A kind of segmented agitating shaft and oscillating mixer
Technical field
The utility model is related to mixture stirring device technical fields, and in particular to a kind of segmented agitating shaft and vibration are stirred
Mix machine.
Background technology
The function of blender is the various material stirrings prepared at uniformly and the mixture that conforms to quality requirements, according to work
Self-falling mixer and forced mixer two major classes can be divided by making principle.Twin-shaft mixer is current a kind of widely used
Forced stirring equipment, in the agitating device of existing twin-shaft mixer, agitating shaft is usually the solid shafting or hollow of monoblock type
Axis, is fixed with multiple mixing arms on agitating shaft along its length, this structure can lead to the installation of agitating shaft, replace and
Detachable maintaining is extremely difficult.
Utility model content
The purpose of this utility model is to provide a kind of segmented agitating shaft and oscillating mixer, and agitating shaft is split type knot
Structure, both ends are solid axis body, and centre is hollow axis body, and the agitating shaft of this structure not only can guarantee enough rigidity, Neng Goushi
Now stable mechanical agitation and Vibratory Mixing, and assembly and disassembly repair of being more convenient for.
The deficiency of the utility model to solve above-mentioned technical problem, used technical solution are:A kind of segmented stirring
Axis includes and stirring transmission device the first spindle nose connect, the second spindle nose for being connect with vibrating driver and is arranged the
Jackshaft between one spindle nose and the second spindle nose, the jackshaft are hollow axis body, and the first spindle nose and the second spindle nose are solid
Axis body, one end of jackshaft is fixedly connected with the first spindle nose and the other end of jackshaft is detachably connected with the second spindle nose, or in
One end of countershaft is detachably connected with the first spindle nose and the other end of jackshaft is fixedly connected with the second spindle nose or jackshaft two
End is detachably connected with the first spindle nose and the second spindle nose respectively.
As a kind of advanced optimizing for segmented agitating shaft of the utility model:The both ends of the jackshaft pass through method respectively
Orchid is detachably connected with the first spindle nose and the second spindle nose.
As a kind of advanced optimizing for segmented agitating shaft of the utility model:The end of the jackshaft is taper knot
Structure, and ring flange is provided at conehead, the end of the first spindle nose and the second spindle nose is provided with and the suitable cone of the pyramidal structure
Slot, and end point is provided with the shaft shoulder, the both ends conehead of jackshaft is respectively implanted in the cone slot of the first spindle nose and the second spindle nose, passes through
Bolt passes through ring flange and the shaft shoulder to be fixed together.
As a kind of advanced optimizing for segmented agitating shaft of the utility model:The both ends of the jackshaft are respectively by swollen
It is fixed to be detachably connected with the first spindle nose and the second spindle nose.
As a kind of advanced optimizing for segmented agitating shaft of the utility model:Wherein one end end of the jackshaft is
Pyramidal structure, and ring flange is provided at conehead, the end of the first spindle nose be provided with the suitable cone slot of the pyramidal structure, and
End point is provided with the shaft shoulder, and the conehead end of jackshaft is placed in the cone slot of the first spindle nose, and ring flange and the shaft shoulder are passed through by bolt
It is fixed together, the other end of jackshaft welds together with the second spindle nose.
As a kind of advanced optimizing for segmented agitating shaft of the utility model:One end of the jackshaft passes through expansion sleeve
It is detachably connected with the first spindle nose, the other end of jackshaft welds together with the second spindle nose.
A kind of oscillating mixer, including mixing drum, agitating shaft, mixer drive and vibrating driver, mixing drum
Inside be equipped with agitating shaft, agitating shaft includes the first spindle nose being connect with stirring transmission device, connect with vibrating driver the
Two spindle noses and the jackshaft being arranged between the first spindle nose and the second spindle nose, the jackshaft are hollow axis body, the first spindle nose
It is solid axis body with the second spindle nose, one end of jackshaft is fixedly connected with the first spindle nose and the other end of jackshaft and the second axis
Head is detachably connected or one end of jackshaft is detachably connected with the first spindle nose and the other end of jackshaft is fixed with the second spindle nose
The both ends of connection or jackshaft are detachably connected with the first spindle nose and the second spindle nose respectively.
