Summary of the invention
Technical problem to be solved by the invention is to provide a kind of safe devices that builds a bridge, and are able to solve above-mentioned existing
In the art the problem of.
The present invention is achieved through the following technical solutions: a kind of safe device that builds a bridge of the invention, including
Pedestal and the main body being mounted in the pedestal, the body top face is interior to be equipped with cone shaped body, and the cone shaped body bottom, which communicates, to be set
There is stone outlet hole, the stone outlet hole bottom, which communicates to be equipped with, pulverizes room, and the room bottom of pulverizing communicates the row's of being equipped with stone mouth, row's stone mouth
Bottom communicates the slid chamber for being equipped with left and right stretching, extension setting, and the slid chamber bottom, which is communicated, passes through the tapered of the body floor equipped with logical
Slot is equipped with first chamber in the main body on the left of the slid chamber, is equipped between the first chamber and the slid chamber point
Spacing body is equipped with the first slippage slot of stretching, extension setting up and down, first slippage slot in the main body on the left of the first chamber
Top communicates the second chamber for being equipped with stretching, extension setting upwards, and stretching, extension tail portion communicates to be equipped with and stretch to the right at the top of the second chamber
The third chamber of setting, stretching, extension tail portion is located at the stone outlet hole leftward position on the right side of the third chamber, the third chamber and
It is communicated between the stone outlet hole equipped with the second slippage slot, the interior sliding of second slippage slot is connected with left and right stretching, extension setting
First sliding plate, the interior sliding of first slippage slot are connected with the second sliding plate of stretching, extension setting up and down, and described second slides
Move plate right side and be equipped with flute profile item, turn around in the first chamber be connected with left side reach in first slippage slot
And the flute profile wheel being connected with the flute profile item, the flute profile wheel leading flank are fixedly installed the first tapered wheel, the separation
The external member that turns around for being connected with stretching, extension setting to the left is turned around in part, the external member left side stretch section that turns around reaches described first
In chamber and tail portion is fixedly installed the second tapered wheel being connected with the described first tapered wheel, described to turn around external member right side
Interior spiral shell type line is connected with the spiral shell type bar for stretching setting to the right, and sliding is connected with screening plant in the slid chamber,
It is equipped with reforming unit in the second chamber and the third chamber, is fixedly installed searchlight in the middle part of the main body left side,
The searchlight periphery is surrounded with focused lamp cover, and conversion manipulation device is provided in the second chamber.
Preferably technical solution, it is described pulverize it is indoor be equipped with left and right equity setting turn around crushing device.
Preferably technical solution, the body top face above the cone shaped body are fixedly installed addition case.
Preferably technical solution, the reforming unit include turning around setting at the top of the second chamber in stretch section
Turn around disk, sliding is cooperatively connected the first slipping block and the sliding that are arranged in the second chamber turned around below disk
Setting be cooperatively connected in indoor second slipping block of the third chamber, the disk rear side end that turns around connects with the first electricity favourable turn cooperation
It connects, the first electricity favourable turn outer surface is arranged on rear side of the second chamber turned around on rear side of disk in inner wall and fixation is matched
Connection is closed, is fixedly installed on the leading flank for turning around disk and turns around axis, it is described to turn around axis and second slipping block left side
Between be hinged with the first push-pull rod, described turn around is hinged with the second push-pull rod between axis and first slipping block top surface, described
Stretching, extension tail portion is fixedly connected on the left of second slipping block right side and first sliding plate, first slipping block bottom with it is described
Stretching, extension tail portion is fixedly connected at the top of second sliding plate.
Preferably technical solution, the screening plant include the screening being cooperatively connected with the sliding cavity wall sliding
Frame is equipped with storage stone cistern in the screening frame top surface, and the screening frame inner bottom wall is logical to have provided screening hole, and the spiral shell type bar right side is stretched
Exhibition tail portion reaches in the slid chamber and is fixedly connected with outer end face on the left of the screening frame.
