connect through flexible shaft transmission mechanism with linkage mechanism, and the flexible shaft transmission mechanism includes hose and primary
Transmission shaft is provided with clip at the output shaft of the motor, and one end of the hose is fixed through the clip of motor, it is described just
Grade one end of transmission shaft and the output axis connection of motor, several vibrating heads are detachably connected with linkage mechanism.
Depth of interaction above-mentioned and the easily controllable vibrating spear of range, the linkage mechanism include from top to bottom being sequentially arranged
Upper cover plate, middle pressing plate, middle supporting plate and lower plate, through pore is offered on the upper cover plate and lower plate, the hose is remote
One end from motor is provided with the first flange collar, and the hose is set in the pore of upper cover plate, and first flange collar is through upper cover
Plate and the limit of middle pressing plate are relatively set with mounting groove between medium pressure plate and middle supporting plate, correspondence opens up with teeth in the mounting groove
Take turns mounting hole, be provided with driving gear, driven gear and several pinions in the pinion mounting holes, the driving gear and
Driven gear engagement is provided with synchronous belt between the driven gear and pinion, the gear of pressing plate in the driving gear place
Through axis hole is offered in mounting hole, the primary drive shaft passes through axis hole far from one end of motor and connect with gear, described
Through offering axis hole in the pinion mounting holes of supporting plate in where driven gear and pinion, the vibrating head include pipe shaft and time
Grade transmission shaft, the secondary drive shaft are connect through axis hole with driven gear and pinion, and one end of the pipe shaft opening is provided with
Second flange collar, the pipe shaft are set in the pore of lower plate, supporting plate and lower plate limit in the second flange collar warp.
Depth of interaction above-mentioned and the easily controllable vibrating spear of range, the vibrating head further include built-in flexible hinge,
Vibrating shaft, ticker and raceway, the secondary drive shaft are sequentially connected with flexible hinge, vibrating shaft and ticker, and the raceway is opened
At where ticker.
Depth of interaction above-mentioned and the easily controllable vibrating spear of range, further include kickboard, offer pore in the kickboard,
The kickboard passes through pipe shaft through pore and is set to below lower plate, is spaced apart in the kickboard and is equipped with through-hole and threaded hole, described
The through-hole that upper cover plate corresponds to kickboard offers threaded hole, and the threaded hole that the upper cover plate corresponds to kickboard offers through-hole, it is described on
Cover board and kickboard are fixed through the bolt of positive and negative alternate, and medium pressure plate, middle supporting plate, lower plate corresponding offer pass through for bolt
Through-hole.
Depth of interaction above-mentioned and the easily controllable vibrating spear of range, the kickboard edge is provided with the bending being upturned
Portion.
Depth of interaction above-mentioned and the easily controllable vibrating spear of range, the upper cover plate, middle pressing plate, middle supporting plate and lower plate
It is bolted between per adjacent two boards.
Depth of interaction above-mentioned and the easily controllable vibrating spear of range, pore where the upper cover plate in pressing plate one
Side offers the stepped hole for accommodating the first flange collar, and the side of supporting plate in of pore where the lower plate offers receiving second
The stepped groove of flange collar.
Depth of interaction above-mentioned and the easily controllable vibrating spear of range, are provided with sealant at pore where the kickboard
Circle.
Depth of interaction above-mentioned and the easily controllable vibrating spear of range, it is pipe shaft that the pore on the lower plate, which opens up spacing,
8~10 times of diameter.
