CN208234066U - A kind of concrete test block maintenance handling device - Google Patents
A kind of concrete test block maintenance handling device Download PDFInfo
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- CN208234066U CN208234066U CN201820448388.5U CN201820448388U CN208234066U CN 208234066 U CN208234066 U CN 208234066U CN 201820448388 U CN201820448388 U CN 201820448388U CN 208234066 U CN208234066 U CN 208234066U
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Abstract
The utility model discloses a kind of concrete test block maintenance handling devices, its structure includes that main body is carried in concrete curing, carry transmission cabinet in bottom, control transmission cabinet is carried in concrete curing, make equipment carry out using when, it can be carried on folded sheet by the way that concrete is pushed to concrete, platform will be carried again to rise, when concrete is transmitted, concrete carries transmission supporting plate and concrete biography is taken over, concrete is successively carried into transmission supporting plate and carries full concrete, and it carries in concrete and concrete is pushed in pouring out concrete transfer roller by the first transmission discharge ram when transmission supporting plate is transported to highest point, complete handling work, it is simple and quick, it is time saving and energy saving, also solves security risk simultaneously.
Description
Technical field
The utility model is a kind of concrete test block maintenance handling device, belongs to concrete test block maintenance handling device neck
Domain.
Background technique
Concrete refers to the general designation of the cementing integral engineered composite material of aggregate by cementitious material, the coagulation usually said
A native word, which refers to, makees cementitious material with cement, and sand, masonry aggregate cooperate by a certain percentage with water, it is agitated obtained by cement it is mixed
Solidifying soil, also referred to as normal concrete, it is widely used in civil engineering.
The purpose of concrete curing is to create temperature and humidity conditions appropriate, guarantees or accelerate the normal hardening of concrete,
Different maintenance processes has Different Effects to concrete performance, and common maintenance process has natural curing, steam curing, dry and wet heat
Maintenance, steam press maintenance, electric heat curing, infrared ray curing and solar energy curing etc., the time for conserving experience claim curing cycle, in order to
Convenient for comparing, it is specified that measuring the test specimen of concrete performance must be conserved at the standard conditions.
For the prior art in use, because when conserving to concrete test block, staff is often direct with gloves
Concrete test block is carried, successively mixed mud test block is placed on nursing frame, the concrete test block surface of new demoulding is often compared
Wet and slippery, it is not only not convenient enough that test block carries, but also also adds the labor intensity of staff, and test block is easy sliding from hand
It falls, the body of staff can not only be damaged, but also be easily damaged test block, influence the progress of experiment.
Utility model content
In view of the deficienciess of the prior art, the utility model aim is to provide a kind of concrete test block maintenance carrying dress
It sets, to solve the prior art in use, because staff is often direct with gloves when conserving to concrete test block
Concrete test block is carried, successively mixed mud test block is placed on nursing frame, the concrete test block surface of new demoulding is often compared
Wet and slippery, it is not only not convenient enough that test block carries, but also also adds the labor intensity of staff, and test block is easy sliding from hand
It falls, the body of staff can not only be damaged, but also be easily damaged test block, influence the progress of experiment.
To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of concrete test block
Handling device is conserved, structure includes that main body is carried in concrete curing, transmission cabinet is carried in bottom, control is carried in concrete curing
System transmission cabinet, the concrete curing carry main body and are connected to the first main driving motor and bottom walking by bolt riveted
Between universal wheel, the bottom is carried transmission cabinet and is embedded at below concrete curing carrying control transmission cabinet, the coagulation
Soil maintenance carrying control transmission cabinet is embedded at concrete curing and carries main body inner upper end part, and the concrete curing is removed
It transports main body and is equipped with bottom walking universal wheel, the first accessory drive motor, the first main driving motor, concrete curing carrying discharging
Transmission device, by bolt, uniformly equidistant riveted is connected to concrete curing carrying main body bottom to the bottom walking universal wheel
Portion, the first accessory drive motor are connected to bottom by bolt riveted and carry transmission cabinet upper surface, the first main biography
Dynamic motor is connected to concrete curing by bolt riveted and carries main body upper surface, and discharging transmission is carried in the concrete curing
Device is connected to concrete curing by screw thread engagement and carries on control driver box outer wall；It carries transmission cabinet and sets in the bottom
There is concrete to carry control power supply box device, hydraulic lifting carrying platform control device, it is box-packed that the concrete carries control power supply
It sets and is connected in bottom carrying transmission cabinet inner bottom surface by bolt riveted, the hydraulic lifting is carried platform control device and passed through
Bolt and concrete are carried control power supply box device riveted and are connected in same level；The concrete curing is carried control and is passed
Motivation case is equipped with concrete curing and carries main control cabinet, the fixed support rod of control cabinet, concrete carrying runing rest transmission
