CN208197198U - A kind of mixing drum preparing foam concrete equipment - Google Patents
A kind of mixing drum preparing foam concrete equipment Download PDFInfo
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- CN208197198U CN208197198U CN201820422655.1U CN201820422655U CN208197198U CN 208197198 U CN208197198 U CN 208197198U CN 201820422655 U CN201820422655 U CN 201820422655U CN 208197198 U CN208197198 U CN 208197198U
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Abstract
The utility model discloses a kind of mixing drums for preparing foam concrete equipment, its structure includes mixing drum, overflow preventing lid, manual screw rod, castor, motor support pedestal, transmission case, agitating roller, mixing arrangement, motor, rectangular aperture identical with overflow preventing lid floor space is equipped on the left of mixing drum upper surface, overflow preventing lid is set to the opening being equipped on the left of mixing drum upper surface, overflow preventing lid is connected with mixing drum by electric welding, manual screw rod is set to mixing drum right lateral surface, manual screw rod is connect with mixing drum by being movably connected, castor sets there are four and is respectively arranged on four edge of mixing drum lower surface, castor is connected with mixing drum by electric welding.The utility model has the advantages that when equipment is in running, by the mixing arrangement being equipped with, foam can be pushed to carry out mixed flow up and down, so that the quality that foam concrete volume preferably expands so as to improve foam, it is purged simultaneously for the dead angle between equipment and agitating roller, avoids that equipment is caused to corrode.
Description
Technical field
The present invention is a kind of mixing drum for preparing foam concrete equipment, belongs to mixing drum field.
Background technique
Agitator is to be rotated by motor V -- belt Drive for movable vane wheel, and drug and ore pulp are sufficiently mixed uniformly, increased
The pharmacy effect reaction time strengthens the necessaries of drug response quality, and the machine is suitable for ore dressing industry, it is also possible to make various chemical industry
The stirring of industry.
But there are mixing drums for the prior art when in use in order to expand foam concrete volume preferably, needs to increase and stir
It mixes cylinder size but also causes stirring difficult simultaneously, so that foam can not form well mixed flow up and down, need further
It improves.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of stirrings for preparing foam concrete equipment
Cylinder, there are mixing drums to solve the prior art when in use in order to expand foam concrete volume preferably, needs to increase and stir
It mixes cylinder size but also causes stirring difficult simultaneously, so that foam can not form well mixed flow up and down, need further
The defect of raising.
To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of preparing foam concrete
The mixing drum of equipment, structure include mixing drum, overflow preventing lid, manual screw rod, castor, motor support pedestal, transmission case, stir
Roller, mixing arrangement, motor are mixed, rectangular aperture identical with overflow preventing lid floor space is equipped on the left of the mixing drum upper surface, it is described
Overflow preventing lid is set to the opening being equipped on the left of mixing drum upper surface, and the overflow preventing lid is connected with mixing drum by electric welding, the hand
It controls screw rod and is set to mixing drum right lateral surface, the manual control screw rod is connect with mixing drum by being movably connected, and the castor is equipped with four
A and be respectively arranged on four edge of mixing drum lower surface, the castor is connected with mixing drum by electric welding, the motor branch
It supports pedestal and is set to lower surface on the left of mixing drum, the motor support pedestal is connected with mixing drum by electric welding, the transmission case
Set on motor support base upper surface, the transmission case is connected with motor support pedestal by electric welding, and the agitating roller is set to
In the middle part of in mixing drum and its left end is connected with transmission case, and the agitating roller is connected with mixing drum by electric welding, the stirring
Roller right end is movably connected with manual screw rod and connects, and the mixing arrangement is set to agitating roller and mixing drum junction and is in symmetry shape, institute
It states mixing arrangement and is connected with agitating roller by transmission, the motor is set to transmission case upper surface, and the motor and transmission case are logical
It crosses transmission to be connected, the mixing arrangement is by gear transmission structure, swinging connection mechanism, elevating mechanism, telescoping mechanism, reset machine
Structure, positioning mechanism, cleaning machine, crust of the device, stationary barrier composition, the mixing arrangement internal structure symmetrical structure are described
Stationary barrier is equipped with two pieces and is respectively arranged on agitating roller upper and lower, the gear transmission structure be set in crust of the device left part and its
Lower part passes through the transmission of stationary barrier and agitating roller and is connected, the swinging connection mechanism be set to gear transmission structure right simultaneously and its
It is connected by swinging, the elevating mechanism lower part is set to right part and its left part and swinging connection mechanism transmission phase in crust of the device
Connection, the telescoping mechanism top are installed on elevating mechanism lower part, the resetting-mechanism be set to crust of the device inner left wall and with stretch
It is connected on the left of contracting mechanism, the positioning mechanism is set to telescoping mechanism lower part and with it by being connected to a fixed, the removing machine
Structure right lower quadrant is connected with positioning mechanism by engaging.