Preferably technical solution, the conversion manipulation device includes being fixed at the second chamber rear side end
Second executor of the first executor of the first electricity favourable turn upper side and the first electricity favourable turn downside, first behaviour
Vertical device and second executor are all set on rear side of the second chamber in inner wall.
The beneficial effects of the present invention are:
1. sliding in the first slippage slot by the first sliding plate of sliding mating connection left and right stretching, extension setting in the second slippage slot
The second sliding plate of the stretching, extension setting up and down that is cooperatively connected is moved, the second sliding plate right side sets flute profile item, turns around and match in first chamber
Close the flute profile wheel that connection left side is reached with is connected in the first slippage slot and with flute profile item, the fixed setting of flute profile wheel leading flank
First tapered wheel, the stretching, extension setting to the left that is cooperatively connected is turned around in separator turns around external member, turns around stretch section on the left of external member and stretches
The second tapered wheel that the fixed setting of in first chamber and tail portion is connected with the first tapered wheel, turns around spiral shell in external member right side
Type line is cooperatively connected stretches the spiral shell type bar of setting to the right, slides mating connection screening plant in slid chamber, second chamber and the
Reforming unit is set in three chambers, to realize automatic control screening work, the uniformity of gravel particle is improved, reduces worker's labour
Amount, and then improve the quality of bridge.
2. including turning around to be arranged at the top of second chamber in stretch section to turn around disk, sliding mating connection by reforming unit
It is arranged in and turns around the first slipping block in the second chamber below disk and sliding is cooperatively connected setting in third chamber indoor the
Two slipping blocks turn around disk rear side end and are cooperatively connected with the first electricity favourable turn, and the first electricity favourable turn outer surface, which is arranged in, to be turned around on rear side of disk
It on rear side of second chamber in inner wall and secure fit connects, turns around fixed setting on the leading flank of disk and turns around axis, turn around axis and the
Hinged first push-pull rod between two slipping block left sides turns around hinged second push-pull rod between axis and the first slipping block top surface, the
Two slipping block right sides are fixedly connected with stretching, extension tail portion on the left of the first sliding plate, at the top of the first slipping block bottom and the second sliding plate
Stretching, extension tail portion is fixedly connected, to realize that the first sliding plate automatically controlled in stone outlet hole carries out interval and opens and close work
Make, meanwhile, positive and negative rotation is replaced around and by front side of flute profile wheel by the flute profile band movable tooth type wheel automatically controlled on the second sliding plate
The first tapered wheel second tapered wheel positive and negative rotation of drive at end around, and then by the second tapered wheel belt turn around external member positive and negative rotation around, from
And realization automatically controls the left and right directions alternating sliding realization screening that spiral shell type bar drives screening frame in slid chamber by turning around external member
Work.
3. the configuration of the present invention is simple, easy to operate, it is able to achieve automatic control interval open working, efficiency, energy are pulverized in raising
It realizes and automatically controls screening work, improve the uniformity of gravel particle, reduce worker's amount of labour, be able to achieve automatic by turning around external member
It controls the left and right directions alternating sliding that spiral shell type bar drives screening frame in slid chamber and realizes screening work, and then improve bridge
Quality.