Advantageous effect
One, the agitating shaft of the utility model is split structure, and both ends are solid axis body, and centre is hollow axis body, intermediate
It is linked together by dismountable mode between the solid axis body of hollow axis body and both ends, the agitating shaft of this structure can not only be protected
Enough rigidity is demonstrate,proved, be also convenient for installing and is repaired, in repair, is first detached central hollow axis body with the solid axis body in both ends, then
Successively take out;
Two, the utility model Vibratory Mixing function realize blender during material stirring mechanical forced stirring and
Vibratory Mixing makes thick, thin, the abundant disperse of powder a variety of materials in mixture, uniformly merges and form high performance gelling material
Material, and cementitious material can be combined fully with aggregate, for the improvement of concrete and mortar microstructure, cement saving,
The enhancing of intensity, raising of durability etc. have remarkable result.
Description of the drawings
Fig. 1 is the structural schematic diagram of agitating shaft in embodiment 1;
Fig. 2 is the structural schematic diagram of agitating shaft in embodiment 2;
Fig. 3 is the structural schematic diagram of the utility model oscillating mixer;
It is marked in figure:1, the first spindle nose, the 2, second spindle nose, 3, jackshaft, 4, ring flange, 5, the shaft shoulder, 6, expansion sleeve.
Specific implementation mode
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
As shown in Figure 1, a kind of segmented agitating shaft, includes the first spindle nose 1 being connect with stirring transmission device, is passed with vibration
Second spindle nose 2 of dynamic device connection and the jackshaft 3 being arranged between the first spindle nose 1 and the second spindle nose 2, the jackshaft 3
For hollow axis body, the first spindle nose 1 and the second spindle nose 2 are solid axis body, and the end of the jackshaft 3 is pyramidal structure, and is bored
Be provided with ring flange 4 at head, the end of the first spindle nose 1 and the second spindle nose 2 be provided with the suitable cone slot of the pyramidal structure, and
End point is provided with the shaft shoulder 5, and the both ends conehead of jackshaft 3 is respectively implanted in the cone slot of the first spindle nose 1 and the second spindle nose 2, passes through
Bolt passes through ring flange 4 and the shaft shoulder 5 to be fixed together.
Embodiment 2
As shown in Fig. 2, a kind of segmented agitating shaft, includes the first spindle nose 1 being connect with stirring transmission device, is passed with vibration
Second spindle nose 2 of dynamic device connection and the jackshaft 3 being arranged between the first spindle nose 1 and the second spindle nose 2, the jackshaft 3
For hollow axis body, the first spindle nose 1 and the second spindle nose 2 are solid axis body, and the both ends of the jackshaft 3 pass through expansion sleeve 6 respectively
It is detachably connected with the first spindle nose 1 and the second spindle nose 2.
Embodiment 3
A kind of segmented agitating shaft includes the first spindle nose 1 being connect with stirring transmission device, is connect with vibrating driver
The second spindle nose 2 and the jackshaft 3 that is arranged between the first spindle nose 1 and the second spindle nose 2, the jackshaft 3 be hollow axis body,
First spindle nose 1 and the second spindle nose 2 are solid axis body, and wherein one end end of the jackshaft 3 is pyramidal structure, and at conehead
Be provided with ring flange, the end of the first spindle nose 1 be provided with the suitable cone slot of the pyramidal structure, and end point is provided with axis
The conehead end of shoulder, jackshaft 3 is placed in the cone slot of the first spindle nose 1, passes through ring flange and the shaft shoulder to be fixed together by bolt, in
The other end of countershaft 3 welds together with the second spindle nose 2.
Embodiment 4
A kind of segmented agitating shaft includes the first spindle nose 1 being connect with stirring transmission device, is connect with vibrating driver
The second spindle nose 2 and the jackshaft 3 that is arranged between the first spindle nose 1 and the second spindle nose 2, the jackshaft 3 be hollow axis body,
First spindle nose 1 and the second spindle nose 2 are solid axis body, and wherein one end of the jackshaft 3 passes through expansion sleeve 6 and the first spindle nose 1
It is detachably connected, the other end of jackshaft 3 welds together with the second spindle nose 2.