Further, the gear transmission structure by mounting base, the first chain wheel, fixed disk, driving belt, chain, turn
Disk, the second chain wheel composition, the mounting base are set to crust of the device inner left wall, the mounting base and crust of the device and are hung down by electric welding
Directly it is connected, first chain wheel is set to mounting base right lateral surface, and first chain wheel is connected with mounting base by electric welding
It connects, the fixed disk is set in the middle part of the first chain wheel front surface, and the fixed disk is connected with the first chain wheel by electric welding, institute
It states fixed disk and is connected with agitating roller by driving belt, the turntable is set to above the first chain wheel, second chain wheel
In the middle part of turntable front surface, second chain wheel is connected with turntable by electric welding, second chain wheel and the first chain
Item wheel is connected by chain drive, and the turntable is connect with swinging connection mechanism by being movably connected.
Further, the swinging connection mechanism is by fixing seat, oscillating deck, sling, connecting rod, No.1 rope, pulley blocks
At the fixing seat is set in crust of the device on the left of upper wall, and the fixing seat is connected with crust of the device by electric welding, the pendulum
Movable plate top is connected with fixing seat by hinge, and the sling is set to oscillating deck lower end, and the sling and oscillating deck pass through electricity
Weldering is connected, and the connecting rod right end is connected with oscillating deck front surface lower part by electric welding and its left end and turntable front surface are logical
Cross electric welding phase repeatedly, the pulley is set in crust of the device in the middle part of upper wall, and the pulley is connected with crust of the device by electric welding,
No.1 rope one end is connected with sling by winding and the other end is connected around pulley with elevating mechanism left part.
Further, the elevating mechanism is by the first vertical rail plate, limited block, the second vertical rail plate, idler wheel, activity
Plate, shaft, scraper plate composition, the first vertical rail plate are set in crust of the device on the right side of upper wall, the first vertical rail plate
Be vertically connected and connect by electric welding with crust of the device, the limited block is set to the first vertical rail plate lower surface, the limited block with
First vertical rail plate is connected by electric welding, and the second vertical rail plate is set in crust of the device on the right side of upper wall and is located at the
One vertical rail plate right, the second vertical rail plate are vertically connected by electric welding with crust of the device and are connect, and the idler wheel is equipped with
It two and is respectively arranged in movable plate or so side surface, the movable plate is installed on the first vertical rail plate, second by idler wheel
On the inside of vertical rail plate, the movable plate lower end is equipped with telescoping mechanism and it is driven to move synchronously, and the shaft is set to movable plate
Upper surface middle part, the shaft and movable plate are vertically connected by electric welding and are connect, and the scraper plate is set to shaft upper end, the scraper plate with
Shaft is connected by electric welding.
Further, the telescoping mechanism by upper hinge seat, right hinge seat, the first strut, lower hinge seat, the second strut,
Left hinge seat, third strut, the 4th strut composition, the upper hinge seat are set in the middle part of movable plate lower surface, the upper hinge seat
It is connected with movable plate by electric welding, the right hinge seat is set to the second vertical rail plate left-hand face middle and lower part, the right hinge
Chain seat and the second vertical rail plate are connected by electric welding, first strut top be connected with upper hinge seat and its lower end and
Right hinge seat is connected, and the lower hinge seat is set to positioning mechanism top, and it is another that second strut top is set to right hinge seat
End and its bottom end be connected with lower hinge seat, the left hinge seat be set to right hinge seat front-left, third strut top and
Left hinge seat is connected and its bottom end is connected with lower hinge seat, and the 4th strut top is connected with upper hinge seat and its bottom
End is connected with left hinge seat, is connected on the left of the left hinge seat with resetting-mechanism.
Further, the resetting-mechanism is made of support plate, sleeve, pull rod, spring, No. two ropes, the support plate
Set on crust of the device inner left wall middle and upper part, the support plate is vertically connected by electric welding with crust of the device and is connect, and the sleeve is set to
On the left of support plate upper surface, the sleeve is connected with support plate by electric welding, and the spring is set to sleeve inner left wall, the bullet
Spring is connected with sleeve by electric welding, and pull rod left end protrudes into sleeve inner and is connected with it by spring, the pull rod right end
It is connected with left hinge seat by No. two ropes.
Further, the positioning mechanism is made of positioning seat, thin bar, connecting plate, spring lever, gear plate, the positioning
Seat is set on the right side of stationary barrier upper surface, and the positioning seat is connected with stationary barrier by electric welding, and the thin bar is set to positioning
Seat upper surface is simultaneously connected by electric welding, and the thin bar top passes through lower hinge seat and upper wall phase in upper hinge seat and crust of the device
Connection, the connecting plate are set to lower hinge seat and are connected by electric welding, and the spring lever is equipped with two and is respectively arranged on connection
Plate lower surface left and right sides, the spring lever are connected with connecting plate by electric welding, and the gear plate is set to connecting plate left-hand face,
The gear plate is connected with connecting plate by electric welding, and the gear plate is connected with cleaning machine by engaging.