Compared with prior art, the invention has the beneficial effects that:
1) present invention, can be to the effect that concrete vibrates by providing a kind of depth of interaction and the easily controllable vibrating spear of range
Depth and range control effectively, and the efficiency that concrete vibrates can be especially significantly improved when carrying out concrete on a large scale and vibrating；
2) driving gear is driven through primary drive shaft by motor, driving gear drives driven gear, recycles and synchronizes
Band links together driven gear and several pinions, then by the secondary driven shaft of vibrating head respectively with driven gear and pair
Gear connection, to realize that a motor drives multiple vibrating head vibrations, to realize that effectively concrete vibrates on a large scale；
3) by the way that the first flange collar is arranged far from one end of motor in hose, and hose is set to the pore of upper cover plate
Interior, so that the first flange collar is limited through upper cover plate and middle pressing plate, this enables hose more easily to be dismounted, thus according to
The hose of actual needs replacement different length, to adapt to different concrete situation of vibrating；By being arranged in one end that pipe shaft is open
Second flange collar, and pipe shaft is set in the pore of lower plate, so that supporting plate and lower plate limit in the second flange collar warp, but also
Vibrating head can be dismounted more conveniently, so as to vibrating according to the depth replacement different length that actually vibrates
Stick；
4) stepped hole for accommodating the first flange collar is opened up by pore side of pressing plate in where upper cover plate, under described
The side of supporting plate in of pore where bottom plate opens up the stepped groove for accommodating the second flange collar, so that the first flange collar and the second flange collar are equal
It can preferably be limited, so that vibrating spear in use being capable of more safety and stability；
5) by will be consolidated by bolt or screw between the every adjacent two boards of upper cover plate, middle pressing plate, middle supporting plate and lower plate
It is fixed, so that upper cover plate, middle pressing plate, middle supporting plate and lower plate can dismount one by one, so that the dismounting of various pieces is mutually not
Interference, is conducive to the integrality of the function when dismounting particular between each plate；
6) by setting kickboard, so that the vibrating head below kickboard is to have as boundary of vibrating at using where kickboard
Depth of vibrating is imitated, depth of vibrating can accurately be controlled by doing so；By the way that the bending section being upturned is arranged at kickboard edge, so that
The resistance being subject in vibrating head moving process is smaller, the operation consequently facilitating concrete vibrates；It is close by being arranged at pore where kickboard
Sealing rubber ring overflow the pulp-water of concrete will not along pore, reduces a possibility that kickboard is sunk, on the one hand can
The concrete adhered on pipe shaft is removed using kickboard, so that vibrating spear neat and tidy, is conducive to the permanently effective use of vibrating spear；
7) be set to below lower plate by making kickboard pass through pipe shaft through pore, be spaced apart in the kickboard be equipped with through-hole and
Threaded hole, the through-hole that the upper cover plate corresponds to kickboard offer threaded hole, and the threaded hole that the upper cover plate corresponds to kickboard offers
Through-hole, the upper cover plate and kickboard are fixed through the bolt of positive and negative alternate, and medium pressure plate, middle supporting plate, lower plate correspondence open up
There is the through-hole passed through for bolt, to be limited using the bolt to turn upside down spaced apart to kickboard, was not only capable of fixing, but also energy
Adjust distance；
8) by the pore on lower plate is opened up that spacing is set as pipe shaft diameter 8~10 times, to ensure vibrating head
Efficient working range；
9) by setting pipe shaft, secondary drive shaft, flexible hinge, vibrating shaft, ticker and raceway, structure for vibrating head
Simply, while effectively realizing vibration, expense easy to make is low.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the structural schematic diagram of vibrating head in the present invention；
Fig. 3 is the structural schematic diagram of flexible shaft transmission mechanism in the present invention；
Fig. 4 is the explosive view of linkage mechanism in the present invention；
Fig. 5 is also the explosive view of linkage mechanism in the present invention.
The meaning of appended drawing reference: 1, motor；2, flexible shaft transmission mechanism；21, hose；22, primary drive shaft；23, first
Flange collar；3, linkage mechanism；31, upper cover plate；32, middle pressing plate；33, middle supporting plate；34, lower plate；35, driving gear；36, driven tooth
Wheel；37, pinion；38, synchronous belt；4, vibrating head；41, pipe shaft；42, secondary drive shaft；43, the second flange collar；44, flexible hinge
Chain；45, vibrating shaft；46, ticker；47, raceway；5, kickboard；6, bending section；7, through-hole；8, threaded hole；9, pore；10, axis
Hole；11, pinion mounting holes；12, mounting groove；13, clip；14, stepped hole；15, stepped groove.
The present invention is further illustrated with reference to the accompanying drawings and detailed description.
Specific embodiment
The embodiment of the present invention: a kind of depth of interaction and the easily controllable vibrating spear of range are constituted as shown in Figures 1 to 5,
Including motor 1, flexible shaft transmission mechanism 2, linkage mechanism 3 and vibrating head 4, the motor 1 is through flexible shaft transmission mechanism 2 and linkage
Mechanism 3 connects, and the flexible shaft transmission mechanism 2 includes hose 21 and primary drive shaft 22, is arranged at the output shaft of the motor 1
There is clip 13, one end of the hose 21 is fixed through the clip 13 of motor 1, one end of the primary drive shaft 22 and motor
1 output axis connection, several vibrating heads 4 are detachably connected with linkage mechanism 3.