Device, pouring out concrete transfer roller, the second transmission mechanism control power pack, control power pack connection guide, third driver
Structure controls power pack, and the concrete curing carries main control cabinet and is connected to the fixed support rod of control cabinet by bolt riveted
Top, the fixed support rod of the control cabinet are connected to bottom by bolt riveted and carry transmission cabinet and concrete curing carrying
Between main control cabinet, the concrete carries runing rest transmission device and is connected to concrete curing carrying by bolt riveted
It controls on driver chamber interior wall, by screw thread, uniformly equidistantly engagement is connected to concrete curing to the pouring out concrete transfer roller
It carries on main control cabinet upper surface, the second transmission mechanism control power pack is connected to concrete curing by bolt riveted
Carry main control cabinet inner bottom surface on, the control power pack connection guide be embedded at the second transmission mechanism control power pack and
Between third transmission mechanism control power pack, the third transmission mechanism control power pack passes through bolt and the second transmission mechanism control
Power pack riveted processed is connected in same level；The concrete carries runing rest transmission device and is equipped with the second transmission canine tooth
Wheel, the fixed bracket of second gear conveyer belt, the second drive pinion, the second driving gear set, the second control drive shaft, coagulation
Native supporting plate control rotating plate, concrete control support plate, concrete carry transmission supporting plate, and the second transmission gear wheel passes through
Screw thread engagement is connected in the fixed side face of the second driving gear set, and it is big that the second gear conveyer belt is connected to the second transmission
Between gear and the second drive pinion, second drive pinion is connected on the second transmission gear wheel by screw thread engagement
Side, the fixed bracket of second driving gear set are connected to concrete curing by screw thread engagement and carry control driver chamber interior wall
On, the second control drive shaft is connected to the fixed bracket of the second driving gear set and concrete supporting plate by screw thread engagement
It controls between rotating plate, the concrete supporting plate control rotating plate is embedded on concrete control support plate side, the concrete
Control support plate is connected to concrete curing by bolt riveted and carries on control driver chamber interior wall, and the concrete, which is carried, to be passed
Supporting plate is sent uniformly equidistantly to be embedded in concrete control support plate.
Further, the concrete curing carries unloading driving device and is equipped with the first transmission gear wheel, first gear biography
The fixed bracket of band, the first drive pinion, the first driving gear set, the first drving sprial lead screw, the first transmission discharge ram are sent,
The first transmission gear wheel is connected in the fixed side face of the first driving gear set by screw thread engagement, the first gear
Conveyer belt is connected between the first transmission gear wheel and the first drive pinion.
Further, first drive pinion is connected to above the first transmission gear wheel by screw thread engagement, described
The fixed bracket of first driving gear set is connected to concrete curing by screw thread engagement and carries on main body outer wall, and described first passes
Dynamic screw is connected between the first drive pinion and the first transmission discharge ram by screw thread engagement, first transmission
Discharge ram is connected to first drving sprial lead screw one end by screw thread engagement.
Further, the concrete carries control power supply box device and is equipped with the first transmission mechanism control power pack, first
Power pack connecting wire is controlled, the first transmission mechanism control power pack is connected to concrete by bolt riveted and carries control
In power supply box device inner bottom surface, it is described first control power pack connecting wire be connected to the first transmission mechanism control power pack with
Lifting is carried between platform control power pack.
Further, the hydraulic lifting carries platform control device and is equipped with carrying platform raise-lower hydraulic mobile jib, carries platform lifting
Hydraulic strut, lifting carry platform control power pack, concrete carries folded sheet, concrete carries platform transfer roller, the carrying
Platform raise-lower hydraulic mobile jib is connected to concrete curing by bolt riveted and carries in main body inner bottom surface, the carrying platform lifting
Hydraulic strut is by being excessively cooperatively connected above carrying platform raise-lower hydraulic mobile jib.
Further, the lifting is carried platform control power pack and is connect by bolt with platform raise-lower hydraulic mobile jib riveted is carried
In in same level, the concrete is carried folded sheet and is connected on hydraulic lifting carrying platform control device by bolt riveted
In surface sides, the concrete carries platform transfer roller, and by screw thread, uniformly equidistantly engagement is connected to hydraulic lifting carrying platform control
On device upper surface processed.
Further, it is solid equipped with control cabinet starting pull rod, starting pull rod to carry main control cabinet for the concrete curing
Determine slot, the fixed kelly of starting pull rod, transmission traction line fixed pull ring, the first transmission truckle, the first transmission traction line, first logical
Electric contact block, the small ball of the first activity electrified metal, the first power-on-reset spring, the control cabinet starting pull rod are embedded at coagulation
Soil maintenance is carried on main control cabinet side surface, and the starting pull rod fixing groove is embedded at control cabinet starting pull rod upper surface
On.
