CN107553727B - A kind of bridge equipment - Google Patents
A kind of bridge equipment Download PDFInfo
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- CN107553727B CN107553727B CN201710849291.5A CN201710849291A CN107553727B CN 107553727 B CN107553727 B CN 107553727B CN 201710849291 A CN201710849291 A CN 201710849291A CN 107553727 B CN107553727 B CN 107553727B
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Abstract
The invention discloses a kind of bridge equipment, tapered bucket including body and at the top of body, internal body break-through is equipped with cavity, phase break-through leads shifting slot equipped with matching up and down and stretching the first of setting to the right in inner wall on the right side of cavity, each first leads and moves in slot that sliding is connected with first and leads shifting block, first leads in shifting block right side equipped with spiral shell type hole, each first lead move slot on the right side of body in be equipped with slid chamber, it is fixedly installed the first power plant in body between the slid chamber of upper and lower both sides, the equal power in both sides is connected with the rotation column for stretching setting outward to first power plant up and down, upper and lower two sidespins column stretching, extension tail portion reaches respectively in both sides slid chamber up and down and tail portion is fixedly installed the first tapered wheel, the conversion chamber of stretching, extension setting up and down is equipped in body on the right side of first power plant；The configuration of the present invention is simple, it is easy to operate, it can realize that automatic manipulate quantitatively pours out concrete work, improve accuracy and working efficiency.
Description
Technical field
The present invention relates to bridge field, specifically a kind of bridge equipment.
Background technology
Bridge is important traffic infrastructure, in bridge construction process, needs largely to use concrete, generally all exist
Construction site carries out generating concrete to the agitating that proportions such as sand, stone, water, and existing concrete agitating machine is huge, internal
Complicated, maintenance difficulty is big, and mobile difficult, and in addition to this, these agitating machines are difficult to management and control when pouring out concrete and fall
Output is all often disposably all to pour out, and cannot pour out in batches, does not adapt to building demand.
Invention content
Technical problem to be solved by the invention is to provide a kind of bridge equipment, can solve above-mentioned show in the art
Problem.
The present invention is achieved through the following technical solutions：A kind of bridge equipment of the present invention, including body and peace
Tapered bucket at the top of the body, the internal body break-through are equipped with cavity, and phase break-through is set in inner wall on the right side of the cavity
Have and match up and down and stretch the first of setting to the right and lead shifting slot, each described first leads and move in slot sliding and be connected with the
One leads shifting block, and described first leads equipped with spiral shell type hole in shifting block right side, and each described first leads in the body on the right side of shifting slot
It is equipped with slid chamber, is fixedly installed the first power plant in the body between slid chamber described in upper and lower both sides, described
The equal power in both sides is connected with the rotation column for stretching setting outward to one power plant up and down, and rotation column stretches tail described in upper and lower both sides
Portion is reached respectively in slid chamber described in both sides up and down and tail portion is fixedly installed the first tapered wheel, and first power plant is right
The conversion chamber of stretching, extension setting up and down is equipped in the body of side, conversion top of chamber stretching, extension tail portion is located at the upside sliding
The right positions of chamber, the right positions for converting bottom of chamber portion stretching, extension tail portion and being located at the downside slid chamber, each described first
It is equipped with the first rotation column of left and right stretching, extension setting in the slid chamber on the outside of tapered wheel, stretches tail portion on the left of the first rotation column
It circles round and is connected with the slid chamber inner left wall, tail portion is fixedly installed on the left of each first rotation column stretches to the left
The first spiral shell type bar being arranged, on the left of the first spiral shell type bar stretch section reach described first lead move in slot and with the spiral shell type hole spiral shell
Type line is connected, and stretching, extension tail portion is connected with inner wall convolution on the right side of the slid chamber on the right side of the first rotation column, Mei Gesuo
It states and is equipped with conduction device in the slid chamber on the right side of the first tapered wheel, the conversion intracavitary sliding is connected with to divide
The conversion manipulation device that sliding is connected is not compressed with conduction device conversion described in upper and lower both sides, body bottom surface surrounding is set
Four support legs are equipped with, reinforcing plate, the every support are fixedly installed between the every support leg and the body bottom surface
Foot bottom is provided with idler wheel, and the idler wheel both sides are equipped with geometrical clamp.