Further, the cleaning machine by fixing seat, gear, groove rectangular shaft, locating rod, cross slide, slide bar,
Groove, push plate, fixing sleeve block, push rod, fixing buckle composition, the fixing seat are set to stationary barrier upper surface middle part, the fixation
Seat is connected with stationary barrier by electric welding, and the gear is set to the preceding upper surface of fixing seat, and the gear and fixing seat pass through electricity
Weldering is connected, and groove rectangular shaft lower part is set to gear front surface, and the groove rectangular shaft passes through electric welding phase with gear
Connection, the locating rod are set to stationary barrier upper surface and are located at fixing seat left, and the locating rod and stationary barrier pass through electricity
Weldering, which is vertically connected, to be connect, and the cross slide is set to locating rod upper end, and the cross slide is connected with locating rod by electric welding, institute
Slide bar is stated set on cross slide upper surface, the groove is set to crust of the device upper surface, and the groove and crust of the device pass through electricity
Weldering is connected, and the push plate is set to slide bar upper end and is located inside grooves, and the push plate is connected with slide bar by electric welding, described
Fixing sleeve block is set to middle and upper part in crust of the device, and the push rod left part passes through fixing sleeve block and is connected with slide bar electric welding, described solid
Surely it is buckled on the right side of push plate front surface, the fixing buckle is connected with push plate by electric welding, and groove rectangular shaft top is set
It is connected on the right side of push rod front surface and through fixing buckle.
Beneficial effect
A kind of mixing drum for preparing foam concrete equipment of the present invention, after electrical power, stock has started with equipment
Bi Hou pours material inside mixing drum into, and transmission case drives agitating roller to start to be operated under the action of motor, and fixed disk is logical
Driving belt and agitating roller synchronous operation are crossed, drives the first chain wheel to be rotated, work of second chain wheel in the first chain wheel
Rotation is synchronized by chain with lower, oscillating deck is swung under the action of turntable by connecting rod, while work
Movable plate is moved up and down under the action of oscillating deck by No.1 rope, and the telescoping mechanism set on movable plate lower end is in its effect
Under, drive connecting plate move synchronously up and down, pull rod moves left and right under the action of No. two ropes are with spring, to telescoping mechanism
Play the role of reset response, and gear carries out take advantage of a situation needle and round-trip rotation counterclockwise under the moving up and down of gear plate, and push rod
Band moving slide-bar effect movement under the action of gear by fixing buckle carries out the foam in the groove of equipment dead angle by push plate clear
It removes.
A kind of mixing drum for preparing foam concrete equipment of the present invention, it is mixed by what is be equipped with when equipment is in running
It attaches together and sets, foam can be pushed to carry out mixed flow up and down, so that the matter that foam concrete volume preferably expands so as to improve foam
Amount, is purged simultaneously for the dead angle between equipment and agitating roller, avoids causing to corrode to equipment.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is a kind of structural schematic diagram for the mixing drum for preparing foam concrete equipment of the present invention.
Fig. 2 is a kind of schematic diagram of internal structure for the mixing drum for preparing foam concrete equipment of the present invention.
Fig. 3 is a kind of structural schematic diagram of mixing arrangement of the present invention.
Fig. 4 is the enlarged structure schematic diagram in Fig. 3 at A.
Fig. 5 is a kind of operation schematic diagram of mixing arrangement of the present invention.
In figure: mixing drum -1, overflow preventing lid -2, manual screw rod -3, castor -4, motor support pedestal -5, transmission case -6,
Agitating roller -7, mixing arrangement -8, motor -9, gear transmission structure -80, swinging connection mechanism -81, elevating mechanism -82, telescopic machine
Structure -83, resetting-mechanism -84, positioning mechanism -85, cleaning machine -86, crust of the device -87, stationary barrier -88, mounting base -801,
First chain wheel -802, fixed disk -803, driving belt -804, chain -805, turntable -806, the second chain wheel -807, first
Fixing seat -810, oscillating deck -811, sling -812, connecting rod -813, No.1 rope -814, pulley -815, the first vertical rail
Plate -820, limited block -821, the second vertical rail plate -822, idler wheel -823, movable plate -824, shaft -825, scraper plate -826,
Upper hinge seat -830, right hinge seat -831, the first strut -832, lower hinge seat -833, the second strut -834, left hinge seat -
835, third strut -836, the 4th strut -837, support plate -840, sleeve -841, pull rod -842, spring -843, No. two ropes
Rope -844, positioning seat -850, thin bar -851, connecting plate -852, spring lever -853, gear plate -854, the second fixing seat -860,
Gear -861, groove rectangular shaft -862, locating rod -863, cross slide -864, slide bar -865, groove -866, push plate -867,
Fixing sleeve block -868, push rod -869, fixing buckle -8610.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Please refer to Fig. 1-Fig. 5, the present invention provides a kind of mixing drum technical solution for preparing foam concrete equipment: it is tied
Structure includes mixing drum 1, overflow preventing lid 2, manual screw rod 3, castor 4, motor support pedestal 5, transmission case 6, agitating roller 7, mixing dress
8, motor 9 is set, is equipped with rectangular aperture identical with 2 floor space of overflow preventing lid, the overflow preventing lid 2 on the left of 1 upper surface of mixing drum