Specific embodiment
As Figure 1-Figure 4, a kind of safe device that builds a bridge of the invention, including pedestal 9 and be mounted on described
Main body 8 in pedestal 9 is equipped with cone shaped body 81 in 8 top surface of main body, and 81 bottom of cone shaped body is communicated equipped with stone outlet hole 82,
82 bottom of stone outlet hole, which communicates to be equipped with, pulverizes room 83, and 83 bottom of room of pulverizing communicates the row's of being equipped with stone mouth 832, row's stone mouth
832 bottoms communicate the slid chamber 84 for being equipped with left and right stretching, extension setting, and 84 bottom of slid chamber, which is communicated, passes through 8 bottom of main body equipped with logical
The tapered slot 85 in face, is equipped with first chamber 86 in the main body 8 in 84 left side of the slid chamber, the first chamber 86 with it is described
It is equipped with separator 87 between slid chamber 84, the of stretching, extension setting up and down is equipped in the main body 8 in 86 left side of the first chamber
One slippage slot 881 communicates the second chamber 88 for being equipped with stretching, extension setting upwards, second chamber at the top of first slippage slot 881
Tail portion is stretched at the top of room 88 and communicates the third chamber 89 for being equipped with and stretching setting to the right, stretches tail portion on the right side of the third chamber 89
Positioned at 82 leftward position of stone outlet hole, communicate between the third chamber 89 and the stone outlet hole 82 equipped with the second slippage slot
891, the interior sliding of second slippage slot 891 is connected with the first sliding plate 8910 of left and right stretching, extension setting, and described first slides
Move the second sliding plate 8810 that sliding in slot 881 is connected with stretching, extension setting up and down, 8810 right side of the second sliding plate
Equipped with flute profile item 8811, turned around in the first chamber 86 be connected with left side reach in first slippage slot 881
And the flute profile wheel 861 being connected with the flute profile item 8811,861 leading flank of flute profile wheel are fixedly installed the first tapered wheel
862, turn around in the separator 87 be connected with stretching, extension setting to the left turn around external member 871, it is described that turn around external member 871 left
Side stretch section reaches in the first chamber 86 and tail portion and is fixedly installed second to be connected with the described first tapered wheel 862
Tapered wheel 873, it is described to turn around spiral shell type line in 871 right side of external member and be connected with the spiral shell type bar 872 for stretching setting to the right, institute
It states sliding in slid chamber 84 and is connected with screening plant, be equipped with conversion dress in the second chamber 88 and the third chamber 89
It sets, is fixedly installed searchlight 801 in the middle part of 8 left side of main body, 801 periphery of searchlight is surrounded with focused lamp cover
802, conversion manipulation device is provided in the second chamber 88.
Valuably, described pulverize in room 83 turns around crushing device 831 equipped with left and right equity setting, to realize to building stones
It carries out pulverizing work, improves pulverizing efficiency and pulverizing uniformity for building stones.
Valuably, 8 top surface of the main body of 81 top of cone shaped body is fixedly installed addition case 7, to realize building stones
Automatically collect and slide into stone outlet hole 82, facilitate slide-in to pulverize and carry out processing operation in room 83.
Valuably, the reforming unit includes turning around to be arranged in the 88 top stretch section of second chamber to turn around disk
882, sliding be cooperatively connected the first slipping block 883 for being arranged in the second chamber 88 turned around below disk 882 and
The second slipping block 892 that sliding mating connection is arranged in the third chamber 89, it is described to turn around 882 rear side end of disk and the first electricity
Favourable turn 885 is cooperatively connected, and the second chamber for turning around 882 rear side of disk is arranged in 885 outer surfaces of the first electricity favourable turn
In 88 rear side inner walls and secure fit connects, and is fixedly installed on the leading flank for turning around disk 882 and turns around axis 8821, described
It turns around and is hinged with the first push-pull rod 893 between axis 8821 and 892 left side of the second slipping block, it is described to turn around axis 8821 and institute
It states and is hinged with the second push-pull rod 884 between 883 top surface of the first slipping block, 892 right side of the second slipping block and described first
It stretches tail portion on the left of sliding plate 8910 to be fixedly connected, 8810 top of 883 bottom of the first slipping block and second sliding plate
Stretching, extension tail portion is fixedly connected, to realize that the first sliding plate 8910 automatically controlled in stone outlet hole 82 carries out interval and opens and close
Work is closed, meanwhile, drive flute profile wheel 861 to replace positive and negative rotation by the flute profile item 8811 automatically controlled on the second sliding plate 8810
Around, and drive the second 873 positive and negative rotations of tapered wheel around and then tapered by second by the first tapered wheel 862 of 861 front side end of flute profile wheel
Wheel 873, which drives, turns around 871 positive and negative rotation of external member around to realize by turning around the automatic control drive screening frame of spiral shell type bar 872 of external member 871
Alternately screening work is realized in sliding to 842 left and right directions in slid chamber 84.