Preferably technical solution, the interior agitating equipped with phase break-through setting at the top of bottom and the cavity of the tapered bucket
Chamber, the agitating intracavitary are equipped with the supporting beam of front and back stretching, extension setting, the front and back stretching, extension tail portion of the supporting beam respectively with the agitating
It is internal before and after chamber to be fixedly connected, agitating power plant, the agitating power dress are fixedly installed among the supporting beam in bottom surface
Bottom set portion power is connected with the agitator for stretching down setting.
Preferably technical solution, each conduction device include being arranged in the outside on the right side of the slid chamber
Second in wall leads and moves slot and sliding is equipped with to lead described second and moves in slot and stretch the second of setting inwardly and lead shifting
Block, described second, which leads shifting block medial expansion section, reaches in the slid chamber and is connected with the first rotation column, and described second
It leads shifting block medial expansion tail portion and compresses sliding mating connection with inner wall on the inside of the slid chamber, described second leads the institute on the left of shifting block
The the second tapered wheel for sliding and being connected with to be connected with the described first tapered wheel on the first rotation outer surface of column is stated, it is described
Second tapered wheel is led with described second moves the convolution mating connection of block phase nearside, and described second, which leads shifting block inner tail, is equipped with to the right
Stretch the press part of setting, the body on the right side of the press part described in stretch section break-through between slid chamber and the conversion chamber
And mating connection is slid, stretching, extension tail portion is equipped with end on the right side of the press part, and described second leads in shifting slot left side equipped with spring coil
Slot, the spring coil slot and described second lead described second moved in slot lead move block left side between be equipped with and compress spring coil.
Preferably technical solution, the conversion manipulation device include the second spiral shell type bar and cunning of upper and lower stretching, extension setting
It moves to be connected and be arranged in the conversion block for converting chamber and being connected with the second spiral shell type bar spiral shell type line, the conversion block
Left end is equipped with the portion that pushes to slide for the setting that matches up and down, and stretching, extension tail portion connects with the cooperation of the second power plant at the top of the second spiral shell type bar
It connects, second power plant outer surface is set in the conversion intracavitary roof and is fixedly connected, the second spiral shell type bar bottom
Portion stretches tail portion and is connected with conversion intracavitary bottom wall convolution, and difference is equipped in the two sides up and down on the right side of the conversion block
The inductor being oppositely arranged with the conversion intracavitary roof and inner bottom wall.
Preferably technical solution, inductor described in upper and lower both sides are electrically connected with first power plant.
The beneficial effects of the invention are as follows：
1. by being fixedly installed the first power plant in the body between upper and lower both sides slid chamber, above and below the first power plant
Both sides are connected stretches the rotation column of setting outward, and upper and lower two sidespins column stretching, extension tail portion reaches both sides slid chamber up and down respectively
The first tapered wheel is fixedly installed in interior and tail portion, and the conversion chamber of stretching, extension setting up and down is set in the body on the right side of the first power plant,
Conversion top of chamber stretching, extension tail portion is located at the right positions of upside slid chamber, and conversion bottom of chamber portion stretching, extension tail portion is located at downside slid chamber
Right positions, are all provided with the first rotation column of left and right stretching, extension setting in the slid chamber on the outside of each first tapered wheel, on the left of the first rotation column
It stretches tail portion to be connected with the convolution of slid chamber inner left wall, each first, which revolves fixed setting stretching, extension to the left in tail portion on the left of column, sets
The the first spiral shell type bar set, the first spiral shell type bar left side stretch section reach first and lead in shifting slot and be connected with spiral shell type hole spiral shell type line,
Stretching, extension tail portion is connected with inner wall convolution on the right side of slid chamber on the right side of first rotation column, in the slid chamber on the right side of each first tapered wheel
It is all provided with conduction device, conversion intracavitary sliding is connected to be connected to compress sliding cooperation with the conversion of upper and lower both sides conduction device respectively
The conversion manipulation device connect improves accuracy, it is strong to mitigate worker's labour to realize that automatic manipulate quantitatively pours out concrete work
Degree improves working efficiency.
