A kind of bridge construction Reinforced Concrete in Bridge spraying equipment
Technical field
The present invention relates to a kind of spraying equipments more particularly to a kind of spraying of bridge construction Reinforced Concrete in Bridge to set
It is standby.
Background technique
Bridge construction is to build the process of bridge according to design content;It refers mainly to bridge Construction Technology and construction organization, apply
The contents such as work management, construction quality.
Bridge refers generally to be erected in rivers,lakes and seas, the structures for making traffic etc. that can smoothly pass through.It is modern to adapt to
The transportation industry of high speed development, bridge be also extended to across mountain stream, unfavorable geology or meet other traffic need and set up make
Current more convenient and fast building.Bridge is generally made of superstructure, substructure, support and attached structure, top knot
Structure is also known as bridge span structure, is across the primary structure of obstacle;Substructure includes abutment, bridge pier and basis;Support is spanning knot
The load transfer device of the bearing place setting of structure and bridge pier or abutment;Attached structure then refer to transition slab at bridge head, truncated cone banking, shore protection,
Training works etc..
The components such as the beam made of armored concrete, plate, column, basis, referred to as reinforced concrete member.
When bridge construction, since bridge is typically in across Jiang Kuahechu, use condition is harsh, therefore to bridge reinforcement coagulation
Native component takes painting anticorrosion measure, to extend bridge service life, the prior art sprays Reinforced Concrete in Bridge
Efficiency is lower, spraying is uneven, therefore needs to research and develop that a kind of spray efficiency is high, the uniform bridge construction bridge reinforcement of spraying is mixed
Solidifying soil component spraying equipment.
Summary of the invention
(1) technical problems to be solved
The prior art is lower to Reinforced Concrete in Bridge spray efficiency, spraying is non-uniform scarce in order to overcome by the present invention
Point, the technical problem to be solved in the present invention is to provide a kind of spray efficiencies, and high, the uniform bridge construction of spraying is mixed with bridge reinforcement
Solidifying soil component spraying equipment.
(2) technical solution
In order to solve the above-mentioned technical problems, the present invention provides such a bridge construction Reinforced Concrete in Bridge
Spraying equipment, includes bottom plate, wheel, push rod, supporting plate, cabinet, agitating device and spray equipment, equal at the bottom four corners of bottom plate
Wheel is installed, push rod is connected on the left of bottom plate, supporting plate and cabinet are connected at the top of bottom plate, supporting plate is located on the right side of cabinet,
It is provided with opening on the left of top of the box, agitating device is equipped in cabinet, cabinet left part is equipped with spray equipment.
Preferably, agitating device includes mounting plate, motor, shaft, bearing block and helical blade, the left upper portion of supporting plate
It is connected with mounting plate, the bottom left of mounting plate is equipped with motor, and the output shaft of motor is connected with shaft, the top center of cabinet
Installation by adhering has bearing block, and shaft is connect with the bearing interference in bearing block, and the lower part of shaft is connected with helical blade, spiral
Blade is located in the box body.
Preferably, spray equipment includes water pump, feed pipe, connecting rod, hard tube, discharge nozzle, ring buckle and antipriming pipe, cabinet
Top left side water pump is installed, water pump is located at opening left, and water pump right part is connected with feed pipe, and feed pipe passes through opening, case
Internal top left side is connected with connecting rod, and the bottom of connecting rod is connected with hard tube, and charging pipe end connect with hard tube right upper portion, feeds
Pipe is connected to hard tube, and the top of water pump is connected with discharge nozzle, and ring buckle is connected at the top of supporting plate, and discharge nozzle passes through ring buckle,
The end seal of discharge nozzle is connected with antipriming pipe, and antipriming pipe is arranged in anterior-posterior horizontal.
It preferably, further include having pendulous device, pendulous device includes cam, guide rod, contact plate, block, spring and L-type
Bar, the top of shaft are equipped with cam, and the top of supporting plate is provided with guide hole, and guide hole is sliding in guide hole between mounting plate and cabinet
Dynamic formula is equipped with guide rod, and guide rod and guide hole cooperate, and the left end of guide rod is connected with contact plate, and cam is contacted with contact plate, the right side of guide rod
End is connected with block, is cased with spring on the outside of the guide rod between supporting plate and block, one end of spring is connect with supporting plate, the other end
It is connect with block, l-shaped rod is connected at the top of block, the right end of l-shaped rod is connect with antipriming pipe left side central portion.
Preferably, further include having framework, blower, filter bag and dust suction bucket, be connected with framework among the bottom of bottom plate, in framework
Right side is equipped with blower, and middle part is equipped with filter bag in framework, and the bottom left of framework is connected with dust suction bucket, and dust suction bucket and framework connect
It is logical.