The linkage mechanism 3 includes upper cover plate 31, middle pressing plate 32, middle supporting plate 33 and the lower plate being from top to bottom sequentially arranged
34, it is detailed in Fig. 4 and Fig. 5, runs through on the upper cover plate 31 and lower plate 34 and offers pore 9, the hose 21 is far from motor 1
One end be provided with the first flange collar 23, the hose 21 is set in the pore 9 of upper cover plate 31, and first flange collar 23 is through upper cover
Plate 31 and middle pressing plate 32 limit, and are relatively set with mounting groove 12 between medium pressure plate 32 and middle supporting plate 33, in the mounting groove 12
Correspondence offer pinion mounting holes 11, be provided in the pinion mounting holes 11 driving gear 35, driven gear 36 and several
Pinion 37, the driving gear 35 and driven gear 36 engage, and are provided between the driven gear 36 and pinion 37 synchronous
Band 38, where the driving gear 35 in pressing plate 32 pinion mounting holes 11 in through offering axis hole 10, the primary transmission
Axis 22 passes through axis hole 10 far from one end of motor 1 and connect with gear, supporting plate in 37 place of the driven gear 36 and pinion
Through axis hole 10 is offered in 33 pinion mounting holes 11, the vibrating head 4 includes pipe shaft 41 and secondary drive shaft 42, described secondary
Grade transmission shaft 42 is connect through axis hole 10 with driven gear 36 and pinion 37, and it is convex that one end that the pipe shaft 41 is open is provided with second
Circle 43, the pipe shaft 41 is set in the pore 9 of lower plate 34, and supporting plate 33 and lower plate 34 limit in the warp of the second flange collar 43
Position；By the way that the first flange collar 23 is arranged far from one end of motor 1 in hose 21, and hose 21 is set to the pore of upper cover plate 31
In 9, so that the first flange collar 23 is limited through upper cover plate 31 and middle pressing plate 32, this enables hose 21 more easily to be torn open
Dress, to replace the hose 21 of different length, according to actual needs to adapt to different concrete situation of vibrating；By in pipe shaft 41
The second flange collar 43 is arranged in one end of opening, and pipe shaft 41 is set in the pore 9 of lower plate 34, so that in the second flange collar 43 warp
Supporting plate 33 and lower plate 34 limit, but also vibrating head 4 can be dismounted, so as to according to reality more conveniently
The vibrating spear of depth of vibrating replacement different length；Driving gear 35, driving gear are driven through primary drive shaft 22 by motor 1
35 drive driven gear 36, recycle synchronous belt 38 that driven gear 36 and several pinions 37 link together, then will vibration
The secondary driven shaft of dynamic stick 4 is connect with driven gear 36 and pinion 37 respectively, to realize that a motor 1 drives multiple vibrations
Dynamic stick 4 vibrates, to realize that effectively concrete vibrates on a large scale.
It can wherein be carried out by way of opening up internal spline and external splines between 1 output shaft of primary drive shaft 22 and motor
Connection, can also be connected by shaft coupling；Between primary drive shaft 22 and driving shaft can by way of internal spline and external splines into
Row connection, it is stronger by the connection of interior external splines, it in addition can also be by being commonly keyed；Secondary drive shaft 42 and driven gear
36 and the same available internal spline of connection of pinion 37 and the form of external splines be attached, it is possible to use common key connection side
Formula.
The easily controllable vibrating spear of the depth of interaction and range, the vibrating head 4 further include built-in flexible hinge
44, vibrating shaft 45, ticker 46 and raceway 47, are detailed in Fig. 2, and the secondary drive shaft 42 is sequentially connected with flexible hinge 44, vibration
Axis 45 and ticker 46, the raceway 47 are opened in where ticker 46, by setting pipe shaft 41, secondary for vibrating head 4
Transmission shaft 42, flexible hinge 44, vibrating shaft 45, ticker 46 and raceway 47, structure is simple, while effectively realizing vibration, system
Work facilitates expense low.