2. including stretching the second spiral shell type bar of setting up and down and sliding to be connected to be arranged to exist by converting manipulation device
The conversion block for converting chamber and being connected with the second spiral shell type bar spiral shell type line converts and sets pushing to slide for the setting that matches up and down on block left end
Portion, the second spiral shell type bar top stretching, extension tail portion are connected with the second power plant, and the second power plant outer surface is set to conversion
It in intracavitary roof and is fixedly connected, the second spiral shell type bar bottom stretches tail portion and is connected with conversion intracavitary bottom wall convolution, converts block
The inductor being oppositely arranged respectively with conversion intracavitary roof and inner bottom wall is set in the two sides up and down on right side, it is automatic to realize
Conversion manipulates first leads the convolution work for moving block up and down, improves automatic manipulation rate, reduces cost.
Facilitate device to move integrally 3. idler wheel is arranged by bottom surface, enhances flexibility, idler wheel both sides are equipped with geometrical clamp
Convenient for idler wheel is fixed under job state, prevents device in operation process from moving, enhance safety.
4. the configuration of the present invention is simple, easy to operate, it can realize that automatic manipulate quantitatively pours out concrete work, improve accurate
Degree mitigates labor intensity, improves working efficiency, saves dosage, reduces cost.
Description of the drawings
The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.
Fig. 1 is overall structure diagram inside a kind of bridge equipment of the present invention；
Fig. 2 is the sectional view of " A-A " in Fig. 1 of the present invention
Fig. 3 is the organism internal structure schematic diagram of the present invention；
Fig. 4 is the body upward view of the present invention；
Structural schematic diagram when Fig. 5 is a kind of bridge equipment paced work of the present invention；
Fig. 6 is structural schematic diagram when a kind of bridge equipment of the invention pours out concrete work.
Specific implementation mode
As shown in figs 1 to 6, a kind of bridge equipment of the invention, including body 5 and mounted on the top of the body 5
Tapered bucket 6,5 inside break-through of the body are equipped with cavity 51, in 51 right side inner wall of the cavity phase break-through be equipped with match up and down and
The first of setting is stretched to the right leading and move slot 52, each described first leads to move in slot 52 sliding and be connected with first and lead shifting block
521, described first leads equipped with spiral shell type hole 522 in 521 right side of shifting block, and each described first leads the body for moving 52 right side of slot
It is equipped with slid chamber 54 in 5, the first power plant is fixedly installed in the body 5 between slid chamber 54 described in upper and lower both sides
57, first power plant, about the 57 equal power in both sides is connected with the rotation column 571 for stretching setting outward, upper and lower both sides
The stretching, extension of rotation column 571 tail portion reaches respectively in slid chamber 54 described in both sides up and down and tail portion is fixedly installed the first tapered wheel
572, the interior conversion chamber 56 for being equipped with stretching, extension setting up and down of the body 5 on first power plant, 57 right side, the conversion chamber
56 tops stretching, extension tail portion are located at the right positions of the upside slid chamber 54, and 56 bottom of conversion chamber stretches tail portion and is located at downside
The right positions of the slid chamber 54 are each equipped with left and right in the slid chamber 54 in 572 outside of the described first tapered wheel and stretch
First rotation column 541 of exhibition setting, the 541 left side stretching, extension tail portion of the first rotation column coordinate with the convolution of 54 inner left wall of the slid chamber
Connection, 541 left side tail portion of each first rotation column is fixedly installed the first spiral shell type bar 523 for stretching setting to the left, described
First spiral shell type bar, 523 left side stretch section reaches described first and leads in shifting slot 52 and be connected with 522 spiral shell type line of the spiral shell type hole,
First rotation column, the 541 right side stretching, extension tail portion is connected with 54 right side inner wall convolution of the slid chamber, each first cone
It is equipped with conduction device in the slid chamber 54 on 572 right side of type wheel, slides and is connected with to divide in the conversion chamber 56
The conversion manipulation device that sliding is connected, 5 bottom surface surrounding of the body are not compressed with conduction device conversion described in upper and lower both sides
Four support legs 41 are provided with, are fixedly installed reinforcing plate 42 between 5 bottom surface of the every support leg 41 and the body, every
41 bottom of the support leg is provided with idler wheel 43, and 43 both sides of the idler wheel are equipped with geometrical clamp 44.