It preferably, further include having strainer and clapboard, lower part is connected with strainer in cabinet, and hard tube is in strainer, cabinet
Bottom is connected with clapboard.
Working principle: in use, operator moves to the present invention on the Reinforced Concrete in Bridge for needing to spray, it will
Suitable coating pours into cabinet from opening, starting agitating device operation, to the intracorporal coating of case be sufficiently stirred, so
The present invention is pulled by push rod afterwards mobile to the left, and start spray equipment operation, to be carried out to Reinforced Concrete in Bridge
Sprayed coating closes agitating device and spray equipment after the completion.
Because agitating device includes mounting plate, motor, shaft, bearing block and helical blade, the left upper portion of supporting plate connects
It is connected to mounting plate, the bottom left of mounting plate is equipped with motor, and the output shaft of motor is connected with shaft, and the top center of cabinet is embedding
Enter formula and bearing block is installed, shaft is connect with the bearing interference in bearing block, and the lower part of shaft is connected with helical blade, helical-blade
Piece is located in the box body.So starting motor, motor rotation drives shaft rotation, to drive helical blade to rotate, and then to case
Intracorporal coating is stirred, so that coating stirs evenly, is prevented coating precipitating from influencing spraying effect, after the completion of spraying, is closed
Motor.
Because spray equipment includes water pump, feed pipe, connecting rod, hard tube, discharge nozzle, ring buckle and antipriming pipe, cabinet
Top left side is equipped with water pump, and water pump is located at opening left, and water pump right part is connected with feed pipe, and feed pipe passes through opening, cabinet
Connecting rod is connected on the left of inner top, the bottom of connecting rod is connected with hard tube, and charging pipe end is connect with hard tube right upper portion, feed pipe
It is connected to hard tube, the top of water pump is connected with discharge nozzle, and ring buckle is connected at the top of supporting plate, and discharge nozzle passes through ring buckle, out
The end seal of expects pipe is connected with antipriming pipe, and antipriming pipe is arranged in anterior-posterior horizontal.So starting water pump operation, thus by cabinet
Interior coating is brought through hard tube and feed pipe to water pump, and is sprayed from discharge nozzle through antipriming pipe, so that coating is sprayed on bridge steel
On reinforced concrete component, after the completion of spraying, switch off the pump operation.
Because further including having pendulous device, pendulous device includes cam, guide rod, contact plate, block, spring and l-shaped rod,
The top of shaft is equipped with cam, and the top of supporting plate is provided with guide hole, and guide hole is between mounting plate and cabinet, guide hole inner sliding type
Equipped with guide rod, guide rod and guide hole cooperate, and the left end of guide rod is connected with contact plate, and cam is contacted with contact plate, and the right end of guide rod connects
It is connected to block, is cased with spring on the outside of the guide rod between supporting plate and block, one end of spring is connect with supporting plate, the other end and gear
Block connects, and is connected with l-shaped rod at the top of block, the right end of l-shaped rod is connect with antipriming pipe left side central portion.So shaft rotates band
Moving cam rotation, under the action of the spring, cam rotation drive guide rod to move left and right by contact plate, to drive block and L
Type bar moves left and right, and then antipriming pipe is driven to move left and right, so that coating is sprayed from antipriming pipe left-right swing type, spraying effect is more
Good, spraying is more evenly.
Because further including having framework, blower, filter bag and dust suction bucket, framework, the right side in framework are connected among the bottom of bottom plate
Side is equipped with blower, and middle part is equipped with filter bag in framework, and the bottom left of framework is connected with dust suction bucket, and dust suction bucket is connected to framework.
So starting fan operation, so that air be driven to enter in framework from dust suction bucket, and blows out from framework right part, air is by bridge
Foreign matter on reinforced concrete member is brought to framework, and foreign matter is collected through sock filtration, so that coating is sprayed on bridge steel
It can preferably be adsorbed on its surface after on reinforced concrete component, after the completion of spraying, close blower, and the foreign matter in filter bag is taken
Out.
Because further including having strainer and clapboard, lower part is connected with strainer in cabinet, and hard tube runs through strainer, bottom in cabinet
It is connected with clapboard.So coating is sprayed through spray equipment again after strainer filtering, clapboard enable coating effectively from
Hard tube picks up, and can so enhance spraying effect.
(3) beneficial effect
The present invention is sufficiently stirred coating by agitating device, and coating is sprayed on bridge reinforcement coagulation by spray equipment
On native component, pendulous device makes spraying more evenly, has reached spray efficiency height, the uniform effect of spraying.