The opening being equipped on the left of 1 upper surface of mixing drum, the overflow preventing lid 2 are connected with mixing drum 1 by electric welding, the manual control spiral shell
Bar 3 is set to 1 right lateral surface of mixing drum, and the manual control screw rod 3 is connect with mixing drum 1 by being movably connected, and the castor 4 is equipped with
Four and it is respectively arranged on 1 lower surface of mixing drum, four edge, the castor 4 is connected with mixing drum 1 by electric welding, the electricity
Machine support base 5 is set to 1 left side lower surface of mixing drum, and the motor support pedestal 5 is connected with mixing drum 1 by electric welding, institute
Transmission case 6 is stated set on 5 upper surface of motor support pedestal, the transmission case 6 is connected with motor support pedestal 5 by electric welding, institute
Agitating roller 7 is stated set on the interior middle part of mixing drum 1 and its left end is connected with transmission case 6, the agitating roller 7 passes through electricity with mixing drum 1
Weldering is connected, and 7 right end of agitating roller is movably connected with manual screw rod 3 and connects, and the mixing arrangement 8 is set to agitating roller 7 and stirring
1 junction of cylinder and be in symmetry shape, the mixing arrangement 8 and agitating roller 7 are connected by transmission, and the motor 9 is set on transmission case 6
Upper surface, the motor 9 are connected with transmission case 6 by transmission, and the mixing arrangement 8 is by gear transmission structure 80, the company of swing
Connection mechanism 81, elevating mechanism 82, telescoping mechanism 83, resetting-mechanism 84, positioning mechanism 85, cleaning machine 86, crust of the device 87,
Stationary barrier 88 forms, the 8 internal structure symmetrical structure of mixing arrangement, and the stationary barrier 88 is equipped with two pieces and is respectively arranged on
7 upper and lower of agitating roller, the gear transmission structure 80 be set to left part and its underpart in crust of the device 87 pass through stationary barrier 88 with
The transmission of agitating roller 7 is connected, and the swinging connection mechanism 81 is set to 80 right of gear transmission structure and is connected with it by swinging
It connecing, 82 lower part of elevating mechanism is set to right part in crust of the device 87 and its left part is connected with the transmission of swinging connection mechanism 81,
83 top of telescoping mechanism is installed on 82 lower part of elevating mechanism, and the resetting-mechanism 84 is set to 87 inner left wall of crust of the device simultaneously
It is connected on the left of telescoping mechanism 83, the positioning mechanism 85 is set to 83 lower part of telescoping mechanism and with it by being connected to a fixed,
86 right lower quadrant of cleaning machine and positioning mechanism 85 are connected by engaging, the gear transmission structure 80 by mounting base 801,
First chain wheel 802, fixed disk 803, driving belt 804, chain 805, turntable 806, the second chain wheel 807 composition, the peace
It fills seat 801 and is set to 87 inner left wall of crust of the device, the mounting base 801 is vertically connected by electric welding with crust of the device 87 and is connect, described
First chain wheel 802 is set to 801 right lateral surface of mounting base, and first chain wheel 802 is connected with mounting base 801 by electric welding
It connects, the fixed disk 803 is set in the middle part of 802 front surface of the first chain wheel, and the fixed disk 803 passes through with the first chain wheel 802
Electric welding is connected, and the fixed disk 803 is connected with agitating roller 7 by driving belt 804, and the turntable 806 is set to the first chain
802 top of item wheel, second chain wheel 807 are set in the middle part of 806 front surface of turntable, second chain wheel 807 and turntable 806
It is connected by electric welding, second chain wheel 807 is connected with the first chain wheel 802 by the transmission of chain 805, the turntable
806 are connect with swinging connection mechanism 81 by being movably connected, and the swinging connection mechanism 81 is by the first fixing seat 810, oscillating deck
811, sling 812, connecting rod 813, No.1 rope 814, pulley 815 form, and first fixing seat 810 is set to crust of the device
In 87 on the left of upper wall, first fixing seat 810 is connected with crust of the device 87 by electric welding, 811 top of oscillating deck and
First fixing seat 810 is connected by hinge, and the sling 812 is set to 811 lower end of oscillating deck, the sling 812 and oscillating deck
811 are connected by electric welding, and 813 right end of connecting rod is connected with 811 front surface lower part of oscillating deck by electric welding and it is left
End is with 806 front surface of turntable by being welded mutually repeatedly, and the pulley 815 is set in crust of the device 87 in the middle part of upper wall, the pulley
815 are connected with crust of the device 87 by electric welding, and described 814 one end of No.1 rope and sling 812 are connected and separately by winding
One end is connected around pulley 815 with 82 left part of elevating mechanism, and the elevating mechanism 82 is by the first vertical rail plate 820, limit
Block 821, the second vertical rail plate 822, idler wheel 823, movable plate 824, shaft 825, scraper plate 826 form, the first vertical rail
Guidance tape 820 is set in crust of the device 87 on the right side of upper wall, and the first vertical rail plate 820 is vertical by electric welding with crust of the device 87
It is connected, the limited block 821 is set to 820 lower surface of the first vertical rail plate, the limited block 821 and the first vertical rail
Plate 820 is connected by electric welding, and the second vertical rail plate 822 is set on the right side of upper wall and perpendicular positioned at first in crust of the device 87