Valuably, the agitating chamber 61 equipped with bottom with 51 top phase break-through setting of the cavity in the tapered bucket 6, it is described
Supporting beam 62 equipped with front and back stretching, extension setting in agitating chamber 61, the front and back stretching, extension tail portion of the supporting beam 62 respectively with the agitating chamber
It is internal before and after 61 to be fixedly connected, agitating power plant 621 is fixedly installed in 62 intermediate bottom surface of the supporting beam, the agitating is dynamic
621 bottom power of power apparatus is connected with the agitator 622 for stretching down setting.
Valuably, each conduction device includes second be arranged in the outside inner wall on 54 right side of the slid chamber
It leads to move slot 55 and slide to be equipped with to lead in shifting slot 55 described second and stretch the second of setting inwardly and leads shifting block 542,
Described second, which leads shifting 542 medial expansion section of block, reaches in the slid chamber 54 and is connected with the first rotation column 541, described
Second leads shifting 542 medial expansion tail portion of block compresses sliding mating connection with 54 inside inner wall of the slid chamber, and described second leads shifting
Sliding is connected with to agree with company with the described first tapered wheel 572 on the first rotation column, 541 outer surface in 542 left side of block
The the second tapered wheel 545 connect, the second tapered wheel 545 is led with described second moves the convolution mating connection of 542 phase nearside of block, described
Second, which leads shifting 542 inner tail of block, is equipped with the press part 543 for stretching setting to the right, and 543 right side stretch section of the press part is worn
The body 5 and sliding between the logical slid chamber 54 and the conversion chamber 56 are connected, and 543 right side of the press part is stretched
It opens up tail portion and is equipped with end 544, described second leads to move and be equipped with spring coil slot 551 in slot 55 left side, the spring coil slot 551 and described the
Two lead described second moved in slot 55 lead move block 542 left side between be equipped with and compress spring coil 552.
Valuably, the conversion manipulation device includes that the second spiral shell type bar 562 of upper and lower stretching, extension setting and sliding cooperation connect
It connects and is arranged in the conversion block 561 for converting chamber 56 and being connected with 562 spiral shell type line of the second spiral shell type bar, the conversion block
561 left ends push to slide portion 563,562 top stretching, extension tail portion of the second spiral shell type bar and the second power equipped with the setting that matches up and down
Device 564 is connected, and 564 outer surface of the second power plant is set in 56 inner roof wall of conversion chamber and fixed company
It connects, 562 bottom of the second spiral shell type bar stretching, extension tail portion is connected with 56 inner bottom wall of conversion chamber convolution, the conversion block
The inductor being oppositely arranged respectively with conversion 56 inner roof wall of chamber and inner bottom wall is equipped in the two sides up and down on 561 right sides
565。
Valuably, inductor 565 described in upper and lower both sides is electrically connected with first power plant 57.