The easily controllable vibrating spear of the depth of interaction and range, further includes kickboard 5, and 5 edge of kickboard is provided with
The bending section 6 being upturned, pore 9 is offered in the kickboard 5, and the kickboard 5 passes through pipe shaft 41 through pore 9 and is set to bottom
It is spaced apart below plate 34, in the kickboard 5 and is equipped with through-hole 7 and threaded hole 8, the through-hole 7 of the corresponding kickboard 5 of the upper cover plate 31 opens up
There is threaded hole 8, the threaded hole 8 of the corresponding kickboard 5 of the upper cover plate 31 offers through-hole 7, and the upper cover plate 31 and kickboard 5 are through positive and negative
Alternate bolt is fixed, and medium pressure plate 32, middle supporting plate 33, lower plate 34 correspondence offer the through-hole 7 passed through for bolt, from
And kickboard 5 is limited using the bolt to turn upside down spaced apart, it has not only been capable of fixing, but also distance can be adjusted；It is floating by being arranged
Plate 5 is done so so that the vibrating head 4 positioned at 5 lower section of kickboard is depth of effectively vibrating using where kickboard 5 as boundary of vibrating
Depth of vibrating can accurately be controlled；By the way that the bending section 6 being upturned is arranged at 5 edge of kickboard, so that 4 moving process of vibrating head
In the resistance that is subject to it is smaller, the operation consequently facilitating concrete vibrates；By the way that sealing rubber ring is arranged at 5 place pore 9 of kickboard, on the one hand
So that the pulp-water of concrete will not be overflowed along pore 9, a possibility that kickboard 5 is sunk is reduced, it on the one hand can be clear using kickboard 5
Except the concrete adhered on pipe shaft 41, so that vibrating spear neat and tidy, is conducive to the permanently effective use of vibrating spear.
It is bolted between the every adjacent two boards of the upper cover plate 31, middle pressing plate 32, middle supporting plate 33 and lower plate 34,
By will be fixed by bolt or screw between the every adjacent two boards of upper cover plate 31, middle pressing plate 32, middle supporting plate 33 and lower plate 34,
So that upper cover plate 31, middle pressing plate 32, middle supporting plate 33 and lower plate 34 can dismount one by one, so that the dismounting of various pieces
It does not interfere with each other, is conducive to the integrality of the function when dismounting particular between each plate.
The 31 place pore 9 of upper cover plate side of pressing plate 32 in offers the stepped hole for accommodating the first flange collar 23
14, the 34 place pore 9 of lower plate side of supporting plate 33 in offers the stepped groove 15 for accommodating the second flange collar 43, passes through
The stepped hole 14 for accommodating the first flange collar 23, the lower plate are opened up in 31 place pore 9 of upper cover plate side of pressing plate 32 in
34 place pores 9 side of supporting plate 33 in opens up the stepped groove 15 for accommodating the second flange collar 43, so that the first flange collar 23 and the
Two flange collars 43 can be preferably limited, so that vibrating spear in use being capable of more safety and stability.
The depth of interaction and range easily controllable vibrating spear is provided with sealant at the 5 place pore 9 of kickboard
Circle.
Pore 9 on the lower plate 34 opens up 8~10 times that spacing is 41 diameter of pipe shaft, to ensure vibrating head 4
Efficient working range.