820 right of straight rail guidance tape, the second vertical rail plate 822 are vertically connected by electric welding with crust of the device 87 and are connect, the idler wheel
823 set there are two and are respectively arranged in 824 or so side surface of movable plate, and the movable plate 824 is installed on first by idler wheel 823
Vertical rail plate 820,822 inside of the second vertical rail plate, 824 lower end of movable plate are equipped with telescoping mechanism 83 and drive it same
Step movement, the shaft 825 are set to 824 upper surface middle part of movable plate, and the shaft 825 is vertical by electric welding with movable plate 824
It is connected, the scraper plate 826 is set to 825 upper end of shaft, and the scraper plate 826 is connected with shaft 825 by electric welding, described to stretch
Contracting mechanism 83 is by upper hinge seat 830, right hinge seat 831, the first strut 832, lower hinge seat 833, the second strut 834, left hinge
Seat 835, third strut 836, the 4th strut 837 composition, the upper hinge seat 830 is set in the middle part of 824 lower surface of movable plate, described
Upper hinge seat 830 is connected with movable plate 824 by electric welding, and the right hinge seat 831 is set to 822 left side of the second vertical rail plate
Surface middle and lower part, the right hinge seat 831 are connected with the second vertical rail plate 822 by electric welding, first strut 832
Top is connected with upper hinge seat 830 and its lower end is connected with right hinge seat 831, and the lower hinge seat 833 is set to localization machine
85 top of structure, 834 top of the second strut is set to right 831 other end of hinge seat and its bottom end is connected with lower hinge seat 833,
The left hinge seat 835 be set to right 831 front-left of hinge seat, 836 top of third strut be connected with left hinge seat 835 and
Its bottom end is connected with lower hinge seat 833, and 837 top of the 4th strut is connected with upper hinge seat 830 and its bottom end and left
Hinge seat 835 is connected, and 835 left side of left hinge seat is connected with resetting-mechanism 84, and the resetting-mechanism 84 is by support plate
840,843, No. two sleeve 841, pull rod 842, spring ropes 844 form, and the support plate 840 is set to left in crust of the device 87
Wall middle and upper part, the support plate 840 are vertically connected by electric welding with crust of the device 87 and are connect, and the sleeve 841 is set to support plate 840
On the left of upper surface, the sleeve 841 is connected with support plate 840 by electric welding, and the spring 843 is set to 841 inner left wall of sleeve,
The spring 843 is connected with sleeve 841 by electric welding, and 842 left end of pull rod protrudes into 841 inside of sleeve and passes through spring with it
843 are connected, and 842 right end of pull rod and left hinge seat 835 are connected by No. two ropes 844, the positioning mechanism 85 by
Positioning seat 850, thin bar 851, connecting plate 852, spring lever 853, gear plate 854 form, and the positioning seat 850 is set to stationary barrier
On the right side of 88 upper surfaces, the positioning seat 850 is connected with stationary barrier 88 by electric welding, and the thin bar 851 is set to positioning seat
850 upper surfaces are simultaneously connected by electric welding, and 851 top of thin bar passes through outside lower hinge seat 833 and upper hinge seat 830 and device
Upper wall is connected in shell 87, and the connecting plate 852 is set to lower hinge seat 833 and is connected by electric welding, and the spring lever 853 is set
There are two and is respectively arranged on 852 lower surface left and right sides of connecting plate, the spring lever 853 is connected with connecting plate 852 by electric welding,
The gear plate 854 is set to 852 left-hand face of connecting plate, and the gear plate 854 is connected with connecting plate 852 by electric welding, institute
Gear plate 854 and cleaning machine 86 is stated to be connected by engaging, the cleaning machine 86 by the second fixing seat 860, gear 861,
Groove rectangular shaft 862, cross slide 864, slide bar 865, groove 866, push plate 867, fixing sleeve block 868, pushes away locating rod 863
Bar 869, fixing buckle 8610 form, and second fixing seat 860 is set to 88 upper surface middle part of stationary barrier, second fixing seat
860 are connected with stationary barrier 88 by electric welding, and the gear 861 is set to the preceding upper surface of the second fixing seat 860, the gear
861 are connected with the second fixing seat 860 by electric welding, and 862 lower part of groove rectangular shaft is set to 861 front surface of gear, institute
Groove rectangular shaft 862 and gear 861 is stated to be connected by electric welding, the locating rod 863 be set to 88 upper surface of stationary barrier and
Positioned at 860 left of the second fixing seat, the locating rod 863 is vertically connected by electric welding with stationary barrier 88 and is connect, described laterally sliding
Plate 864 is set to 863 upper end of locating rod, and the cross slide 864 is connected with locating rod 863 by electric welding, and the slide bar 865 is set
In 864 upper surface of cross slide, the groove 866 is set to 87 upper surface of crust of the device, the groove 866 and crust of the device 87
It is connected by electric welding, the push plate 867 is set to 865 upper end of slide bar and is located inside groove 866, the push plate 867 and slide bar
865 are connected by electric welding, and the fixing sleeve block 868 is set to middle and upper part in crust of the device 87, and 869 left part of push rod passes through
Fixing sleeve block 868 is connected with the electric welding of slide bar 865, and the fixing buckle 8610 is set on the right side of 867 front surface of push plate, the fixing buckle
8610 are connected with push plate 867 by electric welding, and 862 top of groove rectangular shaft is set on the right side of 869 front surface of push rod and leads to
Fixing buckle 8610 is crossed to be connected.