When original state, upper and lower both sides first are led 521 left side tail portion of shifting block and are utmostly reached in cavity 51, at this point,
Upper and lower both sides first are led shifting 521 tail end face of block and are abutted against with 51 inner left wall of cavity, meanwhile, so that upper and lower both sides first is led shifting block
521 right sides tail portion utmostly lead far from first and move 52 right side inner wall of slot, at this point, conversion block 561 is located in conversion chamber 56
Centre position, meanwhile, make the inductor 565 in 561 top surface of conversion block utmostly far from conversion 56 inner roof wall of chamber, converts block
Inductor 565 in 561 bottom surfaces is utmostly far from conversion 56 inner bottom wall of chamber, at this point, the shifting difference of block 542 is led in both sides second up and down
The power that compresses of spring coil 552 is compressed by upper and lower both sides, and upper and lower both sides second are led respectively and moves block 542 and presses on second and lead shifting slot
Right-most position in 55, meanwhile, make second in slid chamber 54 to lead and move the right-most position that block 542 is located in slid chamber 54,
At this point, the second of both sides leads 544 maximum of end that shifting block 542 drives the 543 right side tail portion of press part of both sides up and down respectively up and down
Degree reaches in conversion chamber 56.
When needing agitating concrete, sandy soil etc. are poured into agitating chamber 61 first, at this point, by manipulating agitating power dress
The convolution of 621 drive agitators 622 is set, until after completing sandy soil mixing agitating work, at this point, by manipulating the second power plant
564 drive the convolution of the second spiral shell type bar 562, and top side of the conversion block 561 gradually in conversion chamber 56 is driven by the second spiral shell type bar 562
To sliding, until push to slide portion 563 and the end 544 of upside at the top of conversion 561 left end of block compress sliding cooperation, at this point, making
The end 544 of side drives the gradual side slip to the left of the press part 543 of upside, meanwhile, it is gradually driven by the press part 543 of upside
The second of side leads the power that compresses that shifting block 542 overcomes upside to compress spring coil 552 and gradually leads the left side side moved in slot 55 along upside second
To sliding, until when conversion block 561 slides onto the top position in conversion chamber 56, meanwhile, so that the end 544 of upside is supported completely
It is pressed in the inner left wall in conversion chamber 56, at this point, the 543 left side section of press part of upside utmostly reaches in slid chamber 54,
Meanwhile it driving the second of upside to lead the power that compresses that shifting block 542 overcomes upside to compress spring coil 552 by the press part of upside 543 and sliding
The left-most position moved in slot 55 is led to second, at this point, making the first tapered wheel 572 of upside with the second tapered wheel 545 of upside
It is connected, at this point, the inductor 565 at 561 top of conversion block is made to be abutted against with conversion 56 inner roof wall of chamber, meanwhile, make upside
Inductor 565 sends signal and manipulates the convolution of the first power plant 57, tapered by the first of the first power plant 57 drive upside
572 convolution of wheel, and then by 545 convolution of the second tapered wheel of 572 drive upside of the first tapered wheel of upside, and by the second of upside
Tapered wheel 545 drives the first rotation column 541 of upside to circle round, and the first spiral shell type bar 523 of upside is driven by the first rotation column 541 of upside
Convolution, by upside the first spiral shell type bar 523 drive upside first lead move block 521 slide onto upside first lead move slot 52 in
Right-most position is as shown in figure 5, at this time so that the concrete that agitating is completed enters downside first and leads the cavity for moving 521 top of block
In 51, then, the first reversely convolution of tapered wheel 572 of upside is driven by manipulating the first power plant 57, by the first tapered wheel
572 drive second the 545, first rotation column 541 of tapered wheel of upside and the first reversely convolution of spiral shell type bar 523 successively, until, upside
First, which leads shifting block 521, utmostly reaches in cavity 51 and makes the first of upside to lead on the left of shifting 521 left side tail portion of block and cavity 51