Further, the fixed kelly of the starting pull rod is connected to concrete curing by bolt riveted and carries master controller
On chamber interior wall, the transmission traction line fixed pull ring vertical welding starts pull rod one end in control cabinet.
Further, the first transmission truckle is connected to control cabinet by bolt riveted and starts below pull rod, institute
It states the first transmission traction line to be connected between transmission traction line fixed pull ring and the first small ball of movable electrified metal, described first
Energization contact block is connected to concrete curing by bolt riveted and carries on master controller chamber interior wall.
Further, the described first movable small ball of electrified metal is connected to the second transmission by the first power-on-reset spring
On mechanism controls power pack, the first power-on-reset spring is connected to the second transmission mechanism control power pack and the first activity is logical
Between the small ball of electric metal.
Beneficial effect
When a kind of concrete test block maintenance handling device of the utility model is worked, removed by being equipped with a kind of hydraulic lifting
Platform control device is transported, the hydraulic lifting carries platform control device and is equipped with carrying platform raise-lower hydraulic mobile jib, carries platform raise-lower hydraulic
Strut, lifting carry platform control power pack, concrete carries folded sheet, concrete carries platform transfer roller, push away when concrete
After being sent in concrete carrying platform transfer roller, carrying platform raise-lower hydraulic mobile jib, which drives, to be carried the rising of platform raise-lower hydraulic strut and mixes
Solidifying soil is carried transmission supporting plate and is flushed；Main control cabinet is carried by being equipped with a kind of concrete curing, the concrete curing is removed
Transporting main control cabinet, cabinet starting pull rod, starting pull rod fixing groove, starting pull rod fix kelly, transmission traction line is consolidated equipped with controlling
Determine pull ring, the first transmission truckle, the first transmission traction line, the first energization contact block, the small ball of the first activity electrified metal, first
Control cabinet starting pull rod is pushed by power-on-reset spring after rotatrol case starts pull rod, then will control cabinet starting
Pull rod, which rotates back to original position, to be made to start in the fixed kelly insertion starting pull rod fixing groove of pull rod, fixes control cabinet starting pull rod
Firmly, while while controlling cabinet starting pull rod movement it pulls the first transmission traction line mobile, makes the first movable electrified metal
Small ball is connect with the first energization contact block, connection circuit, makes the second transmission mechanism control power pack and third transmission mechanism control
Power pack successively drives concrete carrying runing rest transmission device and concrete curing to carry unloading driving device and works；
Runing rest transmission device is carried by being equipped with a kind of concrete, the concrete carries runing rest transmission device and is equipped with second
It is driven the fixed bracket of gear wheel, second gear conveyer belt, the second drive pinion, the second driving gear set, the second control transmission
Shaft, concrete supporting plate control rotating plate, concrete control support plate, concrete carry transmission supporting plate, when concrete is carried
When platform transfer roller is flushed with concrete carrying transmission supporting plate, concrete is transferred into concrete and carries on transmission supporting plate,
Next concrete carries in transmission supporting plate rotation the transmission for carrying out next concrete simultaneously, and previous concrete is removed
Fortune transmission supporting plate is at rotation to highest point, since the effect of unloading driving device is carried in concrete curing, it will coagulation
Soil, which pushes to, carries out discharging in pouring out concrete transfer roller；Unloading driving device is carried by being equipped with a kind of concrete curing,
The concrete curing carries unloading driving device and is equipped with the first transmission gear wheel, first gear conveyer belt, the first small tooth of transmission
The fixed bracket of wheel, the first driving gear set, the first drving sprial lead screw, the first transmission discharge ram, when the first transmission gear wheel
When the first drive pinion being driven to rotate, while the stretching, extension of the first drving sprial lead screw is pushed, so that the first transmission discharging be pushed to push away
Bar moves horizontally, and the first transmission discharge ram is pushed away, while the concrete that also will rotate to highest point is pushed to coagulation
In native discharging transfer roller；By the mutual cooperation of apparatus above, folding can be carried by the way that concrete is pushed to concrete
On plate, then platform will be carried and risen, when concrete is transmitted, concrete carries transmission supporting plate and concrete biography is taken over,
Concrete is successively carried into transmission supporting plate and carries full concrete, and carries transmission supporting plate in concrete and is transported to highest point
When concrete is pushed in pouring out concrete transfer roller by the first transmission discharge ram, complete handling work, operation letter
It is single quick, it is time saving and energy saving, while also solving security risk.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model
Sign, objects and advantages will become more apparent upon:
Fig. 1 is a kind of structural schematic diagram of concrete test block maintenance handling device of the utility model.