Mixing arrangement described in this patent is mainly used for improving the mixability of foam concrete, and improves making for foam
With rate.
It is carrying out in use, after stock starts with equipment, material is poured into mixing drum 1 after motor 9 is powered
Portion, transmission case 6 drive agitating roller 7 to start to be operated under the action of motor 9, and fixed disk 803 passes through driving belt 804 and stirs
7 synchronous operation of roller is mixed, drives the first chain wheel 802 to be rotated, the second chain wheel 807 is under the action of the first chain wheel 802
Rotation is synchronized by chain 805, oscillating deck 811 is swung under the action of turntable 806 by connecting rod 813,
Movable plate 824 simultaneously is moved up and down under the action of oscillating deck 811 by No.1 rope 814, is set under movable plate 824
The telescoping mechanism 83 at end under its effect, drive connecting plate 852 carry out up and down move synchronously, pull rod 842 No. two ropes 844 with
It is moved left and right under the action of spring 843, reset response is played to telescoping mechanism 83, and gear 861 moves down on gear plate 854
Movement carries out take advantage of a situation needle and round-trip rotation counterclockwise under, and push rod 869 passes through band under the action of gear 861 of fixing buckle 8610
The effect movement of moving slide-bar 865, is purged the foam in equipment dead angle groove 866 by push plate 867.
The present invention solves prior art mixing drum when in use to expand foam concrete volume preferably, needs to add
Big stirring cylinder size but also cause stirring difficult simultaneously so that foam can not form well mixed flow up and down, need into
One step improve, the present invention by above-mentioned component be combined with each other when equipment operate when, by the mixing arrangement being equipped with, can push
Foam carries out mixed flow up and down, so that the quality that foam concrete volume preferably expands so as to improve foam, simultaneously for setting
The standby dead angle between agitating roller is purged, and avoids causing to corrode to equipment.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention or
In the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (8)
1. a kind of mixing drum for preparing foam concrete equipment, structure includes mixing drum (1), overflow preventing lid (2), manual screw rod
(3), castor (4), motor support pedestal (5), transmission case (6), agitating roller (7), mixing arrangement (8), motor (9), feature
It is:
Rectangular aperture identical with overflow preventing lid (2) floor space, the overflow preventing lid (2) are equipped on the left of mixing drum (1) upper surface
The opening being equipped on the left of mixing drum (1) upper surface, the overflow preventing lid (2) is connected with mixing drum (1) by electric welding, described
Manual screw rod (3) is set to mixing drum (1) right lateral surface, and the manual control screw rod (3) is connect with mixing drum (1) by being movably connected, institute
It states castor (4) to set there are four and be respectively arranged on four edge of mixing drum (1) lower surface, the castor (4) and mixing drum (1)
It is connected by electric welding, the motor support pedestal (5) is set to lower surface on the left of mixing drum (1), the motor support pedestal (5)
It is connected with mixing drum (1) by electric welding, the transmission case (6) is set to motor support pedestal (5) upper surface, the transmission case
(6) with motor support pedestal (5) by electric welding be connected, the agitating roller (7) be set to mixing drum (1) in middle part and its left end with
Transmission case (6) is connected, and the agitating roller (7) is connected with mixing drum (1) by electric welding, agitating roller (7) right end and hand
Control screw rod (3), which is movably connected, to be connect, and the mixing arrangement (8) is set to agitating roller (7) and mixing drum (1) junction and is in symmetry shape,
The mixing arrangement (8) is connected with agitating roller (7) by transmission, and the motor (9) is set to transmission case (6) upper surface, described
Motor (9) is connected with transmission case (6) by transmission；
The mixing arrangement (8) is by gear transmission structure (80), swinging connection mechanism (81), elevating mechanism (82), telescoping mechanism
(83), resetting-mechanism (84), positioning mechanism (85), cleaning machine (86), crust of the device (87), stationary barrier (88) composition, institute
Mixing arrangement (8) internal structure symmetrical structure is stated, the stationary barrier (88) is equipped with two pieces and is respectively arranged on agitating roller (7) up and down
Side, the gear transmission structure (80) is set to crust of the device (87) interior left part and its underpart passes through stationary barrier (88) and agitating roller
(7) transmission is connected, and the swinging connection mechanism (81) is set to gear transmission structure (80) right and is connected with it by swinging
It connects, elevating mechanism (82) lower part is driven phase set on crust of the device (87) interior right part and its left part and swinging connection mechanism (81)
Connection, telescoping mechanism (83) top are installed on elevating mechanism (82) lower part, and the resetting-mechanism (84) is set to crust of the device
(87) inner left wall and with telescoping mechanism (83) on the left of be connected, the positioning mechanism (85) be set to telescoping mechanism (83) lower part and with
, by being connected to a fixed, cleaning machine (86) right lower quadrant is connected with positioning mechanism (85) by engaging for it.