The working principle of the invention:
The present invention is by by the organic assembling of the components such as motor 1, flexible shaft transmission mechanism 2, linkage mechanism 3 and vibrating head 4
At the easily controllable vibrating spear of a kind of depth of interaction and range, so as to have to the depth of interaction and range that vibrate to concrete
Effect control can especially significantly improve the efficiency that concrete vibrates when carrying out concrete on a large scale and vibrating.In the present invention, pass through motor
1 drives driving gear 35 through primary drive shaft 22, and driving gear 35 drives driven gear 36, recycles synchronous belt 38 by driven tooth
Wheel 36 links together with several pinions 37, then by the secondary driven shaft of vibrating head 4 respectively with driven gear 36 and pair tooth
37 connection of wheel, to realize that a motor 1 drives multiple vibrating heads 4 to vibrate, to realize that effectively concrete vibrates on a large scale；It is logical
It crosses and first flange collar 23 is set far from one end of motor 1 in hose 21, and hose 21 is set in the pore 9 of upper cover plate 31,
So that the first flange collar 23 is limited through upper cover plate 31 and middle pressing plate 32, this enables hose 21 more easily to be dismounted, from
And the hose 21 of different length is replaced according to actual needs, to adapt to different concrete situation of vibrating；By being open in pipe shaft 41
One end the second flange collar 43 is set, and pipe shaft 41 is set in the pore 9 of lower plate 34, so that supporting plate in the second flange collar 43 warp
33 and lower plate 34 limit, but also vibrating head 4 can be dismounted more conveniently, so as to according to actually vibrating
The vibrating spear of depth replacement different length；By opening up receiving in 31 place pore 9 of upper cover plate side of pressing plate 32 in
The stepped hole 14 of one flange collar 23, the 34 place pore 9 of lower plate side of supporting plate 33 in, which opens up, accommodates the second flange collar 43
Stepped groove 15 so that the first flange collar 23 and the second flange collar 43 can be preferably limited, so that vibrating spear was using
It being capable of more safety and stability in journey；By will upper cover plate 31, middle pressing plate 32, middle supporting plate 33 and lower plate 34 per adjacent two boards between
Fixed by bolt or screw, so that upper cover plate 31, middle pressing plate 32, middle supporting plate 33 and lower plate 34 can dismount one by one,
So that the dismounting of various pieces is not interfere with each other, be conducive to the integrality of the function when dismounting particular between each plate；It is logical
Setting kickboard 5 is crossed, so that the vibrating head 4 positioned at 5 lower section of kickboard is depth of effectively vibrating using where kickboard 5 as boundary of vibrating
Degree, depth of vibrating can accurately be controlled by doing so；By the way that the bending section 6 being upturned is arranged at 5 edge of kickboard, so that vibrating head
The resistance being subject in 4 moving process is smaller, the operation consequently facilitating concrete vibrates；By the way that sealant is arranged at 5 place pore 9 of kickboard
Circle, overflow the pulp-water of concrete will not along pore 9, reduce a possibility that kickboard 5 is sunk, on the one hand being capable of benefit
The concrete adhered on pipe shaft 41 is removed with kickboard 5, so that vibrating spear neat and tidy, being conducive to the permanently effective of vibrating spear makes
With；It is set to 34 lower section of lower plate by making kickboard 5 pass through pipe shaft 41 through pore 9, is spaced apart in the kickboard 5 and is equipped with through-hole 7
With threaded hole 8, the through-hole 7 of the corresponding kickboard 5 of the upper cover plate 31 offers threaded hole 8, the spiral shell of the corresponding kickboard 5 of the upper cover plate 31
Pit 8 offers through-hole 7, and the upper cover plate 31 and kickboard 5 are fixed through the bolt of positive and negative alternate, medium pressure plate 32, middle supporting plate
33, the correspondence of lower plate 34 offers the through-hole 7 passed through for bolt, thus using the bolt to turn upside down spaced apart to kickboard
5 are limited, and are not only capable of fixing, but also can adjust distance；Pipe shaft 41 is set as directly by the way that the pore 9 on lower plate 34 is opened up spacing
8~10 times of diameter, to ensure the efficient working range of vibrating head 4；By setting pipe shaft 41, secondary transmission for vibrating head 4
Axis 42, flexible hinge 44, vibrating shaft 45, ticker 46 and raceway 47, structure is simple, while effectively realizing vibration, production side
Just expense is low.
Claims (9)
1. a kind of depth of interaction and the easily controllable vibrating spear of range, which is characterized in that including motor (1), soft axle transmission machine
Structure (2), linkage mechanism (3) and vibrating head (4), the motor (1) connect through flexible shaft transmission mechanism (2) with linkage mechanism (3),
The flexible shaft transmission mechanism (2) includes hose (21) and primary drive shaft (22), is provided at the output shaft of the motor (1)
Clip (13), clip (13) of the one end of the hose (21) through motor (1) is fixed, one end of the primary drive shaft (22)
With the output axis connection of motor (1), several vibrating heads (4) are detachably connected with linkage mechanism (3).