Fig. 2 is the structural schematic diagram under a kind of concrete test block maintenance handling device working condition of the utility model.
Fig. 3 is the structural schematic diagram under the utility model concrete curing carrying main control cabinet stationary state.
Fig. 4 is the structural schematic diagram under the utility model concrete curing carrying main control cabinet working condition.
Fig. 5 is the structural schematic diagram under the utility model concrete carrying runing rest transmission device stationary state.
Fig. 6 is the structural schematic diagram under the utility model concrete carrying runing rest transmission operation state.
In figure: main body -1 is carried in concrete curing, transmission cabinet -2 is carried in bottom, control transmission is carried in concrete curing
Cabinet -3, bottom walking universal wheel -10, the first accessory drive motor -11, the first main driving motor -12, concrete curing are carried
Unloading driving device -13, the first transmission gear wheel -130, first gear conveyer belt -131, the first drive pinion -132, first
Driving gear set fixes bracket -133, the first drving sprial lead screw -134, first transmission discharge ram -135, concrete and carries control
Power supply box device -20 processed, the first transmission mechanism control power pack -200, first control power pack connecting wire -201, hydraulic liter
Drop carries platform control device -21, carries platform raise-lower hydraulic mobile jib -210, carries platform raise-lower hydraulic strut -211, going up and down and carry platform
Control power pack -212, concrete carries folded sheet -213, concrete carries platform transfer roller -214, master is carried in concrete curing
Control cabinet -30, control cabinet starting pull rod -300, starting pull rod fixing groove -301, the fixed kelly -302 of starting pull rod, transmission
Draught line fixed pull ring -303, first is driven truckle -304, the first transmission traction line -305, the first energization contact block -306, the
The small ball -307 of one activity electrified metal, the first power-on-reset spring -308, the fixed support rod -31 of control cabinet, concrete are removed
Transport runing rest transmission device -32, pouring out concrete transfer roller -33, the second transmission mechanism control power pack -34, control electricity
Source capsule connection guide -35, third transmission mechanism control power pack -36, second are driven gear wheel -320, second gear conveyer belt -
321, the fixed bracket -323 of the second drive pinion -322, the second driving gear set, the second control drive shaft -324, concrete
Supporting plate controls rotating plate -325, concrete control support plate -326, concrete and carries transmission supporting plate -327.
Specific embodiment
To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below
In conjunction with specific embodiment, the utility model is further described.
Fig. 1-Fig. 6 is please referred to, the utility model provides a kind of concrete test block maintenance handling device technical solution: its structure
Main body 1, bottom carrying transmission cabinet 2, concrete curing carrying control transmission cabinet 3 are carried including concrete curing, it is described
Concrete curing carry main body 1 by bolt riveted be connected to the first main driving motor 12 and bottom walking universal wheel 10 it
Between, the bottom carries transmission cabinet 2 and is embedded at 3 lower section of concrete curing carrying control transmission cabinet, the concrete curing
It carries control transmission cabinet 3 and is embedded at concrete curing carrying 1 inner upper end part of main body, master is carried in the concrete curing
Body 1 is equipped with bottom walking universal wheel 10, the first accessory drive motor 11, the first main driving motor 12, concrete curing carrying
Unloading driving device 13, by bolt, uniformly equidistant riveted is connected to concrete curing carrying master to the bottom walking universal wheel 10
1 bottom of body, the first accessory drive motor 11 are connected to bottom by bolt riveted and carry transmission 2 upper surface of cabinet, institute
It states the first main driving motor 12 and concrete curing carrying 1 upper surface of main body is connected to by bolt riveted, the concrete is supported
Shield is carried unloading driving device 13 and is connected on concrete curing carrying control transmission 3 outer wall of cabinet by screw thread engagement；It is described
Bottom carries transmission cabinet 2 and carries platform control device 21 equipped with concrete carrying control power supply box device 20, hydraulic lifting, described
Concrete is carried control power supply box device 20 and is connected in bottom carrying transmission 2 inner bottom surface of cabinet by bolt riveted, described
Hydraulic lifting carries platform control device 21 and is connected to same water by bolt and concrete carrying control 20 riveted of power supply box device
In plane；The concrete curing carries control transmission cabinet 3 and is equipped with concrete curing carrying main control cabinet 30, control cabinet
Fixed support rod 31, concrete carry runing rest transmission device 32, pouring out concrete transfer roller 33, the second transmission mechanism control