2. a kind of mixing drum for preparing foam concrete equipment according to claim 1, it is characterised in that: the gear
Drive mechanism (80) is by mounting base (801), the first chain wheel (802), fixed disk (803), driving belt (804), chain
(805), turntable (806), the second chain wheel (807) composition, the mounting base (801) are set to crust of the device (87) inner left wall, institute
It states mounting base (801) and is connect with crust of the device (87) by being welded to be vertically connected, first chain wheel (802) is set to mounting base
(801) right lateral surface, first chain wheel (802) are connected with mounting base (801) by electric welding, the fixed disk (803)
In the middle part of the first chain wheel (802) front surface, the fixed disk (803) is connected with the first chain wheel (802) by electric welding,
The fixed disk (803) is connected with agitating roller (7) by driving belt (804), and the turntable (806) is set to the first chain wheel
(802) top, second chain wheel (807) be set to turntable (806) front surface in the middle part of, second chain wheel (807) with turn
Disk (806) is connected by electric welding, and second chain wheel (807) is driven phase by chain (805) with the first chain wheel (802)
Connection, the turntable (806) are connect with swinging connection mechanism (81) by being movably connected.
3. a kind of mixing drum for preparing foam concrete equipment according to claim 1 or 2, it is characterised in that: described
Swinging connection mechanism (81) is by the first fixing seat (810), oscillating deck (811), sling (812), connecting rod (813), No.1 rope
(814), pulley (815) forms, and first fixing seat (810) is set on the left of crust of the device (87) interior upper wall, and described first is solid
Reservation (810) is connected with crust of the device (87) by electric welding, and oscillating deck (811) top and the first fixing seat (810) are logical
It crosses hinge to be connected, the sling (812) is set to oscillating deck (811) lower end, and the sling (812) passes through with oscillating deck (811)
Electric welding is connected, connecting rod (813) right end and oscillating deck (811) front surface lower part be connected by electric welding and its left end with
Repeatedly by electric welding phase, the pulley (815) is set in the middle part of crust of the device (87) interior upper wall turntable (806) front surface, the cunning
Wheel (815) is connected with crust of the device (87) by electric welding, and described No.1 rope (814) one end and sling (812) pass through winding
It is connected and the other end is connected around pulley (815) with elevating mechanism (82) left part.
4. a kind of mixing drum for preparing foam concrete equipment according to claim 1, it is characterised in that: the lifting
Mechanism (82) is by the first vertical rail plate (820), limited block (821), the second vertical rail plate (822), idler wheel (823), activity
Plate (824), shaft (825), scraper plate (826) composition, the first vertical rail plate (820) are set to crust of the device (87) interior upper wall
Right side, the first vertical rail plate (820) are vertically connected by electric welding with crust of the device (87) and are connect, the limited block (821)
Set on first vertical rail plate (820) lower surface, the limited block (821) passes through electric welding phase with the first vertical rail plate (820)
Connection, the second vertical rail plate (822) are set on the right side of crust of the device (87) interior upper wall and are located at the first vertical rail plate
(820) right, the second vertical rail plate (822) are vertically connected by electric welding with crust of the device (87) and are connect, the idler wheel
(823) movable plate (824) left and right side surface is set there are two and is respectively arranged in, the movable plate (824) is pacified by idler wheel (823)
On the inside of the first vertical rail plate (820), the second vertical rail plate (822), movable plate (824) lower end is equipped with telescopic machine
Structure (83) simultaneously drives it to move synchronously, the shaft (825) be set to movable plate (824) upper surface middle part, the shaft (825) with
Movable plate (824) is vertically connected and is connect by electric welding, and the scraper plate (826) is set to shaft (825) upper end, the scraper plate (826) with
Shaft (825) is connected by electric welding.
5. a kind of mixing drum for preparing foam concrete equipment according to claim 1 or 4, it is characterised in that: described
Telescoping mechanism (83) is by upper hinge seat (830), right hinge seat (831), the first strut (832), lower hinge seat (833), second
Bar (834), left hinge seat (835), third strut (836), the 4th strut (837) composition, the upper hinge seat (830), which is set to, to be lived
In the middle part of movable plate (824) lower surface, the upper hinge seat (830) is connected with movable plate (824) by electric welding, the right hinge seat
(831) second vertical rail plate (822) left-hand face middle and lower part, the right hinge seat (831) and the second vertical rail plate are set to
(822) it is connected by electric welding, the first strut (832) top is connected with upper hinge seat (830) and its lower end and right hinge
Chain seat (831) is connected, and the lower hinge seat (833) is set to positioning mechanism (85) top, the second strut (834) top
Set on right hinge seat (831) other end and its bottom end is connected with lower hinge seat (833), and the left hinge seat (835) is set to the right side
Hinge seat (831) front-left, third strut (836) top is connected with left hinge seat (835) and its bottom end and lower hinge
Seat (833) is connected, and the 4th strut (837) top is connected with upper hinge seat (830) and its bottom end and left hinge seat
(835) it is connected, is connected on the left of the left hinge seat (835) with resetting-mechanism (84).