Valuably, the screening plant includes the screening frame 842 being cooperatively connected with wall slip in the slid chamber 84, described
It sieves and is equipped with storage stone cistern 8421 in 842 top surface of frame, 842 inner bottom wall of screening frame is logical to have provided screening hole 8422, the spiral shell type
It stretches tail portion on the right side of bar 872 to reach in the slid chamber 84 and be fixedly connected with the 842 left side outer end face of screening frame, thus real
Existing automatic sieving work, improves the property uniform in size of building stones.
Valuably, the conversion manipulation device includes first electricity for being fixed at 88 rear side end of second chamber
Make a connection 885 upper sides 885 downsides of the first executor 8851 and the first electricity favourable turn the second executor 8852, described the
One executor 8851 and second executor 8852 are all set in the 88 rear side inner wall of second chamber, first behaviour
Vertical device 8851 is used to control the revolving speed of the first electricity favourable turn 885, and second executor 8852 is for controlling first electricity
The steering of favourable turn 885.
When original state, the second slipping block 892 is located at the right-most position in third chamber 89, makes the second slipping block 892
It drives 8910 right side tail portion of the first sliding plate utmostly to reach in stone outlet hole 82 and offsets with the 82 right side inner wall of stone outlet hole
It connects, at this point, the axis 8821 that turns around for turning around 882 front side end of disk is located at the directly to the right position for turning around 882 medium line of disk, meanwhile, make to turn
The first push-pull rod 893 between axis 8821 and the second slipping block 892 is in horizontal parallel state, at this point, turning around 8821 band of axis
First slipping block 883 of dynamic second push-pull rod, 884 bottom is located at the middle position in the second chamber 88 for turning around 882 lower section of disk,
Meanwhile the first 862 left sides of tapered wheel being made to be connected with 8811 middle position of flute profile item, at this point, screening frame 842 is located at sliding
Middle position in chamber 84.
When needing rubble to work, building stones are poured into addition case 7 first, the added case 7 of building stones is made to slide into cone shaped body 81
It is interior, at this point, driven by the first electricity of control favourable turn 885 turn around disk 882 turn around and control left and right it is reciprocity turn around crushing device
831 turn around relatively, meanwhile, by turning around the second slipping block in the drive third chamber 89 of the first push-pull rod 893 on 882 side of disk
892 reciprocal left and right slidings, at this point, driving first in second chamber 88 to slide by turning around the second push-pull rod 884 on 882 side of disk
The reciprocal sliding up and down of block 883 is moved, drives the first push-pull rod 893 and the second push-pull rod 884 turned around on axis 8821 when turning around disk 882
It is moved to when turning around 882 medium line following position directly of disk, at this point, the first push-pull rod 893 drives the second slipping block 892 to be located at third
Middle position in chamber 89, meanwhile, the second push-pull rod 884 drives the first slipping block 883 to slide onto second chamber 88 most
Bottom position turns around the first push-pull rod 893 on axis 8821 and the second push-pull rod 884 is moved to and turns around when turning around disk 882 and driving
When 882 medium line directly to the left position of disk, at this point, the first push-pull rod 893 drives the second slipping block 892 to be utmostly located at third chamber
Leftward position in room 89, meanwhile, the second push-pull rod 884 drives the first slipping block 883 to slide onto the second chamber for turning around 882 lower section of disk
Middle position in room 88 drives the first push-pull rod 893 and the shifting of the second push-pull rod 884 turned around on axis 8821 when turning around disk 882
It moves to when turning around 882 medium line position directly above of disk, at this point, the first push-pull rod 893 drives the second slipping block 892 to be located at third chamber
Middle position in room 89, meanwhile, the second push-pull rod 884 drives the first slipping block 883 utmostly far from second chamber 88
Bottom wall realizes 8910 automatic open-close of the first sliding plate work in stone outlet hole 82 in the process, makes the building stones in cone shaped body 81
It is pulverized in room 83 through the slide-in of stone outlet hole 82, then the crushing device 831 that turns around through pulverizing in room 83 carries out pulverizing work, has pulverized
At building stones through arrange stone mouth 832 be discharged into screening 842 top surface of frame in storage stone cistern 8421 in, pushed away due to turning around second on disk 882
Pull rod 884 drives the first slipping block 883 and the second sliding plate 8810 of 883 bottom of the first slipping block to continue back and forth upper glide
It moves, and first by the drive flute profile wheel 861 of flute profile item 8811 and 861 front end face of flute profile wheel on the second sliding plate 8810 is tapered
Wheel 862 continue positive and negative rotations around, and then by first it is tapered wheel 862 drive second it is tapered wheel 873 drive turn around 871 positive and negative rotation of external member
Around to realize the left and right directions by turning around the automatic control drive screening frame 842 of spiral shell type bar 872 of external member 871 in slid chamber 84
Alternately screening work is realized in sliding.