Master is carried in power pack 34 processed, control power pack connection guide 35, third transmission mechanism control power pack 36, the concrete curing
Control cabinet 30 is connected to fixed 31 top of support rod of control cabinet, the fixed support rod 31 of the control cabinet by bolt riveted
It is connected to bottom by bolt riveted to carry between transmission cabinet 2 and concrete curing carrying main control cabinet 30, the coagulation
Soil is carried runing rest transmission device 32 and is connected on concrete curing carrying control transmission 3 inner wall of cabinet by bolt riveted,
By screw thread, uniformly equidistantly engagement is connected to concrete curing carrying main control cabinet 30 to the pouring out concrete transfer roller 33
On upper surface, the second transmission mechanism control power pack 34 is connected to concrete curing by bolt riveted and carries master controller
In 30 inner bottom surface of case, the control power pack connection guide 35 is embedded at the second transmission mechanism control power pack 34 and passes with third
Between dynamic mechanism controls power pack 36, the third transmission mechanism control power pack 36 passes through bolt and the second transmission mechanism control
34 riveted of power pack is connected in same level；The concrete carries runing rest transmission device 32 and is equipped with the second transmission greatly
The fixed bracket 323, second of gear 320, second gear conveyer belt 321, the second drive pinion 322, the second driving gear set is controlled
Drive shaft 324 processed, concrete supporting plate control rotating plate 325, concrete control support plate 326, concrete carry transmission support
Plate 327, the second transmission gear wheel 320 are connected on fixed 323 side of bracket of the second driving gear set by screw thread engagement,
The second gear conveyer belt 321 is connected between the second transmission gear wheel 320 and the second drive pinion 322, and described second
Drive pinion 322 is connected to 320 top of the second transmission gear wheel, the fixed branch of second driving gear set by screw thread engagement
Frame 323 is connected to concrete curing by screw thread engagement and carries on control transmission 3 inner wall of cabinet, the second control drive shaft
324 are connected between the fixed bracket 323 of the second driving gear set and concrete supporting plate control rotating plate 325 by screw thread engagement,
The concrete supporting plate control rotating plate 325 is embedded on concrete control 326 side of support plate, the concrete control support
Plate 326 is connected to concrete curing by bolt riveted and carries on control transmission 3 inner wall of cabinet, and the concrete is carried transmission and held
Supporting plate 327 is uniformly equidistantly embedded in concrete control support plate 326, and the concrete curing is carried unloading driving device 13 and set
There is the fixed branch of the first transmission gear wheel 130, first gear conveyer belt 131, the first drive pinion 132, the first driving gear set
Frame 133, the first drving sprial lead screw 134, first are driven discharge ram 135, and the first transmission gear wheel 130 is nibbled by screw thread
Conjunction is connected on fixed 133 side of bracket of the first driving gear set, and it is big that the first gear conveyer belt 131 is connected to the first transmission
Between gear 130 and the first drive pinion 132, first drive pinion 132 is connected to the first biography by screw thread engagement
Dynamic 130 top of gear wheel, the fixed bracket 133 of first driving gear set are connected to concrete curing by screw thread engagement and carry
On 1 outer wall of main body, the first drving sprial lead screw 134 is connected to the first drive pinion 132 and the by screw thread engagement
Between one transmission discharge ram 135, the first transmission discharge ram 135 is connected to the first drving sprial silk by screw thread engagement
134 one end of thick stick, the concrete carry control power supply box device 20 equipped with the control of the first transmission mechanism control power pack 200, first
Power pack connecting wire 201 processed, the first transmission mechanism control power pack 200 are connected to concrete by bolt riveted and carry
It controls in 20 inner bottom surface of power supply box device, the first control power pack connecting wire 201 is connected to the first transmission mechanism control
Power pack 200 processed and lifting are carried between platform control power pack 212, and the hydraulic lifting carrying platform control device 21, which is equipped with, to be carried
Platform raise-lower hydraulic mobile jib 210 carries platform raise-lower hydraulic strut 211, lifting carrying platform control power pack 212, concrete carrying folding
Lamination 213, concrete carry platform transfer roller 214, and the carrying platform raise-lower hydraulic mobile jib 210 is connected to mixed by bolt riveted
Solidifying soil maintenance is carried in 1 inner bottom surface of main body, and the carrying platform raise-lower hydraulic strut 211 is by being excessively cooperatively connected in carrying