6. a kind of mixing drum for preparing foam concrete equipment according to claim 1, it is characterised in that: the reset
Mechanism (84) is made of support plate (840), sleeve (841), pull rod (842), spring (843), No. two ropes (844), the branch
Fagging (840) is set to crust of the device (87) inner left wall middle and upper part, and the support plate (840) and crust of the device (87) are hung down by electric welding
Directly it is connected, the sleeve (841) is set on the left of support plate (840) upper surface, and the sleeve (841) and support plate (840) are logical
It crosses electric welding to be connected, the spring (843) is set to sleeve (841) inner left wall, and the spring (843) and sleeve (841) pass through electricity
Weldering is connected, and pull rod (842) left end protrudes into sleeve (841) inside and is connected with it by spring (843), the pull rod
(842) right end is connected with left hinge seat (835) by No. two ropes (844).
7. a kind of mixing drum for preparing foam concrete equipment according to claim 1, it is characterised in that: the positioning
Mechanism (85) is made of positioning seat (850), thin bar (851), connecting plate (852), spring lever (853), gear plate (854), described
Positioning seat (850) is set on the right side of stationary barrier (88) upper surface, and the positioning seat (850) passes through electric welding phase with stationary barrier (88)
Connection, the thin bar (851) are set to positioning seat (850) upper surface and are connected by electric welding, and thin bar (851) top passes through
Lower hinge seat (833) is connected with upper hinge seat (830) with crust of the device (87) interior upper wall, and the connecting plate (852) is set to down
Hinge seat (833) is simultaneously connected by electric welding, and the spring lever (853) is equipped with two and is respectively arranged on connecting plate (852) following table
Face left and right sides, the spring lever (853) are connected with connecting plate (852) by electric welding, and the gear plate (854) is set to connecting plate
(852) left-hand face, the gear plate (854) and connecting plate (852) are connected by electric welding, the gear plate (854) and clear
Except mechanism (86) are connected by engagement.
8. a kind of mixing drum for preparing foam concrete equipment according to claim 1 or claim 7, it is characterised in that: described
Cleaning machine (86) is sliding by the second fixing seat (860), gear (861), groove rectangular shaft (862), locating rod (863), transverse direction
Plate (864), slide bar (865), groove (866), push plate (867), fixing sleeve block (868), push rod (869), fixing buckle (8610) group
Be set to stationary barrier (88) upper surface middle part at, second fixing seat (860), second fixing seat (860) and it is fixed every
Plate (88) by electric welding is connected, the gear (861) be set to the second fixing seat (860) preceding upper surface, the gear (861) with
Second fixing seat (860) is connected by electric welding, and groove rectangular shaft (862) lower part is set to gear (861) front surface, institute
It states groove rectangular shaft (862) and is connected with gear (861) by electric welding, the locating rod (863) is set to stationary barrier (88)
Upper surface and it is located at the second fixing seat (860) left, the locating rod (863) and stationary barrier (88) are vertically connected by being welded
It connects, the cross slide (864) is set to locating rod (863) upper end, and the cross slide (864) and locating rod (863) pass through electricity
Weldering is connected, and the slide bar (865) is set to cross slide (864) upper surface, and the groove (866) is set on crust of the device (87)
Surface, the groove (866) are connected with crust of the device (87) by electric welding, and the push plate (867) is set to slide bar (865) upper end
And it is located at groove (866) inside, the push plate (867) is connected with slide bar (865) by electric welding, the fixing sleeve block (868)
Set on crust of the device (87) interior middle and upper part, push rod (869) left part passes through fixing sleeve block (868) and is welded phase with slide bar (865)
Connection, the fixing buckle (8610) are set on the right side of push plate (867) front surface, and the fixing buckle (8610) passes through with push plate (867)
Electric welding is connected, and groove rectangular shaft (862) top is set on the right side of push rod (869) front surface and passes through fixing buckle (8610)
It is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820422655.1U CN208197198U (en) | 2018-03-27 | 2018-03-27 | A kind of mixing drum preparing foam concrete equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820422655.1U CN208197198U (en) | 2018-03-27 | 2018-03-27 | A kind of mixing drum preparing foam concrete equipment |
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| Publication Number | Publication Date |
|---|---|
| CN208197198U true CN208197198U (en) | 2018-12-07 |
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ID=64528238
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820422655.1U Expired - Fee Related CN208197198U (en) | 2018-03-27 | 2018-03-27 | A kind of mixing drum preparing foam concrete equipment |
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| Country | Link |
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| CN (1) | CN208197198U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112720849A (en) * | 2020-12-29 | 2021-04-30 | 冯易 | Solidification-preventing auxiliary equipment in concrete manufacturing process |
-
2018
- 2018-03-27 CN CN201820422655.1U patent/CN208197198U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112720849A (en) * | 2020-12-29 | 2021-04-30 | 冯易 | Solidification-preventing auxiliary equipment in concrete manufacturing process |
| CN112720849B (en) * | 2020-12-29 | 2022-04-05 | 重庆市正固建材有限公司 | Solidification-preventing auxiliary equipment in concrete manufacturing process |
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