2. depth of interaction according to claim 1 and the easily controllable vibrating spear of range, which is characterized in that the gear
Structure (3) includes the upper cover plate (31) being from top to bottom sequentially arranged, middle pressing plate (32), middle supporting plate (33) and lower plate (34), described
Through offering pore (9) on upper cover plate (31) and lower plate (34), the hose (21) is arranged far from the one end of motor (1)
Have the first flange collar (23), the hose (21) is set in the pore (9) of upper cover plate (31), and first flange collar (23) is through upper cover
Plate (31) and middle pressing plate (32) limit, are relatively set with mounting groove (12) between medium pressure plate (32) and middle supporting plate (33), described
In mounting groove (12) correspondence offer pinion mounting holes (11), be provided in the pinion mounting holes (11) driving gear (35),
Driven gear (36) and several pinions (37), the driving gear (35) and driven gear (36) engagement, the driven tooth
It is provided with synchronous belt (38) between wheel (36) and pinion (37), the gear installation of pressing plate (32) in driving gear (35) place
Through offering axis hole (10) in hole (11), the primary drive shaft (22) passes through axis hole (10) far from the one end of motor (1)
It is connect with gear, runs through in the pinion mounting holes (11) of supporting plate (33) in the driven gear (36) and pinion (37) place and open
Equipped with axis hole (10), the vibrating head (4) includes pipe shaft (41) and secondary drive shaft (42), secondary drive shaft (42) warp beam
Hole (10) is connect with driven gear (36) and pinion (37), and one end of pipe shaft (41) opening is provided with the second flange collar
(43), the pipe shaft (41) is set in the pores (9) of lower plate (34), in the second flange collar (43) warp supporting plate (33) and under
Bottom plate (34) limit.
3. depth of interaction according to claim 2 and the easily controllable vibrating spear of range, which is characterized in that the vibrating head
It (4) further include built-in flexible hinge (44), vibrating shaft (45), ticker (46) and raceway (47), the secondary drive shaft
(42) it is sequentially connected with flexible hinge (44), vibrating shaft (45) and ticker (46), the raceway (47) is opened in ticker (46)
At place.
4. depth of interaction according to claim 2 or 3 and the easily controllable vibrating spear of range, which is characterized in that further include
Kickboard (5) offers pore (9) on the kickboard (5), and the kickboard (5) passes through pipe shaft (41) through pore (9) and is set to bottom
It is spaced apart below plate (34), on the kickboard (5) and is equipped with through-hole (7) and threaded hole (8), the corresponding kickboard of the upper cover plate (31)
(5) through-hole (7) offers threaded hole (8), and the threaded hole (8) of the upper cover plate (31) corresponding kickboard (5) offers through-hole
(7), the upper cover plate (31) and kickboard (5) are fixed through the bolt of positive and negative alternate, medium pressure plate (32), middle supporting plate (33), under
Bottom plate (34) correspondence offers the through-hole (7) passed through for bolt.
5. depth of interaction according to claim 4 and the easily controllable vibrating spear of range, which is characterized in that the kickboard
(5) edge is provided with the bending section (6) being upturned.
6. depth of interaction according to claim 5 and the easily controllable vibrating spear of range, which is characterized in that the upper cover plate
(31), it is bolted between middle pressing plate (32), middle supporting plate (33) and lower plate (34) are per adjacent two boards.
7. depth of interaction according to claim 6 and the easily controllable vibrating spear of range, which is characterized in that the upper cover plate
(31) side of pressing plate (32) in of pore (9) where offers the stepped hole (14) for accommodating the first flange collar (23), under described
The side of supporting plate (33) in of pore (9) where bottom plate (34) offers the stepped groove (15) for accommodating the second flange collar (43).
8. depth of interaction according to claim 7 and the easily controllable vibrating spear of range, which is characterized in that the kickboard
(5) sealing rubber ring is provided at pore (9) where.
9. depth of interaction according to claim 8 and the easily controllable vibrating spear of range, which is characterized in that the lower plate
(34) pore (9) on opens up 8~10 times that spacing is pipe shaft (41) diameter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910807050.3A CN110499919B (en) | 2019-08-29 | 2019-08-29 | Vibrating rod with easily controlled action depth and range |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910807050.3A CN110499919B (en) | 2019-08-29 | 2019-08-29 | Vibrating rod with easily controlled action depth and range |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110499919A true CN110499919A (en) | 2019-11-26 |
| CN110499919B CN110499919B (en) | 2021-08-03 |
Family
ID=68590319
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910807050.3A Active CN110499919B (en) | 2019-08-29 | 2019-08-29 | Vibrating rod with easily controlled action depth and range |
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|---|---|
| CN110499919B (en) | 2021-08-03 |
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