210 top of platform raise-lower hydraulic mobile jib, the lifting carry platform control power pack 212 by bolt and carry platform raise-lower hydraulic mobile jib
210 riveteds are connected in same level, and the concrete carrying folded sheet 213 is connected to hydraulic lifting by bolt riveted and removes
It transports on 21 upper surface side of platform control device, the concrete carries platform transfer roller 214, and by screw thread, uniformly equidistantly engagement connects
It is connected to hydraulic lifting to carry on 21 upper surface of platform control device, the concrete curing carries main control cabinet 30 and is equipped with control machine
Case starts pull rod 300, starting pull rod fixing groove 301, the fixed kelly 302 of starting pull rod, transmission traction line fixed pull ring 303, the
One transmission truckle 304, the first transmission traction line 305, the small ball 307 of the movable electrified metal of the first energization contact block 306, first,
First power-on-reset spring 308, the control cabinet starting pull rod 300 are embedded at concrete curing and carry 30 side of main control cabinet
On surface, the starting pull rod fixing groove 301 is embedded on control cabinet starting 300 upper surface of pull rod, and the starting pull rod is solid
Determine kelly 302 to be connected on concrete curing carrying 30 inner wall of main control cabinet by bolt riveted, the transmission traction line is solid
303 vertical welding of pull ring is determined in control cabinet starting 300 one end of pull rod, and the first transmission truckle 304 passes through bolt riveted
It is connected to 300 lower section of control cabinet starting pull rod, the first transmission traction line 305 is connected to transmission traction line fixed pull ring
303 and first between the movable small ball 307 of electrified metal, and the first energization contact block 306 is connected to coagulation by bolt riveted
Soil maintenance is carried on 30 inner wall of main control cabinet, and the described first movable small ball 307 of electrified metal passes through the first power-on-reset bullet
Spring 308 is connected on the second transmission mechanism control power pack 34, and the first power-on-reset spring 308 is connected to the second driver
Structure controls between power pack 34 and the first small ball 307 of movable electrified metal.
User can be carried when carrying out concrete curing carrying by this equipment by the way that concrete is pushed to concrete
On folded sheet, then platform will be carried and risen, when concrete is transmitted, concrete carries transmission supporting plate and takes over concrete biography
It goes, concrete is successively carried into transmission supporting plate and carries full concrete, and carries transmission supporting plate in concrete and is transported to most
Concrete is pushed in pouring out concrete transfer roller by the first transmission discharge ram when high point, completes handling work, behaviour
Make it is simple and fast, it is time saving and energy saving, while also solving security risk.
It is reticular structure that concrete described in the utility model, which carries transmission supporting plate, can be rubbed by netted increase
Power does not fall off concrete.
It is the prior art in use, because when conserving to concrete test block that the utility model, which solves the problems, such as, work
Make personnel and often directly carry concrete test block with gloves, successively mixed mud test block is placed on nursing frame, new demoulding
Concrete test block surface is often more wet and slippery, and it is not only not convenient enough that test block carries, but also also adds the labor of staff
Fatigue resistance, test block are easy to slide from hand, can not only damage to the body of staff, but also be easily damaged test block, shadow
The progress of experiment is rung, the utility model is combined with each other by above-mentioned component, can be removed by the way that concrete is pushed to concrete
It transports on folded sheet, then platform will be carried and risen, when concrete is transmitted, concrete carries transmission supporting plate and connects concrete biography
Concrete is successively carried transmission supporting plate and carries full concrete, and carried transmission supporting plate in concrete and be transported to by the past
Concrete is pushed in pouring out concrete transfer roller by the first transmission discharge ram when highest point, completes handling work,
It is simple and quick, it is time saving and energy saving, while also solving security risk.
In summary: when the first transmission discharge ram material is stainless steel, first is driven the firm of discharge ram material
Property it is most strong, corrosion resistance is best, thus select stainless steel as first transmission discharge ram material be optimal selection.
The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above, for
For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this
In the case where the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute
Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims
All changes are embraced therein.It should not treat any reference in the claims as limiting related right
It is required that.