Embodiment 5
A kind of oscillating mixer, including mixing drum, agitating shaft, mixer drive and vibrating driver, mixing drum
Inside be equipped with agitating shaft, agitating shaft includes the first spindle nose 1 being connect with stirring transmission device, connect with vibrating driver the
Two spindle noses 2 and the jackshaft 3 being arranged between the first spindle nose 1 and the second spindle nose 2, the jackshaft 3 be hollow axis body, first
Spindle nose 1 and the second spindle nose 2 are solid axis body, and the end of the jackshaft 3 is pyramidal structure, and ring flange is provided at conehead
4, the end of the first spindle nose 1 and the second spindle nose 2 be provided with the suitable cone slot of the pyramidal structure, and end point is provided with the shaft shoulder
5, the both ends conehead of jackshaft 3 is respectively implanted in the cone slot of the first spindle nose 1 and the second spindle nose 2, and 4 He of ring flange is passed through by bolt
The shaft shoulder 5 is fixed together.The concrete structure of above-mentioned stirring transmission device and vibrating driver is the prior art, this can be used
The structure described in CN201520301425.6 etc. is applied for a patent before company.
Embodiment 6
A kind of oscillating mixer, including mixing drum, agitating shaft, mixer drive and vibrating driver, mixing drum
Inside be equipped with agitating shaft, agitating shaft includes the first spindle nose 1 being connect with stirring transmission device, connect with vibrating driver the
Two spindle noses 2 and the jackshaft 3 being arranged between the first spindle nose 1 and the second spindle nose 2, the jackshaft 3 be hollow axis body, first
Spindle nose 1 and the second spindle nose 2 are solid axis body, and the both ends of the jackshaft 3 pass through expansion sleeve 6 and the first spindle nose 1 and respectively
Two spindle noses 2 are detachably connected.The concrete structure of above-mentioned stirring transmission device and vibrating driver is the prior art, be can be used
The structure described in CN201520301425.6 etc. is applied for a patent before our company.
Embodiment 7
A kind of oscillating mixer, including mixing drum, agitating shaft, mixer drive and vibrating driver, mixing drum
Inside be equipped with agitating shaft, agitating shaft includes the first spindle nose 1 being connect with stirring transmission device, connect with vibrating driver the
Two spindle noses 2 and the jackshaft 3 being arranged between the first spindle nose 1 and the second spindle nose 2, the jackshaft 3 be hollow axis body, first
Spindle nose 1 and the second spindle nose 2 are solid axis body, and wherein one end end of the jackshaft 3 is pyramidal structure, and is arranged at conehead
Have a ring flange, the end of the first spindle nose 1 be provided with the suitable cone slot of the pyramidal structure, and end point is provided with the shaft shoulder, in
The conehead end of countershaft 3 is placed in the cone slot of the first spindle nose 1, passes through ring flange and the shaft shoulder to be fixed together by bolt, jackshaft 3
The other end weld together with the second spindle nose 2.The concrete structure of above-mentioned stirring transmission device and vibrating driver is existing
There is technology, the structure described in CN201520301425.6 etc. is applied for a patent before our company can be used.
Embodiment 8
A kind of oscillating mixer, including mixing drum, agitating shaft, mixer drive and vibrating driver, mixing drum
Inside be equipped with agitating shaft, agitating shaft includes the first spindle nose 1 being connect with stirring transmission device, connect with vibrating driver the
Two spindle noses 2 and the jackshaft 3 being arranged between the first spindle nose 1 and the second spindle nose 2, the jackshaft 3 be hollow axis body, first
Spindle nose 1 and the second spindle nose 2 are solid axis body, and wherein one end of the jackshaft 3 is removable by expansion sleeve 6 and the first spindle nose 1
Connection is unloaded, the other end of jackshaft 3 welds together with the second spindle nose 2.Above-mentioned stirring transmission device and vibrating driver
Concrete structure be the prior art, the knot applied for a patent before our company described in CN201520301425.6 etc. can be used
Structure.
The above descriptions are merely preferred embodiments of the present invention, not makees in any form to the utility model
Limitation be not limited to the utility model although the utility model has been disclosed with preferred embodiment as above, it is any ripe
Professional and technical personnel is known, is not being departed within the scope of technical solutions of the utility model, when in the technology using the disclosure above
Hold the equivalent embodiment made a little change or be modified to equivalent variations, as long as being without departing from technical solutions of the utility model
Hold, any simple modification, equivalent change and modification made by the above technical examples according to the technical essence of the present invention, still
It is within the scope of the technical solutions of the present invention.