The beneficial effects of the present invention are:
1. sliding in the first slippage slot by the first sliding plate of sliding mating connection left and right stretching, extension setting in the second slippage slot
The second sliding plate of the stretching, extension setting up and down that is cooperatively connected is moved, the second sliding plate right side sets flute profile item, turns around and match in first chamber
Close the flute profile wheel that connection left side is reached with is connected in the first slippage slot and with flute profile item, the fixed setting of flute profile wheel leading flank
First tapered wheel, the stretching, extension setting to the left that is cooperatively connected is turned around in separator turns around external member, turns around stretch section on the left of external member and stretches
The second tapered wheel that the fixed setting of in first chamber and tail portion is connected with the first tapered wheel, turns around spiral shell in external member right side
Type line is cooperatively connected stretches the spiral shell type bar of setting to the right, slides mating connection screening plant in slid chamber, second chamber and the
Reforming unit is set in three chambers, to realize automatic control screening work, the uniformity of gravel particle is improved, reduces worker's labour
Amount, and then improve the quality of bridge.
2. including turning around to be arranged at the top of second chamber in stretch section to turn around disk, sliding mating connection by reforming unit
It is arranged in and turns around the first slipping block in the second chamber below disk and sliding is cooperatively connected setting in third chamber indoor the
Two slipping blocks turn around disk rear side end and are cooperatively connected with the first electricity favourable turn, and the first electricity favourable turn outer surface, which is arranged in, to be turned around on rear side of disk
It on rear side of second chamber in inner wall and secure fit connects, turns around fixed setting on the leading flank of disk and turns around axis, turn around axis and the
Hinged first push-pull rod between two slipping block left sides turns around hinged second push-pull rod between axis and the first slipping block top surface, the
Two slipping block right sides are fixedly connected with stretching, extension tail portion on the left of the first sliding plate, at the top of the first slipping block bottom and the second sliding plate
Stretching, extension tail portion is fixedly connected, to realize that the first sliding plate automatically controlled in stone outlet hole carries out interval and opens and close work
Make, meanwhile, positive and negative rotation is replaced around and by front side of flute profile wheel by the flute profile band movable tooth type wheel automatically controlled on the second sliding plate
The first tapered wheel second tapered wheel positive and negative rotation of drive at end around, and then by the second tapered wheel belt turn around external member positive and negative rotation around, from
And realization automatically controls the left and right directions alternating sliding realization screening that spiral shell type bar drives screening frame in slid chamber by turning around external member
Work.
3. the configuration of the present invention is simple, easy to operate, it is able to achieve automatic control interval open working, efficiency, energy are pulverized in raising
It realizes and automatically controls screening work, improve the uniformity of gravel particle, reduce worker's amount of labour, be able to achieve automatic by turning around external member
It controls the left and right directions alternating sliding that spiral shell type bar drives screening frame in slid chamber and realizes screening work, and then improve bridge
Quality.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection scope should be determined by the scope of protection defined in the claims.