Detailed description of the invention
Fig. 1 is the first schematic view of the front view of the invention.
Fig. 2 is antipriming pipe right side structural representation of the invention.
Fig. 3 is second of schematic view of the front view of the invention.
Fig. 4 is the third schematic view of the front view of the invention.
The label in accompanying drawing is: 1- bottom plate, 2- wheel, 3- push rod, 4- supporting plate, 5- cabinet, 6- opening, 7- agitating device,
71- mounting plate, 72- motor, 73- shaft, 74- bearing block, 75- helical blade, 8- spray equipment, 81- water pump, 82- feed pipe,
83- connecting rod, 84- hard tube, 85- discharge nozzle, 86- ring buckle, 87- antipriming pipe, 9- pendulous device, 91- cam, 92- guide hole, 93-
Guide rod, 94- contact plate, 95- block, 96- spring, 97-L type bar, 10- framework, 11- blower, 12- filter bag, 13- dust suction bucket, 14-
Strainer, 15- clapboard.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of bridge construction Reinforced Concrete in Bridge spraying equipment includes as shown in Figs 1-4 bottom plate 1, wheel
2, push rod 3, supporting plate 4, cabinet 5, agitating device 7 and spray equipment 8 are mounted on wheel 2, bottom plate 1 at the bottom four corners of bottom plate 1
Left side be connected with push rod 3, the top of bottom plate 1 is connected with supporting plate 4 and cabinet 5, and supporting plate 4 is located at 5 right side of cabinet, 5 top of cabinet
Left side is provided with opening 6, and agitating device 7 is equipped in cabinet 5, and 5 left part of cabinet is equipped with spray equipment 8.
Embodiment 2
A kind of bridge construction Reinforced Concrete in Bridge spraying equipment includes as shown in Figs 1-4 bottom plate 1, wheel
2, push rod 3, supporting plate 4, cabinet 5, agitating device 7 and spray equipment 8 are mounted on wheel 2, bottom plate 1 at the bottom four corners of bottom plate 1
Left side be connected with push rod 3, the top of bottom plate 1 is connected with supporting plate 4 and cabinet 5, and supporting plate 4 is located at 5 right side of cabinet, 5 top of cabinet
Left side is provided with opening 6, and agitating device 7 is equipped in cabinet 5, and 5 left part of cabinet is equipped with spray equipment 8.
Agitating device 7 includes mounting plate 71, motor 72, shaft 73, bearing block 74 and helical blade 75, a left side for supporting plate 4
Upper lateral part is connected with mounting plate 71, and the bottom left of mounting plate 71 is equipped with motor 72, and the output shaft of motor 72 is connected with shaft
73, the top center installation by adhering of cabinet 5 has bearing block 74, and shaft 73 is connect with the bearing interference in bearing block 74, shaft
73 lower part is connected with helical blade 75, and helical blade 75 is located in cabinet 5.
Embodiment 3
A kind of bridge construction Reinforced Concrete in Bridge spraying equipment includes as shown in Figs 1-4 bottom plate 1, wheel
2, push rod 3, supporting plate 4, cabinet 5, agitating device 7 and spray equipment 8 are mounted on wheel 2, bottom plate 1 at the bottom four corners of bottom plate 1
Left side be connected with push rod 3, the top of bottom plate 1 is connected with supporting plate 4 and cabinet 5, and supporting plate 4 is located at 5 right side of cabinet, 5 top of cabinet
Left side is provided with opening 6, and agitating device 7 is equipped in cabinet 5, and 5 left part of cabinet is equipped with spray equipment 8.
Agitating device 7 includes mounting plate 71, motor 72, shaft 73, bearing block 74 and helical blade 75, a left side for supporting plate 4
Upper lateral part is connected with mounting plate 71, and the bottom left of mounting plate 71 is equipped with motor 72, and the output shaft of motor 72 is connected with shaft
73, the top center installation by adhering of cabinet 5 has bearing block 74, and shaft 73 is connect with the bearing interference in bearing block 74, shaft
73 lower part is connected with helical blade 75, and helical blade 75 is located in cabinet 5.
Spray equipment 8 includes water pump 81, feed pipe 82, connecting rod 83, hard tube 84, discharge nozzle 85, ring buckle 86 and porous
Pipe 87, the top left side of cabinet 5 are equipped with water pump 81, and water pump 81 is located at 6 lefts of opening, and 81 right part of water pump is connected with feed pipe
82, feed pipe 82 passes through opening 6, is connected with connecting rod 83 on the left of 5 inner top of cabinet, and the bottom of connecting rod 83 is connected with hard tube 84, into
82 end of expects pipe is connect with 84 right upper portion of hard tube, and feed pipe 82 is connected to hard tube 84, and the top of water pump 81 is connected with discharge nozzle
85, the top of supporting plate 4 is connected with ring buckle 86, and discharge nozzle 85 passes through ring buckle 86, and the end seal of discharge nozzle 85 is connected with more
Hole pipe 87, antipriming pipe 87 are arranged in anterior-posterior horizontal.