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 (10)
1. a kind of concrete test block maintenance handling device, structure includes that main body (1) is carried in concrete curing, bottom is carried and passed
Motivation case (2), concrete curing carry control transmission cabinet (3), and the concrete curing carries main body (1) and passes through bolt riveting
Conjunction is connected between the first main driving motor (12) and bottom walking universal wheel (10), and it is embedding that transmission cabinet (2) is carried in the bottom
It is carried below control transmission cabinet (3) set on concrete curing, the concrete curing is carried control transmission cabinet (3) and is embedded at
Main body (1) inner upper end part is carried in concrete curing, it is characterised in that:
The concrete curing carries main body (1) and is equipped with bottom walking universal wheel (10), the first accessory drive motor (11), the
Unloading driving device (13) are carried in one main driving motor (12), concrete curing, and bottom walking universal wheel (10) passes through spiral shell
Uniformly equidistant riveted is connected to concrete curing carrying main body (1) bottom to bolt, and the first accessory drive motor (11) passes through
Bolt riveted is connected to bottom and carries transmission cabinet (2) upper surface, and first main driving motor (12) is connected by bolt riveted
It is connected to concrete curing and carries main body (1) upper surface, the concrete curing carries unloading driving device (13) and passes through screw thread
Engagement is connected to concrete curing and carries on control transmission cabinet (3) outer wall；
It carries transmission cabinet (2) and carries platform control equipped with concrete carrying control power supply box device (20), hydraulic lifting in the bottom
Device (21) processed, the concrete carry control power supply box device (20) and are connected to bottom carrying transmission cabinet by bolt riveted
(2) in inner bottom surface, it is box-packed by bolt and concrete carrying control power supply that the hydraulic lifting carries platform control device (21)
(20) riveted is set to be connected in same level；
The concrete curing carries control transmission cabinet (3) and is equipped with concrete curing carrying main control cabinet (30), control machine
Case fixed support rod (31), concrete carry runing rest transmission device (32), pouring out concrete transfer roller (33), the second biography
Dynamic mechanism controls power pack (34), control power pack connection guide (35), third transmission mechanism control power pack (36), it is described mixed
Solidifying soil maintenance is carried main control cabinet (30) and is connected to above control cabinet fixed support rod (31) by bolt riveted, the control
Cabinet processed fixed support rod (31) is connected to bottom by bolt riveted and carries transmission cabinet (2) and concrete curing carrying master control
Between cabinet (30) processed, the concrete carries runing rest transmission device (32) and is connected to concrete curing by bolt riveted
It carries on control transmission cabinet (3) inner wall, the pouring out concrete transfer roller (33) passes through screw thread uniformly equidistantly engagement connection
It is carried on main control cabinet (30) upper surface in concrete curing, the second transmission mechanism control power pack (34) passes through bolt
Riveted is connected to concrete curing and carries in main control cabinet (30) inner bottom surface, and the control power pack connection guide (35) is embedding
Between the second transmission mechanism control power pack (34) and third transmission mechanism control power pack (36), the third driver
Structure control power pack (36) is connected in same level by bolt and second transmission mechanism control power pack (34) riveted；
The concrete carries runing rest transmission device (32) and is equipped with the second transmission gear wheel (320), second gear conveyer belt
(321), the second drive pinion (322), the second driving gear set fixed bracket (323), the second control drive shaft (324),
Concrete supporting plate controls rotating plate (325), concrete control support plate (326), concrete carrying transmission supporting plate (327), institute
The second transmission gear wheel (320) is stated to be connected on fixed bracket (323) side of the second driving gear set by screw thread engagement, it is described
Second gear conveyer belt (321) is connected between the second transmission gear wheel (320) and the second drive pinion (322), and described
Two drive pinions (322) are connected to above the second transmission gear wheel (320) by screw thread engagement, second driving gear set
Fixed bracket (323) are connected to concrete curing by screw thread engagement and carry on control transmission cabinet (3) inner wall, second control
Drive shaft (324) processed is connected to the second driving gear set fixed bracket (323) and the control of concrete supporting plate by screw thread engagement
Between rotating plate (325) processed, concrete supporting plate control rotating plate (325) is embedded at concrete control support plate (326) side
On, concrete control support plate (326) is connected to concrete curing by bolt riveted and carries in control transmission cabinet (3)
On wall, the concrete is carried transmission supporting plate (327) and is uniformly equidistantly embedded in concrete control support plate (326).
2. a kind of concrete test block maintenance handling device according to claim 1, it is characterised in that: the concrete curing
It carries unloading driving device (13) and is equipped with the first transmission gear wheel (130), first gear conveyer belt (131), the first small tooth of transmission
Take turns (132), the first driving gear set fixed bracket (133), the first drving sprial lead screw (134), the first transmission discharge ram
(135), first transmission gear wheel (130) is connected to fixed bracket (133) side of the first driving gear set by screw thread engagement
On face, the first gear conveyer belt (131) be connected to the first transmission gear wheel (130) and the first drive pinion (132) it
Between.
3. a kind of concrete test block maintenance handling device according to claim 2, it is characterised in that: first transmission is small
Gear (132) is connected to above the first transmission gear wheel (130) by screw thread engagement, the fixed bracket of first driving gear set
(133) it is connected to concrete curing by screw thread engagement to carry on main body (1) outer wall, the first drving sprial lead screw
(134) it is connected to the first drive pinion (132) by screw thread engagement to be driven between discharge ram (135) with first, described the
One transmission discharge ram (135) is connected to first drving sprial lead screw (134) one end by screw thread engagement.
4. a kind of concrete test block maintenance handling device according to claim 1, it is characterised in that: the concrete is carried
It controls power supply box device (20) and is equipped with the first transmission mechanism control power pack (200), the first control power pack connecting wire
(201), the first transmission mechanism control power pack (200) by bolt riveted be connected to concrete carry control power supply it is box-packed
It sets in (20) inner bottom surface, first control power pack connecting wire (201) is connected to the first transmission mechanism control power pack
(200) it is carried between platform control power pack (212) with lifting.