Inner wall abuts against, and then the second reversely convolution of spiral shell type bar 562 is driven by manipulating the second power plant 564, by the second spiral shell type bar
562 drive conversion block 561 gradually along conversion 56 bottom direction of chamber sliding, until, 561 left end bottom of conversion block pushes to slide portion 563
Sliding cooperation is compressed with the end 544 of downside, the end 544 of downside is made to drive the press part 543 of downside and compressing for downside
The second of 543 left side tail portion of part leads the power that compresses that shifting block 542 overcomes downside to compress spring coil 552 and gradually leads shifting slot 55 along downside second
Interior left direction sliding is led until downside second leads to move block 542 and be moved to downside second when moving the left-most position in slot 55,
Meanwhile the end 544 of downside being made to press on completely in the inner left wall in conversion chamber 56, at this point, 543 left side of press part of downside
Section utmostly reaches in slid chamber 54, meanwhile, it drives the second of downside to lead by the press part 543 of downside and moves under block 542 overcomes
Side compress spring coil 552 compress power slide onto second lead move slot 55 in left-most position, at this point, make downside the first tapered wheel
572 are connected with the second of downside the tapered wheel 545, at this point, make the inductor 565 of 561 bottom of conversion block in conversion chamber 56
Bottom wall abuts against, meanwhile, so that the inductor 565 of downside is sent signal and manipulate the convolution of the first power plant 57, by the first power
572 convolution of the first tapered wheel of the drive of device 57 downside, and then second by 572 drive downside of the first tapered wheel of downside is tapered
545 convolution of wheel, and drive the first rotation column 541 of downside to circle round by the second tapered wheel 545 of downside, revolve column by the first of downside
The first spiral shell type bar 523 convolution of 541 drive downsides drives the first of downside to lead shifting block 521 and slides by the first spiral shell type bar 523 of downside
It moves to the first of downside and leads the right-most position moved in slot 52 as shown in fig. 6, at this point, the first of downside leads shifting 521 left side tail of block
Utmostly concrete work is quantitatively poured out in 51 inner left wall of cavity, completion in portion.
The beneficial effects of the invention are as follows：
1. by being fixedly installed the first power plant in the body between upper and lower both sides slid chamber, above and below the first power plant
Both sides are connected stretches the rotation column of setting outward, and upper and lower two sidespins column stretching, extension tail portion reaches both sides slid chamber up and down respectively
The first tapered wheel is fixedly installed in interior and tail portion, and the conversion chamber of stretching, extension setting up and down is set in the body on the right side of the first power plant,
Conversion top of chamber stretching, extension tail portion is located at the right positions of upside slid chamber, and conversion bottom of chamber portion stretching, extension tail portion is located at downside slid chamber
Right positions, are all provided with the first rotation column of left and right stretching, extension setting in the slid chamber on the outside of each first tapered wheel, on the left of the first rotation column
It stretches tail portion to be connected with the convolution of slid chamber inner left wall, each first, which revolves fixed setting stretching, extension to the left in tail portion on the left of column, sets
The the first spiral shell type bar set, the first spiral shell type bar left side stretch section reach first and lead in shifting slot and be connected with spiral shell type hole spiral shell type line,
Stretching, extension tail portion is connected with inner wall convolution on the right side of slid chamber on the right side of first rotation column, in the slid chamber on the right side of each first tapered wheel
It is all provided with conduction device, conversion intracavitary sliding is connected to be connected to compress sliding cooperation with the conversion of upper and lower both sides conduction device respectively
The conversion manipulation device connect improves accuracy, mitigates labor intensity to realize that automatic manipulate quantitatively pours out concrete,
Improve working efficiency.