Embodiment 4
A kind of bridge construction Reinforced Concrete in Bridge spraying equipment includes as shown in Figs 1-4 bottom plate 1, wheel
2, push rod 3, supporting plate 4, cabinet 5, agitating device 7 and spray equipment 8 are mounted on wheel 2, bottom plate 1 at the bottom four corners of bottom plate 1
Left side be connected with push rod 3, the top of bottom plate 1 is connected with supporting plate 4 and cabinet 5, and supporting plate 4 is located at 5 right side of cabinet, 5 top of cabinet
Left side is provided with opening 6, and agitating device 7 is equipped in cabinet 5, and 5 left part of cabinet is equipped with spray equipment 8.
Agitating device 7 includes mounting plate 71, motor 72, shaft 73, bearing block 74 and helical blade 75, a left side for supporting plate 4
Upper lateral part is connected with mounting plate 71, and the bottom left of mounting plate 71 is equipped with motor 72, and the output shaft of motor 72 is connected with shaft
73, the top center installation by adhering of cabinet 5 has bearing block 74, and shaft 73 is connect with the bearing interference in bearing block 74, shaft
73 lower part is connected with helical blade 75, and helical blade 75 is located in cabinet 5.
Spray equipment 8 includes water pump 81, feed pipe 82, connecting rod 83, hard tube 84, discharge nozzle 85, ring buckle 86 and porous
Pipe 87, the top left side of cabinet 5 are equipped with water pump 81, and water pump 81 is located at 6 lefts of opening, and 81 right part of water pump is connected with feed pipe
82, feed pipe 82 passes through opening 6, is connected with connecting rod 83 on the left of 5 inner top of cabinet, and the bottom of connecting rod 83 is connected with hard tube 84, into
82 end of expects pipe is connect with 84 right upper portion of hard tube, and feed pipe 82 is connected to hard tube 84, and the top of water pump 81 is connected with discharge nozzle
85, the top of supporting plate 4 is connected with ring buckle 86, and discharge nozzle 85 passes through ring buckle 86, and the end seal of discharge nozzle 85 is connected with more
Hole pipe 87, antipriming pipe 87 are arranged in anterior-posterior horizontal.
It further include having pendulous device 9, pendulous device 9 includes cam 91, guide rod 93, contact plate 94, block 95, spring 96
With l-shaped rod 97, the top of shaft 73 is equipped with cam 91, and the top of supporting plate 4 is provided with guide hole 92, guide hole 92 be located at mounting plate 71 with
Between cabinet 5,92 inner sliding type of guide hole is equipped with guide rod 93, and guide rod 93 and guide hole 92 cooperate, and the left end of guide rod 93 is connected with contact
Plate 94, cam 91 are contacted with contact plate 94, and the right end of guide rod 93 is connected with block 95, leading between supporting plate 4 and block 95
Spring 96 is cased on the outside of bar 93, one end of spring 96 is connect with supporting plate 4, and the other end is connect with block 95, and the top of block 95 connects
It is connected to l-shaped rod 97, the right end of l-shaped rod 97 is connect with 87 left side central portion of antipriming pipe.
Further include having framework 10, blower 11, filter bag 12 and dust suction bucket 13, is connected with framework 10, frame among the bottom of bottom plate 1
Right side is equipped with blower 11 in body 10, and middle part is equipped with filter bag 12 in framework 10, and the bottom left of framework 10 is connected with dust suction bucket 13,
Dust suction bucket 13 is connected to framework 10.
It further include having strainer 14 and clapboard 15, lower part is connected with strainer 14 in cabinet 5, and hard tube 84 runs through strainer 14, case
Bottom is connected with clapboard 15 in body 5.
Working principle: in use, operator moves to the present invention on the Reinforced Concrete in Bridge for needing to spray, it will
Suitable coating pours into cabinet 5 from opening 6, and starting agitating device 7 is run, to sufficiently be stirred the coating in cabinet 5
It mixes, it is mobile then to pull the present invention to the left by push rod 3, and starts the operation of spray equipment 8, thus to bridge reinforcement concrete structure
Part carries out sprayed coating, after the completion, closes agitating device 7 and spray equipment 8.