5. a kind of concrete test block maintenance handling device according to claim 1, it is characterised in that: the hydraulic lifting is removed
Platform control device (21) are transported to be equipped with carrying platform raise-lower hydraulic mobile jib (210), carry platform raise-lower hydraulic strut (211), go up and down and carry
Platform controls power pack (212), concrete carries folded sheet (213), concrete carries platform transfer roller (214), the carrying platform
Raise-lower hydraulic mobile jib (210) is connected to concrete curing by bolt riveted and carries in main body (1) inner bottom surface, the carrying
Platform raise-lower hydraulic strut (211) is by being excessively cooperatively connected above carrying platform raise-lower hydraulic mobile jib (210).
6. a kind of concrete test block maintenance handling device according to claim 5, it is characterised in that: platform is carried in the lifting
Control power pack (212) is connected in same level by bolt and carrying platform raise-lower hydraulic mobile jib (210) riveted, described mixed
Solidifying soil is carried folded sheet (213) and is connected on hydraulic lifting carrying platform control device (21) upper surface side by bolt riveted,
The concrete carries platform transfer roller (214), and by screw thread, uniformly equidistantly engagement is connected to hydraulic lifting carrying platform control device
(21) on upper surface.
7. a kind of concrete test block maintenance handling device according to claim 1, it is characterised in that: the concrete curing
Main control cabinet (30) are carried to fix equipped with control cabinet starting pull rod (300), starting pull rod fixing groove (301), starting pull rod
Kelly (302), transmission traction line fixed pull ring (303), the first transmission truckle (304), the first transmission traction line (305), the
One energization contact block (306), the first movable small ball of electrified metal (307), the first power-on-reset spring (308), the control machine
Case starting pull rod (300) is embedded at concrete curing and carries on main control cabinet (30) side surface, the starting pull rod fixing groove
(301) it is embedded on control cabinet starting pull rod (300) upper surface.
8. a kind of concrete test block maintenance handling device according to claim 7, it is characterised in that: the starting pull rod is solid
Determine kelly (302) to be connected on concrete curing carrying main control cabinet (30) inner wall by bolt riveted, the transmission traction
Line fixed pull ring (303) vertical welding starts pull rod (300) one end in control cabinet.
9. a kind of concrete test block maintenance handling device according to claim 7, it is characterised in that: first transmission is small
Pulley (304) is connected to below control cabinet starting pull rod (300) by bolt riveted, the first transmission traction line (305)
It is connected between transmission traction line fixed pull ring (303) and the first movable small ball of electrified metal (307), described first, which is powered, touches
Block (306) is connected to concrete curing by bolt riveted and carries on main control cabinet (30) inner wall.
10. a kind of concrete test block maintenance handling device according to claim 7, it is characterised in that: first activity
The small ball of electrified metal (307) is connected to the second transmission mechanism control power pack (34) by the first power-on-reset spring (308)
On, the first power-on-reset spring (308) is connected to the second transmission mechanism control power pack (34) and the first activity energization gold
Belong between small ball (307).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820448388.5U CN208234066U (en) | 2018-03-31 | 2018-03-31 | A kind of concrete test block maintenance handling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820448388.5U CN208234066U (en) | 2018-03-31 | 2018-03-31 | A kind of concrete test block maintenance handling device |
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| Publication Number | Publication Date |
|---|---|
| CN208234066U true CN208234066U (en) | 2018-12-14 |
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ID=64585387
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| CN201820448388.5U Expired - Fee Related CN208234066U (en) | 2018-03-31 | 2018-03-31 | A kind of concrete test block maintenance handling device |
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| Country | Link |
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| CN (1) | CN208234066U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111359899A (en) * | 2020-03-17 | 2020-07-03 | 辽宁工程技术大学 | Automatic detection conveyor for concrete test blocks |
-
2018
- 2018-03-31 CN CN201820448388.5U patent/CN208234066U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111359899A (en) * | 2020-03-17 | 2020-07-03 | 辽宁工程技术大学 | Automatic detection conveyor for concrete test blocks |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190618 Address after: 226000 Qutang Town Industrial Concentration Zone, Haian County, Nantong City, Jiangsu Province (Group 24, 25, Liuweicun) Patentee after: Nantong Xinfan New Building Materials Co., Ltd. Address before: 362300 Fengze Fenghua District, Nanan City, Quanzhou City, Fujian Province, 3 602 buildings Patentee before: Nan Ansenwei Industrial Product Design Co., Ltd. |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181214 Termination date: 20200331 |