2. including stretching the second spiral shell type bar of setting up and down and sliding to be connected to be arranged to exist by converting manipulation device
The conversion block for converting chamber and being connected with the second spiral shell type bar spiral shell type line converts and sets pushing to slide for the setting that matches up and down on block left end
Portion, the second spiral shell type bar top stretching, extension tail portion are connected with the second power plant, and the second power plant outer surface is set to conversion
It in intracavitary roof and is fixedly connected, the second spiral shell type bar bottom stretches tail portion and is connected with conversion intracavitary bottom wall convolution, converts block
The inductor being oppositely arranged respectively with conversion intracavitary roof and inner bottom wall is set in the two sides up and down on right side, it is automatic to realize
Conversion manipulates first leads the convolution work for moving block up and down, improves automatic manipulation rate, reduces cost.
Facilitate device to move integrally 3. idler wheel is arranged by bottom surface, enhances flexibility, idler wheel both sides are equipped with geometrical clamp
Convenient for idler wheel is fixed under job state, prevents device in operation process from moving, enhance safety.
4. the configuration of the present invention is simple, easy to operate, it can realize that automatic manipulate quantitatively pours out concrete work, improve accurate
Degree mitigates labor intensity, improves working efficiency, saves dosage, reduces cost.
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 domain should be determined by the scope of protection defined in the claims.
Claims (5)
1. a kind of bridge equipment, including body and the tapered bucket at the top of body, it is characterised in that：Internal body break-through
Equipped with cavity, phase break-through leads shifting slot, Mei Ge equipped with matching up and down and stretching the first of setting to the right in inner wall on the right side of cavity
One leads to move in slot sliding and be connected with first and leads shifting block, and first leads and move equipped with spiral shell type hole in block right side, and each first leads
It is equipped with slid chamber in the body moved on the right side of slot, the first power dress is fixedly installed in the body between upper and lower both sides slid chamber
It sets, the equal power in both sides is connected with the rotation column for stretching setting outward, upper and lower two sidespins column stretching, extension to the first power plant up and down
Tail portion reaches respectively in both sides slid chamber up and down and tail portion is fixedly installed the first tapered wheel, the machine on the right side of the first power plant
It is equipped with the conversion chamber of stretching, extension setting up and down in vivo, conversion top of chamber stretching, extension tail portion is located at the right positions of upside slid chamber, conversion
Bottom of chamber portion stretching, extension tail portion is located at the right positions of downside slid chamber, and left and right is equipped in the slid chamber on the outside of each first tapered wheel
First rotation column of stretching, extension setting, the first rotation column left side stretching, extension tail portion are connected with the convolution of slid chamber inner left wall, and each first
Tail portion is fixedly installed the first spiral shell type bar for stretching setting to the left on the left of rotation column, and stretch section reaches first on the left of the first spiral shell type bar
It leads and moves in slot and be connected with spiral shell type hole spiral shell type line, stretching, extension tail portion coordinates with inner wall convolution on the right side of slid chamber on the right side of the first rotation column
It connects, conduction device is equipped in the slid chamber on the right side of each first tapered wheel, conversion intracavitary sliding is connected with to divide
The conversion manipulation device that sliding is connected is not compressed with the conversion of upper and lower both sides conduction device, body bottom surface surrounding is provided with four
Support leg, is fixedly installed reinforcing plate between every support leg and body bottom surface, every support foot bottom is provided with idler wheel, idler wheel
Both sides are equipped with geometrical clamp.
2. a kind of bridge equipment according to claim 1, it is characterised in that：Bottom is equipped in the tapered bucket with described to lead to
The agitating chamber of top of chamber phase break-through setting, the agitating intracavitary is equipped with the supporting beam of front and back stretching, extension setting, before and after the supporting beam
Stretching, extension tail portion is fixedly connected with internal before and after the agitating chamber respectively, and being fixedly installed agitating in bottom surface among the supporting beam moves
Power apparatus, agitating power plant bottom power are connected with the agitator for stretching down setting.