Because agitating device 7 includes mounting plate 71, motor 72, shaft 73, bearing block 74 and helical blade 75, supporting plate 4
Left upper portion be connected with mounting plate 71, the bottom left of mounting plate 71 is equipped with motor 72, and the output shaft of motor 72 is connected with
Shaft 73, the top center installation by adhering of cabinet 5 have bearing block 74, and shaft 73 is connect with the bearing interference in bearing block 74,
The lower part of shaft 73 is connected with helical blade 75, and helical blade 75 is located in cabinet 5.So starting motor 72, motor 72 rotate
It drives shaft 73 to rotate, so that helical blade 75 be driven to rotate, and then the coating in cabinet 5 is stirred, so that coating stirs
It mixes uniformly, prevents coating precipitating from influencing spraying effect, after the completion of spraying, close motor 72.
Because spray equipment 8 includes water pump 81, feed pipe 82, connecting rod 83, hard tube 84, discharge nozzle 85,86 and of ring buckle
Antipriming pipe 87, the top left side of cabinet 5 are equipped with water pump 81, and water pump 81 is located at 6 lefts of opening, and 81 right part of water pump is connected with charging
Pipe 82, feed pipe 82 pass through opening 6, are connected with connecting rod 83 on the left of 5 inner top of cabinet, and the bottom of connecting rod 83 is connected with hard tube 84,
82 end of feed pipe is connect with 84 right upper portion of hard tube, and feed pipe 82 is connected to hard tube 84, and the top of water pump 81 is connected with discharging
Pipe 85, the top of supporting plate 4 are connected with ring buckle 86, and discharge nozzle 85 passes through ring buckle 86, and the end seal of discharge nozzle 85 is connected with
Antipriming pipe 87, antipriming pipe 87 are arranged in anterior-posterior horizontal.So starting water pump 81 is run, thus by the coating in cabinet 5 through hard tube
84 and feed pipe 82 band to water pump 81 in, and sprayed from discharge nozzle 85 through antipriming pipe 87, so as to be sprayed on bridge reinforcement mixed for coating
On solidifying soil component, after the completion of spraying, switch off the pump 81 operations.
Because further including having pendulous device 9, pendulous device 9 includes cam 91, guide rod 93, contact plate 94, block 95, bullet
Spring 96 and l-shaped rod 97, the top of shaft 73 are equipped with cam 91, and the top of supporting plate 4 is provided with guide hole 92, and guide hole 92 is located at mounting plate
Between 71 and cabinet 5,92 inner sliding type of guide hole is equipped with guide rod 93, and guide rod 93 and guide hole 92 cooperate, and the left end of guide rod 93 is connected with
Contact plate 94, cam 91 are contacted with contact plate 94, and the right end of guide rod 93 is connected with block 95, between supporting plate 4 and block 95
Guide rod 93 on the outside of be cased with spring 96, one end of spring 96 is connect with supporting plate 4, and the other end is connect with block 95, the top of block 95
Portion is connected with l-shaped rod 97, and the right end of l-shaped rod 97 is connect with 87 left side central portion of antipriming pipe.So the rotation band moving cam 91 of shaft 73
Rotation, under the action of spring 96, the rotation of cam 91 drives guide rod 93 to move left and right by contact plate 94, to drive block 95
It is moved left and right with l-shaped rod 97, and then antipriming pipe 87 is driven to move left and right, so that coating is sprayed from 87 left-right swing type of antipriming pipe,
Spraying effect is more preferable, and spraying is more evenly.
Because further including having framework 10, blower 11, filter bag 12 and dust suction bucket 13, framework is connected among the bottom of bottom plate 1
10, the interior right side of framework 10 is equipped with blower 11, and middle part is equipped with filter bag 12 in framework 10, and the bottom left of framework 10 is connected with dust suction
Bucket 13, dust suction bucket 13 is connected to framework 10.So starting blower 11 is run, so that air be driven to enter framework from dust suction bucket 13
It in 10, and is blown out from 10 right part of framework, air brings the foreign matter on Reinforced Concrete in Bridge to framework 10, and foreign matter is through filtering
Bag 12 is collected by filtration, so that coating can preferably be adsorbed on its surface after being sprayed on Reinforced Concrete in Bridge,
After the completion of spraying, blower 11 is closed, and by the foreign body in filter bag 12.
Because further including having strainer 14 and clapboard 15, lower part is connected with strainer 14 in cabinet 5, and hard tube 84 runs through strainer
14, bottom is connected with clapboard 15 in cabinet 5.So coating is sprayed through spray equipment 8 again after the filtering of strainer 14, clapboard
15 enable coating effectively to pick up from hard tube 84, can so enhance spraying effect.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection scope.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.