3. a kind of bridge equipment according to claim 1, it is characterised in that：Each conduction device includes that setting exists
Second in the inner wall of outside on the right side of the slid chamber lead move slot and sliding be equipped with described second lead move slot in and to
The second of medial expansion setting leads shifting block, and described second leads and move block medial expansion section and reach in the slid chamber and with described first
Column mating connection is revolved, described second leads shifting block medial expansion tail portion compresses sliding mating connection with inner wall on the inside of the slid chamber,
Described second lead move block on the left of it is described first rotation outer surface of column on sliding be connected with to the described first tapered wheel contract
The second tapered wheel of connection is closed, the second tapered wheel leads shifting block phase nearside convolution with described second and is connected, and described second
Lead to move block inner tail and be equipped with and stretch the press part of setting to the right, on the right side of the press part slid chamber described in stretch section break-through with
The body between the conversion chamber and sliding is connected, stretching, extension tail portion is equipped with end on the right side of the press part, and described the
Two lead to move and are equipped with spring coil slot in slot left side, and the spring coil slot leads described second moved in slot with described second and leads shifting block left side
Between be equipped with compress spring coil.
4. a kind of bridge equipment according to claim 1, it is characterised in that：The conversion manipulation device includes stretching, extension up and down
The the second spiral shell type bar and sliding being arranged, which are connected, to be arranged in the conversion chamber and coordinates with the second spiral shell type bar spiral shell type line
The conversion block of connection, the conversion block left end are equipped with the portion that pushes to slide for the setting that matches up and down, are stretched at the top of the second spiral shell type bar
Tail portion is connected with the second power plant, and second power plant outer surface is set in the conversion intracavitary roof and solid
Fixed connection, the second spiral shell type bar bottom stretch tail portion and are connected with conversion intracavitary bottom wall convolution, and the conversion block is right
The inductor being oppositely arranged respectively with the conversion intracavitary roof and inner bottom wall is equipped in the two sides up and down of side.
5. a kind of bridge equipment according to claim 4, it is characterised in that：Inductor described in upper and lower both sides is with described the
One power plant is electrically connected.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2017107780830 | 2017-09-01 | ||
| CN201710778083 | 2017-09-01 |
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| Publication Number | Publication Date |
|---|---|
| CN107553727A CN107553727A (en) | 2018-01-09 |
| CN107553727B true CN107553727B (en) | 2018-11-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710849291.5A Active CN107553727B (en) | 2017-09-01 | 2017-09-20 | A kind of bridge equipment |
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| CN203331227U (en) * | 2013-06-13 | 2013-12-11 | 中国十七冶集团有限公司 | Portable concrete mixing device |
| CN205660901U (en) * | 2016-06-06 | 2016-10-26 | 黄河科技学院 | Cement mortar raw materials mixing machine |
| CN206216907U (en) * | 2016-11-15 | 2017-06-06 | 杨建锋 | A kind of municipal bridge concrete pier concrete mixer |
| CN107053471A (en) * | 2017-06-21 | 2017-08-18 | 何水明 | A kind of novel bridge construction equipment |
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| KR20050114192A (en) * | 2005-05-09 | 2005-12-05 | 김진춘 | A grout making appratus for paste backfill grouting |
| JP2011143637A (en) * | 2010-01-15 | 2011-07-28 | Save Machine Co Ltd | Simple mortar mixer |
| CN201784044U (en) * | 2010-08-28 | 2011-04-06 | 刘志明 | Measuring and mixing device |
| CN203331227U (en) * | 2013-06-13 | 2013-12-11 | 中国十七冶集团有限公司 | Portable concrete mixing device |
| CN205660901U (en) * | 2016-06-06 | 2016-10-26 | 黄河科技学院 | Cement mortar raw materials mixing machine |
| CN206216907U (en) * | 2016-11-15 | 2017-06-06 | 杨建锋 | A kind of municipal bridge concrete pier concrete mixer |
| CN107053471A (en) * | 2017-06-21 | 2017-08-18 | 何水明 | A kind of novel bridge construction equipment |
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| CN107553727A (en) | 2018-01-09 |
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